AlliedModders Wiki - User contributions [en]

Handle API (SourceMod)

2021-04-25T10:22:55Z

DJ Tsunami: /* Handle Security */

The SourceMod [[Handles (SourceMod Scripting)|Handle System]] marshals pointers into typed, unique, 32-bit integers. This makes coding in SourceMod more cross-platform compatible, type safe, and mistake safe than its predecessor, [[AMX Mod X]]. It also allows for safe object sharing and reference count based object destruction.

The fundamental aspect of Handles is that they encapsulate a single pointer. This pointer is private data, and can only be read by the Handle's creator. When the Handle is freed, the pointer is automatically freed (via a special interface), thus ensuring that memory is not leaked.

Handles also provide a simple "security" system for restricting which areas of SourceMod are allowed to directly call certain functions on Handles under a given type.

=Basic Types=
==Handle_t==
The <tt>Handle_t</tt> type is a 32bit integer. Currently, it is composed of two 16-bit integers, a serial number and a handle index. The serial number is private and used for integrity checking. The index is the internal ID of the Handle, which is tied to the encapsulated pointer and security information.

Each <tt>Handle_t</tt> is a unique Handle, however, there are ''cloned'' Handles which are copies of another Handle. They have their own unique signatures, but they refer to another Handle internally. Each Handle is also associated with a ''type'', explained below.

==HandleType_t==
The <tt>HandleType_t</tt> describes a type under which Handles can be created. Types can have up to 15 sub-types; sub-types can also have their own sub-types, called child types. When Handles are being read, they are "type checked," to make sure they are being read under a given type. When a type is destroyed, all Handles under the type are destroyed. If the type has child types, each child type is also destroyed.

Handle types also allow overloading of various Handle operations. Currently, the only overloaded action is for overloading when a Handle is destroyed. This allows the encapsulated pointer to be safely destroyed by the type interface. The interface which overloads type operations is called <tt>IHandleTypeDispatch</tt>.

Lastly, types provide a "default security" system which lets programmers restrict which functions can be accessed by other areas in SourceMod. This is explained later.

=Security=
'''Note:''' Type defaults can be set via <tt>IHandleSys::InitAccessDefaults()</tt>.

==Type Security==
Often, extensions may want to share HandleType_t values with each other, so they can create Handles of external types. However, the owner of the handle type may not want other extensions to perform certain actions. Thus, types can be ''secured'' by an <tt>IdentityToken_t</tt> when created. Unless the same <tt>IdentityToken</tt> is provided, a function may fail if restricted.

Type permissions are declared in a <tt>TypeAccess</tt> struct, which has the following user-set members:
*<tt>ident</tt>: The <tt>IdentityToken_t</tt> owner of this type.
*<tt>access</tt>: An array where each index is a <tt>HTypeAccessRight</tt> enumeration member. If an index is set to false, functions requiring that right will fail unless the correct <tt>IdentityToken_t</tt> is passed in.

The <tt>HTypeAccessRight</tt> enumeration has the following values:
*<tt>HTypeAccess_Create</tt>: Handle creation using this type; default is false.
*<tt>HTypeAccess_Inherit</tt>: Inheriting this type for child types; default is false.

Below is a list of each Handle System function that requires type permissions, and which permissions may be required:
*<tt>CreateType</tt>: <tt>HTypeAccess_Inherit</tt> if a parent is specified
*<tt>RemoveType</tt>: (none, always secured)
*<tt>CreateHandle</tt>: <tt>HTypeAccess_Create</tt>

==Handle Security==
Handle security permissions inherit from their parent type unless given an alternate set of permissions. Handles are "secured" by two properties, unlike handle types, which just have one. When verifying your identity with a secured Handle function, you must use the <tt>HandleSecurity</tt> struct, which has two properties:
*<tt>pOwner</tt>: The owner of the Handle, which is usually a plugin <tt>IdentityToken_t</tt>.
*<tt>pIdentity</tt>: The owner of the Handle's type, or the <tt>IdentityToken_t</tt> securing its type.

Handle permissions are specified via the <tt>HandleAccess</tt> struct. It is passed either through <tt>CreateType</tt> for default settings in a given type, or through <tt>CreateHandleEx</tt> for explicit per-Handle permissions. This struct has the following members:
*<tt>access</tt>: An array where each index is a <tt>HandleAccessRight</tt> enumeration member. If set to 0, an access right is allowed without a <tt>HandleSecurity</tt> instance. Otherwise, the following bitwise flags are checked:
**<tt>HANDLE_RESTRICT_IDENTITY</tt>: If flagged, this access right is only granted if the <tt>pIdentity</tt> member of the <tt>HandleSecurity</tt> struct matches the Handle's '''type's''' owner.
**<tt>HANDLE_RESTRICT_OWNER</tt>: If flagged, this access right is only granted if the <tt>pOwner</tt> member of the <tt>Handlesecurity</tt> struct matches the Handle's owner.

The following access rights exist for Handles:
*<tt>HandleAccess_Read</tt>: This Handle's encapsulated pointer can be retrieved. Defaults to <tt>HANDLE_RESTRICT_IDENTITY</tt>.
*<tt>HandleAccess_Delete</tt>: This Handle can be removed or freed. Defaults to <tt>HANDLE_RESTRICT_OWNER</tt>.
*<tt>HandleAccess_Clone</tt>: This Handle can be cloned. Defaults to 0.

Below is a list of each Handle system function that requires permissions, and which permissions may be required:
*<tt>FreeHandle</tt>: <tt>HandleAccess_Delete</tt>
*<tt>CloneHandle/CloneHandleEx</tt>: <tt>HandleAccess_Clone</tt>
*<tt>ReadHandle</tt>: <tt>HandleAccess_Read</tt>

SourceMod's generic native wrappers assume follow these rules, however, they assume certain access rights, and will return <tt>INVALID_HANDLE</tt> or 0 if these rights are denied. Thus, you should make sure your permissions are compatible, unless you explicitly want to deny usage of these functions.
*<tt>CloneHandle()</tt>: Passes <tt>NULL</tt> for <tt>HandleSecurity</tt>, meaning <tt>HandleAccess_Clone</tt> must be 0.
*<tt>CloseHandle()</tt>: Passes <tt>NULL</tt> for <tt>HandleSecurity::pIdentity</tt>, and the plugin's <tt>IdentityToken_t</tt> for <tt>HandleSecurity::pOwner</tt/>. This means that at most, the only restriction can be <tt>HANDLE_RESTRICT_OWNER</tt> for <tt>HandleAccess_Delete</tt>.

=Usage Examples=
Here are some examples of Handle usages.

==Basic Handles==
The most basic use of Handles is to encapsulate a data structure and allow <tt>CloseHandle</tt> to universally destroy it. Let's say we want to implement two natives - <tt>CreateFile</tt> for creating an empty file, and <tt>WriteLine</tt> for writing a line to this file. How could we implement this using the Handle system?

After reading this, it is tempting to think, "Why can't we just return the <tt>FILE</tt> pointer as a <tt>cell_t</tt>?" The reason is that a <tt>cell_t</tt> is guaranteed to be a 32bit integer. There is no guarantee that a pointer will always be this size, however, and thus casting on future platforms could break. This problem happened in [[AMX Mod X]] and greatly restricted flexibility.

===Creating the type===
First, we have to create the type and its Dispatch interface.
<cpp>HandleType_t g_FileType = 0; /* Holds the HandleType ID */

class FileTypeHandler : public IHandleTypeDispatch
{
public:
void OnHandleDestroy(HandleType_t type, void *object)
{
/* :TODO: implement this */
}
};

/* Create an instance of the handler */
FileTypeHandler g_FileTypeHandler;

Initialize()
{
/* Register the type with default security permissions */
g_FileType = g_pHandleSys->CreateType("File",
&g_FileTypeHandler,
0,
NULL,
NULL,
myself->GetIdentity(),
NULL);
}

Shutdown()
{
/* Remove the type on shutdown */
g_pHandleSys->RemoveType(g_FileType, myself->GetIdentity());
}</cpp>

===Creating Handles===
Creating the Handles is fairly easy once we have a valid pointer to stuff in it.
<cpp>/* native CreateFile(const String:file[]) */
static cell_t sm_CreateFile(IPluginContext *pContext, const cell_t *params)
{
char path[PLATFORM_MAX_PATH];
char *filename;

/* Get the filename */
pContext->LocalToString(params[1], &filename);
/* Build a full path */
g_pSM->BuildPath(Path_SM, path, sizeof(path), "%s", filename);

/* Open for writing */
FILE *fp = fopen(path, "wt");
if (!fp)
{
return BAD_HANDLE;
}

/* Create the Handle with our type, the FILE pointer, the plugin's identity, and our identity */
return g_pHandleSys->CreateHandle(g_FileType,
fp,
pContext->GetIdentity(),
myself->GetIdentity(),
NULL);
}</cpp>

===Reading/Checking Handles===
Handles aren't very useful unless you have natives to use them. Let's say we want to write lines of text to our File type.
<cpp>/* native WriteLine(Handle:hndl, const String:line[]); */
static cell_t sm_WriteLine(IPluginContext *pContext, const cell_t *params)
{
Handle_t hndl = static_cast<Handle_t>(params[1]);
HandleError err;
HandleSecurity sec;

/* Build our security descriptor */
sec.pOwner = NULL; /* Not needed, owner access is not checked */
sec.pIdentity = myself->GetIdentity(); /* But only this extension can read */

/* Attempt to read the given handle as our type, using our security info.
* Note that we read the pointer directly in with a little cast.
* This type of cast is safe since sizeof(void **) == sizeof(void *) == sizeof(T *) in almost all cases.
*/
FILE *fp;
if ((err = g_pHandleSys->ReadHandle(hndl, g_FileType, &sec, (void **)&fp))
!= HandleError_None)
{
return pContext->ThrowNativeError("Invalid file handle %x (error %d)", hndl, err);
}

/* Get the text */
char *text;
pContext->LocalToString(params[2], &text);

/* Write it */
fputs(text, fp);

return 1;
}</cpp>

===CloseHandle Support===
Lastly, we need to make it so <tt>CloseHandle()</tt> or <tt>FreeHandle()</tt> will close our file pointer when removing the Handle, which we skipped before.
<cpp>class FileTypeHandler : public IHandleTypeDispatch
{
public:
void OnHandleDestroy(HandleType_t type, void *object)
{
fclose( (FILE *)object );
}
};</cpp>

==Restricting CloseHandle==
Let's say that, for various reasons, you don't want users to be able to call CloseHandle(). An example of this might be a data type that is non-temporary, or is being called from a forward, and thus should not be touched. Or, you might have a special deconstructor that takes extra parameters, and thus you need a separate destroy function.

For example, let's create a separate function called <tt>CloseFile</tt>. It doesn't do anything particularly special, but we are going to force its usage over CloseHandle().

===New Security Rules===
<cpp>Initialize()
{
/* Create default access rights */
HandleAccess rules;
g_pHandleSys->InitAccessDefaults(NULL, &rules);

/* Restrict delete to only our identity */
rules.access[HandleAccess_Delete] = HANDLE_RESTRICT_IDENTITY;

/* Register the type with our security permissions */
g_FileType = g_pHandleSys->CreateType("File",
&g_FileTypeHandler,
0,
NULL,
&rules,
myself->GetIdentity(),
NULL);
}</cpp>

===Implementing the Native===
<cpp>/* native Closefile(Handle:hndl); */
static cell_t sm_CloseFile(IPluginContext *pContext, const cell_t *params)
{
Handle_t hndl = static_cast<Handle_t>(params[1]);
HandleError err;
HandleSecurity sec;

/* Build our security descriptor */
sec.pOwner = pContext->GetIdentity(); /* Needed, HANDLE_RESTRICT_OWNER is default */
sec.pIdentity = myself->GetIdentity(); /* But only this extension can read */

/* Attempt to read the given handle as our type, using our security info.
* Note that we read the pointer directly in with a little cast.
* This type of cast is safe since sizeof(void **) == sizeof(void *) == sizeof(T *) in almost all cases.
*/
FILE *fp;
if ((err = g_pHandleSys->FreeHandle(hndl, &sec))
!= HandleError_None)
{
return pContext->ThrowNativeError("Invalid file handle %x (error %d)", hndl, err);
}

return 1;
}</cpp>

==Restricting CloseHandle Per-Handle==
Taking our above example, it is possible that we might want some Handles to be closed via CloseHandle(), but others not. Again, this is useful if you wish to pass a Handle as read-only to a plugin, commonly done when using non-temporary structures or Handles used in Forwards.

In this example, we'll create a global instance of our file type, and this instance will be denied access to CloseHandle(), whereas files returned by OpenFile() will not.

===Implementation===
<cpp>Handle_t g_GlobalFile;

Initialize()
{
/* Register the type with default security permissions */
g_FileType = g_pHandleSys->CreateType("File",
&g_FileTypeHandler,
0,
NULL,
NULL,
myself->GetIdentity(),
NULL);

/* Create our 'global' file */
FILE *fp = tmpfile();

/* Set up the security descriptor */
HandleSecurity sec;
sec.pOwner = NULL; /* No owner for this Handle */
sec.pIdentity = myself->GetIdentity(); /* Only this identity will be allowed */

/* Set up the access permissions */
HandleAccess rules;
g_pHandleSys->InitAccessDefaults(NULL, &rules);
rules.access[HandleAccess_Delete] |= HANDLE_RESTRICT_IDENTITY;

/* Finally, create the Handle with our rules */
g_GlobalFile = g_pHandleSys->CreateHandleEx(g_FileType, fp, &sec, &rules, NULL);
}

Shutdown()
{
/* Remove our global Handle (not needed, but we do it for clarity */
HandleSecurity sec;
sec.pOwner = NULL;
sec.pIdentity = myself->GetIdentity();

g_pHandleSys->FreeHandle(g_GlobalFile, &sec);

/* Remove the type on shutdown */
g_pHandleSys->RemoveType(g_FileType, myself->GetIdentity());
}</cpp>

[[Category:SourceMod Development]]

Creating Natives (SourceMod Scripting)

2021-01-15T09:48:47Z

DJ Tsunami: /* Creating the Native */

SourceMod allows plugins to create their own natives that other plugins can use. This is very similar to AMX Mod X's {{amxx_func|register_native}} function. It is a powerful inter-plugin communication resource that can greatly enhance the functionality you provide.

''Prerequisites:'' You should have a good grasp of Pawn or SourcePawn scripting, as well as how [[Tags (Scripting)|Tags]] work. 
''Note:'' Most functions herein can be found in the [[SourceMod SDK]], under <tt>plugins/include/functions.inc</tt>.

=Introduction=
Before creating natives, you should always document and specify exactly how they will work. This means writing your "include file" beforehand. Not only does this guide you in writing your natives, but it has the added benefit of completing a large portion of documentation at the same time.

==Include File==
For our first example, let's start off with a simple native that adds two numbers, a float and a non-float. It might look like this:
<sourcepawn>/** Double-include prevention */
#if defined _mynatives_included_
#endinput
#endif
#define _mynatives_included_

/**
* Adds two numbers together.
*
* @param num1 An integer.
* @param num2 A float.
* @return The float value of the integer and float added together.
*/
native float My_AddNumbers(int num1, int num2);</sourcepawn>

The documentation and commenting style above is a SourceMod Development Team convention. While you are not required to follow it for your own code, it may be a good idea to enhance readability (as readers will expect the style to conform).

==Creating the Native==
To actually create the native, first let's define the native handler itself. From the [https://sm.alliedmods.net/new-api/functions/NativeCall API reference] we can see that there are two prototypes. We will use the second one:
<sourcepawn>function any (Handle plugin, int numParams)</sourcepawn>

Thus, we have a function like:
<sourcepawn>public any Native_My_AddNumbers(Handle plugin, int numParams)
{
}</sourcepawn>

Note that we don't use the same function name as we did in our include file. This is to prevent a possible ''name clash''. Otherwise, two different symbols (one a native, another a function) could have the same name, and that's not allowed. We'll see later how we bind the native to its actual name.

Next, we need to implement our native.
<sourcepawn>public any Native_My_AddNumbers(Handle plugin, int numParams)
{
/* Retrieve the first parameter we receive */
int num1 = GetNativeCell(1);
/* Retrieve the second parameter we receive */
float num2 = view_as<float>(GetNativeCell(2));
/* Add them together */
float value = num1 + num2;
/* Return the value */
return value;
}</sourcepawn>

You should note three important details. The first is that we have to manually grab the parameters -- they're not easily sent via arguments. This is for technical reasons that go beyond the scope of this document. That means you have to know exactly ''how'' to grab each parameter. For our example, we know that both parameters are simply cells, and thus we can use <tt>GetNativeCell</tt>.

However, the second detail is that there is no <tt>GetNativeCellFloat</tt>. This is because a <tt>float</tt> is still a cell; the data is just interpreted differently. Thus, we ''cast'' the type to <tt>float</tt> manually. '''This is different from calling float(GetNativeCell(2)).''' In fact, that would not work; the <tt>float()</tt> call would interpret the cell as an integer, when in fact it's already a float, just with the wrong type (i.e., no type at all).

Lastly, we did not need to verify <tt>numParams</tt>. The compiler will always send the correct amount of parameters - the user can't mess this up in any easy way. Only if you use variadic arguments, or add parameters and need to support older binaries, do you need to handle <tt>numParams</tt> variations.

==Registering the Native==
Natives must be registered in <tt>AskPluginLoad2</tt>. Although they can be registered elsewhere, only this function guarantees that all other plugins will see your native. The definition for this forward is in <tt>sourcemod.inc</tt>.

<sourcepawn>public APLRes AskPluginLoad2(Handle myself, bool late, char[] error, int err_max)
{
CreateNative("My_AddNumbers", Native_My_AddNumbers);
return APLRes_Success;
}</sourcepawn>

Now, any plugin will be able to use our native as if it were from a Core or a C++ extension.

=Usage=
==By-Reference==
Sometimes, it may be desirable to return data through by-reference parameters. For example, observe the following native prototype:
<sourcepawn>/**
* Closes a Handle, and sets the variable to INVALID_HANDLE by reference.
*
* @param hndl Handle to close and clear.
* @return Anything that CloseHandle() returns.
*/
native bool AltCloseHandle(Handle &hndl);</sourcepawn>

An implementation of this would look like:
<sourcepawn>public int Native_AltCloseHandle(Handle plugin, int numParams)
{
Handle hndl = view_as<Handle>(GetNativeCellRef(1));
SetNativeCellRef(1, 0); /* Zero out the variable by reference */
return CloseHandle(hndl);
}</sourcepawn>

Now, we have a native that is "safer" than a normal <tt>CloseHandle</tt>, as it ensures we don't hold onto invalid Handles.

==Strings==
Strings can be retrieved and altered via dynamic natives. Observe the following native prototype:
<sourcepawn>/**
* Converts a string to upper case.
*
* @param str String to convert.
* @noreturn
*/
native void StringToUpper(char[] str);</sourcepawn>

An implementation of this is very easy, because of dynamic arrays:
<sourcepawn>public int Native_StringToUpper(Handle plugin, int numParams)
{
int len;
GetNativeStringLength(1, len);

if (len <= 0)
{
return;
}

char[] str = new char[len + 1];
GetNativeString(1, str, len + 1);

for (int i = 0; i < len; i++)
{
/* 5th bit specifies case in ASCII --
* this is not UTF-8 compatible.
*/
if ((str[i] & (1 << 5)) == (1 << 5))
{
str[i] &= ~(1 << 5)
}
}

SetNativeString(1, str, len+1, false);
}</sourcepawn>

==Arrays==
Working with arrays is very similar to strings. For example, observe the following native prototype:
<sourcepawn>/**
* Sums an array of numbers and returns the sum.
*
* @param array Array of numbers to sum.
* @param size Size of array.
* @return Sum of the array elements.
*/
native int SumArray(const int array[], int size);</sourcepawn>

An implementation of this could look like:
<sourcepawn>public int Native_SumArray(Handle plugin, int numParams)
{
int size = GetNativeCell(2);
if (size < 1)
{
return 0;
}

int array[size], total;
GetNativeArray(1, array, size);

for (int i = 0; i < size; i++)
{
total += array[i];
}
return total;
}</sourcepawn>

Similarly, there is a <tt>SetNativeArray</tt>, which is used to alter array contents.

==Variable Arguments==
Variable arguments are usually used when dealing with [[Format Class Functions (SourceMod Scripting)|format class functions]], however it is also possible to use them for general functionality. The only trick is that unlike normal parameters, every variable argument parameter is passed by-reference. This adds no change for arrays and strings, but for floats, handles, numbers, or anything else that fits in a cell, <tt>GetNativeCellRef</tt> must be used instead.

As an example, let's convert our function from above to use variable arguments:
<sourcepawn>/**
* Sums a list of numbers.
*
* @param num First number to use as a base.
* @param ... Any number of additional numbers to add.
* @return Sum of all numbers passed.
*/
native int SumParams(int num, ...);</sourcepawn>

An implementation of this would look like:
<sourcepawn>public int Native_SumParams(Handle plugin, int numParams)
{
int base = GetNativeCell(1);
for (int i = 2; i <= numParams; i++)
{
base += GetNativeCellRef(i);
}
return base;
}</sourcepawn>

==Format Functions==
It is also possible to create your own [[Format Class Functions (SourceMod Scripting)|format class functions]]. This topic is much more complicated than the previous ones, as the native string formatter allows for many different configurations. This is mainly for optimization. Note that a formatting routine deals with two buffers: the input format string, and the output buffer. <tt>FormatNativeString</tt>, by default, uses parameter indexes directly so you don't have to copy or locally store any of these buffers.

The most common usage of this is to accept a user-formatted string and to not
<sourcepawn>/**
* Prints a message with a [DEBUG] prefix to the server.
*
* @param fmt Format string.
* @param ... Format arguments.
*/
native void DebugPrint(const char[] fmt, any ...);</sourcepawn>

This could be easily implemented as:
<sourcepawn>native int DebugPrint(Handle plugin, int numParams)
{
char buffer[1024];
int written;

FormatNativeString(0, /* Use an output buffer */
1, /* Format param */
2, /* Format argument #1 */
sizeof(buffer), /* Size of output buffer */
written, /* Store # of written bytes */
buffer /* Use our buffer */
);

PrintToServer("[DEBUG] %s", buffer);
}</sourcepawn>

==Throwing Errors==
Often, your native will encounter an unrecoverable error, and you wish to trigger a fatal exception. This is equivalent to <tt>IPluginContext::ThrowNativeError</tt>, and will halt the current function execution in the plugin. The debugger will be invoked and a backtrace will be printed out (if the plugin is in debug mode). Although the current function is cancelled, the plugin will continue to operate normally afterward.

For example, let's say we have a native that operates on clients. We want to throw an error if we get a client index that is invalid or disconnected. We could do this like so:
<sourcepawn>public int MyFunction(Handle plugin, int numParams)
{
int client = GetNativeCell(1);
if (client < 1 || client > MaxClients)
{
return ThrowNativeError(SP_ERROR_NATIVE, "Invalid client index (%d)", client);
}
if (!IsClientConnected(client))
{
return ThrowNativeError(SP_ERROR_NATIVE, "Client %d is not connected", client);
}
/* Code */
}</sourcepawn>

==Creating Natives for Methodmaps==
Declaring natives for methodmaps is similar to other natives, with a few requirements:

# The <tt>CreateNative</tt> string argument is in the format <tt>Tag.Function</tt>.
# The function is declared as a "member" of the methodmap.
# The magic "this" parameter is implicitly passed in first.

Here's an example of a shared plugin and its corresponding include file:

<sourcepawn>/* sharedplugin.sp */
public APLRes AskPluginLoad2(Handle myself, bool late, char[] error, int err_max)
{
CreateNative("Number.PrintToClient", Native_PrintNumberToClient);
return APLRes_Success;
}

public int Native_PrintNumberToClient(Handle plugin, int numParams)
{
int number = GetNativeCell(1);
int client = GetNativeCell(2);

PrintToChat(client, "%d", number);
return;
}

/* sharedplugin.inc */
methodmap Number
{
public Number(int number)
{
return view_as<Number>(number);
}
public native void PrintToClient(int client);
}</sourcepawn>

[[Category:SourceMod Scripting]]

Building SourceMod

2020-12-13T16:20:27Z

DJ Tsunami: Fix link to VS2017 Build Tools, add link to VS2019 Build Tools

Compiling SourceMod is not difficult, but requires a number of prerequisites. This article details the requirements and steps to being able to build working SourceMod binaries.

Note that specific compiler versions are required to maintain ABI compatibility with Source engine binaries.

=Requirements=

==Windows==
<ol>
<li>Install Visual Studio or Visual C++. VS/VC 2010 or above is required for SourceMod 1.6.x and earlier. VS/VC 2013 Update 2 or above is required for SourceMod 1.7.x and later (Express editions should work fine). VS/VC 2015 is required for SourceMod 1.10.x or later. If you use 2013 or higher, make sure to get the "Desktop" version: [http://www.visualstudio.com/downloads/download-visual-studio-vs#d-express-windows-desktop Visual Studio Express 2013 for Desktop].</li>
<ul>
<li>With VS/VC 2017, you may use [https://download.visualstudio.microsoft.com/download/pr/b8d403d9-01a4-45a0-9229-db5572fd5e4e/997600ae09705dfc6d069d8ad2cfad1962d8ff6fedd6c9fe5abee36c7c919f34/vs_BuildTools.exe the build tools installer] to install the minimal set of packages. You will want to install the following: .NET 4.6.1 SDK and corrresponding targeting pack, C++/CLI support, VC++2015.3 v14.00 toolset for desktop, Visual C++ Build Tools core features, Windows 8.1 SDK, and Windows Universal C Runtime. When attempting to configure and build, use the "VS2015 x86 Native Tools Command Prompt" Start Menu option to have the build tools available in the current Command Prompt's PATH.
</li>
<li>With [https://visualstudio.microsoft.com/downloads/#build-tools-for-visual-studio-2019 Build Tools for Visual Studio 2019], you can install the following individual components: MSVC v140 - VS 2015 C++ build tools (v14.00), Windows Universal CRT SDK, and Windows 10 SDK.</li>
</ul>
<li>Install [http://git-scm.com/ Git]. Make sure that you select the option that adds Git to PATH.</li>
<li>Next, you will need to start an environment capable of running Python and interacting with the Visual Studio compiler.
<ul>
<li>Install [http://python.org/ Python] 2.7. It will install to C:\Python27 by default. (Version 3.4 will work, but is not recommended for compatibility with other tools).</li>
<li>Add Python to your <tt>PATH</tt> variable. Go to Control Panel, System, Advanced, Environment Variables. Add <tt>C:\Python27;C:\Python27\Scripts</tt> to <tt>PATH</tt> (or wherever your Python install is).</li>
<li>Under Start, Programs, Microsoft Visual Studio, select the "Visual Studio Tools" folder and run "Visual Studio Command Prompt". Alternately, open a normal command prompt and run <tt>"C:\Program Files (x86)\Microsoft Visual Studio 10.0\VC\bin\vcvars.bat"</tt>. Substitute your Visual Studio version if needed.</li>
</li>
</ul>
</ol>

==Linux==
<ol>
<li>Install Git, via either system packages or from the [http://git-scm.com/ Git] distribution.</li>
<li>Install a C++ compiler and dependencies. SourceMod officially supports clang. For example, on Ubuntu/Debian:
<pre>
sudo apt-get install clang lib32stdc++-7-dev lib32z1-dev libc6-dev-i386 linux-libc-dev:i386
</pre>
</ol>

==Archlinux==

# Enable multilib repository as described in the [https://wiki.archlinux.org/index.php/multilib Archlinux wiki page].
# Install the following packages:
#:<pre>pacman -S git python2 gcc-multilib lib32-glibc lib32-libstdc++5 lib32-zlib</pre>

==Mac OS X==
Mac OS X 10.7 or higher is required to build, however, SourceMod will work on 10.5. SourceMod will neither build nor run on older PPC Macs.

<ol>
<li>Install the Xcode Command Line Tools.
<ul>
<li>For OS X 10.9 or higher, run the command below in Terminal and click the Install button in the window that appears.
<pre>
xcode-select --install
</pre>
</li>
<li>For earlier versions of OS X, download and install Xcode from the App Store. Launch Xcode and then navigate to Preferences -> Downloads -> Components -> Command Line Tools -> Install. If you have recently upgraded Xcode, you will need to perform this step again. SourceMod cannot build without Xcode's command line tools.</li>
</ul>
</ol>

=Downloading Source and Dependencies=

First, grab the SourceMod source tree. We recommend placing it inside its own folder, since we'll also need to download its dependencies.

'''You should do a recursive checkout of the git repo since the sourcepawn repo is a submodule of sourcemod now, see https://stackoverflow.com/questions/3796927/how-to-git-clone-including-submodules to do that.'''
<pre>
mkdir -p alliedmodders
cd alliedmodders
git clone --recursive https://github.com/alliedmodders/sourcemod
</pre>

Next, run the <tt>checkout-deps.sh</tt> script. This will download all dependencies and attempt to install AMBuild. If you are using Linux or OS X, it may prompt you for your sudo password at the very end. If you want to skip this and install AMBuild manually, just Ctrl+C. (Do not run the checkout script with sudo.)
<pre>
bash sourcemod/tools/checkout-deps.sh
</pre>

After it's done, you should see a large number of hl2sdk folders and other assorted dependencies, like MySQL, Metamod:Source, and AMBuild.

If you are on Windows, you can use 'checkout-deps' PowerShell script (if it exists), you just may need to swap ExecutionPolicy to a less restrictive one. (See: https://docs.microsoft.com/en-us/powershell/module/microsoft.powershell.core/about/about_execution_policies).

Otherwise, you can manually download the dependencies with the commands below:
<pre>
git clone --mirror https://github.com/alliedmodders/hl2sdk hl2sdk-proxy-repo
# For each SDK you want to build with:
# git clone hl2sdk-proxy-repo hl2sdk-<SDK> -b <SDK>
# e.g. git clone hl2sdk-proxy-repo hl2sdk-csgo -b csgo

git clone https://github.com/alliedmodders/metamod-source mmsource-1.10 -b 1.10-dev

# If building version 1.10 of SourceMod, use MySQL 5.5
wget https://cdn.mysql.com/archives/mysql-5.5/mysql-5.5.54-win32.zip mysql-5.5

# If building < version 1.10 of SourceMod, use MySQL 5.0
wget https://cdn.mysql.com/archives/mysql-5.0/mysql-noinstall-5.0.24a-win32.zip mysql-5.0

# Install AMBuild
git clone https://github.com/alliedmodders/ambuild
pip install ./ambuild
</pre>

Note that you can skip MySQL and SDK versions you don't plan to build.

=Configuring=

The first time you are building a SourceMod tree, you must ''configure'' the build. This step initializes some basic information and allows some customization around how things get compiled.

First create a build folder within your sourcemod folder, and then run <tt>configure.py</tt>. For example:
<pre>
cd sourcemod
mkdir build
cd build
python ../configure.py
</pre>

It is safe to reconfigure over an old build. However, it's probably a bad idea to configure inside a random, non-empty folder.

There are a few extra options you can pass to <tt>configure</tt>:
*--enable-debug - Compile with symbols and debug checks/assertions.
*--enable-optimize - Compile with optimizations.
*--no-sse - Disable floating point optimizations (if you have a very, very old CPU).
*--no-mysql - Don't build the MySQL database module.
*--sdks css - Only build css.

See configure.py for all the options.

=Building=

To build SourceMod, simply type:
<pre>
ambuild
</pre>

In your build folder. Alternately, you can specify the path of the build folder:
<pre>
ambuild debug-build
</pre>

The full package layout that would be shipped for release is in the <tt>package</tt> folder of the build.

=Deprecated Tools=
==Visual Studio Project Files==
In the future, we will use AMBuild to automatically generate project files, and the existing project files will be removed from the SourceMod tree. In the meantime however, it is possible to use these files. Unfortunately, they require a bit of extra work to use.

First, make sure you've downloaded all necessary dependencies (SDKs, Metamod:Source source code, and MySQL) via the <tt>checkout-windows-deps.bat</tt> script. Next,
#Open the Control Panel (for example, via Start -> Settings).
#Open the System control. If you don't see it, you may need to switch to "Classic view" (either via the left-hand pane or by going to Tools -> Folder Options).
#Click the Advanced tab.
#Click the Environment Variables button.

Now, add your environment variables to either your User settings or your System settings. Create a new variable for each item in the list below. You may omit SDKs that you do not plan to build against. The item names are in <tt>fixed-width font</tt> and their value descriptions follow.
*<tt>MMSOURCE19</tt> - Path to Metamod:Source 1.10+
*<tt>MMSOURCE18</tt> - Path to Metamod:Source 1.10+
*<tt>HL2SDK</tt> - Path to HL2SDK Ep1/Original
*<tt>HL2SDKOB</tt> - Path to HL2SDK Ep2/OrangeBox for mods
*<tt>HL2SDKOBVALVE</tt> - Path to HL2SDK Source 2009 (HL2:DM, DoD:S, TF2)
*<tt>HL2SDK-SWARM</tt> - Path to HL2SDK Alien Swarm
*<tt>HL2SDK-BGT</tt> - Path to HL2SDK for Bloody Good Time
*<tt>HL2SDKCSGO</tt> - Path to HL2SDK CS:GO
*<tt>HL2SDKCSS</tt> - Path to HL2SDK CS:S
*<tt>HL2SDK-DARKM</tt> - Path to HL2SDK Dark Messiah
*<tt>HL2SDK-EYE</tt> - Path to HL2SDK E.Y.E.: Divine Cybermancy
*<tt>HL2SDKL4D</tt> - Path to HL2SDK L4D1
*<tt>HL2SDKL4D2</tt> - Path to HL2SDK L4D2
*<tt>HL2SDK-DOTA</tt> - Path to HL2SDK DOTA 2
*<tt>MYSQL5</tt> - Path to the folder that contains MySQL's <tt>include</tt> and <tt>lib</tt> folders.

==Makefiles==
Makefiles are deprecated and will be removed from the tree soon.

[[Category:SourceMod Documentation]]
[[Category:SourceMod Development]]

List of custom SourceMod includes

2020-08-30T13:47:22Z

DJ Tsunami: /* Plugins/Extensions */

The following is a list of custom includes created by various users on AlliedModders. Some are standalone includes designed to be used with any project, others are includes that come with a plugin or extension but can also be used in other projects.

== Standalone Includes ==
{| style="width: 80em; text-align: center;" class="wikitable"

|-
! scope="col" style="width: auto;" | Name
! scope="col" style="width: auto;" | Author
! scope="col" style="width: auto;" | Filename
! scope="col" style="width: 30em;" | Notes

|-
| [https://forums.alliedmods.net/showthread.php?t=232476 Advanced MOTDPanel]
| [https://forums.alliedmods.net/member.php?u=150845 Dr. McKay]
| <code>advanced_motd.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=233282 Append New ConVar]
| [https://forums.alliedmods.net/member.php?u=210752 KissLick]
| <code>convar_append.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=204254 AutoExecConfig]
| [https://forums.alliedmods.net/member.php?u=157964 Impact123]
| <code>autoexecconfig.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=299839 CBaseAnimatingOverlay]
| [https://forums.alliedmods.net/member.php?u=181730 Pelipoika]
| <code>cbaseanimatingoverlay.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=307157 Client Methodmaps]
| [https://forums.alliedmods.net/member.php?u=232360 ThatKidWhoGames]
| <code>clients_methodmap.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=306620 Client Preferences Stocks]
| [https://forums.alliedmods.net/member.php?u=224722 xXDeathreusXx]
| <code>clientprefs_stocks.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=96831 Colors]
| [https://forums.alliedmods.net/member.php?u=17252 exvel]
| <code>colors.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=302788 Color Manipulation]
| [https://forums.alliedmods.net/member.php?u=278689 hmmmmm]
| <code>colourmanip.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=267743 ColorVariables]
| [https://forums.alliedmods.net/member.php?u=210752 KissLick]
| <code>colorvariables.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=279187 CS:GO Items]
| [https://forums.alliedmods.net/member.php?u=237260 xCoderx]
| <code>csgoitems.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=285744 Data String Parameter]
| [https://forums.alliedmods.net/member.php?u=59694 Drixevel]
| <code>data_string_parameter.inc</code>
| Allows you to pass a string through a data parameter.

|-
| [https://forums.alliedmods.net/showthread.php?t=264897 DString - Dynamic Strings]
| [https://forums.alliedmods.net/member.php?u=102471 Eun]
| <code>DString.inc</code>
| Allows you to use strings with dynamic lengths.

|-
| [https://forums.alliedmods.net/showthread.php?t=237045 EmitSoundAny]
| [https://forums.alliedmods.net/member.php?u=38996 Powerlord]
| <code>emitsoundany.inc</code>
| '''Outdated'''; CSGO no longer requires special sound handling for mp3s

|-
| [https://forums.alliedmods.net/showthread.php?t=303716 L4D/L4D2 Stocks]
| [https://forums.alliedmods.net/member.php?u=59694 Drixevel]
| <code>l4d.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=100084 LogHelper]
| [https://forums.alliedmods.net/member.php?u=37514 psychonic]
| <code>loghelper.inc</code>
| Contains stocks for many HL Standard log line formats, and also gets around the current limitations of Sourcemod's <code>%L</code> format operator and <code>FormatUserLogText()</code> function (not including team name on log line).

|-
| [https://forums.alliedmods.net/showthread.php?t=265325 Menu Stocks]
| [https://forums.alliedmods.net/member.php?u=210752 KissLick]
| <code>menu_stocks.inc</code>
| Allows you to pass a value (cell, float or string) to menu callback.

|-
| [https://forums.alliedmods.net/showthread.php?t=306954 Menu Targeting]
| [https://forums.alliedmods.net/member.php?u=278689 hmmmmm]
| <code>menu_targeting.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=185016 MoreColors]
| [https://forums.alliedmods.net/member.php?u=150845 Dr. McKay]
| <code>morecolors.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=247770 MultiColors]
| [https://forums.alliedmods.net/member.php?u=178115 Bara]
| <code>multicolors.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=304459 Nested StringMaps]
| [https://forums.alliedmods.net/member.php?u=226515 Kinsi]
| <code>NestedStringMap.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=298248 Overlays]
| [https://forums.alliedmods.net/member.php?u=259929 shanapu]
| <code>overlays.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=307742 ParseRange]
| [https://forums.alliedmods.net/member.php?u=180597 ddhoward]
| <code>parseRange.inc</code>
| Takes a string indicating a range of numbers or multiple ranges of numbers, and returns an ArrayList containing individual values.

|-
| [https://forums.alliedmods.net/showthread.php?t=314096 Print Valve Translations]
| [https://forums.alliedmods.net/member.php?u=180597 Powerlord]
| <code>printvalvetranslation.inc</code>
| Wrapper around the TextMsg usermessage to print game translations to chat, hintbox, center text, or client console

|-
| [https://forums.alliedmods.net/showthread.php?t=172593 SHA-1 Hashing Stocks]
| [https://forums.alliedmods.net/member.php?u=41418 Peace-Maker]
| <code>sha1.inc</code>
| Provides 2 stock functions to calculate the SHA-1 hash for a given string or file.

|-
| [https://forums.alliedmods.net/showthread.php?t=206496 Smart Download Manager]
| [https://forums.alliedmods.net/member.php?u=79786 Zephyrus]
| <code>smartdm.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=306471 SM-JSON]
| [https://forums.alliedmods.net/member.php?u=270503 clug]
| <code>json.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=148387 SMLib]
| [https://forums.alliedmods.net/member.php?u=27799 Berni]
| <code>smlib.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=304040 SourceMod Miscellaneous Stocks]
| [https://forums.alliedmods.net/member.php?u=59694 Drixevel]
| <code>sourcemod-misc.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=283913 Table Buffer for Console]
| [https://forums.alliedmods.net/member.php?u=190571 ofir753]
| <code>consoletable.inc</code>
| Allows you to format an oriented table for console output.

|-
| [https://forums.alliedmods.net/showthread.php?t=155911 TF2 Alternative HUD Text]
| [https://forums.alliedmods.net/member.php?u=51338 GNCMatt]
| <code>tf2_hud.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=300350 Unix Time for SourceMod]
| [https://forums.alliedmods.net/member.php?u=185471 milutinke]
| <code>unixtime_sourcemod.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=300303 Variable Arguments for Functions]
| [https://forums.alliedmods.net/member.php?u=253813 Kailo]
| <code>valist.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=307906 Vector Helpers]
| [https://forums.alliedmods.net/member.php?u=224722 xXDeathreusXx]
| <code>vector_helpers.inc</code>
| Extends functionality of SourceMod vectors so you don't have to iterate through array blocks every time you want to do a simple operation on a vector.

|-
| [https://forums.alliedmods.net/showthread.php?t=302597 WebFix]
| [https://forums.alliedmods.net/member.php?u=261613 Byte]
| <code>webfix.inc</code>
| '''Outdated'''; Use [https://forums.alliedmods.net/showthread.php?t=302530 VGUI URL Cache Buster] instead.

|}

== Plugins/Extensions ==
{| style="width: 80em; text-align: center;" class="wikitable"

|-
! scope="col" style="width: auto;" | Name
! scope="col" style="width: auto;" | Author
! scope="col" style="width: auto;" | Filename
! scope="col" style="width: 30em;" | Notes

|-
| [https://forums.alliedmods.net/showthread.php?t=300927 ASteamBot]
| [https://forums.alliedmods.net/member.php?u=198439 Arkarr]
| <code>asteambot.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=294511 Bank]
| [https://forums.alliedmods.net/member.php?u=198439 Arkarr]
| <code>bank.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=193067 Be the Robot]
| [https://forums.alliedmods.net/member.php?u=152150 MasterOfTheXP]
| <code>betherobot.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=197815 Collision Hooks]
| [https://forums.alliedmods.net/member.php?u=49537 VoiDeD]
| <code>collisionhooks.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=180114 DHooks]
| [https://forums.alliedmods.net/member.php?u=26021 Dr!fter]
| <code>dhooks.inc</code>
| Allows plugins to create dynamic hooks which normally would need an extension

|-
| [https://forums.alliedmods.net/showthread.php?t=292663 Discord/Slack API]
| [https://forums.alliedmods.net/member.php?u=74431 zipcore]
| <code>discord.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=270519 Dynamic Objects]
| [https://forums.alliedmods.net/member.php?u=240520 Neuro Toxin]
| <code>dynamic.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=311477 GeoIP2]
| [https://forums.alliedmods.net/member.php?u=100698 Accelerator74]
| <code>geoip.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=303671 HexTags Chat/Score Colors]
| [https://forums.alliedmods.net/member.php?u=273262 Papero]
| <code>hextags.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=270962 HTTP Server w/ RCON Multiplexer]
| [https://forums.alliedmods.net/member.php?u=59029 asherkin]
| <code>webcon.inc</code>, <code>conplex.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=114979 L4D2 Infected Spawn API]
| [https://forums.alliedmods.net/member.php?u=67285 V10]
| <code>l4d2_InfectedSpawnApi.inc</code>
| Custom infected boss spawning API.

|-
| [https://forums.alliedmods.net/showthread.php?t=298024 REST in Pawn]
| [https://forums.alliedmods.net/member.php?u=34668 DJ Tsunami]
| <code>ripext.inc</code>
| High performance HTTP client for JSON REST APIs. Supports HTTP/2, HTTPS and gzip.

|-
| [https://forums.alliedmods.net/showthread.php?t=199794 Server Whitelist Advanced]
| [https://forums.alliedmods.net/member.php?u=10216 RedSword]
| <code>serverwhitelistadvanced.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=67640 Socket]
| [https://forums.alliedmods.net/member.php?u=33075 sfPlayer]
| <code>socket.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=61000 SourceBans]
| [https://forums.alliedmods.net/member.php?u=26272 Olly]
| <code>sourcebans.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=263735 SourceBans++]
| [https://forums.alliedmods.net/member.php?u=246631 Sarabveer]
| <code>sourcebanspp.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=129146 SourceIRC]
| [https://forums.alliedmods.net/member.php?u=80180 Azelphur]
| <code>sourceirc.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=170630 SteamTools]
| [https://forums.alliedmods.net/member.php?u=59029 asherkin]
| <code>steamtools.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=229556 SteamWorks]
| [https://forums.alliedmods.net/member.php?u=57030 KyleS]
| <code>SteamWorks.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=281488 Super Spray Handler]
| [https://forums.alliedmods.net/member.php?u=194280 TheWreckingCrew6]
| <code>ssh.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=210221 TF2Attributes]
| [https://forums.alliedmods.net/member.php?u=84304 FlaminSarge]
| <code>tf2attributes.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=315011 TF2 Econ Data]
| [https://forums.alliedmods.net/member.php?u=252787 nosoop]
| <code>tf_econ_data.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=255885 TF2 Item DB]
| [https://forums.alliedmods.net/member.php?u=101497 bottiger]
| <code>tf2idb.inc</code>
| '''Outdated'''; Use [https://forums.alliedmods.net/showthread.php?t=315011 TF2 Econ Data] instead. For plugins that are already written for TF2 Item DB, use [https://github.com/nosoop/SM-TFEconDataCompat the compatibility shim].

|-
| [https://forums.alliedmods.net/showthread.php?t=115100 TF2Items]
| [https://forums.alliedmods.net/member.php?u=59029 asherkin]
| <code>tf2items.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=255743 TF2Items Extended Stocks]
| [https://forums.alliedmods.net/member.php?u=149090 ReFlexPoison]
| <code>tf2itemsextended.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?p=1337899 TF2Items Give Weapon]
| [https://forums.alliedmods.net/member.php?u=84304 FlaminSarge]
| <code>tf2items_giveweapon.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=293722 TF2 Taunts TF2IDB]
| [https://forums.alliedmods.net/member.php?u=264797 fakuivan]
| <code>tf2_taunts_tf2idb.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=189562 TF2 Pyro Air Jump]
| [https://forums.alliedmods.net/member.php?u=70143 Leonardo]
| <code>tf2pyroairjump.inc</code>
|

|-
| [https://forums.alliedmods.net/showthread.php?t=302530 VGUI URL Cache Buster]
| [https://forums.alliedmods.net/member.php?u=252787 nosoop]
| <code>vgui_motd_stocks.inc</code>
|

|}

Handles (SourceMod Scripting)

2020-08-15T08:41:41Z

DJ Tsunami: /* Cloning Handles */

Handles are a special data type used in [[:Category:SourceMod Scripting|SourceMod Scripting]]. They represent a single internal and unique object. For example, there are "File" Handles for files, and "Menu" Handles for menus, but they are both encapsulated under the "Handle" [[Tags (SourceMod Scripting)|tag]].

Handles are more than "pointers" from C or C++ because they have a ''reference count''. This means that the number of copies floating around in memory is tracked. The actual internal object is not destroyed until each copy is also destroyed.

Since SourcePawn does not have [[Garbage Collection]], Handles are a special way of intelligently allowing plugins and SourceMod to manage their own memory.

For more information on using Handles in the SourceMod API, see [[Handle API (SourceMod)]].

=Opening Handles=
Opening a Handle is usually done implicitly by a native function. For example, OpenDirectory opens a new Handle which is used in other Directory natives. This associates a ''type'' with the Handle. Trying to use a Directory Handle with any other non-Directory native will cause an error (HandleError_Type), because Handles are type checked.

<sourcepawn>Handle hndl = OpenDirectory("addons/sourcemod/configs");
</sourcepawn>

=Closing Handles=
==Basic operation==
Closing a Handle means seeing if the internal object can be removed from memory. For example, if a plugin creates an SQL connection, closing the Handle means closing and destroying the connection. This is almost always done using the <tt>delete</tt> operator and specifying the handle to close, e.g. <tt>delete hDir;</tt>

==When to close==
When a plugin unloads, all of its Handles are automatically destroyed. This does not mean, however, that closing Handles is optional. Consider the following code:

<sourcepawn>bool IsFileInFolder(const char[] path, const char[] file)
{
char path[PLATFORM_MAX_PATH];
FileType type;

DirectoryListing dir = OpenDirectory(path);
if (dir == null)
{
return false;
}

while (dir.GetNext(path, sizeof(path), type))
{
if (type == FileType_File && StrEqual(path, file))
{
delete dir;
return true;
}
}

delete dir;

return false;
}
</sourcepawn>

This function searches a directory for a single file. If this function were to not close the handle with the <tt>delete</tt> operator, it would [[Memory Leak|leak memory]] every time it was called, and eventually the script would fill up with a large number of lingering Handles that were left open.

So, when do you close Handles? There are generally two rules of thumb to go by:
*If the native uses terminology such as "Opens a [...]" or "Creates a [...]" or gives explicit directions for closing.
*If the Handle represents a temporary object or piece of information, and you will no longer be using it.

Most of the time, you will be closing Handles. Check the Handle Type documentation at the end of this page.

==When you can't close==
There are a few Handle types that cannot be closed. The major one is the Handle which identifies a plugin. Plugins cannot unload themselves, and thus destroying their own Handles is not allowed.

Furthermore, a script cannot close a Handle that is owned by another plugin. This is for protection against API mistakes and accidental errors. For example, if a Handle is shared between two plugins, one accidental free could invalidate a Handle unexpectedly. To allow the sharing of Handles, see [[#Cloning Handles|Cloning Handles]].

==Reference counters==
Closing Handles does not always destroy the internal data. This is the case when Handles are [[#Cloning Handles|cloned]]. Each clone adds a ''reference count'' to the Handle, and closing each clone removes one reference count. The original object is only actually destroyed once the Handle has no more reference counters.

=Cloning Handles=
As briefly described earlier, there is a problem when scripts try to share Handles. Imagine this scenario:
*Plugin 'A' creates a Handle.
*Plugin 'B' received the Handle.
*Plugin 'A' is unloaded, and the Handle is destroyed.
*Plugin 'B' tries to use the Handle.

To prevent this, the CloneHandle native is provided. This function returns a ''new'' Handle that is a "copy" of the original. While their values won't be equal, they contain the same internal data. The data itself will not be destroyed until each copy and the original are closed with the <tt>delete</tt> operator. It does not matter what order they are freed in, however, each Handle can only be freed once.

There are two ways of cloning. A plugin can either clone a Handle itself, and become the owner, or it can explicitly set a new owner. The difference is one of API design. Example of the former:
<sourcepawn>Database g_hSQL;
/**
* The other plugin calling this function must pass his ID in,
* but doesn't have to call CloneHandle()
*/
public Database GetGlobalSQL(Handle otherPlugin)
{
return view_as<Database>(CloneHandle(g_hSQL, otherPlugin));
}

/**
* This code would appear in the other plugin
*/
Database sql = GetGlobalSQL(myself);
/* ... */
delete sql;
</sourcepawn>

Example of the latter:
<sourcepawn>Database g_hSQL;
/**
* The calling plugin must call CloneHandle() himself.
*/
public Database GetGlobalSQL()
{
return g_hSQL;
}

/**
* This code would appear in the other plugin
*/
Database sql = GetGlobalSQL();
if (sql != null)
{
sql = view_as<Database>(CloneHandle(sql));
}
delete sql;
</sourcepawn>

=Handle Types=
The following is a list of some common Handle types provided by SourceMod and some documentation on each.

==BitBuffers==
{{HandleType|bf_read or bf_write|Only if explicitly stated|Only if it can also be closed|Core|bitbuffer.inc}}

There are four types of BitBuffer Handles. They are separated into ''bf_write'' (writable buffer) and ''bf_read'' (readable buffer). These are directly abstracted from their Half-Life 2 counterpart. Internally, there are separate Handle types for each; certain functions will use BitBuffer handles that cannot be freed.

==ConVars==
{{HandleType|ConVar|No|No|Core|convars.inc}}

ConVar Handles are primarily used for getting and setting a console variable's value. They cannot be cloned nor deleted since they exist until SourceMod is shut down.

==DataPacks==
{{HandleType|DataPack|Yes|Yes|Core|datapack.inc}}

DataPack Handles are used to pack data into a sequential stream, for unpacking later. They are unidirectional, meaning that reading and writing affects the same position in the stream.

The DataPack type is exposed for Extensions to use.

==Directories==
{{HandleType|Directory|Yes|Yes|Core|files.inc}}

Directory Handles are used for opening and enumerating the contents of a directory (folder) on the filesystem.

==Database Drivers==
{{HandleType|DBDriver|Yes|No|Core|dbi.inc}}

DBDriver Handles contain information about a database driver. They are static and cannot be closed.

==Database Queries==
{{HandleType|IQuery|Yes|No|Core|dbi.inc}}
{{HandleType|IPreparedQuery|Yes|No|Core|dbi.inc}}

Database Queries wrap an <tt>IQuery</tt> pointer for database queries. Closing a query frees its resources, including any prepared statement information and any result sets.

==Databases==
{{HandleType|IDatabase|Yes|Yes|Core|dbi.inc}}

Database Handles wrap an <tt>IDatabase</tt> pointer for database connections. Closing these disconnects the database and frees any related resources.

==Events==
{{HandleType|Event|No|No|Core|events.inc}}

Event Handles are used for getting and setting data in Half-Life 2 game events as well as for firing them. They can only be closed using CancelCreatedEvent() if the event was not fired for some reason.

==Files==
{{HandleType|File|Yes|Yes|Core|files.inc}}

File Handles are used for opening, reading from, writing to, and creating to files on the file system.

==Forwards==
{{HandleType|Forward|Yes|Only if explicitly stated|Core|functions.inc}}

Forward Handles are primarily used when calling functions inside a forward container. There are two types of forwards: global and private. Only private forwards can be cloned.

==KeyValues==
{{HandleType|KeyValues|Yes|No|Core|keyvalues.inc}}

KeyValues Handles abstract the Valve data type <tt>KeyValues</tt>, which are tree-based, recursive key to value mapping structures, often used to enumerate properties or configuration file directives.

==Plugins==
{{HandleType|Plugin|No|No|Core|sourcemod.inc}}

Plugin Handles are used for the unique identification of a Plugin. They are owned by Core and cannot be cloned or closed by any other plugin or extension. However, plugins can use Handles for certain natives which enumerate or retrieve information on plugins.

Plugin Handles should not be cached globally, as plugins can become unloaded, and the Handle will be invalid.

==Plugin Iterators==
{{HandleType|PluginIter|Yes|No|Core|sourcemod.inc}}

Plugin Iterators allow you to walk over a list of plugins. They are intended for temporary use only.

==Protobuf==
{{HandleType|protobuf|No|No|Core|protobuf.inc}}

Protobuf Handles are currently used for usermessages in supported games. They directly reference protobuf Messages, which can be a usermessage or a Message field inside of a usermessage. They are owned and managed by Core and cannot be cloned or closed by a plugin.

==SMC Parsers==
{{HandleType|SMC Parser|Yes|No|Core|textparse.inc}}

SMC Parsers are Handles which contain a set of functions for hooking parse events in an SMC file. Since they directly reference functions in a plugin, they cannot be cloned.

==Timers==
{{HandleType|Timer|Yes|No|Core|timers.inc}}

Timers are temporary Handles which are automatically closed on any of the following events:
*The timer ends (via Plugin_Stop or being a one-time timer that is finished)
*The timer is killed via <tt>KillTimer</tt>
*The timer is closed via <tt>delete hHandle;</tt>
*The timer's parent plugin unloads

[[Category:SourceMod Scripting]]

Handles (SourceMod Scripting)

2020-08-15T08:35:18Z

DJ Tsunami: /* When to close */

Handles are a special data type used in [[:Category:SourceMod Scripting|SourceMod Scripting]]. They represent a single internal and unique object. For example, there are "File" Handles for files, and "Menu" Handles for menus, but they are both encapsulated under the "Handle" [[Tags (SourceMod Scripting)|tag]].

Handles are more than "pointers" from C or C++ because they have a ''reference count''. This means that the number of copies floating around in memory is tracked. The actual internal object is not destroyed until each copy is also destroyed.

Since SourcePawn does not have [[Garbage Collection]], Handles are a special way of intelligently allowing plugins and SourceMod to manage their own memory.

For more information on using Handles in the SourceMod API, see [[Handle API (SourceMod)]].

=Opening Handles=
Opening a Handle is usually done implicitly by a native function. For example, OpenDirectory opens a new Handle which is used in other Directory natives. This associates a ''type'' with the Handle. Trying to use a Directory Handle with any other non-Directory native will cause an error (HandleError_Type), because Handles are type checked.

<sourcepawn>Handle hndl = OpenDirectory("addons/sourcemod/configs");
</sourcepawn>

=Closing Handles=
==Basic operation==
Closing a Handle means seeing if the internal object can be removed from memory. For example, if a plugin creates an SQL connection, closing the Handle means closing and destroying the connection. This is almost always done using the <tt>delete</tt> operator and specifying the handle to close, e.g. <tt>delete hDir;</tt>

==When to close==
When a plugin unloads, all of its Handles are automatically destroyed. This does not mean, however, that closing Handles is optional. Consider the following code:

<sourcepawn>bool IsFileInFolder(const char[] path, const char[] file)
{
char path[PLATFORM_MAX_PATH];
FileType type;

DirectoryListing dir = OpenDirectory(path);
if (dir == null)
{
return false;
}

while (dir.GetNext(path, sizeof(path), type))
{
if (type == FileType_File && StrEqual(path, file))
{
delete dir;
return true;
}
}

delete dir;

return false;
}
</sourcepawn>

This function searches a directory for a single file. If this function were to not close the handle with the <tt>delete</tt> operator, it would [[Memory Leak|leak memory]] every time it was called, and eventually the script would fill up with a large number of lingering Handles that were left open.

So, when do you close Handles? There are generally two rules of thumb to go by:
*If the native uses terminology such as "Opens a [...]" or "Creates a [...]" or gives explicit directions for closing.
*If the Handle represents a temporary object or piece of information, and you will no longer be using it.

Most of the time, you will be closing Handles. Check the Handle Type documentation at the end of this page.

==When you can't close==
There are a few Handle types that cannot be closed. The major one is the Handle which identifies a plugin. Plugins cannot unload themselves, and thus destroying their own Handles is not allowed.

Furthermore, a script cannot close a Handle that is owned by another plugin. This is for protection against API mistakes and accidental errors. For example, if a Handle is shared between two plugins, one accidental free could invalidate a Handle unexpectedly. To allow the sharing of Handles, see [[#Cloning Handles|Cloning Handles]].

==Reference counters==
Closing Handles does not always destroy the internal data. This is the case when Handles are [[#Cloning Handles|cloned]]. Each clone adds a ''reference count'' to the Handle, and closing each clone removes one reference count. The original object is only actually destroyed once the Handle has no more reference counters.

=Cloning Handles=
As briefly described earlier, there is a problem when scripts try to share Handles. Imagine this scenario:
*Plugin 'A' creates a Handle.
*Plugin 'B' received the Handle.
*Plugin 'A' is unloaded, and the Handle is destroyed.
*Plugin 'B' tries to use the Handle.

To prevent this, the CloneHandle native is provided. This function returns a ''new'' Handle that is a "copy" of the original. While their values won't be equal, they contain the same internal data. The data itself will not be destroyed until each copy and the original are closed with the <tt>delete</tt> operator. It does not matter what order they are freed in, however, each Handle can only be freed once.

There are two ways of cloning. A plugin can either clone a Handle itself, and become the owner, or it can explicitly set a new owner. The difference is one of API design. Example of the former:
<sourcepawn>DataBase g_hSQL;
/**
* The other plugin calling this function must pass his ID in,
* but doesn't have to call CloneHandle()
*/
public Database GetGlobalSQL(Handle otherPlugin)
{
return view_as<DataBase>(CloneHandle(g_hSQL, otherPlugin));
}

/**
* This code would appear in the other plugin
*/
DataBase sql = GetGlobalSQL(myself);
/* ... */
delete sql;
</sourcepawn>

Example of the latter:
<sourcepawn>DataBase g_hSQL;
/**
* The calling plugin must call CloneHandle() himself.
*/
public DataBase GetGlobalSQL()
{
return g_hSQL;
}

/**
* This code would appear in the other plugin
*/
DataBase sql = GetGlobalSQL();
if (sql != INVALID_HANDLE)
{
sql = view_as<DataBase>(CloneHandle(sql));
}
delete sql;
</sourcepawn>

=Handle Types=
The following is a list of some common Handle types provided by SourceMod and some documentation on each.

==BitBuffers==
{{HandleType|bf_read or bf_write|Only if explicitly stated|Only if it can also be closed|Core|bitbuffer.inc}}

There are four types of BitBuffer Handles. They are separated into ''bf_write'' (writable buffer) and ''bf_read'' (readable buffer). These are directly abstracted from their Half-Life 2 counterpart. Internally, there are separate Handle types for each; certain functions will use BitBuffer handles that cannot be freed.

==ConVars==
{{HandleType|ConVar|No|No|Core|convars.inc}}

ConVar Handles are primarily used for getting and setting a console variable's value. They cannot be cloned nor deleted since they exist until SourceMod is shut down.

==DataPacks==
{{HandleType|DataPack|Yes|Yes|Core|datapack.inc}}

DataPack Handles are used to pack data into a sequential stream, for unpacking later. They are unidirectional, meaning that reading and writing affects the same position in the stream.

The DataPack type is exposed for Extensions to use.

==Directories==
{{HandleType|Directory|Yes|Yes|Core|files.inc}}

Directory Handles are used for opening and enumerating the contents of a directory (folder) on the filesystem.

==Database Drivers==
{{HandleType|DBDriver|Yes|No|Core|dbi.inc}}

DBDriver Handles contain information about a database driver. They are static and cannot be closed.

==Database Queries==
{{HandleType|IQuery|Yes|No|Core|dbi.inc}}
{{HandleType|IPreparedQuery|Yes|No|Core|dbi.inc}}

Database Queries wrap an <tt>IQuery</tt> pointer for database queries. Closing a query frees its resources, including any prepared statement information and any result sets.

==Databases==
{{HandleType|IDatabase|Yes|Yes|Core|dbi.inc}}

Database Handles wrap an <tt>IDatabase</tt> pointer for database connections. Closing these disconnects the database and frees any related resources.

==Events==
{{HandleType|Event|No|No|Core|events.inc}}

Event Handles are used for getting and setting data in Half-Life 2 game events as well as for firing them. They can only be closed using CancelCreatedEvent() if the event was not fired for some reason.

==Files==
{{HandleType|File|Yes|Yes|Core|files.inc}}

File Handles are used for opening, reading from, writing to, and creating to files on the file system.

==Forwards==
{{HandleType|Forward|Yes|Only if explicitly stated|Core|functions.inc}}

Forward Handles are primarily used when calling functions inside a forward container. There are two types of forwards: global and private. Only private forwards can be cloned.

==KeyValues==
{{HandleType|KeyValues|Yes|No|Core|keyvalues.inc}}

KeyValues Handles abstract the Valve data type <tt>KeyValues</tt>, which are tree-based, recursive key to value mapping structures, often used to enumerate properties or configuration file directives.

==Plugins==
{{HandleType|Plugin|No|No|Core|sourcemod.inc}}

Plugin Handles are used for the unique identification of a Plugin. They are owned by Core and cannot be cloned or closed by any other plugin or extension. However, plugins can use Handles for certain natives which enumerate or retrieve information on plugins.

Plugin Handles should not be cached globally, as plugins can become unloaded, and the Handle will be invalid.

==Plugin Iterators==
{{HandleType|PluginIter|Yes|No|Core|sourcemod.inc}}

Plugin Iterators allow you to walk over a list of plugins. They are intended for temporary use only.

==Protobuf==
{{HandleType|protobuf|No|No|Core|protobuf.inc}}

Protobuf Handles are currently used for usermessages in supported games. They directly reference protobuf Messages, which can be a usermessage or a Message field inside of a usermessage. They are owned and managed by Core and cannot be cloned or closed by a plugin.

==SMC Parsers==
{{HandleType|SMC Parser|Yes|No|Core|textparse.inc}}

SMC Parsers are Handles which contain a set of functions for hooking parse events in an SMC file. Since they directly reference functions in a plugin, they cannot be cloned.

==Timers==
{{HandleType|Timer|Yes|No|Core|timers.inc}}

Timers are temporary Handles which are automatically closed on any of the following events:
*The timer ends (via Plugin_Stop or being a one-time timer that is finished)
*The timer is killed via <tt>KillTimer</tt>
*The timer is closed via <tt>delete hHandle;</tt>
*The timer's parent plugin unloads

[[Category:SourceMod Scripting]]

Natives (SourceMod Development)

2020-07-30T16:58:23Z

DJ Tsunami: /* When to use By Ref */

Natives are functions which are available to plugins via Core itself, or a C++ extension. They are called "natives" because they must be translated via a ''native interface''. This article explains the various parameter passing conventions in SourcePawn, as well as how to use them in your own natives.

To understand the contents of this article, you will need to read [[Writing_Extensions#Creating_Native_Functions|Creating Natives]], the Native section in the introductory article on creating extensions.

In this article, <tt>float</tt> refers to the C/C++ data type, and <tt>Float</tt> (note capital 'F') refers to the SourcePawn [[Tags (Scripting)|tag]].

=By Value versus By Reference=
There are two ways to pass integers/Floats to native implementations. They are ''by value'' (ByVal) and ''by reference'' (ByRef). ByVal means that a copy of the value is passed to the native. This is the default behaviour. ByRef means a ''reference'' is passed to the native, and this reference points to the value. Both will be explained below.

Note that arrays and strings, as will be explained later, are always passed by reference. This is because they are usually larger structures, and passing them ByVal would require copying their data, wasting CPU cycles.

==By Value==
Passing by value is the default behaviour for primitive data types (integers, Floats, or any tag that's cell-based). Data is treated normally as raw, copied input. Observe the following native:

<pawn>/**
* Returns the number decremented by one.
*
* @param num Number to decrement.
* @return Decremented number.
*/
native Decrement(num);</pawn>

How would we use this native? Since <tt>num</tt> is passed as a value, it cannot change in the native code. This means we have to use the return value as such:

<pawn>//Decrements a number 5 times
Example(num)
{
num = Decrement(num);
num = Decrement(num);
num = Decrement(num);
num = Decrement(num);
num = Decrement(num);
return num;
}</pawn>

==By Reference==
Let's reuse the above example to use reference passing. Observe the new native below:

<pawn>/**
* Subtracts one from the given number, by reference.
*
* @param num Number to subtract, by reference.
* @noreturn
*/
native Decrement(&num);</pawn>

Note the ampersand ('&') before the parameter name -- this specifies that it is passed by reference. Now, let's see how this would look in our script:

<pawn>Example(num)
{
Decrement(num);
Decrement(num);
Decrement(num);
Decrement(num);
Decrement(num);
return num;
}</pawn>

In this example, <tt>Decrement</tt> is acting on the <tt>num</tt> variable ''itself'', not a copy of it. Thus, num will decrease 5 times. In fact, scripts can even do this internally. We can shorten the example even more:

<pawn>Example(&num)
{
Decrement(num);
Decrement(num);
Decrement(num);
Decrement(num);
Decrement(num);
}</pawn>

==When to use By Ref==
There is a misconception that passing by reference is always better than by value. After all, copying data sounds excessive. However, by value in SourcePawn only works on 32bit values, and thus copying the value is inherent to the processor, and trivial.

On the other hand, passing by reference is slightly more expensive. First, the compiler has to generate a little extra code to compute the local address of the variable. Second, the native code itself has to translate the local address to a ''real virtual address'' (native memory).

It is a good idea to only use by reference when you need it. A common usage is when you need to return more than one piece of data, and you can't fit it into the return value of your native or function. In this case, by reference is ideal.

=Integers/Floats=

==By Value==
Natives based purely on by-value floating point or integer input are generally the easiest to make. Let's take a simple function which takes in a Float and an integer, and returns a Float:
<pawn>/**
* Raises a number to an integer power.
*
* @param fNum Base number (Float).
* @param exp Exponent (integer).
* @return Computed exponent result as a Float.
*/
native Float:FloatIntPower(Float:fNum, exp);</pawn>

An implementation of this native might look like:
<cpp>#include <stdlib.h>

static cell_t sm_FloatIntPower(IPluginContext *pContext, const cell_t *params)
{
float f1 = sp_ctof(params[1]);
int num = params[2];

float result = (float)pow(f1, (double)f2);
return sp_ftoc(result);
}</cpp>

Integers, as we saw in the introduction, are accessed from the parameter stack normally. Floats, however, must be ''reinterpret casted'' from a <tt>cell_t</tt> to <tt>float</tt>. Two inline functions are provided for this:
*<tt>sp_ctof</tt>: Convert a <tt>cell_t</tt> to a <tt>float</tt>.
*<tt>sp_ftoc</tt>: Convert a <tt>float</tt> to a <tt>cell_t</tt>.

==By Reference==
By reference is a little more tricky. Let's first implement our <tt>Decrement</tt> native from earlier. A refresher:
<pawn>native Decrement(&num);</pawn>

If we try to use our above code, <tt>params[1]</tt> will no longer hold a value. Instead, it holds a ''local address'' in the plugin. We must use the <tt>LocalToPhysAddr</tt> function to translate this. It takes in a local address and returns back a physical pointer, which we can then modify. This will modify the value in the script.

<cpp>static cell_t sm_Decrement(IPluginContext *pContext, const cell_t *params)
{
cell_t *addr;

/* Translate the address. */
pContext->LocalToPhysAddr(params[1], &addr);

/* Decrement the number */
*addr -= 1;

/* We have to return something, even if the plugin doesn't use the value */
return 1;
}</cpp>
''Note: LocalToPhysAddr can return an error code. For all practical purposes, this will never error, unless there is some memory or corruption issue, so checking it isn't necessary.''

This works the same way for floats. Let's say we change our native to this:
<pawn>/**
* Decrements a Float by an integer, and stores the result by reference.
*
* @param fNum Float number to decrement (by ref).
* @param decamt Amount to decrement by.
* @noreturn
*/
native Decrement(&Float:fNum, decamt);
</pawn>

This example is fairly contrived -- our native simply performs a subtract operation. But let's look at the implementation:

<cpp>static cell_t sm_Decrement(IPluginContext *pContext, const cell_t *params)
{
cell_t *addr;

/* Translate the address. */
pContext->LocalToPhysAddr(params[1], &addr);

/* Get the value */
float val = sp_ctof(*addr);
/* Decrement */
val -= params[2];
/* Store back */
*addr = sp_ftoc(val);

/* We have to return something, even if the plugin doesn't use the value */
return 1;
}</cpp>

Note that even though the first parameter was passed by reference, the second was not, and is accessed normally.

=Arrays=

==Basic Arrays==
Arrays are always passed by reference. The first example is an array which contains a list of numbers to sum. Observe the native:
<pawn>/**
* Averages an array of numbers.
*
* @param array Array of numbers to average.
* @param num Number of slots in the array.
* @return Average number as a Float.
*/
native Float:Average(array[], num);</pawn>

Usage might look like:
<pawn>Example()
{
new numbers[5] = {5, 6, 1, 3, 8};
return Average(numbers, 5);
}</pawn>

The implementation, like the by ref examples above, requires <tt>LocalToPhysAddr</tt>:
<cpp>static cell_t sm_Average(IPluginContext *pContext, cell_t *params)
{
cell_t *array;
float sum = 0.0f, average;

if (params[2] < 1)
{
/* 0 works without sp_ftoc() */
return 0;
}

pContext->LocalToPhysAddr(params[1], &array);
for (cell_t i=0; i<params[2]; i++)
{
sum += array[i];
}

average = sum / params[2];

return sp_ftoc(average);
}</cpp>

==Float Arrays==
This works similarly for Float arrays. Let's take Vectors an example, with the following native:
<pawn>/**
* Adds two vectors together.
*
* @param r Array to store the result in.
* @param v1 First vector to add.
* @param v2 Second vector to add.
* @noreturn
*/
native AddVectors(Float:r[3], const Float:v1[3], const Float:v2[3]);</pawn>

The implementation is straightforward:
<cpp>static cell_t sm_AddVectors(IPluginContext *pContext, cell_t *params)
{
cell_t *v1, *v2;
float result[3];

pContext->LocalToPhysAddr(params[2], &v1);
pContext->LocalToPhysAddr(params[3], &v2);

result[0] = sp_ctof(v1[0]) + sp_ctof(v2[0]);
result[1] = sp_ctof(v1[1]) + sp_ctof(v2[1]);
result[2] = sp_ctof(v1[2]) + sp_ctof(v2[2]);

cell_t *r;
pContext->LocalToPhysAddr(params[1], &r);
r[0] = sp_ftoc(result[0]);
r[1] = sp_ftoc(result[1]);
r[2] = sp_ftoc(result[2]);

return 1;
}</cpp>

Note that we only store the result after we have computed the input, rather than store directly. This is a bit more work, but is good practice in case users re-use data inputs, and risk overwriting inputs as they are written. For example:

<pawn>new Float:origin[3];
AddVectors(origin, origin, origin);</pawn>

=Strings=
Strings are just like arrays, in that they are passed by reference. The only difference is that each character is stored in a byte, not a 32bit <tt>cell_t</tt>. However, to make coding a bit easier for you, the coder, there are separate functions.
*<tt>LocalToString</tt>: Converts a local address to a physical string address.
*<tt>StringToLocal</tt>: Copies a physical string into a local address buffer.
*<tt>StringToLocalUTF8</tt>: Same as <tt>StringToLocal</tt>, but only copies the maximum amount possible without cutting off any multi byte characters.

First, let's take an easy example: the infamous strlen.
<pawn>/**
* Returns the length of a string.
*
* @param string String to calculate.
* @return Number of bytes in the string.
*/
native strlen(const String:string[]);</pawn>

Implementation:
<cpp>static cell_t sm_StrLen(IPluginContext *pContext, cell_t *params)
{
char *str;
pContext->LocalToString(params[1], &str);
return strlen(str);
}</cpp>

Now, let's say we want to modify the string. There is an important note here: since the string is passed by reference, when you modify the string, it is also modified in the plugin. This is a huge difference from AMX Mod X, where strings were essentially by value in most cases, and you had to copy results back.

Thus, if we wanted to copy a new result into <tt>str</tt> in the above implementation, it would be very easy. If we were implementing <tt>strcpy()</tt>, we would have to use <tt>memmove()</tt> to make sure there are no overlaps. Let's do this:
<pawn>/**
* Copies one string onto another.
*
* @param dest Destination buffer to copy to.
* @param length Maximum length of the buffer.
* @param source Source to copy from.
* @noreturn
*/
native StringCopy(String:dest[], length, const String:source);</pawn>

Implementation using <tt>memmove</tt> for safety:
<cpp>static cell_t sm_StringCopy(IPluginContext *pContext, cell_t *params)
{
char *dest, *src;
size_t len;

pContext->LocalToString(params[1], &dest);
pContext->LocalToString(params[3], &src);

/* Perform bounds checking */
len = strlen(src);
if (len >= params[2])
{
len = params[2] - 1;
} else {
len = params[2];
}

/* Copy */
memmove(dest, src, len);

dest[len] = '\0';

return 1;
}</cpp>

We can also use <tt>StringToLocal</tt>, which would requires a temporary buffer for the original string:
<cpp>static cell_t sm_StringCopy(IPluginContext *pContext, cell_t *params)
{
char *src;
char buffer[2048];
size_t len;

pContext->LocalToString(params[3], &src);

snprintf(buffer, sizeof(buffer), "%s", src);
pContext->StringToLocal(params[1], params[2], buffer);

return 1;
}</cpp>

Generally, you will be using <tt>StringToLocal</tt> for setting strings from outside sources, because it calculates addresses and overflows for you. However, you must make sure that you are not overwriting memory as you are reading it, or else programmers who are using certain types of array slicing may find themselves getting unexpected results.

=Advanced=
==Default Arguments==
Any type of parameter can have a default argument. For example, here is a native where every argument has a default parameter:
<pawn>native RandomStuff(a=0, Float:b=1.0f, &c=0, const String:d[]="", e[3] = {0,1,2});</pawn>

Note that even by reference parameters can have default arguments, as shown above. This does not change the code; it just means the address will contain the default value.

Scripts can force default values. Example:
<pawn>native RandomStuff(a, b, c=0, d=0);

Example()
{
RandomStuff(1, 2, _, d);
}</pawn>

The underscore ('_') means "use the default value for this argument."

==Variable Arguments==
Variable arguments means any number of arguments can be passed. An example of this looks like:
<pawn>native FormatText(const String:format[], {Float,String,_}:...);</pawn>

The <tt>{Float,Handle_}:</tt> is a multi-tag specifier that means any extra parameters must be either a <tt>Float</tt>, <tt>String</tt>, or have no tag at all. The <tt>...</tt> characters mean any number of parameters can follow.

'''There is one important note about variable arguments. They are always passed by reference.''' This means if you have a function which supports variable arguments, and an integer is passed, you will need to use <tt>LocalToPhysAddr</tt> as required with by reference parameters.

==Argument Counts/Backwards Compatibility==
In native handlers, the <tt>params</tt> array has a 0th index which stores the number of parameters it contains. This is useful for both Default Arguments and Variable Arguments.

For example, consider the following native:
<pawn>native DoSomething(index);</pawn>

Let's say that this native exists in plugins for six months. After that, you decide to add a new parameter. You want two conditions to be true after you release this update:
*Old plugins in binary form should still work on newer installations.
*Old plugins should still compile fine on the new API.

The second condition is solved by using default arguments. You should choose a value that will mimic the old functionality of the native.
<pawn>native DoSomething(index, newparam = 0);</pawn>

Next, when changing the implementation, you should detect whether <tt>params[0]</tt> contains ''one parameter'' or ''two parameters''. If it only contains one, you know to use the old version. If it contains two, you know to use the later version and accept the second parameter.

Similarly, you can use the <tt>params[0]</tt> count to detect how many arguments were passed to a variable argument native. This is used primarily in [[Format Class Functions (SourceMod Scripting)|Format Class Functions]] for parameter-count validation.

=Throwing Errors/Invoking the Debugger=
Often, you will write a native and realize that you need to tell the plugin that a serious error has occurred. A good example of this is if you are writing a function which requires a player index, but that index is beyond the reasonable bounds for the maximum players in the server.

In this case, it is a good idea to throw a ''runtime error''. This is an error that halts the plugin and invokes a call trace from the debugger. The halt is not permanent, but it does break the execution flow of the current callback.

There are two ways to throw a native error: <tt>ThrowNativeErrorEx()</tt> or <tt>ThrowNativeError()</tt>. The former lets you specify a detailed error code from <tt>sp_vm_types.h</tt>. The latter is a helper function for generic errors, and it returns 0, allowing you to return with the function itself. For example:

<cpp>static cell_t GetPlayerFrags(IPluginContext *pContext, const cell_t *params)
{
if (params[1] < 0 || params[1] > maxplayers)
{
return pContext->ThrowNativeError("Invalid client index: %d", params[1]);
}
/* ... rest of code ... */
}</cpp>

Don't worry about including extra information, such as your native name or the module name. The debugger knows all of this information and will decide what to print to the user.

[[Category:SourceMod Development]]

DataPacks

2020-03-23T14:04:52Z

DJ Tsunami: /* WritePackCell */

DataPacks are a way to store and move around various types of data in [[:Category:SourceMod Scripting|SourceMod Scripting]]. Since some things are not possible in SourcePawn, such as a function consuming a String, DataPacks help us get these Strings and other items where they need to go.

=Example of using a DataPack=
Syntax:
<pawn>
//writing
DataPack pack = new DataPack();
pack.WriteCell(23);
pack.WriteString("I'm a little teapot.");

//reading
pack.Reset(); //resets the index to the beginning, necessary for read.
int cellValue = pack.ReadCell();
char buffer[1024];
pack.ReadString(buffer, 1024);
</pawn>

=Creating a DataPack=
Creating a DataPack is very simple; all you need is a Handle to write to.
<pawn>Datapack dataPackHandle = new DataPack();</pawn>

For more information on using Handles, see [[Handle API (SourceMod)]].

=DataPack Functions=
On you have created your DataPack, you can use a variety of functions to manage the DataPack.

==WritePackCell==
Syntax:
<pawn>native void WritePackCell(Handle pack, any cell);
</pawn>

==WritePackFloat==
This function can be used to write a Float to a DataPack.

Syntax:
<pawn>native void WritePackFloat(Handle pack, float val);
</pawn>

==WritePackString==
This function can be used to write a String to a DataPack.

Syntax:
<pawn>native void WritePackString(Handle pack, const char[] str);
</pawn>

==ReadPackCell==
Syntax:
<pawn>native any ReadPackCell(Handle pack);
</pawn>

==ReadPackFloat==
This function can be used to read a Float from a DataPack.

Syntax:
<pawn>native float ReadPackFloat(Handle pack);
</pawn>

==ReadPackString==
This function can be used to read a String from a DataPack.

Syntax:
<pawn>native void ReadPackString(Handle pack, char[] buffer, maxlen);
</pawn>

==ResetPack==
This function resets your position in the DataPack.

Syntax:
<pawn>native void ResetPack(Handle pack, bool clear=false);
</pawn>

==GetPackPosition==
This function gets your current position in the DataPack.

Syntax:
<pawn>native int GetPackPosition(Handle pack);
</pawn>

==SetPackPosition==
This function sets your current position in the DataPack.

Syntax:
<pawn>native void SetPackPosition(Handle pack, int position);
</pawn>

=Disposing of a DataPack=
To dispose of a DataPack, all you have to do is close its Handle.

Example:
<pawn>CloseHandle(dataPackHandle);
</pawn>

[[Category:SourceMod Scripting]]

Function Calling API (SourceMod Scripting)

2020-01-12T20:27:30Z

DJ Tsunami:

SourceMod provides plugins with an API for calling functions. This API can be used to call public functions in any plugin, including public functions in the same plugin.

This article is split into two sections. The first is on generic function calling, which is used for single function calls. The second is on Forwards, which is used for calling multiple functions in one operation.

For more information on forwards, readers should see [[Writing_Extensions#Creating_Events.2FForwards|forwards in extensions]].

=Generic Calling=
There are four steps to calling a function in a plugin:
<ol>
<li>Obtaining a "call Handle." This is either in the form of a function ID, tagged with <tt>Function</tt>, or a Forward Handle, tagged with <tt>Handle</tt>.</li>
<li>Starting the call.
<li>Pushing parameters in increasing order in a way that matches the function prototype.</li>
<li>Ending the the call, which performs the call operation and returns the result.</li>
</ol>

For simplicity, let's consider calling a function in our own plugin. We have the following function:
<pawn>public void OnClientDied(int attacker, int victim, const char[] weapon, bool headshot)
{
char name[MAX_NAME_LENGTH];
GetClientName(victim, name, sizeof(name));

if (attacker != victim)
{
char other[MAX_NAME_LENGTH];
GetClientName(attacker, other, sizeof(other));
PrintToServer("<\"%s\"> killed by <\"%s\"> with \"%s\" (headshot: %d)", name, other, weapon, headshot);
} else if (!attacker) {
PrintToServer("<\"%s\"> killed by \"world\" with \"%s\" (headshot: %d)", name, weapon, headshot);
} else {
PrintToServer("<\"%s\"> killed by \"self\" with \"%s\" (headshot: %d)", name, weapon, headshot);
}
}</pawn>

An indirect way to call this function would be:
<pawn>
public void EventHandler(Event event, const char[] name, bool dontBroadcast)
{
if (StrEqual(name, "player_death"))
{
char weapon[64];
int result;

event.GetString("weapon", weapon, sizeof(weapon));

/* Start function call */
Call_StartFunction(null, OnClientDied);

/* Push parameters one at a time */
Call_PushCell(GetClientOfUserId(event.GetInt("attacker")));
Call_PushCell(GetClientOfUserId(event.GetInt("userid")));
Call_PushString(weapon);
Call_PushCell(GetEventInt(event, "headshot"));

/* Finish the call, get the result */
Call_Finish(result);
}
}</pawn>

This basic example shows starting and completing a function call. However, the real use of function calling is with forwards, which is covered in the next section.

=Forwards=
Forwards are much more advantageous over single function calls. They are expandable containers, so you can store and complete many calls with very little action. Furthermore, they also adjust themselves when contained plugins are unloaded. Lastly, they are type-checked; each forward's parameter types must be known in advance, and if you push a mismatching type, the call will not complete.

Forwards must be created using the following types:
*<tt>Param_Any</tt> - Any parameter type can be pushed
*<tt>Param_Cell</tt> - A non-Float cell can be pushed
*<tt>Param_Float</tt> - A Float cell can be pushed
*<tt>Param_String</tt> - A string can be pushed
*<tt>Param_Array</tt> - An array can be pushed
*<tt>Param_VarArgs</tt> - This and all further parameters can be any type, but will be by reference. This cannot be the first parameter type, and if it is used, it must be the last parameter type.
*<tt>Param_CellByRef</tt> - A non-Float cell by reference
*<tt>Param_FloatByRef</tt> - A Float cell by reference

Strings and arrays are implicitly by-reference. When pushing variable argument parameters, if anything is pushed by-value, it will be internally automatically converted to by-reference.

Since Forwards will call multiple functions in a row, it needs to know how to interpret the return values of functions. There are four predefined methods:
*<tt>ET_Ignore</tt> - All return values will be ignored; 0 will be returned at the end.
*<tt>ET_Single</tt> - Only the last return value will be returned.
*<tt>ET_Event</tt> - Function should return an <tt>Action</tt> value (<tt>core.inc</tt>). <tt>Plugin_Stop</tt> acts as <tt>Plugin_Handled</tt>. The highest value is returned.
*<tt>ET_Hook</tt> - Function should return an <tt>Action</tt> value. <tt>Plugin_Stop</tt> ends the forward call immediately.

Let's write a simple example. Our plugin, Plugin A, wants to tell other plugins when a player dies. It has two ways of doing this, either via a ''global'' forward or a ''private'' forward. A global forward acts upon all functions in all plugins that match a single name. A private forward lets you explicitly manage which functions are in the container.

==Global Forwards==
Global forwards are very simple to use. After creation, they do not need to be maintained. An example plugin below creates a global forward with the following prototype:
<pawn>forward void OnClientDied(int attacker, int victim, const char[] weapon, bool headshot);</pawn>

Implementation:
<pawn>GlobalForward g_DeathForward;

public void OnPluginStart()
{
g_DeathForward = new GlobalForward("OnClientDied", ET_Event, Param_Cell, Param_Cell, Param_String, Param_Cell);
HookEvent("player_death", EventHandler);
}

public APLRes AskPluginLoad2(Handle plugin, bool late, char[] error, int err_max)
{
RegPluginLibrary("my_plugin");
}

public Action EventHandler(Event event, const char[] name, bool dontBroadcast)
{
char weapon[64];
Action result;

event.GetString("weapon", weapon, sizeof(weapon));

/* Start function call */
Call_StartForward(g_DeathForward);

/* Push parameters one at a time */
Call_PushCell(GetClientOfUserId(event.GetInt("attacker")));
Call_PushCell(GetClientOfUserId(event.GetInt("userid")));
Call_PushString(weapon);
Call_PushCell(GetEventInt(event, "headshot"));

/* Finish the call, get the result */
Call_Finish(result);

return result;
}</pawn>

==Private Forwards==
Private forwards require you to manually add functions to its container. This can leave you with much more flexibility. Like global forwards, they automatically remove functions from unloaded plugins.

Usually, this is done using dynamic natives; a plugin will expose a function to add to its own forwards. For example:
<pawn>typedef OnClientDiedFunc = function Action (int attacker, int victim, const char[] weapon, bool headshot);

/**
* Calls the target function when a client dies.
*
* @param func OnClientDiedFunc function.
* @noreturn
*/
native void HookClientDeath(OnClientDiedFunc func);</pawn>

An implementation of this might look like:
<pawn>PrivateForward g_DeathForward;

public void OnPluginStart()
{
g_DeathForward = new PrivateForward(ET_Event, Param_Cell, Param_Cell, Param_String, Param_Cell);
CreateNative("HookClientDeath", Native_HookClientDeath);
HookEvent("player_death", EventHandler);
}

public int Native_HookClientDeath(Handle plugin, int numParams)
{
g_DeathForward.AddFunction(plugin, GetNativeFunction(1));
}</pawn>

Note that the code to call the forward does not need to change at all.

A complete implementation of a private forward may look like this:
<pawn>typedef MyFunction = function void (int client);
native void My_NativeEx(MyFunction func);</pawn>

<pawn>PrivateForward g_hDeathFwd;

// typedef MyFunction = function void (int client);
// native void My_NativeEx(MyFunction func);
public APLRes AskPluginLoad2(Handle plugin, bool late, const char[] error, int err_max)
{
RegPluginLibrary("MyPlugin");

CreateNative("My_NativeEx", My_Native);
return APLRes_Success;
}

public void OnPluginStart()
{
HookEvent("player_death", Event_Death);
g_hDeathFwd = new PrivateForward(ET_Ignore, Param_Cell);
}

public int My_Native(Handle plugin, int numParams)
{
g_hDeathFwd.AddFunction(plugin, GetNativeFunction(1));
}

public Action Event_Death(Event event, const char[] name, bool dontBroadcast)
{
int client = GetClientOfUserId(event.GetInt("userid"));

Call_StartForward(g_hDeathFwd);
Call_PushCell(client);
Call_Finish();
}</pawn>

[[Category:SourceMod Scripting]]

Creating Natives (SourceMod Scripting)

2020-01-12T20:22:52Z

DJ Tsunami:

SourceMod allows plugins to create their own natives that other plugins can use. This is very similar to AMX Mod X's {{amxx_func|register_native}} function. It is a powerful inter-plugin communication resource that can greatly enhance the functionality you provide.

''Prerequisites:'' You should have a good grasp of Pawn or SourcePawn scripting, as well as how [[Tags (Scripting)|Tags]] work. 
''Note:'' Most functions herein can be found in the [[SourceMod SDK]], under <tt>plugins/include/functions.inc</tt>.

=Introduction=
Before creating natives, you should always document and specify exactly how they will work. This means writing your "include file" beforehand. Not only does this guide you in writing your natives, but it has the added benefit of completing a large portion of documentation at the same time.

==Include File==
For our first example, let's start off with a simple native that adds two numbers, a float and a non-float. It might look like this:
<pawn>/** Double-include prevention */
#if defined _mynatives_included_
#endinput
#endif
#define _mynatives_included_

/**
* Adds two numbers together.
*
* @param num1 An integer.
* @param num2 A float.
* @return The float value of the integer and float added together.
*/
native float My_AddNumbers(int num1, int num2);</pawn>

The documentation and commenting style above is a SourceMod Development Team convention. While you are not required to follow it for your own code, it may be a good idea to enhance readability (as readers will expect the style to conform).

==Creating the Native==
To actually create the native, first let's define the native handler itself. From <tt>functions.inc</tt> we can see that this follows the prototype:
<pawn>typedef NativeCall = function int (Handle plugin, int numParams);</pawn>

Thus, we have a function like:
<pawn>public int Native_My_AddNumbers(Handle plugin, int numParams)
{
}</pawn>

Note that we don't use the same function name as we did in our include file. This is to prevent a possible ''name clash''. Otherwise, two different symbols (one a native, another a function) could have the same name, and that's not allowed. We'll see later how we bind the native to its actual name.

Next, we need to implement our native.
<pawn>public int Native_My_AddNumbers(Handle plugin, int numParams)
{
/* Retrieve the first parameter we receive */
int num1 = GetNativeCell(1);
/* Retrieve the second parameter we receive */
float num2 = view_as<float>(GetNativeCell(2));
/* Add them together */
float value = num1 + num2;
/* Return the value */
return value;
}</pawn>

You should note four important details. The first is that we have to manually grab the parameters -- they're not easily sent via arguments. This is for technical reasons that go beyond the scope of this document. That means you have to know exactly ''how'' to grab each parameter. For our example, we know that both parameters are simply cells, and thus we can use <tt>GetNativeCell</tt>.

However, the second detail is that there is no <tt>GetNativeCellFloat</tt>. This is because a <tt>Float</tt> is still a cell; the data is just interpreted differently. Thus, we ''change'' the tag to <tt>Float</tt> manual. '''This is different from calling float(GetNativeCell(2)).''' In fact, that would not work; the <tt>float()</tt> call would interpret the cell as an integer, when in fact it's already a float, just with the wrong tag (i.e., no tag at all).

Similarly, the third detail is that we cannot simply put <tt>return value</tt> or <tt>return FloatRound(value)</tt>. The reason is that our native is supposed to be returning a float. If we return <tt>value</tt>, we'll get a tag mismatch. If we return <tt>FloatRound(value)</tt>, we'll be returning an integer when a float is expected. The solution is to change the tag to the default tag, which will retain the value but remove the tag warning.

Lastly, we did not need to verify <tt>numParams</tt>. The compiler will always send the correct amount of parameters - the user can't mess this up in any easy way. Only if you use variadic arguments, or add parameters and need to support older binaries, do you need to handle <tt>numParams</tt> variations.

==Registering the Native==
Natives must be registered in <tt>AskPluginLoad2</tt>. Although they can be registered elsewhere, only this function guarantees that all other plugins will see your native. The definition for this forward is in <tt>sourcemod.inc</tt>.

<pawn>public APLRes AskPluginLoad2(Handle myself, bool late, char[] error, int err_max)
{
CreateNative("My_AddNumbers", Native_My_AddNumbers);
return APLRes_Success;
}</pawn>

Now, any plugin will be able to use our native as if it were from a Core or a C++ extension.

=Usage=
==By-Reference==
Sometimes, it may be desirable to return data through by-reference parameters. For example, observe the following native prototype:
<pawn>/**
* Closes a Handle, and sets the variable to INVALID_HANDLE by reference.
*
* @param hndl Handle to close and clear.
* @return Anything that CloseHandle() returns.
*/
native bool AltCloseHandle(Handle &hndl);</pawn>

An implementation of this would look like:
<pawn>public int Native_AltCloseHandle(Handle plugin, int numParams)
{
Handle hndl = view_as<Handle>(GetNativeCellRef(1));
SetNativeCellRef(1, 0); /* Zero out the variable by reference */
return CloseHandle(hndl);
}</pawn>

Now, we have a native that is "safer" than a normal <tt>CloseHandle</tt>, as it ensures we don't hold onto invalid Handles.

==Strings==
Strings can be retrieved and altered via dynamic natives. Observe the following native prototype:
<pawn>/**
* Converts a string to upper case.
*
* @param str String to convert.
* @noreturn
*/
native void StringToUpper(char[] str);</pawn>

An implementation of this is very easy, because of dynamic arrays:
<pawn>public int Native_StringToUpper(Handle plugin, int numParams)
{
int len;
GetNativeStringLength(1, len);

if (len <= 0)
{
return;
}

char[] str = new char[len + 1];
GetNativeString(1, str, len + 1);

for (int i = 0; i < len; i++)
{
/* 5th bit specifies case in ASCII --
* this is not UTF-8 compatible.
*/
if ((str[i] & (1 << 5)) == (1 << 5))
{
str[i] &= ~(1 << 5)
}
}

SetNativeString(1, str, len+1, false);
}</pawn>

==Arrays==
Working with arrays is very similar to strings. For example, observe the following native prototype:
<pawn>/**
* Sums an array of numbers and returns the sum.
*
* @param array Array of numbers to sum.
* @param size Size of array.
* @return Sum of the array elements.
*/
native int SumArray(const int array[], int size);</pawn>

An implementation of this could look like:
<pawn>public int Native_SumArray(Handle plugin, int numParams)
{
int size = GetNativeCell(2);
if (size < 1)
{
return 0;
}

int array[size], total;
GetNativeArray(1, array, size);

for (int i = 0; i < size; i++)
{
total += array[i];
}
return total;
}</pawn>

Similarly, there is a <tt>SetNativeArray</tt>, which is used to alter array contents.

==Variable Arguments==
Variable arguments are usually used when dealing with [[Format Class Functions (SourceMod Scripting)|format class functions]], however it is also possible to use them for general functionality. The only trick is that unlike normal parameters, every variable argument parameter is passed by-reference. This adds no change for arrays and strings, but for floats, handles, numbers, or anything else that fits in a cell, <tt>GetNativeCellRef</tt> must be used instead.

As an example, let's convert our function from above to use variable arguments:
<pawn>/**
* Sums a list of numbers.
*
* @param num First number to use as a base.
* @param ... Any number of additional numbers to add.
* @return Sum of all numbers passed.
*/
native int SumParams(int num, ...);</pawn>

An implementation of this would look like:
<pawn>public int Native_SumParams(Handle plugin, int numParams)
{
int base = GetNativeCell(1);
for (int i = 2; i <= numParams; i++)
{
base += GetNativeCellRef(i);
}
return base;
}</pawn>

==Format Functions==
It is also possible to create your own [[Format Class Functions (SourceMod Scripting)|format class functions]]. This topic is much more complicated than the previous ones, as the native string formatter allows for many different configurations. This is mainly for optimization. Note that a formatting routine deals with two buffers: the input format string, and the output buffer. <tt>FormatNativeString</tt>, by default, uses parameter indexes directly so you don't have to copy or locally store any of these buffers.

The most common usage of this is to accept a user-formatted string and to not
<pawn>/**
* Prints a message with a [DEBUG] prefix to the server.
*
* @param fmt Format string.
* @param ... Format arguments.
*/
native void DebugPrint(const char[] fmt, any ...);</pawn>

This could be easily implemented as:
<pawn>native int DebugPrint(Handle plugin, int numParams)
{
char buffer[1024];
int written;

FormatNativeString(0, /* Use an output buffer */
1, /* Format param */
2, /* Format argument #1 */
sizeof(buffer), /* Size of output buffer */
written, /* Store # of written bytes */
buffer /* Use our buffer */
);

PrintToServer("[DEBUG] %s", buffer);
}</pawn>

==Throwing Errors==
Often, your native will encounter an unrecoverable error, and you wish to trigger a fatal exception. This is equivalent to <tt>IPluginContext::ThrowNativeError</tt>, and will halt the current function execution in the plugin. The debugger will be invoked and a backtrace will be printed out (if the plugin is in debug mode). Although the current function is cancelled, the plugin will continue to operate normally afterward.

For example, let's say we have a native that operates on clients. We want to throw an error if we get a client index that is invalid or disconnected. We could do this like so:
<pawn>public int MyFunction(Handle plugin, int numParams)
{
int client = GetNativeCell(1);
if (client < 1 || client > MaxClients)
{
return ThrowNativeError(SP_ERROR_NATIVE, "Invalid client index (%d)", client);
}
if (!IsClientConnected(client))
{
return ThrowNativeError(SP_ERROR_NATIVE, "Client %d is not connected", client);
}
/* Code */
}</pawn>

==Creating Natives for Methodmaps==
Declaring natives for methodmaps is similar to other natives, with a few requirements:

# The <tt>CreateNative</tt> string argument is in the format <tt>Tag.Function</tt>.
# The function is declared as a "member" of the methodmap.
# The magic "this" parameter is implicitly passed in first.

Here's an example of a shared plugin and its corresponding include file:

<pawn>/* sharedplugin.sp */
public APLRes AskPluginLoad2(Handle myself, bool late, char[] error, int err_max)
{
CreateNative("Number.PrintToClient", Native_PrintNumberToClient);
return APLRes_Success;
}

public int Native_PrintNumberToClient(Handle plugin, int numParams)
{
int number = GetNativeCell(1);
int client = GetNativeCell(2);

PrintToChat(client, "%d", number);
return;
}

/* sharedplugin.inc */
methodmap Number
{
public Number(int number)
{
return view_as<Number>(number);
}
public native void PrintToClient(int client);
}</pawn>

[[Category:SourceMod Scripting]]

Function Calling API (SourceMod Scripting)

2020-01-12T20:13:25Z

DJ Tsunami: /* Private Forwards */

SourceMod provides plugins with an API for calling functions. This API can be used to call public functions in any plugin, including public functions in the same plugin.

This article is split into two sections. The first is on generic function calling, which is used for single function calls. The second is on Forwards, which is used for calling multiple functions in one operation.

For more information on forwards, readers should see [[Writing_Extensions#Creating_Events.2FForwards|forwards in extensions]].

=Generic Calling=
There are four steps to calling a function in a plugin:
<ol>
<li>Obtaining a "call Handle." This is either in the form of a function ID, tagged with <tt>Function</tt>, or a Forward Handle, tagged with <tt>Handle</tt>.</li>
<li>Starting the call.
<li>Pushing parameters in increasing order in a way that matches the function prototype.</li>
<li>Ending the the call, which performs the call operation and returns the result.</li>
</ol>

For simplicity, let's consider calling a function in our own plugin. We have the following function:
<pawn>public void OnClientDied(int attacker, int victim, const char[] weapon, bool headshot)
{
char name[MAX_NAME_LENGTH];
GetClientName(victim, name, sizeof(name))

if (attacker != victim)
{
char other[MAX_NAME_LENGTH];
GetClientName(attacker, other, sizeof(other))
PrintToServer("<\"%s\"> killed by <\"%s\"> with \"%s\" (headshot: %d)", name, other, weapon, headshot)
} else if (!attacker) {
PrintToServer("<\"%s\"> killed by \"world\" with \"%s\" (headshot: %d)", name, weapon, headshot)
} else {
PrintToServer("<\"%s\"> killed by \"self\" with \"%s\" (headshot: %d)", name, weapon, headshot)
}
}</pawn>

An indirect way to call this function would be:
<pawn>
public void EventHandler(Event event, const char[] name, bool dontBroadcast)
{
if (StrEqual(name, "player_death"))
{
char weapon[64];
int result;

event.GetString("weapon", weapon, sizeof(weapon));

/* Start function call */
Call_StartFunction(null, OnClientDied);

/* Push parameters one at a time */
Call_PushCell(GetClientOfUserId(event.GetInt("attacker")));
Call_PushCell(GetClientOfUserId(event.GetInt("userid")));
Call_PushString(weapon);
Call_PushCell(GetEventInt(event, "headshot"));

/* Finish the call, get the result */
Call_Finish(result);
}
}</pawn>

This basic example shows starting and completing a function call. However, the real use of function calling is with forwards, which is covered in the next section.

=Forwards=
Forwards are much more advantageous over single function calls. They are expandable containers, so you can store and complete many calls with very little action. Furthermore, they also adjust themselves when contained plugins are unloaded. Lastly, they are type-checked; each forward's parameter types must be known in advance, and if you push a mismatching type, the call will not complete.

Forwards must be created using the following types:
*<tt>Param_Any</tt> - Any parameter type can be pushed
*<tt>Param_Cell</tt> - A non-Float cell can be pushed
*<tt>Param_Float</tt> - A Float cell can be pushed
*<tt>Param_String</tt> - A string can be pushed
*<tt>Param_Array</tt> - An array can be pushed
*<tt>Param_VarArgs</tt> - This and all further parameters can be any type, but will be by reference. This cannot be the first parameter type, and if it is used, it must be the last parameter type.
*<tt>Param_CellByRef</tt> - A non-Float cell by reference
*<tt>Param_FloatByRef</tt> - A Float cell by reference

Strings and arrays are implicitly by-reference. When pushing variable argument parameters, if anything is pushed by-value, it will be internally automatically converted to by-reference.

Since Forwards will call multiple functions in a row, it needs to know how to interpret the return values of functions. There are four predefined methods:
*<tt>ET_Ignore</tt> - All return values will be ignored; 0 will be returned at the end.
*<tt>ET_Single</tt> - Only the last return value will be returned.
*<tt>ET_Event</tt> - Function should return an <tt>Action</tt> value (<tt>core.inc</tt>). <tt>Plugin_Stop</tt> acts as <tt>Plugin_Handled</tt>. The highest value is returned.
*<tt>ET_Hook</tt> - Function should return an <tt>Action</tt> value. <tt>Plugin_Stop</tt> ends the forward call immediately.

Let's write a simple example. Our plugin, Plugin A, wants to tell other plugins when a player dies. It has two ways of doing this, either via a ''global'' forward or a ''private'' forward. A global forward acts upon all functions in all plugins that match a single name. A private forward lets you explicitly manage which functions are in the container.

==Global Forwards==
Global forwards are very simple to use. After creation, they do not need to be maintained. An example plugin below creates a global forward with the following prototype:
<pawn>forward void OnClientDied(int attacker, int victim, const char[] weapon, bool headshot);</pawn>

Implementation:
<pawn>GlobalForward g_DeathForward;

public void OnPluginStart()
{
g_DeathForward = new GlobalForward("OnClientDied", ET_Event, Param_Cell, Param_Cell, Param_String, Param_Cell);
HookEvent("player_death", EventHandler);
}

public APLRes AskPluginLoad2(Handle plugin, bool late, char[] error, int err_max)
{
RegPluginLibrary("my_plugin");
}

public Action EventHandler(Event event, const char[] name, bool dontBroadcast)
{
char weapon[64];
Action result;

event.GetString("weapon", weapon, sizeof(weapon));

/* Start function call */
Call_StartForward(g_DeathForward);

/* Push parameters one at a time */
Call_PushCell(GetClientOfUserId(event.GetInt("attacker")));
Call_PushCell(GetClientOfUserId(event.GetInt("userid")));
Call_PushString(weapon);
Call_PushCell(GetEventInt(event, "headshot"));

/* Finish the call, get the result */
Call_Finish(result);

return result;
}</pawn>

==Private Forwards==
Private forwards require you to manually add functions to its container. This can leave you with much more flexibility. Like global forwards, they automatically remove functions from unloaded plugins.

Usually, this is done using dynamic natives; a plugin will expose a function to add to its own forwards. For example:
<pawn>typedef OnClientDiedFunc = function Action (int attacker, int victim, const char[] weapon, bool headshot);

/**
* Calls the target function when a client dies.
*
* @param func OnClientDiedFunc function.
* @noreturn
*/
native void HookClientDeath(OnClientDiedFunc func);</pawn>

An implementation of this might look like:
<pawn>PrivateForward g_DeathForward;

public void OnPluginStart()
{
g_DeathForward = new PrivateForward(ET_Event, Param_Cell, Param_Cell, Param_String, Param_Cell);
CreateNative("HookClientDeath", Native_HookClientDeath);
HookEvent("player_death", EventHandler);
}

public int Native_HookClientDeath(Handle plugin, int numParams)
{
g_DeathForward.AddFunction(plugin, GetNativeFunction(1));
}</pawn>

Note that the code to call the forward does not need to change at all.

A complete implementation of a private forward may look like this:
<pawn>typedef MyFunction = function void (int client);
native void My_NativeEx(MyFunction func);</pawn>

<pawn>PrivateForward g_hDeathFwd;

// typedef MyFunction = function void (int client);
// native void My_NativeEx(MyFunction func);
public APLRes AskPluginLoad2(Handle plugin, bool late, const char[] error, int err_max)
{
RegPluginLibrary("MyPlugin");

CreateNative("My_NativeEx", My_Native);
return APLRes_Success;
}

public void OnPluginStart()
{
HookEvent("player_death", Event_Death);
g_hDeathFwd = new PrivateForward(ET_Ignore, Param_Cell);
}

public int My_Native(Handle plugin, int numParams)
{
g_hDeathFwd.AddFunction(plugin, GetNativeFunction(1));
}

public Action Event_Death(Event event, const char[] name, bool dontBroadcast)
{
int client = GetClientOfUserId(event.GetInt("userid"));

Call_StartForward(g_hDeathFwd);
Call_PushCell(client);
Call_Finish();
}</pawn>

[[Category:SourceMod Scripting]]

Function Calling API (SourceMod Scripting)

2020-01-12T20:10:48Z

DJ Tsunami: /* Global Forwards */

SourceMod provides plugins with an API for calling functions. This API can be used to call public functions in any plugin, including public functions in the same plugin.

This article is split into two sections. The first is on generic function calling, which is used for single function calls. The second is on Forwards, which is used for calling multiple functions in one operation.

For more information on forwards, readers should see [[Writing_Extensions#Creating_Events.2FForwards|forwards in extensions]].

=Generic Calling=
There are four steps to calling a function in a plugin:
<ol>
<li>Obtaining a "call Handle." This is either in the form of a function ID, tagged with <tt>Function</tt>, or a Forward Handle, tagged with <tt>Handle</tt>.</li>
<li>Starting the call.
<li>Pushing parameters in increasing order in a way that matches the function prototype.</li>
<li>Ending the the call, which performs the call operation and returns the result.</li>
</ol>

For simplicity, let's consider calling a function in our own plugin. We have the following function:
<pawn>public void OnClientDied(int attacker, int victim, const char[] weapon, bool headshot)
{
char name[MAX_NAME_LENGTH];
GetClientName(victim, name, sizeof(name))

if (attacker != victim)
{
char other[MAX_NAME_LENGTH];
GetClientName(attacker, other, sizeof(other))
PrintToServer("<\"%s\"> killed by <\"%s\"> with \"%s\" (headshot: %d)", name, other, weapon, headshot)
} else if (!attacker) {
PrintToServer("<\"%s\"> killed by \"world\" with \"%s\" (headshot: %d)", name, weapon, headshot)
} else {
PrintToServer("<\"%s\"> killed by \"self\" with \"%s\" (headshot: %d)", name, weapon, headshot)
}
}</pawn>

An indirect way to call this function would be:
<pawn>
public void EventHandler(Event event, const char[] name, bool dontBroadcast)
{
if (StrEqual(name, "player_death"))
{
char weapon[64];
int result;

event.GetString("weapon", weapon, sizeof(weapon));

/* Start function call */
Call_StartFunction(null, OnClientDied);

/* Push parameters one at a time */
Call_PushCell(GetClientOfUserId(event.GetInt("attacker")));
Call_PushCell(GetClientOfUserId(event.GetInt("userid")));
Call_PushString(weapon);
Call_PushCell(GetEventInt(event, "headshot"));

/* Finish the call, get the result */
Call_Finish(result);
}
}</pawn>

This basic example shows starting and completing a function call. However, the real use of function calling is with forwards, which is covered in the next section.

=Forwards=
Forwards are much more advantageous over single function calls. They are expandable containers, so you can store and complete many calls with very little action. Furthermore, they also adjust themselves when contained plugins are unloaded. Lastly, they are type-checked; each forward's parameter types must be known in advance, and if you push a mismatching type, the call will not complete.

Forwards must be created using the following types:
*<tt>Param_Any</tt> - Any parameter type can be pushed
*<tt>Param_Cell</tt> - A non-Float cell can be pushed
*<tt>Param_Float</tt> - A Float cell can be pushed
*<tt>Param_String</tt> - A string can be pushed
*<tt>Param_Array</tt> - An array can be pushed
*<tt>Param_VarArgs</tt> - This and all further parameters can be any type, but will be by reference. This cannot be the first parameter type, and if it is used, it must be the last parameter type.
*<tt>Param_CellByRef</tt> - A non-Float cell by reference
*<tt>Param_FloatByRef</tt> - A Float cell by reference

Strings and arrays are implicitly by-reference. When pushing variable argument parameters, if anything is pushed by-value, it will be internally automatically converted to by-reference.

Since Forwards will call multiple functions in a row, it needs to know how to interpret the return values of functions. There are four predefined methods:
*<tt>ET_Ignore</tt> - All return values will be ignored; 0 will be returned at the end.
*<tt>ET_Single</tt> - Only the last return value will be returned.
*<tt>ET_Event</tt> - Function should return an <tt>Action</tt> value (<tt>core.inc</tt>). <tt>Plugin_Stop</tt> acts as <tt>Plugin_Handled</tt>. The highest value is returned.
*<tt>ET_Hook</tt> - Function should return an <tt>Action</tt> value. <tt>Plugin_Stop</tt> ends the forward call immediately.

Let's write a simple example. Our plugin, Plugin A, wants to tell other plugins when a player dies. It has two ways of doing this, either via a ''global'' forward or a ''private'' forward. A global forward acts upon all functions in all plugins that match a single name. A private forward lets you explicitly manage which functions are in the container.

==Global Forwards==
Global forwards are very simple to use. After creation, they do not need to be maintained. An example plugin below creates a global forward with the following prototype:
<pawn>forward void OnClientDied(int attacker, int victim, const char[] weapon, bool headshot);</pawn>

Implementation:
<pawn>GlobalForward g_DeathForward;

public void OnPluginStart()
{
g_DeathForward = new GlobalForward("OnClientDied", ET_Event, Param_Cell, Param_Cell, Param_String, Param_Cell);
HookEvent("player_death", EventHandler);
}

public APLRes AskPluginLoad2(Handle plugin, bool late, char[] error, int err_max)
{
RegPluginLibrary("my_plugin");
}

public Action EventHandler(Event event, const char[] name, bool dontBroadcast)
{
char weapon[64];
Action result;

event.GetString("weapon", weapon, sizeof(weapon));

/* Start function call */
Call_StartForward(g_DeathForward);

/* Push parameters one at a time */
Call_PushCell(GetClientOfUserId(event.GetInt("attacker")));
Call_PushCell(GetClientOfUserId(event.GetInt("userid")));
Call_PushString(weapon);
Call_PushCell(GetEventInt(event, "headshot"));

/* Finish the call, get the result */
Call_Finish(result);

return result;
}</pawn>

==Private Forwards==
Private forwards require you to manually add functions to its container. This can leave you with much more flexibility. Like global forwards, they automatically remove functions from unloaded plugins.

Usually, this is done using dynamic natives; a plugin will expose a function to add to its own forwards. For example:
<pawn>typedef OnClientDiedFunc = function Action (int attacker, int victim, const char[] weapon, bool headshot);

/**
* Calls the target function when a client dies.
*
* @param func OnClientDiedFunc function.
* @noreturn
*/
native void HookClientDeath(OnClientDiedFunc func);</pawn>

An implementation of this might look like:
<pawn>PrivateForward g_DeathForward;

public void OnPluginStart()
{
g_DeathForward = new PrivateForward(ET_Event, Param_Cell, Param_Cell, Param_String, Param_Cell);
CreateNative("HookClientDeath", Native_HookClientDeath);
HookEvent("player_death", EventHandler);
}

public int Native_HookClientDeath(Handle plugin, int numParams)
{
g_DeathForward.AddFunction(plugin, GetNativeFunction(1));
}</pawn>

Note that the code to call the forward does not need to change at all.

A complete implementation of a private forward may look like this:
<pawn>typedef MyFunction = function void (int client);
native void My_NativeEx(MyFunction func);</pawn>

<pawn>PrivateForward g_hDeathFwd;

// typedef MyFunction = function void (int client);
// native void My_NativeEx(MyFunction func);
public APLRes AskPluginLoad2(Handle plugin, bool late, const char[] error, int err_max)
{
RegPluginLibrary("MyPlugin");

CreateNative("My_NativeEx", My_Native);
return APLRes_Success;
}

public void OnPluginStart()
{
HookEvent("player_death", Event_Death);
g_hDeathFwd = new PrivateForward(ET_Ignore, Param_Cell);
}

public int My_Native(Handle plugin, int numParams)
{
g_hDeathFwd.AddFunction(plugin, GetNativeFunction(1));
}

public Action Event_Death(Event event, const char[] name, bool dontBroadcast)
{
int client = GetClientOfUserId(event.GetInt("userid"));

Call_StartForward(g_hDeathFwd);
Call_PushCell(client);
Call_Finish();
}</pawn>

[[Category:SourceMod Scripting]]

Function Calling API (SourceMod Scripting)

2020-01-12T20:10:10Z

DJ Tsunami: /* Generic Calling */

SourceMod provides plugins with an API for calling functions. This API can be used to call public functions in any plugin, including public functions in the same plugin.

This article is split into two sections. The first is on generic function calling, which is used for single function calls. The second is on Forwards, which is used for calling multiple functions in one operation.

For more information on forwards, readers should see [[Writing_Extensions#Creating_Events.2FForwards|forwards in extensions]].

=Generic Calling=
There are four steps to calling a function in a plugin:
<ol>
<li>Obtaining a "call Handle." This is either in the form of a function ID, tagged with <tt>Function</tt>, or a Forward Handle, tagged with <tt>Handle</tt>.</li>
<li>Starting the call.
<li>Pushing parameters in increasing order in a way that matches the function prototype.</li>
<li>Ending the the call, which performs the call operation and returns the result.</li>
</ol>

For simplicity, let's consider calling a function in our own plugin. We have the following function:
<pawn>public void OnClientDied(int attacker, int victim, const char[] weapon, bool headshot)
{
char name[MAX_NAME_LENGTH];
GetClientName(victim, name, sizeof(name))

if (attacker != victim)
{
char other[MAX_NAME_LENGTH];
GetClientName(attacker, other, sizeof(other))
PrintToServer("<\"%s\"> killed by <\"%s\"> with \"%s\" (headshot: %d)", name, other, weapon, headshot)
} else if (!attacker) {
PrintToServer("<\"%s\"> killed by \"world\" with \"%s\" (headshot: %d)", name, weapon, headshot)
} else {
PrintToServer("<\"%s\"> killed by \"self\" with \"%s\" (headshot: %d)", name, weapon, headshot)
}
}</pawn>

An indirect way to call this function would be:
<pawn>
public void EventHandler(Event event, const char[] name, bool dontBroadcast)
{
if (StrEqual(name, "player_death"))
{
char weapon[64];
int result;

event.GetString("weapon", weapon, sizeof(weapon));

/* Start function call */
Call_StartFunction(null, OnClientDied);

/* Push parameters one at a time */
Call_PushCell(GetClientOfUserId(event.GetInt("attacker")));
Call_PushCell(GetClientOfUserId(event.GetInt("userid")));
Call_PushString(weapon);
Call_PushCell(GetEventInt(event, "headshot"));

/* Finish the call, get the result */
Call_Finish(result);
}
}</pawn>

This basic example shows starting and completing a function call. However, the real use of function calling is with forwards, which is covered in the next section.

=Forwards=
Forwards are much more advantageous over single function calls. They are expandable containers, so you can store and complete many calls with very little action. Furthermore, they also adjust themselves when contained plugins are unloaded. Lastly, they are type-checked; each forward's parameter types must be known in advance, and if you push a mismatching type, the call will not complete.

Forwards must be created using the following types:
*<tt>Param_Any</tt> - Any parameter type can be pushed
*<tt>Param_Cell</tt> - A non-Float cell can be pushed
*<tt>Param_Float</tt> - A Float cell can be pushed
*<tt>Param_String</tt> - A string can be pushed
*<tt>Param_Array</tt> - An array can be pushed
*<tt>Param_VarArgs</tt> - This and all further parameters can be any type, but will be by reference. This cannot be the first parameter type, and if it is used, it must be the last parameter type.
*<tt>Param_CellByRef</tt> - A non-Float cell by reference
*<tt>Param_FloatByRef</tt> - A Float cell by reference

Strings and arrays are implicitly by-reference. When pushing variable argument parameters, if anything is pushed by-value, it will be internally automatically converted to by-reference.

Since Forwards will call multiple functions in a row, it needs to know how to interpret the return values of functions. There are four predefined methods:
*<tt>ET_Ignore</tt> - All return values will be ignored; 0 will be returned at the end.
*<tt>ET_Single</tt> - Only the last return value will be returned.
*<tt>ET_Event</tt> - Function should return an <tt>Action</tt> value (<tt>core.inc</tt>). <tt>Plugin_Stop</tt> acts as <tt>Plugin_Handled</tt>. The highest value is returned.
*<tt>ET_Hook</tt> - Function should return an <tt>Action</tt> value. <tt>Plugin_Stop</tt> ends the forward call immediately.

Let's write a simple example. Our plugin, Plugin A, wants to tell other plugins when a player dies. It has two ways of doing this, either via a ''global'' forward or a ''private'' forward. A global forward acts upon all functions in all plugins that match a single name. A private forward lets you explicitly manage which functions are in the container.

==Global Forwards==
Global forwards are very simple to use. After creation, they do not need to be maintained. An example plugin below creates a global forward with the following prototype:
<pawn>forward void OnClientDied(int attacker, int victim, const char[] weapon, bool headshot);</pawn>

Implementation:
<pawn>GlobalForward g_DeathForward;

public void OnPluginStart()
{
g_DeathForward = new GlobalForward("OnClientDied", ET_Event, Param_Cell, Param_Cell, Param_String, Param_Cell);
HookEvent("player_death", EventHandler);
}

public APLRes AskPluginLoad2(Handle plugin, bool late, char[] error, int err_max)
{
RegPluginLibrary("my_plugin");
}

public Action EventHandler(Event event, const char[] name, bool dontBroadcast)
{
char weapon[64];
Action result;

event.GetString("weapon", weapon, sizeof(weapon));

/* Start function call */
Call_StartForward(g_DeathForward);

/* Push parameters one at a time */
Call_PushCell(GetClientOfUserId(event.GetInt("attacker")));
Call_PushCell(GetClientOfUserId(event.GetInt("userid")));
Call_PushString(weapon);
Call_PushCell(GetEventInt(event, "headshot"));

/* Finish the call, get the result */
Call_Finish(result);

return result;
}</pawn>

==Private Forwards==
Private forwards require you to manually add functions to its container. This can leave you with much more flexibility. Like global forwards, they automatically remove functions from unloaded plugins.

Usually, this is done using dynamic natives; a plugin will expose a function to add to its own forwards. For example:
<pawn>typedef OnClientDiedFunc = function Action (int attacker, int victim, const char[] weapon, bool headshot);

/**
* Calls the target function when a client dies.
*
* @param func OnClientDiedFunc function.
* @noreturn
*/
native void HookClientDeath(OnClientDiedFunc func);</pawn>

An implementation of this might look like:
<pawn>PrivateForward g_DeathForward;

public void OnPluginStart()
{
g_DeathForward = new PrivateForward(ET_Event, Param_Cell, Param_Cell, Param_String, Param_Cell);
CreateNative("HookClientDeath", Native_HookClientDeath);
HookEvent("player_death", EventHandler);
}

public int Native_HookClientDeath(Handle plugin, int numParams)
{
g_DeathForward.AddFunction(plugin, GetNativeFunction(1));
}</pawn>

Note that the code to call the forward does not need to change at all.

A complete implementation of a private forward may look like this:
<pawn>typedef MyFunction = function void (int client);
native void My_NativeEx(MyFunction func);</pawn>

<pawn>PrivateForward g_hDeathFwd;

// typedef MyFunction = function void (int client);
// native void My_NativeEx(MyFunction func);
public APLRes AskPluginLoad2(Handle plugin, bool late, const char[] error, int err_max)
{
RegPluginLibrary("MyPlugin");

CreateNative("My_NativeEx", My_Native);
return APLRes_Success;
}

public void OnPluginStart()
{
HookEvent("player_death", Event_Death);
g_hDeathFwd = new PrivateForward(ET_Ignore, Param_Cell);
}

public int My_Native(Handle plugin, int numParams)
{
g_hDeathFwd.AddFunction(plugin, GetNativeFunction(1));
}

public Action Event_Death(Event event, const char[] name, bool dontBroadcast)
{
int client = GetClientOfUserId(event.GetInt("userid"));

Call_StartForward(g_hDeathFwd);
Call_PushCell(client);
Call_Finish();
}</pawn>

[[Category:SourceMod Scripting]]

Function Calling API (SourceMod Scripting)

2020-01-12T20:05:01Z

DJ Tsunami: /* Private Forwards */

SourceMod provides plugins with an API for calling functions. This API can be used to call public functions in any plugin, including public functions in the same plugin.

This article is split into two sections. The first is on generic function calling, which is used for single function calls. The second is on Forwards, which is used for calling multiple functions in one operation.

For more information on forwards, readers should see [[Writing_Extensions#Creating_Events.2FForwards|forwards in extensions]].

=Generic Calling=
There are four steps to calling a function in a plugin:
<ol>
<li>Obtaining a "call Handle." This is either in the form of a function ID, tagged with <tt>Function</tt>, or a Forward Handle, tagged with <tt>Handle</tt>.</li>
<li>Starting the call.
<li>Pushing parameters in increasing order in a way that matches the function prototype.</li>
<li>Ending the the call, which performs the call operation and returns the result.</li>
</ol>

For simplicity, let's consider calling a function in our own plugin. We have the following function:
<pawn>public void OnClientDied(int attacker, int victim, const char[] weapon, bool headshot)
{
char name[MAX_NAME_LENGTH];
GetClientName(victim, name, sizeof(name))

if (attacker != victim)
{
char other[MAX_NAME_LENGTH];
GetClientName(attacker, other, sizeof(other))
PrintToServer("<\"%s\"> killed by <\"%s\"> with \"%s\" (headshot: %d)", name, other, weapon, headshot)
} else if (!attacker) {
PrintToServer("<\"%s\"> killed by \"world\" with \"%s\" (headshot: %d)", name, weapon, headshot)
} else {
PrintToServer("<\"%s\"> killed by \"self\" with \"%s\" (headshot: %d)", name, weapon, headshot)
}
}</pawn>

An indirect way to call this function would be:
<pawn>
public void EventHandler(Event event, const char[] name, bool dontBroadcast)
{
if (StrEqual(name, "player_death"))
{
char weapon[64];
int result;

event.GetString("weapon", weapon, sizeof(weapon));

/* Start function call */
Call_StartFunction(null, OnClientDied);

/* Push parameters one at a time */
Call_PushCell(GetClientOfUserId(event.GetInt("attacker")));
Call_PushCell(GetClientOfUserId(event.GetInt("userid")));
Call_PushString(weapon);
Call_PushCell(GetEventInt(event, "headshot"));

/* Finish the call, get the result */
Call_Finish(result);
}
}</pawn>

This basic example shows starting and completing a function call. However, the real use of function calling is with forwards, which is covered in the next section.

=Forwards=
Forwards are much more advantageous over single function calls. They are expandable containers, so you can store and complete many calls with very little action. Furthermore, they also adjust themselves when contained plugins are unloaded. Lastly, they are type-checked; each forward's parameter types must be known in advance, and if you push a mismatching type, the call will not complete.

Forwards must be created using the following types:
*<tt>Param_Any</tt> - Any parameter type can be pushed
*<tt>Param_Cell</tt> - A non-Float cell can be pushed
*<tt>Param_Float</tt> - A Float cell can be pushed
*<tt>Param_String</tt> - A string can be pushed
*<tt>Param_Array</tt> - An array can be pushed
*<tt>Param_VarArgs</tt> - This and all further parameters can be any type, but will be by reference. This cannot be the first parameter type, and if it is used, it must be the last parameter type.
*<tt>Param_CellByRef</tt> - A non-Float cell by reference
*<tt>Param_FloatByRef</tt> - A Float cell by reference

Strings and arrays are implicitly by-reference. When pushing variable argument parameters, if anything is pushed by-value, it will be internally automatically converted to by-reference.

Since Forwards will call multiple functions in a row, it needs to know how to interpret the return values of functions. There are four predefined methods:
*<tt>ET_Ignore</tt> - All return values will be ignored; 0 will be returned at the end.
*<tt>ET_Single</tt> - Only the last return value will be returned.
*<tt>ET_Event</tt> - Function should return an <tt>Action</tt> value (<tt>core.inc</tt>). <tt>Plugin_Stop</tt> acts as <tt>Plugin_Handled</tt>. The highest value is returned.
*<tt>ET_Hook</tt> - Function should return an <tt>Action</tt> value. <tt>Plugin_Stop</tt> ends the forward call immediately.

Let's write a simple example. Our plugin, Plugin A, wants to tell other plugins when a player dies. It has two ways of doing this, either via a ''global'' forward or a ''private'' forward. A global forward acts upon all functions in all plugins that match a single name. A private forward lets you explicitly manage which functions are in the container.

==Global Forwards==
Global forwards are very simple to use. After creation, they do not need to be maintained. An example plugin below creates a global forward with the following prototype:
<pawn>forward void OnClientDied(int attacker, int victim, const char[] weapon, bool headshot);</pawn>

Implementation:
<pawn>GlobalForward g_DeathForward;

public void OnPluginStart()
{
g_DeathForward = new GlobalForward("OnClientDied", ET_Event, Param_Cell, Param_Cell, Param_String, Param_Cell);
HookEvent("player_death", EventHandler);
}

public APLRes AskPluginLoad2(Handle plugin, bool late, char[] error, int err_max)
{
RegPluginLibrary("my_plugin");
}

public Action EventHandler(Event event, const char[] name, bool dontBroadcast)
{
char weapon[64];
Action result;

event.GetString("weapon", weapon, sizeof(weapon));

/* Start function call */
Call_StartForward(g_DeathForward);

/* Push parameters one at a time */
Call_PushCell(GetClientOfUserId(event.GetInt("attacker")));
Call_PushCell(GetClientOfUserId(event.GetInt("userid")));
Call_PushString(weapon);
Call_PushCell(GetEventInt(event, "headshot"));

/* Finish the call, get the result */
Call_Finish(result);

return result;
}</pawn>

==Private Forwards==
Private forwards require you to manually add functions to its container. This can leave you with much more flexibility. Like global forwards, they automatically remove functions from unloaded plugins.

Usually, this is done using dynamic natives; a plugin will expose a function to add to its own forwards. For example:
<pawn>typedef OnClientDiedFunc = function Action (int attacker, int victim, const char[] weapon, bool headshot);

/**
* Calls the target function when a client dies.
*
* @param func OnClientDiedFunc function.
* @noreturn
*/
native void HookClientDeath(OnClientDiedFunc func);</pawn>

An implementation of this might look like:
<pawn>PrivateForward g_DeathForward;

public void OnPluginStart()
{
g_DeathForward = new PrivateForward(ET_Event, Param_Cell, Param_Cell, Param_String, Param_Cell);
CreateNative("HookClientDeath", Native_HookClientDeath);
HookEvent("player_death", EventHandler);
}

public int Native_HookClientDeath(Handle plugin, int numParams)
{
g_DeathForward.AddFunction(plugin, GetNativeFunction(1));
}</pawn>

Note that the code to call the forward does not need to change at all.

A complete implementation of a private forward may look like this:
<pawn>typedef MyFunction = function void (int client);
native void My_NativeEx(MyFunction func);</pawn>

<pawn>PrivateForward g_hDeathFwd;

// typedef MyFunction = function void (int client);
// native void My_NativeEx(MyFunction func);
public APLRes AskPluginLoad2(Handle plugin, bool late, const char[] error, int err_max)
{
RegPluginLibrary("MyPlugin");

CreateNative("My_NativeEx", My_Native);
return APLRes_Success;
}

public void OnPluginStart()
{
HookEvent("player_death", Event_Death);
g_hDeathFwd = new PrivateForward(ET_Ignore, Param_Cell);
}

public int My_Native(Handle plugin, int numParams)
{
g_hDeathFwd.AddFunction(plugin, GetNativeFunction(1));
}

public Action Event_Death(Event event, const char[] name, bool dontBroadcast)
{
int client = GetClientOfUserId(event.GetInt("userid"));

Call_StartForward(g_hDeathFwd);
Call_PushCell(client);
Call_Finish();
}</pawn>

[[Category:SourceMod Scripting]]

Function Calling API (SourceMod Scripting)

2020-01-12T20:00:01Z

DJ Tsunami: /* Global Forwards */

SourceMod provides plugins with an API for calling functions. This API can be used to call public functions in any plugin, including public functions in the same plugin.

This article is split into two sections. The first is on generic function calling, which is used for single function calls. The second is on Forwards, which is used for calling multiple functions in one operation.

For more information on forwards, readers should see [[Writing_Extensions#Creating_Events.2FForwards|forwards in extensions]].

=Generic Calling=
There are four steps to calling a function in a plugin:
<ol>
<li>Obtaining a "call Handle." This is either in the form of a function ID, tagged with <tt>Function</tt>, or a Forward Handle, tagged with <tt>Handle</tt>.</li>
<li>Starting the call.
<li>Pushing parameters in increasing order in a way that matches the function prototype.</li>
<li>Ending the the call, which performs the call operation and returns the result.</li>
</ol>

For simplicity, let's consider calling a function in our own plugin. We have the following function:
<pawn>public void OnClientDied(int attacker, int victim, const char[] weapon, bool headshot)
{
char name[MAX_NAME_LENGTH];
GetClientName(victim, name, sizeof(name))

if (attacker != victim)
{
char other[MAX_NAME_LENGTH];
GetClientName(attacker, other, sizeof(other))
PrintToServer("<\"%s\"> killed by <\"%s\"> with \"%s\" (headshot: %d)", name, other, weapon, headshot)
} else if (!attacker) {
PrintToServer("<\"%s\"> killed by \"world\" with \"%s\" (headshot: %d)", name, weapon, headshot)
} else {
PrintToServer("<\"%s\"> killed by \"self\" with \"%s\" (headshot: %d)", name, weapon, headshot)
}
}</pawn>

An indirect way to call this function would be:
<pawn>
public void EventHandler(Event event, const char[] name, bool dontBroadcast)
{
if (StrEqual(name, "player_death"))
{
char weapon[64];
int result;

event.GetString("weapon", weapon, sizeof(weapon));

/* Start function call */
Call_StartFunction(null, OnClientDied);

/* Push parameters one at a time */
Call_PushCell(GetClientOfUserId(event.GetInt("attacker")));
Call_PushCell(GetClientOfUserId(event.GetInt("userid")));
Call_PushString(weapon);
Call_PushCell(GetEventInt(event, "headshot"));

/* Finish the call, get the result */
Call_Finish(result);
}
}</pawn>

This basic example shows starting and completing a function call. However, the real use of function calling is with forwards, which is covered in the next section.

=Forwards=
Forwards are much more advantageous over single function calls. They are expandable containers, so you can store and complete many calls with very little action. Furthermore, they also adjust themselves when contained plugins are unloaded. Lastly, they are type-checked; each forward's parameter types must be known in advance, and if you push a mismatching type, the call will not complete.

Forwards must be created using the following types:
*<tt>Param_Any</tt> - Any parameter type can be pushed
*<tt>Param_Cell</tt> - A non-Float cell can be pushed
*<tt>Param_Float</tt> - A Float cell can be pushed
*<tt>Param_String</tt> - A string can be pushed
*<tt>Param_Array</tt> - An array can be pushed
*<tt>Param_VarArgs</tt> - This and all further parameters can be any type, but will be by reference. This cannot be the first parameter type, and if it is used, it must be the last parameter type.
*<tt>Param_CellByRef</tt> - A non-Float cell by reference
*<tt>Param_FloatByRef</tt> - A Float cell by reference

Strings and arrays are implicitly by-reference. When pushing variable argument parameters, if anything is pushed by-value, it will be internally automatically converted to by-reference.

Since Forwards will call multiple functions in a row, it needs to know how to interpret the return values of functions. There are four predefined methods:
*<tt>ET_Ignore</tt> - All return values will be ignored; 0 will be returned at the end.
*<tt>ET_Single</tt> - Only the last return value will be returned.
*<tt>ET_Event</tt> - Function should return an <tt>Action</tt> value (<tt>core.inc</tt>). <tt>Plugin_Stop</tt> acts as <tt>Plugin_Handled</tt>. The highest value is returned.
*<tt>ET_Hook</tt> - Function should return an <tt>Action</tt> value. <tt>Plugin_Stop</tt> ends the forward call immediately.

Let's write a simple example. Our plugin, Plugin A, wants to tell other plugins when a player dies. It has two ways of doing this, either via a ''global'' forward or a ''private'' forward. A global forward acts upon all functions in all plugins that match a single name. A private forward lets you explicitly manage which functions are in the container.

==Global Forwards==
Global forwards are very simple to use. After creation, they do not need to be maintained. An example plugin below creates a global forward with the following prototype:
<pawn>forward void OnClientDied(int attacker, int victim, const char[] weapon, bool headshot);</pawn>

Implementation:
<pawn>GlobalForward g_DeathForward;

public void OnPluginStart()
{
g_DeathForward = new GlobalForward("OnClientDied", ET_Event, Param_Cell, Param_Cell, Param_String, Param_Cell);
HookEvent("player_death", EventHandler);
}

public APLRes AskPluginLoad2(Handle plugin, bool late, char[] error, int err_max)
{
RegPluginLibrary("my_plugin");
}

public Action EventHandler(Event event, const char[] name, bool dontBroadcast)
{
char weapon[64];
Action result;

event.GetString("weapon", weapon, sizeof(weapon));

/* Start function call */
Call_StartForward(g_DeathForward);

/* Push parameters one at a time */
Call_PushCell(GetClientOfUserId(event.GetInt("attacker")));
Call_PushCell(GetClientOfUserId(event.GetInt("userid")));
Call_PushString(weapon);
Call_PushCell(GetEventInt(event, "headshot"));

/* Finish the call, get the result */
Call_Finish(result);

return result;
}</pawn>

==Private Forwards==
Private forwards require you to manually add functions to its container. This can leave you with much more flexibility. Like global forwards, they automatically remove functions from unloaded plugins.

Usually, this is done using dynamic natives; a plugin will expose a function to add to its own forwards. For example:
<pawn>typedef OnClientDiedFunc = function Action (int attacker, int victim, const char[] weapon, bool headshot);

/**
* Calls the target function when a client dies.
*
* @param func OnClientDiedFunc function.
* @noreturn
*/
native void HookClientDeath(OnClientDiedFunc func);</pawn>

An implementation of this might look like:
<pawn>public void OnPluginStart()
{
g_DeathForward = CreateForward(ET_Event, Param_Cell, Param_Cell, Param_String, Param_Cell)
CreateNative("HookClientDeath", Native_HookClientDeath)
HookEvent("player_death", EventHandler)
}

public int Native_HookClientDeath(Handle plugin, int numParams)
{
AddToForward(g_DeathForward, plugin, GetNativeFunction(1))
}</pawn>

Note that the code to call the forward does not need to change at all.

A complete implementation of a private forward may look like this:
<pawn>typedef MyFunction = function void (int client);
native void My_NativeEx(MyFunction func);</pawn>

<pawn>Handle g_hDeathFwd;

// typedef MyFunction = function void (int client);
// native void My_NativeEx(MyFunction func);
public APLRes AskPluginLoad2(Handle plugin, bool late, const char[] error, int err_max)
{
RegPluginLibrary("MyPlugin");

CreateNative("My_NativeEx", My_Native);
return APLRes_Success;
}

public void OnPluginStart()
{
HookEvent("player_death", Event_Death);
g_hDeathFwd = CreateForward(ET_Ignore, Param_Cell);
}

public int My_Native(Handle plugin, int numParams)
{
AddToForward(g_hDeathFwd, plugin, GetNativeFunction(1));
}

public Action Event_Death(Event event, const char[] name, bool dontBroadcast)
{
int client = GetClientOfUserId(event.GetInt("userid"));

Call_StartForward(g_hDeathFwd);
Call_PushCell(client);
Call_Finish();
}</pawn>

[[Category:SourceMod Scripting]]

Custom Admin Menu (SourceMod)

2013-04-25T21:48:06Z

DJ Tsunami: /* Parameter List */

==Introduction==
The custom menu feature allows server admins to add new items to the SourceMod admin menu. It is designed to be used as a complement to plugins adding themselves to the menu. For more information see [[Admin Menu (SourceMod Scripting)]].

Admins configure their menu using the config file (sourcemod/configs/adminmenu_custom.txt) and this is generated into a set of items and categories for the admin menu when the server starts.

==Parameter List==

These are all the parameters that can be specified to configure your menu. Most are optional and have a default value if they are not found. See the [[#Example Command|Example Command]] and/or the attached [[#Example Files|Example Files]] for information on how to lay out your config file.

*cmd - command to be executed (#1,#2 etc for parameters - no limit on these) Use @num to have the parameter sent without being surrounded by "quotes"
*admin - admin level required to access the command - see [[#Admin Levels|Admin Levels]]
*execute - 'server' or 'player' - selects whether to execute as a client command or server command - defaults to 'player'
*1 - Information about parameter 1 (#1) - You need as many of these as you have parameters
**type - defaults to 'list' if not provided
***'groupplayer' - List of [[#Group Submenus|Groups]] + connected player
***'group' - List of [[#Group Submenus|Groups]]
***'player' - List of players
***'list' - Custom Defined list of Options
***'mapcycle' - Auto filled with the contents of your mapcycle file
***'onoff' - On or Off menu that sends the numbers 1/0 (good for cvars etc)
**path - Only required for type mapcycle. Path (including file name and extension) to the file containing a list of maps (straight text formatting like mapcycle.txt) - defaults to 'mapcycle.txt'
**method - 'name', 'steamid', 'userid', 'userid2' (doesn't prepend the '#'), 'clientid', 'ip' - only needed for groupplayer/player menus - defaults to name
**title - To be shown for the parameter selection menu (optional)
**1-x - List parameters - only needed for 'list' type parameters
**1.-x. - Text to be shown for parameter - only needed for 'list' type parameters (optional, above will be used as text if ommited)
**1* - x* - Admin level required to see this option (same as the rest of the admin types)

==Example Command==
<pawn>
"Commands"
{
"Fun Commands"
{
"Set Player Speed"
{
"cmd" "sm_speed #1 @2"
"admin" "sm_kick"
"execute" "player"
"1"
{
"type" "groupplayer"
"method" "name"
"title" "Player/Team to Edit"

}
"2"
{
"type" "list"
"title" "Speed Multiplier"
"1" "1.0"
"1." "Normal"
"2" "0.8"
"2." "80%"
"3" "0.5"
"3." "Half"
"4" "1.5"
"4." "50% Boost"
"5" "2.0"
"5." "Double"
"5*" "sm_ban"
//restrict the double option to admins who have access to the 'sm_ban' override
}

}
}
}
</pawn>
Using the above as the contents of your adminmenu_custom.txt config file would create a new category option in the admin menu called 'Fun Commands'.
*This category would contain an option called : "Set Player Speed".
*Selecting it would prompt another menu titled: "Player/Team to Edit" containing a list of Groups and Player Names.
*Selecting one of these would prompt a second menu titled "Speed Multiplier".
*List of options like "Normal", "80%" etc.
*Example command sent if the user selected "Double" (through the player using FakeClientCommand) - 'sm_speed "@CT" 2.0'

NB: You can use \ as an escape character. So \" will let you add quotes to your strings.

==Admin Levels==

All 'admin' types now require a string command name. This command can be already existing (sm_ban) or completely imaginary (onlycrabscanusethis).

If the command exists that section (or list option) will require the exact same access level as that command (including any overrides you have specified). 
E.g. You use sm_ban as the admin level for a submenu, so anyone that can access sm_ban will also be able to access this menu option (By default this is admins with the 'ban' flag). However if you have overridden sm_ban in one of your lower groups ("override" "allow" - in admin_groups.cfg). This group will also have access.

If the command doesn't exist you will need to add it to your overrides sections as if it was a normal command. This can be done in admin_overrides.cfg (to assign flag letters to this command),
and/or in admin_groups.cfg (to give access to the command to a specified group or remove it from a group even though they have the flag)

If no admin level is specified for a base command it will default to the first argument of the "cmd" string. For example having
<pawn>
"cmd" "sm_ban #1 #2"
</pawn>

would have a default admin override string of 'sm_ban'

For more information, see [[Overriding Command Access (SourceMod)|Overriding Command Access]]

==Group Submenus==

Types 'group' and 'groupplayer' auto-add pre configured options to the menu. These options are configured using sourcemod/configs/adminmenu_grouping.txt

They are generally used to provide common commands like '@all' , '@t' etc to your menus.

==Categories==

If you wish to add items to an existing SourceMod category you will need to specify it’s internal name within the "commands" group. The three categories provided by SourceMod are:

*PlayerCommands
*ServerCommands
*VotingCommands

==Sorting==
Categories and items added using the dynamic menu can be sorted in the same way as normal items. For more information, see [[Admin Menu Configuration (SourceMod)|Admin Menu Configuration]]

You need to specify the name you gave the command in your configuration file. For the provided example:
<pawn>
"item" "Set Player Speed"
</pawn>
==Extra Uses==
An example of using the dynamic menu to its full potential: Giving admins access to some cvars while not letting them have general 'sm_cvar' access.

Add the cvar you want to make available using the command directly and set the 'execute' parameter to 'server'
<pawn>
"cmd" "mp_friendlyfire #1"
"execute" "server"
"admin" "sm_kick"
</pawn>
This fires the command directly through rcon so it bypasses the normal SourceMod admin requirements and only checks what you set using the 'admin' parameter. This method can be used to create a list of commonly used (and low impact) cvars that your lower admins can change at will, without giving them access to everything. The same method works for rcon commands.

==Example Files==

Example adminmenu_custom.txt setup with Super Commands examples: 
[http://alliedmods.net/~pred/supercmdsmenu.ini adminmenu_custom.txt] 
 
A Full example setup thanks to uE|Tekniqal: 
[http://alliedmods.net/~pred/smsuper.ini adminmenu_custom.txt] 
[http://alliedmods.net/~pred/admin_overrides.cfg admin_overrides.cfg] 
[http://alliedmods.net/~pred/admin_groups.cfg admin_groups.cfg] 

[[Category:SourceMod Documentation]]

Public Commands (SourceMod)

2013-04-18T22:29:42Z

DJ Tsunami:

The following commands are available to players on SourceMod servers using the provided [[Base Plugins (SourceMod)|base plugin]] set.

Note that <tt>rockthevote.smx</tt> is not enabled by default.

:{| cellpadding="6"
|- class="t2th"
| Command
| Plugin
| Format
| Description
|- class="t2td"
| currentmap
| basetriggers.smx
|
| Displays the name of the current map.
|- class="t2td"
| ff
| basetriggers.smx
|
| Displays whether friendly fire is on or off.
|- class="t2td"
| motd
| basetriggers.smx
|
| Displays the Message of the Day (MOTD) window.
|- class="t2td"
| nextmap
| basetriggers.smx
|
| Shows the next map in the mapcycle to the user.
|- class="t2td"
| nominate
| rockthevote.smx
| <map>
| Nominates a map for rtv.
|- class="t2td"
| rtv OR rockthevote
| rockthevote.smx
|
| Starts a rockthevote vote.
|- class="t2td"
| thetime
| basetriggers.smx
|
| Displays the current time of the server.
|- class="t2td"
| timeleft
| basetriggers.smx
|
| Displays the time left in the map cycle.
|- class="t2td"
| sm_settings
| clientprefs.smx
|
| Displays the client settings menu.
|- class="t2td"
| sm_cookies
| clientprefs.smx
| <name> [value]
| With no arguments displays the list of available cookies, specify a name to show or change it's value.
|}

[[Category:SourceMod Documentation]]

Function Calling API (SourceMod Scripting)

2013-02-06T10:58:29Z

DJ Tsunami: /* Private Forwards */

SourceMod provides plugins with an API for calling functions. This API can be used to call public functions in any plugin, including public functions in the same plugin.

This article is split into two sections. The first is on generic function calling, which is used for single function calls. The second is on Forwards, which is used for calling multiple functions in one operation.

For more information on forwards, readers should see [[Writing_Extensions#Creating_Events.2FForwards|forwards in extensions]].

=Generic Calling=
There are four steps to calling a function in a plugin:
<ol>
<li>Obtaining a "call Handle." This is either in the form of a function ID, tagged with <tt>Function:</tt>, or a Forward Handle, tagged with <tt>Handle:</tt>.</li>
<li>Starting the call.
<li>Pushing parameters in increasing order in a way that matches the function prototype.</li>
<li>Ending the the call, which performs the call operation and returns the result.</li>
</ol>

For simplicity, let's consider calling a function in our own plugin. We have the following function:
<pawn>public OnClientDied(attacker, victim, const String:weapon[], bool:headshot)
{
decl String:name[65]
GetClientName(victim, name, sizeof(name))

if (attacker != victim)
{
decl String:other[65]
GetClientName(attacker, other, sizeof(other))
PrintToServer("<\"%s\"> killed by <\"%s\"> with \"%s\" (headshot: %d)", name, other, weapon, headshot)
} else if (!attacker) {
PrintToServer("<\"%s\"> killed by \"world\" with \"%s\" (headshot: %d)", name, weapon, headshot)
} else {
PrintToServer("<\"%s\"> killed by \"self\" with \"%s\" (headshot: %d)", name, weapon, headshot)
}
}</pawn>

An indirect way to call this function would be:
<pawn>
public EventHandler(Handle:event, const String:name[], bool:dontBroadcast)
{
if (StrEqual(name, "player_death"))
{
decl String:weapon[64], result
GetEventString(event, "weapon", weapon, sizeof(weapon))

/* Start function call */
Call_StartFunction(INVALID_HANDLE, OnClientDied)

/* Push parameters one at a time */
Call_PushCell(GetClientOfUserId(GetEventInt(event, "attacker")))
Call_PushCell(GetClientOfUserId(GetEventInt(event, "userid")))
Call_PushString(weapon)
Call_PushCell(GetEventInt(event, "headshot"))

/* Finish the call, get the result */
Call_Finish(result)
}
}</pawn>

This basic example shows starting and completing a function call. However, the real use of function calling is with forwards, which is covered in the next section.

=Forwards=
Forwards are much more advantageous over single function calls. They are expandable containers, so you can store and complete many calls with very little action. Furthermore, they also adjust themselves when contained plugins are unloaded. Lastly, they are type-checked; each forward's parameter types must be known in advance, and if you push a mismatching type, the call will not complete.

Forwards must be created using the following types:
*<tt>Param_Any</tt> - Any parameter type can be pushed
*<tt>Param_Cell</tt> - A non-Float cell can be pushed
*<tt>Param_Float</tt> - A Float cell can be pushed
*<tt>Param_String</tt> - A string can be pushed
*<tt>Param_Array</tt> - An array can be pushed
*<tt>Param_VarArgs</tt> - This and all further parameters can be any type, but will be by reference. This cannot be the first parameter type, and if it is used, it must be the last parameter type.
*<tt>Param_CellByRef</tt> - A non-Float cell by reference
*<tt>Param_FloatByRef</tt> - A Float cell by reference

Strings and arrays are implicitly by-reference. When pushing variable argument parameters, if anything is pushed by-value, it will be internally automatically converted to by-reference.

Since Forwards will call multiple functions in a row, it needs to know how to interpret the return values of functions. There are four predefined methods:
*<tt>ET_Ignore</tt> - All return values will be ignored; 0 will be returned at the end.
*<tt>ET_Single</tt> - Only the last return value will be returned.
*<tt>ET_Event</tt> - Function should return an <tt>Action</tt> value (<tt>core.inc</tt>). <tt>Plugin_Stop</tt> acts as <tt>Plugin_Handled</tt>. The highest value is returned.
*<tt>ET_Hook</tt> - Function should return an <tt>Action</tt> value. <tt>Plugin_Stop</tt> ends the forward call immediately.

Let's write a simple example. Our plugin, Plugin A, wants to tell other plugins when a player dies. It has two ways of doing this, either via a ''global'' forward or a ''private'' forward. A global forward acts upon all functions in all plugins that match a single name. A private forward lets you explicitly manage which functions are in the container.

==Global Forwards==
Global forwards are very simple to use. After creation, they do not need to be maintained. An example plugin below creates a global forward with the following prototype:
<pawn>forward OnClientDied(attacker, victim, const String:weapon[], bool:headshot);</pawn>

Implementation:
<pawn>new Handle:g_DeathForward

public OnPluginStart()
{
g_DeathForward = CreateGlobalForward("OnClientDied", ET_Event, Param_Cell, Param_Cell, Param_String, Param_Cell)
HookEvent("player_death", EventHandler)
}

public Action:EventHandler(Handle:event, const String:name[], bool:dontBroadcast)
{
decl String:weapon[64], Action:result
GetEventString(event, "weapon", weapon, sizeof(weapon))

/* Start function call */
Call_StartForward(g_DeathForward)

/* Push parameters one at a time */
Call_PushCell(GetClientOfUserId(GetEventInt(event, "attacker")))
Call_PushCell(GetClientOfUserId(GetEventInt(event, "userid")))
Call_PushString(weapon)
Call_PushCell(GetEventInt(event, "headshot"))

/* Finish the call, get the result */
Call_Finish(_:result)

return result
}</pawn>

==Private Forwards==
Private forwards require you to manually add functions to its container. This can leave you with much more flexibility. Like global forwards, they automatically remove functions from unloaded plugins.

Usually, this is done using dynamic natives; a plugin will expose a function to add to its own forwards. For example:
<pawn>functag OnClientDiedFunc Action:public(attacker, victim, const String:weapon[], bool:headshot);

/**
* Calls the target function when a client dies.
*
* @param func OnClientDiedFunc function.
* @noreturn
*/
native HookClientDeath(OnClientDiedFunc:func);</pawn>

An implementation of this might look like:
<pawn>public OnPluginStart()
{
g_DeathForward = CreateForward(ET_Event, Param_Cell, Param_Cell, Param_String, Param_Cell)
CreateNative("HookClientDeath", Native_HookClientDeath)
HookEvent("player_death", EventHandler)
}

public Native_HookClientDeath(Handle:plugin, numParams)
{
AddToForward(g_DeathForward, plugin, Function:GetNativeCell(1))
}</pawn>

Note that the code to call the forward does not need to change at all.

A complete implementation of a private forward may look like this:
<pawn>functag MyFunction public(client);
native My_NativeEx(MyFunction:func);</pawn>

<pawn>new Handle:g_hDeathFwd;

// functag MyFunction public(client);
// native My_NativeEx(MyFunction:func);
public APLRes:AskPluginLoad2(Handle:plugin, bool:late, const String:error[], err_max)
{
CreateNative("My_NativeEx", My_Native);
return APLRes_Success;
}

public OnPluginStart()
{
HookEvent("player_death", Event_Death);
g_hDeathFwd = CreateForward(ET_Ignore, Param_Cell);
}

public My_Native(Handle:plugin, numParams)
{
AddToForward(g_hDeathFwd, plugin, Function:GetNativeCell(1));
}

public Action:Event_Death(Handle:event, const String:name[], bool:dontBroadcast)
{
new client = GetClientOfUserId(GetEventInt(event, "userid"));
Call_StartForward(g_hDeathFwd);
Call_PushCell(client);
Call_Finish();
}</pawn>

[[Category:SourceMod Scripting]]

SQL (SourceMod Scripting)

2013-01-17T21:33:19Z

DJ Tsunami: /* Prepared Statements */

This article is an introduction to using SourceMod's SQL features. It is not an introduction or tutorial about SQL or any specific SQL implementation.

SourceMod's SQL layer is formally called ''DBI'', or the '''D'''ata'''b'''ase '''I'''nterface. The interface is a generic abstraction of common SQL functions. To connect to a specific database implementation (such as MySQL, or sqLite), a SourceMod DBI "driver" must be loaded. Currently, there are drivers for MySQL and SQLite

SourceMod automatically detects and loads drivers on demand (if they exist, of course). All database natives are in <tt>scripting/include/dbi.inc</tt>. The C++ API is in <tt>public/IDBDriver.h</tt>.

=Connecting=
There are two ways to connect to a database. The first is through named configurations. Named configurations are preset configurations listed in <tt>configs/databases.cfg</tt>. SourceMod specifies that if SQL is being used, there should always be one configuration named "default."

An example of such a configuration looks like:
<pre> "default"
{
"host" "localhost"
"database" "sourcemod"
"user" "root"
"pass" ""
//"timeout" "0"
//"port" "0"
}</pre>

Connections based on named configurations can be instantiated with either <tt>SQL_Connect</tt> or <tt>SQL_DefConnect</tt>.

The other option is to use <tt>SQL_ConnectEx</tt> and manually specify all connection parameters.

Example of a typical connection:
<pawn>new String:error[255]
new Handle:db = SQL_DefConnect(error, sizeof(error))

if (db == INVALID_HANDLE)
{
PrintToServer("Could not connect: %s", error)
} else {
CloseHandle(db)
}</pawn>

=Queries=

==No Results==
The simplest queries are ones which do not return results -- for example, CREATE, DROP, UPDATE, INSERT, and DELETE. For such queries it is recommended to use <tt>SQL_FastQuery()</tt>. The name does not imply that the query will be faster, but rather, it is faster to write code using this function. For example, given that <tt>db</tt> is a valid database Handle:

<pawn>if (!SQL_FastQuery(db, "UPDATE stats SET players = players + 1"))
{
new String:error[255]
SQL_GetError(db, error, sizeof(error))
PrintToServer("Failed to query (error: %s)", error)
}</pawn>

==Results==
If a query returns a result set and the results must be processed, you must use <tt>SQL_Query()</tt>. Unlike <tt>SQL_FastQuery()</tt>, this function returns a Handle which must be closed.

An example of a query which will produce results is:
<pawn>new Handle:query = SQL_Query(db, "SELECT userid FROM vb_user WHERE username = 'BAILOPAN'")
if (query == INVALID_HANDLE)
{
new String:error[255]
SQL_GetError(db, error, sizeof(error))
PrintToServer("Failed to query (error: %s)", error)
} else {
/* Process results here!
*/

/* Free the Handle */
CloseHandle(query)
}</pawn>

=Prepared Statements=
Prepared statements are another method of querying. The idea behind a prepared statement is that you construct a query "template" once, and re-use it as many times as needed. Prepared statements have the following benefits:
*A good SQL implementation will be able to cache the query better if it is a prepared statement.
*You don't have to rebuild the entire query string every execution.
*You don't have to allocate a new query structure on every execution.
*Input is "always" secure (more on this later).

A prepared statement has "markers" for inputs. For example, let's consider a function that takes in a database Handle and a name, and retrieves some info from a table:
<pawn>GetSomeInfo(Handle:db, const String:name[])
{
new Handle:hQuery
new String:query[100]

/* Create enough space to make sure our string is quoted properly */
new buffer_len = strlen(name) * 2 + 1
new String:new_name[buffer_len]

/* Ask the SQL driver to make sure our string is safely quoted */
SQL_EscapeString(db, name, new_name, buffer_len)

/* Build the query */
Format(query, sizeof(query), "SELECT userid FROM vb_user WHERE username = '%s'", new_name)

/* Execute the query */
if ((hQuery = SQL_Query(query)) == INVALID_HANDLE)
{
return 0
}

/* Get some info here
*/

CloseHandle(hQuery)
}</pawn>

Observe a version with prepared statements:
<pawn>new Handle:hUserStmt = INVALID_HANDLE;
GetSomeInfo(Handle:db, const String:name[])
{
/* Check if we haven't already created the statement */
if (hUserStmt == INVALID_HANDLE)
{
new String:error[255]
hUserStmt = SQL_PrepareQuery(db, "SELECT userid FROM vb_user WHERE username = ?", error, sizeof(error));
if (hUserStmt == INVALID_HANDLE)
{
return 0;
}
}

SQL_BindParamString(hUserStmt, 0, name, false);
if (!SQL_Execute(hUserStmt))
{
return 0;
}

/**
* Get some info here
*/
}</pawn>

The important differences:
*The input string (<tt>name</tt>) did not need to be backticked (quoted). The SQL engine automatically performs all type safety and insertion checks.
*There was no need for quotation marks around the parameter marker, <tt>?</tt>, even though it accepted a string.
*We only needed to create the statement Handle once; after that it can live for the lifetime of the database connection.

=Processing Results=
Processing results is done in the same manner for both normal queries and prepared statements. The important functions are:
*<tt>SQL_GetRowCount()</tt> - Returns the number of rows.
*<tt>SQL_FetchRow()</tt> - Fetches the next row if one is available.
*<tt>SQL_Fetch[Int|String|Float]()</tt> - Fetches data from a field in the current row.

Let's consider a sample table that looks like this:
<pawn>CREATE TABLE users (
name VARCHAR(64) NOT NULL PRIMARY KEY,
age INT UNSIGNED NOT NULL
);</pawn>

The following example has code that will print out all users matching a certain age. There is an example for both prepared statements and normal queries.
<pawn>PrintResults(Handle:query)
{
/* Even if we have just one row, you must call SQL_FetchRow() first */
new String:name[65]
while (SQL_FetchRow(query))
{
SQL_FetchString(query, 0, name, sizeof(name))
PrintToServer("Name \"%s\" was found.", name)
}
}

bool:GetByAge_Query(Handle:db, age)
{
new String:query[100]
Format(query, sizeof(query), "SELECT name FROM users WHERE age = %d", age)

new Handle:hQuery = SQL_Query(db, query)
if (hQuery == INVALID_HANDLE)
{
return false
}

PrintResults(hQuery)

CloseHandle(hQuery)

return true
}

new Handle:hAgeStmt = INVALID_HANDLE
bool:GetByAge_Statement(Handle:db, age)
{
if (hAgeSmt == INVALID_HANDLE)
{
new String:error[255]
if ((hAgeStmt = SQL_PrepareQuery(db,
"SELECT name FROM users WHERE age = ?",
error,
sizeof(error)))
== INVALID_HANDLE)
{
return false
}
}

SQL_BindParamInt(hAgeStmt, 0, age)
if (!SQL_Execute(hAgeStmt))
{
return false
}

PrintResults(hAgeStmt)

return true
}</pawn>

Note that these examples did not close the statement Handles. These examples assume a global database instance that is only closed when the plugin is unloaded. For plugins which maintain temporary database connections, prepared statement Handles must be freed or else the database connection will never be closed.

=Threading=
SourceMod supports threaded SQL querying. That is, SQL operations can be completed in a separate thread from main gameplay. If your database server is remote or requires a network connection, queries can cause noticeable gameplay lag, and supporting threading is often a good idea if your queries occur in the middle of gameplay.

Threaded queries are ''asynchronous''. That is, they are dispatched and you can only find the results through a callback. Although the callback is guaranteed to fire eventually, it may not fire in any specific given timeframe. Certain drivers may not support threading; if this is the case, an RTE will be thrown. If the threader cannot start or the threader is currently disabled, SourceMod will transparently execute the query in the main thread as a fallback.

==Operations==
All threaded operations use the same callback for result notification: <tt>SQLTCallback</tt>. The parameters are:
*<tt>owner</tt> - The "owner" of the operation. For a query, this is a database. For a database, this is a driver. If the owner was not found or was invalidated, <tt>INVALID_HANDLE</tt> is passed.
*<tt>hndl</tt> - The object being requested. The value is defined by the SQL operation.
*<tt>error</tt> - An error string.
*<tt>data</tt> - Custom data that can be passed via some SQL operations.

The following operations can be done via threads:
*Connection, via <tt>SQL_TConnect</tt>.
*Querying, via <tt>SQL_TQuery()</tt>.
*''Note: prepared statements are not yet available for the threader.''

It is always safe to chain one operation from another.

===Connecting===
It is not necessary to make a threaded connection in order to make threaded queries. However, creating a threaded connection will not pause the game server if a connection cannot be immediately established.

The following parameters are used for the threaded connection callback:
*<tt>owner</tt>: A Handle to the driver, or <tt>INVALID_HANDLE</tt> if it could not be found.
*<tt>hndl</tt>: A Handle to the database, or <tt>INVALID_HANDLE</tt> if the connection failed.
*<tt>error</tt>: The error string, if any.
*<tt>data</tt>: Unused (0)

Example:
<pawn>new Handle:hDatabase = INVALID_HANDLE;

StartSQL()
{
SQL_TConnect(GotDatabase);
}

public GotDatabase(Handle:owner, Handle:hndl, const String:error[], any:data)
{
if (hndl == INVALID_HANDLE)
{
LogError("Database failure: %s", error);
} else {
hDatabase = hndl;
}
}</pawn>

===Querying===
Threaded queries can be performed on any database Handle as long as the driver supports threading. All query results for the first result set are retrieved while in the thread. If your query returns more than one set of results (for example, <tt>CALL</tt> on MySQL with certain functions), the behaviour of the threader is undefined at this time. Note that if you want to perform both threaded and non-threaded queries on the same connection, you MUST read the "Locking" section below.

Query operations use the following callback parameters:
*<tt>owner</tt>: A Handle to the database used to query. The Handle is not the same as the Handle originally passed; however, it will test positively with <tt>SQL_IsSameConnection</tt>. The Handle can be cloned but it cannot be closed (it is closed automatically). It may be <tt>INVALID_HANDLE</tt> in the case of a serious error (for example, the driver being unloaded).
*<tt>hndl</tt>: A Handle to the query. It can be cloned, but not closed (it is closed automatically). It may be <tt>INVALID_HANDLE</tt> if there was an error.
*<tt>error</tt>: Error string, if any.
*<tt>data</tt>: Optional user-defined data passed in through <tt>SQL_TQuery()</tt>.

Example, continuing from above:
<pawn>CheckSteamID(userid, const String:auth[])
{
decl String:query[255];
Format(query, sizeof(query), "SELECT userid FROM users WHERE steamid = '%s'", auth);
SQL_TQuery(hdatabase, T_CheckSteamID, query, userid)
}

public T_CheckSteamID(Handle:owner, Handle:hndl, const String:error[], any:data)
{
new client;

/* Make sure the client didn't disconnect while the thread was running */
if ((client = GetClientOfUserId(data)) == 0)
{
return;
}

if (hndl == INVALID_HANDLE)
{
LogError("Query failed! %s", error);
KickClient(client, "Authorization failed");
} else if (!SQL_GetRowCount(hndl)) {
KickClient(client, "You are not a member");
}
}
</pawn>

==Locking==
It is possible to run both threaded and non-threaded queries on the same connection. However, without the proper precautions, you could corrupt the network stream (even if it's local), corrupt memory, or otherwise cause a crash in the SQL driver. To solve this, SourceMod has ''database locking''. Locking is done via <tt>SQL_LockDatabase()</tt> and <tt>SQL_UnlockDatabase</tt>.

Whenever performing any of the following non-threaded operations on a database, it is absolutely necessary to enclose the entire operation with a lock:
*<tt>SQL_Query()</tt> (and <tt>SQL_FetchMoreResults</tt> pairings)
*<tt>SQL_FastQuery</tt>
*<tt>SQL_PrepareQuery</tt>
*<tt>SQL_Bind*</tt> and <tt>SQL_Execute</tt> pairings

The rule of thumb is: if your operation is going to use the database connection, it must be locked until the operation is fully completed.

Example:
<pawn>bool:GetByAge_Query(Handle:db, age)
{
new String:query[100]
Format(query, sizeof(query), "SELECT name FROM users WHERE age = %d", age)

SQL_LockDatabase(db);
new Handle:hQuery = SQL_Query(db, query)
if (hQuery == INVALID_HANDLE)
{
SQL_UnlockDatabase(db);
return false
}
SQL_UnlockDatabase(db);

PrintResults(hQuery)

CloseHandle(hQuery)

return true
}</pawn>

Note that it was only necessary to lock the query; SourceMod pre-fetches the result set, and thus the network queue is clean.

===Warnings===
*Never call <tt>SQL_LockDatabase</tt> right before a threaded operation. You will deadlock the server and have to terminate/kill it.
*Always pair every Lock with an Unlock. Otherwise you risk a deadlock.
*If your query returns multiple result sets, for example, a procedure call on MySQL that returns results, you must lock both the query and the entire fetch operation. SourceMod is only able to fetch one result set at a time, and all result sets must be cleared before a new query is started.

==Priority==
Threaded SQL operations are placed in a simple priority queue. The priority levels are <tt>High</tt>, <tt>Medium</tt>, and <tt>Low</tt>. Connections always have the highest priority.

Changing the priority can be useful if you have many queries with different purposes. For example, a statistics plugin might execute 10 queries on death, and one query on join. Because the statistics might rely on the join info, the join query might need to be high priority, while the death queries can be low priority.

You should never simply assign a high priority to all of your queries simply because you want them to get done fast. Not only does it not work that way, but you may be inserting subtle problems into other plugins by being greedy.

=SQLite=
==Introduction==
[http://www.sqlite.org/ SQLite] is a fast local-file SQL database engine and SourceMod provides a DBI driver for it. SQLite differs from MySQL, and thus MySQL queries may not work in SQLite. The driver type for connections is <tt>sqlite</tt>.

==Usage==
Since SQLite is local only, most of the connection parameters can be ignored. The only connection parameter required is <tt>database</tt>, which specifies the file name of the database. Databases are created on demand if they do not already exist, and are stored in <tt>addons/sourcemod/data/sqlite</tt>. An extension of ".sq3" is automatically appended to the file name.

Additionally, you can specify sub-folders in the database name. For example, "cssdm/players" will become <tt>addons/sourcemod/data/sqlite/cssdm/players.sq3</tt>.

SQLite supports the threading layer, and requires all of the same rules as the MySQL driver (including locks on shared connections).

==External Links==
*[http://www.sqlite.org SQLite Homepage]
*[http://sqlitebrowser.sourceforge.net/ SQLite Browser]

[[Category:SourceMod Scripting]]

{{LanguageSwitch}}

Building SourceMod

2011-06-18T15:07:23Z

DJ Tsunami: /* Linux */

Compiling SourceMod is not difficult, but requires a number of prerequisites. This article details the requirements and steps to being able to build working SourceMod binaries. These directions may change any time and may be updated as SourceMod's build process improves.

'''Note:''' You cannot use MingW to build working SourceMod Windows binaries. It is not ABI compatible with Visual C++ which is what Valve uses for the Source engine. You can only use GCC to build Linux binaries.

=Requirements=

==Windows==
*Microsoft Visual C++ 2008 (Express or higher) is supported and used for official builds.
*Microsoft Visual C++ 2005 (Express or higher) is unsupported.
*Microsoft Visual C++ 2003 7.1 or higher may not build out-of-box, but can build compatible binaries.
*Microsoft Visual C++ 2003 7.0 or lower '''cannot''' be used.

If you are installing Visual C++ 2005 Express, it may not come with Microsoft's Platform SDK installed. If this is the case, you must manually install the Platform SDK. You can find directions on how to do this and test your setup [http://www.microsoft.com/express/2005/platformsdk/default.aspx here]. Visual C++ 2008 "streamlines" the Platform SDK installation according to Microsoft.

==Linux==
For Linux, SourceMod requires the GNU C/C++ Compiler (from GCC):
*Version 4.1 is used for official binaries and is guaranteed to build.
*Versions 3.4 through 4.2 are guaranteed to be binary (ABI) compatible, although SourceMod may not necessarily build out-of-box against them.
*Any GCC version below 3.4 '''cannot''' be used.

==CPU==
SourceMod is strictly a 32-bit x86 (IA32) product. You should not try to force a compiler to build 64-bit binaries of SourceMod.

Your CPU and its compiler must support SSE in order to build SourceMod. To build without needing or having a dependency against SSE, please see the [[Compiling SourceMod#Removing SSE|Removing SSE]] section near the bottom.

Approximate compiling times for SourceMod's Core are roughly:
*Windows, Core 2 Quad E6600: 30 seconds (using /MP)
*Windows, Core 2 Duo E6600: 75 seconds
*Windows, Centrino 1.8GHz: 5 minutes
*Linux, Core 2 Duo E6600: <= 1 minute
*Linux, P3 Dual 500MHz: >= 7 minutes

=Setup=
This section describes how to set up your computer for compiling.

==Getting the Files==
This section describes which files you must obtain and how to obtain them. Do not worry about where to place them yet -- that will be discussed on a per-platform basis. You can download the files anywhere you'd like.

The recommended method of getting the required files is via [http://mercurial.selenic.com/ Mercurial]. We have our own [[Mercurial_Tutorial]] if you prefer that method. Although you do not need both HL2SDK versions (unless you wish to build binaries against both), you do need both Metamod:Source versions. Extensions don't necessarily require Metamod:Source (or even the Source Engine) but its template library is used extensively in SourceMod.

*SourceMod. For full download options, see the [http://www.sourcemod.net/downloads.php SourceMod Downloads] page. Obviously, you must download the source code and not a binary package.
*HL2SDK Original. As of this writing (Sep 2008) this engine is used for most Source games, except for TF2, GMod10, and DoD:S. Repository: [http://hg.alliedmods.net/hl2sdk hl2sdk]
*HL2SDK OrangeBox. As of this writing (Sep 2008) this engine is used TF2, GMod10, and DoD:S. Repository: [http://hg.alliedmods.net/hl2sdk-ob hl2sdk-ob]
*HL2SDK Left4Dead. This engine is used for L4D. Repository: [http://hg.alliedmods.net/hl2sdk-l4d hl2sdk-l4d]
*Metamod:Source Source Code. Visit [http://www.metamodsource.net/?go=downloads Metamod:Source downloads]. Right now SourceMod builds against Metamod:Source 1.7.

'''Note''' that when we refer to "Metamod:Source" in this article, we are referring to its source code tree, not a binary package.

If you intend to compile the MySQL extension, you must also download MySQL 5.0. You can use any version. For simplicity, here are the versions we use:
*Linux: We use the 5.0.45 binary from the "[http://dev.mysql.com/downloads/mysql/5.0.html#linux Linux (non RPM packages)]" for "Linux (x86)." You can also use [http://dev.mysql.com/get/Downloads/MySQL-5.0/mysql-5.0.45-linux-i686-glibc23.tar.gz/from/pick this direct link] (may not be valid in the future).
*Windows: Due to a MySQL build change we use 5.0.24a which is an older download. The file name was "mysql-5.0.24a-win32.zip," if you can't find it you can use this [http://www.bailopan.net/mysql-5.0.24a-win32.zip direct link] (may not be valid in the future).

You can remove all folders from the distribution except for the "lib" and "include" folders which comprise the MySQL SDK.

==Linux==
As of this writing, SourceMod's Makefiles are hardcoded to use a binary called "gcc-4.1" You can override this, for example:
<pre>make CPP=gcc</pre>

Otherwise, you can also just create a symlink:
<pre>sudo ln -s /usr/bin/gcc /usr/bin/gcc-4.1</pre>

Note that you must use <tt>gcc</tt> and not <tt>g++</tt>.

SourceMod's Makefiles have strict directory organizational rules. You must have a top-level folder. For this document, we'll assume it is called <tt>sourcemod</tt>, though it can be named anything. The layout of <tt>sourcemod</tt> must be:
*<tt>sourcemod</tt>/
**<tt>hl2sdk</tt> - symlink or folder containing the HL2SDK
**<tt>hl2sdk-ob</tt> - symlink or folder containing the HL2SDK for Orange Box/TF
**<tt>mmsource-1.7</tt> - symlink or folder containing any Metamod:Source version 1.7 or higher.
**<tt>sourcemod-central</tt> - folder containing SourceMod's source code tree. This can be named anything, as long as it's a valid SourceMod tree (like [http://hg.alliedmods.net/sourcemod-central sourcemod-central]). You can also use [http://hg.alliedmods.net/sourcemod-1.1 sourcemod-1.1].
**<tt>mysql-5.0</tt> - symlink or folder containing a MySQL 5.0 distribution

If you are using a 64-bit version of Linux, you may need to install extra packages to be able to compile SourceMod. On Debian-based distros, these are typically:
<pre>
#prerequisites
#apt-get install g++-4.1 gcc-4.1 make subversion
#apt-get install libz libz-dev
#only needed if you want to use the build tool
#apt-get install mono mono-devel
#32-bit support
apt-get install ia32-libs
apt-get install lib32z1 lib32z1-dev
apt-get install libc6-dev-i386 libc6-i386
</pre>

==Windows==
On Windows we don't require a particular directory layout. Instead, environment variables are used. The directions below apply to Windows XP, and are assumed to be similar for other versions of Windows.
*Open the Control Panel (for example, via Start -> Settings).
*Open the System control. If you don't see it, you may need to switch to "Classic view" (either via the left-hand pane or by going to Tools -> Folder Options).
*Click the Advanced tab.
*Click the Environment Variables button.

You can add your environment variables to either your User settings or your System settings. Create a new variable for each item in the list below. The item names are in <tt>fixed-width font</tt> and their value descriptions follow.
*<tt>MMSOURCE17</tt> - Path to Metamod:Source 1.7+
*<tt>MMSOURCE18</tt> - Path to Metamod:Source 1.8+
*<tt>HL2SDK</tt> - Path to HL2SDK Ep1/Original
*<tt>HL2SDKOB</tt> - Path to HL2SDK Ep2/OrangeBox for mods
*<tt>HL2SDKOBVALVE</tt> - Path to HL2SDK Ep2/OrangeBox for Valve games (TF2 and DoD:S)
*<tt>HL2SDKL4D</tt> - Path to HL2SDK L4D1
*<tt>HL2SDKL4D2</tt> - Path to HL2SDK L4D2

=Building=
SourceMod has two types of binaries: those with an engine/MM:S dependence, and those without ("normal" binaries). Normal binaries have two modes:
*<tt>Release</tt> - Optimized binary for release.
*<tt>Debug</tt> - Unoptimized binary with debugging checks.

Engine/MM:S dependent binaries have three build modes, each paired with either Release or Debug, meaning there are six build options total. They are:
*<tt>Original</tt> - Building against MM:S 1.4 API with HL2SDK
*<tt>Episode2</tt> - Building against MM:S 1.6 API with HL2SDK-OB or higher

==Linux==
For both Normal and Engine/MM:S dependent binaries, the object files and the final binary are placed in a folder called <tt>Release</tt> or <tt>Debug</tt> (in the same level as the Makefile) depending on which building mechanism you chose.

'''Note:''' Our Makefiles are not set up to detect changes in header files. If you change a header file, you must clean your build.

===Normal Binaries===
For normal binaries, you can build simply with:

<pre>make</pre>

You can clean stale object files with:
<pre>make clean</pre>

Or build debug builds with:
<pre>make DEBUG=true</pre>

===Dependent Binaries===
Binaries that have an Engine or MM:S dependency require one extra parameter, <tt>ENGINE</tt>. It must be either <tt>orangebox</tt> or <tt>original</tt>. For example, to build a TF-compatible binary in debug mode:

<pre>make ENGINE=orangebox DEBUG=true</pre>

Dependent binaries are dropped into one of the following folders:
*Debug.original
*Debug.orangebox
*Release.original
*Release.orangebox

==Windows==
Windows project files end with <tt>.vcproj</tt> and are found in an <tt>msvc8</tt> folder that resides inside each binary's main source folder. For example, Core is located in <tt>core/msvc8/sourcemod_mm.vcproj</tt>.

Once the file is opened, you can select which build to use by going to Build -> Configuration Manager. Normal binaries have simply "Debug" and "Release." Dependent binaries have the following builds:
*Debug - Old Metamod
*Debug - Episode 2
*Release - Old Metamod
*Release - Episode 2

'''Note''' that dependent binaries will have plain "Debug" and "Release" builds. These should not be used as they are not configured.

Once you have selected a configuration, you can compile by going to Build -> Build Solution. The binaries and object files will be written to a folder inside <tt>msvc8</tt> named after the full configuration name. For example, using "Debug - Old Metamod" with the "sdktools" extension will result in the binary: <tt>extensions/sdktools/msvc8/Debug - Old Metamod/sdktools.ext.dll</tt>

'''Note:''' Visual Studio detects changes to header files intelligently. It is usually not necessary to rebuild a solution.

=Binary Organization=
Although SourceMod has a somewhat unified building mechanism, each of the binaries has a different purpose. They can be separated into the following classes:

*Core-Related: Binaries which are required or loaded intrinsically by Core.
*Extensions: Binaries which are loaded via the extension mechanism.
*External: Binaries which are standalone or unrelated to SourceMod's live operation (for example, the compiler).

This article is only concerned with the first two types.

==Core-Related Binaries==
Binaries related to Core are spread throughout the source code tree. They are always placed in <tt>sourcemod/bin</tt> for packaging. The projects files related to Core are:

*<tt>loader</tt> - This is a very small wrapper binary responsible for detecting the MM:S version and game engine, and deciding which SourceMod version to load. The output binary is <tt>sourcemod_mm_i486.so</tt> or <tt>sourcemod_mm.dll</tt>.
*<tt>core</tt> - This is Core itself, and is a dependent binary. It has three outputs:
**Original: <tt>sourcemod.1.ep1.so</tt>/<tt>sourcemod.1.ep1.dll</tt>
**Episode 1: <tt>sourcemod.1.ep1.so</tt>/<tt>sourcemod.2.ep1.dll</tt> (unsupported, not packaged)
**Episode 2: <tt>sourcemod.1.ep1.so</tt>/<tt>sourcemod.2.ep2.dll</tt>
*<tt>sourcepawn/jit/x86</tt> - This is the SourcePawn JIT for generating IA32/x86 instructions from <tt>.smx</tt> files. Currently the source code for this is not made available. It is built as <tt>sourcepawn.jit.x86.so</tt>/<tt>sourcepawn.jit.x86.dll</tt>.

It is technically not necessary to use the loader. It is provided as a convenience so users do not have to perform extra steps while installing SourceMod. However, it is highly recommend that you do use it in order to maintain similarity with the default SourceMod package.

==Extensions==
Extensions are found in the <tt>extensions</tt> folder of the source tree. SDKTools, Cstrike, and the upcoming TF extension are engine/MM:S dependent (and the rest are generally not).

Extensions always are named <tt>name.ext.so</tt> or <tt>name.ext.dll</tt> where <tt>name</tt> is a unique identifier. This is true even of dependent binaries.

When loading extensions, SourceMod looks in two separate folders. First, it checks the ''dependent extension folder'', which is <tt>extensions/auto.x.y</tt> where <tt>x</tt> is the MM:S version (1 for 1.4, 2 for 1.6) and <tt>y</tt> is the Engine version (1 for Original/Ep1, 2 for Ep2/OrangeBox). If no matching extension is found there, it looks in <tt>extensions</tt>.

For example, the SDKTools binary on Counter-Strike would be loaded from <tt>extensions/auto.1.ep1</tt>, but the GeoIP binary (which is not dependent) would be loaded from <tt>extensions</tt>.

=Removing SSE=
SourceMod binaries are built against SSE by default. SSE is an important set of optimizations, that, according to Valve's hardware survey, are supported on 99.6% percent of respondents' computers. If you are in this 0.4% which does not have SSE support, you should consider buying a newer processor. Only early Pentium 3-grade processors did not have SSE support (for example, the very early Durons), and it is likely your Source server will not perform adequately to support more than few players.

Nonetheless, SourceMod's binaries can all be recompiled to remove its SSE dependence.

==Linux==
Edit the Makefile of the binary you are trying to compile. Remove all instances of these flags. They can simply be erased, there is no need to replace them with anything.
*<tt>-msse</tt>
*<tt>-mfpmath=sse</tt>

Make sure to clean the build after changing the Makefile.

==Windows==
Load the project file into Visual Studio. Go to Project -> Properties. Expand "Configuration Properties," and then "C/C++" under it. Select "Code Generation." Change the setting "Enable Enhanced Instruction Set" to "Not Set."

'''Note:''' You must change this setting '''for each build configuration''' that you wish to use.

[[Category:SourceMod Documentation]]
[[Category:SourceMod Development]]

CTFPlayer Offset List (Team Fortress 2)

2010-10-07T10:04:31Z

DJ Tsunami:

Also for use when using [[Virtual Offsets (Source Mods)|virtual offsets]].

These are the Linux offsets. Windows offsets are ''usually'' 1 less.

== The List ==
This comes from the symbol tables, so you'll have to look in the SDK for return types.

Last Updated 7 October 2010

<pre>
// Auto reconstructed from vtable block @ 0x00DCCF20
// from "server.so", by ida_vtables.idc
0 CTFPlayer::~CTFPlayer()
1 CTFPlayer::~CTFPlayer()
2 CBaseEntity::SetRefEHandle(CBaseHandle const&)
3 CBaseEntity::GetRefEHandle(void)const
4 CBaseEntity::GetCollideable(void)
5 CBaseEntity::GetNetworkable(void)
6 CBaseEntity::GetBaseEntity(void)
7 CBaseEntity::GetModelIndex(void)const
8 CBaseEntity::GetModelName(void)const
9 CBaseEntity::SetModelIndex(int)
10 CTFPlayer::GetServerClass(void)
11 CTFPlayer::YouForgotToImplementOrDeclareServerClass(void)
12 CTFPlayer::GetDataDescMap(void)
13 CBaseAnimating::TestCollision(Ray_t const&,unsigned int,CGameTrace &)
14 CBaseAnimating::TestHitboxes(Ray_t const&,unsigned int,CGameTrace &)
15 CBaseEntity::ComputeWorldSpaceSurroundingBox(Vector *,Vector *)
16 CTFPlayer::ShouldCollide(int,int)const
17 CBaseEntity::SetOwnerEntity(CBaseEntity*)
18 CTFPlayer::ShouldTransmit(CCheckTransmitInfo const*)
19 CBasePlayer::UpdateTransmitState(void)
20 CBaseCombatCharacter::SetTransmit(CCheckTransmitInfo *,bool)
21 CBasePlayer::GetTracerType(void)
22 CTFPlayer::Spawn(void)
23 CTFPlayer::Precache(void)
24 CBasePlayer::SetModel(char const*)
25 CBaseMultiplayerPlayer::PostConstructor(char const*)
26 CBaseEntity::PostClientActive(void)
27 CBaseEntity::ParseMapData(CEntityMapData *)
28 CBaseEntity::KeyValue(char const*,char const*)
29 CBaseEntity::KeyValue(char const*,float)
30 CBaseEntity::KeyValue(char const*,Vector const&)
31 CBaseEntity::GetKeyValue(char const*,char *,int)
32 CBasePlayer::Activate(void)
33 CBaseEntity::SetParent(CBaseEntity*,int)
34 CBasePlayer::ObjectCaps(void)
35 CBaseEntity::AcceptInput(char const*,CBaseEntity*,CBaseEntity*,variant_t,int)
36 CBaseAnimating::GetInputDispatchEffectPosition(char const*,Vector &,QAngle &)
37 CBasePlayer::DrawDebugGeometryOverlays(void)
38 CTFPlayer::DrawDebugTextOverlays(void)
39 CBasePlayer::Save(ISave &)
40 CBasePlayer::Restore(IRestore &)
41 CBasePlayer::ShouldSavePhysics(void)
42 CBaseEntity::OnSave(IEntitySaveUtils *)
43 CBasePlayer::OnRestore(void)
44 CBasePlayer::RequiredEdictIndex(void)
45 CBaseEntity::MoveDone(void)
46 CBaseEntity::Think(void)
47 CBasePlayer::NetworkStateChanged_m_nNextThinkTick(void)
48 CBasePlayer::NetworkStateChanged_m_nNextThinkTick(void *)
49 CBaseAnimating::GetBaseAnimating(void)
50 CTFPlayer::GetResponseSystem(void)
51 CAI_ExpresserHost<CBasePlayer>::DispatchResponse(char const*)
52 CBasePlayer::Classify(void)
53 CBaseEntity::DeathNotice(CBaseEntity*)
54 CBaseEntity::ShouldAttractAutoAim(CBaseEntity*)
55 CBaseEntity::GetAutoAimRadius(void)
56 CBaseEntity::GetAutoAimCenter(void)
57 CBaseEntity::GetBeamTraceFilter(void)
58 CBaseEntity::PassesDamageFilter(CTakeDamageInfo const&)
59 CTFPlayer::TraceAttack(CTakeDamageInfo const&,Vector const&,CGameTrace *)
60 CBaseEntity::CanBeHitByMeleeAttack(CBaseEntity*)
61 CTFPlayer::OnTakeDamage(CTakeDamageInfo const&)
62 CBaseEntity::AdjustDamageDirection(CTakeDamageInfo const&,Vector &,CBaseEntity*)
63 CTFPlayer::TakeHealth(float,int)
64 CBaseEntity::IsAlive(void)
65 CTFPlayer::Event_Killed(CTakeDamageInfo const&)
66 CTFPlayer::Event_KilledOther(CBaseEntity *,CTakeDamageInfo const&)
67 CBaseCombatCharacter::BloodColor(void)
68 CBaseEntity::IsTriggered(CBaseEntity*)
69 CBaseEntity::IsNPC(void)const
70 CBaseCombatCharacter::MyCombatCharacterPointer(void)
71 CBaseEntity::MyNextBotPointer(void)
72 CBaseEntity::GetDelay(void)
73 CBaseEntity::IsMoving(void)
74 CBaseEntity::DamageDecal(int,int)
75 CBaseEntity::DecalTrace(CGameTrace *,char const*)
76 CBaseEntity::ImpactTrace(CGameTrace *,int,char *)
77 CBaseEntity::OnControls(CBaseEntity*)
78 CBaseEntity::HasTarget(string_t)
79 CBasePlayer::IsPlayer(void)const
80 CBasePlayer::IsNetClient(void)const
81 CBaseEntity::IsTemplate(void)
82 CBaseEntity::IsBaseObject(void)const
83 CBaseEntity::IsBaseTrain(void)const
84 CBaseEntity::IsBaseCombatWeapon(void)const
85 CBaseEntity::IsWearable(void)const
86 CBaseEntity::MyCombatWeaponPointer(void)
87 CBaseEntity::GetServerVehicle(void)
88 CBaseEntity::IsViewable(void)
89 CTFPlayer::ChangeTeam(int)
90 CBaseEntity::OnEntityEvent(EntityEvent_t,void *)
91 CBaseEntity::CanStandOn(CBaseEntity*)const
92 CBaseEntity::CanStandOn(edict_t *)const
93 CBaseEntity::GetEnemy(void)
94 CBaseEntity::GetEnemy(void)const
95 CBaseEntity::Use(CBaseEntity*,CBaseEntity*,USE_TYPE,float)
96 CBaseEntity::StartTouch(CBaseEntity*)
97 CTFPlayer::Touch(CBaseEntity *)
98 CBaseEntity::EndTouch(CBaseEntity*)
99 CBaseEntity::StartBlocked(CBaseEntity*)
100 CBaseEntity::Blocked(CBaseEntity*)
101 CBaseEntity::EndBlocked(void)
102 CBasePlayer::PhysicsSimulate(void)
103 CTFPlayer::UpdateOnRemove(void)
104 CBaseEntity::StopLoopingSounds(void)
105 CBaseEntity::SUB_AllowedToFade(void)
106 CBaseFlex::Teleport(Vector const*,QAngle const*,Vector const*)
107 CBaseEntity::NotifySystemEvent(CBaseEntity*,notify_system_event_t,notify_system_event_params_t const&)
108 CBasePlayer::MakeTracer(Vector const&,CGameTrace const&,int)
109 CBaseEntity::GetTracerAttachment(void)
110 CBaseEntity::FireBullets(FireBulletsInfo_t const&)
111 CBasePlayer::DoImpactEffect(CGameTrace &,int)
112 CBaseEntity::ModifyFireBulletsDamage(CTakeDamageInfo *)
113 CBaseEntity::Respawn(void)
114 CBaseEntity::IsLockedByMaster(void)
115 CTFPlayer::GetMaxHealth(void)const
116 CTFPlayer::ModifyOrAppendCriteria(AI_CriteriaSet &)
117 CBaseEntity::NetworkStateChanged_m_iMaxHealth(void)
118 CBaseEntity::NetworkStateChanged_m_iMaxHealth(void *)
119 CBasePlayer::NetworkStateChanged_m_iHealth(void)
120 CBasePlayer::NetworkStateChanged_m_iHealth(void *)
121 CBasePlayer::NetworkStateChanged_m_lifeState(void)
122 CBasePlayer::NetworkStateChanged_m_lifeState(void *)
123 CBaseEntity::NetworkStateChanged_m_takedamage(void)
124 CBaseEntity::NetworkStateChanged_m_takedamage(void *)
125 CBaseEntity::GetDamageType(void)const
126 CBaseEntity::GetDamage(void)
127 CBaseEntity::SetDamage(float)
128 CBasePlayer::EyePosition(void)
129 CBasePlayer::EyeAngles(void)
130 CBasePlayer::LocalEyeAngles(void)
131 CBaseEntity::EarPosition(void)
132 CBasePlayer::BodyTarget(Vector const&,bool)
133 CBaseEntity::HeadTarget(Vector const&)
134 CBaseEntity::GetVectors(Vector *,Vector *,Vector *)const
135 CBaseEntity::GetViewOffset(void)const
136 CBaseEntity::SetViewOffset(Vector const&)
137 CBasePlayer::GetSmoothedVelocity(void)
138 CBaseAnimating::GetVelocity(Vector *,Vector *)
139 CBaseCombatCharacter::FVisible(CBaseEntity *,int,CBaseEntity **)
140 CBaseCombatCharacter::FVisible(Vector const&,int,CBaseEntity **)
141 CBaseEntity::CanBeSeenBy(CAI_BaseNPC *)
142 CBaseEntity::GetAttackDamageScale(CBaseEntity*)
143 CBaseEntity::GetReceivedDamageScale(CBaseEntity*)
144 CBaseEntity::GetGroundVelocityToApply(Vector &)
145 CBaseEntity::PhysicsSplash(Vector const&,Vector const&,float,float)
146 CBaseEntity::Splash(void)
147 CBaseEntity::WorldSpaceCenter(void)const
148 CBaseEntity::GetSoundEmissionOrigin(void)const
149 CTFPlayer::IsDeflectable(void)
150 CBaseEntity::Deflected(CBaseEntity*,Vector &)
151 CBaseEntity::CreateVPhysics(void)
152 CBaseEntity::ForceVPhysicsCollide(CBaseEntity*)
153 CBasePlayer::VPhysicsDestroyObject(void)
154 CBasePlayer::VPhysicsUpdate(IPhysicsObject *)
155 CBaseEntity::VPhysicsTakeDamage(CTakeDamageInfo const&)
156 CBaseCombatCharacter::VPhysicsShadowCollision(int,gamevcollisionevent_t *)
157 CBasePlayer::VPhysicsShadowUpdate(IPhysicsObject *)
158 CBasePlayer::VPhysicsCollision(int,gamevcollisionevent_t *)
159 CBaseEntity::VPhysicsFriction(IPhysicsObject *,float,int,int)
160 CBaseEntity::UpdatePhysicsShadowToCurrentPosition(float)
161 CBaseEntity::VPhysicsGetObjectList(IPhysicsObject **,int)
162 CBaseEntity::VPhysicsIsFlesh(void)
163 CBaseEntity::HasPhysicsAttacker(float)
164 CBasePlayer::PhysicsSolidMaskForEntity(void)const
165 CBaseEntity::ResolveFlyCollisionCustom(CGameTrace &,Vector &)
166 CBaseEntity::PerformCustomPhysics(Vector *,Vector *,QAngle *,QAngle *)
167 CBaseAnimating::GetStepOrigin(void)const
168 CBaseAnimating::GetStepAngles(void)const
169 CBaseEntity::ShouldDrawWaterImpacts(void)
170 CBasePlayer::NetworkStateChanged_m_fFlags(void)
171 CBasePlayer::NetworkStateChanged_m_fFlags(void *)
172 CBasePlayer::NetworkStateChanged_m_nWaterLevel(void)
173 CBasePlayer::NetworkStateChanged_m_nWaterLevel(void *)
174 CBasePlayer::NetworkStateChanged_m_hGroundEntity(void)
175 CBasePlayer::NetworkStateChanged_m_hGroundEntity(void *)
176 CBasePlayer::NetworkStateChanged_m_vecBaseVelocity(void)
177 CBasePlayer::NetworkStateChanged_m_vecBaseVelocity(void *)
178 CBasePlayer::NetworkStateChanged_m_flFriction(void)
179 CBasePlayer::NetworkStateChanged_m_flFriction(void *)
180 CBasePlayer::NetworkStateChanged_m_vecVelocity(void)
181 CBasePlayer::NetworkStateChanged_m_vecVelocity(void *)
182 CBasePlayer::NetworkStateChanged_m_vecViewOffset(void)
183 CBasePlayer::NetworkStateChanged_m_vecViewOffset(void *)
184 CBaseAnimating::GetIdealSpeed(void)const
185 CBaseAnimating::GetIdealAccel(void)const
186 CBaseAnimatingOverlay::StudioFrameAdvance(void)
187 CBaseAnimating::IsActivityFinished(void)
188 CBaseAnimating::GetSequenceGroundSpeed(CStudioHdr *,int)
189 CBaseAnimating::ClampRagdollForce(Vector const&,Vector*)
190 CBaseAnimating::BecomeRagdollOnClient(Vector const&)
191 CBaseAnimating::IsRagdoll(void)
192 CBaseAnimating::CanBecomeRagdoll(void)
193 CBaseAnimatingOverlay::GetSkeleton(CStudioHdr *,Vector *,Quaternion *,int)
194 CBaseAnimating::GetBoneTransform(int,matrix3x4_t &)
195 CBaseAnimating::SetupBones(matrix3x4_t *,int)
196 CBaseAnimating::CalculateIKLocks(float)
197 CBaseAnimatingOverlay::DispatchAnimEvents(CBaseAnimating *)
198 CBasePlayer::HandleAnimEvent(animevent_t *)
199 CBaseAnimating::PopulatePoseParameters(void)
200 CBaseAnimating::GetAttachment(int,matrix3x4_t &)
201 CBaseAnimating::InitBoneControllers(void)
202 CBaseAnimating::GetGroundSpeedVelocity(void)
203 CBaseAnimating::Ignite(float,bool,float,bool)
204 CBaseAnimating::IgniteLifetime(float)
205 CBaseAnimating::IgniteNumHitboxFires(int)
206 CBaseAnimating::IgniteHitboxFireScale(float)
207 CBaseAnimating::Extinguish(void)
208 CBaseCombatCharacter::SetLightingOriginRelative(CBaseEntity *)
209 CBaseAnimating::SetLightingOrigin(CBaseEntity *)
210 CBaseFlex::SetViewtarget(Vector const&)
211 CBaseFlex::StartSceneEvent(CSceneEventInfo *,CChoreoScene *,CChoreoEvent *,CChoreoActor *,CBaseEntity *)
212 CBaseFlex::ProcessSceneEvents(void)
213 CTFPlayer::ProcessSceneEvent(CSceneEventInfo *,CChoreoScene *,CChoreoEvent *)
214 CBaseFlex::ClearSceneEvent(CSceneEventInfo *,bool,bool)
215 CBaseFlex::CheckSceneEventCompletion(CSceneEventInfo *,float,CChoreoScene *,CChoreoEvent *)
216 CTFPlayer::PlayScene(char const*,float,AI_Response *,IRecipientFilter *)
217 CBaseFlex::PlayAutoGeneratedSoundScene(char const*)
218 CBasePlayer::GetPhysicsImpactDamageTable(void)
219 CBaseCombatCharacter::FInViewCone(CBaseEntity *)
220 CBaseCombatCharacter::FInViewCone(Vector const&)
221 CBaseCombatCharacter::FInAimCone(CBaseEntity *)
222 CBaseCombatCharacter::FInAimCone(Vector const&)
223 CBaseCombatCharacter::ShouldShootMissTarget(CBaseCombatCharacter*)
224 CBaseCombatCharacter::FindMissTarget(void)
225 CBaseCombatCharacter::HandleInteraction(int,void *,CBaseCombatCharacter*)
226 CBasePlayer::BodyAngles(void)
227 CBaseCombatCharacter::BodyDirection2D(void)
228 CBaseCombatCharacter::BodyDirection3D(void)
229 CBaseCombatCharacter::HeadDirection2D(void)
230 CBaseCombatCharacter::HeadDirection3D(void)
231 CBaseCombatCharacter::EyeDirection2D(void)
232 CBaseCombatCharacter::EyeDirection3D(void)
233 CBaseCombatCharacter::IsHiddenByFog(Vector const&)const
234 CBaseCombatCharacter::IsHiddenByFog(CBaseEntity *)const
235 CBaseCombatCharacter::IsHiddenByFog(float)const
236 CBaseCombatCharacter::GetFogObscuredRatio(Vector const&)const
237 CBaseCombatCharacter::GetFogObscuredRatio(CBaseEntity *)const
238 CBaseCombatCharacter::GetFogObscuredRatio(float)const
239 CBaseCombatCharacter::IsLookingTowards(CBaseEntity const*,float)const
240 CBaseCombatCharacter::IsLookingTowards(Vector const&,float)const
241 CBaseCombatCharacter::IsInFieldOfView(CBaseEntity *)const
242 CBaseCombatCharacter::IsInFieldOfView(Vector const&)const
243 CBaseCombatCharacter::IsLineOfSightClear(CBaseEntity *,CBaseCombatCharacter::LineOfSightCheckType)const
244 CBaseCombatCharacter::IsLineOfSightClear(Vector const&,CBaseCombatCharacter::LineOfSightCheckType,CBaseEntity *)const
245 CTFPlayer::GiveAmmo(int,int,bool)
246 CBaseCombatCharacter::NPC_TranslateActivity(Activity)
247 CBaseCombatCharacter::Weapon_TranslateActivity(Activity,bool *)
248 CTFPlayer::Weapon_FrameUpdate(void)
249 CTFPlayer::Weapon_HandleAnimEvent(animevent_t *)
250 CBasePlayer::Weapon_CanUse(CBaseCombatWeapon *)
251 CBasePlayer::Weapon_Equip(CBaseCombatWeapon *)
252 CBaseCombatCharacter::Weapon_EquipAmmoOnly(CBaseCombatWeapon *)
253 CTFPlayer::Weapon_Drop(CBaseCombatWeapon *,Vector const*,Vector const*)
254 CTFPlayer::Weapon_Switch(CBaseCombatWeapon *,int)
255 CBasePlayer::Weapon_ShootPosition(void)
256 CTFPlayer::Weapon_CanSwitchTo(CBaseCombatWeapon *)
257 CBaseCombatCharacter::Weapon_SlotOccupied(CBaseCombatWeapon *)
258 CBaseCombatCharacter::Weapon_GetSlot(int)const
259 CBaseCombatCharacter::AddPlayerItem(CBaseCombatWeapon *)
260 CBasePlayer::RemovePlayerItem(CBaseCombatWeapon *)
261 CBaseCombatCharacter::CanBecomeServerRagdoll(void)
262 CTFPlayer::OnTakeDamage_Alive(CTakeDamageInfo const&)
263 CBaseCombatCharacter::OnTakeDamage_Dying(CTakeDamageInfo const&)
264 CBaseCombatCharacter::OnTakeDamage_Dead(CTakeDamageInfo const&)
265 CBaseCombatCharacter::GetAliveDuration(void)const
266 CBaseCombatCharacter::OnFriendDamaged(CBaseCombatCharacter*,CBaseEntity *)
267 CBaseCombatCharacter::NotifyFriendsOfDamage(CBaseEntity *)
268 CBaseCombatCharacter::HasEverBeenInjured(int)const
269 CBaseCombatCharacter::GetTimeSinceLastInjury(int)const
270 CBaseCombatCharacter::OnPlayerKilledOther(CBaseEntity *,CTakeDamageInfo const&)
271 CBaseCombatCharacter::GetDeathActivity(void)
272 CBaseCombatCharacter::CorpseGib(CTakeDamageInfo const&)
273 CBaseCombatCharacter::CorpseFade(void)
274 CBaseCombatCharacter::HasHumanGibs(void)
275 CBaseCombatCharacter::HasAlienGibs(void)
276 CBaseCombatCharacter::ShouldGib(CTakeDamageInfo const&)
277 CBaseCombatCharacter::OnKilledNPC(CBaseCombatCharacter*)
278 CBaseCombatCharacter::Event_Gibbed(CTakeDamageInfo const&)
279 CBasePlayer::Event_Dying(CTakeDamageInfo const&)
280 CBaseCombatCharacter::Event_Dying(void)
281 CBaseCombatCharacter::BecomeRagdoll(CTakeDamageInfo const&,Vector const&)
282 CBaseCombatCharacter::FixupBurningServerRagdoll(CBaseEntity *)
283 CBaseCombatCharacter::BecomeRagdollBoogie(CBaseEntity *,Vector const&,float,int)
284 CBaseCombatCharacter::CheckTraceHullAttack(float,Vector const&,Vector const&,int,int,float,bool)
285 CBaseCombatCharacter::CheckTraceHullAttack(Vector const&,Vector const&,Vector const&,Vector const&,int,int,float,bool)
286 CBaseCombatCharacter::PushawayTouch(CBaseEntity *)
287 CBaseCombatCharacter::IRelationType(CBaseEntity *)
288 CBaseCombatCharacter::IRelationPriority(CBaseEntity *)
289 CBasePlayer::IsInAVehicle(void)const
290 CBasePlayer::GetVehicle(void)
291 CBasePlayer::GetVehicleEntity(void)
292 CBaseCombatCharacter::ExitVehicle(void)
293 CTFPlayer::RemoveAllWeapons(void)
294 CBaseCombatCharacter::CalcWeaponProficiency(CBaseCombatWeapon *)
295 CBaseCombatCharacter::GetAttackSpread(CBaseCombatWeapon *,CBaseEntity *)
296 CBaseCombatCharacter::GetSpreadBias(CBaseCombatWeapon *,CBaseEntity *)
297 CBasePlayer::DoMuzzleFlash(void)
298 CBaseCombatCharacter::AddEntityRelationship(CBaseEntity *,Disposition_t,int)
299 CBaseCombatCharacter::RemoveEntityRelationship(CBaseEntity *)
300 CBaseCombatCharacter::AddClassRelationship(Class_T,Disposition_t,int)
301 CBaseCombatCharacter::OnChangeActiveWeapon(CBaseCombatWeapon *,CBaseCombatWeapon *)
302 CBaseCombatCharacter::GetLastKnownArea(void)const
303 CBaseCombatCharacter::IsAreaTraversable(CNavArea const*)const
304 CBaseCombatCharacter::ClearLastKnownArea(void)
305 CBaseCombatCharacter::UpdateLastKnownArea(void)
306 CTFPlayer::OnNavAreaChanged(CNavArea *,CNavArea *)
307 CBaseCombatCharacter::OnNavAreaRemoved(CNavArea *)
308 CBaseCombatCharacter::OnPursuedBy(INextBot *)
309 CBasePlayer::NetworkStateChanged_m_iAmmo(void)
310 CBasePlayer::NetworkStateChanged_m_iAmmo(void *)
311 CTFPlayer::CreateViewModel(int)
312 CBasePlayer::SetupVisibility(CBaseEntity *,unsigned char *,int)
313 CTFPlayer::WantsLagCompensationOnEntity(CBasePlayer const*,CUserCmd const*,CBitVec<2048> const*)const
314 CBasePlayer::SharedSpawn(void)
315 CTFPlayer::ForceRespawn(void)
316 CTFPlayer::InitialSpawn(void)
317 CBasePlayer::InitHUD(void)
318 CBasePlayer::ShowViewPortPanel(char const*,bool,KeyValues *)
319 CTFPlayer::PlayerDeathThink(void)
320 CBasePlayer::Jump(void)
321 CBasePlayer::Duck(void)
322 CTFPlayer::PreThink(void)
323 CTFPlayer::PostThink(void)
324 CTFPlayer::DamageEffect(float,int)
325 CTFPlayer::OnDamagedByExplosion(CTakeDamageInfo const&)
326 CBasePlayer::ShouldFadeOnDeath(void)
327 CBasePlayer::IsFakeClient(void)const
328 CBasePlayer::GetPlayerMins(void)const
329 CBasePlayer::GetPlayerMaxs(void)const
330 CBasePlayer::CalcRoll(QAngle const&,Vector const&,float,float)
331 CBasePlayer::PackDeadPlayerItems(void)
332 CTFPlayer::RemoveAllItems(bool)
333 CBasePlayer::Weapon_SetLast(CBaseCombatWeapon *)
334 CTFPlayer::Weapon_ShouldSetLast(CBaseCombatWeapon *,CBaseCombatWeapon *)
335 CBasePlayer::Weapon_ShouldSelectItem(CBaseCombatWeapon *)
336 CTFPlayer::OnMyWeaponFired(CBaseCombatWeapon *)
337 CBasePlayer::GetTimeSinceWeaponFired(void)const
338 CBasePlayer::IsFiringWeapon(void)const
339 CBasePlayer::UpdateClientData(void)
340 CBasePlayer::ExitLadder(void)
341 CBasePlayer::GetLadderSurface(Vector const&)
342 CBasePlayer::SetFlashlightEnabled(bool)
343 CTFPlayer::FlashlightIsOn(void)
344 CTFPlayer::FlashlightTurnOn(void)
345 CTFPlayer::FlashlightTurnOff(void)
346 CBasePlayer::IsIlluminatedByFlashlight(CBaseEntity *,float *)
347 CBasePlayer::UpdateStepSound(surfacedata_t *,Vector const&,Vector const&)
348 CBasePlayer::PlayStepSound(Vector &,surfacedata_t *,float,bool)
349 CTFPlayer::GetStepSoundVelocities(float *,float *)
350 CTFPlayer::SetStepSoundTime(stepsoundtimes_t,bool)
351 CTFPlayer::DeathSound(CTakeDamageInfo const&)
352 CTFPlayer::SetAnimation(PLAYER_ANIM)
353 CBasePlayer::ImpulseCommands(void)
354 CTFPlayer::CheatImpulseCommands(int)
355 CTFPlayer::ClientCommand(CCommand const&)
356 CBasePlayer::StartObserverMode(int)
357 CBasePlayer::StopObserverMode(void)
358 CTFPlayer::ModeWantsSpectatorGUI(int)
359 CTFPlayer::SetObserverMode(int)
360 CBasePlayer::GetObserverMode(void)
361 CTFPlayer::SetObserverTarget(CBaseEntity *)
362 CBasePlayer::ObserverUse(bool)
363 CBasePlayer::GetObserverTarget(void)
364 CTFPlayer::FindNextObserverTarget(bool)
365 CTFPlayer::GetNextObserverSearchStartPoint(bool)
366 CTFPlayer::IsValidObserverTarget(CBaseEntity *)
367 CTFPlayer::CheckObserverSettings(void)
368 CBasePlayer::JumptoPosition(Vector const&,QAngle const&)
369 CBasePlayer::ForceObserverMode(int)
370 CBasePlayer::ResetObserverMode(void)
371 CTFPlayer::ValidateCurrentObserverTarget(void)
372 CTFPlayer::AttemptToExitFreezeCam(void)
373 CBasePlayer::StartReplayMode(float,float,int)
374 CBasePlayer::StopReplayMode(void)
375 CBasePlayer::GetDelayTicks(void)
376 CBasePlayer::GetReplayEntity(void)
377 CBasePlayer::CreateCorpse(void)
378 CTFPlayer::EntSelectSpawnPoint(void)
379 CBasePlayer::GetInVehicle(IServerVehicle *,int)
380 CBasePlayer::LeaveVehicle(Vector const&,QAngle const&)
381 CBasePlayer::OnVehicleStart(void)
382 CBasePlayer::OnVehicleEnd(Vector &)
383 CTFPlayer::BumpWeapon(CBaseCombatWeapon *)
384 CBasePlayer::SelectLastItem(void)
385 CBasePlayer::SelectItem(char const*,int)
386 CTFPlayer::ItemPostFrame(void)
387 CBasePlayer::GiveNamedItem(char const*,int)
388 CBasePlayer::CheckTrainUpdate(void)
389 CBasePlayer::SetPlayerUnderwater(bool)
390 CBasePlayer::CanBreatheUnderwater(void)const
391 CTFPlayer::PlayerUse(void)
392 CBasePlayer::PlayUseDenySound(void)
393 CBasePlayer::FindUseEntity(void)
394 CBasePlayer::IsUseableEntity(CBaseEntity *,unsigned int)
395 CBasePlayer::PickupObject(CBaseEntity *,bool)
396 CBasePlayer::ForceDropOfCarriedPhysObjects(CBaseEntity *)
397 CBasePlayer::GetHeldObjectMass(IPhysicsObject *)
398 CBasePlayer::UpdateGeigerCounter(void)
399 CBasePlayer::GetAutoaimVector(float)
400 CBasePlayer::GetAutoaimVector(float,float)
401 CBasePlayer::GetAutoaimVector(autoaim_params_t &)
402 CBasePlayer::ShouldAutoaim(void)
403 CBasePlayer::ForceClientDllUpdate(void)
404 CBasePlayer::ProcessUsercmds(CUserCmd *,int,int,int,bool)
405 CTFPlayer::PlayerRunCommand(CUserCmd *,IMoveHelper *)
406 CTFPlayer::ChangeTeam(int,bool,bool)
407 CTFPlayer::CanHearAndReadChatFrom(CBasePlayer *)
408 CBaseMultiplayerPlayer::CanSpeak(void)
409 CBasePlayer::ModifyOrAppendPlayerCriteria(AI_CriteriaSet &)
410 CBasePlayer::CheckChatText(char *,int)
411 CTFPlayer::CreateRagdollEntity(void)
412 CTFPlayer::ShouldAnnounceAchievement(void)
413 CBasePlayer::EquipWearable(CWearableItem *)
414 CBasePlayer::RemoveWearable(CWearableItem *)
415 CBasePlayer::IsFollowingPhysics(void)
416 CBasePlayer::InitVCollision(Vector const&,Vector const&)
417 CBasePlayer::UpdatePhysicsShadowToCurrentPosition(void)
418 CBasePlayer::Hints(void)
419 CTFPlayer::IsReadyToPlay(void)
420 CTFPlayer::IsReadyToSpawn(void)
421 CTFPlayer::ShouldGainInstantSpawn(void)
422 CTFPlayer::ResetPerRoundStats(void)
423 CTFPlayer::ResetScores(void)
424 CBasePlayer::EquipSuit(bool)
425 CBasePlayer::RemoveSuit(void)
426 CBasePlayer::GetPlayerMaxSpeed(void)
427 CTFPlayer::CommitSuicide(bool,bool)
428 CBasePlayer::CommitSuicide(Vector const&,bool,bool)
429 CBasePlayer::IsBot(void)const
430 CBasePlayer::IsBotOfType(int)const
431 CBasePlayer::GetBotType(void)const
432 CBaseMultiplayerPlayer::GetExpresser(void)
433 CBasePlayer::SpawnArmorValue(void)const
434 CBasePlayer::NetworkStateChanged_m_ArmorValue(void)
435 CBasePlayer::NetworkStateChanged_m_ArmorValue(void *)
436 CBasePlayer::HasHaptics(void)
437 CBasePlayer::SetHaptics(bool)
438 CBasePlayer::PlayerSolidMask(bool)const
439 CAI_ExpresserHost<CBasePlayer>::NoteSpeaking(float,float)
440 CAI_ExpresserHost<CBasePlayer>::Speak(char const*,char const*,char *,unsigned int,IRecipientFilter *)
441 CAI_ExpresserHost<CBasePlayer>::PostSpeakDispatchResponse(char const*,AI_Response *)
442 CBaseMultiplayerPlayer::SpeakIfAllowed(char const*,char const*,char *,unsigned int,IRecipientFilter *)
443 CTFPlayer::SpeakConceptIfAllowed(int,char const*,char *,unsigned int,IRecipientFilter *)
444 CTFPlayer::CanBeAutobalanced(void)
445 CTFPlayer::CanSpeakVoiceCommand(void)
446 CTFPlayer::ShouldShowVoiceSubtitleToEnemy(void)
447 CTFPlayer::NoteSpokeVoiceCommand(char const*)
448 CTFPlayer::OnAchievementEarned(int)
449 CBaseMultiplayerPlayer::GetMultiplayerExpresser(void)
450 CTFPlayer::CalculateTeamBalanceScore(void)
451 CBaseMultiplayerPlayer::CreateExpresser(void)
452 CTFPlayer::DetermineAssistForKill(CTakeDamageInfo const&)
453 CTFPlayer::SetNumberofDominations(int)
454 CTFPlayer::GetNumberofDominations(void)
455 CTFPlayer::ShouldGib(CTakeDamageInfo const&,bool)
456 CTFPlayer::GetAttributeManager(void)
457 CTFPlayer::GetAttributeContainer(void)
458 CTFPlayer::GetAttributeOwner(void)
459 CTFPlayer::ReapplyProvision(void)
460 CTFPlayer::InventoryUpdated(CPlayerInventory *,EItemRequestResult)
461 CTFPlayer::SOCacheUnsubscribed(CSteamID const&)
462 CTFPlayer::GiveNamedItem(char const*,int,CScriptCreatedItem *,bool)
463 CTFPlayer::InitClass(void)
</pre>

Team Fortress 2 Item Definition Indexes

2010-08-29T17:05:54Z

DJ Tsunami:

This is a list of the item definition indexes in TF2, these are useful for distinguishing an unlockable weapon from its original (for example: The Backburner from an ordinary Flamethrower.)

This list is divided in to Weapons, Hats and Crafting Items.

Usage: <pawn>SetEntProp(edict, Prop_Send, "m_iItemDefinitionIndex", index);</pawn>

== Weapons ==

These are all of the weapons currently in TF2 and their item definition indexes.

'''0''' - Bat 
'''1''' - Bottle 
'''2''' - Fire Axe 
'''3''' - Kukri 
'''4''' - Knife 
'''5''' - Fists 
'''6''' - Shovel 
'''7''' - Wrench 
'''8''' - Bonesaw 
'''9''' - Engineer's Shotgun 
'''10''' - Soldier's Shotgun 
'''11''' - Heavy's Shotgun 
'''12''' - Pyro's Shotgun 
'''13''' - Scattergun 
'''14''' - Sniper Rifle 
'''15''' - Minigun 
'''16''' - SMG 
'''17''' - Syringe Gun 
'''18''' - Rocket Launcher 
'''19''' - Pipe Grenade Launcher 
'''20''' - Sticky Bomb Launcher 
'''21''' - Flamethrower 
'''22''' - Engineer's Pistol 
'''23''' - Scout's Pistol 
'''24''' - Spy's Pistol 
'''25''' - Builder PDA 
'''26''' - Demolisher PDA 
'''27''' - Disguise Kit PDA 
'''29''' - Medigun 
'''30''' - Cloak Watch 
'''35''' - The Kritzkrieg 
'''36''' - The Blutsauger 
'''37''' - The Ubersaw 
'''38''' - The Axtinguisher 
'''39''' - The Flaregun 
'''40''' - The Backburner 
'''41''' - Natascha 
'''42''' - Sandvich 
'''43''' - The Killer Gloves Of Boxing 
'''44''' - Sandman (Wooden Bat) 
'''45''' - Force-A-Nature 
'''46''' - Bonk! Atomic Punch 
'''56''' - Huntsman 
'''57''' - Razorback 
'''58''' - Jarate 
'''59''' - Dead Ringer 
'''60''' - Cloak And Dagger 
'''61''' - The Ambassador 
'''127''' - The Direct Hit 
'''128''' - The Equalizer 
'''129''' - The Buff Banner 
'''130''' - The Scottish Resistance 
'''131''' - Chargin' Targe 
'''132''' - The Eyelander 
'''133''' - The Gunboats 
'''140''' - The Wrangler 
'''141''' - The Frontier Justice 
'''142''' - The Gunslinger 
'''153''' - Homewrecker 
'''154''' - Pain Train 
'''155''' - The Southern Hospitality 
'''159''' - Dalokohs Bar 
'''160''' - Lugermorph 
'''161''' - Big Kill 
'''163''' - Crit-a-Cola 
'''169''' - Golden Wrench 
'''171''' - Tribalman's Shiv 
'''172''' - Scotsman's Skullcutter 

== Hats ==

These are all of the hats and wearables available in the game.

'''47''' - Demoman's 'Fro 
'''48''' - Mining Light 
'''49''' - Football Helmet 
'''50''' - Prussian Pickelhaube 
'''51''' - Pyro's Beanie 
'''52''' - Batter's Helmet 
'''53''' - Trophy Hat 
'''54''' - Soldier's Stash 
'''55''' - Fancy Fedora 
'''94''' - Texas Ten Gallon 
'''95''' - Engineer's Cap 
'''96''' - Officer's Ushanka 
'''97''' - Tough Guy's Tuque 
'''98''' - Stainless Pot 
'''99''' - Tyrant's Helm 
'''100''' - Glengarry Bonnet 
'''101''' - Vintage Tyrolean 
'''102''' - Respectless Rubber Glove 
'''103''' - Camera Beard 
'''104''' - Otolaryngologist's Mirror 
'''105''' - Brigade Helm 
'''106''' - Bonk Helm 
'''107''' - Ye Olde Baker Boy 
'''108''' - Backbiter's Billycock 
'''109''' - Professional's Panama 
'''110''' - Master's Yellow Belt 
'''111''' - Baseball Bill's Sports Shine (Hatless Scout) 
'''115''' - Halloween Hat (Only appears on Halloween) 
'''116''' - Ghastly Gibus 
'''117''' - Ritzy Rick's Hair Fixative (Hatless Sniper) 
'''118''' - Texas Slim's Dome Shine (Hatless Engineer) 
'''120''' - Scottsman's Stove Pipe 
'''121''' - Service Medal 
'''125''' - Cheater's Lament 
'''126''' - Bill's Hat 
'''134''' - J.Axer's Dapper Topper 
'''135''' - Towering Pillar of Hats 
'''136''' - Amber's Rad As All Hell Hat 
'''137''' - Noble Amassment of Hats 
'''138''' - Uncle Sam 
'''139''' - Modest Pile of Hat 
'''143''' - Earbuds 
'''144''' - Physician's Procedure Mask 
'''145''' - Hound Dog 
'''146''' - Hustler's Hallmark 
'''147''' - Magistrate's Mullet 
'''148''' - Hotrod 
'''150''' - Troublemaker's Tossle Cap 
'''151''' - Triboniophorus Tyrannus 
'''152''' - Killer's Kabuto 
'''158''' - Shooter's Sola Topi 
'''162''' - Max's Severed Head 
'''164''' - Grizzled Veteran 
'''165''' - Soldier of Fortune 
'''166''' - Mercenary 
'''170''' - Primeval Warrior 
'''174''' - Whoopee Cap 
'''175''' - Whiskered Gentleman 
'''177''' - Ze Goggles 
'''178''' - Safe'n'Sound 
'''179''' - Tippler's Tricorne 
'''180''' - Frenchman's Beret 
'''181''' - Bloke's Bucket Hat 
'''182''' - Vintage Merryweather 
'''183''' - Sergeant's Drill Hat 
'''184''' - Gentleman's Gatsby 
'''185''' - Heavy Duty Rag 
'''189''' - Alien Swarm Parasite 
'''240''' - Lumbricus Lid 

== Craft Items ==

These are the items obtained and used primarily through crafting.

'''5000''' - Scrap Metal 
'''5001''' - Reclaimed Metal 
'''5002''' - Refined Metal 
'''5003''' - Scout Class Token 
'''5004''' - Sniper Class Token 
'''5005''' - Soldier Class Token 
'''5006''' - Demoman Class Token 
'''5007''' - Heavy Class Token 
'''5008''' - Medic Class Token 
'''5009''' - Pyro Class Token 
'''5010''' - Spy Class Token 
'''5011''' - Engineer Class Token 
'''5012''' - Primary Slot Token 
'''5013''' - Secondary Slot Token 
'''5014''' - Melee Slot Token 
'''5015''' - Grenade Slot Token 
'''5016''' - Building Slot Token 
'''5017''' - PDA Slot Token 
'''5018''' - PDA2 Slot Token 
'''5019''' - Head Slot Token

Team Fortress 2 Item Definition Indexes

2010-07-29T08:48:20Z

DJ Tsunami:

This is a list of the item definition indexes in TF2, these are useful for distinguishing an unlockable weapon from its original (for example: The Backburner from an ordinary Flamethrower.)

This list is divided in to Weapons, Hats and Crafting Items.

Usage: <pawn>SetEntProp(edict, Prop_Send, "m_iItemDefinitionIndex", index);</pawn>

== Weapons ==

These are all of the weapons currently in TF2 and their item definition indexes.

'''0''' - Bat 
'''1''' - Bottle 
'''2''' - Fire Axe 
'''3''' - Kukri 
'''4''' - Knife 
'''5''' - Fists 
'''6''' - Shovel 
'''7''' - Wrench 
'''8''' - Bonesaw 
'''9''' - Engineer's Shotgun 
'''10''' - Soldier's Shotgun 
'''11''' - Heavy's Shotgun 
'''12''' - Pyro's Shotgun 
'''13''' - Scattergun 
'''14''' - Sniper Rifle 
'''15''' - Minigun 
'''16''' - SMG 
'''17''' - Syringe Gun 
'''18''' - Rocket Launcher 
'''19''' - Pipe Grenade Launcher 
'''20''' - Sticky Bomb Launcher 
'''21''' - Flamethrower 
'''22''' - Engineer's Pistol 
'''23''' - Scout's Pistol 
'''24''' - Spy's Pistol 
'''25''' - Builder PDA 
'''26''' - Demolisher PDA 
'''27''' - Disguise Kit PDA 
'''29''' - Medigun 
'''30''' - Cloak Watch 
'''35''' - The Kritzkrieg 
'''36''' - The Blutsauger 
'''37''' - The Ubersaw 
'''38''' - The Axtinguisher 
'''39''' - The Flaregun 
'''40''' - The Backburner 
'''41''' - Natascha 
'''42''' - Sandvich 
'''43''' - The Killer Gloves Of Boxing 
'''44''' - Sandman (Wooden Bat) 
'''45''' - Force-A-Nature 
'''46''' - Bonk! Atomic Punch 
'''56''' - Huntsman 
'''57''' - Razorback 
'''58''' - Jarate 
'''59''' - Dead Ringer 
'''60''' - Cloak And Dagger 
'''61''' - The Ambassador 
'''127''' - The Direct Hit 
'''128''' - The Equalizer 
'''129''' - The Buff Banner 
'''130''' - The Scottish Resistance 
'''131''' - Chargin' Targe 
'''132''' - The Eyelander 
'''133''' - The Gunboats 
'''140''' - The Wrangler 
'''141''' - The Frontier Justice 
'''142''' - The Gunslinger 
'''153''' - Homewrecker 
'''154''' - Pain Train 
'''155''' - The Southern Hospitality 
'''159''' - Dalokohs Bar 
'''160''' - Lugermorph 
'''161''' - Big Kill 
'''163''' - Crit-a-Cola 
'''169''' - Golden Wrench 
'''171''' - Tribalman's Shiv 
'''172''' - Scotsman's Skullcutter 

== Hats ==

These are all of the hats and wearables available in the game.

'''47''' - Demoman's 'Fro 
'''48''' - Mining Light 
'''49''' - Football Helmet 
'''50''' - Prussian Pickelhaube 
'''51''' - Pyro's Beanie 
'''52''' - Batter's Helmet 
'''53''' - Trophy Hat 
'''54''' - Soldier's Stash 
'''55''' - Fancy Fedora 
'''94''' - Texas Ten Gallon 
'''95''' - Engineer's Cap 
'''96''' - Officer's Ushanka 
'''97''' - Tough Guy's Tuque 
'''98''' - Stainless Pot 
'''99''' - Tyrant's Helm 
'''100''' - Glengarry Bonnet 
'''101''' - Vintage Tyrolean 
'''102''' - Respectless Rubber Glove 
'''103''' - Camera Beard 
'''104''' - Otolaryngologist's Mirror 
'''105''' - Brigade Helm 
'''106''' - Bonk Helm 
'''107''' - Ye Olde Baker Boy 
'''108''' - Backbiter's Billycock 
'''109''' - Professional's Panama 
'''110''' - Master's Yellow Belt 
'''111''' - Baseball Bill's Sports Shine (Hatless Scout) 
'''115''' - Halloween Hat (Only appears on Halloween) 
'''116''' - Ghastly Gibus 
'''117''' - Ritzy Rick's Hair Fixative (Hatless Sniper) 
'''118''' - Texas Slim's Dome Shine (Hatless Engineer) 
'''120''' - Scottsman's Stove Pipe 
'''121''' - Service Medal 
'''125''' - Cheater's Lament 
'''126''' - Bill's Hat 
'''134''' - J.Axer's Dapper Topper 
'''135''' - Towering Pillar of Hats 
'''136''' - Amber's Rad As All Hell Hat 
'''137''' - Noble Amassment of Hats 
'''138''' - Uncle Sam 
'''139''' - Modest Pile of Hat 
'''143''' - Earbuds 
'''144''' - Physician's Procedure Mask 
'''145''' - Hound Dog 
'''146''' - Hustler's Hallmark 
'''147''' - Magistrate's Mullet 
'''148''' - Hotrod 
'''150''' - Troublemaker's Tossle Cap 
'''151''' - Triboniophorus Tyrannus 
'''152''' - Killer's Kabuto 
'''158''' - Shooter's Sola Topi 
'''162''' - Max's Severed Head 
'''164''' - Grizzled Veteran 
'''165''' - Soldier of Fortune 
'''166''' - Mercenary 
'''170''' - Primeval Warrior 
'''174''' - Whoopee Cap 
'''175''' - Whiskered Gentleman 
'''177''' - Ze Goggles 
'''178''' - Safe'n'Sound 
'''179''' - Tippler's Tricorne 
'''180''' - Frenchman's Beret 
'''181''' - Bloke's Bucket Hat 
'''182''' - Vintage Merryweather 
'''183''' - Sergeant's Drill Hat 
'''184''' - Gentleman's Gatsby 
'''185''' - Heavy Duty Rag 
'''189''' - Alien Swarm Parasite 

== Craft Items ==

These are the items obtained and used primarily through crafting.

'''5000''' - Scrap Metal 
'''5001''' - Reclaimed Metal 
'''5002''' - Refined Metal 
'''5003''' - Scout Class Token 
'''5004''' - Sniper Class Token 
'''5005''' - Soldier Class Token 
'''5006''' - Demoman Class Token 
'''5007''' - Heavy Class Token 
'''5008''' - Medic Class Token 
'''5009''' - Pyro Class Token 
'''5010''' - Spy Class Token 
'''5011''' - Engineer Class Token 
'''5012''' - Primary Slot Token 
'''5013''' - Secondary Slot Token 
'''5014''' - Melee Slot Token 
'''5015''' - Grenade Slot Token 
'''5016''' - Building Slot Token 
'''5017''' - PDA Slot Token 
'''5018''' - PDA2 Slot Token 
'''5019''' - Head Slot Token

CTFPlayer Offset List (Team Fortress 2)

2010-07-09T14:45:33Z

DJ Tsunami: /* The List */

Also for use when using [[Virtual Offsets (Source Mods)|virtual offsets]].

These are the Linux offsets. Windows offsets are ''usually'' 1 less.

== The List ==
This comes from the symbol tables, so you'll have to look in the SDK for return types.

Last Updated 9 July 2010

<pre>
// Auto reconstructed from vtable block @ 0x00D85580
// from "server.so", by ida_vtables.idc
0 CTFPlayer::~CTFPlayer()
1 CTFPlayer::~CTFPlayer()
2 CBaseEntity::SetRefEHandle(CBaseHandle const&)
3 CBaseEntity::GetRefEHandle(void)const
4 CBaseEntity::GetCollideable(void)
5 CBaseEntity::GetNetworkable(void)
6 CBaseEntity::GetBaseEntity(void)
7 CBaseEntity::GetModelIndex(void)const
8 CBaseEntity::GetModelName(void)const
9 CBaseEntity::SetModelIndex(int)
10 CTFPlayer::GetServerClass(void)
11 CTFPlayer::YouForgotToImplementOrDeclareServerClass(void)
12 CTFPlayer::GetDataDescMap(void)
13 CBaseAnimating::TestCollision(Ray_t const&,unsigned int,CGameTrace &)
14 CBaseAnimating::TestHitboxes(Ray_t const&,unsigned int,CGameTrace &)
15 CBaseEntity::ComputeWorldSpaceSurroundingBox(Vector *,Vector *)
16 CTFPlayer::ShouldCollide(int,int)const
17 CBaseEntity::SetOwnerEntity(CBaseEntity*)
18 CTFPlayer::ShouldTransmit(CCheckTransmitInfo const*)
19 CBasePlayer::UpdateTransmitState(void)
20 CBaseCombatCharacter::SetTransmit(CCheckTransmitInfo *,bool)
21 CBasePlayer::GetTracerType(void)
22 CTFPlayer::Spawn(void)
23 CTFPlayer::Precache(void)
24 CBasePlayer::SetModel(char const*)
25 CBaseMultiplayerPlayer::PostConstructor(char const*)
26 CBaseEntity::PostClientActive(void)
27 CBaseEntity::ParseMapData(CEntityMapData *)
28 CBaseEntity::KeyValue(char const*,char const*)
29 CBaseEntity::KeyValue(char const*,float)
30 CBaseEntity::KeyValue(char const*,Vector const&)
31 CBaseEntity::GetKeyValue(char const*,char *,int)
32 CBasePlayer::Activate(void)
33 CBaseEntity::SetParent(CBaseEntity*,int)
34 CBasePlayer::ObjectCaps(void)
35 CBaseEntity::AcceptInput(char const*,CBaseEntity*,CBaseEntity*,variant_t,int)
36 CBaseAnimating::GetInputDispatchEffectPosition(char const*,Vector &,QAngle &)
37 CBasePlayer::DrawDebugGeometryOverlays(void)
38 CTFPlayer::DrawDebugTextOverlays(void)
39 CBasePlayer::Save(ISave &)
40 CBasePlayer::Restore(IRestore &)
41 CBasePlayer::ShouldSavePhysics(void)
42 CBaseEntity::OnSave(IEntitySaveUtils *)
43 CBasePlayer::OnRestore(void)
44 CBasePlayer::RequiredEdictIndex(void)
45 CBaseEntity::MoveDone(void)
46 CBaseEntity::Think(void)
47 CBasePlayer::NetworkStateChanged_m_nNextThinkTick(void)
48 CBasePlayer::NetworkStateChanged_m_nNextThinkTick(void *)
49 CBaseAnimating::GetBaseAnimating(void)
50 CTFPlayer::GetResponseSystem(void)
51 CAI_ExpresserHost<CBasePlayer>::DispatchResponse(char const*)
52 CBasePlayer::Classify(void)
53 CBaseEntity::DeathNotice(CBaseEntity*)
54 CBaseEntity::ShouldAttractAutoAim(CBaseEntity*)
55 CBaseEntity::GetAutoAimRadius(void)
56 CBaseEntity::GetAutoAimCenter(void)
57 CBaseEntity::GetBeamTraceFilter(void)
58 CBaseEntity::PassesDamageFilter(CTakeDamageInfo const&)
59 CTFPlayer::TraceAttack(CTakeDamageInfo const&,Vector const&,CGameTrace *)
60 CBaseEntity::CanBeHitByMeleeAttack(CBaseEntity*)
61 CTFPlayer::OnTakeDamage(CTakeDamageInfo const&)
62 CBaseEntity::AdjustDamageDirection(CTakeDamageInfo const&,Vector &,CBaseEntity*)
63 CTFPlayer::TakeHealth(float,int)
64 CBaseEntity::IsAlive(void)
65 CTFPlayer::Event_Killed(CTakeDamageInfo const&)
66 CTFPlayer::Event_KilledOther(CBaseEntity *,CTakeDamageInfo const&)
67 CBaseCombatCharacter::BloodColor(void)
68 CBaseEntity::IsTriggered(CBaseEntity*)
69 CBaseEntity::IsNPC(void)const
70 CBaseCombatCharacter::MyCombatCharacterPointer(void)
71 CBaseEntity::MyNextBotPointer(void)
72 CBaseEntity::GetDelay(void)
73 CBaseEntity::IsMoving(void)
74 CBaseEntity::DamageDecal(int,int)
75 CBaseEntity::DecalTrace(CGameTrace *,char const*)
76 CBaseEntity::ImpactTrace(CGameTrace *,int,char *)
77 CBaseEntity::OnControls(CBaseEntity*)
78 CBaseEntity::HasTarget(string_t)
79 CBasePlayer::IsPlayer(void)const
80 CBasePlayer::IsNetClient(void)const
81 CBaseEntity::IsTemplate(void)
82 CBaseEntity::IsBaseObject(void)const
83 CBaseEntity::IsBaseTrain(void)const
84 CBaseEntity::IsBaseCombatWeapon(void)const
85 CBaseEntity::IsWearable(void)const
86 CBaseEntity::MyCombatWeaponPointer(void)
87 CBaseEntity::GetServerVehicle(void)
88 CBaseEntity::IsViewable(void)
89 CTFPlayer::ChangeTeam(int)
90 CBaseEntity::OnEntityEvent(EntityEvent_t,void *)
91 CBaseEntity::CanStandOn(CBaseEntity*)const
92 CBaseEntity::CanStandOn(edict_t *)const
93 CBaseEntity::GetEnemy(void)
94 CBaseEntity::GetEnemy(void)const
95 CBaseEntity::Use(CBaseEntity*,CBaseEntity*,USE_TYPE,float)
96 CBaseEntity::StartTouch(CBaseEntity*)
97 CTFPlayer::Touch(CBaseEntity *)
98 CBaseEntity::EndTouch(CBaseEntity*)
99 CBaseEntity::StartBlocked(CBaseEntity*)
100 CBaseEntity::Blocked(CBaseEntity*)
101 CBaseEntity::EndBlocked(void)
102 CBasePlayer::PhysicsSimulate(void)
103 CTFPlayer::UpdateOnRemove(void)
104 CBaseEntity::StopLoopingSounds(void)
105 CBaseEntity::SUB_AllowedToFade(void)
106 CBaseFlex::Teleport(Vector const*,QAngle const*,Vector const*)
107 CBaseEntity::NotifySystemEvent(CBaseEntity*,notify_system_event_t,notify_system_event_params_t const&)
108 CBasePlayer::MakeTracer(Vector const&,CGameTrace const&,int)
109 CBaseEntity::GetTracerAttachment(void)
110 CBaseEntity::FireBullets(FireBulletsInfo_t const&)
111 CBasePlayer::DoImpactEffect(CGameTrace &,int)
112 CBaseEntity::ModifyFireBulletsDamage(CTakeDamageInfo *)
113 CBaseEntity::Respawn(void)
114 CBaseEntity::IsLockedByMaster(void)
115 CTFPlayer::GetMaxHealth(void)const
116 CTFPlayer::ModifyOrAppendCriteria(AI_CriteriaSet &)
117 CBaseEntity::NetworkStateChanged_m_iMaxHealth(void)
118 CBaseEntity::NetworkStateChanged_m_iMaxHealth(void *)
119 CBasePlayer::NetworkStateChanged_m_iHealth(void)
120 CBasePlayer::NetworkStateChanged_m_iHealth(void *)
121 CBasePlayer::NetworkStateChanged_m_lifeState(void)
122 CBasePlayer::NetworkStateChanged_m_lifeState(void *)
123 CBaseEntity::NetworkStateChanged_m_takedamage(void)
124 CBaseEntity::NetworkStateChanged_m_takedamage(void *)
125 CBaseEntity::GetDamageType(void)const
126 CBaseEntity::GetDamage(void)
127 CBaseEntity::SetDamage(float)
128 CBasePlayer::EyePosition(void)
129 CBasePlayer::EyeAngles(void)
130 CBasePlayer::LocalEyeAngles(void)
131 CBaseEntity::EarPosition(void)
132 CBasePlayer::BodyTarget(Vector const&,bool)
133 CBaseEntity::HeadTarget(Vector const&)
134 CBaseEntity::GetVectors(Vector *,Vector *,Vector *)const
135 CBaseEntity::GetViewOffset(void)const
136 CBaseEntity::SetViewOffset(Vector const&)
137 CBasePlayer::GetSmoothedVelocity(void)
138 CBaseAnimating::GetVelocity(Vector *,Vector *)
139 CBaseCombatCharacter::FVisible(CBaseEntity *,int,CBaseEntity **)
140 CBaseCombatCharacter::FVisible(Vector const&,int,CBaseEntity **)
141 CBaseEntity::CanBeSeenBy(CAI_BaseNPC *)
142 CBaseEntity::GetAttackDamageScale(CBaseEntity*)
143 CBaseEntity::GetReceivedDamageScale(CBaseEntity*)
144 CBaseEntity::GetGroundVelocityToApply(Vector &)
145 CBaseEntity::PhysicsSplash(Vector const&,Vector const&,float,float)
146 CBaseEntity::Splash(void)
147 CBaseEntity::WorldSpaceCenter(void)const
148 CBaseEntity::GetSoundEmissionOrigin(void)const
149 CTFPlayer::IsDeflectable(void)
150 CBaseEntity::Deflected(CBaseEntity*,Vector &)
151 CBaseEntity::CreateVPhysics(void)
152 CBaseEntity::ForceVPhysicsCollide(CBaseEntity*)
153 CBasePlayer::VPhysicsDestroyObject(void)
154 CBasePlayer::VPhysicsUpdate(IPhysicsObject *)
155 CBaseEntity::VPhysicsTakeDamage(CTakeDamageInfo const&)
156 CBaseCombatCharacter::VPhysicsShadowCollision(int,gamevcollisionevent_t *)
157 CBasePlayer::VPhysicsShadowUpdate(IPhysicsObject *)
158 CBasePlayer::VPhysicsCollision(int,gamevcollisionevent_t *)
159 CBaseEntity::VPhysicsFriction(IPhysicsObject *,float,int,int)
160 CBaseEntity::UpdatePhysicsShadowToCurrentPosition(float)
161 CBaseEntity::VPhysicsGetObjectList(IPhysicsObject **,int)
162 CBaseEntity::VPhysicsIsFlesh(void)
163 CBaseEntity::HasPhysicsAttacker(float)
164 CBasePlayer::PhysicsSolidMaskForEntity(void)const
165 CBaseEntity::ResolveFlyCollisionCustom(CGameTrace &,Vector &)
166 CBaseEntity::PerformCustomPhysics(Vector *,Vector *,QAngle *,QAngle *)
167 CBaseAnimating::GetStepOrigin(void)const
168 CBaseAnimating::GetStepAngles(void)const
169 CBaseEntity::ShouldDrawWaterImpacts(void)
170 CBasePlayer::NetworkStateChanged_m_fFlags(void)
171 CBasePlayer::NetworkStateChanged_m_fFlags(void *)
172 CBasePlayer::NetworkStateChanged_m_nWaterLevel(void)
173 CBasePlayer::NetworkStateChanged_m_nWaterLevel(void *)
174 CBasePlayer::NetworkStateChanged_m_hGroundEntity(void)
175 CBasePlayer::NetworkStateChanged_m_hGroundEntity(void *)
176 CBasePlayer::NetworkStateChanged_m_vecBaseVelocity(void)
177 CBasePlayer::NetworkStateChanged_m_vecBaseVelocity(void *)
178 CBasePlayer::NetworkStateChanged_m_flFriction(void)
179 CBasePlayer::NetworkStateChanged_m_flFriction(void *)
180 CBasePlayer::NetworkStateChanged_m_vecVelocity(void)
181 CBasePlayer::NetworkStateChanged_m_vecVelocity(void *)
182 CBasePlayer::NetworkStateChanged_m_vecViewOffset(void)
183 CBasePlayer::NetworkStateChanged_m_vecViewOffset(void *)
184 CBaseAnimating::GetIdealSpeed(void)const
185 CBaseAnimating::GetIdealAccel(void)const
186 CBaseAnimatingOverlay::StudioFrameAdvance(void)
187 CBaseAnimating::IsActivityFinished(void)
188 CBaseAnimating::GetSequenceGroundSpeed(CStudioHdr *,int)
189 CBaseAnimating::ClampRagdollForce(Vector const&,Vector*)
190 CBaseAnimating::BecomeRagdollOnClient(Vector const&)
191 CBaseAnimating::IsRagdoll(void)
192 CBaseAnimating::CanBecomeRagdoll(void)
193 CBaseAnimatingOverlay::GetSkeleton(CStudioHdr *,Vector *,Quaternion *,int)
194 CBaseAnimating::GetBoneTransform(int,matrix3x4_t &)
195 CBaseAnimating::SetupBones(matrix3x4_t *,int)
196 CBaseAnimating::CalculateIKLocks(float)
197 CBaseAnimatingOverlay::DispatchAnimEvents(CBaseAnimating *)
198 CBasePlayer::HandleAnimEvent(animevent_t *)
199 CBaseAnimating::PopulatePoseParameters(void)
200 CBaseAnimating::GetAttachment(int,matrix3x4_t &)
201 CBaseAnimating::InitBoneControllers(void)
202 CBaseAnimating::GetGroundSpeedVelocity(void)
203 CBaseAnimating::Ignite(float,bool,float,bool)
204 CBaseAnimating::IgniteLifetime(float)
205 CBaseAnimating::IgniteNumHitboxFires(int)
206 CBaseAnimating::IgniteHitboxFireScale(float)
207 CBaseAnimating::Extinguish(void)
208 CBaseCombatCharacter::SetLightingOriginRelative(CBaseEntity *)
209 CBaseAnimating::SetLightingOrigin(CBaseEntity *)
210 CBaseFlex::SetViewtarget(Vector const&)
211 CBaseFlex::StartSceneEvent(CSceneEventInfo *,CChoreoScene *,CChoreoEvent *,CChoreoActor *,CBaseEntity *)
212 CBaseFlex::ProcessSceneEvents(void)
213 CBaseFlex::ProcessSceneEvent(CSceneEventInfo *,CChoreoScene *,CChoreoEvent *)
214 CBaseFlex::ClearSceneEvent(CSceneEventInfo *,bool,bool)
215 CBaseFlex::CheckSceneEventCompletion(CSceneEventInfo *,float,CChoreoScene *,CChoreoEvent *)
216 CTFPlayer::PlayScene(char const*,float,AI_Response *,IRecipientFilter *)
217 CBaseFlex::PlayAutoGeneratedSoundScene(char const*)
218 CBasePlayer::GetPhysicsImpactDamageTable(void)
219 CBaseCombatCharacter::FInViewCone(CBaseEntity *)
220 CBaseCombatCharacter::FInViewCone(Vector const&)
221 CBaseCombatCharacter::FInAimCone(CBaseEntity *)
222 CBaseCombatCharacter::FInAimCone(Vector const&)
223 CBaseCombatCharacter::ShouldShootMissTarget(CBaseCombatCharacter*)
224 CBaseCombatCharacter::FindMissTarget(void)
225 CBaseCombatCharacter::HandleInteraction(int,void *,CBaseCombatCharacter*)
226 CBasePlayer::BodyAngles(void)
227 CBaseCombatCharacter::BodyDirection2D(void)
228 CBaseCombatCharacter::BodyDirection3D(void)
229 CBaseCombatCharacter::HeadDirection2D(void)
230 CBaseCombatCharacter::HeadDirection3D(void)
231 CBaseCombatCharacter::EyeDirection2D(void)
232 CBaseCombatCharacter::EyeDirection3D(void)
233 CBaseCombatCharacter::IsHiddenByFog(Vector const&)const
234 CBaseCombatCharacter::IsHiddenByFog(CBaseEntity *)const
235 CBaseCombatCharacter::IsHiddenByFog(float)const
236 CBaseCombatCharacter::GetFogObscuredRatio(Vector const&)const
237 CBaseCombatCharacter::GetFogObscuredRatio(CBaseEntity *)const
238 CBaseCombatCharacter::GetFogObscuredRatio(float)const
239 CBaseCombatCharacter::IsLookingTowards(CBaseEntity const*,float)const
240 CBaseCombatCharacter::IsLookingTowards(Vector const&,float)const
241 CBaseCombatCharacter::IsInFieldOfView(CBaseEntity *)const
242 CBaseCombatCharacter::IsInFieldOfView(Vector const&)const
243 CBaseCombatCharacter::IsLineOfSightClear(CBaseEntity *,CBaseCombatCharacter::LineOfSightCheckType)const
244 CBaseCombatCharacter::IsLineOfSightClear(Vector const&,CBaseCombatCharacter::LineOfSightCheckType,CBaseEntity *)const
245 CTFPlayer::GiveAmmo(int,int,bool)
246 CBaseCombatCharacter::NPC_TranslateActivity(Activity)
247 CBaseCombatCharacter::Weapon_TranslateActivity(Activity,bool *)
248 CTFPlayer::Weapon_FrameUpdate(void)
249 CTFPlayer::Weapon_HandleAnimEvent(animevent_t *)
250 CBasePlayer::Weapon_CanUse(CBaseCombatWeapon *)
251 CBasePlayer::Weapon_Equip(CBaseCombatWeapon *)
252 CBaseCombatCharacter::Weapon_EquipAmmoOnly(CBaseCombatWeapon *)
253 CTFPlayer::Weapon_Drop(CBaseCombatWeapon *,Vector const*,Vector const*)
254 CTFPlayer::Weapon_Switch(CBaseCombatWeapon *,int)
255 CBasePlayer::Weapon_ShootPosition(void)
256 CTFPlayer::Weapon_CanSwitchTo(CBaseCombatWeapon *)
257 CBaseCombatCharacter::Weapon_SlotOccupied(CBaseCombatWeapon *)
258 CBaseCombatCharacter::Weapon_GetSlot(int)const
259 CBaseCombatCharacter::AddPlayerItem(CBaseCombatWeapon *)
260 CBasePlayer::RemovePlayerItem(CBaseCombatWeapon *)
261 CBaseCombatCharacter::CanBecomeServerRagdoll(void)
262 CTFPlayer::OnTakeDamage_Alive(CTakeDamageInfo const&)
263 CBaseCombatCharacter::OnTakeDamage_Dying(CTakeDamageInfo const&)
264 CBaseCombatCharacter::OnTakeDamage_Dead(CTakeDamageInfo const&)
265 CBaseCombatCharacter::GetAliveDuration(void)const
266 CBaseCombatCharacter::OnFriendDamaged(CBaseCombatCharacter*,CBaseEntity *)
267 CBaseCombatCharacter::NotifyFriendsOfDamage(CBaseEntity *)
268 CBaseCombatCharacter::HasEverBeenInjured(int)const
269 CBaseCombatCharacter::GetTimeSinceLastInjury(int)const
270 CBaseCombatCharacter::OnPlayerKilledOther(CBaseEntity *,CTakeDamageInfo const&)
271 CBaseCombatCharacter::GetDeathActivity(void)
272 CBaseCombatCharacter::CorpseGib(CTakeDamageInfo const&)
273 CBaseCombatCharacter::CorpseFade(void)
274 CBaseCombatCharacter::HasHumanGibs(void)
275 CBaseCombatCharacter::HasAlienGibs(void)
276 CBaseCombatCharacter::ShouldGib(CTakeDamageInfo const&)
277 CBaseCombatCharacter::OnKilledNPC(CBaseCombatCharacter*)
278 CBaseCombatCharacter::Event_Gibbed(CTakeDamageInfo const&)
279 CBasePlayer::Event_Dying(void)
280 CBaseCombatCharacter::BecomeRagdoll(CTakeDamageInfo const&,Vector const&)
281 CBaseCombatCharacter::FixupBurningServerRagdoll(CBaseEntity *)
282 CBaseCombatCharacter::BecomeRagdollBoogie(CBaseEntity *,Vector const&,float,int)
283 CBaseCombatCharacter::CheckTraceHullAttack(float,Vector const&,Vector const&,int,int,float,bool)
284 CBaseCombatCharacter::CheckTraceHullAttack(Vector const&,Vector const&,Vector const&,Vector const&,int,int,float,bool)
285 CBaseCombatCharacter::PushawayTouch(CBaseEntity *)
286 CBaseCombatCharacter::IRelationType(CBaseEntity *)
287 CBaseCombatCharacter::IRelationPriority(CBaseEntity *)
288 CBasePlayer::IsInAVehicle(void)const
289 CBasePlayer::GetVehicle(void)
290 CBasePlayer::GetVehicleEntity(void)
291 CBaseCombatCharacter::ExitVehicle(void)
292 CTFPlayer::RemoveAllWeapons(void)
293 CBaseCombatCharacter::CalcWeaponProficiency(CBaseCombatWeapon *)
294 CBaseCombatCharacter::GetAttackSpread(CBaseCombatWeapon *,CBaseEntity *)
295 CBaseCombatCharacter::GetSpreadBias(CBaseCombatWeapon *,CBaseEntity *)
296 CBasePlayer::DoMuzzleFlash(void)
297 CBaseCombatCharacter::AddEntityRelationship(CBaseEntity *,Disposition_t,int)
298 CBaseCombatCharacter::RemoveEntityRelationship(CBaseEntity *)
299 CBaseCombatCharacter::AddClassRelationship(Class_T,Disposition_t,int)
300 CBaseCombatCharacter::OnChangeActiveWeapon(CBaseCombatWeapon *,CBaseCombatWeapon *)
301 CBaseCombatCharacter::GetLastKnownArea(void)const
302 CBaseCombatCharacter::IsAreaTraversable(CNavArea const*)const
303 CBaseCombatCharacter::ClearLastKnownArea(void)
304 CBaseCombatCharacter::UpdateLastKnownArea(void)
305 CTFPlayer::OnNavAreaChanged(CNavArea *,CNavArea *)
306 CBaseCombatCharacter::OnNavAreaRemoved(CNavArea *)
307 CBaseCombatCharacter::OnPursuedBy(INextBot *)
308 CBasePlayer::NetworkStateChanged_m_iAmmo(void)
309 CBasePlayer::NetworkStateChanged_m_iAmmo(void *)
310 CTFPlayer::CreateViewModel(int)
311 CBasePlayer::SetupVisibility(CBaseEntity *,unsigned char *,int)
312 CTFPlayer::WantsLagCompensationOnEntity(CBasePlayer const*,CUserCmd const*,CBitVec<2048> const*)const
313 CBasePlayer::SharedSpawn(void)
314 CTFPlayer::ForceRespawn(void)
315 CTFPlayer::InitialSpawn(void)
316 CBasePlayer::InitHUD(void)
317 CBasePlayer::ShowViewPortPanel(char const*,bool,KeyValues *)
318 CTFPlayer::PlayerDeathThink(void)
319 CBasePlayer::Jump(void)
320 CBasePlayer::Duck(void)
321 CTFPlayer::PreThink(void)
322 CTFPlayer::PostThink(void)
323 CTFPlayer::DamageEffect(float,int)
324 CTFPlayer::OnDamagedByExplosion(CTakeDamageInfo const&)
325 CBasePlayer::ShouldFadeOnDeath(void)
326 CBasePlayer::IsFakeClient(void)const
327 CBasePlayer::GetPlayerMins(void)const
328 CBasePlayer::GetPlayerMaxs(void)const
329 CBasePlayer::CalcRoll(QAngle const&,Vector const&,float,float)
330 CBasePlayer::PackDeadPlayerItems(void)
331 CTFPlayer::RemoveAllItems(bool)
332 CBasePlayer::Weapon_SetLast(CBaseCombatWeapon *)
333 CTFPlayer::Weapon_ShouldSetLast(CBaseCombatWeapon *,CBaseCombatWeapon *)
334 CBasePlayer::Weapon_ShouldSelectItem(CBaseCombatWeapon *)
335 CBasePlayer::OnMyWeaponFired(CBaseCombatWeapon *)
336 CBasePlayer::GetTimeSinceWeaponFired(void)const
337 CBasePlayer::IsFiringWeapon(void)const
338 CBasePlayer::UpdateClientData(void)
339 CBasePlayer::ExitLadder(void)
340 CBasePlayer::GetLadderSurface(Vector const&)
341 CBasePlayer::SetFlashlightEnabled(bool)
342 CTFPlayer::FlashlightIsOn(void)
343 CTFPlayer::FlashlightTurnOn(void)
344 CTFPlayer::FlashlightTurnOff(void)
345 CBasePlayer::IsIlluminatedByFlashlight(CBaseEntity *,float *)
346 CBasePlayer::UpdateStepSound(surfacedata_t *,Vector const&,Vector const&)
347 CBasePlayer::PlayStepSound(Vector &,surfacedata_t *,float,bool)
348 CTFPlayer::GetStepSoundVelocities(float *,float *)
349 CTFPlayer::SetStepSoundTime(stepsoundtimes_t,bool)
350 CTFPlayer::DeathSound(CTakeDamageInfo const&)
351 CTFPlayer::SetAnimation(PLAYER_ANIM)
352 CBasePlayer::ImpulseCommands(void)
353 CTFPlayer::CheatImpulseCommands(int)
354 CTFPlayer::ClientCommand(CCommand const&)
355 CBasePlayer::StartObserverMode(int)
356 CBasePlayer::StopObserverMode(void)
357 CTFPlayer::ModeWantsSpectatorGUI(int)
358 CTFPlayer::SetObserverMode(int)
359 CBasePlayer::GetObserverMode(void)
360 CTFPlayer::SetObserverTarget(CBaseEntity *)
361 CBasePlayer::ObserverUse(bool)
362 CBasePlayer::GetObserverTarget(void)
363 CTFPlayer::FindNextObserverTarget(bool)
364 CTFPlayer::GetNextObserverSearchStartPoint(bool)
365 CTFPlayer::IsValidObserverTarget(CBaseEntity *)
366 CTFPlayer::CheckObserverSettings(void)
367 CBasePlayer::JumptoPosition(Vector const&,QAngle const&)
368 CBasePlayer::ForceObserverMode(int)
369 CBasePlayer::ResetObserverMode(void)
370 CTFPlayer::ValidateCurrentObserverTarget(void)
371 CTFPlayer::AttemptToExitFreezeCam(void)
372 CBasePlayer::StartReplayMode(float,float,int)
373 CBasePlayer::StopReplayMode(void)
374 CBasePlayer::GetDelayTicks(void)
375 CBasePlayer::GetReplayEntity(void)
376 CBasePlayer::CreateCorpse(void)
377 CTFPlayer::EntSelectSpawnPoint(void)
378 CBasePlayer::GetInVehicle(IServerVehicle *,int)
379 CBasePlayer::LeaveVehicle(Vector const&,QAngle const&)
380 CBasePlayer::OnVehicleStart(void)
381 CBasePlayer::OnVehicleEnd(Vector &)
382 CTFPlayer::BumpWeapon(CBaseCombatWeapon *)
383 CBasePlayer::SelectLastItem(void)
384 CBasePlayer::SelectItem(char const*,int)
385 CTFPlayer::ItemPostFrame(void)
386 CBasePlayer::GiveNamedItem(char const*,int)
387 CBasePlayer::CheckTrainUpdate(void)
388 CBasePlayer::SetPlayerUnderwater(bool)
389 CBasePlayer::CanBreatheUnderwater(void)const
390 CTFPlayer::PlayerUse(void)
391 CBasePlayer::PlayUseDenySound(void)
392 CBasePlayer::FindUseEntity(void)
393 CBasePlayer::IsUseableEntity(CBaseEntity *,unsigned int)
394 CBasePlayer::PickupObject(CBaseEntity *,bool)
395 CBasePlayer::ForceDropOfCarriedPhysObjects(CBaseEntity *)
396 CBasePlayer::GetHeldObjectMass(IPhysicsObject *)
397 CBasePlayer::UpdateGeigerCounter(void)
398 CBasePlayer::GetAutoaimVector(float)
399 CBasePlayer::GetAutoaimVector(float,float)
400 CBasePlayer::GetAutoaimVector(autoaim_params_t &)
401 CBasePlayer::ShouldAutoaim(void)
402 CBasePlayer::ForceClientDllUpdate(void)
403 CBasePlayer::ProcessUsercmds(CUserCmd *,int,int,int,bool)
404 CBasePlayer::PlayerRunCommand(CUserCmd *,IMoveHelper *)
405 CTFPlayer::ChangeTeam(int,bool,bool)
406 CTFPlayer::CanHearAndReadChatFrom(CBasePlayer *)
407 CBaseMultiplayerPlayer::CanSpeak(void)
408 CBasePlayer::ModifyOrAppendPlayerCriteria(AI_CriteriaSet &)
409 CBasePlayer::CheckChatText(char *,int)
410 CTFPlayer::CreateRagdollEntity(void)
411 CTFPlayer::ShouldAnnounceAchievement(void)
412 CBasePlayer::EquipWearable(CWearableItem *)
413 CBasePlayer::RemoveWearable(CWearableItem *)
414 CBasePlayer::IsFollowingPhysics(void)
415 CBasePlayer::InitVCollision(Vector const&,Vector const&)
416 CBasePlayer::UpdatePhysicsShadowToCurrentPosition(void)
417 CBasePlayer::Hints(void)
418 CTFPlayer::IsReadyToPlay(void)
419 CTFPlayer::IsReadyToSpawn(void)
420 CTFPlayer::ShouldGainInstantSpawn(void)
421 CTFPlayer::ResetPerRoundStats(void)
422 CTFPlayer::ResetScores(void)
423 CBasePlayer::EquipSuit(bool)
424 CBasePlayer::RemoveSuit(void)
425 CTFPlayer::CommitSuicide(bool,bool)
426 CBasePlayer::CommitSuicide(Vector const&,bool,bool)
427 CBasePlayer::IsBot(void)const
428 CBasePlayer::IsBotOfType(int)const
429 CBasePlayer::GetBotType(void)const
430 CBaseMultiplayerPlayer::GetExpresser(void)
431 CBasePlayer::SpawnArmorValue(void)const
432 CBasePlayer::NetworkStateChanged_m_ArmorValue(void)
433 CBasePlayer::NetworkStateChanged_m_ArmorValue(void *)
434 CBasePlayer::HasHaptics(void)
435 CBasePlayer::SetHaptics(bool)
436 CBasePlayer::PlayerSolidMask(bool)const
437 CAI_ExpresserHost<CBasePlayer>::NoteSpeaking(float,float)
438 CAI_ExpresserHost<CBasePlayer>::Speak(char const*,char const*,char *,unsigned int,IRecipientFilter *)
439 CAI_ExpresserHost<CBasePlayer>::PostSpeakDispatchResponse(char const*,AI_Response *)
440 CBaseMultiplayerPlayer::SpeakIfAllowed(char const*,char const*,char *,unsigned int,IRecipientFilter *)
441 CTFPlayer::SpeakConceptIfAllowed(int,char const*,char *,unsigned int,IRecipientFilter *)
442 CTFPlayer::CanSpeakVoiceCommand(void)
443 CTFPlayer::ShouldShowVoiceSubtitleToEnemy(void)
444 CTFPlayer::NoteSpokeVoiceCommand(char const*)
445 CTFPlayer::OnAchievementEarned(int)
446 CBaseMultiplayerPlayer::GetMultiplayerExpresser(void)
447 CTFPlayer::CalculateTeamBalanceScore(void)
448 CBaseMultiplayerPlayer::CreateExpresser(void)
449 CTFPlayer::DetermineAssistForKill(CTakeDamageInfo const&)
450 CTFPlayer::SetNumberofDominations(int)
451 CTFPlayer::GetNumberofDominations(void)
452 CTFPlayer::ShouldGib(CTakeDamageInfo const&,bool)
453 CTFPlayer::GetAttributeManager(void)
454 CTFPlayer::GetAttributeContainer(void)
455 CTFPlayer::GetAttributeOwner(void)
456 CTFPlayer::ReapplyProvision(void)
457 CTFPlayer::InventoryUpdated(CPlayerInventory *,EItemRequestResult)
458 CTFPlayer::SOCacheUnsubscribed(CSteamID const&)
459 CTFPlayer::GiveNamedItem(char const*,int,CScriptCreatedItem *,bool)
460 CTFPlayer::InitClass(void)
</pre>

Team Fortress 2 Item Definition Indexes

2010-07-04T17:46:39Z

DJ Tsunami:

This is a list of the item definition indexes in TF2, these are useful for distinguishing an unlockable weapon from its original (for example: The Backburner from an ordinary Flamethrower.)

This list is divided in to Weapons, Hats and Crafting Items.

Usage: <pawn>SetEntProp(edict, Prop_Send, "m_iItemDefinitionIndex", index);</pawn>

== Weapons ==

These are all of the weapons currently in TF2 and their item definition indexes.

'''0''' - Bat 
'''1''' - Bottle 
'''2''' - Fire Axe 
'''3''' - Kukri 
'''4''' - Knife 
'''5''' - Fists 
'''6''' - Shovel 
'''7''' - Wrench 
'''8''' - Bonesaw 
'''9''' - Engineer's Shotgun 
'''10''' - Soldier's Shotgun 
'''11''' - Heavy's Shotgun 
'''12''' - Pyro's Shotgun 
'''13''' - Scattergun 
'''14''' - Sniper Rifle 
'''15''' - Minigun 
'''16''' - SMG 
'''17''' - Syringe Gun 
'''18''' - Rocket Launcher 
'''19''' - Pipe Grenade Launcher 
'''20''' - Sticky Bomb Launcher 
'''21''' - Flamethrower 
'''22''' - Engineer's Pistol 
'''23''' - Scout's Pistol 
'''24''' - Spy's Pistol 
'''25''' - Builder PDA 
'''26''' - Demolisher PDA 
'''27''' - Disguise Kit PDA 
'''29''' - Medigun 
'''30''' - Cloak Watch 
'''35''' - The Kritzkrieg 
'''36''' - The Blutsauger 
'''37''' - The Ubersaw 
'''38''' - The Axtinguisher 
'''39''' - The Flaregun 
'''40''' - The Backburner 
'''41''' - Natascha 
'''42''' - Sandvich 
'''43''' - The Killer Gloves Of Boxing 
'''44''' - Sandman (Wooden Bat) 
'''45''' - Force-A-Nature 
'''46''' - Bonk! Atomic Punch 
'''56''' - Huntsman 
'''57''' - Razorback 
'''58''' - Jarate 
'''59''' - Dead Ringer 
'''60''' - Cloak And Dagger 
'''61''' - The Ambassador 
'''127''' - The Direct Hit 
'''128''' - The Equalizer 
'''129''' - The Buff Banner 
'''130''' - The Scottish Resistance 
'''131''' - Chargin' Targe 
'''132''' - The Eyelander 
'''133''' - The Gunboats 
'''153''' - Homewrecker 
'''154''' - Pain Train 
'''159''' - Dalokohs Bar 
'''160''' - Lugermorph 
'''161''' - Big Kill 
'''163''' - Crit-a-Cola 
'''169''' - Golden Wrench 
'''171''' - Tribalman's Shiv 
'''172''' - Scotsman's Skullcutter 

== Hats ==

These are all of the hats and wearables available in the game.

'''47''' - Demoman's 'Fro 
'''48''' - Mining Light 
'''49''' - Football Helmet 
'''50''' - Prussian Pickelhaube 
'''51''' - Pyro's Beanie 
'''52''' - Batter's Helmet 
'''53''' - Trophy Hat 
'''54''' - Soldier's Stash 
'''55''' - Fancy Fedora 
'''94''' - Texas Ten Gallon 
'''95''' - Engineer's Cap 
'''96''' - Officer's Ushanka 
'''97''' - Tough Guy's Tuque 
'''98''' - Stainless Pot 
'''99''' - Tyrant's Helm 
'''100''' - Glengarry Bonnet 
'''101''' - Vintage Tyrolean 
'''102''' - Respectless Rubber Glove 
'''103''' - Camera Beard 
'''104''' - Otolaryngologist's Mirror 
'''105''' - Brigade Helm 
'''106''' - Bonk Helm 
'''107''' - Ye Olde Baker Boy 
'''108''' - Backbiter's Billycock 
'''109''' - Professional's Panama 
'''110''' - Master's Yellow Belt 
'''111''' - Baseball Bill's Sports Shine (Hatless Scout) 
'''115''' - Halloween Hat (Only appears on Halloween) 
'''116''' - Ghastly Gibus 
'''117''' - Ritzy Rick's Hair Fixative (Hatless Sniper) 
'''118''' - Texas Slim's Dome Shine (Hatless Engineer) 
'''120''' - Scottsman's Stove Pipe 
'''121''' - Service Medal 
'''125''' - Cheater's Lament 
'''126''' - Bill's Hat 
'''134''' - J.Axer's Dapper Topper 
'''135''' - Towering Pillar of Hats 
'''136''' - Amber's Rad As All Hell Hat 
'''137''' - Noble Amassment of Hats 
'''138''' - Uncle Sam 
'''139''' - Modest Pile of Hat 
'''143''' - Earbuds 
'''144''' - Physician's Procedure Mask 
'''145''' - Hound Dog 
'''146''' - Hustler's Hallmark 
'''147''' - Magistrate's Mullet 
'''148''' - Hotrod 
'''150''' - Troublemaker's Tossle Cap 
'''151''' - Triboniophorus Tyrannus 
'''152''' - Killer's Kabuto 
'''158''' - Shooter's Sola Topi 
'''162''' - Max's Severed Head 
'''164''' - Grizzled Veteran 
'''165''' - Soldier of Fortune 
'''166''' - Mercenary 
'''170''' - Primeval Warrior 
'''174''' - Whoopee Cap 
'''175''' - Whiskered Gentleman 
'''177''' - Ze Goggles 
'''178''' - Safe'n'Sound 
'''179''' - Tippler's Tricorne 
'''180''' - Frenchman's Beret 
'''181''' - Bloke's Bucket Hat 
'''182''' - Vintage Merryweather 
'''183''' - Sergeant's Drill Hat 
'''184''' - Gentleman's Gatsby 
'''185''' - Heavy Duty Rag 

== Craft Items ==

These are the items obtained and used primarily through crafting.

'''5000''' - Scrap Metal 
'''5001''' - Reclaimed Metal 
'''5002''' - Refined Metal 
'''5003''' - Scout Class Token 
'''5004''' - Sniper Class Token 
'''5005''' - Soldier Class Token 
'''5006''' - Demoman Class Token 
'''5007''' - Heavy Class Token 
'''5008''' - Medic Class Token 
'''5009''' - Pyro Class Token 
'''5010''' - Spy Class Token 
'''5011''' - Engineer Class Token 
'''5012''' - Primary Slot Token 
'''5013''' - Secondary Slot Token 
'''5014''' - Melee Slot Token 
'''5015''' - Grenade Slot Token 
'''5016''' - Building Slot Token 
'''5017''' - PDA Slot Token 
'''5018''' - PDA2 Slot Token 
'''5019''' - Head Slot Token

Team Fortress 2 Item Definition Indexes

2010-06-13T08:19:48Z

DJ Tsunami:

This is a list of the item definition indexes in TF2, these are useful for distinguishing an unlockable weapon from its original (for example: The Backburner from an ordinary Flamethrower.)

This list is divided in to Weapons, Hats and Crafting Items.

Usage: <pawn>SetEntProp(edict, Prop_Send, "m_iItemDefinitionIndex", index);</pawn>

== Weapons ==

These are all of the weapons currently in TF2 and their item definition indexes.

'''0''' - Bat 
'''1''' - Bottle 
'''2''' - Fire Axe 
'''3''' - Kukri 
'''4''' - Knife 
'''5''' - Fists 
'''6''' - Shovel 
'''7''' - Wrench 
'''8''' - Bonesaw 
'''9''' - Engineer's Shotgun 
'''10''' - Soldier's Shotgun 
'''11''' - Heavy's Shotgun 
'''12''' - Pyro's Shotgun 
'''13''' - Scattergun 
'''14''' - Sniper Rifle 
'''15''' - Minigun 
'''16''' - SMG 
'''17''' - Syringe Gun 
'''18''' - Rocket Launcher 
'''19''' - Pipe Grenade Launcher 
'''20''' - Sticky Bomb Launcher 
'''21''' - Flamethrower 
'''22''' - Engineer's Pistol 
'''23''' - Scout's Pistol 
'''24''' - Spy's Pistol 
'''25''' - Builder PDA 
'''26''' - Demolisher PDA 
'''27''' - Disguise Kit PDA 
'''29''' - Medigun 
'''30''' - Cloak Watch 
'''35''' - The Kritzkrieg 
'''36''' - The Blutsauger 
'''37''' - The Ubersaw 
'''38''' - The Axtinguisher 
'''39''' - The Flaregun 
'''40''' - The Backburner 
'''41''' - Natascha 
'''42''' - Sandvich 
'''43''' - The Killer Gloves Of Boxing 
'''44''' - Sandman (Wooden Bat) 
'''45''' - Force-A-Nature 
'''46''' - Bonk! Atomic Punch 
'''56''' - Huntsman 
'''57''' - Razorback 
'''58''' - Jarate 
'''59''' - Dead Ringer 
'''60''' - Cloak And Dagger 
'''61''' - The Ambassador 
'''127''' - The Direct Hit 
'''128''' - The Equalizer 
'''129''' - The Buff Banner 
'''130''' - The Scottish Resistance 
'''131''' - Chargin' Targe 
'''132''' - The Eyelander 
'''133''' - The Gunboats 
'''153''' - Homewrecker 
'''154''' - Pain Train 
'''159''' - Dalokohs Bar 
'''160''' - Lugermorph 
'''161''' - Big Kill 
'''163''' - Crit-a-Cola 
'''171''' - Tribalman's Shiv 
'''172''' - Scotsman's Skullcutter 

== Hats ==

These are all of the hats and wearables available in the game.

'''47''' - Demoman's 'Fro 
'''48''' - Mining Light 
'''49''' - Football Helmet 
'''50''' - Prussian Pickelhaube 
'''51''' - Pyro's Beanie 
'''52''' - Batter's Helmet 
'''53''' - Trophy Hat 
'''54''' - Soldier's Stash 
'''55''' - Fancy Fedora 
'''94''' - Texas Ten Gallon 
'''95''' - Engineer's Cap 
'''96''' - Officer's Ushanka 
'''97''' - Tough Guy's Tuque 
'''98''' - Stainless Pot 
'''99''' - Tyrant's Helm 
'''100''' - Glengarry Bonnet 
'''101''' - Vintage Tyrolean 
'''102''' - Respectless Rubber Glove 
'''103''' - Camera Beard 
'''104''' - Otolaryngologist's Mirror 
'''105''' - Brigade Helm 
'''106''' - Bonk Helm 
'''107''' - Ye Olde Baker Boy 
'''108''' - Backbiter's Billycock 
'''109''' - Professional's Panama 
'''110''' - Master's Yellow Belt 
'''111''' - Baseball Bill's Sports Shine (Hatless Scout) 
'''115''' - Halloween Hat (Only appears on Halloween) 
'''116''' - Ghastly Gibus 
'''117''' - Ritzy Rick's Hair Fixative (Hatless Sniper) 
'''118''' - Texas Slim's Dome Shine (Hatless Engineer) 
'''120''' - Scottsman's Stove Pipe 
'''121''' - Service Medal 
'''125''' - Cheater's Lament 
'''126''' - Bill's Hat 
'''134''' - J.Axer's Dapper Topper 
'''135''' - Towering Pillar of Hats 
'''136''' - Amber's Rad As All Hell Hat 
'''137''' - Noble Amassment of Hats 
'''138''' - Uncle Sam 
'''139''' - Modest Pile of Hat 
'''143''' - Earbuds 
'''144''' - Physician's Procedure Mask 
'''145''' - Hound Dog 
'''146''' - Hustler's Hallmark 
'''147''' - Magistrate's Mullet 
'''148''' - Hotrod 
'''150''' - Troublemaker's Tossle Cap 
'''151''' - Triboniophorus Tyrannus 
'''152''' - Killer's Kabuto 
'''158''' - Shooter's Sola Topi 
'''162''' - Max's Severed Head 
'''164''' - Grizzled Veteran 
'''165''' - Soldier of Fortune 
'''166''' - Mercenary 
'''170''' - Primeval Warrior 
'''174''' - Whoopee Cap 
'''175''' - Whiskered Gentleman 
'''177''' - Ze Goggles 
'''178''' - Safe'n'Sound 
'''179''' - Tippler's Tricorne 
'''180''' - Frenchman's Beret 
'''181''' - Bloke's Bucket Hat 
'''182''' - Vintage Merryweather 
'''183''' - Sergeant's Drill Hat 
'''184''' - Gentleman's Gatsby 
'''185''' - Heavy Duty Rag 

== Craft Items ==

These are the items obtained and used primarily through crafting.

'''5000''' - Scrap Metal 
'''5001''' - Reclaimed Metal 
'''5002''' - Refined Metal 
'''5003''' - Scout Class Token 
'''5004''' - Sniper Class Token 
'''5005''' - Soldier Class Token 
'''5006''' - Demoman Class Token 
'''5007''' - Heavy Class Token 
'''5008''' - Medic Class Token 
'''5009''' - Pyro Class Token 
'''5010''' - Spy Class Token 
'''5011''' - Engineer Class Token 
'''5012''' - Primary Slot Token 
'''5013''' - Secondary Slot Token 
'''5014''' - Melee Slot Token 
'''5015''' - Grenade Slot Token 
'''5016''' - Building Slot Token 
'''5017''' - PDA Slot Token 
'''5018''' - PDA2 Slot Token 
'''5019''' - Head Slot Token

Team Fortress 2 Item Definition Indexes

2010-06-04T16:39:54Z

DJ Tsunami:

This is a list of the item definition indexes in TF2, these are useful for distinguishing an unlockable weapon from its original (for example: The Backburner from an ordinary Flamethrower.)

This list is divided in to Weapons, Hats and Crafting Items.

Usage: <pawn>SetEntProp(edict, Prop_Send, "m_iItemDefinitionIndex", index);</pawn>

== Weapons ==

These are all of the weapons currently in TF2 and their item definition indexes.

'''0''' - Bat 
'''1''' - Bottle 
'''2''' - Fire Axe 
'''3''' - Kukri 
'''4''' - Knife 
'''5''' - Fists 
'''6''' - Shovel 
'''7''' - Wrench 
'''8''' - Bonesaw 
'''9''' - Engineer's Shotgun 
'''10''' - Soldier's Shotgun 
'''11''' - Heavy's Shotgun 
'''12''' - Pyro's Shotgun 
'''13''' - Scattergun 
'''14''' - Sniper Rifle 
'''15''' - Minigun 
'''16''' - SMG 
'''17''' - Syringe Gun 
'''18''' - Rocket Launcher 
'''19''' - Pipe Grenade Launcher 
'''20''' - Sticky Bomb Launcher 
'''21''' - Flamethrower 
'''22''' - Engineer's Pistol 
'''23''' - Scout's Pistol 
'''24''' - Spy's Pistol 
'''25''' - Builder PDA 
'''26''' - Demolisher PDA 
'''27''' - Disguise Kit PDA 
'''29''' - Medigun 
'''30''' - Cloak Watch 
'''35''' - The Kritzkrieg 
'''36''' - The Blutsauger 
'''37''' - The Ubersaw 
'''38''' - The Axtinguisher 
'''39''' - The Flaregun 
'''40''' - The Backburner 
'''41''' - Natascha 
'''42''' - Sandvich 
'''43''' - The Killer Gloves Of Boxing 
'''44''' - Sandman (Wooden Bat) 
'''45''' - Force-A-Nature 
'''46''' - Bonk! Atomic Punch 
'''56''' - Huntsman 
'''57''' - Razorback 
'''58''' - Jarate 
'''59''' - Dead Ringer 
'''60''' - Cloak And Dagger 
'''61''' - The Ambassador 
'''127''' - The Direct Hit 
'''128''' - The Equalizer 
'''129''' - The Buff Banner 
'''130''' - The Scottish Resistance 
'''131''' - Chargin' Targe 
'''132''' - The Eyelander 
'''133''' - The Gunboats 
'''153''' - Homewrecker 
'''154''' - Pain Train 
'''159''' - Dalokohs Bar 
'''160''' - Lugermorph 
'''161''' - Big Kill 
'''163''' - Crit-a-Cola 
'''171''' - Tribalman's Shiv 
'''172''' - Scotsman's Skullcutter 

== Hats ==

These are all of the hats and wearables available in the game.

'''47''' - Demoman's 'Fro 
'''48''' - Mining Light 
'''49''' - Football Helmet 
'''50''' - Prussian Pickelhaube 
'''51''' - Pyro's Beanie 
'''52''' - Batter's Helmet 
'''53''' - Trophy Hat 
'''54''' - Soldier's Stash 
'''55''' - Fancy Fedora 
'''94''' - Texas Ten Gallon 
'''95''' - Engineer's Cap 
'''96''' - Officer's Ushanka 
'''97''' - Tough Guy's Tuque 
'''98''' - Stainless Pot 
'''99''' - Tyrant's Helm 
'''100''' - Glengarry Bonnet 
'''101''' - Vintage Tyrolean 
'''102''' - Respectless Rubber Glove 
'''103''' - Camera Beard 
'''104''' - Otolaryngologist's Mirror 
'''105''' - Brigade Helm 
'''106''' - Bonk Helm 
'''107''' - Ye Olde Baker Boy 
'''108''' - Backbiter's Billycock 
'''109''' - Professional's Panama 
'''110''' - Master's Yellow Belt 
'''111''' - Baseball Bill's Sports Shine (Hatless Scout) 
'''115''' - Halloween Hat (Only appears on Halloween) 
'''116''' - Ghastly Gibus 
'''117''' - Ritzy Rick's Hair Fixative (Hatless Sniper) 
'''118''' - Texas Slim's Dome Shine (Hatless Engineer) 
'''120''' - Scottsman's Stove Pipe 
'''121''' - Service Medal 
'''125''' - Cheater's Lament 
'''126''' - Bill's Hat 
'''134''' - J.Axer's Dapper Topper 
'''135''' - Towering Pillar of Hats 
'''136''' - Amber's Rad As All Hell Hat 
'''137''' - Noble Amassment of Hats 
'''138''' - Uncle Sam 
'''139''' - Modest Pile of Hat 
'''144''' - Physician's Procedure Mask 
'''145''' - Hound Dog 
'''146''' - Hustler's Hallmark 
'''147''' - Magistrate's Mullet 
'''148''' - Hotrod 
'''150''' - Troublemaker's Tossle Cap 
'''151''' - Triboniophorus Tyrannus 
'''152''' - Killer's Kabuto 
'''158''' - Shooter's Sola Topi 
'''162''' - Max's Severed Head 
'''164''' - Grizzled Veteran 
'''165''' - Soldier of Fortune 
'''166''' - Mercenary 
'''170''' - Primeval Warrior 
'''174''' - Whoopee Cap 
'''175''' - Whiskered Gentleman 
'''177''' - Ze Goggles 
'''178''' - Safe'n'Sound 
'''179''' - Tippler's Tricorne 
'''180''' - Frenchman's Beret 
'''181''' - Bloke's Bucket Hat 
'''182''' - Vintage Merryweather 
'''183''' - Sergeant's Drill Hat 
'''184''' - Gentleman's Gatsby 
'''185''' - Heavy Duty Rag 

== Craft Items ==

These are the items obtained and used primarily through crafting.

'''5000''' - Scrap Metal 
'''5001''' - Reclaimed Metal 
'''5002''' - Refined Metal 
'''5003''' - Scout Class Token 
'''5004''' - Sniper Class Token 
'''5005''' - Soldier Class Token 
'''5006''' - Demoman Class Token 
'''5007''' - Heavy Class Token 
'''5008''' - Medic Class Token 
'''5009''' - Pyro Class Token 
'''5010''' - Spy Class Token 
'''5011''' - Engineer Class Token 
'''5012''' - Primary Slot Token 
'''5013''' - Secondary Slot Token 
'''5014''' - Melee Slot Token 
'''5015''' - Grenade Slot Token 
'''5016''' - Building Slot Token 
'''5017''' - PDA Slot Token 
'''5018''' - PDA2 Slot Token 
'''5019''' - Head Slot Token

Team Fortress 2 Item Definition Indexes

2010-05-11T14:40:16Z

DJ Tsunami:

This is a list of the item definition indexes in TF2, these are useful for distinguishing an unlockable weapon from its original (for example: The Backburner from an ordinary Flamethrower.)

This list is divided in to Weapons, Hats and Crafting Items.

Usage: <pawn>SetEntProp(edict, Prop_Send, "m_iItemDefinitionIndex", index);</pawn>

== Weapons ==

These are all of the weapons currently in TF2 and their item definition indexes.

'''0''' - Bat 
'''1''' - Bottle 
'''2''' - Fire Axe 
'''3''' - Kukri 
'''4''' - Knife 
'''5''' - Fists 
'''6''' - Shovel 
'''7''' - Wrench 
'''8''' - Bonesaw 
'''9''' - Engineer's Shotgun 
'''10''' - Soldier's Shotgun 
'''11''' - Heavy's Shotgun 
'''12''' - Pyro's Shotgun 
'''13''' - Scattergun 
'''14''' - Sniper Rifle 
'''15''' - Minigun 
'''16''' - SMG 
'''17''' - Syringe Gun 
'''18''' - Rocket Launcher 
'''19''' - Pipe Grenade Launcher 
'''20''' - Sticky Bomb Launcher 
'''21''' - Flamethrower 
'''22''' - Engineer's Pistol 
'''23''' - Scout's Pistol 
'''24''' - Spy's Pistol 
'''25''' - Builder PDA 
'''26''' - Demolisher PDA 
'''27''' - Disguise Kit PDA 
'''29''' - Medigun 
'''30''' - Cloak Watch 
'''35''' - The Kritzkrieg 
'''36''' - The Blutsauger 
'''37''' - The Ubersaw 
'''38''' - The Axtinguisher 
'''39''' - The Flaregun 
'''40''' - The Backburner 
'''41''' - Natascha 
'''42''' - Sandvich 
'''43''' - The Killer Gloves Of Boxing 
'''44''' - Sandman (Wooden Bat) 
'''45''' - Force-A-Nature 
'''46''' - Bonk! Atomic Punch 
'''56''' - Huntsman 
'''57''' - Razorback 
'''58''' - Jarate 
'''59''' - Dead Ringer 
'''60''' - Cloak And Dagger 
'''61''' - The Ambassador 
'''127''' - The Direct Hit 
'''128''' - The Equalizer 
'''129''' - The Buff Banner 
'''130''' - The Scottish Resistance 
'''131''' - Chargin' Targe 
'''132''' - The Eyelander 
'''133''' - The Gunboats 
'''153''' - Homewrecker 
'''154''' - Pain Train 
'''159''' - Dalokohs Bar 
'''160''' - Lugermorph 
'''161''' - Big Kill 
'''163''' - Crit-a-Cola 

== Hats ==

These are all of the hats and wearables available in the game.

'''47''' - Demoman's 'Fro 
'''48''' - Mining Light 
'''49''' - Football Helmet 
'''50''' - Prussian Pickelhaube 
'''51''' - Pyro's Beanie 
'''52''' - Batter's Helmet 
'''53''' - Trophy Hat 
'''54''' - Soldier's Stash 
'''55''' - Fancy Fedora 
'''94''' - Texas Ten Gallon 
'''95''' - Engineer's Cap 
'''96''' - Officer's Ushanka 
'''97''' - Tough Guy's Tuque 
'''98''' - Stainless Pot 
'''99''' - Tyrant's Helm 
'''100''' - Glengarry Bonnet 
'''101''' - Vintage Tyrolean 
'''102''' - Respectless Rubber Glove 
'''103''' - Camera Beard 
'''104''' - Otolaryngologist's Mirror 
'''105''' - Brigade Helm 
'''106''' - Bonk Helm 
'''107''' - Ye Olde Baker Boy 
'''108''' - Backbiter's Billycock 
'''109''' - Professional's Panama 
'''110''' - Master's Yellow Belt 
'''111''' - Baseball Bill's Sports Shine (Hatless Scout) 
'''115''' - Halloween Hat (Only appears on Halloween) 
'''116''' - Ghastly Gibus 
'''117''' - Ritzy Rick's Hair Fixative (Hatless Sniper) 
'''118''' - Texas Slim's Dome Shine (Hatless Engineer) 
'''120''' - Scottsman's Stove Pipe 
'''121''' - Service Medal 
'''125''' - Cheater's Lament 
'''126''' - Bill's Hat 
'''134''' - J.Axer's Dapper Topper 
'''135''' - Towering Pillar of Hats 
'''136''' - Amber's Rad As All Hell Hat 
'''137''' - Noble Amassment of Hats 
'''138''' - Uncle Sam 
'''139''' - Modest Pile of Hat 
'''144''' - Physician's Procedure Mask 
'''145''' - Hound Dog 
'''146''' - Hustler's Hallmark 
'''147''' - Magistrate's Mullet 
'''148''' - Hotrod 
'''150''' - Troublemaker's Tossle Cap 
'''151''' - Triboniophorus Tyrannus 
'''152''' - Killer's Kabuto 
'''158''' - Shooter's Sola Topi 
'''162''' - Max's Severed Head 
'''164''' - Grizzled Veteran 
'''165''' - Soldier of Fortune 
'''166''' - Mercenary 
'''170''' - Primeval Warrior 

== Craft Items ==

These are the items obtained and used primarily through crafting.

'''5000''' - Scrap Metal 
'''5001''' - Reclaimed Metal 
'''5002''' - Refined Metal 
'''5003''' - Scout Class Token 
'''5004''' - Sniper Class Token 
'''5005''' - Soldier Class Token 
'''5006''' - Demoman Class Token 
'''5007''' - Heavy Class Token 
'''5008''' - Medic Class Token 
'''5009''' - Pyro Class Token 
'''5010''' - Spy Class Token 
'''5011''' - Engineer Class Token 
'''5012''' - Primary Slot Token 
'''5013''' - Secondary Slot Token 
'''5014''' - Melee Slot Token 
'''5015''' - Grenade Slot Token 
'''5016''' - Building Slot Token 
'''5017''' - PDA Slot Token 
'''5018''' - PDA2 Slot Token 
'''5019''' - Head Slot Token

Team Fortress 2 Item Definition Indexes

2010-05-06T05:55:16Z

DJ Tsunami:

This is a list of the item definition indexes in TF2, these are useful for distinguishing an unlockable weapon from its original (for example: The Backburner from an ordinary Flamethrower.)

This list is divided in to Weapons, Hats and Crafting Items.

Usage: <pawn>SetEntProp(edict, Prop_Send, "m_iItemDefinitionIndex", index);</pawn>

== Weapons ==

These are all of the weapons currently in TF2 and their item definition indexes.

'''0''' - Bat 
'''1''' - Bottle 
'''2''' - Fire Axe 
'''3''' - Kukri 
'''4''' - Knife 
'''5''' - Fists 
'''6''' - Shovel 
'''7''' - Wrench 
'''8''' - Bonesaw 
'''9''' - Engineer's Shotgun 
'''10''' - Soldier's Shotgun 
'''11''' - Heavy's Shotgun 
'''12''' - Pyro's Shotgun 
'''13''' - Scattergun 
'''14''' - Sniper Rifle 
'''15''' - Minigun 
'''16''' - SMG 
'''17''' - Syringe Gun 
'''18''' - Rocket Launcher 
'''19''' - Pipe Grenade Launcher 
'''20''' - Sticky Bomb Launcher 
'''21''' - Flamethrower 
'''22''' - Engineer's Pistol 
'''23''' - Scout's Pistol 
'''24''' - Spy's Pistol 
'''25''' - Builder PDA 
'''26''' - Demolisher PDA 
'''27''' - Disguise Kit PDA 
'''29''' - Medigun 
'''30''' - Cloak Watch 
'''35''' - The Kritzkrieg 
'''36''' - The Blutsauger 
'''37''' - The Ubersaw 
'''38''' - The Axtinguisher 
'''39''' - The Flaregun 
'''40''' - The Backburner 
'''41''' - Natascha 
'''42''' - Sandvich 
'''43''' - The Killer Gloves Of Boxing 
'''44''' - Sandman (Wooden Bat) 
'''45''' - Force-A-Nature 
'''46''' - Bonk! Atomic Punch 
'''56''' - Huntsman 
'''57''' - Razorback 
'''58''' - Jarate 
'''59''' - Dead Ringer 
'''60''' - Cloak And Dagger 
'''61''' - The Ambassador 
'''127''' - The Direct Hit 
'''128''' - The Equalizer 
'''129''' - The Buff Banner 
'''130''' - The Scottish Resistance 
'''131''' - Chargin' Targe 
'''132''' - The Eyelander 
'''133''' - The Gunboats 
'''153''' - Homewrecker 
'''154''' - Pain Train 
'''159''' - Dalokohs Bar 
'''160''' - Lugermorph 
'''161''' - Big Kill 
'''163''' - Crit-a-Cola 

== Hats ==

These are all of the hats and wearables available in the game.

'''47''' - Demoman's 'Fro 
'''48''' - Mining Light 
'''49''' - Football Helmet 
'''50''' - Prussian Pickelhaube 
'''51''' - Pyro's Beanie 
'''52''' - Batter's Helmet 
'''53''' - Trophy Hat 
'''54''' - Soldier's Stash 
'''55''' - Fancy Fedora 
'''94''' - Texas Ten Gallon 
'''95''' - Engineer's Cap 
'''96''' - Officer's Ushanka 
'''97''' - Tough Guy's Tuque 
'''98''' - Stainless Pot 
'''99''' - Tyrant's Helm 
'''100''' - Glengarry Bonnet 
'''101''' - Vintage Tyrolean 
'''102''' - Respectless Rubber Glove 
'''103''' - Camera Beard 
'''104''' - Otolaryngologist's Mirror 
'''105''' - Brigade Helm 
'''106''' - Bonk Helm 
'''107''' - Ye Olde Baker Boy 
'''108''' - Backbiter's Billycock 
'''109''' - Professional's Panama 
'''110''' - Master's Yellow Belt 
'''111''' - Baseball Bill's Sports Shine (Hatless Scout) 
'''115''' - Halloween Hat (Only appears on Halloween) 
'''116''' - Ghastly Gibus 
'''117''' - Ritzy Rick's Hair Fixative (Hatless Sniper) 
'''118''' - Texas Slim's Dome Shine (Hatless Engineer) 
'''120''' - Scottsman's Stove Pipe 
'''121''' - Service Medal 
'''125''' - Cheater's Lament 
'''126''' - Bill's Hat 
'''134''' - J.Axer's Dapper Topper 
'''135''' - Towering Pillar of Hats 
'''136''' - Amber's Rad As All Hell Hat 
'''137''' - Noble Amassment of Hats 
'''138''' - Uncle Sam 
'''139''' - Modest Pile of Hat 
'''144''' - Physician's Procedure Mask 
'''145''' - Hound Dog 
'''146''' - Hustler's Hallmark 
'''147''' - Magistrate's Mullet 
'''148''' - Hotrod 
'''150''' - Troublemaker's Tossle Cap 
'''151''' - Triboniophorus Tyrannus 
'''152''' - Killer's Kabuto 
'''158''' - Shooter's Sola Topi 
'''162''' - Max's Severed Head 
'''164''' - Grizzled Veteran 
'''165''' - Soldier of Fortune 
'''166''' - Weekend Warrior 
'''167''' - Primeval Warrior 

== Craft Items ==

These are the items obtained and used primarily through crafting.

'''5000''' - Scrap Metal 
'''5001''' - Reclaimed Metal 
'''5002''' - Refined Metal 
'''5003''' - Scout Class Token 
'''5004''' - Sniper Class Token 
'''5005''' - Soldier Class Token 
'''5006''' - Demoman Class Token 
'''5007''' - Heavy Class Token 
'''5008''' - Medic Class Token 
'''5009''' - Pyro Class Token 
'''5010''' - Spy Class Token 
'''5011''' - Engineer Class Token 
'''5012''' - Primary Slot Token 
'''5013''' - Secondary Slot Token 
'''5014''' - Melee Slot Token 
'''5015''' - Grenade Slot Token 
'''5016''' - Building Slot Token 
'''5017''' - PDA Slot Token 
'''5018''' - PDA2 Slot Token 
'''5019''' - Head Slot Token

CDODPlayer Offset List (Day of Defeat: Source)

2010-04-30T21:22:02Z

DJ Tsunami:

Also for use when using [[Virtual Offsets (Source Mods)|virtual offsets]].

These are the Windows offsets. Linux offsets are 1 greater.

== The List ==
This comes from the symbol tables, so you'll have to look in the SDK for return types.

Last Updated 30 April 2010

<pre>
// Auto reconstructed from vtable block @ 0x0092FF00
// from "server.so", by ida_vtables.idc
0 CDODPlayer::~CDODPlayer()
1 CBaseEntity::SetRefEHandle(CBaseHandle const&)
2 CBaseEntity::GetRefEHandle(void)const
3 CBaseEntity::GetCollideable(void)
4 CBaseEntity::GetNetworkable(void)
5 CBaseEntity::GetBaseEntity(void)
6 CBaseEntity::GetModelIndex(void)const
7 CBaseEntity::GetModelName(void)const
8 CBaseEntity::SetModelIndex(int)
9 CDODPlayer::GetServerClass(void)
10 CDODPlayer::YouForgotToImplementOrDeclareServerClass(void)
11 CDODPlayer::GetDataDescMap(void)
12 CBaseAnimating::TestCollision(Ray_t const&,unsigned int,CGameTrace &)
13 CBaseAnimating::TestHitboxes(Ray_t const&,unsigned int,CGameTrace &)
14 CDODPlayer::ComputeWorldSpaceSurroundingBox(Vector *,Vector *)
15 CDODPlayer::ShouldCollide(int,int)const
16 CBaseEntity::SetOwnerEntity(CBaseEntity*)
17 CBasePlayer::ShouldTransmit(CCheckTransmitInfo const*)
18 CBasePlayer::UpdateTransmitState(void)
19 CBaseCombatCharacter::SetTransmit(CCheckTransmitInfo *,bool)
20 CBasePlayer::GetTracerType(void)
21 CDODPlayer::Spawn(void)
22 CDODPlayer::Precache(void)
23 CBasePlayer::SetModel(char const*)
24 CBaseMultiplayerPlayer::PostConstructor(char const*)
25 CBaseEntity::PostClientActive(void)
26 CBaseEntity::ParseMapData(CEntityMapData *)
27 CBaseEntity::KeyValue(char const*,char const*)
28 CBaseEntity::KeyValue(char const*,float)
29 CBaseEntity::KeyValue(char const*,Vector const&)
30 CBaseEntity::GetKeyValue(char const*,char *,int)
31 CBasePlayer::Activate(void)
32 CBaseEntity::SetParent(CBaseEntity*,int)
33 CBasePlayer::ObjectCaps(void)
34 CBaseEntity::AcceptInput(char const*,CBaseEntity*,CBaseEntity*,variant_t,int)
35 CBaseAnimating::GetInputDispatchEffectPosition(char const*,Vector &,QAngle &)
36 CBasePlayer::DrawDebugGeometryOverlays(void)
37 CBaseAnimating::DrawDebugTextOverlays(void)
38 CBasePlayer::Save(ISave &)
39 CBasePlayer::Restore(IRestore &)
40 CBasePlayer::ShouldSavePhysics(void)
41 CBaseEntity::OnSave(IEntitySaveUtils *)
42 CBasePlayer::OnRestore(void)
43 CBasePlayer::RequiredEdictIndex(void)
44 CBaseEntity::MoveDone(void)
45 CBaseEntity::Think(void)
46 CBasePlayer::NetworkStateChanged_m_nNextThinkTick(void)
47 CBasePlayer::NetworkStateChanged_m_nNextThinkTick(void *)
48 CBaseAnimating::GetBaseAnimating(void)
49 CBaseMultiplayerPlayer::GetResponseSystem(void)
50 CAI_ExpresserHost<CBasePlayer>::DispatchResponse(char const*)
51 CBasePlayer::Classify(void)
52 CBaseEntity::DeathNotice(CBaseEntity*)
53 CBaseEntity::ShouldAttractAutoAim(CBaseEntity*)
54 CBaseEntity::GetAutoAimRadius(void)
55 CBaseEntity::GetAutoAimCenter(void)
56 CBaseEntity::GetBeamTraceFilter(void)
57 CBaseEntity::PassesDamageFilter(CTakeDamageInfo const&)
58 CDODPlayer::TraceAttack(CTakeDamageInfo const&,Vector const&,CGameTrace *)
59 CBaseEntity::CanBeHitByMeleeAttack(CBaseEntity*)
60 CDODPlayer::OnTakeDamage(CTakeDamageInfo const&)
61 CBaseEntity::AdjustDamageDirection(CTakeDamageInfo const&,Vector &,CBaseEntity*)
62 CBasePlayer::TakeHealth(float,int)
63 CBaseEntity::IsAlive(void)
64 CDODPlayer::Event_Killed(CTakeDamageInfo const&)
65 CBasePlayer::Event_KilledOther(CBaseEntity *,CTakeDamageInfo const&)
66 CBaseCombatCharacter::BloodColor(void)
67 CBaseEntity::IsTriggered(CBaseEntity*)
68 CBaseEntity::IsNPC(void)const
69 CBaseCombatCharacter::MyCombatCharacterPointer(void)
70 CBaseEntity::MyNextBotPointer(void)
71 CBaseEntity::GetDelay(void)
72 CBaseEntity::IsMoving(void)
73 CBaseEntity::DamageDecal(int,int)
74 CBaseEntity::DecalTrace(CGameTrace *,char const*)
75 CBaseEntity::ImpactTrace(CGameTrace *,int,char *)
76 CBaseEntity::OnControls(CBaseEntity*)
77 CBaseEntity::HasTarget(string_t)
78 CBasePlayer::IsPlayer(void)const
79 CBasePlayer::IsNetClient(void)const
80 CBaseEntity::IsTemplate(void)
81 CBaseEntity::IsBaseObject(void)const
82 CBaseEntity::IsBaseTrain(void)const
83 CBaseEntity::IsBaseCombatWeapon(void)const
84 CBaseEntity::IsWearable(void)const
85 CBaseEntity::MyCombatWeaponPointer(void)
86 CBaseEntity::GetServerVehicle(void)
87 CBaseEntity::IsViewable(void)
88 CDODPlayer::ChangeTeam(int)
89 CBaseEntity::OnEntityEvent(EntityEvent_t,void *)
90 CBaseEntity::CanStandOn(CBaseEntity*)const
91 CBaseEntity::CanStandOn(edict_t *)const
92 CBaseEntity::GetEnemy(void)
93 CBaseEntity::GetEnemy(void)const
94 CBaseEntity::Use(CBaseEntity*,CBaseEntity*,USE_TYPE,float)
95 CBaseEntity::StartTouch(CBaseEntity*)
96 CBasePlayer::Touch(CBaseEntity *)
97 CBaseEntity::EndTouch(CBaseEntity*)
98 CBaseEntity::StartBlocked(CBaseEntity*)
99 CBaseEntity::Blocked(CBaseEntity*)
100 CBaseEntity::EndBlocked(void)
101 CBasePlayer::PhysicsSimulate(void)
102 CBasePlayer::UpdateOnRemove(void)
103 CBaseEntity::StopLoopingSounds(void)
104 CBaseEntity::SUB_AllowedToFade(void)
105 CBaseFlex::Teleport(Vector const*,QAngle const*,Vector const*)
106 CBaseEntity::NotifySystemEvent(CBaseEntity*,notify_system_event_t,notify_system_event_params_t const&)
107 CBasePlayer::MakeTracer(Vector const&,CGameTrace const&,int)
108 CBaseEntity::GetTracerAttachment(void)
109 CDODPlayer::FireBullets(FireBulletsInfo_t const&)
110 CBasePlayer::DoImpactEffect(CGameTrace &,int)
111 CBaseEntity::ModifyFireBulletsDamage(CTakeDamageInfo *)
112 CBaseEntity::Respawn(void)
113 CBaseEntity::IsLockedByMaster(void)
114 CBaseEntity::GetMaxHealth(void)const
115 CBaseMultiplayerPlayer::ModifyOrAppendCriteria(AI_CriteriaSet &)
116 CBaseEntity::NetworkStateChanged_m_iMaxHealth(void)
117 CBaseEntity::NetworkStateChanged_m_iMaxHealth(void *)
118 CBasePlayer::NetworkStateChanged_m_iHealth(void)
119 CBasePlayer::NetworkStateChanged_m_iHealth(void *)
120 CBasePlayer::NetworkStateChanged_m_lifeState(void)
121 CBasePlayer::NetworkStateChanged_m_lifeState(void *)
122 CBaseEntity::NetworkStateChanged_m_takedamage(void)
123 CBaseEntity::NetworkStateChanged_m_takedamage(void *)
124 CBaseEntity::GetDamageType(void)const
125 CBaseEntity::GetDamage(void)
126 CBaseEntity::SetDamage(float)
127 CBasePlayer::EyePosition(void)
128 CBasePlayer::EyeAngles(void)
129 CBasePlayer::LocalEyeAngles(void)
130 CBaseEntity::EarPosition(void)
131 CBasePlayer::BodyTarget(Vector const&,bool)
132 CBaseEntity::HeadTarget(Vector const&)
133 CBaseEntity::GetVectors(Vector *,Vector *,Vector *)const
134 CBaseEntity::GetViewOffset(void)const
135 CBaseEntity::SetViewOffset(Vector const&)
136 CBasePlayer::GetSmoothedVelocity(void)
137 CBaseAnimating::GetVelocity(Vector *,Vector *)
138 CBaseCombatCharacter::FVisible(CBaseEntity *,int,CBaseEntity **)
139 CBaseCombatCharacter::FVisible(Vector const&,int,CBaseEntity **)
140 CBaseEntity::CanBeSeenBy(CAI_BaseNPC *)
141 CBaseEntity::GetAttackDamageScale(CBaseEntity*)
142 CBaseEntity::GetReceivedDamageScale(CBaseEntity*)
143 CBaseEntity::GetGroundVelocityToApply(Vector &)
144 CBaseEntity::PhysicsSplash(Vector const&,Vector const&,float,float)
145 CBaseEntity::Splash(void)
146 CBaseEntity::WorldSpaceCenter(void)const
147 CBaseEntity::GetSoundEmissionOrigin(void)const
148 CBaseEntity::IsDeflectable(void)
149 CBaseEntity::Deflected(CBaseEntity*,Vector &)
150 CBaseEntity::CreateVPhysics(void)
151 CBaseEntity::ForceVPhysicsCollide(CBaseEntity*)
152 CBasePlayer::VPhysicsDestroyObject(void)
153 CBasePlayer::VPhysicsUpdate(IPhysicsObject *)
154 CBaseEntity::VPhysicsTakeDamage(CTakeDamageInfo const&)
155 CBaseCombatCharacter::VPhysicsShadowCollision(int,gamevcollisionevent_t *)
156 CDODPlayer::VPhysicsShadowUpdate(IPhysicsObject *)
157 CBasePlayer::VPhysicsCollision(int,gamevcollisionevent_t *)
158 CBaseEntity::VPhysicsFriction(IPhysicsObject *,float,int,int)
159 CBaseEntity::UpdatePhysicsShadowToCurrentPosition(float)
160 CBaseEntity::VPhysicsGetObjectList(IPhysicsObject **,int)
161 CBaseEntity::VPhysicsIsFlesh(void)
162 CBaseEntity::HasPhysicsAttacker(float)
163 CBasePlayer::PhysicsSolidMaskForEntity(void)const
164 CBaseEntity::ResolveFlyCollisionCustom(CGameTrace &,Vector &)
165 CBaseEntity::PerformCustomPhysics(Vector *,Vector *,QAngle *,QAngle *)
166 CBaseAnimating::GetStepOrigin(void)const
167 CBaseAnimating::GetStepAngles(void)const
168 CBaseEntity::ShouldDrawWaterImpacts(void)
169 CBasePlayer::NetworkStateChanged_m_fFlags(void)
170 CBasePlayer::NetworkStateChanged_m_fFlags(void *)
171 CBasePlayer::NetworkStateChanged_m_nWaterLevel(void)
172 CBasePlayer::NetworkStateChanged_m_nWaterLevel(void *)
173 CBasePlayer::NetworkStateChanged_m_hGroundEntity(void)
174 CBasePlayer::NetworkStateChanged_m_hGroundEntity(void *)
175 CBasePlayer::NetworkStateChanged_m_vecBaseVelocity(void)
176 CBasePlayer::NetworkStateChanged_m_vecBaseVelocity(void *)
177 CBasePlayer::NetworkStateChanged_m_flFriction(void)
178 CBasePlayer::NetworkStateChanged_m_flFriction(void *)
179 CBasePlayer::NetworkStateChanged_m_vecVelocity(void)
180 CBasePlayer::NetworkStateChanged_m_vecVelocity(void *)
181 CBasePlayer::NetworkStateChanged_m_vecViewOffset(void)
182 CBasePlayer::NetworkStateChanged_m_vecViewOffset(void *)
183 CBaseAnimating::GetIdealSpeed(void)const
184 CBaseAnimating::GetIdealAccel(void)const
185 CBaseAnimatingOverlay::StudioFrameAdvance(void)
186 CBaseAnimating::IsActivityFinished(void)
187 CBaseAnimating::GetSequenceGroundSpeed(CStudioHdr *,int)
188 CBaseAnimating::ClampRagdollForce(Vector const&,Vector*)
189 CBaseAnimating::BecomeRagdollOnClient(Vector const&)
190 CBaseAnimating::IsRagdoll(void)
191 CBaseAnimating::CanBecomeRagdoll(void)
192 CBaseAnimatingOverlay::GetSkeleton(CStudioHdr *,Vector *,Quaternion *,int)
193 CBaseAnimating::GetBoneTransform(int,matrix3x4_t &)
194 CDODPlayer::SetupBones(matrix3x4_t *,int)
195 CBaseAnimating::CalculateIKLocks(float)
196 CBaseAnimatingOverlay::DispatchAnimEvents(CBaseAnimating *)
197 CBasePlayer::HandleAnimEvent(animevent_t *)
198 CBaseAnimating::PopulatePoseParameters(void)
199 CBaseAnimating::GetAttachment(int,matrix3x4_t &)
200 CBaseAnimating::InitBoneControllers(void)
201 CBaseAnimating::GetGroundSpeedVelocity(void)
202 CBaseAnimating::Ignite(float,bool,float,bool)
203 CBaseAnimating::IgniteLifetime(float)
204 CBaseAnimating::IgniteNumHitboxFires(int)
205 CBaseAnimating::IgniteHitboxFireScale(float)
206 CBaseAnimating::Extinguish(void)
207 CBaseCombatCharacter::SetLightingOriginRelative(CBaseEntity *)
208 CBaseAnimating::SetLightingOrigin(CBaseEntity *)
209 CBaseFlex::SetViewtarget(Vector const&)
210 CBaseFlex::StartSceneEvent(CSceneEventInfo *,CChoreoScene *,CChoreoEvent *,CChoreoActor *,CBaseEntity *)
211 CBaseFlex::ProcessSceneEvents(void)
212 CBaseFlex::ProcessSceneEvent(CSceneEventInfo *,CChoreoScene *,CChoreoEvent *)
213 CBaseFlex::ClearSceneEvent(CSceneEventInfo *,bool,bool)
214 CBaseFlex::CheckSceneEventCompletion(CSceneEventInfo *,float,CChoreoScene *,CChoreoEvent *)
215 CBaseFlex::PlayScene(char const*,float,AI_Response *,IRecipientFilter *)
216 CBaseFlex::PlayAutoGeneratedSoundScene(char const*)
217 CBasePlayer::GetPhysicsImpactDamageTable(void)
218 CBaseCombatCharacter::FInViewCone(CBaseEntity *)
219 CBaseCombatCharacter::FInViewCone(Vector const&)
220 CBaseCombatCharacter::FInAimCone(CBaseEntity *)
221 CBaseCombatCharacter::FInAimCone(Vector const&)
222 CBaseCombatCharacter::ShouldShootMissTarget(CBaseCombatCharacter*)
223 CBaseCombatCharacter::FindMissTarget(void)
224 CBaseCombatCharacter::HandleInteraction(int,void *,CBaseCombatCharacter*)
225 CBasePlayer::BodyAngles(void)
226 CBaseCombatCharacter::BodyDirection2D(void)
227 CBaseCombatCharacter::BodyDirection3D(void)
228 CBaseCombatCharacter::HeadDirection2D(void)
229 CBaseCombatCharacter::HeadDirection3D(void)
230 CBaseCombatCharacter::EyeDirection2D(void)
231 CBaseCombatCharacter::EyeDirection3D(void)
232 CBaseCombatCharacter::IsHiddenByFog(Vector const&)const
233 CBaseCombatCharacter::IsHiddenByFog(CBaseEntity *)const
234 CBaseCombatCharacter::IsHiddenByFog(float)const
235 CBaseCombatCharacter::GetFogObscuredRatio(Vector const&)const
236 CBaseCombatCharacter::GetFogObscuredRatio(CBaseEntity *)const
237 CBaseCombatCharacter::GetFogObscuredRatio(float)const
238 CBaseCombatCharacter::IsLookingTowards(CBaseEntity const*,float)const
239 CBaseCombatCharacter::IsLookingTowards(Vector const&,float)const
240 CBaseCombatCharacter::IsInFieldOfView(CBaseEntity *)const
241 CBaseCombatCharacter::IsInFieldOfView(Vector const&)const
242 CBaseCombatCharacter::IsLineOfSightClear(CBaseEntity *,CBaseCombatCharacter::LineOfSightCheckType)const
243 CBaseCombatCharacter::IsLineOfSightClear(Vector const&,CBaseCombatCharacter::LineOfSightCheckType,CBaseEntity *)const
244 CBaseCombatCharacter::GiveAmmo(int,int,bool)
245 CBaseCombatCharacter::NPC_TranslateActivity(Activity)
246 CBaseCombatCharacter::Weapon_TranslateActivity(Activity,bool *)
247 CBaseCombatCharacter::Weapon_FrameUpdate(void)
248 CBaseCombatCharacter::Weapon_HandleAnimEvent(animevent_t *)
249 CBasePlayer::Weapon_CanUse(CBaseCombatWeapon *)
250 CBasePlayer::Weapon_Equip(CBaseCombatWeapon *)
251 CBaseCombatCharacter::Weapon_EquipAmmoOnly(CBaseCombatWeapon *)
252 CBasePlayer::Weapon_Drop(CBaseCombatWeapon *,Vector const*,Vector const*)
253 CBasePlayer::Weapon_Switch(CBaseCombatWeapon *,int)
254 CBasePlayer::Weapon_ShootPosition(void)
255 CDODPlayer::Weapon_CanSwitchTo(CBaseCombatWeapon *)
256 CBaseCombatCharacter::Weapon_SlotOccupied(CBaseCombatWeapon *)
257 CBaseCombatCharacter::Weapon_GetSlot(int)const
258 CBaseCombatCharacter::AddPlayerItem(CBaseCombatWeapon *)
259 CBasePlayer::RemovePlayerItem(CBaseCombatWeapon *)
260 CBaseCombatCharacter::CanBecomeServerRagdoll(void)
261 CDODPlayer::OnTakeDamage_Alive(CTakeDamageInfo const&)
262 CBaseCombatCharacter::OnTakeDamage_Dying(CTakeDamageInfo const&)
263 CBaseCombatCharacter::OnTakeDamage_Dead(CTakeDamageInfo const&)
264 CBaseCombatCharacter::GetAliveDuration(void)const
265 CBaseCombatCharacter::OnFriendDamaged(CBaseCombatCharacter*,CBaseEntity *)
266 CBaseCombatCharacter::NotifyFriendsOfDamage(CBaseEntity *)
267 CBaseCombatCharacter::HasEverBeenInjured(int)const
268 CBaseCombatCharacter::GetTimeSinceLastInjury(int)const
269 CBaseCombatCharacter::OnPlayerKilledOther(CBaseEntity *,CTakeDamageInfo const&)
270 CBaseCombatCharacter::GetDeathActivity(void)
271 CBaseCombatCharacter::CorpseGib(CTakeDamageInfo const&)
272 CBaseCombatCharacter::CorpseFade(void)
273 CBaseCombatCharacter::HasHumanGibs(void)
274 CBaseCombatCharacter::HasAlienGibs(void)
275 CBaseCombatCharacter::ShouldGib(CTakeDamageInfo const&)
276 CBaseCombatCharacter::OnKilledNPC(CBaseCombatCharacter*)
277 CBaseCombatCharacter::Event_Gibbed(CTakeDamageInfo const&)
278 CBasePlayer::Event_Dying(void)
279 CBaseCombatCharacter::BecomeRagdoll(CTakeDamageInfo const&,Vector const&)
280 CBaseCombatCharacter::FixupBurningServerRagdoll(CBaseEntity *)
281 CBaseCombatCharacter::BecomeRagdollBoogie(CBaseEntity *,Vector const&,float,int)
282 CBaseCombatCharacter::CheckTraceHullAttack(float,Vector const&,Vector const&,int,int,float,bool)
283 CBaseCombatCharacter::CheckTraceHullAttack(Vector const&,Vector const&,Vector const&,Vector const&,int,int,float,bool)
284 CBaseCombatCharacter::PushawayTouch(CBaseEntity *)
285 CBaseCombatCharacter::IRelationType(CBaseEntity *)
286 CBaseCombatCharacter::IRelationPriority(CBaseEntity *)
287 CBasePlayer::IsInAVehicle(void)const
288 CBasePlayer::GetVehicle(void)
289 CBasePlayer::GetVehicleEntity(void)
290 CBaseCombatCharacter::ExitVehicle(void)
291 CBaseCombatCharacter::RemoveAllWeapons(void)
292 CBaseCombatCharacter::CalcWeaponProficiency(CBaseCombatWeapon *)
293 CBaseCombatCharacter::GetAttackSpread(CBaseCombatWeapon *,CBaseEntity *)
294 CBaseCombatCharacter::GetSpreadBias(CBaseCombatWeapon *,CBaseEntity *)
295 CBasePlayer::DoMuzzleFlash(void)
296 CBaseCombatCharacter::AddEntityRelationship(CBaseEntity *,Disposition_t,int)
297 CBaseCombatCharacter::RemoveEntityRelationship(CBaseEntity *)
298 CBaseCombatCharacter::AddClassRelationship(Class_T,Disposition_t,int)
299 CBaseCombatCharacter::OnChangeActiveWeapon(CBaseCombatWeapon *,CBaseCombatWeapon *)
300 CBaseCombatCharacter::GetLastKnownArea(void)const
301 CBaseCombatCharacter::IsAreaTraversable(CNavArea const*)const
302 CBaseCombatCharacter::ClearLastKnownArea(void)
303 CBaseCombatCharacter::UpdateLastKnownArea(void)
304 CBaseCombatCharacter::OnNavAreaChanged(CNavArea *,CNavArea *)
305 CBaseCombatCharacter::OnNavAreaRemoved(CNavArea *)
306 CBaseCombatCharacter::OnPursuedBy(INextBot *)
307 CBasePlayer::NetworkStateChanged_m_iAmmo(void)
308 CBasePlayer::NetworkStateChanged_m_iAmmo(void *)
309 CDODPlayer::CreateViewModel(int)
310 CDODPlayer::SetupVisibility(CBaseEntity *,unsigned char *,int)
311 CDODPlayer::WantsLagCompensationOnEntity(CBasePlayer const*,CUserCmd const*,CBitVec<2048> const*)const
312 CDODPlayer::SharedSpawn(void)
313 CBasePlayer::ForceRespawn(void)
314 CDODPlayer::InitialSpawn(void)
315 CBasePlayer::InitHUD(void)
316 CBasePlayer::ShowViewPortPanel(char const*,bool,KeyValues *)
317 CDODPlayer::PlayerDeathThink(void)
318 CBasePlayer::Jump(void)
319 CBasePlayer::Duck(void)
320 CDODPlayer::PreThink(void)
321 CDODPlayer::PostThink(void)
322 CBasePlayer::DamageEffect(float,int)
323 CDODPlayer::OnDamagedByExplosion(CTakeDamageInfo const&)
324 CBasePlayer::ShouldFadeOnDeath(void)
325 CBasePlayer::IsFakeClient(void)const
326 CDODPlayer::GetPlayerMins(void)const
327 CDODPlayer::GetPlayerMaxs(void)const
328 CBasePlayer::CalcRoll(QAngle const&,Vector const&,float,float)
329 CBasePlayer::PackDeadPlayerItems(void)
330 CBasePlayer::RemoveAllItems(bool)
331 CBasePlayer::Weapon_SetLast(CBaseCombatWeapon *)
332 CBasePlayer::Weapon_ShouldSetLast(CBaseCombatWeapon *,CBaseCombatWeapon *)
333 CBasePlayer::Weapon_ShouldSelectItem(CBaseCombatWeapon *)
334 CBasePlayer::OnMyWeaponFired(CBaseCombatWeapon *)
335 CBasePlayer::GetTimeSinceWeaponFired(void)const
336 CBasePlayer::IsFiringWeapon(void)const
337 CBasePlayer::UpdateClientData(void)
338 CBasePlayer::ExitLadder(void)
339 CBasePlayer::GetLadderSurface(Vector const&)
340 CBasePlayer::SetFlashlightEnabled(bool)
341 CDODPlayer::FlashlightIsOn(void)
342 CDODPlayer::FlashlightTurnOn(void)
343 CDODPlayer::FlashlightTurnOff(void)
344 CBasePlayer::IsIlluminatedByFlashlight(CBaseEntity *,float *)
345 CDODPlayer::UpdateStepSound(surfacedata_t *,Vector const&,Vector const&)
346 CDODPlayer::PlayStepSound(Vector &,surfacedata_t *,float,bool)
347 CBasePlayer::GetStepSoundVelocities(float *,float *)
348 CBasePlayer::SetStepSoundTime(stepsoundtimes_t,bool)
349 CDODPlayer::DeathSound(CTakeDamageInfo const&)
350 CDODPlayer::SetAnimation(PLAYER_ANIM)
351 CBasePlayer::ImpulseCommands(void)
352 CDODPlayer::CheatImpulseCommands(int)
353 CDODPlayer::ClientCommand(CCommand const&)
354 CBasePlayer::StartObserverMode(int)
355 CBasePlayer::StopObserverMode(void)
356 CDODPlayer::ModeWantsSpectatorGUI(int)
357 CDODPlayer::SetObserverMode(int)
358 CBasePlayer::GetObserverMode(void)
359 CBasePlayer::SetObserverTarget(CBaseEntity *)
360 CBasePlayer::ObserverUse(bool)
361 CBasePlayer::GetObserverTarget(void)
362 CBasePlayer::FindNextObserverTarget(bool)
363 CBasePlayer::GetNextObserverSearchStartPoint(bool)
364 CBasePlayer::IsValidObserverTarget(CBaseEntity *)
365 CBasePlayer::CheckObserverSettings(void)
366 CBasePlayer::JumptoPosition(Vector const&,QAngle const&)
367 CBasePlayer::ForceObserverMode(int)
368 CBasePlayer::ResetObserverMode(void)
369 CBasePlayer::ValidateCurrentObserverTarget(void)
370 CDODPlayer::AttemptToExitFreezeCam(void)
371 CDODPlayer::StartReplayMode(float,float,int)
372 CDODPlayer::StopReplayMode(void)
373 CBasePlayer::GetDelayTicks(void)
374 CBasePlayer::GetReplayEntity(void)
375 CBasePlayer::CreateCorpse(void)
376 CDODPlayer::EntSelectSpawnPoint(void)
377 CBasePlayer::GetInVehicle(IServerVehicle *,int)
378 CBasePlayer::LeaveVehicle(Vector const&,QAngle const&)
379 CBasePlayer::OnVehicleStart(void)
380 CBasePlayer::OnVehicleEnd(Vector &)
381 CDODPlayer::BumpWeapon(CBaseCombatWeapon *)
382 CBasePlayer::SelectLastItem(void)
383 CBasePlayer::SelectItem(char const*,int)
384 CBasePlayer::ItemPostFrame(void)
385 CDODPlayer::GiveNamedItem(char const*,int)
386 CDODPlayer::CheckTrainUpdate(void)
387 CBasePlayer::SetPlayerUnderwater(bool)
388 CBasePlayer::CanBreatheUnderwater(void)const
389 CBasePlayer::PlayerUse(void)
390 CDODPlayer::PlayUseDenySound(void)
391 CDODPlayer::FindUseEntity(void)
392 CBasePlayer::IsUseableEntity(CBaseEntity *,unsigned int)
393 CBasePlayer::PickupObject(CBaseEntity *,bool)
394 CBasePlayer::ForceDropOfCarriedPhysObjects(CBaseEntity *)
395 CBasePlayer::GetHeldObjectMass(IPhysicsObject *)
396 CDODPlayer::UpdateGeigerCounter(void)
397 CBasePlayer::GetAutoaimVector(float)
398 CBasePlayer::GetAutoaimVector(float,float)
399 CBasePlayer::GetAutoaimVector(autoaim_params_t &)
400 CBasePlayer::ShouldAutoaim(void)
401 CBasePlayer::ForceClientDllUpdate(void)
402 CBasePlayer::ProcessUsercmds(CUserCmd *,int,int,int,bool)
403 CDODPlayer::PlayerRunCommand(CUserCmd *,IMoveHelper *)
404 CBasePlayer::ChangeTeam(int,bool,bool)
405 CBaseMultiplayerPlayer::CanHearAndReadChatFrom(CBasePlayer *)
406 CBaseMultiplayerPlayer::CanSpeak(void)
407 CBasePlayer::ModifyOrAppendPlayerCriteria(AI_CriteriaSet &)
408 CDODPlayer::CheckChatText(char *,int)
409 CDODPlayer::CreateRagdollEntity(void)
410 CBasePlayer::ShouldAnnounceAchievement(void)
411 CBasePlayer::IsFollowingPhysics(void)
412 CDODPlayer::InitVCollision(Vector const&,Vector const&)
413 CBasePlayer::UpdatePhysicsShadowToCurrentPosition(void)
414 CDODPlayer::Hints(void)
415 CDODPlayer::IsReadyToPlay(void)
416 CBasePlayer::IsReadyToSpawn(void)
417 CBasePlayer::ShouldGainInstantSpawn(void)
418 CDODPlayer::ResetPerRoundStats(void)
419 CDODPlayer::ResetScores(void)
420 CBasePlayer::EquipSuit(bool)
421 CBasePlayer::RemoveSuit(void)
422 CDODPlayer::CommitSuicide(bool,bool)
423 CDODPlayer::CommitSuicide(Vector const&,bool,bool)
424 CBasePlayer::IsBot(void)const
425 CBaseMultiplayerPlayer::GetExpresser(void)
426 CBasePlayer::SpawnArmorValue(void)const
427 CBasePlayer::NetworkStateChanged_m_ArmorValue(void)
428 CBasePlayer::NetworkStateChanged_m_ArmorValue(void *)
429 CBasePlayer::HasHaptics(void)
430 CBasePlayer::SetHaptics(bool)
431 CBasePlayer::PlayerSolidMask(bool)const
432 CAI_ExpresserHost<CBasePlayer>::NoteSpeaking(float,float)
433 CAI_ExpresserHost<CBasePlayer>::Speak(char const*,char const*,char *,unsigned int,IRecipientFilter *)
434 CAI_ExpresserHost<CBasePlayer>::PostSpeakDispatchResponse(char const*,AI_Response *)
435 CBaseMultiplayerPlayer::SpeakIfAllowed(char const*,char const*,char *,unsigned int,IRecipientFilter *)
436 CBaseMultiplayerPlayer::SpeakConceptIfAllowed(int,char const*,char *,unsigned int,IRecipientFilter *)
437 CBaseMultiplayerPlayer::CanSpeakVoiceCommand(void)
438 CBaseMultiplayerPlayer::ShouldShowVoiceSubtitleToEnemy(void)
439 CBaseMultiplayerPlayer::NoteSpokeVoiceCommand(char const*)
440 CDODPlayer::OnAchievementEarned(int)
441 CBaseMultiplayerPlayer::GetMultiplayerExpresser(void)
442 CBaseMultiplayerPlayer::CalculateTeamBalanceScore(void)
443 CBaseMultiplayerPlayer::CreateExpresser(void)
444 CDODPlayer::CanHearChatFrom(CBasePlayer *)
</pre>

Team Fortress 2 Item Definition Indexes

2010-04-30T20:27:43Z

DJ Tsunami:

This is a list of the item definition indexes in TF2, these are useful for distinguishing an unlockable weapon from its original (for example: The Backburner from an ordinary Flamethrower.)

This list is divided in to Weapons, Hats and Crafting Items.

Usage: <pawn>SetEntProp(edict, Prop_Send, "m_iItemDefinitionIndex", index);</pawn>

== Weapons ==

These are all of the weapons currently in TF2 and their item definition indexes.

'''0''' - Bat 
'''1''' - Bottle 
'''2''' - Fire Axe 
'''3''' - Kukri 
'''4''' - Knife 
'''5''' - Fists 
'''6''' - Shovel 
'''7''' - Wrench 
'''8''' - Bonesaw 
'''9''' - Engineer's Shotgun 
'''10''' - Soldier's Shotgun 
'''11''' - Heavy's Shotgun 
'''12''' - Pyro's Shotgun 
'''13''' - Scattergun 
'''14''' - Sniper Rifle 
'''15''' - Minigun 
'''16''' - SMG 
'''17''' - Syringe Gun 
'''18''' - Rocket Launcher 
'''19''' - Pipe Grenade Launcher 
'''20''' - Sticky Bomb Launcher 
'''21''' - Flamethrower 
'''22''' - Engineer's Pistol 
'''23''' - Scout's Pistol 
'''24''' - Spy's Pistol 
'''25''' - Builder PDA 
'''26''' - Demolisher PDA 
'''27''' - Disguise Kit PDA 
'''29''' - Medigun 
'''30''' - Cloak Watch 
'''35''' - The Kritzkrieg 
'''36''' - The Blutsauger 
'''37''' - The Ubersaw 
'''38''' - The Axtinguisher 
'''39''' - The Flaregun 
'''40''' - The Backburner 
'''41''' - Natascha 
'''42''' - Sandvich 
'''43''' - The Killer Gloves Of Boxing 
'''44''' - Sandman (Wooden Bat) 
'''45''' - Force-A-Nature 
'''46''' - Bonk! Atomic Punch 
'''56''' - Huntsman 
'''57''' - Razorback 
'''58''' - Jarate 
'''59''' - Dead Ringer 
'''60''' - Cloak And Dagger 
'''61''' - The Ambassador 
'''127''' - The Direct Hit 
'''128''' - The Equalizer 
'''129''' - The Buff Banner 
'''130''' - The Scottish Resistance 
'''131''' - Chargin' Targe 
'''132''' - The Eyelander 
'''133''' - The Gunboats 
'''153''' - Homewrecker 
'''154''' - Pain Train 
'''159''' - Dalokohs Bar 
'''160''' - Lugermorph 
'''161''' - Big Kill 
'''163''' - Crit-a-Cola 

== Hats ==

These are all of the hats and wearables available in the game.

'''47''' - Demoman's 'Fro 
'''48''' - Mining Light 
'''49''' - Football Helmet 
'''50''' - Prussian Pickelhaube 
'''51''' - Pyro's Beanie 
'''52''' - Batter's Helmet 
'''53''' - Trophy Hat 
'''54''' - Soldier's Stash 
'''55''' - Fancy Fedora 
'''94''' - Texas Ten Gallon 
'''95''' - Engineer's Cap 
'''96''' - Officer's Ushanka 
'''97''' - Tough Guy's Tuque 
'''98''' - Stainless Pot 
'''99''' - Tyrant's Helm 
'''100''' - Glengarry Bonnet 
'''101''' - Vintage Tyrolean 
'''102''' - Respectless Rubber Glove 
'''103''' - Camera Beard 
'''104''' - Otolaryngologist's Mirror 
'''105''' - Brigade Helm 
'''106''' - Bonk Helm 
'''107''' - Ye Olde Baker Boy 
'''108''' - Backbiter's Billycock 
'''109''' - Professional's Panama 
'''110''' - Master's Yellow Belt 
'''111''' - Baseball Bill's Sports Shine (Hatless Scout) 
'''115''' - Halloween Hat (Only appears on Halloween) 
'''116''' - Ghastly Gibus 
'''117''' - Ritzy Rick's Hair Fixative (Hatless Sniper) 
'''118''' - Texas Slim's Dome Shine (Hatless Engineer) 
'''120''' - Scottsman's Stove Pipe 
'''121''' - Service Medal 
'''125''' - Cheater's Lament 
'''126''' - Bill's Hat 
'''134''' - J.Axer's Dapper Topper 
'''135''' - Towering Pillar of Hats 
'''136''' - Amber's Rad As All Hell Hat 
'''137''' - Noble Amassment of Hats 
'''138''' - Uncle Sam 
'''139''' - Modest Pile of Hat 
'''144''' - Physician's Procedure Mask 
'''145''' - Hound Dog 
'''146''' - Hustler's Hallmark 
'''147''' - Magistrate's Mullet 
'''148''' - Hotrod 
'''150''' - Troublemaker's Tossle Cap 
'''151''' - Triboniophorus Tyrannus 
'''152''' - Killer's Kabuto 
'''158''' - Shooter's Sola Topi 
'''162''' - Max's Severed Head 
'''164''' - Grizzled Veteran 
'''165''' - Soldier of Fortune 
'''166''' - Weekend Warrior 

== Craft Items ==

These are the items obtained and used primarily through crafting.

'''5000''' - Scrap Metal 
'''5001''' - Reclaimed Metal 
'''5002''' - Refined Metal 
'''5003''' - Scout Class Token 
'''5004''' - Sniper Class Token 
'''5005''' - Soldier Class Token 
'''5006''' - Demoman Class Token 
'''5007''' - Heavy Class Token 
'''5008''' - Medic Class Token 
'''5009''' - Pyro Class Token 
'''5010''' - Spy Class Token 
'''5011''' - Engineer Class Token 
'''5012''' - Primary Slot Token 
'''5013''' - Secondary Slot Token 
'''5014''' - Melee Slot Token 
'''5015''' - Grenade Slot Token 
'''5016''' - Building Slot Token 
'''5017''' - PDA Slot Token 
'''5018''' - PDA2 Slot Token 
'''5019''' - Head Slot Token

Team Fortress 2 Item Definition Indexes

2010-04-15T20:11:44Z

DJ Tsunami:

This is a list of the item definition indexes in TF2, these are useful for disgtinguishing an unlockable weapon from its original (for example: The Backburner from an ordinary Flamethrower.)

This list is divided in to Weapons, Hats and Crafting Items.

== Weapons ==

These are all of the weapons currently in TF2 and their item definition indexes.

'''0''' - Bat 
'''1''' - Bottle 
'''2''' - Fire Axe 
'''3''' - Kukri 
'''4''' - Knife 
'''5''' - Fists 
'''6''' - Shovel 
'''7''' - Wrench 
'''8''' - Bonesaw 
'''9''' - Engineer's Shotgun 
'''10''' - Soldier's Shotgun 
'''11''' - Heavy's Shotgun 
'''12''' - Pyro's Shotgun 
'''13''' - Scattergun 
'''14''' - Sniper Rifle 
'''15''' - Minigun 
'''16''' - SMG 
'''17''' - Syringe Gun 
'''18''' - Rocket Launcher 
'''19''' - Pipe Grenade Launcher 
'''20''' - Sticky Bomb Launcher 
'''21''' - Flamethrower 
'''22''' - Engineer's Pistol 
'''23''' - Scout's Pistol 
'''24''' - Spy's Pistol 
'''25''' - Builder PDA 
'''26''' - Demolisher PDA 
'''27''' - Disguise Kit PDA 
'''29''' - Medigun 
'''30''' - Cloak Watch 
'''35''' - The Kritzkrieg 
'''36''' - The Blutsauger 
'''37''' - The Ubersaw 
'''38''' - The Axtinguisher 
'''39''' - The Flaregun 
'''40''' - The Backburner 
'''41''' - Natascha 
'''42''' - Sandvich 
'''43''' - The Killer Gloves Of Boxing 
'''44''' - Sandman (Wooden Bat) 
'''45''' - Force-A-Nature 
'''46''' - Bonk! Atomic Punch 
'''56''' - Huntsman 
'''57''' - Razorback 
'''58''' - Jarate 
'''59''' - Dead Ringer 
'''60''' - Cloak And Dagger 
'''61''' - The Ambassador 
'''127''' - The Direct Hit 
'''128''' - The Equalizer 
'''129''' - The Buff Banner 
'''130''' - The Scottish Resistance 
'''131''' - Chargin' Targe 
'''132''' - The Eyelander 
'''133''' - The Gunboats 
'''153''' - Homewrecker 
'''154''' - Pain Train 
'''159''' - Dalokohs Bar 
'''160''' - Lugermorph 
'''161''' - Big Kill 

== Hats ==

These are all of the hats and wearables available in the game.

'''47''' - Demoman's 'Fro 
'''48''' - Mining Light 
'''49''' - Football Helmet 
'''50''' - Prussian Pickelhaube 
'''51''' - Pyro's Beanie 
'''52''' - Batter's Helmet 
'''53''' - Trophy Hat 
'''54''' - Soldier's Stash 
'''55''' - Fancy Fedora 
'''94''' - Texas Ten Gallon 
'''95''' - Engineer's Cap 
'''96''' - Officer's Ushanka 
'''97''' - Tough Guy's Tuque 
'''98''' - Stainless Pot 
'''99''' - Tyrant's Helm 
'''100''' - Glengarry Bonnet 
'''101''' - Vintage Tyrolean 
'''102''' - Respectless Rubber Glove 
'''103''' - Camera Beard 
'''104''' - Otolaryngologist's Mirror 
'''105''' - Brigade Helm 
'''106''' - Bonk Helm 
'''107''' - Ye Olde Baker Boy 
'''108''' - Backbiter's Billycock 
'''109''' - Professional's Panama 
'''110''' - Master's Yellow Belt 
'''111''' - Baseball Bill's Sports Shine (Hatless Scout) 
'''115''' - Halloween Hat (Only appears on Halloween) 
'''116''' - Ghastly Gibus 
'''117''' - Ritzy Rick's Hair Fixative (Hatless Sniper) 
'''118''' - Texas Slim's Dome Shine (Hatless Engineer) 
'''120''' - Scottsman's Stove Pipe 
'''121''' - Service Medal 
'''125''' - Cheater's Lament 
'''126''' - Bill's Hat 
'''134''' - J.Axer's Dapper Topper 
'''135''' - Towering Pillar of Hats 
'''136''' - Amber's Rad As All Hell Hat 
'''137''' - Noble Amassment of Hats 
'''138''' - Uncle Sam 
'''139''' - Modest Pile of Hat 
'''144''' - Physician's Procedure Mask 
'''145''' - Hound Dog 
'''146''' - Hustler's Hallmark 
'''147''' - Magistrate's Mullet 
'''148''' - Hotrod 
'''150''' - Troublemaker's Tossle Cap 
'''151''' - Triboniophorus Tyrannus 
'''152''' - Killer's Kabuto 
'''158''' - Shooter's Sola Topi 
'''162''' - Max's Severed Head 

== Craft Items ==

These are the items obtained and used primarily through crafting.

'''5000''' - Scrap Metal 
'''5001''' - Reclaimed Metal 
'''5002''' - Refined Metal 
'''5003''' - Scout Class Token 
'''5004''' - Sniper Class Token 
'''5005''' - Soldier Class Token 
'''5006''' - Demoman Class Token 
'''5007''' - Heavy Class Token 
'''5008''' - Medic Class Token 
'''5009''' - Pyro Class Token 
'''5010''' - Spy Class Token 
'''5011''' - Engineer Class Token 
'''5012''' - Primary Slot Token 
'''5013''' - Secondary Slot Token 
'''5014''' - Melee Slot Token 
'''5015''' - Grenade Slot Token 
'''5016''' - Building Slot Token 
'''5017''' - PDA Slot Token 
'''5018''' - PDA2 Slot Token 
'''5019''' - Head Slot Token

Team Fortress 2 Item Definition Indexes

2010-03-19T15:04:17Z

DJ Tsunami:

This is a list of the item definition indexes in TF2, these are useful for disgtinguishing an unlockable weapon from its original (for example: The Backburner from an ordinary Flamethrower.)

This list is divided in to Weapons, Hats and Crafting Items.

== Weapons ==

These are all of the weapons currently in TF2 and their item definition indexes.

'''0''' - Bat 
'''1''' - Bottle 
'''2''' - Fire Axe 
'''3''' - Kukri 
'''4''' - Knife 
'''5''' - Fists 
'''6''' - Shovel 
'''7''' - Wrench 
'''8''' - Bonesaw 
'''9''' - Engineer's Shotgun 
'''10''' - Soldier's Shotgun 
'''11''' - Heavy's Shotgun 
'''12''' - Pyro's Shotgun 
'''13''' - Scattergun 
'''14''' - Sniper Rifle 
'''15''' - Minigun 
'''16''' - SMG 
'''17''' - Syringe Gun 
'''18''' - Rocket Launcher 
'''19''' - Pipe Grenade Launcher 
'''20''' - Sticky Bomb Launcher 
'''21''' - Flamethrower 
'''22''' - Engineer's Pistol 
'''23''' - Scout's Pistol 
'''24''' - Spy's Pistol 
'''25''' - Builder PDA 
'''26''' - Demolisher PDA 
'''27''' - Disguise Kit PDA 
'''29''' - Medigun 
'''30''' - Cloak Watch 
'''35''' - The Kritzkrieg 
'''36''' - The Blutsauger 
'''37''' - The Ubersaw 
'''38''' - The Axtinguisher 
'''39''' - The Flaregun 
'''40''' - The Backburner 
'''41''' - Natascha 
'''42''' - Sandvich 
'''43''' - The Killer Gloves Of Boxing 
'''44''' - Sandman (Wooden Bat) 
'''45''' - Force-A-Nature 
'''46''' - Bonk! Atomic Punch 
'''56''' - Huntsman 
'''57''' - Razorback 
'''58''' - Jarate 
'''59''' - Dead Ringer 
'''60''' - Cloak And Dagger 
'''61''' - The Ambassador 
'''127''' - The Direct Hit 
'''128''' - The Equalizer 
'''129''' - The Buff Banner 
'''130''' - The Scottish Resistance 
'''131''' - Chargin' Targe 
'''132''' - The Eyelander 
'''133''' - The Gunboats 
'''153''' - Homewrecker 
'''154''' - Pain Train 
'''159''' - Dalokohs Bar 

== Hats ==

These are all of the hats and wearables available in the game.

'''47''' - Demoman's 'Fro 
'''48''' - Mining Light 
'''49''' - Football Helmet 
'''50''' - Prussian Pickelhaube 
'''51''' - Pyro's Beanie 
'''52''' - Batter's Helmet 
'''53''' - Trophy Hat 
'''54''' - Soldier's Stash 
'''55''' - Fancy Fedora 
'''94''' - Texas Ten Gallon 
'''95''' - Engineer's Cap 
'''96''' - Officer's Ushanka 
'''97''' - Tough Guy's Tuque 
'''98''' - Stainless Pot 
'''99''' - Tyrant's Helm 
'''100''' - Glengarry Bonnet 
'''101''' - Vintage Tyrolean 
'''102''' - Respectless Rubber Glove 
'''103''' - Camera Beard 
'''104''' - Otolaryngologist's Mirror 
'''105''' - Brigade Helm 
'''106''' - Bonk Helm 
'''107''' - Ye Olde Baker Boy 
'''108''' - Backbiter's Billycock 
'''109''' - Professional's Panama 
'''110''' - Master's Yellow Belt 
'''111''' - Baseball Bill's Sports Shine (Hatless Scout) 
'''115''' - Halloween Hat (Only appears on Halloween) 
'''116''' - Ghastly Gibus 
'''117''' - Ritzy Rick's Hair Fixative (Hatless Sniper) 
'''118''' - Texas Slim's Dome Shine (Hatless Engineer) 
'''120''' - Scottsman's Stove Pipe 
'''121''' - Service Medal 
'''125''' - Cheater's Lament 
'''126''' - Bill's Hat 
'''134''' - J.Axer's Dapper Topper 
'''135''' - Towering Pillar of Hats 
'''136''' - Amber's Rad As All Hell Hat 
'''137''' - Noble Amassment of Hats 
'''138''' - Uncle Sam 
'''139''' - Modest Pile of Hat 
'''144''' - Physician's Procedure Mask 
'''145''' - Hound Dog 
'''146''' - Hustler's Hallmark 
'''147''' - Magistrate's Mullet 
'''148''' - Hotrod 
'''150''' - Troublemaker's Tossle Cap 
'''151''' - Triboniophorus Tyrannus 
'''152''' - Killer's Kabuto 
'''158''' - Shooter's Sola Topi 

== Craft Items ==

These are the items obtained and used primarily through crafting.

'''5000''' - Scrap Metal 
'''5001''' - Reclaimed Metal 
'''5002''' - Refined Metal 
'''5003''' - Scout Class Token 
'''5004''' - Sniper Class Token 
'''5005''' - Soldier Class Token 
'''5006''' - Demoman Class Token 
'''5007''' - Heavy Class Token 
'''5008''' - Medic Class Token 
'''5009''' - Pyro Class Token 
'''5010''' - Spy Class Token 
'''5011''' - Engineer Class Token 
'''5012''' - Primary Slot Token 
'''5013''' - Secondary Slot Token 
'''5014''' - Melee Slot Token 
'''5015''' - Grenade Slot Token 
'''5016''' - Building Slot Token 
'''5017''' - PDA Slot Token 
'''5018''' - PDA2 Slot Token 
'''5019''' - Head Slot Token

Team Fortress 2 Item Definition Indexes

2010-03-17T14:25:15Z

DJ Tsunami: /* Hats */

This is a list of the item definition indexes in TF2, these are useful for disgtinguishing an unlockable weapon from its original (for example: The Backburner from an ordinary Flamethrower.)

This list is divided in to Weapons, Hats and Crafting Items.

== Weapons ==

These are all of the weapons currently in TF2 and their item definition indexes.

'''0''' - Bat 
'''1''' - Bottle 
'''2''' - Fire Axe 
'''3''' - Kukri 
'''4''' - Knife 
'''5''' - Fists 
'''6''' - Shovel 
'''7''' - Wrench 
'''8''' - Bonesaw 
'''9''' - Engineer's Shotgun 
'''10''' - Soldier's Shotgun 
'''11''' - Heavy's Shotgun 
'''12''' - Pyro's Shotgun 
'''13''' - Scattergun 
'''14''' - Sniper Rifle 
'''15''' - Minigun 
'''16''' - SMG 
'''17''' - Syringe Gun 
'''18''' - Rocket Launcher 
'''19''' - Pipe Grenade Launcher 
'''20''' - Sticky Bomb Launcher 
'''21''' - Flamethrower 
'''22''' - Engineer's Pistol 
'''23''' - Scout's Pistol 
'''24''' - Spy's Pistol 
'''25''' - Builder PDA 
'''26''' - Demolisher PDA 
'''27''' - Disguise Kit PDA 
'''29''' - Medigun 
'''30''' - Cloak Watch 
'''35''' - The Kritzkrieg 
'''36''' - The Blutsauger 
'''37''' - The Ubersaw 
'''38''' - The Axtinguisher 
'''39''' - The Flaregun 
'''40''' - The Backburner 
'''41''' - Natascha 
'''42''' - Sandvich 
'''43''' - The Killer Gloves Of Boxing 
'''44''' - Sandman (Wooden Bat) 
'''45''' - Force-A-Nature 
'''46''' - Bonk! Atomic Punch 
'''56''' - Huntsman 
'''57''' - Razorback 
'''58''' - Jarate 
'''59''' - Dead Ringer 
'''60''' - Cloak And Dagger 
'''61''' - The Ambassador 
'''127''' - The Direct Hit 
'''128''' - The Equalizer 
'''129''' - The Buff Banner 
'''130''' - The Scottish Resistance 
'''131''' - Chargin' Targe 
'''132''' - The Eyelander 
'''133''' - The Gunboats 

== Hats ==

These are all of the hats and wearables available in the game.

'''47''' - Demoman's 'Fro 
'''48''' - Mining Light 
'''49''' - Football Helmet 
'''50''' - Prussian Pickelhaube 
'''51''' - Pyro's Beanie 
'''52''' - Batter's Helmet 
'''53''' - Trophy Hat 
'''54''' - Soldier's Stash 
'''55''' - Fancy Fedora 
'''94''' - Texas Ten Gallon 
'''95''' - Engineer's Cap 
'''96''' - Officer's Ushanka 
'''97''' - Tough Guy's Tuque 
'''98''' - Stainless Pot 
'''99''' - Tyrant's Helm 
'''100''' - Glengarry Bonnet 
'''101''' - Vintage Tyrolean 
'''102''' - Respectless Rubber Glove 
'''103''' - Camera Beard 
'''104''' - Otolaryngologist's Mirror 
'''105''' - Brigade Helm 
'''106''' - Bonk Helm 
'''107''' - Ye Olde Baker Boy 
'''108''' - Backbiter's Billycock 
'''109''' - Professional's Panama 
'''110''' - Master's Yellow Belt 
'''111''' - Baseball Bill's Sports Shine (Hatless Scout) 
'''115''' - Halloween Hat (Only appears on Halloween) 
'''116''' - Ghastly Gibus 
'''117''' - Ritzy Rick's Hair Fixative (Hatless Sniper) 
'''118''' - Texas Slim's Dome Shine (Hatless Engineer) 
'''120''' - Scottsman's Stove Pipe 
'''121''' - Service Medal 
'''125''' - Cheater's Lament 
'''126''' - Bill's Hat 
'''134''' - J.Axer's Dapper Topper 
'''135''' - Towering Pillar of Hats 
'''136''' - Amber's Rad As All Hell Hat 
'''137''' - Noble Amassment of Hats 
'''138''' - Uncle Sam 
'''139''' - Modest Pile of Hat 

== Craft Items ==

These are the items obtained and used primarily through crafting.

'''5000''' - Scrap Metal 
'''5001''' - Reclaimed Metal 
'''5002''' - Refined Metal 
'''5003''' - Scout Class Token 
'''5004''' - Sniper Class Token 
'''5005''' - Soldier Class Token 
'''5006''' - Demoman Class Token 
'''5007''' - Heavy Class Token 
'''5008''' - Medic Class Token 
'''5009''' - Pyro Class Token 
'''5010''' - Spy Class Token 
'''5011''' - Engineer Class Token 
'''5012''' - Primary Slot Token 
'''5013''' - Secondary Slot Token 
'''5014''' - Melee Slot Token 
'''5015''' - Grenade Slot Token 
'''5016''' - Building Slot Token 
'''5017''' - PDA Slot Token 
'''5018''' - PDA2 Slot Token 
'''5019''' - Head Slot Token

CDODPlayer Offset List (Day of Defeat: Source)

2010-02-04T15:02:47Z

DJ Tsunami:

Also for use when using [[Virtual Offsets (Source Mods)|virtual offsets]].

These are the Windows offsets. Linux offsets are 1 greater.

== The List ==
This comes from the symbol tables, so you'll have to look in the SDK for return types.

Last Updated 4 February 2010

<pre>
// Auto reconstructed from vtable block @ 0x00CF3100
// from "server_i486.so", by ida_vtables.idc
0 CDODPlayer::~CDODPlayer()
1 CBaseEntity::SetRefEHandle(CBaseHandle const&)
2 CBaseEntity::GetRefEHandle(void)const
3 CBaseEntity::GetCollideable(void)
4 CBaseEntity::GetNetworkable(void)
5 CBaseEntity::GetBaseEntity(void)
6 CBaseEntity::GetModelIndex(void)const
7 CBaseEntity::GetModelName(void)const
8 CBaseEntity::SetModelIndex(int)
9 CDODPlayer::GetServerClass(void)
10 CDODPlayer::YouForgotToImplementOrDeclareServerClass(void)
11 CDODPlayer::GetDataDescMap(void)
12 CBaseAnimating::TestCollision(Ray_t const&,unsigned int,CGameTrace &)
13 CBaseAnimating::TestHitboxes(Ray_t const&,unsigned int,CGameTrace &)
14 CDODPlayer::ComputeWorldSpaceSurroundingBox(Vector *,Vector *)
15 CDODPlayer::ShouldCollide(int,int)const
16 CBaseEntity::SetOwnerEntity(CBaseEntity*)
17 CBasePlayer::ShouldTransmit(CCheckTransmitInfo const*)
18 CBasePlayer::UpdateTransmitState(void)
19 CBaseCombatCharacter::SetTransmit(CCheckTransmitInfo *,bool)
20 CBasePlayer::GetTracerType(void)
21 CDODPlayer::Spawn(void)
22 CDODPlayer::Precache(void)
23 CBasePlayer::SetModel(char const*)
24 CBaseMultiplayerPlayer::PostConstructor(char const*)
25 CBaseEntity::PostClientActive(void)
26 CBaseEntity::ParseMapData(CEntityMapData *)
27 CBaseEntity::KeyValue(char const*,char const*)
28 CBaseEntity::KeyValue(char const*,float)
29 CBaseEntity::KeyValue(char const*,Vector const&)
30 CBaseEntity::GetKeyValue(char const*,char *,int)
31 CBasePlayer::Activate(void)
32 CBaseEntity::SetParent(CBaseEntity*,int)
33 CBasePlayer::ObjectCaps(void)
34 CBaseEntity::AcceptInput(char const*,CBaseEntity*,CBaseEntity*,variant_t,int)
35 CBaseAnimating::GetInputDispatchEffectPosition(char const*,Vector &,QAngle &)
36 CBasePlayer::DrawDebugGeometryOverlays(void)
37 CBaseAnimating::DrawDebugTextOverlays(void)
38 CBasePlayer::Save(ISave &)
39 CBasePlayer::Restore(IRestore &)
40 CBasePlayer::ShouldSavePhysics(void)
41 CBaseEntity::OnSave(IEntitySaveUtils *)
42 CBasePlayer::OnRestore(void)
43 CBasePlayer::RequiredEdictIndex(void)
44 CBaseEntity::MoveDone(void)
45 CBaseEntity::Think(void)
46 CBasePlayer::NetworkStateChanged_m_nNextThinkTick(void)
47 CBasePlayer::NetworkStateChanged_m_nNextThinkTick(void *)
48 CBaseAnimating::GetBaseAnimating(void)
49 CBaseMultiplayerPlayer::GetResponseSystem(void)
50 CAI_ExpresserHost<CBasePlayer>::DispatchResponse(char const*)
51 CBasePlayer::Classify(void)
52 CBaseEntity::DeathNotice(CBaseEntity*)
53 CBaseEntity::ShouldAttractAutoAim(CBaseEntity*)
54 CBaseEntity::GetAutoAimRadius(void)
55 CBaseEntity::GetAutoAimCenter(void)
56 CBaseEntity::GetBeamTraceFilter(void)
57 CBaseEntity::PassesDamageFilter(CTakeDamageInfo const&)
58 CDODPlayer::TraceAttack(CTakeDamageInfo const&,Vector const&,CGameTrace *)
59 CBaseEntity::CanBeHitByMeleeAttack(CBaseEntity*)
60 CDODPlayer::OnTakeDamage(CTakeDamageInfo const&)
61 CBaseEntity::AdjustDamageDirection(CTakeDamageInfo const&,Vector &,CBaseEntity*)
62 CBasePlayer::TakeHealth(float,int)
63 CBaseEntity::IsAlive(void)
64 CDODPlayer::Event_Killed(CTakeDamageInfo const&)
65 CBasePlayer::Event_KilledOther(CBaseEntity *,CTakeDamageInfo const&)
66 CBaseCombatCharacter::BloodColor(void)
67 CBaseEntity::IsTriggered(CBaseEntity*)
68 CBaseEntity::IsNPC(void)const
69 CBaseCombatCharacter::MyCombatCharacterPointer(void)
70 CBaseEntity::MyNextBotPointer(void)
71 CBaseEntity::GetDelay(void)
72 CBaseEntity::IsMoving(void)
73 CBaseEntity::DamageDecal(int,int)
74 CBaseEntity::DecalTrace(CGameTrace *,char const*)
75 CBaseEntity::ImpactTrace(CGameTrace *,int,char *)
76 CBaseEntity::OnControls(CBaseEntity*)
77 CBaseEntity::HasTarget(string_t)
78 CBasePlayer::IsPlayer(void)const
79 CBasePlayer::IsNetClient(void)const
80 CBaseEntity::IsTemplate(void)
81 CBaseEntity::IsBaseObject(void)const
82 CBaseEntity::IsBaseTrain(void)const
83 CBaseEntity::IsBaseCombatWeapon(void)const
84 CBaseEntity::IsWearable(void)const
85 CBaseEntity::MyCombatWeaponPointer(void)
86 CBaseEntity::GetServerVehicle(void)
87 CBaseEntity::IsViewable(void)
88 CDODPlayer::ChangeTeam(int)
89 CBaseEntity::OnEntityEvent(EntityEvent_t,void *)
90 CBaseEntity::CanStandOn(CBaseEntity*)const
91 CBaseEntity::CanStandOn(edict_t *)const
92 CBaseEntity::GetEnemy(void)
93 CBaseEntity::GetEnemy(void)const
94 CBaseEntity::Use(CBaseEntity*,CBaseEntity*,USE_TYPE,float)
95 CBaseEntity::StartTouch(CBaseEntity*)
96 CBasePlayer::Touch(CBaseEntity *)
97 CBaseEntity::EndTouch(CBaseEntity*)
98 CBaseEntity::StartBlocked(CBaseEntity*)
99 CBaseEntity::Blocked(CBaseEntity*)
100 CBaseEntity::EndBlocked(void)
101 CBasePlayer::PhysicsSimulate(void)
102 CBasePlayer::UpdateOnRemove(void)
103 CBaseEntity::StopLoopingSounds(void)
104 CBaseEntity::SUB_AllowedToFade(void)
105 CBaseFlex::Teleport(Vector const*,QAngle const*,Vector const*)
106 CBaseEntity::NotifySystemEvent(CBaseEntity*,notify_system_event_t,notify_system_event_params_t const&)
107 CBasePlayer::MakeTracer(Vector const&,CGameTrace const&,int)
108 CBaseEntity::GetTracerAttachment(void)
109 CDODPlayer::FireBullets(FireBulletsInfo_t const&)
110 CBasePlayer::DoImpactEffect(CGameTrace &,int)
111 CBaseEntity::Respawn(void)
112 CBaseEntity::IsLockedByMaster(void)
113 CBaseEntity::GetMaxHealth(void)const
114 CBaseMultiplayerPlayer::ModifyOrAppendCriteria(AI_CriteriaSet &)
115 CBaseEntity::NetworkStateChanged_m_iMaxHealth(void)
116 CBaseEntity::NetworkStateChanged_m_iMaxHealth(void *)
117 CBasePlayer::NetworkStateChanged_m_iHealth(void)
118 CBasePlayer::NetworkStateChanged_m_iHealth(void *)
119 CBasePlayer::NetworkStateChanged_m_lifeState(void)
120 CBasePlayer::NetworkStateChanged_m_lifeState(void *)
121 CBaseEntity::NetworkStateChanged_m_takedamage(void)
122 CBaseEntity::NetworkStateChanged_m_takedamage(void *)
123 CBaseEntity::GetDamageType(void)const
124 CBaseEntity::GetDamage(void)
125 CBaseEntity::SetDamage(float)
126 CBasePlayer::EyePosition(void)
127 CBasePlayer::EyeAngles(void)
128 CBasePlayer::LocalEyeAngles(void)
129 CBaseEntity::EarPosition(void)
130 CBasePlayer::BodyTarget(Vector const&,bool)
131 CBaseEntity::HeadTarget(Vector const&)
132 CBaseEntity::GetVectors(Vector *,Vector *,Vector *)const
133 CBaseEntity::GetViewOffset(void)const
134 CBaseEntity::SetViewOffset(Vector const&)
135 CBasePlayer::GetSmoothedVelocity(void)
136 CBaseAnimating::GetVelocity(Vector *,Vector *)
137 CBaseCombatCharacter::FVisible(CBaseEntity *,int,CBaseEntity **)
138 CBaseCombatCharacter::FVisible(Vector const&,int,CBaseEntity **)
139 CBaseEntity::CanBeSeenBy(CAI_BaseNPC *)
140 CBaseEntity::GetAttackDamageScale(CBaseEntity*)
141 CBaseEntity::GetReceivedDamageScale(CBaseEntity*)
142 CBaseEntity::GetGroundVelocityToApply(Vector &)
143 CBaseEntity::PhysicsSplash(Vector const&,Vector const&,float,float)
144 CBaseEntity::Splash(void)
145 CBaseEntity::WorldSpaceCenter(void)const
146 CBaseEntity::GetSoundEmissionOrigin(void)const
147 CBaseEntity::IsDeflectable(void)
148 CBaseEntity::Deflected(CBaseEntity*,Vector &)
149 CBaseEntity::CreateVPhysics(void)
150 CBaseEntity::ForceVPhysicsCollide(CBaseEntity*)
151 CBasePlayer::VPhysicsDestroyObject(void)
152 CBasePlayer::VPhysicsUpdate(IPhysicsObject *)
153 CBaseEntity::VPhysicsTakeDamage(CTakeDamageInfo const&)
154 CBaseCombatCharacter::VPhysicsShadowCollision(int,gamevcollisionevent_t *)
155 CDODPlayer::VPhysicsShadowUpdate(IPhysicsObject *)
156 CBasePlayer::VPhysicsCollision(int,gamevcollisionevent_t *)
157 CBaseEntity::VPhysicsFriction(IPhysicsObject *,float,int,int)
158 CBaseEntity::UpdatePhysicsShadowToCurrentPosition(float)
159 CBaseEntity::VPhysicsGetObjectList(IPhysicsObject **,int)
160 CBaseEntity::VPhysicsIsFlesh(void)
161 CBaseEntity::HasPhysicsAttacker(float)
162 CBasePlayer::PhysicsSolidMaskForEntity(void)const
163 CBaseEntity::ResolveFlyCollisionCustom(CGameTrace &,Vector &)
164 CBaseEntity::PerformCustomPhysics(Vector *,Vector *,QAngle *,QAngle *)
165 CBaseAnimating::GetStepOrigin(void)const
166 CBaseAnimating::GetStepAngles(void)const
167 CBaseEntity::ShouldDrawWaterImpacts(void)
168 CBasePlayer::NetworkStateChanged_m_fFlags(void)
169 CBasePlayer::NetworkStateChanged_m_fFlags(void *)
170 CBasePlayer::NetworkStateChanged_m_nWaterLevel(void)
171 CBasePlayer::NetworkStateChanged_m_nWaterLevel(void *)
172 CBasePlayer::NetworkStateChanged_m_hGroundEntity(void)
173 CBasePlayer::NetworkStateChanged_m_hGroundEntity(void *)
174 CBasePlayer::NetworkStateChanged_m_vecBaseVelocity(void)
175 CBasePlayer::NetworkStateChanged_m_vecBaseVelocity(void *)
176 CBasePlayer::NetworkStateChanged_m_flFriction(void)
177 CBasePlayer::NetworkStateChanged_m_flFriction(void *)
178 CBasePlayer::NetworkStateChanged_m_vecVelocity(void)
179 CBasePlayer::NetworkStateChanged_m_vecVelocity(void *)
180 CBasePlayer::NetworkStateChanged_m_vecViewOffset(void)
181 CBasePlayer::NetworkStateChanged_m_vecViewOffset(void *)
182 CBaseAnimating::GetIdealSpeed(void)const
183 CBaseAnimating::GetIdealAccel(void)const
184 CBaseAnimatingOverlay::StudioFrameAdvance(void)
185 CBaseAnimating::IsActivityFinished(void)
186 CBaseAnimating::GetSequenceGroundSpeed(CStudioHdr *,int)
187 CBaseAnimating::ClampRagdollForce(Vector const&,Vector*)
188 CBaseAnimating::BecomeRagdollOnClient(Vector const&)
189 CBaseAnimating::IsRagdoll(void)
190 CBaseAnimating::CanBecomeRagdoll(void)
191 CBaseAnimatingOverlay::GetSkeleton(CStudioHdr *,Vector *,Quaternion *,int)
192 CBaseAnimating::GetBoneTransform(int,matrix3x4_t &)
193 CDODPlayer::SetupBones(matrix3x4_t *,int)
194 CBaseAnimating::CalculateIKLocks(float)
195 CBaseAnimatingOverlay::DispatchAnimEvents(CBaseAnimating *)
196 CBasePlayer::HandleAnimEvent(animevent_t *)
197 CBaseAnimating::PopulatePoseParameters(void)
198 CBaseAnimating::GetAttachment(int,matrix3x4_t &)
199 CBaseAnimating::InitBoneControllers(void)
200 CBaseAnimating::GetGroundSpeedVelocity(void)
201 CBaseAnimating::Ignite(float,bool,float,bool)
202 CBaseAnimating::IgniteLifetime(float)
203 CBaseAnimating::IgniteNumHitboxFires(int)
204 CBaseAnimating::IgniteHitboxFireScale(float)
205 CBaseAnimating::Extinguish(void)
206 CBaseCombatCharacter::SetLightingOriginRelative(CBaseEntity *)
207 CBaseAnimating::SetLightingOrigin(CBaseEntity *)
208 CBaseFlex::SetViewtarget(Vector const&)
209 CBaseFlex::StartSceneEvent(CSceneEventInfo *,CChoreoScene *,CChoreoEvent *,CChoreoActor *,CBaseEntity *)
210 CBaseFlex::ProcessSceneEvents(void)
211 CBaseFlex::ProcessSceneEvent(CSceneEventInfo *,CChoreoScene *,CChoreoEvent *)
212 CBaseFlex::ClearSceneEvent(CSceneEventInfo *,bool,bool)
213 CBaseFlex::CheckSceneEventCompletion(CSceneEventInfo *,float,CChoreoScene *,CChoreoEvent *)
214 CBaseFlex::PlayScene(char const*,float,AI_Response *,IRecipientFilter *)
215 CBaseFlex::PlayAutoGeneratedSoundScene(char const*)
216 CBasePlayer::GetPhysicsImpactDamageTable(void)
217 CBaseCombatCharacter::FInViewCone(CBaseEntity *)
218 CBaseCombatCharacter::FInViewCone(Vector const&)
219 CBaseCombatCharacter::FInAimCone(CBaseEntity *)
220 CBaseCombatCharacter::FInAimCone(Vector const&)
221 CBaseCombatCharacter::ShouldShootMissTarget(CBaseCombatCharacter*)
222 CBaseCombatCharacter::FindMissTarget(void)
223 CBaseCombatCharacter::HandleInteraction(int,void *,CBaseCombatCharacter*)
224 CBasePlayer::BodyAngles(void)
225 CBaseCombatCharacter::BodyDirection2D(void)
226 CBaseCombatCharacter::BodyDirection3D(void)
227 CBaseCombatCharacter::HeadDirection2D(void)
228 CBaseCombatCharacter::HeadDirection3D(void)
229 CBaseCombatCharacter::EyeDirection2D(void)
230 CBaseCombatCharacter::EyeDirection3D(void)
231 CBaseCombatCharacter::IsHiddenByFog(Vector const&)const
232 CBaseCombatCharacter::IsHiddenByFog(CBaseEntity *)const
233 CBaseCombatCharacter::IsHiddenByFog(float)const
234 CBaseCombatCharacter::GetFogObscuredRatio(Vector const&)const
235 CBaseCombatCharacter::GetFogObscuredRatio(CBaseEntity *)const
236 CBaseCombatCharacter::GetFogObscuredRatio(float)const
237 CBaseCombatCharacter::IsLookingTowards(CBaseEntity const*,float)const
238 CBaseCombatCharacter::IsLookingTowards(Vector const&,float)const
239 CBaseCombatCharacter::IsInFieldOfView(CBaseEntity *)const
240 CBaseCombatCharacter::IsInFieldOfView(Vector const&)const
241 CBaseCombatCharacter::IsLineOfSightClear(CBaseEntity *,CBaseCombatCharacter::LineOfSightCheckType)const
242 CBaseCombatCharacter::IsLineOfSightClear(Vector const&,CBaseCombatCharacter::LineOfSightCheckType,CBaseEntity *)const
243 CBaseCombatCharacter::GiveAmmo(int,int,bool)
244 CBaseCombatCharacter::NPC_TranslateActivity(Activity)
245 CBaseCombatCharacter::Weapon_TranslateActivity(Activity,bool *)
246 CBaseCombatCharacter::Weapon_FrameUpdate(void)
247 CBaseCombatCharacter::Weapon_HandleAnimEvent(animevent_t *)
248 CBasePlayer::Weapon_CanUse(CBaseCombatWeapon *)
249 CBasePlayer::Weapon_Equip(CBaseCombatWeapon *)
250 CBaseCombatCharacter::Weapon_EquipAmmoOnly(CBaseCombatWeapon *)
251 CBasePlayer::Weapon_Drop(CBaseCombatWeapon *,Vector const*,Vector const*)
252 CBasePlayer::Weapon_Switch(CBaseCombatWeapon *,int)
253 CBasePlayer::Weapon_ShootPosition(void)
254 CDODPlayer::Weapon_CanSwitchTo(CBaseCombatWeapon *)
255 CBaseCombatCharacter::Weapon_SlotOccupied(CBaseCombatWeapon *)
256 CBaseCombatCharacter::Weapon_GetSlot(int)const
257 CBaseCombatCharacter::AddPlayerItem(CBaseCombatWeapon *)
258 CBasePlayer::RemovePlayerItem(CBaseCombatWeapon *)
259 CBaseCombatCharacter::CanBecomeServerRagdoll(void)
260 CDODPlayer::OnTakeDamage_Alive(CTakeDamageInfo const&)
261 CBaseCombatCharacter::OnTakeDamage_Dying(CTakeDamageInfo const&)
262 CBaseCombatCharacter::OnTakeDamage_Dead(CTakeDamageInfo const&)
263 CBaseCombatCharacter::GetAliveDuration(void)const
264 CBaseCombatCharacter::OnFriendDamaged(CBaseCombatCharacter*,CBaseEntity *)
265 CBaseCombatCharacter::NotifyFriendsOfDamage(CBaseEntity *)
266 CBaseCombatCharacter::HasEverBeenInjured(int)const
267 CBaseCombatCharacter::GetTimeSinceLastInjury(int)const
268 CBaseCombatCharacter::OnPlayerKilledOther(CBaseEntity *,CTakeDamageInfo const&)
269 CBaseCombatCharacter::GetDeathActivity(void)
270 CBaseCombatCharacter::CorpseGib(CTakeDamageInfo const&)
271 CBaseCombatCharacter::CorpseFade(void)
272 CBaseCombatCharacter::HasHumanGibs(void)
273 CBaseCombatCharacter::HasAlienGibs(void)
274 CBaseCombatCharacter::ShouldGib(CTakeDamageInfo const&)
275 CBaseCombatCharacter::OnKilledNPC(CBaseCombatCharacter*)
276 CBaseCombatCharacter::Event_Gibbed(CTakeDamageInfo const&)
277 CBasePlayer::Event_Dying(void)
278 CBaseCombatCharacter::BecomeRagdoll(CTakeDamageInfo const&,Vector const&)
279 CBaseCombatCharacter::FixupBurningServerRagdoll(CBaseEntity *)
280 CBaseCombatCharacter::BecomeRagdollBoogie(CBaseEntity *,Vector const&,float,int)
281 CBaseCombatCharacter::CheckTraceHullAttack(float,Vector const&,Vector const&,int,int,float,bool)
282 CBaseCombatCharacter::CheckTraceHullAttack(Vector const&,Vector const&,Vector const&,Vector const&,int,int,float,bool)
283 CBaseCombatCharacter::PushawayTouch(CBaseEntity *)
284 CBaseCombatCharacter::IRelationType(CBaseEntity *)
285 CBaseCombatCharacter::IRelationPriority(CBaseEntity *)
286 CBasePlayer::IsInAVehicle(void)const
287 CBasePlayer::GetVehicle(void)
288 CBasePlayer::GetVehicleEntity(void)
289 CBaseCombatCharacter::ExitVehicle(void)
290 CBaseCombatCharacter::RemoveAllWeapons(void)
291 CBaseCombatCharacter::CalcWeaponProficiency(CBaseCombatWeapon *)
292 CBaseCombatCharacter::GetAttackSpread(CBaseCombatWeapon *,CBaseEntity *)
293 CBaseCombatCharacter::GetSpreadBias(CBaseCombatWeapon *,CBaseEntity *)
294 CBasePlayer::DoMuzzleFlash(void)
295 CBaseCombatCharacter::AddEntityRelationship(CBaseEntity *,Disposition_t,int)
296 CBaseCombatCharacter::RemoveEntityRelationship(CBaseEntity *)
297 CBaseCombatCharacter::AddClassRelationship(Class_T,Disposition_t,int)
298 CBaseCombatCharacter::OnChangeActiveWeapon(CBaseCombatWeapon *,CBaseCombatWeapon *)
299 CBaseCombatCharacter::GetLastKnownArea(void)const
300 CBaseCombatCharacter::IsAreaTraversable(CNavArea const*)const
301 CBaseCombatCharacter::ClearLastKnownArea(void)
302 CBaseCombatCharacter::UpdateLastKnownArea(void)
303 CBaseCombatCharacter::OnNavAreaChanged(CNavArea *,CNavArea *)
304 CBaseCombatCharacter::OnNavAreaRemoved(CNavArea *)
305 CBaseCombatCharacter::OnPursuedBy(INextBot *)
306 CBasePlayer::NetworkStateChanged_m_iAmmo(void)
307 CBasePlayer::NetworkStateChanged_m_iAmmo(void *)
308 CDODPlayer::CreateViewModel(int)
309 CDODPlayer::SetupVisibility(CBaseEntity *,unsigned char *,int)
310 CDODPlayer::WantsLagCompensationOnEntity(CBasePlayer const*,CUserCmd const*,CBitVec<2048> const*)const
311 CDODPlayer::SharedSpawn(void)
312 CBasePlayer::ForceRespawn(void)
313 CDODPlayer::InitialSpawn(void)
314 CBasePlayer::InitHUD(void)
315 CBasePlayer::ShowViewPortPanel(char const*,bool,KeyValues *)
316 CDODPlayer::PlayerDeathThink(void)
317 CBasePlayer::Jump(void)
318 CBasePlayer::Duck(void)
319 CDODPlayer::PreThink(void)
320 CDODPlayer::PostThink(void)
321 CBasePlayer::DamageEffect(float,int)
322 CDODPlayer::OnDamagedByExplosion(CTakeDamageInfo const&)
323 CBasePlayer::ShouldFadeOnDeath(void)
324 CBasePlayer::IsFakeClient(void)const
325 CBasePlayer::SetPlayerName(char const*)
326 CDODPlayer::GetPlayerMins(void)const
327 CDODPlayer::GetPlayerMaxs(void)const
328 CBasePlayer::CalcRoll(QAngle const&,Vector const&,float,float)
329 CBasePlayer::PackDeadPlayerItems(void)
330 CBasePlayer::RemoveAllItems(bool)
331 CBasePlayer::Weapon_SetLast(CBaseCombatWeapon *)
332 CBasePlayer::Weapon_ShouldSetLast(CBaseCombatWeapon *,CBaseCombatWeapon *)
333 CBasePlayer::Weapon_ShouldSelectItem(CBaseCombatWeapon *)
334 CBasePlayer::OnMyWeaponFired(CBaseCombatWeapon *)
335 CBasePlayer::GetTimeSinceWeaponFired(void)const
336 CBasePlayer::IsFiringWeapon(void)const
337 CBasePlayer::UpdateClientData(void)
338 CBasePlayer::ExitLadder(void)
339 CBasePlayer::GetLadderSurface(Vector const&)
340 CBasePlayer::SetFlashlightEnabled(bool)
341 CDODPlayer::FlashlightIsOn(void)
342 CDODPlayer::FlashlightTurnOn(void)
343 CDODPlayer::FlashlightTurnOff(void)
344 CBasePlayer::IsIlluminatedByFlashlight(CBaseEntity *,float *)
345 CDODPlayer::UpdateStepSound(surfacedata_t *,Vector const&,Vector const&)
346 CDODPlayer::PlayStepSound(Vector &,surfacedata_t *,float,bool)
347 CBasePlayer::GetStepSoundVelocities(float *,float *)
348 CBasePlayer::SetStepSoundTime(stepsoundtimes_t,bool)
349 CDODPlayer::DeathSound(CTakeDamageInfo const&)
350 CDODPlayer::SetAnimation(PLAYER_ANIM)
351 CBasePlayer::ImpulseCommands(void)
352 CDODPlayer::CheatImpulseCommands(int)
353 CDODPlayer::ClientCommand(CCommand const&)
354 CBasePlayer::StartObserverMode(int)
355 CBasePlayer::StopObserverMode(void)
356 CDODPlayer::ModeWantsSpectatorGUI(int)
357 CDODPlayer::SetObserverMode(int)
358 CBasePlayer::GetObserverMode(void)
359 CBasePlayer::SetObserverTarget(CBaseEntity *)
360 CBasePlayer::ObserverUse(bool)
361 CBasePlayer::GetObserverTarget(void)
362 CBasePlayer::FindNextObserverTarget(bool)
363 CBasePlayer::GetNextObserverSearchStartPoint(bool)
364 CBasePlayer::IsValidObserverTarget(CBaseEntity *)
365 CBasePlayer::CheckObserverSettings(void)
366 CBasePlayer::JumptoPosition(Vector const&,QAngle const&)
367 CBasePlayer::ForceObserverMode(int)
368 CBasePlayer::ResetObserverMode(void)
369 CBasePlayer::ValidateCurrentObserverTarget(void)
370 CDODPlayer::AttemptToExitFreezeCam(void)
371 CDODPlayer::StartReplayMode(float,float,int)
372 CDODPlayer::StopReplayMode(void)
373 CBasePlayer::GetDelayTicks(void)
374 CBasePlayer::GetReplayEntity(void)
375 CBasePlayer::CreateCorpse(void)
376 CDODPlayer::EntSelectSpawnPoint(void)
377 CBasePlayer::GetInVehicle(IServerVehicle *,int)
378 CBasePlayer::LeaveVehicle(Vector const&,QAngle const&)
379 CBasePlayer::OnVehicleStart(void)
380 CBasePlayer::OnVehicleEnd(Vector &)
381 CDODPlayer::BumpWeapon(CBaseCombatWeapon *)
382 CBasePlayer::SelectLastItem(void)
383 CBasePlayer::SelectItem(char const*,int)
384 CBasePlayer::ItemPostFrame(void)
385 CDODPlayer::GiveNamedItem(char const*,int)
386 CDODPlayer::CheckTrainUpdate(void)
387 CBasePlayer::SetPlayerUnderwater(bool)
388 CBasePlayer::CanBreatheUnderwater(void)const
389 CBasePlayer::PlayerUse(void)
390 CDODPlayer::PlayUseDenySound(void)
391 CDODPlayer::FindUseEntity(void)
392 CBasePlayer::IsUseableEntity(CBaseEntity *,unsigned int)
393 CBasePlayer::PickupObject(CBaseEntity *,bool)
394 CBasePlayer::ForceDropOfCarriedPhysObjects(CBaseEntity *)
395 CBasePlayer::GetHeldObjectMass(IPhysicsObject *)
396 CDODPlayer::UpdateGeigerCounter(void)
397 CBasePlayer::GetAutoaimVector(float)
398 CBasePlayer::GetAutoaimVector(float,float)
399 CBasePlayer::GetAutoaimVector(autoaim_params_t &)
400 CBasePlayer::ShouldAutoaim(void)
401 CBasePlayer::ForceClientDllUpdate(void)
402 CBasePlayer::ProcessUsercmds(CUserCmd *,int,int,int,bool)
403 CDODPlayer::PlayerRunCommand(CUserCmd *,IMoveHelper *)
404 CBasePlayer::ChangeTeam(int,bool,bool)
405 CBaseMultiplayerPlayer::CanHearAndReadChatFrom(CBasePlayer *)
406 CBaseMultiplayerPlayer::CanSpeak(void)
407 CBasePlayer::ModifyOrAppendPlayerCriteria(AI_CriteriaSet &)
408 CDODPlayer::CheckChatText(char *,int)
409 CDODPlayer::CreateRagdollEntity(void)
410 CBasePlayer::ShouldAnnounceAchievement(void)
411 CBasePlayer::IsFollowingPhysics(void)
412 CDODPlayer::InitVCollision(Vector const&,Vector const&)
413 CBasePlayer::UpdatePhysicsShadowToCurrentPosition(void)
414 CDODPlayer::Hints(void)
415 CDODPlayer::IsReadyToPlay(void)
416 CBasePlayer::IsReadyToSpawn(void)
417 CBasePlayer::ShouldGainInstantSpawn(void)
418 CDODPlayer::ResetPerRoundStats(void)
419 CDODPlayer::ResetScores(void)
420 CBasePlayer::EquipSuit(bool)
421 CBasePlayer::RemoveSuit(void)
422 CDODPlayer::CommitSuicide(bool,bool)
423 CDODPlayer::CommitSuicide(Vector const&,bool,bool)
424 CBasePlayer::IsBot(void)const
425 CBaseMultiplayerPlayer::GetExpresser(void)
426 CBasePlayer::SpawnArmorValue(void)const
427 CBasePlayer::NetworkStateChanged_m_ArmorValue(void)
428 CBasePlayer::NetworkStateChanged_m_ArmorValue(void *)
429 CBasePlayer::HasHaptics(void)
430 CBasePlayer::SetHaptics(bool)
431 CBasePlayer::PlayerSolidMask(bool)const
432 CAI_ExpresserHost<CBasePlayer>::NoteSpeaking(float,float)
433 CAI_ExpresserHost<CBasePlayer>::Speak(char const*,char const*,char *,unsigned int,IRecipientFilter *)
434 CAI_ExpresserHost<CBasePlayer>::PostSpeakDispatchResponse(char const*,AI_Response *)
435 CBaseMultiplayerPlayer::SpeakIfAllowed(char const*,char const*,char *,unsigned int,IRecipientFilter *)
436 CBaseMultiplayerPlayer::SpeakConceptIfAllowed(int,char const*,char *,unsigned int,IRecipientFilter *)
437 CBaseMultiplayerPlayer::CanSpeakVoiceCommand(void)
438 CBaseMultiplayerPlayer::ShouldShowVoiceSubtitleToEnemy(void)
439 CBaseMultiplayerPlayer::NoteSpokeVoiceCommand(char const*)
440 CDODPlayer::OnAchievementEarned(int)
441 CBaseMultiplayerPlayer::GetMultiplayerExpresser(void)
442 CBaseMultiplayerPlayer::CalculateTeamBalanceScore(void)
443 CBaseMultiplayerPlayer::CreateExpresser(void)
444 CDODPlayer::CanHearChatFrom(CBasePlayer *)
</pre>

Vice keys

2010-01-26T20:16:36Z

DJ Tsunami:

{|
| Game
| Key
|-
| Counter-Strike: Source
| d7NSuLq2
|-
| Day of Defeat: Source
| Wl0u5B3F
|-
| Dystopia
| pH3apO8w
|-
| Half-Life 2: Deathmatch
| x9Ke0BY7
|-
| Insurgency
| DrA5e3EB
|-
| TF2 (items.ctx)
| A5fSXbf7
|-
| TF2 (everything else)
| E2NcUkG2
|}

Team Fortress 2 Item Definition Indexes

2010-01-26T14:49:21Z

DJ Tsunami: /* Weapons */

This is a list of the item definition indexes in TF2, these are useful for disgtinguishing an unlockable weapon from its original (for example: The Backburner from an ordinary Flamethrower.)

This list is divided in to Weapons, Hats and Crafting Items.

== Weapons ==

These are all of the weapons currently in TF2 and their item definition indexes.

'''0''' - Bat 
'''1''' - Bottle 
'''2''' - Fire Axe 
'''3''' - Kukri 
'''4''' - Knife 
'''5''' - Fists 
'''6''' - Shovel 
'''7''' - Wrench 
'''8''' - Bonesaw 
'''9''' - Engineer's Shotgun 
'''10''' - Soldier's Shotgun 
'''11''' - Heavy's Shotgun 
'''12''' - Pyro's Shotgun 
'''13''' - Scattergun 
'''14''' - Sniper Rifle 
'''15''' - Minigun 
'''16''' - SMG 
'''17''' - Syringe Gun 
'''18''' - Rocket Launcher 
'''19''' - Pipe Grenade Launcher 
'''20''' - Sticky Bomb Launcher 
'''21''' - Flamethrower 
'''22''' - Engineer's Pistol 
'''23''' - Scout's Pistol 
'''24''' - Spy's Pistol 
'''25''' - Builder PDA 
'''26''' - Demolisher PDA 
'''27''' - Disguise Kit PDA 
'''29''' - Medigun 
'''30''' - Cloak Watch 
'''35''' - The Kritzkrieg 
'''36''' - The Blutsauger 
'''37''' - The Ubersaw 
'''38''' - The Axtinguisher 
'''39''' - The Flaregun 
'''40''' - The Backburner 
'''41''' - Natascha 
'''42''' - Sandvich 
'''43''' - The Killer Gloves Of Boxing 
'''44''' - Sandman (Wooden Bat) 
'''45''' - Force-A-Nature 
'''46''' - Bonk! Atomic Punch 
'''56''' - Huntsman 
'''57''' - Razorback 
'''58''' - Jarate 
'''59''' - Dead Ringer 
'''60''' - Cloak And Dagger 
'''61''' - The Ambassador 
'''127''' - The Direct Hit 
'''128''' - The Equalizer 
'''129''' - The Buff Banner 
'''130''' - The Scottish Resistance 
'''131''' - Chargin' Targe 
'''132''' - The Eyelander 
'''133''' - The Gunboats 

== Hats ==

These are all of the hats and wearables available in the game.

'''47''' - Demoman's 'Fro 
'''48''' - Mining Light 
'''49''' - Football Helmet 
'''50''' - Prussian Pickelhaube 
'''51''' - Pyro's Beanie 
'''52''' - Batter's Helmet 
'''53''' - Trophy Hat 
'''54''' - Soldier's Stash 
'''55''' - Fancy Fedora 
'''94''' - Texas Ten Gallon 
'''95''' - Engineer's Cap 
'''96''' - Officer's Ushanka 
'''97''' - Tough Guy's Tuque 
'''98''' - Stainless Pot 
'''99''' - Tyrant's Helm 
'''100''' - Glengarry Bonnet 
'''101''' - Vintage Tyrolean 
'''102''' - Respectless Rubber Glove 
'''103''' - Camera Beard 
'''104''' - Otolaryngologist's Mirror 
'''105''' - Brigade Helm 
'''106''' - Bonk Helm 
'''107''' - Ye Olde Baker Boy 
'''108''' - Backbiter's Billycock 
'''109''' - Professional's Panama 
'''110''' - Master's Yellow Belt 
'''111''' - Baseball Bill's Sports Shine (Hatless Scout) 
'''115''' - Halloween Hat (Only appears on Halloween) 
'''116''' - Ghastly Gibus 
'''117''' - Ritzy Rick's Hair Fixative (Hatless Sniper) 
'''118''' - Texas Slim's Dome Shine (Hatless Engineer) 
'''120''' - Scottsman's Stove Pipe 
'''121''' - Service Medal 
'''125''' - Cheater's Lament 
'''126''' - Bill's Hat 

== Craft Items ==

These are the items obtained and used primarily through crafting.

'''5000''' - Scrap Metal 
'''5001''' - Reclaimed Metal 
'''5002''' - Refined Metal 
'''5003''' - Scout Class Token 
'''5004''' - Sniper Class Token 
'''5005''' - Soldier Class Token 
'''5006''' - Demoman Class Token 
'''5007''' - Heavy Class Token 
'''5008''' - Medic Class Token 
'''5009''' - Pyro Class Token 
'''5010''' - Spy Class Token 
'''5011''' - Engineer Class Token 
'''5012''' - Primary Slot Token 
'''5013''' - Secondary Slot Token 
'''5014''' - Melee Slot Token 
'''5015''' - Grenade Slot Token 
'''5016''' - Building Slot Token 
'''5017''' - PDA Slot Token 
'''5018''' - PDA2 Slot Token 
'''5019''' - Head Slot Token

Team Fortress 2 Item Definition Indexes

2010-01-26T14:47:01Z

DJ Tsunami:

This is a list of the item definition indexes in TF2, these are useful for disgtinguishing an unlockable weapon from its original (for example: The Backburner from an ordinary Flamethrower.)

This list is divided in to Weapons, Hats and Crafting Items.

== Weapons ==

These are all of the weapons currently in TF2 and their item definition indexes.

'''0''' - Bat 
'''1''' - Bottle 
'''2''' - Fire Axe 
'''3''' - Kukri 
'''4''' - Knife 
'''5''' - Fists 
'''6''' - Shovel 
'''7''' - Wrench 
'''8''' - Bonesaw 
'''9''' - Enginner's Shotgun 
'''10''' - Soldier's Shotgun 
'''11''' - Heavy's Shotgun 
'''12''' - Pyro's Shotgun 
'''13''' - Scattergun 
'''14''' - Sniper Rifle 
'''15''' - Minigun 
'''16''' - SMG 
'''17''' - Syringe Gun 
'''18''' - Rocket Launcher 
'''19''' - Pipe Grenade Launcher 
'''20''' - Sticky Bomb Launcher 
'''21''' - Flamethrower 
'''22''' - Engineer's Pistol 
'''23''' - Scout's Pistol 
'''24''' - Spy's Pistol 
'''25''' - Builder PDA 
'''26''' - Demolisher PDA 
'''27''' - Disguise Kit PDA 
'''29''' - Medigun 
'''30''' - Cloak Watch 
'''35''' - The Kritzkrieg 
'''36''' - The Blutsauger 
'''37''' - The Ubersaw 
'''38''' - The Axtinguisher 
'''39''' - The Flaregun 
'''40''' - The Backburner 
'''41''' - Natascha 
'''42''' - Sandvich 
'''43''' - The Killer Gloves Of Boxing 
'''44''' - Sandman (Wooden Bat) 
'''45''' - Force-A-Nature 
'''46''' - Bonk! Atomic Punch 
'''56''' - Huntsman 
'''57''' - Razorback 
'''58''' - Jarate 
'''59''' - Dead Ringer 
'''60''' - Cloak And Dagger 
'''61''' - The Ambassador 
'''127''' - The Direct Hit 
'''128''' - The Equalizer 
'''129''' - The Buff Banner 
'''130''' - The Scottish Resistance 
'''131''' - Chargin' Targe 
'''132''' - The Eyelander 
'''133''' - The Gunboats 

== Hats ==

These are all of the hats and wearables available in the game.

'''47''' - Demoman's 'Fro 
'''48''' - Mining Light 
'''49''' - Football Helmet 
'''50''' - Prussian Pickelhaube 
'''51''' - Pyro's Beanie 
'''52''' - Batter's Helmet 
'''53''' - Trophy Hat 
'''54''' - Soldier's Stash 
'''55''' - Fancy Fedora 
'''94''' - Texas Ten Gallon 
'''95''' - Engineer's Cap 
'''96''' - Officer's Ushanka 
'''97''' - Tough Guy's Tuque 
'''98''' - Stainless Pot 
'''99''' - Tyrant's Helm 
'''100''' - Glengarry Bonnet 
'''101''' - Vintage Tyrolean 
'''102''' - Respectless Rubber Glove 
'''103''' - Camera Beard 
'''104''' - Otolaryngologist's Mirror 
'''105''' - Brigade Helm 
'''106''' - Bonk Helm 
'''107''' - Ye Olde Baker Boy 
'''108''' - Backbiter's Billycock 
'''109''' - Professional's Panama 
'''110''' - Master's Yellow Belt 
'''111''' - Baseball Bill's Sports Shine (Hatless Scout) 
'''115''' - Halloween Hat (Only appears on Halloween) 
'''116''' - Ghastly Gibus 
'''117''' - Ritzy Rick's Hair Fixative (Hatless Sniper) 
'''118''' - Texas Slim's Dome Shine (Hatless Engineer) 
'''120''' - Scottsman's Stove Pipe 
'''121''' - Service Medal 
'''125''' - Cheater's Lament 
'''126''' - Bill's Hat 

== Craft Items ==

These are the items obtained and used primarily through crafting.

'''5000''' - Scrap Metal 
'''5001''' - Reclaimed Metal 
'''5002''' - Refined Metal 
'''5003''' - Scout Class Token 
'''5004''' - Sniper Class Token 
'''5005''' - Soldier Class Token 
'''5006''' - Demoman Class Token 
'''5007''' - Heavy Class Token 
'''5008''' - Medic Class Token 
'''5009''' - Pyro Class Token 
'''5010''' - Spy Class Token 
'''5011''' - Engineer Class Token 
'''5012''' - Primary Slot Token 
'''5013''' - Secondary Slot Token 
'''5014''' - Melee Slot Token 
'''5015''' - Grenade Slot Token 
'''5016''' - Building Slot Token 
'''5017''' - PDA Slot Token 
'''5018''' - PDA2 Slot Token 
'''5019''' - Head Slot Token

CTFPlayer Offset List (Team Fortress 2)

2010-01-06T19:20:56Z

DJ Tsunami:

Also for use when using [[Virtual Offsets (Source Mods)|virtual offsets]].

These are the Windows offsets. Linux offsets are 1 greater.

== The List ==
This comes from the symbol tables, so you'll have to look in the SDK for return types.

Last Updated 6 January 2010

<pre>
// Auto reconstructed from vtable block @ 0x01011520
// from "server_i486.so", by ida_vtables.idc
0 CTFPlayer::~CTFPlayer()
1 CBaseEntity::SetRefEHandle(CBaseHandle const&)
2 CBaseEntity::GetRefEHandle(void)const
3 CBaseEntity::GetCollideable(void)
4 CBaseEntity::GetNetworkable(void)
5 CBaseEntity::GetBaseEntity(void)
6 CBaseEntity::GetModelIndex(void)const
7 CBaseEntity::GetModelName(void)const
8 CBaseEntity::SetModelIndex(int)
9 CTFPlayer::GetServerClass(void)
10 CTFPlayer::YouForgotToImplementOrDeclareServerClass(void)
11 CTFPlayer::GetDataDescMap(void)
12 CBaseAnimating::TestCollision(Ray_t const&,unsigned int,CGameTrace &)
13 CBaseAnimating::TestHitboxes(Ray_t const&,unsigned int,CGameTrace &)
14 CBaseEntity::ComputeWorldSpaceSurroundingBox(Vector *,Vector *)
15 CTFPlayer::ShouldCollide(int,int)const
16 CBaseEntity::SetOwnerEntity(CBaseEntity*)
17 CBasePlayer::ShouldTransmit(CCheckTransmitInfo const*)
18 CBasePlayer::UpdateTransmitState(void)
19 CBaseCombatCharacter::SetTransmit(CCheckTransmitInfo *,bool)
20 CBasePlayer::GetTracerType(void)
21 CTFPlayer::Spawn(void)
22 CTFPlayer::Precache(void)
23 CBasePlayer::SetModel(char const*)
24 CBaseMultiplayerPlayer::PostConstructor(char const*)
25 CBaseEntity::PostClientActive(void)
26 CBaseEntity::ParseMapData(CEntityMapData *)
27 CBaseEntity::KeyValue(char const*,char const*)
28 CBaseEntity::KeyValue(char const*,float)
29 CBaseEntity::KeyValue(char const*,Vector const&)
30 CBaseEntity::GetKeyValue(char const*,char *,int)
31 CBasePlayer::Activate(void)
32 CBaseEntity::SetParent(CBaseEntity*,int)
33 CBasePlayer::ObjectCaps(void)
34 CBaseEntity::AcceptInput(char const*,CBaseEntity*,CBaseEntity*,variant_t,int)
35 CBaseAnimating::GetInputDispatchEffectPosition(char const*,Vector &,QAngle &)
36 CBasePlayer::DrawDebugGeometryOverlays(void)
37 CTFPlayer::DrawDebugTextOverlays(void)
38 CBasePlayer::Save(ISave &)
39 CBasePlayer::Restore(IRestore &)
40 CBasePlayer::ShouldSavePhysics(void)
41 CBaseEntity::OnSave(IEntitySaveUtils *)
42 CBasePlayer::OnRestore(void)
43 CBasePlayer::RequiredEdictIndex(void)
44 CBaseEntity::MoveDone(void)
45 CBaseEntity::Think(void)
46 CBasePlayer::NetworkStateChanged_m_nNextThinkTick(void)
47 CBasePlayer::NetworkStateChanged_m_nNextThinkTick(void *)
48 CBaseAnimating::GetBaseAnimating(void)
49 CTFPlayer::GetResponseSystem(void)
50 CAI_ExpresserHost<CBasePlayer>::DispatchResponse(char const*)
51 CBasePlayer::Classify(void)
52 CBaseEntity::DeathNotice(CBaseEntity*)
53 CBaseEntity::ShouldAttractAutoAim(CBaseEntity*)
54 CBaseEntity::GetAutoAimRadius(void)
55 CBaseEntity::GetAutoAimCenter(void)
56 CBaseEntity::GetBeamTraceFilter(void)
57 CBaseEntity::PassesDamageFilter(CTakeDamageInfo const&)
58 CTFPlayer::TraceAttack(CTakeDamageInfo const&,Vector const&,CGameTrace *)
59 CBaseEntity::CanBeHitByMeleeAttack(CBaseEntity*)
60 CTFPlayer::OnTakeDamage(CTakeDamageInfo const&)
61 CBaseEntity::AdjustDamageDirection(CTakeDamageInfo const&,Vector &,CBaseEntity*)
62 CTFPlayer::TakeHealth(float,int)
63 CBaseEntity::IsAlive(void)
64 CTFPlayer::Event_Killed(CTakeDamageInfo const&)
65 CTFPlayer::Event_KilledOther(CBaseEntity *,CTakeDamageInfo const&)
66 CBaseCombatCharacter::BloodColor(void)
67 CBaseEntity::IsTriggered(CBaseEntity*)
68 CBaseEntity::IsNPC(void)const
69 CBaseCombatCharacter::MyCombatCharacterPointer(void)
70 CBaseEntity::MyNextBotPointer(void)
71 CBaseEntity::GetDelay(void)
72 CBaseEntity::IsMoving(void)
73 CBaseEntity::DamageDecal(int,int)
74 CBaseEntity::DecalTrace(CGameTrace *,char const*)
75 CBaseEntity::ImpactTrace(CGameTrace *,int,char *)
76 CBaseEntity::OnControls(CBaseEntity*)
77 CBaseEntity::HasTarget(string_t)
78 CBasePlayer::IsPlayer(void)const
79 CBasePlayer::IsNetClient(void)const
80 CBaseEntity::IsTemplate(void)
81 CBaseEntity::IsBaseObject(void)const
82 CBaseEntity::IsBaseTrain(void)const
83 CBaseEntity::IsBaseCombatWeapon(void)const
84 CBaseEntity::IsWearable(void)const
85 CBaseEntity::MyCombatWeaponPointer(void)
86 CBaseEntity::GetServerVehicle(void)
87 CBaseEntity::IsViewable(void)
88 CTFPlayer::ChangeTeam(int)
89 CBaseEntity::OnEntityEvent(EntityEvent_t,void *)
90 CBaseEntity::CanStandOn(CBaseEntity*)const
91 CBaseEntity::CanStandOn(edict_t *)const
92 CBaseEntity::GetEnemy(void)
93 CBaseEntity::GetEnemy(void)const
94 CBaseEntity::Use(CBaseEntity*,CBaseEntity*,USE_TYPE,float)
95 CBaseEntity::StartTouch(CBaseEntity*)
96 CTFPlayer::Touch(CBaseEntity *)
97 CBaseEntity::EndTouch(CBaseEntity*)
98 CBaseEntity::StartBlocked(CBaseEntity*)
99 CBaseEntity::Blocked(CBaseEntity*)
100 CBaseEntity::EndBlocked(void)
101 CBasePlayer::PhysicsSimulate(void)
102 CTFPlayer::UpdateOnRemove(void)
103 CBaseEntity::StopLoopingSounds(void)
104 CBaseEntity::SUB_AllowedToFade(void)
105 CBaseFlex::Teleport(Vector const*,QAngle const*,Vector const*)
106 CBaseEntity::NotifySystemEvent(CBaseEntity*,notify_system_event_t,notify_system_event_params_t const&)
107 CBasePlayer::MakeTracer(Vector const&,CGameTrace const&,int)
108 CBaseEntity::GetTracerAttachment(void)
109 CBaseEntity::FireBullets(FireBulletsInfo_t const&)
110 CBasePlayer::DoImpactEffect(CGameTrace &,int)
111 CBaseEntity::Respawn(void)
112 CBaseEntity::IsLockedByMaster(void)
113 CTFPlayer::GetMaxHealth(void)const
114 CTFPlayer::ModifyOrAppendCriteria(AI_CriteriaSet &)
115 CBaseEntity::NetworkStateChanged_m_iMaxHealth(void)
116 CBaseEntity::NetworkStateChanged_m_iMaxHealth(void *)
117 CBasePlayer::NetworkStateChanged_m_iHealth(void)
118 CBasePlayer::NetworkStateChanged_m_iHealth(void *)
119 CBasePlayer::NetworkStateChanged_m_lifeState(void)
120 CBasePlayer::NetworkStateChanged_m_lifeState(void *)
121 CBaseEntity::NetworkStateChanged_m_takedamage(void)
122 CBaseEntity::NetworkStateChanged_m_takedamage(void *)
123 CBaseEntity::GetDamageType(void)const
124 CBaseEntity::GetDamage(void)
125 CBaseEntity::SetDamage(float)
126 CBasePlayer::EyePosition(void)
127 CBasePlayer::EyeAngles(void)
128 CBasePlayer::LocalEyeAngles(void)
129 CBaseEntity::EarPosition(void)
130 CBasePlayer::BodyTarget(Vector const&,bool)
131 CBaseEntity::HeadTarget(Vector const&)
132 CBaseEntity::GetVectors(Vector *,Vector *,Vector *)const
133 CBaseEntity::GetViewOffset(void)const
134 CBaseEntity::SetViewOffset(Vector const&)
135 CBasePlayer::GetSmoothedVelocity(void)
136 CBaseAnimating::GetVelocity(Vector *,Vector *)
137 CBaseCombatCharacter::FVisible(CBaseEntity *,int,CBaseEntity **)
138 CBaseCombatCharacter::FVisible(Vector const&,int,CBaseEntity **)
139 CBaseEntity::CanBeSeenBy(CAI_BaseNPC *)
140 CBaseEntity::GetAttackDamageScale(CBaseEntity*)
141 CBaseEntity::GetReceivedDamageScale(CBaseEntity*)
142 CBaseEntity::GetGroundVelocityToApply(Vector &)
143 CBaseEntity::PhysicsSplash(Vector const&,Vector const&,float,float)
144 CBaseEntity::Splash(void)
145 CBaseEntity::WorldSpaceCenter(void)const
146 CBaseEntity::GetSoundEmissionOrigin(void)const
147 CTFPlayer::IsDeflectable(void)
148 CBaseEntity::Deflected(CBaseEntity*,Vector &)
149 CBaseEntity::CreateVPhysics(void)
150 CBaseEntity::ForceVPhysicsCollide(CBaseEntity*)
151 CBasePlayer::VPhysicsDestroyObject(void)
152 CBasePlayer::VPhysicsUpdate(IPhysicsObject *)
153 CBaseEntity::VPhysicsTakeDamage(CTakeDamageInfo const&)
154 CBaseCombatCharacter::VPhysicsShadowCollision(int,gamevcollisionevent_t *)
155 CBasePlayer::VPhysicsShadowUpdate(IPhysicsObject *)
156 CBasePlayer::VPhysicsCollision(int,gamevcollisionevent_t *)
157 CBaseEntity::VPhysicsFriction(IPhysicsObject *,float,int,int)
158 CBaseEntity::UpdatePhysicsShadowToCurrentPosition(float)
159 CBaseEntity::VPhysicsGetObjectList(IPhysicsObject **,int)
160 CBaseEntity::VPhysicsIsFlesh(void)
161 CBaseEntity::HasPhysicsAttacker(float)
162 CBasePlayer::PhysicsSolidMaskForEntity(void)const
163 CBaseEntity::ResolveFlyCollisionCustom(CGameTrace &,Vector &)
164 CBaseEntity::PerformCustomPhysics(Vector *,Vector *,QAngle *,QAngle *)
165 CBaseAnimating::GetStepOrigin(void)const
166 CBaseAnimating::GetStepAngles(void)const
167 CBaseEntity::ShouldDrawWaterImpacts(void)
168 CBasePlayer::NetworkStateChanged_m_fFlags(void)
169 CBasePlayer::NetworkStateChanged_m_fFlags(void *)
170 CBasePlayer::NetworkStateChanged_m_nWaterLevel(void)
171 CBasePlayer::NetworkStateChanged_m_nWaterLevel(void *)
172 CBasePlayer::NetworkStateChanged_m_hGroundEntity(void)
173 CBasePlayer::NetworkStateChanged_m_hGroundEntity(void *)
174 CBasePlayer::NetworkStateChanged_m_vecBaseVelocity(void)
175 CBasePlayer::NetworkStateChanged_m_vecBaseVelocity(void *)
176 CBasePlayer::NetworkStateChanged_m_flFriction(void)
177 CBasePlayer::NetworkStateChanged_m_flFriction(void *)
178 CBasePlayer::NetworkStateChanged_m_vecVelocity(void)
179 CBasePlayer::NetworkStateChanged_m_vecVelocity(void *)
180 CBasePlayer::NetworkStateChanged_m_vecViewOffset(void)
181 CBasePlayer::NetworkStateChanged_m_vecViewOffset(void *)
182 CBaseAnimating::GetIdealSpeed(void)const
183 CBaseAnimating::GetIdealAccel(void)const
184 CBaseAnimatingOverlay::StudioFrameAdvance(void)
185 CBaseAnimating::IsActivityFinished(void)
186 CBaseAnimating::GetSequenceGroundSpeed(CStudioHdr *,int)
187 CBaseAnimating::ClampRagdollForce(Vector const&,Vector*)
188 CBaseAnimating::BecomeRagdollOnClient(Vector const&)
189 CBaseAnimating::IsRagdoll(void)
190 CBaseAnimating::CanBecomeRagdoll(void)
191 CBaseAnimatingOverlay::GetSkeleton(CStudioHdr *,Vector *,Quaternion *,int)
192 CBaseAnimating::GetBoneTransform(int,matrix3x4_t &)
193 CBaseAnimating::SetupBones(matrix3x4_t *,int)
194 CBaseAnimating::CalculateIKLocks(float)
195 CBaseAnimatingOverlay::DispatchAnimEvents(CBaseAnimating *)
196 CBasePlayer::HandleAnimEvent(animevent_t *)
197 CBaseAnimating::PopulatePoseParameters(void)
198 CBaseAnimating::GetAttachment(int,matrix3x4_t &)
199 CBaseAnimating::InitBoneControllers(void)
200 CBaseAnimating::GetGroundSpeedVelocity(void)
201 CBaseAnimating::Ignite(float,bool,float,bool)
202 CBaseAnimating::IgniteLifetime(float)
203 CBaseAnimating::IgniteNumHitboxFires(int)
204 CBaseAnimating::IgniteHitboxFireScale(float)
205 CBaseAnimating::Extinguish(void)
206 CBaseCombatCharacter::SetLightingOriginRelative(CBaseEntity *)
207 CBaseAnimating::SetLightingOrigin(CBaseEntity *)
208 CBaseFlex::SetViewtarget(Vector const&)
209 CBaseFlex::StartSceneEvent(CSceneEventInfo *,CChoreoScene *,CChoreoEvent *,CChoreoActor *,CBaseEntity *)
210 CBaseFlex::ProcessSceneEvents(void)
211 CBaseFlex::ProcessSceneEvent(CSceneEventInfo *,CChoreoScene *,CChoreoEvent *)
212 CBaseFlex::ClearSceneEvent(CSceneEventInfo *,bool,bool)
213 CBaseFlex::CheckSceneEventCompletion(CSceneEventInfo *,float,CChoreoScene *,CChoreoEvent *)
214 CTFPlayer::PlayScene(char const*,float,AI_Response *,IRecipientFilter *)
215 CBaseFlex::PlayAutoGeneratedSoundScene(char const*)
216 CBasePlayer::GetPhysicsImpactDamageTable(void)
217 CBaseCombatCharacter::FInViewCone(CBaseEntity *)
218 CBaseCombatCharacter::FInViewCone(Vector const&)
219 CBaseCombatCharacter::FInAimCone(CBaseEntity *)
220 CBaseCombatCharacter::FInAimCone(Vector const&)
221 CBaseCombatCharacter::ShouldShootMissTarget(CBaseCombatCharacter*)
222 CBaseCombatCharacter::FindMissTarget(void)
223 CBaseCombatCharacter::HandleInteraction(int,void *,CBaseCombatCharacter*)
224 CBasePlayer::BodyAngles(void)
225 CBaseCombatCharacter::BodyDirection2D(void)
226 CBaseCombatCharacter::BodyDirection3D(void)
227 CBaseCombatCharacter::HeadDirection2D(void)
228 CBaseCombatCharacter::HeadDirection3D(void)
229 CBaseCombatCharacter::EyeDirection2D(void)
230 CBaseCombatCharacter::EyeDirection3D(void)
231 CBaseCombatCharacter::IsHiddenByFog(Vector const&)const
232 CBaseCombatCharacter::IsHiddenByFog(CBaseEntity *)const
233 CBaseCombatCharacter::IsHiddenByFog(float)const
234 CBaseCombatCharacter::GetFogObscuredRatio(Vector const&)const
235 CBaseCombatCharacter::GetFogObscuredRatio(CBaseEntity *)const
236 CBaseCombatCharacter::GetFogObscuredRatio(float)const
237 CBaseCombatCharacter::IsLookingTowards(CBaseEntity const*,float)const
238 CBaseCombatCharacter::IsLookingTowards(Vector const&,float)const
239 CBaseCombatCharacter::IsInFieldOfView(CBaseEntity *)const
240 CBaseCombatCharacter::IsInFieldOfView(Vector const&)const
241 CBaseCombatCharacter::IsLineOfSightClear(CBaseEntity *,CBaseCombatCharacter::LineOfSightCheckType)const
242 CBaseCombatCharacter::IsLineOfSightClear(Vector const&,CBaseCombatCharacter::LineOfSightCheckType,CBaseEntity *)const
243 CTFPlayer::GiveAmmo(int,int,bool)
244 CBaseCombatCharacter::NPC_TranslateActivity(Activity)
245 CBaseCombatCharacter::Weapon_TranslateActivity(Activity,bool *)
246 CTFPlayer::Weapon_FrameUpdate(void)
247 CTFPlayer::Weapon_HandleAnimEvent(animevent_t *)
248 CBasePlayer::Weapon_CanUse(CBaseCombatWeapon *)
249 CBasePlayer::Weapon_Equip(CBaseCombatWeapon *)
250 CBaseCombatCharacter::Weapon_EquipAmmoOnly(CBaseCombatWeapon *)
251 CTFPlayer::Weapon_Drop(CBaseCombatWeapon *,Vector const*,Vector const*)
252 CTFPlayer::Weapon_Switch(CBaseCombatWeapon *,int)
253 CBasePlayer::Weapon_ShootPosition(void)
254 CBaseCombatCharacter::Weapon_CanSwitchTo(CBaseCombatWeapon *)
255 CBaseCombatCharacter::Weapon_SlotOccupied(CBaseCombatWeapon *)
256 CBaseCombatCharacter::Weapon_GetSlot(int)const
257 CBaseCombatCharacter::AddPlayerItem(CBaseCombatWeapon *)
258 CBasePlayer::RemovePlayerItem(CBaseCombatWeapon *)
259 CBaseCombatCharacter::CanBecomeServerRagdoll(void)
260 CTFPlayer::OnTakeDamage_Alive(CTakeDamageInfo const&)
261 CBaseCombatCharacter::OnTakeDamage_Dying(CTakeDamageInfo const&)
262 CBaseCombatCharacter::OnTakeDamage_Dead(CTakeDamageInfo const&)
263 CBaseCombatCharacter::GetAliveDuration(void)const
264 CBaseCombatCharacter::OnFriendDamaged(CBaseCombatCharacter*,CBaseEntity *)
265 CBaseCombatCharacter::NotifyFriendsOfDamage(CBaseEntity *)
266 CBaseCombatCharacter::HasEverBeenInjured(int)const
267 CBaseCombatCharacter::GetTimeSinceLastInjury(int)const
268 CBaseCombatCharacter::OnPlayerKilledOther(CBaseEntity *,CTakeDamageInfo const&)
269 CBaseCombatCharacter::GetDeathActivity(void)
270 CBaseCombatCharacter::CorpseGib(CTakeDamageInfo const&)
271 CBaseCombatCharacter::CorpseFade(void)
272 CBaseCombatCharacter::HasHumanGibs(void)
273 CBaseCombatCharacter::HasAlienGibs(void)
274 CTFPlayer::ShouldGib(CTakeDamageInfo const&)
275 CBaseCombatCharacter::OnKilledNPC(CBaseCombatCharacter*)
276 CBaseCombatCharacter::Event_Gibbed(CTakeDamageInfo const&)
277 CBasePlayer::Event_Dying(void)
278 CBaseCombatCharacter::BecomeRagdoll(CTakeDamageInfo const&,Vector const&)
279 CBaseCombatCharacter::FixupBurningServerRagdoll(CBaseEntity *)
280 CBaseCombatCharacter::BecomeRagdollBoogie(CBaseEntity *,Vector const&,float,int)
281 CBaseCombatCharacter::CheckTraceHullAttack(float,Vector const&,Vector const&,int,int,float,bool)
282 CBaseCombatCharacter::CheckTraceHullAttack(Vector const&,Vector const&,Vector const&,Vector const&,int,int,float,bool)
283 CBaseCombatCharacter::PushawayTouch(CBaseEntity *)
284 CBaseCombatCharacter::IRelationType(CBaseEntity *)
285 CBaseCombatCharacter::IRelationPriority(CBaseEntity *)
286 CBasePlayer::IsInAVehicle(void)const
287 CBasePlayer::GetVehicle(void)
288 CBasePlayer::GetVehicleEntity(void)
289 CBaseCombatCharacter::ExitVehicle(void)
290 CTFPlayer::RemoveAllWeapons(void)
291 CBaseCombatCharacter::CalcWeaponProficiency(CBaseCombatWeapon *)
292 CBaseCombatCharacter::GetAttackSpread(CBaseCombatWeapon *,CBaseEntity *)
293 CBaseCombatCharacter::GetSpreadBias(CBaseCombatWeapon *,CBaseEntity *)
294 CBasePlayer::DoMuzzleFlash(void)
295 CBaseCombatCharacter::AddEntityRelationship(CBaseEntity *,Disposition_t,int)
296 CBaseCombatCharacter::RemoveEntityRelationship(CBaseEntity *)
297 CBaseCombatCharacter::AddClassRelationship(Class_T,Disposition_t,int)
298 CBaseCombatCharacter::OnChangeActiveWeapon(CBaseCombatWeapon *,CBaseCombatWeapon *)
299 CBaseCombatCharacter::GetLastKnownArea(void)const
300 CBaseCombatCharacter::IsAreaTraversable(CNavArea const*)const
301 CBaseCombatCharacter::ClearLastKnownArea(void)
302 CBaseCombatCharacter::UpdateLastKnownArea(void)
303 CTFPlayer::OnNavAreaChanged(CNavArea *,CNavArea *)
304 CBaseCombatCharacter::OnNavAreaRemoved(CNavArea *)
305 CBaseCombatCharacter::OnPursuedBy(INextBot *)
306 CBasePlayer::NetworkStateChanged_m_iAmmo(void)
307 CBasePlayer::NetworkStateChanged_m_iAmmo(void *)
308 CTFPlayer::CreateViewModel(int)
309 CBasePlayer::SetupVisibility(CBaseEntity *,unsigned char *,int)
310 CTFPlayer::WantsLagCompensationOnEntity(CBasePlayer const*,CUserCmd const*,CBitVec<2048> const*)const
311 CBasePlayer::SharedSpawn(void)
312 CTFPlayer::ForceRespawn(void)
313 CTFPlayer::InitialSpawn(void)
314 CBasePlayer::InitHUD(void)
315 CBasePlayer::ShowViewPortPanel(char const*,bool,KeyValues *)
316 CTFPlayer::PlayerDeathThink(void)
317 CBasePlayer::Jump(void)
318 CBasePlayer::Duck(void)
319 CTFPlayer::PreThink(void)
320 CTFPlayer::PostThink(void)
321 CTFPlayer::DamageEffect(float,int)
322 CTFPlayer::OnDamagedByExplosion(CTakeDamageInfo const&)
323 CBasePlayer::ShouldFadeOnDeath(void)
324 CBasePlayer::IsFakeClient(void)const
325 CBasePlayer::SetPlayerName(char const*)
326 CBasePlayer::GetPlayerMins(void)const
327 CBasePlayer::GetPlayerMaxs(void)const
328 CBasePlayer::CalcRoll(QAngle const&,Vector const&,float,float)
329 CBasePlayer::PackDeadPlayerItems(void)
330 CTFPlayer::RemoveAllItems(bool)
331 CBasePlayer::Weapon_SetLast(CBaseCombatWeapon *)
332 CTFPlayer::Weapon_ShouldSetLast(CBaseCombatWeapon *,CBaseCombatWeapon *)
333 CBasePlayer::Weapon_ShouldSelectItem(CBaseCombatWeapon *)
334 CBasePlayer::OnMyWeaponFired(CBaseCombatWeapon *)
335 CBasePlayer::GetTimeSinceWeaponFired(void)const
336 CBasePlayer::IsFiringWeapon(void)const
337 CBasePlayer::UpdateClientData(void)
338 CBasePlayer::ExitLadder(void)
339 CBasePlayer::GetLadderSurface(Vector const&)
340 CBasePlayer::SetFlashlightEnabled(bool)
341 CTFPlayer::FlashlightIsOn(void)
342 CTFPlayer::FlashlightTurnOn(void)
343 CTFPlayer::FlashlightTurnOff(void)
344 CBasePlayer::IsIlluminatedByFlashlight(CBaseEntity *,float *)
345 CBasePlayer::UpdateStepSound(surfacedata_t *,Vector const&,Vector const&)
346 CBasePlayer::PlayStepSound(Vector &,surfacedata_t *,float,bool)
347 CTFPlayer::GetStepSoundVelocities(float *,float *)
348 CTFPlayer::SetStepSoundTime(stepsoundtimes_t,bool)
349 CTFPlayer::DeathSound(CTakeDamageInfo const&)
350 CTFPlayer::SetAnimation(PLAYER_ANIM)
351 CBasePlayer::ImpulseCommands(void)
352 CTFPlayer::CheatImpulseCommands(int)
353 CTFPlayer::ClientCommand(CCommand const&)
354 CBasePlayer::StartObserverMode(int)
355 CBasePlayer::StopObserverMode(void)
356 CTFPlayer::ModeWantsSpectatorGUI(int)
357 CTFPlayer::SetObserverMode(int)
358 CBasePlayer::GetObserverMode(void)
359 CTFPlayer::SetObserverTarget(CBaseEntity *)
360 CBasePlayer::ObserverUse(bool)
361 CBasePlayer::GetObserverTarget(void)
362 CTFPlayer::FindNextObserverTarget(bool)
363 CTFPlayer::GetNextObserverSearchStartPoint(bool)
364 CTFPlayer::IsValidObserverTarget(CBaseEntity *)
365 CTFPlayer::CheckObserverSettings(void)
366 CBasePlayer::JumptoPosition(Vector const&,QAngle const&)
367 CBasePlayer::ForceObserverMode(int)
368 CBasePlayer::ResetObserverMode(void)
369 CTFPlayer::ValidateCurrentObserverTarget(void)
370 CTFPlayer::AttemptToExitFreezeCam(void)
371 CBasePlayer::StartReplayMode(float,float,int)
372 CBasePlayer::StopReplayMode(void)
373 CBasePlayer::GetDelayTicks(void)
374 CBasePlayer::GetReplayEntity(void)
375 CBasePlayer::CreateCorpse(void)
376 CTFPlayer::EntSelectSpawnPoint(void)
377 CBasePlayer::GetInVehicle(IServerVehicle *,int)
378 CBasePlayer::LeaveVehicle(Vector const&,QAngle const&)
379 CBasePlayer::OnVehicleStart(void)
380 CBasePlayer::OnVehicleEnd(Vector &)
381 CTFPlayer::BumpWeapon(CBaseCombatWeapon *)
382 CBasePlayer::SelectLastItem(void)
383 CBasePlayer::SelectItem(char const*,int)
384 CTFPlayer::ItemPostFrame(void)
385 CBasePlayer::GiveNamedItem(char const*,int)
386 CBasePlayer::CheckTrainUpdate(void)
387 CBasePlayer::SetPlayerUnderwater(bool)
388 CBasePlayer::CanBreatheUnderwater(void)const
389 CTFPlayer::PlayerUse(void)
390 CBasePlayer::PlayUseDenySound(void)
391 CBasePlayer::FindUseEntity(void)
392 CBasePlayer::IsUseableEntity(CBaseEntity *,unsigned int)
393 CBasePlayer::PickupObject(CBaseEntity *,bool)
394 CBasePlayer::ForceDropOfCarriedPhysObjects(CBaseEntity *)
395 CBasePlayer::GetHeldObjectMass(IPhysicsObject *)
396 CBasePlayer::UpdateGeigerCounter(void)
397 CBasePlayer::GetAutoaimVector(float)
398 CBasePlayer::GetAutoaimVector(float,float)
399 CBasePlayer::GetAutoaimVector(autoaim_params_t &)
400 CBasePlayer::ShouldAutoaim(void)
401 CBasePlayer::ForceClientDllUpdate(void)
402 CBasePlayer::ProcessUsercmds(CUserCmd *,int,int,int,bool)
403 CBasePlayer::PlayerRunCommand(CUserCmd *,IMoveHelper *)
404 CTFPlayer::ChangeTeam(int,bool,bool)
405 CTFPlayer::CanHearAndReadChatFrom(CBasePlayer *)
406 CBaseMultiplayerPlayer::CanSpeak(void)
407 CBasePlayer::ModifyOrAppendPlayerCriteria(AI_CriteriaSet &)
408 CBasePlayer::CheckChatText(char *,int)
409 CTFPlayer::CreateRagdollEntity(void)
410 CTFPlayer::ShouldAnnounceAchievement(void)
411 CBasePlayer::EquipWearable(CWearableItem *)
412 CBasePlayer::RemoveWearable(CWearableItem *)
413 CBasePlayer::IsFollowingPhysics(void)
414 CBasePlayer::InitVCollision(Vector const&,Vector const&)
415 CBasePlayer::UpdatePhysicsShadowToCurrentPosition(void)
416 CBasePlayer::Hints(void)
417 CTFPlayer::IsReadyToPlay(void)
418 CTFPlayer::IsReadyToSpawn(void)
419 CTFPlayer::ShouldGainInstantSpawn(void)
420 CTFPlayer::ResetPerRoundStats(void)
421 CTFPlayer::ResetScores(void)
422 CBasePlayer::EquipSuit(bool)
423 CBasePlayer::RemoveSuit(void)
424 CTFPlayer::CommitSuicide(bool,bool)
425 CBasePlayer::CommitSuicide(Vector const&,bool,bool)
426 CBasePlayer::IsBot(void)const
427 CBaseMultiplayerPlayer::GetExpresser(void)
428 CBasePlayer::SpawnArmorValue(void)const
429 CBasePlayer::NetworkStateChanged_m_ArmorValue(void)
430 CBasePlayer::NetworkStateChanged_m_ArmorValue(void *)
431 CBasePlayer::HasHaptics(void)
432 CBasePlayer::SetHaptics(bool)
433 CBasePlayer::PlayerSolidMask(bool)const
434 CAI_ExpresserHost<CBasePlayer>::NoteSpeaking(float,float)
435 CAI_ExpresserHost<CBasePlayer>::Speak(char const*,char const*,char *,unsigned int,IRecipientFilter *)
436 CAI_ExpresserHost<CBasePlayer>::PostSpeakDispatchResponse(char const*,AI_Response *)
437 CBaseMultiplayerPlayer::SpeakIfAllowed(char const*,char const*,char *,unsigned int,IRecipientFilter *)
438 CTFPlayer::SpeakConceptIfAllowed(int,char const*,char *,unsigned int,IRecipientFilter *)
439 CTFPlayer::CanSpeakVoiceCommand(void)
440 CTFPlayer::ShouldShowVoiceSubtitleToEnemy(void)
441 CTFPlayer::NoteSpokeVoiceCommand(char const*)
442 CTFPlayer::OnAchievementEarned(int)
443 CBaseMultiplayerPlayer::GetMultiplayerExpresser(void)
444 CTFPlayer::CalculateTeamBalanceScore(void)
445 CBaseMultiplayerPlayer::CreateExpresser(void)
446 CTFPlayer::DetermineAssistForKill(CTakeDamageInfo const&)
447 CTFPlayer::SetNumberofDominations(int)
448 CTFPlayer::GetNumberofDominations(void)
449 CTFPlayer::GetAttributeManager(void)
450 CTFPlayer::GetAttributeContainer(void)
451 CTFPlayer::GetAttributeOwner(void)
452 CTFPlayer::ReapplyProvision(void)
453 CTFPlayer::InventoryUpdated(CPlayerInventory *,EItemRequestResult)
454 CTFPlayer::GiveNamedItem(char const*,int,CScriptCreatedItem *,bool)
455 CTFPlayer::InitClass(void)
</pre>

CTFPlayer Offset List (Team Fortress 2)

2010-01-06T19:20:33Z

DJ Tsunami:

Also for use when using [[Virtual Offsets (Source Mods)|virtual offsets]].

These are the Windows offsets. Linux offsets are 1 greater.

== The List ==
This comes from the symbol tables, so you'll have to look in the SDK for return types.

Last Updated 14 August 2009

<pre>
// Auto reconstructed from vtable block @ 0x01011520
// from "server_i486.so", by ida_vtables.idc
0 CTFPlayer::~CTFPlayer()
1 CBaseEntity::SetRefEHandle(CBaseHandle const&)
2 CBaseEntity::GetRefEHandle(void)const
3 CBaseEntity::GetCollideable(void)
4 CBaseEntity::GetNetworkable(void)
5 CBaseEntity::GetBaseEntity(void)
6 CBaseEntity::GetModelIndex(void)const
7 CBaseEntity::GetModelName(void)const
8 CBaseEntity::SetModelIndex(int)
9 CTFPlayer::GetServerClass(void)
10 CTFPlayer::YouForgotToImplementOrDeclareServerClass(void)
11 CTFPlayer::GetDataDescMap(void)
12 CBaseAnimating::TestCollision(Ray_t const&,unsigned int,CGameTrace &)
13 CBaseAnimating::TestHitboxes(Ray_t const&,unsigned int,CGameTrace &)
14 CBaseEntity::ComputeWorldSpaceSurroundingBox(Vector *,Vector *)
15 CTFPlayer::ShouldCollide(int,int)const
16 CBaseEntity::SetOwnerEntity(CBaseEntity*)
17 CBasePlayer::ShouldTransmit(CCheckTransmitInfo const*)
18 CBasePlayer::UpdateTransmitState(void)
19 CBaseCombatCharacter::SetTransmit(CCheckTransmitInfo *,bool)
20 CBasePlayer::GetTracerType(void)
21 CTFPlayer::Spawn(void)
22 CTFPlayer::Precache(void)
23 CBasePlayer::SetModel(char const*)
24 CBaseMultiplayerPlayer::PostConstructor(char const*)
25 CBaseEntity::PostClientActive(void)
26 CBaseEntity::ParseMapData(CEntityMapData *)
27 CBaseEntity::KeyValue(char const*,char const*)
28 CBaseEntity::KeyValue(char const*,float)
29 CBaseEntity::KeyValue(char const*,Vector const&)
30 CBaseEntity::GetKeyValue(char const*,char *,int)
31 CBasePlayer::Activate(void)
32 CBaseEntity::SetParent(CBaseEntity*,int)
33 CBasePlayer::ObjectCaps(void)
34 CBaseEntity::AcceptInput(char const*,CBaseEntity*,CBaseEntity*,variant_t,int)
35 CBaseAnimating::GetInputDispatchEffectPosition(char const*,Vector &,QAngle &)
36 CBasePlayer::DrawDebugGeometryOverlays(void)
37 CTFPlayer::DrawDebugTextOverlays(void)
38 CBasePlayer::Save(ISave &)
39 CBasePlayer::Restore(IRestore &)
40 CBasePlayer::ShouldSavePhysics(void)
41 CBaseEntity::OnSave(IEntitySaveUtils *)
42 CBasePlayer::OnRestore(void)
43 CBasePlayer::RequiredEdictIndex(void)
44 CBaseEntity::MoveDone(void)
45 CBaseEntity::Think(void)
46 CBasePlayer::NetworkStateChanged_m_nNextThinkTick(void)
47 CBasePlayer::NetworkStateChanged_m_nNextThinkTick(void *)
48 CBaseAnimating::GetBaseAnimating(void)
49 CTFPlayer::GetResponseSystem(void)
50 CAI_ExpresserHost<CBasePlayer>::DispatchResponse(char const*)
51 CBasePlayer::Classify(void)
52 CBaseEntity::DeathNotice(CBaseEntity*)
53 CBaseEntity::ShouldAttractAutoAim(CBaseEntity*)
54 CBaseEntity::GetAutoAimRadius(void)
55 CBaseEntity::GetAutoAimCenter(void)
56 CBaseEntity::GetBeamTraceFilter(void)
57 CBaseEntity::PassesDamageFilter(CTakeDamageInfo const&)
58 CTFPlayer::TraceAttack(CTakeDamageInfo const&,Vector const&,CGameTrace *)
59 CBaseEntity::CanBeHitByMeleeAttack(CBaseEntity*)
60 CTFPlayer::OnTakeDamage(CTakeDamageInfo const&)
61 CBaseEntity::AdjustDamageDirection(CTakeDamageInfo const&,Vector &,CBaseEntity*)
62 CTFPlayer::TakeHealth(float,int)
63 CBaseEntity::IsAlive(void)
64 CTFPlayer::Event_Killed(CTakeDamageInfo const&)
65 CTFPlayer::Event_KilledOther(CBaseEntity *,CTakeDamageInfo const&)
66 CBaseCombatCharacter::BloodColor(void)
67 CBaseEntity::IsTriggered(CBaseEntity*)
68 CBaseEntity::IsNPC(void)const
69 CBaseCombatCharacter::MyCombatCharacterPointer(void)
70 CBaseEntity::MyNextBotPointer(void)
71 CBaseEntity::GetDelay(void)
72 CBaseEntity::IsMoving(void)
73 CBaseEntity::DamageDecal(int,int)
74 CBaseEntity::DecalTrace(CGameTrace *,char const*)
75 CBaseEntity::ImpactTrace(CGameTrace *,int,char *)
76 CBaseEntity::OnControls(CBaseEntity*)
77 CBaseEntity::HasTarget(string_t)
78 CBasePlayer::IsPlayer(void)const
79 CBasePlayer::IsNetClient(void)const
80 CBaseEntity::IsTemplate(void)
81 CBaseEntity::IsBaseObject(void)const
82 CBaseEntity::IsBaseTrain(void)const
83 CBaseEntity::IsBaseCombatWeapon(void)const
84 CBaseEntity::IsWearable(void)const
85 CBaseEntity::MyCombatWeaponPointer(void)
86 CBaseEntity::GetServerVehicle(void)
87 CBaseEntity::IsViewable(void)
88 CTFPlayer::ChangeTeam(int)
89 CBaseEntity::OnEntityEvent(EntityEvent_t,void *)
90 CBaseEntity::CanStandOn(CBaseEntity*)const
91 CBaseEntity::CanStandOn(edict_t *)const
92 CBaseEntity::GetEnemy(void)
93 CBaseEntity::GetEnemy(void)const
94 CBaseEntity::Use(CBaseEntity*,CBaseEntity*,USE_TYPE,float)
95 CBaseEntity::StartTouch(CBaseEntity*)
96 CTFPlayer::Touch(CBaseEntity *)
97 CBaseEntity::EndTouch(CBaseEntity*)
98 CBaseEntity::StartBlocked(CBaseEntity*)
99 CBaseEntity::Blocked(CBaseEntity*)
100 CBaseEntity::EndBlocked(void)
101 CBasePlayer::PhysicsSimulate(void)
102 CTFPlayer::UpdateOnRemove(void)
103 CBaseEntity::StopLoopingSounds(void)
104 CBaseEntity::SUB_AllowedToFade(void)
105 CBaseFlex::Teleport(Vector const*,QAngle const*,Vector const*)
106 CBaseEntity::NotifySystemEvent(CBaseEntity*,notify_system_event_t,notify_system_event_params_t const&)
107 CBasePlayer::MakeTracer(Vector const&,CGameTrace const&,int)
108 CBaseEntity::GetTracerAttachment(void)
109 CBaseEntity::FireBullets(FireBulletsInfo_t const&)
110 CBasePlayer::DoImpactEffect(CGameTrace &,int)
111 CBaseEntity::Respawn(void)
112 CBaseEntity::IsLockedByMaster(void)
113 CTFPlayer::GetMaxHealth(void)const
114 CTFPlayer::ModifyOrAppendCriteria(AI_CriteriaSet &)
115 CBaseEntity::NetworkStateChanged_m_iMaxHealth(void)
116 CBaseEntity::NetworkStateChanged_m_iMaxHealth(void *)
117 CBasePlayer::NetworkStateChanged_m_iHealth(void)
118 CBasePlayer::NetworkStateChanged_m_iHealth(void *)
119 CBasePlayer::NetworkStateChanged_m_lifeState(void)
120 CBasePlayer::NetworkStateChanged_m_lifeState(void *)
121 CBaseEntity::NetworkStateChanged_m_takedamage(void)
122 CBaseEntity::NetworkStateChanged_m_takedamage(void *)
123 CBaseEntity::GetDamageType(void)const
124 CBaseEntity::GetDamage(void)
125 CBaseEntity::SetDamage(float)
126 CBasePlayer::EyePosition(void)
127 CBasePlayer::EyeAngles(void)
128 CBasePlayer::LocalEyeAngles(void)
129 CBaseEntity::EarPosition(void)
130 CBasePlayer::BodyTarget(Vector const&,bool)
131 CBaseEntity::HeadTarget(Vector const&)
132 CBaseEntity::GetVectors(Vector *,Vector *,Vector *)const
133 CBaseEntity::GetViewOffset(void)const
134 CBaseEntity::SetViewOffset(Vector const&)
135 CBasePlayer::GetSmoothedVelocity(void)
136 CBaseAnimating::GetVelocity(Vector *,Vector *)
137 CBaseCombatCharacter::FVisible(CBaseEntity *,int,CBaseEntity **)
138 CBaseCombatCharacter::FVisible(Vector const&,int,CBaseEntity **)
139 CBaseEntity::CanBeSeenBy(CAI_BaseNPC *)
140 CBaseEntity::GetAttackDamageScale(CBaseEntity*)
141 CBaseEntity::GetReceivedDamageScale(CBaseEntity*)
142 CBaseEntity::GetGroundVelocityToApply(Vector &)
143 CBaseEntity::PhysicsSplash(Vector const&,Vector const&,float,float)
144 CBaseEntity::Splash(void)
145 CBaseEntity::WorldSpaceCenter(void)const
146 CBaseEntity::GetSoundEmissionOrigin(void)const
147 CTFPlayer::IsDeflectable(void)
148 CBaseEntity::Deflected(CBaseEntity*,Vector &)
149 CBaseEntity::CreateVPhysics(void)
150 CBaseEntity::ForceVPhysicsCollide(CBaseEntity*)
151 CBasePlayer::VPhysicsDestroyObject(void)
152 CBasePlayer::VPhysicsUpdate(IPhysicsObject *)
153 CBaseEntity::VPhysicsTakeDamage(CTakeDamageInfo const&)
154 CBaseCombatCharacter::VPhysicsShadowCollision(int,gamevcollisionevent_t *)
155 CBasePlayer::VPhysicsShadowUpdate(IPhysicsObject *)
156 CBasePlayer::VPhysicsCollision(int,gamevcollisionevent_t *)
157 CBaseEntity::VPhysicsFriction(IPhysicsObject *,float,int,int)
158 CBaseEntity::UpdatePhysicsShadowToCurrentPosition(float)
159 CBaseEntity::VPhysicsGetObjectList(IPhysicsObject **,int)
160 CBaseEntity::VPhysicsIsFlesh(void)
161 CBaseEntity::HasPhysicsAttacker(float)
162 CBasePlayer::PhysicsSolidMaskForEntity(void)const
163 CBaseEntity::ResolveFlyCollisionCustom(CGameTrace &,Vector &)
164 CBaseEntity::PerformCustomPhysics(Vector *,Vector *,QAngle *,QAngle *)
165 CBaseAnimating::GetStepOrigin(void)const
166 CBaseAnimating::GetStepAngles(void)const
167 CBaseEntity::ShouldDrawWaterImpacts(void)
168 CBasePlayer::NetworkStateChanged_m_fFlags(void)
169 CBasePlayer::NetworkStateChanged_m_fFlags(void *)
170 CBasePlayer::NetworkStateChanged_m_nWaterLevel(void)
171 CBasePlayer::NetworkStateChanged_m_nWaterLevel(void *)
172 CBasePlayer::NetworkStateChanged_m_hGroundEntity(void)
173 CBasePlayer::NetworkStateChanged_m_hGroundEntity(void *)
174 CBasePlayer::NetworkStateChanged_m_vecBaseVelocity(void)
175 CBasePlayer::NetworkStateChanged_m_vecBaseVelocity(void *)
176 CBasePlayer::NetworkStateChanged_m_flFriction(void)
177 CBasePlayer::NetworkStateChanged_m_flFriction(void *)
178 CBasePlayer::NetworkStateChanged_m_vecVelocity(void)
179 CBasePlayer::NetworkStateChanged_m_vecVelocity(void *)
180 CBasePlayer::NetworkStateChanged_m_vecViewOffset(void)
181 CBasePlayer::NetworkStateChanged_m_vecViewOffset(void *)
182 CBaseAnimating::GetIdealSpeed(void)const
183 CBaseAnimating::GetIdealAccel(void)const
184 CBaseAnimatingOverlay::StudioFrameAdvance(void)
185 CBaseAnimating::IsActivityFinished(void)
186 CBaseAnimating::GetSequenceGroundSpeed(CStudioHdr *,int)
187 CBaseAnimating::ClampRagdollForce(Vector const&,Vector*)
188 CBaseAnimating::BecomeRagdollOnClient(Vector const&)
189 CBaseAnimating::IsRagdoll(void)
190 CBaseAnimating::CanBecomeRagdoll(void)
191 CBaseAnimatingOverlay::GetSkeleton(CStudioHdr *,Vector *,Quaternion *,int)
192 CBaseAnimating::GetBoneTransform(int,matrix3x4_t &)
193 CBaseAnimating::SetupBones(matrix3x4_t *,int)
194 CBaseAnimating::CalculateIKLocks(float)
195 CBaseAnimatingOverlay::DispatchAnimEvents(CBaseAnimating *)
196 CBasePlayer::HandleAnimEvent(animevent_t *)
197 CBaseAnimating::PopulatePoseParameters(void)
198 CBaseAnimating::GetAttachment(int,matrix3x4_t &)
199 CBaseAnimating::InitBoneControllers(void)
200 CBaseAnimating::GetGroundSpeedVelocity(void)
201 CBaseAnimating::Ignite(float,bool,float,bool)
202 CBaseAnimating::IgniteLifetime(float)
203 CBaseAnimating::IgniteNumHitboxFires(int)
204 CBaseAnimating::IgniteHitboxFireScale(float)
205 CBaseAnimating::Extinguish(void)
206 CBaseCombatCharacter::SetLightingOriginRelative(CBaseEntity *)
207 CBaseAnimating::SetLightingOrigin(CBaseEntity *)
208 CBaseFlex::SetViewtarget(Vector const&)
209 CBaseFlex::StartSceneEvent(CSceneEventInfo *,CChoreoScene *,CChoreoEvent *,CChoreoActor *,CBaseEntity *)
210 CBaseFlex::ProcessSceneEvents(void)
211 CBaseFlex::ProcessSceneEvent(CSceneEventInfo *,CChoreoScene *,CChoreoEvent *)
212 CBaseFlex::ClearSceneEvent(CSceneEventInfo *,bool,bool)
213 CBaseFlex::CheckSceneEventCompletion(CSceneEventInfo *,float,CChoreoScene *,CChoreoEvent *)
214 CTFPlayer::PlayScene(char const*,float,AI_Response *,IRecipientFilter *)
215 CBaseFlex::PlayAutoGeneratedSoundScene(char const*)
216 CBasePlayer::GetPhysicsImpactDamageTable(void)
217 CBaseCombatCharacter::FInViewCone(CBaseEntity *)
218 CBaseCombatCharacter::FInViewCone(Vector const&)
219 CBaseCombatCharacter::FInAimCone(CBaseEntity *)
220 CBaseCombatCharacter::FInAimCone(Vector const&)
221 CBaseCombatCharacter::ShouldShootMissTarget(CBaseCombatCharacter*)
222 CBaseCombatCharacter::FindMissTarget(void)
223 CBaseCombatCharacter::HandleInteraction(int,void *,CBaseCombatCharacter*)
224 CBasePlayer::BodyAngles(void)
225 CBaseCombatCharacter::BodyDirection2D(void)
226 CBaseCombatCharacter::BodyDirection3D(void)
227 CBaseCombatCharacter::HeadDirection2D(void)
228 CBaseCombatCharacter::HeadDirection3D(void)
229 CBaseCombatCharacter::EyeDirection2D(void)
230 CBaseCombatCharacter::EyeDirection3D(void)
231 CBaseCombatCharacter::IsHiddenByFog(Vector const&)const
232 CBaseCombatCharacter::IsHiddenByFog(CBaseEntity *)const
233 CBaseCombatCharacter::IsHiddenByFog(float)const
234 CBaseCombatCharacter::GetFogObscuredRatio(Vector const&)const
235 CBaseCombatCharacter::GetFogObscuredRatio(CBaseEntity *)const
236 CBaseCombatCharacter::GetFogObscuredRatio(float)const
237 CBaseCombatCharacter::IsLookingTowards(CBaseEntity const*,float)const
238 CBaseCombatCharacter::IsLookingTowards(Vector const&,float)const
239 CBaseCombatCharacter::IsInFieldOfView(CBaseEntity *)const
240 CBaseCombatCharacter::IsInFieldOfView(Vector const&)const
241 CBaseCombatCharacter::IsLineOfSightClear(CBaseEntity *,CBaseCombatCharacter::LineOfSightCheckType)const
242 CBaseCombatCharacter::IsLineOfSightClear(Vector const&,CBaseCombatCharacter::LineOfSightCheckType,CBaseEntity *)const
243 CTFPlayer::GiveAmmo(int,int,bool)
244 CBaseCombatCharacter::NPC_TranslateActivity(Activity)
245 CBaseCombatCharacter::Weapon_TranslateActivity(Activity,bool *)
246 CTFPlayer::Weapon_FrameUpdate(void)
247 CTFPlayer::Weapon_HandleAnimEvent(animevent_t *)
248 CBasePlayer::Weapon_CanUse(CBaseCombatWeapon *)
249 CBasePlayer::Weapon_Equip(CBaseCombatWeapon *)
250 CBaseCombatCharacter::Weapon_EquipAmmoOnly(CBaseCombatWeapon *)
251 CTFPlayer::Weapon_Drop(CBaseCombatWeapon *,Vector const*,Vector const*)
252 CTFPlayer::Weapon_Switch(CBaseCombatWeapon *,int)
253 CBasePlayer::Weapon_ShootPosition(void)
254 CBaseCombatCharacter::Weapon_CanSwitchTo(CBaseCombatWeapon *)
255 CBaseCombatCharacter::Weapon_SlotOccupied(CBaseCombatWeapon *)
256 CBaseCombatCharacter::Weapon_GetSlot(int)const
257 CBaseCombatCharacter::AddPlayerItem(CBaseCombatWeapon *)
258 CBasePlayer::RemovePlayerItem(CBaseCombatWeapon *)
259 CBaseCombatCharacter::CanBecomeServerRagdoll(void)
260 CTFPlayer::OnTakeDamage_Alive(CTakeDamageInfo const&)
261 CBaseCombatCharacter::OnTakeDamage_Dying(CTakeDamageInfo const&)
262 CBaseCombatCharacter::OnTakeDamage_Dead(CTakeDamageInfo const&)
263 CBaseCombatCharacter::GetAliveDuration(void)const
264 CBaseCombatCharacter::OnFriendDamaged(CBaseCombatCharacter*,CBaseEntity *)
265 CBaseCombatCharacter::NotifyFriendsOfDamage(CBaseEntity *)
266 CBaseCombatCharacter::HasEverBeenInjured(int)const
267 CBaseCombatCharacter::GetTimeSinceLastInjury(int)const
268 CBaseCombatCharacter::OnPlayerKilledOther(CBaseEntity *,CTakeDamageInfo const&)
269 CBaseCombatCharacter::GetDeathActivity(void)
270 CBaseCombatCharacter::CorpseGib(CTakeDamageInfo const&)
271 CBaseCombatCharacter::CorpseFade(void)
272 CBaseCombatCharacter::HasHumanGibs(void)
273 CBaseCombatCharacter::HasAlienGibs(void)
274 CTFPlayer::ShouldGib(CTakeDamageInfo const&)
275 CBaseCombatCharacter::OnKilledNPC(CBaseCombatCharacter*)
276 CBaseCombatCharacter::Event_Gibbed(CTakeDamageInfo const&)
277 CBasePlayer::Event_Dying(void)
278 CBaseCombatCharacter::BecomeRagdoll(CTakeDamageInfo const&,Vector const&)
279 CBaseCombatCharacter::FixupBurningServerRagdoll(CBaseEntity *)
280 CBaseCombatCharacter::BecomeRagdollBoogie(CBaseEntity *,Vector const&,float,int)
281 CBaseCombatCharacter::CheckTraceHullAttack(float,Vector const&,Vector const&,int,int,float,bool)
282 CBaseCombatCharacter::CheckTraceHullAttack(Vector const&,Vector const&,Vector const&,Vector const&,int,int,float,bool)
283 CBaseCombatCharacter::PushawayTouch(CBaseEntity *)
284 CBaseCombatCharacter::IRelationType(CBaseEntity *)
285 CBaseCombatCharacter::IRelationPriority(CBaseEntity *)
286 CBasePlayer::IsInAVehicle(void)const
287 CBasePlayer::GetVehicle(void)
288 CBasePlayer::GetVehicleEntity(void)
289 CBaseCombatCharacter::ExitVehicle(void)
290 CTFPlayer::RemoveAllWeapons(void)
291 CBaseCombatCharacter::CalcWeaponProficiency(CBaseCombatWeapon *)
292 CBaseCombatCharacter::GetAttackSpread(CBaseCombatWeapon *,CBaseEntity *)
293 CBaseCombatCharacter::GetSpreadBias(CBaseCombatWeapon *,CBaseEntity *)
294 CBasePlayer::DoMuzzleFlash(void)
295 CBaseCombatCharacter::AddEntityRelationship(CBaseEntity *,Disposition_t,int)
296 CBaseCombatCharacter::RemoveEntityRelationship(CBaseEntity *)
297 CBaseCombatCharacter::AddClassRelationship(Class_T,Disposition_t,int)
298 CBaseCombatCharacter::OnChangeActiveWeapon(CBaseCombatWeapon *,CBaseCombatWeapon *)
299 CBaseCombatCharacter::GetLastKnownArea(void)const
300 CBaseCombatCharacter::IsAreaTraversable(CNavArea const*)const
301 CBaseCombatCharacter::ClearLastKnownArea(void)
302 CBaseCombatCharacter::UpdateLastKnownArea(void)
303 CTFPlayer::OnNavAreaChanged(CNavArea *,CNavArea *)
304 CBaseCombatCharacter::OnNavAreaRemoved(CNavArea *)
305 CBaseCombatCharacter::OnPursuedBy(INextBot *)
306 CBasePlayer::NetworkStateChanged_m_iAmmo(void)
307 CBasePlayer::NetworkStateChanged_m_iAmmo(void *)
308 CTFPlayer::CreateViewModel(int)
309 CBasePlayer::SetupVisibility(CBaseEntity *,unsigned char *,int)
310 CTFPlayer::WantsLagCompensationOnEntity(CBasePlayer const*,CUserCmd const*,CBitVec<2048> const*)const
311 CBasePlayer::SharedSpawn(void)
312 CTFPlayer::ForceRespawn(void)
313 CTFPlayer::InitialSpawn(void)
314 CBasePlayer::InitHUD(void)
315 CBasePlayer::ShowViewPortPanel(char const*,bool,KeyValues *)
316 CTFPlayer::PlayerDeathThink(void)
317 CBasePlayer::Jump(void)
318 CBasePlayer::Duck(void)
319 CTFPlayer::PreThink(void)
320 CTFPlayer::PostThink(void)
321 CTFPlayer::DamageEffect(float,int)
322 CTFPlayer::OnDamagedByExplosion(CTakeDamageInfo const&)
323 CBasePlayer::ShouldFadeOnDeath(void)
324 CBasePlayer::IsFakeClient(void)const
325 CBasePlayer::SetPlayerName(char const*)
326 CBasePlayer::GetPlayerMins(void)const
327 CBasePlayer::GetPlayerMaxs(void)const
328 CBasePlayer::CalcRoll(QAngle const&,Vector const&,float,float)
329 CBasePlayer::PackDeadPlayerItems(void)
330 CTFPlayer::RemoveAllItems(bool)
331 CBasePlayer::Weapon_SetLast(CBaseCombatWeapon *)
332 CTFPlayer::Weapon_ShouldSetLast(CBaseCombatWeapon *,CBaseCombatWeapon *)
333 CBasePlayer::Weapon_ShouldSelectItem(CBaseCombatWeapon *)
334 CBasePlayer::OnMyWeaponFired(CBaseCombatWeapon *)
335 CBasePlayer::GetTimeSinceWeaponFired(void)const
336 CBasePlayer::IsFiringWeapon(void)const
337 CBasePlayer::UpdateClientData(void)
338 CBasePlayer::ExitLadder(void)
339 CBasePlayer::GetLadderSurface(Vector const&)
340 CBasePlayer::SetFlashlightEnabled(bool)
341 CTFPlayer::FlashlightIsOn(void)
342 CTFPlayer::FlashlightTurnOn(void)
343 CTFPlayer::FlashlightTurnOff(void)
344 CBasePlayer::IsIlluminatedByFlashlight(CBaseEntity *,float *)
345 CBasePlayer::UpdateStepSound(surfacedata_t *,Vector const&,Vector const&)
346 CBasePlayer::PlayStepSound(Vector &,surfacedata_t *,float,bool)
347 CTFPlayer::GetStepSoundVelocities(float *,float *)
348 CTFPlayer::SetStepSoundTime(stepsoundtimes_t,bool)
349 CTFPlayer::DeathSound(CTakeDamageInfo const&)
350 CTFPlayer::SetAnimation(PLAYER_ANIM)
351 CBasePlayer::ImpulseCommands(void)
352 CTFPlayer::CheatImpulseCommands(int)
353 CTFPlayer::ClientCommand(CCommand const&)
354 CBasePlayer::StartObserverMode(int)
355 CBasePlayer::StopObserverMode(void)
356 CTFPlayer::ModeWantsSpectatorGUI(int)
357 CTFPlayer::SetObserverMode(int)
358 CBasePlayer::GetObserverMode(void)
359 CTFPlayer::SetObserverTarget(CBaseEntity *)
360 CBasePlayer::ObserverUse(bool)
361 CBasePlayer::GetObserverTarget(void)
362 CTFPlayer::FindNextObserverTarget(bool)
363 CTFPlayer::GetNextObserverSearchStartPoint(bool)
364 CTFPlayer::IsValidObserverTarget(CBaseEntity *)
365 CTFPlayer::CheckObserverSettings(void)
366 CBasePlayer::JumptoPosition(Vector const&,QAngle const&)
367 CBasePlayer::ForceObserverMode(int)
368 CBasePlayer::ResetObserverMode(void)
369 CTFPlayer::ValidateCurrentObserverTarget(void)
370 CTFPlayer::AttemptToExitFreezeCam(void)
371 CBasePlayer::StartReplayMode(float,float,int)
372 CBasePlayer::StopReplayMode(void)
373 CBasePlayer::GetDelayTicks(void)
374 CBasePlayer::GetReplayEntity(void)
375 CBasePlayer::CreateCorpse(void)
376 CTFPlayer::EntSelectSpawnPoint(void)
377 CBasePlayer::GetInVehicle(IServerVehicle *,int)
378 CBasePlayer::LeaveVehicle(Vector const&,QAngle const&)
379 CBasePlayer::OnVehicleStart(void)
380 CBasePlayer::OnVehicleEnd(Vector &)
381 CTFPlayer::BumpWeapon(CBaseCombatWeapon *)
382 CBasePlayer::SelectLastItem(void)
383 CBasePlayer::SelectItem(char const*,int)
384 CTFPlayer::ItemPostFrame(void)
385 CBasePlayer::GiveNamedItem(char const*,int)
386 CBasePlayer::CheckTrainUpdate(void)
387 CBasePlayer::SetPlayerUnderwater(bool)
388 CBasePlayer::CanBreatheUnderwater(void)const
389 CTFPlayer::PlayerUse(void)
390 CBasePlayer::PlayUseDenySound(void)
391 CBasePlayer::FindUseEntity(void)
392 CBasePlayer::IsUseableEntity(CBaseEntity *,unsigned int)
393 CBasePlayer::PickupObject(CBaseEntity *,bool)
394 CBasePlayer::ForceDropOfCarriedPhysObjects(CBaseEntity *)
395 CBasePlayer::GetHeldObjectMass(IPhysicsObject *)
396 CBasePlayer::UpdateGeigerCounter(void)
397 CBasePlayer::GetAutoaimVector(float)
398 CBasePlayer::GetAutoaimVector(float,float)
399 CBasePlayer::GetAutoaimVector(autoaim_params_t &)
400 CBasePlayer::ShouldAutoaim(void)
401 CBasePlayer::ForceClientDllUpdate(void)
402 CBasePlayer::ProcessUsercmds(CUserCmd *,int,int,int,bool)
403 CBasePlayer::PlayerRunCommand(CUserCmd *,IMoveHelper *)
404 CTFPlayer::ChangeTeam(int,bool,bool)
405 CTFPlayer::CanHearAndReadChatFrom(CBasePlayer *)
406 CBaseMultiplayerPlayer::CanSpeak(void)
407 CBasePlayer::ModifyOrAppendPlayerCriteria(AI_CriteriaSet &)
408 CBasePlayer::CheckChatText(char *,int)
409 CTFPlayer::CreateRagdollEntity(void)
410 CTFPlayer::ShouldAnnounceAchievement(void)
411 CBasePlayer::EquipWearable(CWearableItem *)
412 CBasePlayer::RemoveWearable(CWearableItem *)
413 CBasePlayer::IsFollowingPhysics(void)
414 CBasePlayer::InitVCollision(Vector const&,Vector const&)
415 CBasePlayer::UpdatePhysicsShadowToCurrentPosition(void)
416 CBasePlayer::Hints(void)
417 CTFPlayer::IsReadyToPlay(void)
418 CTFPlayer::IsReadyToSpawn(void)
419 CTFPlayer::ShouldGainInstantSpawn(void)
420 CTFPlayer::ResetPerRoundStats(void)
421 CTFPlayer::ResetScores(void)
422 CBasePlayer::EquipSuit(bool)
423 CBasePlayer::RemoveSuit(void)
424 CTFPlayer::CommitSuicide(bool,bool)
425 CBasePlayer::CommitSuicide(Vector const&,bool,bool)
426 CBasePlayer::IsBot(void)const
427 CBaseMultiplayerPlayer::GetExpresser(void)
428 CBasePlayer::SpawnArmorValue(void)const
429 CBasePlayer::NetworkStateChanged_m_ArmorValue(void)
430 CBasePlayer::NetworkStateChanged_m_ArmorValue(void *)
431 CBasePlayer::HasHaptics(void)
432 CBasePlayer::SetHaptics(bool)
433 CBasePlayer::PlayerSolidMask(bool)const
434 CAI_ExpresserHost<CBasePlayer>::NoteSpeaking(float,float)
435 CAI_ExpresserHost<CBasePlayer>::Speak(char const*,char const*,char *,unsigned int,IRecipientFilter *)
436 CAI_ExpresserHost<CBasePlayer>::PostSpeakDispatchResponse(char const*,AI_Response *)
437 CBaseMultiplayerPlayer::SpeakIfAllowed(char const*,char const*,char *,unsigned int,IRecipientFilter *)
438 CTFPlayer::SpeakConceptIfAllowed(int,char const*,char *,unsigned int,IRecipientFilter *)
439 CTFPlayer::CanSpeakVoiceCommand(void)
440 CTFPlayer::ShouldShowVoiceSubtitleToEnemy(void)
441 CTFPlayer::NoteSpokeVoiceCommand(char const*)
442 CTFPlayer::OnAchievementEarned(int)
443 CBaseMultiplayerPlayer::GetMultiplayerExpresser(void)
444 CTFPlayer::CalculateTeamBalanceScore(void)
445 CBaseMultiplayerPlayer::CreateExpresser(void)
446 CTFPlayer::DetermineAssistForKill(CTakeDamageInfo const&)
447 CTFPlayer::SetNumberofDominations(int)
448 CTFPlayer::GetNumberofDominations(void)
449 CTFPlayer::GetAttributeManager(void)
450 CTFPlayer::GetAttributeContainer(void)
451 CTFPlayer::GetAttributeOwner(void)
452 CTFPlayer::ReapplyProvision(void)
453 CTFPlayer::InventoryUpdated(CPlayerInventory *,EItemRequestResult)
454 CTFPlayer::GiveNamedItem(char const*,int,CScriptCreatedItem *,bool)
455 CTFPlayer::InitClass(void)
</pre>

Generic Source Events

2009-12-10T18:52:19Z

DJ Tsunami:

:''Refer back to [[Game Events (Source)]] for more events.''

These '''should''' apply to all Source engine games
=== team_info ===
{{qnotice|Info about team}} 
{{begin-hl2msg|team_info|string}}
{{hl2msg|byte|teamid|unique team id}}
{{hl2msg|string|teamname|team name eg "Team Blue"}}
{{end-hl2msg}}

=== team_score ===
{{qnotice|Team score changed}} 
{{begin-hl2msg|team_info|string}}
{{hl2msg|byte|teamid|team id}}
{{hl2msg|short|score|total team score}}
{{end-hl2msg}}

=== player_team ===
{{qnotice|Player change his team}} 
{{begin-hl2msg|player_team|string}}
{{hl2msg|short|userid|user ID on the server}}
{{hl2msg|byte|team|team id}}
{{hl2msg|byte|oldteam|old team id}}
{{hl2msg|bool|disconnect|team change because player disconnects}}
{{hl2msg|bool|autoteam|true if the player was auto assigned to the team (OB only)}}
{{hl2msg|bool|silent|if true wont print the team join messages (OB only)}}
{{hl2msg|string|name|player's name (OB only)}}
{{end-hl2msg}}

=== player_class ===
{{qnotice|A player changed his class}} 
{{begin-hl2msg|player_class|string}}
{{hl2msg|short|userid|user ID on server}}
{{hl2msg|string|class|new player class / model}}
{{end-hl2msg}}

=== player_death ===
{{qnotice|A player has died}} 
{{begin-hl2msg|player_death|string}}
{{hl2msg|short|userid|user ID who died}}
{{hl2msg|short|attacker|user ID who killed}}
{{end-hl2msg}}

=== player_hurt ===
{{qnotice|A player was hurt}} 
{{begin-hl2msg|player_hurt|string}}
{{hl2msg|short|userid|player index who was hurt}}
{{hl2msg|short|attacker|player index who attacked}}
{{hl2msg|byte|health|remaining health points}}
{{end-hl2msg}}

=== player_chat ===
{{qnotice|A public player chat}} 
{{begin-hl2msg|player_chat|string}}
{{hl2msg|bool|teamonly|true if team only chat}}
{{hl2msg|short|userid|chatting player}}
{{hl2msg|string|text|chat text}}
{{end-hl2msg}}

=== player_score ===
{{qnotice|Player's scores changed}} 
{{begin-hl2msg|player_score|string}}
{{hl2msg|short|userid|user ID on server}}
{{hl2msg|short|kills|# of kills}}
{{hl2msg|short|deaths|# of deaths}}
{{hl2msg|short|score|total game score}}
{{end-hl2msg}}

=== player_spawn ===
{{qnotice|Player spawned in game}} 
{{begin-hl2msg|player_spawn|string}}
{{hl2msg|short|userid|user ID on server}}
{{end-hl2msg}}

=== player_shoot ===
{{qnotice|Player shot his weapon}} 
{{begin-hl2msg|player_shoot|string}}
{{hl2msg|short|userid|user ID on server}}
{{hl2msg|byte|weapon|weapon ID}}
{{hl2msg|byte|mode|weapon mode}}
{{end-hl2msg}}

=== player_use ===
{{qnotice|When a player uses an option}} 
{{begin-hl2msg|player_use|string}}
{{hl2msg|short|userid|user ID on server}}
{{hl2msg|short|entity|entity used by player}}
{{end-hl2msg}}

=== player_changename ===
{{qnotice|Player changed name}} 
{{begin-hl2msg|player_changename|string}}
{{hl2msg|short|userid|user ID on server}}
{{hl2msg|string|oldname|players old (current) name}}
{{hl2msg|string|newname|players new name}}
{{end-hl2msg}}

=== game_init ===
{{qnotice|Sent when a new game is started (OB only)}} 

=== game_newmap ===
{{qnotice|Sent when new map is completely loaded}} 
{{begin-hl2msg|game_newmap|string}}
{{hl2msg|string|mapname|map name}}
{{end-hl2msg}}

=== game_start ===
{{qnotice|A new game starts}} 
{{begin-hl2msg|game_start|string}}
{{hl2msg|long|roundslimit|max round}}
{{hl2msg|long|timelimit|time limit}}
{{hl2msg|long|fraglimit|frag limit}}
{{hl2msg|string|objective|round objective}}
{{end-hl2msg}}

=== game_end ===
{{qnotice|A game ended}} 
{{begin-hl2msg|game_end|string}}
{{hl2msg|byte|winner|winner team/user id}}
{{end-hl2msg}}

=== round_start ===
{{qnotice|The round started}} 
{{begin-hl2msg|round_start|string}}
{{hl2msg|long|timelimit|round time limit in seconds}}
{{hl2msg|long|fraglimit|frag limit}}
{{hl2msg|string|objective|round objective}}
{{end-hl2msg}}

=== round_end ===
{{qnotice|The round ended}} 
{{begin-hl2msg|round_end|string}}
{{hl2msg|byte|winner|winner team/user id}}
{{hl2msg|byte|reason|reason why the team won}}
{{hl2msg|string|message|end round message}}
{{end-hl2msg}}

=== game_message ===
{{qnotice|A message sent by game logic to everyone}} 
{{begin-hl2msg|game_message|string}}
{{hl2msg|byte|target|0 console, 1 HUD}}
{{hl2msg|string|text|the message text}}
{{end-hl2msg}}

=== break_breakable ===
{{qnotice|A breakable (func_break) is broken.}} 
{{begin-hl2msg|break_breakable|string}}
{{hl2msg|long|entindex|index of the entity}}
{{hl2msg|short|userid|userid who broke the entity}}
{{hl2msg|byte|material|BREAK_GLASS, BREAK_WOOD, etc}}
{{end-hl2msg}}

=== break_prop ===
{{qnotice|A breakable prop is broken.}} 
{{begin-hl2msg|break_prop|string}}
{{hl2msg|long|entindex|index of the entity}}
{{hl2msg|short|userid|userid who broke the entity}}
{{end-hl2msg}}

=== entity_killed ===
{{qnotice|An entity has been killed (OB only)}} 
{{begin-hl2msg|entity_killed|string}}
{{hl2msg|long|entindex_killed|index of the killed entity}}
{{hl2msg|long|entindex_attacker|index of the attacker}}
{{hl2msg|long|entindex_inflictor|index of the inflictor (weapon id, etc)}}
{{hl2msg|long|damagebits|the damagebits of the attack}}
{{end-hl2msg}}

=== bonus_updated ===
{{qnotice|??? (OB only)}} 
{{begin-hl2msg|bonus_updated|string}}
{{hl2msg|short|numadvanced|}}
{{hl2msg|short|numbronze|}}
{{hl2msg|short|numsilver|}}
{{hl2msg|short|numgold|}}
{{end-hl2msg}}

=== achievement_event ===
{{qnotice|A player has received an achievement (OB only)}} 
{{begin-hl2msg|achievement_earned|string}}
{{hl2msg|string|achievement_name|non-localized name of achievement}}
{{hl2msg|short|cur_val|# of steps toward achievement}}
{{hl2msg|short|max_val|total # of steps in achievement}}
{{end-hl2msg}}

=== achievement_increment ===
{{qnotice|Sent whenever an achievement that's tracked on the HUD increases (OB only)}} 
{{begin-hl2msg|achievement_increment|string}}
{{hl2msg|long|achievement_id|ID of achievement that went up}}
{{hl2msg|short|cur_val|# of steps toward achievement}}
{{hl2msg|short|max_val|total # of steps in achievement}}
{{end-hl2msg}}

=== physgun_pickup ===
{{qnotice|Player picked up a physgun (OB only)}} 
{{begin-hl2msg|physgun_pickup|string}}
{{hl2msg|long|entindex|entity picked up}}
{{end-hl2msg}}

=== flare_ignite_npc ===
{{qnotice|A flare has ignited a NPC (OB only)}} 
{{begin-hl2msg|flare_ignite_npc|string}}
{{hl2msg|long|entindex|entity ignited}}
{{end-hl2msg}}

=== helicopter_grenade_punt_miss ===
{{qnotice|??? (OB only)}} 

=== user_data_downloaded ===
{{qnotice|Fired when achievements/stats are downloaded from Steam or XBOX Live (OB only)}} 

=== ragdoll_dissolved ===
{{qnotice|A ragdoll has dissolved (OB only)}} 
{{begin-hl2msg|ragdoll_dissolved|string}}
{{hl2msg|long|entindex|index of the dissolved entity}}
{{end-hl2msg}}

Admin Commands (SourceMod)

2009-09-27T21:11:14Z

DJ Tsunami:

__FORCETOC__
This page lists all of the major admin commands in SourceMod.

'''Chat Triggers''': Remember that commands do not have to be entered through the console; they can be entered via chat triggers. For example, saying "!ban bail" in chat will execute the same command as "sm_ban" and forward the output to chat. You can also use "/" instead of "!" to suppress your command from being shown to users.

=How to Target=

'''General targets''':
<ul>
<li>name - Exact name match, or partial name match (if the partial string is unique).</li>
<li>#userid - If userid is numeric, the player will be targeted by their userid (found via the "users" command).</li>
<li>#steamid - Matches by Steam ID. If you use colons (:), you must enclose in quotes. Otherwise, you can use an underscore (_) instead. Examples: <tt>"#STEAM_0:1:4433"</tt>, <tt>#STEAM_0_1_4433</tt></li>
<li>#<name> - Exact name match after the # sign.
<li>@all - All players (available on most commands).</li>
<li>@bots - All bots (available on most commands).</li>
<li>@alive - All alive players (available on most commands that accept alive players).</li>
<li>@dead - All dead players (available on most commands that accept dead players).</li>
<li>@humans - All non-bot players (available on most commands).</li>
<li>@aim - Current player the admin is directly aiming at.</li>
<li>@me - Target self.</li>
<li>@!me - Target everyone but yourself.</li>
</ul>

Note that name matches occur last, "magic targets" (such as # and @) are processed first. This means that "@all" will target @all players, even if there is a player named "@all". You should target "#@all" instead.

'''Counter-Strike only''':
<ul>
<li>@ct or @cts - All Counter-Terrorists</li>
<li>@t or @ts - All Terrorists</li>
</ul>

'''Team Fortress 2 Only''':
<ul>
<li>@red - All RED team members</li>
<li>@blue - All BLU team members</li>
</ul>

=Basic Commands=
These are basic commands found in plugins that have been deemed safe for [[War_Mode_(SourceMod)|War Mode]]; they provide simple functionality for administering your server.

:{| cellpadding="6"
|- class="t2th"
| Command
| Plugin
| Access
| Format
| Description
|- class="t2td"
| sm_addban
| basebans
| rcon
| <time> <steamid> [reason]
| Adds a Steam ID to Source's ban list.
|- class="t2td"
| sm_admin
| adminmenu
| admin
|
| Displays the [[Admin Menu (SourceMod)|admin menu]].
|- class="t2td"
| sm_ban
| basebans
| ban
| <nowiki><#userid|name> <minutes|0> </nowiki>[reason]
| Bans a client.
|- class="t2td"
| sm_banip
| basebans
| rcon
| <nowiki><ip|#userid|name> <time></nowiki> [reason]
| Adds an IP address to Source's ban list. Only someone with <tt>rcon</tt> access can ban an arbitrary IP.
|- class="t2td"
| sm_cancelvote
| basecommands
| vote
|
| Cancels any vote in progress.
|- class="t2td"
| sm_cvar
| basecommands
| cvar
| <cvar> [value]
| Retrieves or changes a cvar value. Protected cvars can only be accessed with rcon access, and sv_cheats can only be accessed with cheat access.
|- class="t2td"
| sm_execcfg
| basecommands
| config
| <filename>
| Executes a config file (path not needed, but extension is).
|- class="t2td"
| sm_help
| adminhelp
| admin
| [page|search]
| Lists all admin commands. Output is paginated and a page number can be specified. Alternately, a search term can be specified to search for a specific command.
|- class="t2td"
| sm_kick
| basecommands
| kick
| <nowiki><#userid|name></nowiki> [reason]
| Kicks a player.
|- class="t2td"
| sm_map
| basecommands
| map
| <map>
| Changes the current map.
|- class="t2td"
| sm_rcon
| basecommands
| rcon
| <argstring>
| Executes the argument string via rcon. Due to Source limitations, you cannot see any RCON output.
|- class="t2td"
| sm_reloadadmins
| basecommands
| config
|
| Refreshes the Admin cache from all sources.
|- class="t2td"
| sm_unban
| basebans
| unban
| <steamid>
| Unbans a Steam ID.
|- class="t2td"
| sm_who
| basecommands
| admin
| <nowiki>[#userid|name]</nowiki>
| Lists all users and their access rights, or a specific user's access rights.
|}

=Extended Commands=
These commands provide extended functionality that may not be present on all games, either due to game or engine differences. In general, they work on the most popular mods. If you have a mod which is new, or not supported yet due to lower popularity, file a [http://bugs.alliedmods.net/index.php?project=5&do=index feature request].

:{| cellpadding="4"
|- class="t2th"
| Command
| Plugin
| Access
| Format
| Description
|- class="t2td"
| sm_beacon
| funcommands
| slay
| <target>
| Adds a ring around each target, making them easily visible.
|- class="t2td"
| sm_burn
| funcommands
| slay
| <target> [time]
| Sets the target(s) on fire for the specified amount of time. This may or may not work fully on certain games (for example, TF2 is missing the fire sprite, but clients will bleed/lose health). If specified, burning effect will stop after the [time] seconds.
|- class="t2td"
| sm_chat
| basechat
| chat
| <message>
| Sends a say-chat message to all admins.
|- class="t2td"
| sm_csay
| basechat
| chat
| <message>
| Sends a centered message to all players.
|- class="t2td"
| sm_gag
| basecomm
| chat
| <target>
| Prevents the target(s) from using messagemode/say chat.
|- class="t2td"
| sm_hsay
| basechat
| chat
| <message>
| Sends a message to all players via a center-bottom hint box.
|- class="t2td"
| sm_msay
| basechat
| chat
| <message>
| Sends a message as a menu panel (only meaningful on games that support radio menus).
|- class="t2td"
| sm_mute
| basecomm
| chat
| <target>
| Prevents the target(s) from using voice chat.
|- class="t2td"
| sm_play
| sounds
| admin
| <target> <file>
| Plays a sound file on the server to each target.
|- class="t2td"
| sm_psay
| basechat
| chat
| <target> <message>
| Sends a private chat message to a single target.
|- class="t2td"
| sm_rename
| playercommands
| slay
| <nowiki><#userid|name></nowiki>
| Changes the name of a player.
|- class="t2td"
| sm_resetcvar
| basecommands
| cvar
| <nowiki><cvar></nowiki>
| Resets CVAR value back to default.
|- class="t2td"
| sm_say
| basechat
| chat
| <message>
| Sends a say-chat message to all players.
|- class="t2td"
| sm_silence
| basecomm
| chat
| <target>
| Performs both a gag and mute on the target(s).
|- class="t2td"
| sm_slap
| playercommands
| slay
| <target> [damage]
| "Slaps" a player, emitting a noise and throwing them in a random direction. If specified, the damage amount will be subtracted from each target's health.
|- class="t2td"
| sm_slay
| playercommands
| slay
| <target>
| Kills a player.
|- class="t2td"
| sm_tsay
| basechat
| chat
| [color] <message>
| Sends a top-left message to all players. If no color is specified, the text will be white. Colors available are: white, red, green, blue, yellow, purple, cyan, orange, pink, olive, lime, violet, lightblue. The names are not case sensitive.
|- class="t2td"
| sm_ungag
| basecomm
| chat
| <target>
| Allows the target(s) to use messagemode/say chat again.
|- class="t2td"
| sm_unmute
| basecomm
| chat
| <target>
| Allows the target(s) to use voice chat again.
|- class="t2td"
| sm_unsilence
| basecomm
| chat
| <target>
| Perfoms both an ungag and unmute on the target(s).
|}

=Vote Commands=
These commands are listed separately as they are all related to voting. None of them are available in war mode by default.

:{| cellpadding="4"
|- class="t2th"
| Command
| Plugin
| Access
| Format
| Description
|- class="t2td"
| sm_vote
| basevotes
| vote
| <question> [answer1] [answer2] [answer3] ...
| Starts an arbitrary vote with the given arguments as answers.
|- class="t2td"
| sm_votealltalk
| funvotes
| vote
|
| Starts a vote to change the value of sv_alltalk.
|- class="t2td"
| sm_voteban
| basevotes
| vote, ban
| <target> [reason]
| Starts a vote to ban a single player for thirty minutes.
|- class="t2td"
| sm_voteburn
| funvotes
| vote, slay
| <target>
| Starts a vote to burn a single player.
|- class="t2td"
| sm_voteff
| funvotes
| vote
|
| Starts a vote to change the value of mp_friendlyfire.
|- class="t2td"
| sm_votegravity
| funvotes
| vote
| <amount> [amount2] [amount3] ...
| Initiates a vote to change the value of sv_gravity.
|- class="t2td"
| sm_votekick
| basevotes
| vote, kick
| <target> [reason]
| Starts a vote to kick a single player.
|- class="t2td"
| sm_votemap
| basevotes
| vote, map
| <map> [map2] [map3] ...
| Starts a vote to change the map.
|- class="t2td"
| sm_voteslay
| funvotes
| vote, slay
| <target>
| Starts a vote to slay a single player.
|}

[[Category:SourceMod Documentation]]

Admin Commands (SourceMod)

2009-09-27T21:06:25Z

DJ Tsunami:

__FORCETOC__
This page lists all of the major admin commands in SourceMod.

'''Chat Triggers''': Remember that commands do not have to be entered through the console; they can be entered via chat triggers. For example, saying "!ban bail" in chat will execute the same command as "sm_ban" and forward the output to chat. You can also use "/" instead of "!" to suppress your command from being shown to users.

=How to Target=

'''General targets''':
<ul>
<li>name - Exact name match, or partial name match (if the partial string is unique).</li>
<li>#userid - If userid is numeric, the player will be targeted by their userid (found via the "users" command).</li>
<li>#steamid - Matches by Steam ID. If you use colons (:), you must enclose in quotes. Otherwise, you can use an underscore (_) instead. Examples: <tt>"#STEAM_0:1:4433"</tt>, <tt>#STEAM_0_1_4433</tt></li>
<li>#<name> - Exact name match after the # sign.
<li>@all - All players (available on most commands).</li>
<li>@bots - All bots (available on most commands).</li>
<li>@alive - All alive players (available on most commands that accept alive players).</li>
<li>@dead - All dead players (available on most commands that accept dead players).</li>
<li>@humans - All non-bot players (available on most commands).</li>
<li>@aim - Current player the admin is directly aiming at.</li>
<li>@me - Target self.</li>
<li>@!me - Target everyone but yourself.</li>
</ul>

Note that name matches occur last, "magic targets" (such as # and @) are processed first. This means that "@all" will target @all players, even if there is a player named "@all". You should target "#@all" instead.

'''Counter-Strike only''':
<ul>
<li>@ct or @cts - All Counter-Terrorists</li>
<li>@t or @ts - All Terrorists</li>
</ul>

'''Team Fortress 2 Only''':
<ul>
<li>@red - All RED team members</li>
<li>@blue - All BLU team members</li>
</ul>

=Basic Commands=
These are basic commands found in plugins that have been deemed safe for [[War_Mode_(SourceMod)|War Mode]]; they provide simple functionality for administering your server.

:{| cellpadding="6"
|- class="t2th"
| Command
| Plugin
| Access
| Format
| Description
|- class="t2td"
| sm_addban
| basebans
| rcon
| <time> <steamid> [reason]
| Adds a Steam ID to Source's ban list.
|- class="t2td"
| sm_admin
| adminmenu
| admin
|
| Displays the [[Admin Menu (SourceMod)|admin menu]].
|- class="t2td"
| sm_ban
| basebans
| ban
| <nowiki><#userid|name> <minutes|0> </nowiki>[reason]
| Bans a client.
|- class="t2td"
| sm_banip
| basebans
| rcon
| <nowiki><ip|#userid|name> <time></nowiki> [reason]
| Adds an IP address to Source's ban list. Only someone with <tt>rcon</tt> access can ban an arbitrary IP.
|- class="t2td"
| sm_cancelvote
| basecommands
| vote
|
| Cancels any vote in progress.
|- class="t2td"
| sm_cvar
| basecommands
| cvar
| <cvar> [value]
| Retrieves or changes a cvar value. Protected cvars can only be accessed with rcon access, and sv_cheats can only be accessed with cheat access.
|- class="t2td"
| sm_execcfg
| basecommands
| config
| <filename>
| Executes a config file (path not needed, but extension is).
|- class="t2td"
| sm_help
| adminhelp
| admin
| [page|search]
| Lists all admin commands. Output is paginated and a page number can be specified. Alternately, a search term can be specified to search for a specific command.
|- class="t2td"
| sm_kick
| basecommands
| kick
| <nowiki><#userid|name></nowiki> [reason]
| Kicks a player.
|- class="t2td"
| sm_map
| basecommands
| map
| <map>
| Changes the current map.
|- class="t2td"
| sm_rcon
| basecommands
| rcon
| <argstring>
| Executes the argument string via rcon. Due to Source limitations, you cannot see any RCON output.
|- class="t2td"
| sm_reloadadmins
| basecommands
| config
|
| Refreshes the Admin cache from all sources.
|- class="t2td"
| sm_unban
| basebans
| unban
| <steamid>
| Unbans a Steam ID.
|- class="t2td"
| sm_who
| basecommands
| admin
| <nowiki>[#userid|name]</nowiki>
| Lists all users and their access rights, or a specific user's access rights.
|}

=Extended Commands=
These commands provide extended functionality that may not be present on all games, either due to game or engine differences. In general, they work on the most popular mods. If you have a mod which is new, or not supported yet due to lower popularity, file a [http://bugs.alliedmods.net/index.php?project=5&do=index feature request].

:{| cellpadding="4"
|- class="t2th"
| Command
| Plugin
| Access
| Format
| Description
|- class="t2td"
| sm_beacon
| basefuncommands
| slay
| <target>
| Adds a ring around each target, making them easily visible.
|- class="t2td"
| sm_burn
| basefuncommands
| slay
| <target> [time]
| Sets the target(s) on fire for the specified amount of time. This may or may not work fully on certain games (for example, TF2 is missing the fire sprite, but clients will bleed/lose health). If specified, burning effect will stop after the [time] seconds.
|- class="t2td"
| sm_chat
| basechat
| chat
| <message>
| Sends a say-chat message to all admins.
|- class="t2td"
| sm_csay
| basechat
| chat
| <message>
| Sends a centered message to all players.
|- class="t2td"
| sm_gag
| basecomm
| chat
| <target>
| Prevents the target(s) from using messagemode/say chat.
|- class="t2td"
| sm_hsay
| basechat
| chat
| <message>
| Sends a message to all players via a center-bottom hint box.
|- class="t2td"
| sm_msay
| basechat
| chat
| <message>
| Sends a message as a menu panel (only meaningful on games that support radio menus).
|- class="t2td"
| sm_mute
| basecomm
| chat
| <target>
| Prevents the target(s) from using voice chat.
|- class="t2td"
| sm_play
| sounds
| admin
| <target> <file>
| Plays a sound file on the server to each target.
|- class="t2td"
| sm_psay
| basechat
| chat
| <target> <message>
| Sends a private chat message to a single target.
|- class="t2td"
| sm_rename
| playercommands
| slay
| <nowiki><#userid|name></nowiki>
| Changes the name of a player.
|- class="t2td"
| sm_resetcvar
| basecommands
| cvar
| <nowiki><cvar></nowiki>
| Resets CVAR value back to default.
|- class="t2td"
| sm_say
| basechat
| chat
| <message>
| Sends a say-chat message to all players.
|- class="t2td"
| sm_silence
| basecomm
| chat
| <target>
| Performs both a gag and mute on the target(s).
|- class="t2td"
| sm_slap
| playercommands
| slay
| <target> [damage]
| "Slaps" a player, emitting a noise and throwing them in a random direction. If specified, the damage amount will be subtracted from each target's health.
|- class="t2td"
| sm_slay
| playercommands
| slay
| <target>
| Kills a player.
|- class="t2td"
| sm_tsay
| basechat
| chat
| [color] <message>
| Sends a top-left message to all players. If no color is specified, the text will be white. Colors available are: white, red, green, blue, yellow, purple, cyan, orange, pink, olive, lime, violet, lightblue. The names are not case sensitive.
|- class="t2td"
| sm_ungag
| basecomm
| chat
| <target>
| Allows the target(s) to use messagemode/say chat again.
|- class="t2td"
| sm_unmute
| basecomm
| chat
| <target>
| Allows the target(s) to use voice chat again.
|- class="t2td"
| sm_unsilence
| basecomm
| chat
| <target>
| Perfoms both an ungag and unmute on the target(s).
|}

=Vote Commands=
These commands are listed separately as they are all related to voting. None of them are available in war mode by default.

:{| cellpadding="4"
|- class="t2th"
| Command
| Plugin
| Access
| Format
| Description
|- class="t2td"
| sm_vote
| basevotes
| vote
| <question> [answer1] [answer2] [answer3] ...
| Starts an arbitrary vote with the given arguments as answers.
|- class="t2td"
| sm_votealltalk
| basefunvotes
| vote
|
| Starts a vote to change the value of sv_alltalk.
|- class="t2td"
| sm_voteban
| basevotes
| vote, ban
| <target> [reason]
| Starts a vote to ban a single player for thirty minutes.
|- class="t2td"
| sm_voteburn
| basefunvotes
| vote, slay
| <target>
| Starts a vote to burn a single player.
|- class="t2td"
| sm_voteff
| basefunvotes
| vote
|
| Starts a vote to change the value of mp_friendlyfire.
|- class="t2td"
| sm_votegravity
| basefunvotes
| vote
| <amount> [amount2] [amount3] ...
| Initiates a vote to change the value of sv_gravity.
|- class="t2td"
| sm_votekick
| basevotes
| vote, kick
| <target> [reason]
| Starts a vote to kick a single player.
|- class="t2td"
| sm_votemap
| basevotes
| vote, map
| <map> [map2] [map3] ...
| Starts a vote to change the map.
|- class="t2td"
| sm_voteslay
| basefunvotes
| vote, slay
| <target>
| Starts a vote to slay a single player.
|}

[[Category:SourceMod Documentation]]

SourceHook Development

2009-08-17T09:34:05Z

DJ Tsunami: /* Automatic hookmanager generation */

SourceHook is a powerful API (Application Programming Interface) for detouring (hooking) virtual functions. Unlike static detours, SourceHook needs only to swap addresses in and out of an object's virtual table. This makes it fast and generally very platform-safe.

SourceHook is coupled with Don Clugston's [http://www.codeproject.com/cpp/FastDelegate.asp FastDelegate] headers. Virtual hooks can be detoured to any static function of the same prototype, or any member function (of any class) as long as the prototype matches.

All code in SourceHook is part of the SourceHook namespace. Thus, it may be prudent to declare this before using SourceHook structures or types:

<cpp>using namespace SourceHook;</cpp>

=Simple Hooks=
SourceHook has the following steps of operation:

* Declare the prototype of the function you are going to hook. This generates compile-time code that is able to pinpoint exactly how to go about hooking the function.
* Hook the function - as a member function of another class or a regular static function.
* Before the hooked function is called, all of the "pre" hook handlers attached to it are called. Each hook can set a special flag, the highest of which is chosen as a final operation. This flag specifies whether the original function should be called or not.
* Once all the hooks have been called, SourceHook decides whether to call the original function. Another set of hooks are called directly after, called "post" hook handlers. You can specify whether each hook is a post or pre hook - it simply changes whether it's called before or after the original call is made.
* After you are done using a hook, you must safely remove it before the object is destroyed (otherwise, memory will be leaked).

==Declaration==
As an example, take the following class prototype:
<cpp>
class IVEngineServer
{
public:
/*...*/
virtual void LogPrint( const char *msg ) = 0;
virtual bool IsDedicated() = 0;
};

extern IVEngineServer *engine;
</cpp>

The first step is to figure out how to declare its prototype to SourceHook. This function is void, and has one parameter. The declaration macro follows these formats:

*{{bcode|SH_DECL_HOOK}}n - n is the number of parameters
**The parameters are: Class name, member function name, attributes, overloaded?, the return type, and a list of the parameter types.
*{{bcode|SH_DECL_HOOKn_void}} - n is the number of parameters
**_void specifies that the function does not return a value. The format is the same as above except the "return type" parameter is missing.
*'''Note:''' Not covered here are the SH_DECL_HOOKn[_void]_vafmt hooks. These can hook string-formattable variable argument lists. You do not pass the string format or ellipses parameter. SourceHook will automatically format the string for your hook.

Our macro will look like this:
<pre>
SH_DECL_HOOK1_void(IVEngineServer, LogPrint, SH_NOATTRIB, 0, const char *);
SH_DECL_HOOK0(IVEngineServer, IsDedicated, SH_NOATTRIB, 0, bool);
</pre>

Broken down for the first line:
*There is 1 parameter.
*The function has no return value.
*<tt>IVEngineServer</tt> is the class containing the function.
*<tt>LogPrint</tt> is the function being hooked.
*The function as no attributes (for example, it is not const).
*The function is not overloaded.
*The first (and only) argument is a <tt>const char *</tt>

The second line is similar, except the parameter immediately after the overload parameter specifies the return type. There are no further parameters since it was declared with 0.

==Hook Functions==
Hooks can be declared either ''pre'' or ''post''. A ''pre'' hook will intercept the original function before it is called. Pre-hooks can return one of four ''hook actions'':
*<tt>MRES_IGNORED</tt> - The original function will be called.
*<tt>MRES_HANDLED</tt> - Same as <tt>MRES_IGNORED</tt>, except subsequent hooks can assume this means something important was changed.
*<tt>MRES_OVERRIDE</tt> - The original function will be called, but the new return value will be used instead of the one from the original function.
*<tt>MRES_SUPERCEDE</tt> - The original function will not be called. The new return value (if any) will be used instead.

These enum constants are defined in <tt><sourcehook.h></tt>, and are made available to Metamod:Source plugin developers via <tt><ISmmPlugin.h></tt>.

Once all pre-hooks have been processed, SourceHook takes an action based on the "highest" hook action returned (<tt>MRES_IGNORED</tt> being lowest, <tt>MRES_SUPERCEDE</tt> being highest). Once the action has been processed, all ''post'' hooks are called. That is to say, even if the original function is never called, post hooks are still processed. Because a post hook as no chance at true interception, it is important to realize that depending on the information being detoured, the data may be modified or destroyed. Similarly, a post hook's returned action and value is ignored.

A hook's action is signalled via one of two macros:
*<tt>RETURN_META</tt> - Only usable from <tt>void</tt> functions. Signals the action to take, then returns.
*<tt>RETURN_META_VALUE</tt> - Only usable from non-<tt>void</tt> functions. Signals the action to take, then returns the supplied value.

There are two methods of adding or removing hooks. Hooks can be bound to '''static''' or '''member''' functions. Both have a similar syntax. Their macros are:
*<tt>SH_STATIC(Function)</tt> - Hook to a static function.
*<tt>SH_MEMBER(Instance, Function)</tt> - Hook to a member function.

It is important to realize that a simple hook will only be invoked when used on the same instance. That is to say, if there are 500 instances of object X, and a hook is added to function X::Y in instance #8, then the hook will only be invoked from instance #8. Multiple hooks can be declared on the same instance, and multiple instances can be bound to the same hook, but one hook will only be invoked for the instances it was hooked to.

To have hooks that work across all instances, and thus do not need to be delegated per-instance, see the "Global Hooks" section. As of SourceHook v5, it is safe to remove hooks on a destroyed instance, as the instance is not actually dereferenced. However, its virtual table must still be accessible.

==Adding Hooks==
The macro to add hooks is <tt>SH_[ADD|REMOVE]_HOOK</tt>. The syntax is:

<cpp>SH_[ADD|REMOVE]_HOOK(Interface, Function, Instance, Hook, [post? true,false])</cpp>

An example of adding a <tt>LogPrint</tt> hook:
<cpp>void Hook_LogPrint(const char *msg)
{
if (strcmp(msg, "If this string matches the function will be blocked") == 0)
{
RETURN_META(MRES_SUPERCEDE);
}

/* Not needed, but good style */
RETURN_META(MRES_IGNORED);
}

void StartHooks()
{
log_hook = SH_ADD_HOOK(IVEngineServer, LogPrint, engine, SH_STATIC(Hook_LogPrint), false);
}

void StopHooks()
{
SH_REMOVE_HOOK(IVEngineServer, LogPrint, engine, SH_STATIC(Hook_LogPrint), false);
}</cpp>

The syntax is similar for hooking to member functions. Example equivalent to the above:
<cpp>
class MyHooks
{
public:
void Hook_LogPrint(const char *msg)
{
if (strcmp(msg, "If this string matches the function will be blocked") == 0)
{
RETURN_META(MRES_SUPERCEDE);
}

/* Not needed, but good style */
RETURN_META(MRES_IGNORED);
}

void StartHooks()
{
SH_ADD_HOOK(IVEngineServer, LogPrint, engine, SH_MEMBER(this, &MyHooks::Hook_LogPrint), false);
}

void StopHooks()
{
SH_REMOVE_HOOK(IVEngineServer, LogPrint, engine, SH_MEMBER(this, &MyHooks::Hook_LogPrint), false);
}
};</cpp>

=Manual Hooks=
In some cases, it may be necessary to support multiple, incompatible ABI branches of an interface. For example, suppose you need to hook an application that may supply either version of these interfaces:

Interface v1:
<cpp>
class Interface
{
public:
virtual void Function1() =0;
virtual bool Function2(int clam) =0;
};</cpp>

Interface v2:
<cpp>
class Interface
{
public:
virtual bool Function2(int clam) =0;
};</cpp>

Obviously, these two interfaces are backwards incompatible. Manual hooks allow you to precisely define the structure of the virtual table, bypassing the compiler's rules. These rules can be re-configured at runtime.

==Declaration==
Declaring a manual hook is similar to declaring a normal/simple hook. The syntax is:

<cpp>SH_DECL_MANUALHOOK<n>[_void](UniqueName, vtblIndex, vtblOffs, thisOffs, [return and param types])</cpp>

The <tt>UniqueName</tt> is a unique identifier for the hook. The <tt>vtblIndex</tt> is the index into the virtual table at which the function lies. In most compilers, this index starts from 0. The <tt>vtblOffs</tt> and <tt>thisOffs</tt> fields are used for multiple inheritance and are almost always 0 in modern compiler single inheritance.

An example of hooking the two functions from the first interface version:
<cpp>SH_DECL_MANUALHOOK0_void(MHook_Function1, 0, 0, 0);
SH_DECL_MANUALHOOK1(MHook_Function2, 1, 0, 0, bool, int);</cpp>

==Reconfiguring==
A manual hook can be ''reconfigured'', which will update its set offsets. Reconfiguration automatically removes all hooks on the manual hook. Let's say we want to reconfigure the <tt>Function2</tt> hook in the case of the second version being detected:

<cpp>
void SwitchToNewerHooks()
{
SH_MANUALHOOK_RECONFIGURE(MHook_Function2, 0, 0, 0);
}
</cpp>

Note that the hook was referenced by its unique identifier.

==Adding Hooks==
Adding or removing hook binds is done via the following extra macros:
*<tt>SH_ADD_MANUALHOOK</tt>
*<tt>SH_REMOVE_MANUALHOOK</tt>

These work similar to the original functions. Example:
<cpp>extern Interface *iface;

bool Hook_Function2(int clam)
{
RETURN_META_VALUE(MRES_IGNORED, false);
}

void StartHooks()
{
SH_ADD_MANUALHOOK(MHook_Function2, iface, SH_STATIC(Hook_Function2), false);
}

void StopHooks()
{
SH_REMOVE_MANUALHOOK(MHook_Function2, iface, SH_STATIC(Hook_Function2), false);
}</cpp>

Similarly, a member function version would use <tt>SH_MEMBER</tt> instead.

=Extended Removal Syntax=
The syntax described in the above sections is new as of SourceHook v4.5. <tt>SH_REMOVE_HOOK</tt> is, for all intents and purposes, optional. There is another way to remove hooks.

Each <tt>SH_ADD</tt> macro returns a non-zero <tt>int</tt> on success. The same integer can be passed to the <tt>SH_REMOVE_HOOK_ID</tt> macro, and the hook will be removed. This alternate removal syntax can simplify code that uses multiple successive or dynamic hooks.

Global hooks, described in a later section, require usage of <tt>SH_REMOVE_HOOK_ID</tt> - that is, there is no helper macro to simplify removing a global hook.

=Old Macros=
SourceHook v5.0 deprecates older macros that were used in earlier versions. The macros are:
*<tt>SH_ADD_HOOK_STATICFUNC</tt> - Wrapper for <tt>SH_ADD_HOOK</tt> and <tt>SH_STATIC</tt>.
*<tt>SH_REMOVE_HOOK_STATICFUNC</tt> - Wrapper for <tt>SH_REMOVE_HOOK</tt> and <tt>SH_STATIC</tt>.
*<tt>SH_ADD_HOOK_MEMFUNC</tt> - Wrapper for <tt>SH_ADD_HOOK</tt> and <tt>SH_MEMBER</tt>.
*<tt>SH_REMOVE_HOOK_MEMFUNC</tt> - Wrapper for <tt>SH_REMOVE_HOOK</tt> and <tt>SH_MEMBER</tt>.
*<tt>SH_ADD_MANUALHOOK_STATICFUNC</tt> - Wrapper for <tt>SH_ADD_MANUALHOOK</tt> and <tt>SH_STATIC</tt>.
*<tt>SH_REMOVE_MANUALHOOK_STATICFUNC</tt> - Wrapper for <tt>SH_REMOVE_MANUALHOOK</tt> and <tt>SH_STATIC</tt>.
*<tt>SH_ADD_MANUALHOOK_MEMFUNC</tt> - Wrapper for <tt>SH_ADD_MANUALHOOK</tt> and <tt>SH_MEMBER</tt>.
*<tt>SH_REMOVE_MANUALHOOK_MEMFUNC</tt> - Wrapper for <tt>SH_REMOVE_MANUALHOOK</tt> and <tt>SH_MEMBER</tt>.

These macros are fairly self explanatory. The parameter where the <tt>SH_STATIC</tt> or <tt>SH_MEMBER</tt> macro would normally go is instead filled with the parameters to that macro.

This syntax is considered deprecated, but it is still supported. Code written with these macros will continue to compile against older SourceHook versions. If you are writing a plugin which must work against Metamod:Source 1.4 and 1.6, you will want to use the older macros for simplicity.

=Global Hooks=
Note: Global Hooks are only available in SourceHook v4.5 or later.

Global hooks are unlike normal hooks in that the hook is invoked for ALL instances, rather than solely the given the instance the hook was bound to. It is important to realize that this feature can be deceiving. Consider the following example:

<cpp>
class CBaseEntity
{
public:
virtual void SetHealth(int health) =0;
};

class CBaseCat : public CBaseEntity
{
public:
virtual void SetHealth();
};

class CBaseKitten : public CBaseCat
{
public:
virtual void SetHealth();
};</cpp>

In this example, <tt>CBaseCat</tt> and <tt>CBaseKitten</tt> instances have ''separate virtual tables''. Although they both derive from <tt>CBaseEntity</tt>, they are separate virtual objects. Therefore, a global hook on <tt>CBaseEntity</tt> will receive no invocations, and a hook on <tt>CBaseCat</tt> will receive only <tt>CBaseCat</tt> instances, as long as the instance is not a class derived from <tt>CBaseCat</tt>.

With this understanding in place, there are two separate syntaxes - one for simple hooks and one for manual hooks. Additionally, there are two ways of declaring the virtual interface to use:
*An instance of the class can be passed.
*The direct address to the virtual table can be passed.

They are essentially equivalent, although one may be more advantageous than the other (for example, if no instances are known, but the vtable address can be extracted via pattern searching).

It is also important to note that global hooks are just a different method of "filtering." They fall into either the "simple" or "manual" category, and are otherwise exactly the same to those hooks. Thus there are no separate return/declaration macros for global hooks.

The macro <tt>META_IFACEPTR</tt> is especially useful for global hooks. See [[SourceHook_Development#Interface_Pointers_from_Hooks|Interface Pointers from Hooks]] near the end.

Lastly, global hooks exclusively use the extended hooking syntax. That means there exists only <tt>SH_ADD</tt> macros. <tt>SH_HOOK_REMOVE_ID</tt> must be used and the hook ID generated via <tt>SH_ADD</tt> must be cached.

All examples will use the following code as a basis:
<cpp>
class Player
{
public:
virtual void TakeDamage(int damage) =0;
};

void Hook_TakeDamage(int damage);
</cpp>

==Simple Hooks==
Two extra macros exist for adding a global hook:

<cpp>
SH_ADD_VPHOOK(Interface, Function, Instance, Handler, Post)
SH_ADD_DVPHOOK(Interface, Function, VirtualTable, Handler, Post)
</cpp>

An example:
<cpp>
extern void *player_vtable;
HookId takedamage_hook = 0;

void StartHooks()
{
takedamage_hook = SH_ADD_DVPHOOK(Player, TakeDamage, playervtable, SH_STATIC(Hook_TakeDamage), false);
}

void StopHooks()
{
if (takedamage_hook)
{
SH_REMOVE_HOOK_ID(takedamage_hook);
}
}</cpp>

==Manual Hooks==
Similarly, manual hooks are straightforward:
<cpp>
SH_DECL_MANUALHOOK1_void(MHook_TakeDamage, 0, 0, 0, int);

extern void *player_vtable;
int takedamage_hook = 0;

void StartHooks()
{
takedamage_hook = SH_ADD_MANUALDVPHOOK(MHook_TakeDamage, playervtable, SH_STATIC(Hook_TakeDamage), false);
}

void StopHooks()
{
if (takedamage_hook)
{
SH_REMOVE_HOOK_ID(takedamage_hook);
}
}</cpp>

=Modifying Parameters=
Consider another variation of the hooking process. There is a hook on function X, which has one parameter. The hook wants to change the value of this parameter transparently. For example:
*Caller passes 5 into X.
*Hook changes the 5 to a 6.
*Hooked function receives a 6 and continues normally.

SourceHook has a method for achieving this. As an added bonus, the new parameters are passed to subsequent hooks. That means the replacement process is as transparent as possible. For this example, we'll use the following code, with an assumed hook on <tt>Player::TakeDamage</tt> to the <tt>Hook_TakeDamage</tt> function.

<cpp>
class Player
{
public:
virtual void TakeDamage(int damage);
};

void Hook_TakeDamage(int damage);</cpp>

Our objective is to multiply the damage by 2.

==Simple Hooks==
For simple hooks, changing parameters looks similar to an <tt>SH_CALL</tt>. The macros are:

<cpp>RETURN_META_NEWPARAMS(Action, HookFunction, ([params]))
RETURN_META_VALUE_NEWPARAMS(Action, Value, HookFunction, ([params]))
</cpp>

Example:
<cpp>
void Hook_TakeDamage(int damage)
{
RETURN_META_NEWPARAMS(MRES_IGNORED, &Player::TakeDamage, (damage * 2));
}</cpp>

Note that the parenthesis enclosing the parameters are required.

==Manual Hooks==
Manual hooks require slightly different macros. They are:

<cpp>RETURN_META_MNEWPARAMS(Action, UniqueName, ([params]));
RETURN_META_VALUE_MNEWPARAMS(Action, Value, UniqueName, ([params]));</cpp>

Example:
<cpp>
SH_DECL_MANUALHOOK1_void(MHook_Player_TakeDamage, 0, 0, 0, int);

void Hook_TakeDamage(int damage)
{
RETURN_META_MNEWPARAMS(MRES_IGNORED, MHook_Player_TakeDamage, (damage *2));
}</cpp>

Note that the parenthesis enclosing the parameters are required.

=Bypassing Hooks=
Often, either to avoid certain functionality or to avoid infinite recursion, it is necessary to bypass all hooks on a hooked function, such that only the original function is called. For instance, a previous blocked certain messages sent through <tt>LogPrint</tt>. In order to send that message, the hook needs to be bypassed.

To way to do this is to use the <tt>SH_CALL</tt> macro:
<cpp>SH_CALL(Instance, HookFunction)(params)</cpp>

Example:
<cpp>SH_CALL(engine, &IVEngineServer::LogPrint)("Secret Message");</cpp>

Similarly, manual hooks have <tt>SH_MCALL</tt>:

<cpp>SH_DECL_MANUALHOOK1(MHook_Function2, 1, 0, 0, bool, int);

bool Function2_Bypass(int clam)
{
return SH_MCALL(iface, MHook_Function2)(clam);
}</cpp>

==Deprecated Syntax==
The syntax described above is used in SourceHook v5.0 and v4.5. An older syntax, using a "CallClass" data type, was used in SourceHook v4.4 and lower. This syntax was deprecated in v4.5 and completely removed in v5.0. Upgrading from SourceHook v4.4 means that code referencing <tt>SH_GET_CALLCLASS</tt> or <tt>SH_REMOVE_CALLCLASS</tt> must be removed, and <tt>SH_CALL</tt> simply needs an instance pointer instead.

=Other Macros=
SourceHook contains a large variety of extra macros. This section is a grab bag of the more commonly used ones.

==Interface Pointers from Hooks==
Let's say you have the following hook:

<cpp>class Player
{
public:
virtual void TakeDamage(int damage);
float GetDamageModifier();
};

void Hook_TakeDamage(int damage);
</cpp>

How can you get the <tt>Player</tt> instance while in the hook? This can be achieved via the <tt>META_IFACEPTR</tt> macro. Example:

<cpp>void Hook_TakeDamage(int damage)
{
Player *pPlayer = META_IFACEPTR(Player);

int new_damage = (int)((pPlayer->GetDamageModifier() + 0.3) * (float)damage);

RETURN_META_NEWPARAMS(MRES_IGNORED, &Player::TakeDamage, (new_damage));
}</cpp>

Note that the class name should be passed to <tt>META_IFACEPTR</tt>, not the pointer type.

==Ignoring Reference Returns==
There is a special macro, <tt>RETURN_META_NOREF</tt>, for ignoring a return value for reference-returning functions. Example:

<cpp>
class ISomething
{
public:
virtual int & GetSomething() =0;
};

int & Hook_GetSomething()
{
RETURN_META_NOREF(MRES_IGNORED, int &);
}</cpp>

=Automatic hookmanager generation=
Normally, the SH_DECL_ macros generate a so-called "hook manager", a function which is invoked instead of the original function and then calls the hooks and processes their return and <tt>META_RES</tt> values.

It is also possible to let SourceHook auto-generate the hook manager. This is neccessary if the function prototype is unknown at compile time (for example if hooks can be defined from third-party plugins of your plugin).

Example Usage from a Metamod:Source plugin:
<cpp>
#include "sourcehook_pibuilder.h"

// We want to hook a void (int, float) function

// Request IHookManagerAutoGen interface
SourceHook::IHookManagerAutoGen *hmag =
static_cast<SourceHook::IHookManagerAutoGen *>(ismm->MetaFactory(MMIFACE_SH_HOOKMANAUTOGEN, NULL, NULL));

// (check for hmag == NULL)

// Build prototype information (using CProtoInfoBuilder helper class).
SourceHook::CProtoInfoBuilder protoInfo(SourceHook::ProtoInfo::CallConv_ThisCall);
protoInfo.AddParam(sizeof(int), SourceHook::PassInfo::PassType_Basic, SourceHook::PassInfo::PassFlag_ByVal,
NULL, NULL, NULL, NULL);
protoInfo.AddParam(sizeof(float), SourceHook::PassInfo::PassType_Float, SourceHook::PassInfo::PassFlag_ByVal,
NULL, NULL, NULL, NULL);

// Generate the hook manager
HookManagerPubFunc generatedHookMan = hmag->MakeHookMan(protoInfo, 0 /* vtable offset */, 0 /* vtable index */);

// Add the hook
int hookid = g_SHPtr->AddHook(g_PLID, SourceHook::ISourceHook::Hook_Normal/Hook_VP/Hook_DVP, iface_ptr, thisptr_offs,
generatedHookMan, handler, post);

// ... (use the hook)

// After you're done using the hook (cleanup)
// Remove the hook
g_SHPtr->RemoveHookByID(hookid);

// Release hook manager
hmag->ReleaseHookMan(generatedHookMan);
</cpp>
<tt>CProtoInfoBuilder::AddParam</tt> has 7 parameters:
* size: size of the type. This is sizeof(type) even if it is passed by reference!
* passtype: this can be PassType_Basic for integer types (char/short/int/...), PassType_Float for floating-point types (float/double) and PassType_Object for unions, structs and classes.
* passflags: flags. Has to contain either PassFlag_ByVal or PassFlag_ByRef.
* pNormalCtor: for PassType_Object, set this to the pointer to the user-defined default constructor of the object, if it has one.
* pCCtor: for PassType_Object, set this to the pointer to the user-defined copy constructor of the object, if it has one.
* pODtor: for PassType_Object, set this to the pointer to the user-defined destructor of the object, if it has one.
* pAssignOperator: for PassType_Object, set this to the pointer to the user-defined assignment operator of the object, if it has one.

If you are hooking a non-void function, also call <tt>CProtoInfoBuilder::SetReturnType</tt>. It has the same arguments as <tt>AddParam</tt>.

The <tt>handler</tt> parameter of <tt>ISourceHook::AddHook</tt> is a pointer to the ISHDelegate interface.
In C++, you construct ISHDelegates like this:
<cpp>
class MyDelegate : public SourceHook::ISHDelegate
{
public:
// vtable index 0
virtual bool IsEqual(ISHDelegate *pOtherDeleg)
{
// pOtherDeleg is guaranteed to be from the same plugin.
// This function is only used for compat with the old SH_REMOVE_HOOK method.
// if you don't want to use that with your hooks, you can simply return false here.
// if for some reason you need it, a good idea could be comparing the vtable pointer:
return *reinterpret_cast<void**>(this) == *reinterpret_cast<void**>(pOtherDeleg);

// But in general I'd just return false!
}

// vtable index 1
virtual void DeleteThis()
{
delete this; // Called from SourceHook when this instance is not needed
// and should be deleted.
}

// vtable index 2
virtual ret_type Call(params)
{
// your code.
// SH_DECL_ macros pass execution to the actual user's handler through a FastDelegate
// which is stored as a member variable of the delegate class.
}
};
</cpp>

The first parameter of the CProtoInfoBuilder constructor (see example code above) is the calling convention in an extended sense. At the moment it can be either CallConv_ThisCall or (CallConv_ThisCall | CallConv_HasVafmt). The second value means that the function has printf-like string formatting. Then, the finaly ''const char *, ...'' arguments will be added automatically, and the Deleagte::Call method should have one more parameter: ''const char *formattedString''.

pNormalCtor/pCCtor/pODtor/pAssignOperator should be found using offsets / sigscanning. If you are a C++ plugin and know the type at compile time, you can also use the following class:
<cpp>
// Address of constructor/destructor
// (using wrappers)
template <class T>
class Ctor_Thunk
{
public:
void NormalConstructor()
{
new(this) T;
}

void CopyConstructor(const T &other)
{
new(this) T(other);
}

void Destructor()
{
reinterpret_cast<T*>(this)->~T();
}

const T& AssignOp(const T &other)
{
return (*reinterpret_cast<T*>(this) = other);
}
};

template <class T>
void *FindFuncAddr(T mfp)
{
union
{
T a;
void *b;
} u;
u.a = mfp;
return u.b;
}

// Usage:
FindFuncAddr(&Ctor_Thunk<type>::NormalConstructor)
// (if the type is a reference type, use it without & here)
</cpp>

=Embedding=
Embedding SourceHook in your own application or library is very easy. The <tt>sourcehook.cpp</tt> file must be compiled or linked into your project. To instantiate the SourceHook engine, you must create a <tt>CSourceHookImpl</tt> instance. Example:

<cpp>
/* Normally, just <sourcehook.h> is included, but this is needed to instantiate the engine. */
#include <sourcehook/sourcehook_impl.h>

SourceHook::Impl::CSourceHookImpl g_SourceHook;
</cpp>

To actually use SourceHook, it is necessary to have two global variables:
*<tt>g_PLID</tt> - A unique integer that identifies the library using SourceHook. This is used for removing all hooks a library is using.
*<tt>g_SHPtr</tt> - A pointer to the <tt>SourceHook::ISourceHook</tt> interface.

Example header file:
<cpp>
#include <sourcehook/sourcehook.h>

extern SourceHook::ISourceHook *g_SHPtr;
extern int g_PLID;</cpp>

Example addition to the global code:
<cpp>
SourceHook::ISourceHook *g_SHPtr = &g_SourceHook;
int g_PLID = 0;</cpp>

==Multiple Libraries/Shared Hooks==
If SourceHook is going to be used across multiple libraries in the same process, it is essential that only one instance of SourceHook be present. Of course, that is only logical, since otherwise the instances would be replacing each other's virtual patches.

In order to support this, each separate library must be given the <tt>ISourceHook</tt> pointer and a unique <tt>g_PLID</tt> value. <tt>CSourceHookImpl</tt> provides a few useful functions for managing hooks on "child" libraries or otherwise linked code.

*<tt>PausePlugin()</tt> - Silences any hooks from an ID, such that those hooks will not be called.
*<tt>UnpausePlugin()</tt> - Un-silences any silenced hooks from an ID.
*<tt>UnloadPlugin()</tt> - Clean-up any left-over hooks from an ID.

CDODPlayer Offset List (Day of Defeat: Source)

2009-08-14T14:53:47Z

DJ Tsunami:

Also for use when using [[Virtual Offsets (Source Mods)|virtual offsets]].

These are the Windows offsets. Linux offsets are 1 greater.

== The List ==
This comes from the symbol tables, so you'll have to look in the SDK for return types.

Last Updated 14 August 2009

<pre>
// Auto reconstructed from vtable block @ 0x00C3CE40
// from "server_i486.so", by ida_vtables.idc
0 CDODPlayer::~CDODPlayer()
1 CBaseEntity::SetRefEHandle(CBaseHandle const&)
2 CBaseEntity::GetRefEHandle(void)const
3 CBaseEntity::GetCollideable(void)
4 CBaseEntity::GetNetworkable(void)
5 CBaseEntity::GetBaseEntity(void)
6 CBaseEntity::GetModelIndex(void)const
7 CBaseEntity::GetModelName(void)const
8 CBaseEntity::SetModelIndex(int)
9 CDODPlayer::GetServerClass(void)
10 CDODPlayer::YouForgotToImplementOrDeclareServerClass(void)
11 CDODPlayer::GetDataDescMap(void)
12 CBaseAnimating::TestCollision(Ray_t const&,unsigned int,CGameTrace &)
13 CBaseAnimating::TestHitboxes(Ray_t const&,unsigned int,CGameTrace &)
14 CDODPlayer::ComputeWorldSpaceSurroundingBox(Vector *,Vector *)
15 CDODPlayer::ShouldCollide(int,int)const
16 CBaseEntity::SetOwnerEntity(CBaseEntity*)
17 CBasePlayer::ShouldTransmit(CCheckTransmitInfo const*)
18 CBasePlayer::UpdateTransmitState(void)
19 CBaseCombatCharacter::SetTransmit(CCheckTransmitInfo *,bool)
20 CBasePlayer::GetTracerType(void)
21 CDODPlayer::Spawn(void)
22 CDODPlayer::Precache(void)
23 CBasePlayer::SetModel(char const*)
24 CBaseMultiplayerPlayer::PostConstructor(char const*)
25 CBaseEntity::PostClientActive(void)
26 CBaseEntity::ParseMapData(CEntityMapData *)
27 CBaseEntity::KeyValue(char const*,char const*)
28 CBaseEntity::KeyValue(char const*,float)
29 CBaseEntity::KeyValue(char const*,Vector const&)
30 CBaseEntity::GetKeyValue(char const*,char *,int)
31 CBasePlayer::Activate(void)
32 CBaseEntity::SetParent(CBaseEntity*,int)
33 CBasePlayer::ObjectCaps(void)
34 CBaseEntity::AcceptInput(char const*,CBaseEntity*,CBaseEntity*,variant_t,int)
35 CBaseAnimating::GetInputDispatchEffectPosition(char const*,Vector &,QAngle &)
36 CBasePlayer::DrawDebugGeometryOverlays(void)
37 CBaseAnimating::DrawDebugTextOverlays(void)
38 CBasePlayer::Save(ISave &)
39 CBasePlayer::Restore(IRestore &)
40 CBasePlayer::ShouldSavePhysics(void)
41 CBaseEntity::OnSave(IEntitySaveUtils *)
42 CBasePlayer::OnRestore(void)
43 CBasePlayer::RequiredEdictIndex(void)
44 CBaseEntity::MoveDone(void)
45 CBaseEntity::Think(void)
46 CBasePlayer::NetworkStateChanged_m_nNextThinkTick(void)
47 CBasePlayer::NetworkStateChanged_m_nNextThinkTick(void *)
48 CBaseAnimating::GetBaseAnimating(void)
49 CBaseMultiplayerPlayer::GetResponseSystem(void)
50 CAI_ExpresserHost<CBasePlayer>::DispatchResponse(char const*)
51 CBasePlayer::Classify(void)
52 CBaseEntity::DeathNotice(CBaseEntity*)
53 CBaseEntity::ShouldAttractAutoAim(CBaseEntity*)
54 CBaseEntity::GetAutoAimRadius(void)
55 CBaseEntity::GetAutoAimCenter(void)
56 CBaseEntity::GetBeamTraceFilter(void)
57 CBaseEntity::PassesDamageFilter(CTakeDamageInfo const&)
58 CDODPlayer::TraceAttack(CTakeDamageInfo const&,Vector const&,CGameTrace *)
59 CBaseEntity::CanBeHitByMeleeAttack(CBaseEntity*)
60 CDODPlayer::OnTakeDamage(CTakeDamageInfo const&)
61 CBaseEntity::AdjustDamageDirection(CTakeDamageInfo const&,Vector &,CBaseEntity*)
62 CBasePlayer::TakeHealth(float,int)
63 CBaseEntity::IsAlive(void)
64 CDODPlayer::Event_Killed(CTakeDamageInfo const&)
65 CBasePlayer::Event_KilledOther(CBaseEntity *,CTakeDamageInfo const&)
66 CBaseCombatCharacter::BloodColor(void)
67 CBaseEntity::IsTriggered(CBaseEntity*)
68 CBaseEntity::IsNPC(void)const
69 CBaseCombatCharacter::MyCombatCharacterPointer(void)
70 CBaseEntity::MyNextBotPointer(void)
71 CBaseEntity::GetDelay(void)
72 CBaseEntity::IsMoving(void)
73 CBaseEntity::DamageDecal(int,int)
74 CBaseEntity::DecalTrace(CGameTrace *,char const*)
75 CBaseEntity::ImpactTrace(CGameTrace *,int,char *)
76 CBaseEntity::OnControls(CBaseEntity*)
77 CBaseEntity::HasTarget(string_t)
78 CBasePlayer::IsPlayer(void)const
79 CBasePlayer::IsNetClient(void)const
80 CBaseEntity::IsTemplate(void)
81 CBaseEntity::IsBaseObject(void)const
82 CBaseEntity::IsBaseTrain(void)const
83 CBaseEntity::IsBaseCombatWeapon(void)const
84 CBaseEntity::IsWearable(void)const
85 CBaseEntity::MyCombatWeaponPointer(void)
86 CBaseEntity::GetServerVehicle(void)
87 CBaseEntity::IsViewable(void)
88 CDODPlayer::ChangeTeam(int)
89 CBaseEntity::OnEntityEvent(EntityEvent_t,void *)
90 CBaseEntity::CanStandOn(CBaseEntity*)const
91 CBaseEntity::CanStandOn(edict_t *)const
92 CBaseEntity::GetEnemy(void)
93 CBaseEntity::GetEnemy(void)const
94 CBaseEntity::Use(CBaseEntity*,CBaseEntity*,USE_TYPE,float)
95 CBaseEntity::StartTouch(CBaseEntity*)
96 CBasePlayer::Touch(CBaseEntity *)
97 CBaseEntity::EndTouch(CBaseEntity*)
98 CBaseEntity::StartBlocked(CBaseEntity*)
99 CBaseEntity::Blocked(CBaseEntity*)
100 CBaseEntity::EndBlocked(void)
101 CBasePlayer::PhysicsSimulate(void)
102 CBasePlayer::UpdateOnRemove(void)
103 CBaseEntity::StopLoopingSounds(void)
104 CBaseEntity::SUB_AllowedToFade(void)
105 CBaseFlex::Teleport(Vector const*,QAngle const*,Vector const*)
106 CBaseEntity::NotifySystemEvent(CBaseEntity*,notify_system_event_t,notify_system_event_params_t const&)
107 CBasePlayer::MakeTracer(Vector const&,CGameTrace const&,int)
108 CBaseEntity::GetTracerAttachment(void)
109 CDODPlayer::FireBullets(FireBulletsInfo_t const&)
110 CBasePlayer::DoImpactEffect(CGameTrace &,int)
111 CBaseEntity::Respawn(void)
112 CBaseEntity::IsLockedByMaster(void)
113 CBaseEntity::GetMaxHealth(void)const
114 CBaseMultiplayerPlayer::ModifyOrAppendCriteria(AI_CriteriaSet &)
115 CBaseEntity::NetworkStateChanged_m_iMaxHealth(void)
116 CBaseEntity::NetworkStateChanged_m_iMaxHealth(void *)
117 CBasePlayer::NetworkStateChanged_m_iHealth(void)
118 CBasePlayer::NetworkStateChanged_m_iHealth(void *)
119 CBasePlayer::NetworkStateChanged_m_lifeState(void)
120 CBasePlayer::NetworkStateChanged_m_lifeState(void *)
121 CBaseEntity::NetworkStateChanged_m_takedamage(void)
122 CBaseEntity::NetworkStateChanged_m_takedamage(void *)
123 CBaseEntity::GetDamageType(void)const
124 CBaseEntity::GetDamage(void)
125 CBaseEntity::SetDamage(float)
126 CBasePlayer::EyePosition(void)
127 CBasePlayer::EyeAngles(void)
128 CBasePlayer::LocalEyeAngles(void)
129 CBaseEntity::EarPosition(void)
130 CBasePlayer::BodyTarget(Vector const&,bool)
131 CBaseEntity::HeadTarget(Vector const&)
132 CBaseEntity::GetVectors(Vector *,Vector *,Vector *)const
133 CBaseEntity::GetViewOffset(void)const
134 CBaseEntity::SetViewOffset(Vector const&)
135 CBasePlayer::GetSmoothedVelocity(void)
136 CBaseAnimating::GetVelocity(Vector *,Vector *)
137 CBaseCombatCharacter::FVisible(CBaseEntity *,int,CBaseEntity **)
138 CBaseCombatCharacter::FVisible(Vector const&,int,CBaseEntity **)
139 CBaseEntity::CanBeSeenBy(CAI_BaseNPC *)
140 CBaseEntity::GetAttackDamageScale(CBaseEntity*)
141 CBaseEntity::GetReceivedDamageScale(CBaseEntity*)
142 CBaseEntity::GetGroundVelocityToApply(Vector &)
143 CBaseEntity::PhysicsSplash(Vector const&,Vector const&,float,float)
144 CBaseEntity::Splash(void)
145 CBaseEntity::WorldSpaceCenter(void)const
146 CBaseEntity::GetSoundEmissionOrigin(void)const
147 CBaseEntity::CreateVPhysics(void)
148 CBaseEntity::ForceVPhysicsCollide(CBaseEntity*)
149 CBasePlayer::VPhysicsDestroyObject(void)
150 CBasePlayer::VPhysicsUpdate(IPhysicsObject *)
151 CBaseEntity::VPhysicsTakeDamage(CTakeDamageInfo const&)
152 CBaseCombatCharacter::VPhysicsShadowCollision(int,gamevcollisionevent_t *)
153 CDODPlayer::VPhysicsShadowUpdate(IPhysicsObject *)
154 CBasePlayer::VPhysicsCollision(int,gamevcollisionevent_t *)
155 CBaseEntity::VPhysicsFriction(IPhysicsObject *,float,int,int)
156 CBaseEntity::UpdatePhysicsShadowToCurrentPosition(float)
157 CBaseEntity::VPhysicsGetObjectList(IPhysicsObject **,int)
158 CBaseEntity::VPhysicsIsFlesh(void)
159 CBaseEntity::HasPhysicsAttacker(float)
160 CBasePlayer::PhysicsSolidMaskForEntity(void)const
161 CBaseEntity::ResolveFlyCollisionCustom(CGameTrace &,Vector &)
162 CBaseEntity::PerformCustomPhysics(Vector *,Vector *,QAngle *,QAngle *)
163 CBaseAnimating::GetStepOrigin(void)const
164 CBaseAnimating::GetStepAngles(void)const
165 CBaseEntity::ShouldDrawWaterImpacts(void)
166 CBasePlayer::NetworkStateChanged_m_fFlags(void)
167 CBasePlayer::NetworkStateChanged_m_fFlags(void *)
168 CBasePlayer::NetworkStateChanged_m_nWaterLevel(void)
169 CBasePlayer::NetworkStateChanged_m_nWaterLevel(void *)
170 CBasePlayer::NetworkStateChanged_m_hGroundEntity(void)
171 CBasePlayer::NetworkStateChanged_m_hGroundEntity(void *)
172 CBasePlayer::NetworkStateChanged_m_vecBaseVelocity(void)
173 CBasePlayer::NetworkStateChanged_m_vecBaseVelocity(void *)
174 CBasePlayer::NetworkStateChanged_m_flFriction(void)
175 CBasePlayer::NetworkStateChanged_m_flFriction(void *)
176 CBasePlayer::NetworkStateChanged_m_vecVelocity(void)
177 CBasePlayer::NetworkStateChanged_m_vecVelocity(void *)
178 CBasePlayer::NetworkStateChanged_m_vecViewOffset(void)
179 CBasePlayer::NetworkStateChanged_m_vecViewOffset(void *)
180 CBaseAnimating::GetIdealSpeed(void)const
181 CBaseAnimating::GetIdealAccel(void)const
182 CBaseAnimatingOverlay::StudioFrameAdvance(void)
183 CBaseAnimating::IsActivityFinished(void)
184 CBaseAnimating::GetSequenceGroundSpeed(CStudioHdr *,int)
185 CBaseAnimating::ClampRagdollForce(Vector const&,Vector*)
186 CBaseAnimating::BecomeRagdollOnClient(Vector const&)
187 CBaseAnimating::IsRagdoll(void)
188 CBaseAnimating::CanBecomeRagdoll(void)
189 CBaseAnimatingOverlay::GetSkeleton(CStudioHdr *,Vector *,Quaternion *,int)
190 CBaseAnimating::GetBoneTransform(int,matrix3x4_t &)
191 CDODPlayer::SetupBones(matrix3x4_t *,int)
192 CBaseAnimating::CalculateIKLocks(float)
193 CBaseAnimatingOverlay::DispatchAnimEvents(CBaseAnimating *)
194 CBasePlayer::HandleAnimEvent(animevent_t *)
195 CBaseAnimating::PopulatePoseParameters(void)
196 CBaseAnimating::GetAttachment(int,matrix3x4_t &)
197 CBaseAnimating::InitBoneControllers(void)
198 CBaseAnimating::GetGroundSpeedVelocity(void)
199 CBaseAnimating::Ignite(float,bool,float,bool)
200 CBaseAnimating::IgniteLifetime(float)
201 CBaseAnimating::IgniteNumHitboxFires(int)
202 CBaseAnimating::IgniteHitboxFireScale(float)
203 CBaseAnimating::Extinguish(void)
204 CBaseCombatCharacter::SetLightingOriginRelative(CBaseEntity *)
205 CBaseAnimating::SetLightingOrigin(CBaseEntity *)
206 CBaseFlex::SetViewtarget(Vector const&)
207 CBaseFlex::StartSceneEvent(CSceneEventInfo *,CChoreoScene *,CChoreoEvent *,CChoreoActor *,CBaseEntity *)
208 CBaseFlex::ProcessSceneEvents(void)
209 CBaseFlex::ProcessSceneEvent(CSceneEventInfo *,CChoreoScene *,CChoreoEvent *)
210 CBaseFlex::ClearSceneEvent(CSceneEventInfo *,bool,bool)
211 CBaseFlex::CheckSceneEventCompletion(CSceneEventInfo *,float,CChoreoScene *,CChoreoEvent *)
212 CBaseFlex::PlayScene(char const*,float,AI_Response *,IRecipientFilter *)
213 CBaseFlex::PlayAutoGeneratedSoundScene(char const*)
214 CBasePlayer::GetPhysicsImpactDamageTable(void)
215 CBaseCombatCharacter::FInViewCone(CBaseEntity *)
216 CBaseCombatCharacter::FInViewCone(Vector const&)
217 CBaseCombatCharacter::FInAimCone(CBaseEntity *)
218 CBaseCombatCharacter::FInAimCone(Vector const&)
219 CBaseCombatCharacter::ShouldShootMissTarget(CBaseCombatCharacter*)
220 CBaseCombatCharacter::FindMissTarget(void)
221 CBaseCombatCharacter::HandleInteraction(int,void *,CBaseCombatCharacter*)
222 CBasePlayer::BodyAngles(void)
223 CBaseCombatCharacter::BodyDirection2D(void)
224 CBaseCombatCharacter::BodyDirection3D(void)
225 CBaseCombatCharacter::HeadDirection2D(void)
226 CBaseCombatCharacter::HeadDirection3D(void)
227 CBaseCombatCharacter::EyeDirection2D(void)
228 CBaseCombatCharacter::EyeDirection3D(void)
229 CBaseCombatCharacter::GiveAmmo(int,int,bool)
230 CBaseCombatCharacter::NPC_TranslateActivity(Activity)
231 CBaseCombatCharacter::Weapon_TranslateActivity(Activity,bool *)
232 CBaseCombatCharacter::Weapon_FrameUpdate(void)
233 CBaseCombatCharacter::Weapon_HandleAnimEvent(animevent_t *)
234 CBasePlayer::Weapon_CanUse(CBaseCombatWeapon *)
235 CBasePlayer::Weapon_Equip(CBaseCombatWeapon *)
236 CBaseCombatCharacter::Weapon_EquipAmmoOnly(CBaseCombatWeapon *)
237 CBasePlayer::Weapon_Drop(CBaseCombatWeapon *,Vector const*,Vector const*)
238 CBasePlayer::Weapon_Switch(CBaseCombatWeapon *,int)
239 CBasePlayer::Weapon_ShootPosition(void)
240 CDODPlayer::Weapon_CanSwitchTo(CBaseCombatWeapon *)
241 CBaseCombatCharacter::Weapon_SlotOccupied(CBaseCombatWeapon *)
242 CBaseCombatCharacter::Weapon_GetSlot(int)const
243 CBaseCombatCharacter::AddPlayerItem(CBaseCombatWeapon *)
244 CBasePlayer::RemovePlayerItem(CBaseCombatWeapon *)
245 CBaseCombatCharacter::CanBecomeServerRagdoll(void)
246 CDODPlayer::OnTakeDamage_Alive(CTakeDamageInfo const&)
247 CBaseCombatCharacter::OnTakeDamage_Dying(CTakeDamageInfo const&)
248 CBaseCombatCharacter::OnTakeDamage_Dead(CTakeDamageInfo const&)
249 CBaseCombatCharacter::OnFriendDamaged(CBaseCombatCharacter*,CBaseEntity *)
250 CBaseCombatCharacter::NotifyFriendsOfDamage(CBaseEntity *)
251 CBaseCombatCharacter::OnPlayerKilledOther(CBaseEntity *,CTakeDamageInfo const&)
252 CBaseCombatCharacter::GetDeathActivity(void)
253 CBaseCombatCharacter::CorpseGib(CTakeDamageInfo const&)
254 CBaseCombatCharacter::CorpseFade(void)
255 CBaseCombatCharacter::HasHumanGibs(void)
256 CBaseCombatCharacter::HasAlienGibs(void)
257 CBaseCombatCharacter::ShouldGib(CTakeDamageInfo const&)
258 CBaseCombatCharacter::OnKilledNPC(CBaseCombatCharacter*)
259 CBaseCombatCharacter::Event_Gibbed(CTakeDamageInfo const&)
260 CBasePlayer::Event_Dying(void)
261 CBaseCombatCharacter::BecomeRagdoll(CTakeDamageInfo const&,Vector const&)
262 CBaseCombatCharacter::FixupBurningServerRagdoll(CBaseEntity *)
263 CBaseCombatCharacter::BecomeRagdollBoogie(CBaseEntity *,Vector const&,float,int)
264 CBaseCombatCharacter::CheckTraceHullAttack(float,Vector const&,Vector const&,int,int,float,bool)
265 CBaseCombatCharacter::CheckTraceHullAttack(Vector const&,Vector const&,Vector const&,Vector const&,int,int,float,bool)
266 CBaseCombatCharacter::PushawayTouch(CBaseEntity *)
267 CBaseCombatCharacter::IRelationType(CBaseEntity *)
268 CBaseCombatCharacter::IRelationPriority(CBaseEntity *)
269 CBasePlayer::IsInAVehicle(void)const
270 CBasePlayer::GetVehicle(void)
271 CBasePlayer::GetVehicleEntity(void)
272 CBaseCombatCharacter::ExitVehicle(void)
273 CBaseCombatCharacter::RemoveAllWeapons(void)
274 CBaseCombatCharacter::CalcWeaponProficiency(CBaseCombatWeapon *)
275 CBaseCombatCharacter::GetAttackSpread(CBaseCombatWeapon *,CBaseEntity *)
276 CBaseCombatCharacter::GetSpreadBias(CBaseCombatWeapon *,CBaseEntity *)
277 CBasePlayer::DoMuzzleFlash(void)
278 CBaseCombatCharacter::AddEntityRelationship(CBaseEntity *,Disposition_t,int)
279 CBaseCombatCharacter::RemoveEntityRelationship(CBaseEntity *)
280 CBaseCombatCharacter::AddClassRelationship(Class_T,Disposition_t,int)
281 CBaseCombatCharacter::OnChangeActiveWeapon(CBaseCombatWeapon *,CBaseCombatWeapon *)
282 CBasePlayer::NetworkStateChanged_m_iAmmo(void)
283 CBasePlayer::NetworkStateChanged_m_iAmmo(void *)
284 CDODPlayer::CreateViewModel(int)
285 CDODPlayer::SetupVisibility(CBaseEntity *,unsigned char *,int)
286 CDODPlayer::WantsLagCompensationOnEntity(CBasePlayer const*,CUserCmd const*,CBitVec<2048> const*)const
287 CDODPlayer::SharedSpawn(void)
288 CBasePlayer::ForceRespawn(void)
289 CDODPlayer::InitialSpawn(void)
290 CBasePlayer::InitHUD(void)
291 CBasePlayer::ShowViewPortPanel(char const*,bool,KeyValues *)
292 CDODPlayer::PlayerDeathThink(void)
293 CBasePlayer::Jump(void)
294 CBasePlayer::Duck(void)
295 CDODPlayer::PreThink(void)
296 CDODPlayer::PostThink(void)
297 CBasePlayer::DamageEffect(float,int)
298 CDODPlayer::OnDamagedByExplosion(CTakeDamageInfo const&)
299 CBasePlayer::ShouldFadeOnDeath(void)
300 CBasePlayer::IsFakeClient(void)const
301 CDODPlayer::GetPlayerMins(void)const
302 CDODPlayer::GetPlayerMaxs(void)const
303 CBasePlayer::CalcRoll(QAngle const&,Vector const&,float,float)
304 CBasePlayer::PackDeadPlayerItems(void)
305 CBasePlayer::RemoveAllItems(bool)
306 CBasePlayer::Weapon_SetLast(CBaseCombatWeapon *)
307 CBasePlayer::Weapon_ShouldSetLast(CBaseCombatWeapon *,CBaseCombatWeapon *)
308 CBasePlayer::Weapon_ShouldSelectItem(CBaseCombatWeapon *)
309 CBasePlayer::UpdateClientData(void)
310 CBasePlayer::ExitLadder(void)
311 CBasePlayer::GetLadderSurface(Vector const&)
312 CBasePlayer::SetFlashlightEnabled(bool)
313 CDODPlayer::FlashlightIsOn(void)
314 CDODPlayer::FlashlightTurnOn(void)
315 CDODPlayer::FlashlightTurnOff(void)
316 CBasePlayer::IsIlluminatedByFlashlight(CBaseEntity *,float *)
317 CDODPlayer::UpdateStepSound(surfacedata_t *,Vector const&,Vector const&)
318 CDODPlayer::PlayStepSound(Vector &,surfacedata_t *,float,bool)
319 CBasePlayer::GetStepSoundVelocities(float *,float *)
320 CBasePlayer::SetStepSoundTime(stepsoundtimes_t,bool)
321 CDODPlayer::DeathSound(CTakeDamageInfo const&)
322 CDODPlayer::SetAnimation(PLAYER_ANIM)
323 CBasePlayer::ImpulseCommands(void)
324 CDODPlayer::CheatImpulseCommands(int)
325 CDODPlayer::ClientCommand(CCommand const&)
326 CBasePlayer::StartObserverMode(int)
327 CBasePlayer::StopObserverMode(void)
328 CDODPlayer::ModeWantsSpectatorGUI(int)
329 CDODPlayer::SetObserverMode(int)
330 CBasePlayer::GetObserverMode(void)
331 CBasePlayer::SetObserverTarget(CBaseEntity *)
332 CBasePlayer::ObserverUse(bool)
333 CBasePlayer::GetObserverTarget(void)
334 CBasePlayer::FindNextObserverTarget(bool)
335 CBasePlayer::GetNextObserverSearchStartPoint(bool)
336 CBasePlayer::IsValidObserverTarget(CBaseEntity *)
337 CBasePlayer::CheckObserverSettings(void)
338 CBasePlayer::JumptoPosition(Vector const&,QAngle const&)
339 CBasePlayer::ForceObserverMode(int)
340 CBasePlayer::ResetObserverMode(void)
341 CBasePlayer::ValidateCurrentObserverTarget(void)
342 CDODPlayer::AttemptToExitFreezeCam(void)
343 CDODPlayer::StartReplayMode(float,float,int)
344 CDODPlayer::StopReplayMode(void)
345 CBasePlayer::GetDelayTicks(void)
346 CBasePlayer::GetReplayEntity(void)
347 CBasePlayer::CreateCorpse(void)
348 CDODPlayer::EntSelectSpawnPoint(void)
349 CBasePlayer::GetInVehicle(IServerVehicle *,int)
350 CBasePlayer::LeaveVehicle(Vector const&,QAngle const&)
351 CBasePlayer::OnVehicleStart(void)
352 CBasePlayer::OnVehicleEnd(Vector &)
353 CDODPlayer::BumpWeapon(CBaseCombatWeapon *)
354 CBasePlayer::SelectLastItem(void)
355 CBasePlayer::SelectItem(char const*,int)
356 CBasePlayer::ItemPostFrame(void)
357 CDODPlayer::GiveNamedItem(char const*,int)
358 CDODPlayer::CheckTrainUpdate(void)
359 CBasePlayer::SetPlayerUnderwater(bool)
360 CBasePlayer::CanBreatheUnderwater(void)const
361 CBasePlayer::PlayerUse(void)
362 CDODPlayer::PlayUseDenySound(void)
363 CDODPlayer::FindUseEntity(void)
364 CBasePlayer::IsUseableEntity(CBaseEntity *,unsigned int)
365 CBasePlayer::PickupObject(CBaseEntity *,bool)
366 CBasePlayer::ForceDropOfCarriedPhysObjects(CBaseEntity *)
367 CBasePlayer::GetHeldObjectMass(IPhysicsObject *)
368 CDODPlayer::UpdateGeigerCounter(void)
369 CBasePlayer::GetAutoaimVector(float)
370 CBasePlayer::GetAutoaimVector(float,float)
371 CBasePlayer::GetAutoaimVector(autoaim_params_t &)
372 CBasePlayer::ShouldAutoaim(void)
373 CBasePlayer::ForceClientDllUpdate(void)
374 CBasePlayer::ProcessUsercmds(CUserCmd *,int,int,int,bool)
375 CDODPlayer::PlayerRunCommand(CUserCmd *,IMoveHelper *)
376 CBasePlayer::ChangeTeam(int,bool,bool)
377 CBaseMultiplayerPlayer::CanHearAndReadChatFrom(CBasePlayer *)
378 CBaseMultiplayerPlayer::CanSpeak(void)
379 CBasePlayer::ModifyOrAppendPlayerCriteria(AI_CriteriaSet &)
380 CDODPlayer::CheckChatText(char *,int)
381 CDODPlayer::CreateRagdollEntity(void)
382 CBasePlayer::ShouldAnnounceAchievement(void)
383 CBasePlayer::EquipWearable(CWearableItem *)
384 CBasePlayer::RemoveWearable(CWearableItem *)
385 CBasePlayer::IsFollowingPhysics(void)
386 CDODPlayer::InitVCollision(Vector const&,Vector const&)
387 CBasePlayer::UpdatePhysicsShadowToCurrentPosition(void)
388 CDODPlayer::Hints(void)
389 CDODPlayer::IsReadyToPlay(void)
390 CBasePlayer::IsReadyToSpawn(void)
391 CBasePlayer::ShouldGainInstantSpawn(void)
392 CDODPlayer::ResetPerRoundStats(void)
393 CDODPlayer::ResetScores(void)
394 CBasePlayer::EquipSuit(bool)
395 CBasePlayer::RemoveSuit(void)
396 CDODPlayer::CommitSuicide(bool,bool)
397 CDODPlayer::CommitSuicide(Vector const&,bool,bool)
398 CBasePlayer::IsBot(void)const
399 CBaseMultiplayerPlayer::GetExpresser(void)
400 CBasePlayer::SpawnArmorValue(void)const
401 CBasePlayer::NetworkStateChanged_m_ArmorValue(void)
402 CBasePlayer::NetworkStateChanged_m_ArmorValue(void *)
403 CBasePlayer::HasHaptics(void)
404 CBasePlayer::SetHaptics(bool)
405 CBasePlayer::PlayerSolidMask(bool)const
406 CAI_ExpresserHost<CBasePlayer>::NoteSpeaking(float,float)
407 CAI_ExpresserHost<CBasePlayer>::Speak(char const*,char const*,char *,unsigned int,IRecipientFilter *)
408 CAI_ExpresserHost<CBasePlayer>::PostSpeakDispatchResponse(char const*,AI_Response *)
409 CBaseMultiplayerPlayer::SpeakIfAllowed(char const*,char const*,char *,unsigned int,IRecipientFilter *)
410 CBaseMultiplayerPlayer::SpeakConceptIfAllowed(int,char const*,char *,unsigned int,IRecipientFilter *)
411 CBaseMultiplayerPlayer::CanSpeakVoiceCommand(void)
412 CBaseMultiplayerPlayer::ShouldShowVoiceSubtitleToEnemy(void)
413 CBaseMultiplayerPlayer::NoteSpokeVoiceCommand(char const*)
414 CDODPlayer::OnAchievementEarned(int)
415 CBaseMultiplayerPlayer::GetMultiplayerExpresser(void)
416 CBaseMultiplayerPlayer::CalculateTeamBalanceScore(void)
417 CBaseMultiplayerPlayer::CreateExpresser(void)
418 CDODPlayer::CanHearChatFrom(CBasePlayer *)
</pre>

CDODPlayer Offset List (Day of Defeat: Source)

2009-08-14T14:53:16Z

DJ Tsunami:

Also for use when using [[Virtual Offsets (Source Mods)|virtual offsets]].

These are the Windows offsets. Linux offsets are 1 greater.

== The List ==
These comes from the symbol tables, so you'll have to look in the SDK for return types.

Last Updated 14 August 2009

<pre>
// Auto reconstructed from vtable block @ 0x00C3CE40
// from "server_i486.so", by ida_vtables.idc
0 CDODPlayer::~CDODPlayer()
1 CBaseEntity::SetRefEHandle(CBaseHandle const&)
2 CBaseEntity::GetRefEHandle(void)const
3 CBaseEntity::GetCollideable(void)
4 CBaseEntity::GetNetworkable(void)
5 CBaseEntity::GetBaseEntity(void)
6 CBaseEntity::GetModelIndex(void)const
7 CBaseEntity::GetModelName(void)const
8 CBaseEntity::SetModelIndex(int)
9 CDODPlayer::GetServerClass(void)
10 CDODPlayer::YouForgotToImplementOrDeclareServerClass(void)
11 CDODPlayer::GetDataDescMap(void)
12 CBaseAnimating::TestCollision(Ray_t const&,unsigned int,CGameTrace &)
13 CBaseAnimating::TestHitboxes(Ray_t const&,unsigned int,CGameTrace &)
14 CDODPlayer::ComputeWorldSpaceSurroundingBox(Vector *,Vector *)
15 CDODPlayer::ShouldCollide(int,int)const
16 CBaseEntity::SetOwnerEntity(CBaseEntity*)
17 CBasePlayer::ShouldTransmit(CCheckTransmitInfo const*)
18 CBasePlayer::UpdateTransmitState(void)
19 CBaseCombatCharacter::SetTransmit(CCheckTransmitInfo *,bool)
20 CBasePlayer::GetTracerType(void)
21 CDODPlayer::Spawn(void)
22 CDODPlayer::Precache(void)
23 CBasePlayer::SetModel(char const*)
24 CBaseMultiplayerPlayer::PostConstructor(char const*)
25 CBaseEntity::PostClientActive(void)
26 CBaseEntity::ParseMapData(CEntityMapData *)
27 CBaseEntity::KeyValue(char const*,char const*)
28 CBaseEntity::KeyValue(char const*,float)
29 CBaseEntity::KeyValue(char const*,Vector const&)
30 CBaseEntity::GetKeyValue(char const*,char *,int)
31 CBasePlayer::Activate(void)
32 CBaseEntity::SetParent(CBaseEntity*,int)
33 CBasePlayer::ObjectCaps(void)
34 CBaseEntity::AcceptInput(char const*,CBaseEntity*,CBaseEntity*,variant_t,int)
35 CBaseAnimating::GetInputDispatchEffectPosition(char const*,Vector &,QAngle &)
36 CBasePlayer::DrawDebugGeometryOverlays(void)
37 CBaseAnimating::DrawDebugTextOverlays(void)
38 CBasePlayer::Save(ISave &)
39 CBasePlayer::Restore(IRestore &)
40 CBasePlayer::ShouldSavePhysics(void)
41 CBaseEntity::OnSave(IEntitySaveUtils *)
42 CBasePlayer::OnRestore(void)
43 CBasePlayer::RequiredEdictIndex(void)
44 CBaseEntity::MoveDone(void)
45 CBaseEntity::Think(void)
46 CBasePlayer::NetworkStateChanged_m_nNextThinkTick(void)
47 CBasePlayer::NetworkStateChanged_m_nNextThinkTick(void *)
48 CBaseAnimating::GetBaseAnimating(void)
49 CBaseMultiplayerPlayer::GetResponseSystem(void)
50 CAI_ExpresserHost<CBasePlayer>::DispatchResponse(char const*)
51 CBasePlayer::Classify(void)
52 CBaseEntity::DeathNotice(CBaseEntity*)
53 CBaseEntity::ShouldAttractAutoAim(CBaseEntity*)
54 CBaseEntity::GetAutoAimRadius(void)
55 CBaseEntity::GetAutoAimCenter(void)
56 CBaseEntity::GetBeamTraceFilter(void)
57 CBaseEntity::PassesDamageFilter(CTakeDamageInfo const&)
58 CDODPlayer::TraceAttack(CTakeDamageInfo const&,Vector const&,CGameTrace *)
59 CBaseEntity::CanBeHitByMeleeAttack(CBaseEntity*)
60 CDODPlayer::OnTakeDamage(CTakeDamageInfo const&)
61 CBaseEntity::AdjustDamageDirection(CTakeDamageInfo const&,Vector &,CBaseEntity*)
62 CBasePlayer::TakeHealth(float,int)
63 CBaseEntity::IsAlive(void)
64 CDODPlayer::Event_Killed(CTakeDamageInfo const&)
65 CBasePlayer::Event_KilledOther(CBaseEntity *,CTakeDamageInfo const&)
66 CBaseCombatCharacter::BloodColor(void)
67 CBaseEntity::IsTriggered(CBaseEntity*)
68 CBaseEntity::IsNPC(void)const
69 CBaseCombatCharacter::MyCombatCharacterPointer(void)
70 CBaseEntity::MyNextBotPointer(void)
71 CBaseEntity::GetDelay(void)
72 CBaseEntity::IsMoving(void)
73 CBaseEntity::DamageDecal(int,int)
74 CBaseEntity::DecalTrace(CGameTrace *,char const*)
75 CBaseEntity::ImpactTrace(CGameTrace *,int,char *)
76 CBaseEntity::OnControls(CBaseEntity*)
77 CBaseEntity::HasTarget(string_t)
78 CBasePlayer::IsPlayer(void)const
79 CBasePlayer::IsNetClient(void)const
80 CBaseEntity::IsTemplate(void)
81 CBaseEntity::IsBaseObject(void)const
82 CBaseEntity::IsBaseTrain(void)const
83 CBaseEntity::IsBaseCombatWeapon(void)const
84 CBaseEntity::IsWearable(void)const
85 CBaseEntity::MyCombatWeaponPointer(void)
86 CBaseEntity::GetServerVehicle(void)
87 CBaseEntity::IsViewable(void)
88 CDODPlayer::ChangeTeam(int)
89 CBaseEntity::OnEntityEvent(EntityEvent_t,void *)
90 CBaseEntity::CanStandOn(CBaseEntity*)const
91 CBaseEntity::CanStandOn(edict_t *)const
92 CBaseEntity::GetEnemy(void)
93 CBaseEntity::GetEnemy(void)const
94 CBaseEntity::Use(CBaseEntity*,CBaseEntity*,USE_TYPE,float)
95 CBaseEntity::StartTouch(CBaseEntity*)
96 CBasePlayer::Touch(CBaseEntity *)
97 CBaseEntity::EndTouch(CBaseEntity*)
98 CBaseEntity::StartBlocked(CBaseEntity*)
99 CBaseEntity::Blocked(CBaseEntity*)
100 CBaseEntity::EndBlocked(void)
101 CBasePlayer::PhysicsSimulate(void)
102 CBasePlayer::UpdateOnRemove(void)
103 CBaseEntity::StopLoopingSounds(void)
104 CBaseEntity::SUB_AllowedToFade(void)
105 CBaseFlex::Teleport(Vector const*,QAngle const*,Vector const*)
106 CBaseEntity::NotifySystemEvent(CBaseEntity*,notify_system_event_t,notify_system_event_params_t const&)
107 CBasePlayer::MakeTracer(Vector const&,CGameTrace const&,int)
108 CBaseEntity::GetTracerAttachment(void)
109 CDODPlayer::FireBullets(FireBulletsInfo_t const&)
110 CBasePlayer::DoImpactEffect(CGameTrace &,int)
111 CBaseEntity::Respawn(void)
112 CBaseEntity::IsLockedByMaster(void)
113 CBaseEntity::GetMaxHealth(void)const
114 CBaseMultiplayerPlayer::ModifyOrAppendCriteria(AI_CriteriaSet &)
115 CBaseEntity::NetworkStateChanged_m_iMaxHealth(void)
116 CBaseEntity::NetworkStateChanged_m_iMaxHealth(void *)
117 CBasePlayer::NetworkStateChanged_m_iHealth(void)
118 CBasePlayer::NetworkStateChanged_m_iHealth(void *)
119 CBasePlayer::NetworkStateChanged_m_lifeState(void)
120 CBasePlayer::NetworkStateChanged_m_lifeState(void *)
121 CBaseEntity::NetworkStateChanged_m_takedamage(void)
122 CBaseEntity::NetworkStateChanged_m_takedamage(void *)
123 CBaseEntity::GetDamageType(void)const
124 CBaseEntity::GetDamage(void)
125 CBaseEntity::SetDamage(float)
126 CBasePlayer::EyePosition(void)
127 CBasePlayer::EyeAngles(void)
128 CBasePlayer::LocalEyeAngles(void)
129 CBaseEntity::EarPosition(void)
130 CBasePlayer::BodyTarget(Vector const&,bool)
131 CBaseEntity::HeadTarget(Vector const&)
132 CBaseEntity::GetVectors(Vector *,Vector *,Vector *)const
133 CBaseEntity::GetViewOffset(void)const
134 CBaseEntity::SetViewOffset(Vector const&)
135 CBasePlayer::GetSmoothedVelocity(void)
136 CBaseAnimating::GetVelocity(Vector *,Vector *)
137 CBaseCombatCharacter::FVisible(CBaseEntity *,int,CBaseEntity **)
138 CBaseCombatCharacter::FVisible(Vector const&,int,CBaseEntity **)
139 CBaseEntity::CanBeSeenBy(CAI_BaseNPC *)
140 CBaseEntity::GetAttackDamageScale(CBaseEntity*)
141 CBaseEntity::GetReceivedDamageScale(CBaseEntity*)
142 CBaseEntity::GetGroundVelocityToApply(Vector &)
143 CBaseEntity::PhysicsSplash(Vector const&,Vector const&,float,float)
144 CBaseEntity::Splash(void)
145 CBaseEntity::WorldSpaceCenter(void)const
146 CBaseEntity::GetSoundEmissionOrigin(void)const
147 CBaseEntity::CreateVPhysics(void)
148 CBaseEntity::ForceVPhysicsCollide(CBaseEntity*)
149 CBasePlayer::VPhysicsDestroyObject(void)
150 CBasePlayer::VPhysicsUpdate(IPhysicsObject *)
151 CBaseEntity::VPhysicsTakeDamage(CTakeDamageInfo const&)
152 CBaseCombatCharacter::VPhysicsShadowCollision(int,gamevcollisionevent_t *)
153 CDODPlayer::VPhysicsShadowUpdate(IPhysicsObject *)
154 CBasePlayer::VPhysicsCollision(int,gamevcollisionevent_t *)
155 CBaseEntity::VPhysicsFriction(IPhysicsObject *,float,int,int)
156 CBaseEntity::UpdatePhysicsShadowToCurrentPosition(float)
157 CBaseEntity::VPhysicsGetObjectList(IPhysicsObject **,int)
158 CBaseEntity::VPhysicsIsFlesh(void)
159 CBaseEntity::HasPhysicsAttacker(float)
160 CBasePlayer::PhysicsSolidMaskForEntity(void)const
161 CBaseEntity::ResolveFlyCollisionCustom(CGameTrace &,Vector &)
162 CBaseEntity::PerformCustomPhysics(Vector *,Vector *,QAngle *,QAngle *)
163 CBaseAnimating::GetStepOrigin(void)const
164 CBaseAnimating::GetStepAngles(void)const
165 CBaseEntity::ShouldDrawWaterImpacts(void)
166 CBasePlayer::NetworkStateChanged_m_fFlags(void)
167 CBasePlayer::NetworkStateChanged_m_fFlags(void *)
168 CBasePlayer::NetworkStateChanged_m_nWaterLevel(void)
169 CBasePlayer::NetworkStateChanged_m_nWaterLevel(void *)
170 CBasePlayer::NetworkStateChanged_m_hGroundEntity(void)
171 CBasePlayer::NetworkStateChanged_m_hGroundEntity(void *)
172 CBasePlayer::NetworkStateChanged_m_vecBaseVelocity(void)
173 CBasePlayer::NetworkStateChanged_m_vecBaseVelocity(void *)
174 CBasePlayer::NetworkStateChanged_m_flFriction(void)
175 CBasePlayer::NetworkStateChanged_m_flFriction(void *)
176 CBasePlayer::NetworkStateChanged_m_vecVelocity(void)
177 CBasePlayer::NetworkStateChanged_m_vecVelocity(void *)
178 CBasePlayer::NetworkStateChanged_m_vecViewOffset(void)
179 CBasePlayer::NetworkStateChanged_m_vecViewOffset(void *)
180 CBaseAnimating::GetIdealSpeed(void)const
181 CBaseAnimating::GetIdealAccel(void)const
182 CBaseAnimatingOverlay::StudioFrameAdvance(void)
183 CBaseAnimating::IsActivityFinished(void)
184 CBaseAnimating::GetSequenceGroundSpeed(CStudioHdr *,int)
185 CBaseAnimating::ClampRagdollForce(Vector const&,Vector*)
186 CBaseAnimating::BecomeRagdollOnClient(Vector const&)
187 CBaseAnimating::IsRagdoll(void)
188 CBaseAnimating::CanBecomeRagdoll(void)
189 CBaseAnimatingOverlay::GetSkeleton(CStudioHdr *,Vector *,Quaternion *,int)
190 CBaseAnimating::GetBoneTransform(int,matrix3x4_t &)
191 CDODPlayer::SetupBones(matrix3x4_t *,int)
192 CBaseAnimating::CalculateIKLocks(float)
193 CBaseAnimatingOverlay::DispatchAnimEvents(CBaseAnimating *)
194 CBasePlayer::HandleAnimEvent(animevent_t *)
195 CBaseAnimating::PopulatePoseParameters(void)
196 CBaseAnimating::GetAttachment(int,matrix3x4_t &)
197 CBaseAnimating::InitBoneControllers(void)
198 CBaseAnimating::GetGroundSpeedVelocity(void)
199 CBaseAnimating::Ignite(float,bool,float,bool)
200 CBaseAnimating::IgniteLifetime(float)
201 CBaseAnimating::IgniteNumHitboxFires(int)
202 CBaseAnimating::IgniteHitboxFireScale(float)
203 CBaseAnimating::Extinguish(void)
204 CBaseCombatCharacter::SetLightingOriginRelative(CBaseEntity *)
205 CBaseAnimating::SetLightingOrigin(CBaseEntity *)
206 CBaseFlex::SetViewtarget(Vector const&)
207 CBaseFlex::StartSceneEvent(CSceneEventInfo *,CChoreoScene *,CChoreoEvent *,CChoreoActor *,CBaseEntity *)
208 CBaseFlex::ProcessSceneEvents(void)
209 CBaseFlex::ProcessSceneEvent(CSceneEventInfo *,CChoreoScene *,CChoreoEvent *)
210 CBaseFlex::ClearSceneEvent(CSceneEventInfo *,bool,bool)
211 CBaseFlex::CheckSceneEventCompletion(CSceneEventInfo *,float,CChoreoScene *,CChoreoEvent *)
212 CBaseFlex::PlayScene(char const*,float,AI_Response *,IRecipientFilter *)
213 CBaseFlex::PlayAutoGeneratedSoundScene(char const*)
214 CBasePlayer::GetPhysicsImpactDamageTable(void)
215 CBaseCombatCharacter::FInViewCone(CBaseEntity *)
216 CBaseCombatCharacter::FInViewCone(Vector const&)
217 CBaseCombatCharacter::FInAimCone(CBaseEntity *)
218 CBaseCombatCharacter::FInAimCone(Vector const&)
219 CBaseCombatCharacter::ShouldShootMissTarget(CBaseCombatCharacter*)
220 CBaseCombatCharacter::FindMissTarget(void)
221 CBaseCombatCharacter::HandleInteraction(int,void *,CBaseCombatCharacter*)
222 CBasePlayer::BodyAngles(void)
223 CBaseCombatCharacter::BodyDirection2D(void)
224 CBaseCombatCharacter::BodyDirection3D(void)
225 CBaseCombatCharacter::HeadDirection2D(void)
226 CBaseCombatCharacter::HeadDirection3D(void)
227 CBaseCombatCharacter::EyeDirection2D(void)
228 CBaseCombatCharacter::EyeDirection3D(void)
229 CBaseCombatCharacter::GiveAmmo(int,int,bool)
230 CBaseCombatCharacter::NPC_TranslateActivity(Activity)
231 CBaseCombatCharacter::Weapon_TranslateActivity(Activity,bool *)
232 CBaseCombatCharacter::Weapon_FrameUpdate(void)
233 CBaseCombatCharacter::Weapon_HandleAnimEvent(animevent_t *)
234 CBasePlayer::Weapon_CanUse(CBaseCombatWeapon *)
235 CBasePlayer::Weapon_Equip(CBaseCombatWeapon *)
236 CBaseCombatCharacter::Weapon_EquipAmmoOnly(CBaseCombatWeapon *)
237 CBasePlayer::Weapon_Drop(CBaseCombatWeapon *,Vector const*,Vector const*)
238 CBasePlayer::Weapon_Switch(CBaseCombatWeapon *,int)
239 CBasePlayer::Weapon_ShootPosition(void)
240 CDODPlayer::Weapon_CanSwitchTo(CBaseCombatWeapon *)
241 CBaseCombatCharacter::Weapon_SlotOccupied(CBaseCombatWeapon *)
242 CBaseCombatCharacter::Weapon_GetSlot(int)const
243 CBaseCombatCharacter::AddPlayerItem(CBaseCombatWeapon *)
244 CBasePlayer::RemovePlayerItem(CBaseCombatWeapon *)
245 CBaseCombatCharacter::CanBecomeServerRagdoll(void)
246 CDODPlayer::OnTakeDamage_Alive(CTakeDamageInfo const&)
247 CBaseCombatCharacter::OnTakeDamage_Dying(CTakeDamageInfo const&)
248 CBaseCombatCharacter::OnTakeDamage_Dead(CTakeDamageInfo const&)
249 CBaseCombatCharacter::OnFriendDamaged(CBaseCombatCharacter*,CBaseEntity *)
250 CBaseCombatCharacter::NotifyFriendsOfDamage(CBaseEntity *)
251 CBaseCombatCharacter::OnPlayerKilledOther(CBaseEntity *,CTakeDamageInfo const&)
252 CBaseCombatCharacter::GetDeathActivity(void)
253 CBaseCombatCharacter::CorpseGib(CTakeDamageInfo const&)
254 CBaseCombatCharacter::CorpseFade(void)
255 CBaseCombatCharacter::HasHumanGibs(void)
256 CBaseCombatCharacter::HasAlienGibs(void)
257 CBaseCombatCharacter::ShouldGib(CTakeDamageInfo const&)
258 CBaseCombatCharacter::OnKilledNPC(CBaseCombatCharacter*)
259 CBaseCombatCharacter::Event_Gibbed(CTakeDamageInfo const&)
260 CBasePlayer::Event_Dying(void)
261 CBaseCombatCharacter::BecomeRagdoll(CTakeDamageInfo const&,Vector const&)
262 CBaseCombatCharacter::FixupBurningServerRagdoll(CBaseEntity *)
263 CBaseCombatCharacter::BecomeRagdollBoogie(CBaseEntity *,Vector const&,float,int)
264 CBaseCombatCharacter::CheckTraceHullAttack(float,Vector const&,Vector const&,int,int,float,bool)
265 CBaseCombatCharacter::CheckTraceHullAttack(Vector const&,Vector const&,Vector const&,Vector const&,int,int,float,bool)
266 CBaseCombatCharacter::PushawayTouch(CBaseEntity *)
267 CBaseCombatCharacter::IRelationType(CBaseEntity *)
268 CBaseCombatCharacter::IRelationPriority(CBaseEntity *)
269 CBasePlayer::IsInAVehicle(void)const
270 CBasePlayer::GetVehicle(void)
271 CBasePlayer::GetVehicleEntity(void)
272 CBaseCombatCharacter::ExitVehicle(void)
273 CBaseCombatCharacter::RemoveAllWeapons(void)
274 CBaseCombatCharacter::CalcWeaponProficiency(CBaseCombatWeapon *)
275 CBaseCombatCharacter::GetAttackSpread(CBaseCombatWeapon *,CBaseEntity *)
276 CBaseCombatCharacter::GetSpreadBias(CBaseCombatWeapon *,CBaseEntity *)
277 CBasePlayer::DoMuzzleFlash(void)
278 CBaseCombatCharacter::AddEntityRelationship(CBaseEntity *,Disposition_t,int)
279 CBaseCombatCharacter::RemoveEntityRelationship(CBaseEntity *)
280 CBaseCombatCharacter::AddClassRelationship(Class_T,Disposition_t,int)
281 CBaseCombatCharacter::OnChangeActiveWeapon(CBaseCombatWeapon *,CBaseCombatWeapon *)
282 CBasePlayer::NetworkStateChanged_m_iAmmo(void)
283 CBasePlayer::NetworkStateChanged_m_iAmmo(void *)
284 CDODPlayer::CreateViewModel(int)
285 CDODPlayer::SetupVisibility(CBaseEntity *,unsigned char *,int)
286 CDODPlayer::WantsLagCompensationOnEntity(CBasePlayer const*,CUserCmd const*,CBitVec<2048> const*)const
287 CDODPlayer::SharedSpawn(void)
288 CBasePlayer::ForceRespawn(void)
289 CDODPlayer::InitialSpawn(void)
290 CBasePlayer::InitHUD(void)
291 CBasePlayer::ShowViewPortPanel(char const*,bool,KeyValues *)
292 CDODPlayer::PlayerDeathThink(void)
293 CBasePlayer::Jump(void)
294 CBasePlayer::Duck(void)
295 CDODPlayer::PreThink(void)
296 CDODPlayer::PostThink(void)
297 CBasePlayer::DamageEffect(float,int)
298 CDODPlayer::OnDamagedByExplosion(CTakeDamageInfo const&)
299 CBasePlayer::ShouldFadeOnDeath(void)
300 CBasePlayer::IsFakeClient(void)const
301 CDODPlayer::GetPlayerMins(void)const
302 CDODPlayer::GetPlayerMaxs(void)const
303 CBasePlayer::CalcRoll(QAngle const&,Vector const&,float,float)
304 CBasePlayer::PackDeadPlayerItems(void)
305 CBasePlayer::RemoveAllItems(bool)
306 CBasePlayer::Weapon_SetLast(CBaseCombatWeapon *)
307 CBasePlayer::Weapon_ShouldSetLast(CBaseCombatWeapon *,CBaseCombatWeapon *)
308 CBasePlayer::Weapon_ShouldSelectItem(CBaseCombatWeapon *)
309 CBasePlayer::UpdateClientData(void)
310 CBasePlayer::ExitLadder(void)
311 CBasePlayer::GetLadderSurface(Vector const&)
312 CBasePlayer::SetFlashlightEnabled(bool)
313 CDODPlayer::FlashlightIsOn(void)
314 CDODPlayer::FlashlightTurnOn(void)
315 CDODPlayer::FlashlightTurnOff(void)
316 CBasePlayer::IsIlluminatedByFlashlight(CBaseEntity *,float *)
317 CDODPlayer::UpdateStepSound(surfacedata_t *,Vector const&,Vector const&)
318 CDODPlayer::PlayStepSound(Vector &,surfacedata_t *,float,bool)
319 CBasePlayer::GetStepSoundVelocities(float *,float *)
320 CBasePlayer::SetStepSoundTime(stepsoundtimes_t,bool)
321 CDODPlayer::DeathSound(CTakeDamageInfo const&)
322 CDODPlayer::SetAnimation(PLAYER_ANIM)
323 CBasePlayer::ImpulseCommands(void)
324 CDODPlayer::CheatImpulseCommands(int)
325 CDODPlayer::ClientCommand(CCommand const&)
326 CBasePlayer::StartObserverMode(int)
327 CBasePlayer::StopObserverMode(void)
328 CDODPlayer::ModeWantsSpectatorGUI(int)
329 CDODPlayer::SetObserverMode(int)
330 CBasePlayer::GetObserverMode(void)
331 CBasePlayer::SetObserverTarget(CBaseEntity *)
332 CBasePlayer::ObserverUse(bool)
333 CBasePlayer::GetObserverTarget(void)
334 CBasePlayer::FindNextObserverTarget(bool)
335 CBasePlayer::GetNextObserverSearchStartPoint(bool)
336 CBasePlayer::IsValidObserverTarget(CBaseEntity *)
337 CBasePlayer::CheckObserverSettings(void)
338 CBasePlayer::JumptoPosition(Vector const&,QAngle const&)
339 CBasePlayer::ForceObserverMode(int)
340 CBasePlayer::ResetObserverMode(void)
341 CBasePlayer::ValidateCurrentObserverTarget(void)
342 CDODPlayer::AttemptToExitFreezeCam(void)
343 CDODPlayer::StartReplayMode(float,float,int)
344 CDODPlayer::StopReplayMode(void)
345 CBasePlayer::GetDelayTicks(void)
346 CBasePlayer::GetReplayEntity(void)
347 CBasePlayer::CreateCorpse(void)
348 CDODPlayer::EntSelectSpawnPoint(void)
349 CBasePlayer::GetInVehicle(IServerVehicle *,int)
350 CBasePlayer::LeaveVehicle(Vector const&,QAngle const&)
351 CBasePlayer::OnVehicleStart(void)
352 CBasePlayer::OnVehicleEnd(Vector &)
353 CDODPlayer::BumpWeapon(CBaseCombatWeapon *)
354 CBasePlayer::SelectLastItem(void)
355 CBasePlayer::SelectItem(char const*,int)
356 CBasePlayer::ItemPostFrame(void)
357 CDODPlayer::GiveNamedItem(char const*,int)
358 CDODPlayer::CheckTrainUpdate(void)
359 CBasePlayer::SetPlayerUnderwater(bool)
360 CBasePlayer::CanBreatheUnderwater(void)const
361 CBasePlayer::PlayerUse(void)
362 CDODPlayer::PlayUseDenySound(void)
363 CDODPlayer::FindUseEntity(void)
364 CBasePlayer::IsUseableEntity(CBaseEntity *,unsigned int)
365 CBasePlayer::PickupObject(CBaseEntity *,bool)
366 CBasePlayer::ForceDropOfCarriedPhysObjects(CBaseEntity *)
367 CBasePlayer::GetHeldObjectMass(IPhysicsObject *)
368 CDODPlayer::UpdateGeigerCounter(void)
369 CBasePlayer::GetAutoaimVector(float)
370 CBasePlayer::GetAutoaimVector(float,float)
371 CBasePlayer::GetAutoaimVector(autoaim_params_t &)
372 CBasePlayer::ShouldAutoaim(void)
373 CBasePlayer::ForceClientDllUpdate(void)
374 CBasePlayer::ProcessUsercmds(CUserCmd *,int,int,int,bool)
375 CDODPlayer::PlayerRunCommand(CUserCmd *,IMoveHelper *)
376 CBasePlayer::ChangeTeam(int,bool,bool)
377 CBaseMultiplayerPlayer::CanHearAndReadChatFrom(CBasePlayer *)
378 CBaseMultiplayerPlayer::CanSpeak(void)
379 CBasePlayer::ModifyOrAppendPlayerCriteria(AI_CriteriaSet &)
380 CDODPlayer::CheckChatText(char *,int)
381 CDODPlayer::CreateRagdollEntity(void)
382 CBasePlayer::ShouldAnnounceAchievement(void)
383 CBasePlayer::EquipWearable(CWearableItem *)
384 CBasePlayer::RemoveWearable(CWearableItem *)
385 CBasePlayer::IsFollowingPhysics(void)
386 CDODPlayer::InitVCollision(Vector const&,Vector const&)
387 CBasePlayer::UpdatePhysicsShadowToCurrentPosition(void)
388 CDODPlayer::Hints(void)
389 CDODPlayer::IsReadyToPlay(void)
390 CBasePlayer::IsReadyToSpawn(void)
391 CBasePlayer::ShouldGainInstantSpawn(void)
392 CDODPlayer::ResetPerRoundStats(void)
393 CDODPlayer::ResetScores(void)
394 CBasePlayer::EquipSuit(bool)
395 CBasePlayer::RemoveSuit(void)
396 CDODPlayer::CommitSuicide(bool,bool)
397 CDODPlayer::CommitSuicide(Vector const&,bool,bool)
398 CBasePlayer::IsBot(void)const
399 CBaseMultiplayerPlayer::GetExpresser(void)
400 CBasePlayer::SpawnArmorValue(void)const
401 CBasePlayer::NetworkStateChanged_m_ArmorValue(void)
402 CBasePlayer::NetworkStateChanged_m_ArmorValue(void *)
403 CBasePlayer::HasHaptics(void)
404 CBasePlayer::SetHaptics(bool)
405 CBasePlayer::PlayerSolidMask(bool)const
406 CAI_ExpresserHost<CBasePlayer>::NoteSpeaking(float,float)
407 CAI_ExpresserHost<CBasePlayer>::Speak(char const*,char const*,char *,unsigned int,IRecipientFilter *)
408 CAI_ExpresserHost<CBasePlayer>::PostSpeakDispatchResponse(char const*,AI_Response *)
409 CBaseMultiplayerPlayer::SpeakIfAllowed(char const*,char const*,char *,unsigned int,IRecipientFilter *)
410 CBaseMultiplayerPlayer::SpeakConceptIfAllowed(int,char const*,char *,unsigned int,IRecipientFilter *)
411 CBaseMultiplayerPlayer::CanSpeakVoiceCommand(void)
412 CBaseMultiplayerPlayer::ShouldShowVoiceSubtitleToEnemy(void)
413 CBaseMultiplayerPlayer::NoteSpokeVoiceCommand(char const*)
414 CDODPlayer::OnAchievementEarned(int)
415 CBaseMultiplayerPlayer::GetMultiplayerExpresser(void)
416 CBaseMultiplayerPlayer::CalculateTeamBalanceScore(void)
417 CBaseMultiplayerPlayer::CreateExpresser(void)
418 CDODPlayer::CanHearChatFrom(CBasePlayer *)
</pre>

CDODPlayer Offset List (Day of Defeat: Source)

2009-08-14T14:49:53Z

DJ Tsunami: /* The List */

Also for use when using [[Virtual Offsets (Source Mods)|virtual offsets]].

These are the Windows offsets. Linux offsets are 1 greater.

These comes from the symbol tables, so you'll have to look in the SDK for return types.
__TOC__
== The List ==
Last Updated 14 August 2009
<pre>
// Auto reconstructed from vtable block @ 0x00C3CE40
// from "server_i486.so", by ida_vtables.idc
0 CDODPlayer::~CDODPlayer()
1 CBaseEntity::SetRefEHandle(CBaseHandle const&)
2 CBaseEntity::GetRefEHandle(void)const
3 CBaseEntity::GetCollideable(void)
4 CBaseEntity::GetNetworkable(void)
5 CBaseEntity::GetBaseEntity(void)
6 CBaseEntity::GetModelIndex(void)const
7 CBaseEntity::GetModelName(void)const
8 CBaseEntity::SetModelIndex(int)
9 CDODPlayer::GetServerClass(void)
10 CDODPlayer::YouForgotToImplementOrDeclareServerClass(void)
11 CDODPlayer::GetDataDescMap(void)
12 CBaseAnimating::TestCollision(Ray_t const&,unsigned int,CGameTrace &)
13 CBaseAnimating::TestHitboxes(Ray_t const&,unsigned int,CGameTrace &)
14 CDODPlayer::ComputeWorldSpaceSurroundingBox(Vector *,Vector *)
15 CDODPlayer::ShouldCollide(int,int)const
16 CBaseEntity::SetOwnerEntity(CBaseEntity*)
17 CBasePlayer::ShouldTransmit(CCheckTransmitInfo const*)
18 CBasePlayer::UpdateTransmitState(void)
19 CBaseCombatCharacter::SetTransmit(CCheckTransmitInfo *,bool)
20 CBasePlayer::GetTracerType(void)
21 CDODPlayer::Spawn(void)
22 CDODPlayer::Precache(void)
23 CBasePlayer::SetModel(char const*)
24 CBaseMultiplayerPlayer::PostConstructor(char const*)
25 CBaseEntity::PostClientActive(void)
26 CBaseEntity::ParseMapData(CEntityMapData *)
27 CBaseEntity::KeyValue(char const*,char const*)
28 CBaseEntity::KeyValue(char const*,float)
29 CBaseEntity::KeyValue(char const*,Vector const&)
30 CBaseEntity::GetKeyValue(char const*,char *,int)
31 CBasePlayer::Activate(void)
32 CBaseEntity::SetParent(CBaseEntity*,int)
33 CBasePlayer::ObjectCaps(void)
34 CBaseEntity::AcceptInput(char const*,CBaseEntity*,CBaseEntity*,variant_t,int)
35 CBaseAnimating::GetInputDispatchEffectPosition(char const*,Vector &,QAngle &)
36 CBasePlayer::DrawDebugGeometryOverlays(void)
37 CBaseAnimating::DrawDebugTextOverlays(void)
38 CBasePlayer::Save(ISave &)
39 CBasePlayer::Restore(IRestore &)
40 CBasePlayer::ShouldSavePhysics(void)
41 CBaseEntity::OnSave(IEntitySaveUtils *)
42 CBasePlayer::OnRestore(void)
43 CBasePlayer::RequiredEdictIndex(void)
44 CBaseEntity::MoveDone(void)
45 CBaseEntity::Think(void)
46 CBasePlayer::NetworkStateChanged_m_nNextThinkTick(void)
47 CBasePlayer::NetworkStateChanged_m_nNextThinkTick(void *)
48 CBaseAnimating::GetBaseAnimating(void)
49 CBaseMultiplayerPlayer::GetResponseSystem(void)
50 CAI_ExpresserHost<CBasePlayer>::DispatchResponse(char const*)
51 CBasePlayer::Classify(void)
52 CBaseEntity::DeathNotice(CBaseEntity*)
53 CBaseEntity::ShouldAttractAutoAim(CBaseEntity*)
54 CBaseEntity::GetAutoAimRadius(void)
55 CBaseEntity::GetAutoAimCenter(void)
56 CBaseEntity::GetBeamTraceFilter(void)
57 CBaseEntity::PassesDamageFilter(CTakeDamageInfo const&)
58 CDODPlayer::TraceAttack(CTakeDamageInfo const&,Vector const&,CGameTrace *)
59 CBaseEntity::CanBeHitByMeleeAttack(CBaseEntity*)
60 CDODPlayer::OnTakeDamage(CTakeDamageInfo const&)
61 CBaseEntity::AdjustDamageDirection(CTakeDamageInfo const&,Vector &,CBaseEntity*)
62 CBasePlayer::TakeHealth(float,int)
63 CBaseEntity::IsAlive(void)
64 CDODPlayer::Event_Killed(CTakeDamageInfo const&)
65 CBasePlayer::Event_KilledOther(CBaseEntity *,CTakeDamageInfo const&)
66 CBaseCombatCharacter::BloodColor(void)
67 CBaseEntity::IsTriggered(CBaseEntity*)
68 CBaseEntity::IsNPC(void)const
69 CBaseCombatCharacter::MyCombatCharacterPointer(void)
70 CBaseEntity::MyNextBotPointer(void)
71 CBaseEntity::GetDelay(void)
72 CBaseEntity::IsMoving(void)
73 CBaseEntity::DamageDecal(int,int)
74 CBaseEntity::DecalTrace(CGameTrace *,char const*)
75 CBaseEntity::ImpactTrace(CGameTrace *,int,char *)
76 CBaseEntity::OnControls(CBaseEntity*)
77 CBaseEntity::HasTarget(string_t)
78 CBasePlayer::IsPlayer(void)const
79 CBasePlayer::IsNetClient(void)const
80 CBaseEntity::IsTemplate(void)
81 CBaseEntity::IsBaseObject(void)const
82 CBaseEntity::IsBaseTrain(void)const
83 CBaseEntity::IsBaseCombatWeapon(void)const
84 CBaseEntity::IsWearable(void)const
85 CBaseEntity::MyCombatWeaponPointer(void)
86 CBaseEntity::GetServerVehicle(void)
87 CBaseEntity::IsViewable(void)
88 CDODPlayer::ChangeTeam(int)
89 CBaseEntity::OnEntityEvent(EntityEvent_t,void *)
90 CBaseEntity::CanStandOn(CBaseEntity*)const
91 CBaseEntity::CanStandOn(edict_t *)const
92 CBaseEntity::GetEnemy(void)
93 CBaseEntity::GetEnemy(void)const
94 CBaseEntity::Use(CBaseEntity*,CBaseEntity*,USE_TYPE,float)
95 CBaseEntity::StartTouch(CBaseEntity*)
96 CBasePlayer::Touch(CBaseEntity *)
97 CBaseEntity::EndTouch(CBaseEntity*)
98 CBaseEntity::StartBlocked(CBaseEntity*)
99 CBaseEntity::Blocked(CBaseEntity*)
100 CBaseEntity::EndBlocked(void)
101 CBasePlayer::PhysicsSimulate(void)
102 CBasePlayer::UpdateOnRemove(void)
103 CBaseEntity::StopLoopingSounds(void)
104 CBaseEntity::SUB_AllowedToFade(void)
105 CBaseFlex::Teleport(Vector const*,QAngle const*,Vector const*)
106 CBaseEntity::NotifySystemEvent(CBaseEntity*,notify_system_event_t,notify_system_event_params_t const&)
107 CBasePlayer::MakeTracer(Vector const&,CGameTrace const&,int)
108 CBaseEntity::GetTracerAttachment(void)
109 CDODPlayer::FireBullets(FireBulletsInfo_t const&)
110 CBasePlayer::DoImpactEffect(CGameTrace &,int)
111 CBaseEntity::Respawn(void)
112 CBaseEntity::IsLockedByMaster(void)
113 CBaseEntity::GetMaxHealth(void)const
114 CBaseMultiplayerPlayer::ModifyOrAppendCriteria(AI_CriteriaSet &)
115 CBaseEntity::NetworkStateChanged_m_iMaxHealth(void)
116 CBaseEntity::NetworkStateChanged_m_iMaxHealth(void *)
117 CBasePlayer::NetworkStateChanged_m_iHealth(void)
118 CBasePlayer::NetworkStateChanged_m_iHealth(void *)
119 CBasePlayer::NetworkStateChanged_m_lifeState(void)
120 CBasePlayer::NetworkStateChanged_m_lifeState(void *)
121 CBaseEntity::NetworkStateChanged_m_takedamage(void)
122 CBaseEntity::NetworkStateChanged_m_takedamage(void *)
123 CBaseEntity::GetDamageType(void)const
124 CBaseEntity::GetDamage(void)
125 CBaseEntity::SetDamage(float)
126 CBasePlayer::EyePosition(void)
127 CBasePlayer::EyeAngles(void)
128 CBasePlayer::LocalEyeAngles(void)
129 CBaseEntity::EarPosition(void)
130 CBasePlayer::BodyTarget(Vector const&,bool)
131 CBaseEntity::HeadTarget(Vector const&)
132 CBaseEntity::GetVectors(Vector *,Vector *,Vector *)const
133 CBaseEntity::GetViewOffset(void)const
134 CBaseEntity::SetViewOffset(Vector const&)
135 CBasePlayer::GetSmoothedVelocity(void)
136 CBaseAnimating::GetVelocity(Vector *,Vector *)
137 CBaseCombatCharacter::FVisible(CBaseEntity *,int,CBaseEntity **)
138 CBaseCombatCharacter::FVisible(Vector const&,int,CBaseEntity **)
139 CBaseEntity::CanBeSeenBy(CAI_BaseNPC *)
140 CBaseEntity::GetAttackDamageScale(CBaseEntity*)
141 CBaseEntity::GetReceivedDamageScale(CBaseEntity*)
142 CBaseEntity::GetGroundVelocityToApply(Vector &)
143 CBaseEntity::PhysicsSplash(Vector const&,Vector const&,float,float)
144 CBaseEntity::Splash(void)
145 CBaseEntity::WorldSpaceCenter(void)const
146 CBaseEntity::GetSoundEmissionOrigin(void)const
147 CBaseEntity::CreateVPhysics(void)
148 CBaseEntity::ForceVPhysicsCollide(CBaseEntity*)
149 CBasePlayer::VPhysicsDestroyObject(void)
150 CBasePlayer::VPhysicsUpdate(IPhysicsObject *)
151 CBaseEntity::VPhysicsTakeDamage(CTakeDamageInfo const&)
152 CBaseCombatCharacter::VPhysicsShadowCollision(int,gamevcollisionevent_t *)
153 CDODPlayer::VPhysicsShadowUpdate(IPhysicsObject *)
154 CBasePlayer::VPhysicsCollision(int,gamevcollisionevent_t *)
155 CBaseEntity::VPhysicsFriction(IPhysicsObject *,float,int,int)
156 CBaseEntity::UpdatePhysicsShadowToCurrentPosition(float)
157 CBaseEntity::VPhysicsGetObjectList(IPhysicsObject **,int)
158 CBaseEntity::VPhysicsIsFlesh(void)
159 CBaseEntity::HasPhysicsAttacker(float)
160 CBasePlayer::PhysicsSolidMaskForEntity(void)const
161 CBaseEntity::ResolveFlyCollisionCustom(CGameTrace &,Vector &)
162 CBaseEntity::PerformCustomPhysics(Vector *,Vector *,QAngle *,QAngle *)
163 CBaseAnimating::GetStepOrigin(void)const
164 CBaseAnimating::GetStepAngles(void)const
165 CBaseEntity::ShouldDrawWaterImpacts(void)
166 CBasePlayer::NetworkStateChanged_m_fFlags(void)
167 CBasePlayer::NetworkStateChanged_m_fFlags(void *)
168 CBasePlayer::NetworkStateChanged_m_nWaterLevel(void)
169 CBasePlayer::NetworkStateChanged_m_nWaterLevel(void *)
170 CBasePlayer::NetworkStateChanged_m_hGroundEntity(void)
171 CBasePlayer::NetworkStateChanged_m_hGroundEntity(void *)
172 CBasePlayer::NetworkStateChanged_m_vecBaseVelocity(void)
173 CBasePlayer::NetworkStateChanged_m_vecBaseVelocity(void *)
174 CBasePlayer::NetworkStateChanged_m_flFriction(void)
175 CBasePlayer::NetworkStateChanged_m_flFriction(void *)
176 CBasePlayer::NetworkStateChanged_m_vecVelocity(void)
177 CBasePlayer::NetworkStateChanged_m_vecVelocity(void *)
178 CBasePlayer::NetworkStateChanged_m_vecViewOffset(void)
179 CBasePlayer::NetworkStateChanged_m_vecViewOffset(void *)
180 CBaseAnimating::GetIdealSpeed(void)const
181 CBaseAnimating::GetIdealAccel(void)const
182 CBaseAnimatingOverlay::StudioFrameAdvance(void)
183 CBaseAnimating::IsActivityFinished(void)
184 CBaseAnimating::GetSequenceGroundSpeed(CStudioHdr *,int)
185 CBaseAnimating::ClampRagdollForce(Vector const&,Vector*)
186 CBaseAnimating::BecomeRagdollOnClient(Vector const&)
187 CBaseAnimating::IsRagdoll(void)
188 CBaseAnimating::CanBecomeRagdoll(void)
189 CBaseAnimatingOverlay::GetSkeleton(CStudioHdr *,Vector *,Quaternion *,int)
190 CBaseAnimating::GetBoneTransform(int,matrix3x4_t &)
191 CDODPlayer::SetupBones(matrix3x4_t *,int)
192 CBaseAnimating::CalculateIKLocks(float)
193 CBaseAnimatingOverlay::DispatchAnimEvents(CBaseAnimating *)
194 CBasePlayer::HandleAnimEvent(animevent_t *)
195 CBaseAnimating::PopulatePoseParameters(void)
196 CBaseAnimating::GetAttachment(int,matrix3x4_t &)
197 CBaseAnimating::InitBoneControllers(void)
198 CBaseAnimating::GetGroundSpeedVelocity(void)
199 CBaseAnimating::Ignite(float,bool,float,bool)
200 CBaseAnimating::IgniteLifetime(float)
201 CBaseAnimating::IgniteNumHitboxFires(int)
202 CBaseAnimating::IgniteHitboxFireScale(float)
203 CBaseAnimating::Extinguish(void)
204 CBaseCombatCharacter::SetLightingOriginRelative(CBaseEntity *)
205 CBaseAnimating::SetLightingOrigin(CBaseEntity *)
206 CBaseFlex::SetViewtarget(Vector const&)
207 CBaseFlex::StartSceneEvent(CSceneEventInfo *,CChoreoScene *,CChoreoEvent *,CChoreoActor *,CBaseEntity *)
208 CBaseFlex::ProcessSceneEvents(void)
209 CBaseFlex::ProcessSceneEvent(CSceneEventInfo *,CChoreoScene *,CChoreoEvent *)
210 CBaseFlex::ClearSceneEvent(CSceneEventInfo *,bool,bool)
211 CBaseFlex::CheckSceneEventCompletion(CSceneEventInfo *,float,CChoreoScene *,CChoreoEvent *)
212 CBaseFlex::PlayScene(char const*,float,AI_Response *,IRecipientFilter *)
213 CBaseFlex::PlayAutoGeneratedSoundScene(char const*)
214 CBasePlayer::GetPhysicsImpactDamageTable(void)
215 CBaseCombatCharacter::FInViewCone(CBaseEntity *)
216 CBaseCombatCharacter::FInViewCone(Vector const&)
217 CBaseCombatCharacter::FInAimCone(CBaseEntity *)
218 CBaseCombatCharacter::FInAimCone(Vector const&)
219 CBaseCombatCharacter::ShouldShootMissTarget(CBaseCombatCharacter*)
220 CBaseCombatCharacter::FindMissTarget(void)
221 CBaseCombatCharacter::HandleInteraction(int,void *,CBaseCombatCharacter*)
222 CBasePlayer::BodyAngles(void)
223 CBaseCombatCharacter::BodyDirection2D(void)
224 CBaseCombatCharacter::BodyDirection3D(void)
225 CBaseCombatCharacter::HeadDirection2D(void)
226 CBaseCombatCharacter::HeadDirection3D(void)
227 CBaseCombatCharacter::EyeDirection2D(void)
228 CBaseCombatCharacter::EyeDirection3D(void)
229 CBaseCombatCharacter::GiveAmmo(int,int,bool)
230 CBaseCombatCharacter::NPC_TranslateActivity(Activity)
231 CBaseCombatCharacter::Weapon_TranslateActivity(Activity,bool *)
232 CBaseCombatCharacter::Weapon_FrameUpdate(void)
233 CBaseCombatCharacter::Weapon_HandleAnimEvent(animevent_t *)
234 CBasePlayer::Weapon_CanUse(CBaseCombatWeapon *)
235 CBasePlayer::Weapon_Equip(CBaseCombatWeapon *)
236 CBaseCombatCharacter::Weapon_EquipAmmoOnly(CBaseCombatWeapon *)
237 CBasePlayer::Weapon_Drop(CBaseCombatWeapon *,Vector const*,Vector const*)
238 CBasePlayer::Weapon_Switch(CBaseCombatWeapon *,int)
239 CBasePlayer::Weapon_ShootPosition(void)
240 CDODPlayer::Weapon_CanSwitchTo(CBaseCombatWeapon *)
241 CBaseCombatCharacter::Weapon_SlotOccupied(CBaseCombatWeapon *)
242 CBaseCombatCharacter::Weapon_GetSlot(int)const
243 CBaseCombatCharacter::AddPlayerItem(CBaseCombatWeapon *)
244 CBasePlayer::RemovePlayerItem(CBaseCombatWeapon *)
245 CBaseCombatCharacter::CanBecomeServerRagdoll(void)
246 CDODPlayer::OnTakeDamage_Alive(CTakeDamageInfo const&)
247 CBaseCombatCharacter::OnTakeDamage_Dying(CTakeDamageInfo const&)
248 CBaseCombatCharacter::OnTakeDamage_Dead(CTakeDamageInfo const&)
249 CBaseCombatCharacter::OnFriendDamaged(CBaseCombatCharacter*,CBaseEntity *)
250 CBaseCombatCharacter::NotifyFriendsOfDamage(CBaseEntity *)
251 CBaseCombatCharacter::OnPlayerKilledOther(CBaseEntity *,CTakeDamageInfo const&)
252 CBaseCombatCharacter::GetDeathActivity(void)
253 CBaseCombatCharacter::CorpseGib(CTakeDamageInfo const&)
254 CBaseCombatCharacter::CorpseFade(void)
255 CBaseCombatCharacter::HasHumanGibs(void)
256 CBaseCombatCharacter::HasAlienGibs(void)
257 CBaseCombatCharacter::ShouldGib(CTakeDamageInfo const&)
258 CBaseCombatCharacter::OnKilledNPC(CBaseCombatCharacter*)
259 CBaseCombatCharacter::Event_Gibbed(CTakeDamageInfo const&)
260 CBasePlayer::Event_Dying(void)
261 CBaseCombatCharacter::BecomeRagdoll(CTakeDamageInfo const&,Vector const&)
262 CBaseCombatCharacter::FixupBurningServerRagdoll(CBaseEntity *)
263 CBaseCombatCharacter::BecomeRagdollBoogie(CBaseEntity *,Vector const&,float,int)
264 CBaseCombatCharacter::CheckTraceHullAttack(float,Vector const&,Vector const&,int,int,float,bool)
265 CBaseCombatCharacter::CheckTraceHullAttack(Vector const&,Vector const&,Vector const&,Vector const&,int,int,float,bool)
266 CBaseCombatCharacter::PushawayTouch(CBaseEntity *)
267 CBaseCombatCharacter::IRelationType(CBaseEntity *)
268 CBaseCombatCharacter::IRelationPriority(CBaseEntity *)
269 CBasePlayer::IsInAVehicle(void)const
270 CBasePlayer::GetVehicle(void)
271 CBasePlayer::GetVehicleEntity(void)
272 CBaseCombatCharacter::ExitVehicle(void)
273 CBaseCombatCharacter::RemoveAllWeapons(void)
274 CBaseCombatCharacter::CalcWeaponProficiency(CBaseCombatWeapon *)
275 CBaseCombatCharacter::GetAttackSpread(CBaseCombatWeapon *,CBaseEntity *)
276 CBaseCombatCharacter::GetSpreadBias(CBaseCombatWeapon *,CBaseEntity *)
277 CBasePlayer::DoMuzzleFlash(void)
278 CBaseCombatCharacter::AddEntityRelationship(CBaseEntity *,Disposition_t,int)
279 CBaseCombatCharacter::RemoveEntityRelationship(CBaseEntity *)
280 CBaseCombatCharacter::AddClassRelationship(Class_T,Disposition_t,int)
281 CBaseCombatCharacter::OnChangeActiveWeapon(CBaseCombatWeapon *,CBaseCombatWeapon *)
282 CBasePlayer::NetworkStateChanged_m_iAmmo(void)
283 CBasePlayer::NetworkStateChanged_m_iAmmo(void *)
284 CDODPlayer::CreateViewModel(int)
285 CDODPlayer::SetupVisibility(CBaseEntity *,unsigned char *,int)
286 CDODPlayer::WantsLagCompensationOnEntity(CBasePlayer const*,CUserCmd const*,CBitVec<2048> const*)const
287 CDODPlayer::SharedSpawn(void)
288 CBasePlayer::ForceRespawn(void)
289 CDODPlayer::InitialSpawn(void)
290 CBasePlayer::InitHUD(void)
291 CBasePlayer::ShowViewPortPanel(char const*,bool,KeyValues *)
292 CDODPlayer::PlayerDeathThink(void)
293 CBasePlayer::Jump(void)
294 CBasePlayer::Duck(void)
295 CDODPlayer::PreThink(void)
296 CDODPlayer::PostThink(void)
297 CBasePlayer::DamageEffect(float,int)
298 CDODPlayer::OnDamagedByExplosion(CTakeDamageInfo const&)
299 CBasePlayer::ShouldFadeOnDeath(void)
300 CBasePlayer::IsFakeClient(void)const
301 CDODPlayer::GetPlayerMins(void)const
302 CDODPlayer::GetPlayerMaxs(void)const
303 CBasePlayer::CalcRoll(QAngle const&,Vector const&,float,float)
304 CBasePlayer::PackDeadPlayerItems(void)
305 CBasePlayer::RemoveAllItems(bool)
306 CBasePlayer::Weapon_SetLast(CBaseCombatWeapon *)
307 CBasePlayer::Weapon_ShouldSetLast(CBaseCombatWeapon *,CBaseCombatWeapon *)
308 CBasePlayer::Weapon_ShouldSelectItem(CBaseCombatWeapon *)
309 CBasePlayer::UpdateClientData(void)
310 CBasePlayer::ExitLadder(void)
311 CBasePlayer::GetLadderSurface(Vector const&)
312 CBasePlayer::SetFlashlightEnabled(bool)
313 CDODPlayer::FlashlightIsOn(void)
314 CDODPlayer::FlashlightTurnOn(void)
315 CDODPlayer::FlashlightTurnOff(void)
316 CBasePlayer::IsIlluminatedByFlashlight(CBaseEntity *,float *)
317 CDODPlayer::UpdateStepSound(surfacedata_t *,Vector const&,Vector const&)
318 CDODPlayer::PlayStepSound(Vector &,surfacedata_t *,float,bool)
319 CBasePlayer::GetStepSoundVelocities(float *,float *)
320 CBasePlayer::SetStepSoundTime(stepsoundtimes_t,bool)
321 CDODPlayer::DeathSound(CTakeDamageInfo const&)
322 CDODPlayer::SetAnimation(PLAYER_ANIM)
323 CBasePlayer::ImpulseCommands(void)
324 CDODPlayer::CheatImpulseCommands(int)
325 CDODPlayer::ClientCommand(CCommand const&)
326 CBasePlayer::StartObserverMode(int)
327 CBasePlayer::StopObserverMode(void)
328 CDODPlayer::ModeWantsSpectatorGUI(int)
329 CDODPlayer::SetObserverMode(int)
330 CBasePlayer::GetObserverMode(void)
331 CBasePlayer::SetObserverTarget(CBaseEntity *)
332 CBasePlayer::ObserverUse(bool)
333 CBasePlayer::GetObserverTarget(void)
334 CBasePlayer::FindNextObserverTarget(bool)
335 CBasePlayer::GetNextObserverSearchStartPoint(bool)
336 CBasePlayer::IsValidObserverTarget(CBaseEntity *)
337 CBasePlayer::CheckObserverSettings(void)
338 CBasePlayer::JumptoPosition(Vector const&,QAngle const&)
339 CBasePlayer::ForceObserverMode(int)
340 CBasePlayer::ResetObserverMode(void)
341 CBasePlayer::ValidateCurrentObserverTarget(void)
342 CDODPlayer::AttemptToExitFreezeCam(void)
343 CDODPlayer::StartReplayMode(float,float,int)
344 CDODPlayer::StopReplayMode(void)
345 CBasePlayer::GetDelayTicks(void)
346 CBasePlayer::GetReplayEntity(void)
347 CBasePlayer::CreateCorpse(void)
348 CDODPlayer::EntSelectSpawnPoint(void)
349 CBasePlayer::GetInVehicle(IServerVehicle *,int)
350 CBasePlayer::LeaveVehicle(Vector const&,QAngle const&)
351 CBasePlayer::OnVehicleStart(void)
352 CBasePlayer::OnVehicleEnd(Vector &)
353 CDODPlayer::BumpWeapon(CBaseCombatWeapon *)
354 CBasePlayer::SelectLastItem(void)
355 CBasePlayer::SelectItem(char const*,int)
356 CBasePlayer::ItemPostFrame(void)
357 CDODPlayer::GiveNamedItem(char const*,int)
358 CDODPlayer::CheckTrainUpdate(void)
359 CBasePlayer::SetPlayerUnderwater(bool)
360 CBasePlayer::CanBreatheUnderwater(void)const
361 CBasePlayer::PlayerUse(void)
362 CDODPlayer::PlayUseDenySound(void)
363 CDODPlayer::FindUseEntity(void)
364 CBasePlayer::IsUseableEntity(CBaseEntity *,unsigned int)
365 CBasePlayer::PickupObject(CBaseEntity *,bool)
366 CBasePlayer::ForceDropOfCarriedPhysObjects(CBaseEntity *)
367 CBasePlayer::GetHeldObjectMass(IPhysicsObject *)
368 CDODPlayer::UpdateGeigerCounter(void)
369 CBasePlayer::GetAutoaimVector(float)
370 CBasePlayer::GetAutoaimVector(float,float)
371 CBasePlayer::GetAutoaimVector(autoaim_params_t &)
372 CBasePlayer::ShouldAutoaim(void)
373 CBasePlayer::ForceClientDllUpdate(void)
374 CBasePlayer::ProcessUsercmds(CUserCmd *,int,int,int,bool)
375 CDODPlayer::PlayerRunCommand(CUserCmd *,IMoveHelper *)
376 CBasePlayer::ChangeTeam(int,bool,bool)
377 CBaseMultiplayerPlayer::CanHearAndReadChatFrom(CBasePlayer *)
378 CBaseMultiplayerPlayer::CanSpeak(void)
379 CBasePlayer::ModifyOrAppendPlayerCriteria(AI_CriteriaSet &)
380 CDODPlayer::CheckChatText(char *,int)
381 CDODPlayer::CreateRagdollEntity(void)
382 CBasePlayer::ShouldAnnounceAchievement(void)
383 CBasePlayer::EquipWearable(CWearableItem *)
384 CBasePlayer::RemoveWearable(CWearableItem *)
385 CBasePlayer::IsFollowingPhysics(void)
386 CDODPlayer::InitVCollision(Vector const&,Vector const&)
387 CBasePlayer::UpdatePhysicsShadowToCurrentPosition(void)
388 CDODPlayer::Hints(void)
389 CDODPlayer::IsReadyToPlay(void)
390 CBasePlayer::IsReadyToSpawn(void)
391 CBasePlayer::ShouldGainInstantSpawn(void)
392 CDODPlayer::ResetPerRoundStats(void)
393 CDODPlayer::ResetScores(void)
394 CBasePlayer::EquipSuit(bool)
395 CBasePlayer::RemoveSuit(void)
396 CDODPlayer::CommitSuicide(bool,bool)
397 CDODPlayer::CommitSuicide(Vector const&,bool,bool)
398 CBasePlayer::IsBot(void)const
399 CBaseMultiplayerPlayer::GetExpresser(void)
400 CBasePlayer::SpawnArmorValue(void)const
401 CBasePlayer::NetworkStateChanged_m_ArmorValue(void)
402 CBasePlayer::NetworkStateChanged_m_ArmorValue(void *)
403 CBasePlayer::HasHaptics(void)
404 CBasePlayer::SetHaptics(bool)
405 CBasePlayer::PlayerSolidMask(bool)const
406 CAI_ExpresserHost<CBasePlayer>::NoteSpeaking(float,float)
407 CAI_ExpresserHost<CBasePlayer>::Speak(char const*,char const*,char *,unsigned int,IRecipientFilter *)
408 CAI_ExpresserHost<CBasePlayer>::PostSpeakDispatchResponse(char const*,AI_Response *)
409 CBaseMultiplayerPlayer::SpeakIfAllowed(char const*,char const*,char *,unsigned int,IRecipientFilter *)
410 CBaseMultiplayerPlayer::SpeakConceptIfAllowed(int,char const*,char *,unsigned int,IRecipientFilter *)
411 CBaseMultiplayerPlayer::CanSpeakVoiceCommand(void)
412 CBaseMultiplayerPlayer::ShouldShowVoiceSubtitleToEnemy(void)
413 CBaseMultiplayerPlayer::NoteSpokeVoiceCommand(char const*)
414 CDODPlayer::OnAchievementEarned(int)
415 CBaseMultiplayerPlayer::GetMultiplayerExpresser(void)
416 CBaseMultiplayerPlayer::CalculateTeamBalanceScore(void)
417 CBaseMultiplayerPlayer::CreateExpresser(void)
418 CDODPlayer::CanHearChatFrom(CBasePlayer *)
</pre>

==Orange Box Beta==
Last Updated 28 June 2008
<pre>
// Auto reconstructed from vtable block @ 0x00C12C60
// from "server_i486.so", by ida_vtables.idc
0 CDODPlayer::~CDODPlayer()
1 CBaseEntity::SetRefEHandle(CBaseHandle const&)
2 CBaseEntity::GetRefEHandle(void)const
3 CBaseEntity::GetCollideable(void)
4 CBaseEntity::GetNetworkable(void)
5 CBaseEntity::GetBaseEntity(void)
6 CBaseEntity::GetModelIndex(void)const
7 CBaseEntity::GetModelName(void)const
8 CBaseEntity::SetModelIndex(int)
9 CDODPlayer::GetServerClass(void)
10 CDODPlayer::YouForgotToImplementOrDeclareServerClass(void)
11 CDODPlayer::GetDataDescMap(void)
12 CBaseAnimating::TestCollision(Ray_t const&,unsigned int,CGameTrace &)
13 CBaseAnimating::TestHitboxes(Ray_t const&,unsigned int,CGameTrace &)
14 CDODPlayer::ComputeWorldSpaceSurroundingBox(Vector *,Vector *)
15 CDODPlayer::ShouldCollide(int,int)const
16 CBaseEntity::SetOwnerEntity(CBaseEntity*)
17 CBasePlayer::ShouldTransmit(CCheckTransmitInfo const*)
18 CBasePlayer::UpdateTransmitState(void)
19 CBaseCombatCharacter::SetTransmit(CCheckTransmitInfo *,bool)
20 CBasePlayer::GetTracerType(void)
21 CDODPlayer::Spawn(void)
22 CDODPlayer::Precache(void)
23 CBasePlayer::SetModel(char const*)
24 CBaseMultiplayerPlayer::PostConstructor(char const*)
25 CBaseEntity::PostClientActive(void)
26 CBaseEntity::ParseMapData(CEntityMapData *)
27 CBaseEntity::KeyValue(char const*,char const*)
28 CBaseEntity::KeyValue(char const*,float)
29 CBaseEntity::KeyValue(char const*,Vector const&)
30 CBaseEntity::GetKeyValue(char const*,char *,int)
31 CBasePlayer::Activate(void)
32 CBaseEntity::SetParent(CBaseEntity*,int)
33 CBasePlayer::ObjectCaps(void)
34 CBaseEntity::AcceptInput(char const*,CBaseEntity*,CBaseEntity*,variant_t,int)
35 CBaseAnimating::GetInputDispatchEffectPosition(char const*,Vector &,QAngle &)
36 CBasePlayer::DrawDebugGeometryOverlays(void)
37 CBaseAnimating::DrawDebugTextOverlays(void)
38 CBasePlayer::Save(ISave &)
39 CBasePlayer::Restore(IRestore &)
40 CBasePlayer::ShouldSavePhysics(void)
41 CBaseEntity::OnSave(IEntitySaveUtils *)
42 CBasePlayer::OnRestore(void)
43 CBasePlayer::RequiredEdictIndex(void)
44 CBaseEntity::MoveDone(void)
45 CBaseEntity::Think(void)
46 CBasePlayer::NetworkStateChanged_m_nNextThinkTick(void)
47 CBasePlayer::NetworkStateChanged_m_nNextThinkTick(void *)
48 CBaseAnimating::GetBaseAnimating(void)
49 CBaseMultiplayerPlayer::GetResponseSystem(void)
50 CAI_ExpresserHost<CBasePlayer>::DispatchResponse(char const*)
51 CBasePlayer::Classify(void)
52 CBaseEntity::DeathNotice(CBaseEntity*)
53 CBaseEntity::ShouldAttractAutoAim(CBaseEntity*)
54 CBaseEntity::GetAutoAimRadius(void)
55 CBaseEntity::GetAutoAimCenter(void)
56 CBaseEntity::GetBeamTraceFilter(void)
57 CBaseEntity::PassesDamageFilter(CTakeDamageInfo const&)
58 CDODPlayer::TraceAttack(CTakeDamageInfo const&,Vector const&,CGameTrace *)
59 CBaseEntity::CanBeHitByMeleeAttack(CBaseEntity*)
60 CDODPlayer::OnTakeDamage(CTakeDamageInfo const&)
61 CBasePlayer::TakeHealth(float,int)
62 CBaseEntity::IsAlive(void)
63 CDODPlayer::Event_Killed(CTakeDamageInfo const&)
64 CBasePlayer::Event_KilledOther(CBaseEntity *,CTakeDamageInfo const&)
65 CBaseCombatCharacter::BloodColor(void)
66 CBaseEntity::IsTriggered(CBaseEntity*)
67 CBaseEntity::IsNPC(void)const
68 CBaseCombatCharacter::MyCombatCharacterPointer(void)
69 CBaseEntity::GetDelay(void)
70 CBaseEntity::IsMoving(void)
71 CBaseEntity::DamageDecal(int,int)
72 CBaseEntity::DecalTrace(CGameTrace *,char const*)
73 CBaseEntity::ImpactTrace(CGameTrace *,int,char *)
74 CBaseEntity::OnControls(CBaseEntity*)
75 CBaseEntity::HasTarget(string_t)
76 CBasePlayer::IsPlayer(void)const
77 CBasePlayer::IsNetClient(void)const
78 CBaseEntity::IsTemplate(void)
79 CBaseEntity::IsBaseObject(void)const
80 CBaseEntity::IsBaseTrain(void)const
81 CBaseEntity::GetServerVehicle(void)
82 CBaseEntity::IsViewable(void)
83 CDODPlayer::ChangeTeam(int)
84 CBaseEntity::OnEntityEvent(EntityEvent_t,void *)
85 CBaseEntity::CanStandOn(CBaseEntity*)const
86 CBaseEntity::CanStandOn(edict_t *)const
87 CBaseEntity::GetEnemy(void)
88 CBaseEntity::GetEnemy(void)const
89 CBaseEntity::Use(CBaseEntity*,CBaseEntity*,USE_TYPE,float)
90 CBaseEntity::StartTouch(CBaseEntity*)
91 CBasePlayer::Touch(CBaseEntity *)
92 CBaseEntity::EndTouch(CBaseEntity*)
93 CBaseEntity::StartBlocked(CBaseEntity*)
94 CBaseEntity::Blocked(CBaseEntity*)
95 CBaseEntity::EndBlocked(void)
96 CBasePlayer::PhysicsSimulate(void)
97 CBasePlayer::UpdateOnRemove(void)
98 CBaseEntity::StopLoopingSounds(void)
99 CBaseEntity::SUB_AllowedToFade(void)
100 CBaseFlex::Teleport(Vector const*,QAngle const*,Vector const*)
101 CBaseEntity::NotifySystemEvent(CBaseEntity*,notify_system_event_t,notify_system_event_params_t const&)
102 CBasePlayer::MakeTracer(Vector const&,CGameTrace const&,int)
103 CBaseEntity::GetTracerAttachment(void)
104 CDODPlayer::FireBullets(FireBulletsInfo_t const&)
105 CBasePlayer::DoImpactEffect(CGameTrace &,int)
106 CBaseEntity::Respawn(void)
107 CBaseEntity::IsLockedByMaster(void)
108 CBaseEntity::GetMaxHealth(void)const
109 CBaseMultiplayerPlayer::ModifyOrAppendCriteria(AI_CriteriaSet &)
110 CBaseEntity::NetworkStateChanged_m_iMaxHealth(void)
111 CBaseEntity::NetworkStateChanged_m_iMaxHealth(void *)
112 CBasePlayer::NetworkStateChanged_m_iHealth(void)
113 CBasePlayer::NetworkStateChanged_m_iHealth(void *)
114 CBasePlayer::NetworkStateChanged_m_lifeState(void)
115 CBasePlayer::NetworkStateChanged_m_lifeState(void *)
116 CBaseEntity::NetworkStateChanged_m_takedamage(void)
117 CBaseEntity::NetworkStateChanged_m_takedamage(void *)
118 CBaseEntity::GetDamageType(void)const
119 CBaseEntity::GetDamage(void)
120 CBaseEntity::SetDamage(float)
121 CBasePlayer::EyePosition(void)
122 CBasePlayer::EyeAngles(void)
123 CBasePlayer::LocalEyeAngles(void)
124 CBaseEntity::EarPosition(void)
125 CBasePlayer::BodyTarget(Vector const&,bool)
126 CBaseEntity::HeadTarget(Vector const&)
127 CBaseEntity::GetVectors(Vector *,Vector *,Vector *)const
128 CBaseEntity::GetViewOffset(void)
129 CBasePlayer::GetSmoothedVelocity(void)
130 CBaseAnimating::GetVelocity(Vector *,Vector *)
131 CBaseCombatCharacter::FVisible(CBaseEntity *,int,CBaseEntity **)
132 CBaseCombatCharacter::FVisible(Vector const&,int,CBaseEntity **)
133 CBaseEntity::CanBeSeenBy(CAI_BaseNPC *)
134 CBaseEntity::GetAttackDamageScale(CBaseEntity*)
135 CBaseEntity::GetReceivedDamageScale(CBaseEntity*)
136 CBaseEntity::GetGroundVelocityToApply(Vector &)
137 CBaseEntity::PhysicsSplash(Vector const&,Vector const&,float,float)
138 CBaseEntity::Splash(void)
139 CBaseEntity::WorldSpaceCenter(void)const
140 CBaseEntity::GetSoundEmissionOrigin(void)const
141 CBaseEntity::CreateVPhysics(void)
142 CBaseEntity::ForceVPhysicsCollide(CBaseEntity*)
143 CBasePlayer::VPhysicsDestroyObject(void)
144 CBasePlayer::VPhysicsUpdate(IPhysicsObject *)
145 CBaseEntity::VPhysicsTakeDamage(CTakeDamageInfo const&)
146 CBaseCombatCharacter::VPhysicsShadowCollision(int,gamevcollisionevent_t *)
147 CDODPlayer::VPhysicsShadowUpdate(IPhysicsObject *)
148 CBasePlayer::VPhysicsCollision(int,gamevcollisionevent_t *)
149 CBaseEntity::VPhysicsFriction(IPhysicsObject *,float,int,int)
150 CBaseEntity::UpdatePhysicsShadowToCurrentPosition(float)
151 CBaseEntity::VPhysicsGetObjectList(IPhysicsObject **,int)
152 CBaseEntity::VPhysicsIsFlesh(void)
153 CBaseEntity::HasPhysicsAttacker(float)
154 CBasePlayer::PhysicsSolidMaskForEntity(void)const
155 CBaseEntity::ResolveFlyCollisionCustom(CGameTrace &,Vector &)
156 CBaseEntity::PerformCustomPhysics(Vector *,Vector *,QAngle *,QAngle *)
157 CBaseAnimating::GetStepOrigin(void)const
158 CBaseAnimating::GetStepAngles(void)const
159 CBaseEntity::ShouldDrawWaterImpacts(void)
160 CBasePlayer::NetworkStateChanged_m_fFlags(void)
161 CBasePlayer::NetworkStateChanged_m_fFlags(void *)
162 CBasePlayer::NetworkStateChanged_m_nWaterLevel(void)
163 CBasePlayer::NetworkStateChanged_m_nWaterLevel(void *)
164 CBasePlayer::NetworkStateChanged_m_hGroundEntity(void)
165 CBasePlayer::NetworkStateChanged_m_hGroundEntity(void *)
166 CBasePlayer::NetworkStateChanged_m_vecBaseVelocity(void)
167 CBasePlayer::NetworkStateChanged_m_vecBaseVelocity(void *)
168 CBasePlayer::NetworkStateChanged_m_flFriction(void)
169 CBasePlayer::NetworkStateChanged_m_flFriction(void *)
170 CBasePlayer::NetworkStateChanged_m_vecVelocity(void)
171 CBasePlayer::NetworkStateChanged_m_vecVelocity(void *)
172 CBasePlayer::NetworkStateChanged_m_vecViewOffset(void)
173 CBasePlayer::NetworkStateChanged_m_vecViewOffset(void *)
174 CBaseAnimating::GetIdealSpeed(void)const
175 CBaseAnimating::GetIdealAccel(void)const
176 CBaseAnimatingOverlay::StudioFrameAdvance(void)
177 CBaseAnimating::IsActivityFinished(void)
178 CBaseAnimating::GetSequenceGroundSpeed(CStudioHdr *,int)
179 CBaseAnimating::ClampRagdollForce(Vector const&,Vector*)
180 CBaseAnimating::BecomeRagdollOnClient(Vector const&)
181 CBaseAnimating::IsRagdoll(void)
182 CBaseAnimating::CanBecomeRagdoll(void)
183 CBaseAnimatingOverlay::GetSkeleton(CStudioHdr *,Vector *,Quaternion *,int)
184 CBaseAnimating::GetBoneTransform(int,matrix3x4_t &)
185 CDODPlayer::SetupBones(matrix3x4_t *,int)
186 CBaseAnimating::CalculateIKLocks(float)
187 CBaseAnimatingOverlay::DispatchAnimEvents(CBaseAnimating *)
188 CBasePlayer::HandleAnimEvent(animevent_t *)
189 CBaseAnimating::PopulatePoseParameters(void)
190 CBaseAnimating::GetAttachment(int,matrix3x4_t &)
191 CBaseAnimating::InitBoneControllers(void)
192 CBaseAnimating::GetGroundSpeedVelocity(void)
193 CBaseAnimating::Ignite(float,bool,float,bool)
194 CBaseAnimating::IgniteLifetime(float)
195 CBaseAnimating::IgniteNumHitboxFires(int)
196 CBaseAnimating::IgniteHitboxFireScale(float)
197 CBaseAnimating::Extinguish(void)
198 CBaseCombatCharacter::SetLightingOriginRelative(CBaseEntity *)
199 CBaseAnimating::SetLightingOrigin(CBaseEntity *)
200 CBaseFlex::SetViewtarget(Vector const&)
201 CBaseFlex::StartSceneEvent(CSceneEventInfo *,CChoreoScene *,CChoreoEvent *,CChoreoActor *,CBaseEntity *)
202 CBaseFlex::ProcessSceneEvents(void)
203 CBaseFlex::ProcessSceneEvent(CSceneEventInfo *,CChoreoScene *,CChoreoEvent *)
204 CBaseFlex::ClearSceneEvent(CSceneEventInfo *,bool,bool)
205 CBaseFlex::CheckSceneEventCompletion(CSceneEventInfo *,float,CChoreoScene *,CChoreoEvent *)
206 CBaseFlex::PlayScene(char const*,float,AI_Response *,IRecipientFilter *)
207 CBaseFlex::PlayAutoGeneratedSoundScene(char const*)
208 CBasePlayer::GetPhysicsImpactDamageTable(void)
209 CBaseCombatCharacter::FInViewCone(CBaseEntity *)
210 CBaseCombatCharacter::FInViewCone(Vector const&)
211 CBaseCombatCharacter::FInAimCone(CBaseEntity *)
212 CBaseCombatCharacter::FInAimCone(Vector const&)
213 CBaseCombatCharacter::ShouldShootMissTarget(CBaseCombatCharacter*)
214 CBaseCombatCharacter::FindMissTarget(void)
215 CBaseCombatCharacter::HandleInteraction(int,void *,CBaseCombatCharacter*)
216 CBasePlayer::BodyAngles(void)
217 CBaseCombatCharacter::BodyDirection2D(void)
218 CBaseCombatCharacter::BodyDirection3D(void)
219 CBaseCombatCharacter::HeadDirection2D(void)
220 CBaseCombatCharacter::HeadDirection3D(void)
221 CBaseCombatCharacter::EyeDirection2D(void)
222 CBaseCombatCharacter::EyeDirection3D(void)
223 CBaseCombatCharacter::GiveAmmo(int,int,bool)
224 CBaseCombatCharacter::NPC_TranslateActivity(Activity)
225 CBaseCombatCharacter::Weapon_TranslateActivity(Activity,bool *)
226 CBaseCombatCharacter::Weapon_FrameUpdate(void)
227 CBaseCombatCharacter::Weapon_HandleAnimEvent(animevent_t *)
228 CBasePlayer::Weapon_CanUse(CBaseCombatWeapon *)
229 CBasePlayer::Weapon_Equip(CBaseCombatWeapon *)
230 CBaseCombatCharacter::Weapon_EquipAmmoOnly(CBaseCombatWeapon *)
231 CBasePlayer::Weapon_Drop(CBaseCombatWeapon *,Vector const*,Vector const*)
232 CBasePlayer::Weapon_Switch(CBaseCombatWeapon *,int)
233 CBasePlayer::Weapon_ShootPosition(void)
234 CDODPlayer::Weapon_CanSwitchTo(CBaseCombatWeapon *)
235 CBaseCombatCharacter::Weapon_SlotOccupied(CBaseCombatWeapon *)
236 CBaseCombatCharacter::Weapon_GetSlot(int)const
237 CBaseCombatCharacter::AddPlayerItem(CBaseCombatWeapon *)
238 CBasePlayer::RemovePlayerItem(CBaseCombatWeapon *)
239 CBaseCombatCharacter::CanBecomeServerRagdoll(void)
240 CDODPlayer::OnTakeDamage_Alive(CTakeDamageInfo const&)
241 CBaseCombatCharacter::OnTakeDamage_Dying(CTakeDamageInfo const&)
242 CBaseCombatCharacter::OnTakeDamage_Dead(CTakeDamageInfo const&)
243 CBaseCombatCharacter::OnFriendDamaged(CBaseCombatCharacter*,CBaseEntity *)
244 CBaseCombatCharacter::NotifyFriendsOfDamage(CBaseEntity *)
245 CBaseCombatCharacter::OnPlayerKilledOther(CBaseEntity *,CTakeDamageInfo const&)
246 CBaseCombatCharacter::GetDeathActivity(void)
247 CBaseCombatCharacter::CorpseGib(CTakeDamageInfo const&)
248 CBaseCombatCharacter::CorpseFade(void)
249 CBaseCombatCharacter::HasHumanGibs(void)
250 CBaseCombatCharacter::HasAlienGibs(void)
251 CBaseCombatCharacter::ShouldGib(CTakeDamageInfo const&)
252 CBaseCombatCharacter::OnKilledNPC(CBaseCombatCharacter*)
253 CBaseCombatCharacter::Event_Gibbed(CTakeDamageInfo const&)
254 CBasePlayer::Event_Dying(void)
255 CBaseCombatCharacter::BecomeRagdoll(CTakeDamageInfo const&,Vector const&)
256 CBaseCombatCharacter::FixupBurningServerRagdoll(CBaseEntity *)
257 CBaseCombatCharacter::BecomeRagdollBoogie(CBaseEntity *,Vector const&,float,int)
258 CBaseCombatCharacter::CheckTraceHullAttack(float,Vector const&,Vector const&,int,int,float,bool)
259 CBaseCombatCharacter::CheckTraceHullAttack(Vector const&,Vector const&,Vector const&,Vector const&,int,int,float,bool)
260 CBaseCombatCharacter::PushawayTouch(CBaseEntity *)
261 CBaseCombatCharacter::IRelationType(CBaseEntity *)
262 CBaseCombatCharacter::IRelationPriority(CBaseEntity *)
263 CBasePlayer::IsInAVehicle(void)const
264 CBasePlayer::GetVehicle(void)
265 CBasePlayer::GetVehicleEntity(void)
266 CBaseCombatCharacter::ExitVehicle(void)
267 CBaseCombatCharacter::CalcWeaponProficiency(CBaseCombatWeapon *)
268 CBaseCombatCharacter::GetAttackSpread(CBaseCombatWeapon *,CBaseEntity *)
269 CBaseCombatCharacter::GetSpreadBias(CBaseCombatWeapon *,CBaseEntity *)
270 CBasePlayer::DoMuzzleFlash(void)
271 CBaseCombatCharacter::AddEntityRelationship(CBaseEntity *,Disposition_t,int)
272 CBaseCombatCharacter::RemoveEntityRelationship(CBaseEntity *)
273 CBaseCombatCharacter::AddClassRelationship(Class_T,Disposition_t,int)
274 CBaseCombatCharacter::OnChangeActiveWeapon(CBaseCombatWeapon *,CBaseCombatWeapon *)
275 CBasePlayer::NetworkStateChanged_m_iAmmo(void)
276 CBasePlayer::NetworkStateChanged_m_iAmmo(void *)
277 CDODPlayer::CreateViewModel(int)
278 CDODPlayer::SetupVisibility(CBaseEntity *,unsigned char *,int)
279 CDODPlayer::WantsLagCompensationOnEntity(CBasePlayer const*,CUserCmd const*,CBitVec<2048> const*)const
280 CDODPlayer::SharedSpawn(void)
281 CBasePlayer::ForceRespawn(void)
282 CDODPlayer::InitialSpawn(void)
283 CBasePlayer::InitHUD(void)
284 CBasePlayer::ShowViewPortPanel(char const*,bool,KeyValues *)
285 CDODPlayer::PlayerDeathThink(void)
286 CBasePlayer::Jump(void)
287 CBasePlayer::Duck(void)
288 CDODPlayer::PreThink(void)
289 CDODPlayer::PostThink(void)
290 CBasePlayer::DamageEffect(float,int)
291 CDODPlayer::OnDamagedByExplosion(CTakeDamageInfo const&)
292 CBasePlayer::ShouldFadeOnDeath(void)
293 CBasePlayer::IsFakeClient(void)const
294 CDODPlayer::GetPlayerMins(void)const
295 CDODPlayer::GetPlayerMaxs(void)const
296 CBasePlayer::CalcRoll(QAngle const&,Vector const&,float,float)
297 CBasePlayer::PackDeadPlayerItems(void)
298 CBasePlayer::RemoveAllItems(bool)
299 CBasePlayer::Weapon_SetLast(CBaseCombatWeapon *)
300 CBasePlayer::Weapon_ShouldSetLast(CBaseCombatWeapon *,CBaseCombatWeapon *)
301 CBasePlayer::Weapon_ShouldSelectItem(CBaseCombatWeapon *)
302 CBasePlayer::UpdateClientData(void)
303 CBasePlayer::ExitLadder(void)
304 CBasePlayer::GetLadderSurface(Vector const&)
305 CBasePlayer::SetFlashlightEnabled(bool)
306 CDODPlayer::FlashlightIsOn(void)
307 CDODPlayer::FlashlightTurnOn(void)
308 CDODPlayer::FlashlightTurnOff(void)
309 CBasePlayer::IsIlluminatedByFlashlight(CBaseEntity *,float *)
310 CDODPlayer::UpdateStepSound(surfacedata_t *,Vector const&,Vector const&)
311 CDODPlayer::PlayStepSound(Vector &,surfacedata_t *,float,bool)
312 CBasePlayer::GetStepSoundVelocities(float *,float *)
313 CBasePlayer::SetStepSoundTime(stepsoundtimes_t,bool)
314 CDODPlayer::DeathSound(CTakeDamageInfo const&)
315 CDODPlayer::SetAnimation(PLAYER_ANIM)
316 CBasePlayer::ImpulseCommands(void)
317 CDODPlayer::CheatImpulseCommands(int)
318 CDODPlayer::ClientCommand(CCommand const&)
319 CBasePlayer::StartObserverMode(int)
320 CBasePlayer::StopObserverMode(void)
321 CDODPlayer::ModeWantsSpectatorGUI(int)
322 CDODPlayer::SetObserverMode(int)
323 CBasePlayer::GetObserverMode(void)
324 CBasePlayer::SetObserverTarget(CBaseEntity *)
325 CBasePlayer::ObserverUse(bool)
326 CBasePlayer::GetObserverTarget(void)
327 CBasePlayer::FindNextObserverTarget(bool)
328 CBasePlayer::GetNextObserverSearchStartPoint(bool)
329 CBasePlayer::IsValidObserverTarget(CBaseEntity *)
330 CBasePlayer::CheckObserverSettings(void)
331 CBasePlayer::JumptoPosition(Vector const&,QAngle const&)
332 CBasePlayer::ForceObserverMode(int)
333 CBasePlayer::ResetObserverMode(void)
334 CBasePlayer::ValidateCurrentObserverTarget(void)
335 CDODPlayer::AttemptToExitFreezeCam(void)
336 CDODPlayer::StartReplayMode(float,float,int)
337 CDODPlayer::StopReplayMode(void)
338 CBasePlayer::GetDelayTicks(void)
339 CBasePlayer::GetReplayEntity(void)
340 CBasePlayer::CreateCorpse(void)
341 CDODPlayer::EntSelectSpawnPoint(void)
342 CBasePlayer::GetInVehicle(IServerVehicle *,int)
343 CBasePlayer::LeaveVehicle(Vector const&,QAngle const&)
344 CBasePlayer::OnVehicleStart(void)
345 CBasePlayer::OnVehicleEnd(Vector &)
346 CDODPlayer::BumpWeapon(CBaseCombatWeapon *)
347 CBasePlayer::SelectLastItem(void)
348 CBasePlayer::SelectItem(char const*,int)
349 CBasePlayer::ItemPostFrame(void)
350 CDODPlayer::GiveNamedItem(char const*,int)
351 CDODPlayer::CheckTrainUpdate(void)
352 CBasePlayer::SetPlayerUnderwater(bool)
353 CBasePlayer::CanBreatheUnderwater(void)const
354 CBasePlayer::PlayerUse(void)
355 CDODPlayer::PlayUseDenySound(void)
356 CDODPlayer::FindUseEntity(void)
357 CBasePlayer::IsUseableEntity(CBaseEntity *,unsigned int)
358 CBasePlayer::PickupObject(CBaseEntity *,bool)
359 CBasePlayer::ForceDropOfCarriedPhysObjects(CBaseEntity *)
360 CBasePlayer::GetHeldObjectMass(IPhysicsObject *)
361 CDODPlayer::UpdateGeigerCounter(void)
362 CBasePlayer::GetAutoaimVector(float)
363 CBasePlayer::GetAutoaimVector(float,float)
364 CBasePlayer::GetAutoaimVector(autoaim_params_t &)
365 CBasePlayer::ShouldAutoaim(void)
366 CBasePlayer::ForceClientDllUpdate(void)
367 CBasePlayer::ProcessUsercmds(CUserCmd *,int,int,int,bool)
368 CDODPlayer::PlayerRunCommand(CUserCmd *,IMoveHelper *)
369 CBasePlayer::ChangeTeam(int,bool)
370 CBaseMultiplayerPlayer::CanHearAndReadChatFrom(CBasePlayer *)
371 CBaseMultiplayerPlayer::CanSpeak(void)
372 CBasePlayer::ModifyOrAppendPlayerCriteria(AI_CriteriaSet &)
373 CDODPlayer::CheckChatText(char *,int)
374 CDODPlayer::CreateRagdollEntity(void)
375 CBasePlayer::ShouldAnnounceAchievement(void)
376 CBasePlayer::IsFollowingPhysics(void)
377 CDODPlayer::InitVCollision(Vector const&,Vector const&)
378 CBasePlayer::UpdatePhysicsShadowToCurrentPosition(void)
379 CDODPlayer::Hints(void)
380 CDODPlayer::IsReadyToPlay(void)
381 CBasePlayer::IsReadyToSpawn(void)
382 CBasePlayer::ShouldGainInstantSpawn(void)
383 CDODPlayer::ResetPerRoundStats(void)
384 CDODPlayer::ResetScores(void)
385 CBasePlayer::EquipSuit(bool)
386 CBasePlayer::RemoveSuit(void)
387 CDODPlayer::CommitSuicide(bool,bool)
388 CDODPlayer::CommitSuicide(Vector const&,bool,bool)
389 CBasePlayer::IsBot(void)const
390 CBaseMultiplayerPlayer::GetExpresser(void)
391 CBasePlayer::SpawnArmorValue(void)const
392 CBasePlayer::NetworkStateChanged_m_ArmorValue(void)
393 CBasePlayer::NetworkStateChanged_m_ArmorValue(void *)
394 CAI_ExpresserHost<CBasePlayer>::NoteSpeaking(float,float)
395 CAI_ExpresserHost<CBasePlayer>::Speak(char const*,char const*,char *,unsigned int,IRecipientFilter *)
396 CAI_ExpresserHost<CBasePlayer>::PostSpeakDispatchResponse(char const*,AI_Response *)
397 CBaseMultiplayerPlayer::SpeakIfAllowed(char const*,char const*,char *,unsigned int,IRecipientFilter *)
398 CBaseMultiplayerPlayer::SpeakConceptIfAllowed(int,char const*,char *,unsigned int,IRecipientFilter *)
399 CBaseMultiplayerPlayer::CanSpeakVoiceCommand(void)
400 CBaseMultiplayerPlayer::ShouldShowVoiceSubtitleToEnemy(void)
401 CBaseMultiplayerPlayer::NoteSpokeVoiceCommand(char const*)
402 CDODPlayer::OnAchievementEarned(int)
403 CBaseMultiplayerPlayer::GetMultiplayerExpresser(void)
404 CBaseMultiplayerPlayer::CalculateTeamBalanceScore(void)
405 CBaseMultiplayerPlayer::CreateExpresser(void)
406 CDODPlayer::CanHearChatFrom(CBasePlayer *)
</pre>

CTFPlayer Offset List (Team Fortress 2)

2009-08-14T14:45:33Z

DJ Tsunami:

Also for use when using [[Virtual Offsets (Source Mods)|virtual offsets]].

These are the Windows offsets. Linux offsets are 1 greater.

== The List ==
This comes from the symbol tables, so you'll have to look in the SDK for return types.

Last Updated 14 August 2009

<pre>
// Auto reconstructed from vtable block @ 0x00DE0A60
// from "server_i486.so", by ida_vtables.idc
0 CTFPlayer::~CTFPlayer()
1 CBaseEntity::SetRefEHandle(CBaseHandle const&)
2 CBaseEntity::GetRefEHandle(void)const
3 CBaseEntity::GetCollideable(void)
4 CBaseEntity::GetNetworkable(void)
5 CBaseEntity::GetBaseEntity(void)
6 CBaseEntity::GetModelIndex(void)const
7 CBaseEntity::GetModelName(void)const
8 CBaseEntity::SetModelIndex(int)
9 CTFPlayer::GetServerClass(void)
10 CTFPlayer::YouForgotToImplementOrDeclareServerClass(void)
11 CTFPlayer::GetDataDescMap(void)
12 CBaseAnimating::TestCollision(Ray_t const&,unsigned int,CGameTrace &)
13 CBaseAnimating::TestHitboxes(Ray_t const&,unsigned int,CGameTrace &)
14 CBaseEntity::ComputeWorldSpaceSurroundingBox(Vector *,Vector *)
15 CTFPlayer::ShouldCollide(int,int)const
16 CBaseEntity::SetOwnerEntity(CBaseEntity*)
17 CBasePlayer::ShouldTransmit(CCheckTransmitInfo const*)
18 CBasePlayer::UpdateTransmitState(void)
19 CBaseCombatCharacter::SetTransmit(CCheckTransmitInfo *,bool)
20 CBasePlayer::GetTracerType(void)
21 CTFPlayer::Spawn(void)
22 CTFPlayer::Precache(void)
23 CBasePlayer::SetModel(char const*)
24 CBaseMultiplayerPlayer::PostConstructor(char const*)
25 CBaseEntity::PostClientActive(void)
26 CBaseEntity::ParseMapData(CEntityMapData *)
27 CBaseEntity::KeyValue(char const*,char const*)
28 CBaseEntity::KeyValue(char const*,float)
29 CBaseEntity::KeyValue(char const*,Vector const&)
30 CBaseEntity::GetKeyValue(char const*,char *,int)
31 CBasePlayer::Activate(void)
32 CBaseEntity::SetParent(CBaseEntity*,int)
33 CBasePlayer::ObjectCaps(void)
34 CBaseEntity::AcceptInput(char const*,CBaseEntity*,CBaseEntity*,variant_t,int)
35 CBaseAnimating::GetInputDispatchEffectPosition(char const*,Vector &,QAngle &)
36 CBasePlayer::DrawDebugGeometryOverlays(void)
37 CTFPlayer::DrawDebugTextOverlays(void)
38 CBasePlayer::Save(ISave &)
39 CBasePlayer::Restore(IRestore &)
40 CBasePlayer::ShouldSavePhysics(void)
41 CBaseEntity::OnSave(IEntitySaveUtils *)
42 CBasePlayer::OnRestore(void)
43 CBasePlayer::RequiredEdictIndex(void)
44 CBaseEntity::MoveDone(void)
45 CBaseEntity::Think(void)
46 CBasePlayer::NetworkStateChanged_m_nNextThinkTick(void)
47 CBasePlayer::NetworkStateChanged_m_nNextThinkTick(void *)
48 CBaseAnimating::GetBaseAnimating(void)
49 CTFPlayer::GetResponseSystem(void)
50 CAI_ExpresserHost<CBasePlayer>::DispatchResponse(char const*)
51 CBasePlayer::Classify(void)
52 CBaseEntity::DeathNotice(CBaseEntity*)
53 CBaseEntity::ShouldAttractAutoAim(CBaseEntity*)
54 CBaseEntity::GetAutoAimRadius(void)
55 CBaseEntity::GetAutoAimCenter(void)
56 CBaseEntity::GetBeamTraceFilter(void)
57 CBaseEntity::PassesDamageFilter(CTakeDamageInfo const&)
58 CTFPlayer::TraceAttack(CTakeDamageInfo const&,Vector const&,CGameTrace *)
59 CBaseEntity::CanBeHitByMeleeAttack(CBaseEntity*)
60 CTFPlayer::OnTakeDamage(CTakeDamageInfo const&)
61 CBaseEntity::AdjustDamageDirection(CTakeDamageInfo const&,Vector &,CBaseEntity*)
62 CTFPlayer::TakeHealth(float,int)
63 CBaseEntity::IsAlive(void)
64 CTFPlayer::Event_Killed(CTakeDamageInfo const&)
65 CTFPlayer::Event_KilledOther(CBaseEntity *,CTakeDamageInfo const&)
66 CBaseCombatCharacter::BloodColor(void)
67 CBaseEntity::IsTriggered(CBaseEntity*)
68 CBaseEntity::IsNPC(void)const
69 CBaseCombatCharacter::MyCombatCharacterPointer(void)
70 CBaseEntity::MyNextBotPointer(void)
71 CBaseEntity::GetDelay(void)
72 CBaseEntity::IsMoving(void)
73 CBaseEntity::DamageDecal(int,int)
74 CBaseEntity::DecalTrace(CGameTrace *,char const*)
75 CBaseEntity::ImpactTrace(CGameTrace *,int,char *)
76 CBaseEntity::OnControls(CBaseEntity*)
77 CBaseEntity::HasTarget(string_t)
78 CBasePlayer::IsPlayer(void)const
79 CBasePlayer::IsNetClient(void)const
80 CBaseEntity::IsTemplate(void)
81 CBaseEntity::IsBaseObject(void)const
82 CBaseEntity::IsBaseTrain(void)const
83 CBaseEntity::IsBaseCombatWeapon(void)const
84 CBaseEntity::IsWearable(void)const
85 CBaseEntity::MyCombatWeaponPointer(void)
86 CBaseEntity::GetServerVehicle(void)
87 CBaseEntity::IsViewable(void)
88 CTFPlayer::ChangeTeam(int)
89 CBaseEntity::OnEntityEvent(EntityEvent_t,void *)
90 CBaseEntity::CanStandOn(CBaseEntity*)const
91 CBaseEntity::CanStandOn(edict_t *)const
92 CBaseEntity::GetEnemy(void)
93 CBaseEntity::GetEnemy(void)const
94 CBaseEntity::Use(CBaseEntity*,CBaseEntity*,USE_TYPE,float)
95 CBaseEntity::StartTouch(CBaseEntity*)
96 CTFPlayer::Touch(CBaseEntity *)
97 CBaseEntity::EndTouch(CBaseEntity*)
98 CBaseEntity::StartBlocked(CBaseEntity*)
99 CBaseEntity::Blocked(CBaseEntity*)
100 CBaseEntity::EndBlocked(void)
101 CBasePlayer::PhysicsSimulate(void)
102 CBasePlayer::UpdateOnRemove(void)
103 CBaseEntity::StopLoopingSounds(void)
104 CBaseEntity::SUB_AllowedToFade(void)
105 CBaseFlex::Teleport(Vector const*,QAngle const*,Vector const*)
106 CBaseEntity::NotifySystemEvent(CBaseEntity*,notify_system_event_t,notify_system_event_params_t const&)
107 CBasePlayer::MakeTracer(Vector const&,CGameTrace const&,int)
108 CBaseEntity::GetTracerAttachment(void)
109 CBaseEntity::FireBullets(FireBulletsInfo_t const&)
110 CBasePlayer::DoImpactEffect(CGameTrace &,int)
111 CBaseEntity::Respawn(void)
112 CBaseEntity::IsLockedByMaster(void)
113 CTFPlayer::GetMaxHealth(void)const
114 CTFPlayer::ModifyOrAppendCriteria(AI_CriteriaSet &)
115 CBaseEntity::NetworkStateChanged_m_iMaxHealth(void)
116 CBaseEntity::NetworkStateChanged_m_iMaxHealth(void *)
117 CBasePlayer::NetworkStateChanged_m_iHealth(void)
118 CBasePlayer::NetworkStateChanged_m_iHealth(void *)
119 CBasePlayer::NetworkStateChanged_m_lifeState(void)
120 CBasePlayer::NetworkStateChanged_m_lifeState(void *)
121 CBaseEntity::NetworkStateChanged_m_takedamage(void)
122 CBaseEntity::NetworkStateChanged_m_takedamage(void *)
123 CBaseEntity::GetDamageType(void)const
124 CBaseEntity::GetDamage(void)
125 CBaseEntity::SetDamage(float)
126 CBasePlayer::EyePosition(void)
127 CBasePlayer::EyeAngles(void)
128 CBasePlayer::LocalEyeAngles(void)
129 CBaseEntity::EarPosition(void)
130 CBasePlayer::BodyTarget(Vector const&,bool)
131 CBaseEntity::HeadTarget(Vector const&)
132 CBaseEntity::GetVectors(Vector *,Vector *,Vector *)const
133 CBaseEntity::GetViewOffset(void)const
134 CBaseEntity::SetViewOffset(Vector const&)
135 CBasePlayer::GetSmoothedVelocity(void)
136 CBaseAnimating::GetVelocity(Vector *,Vector *)
137 CBaseCombatCharacter::FVisible(CBaseEntity *,int,CBaseEntity **)
138 CBaseCombatCharacter::FVisible(Vector const&,int,CBaseEntity **)
139 CBaseEntity::CanBeSeenBy(CAI_BaseNPC *)
140 CBaseEntity::GetAttackDamageScale(CBaseEntity*)
141 CBaseEntity::GetReceivedDamageScale(CBaseEntity*)
142 CBaseEntity::GetGroundVelocityToApply(Vector &)
143 CBaseEntity::PhysicsSplash(Vector const&,Vector const&,float,float)
144 CBaseEntity::Splash(void)
145 CBaseEntity::WorldSpaceCenter(void)const
146 CBaseEntity::GetSoundEmissionOrigin(void)const
147 CBaseEntity::CreateVPhysics(void)
148 CBaseEntity::ForceVPhysicsCollide(CBaseEntity*)
149 CBasePlayer::VPhysicsDestroyObject(void)
150 CBasePlayer::VPhysicsUpdate(IPhysicsObject *)
151 CBaseEntity::VPhysicsTakeDamage(CTakeDamageInfo const&)
152 CBaseCombatCharacter::VPhysicsShadowCollision(int,gamevcollisionevent_t *)
153 CBasePlayer::VPhysicsShadowUpdate(IPhysicsObject *)
154 CBasePlayer::VPhysicsCollision(int,gamevcollisionevent_t *)
155 CBaseEntity::VPhysicsFriction(IPhysicsObject *,float,int,int)
156 CBaseEntity::UpdatePhysicsShadowToCurrentPosition(float)
157 CBaseEntity::VPhysicsGetObjectList(IPhysicsObject **,int)
158 CBaseEntity::VPhysicsIsFlesh(void)
159 CBaseEntity::HasPhysicsAttacker(float)
160 CBasePlayer::PhysicsSolidMaskForEntity(void)const
161 CBaseEntity::ResolveFlyCollisionCustom(CGameTrace &,Vector &)
162 CBaseEntity::PerformCustomPhysics(Vector *,Vector *,QAngle *,QAngle *)
163 CBaseAnimating::GetStepOrigin(void)const
164 CBaseAnimating::GetStepAngles(void)const
165 CBaseEntity::ShouldDrawWaterImpacts(void)
166 CBasePlayer::NetworkStateChanged_m_fFlags(void)
167 CBasePlayer::NetworkStateChanged_m_fFlags(void *)
168 CBasePlayer::NetworkStateChanged_m_nWaterLevel(void)
169 CBasePlayer::NetworkStateChanged_m_nWaterLevel(void *)
170 CBasePlayer::NetworkStateChanged_m_hGroundEntity(void)
171 CBasePlayer::NetworkStateChanged_m_hGroundEntity(void *)
172 CBasePlayer::NetworkStateChanged_m_vecBaseVelocity(void)
173 CBasePlayer::NetworkStateChanged_m_vecBaseVelocity(void *)
174 CBasePlayer::NetworkStateChanged_m_flFriction(void)
175 CBasePlayer::NetworkStateChanged_m_flFriction(void *)
176 CBasePlayer::NetworkStateChanged_m_vecVelocity(void)
177 CBasePlayer::NetworkStateChanged_m_vecVelocity(void *)
178 CBasePlayer::NetworkStateChanged_m_vecViewOffset(void)
179 CBasePlayer::NetworkStateChanged_m_vecViewOffset(void *)
180 CBaseAnimating::GetIdealSpeed(void)const
181 CBaseAnimating::GetIdealAccel(void)const
182 CBaseAnimatingOverlay::StudioFrameAdvance(void)
183 CBaseAnimating::IsActivityFinished(void)
184 CBaseAnimating::GetSequenceGroundSpeed(CStudioHdr *,int)
185 CBaseAnimating::ClampRagdollForce(Vector const&,Vector*)
186 CBaseAnimating::BecomeRagdollOnClient(Vector const&)
187 CBaseAnimating::IsRagdoll(void)
188 CBaseAnimating::CanBecomeRagdoll(void)
189 CBaseAnimatingOverlay::GetSkeleton(CStudioHdr *,Vector *,Quaternion *,int)
190 CBaseAnimating::GetBoneTransform(int,matrix3x4_t &)
191 CBaseAnimating::SetupBones(matrix3x4_t *,int)
192 CBaseAnimating::CalculateIKLocks(float)
193 CBaseAnimatingOverlay::DispatchAnimEvents(CBaseAnimating *)
194 CBasePlayer::HandleAnimEvent(animevent_t *)
195 CBaseAnimating::PopulatePoseParameters(void)
196 CBaseAnimating::GetAttachment(int,matrix3x4_t &)
197 CBaseAnimating::InitBoneControllers(void)
198 CBaseAnimating::GetGroundSpeedVelocity(void)
199 CBaseAnimating::Ignite(float,bool,float,bool)
200 CBaseAnimating::IgniteLifetime(float)
201 CBaseAnimating::IgniteNumHitboxFires(int)
202 CBaseAnimating::IgniteHitboxFireScale(float)
203 CBaseAnimating::Extinguish(void)
204 CBaseCombatCharacter::SetLightingOriginRelative(CBaseEntity *)
205 CBaseAnimating::SetLightingOrigin(CBaseEntity *)
206 CBaseFlex::SetViewtarget(Vector const&)
207 CBaseFlex::StartSceneEvent(CSceneEventInfo *,CChoreoScene *,CChoreoEvent *,CChoreoActor *,CBaseEntity *)
208 CBaseFlex::ProcessSceneEvents(void)
209 CBaseFlex::ProcessSceneEvent(CSceneEventInfo *,CChoreoScene *,CChoreoEvent *)
210 CBaseFlex::ClearSceneEvent(CSceneEventInfo *,bool,bool)
211 CBaseFlex::CheckSceneEventCompletion(CSceneEventInfo *,float,CChoreoScene *,CChoreoEvent *)
212 CTFPlayer::PlayScene(char const*,float,AI_Response *,IRecipientFilter *)
213 CBaseFlex::PlayAutoGeneratedSoundScene(char const*)
214 CBasePlayer::GetPhysicsImpactDamageTable(void)
215 CBaseCombatCharacter::FInViewCone(CBaseEntity *)
216 CBaseCombatCharacter::FInViewCone(Vector const&)
217 CBaseCombatCharacter::FInAimCone(CBaseEntity *)
218 CBaseCombatCharacter::FInAimCone(Vector const&)
219 CBaseCombatCharacter::ShouldShootMissTarget(CBaseCombatCharacter*)
220 CBaseCombatCharacter::FindMissTarget(void)
221 CBaseCombatCharacter::HandleInteraction(int,void *,CBaseCombatCharacter*)
222 CBasePlayer::BodyAngles(void)
223 CBaseCombatCharacter::BodyDirection2D(void)
224 CBaseCombatCharacter::BodyDirection3D(void)
225 CBaseCombatCharacter::HeadDirection2D(void)
226 CBaseCombatCharacter::HeadDirection3D(void)
227 CBaseCombatCharacter::EyeDirection2D(void)
228 CBaseCombatCharacter::EyeDirection3D(void)
229 CTFPlayer::GiveAmmo(int,int,bool)
230 CBaseCombatCharacter::NPC_TranslateActivity(Activity)
231 CBaseCombatCharacter::Weapon_TranslateActivity(Activity,bool *)
232 CTFPlayer::Weapon_FrameUpdate(void)
233 CTFPlayer::Weapon_HandleAnimEvent(animevent_t *)
234 CBasePlayer::Weapon_CanUse(CBaseCombatWeapon *)
235 CBasePlayer::Weapon_Equip(CBaseCombatWeapon *)
236 CBaseCombatCharacter::Weapon_EquipAmmoOnly(CBaseCombatWeapon *)
237 CTFPlayer::Weapon_Drop(CBaseCombatWeapon *,Vector const*,Vector const*)
238 CTFPlayer::Weapon_Switch(CBaseCombatWeapon *,int)
239 CBasePlayer::Weapon_ShootPosition(void)
240 CBaseCombatCharacter::Weapon_CanSwitchTo(CBaseCombatWeapon *)
241 CBaseCombatCharacter::Weapon_SlotOccupied(CBaseCombatWeapon *)
242 CBaseCombatCharacter::Weapon_GetSlot(int)const
243 CBaseCombatCharacter::AddPlayerItem(CBaseCombatWeapon *)
244 CBasePlayer::RemovePlayerItem(CBaseCombatWeapon *)
245 CBaseCombatCharacter::CanBecomeServerRagdoll(void)
246 CTFPlayer::OnTakeDamage_Alive(CTakeDamageInfo const&)
247 CBaseCombatCharacter::OnTakeDamage_Dying(CTakeDamageInfo const&)
248 CBaseCombatCharacter::OnTakeDamage_Dead(CTakeDamageInfo const&)
249 CBaseCombatCharacter::OnFriendDamaged(CBaseCombatCharacter*,CBaseEntity *)
250 CBaseCombatCharacter::NotifyFriendsOfDamage(CBaseEntity *)
251 CBaseCombatCharacter::OnPlayerKilledOther(CBaseEntity *,CTakeDamageInfo const&)
252 CBaseCombatCharacter::GetDeathActivity(void)
253 CBaseCombatCharacter::CorpseGib(CTakeDamageInfo const&)
254 CBaseCombatCharacter::CorpseFade(void)
255 CBaseCombatCharacter::HasHumanGibs(void)
256 CBaseCombatCharacter::HasAlienGibs(void)
257 CTFPlayer::ShouldGib(CTakeDamageInfo const&)
258 CBaseCombatCharacter::OnKilledNPC(CBaseCombatCharacter*)
259 CBaseCombatCharacter::Event_Gibbed(CTakeDamageInfo const&)
260 CBasePlayer::Event_Dying(void)
261 CBaseCombatCharacter::BecomeRagdoll(CTakeDamageInfo const&,Vector const&)
262 CBaseCombatCharacter::FixupBurningServerRagdoll(CBaseEntity *)
263 CBaseCombatCharacter::BecomeRagdollBoogie(CBaseEntity *,Vector const&,float,int)
264 CBaseCombatCharacter::CheckTraceHullAttack(float,Vector const&,Vector const&,int,int,float,bool)
265 CBaseCombatCharacter::CheckTraceHullAttack(Vector const&,Vector const&,Vector const&,Vector const&,int,int,float,bool)
266 CBaseCombatCharacter::PushawayTouch(CBaseEntity *)
267 CBaseCombatCharacter::IRelationType(CBaseEntity *)
268 CBaseCombatCharacter::IRelationPriority(CBaseEntity *)
269 CBasePlayer::IsInAVehicle(void)const
270 CBasePlayer::GetVehicle(void)
271 CBasePlayer::GetVehicleEntity(void)
272 CBaseCombatCharacter::ExitVehicle(void)
273 CTFPlayer::RemoveAllWeapons(void)
274 CBaseCombatCharacter::CalcWeaponProficiency(CBaseCombatWeapon *)
275 CBaseCombatCharacter::GetAttackSpread(CBaseCombatWeapon *,CBaseEntity *)
276 CBaseCombatCharacter::GetSpreadBias(CBaseCombatWeapon *,CBaseEntity *)
277 CBasePlayer::DoMuzzleFlash(void)
278 CBaseCombatCharacter::AddEntityRelationship(CBaseEntity *,Disposition_t,int)
279 CBaseCombatCharacter::RemoveEntityRelationship(CBaseEntity *)
280 CBaseCombatCharacter::AddClassRelationship(Class_T,Disposition_t,int)
281 CBaseCombatCharacter::OnChangeActiveWeapon(CBaseCombatWeapon *,CBaseCombatWeapon *)
282 CBasePlayer::NetworkStateChanged_m_iAmmo(void)
283 CBasePlayer::NetworkStateChanged_m_iAmmo(void *)
284 CTFPlayer::CreateViewModel(int)
285 CBasePlayer::SetupVisibility(CBaseEntity *,unsigned char *,int)
286 CTFPlayer::WantsLagCompensationOnEntity(CBasePlayer const*,CUserCmd const*,CBitVec<2048> const*)const
287 CBasePlayer::SharedSpawn(void)
288 CTFPlayer::ForceRespawn(void)
289 CTFPlayer::InitialSpawn(void)
290 CBasePlayer::InitHUD(void)
291 CBasePlayer::ShowViewPortPanel(char const*,bool,KeyValues *)
292 CTFPlayer::PlayerDeathThink(void)
293 CBasePlayer::Jump(void)
294 CBasePlayer::Duck(void)
295 CTFPlayer::PreThink(void)
296 CTFPlayer::PostThink(void)
297 CTFPlayer::DamageEffect(float,int)
298 CTFPlayer::OnDamagedByExplosion(CTakeDamageInfo const&)
299 CBasePlayer::ShouldFadeOnDeath(void)
300 CBasePlayer::IsFakeClient(void)const
301 CBasePlayer::GetPlayerMins(void)const
302 CBasePlayer::GetPlayerMaxs(void)const
303 CBasePlayer::CalcRoll(QAngle const&,Vector const&,float,float)
304 CBasePlayer::PackDeadPlayerItems(void)
305 CTFPlayer::RemoveAllItems(bool)
306 CBasePlayer::Weapon_SetLast(CBaseCombatWeapon *)
307 CTFPlayer::Weapon_ShouldSetLast(CBaseCombatWeapon *,CBaseCombatWeapon *)
308 CBasePlayer::Weapon_ShouldSelectItem(CBaseCombatWeapon *)
309 CBasePlayer::UpdateClientData(void)
310 CBasePlayer::ExitLadder(void)
311 CBasePlayer::GetLadderSurface(Vector const&)
312 CBasePlayer::SetFlashlightEnabled(bool)
313 CTFPlayer::FlashlightIsOn(void)
314 CTFPlayer::FlashlightTurnOn(void)
315 CTFPlayer::FlashlightTurnOff(void)
316 CBasePlayer::IsIlluminatedByFlashlight(CBaseEntity *,float *)
317 CBasePlayer::UpdateStepSound(surfacedata_t *,Vector const&,Vector const&)
318 CBasePlayer::PlayStepSound(Vector &,surfacedata_t *,float,bool)
319 CTFPlayer::GetStepSoundVelocities(float *,float *)
320 CTFPlayer::SetStepSoundTime(stepsoundtimes_t,bool)
321 CTFPlayer::DeathSound(CTakeDamageInfo const&)
322 CTFPlayer::SetAnimation(PLAYER_ANIM)
323 CBasePlayer::ImpulseCommands(void)
324 CTFPlayer::CheatImpulseCommands(int)
325 CTFPlayer::ClientCommand(CCommand const&)
326 CBasePlayer::StartObserverMode(int)
327 CBasePlayer::StopObserverMode(void)
328 CTFPlayer::ModeWantsSpectatorGUI(int)
329 CTFPlayer::SetObserverMode(int)
330 CBasePlayer::GetObserverMode(void)
331 CTFPlayer::SetObserverTarget(CBaseEntity *)
332 CBasePlayer::ObserverUse(bool)
333 CBasePlayer::GetObserverTarget(void)
334 CTFPlayer::FindNextObserverTarget(bool)
335 CTFPlayer::GetNextObserverSearchStartPoint(bool)
336 CTFPlayer::IsValidObserverTarget(CBaseEntity *)
337 CTFPlayer::CheckObserverSettings(void)
338 CBasePlayer::JumptoPosition(Vector const&,QAngle const&)
339 CBasePlayer::ForceObserverMode(int)
340 CBasePlayer::ResetObserverMode(void)
341 CTFPlayer::ValidateCurrentObserverTarget(void)
342 CTFPlayer::AttemptToExitFreezeCam(void)
343 CBasePlayer::StartReplayMode(float,float,int)
344 CBasePlayer::StopReplayMode(void)
345 CBasePlayer::GetDelayTicks(void)
346 CBasePlayer::GetReplayEntity(void)
347 CBasePlayer::CreateCorpse(void)
348 CTFPlayer::EntSelectSpawnPoint(void)
349 CBasePlayer::GetInVehicle(IServerVehicle *,int)
350 CBasePlayer::LeaveVehicle(Vector const&,QAngle const&)
351 CBasePlayer::OnVehicleStart(void)
352 CBasePlayer::OnVehicleEnd(Vector &)
353 CTFPlayer::BumpWeapon(CBaseCombatWeapon *)
354 CBasePlayer::SelectLastItem(void)
355 CBasePlayer::SelectItem(char const*,int)
356 CTFPlayer::ItemPostFrame(void)
357 CBasePlayer::GiveNamedItem(char const*,int)
358 CBasePlayer::CheckTrainUpdate(void)
359 CBasePlayer::SetPlayerUnderwater(bool)
360 CBasePlayer::CanBreatheUnderwater(void)const
361 CBasePlayer::PlayerUse(void)
362 CBasePlayer::PlayUseDenySound(void)
363 CBasePlayer::FindUseEntity(void)
364 CBasePlayer::IsUseableEntity(CBaseEntity *,unsigned int)
365 CBasePlayer::PickupObject(CBaseEntity *,bool)
366 CBasePlayer::ForceDropOfCarriedPhysObjects(CBaseEntity *)
367 CBasePlayer::GetHeldObjectMass(IPhysicsObject *)
368 CBasePlayer::UpdateGeigerCounter(void)
369 CBasePlayer::GetAutoaimVector(float)
370 CBasePlayer::GetAutoaimVector(float,float)
371 CBasePlayer::GetAutoaimVector(autoaim_params_t &)
372 CBasePlayer::ShouldAutoaim(void)
373 CBasePlayer::ForceClientDllUpdate(void)
374 CBasePlayer::ProcessUsercmds(CUserCmd *,int,int,int,bool)
375 CBasePlayer::PlayerRunCommand(CUserCmd *,IMoveHelper *)
376 CTFPlayer::ChangeTeam(int,bool,bool)
377 CTFPlayer::CanHearAndReadChatFrom(CBasePlayer *)
378 CBaseMultiplayerPlayer::CanSpeak(void)
379 CBasePlayer::ModifyOrAppendPlayerCriteria(AI_CriteriaSet &)
380 CBasePlayer::CheckChatText(char *,int)
381 CTFPlayer::CreateRagdollEntity(void)
382 CTFPlayer::ShouldAnnounceAchievement(void)
383 CBasePlayer::EquipWearable(CWearableItem *)
384 CBasePlayer::RemoveWearable(CWearableItem *)
385 CBasePlayer::IsFollowingPhysics(void)
386 CBasePlayer::InitVCollision(Vector const&,Vector const&)
387 CBasePlayer::UpdatePhysicsShadowToCurrentPosition(void)
388 CBasePlayer::Hints(void)
389 CTFPlayer::IsReadyToPlay(void)
390 CTFPlayer::IsReadyToSpawn(void)
391 CTFPlayer::ShouldGainInstantSpawn(void)
392 CTFPlayer::ResetPerRoundStats(void)
393 CTFPlayer::ResetScores(void)
394 CBasePlayer::EquipSuit(bool)
395 CBasePlayer::RemoveSuit(void)
396 CTFPlayer::CommitSuicide(bool,bool)
397 CBasePlayer::CommitSuicide(Vector const&,bool,bool)
398 CBasePlayer::IsBot(void)const
399 CBaseMultiplayerPlayer::GetExpresser(void)
400 CBasePlayer::SpawnArmorValue(void)const
401 CBasePlayer::NetworkStateChanged_m_ArmorValue(void)
402 CBasePlayer::NetworkStateChanged_m_ArmorValue(void *)
403 CBasePlayer::HasHaptics(void)
404 CBasePlayer::SetHaptics(bool)
405 CBasePlayer::PlayerSolidMask(bool)const
406 CAI_ExpresserHost<CBasePlayer>::NoteSpeaking(float,float)
407 CAI_ExpresserHost<CBasePlayer>::Speak(char const*,char const*,char *,unsigned int,IRecipientFilter *)
408 CAI_ExpresserHost<CBasePlayer>::PostSpeakDispatchResponse(char const*,AI_Response *)
409 CBaseMultiplayerPlayer::SpeakIfAllowed(char const*,char const*,char *,unsigned int,IRecipientFilter *)
410 CTFPlayer::SpeakConceptIfAllowed(int,char const*,char *,unsigned int,IRecipientFilter *)
411 CTFPlayer::CanSpeakVoiceCommand(void)
412 CTFPlayer::ShouldShowVoiceSubtitleToEnemy(void)
413 CTFPlayer::NoteSpokeVoiceCommand(char const*)
414 CTFPlayer::OnAchievementEarned(int)
415 CBaseMultiplayerPlayer::GetMultiplayerExpresser(void)
416 CTFPlayer::CalculateTeamBalanceScore(void)
417 CBaseMultiplayerPlayer::CreateExpresser(void)
418 CTFPlayer::DetermineAssistForKill(CTFPlayer*)
419 CTFPlayer::SetNumberofDominations(int)
420 CTFPlayer::GetNumberofDominations(void)
421 CTFPlayer::GetAttributeManager(void)
422 CTFPlayer::GetAttributeContainer(void)
423 CTFPlayer::GetAttributeOwner(void)
424 CTFPlayer::ReapplyProvision(void)
425 CTFPlayer::InventoryUpdated(CPlayerInventory *,EItemRequestResult)
426 CTFPlayer::GiveNamedItem(char const*,int,CScriptCreatedItem *,bool)
</pre>

Compiling SourceMod Plugins

2009-03-09T15:21:43Z

DJ Tsunami:

Ok, so you've read the [[Introduction to SourcePawn]] and [[Introduction to SourceMod Plugins]] and now you want to actually compile a plugin.

You'll need the compiler which is included in the .../sourcemod/scripting/ folder of the [http://www.sourcemod.net/downloads.php main distribution] (not the [http://www.sourcemod.net/sdk.php SDK]). Windows users will need [http://www.7-zip.org/ 7-zip] to extract the .tar.gz files.

In Windows, open up a command prompt (Start->Run or WindowsKey+R, then "cmd"):
cd <sourcemod>\scripting
spcomp myplugin.sp
[http://www.computerhope.com/cdhlp.htm cd command reference]

In Linux use:
./compile.sh myplugin.sp

Now simply move the .smx (not .sp) file from .../sourcemod/scripting/ to the .../sourcemod/plugins/ folder.

[http://forums.alliedmods.net/showthread.php?t=52664 Reference Source]

See Also: [http://forums.alliedmods.net/forumdisplay.php?f=107 Scripting Forum]

Installing SourceMod

2009-01-05T20:47:36Z

DJ Tsunami: /* Local Server */

Installing SourceMod is very simple, and it can be added with almost no configuration changes.

=Prerequisites=
SourceMod requires [[Metamod:Source]] 1.4.3 or higher. [http://www.metamodsource.net/ Click here] to visit the Metamod:Source homepage. Instructions to install SourceMM muanually can be found [http://wiki.alliedmods.net/index.php/Installing_Metamod:Source here].

SourceMod will run on any mod built using the Source SDK. It also supports "The Ship," which uses the Source engine.

=Uploading/Installing=
==Local Server==
To install SourceMod locally, simply extract the <tt>.zip</tt> (Windows) or <tt>.tar.gz</tt> (Linux) package to your mod folder (i.e. <tt>cstrike</tt> for Counter-Strike, <tt>dod</tt> for Day of Defeat, et cetera).

==Remote Server==
To install SourceMod remotely, first extract the <tt>.zip</tt> (Windows) or <tt>.tar.gz</tt> (Linux) package to your local computer (for example, your Desktop). You will see an <tt>addons</tt> folder.

Using a tool such as [http://www.google.com/search?q=FTP FTP], locate your mod folder (i.e. <tt>cstrike</tt> for Counter-Strike, <tt>dod</tt> for Day of Defeat, et cetera). Underneath this folder, you should have an <tt>addons</tt> folder (if not, Metamod:Source is probably not installed). From your local <tt>addons</tt> folder, upload the entire contents to your remote <tt>addons</tt> folder. When done, your remote <tt>addons</tt> folder should have a <tt>sourcemod</tt> folder.

If you have trouble with these steps, you need to get acquainted with FTP and server management. However, you can also ask your server provider for help. Some providers also have web interfaces for managing your server.

=Checking the Install=
Your folder layout should look like:
*<tt>[mod]</tt> - Your mod's folder
**<tt>addons</tt>
***<tt>metamod</tt> - Metamod:Source
***<tt>sourcemod</tt> - SourceMod

Once SourceMod is uploaded/copied and configured with Metamod:Source, restart your server completely. If it is local, shut it down and restart it. If it is remote, you may need to ask your server provider for help. However, it is often safe to issue a "quit" command via [[rcon]], and most providers will automatically restart your server.

First, in your [[server console]] (not client console), type:
<pre>meta list</pre>

If the install worked, you will see something like:
<pre>] meta list
Listing 1 plugin:
[01] SourceMod (1.1.0.2489) by AlliedModders LLC</pre>

You should then be able to use the SourceMod root console command, which can be invoked with simply:
<pre>sm</pre>

For example:
<pre>] sm version
SourceMod Version Information:
SourceMod Version: 1.1.0.2489
SourcePawn Engine: SourcePawn 1.1, jit-x86 (build 1.1.0-svn)
SourcePawn API: v1 = 4, v2 = 2
Compiled on: Sep 5 2008 02:02:12
http://www.sourcemod.net/
</pre>

Lastly, assuming you have already setup your administration user, you can test the in game menu by joining the server, and in the client console type the following:
<pre>sm_admin</pre>
You should see a menu popup with all you options.

=Troubleshooting=
If the install failed, you will generally see one of four symptoms.

==Metamod reports NOFILE or FAILED==
If "meta list" replies with something like this:
<pre>] meta list
-Id- Name Version Author Status
[01] - - - NOFILE </pre>

Most likely, either the files are not located in the correct place, or the file could not be loaded. For more information, use the following command (except use the correct list number):
<pre>meta list 1</pre>

==Metamod lists no plugins==
If "meta list" replies with something like this:
<pre>] meta list
-Id- Name Version Author Status </pre>

You forgot to add SourceMod to the <tt>addons/metamod/metaplugins.ini</tt> file.
Or if that doesn't fix your problem, make sure you are using the correct build of Sourcemod (zip = windows, tar = linux).

==Metamod says nothing==
If "meta list" has no reply at all, Metamod:Source is not properly installed. [http://wiki.alliedmods.net/index.php/Installing_SourceMM This wiki page] may provide you with clues on how to solve this problem.

=Support=
See [[SourceMod Support]].

[[Category:SourceMod Documentation]]