void mctf()
{
if( match_in_progress && !k_matchLess )
return;
if ( !isCTF() ) {
G_sprint ( self, 2, "Can't do this in non CTF mode\n" );
return;
}
if ( !cvar("k_ctf_hook") && !cvar("k_ctf_runes") ) {
G_sprint ( self, 2, "Already done\n" );
return;
}
cvar_fset("k_ctf_hook", 0);
cvar_fset("k_ctf_runes", 0);
G_sprint ( self, 2, "%s turn off: %s\n", getname(self), redtext("hook & runes") );
// In matchless mode, toggling runes and hook normally won't do anything since match is already in progress. Call this to handle this scenario.
if (k_matchLess)
{
// If a player is carrying a rune when runes are disabled, get rid of it
if (!cvar("k_ctf_runes")) {
gedict_t * p;
for (p = world; (p = find_plr(p)); ) {
p->ctf_flag -= (p->ctf_flag & (CTF_RUNE_MASK));
p->maxspeed = cvar("sv_maxspeed"); // Reset speed, in case was carrying haste
}
}
SpawnRunes( 0 );
AddHook ( false );
}
}
MouseEventTool::MouseEventTool()
{
pid_ = GetCurrentProcessId();
remapping_ = new AppSignalPairVec[NUM_WM_MESSAGES];
prevMousePoint_.x = -1;
prevMousePoint_.y = -1;
AddHook();
}
void nohook()
{
if( match_in_progress && !k_matchLess )
return;
if ( !isCTF() ) {
G_sprint ( self, 2, "Can't do this in non CTF mode\n" );
return;
}
cvar_toggle_msg( self, "k_ctf_hook", redtext("hook") );
// In matchless mode, toggling hook normally won't do anything since match is already in progress. Call this to handle this scenario.
if (k_matchLess) {
if ( cvar("k_ctf_hook") ) {
AddHook( true );
}
else {
AddHook( false );
}
}
}
BOOL CApiHookMgr::HookImport(
PCSTR pszCalleeModName,
PCSTR pszFuncName,
PROC pfnHook
)
{
CLockMgr<CCSWrapper> lockMgr(sm_CritSec, TRUE);
BOOL bResult = FALSE;
PROC pfnOrig = NULL;
try
{
if (!sm_pHookedFunctions->GetHookedFunction(
pszCalleeModName,
pszFuncName
))
{
pfnOrig = GetProcAddressWindows(
::GetModuleHandleA(pszCalleeModName),
pszFuncName
);
//
// It's possible that the requested module is not loaded yet
// so lets try to load it.
//
if (NULL == pfnOrig)
{
HMODULE hmod = ::LoadLibraryA(pszCalleeModName);
if (NULL != hmod)
pfnOrig = GetProcAddressWindows(
::GetModuleHandleA(pszCalleeModName),
pszFuncName
);
} // if
if (NULL != pfnOrig)
bResult = AddHook(
pszCalleeModName,
pszFuncName,
pfnOrig,
pfnHook
);
} // if
}
catch(...)
{
} // try..catch
return bResult;
}
MouseEventTool::MouseEventTool() {
isFullScreen_ = false;
// printWindowRefs();
for (int i = 0; i < NUM_WM_MESSAGES; ++i) {
buttonMapping_[i] = -1;
}
prevX_ = -1;
prevY_ = -1;
windowNumber_ = NULL;
AddHook();
}
void SetWin32Handler(HINSTANCE hInstance)
{
static bool called = false;
if (called)
return;
called = true;
s_win32Displayer.SetInstance(hInstance);
InfoProviders::Win32ThreadIdInfoProvider::SetMainThreadId(GetCurrentThreadId());
AddInfoProvider(&s_lastErrorInfoProvider);
AddHook(&s_lastErrorHook);
AddInfoProvider(&s_threadIdInfoProvider);
AddInfoProvider(&s_timeInfoProvider);
AddInfoProvider(&s_processIdInfoProvider);
AddInfoProvider(&s_OSVersionInfoProvider);
AddInfoProvider(&s_processorInfoProvider);
AddInfoProvider(&s_currentDirectoryInfoProvider);
AddInfoProvider(&s_userNameInfoProvider);
AddInfoProvider(&s_computerNameInfoProvider);
AddInfoProvider(&s_totalMemoryInfoProvider);
AddInfoProvider(&s_freeMemoryInfoProvider);
// Add a Win32DiskInfoProvider and Win32FreeDiskSpaceInfoProvider
// for every drive.
for (char drive='a'; drive<='z'; ++drive)
{
if (UseDrive(drive))
CheckDrive(drive);
}
// this loop supposes that the number of elements in
// s_diskInfoProviders and s_freeDiskSpaceInfoProviders
// are the same - adjust if this would no longer be the case!
for (size_t idx=0; idx<s_diskInfoProviders.size(); ++idx)
{
AddInfoProvider(&s_diskInfoProviders[idx]);
AddInfoProvider(&s_freeDiskSpaceInfoProviders[idx]);
}
// add logger after infoproviders, so the information in them
// is logged to it
AddLogger(&s_win32Trace);
}
bool Command::AddPosthook(CommandHook* hook)
{
return AddHook(hook, &_posthook);
}
bool Command::AddPrehook(CommandHook* hook)
{
return AddHook(hook, &_prehook);
}
void child_init()
{
AddHook(HOOK_PRE_PRIVMSG,&badwords,"badwords",modname);
}
