/*
* NotifyHandler - call back routine for notifications
*/
BOOL __export FAR PASCAL NotifyHandler( WORD id, DWORD data )
{
notify *ptr;
if( id == NFY_TASKIN || id == NFY_TASKOUT ) {
if( GetCurrentTask() == ourTask ) {
if( id == NFY_TASKIN ) {
UnPauseSampler();
} else {
PauseSampler();
}
}
return( FALSE );
}
PauseSampler();
ptr = getNotifyData( data );
switch( id ) {
case NFY_STARTDLL:
_fmemcpy( &ptr->startdll, (LPVOID) data, sizeof( NFYSTARTDLL ) );
MyModuleFindHandle( &ptr->me, ptr->startdll.hModule );
HandleLibLoad( SAMP_CODE_LOAD, ptr->startdll.hModule );
break;
case NFY_STARTTASK:
if( ourTask == NULL ) { // handle spawned tasks
ourTask = GetCurrentTask();
MyTaskFindHandle( &ptr->te, ptr->task );
MyModuleFindHandle( &ptr->me, ptr->te.hModule );
HandleLibLoad( SAMP_MAIN_LOAD, ptr->te.hModule );
StartSampler();
} else {
MyTaskFindHandle( &ptr->te, ptr->task );
MyModuleFindHandle( &ptr->me, ptr->te.hModule );
HandleLibLoad( SAMP_CODE_LOAD, ptr->te.hModule );
}
break;
case NFY_EXITTASK:
if( GetCurrentTask() == ourTask ) { // handle spawned tasks
QuitSampler( &TotalTime );
SharedMemory->TaskEnded = TRUE;
}
break;
}
UnPauseSampler();
return( FALSE );
} /* NotifyHandler */
/*
* NotifyHandler - call back routine for notifications
*/
BOOL __export FAR PASCAL NotifyHandler( WORD id, DWORD data )
{
BOOL rc;
LPSTR src;
notify *ptr;
ptr = getNotifyData( data );
switch( id ) {
case NFY_OUTSTR:
src = (LPSTR) data;
while( *src ) {
if( outPos < MAX_STR-1 ) {
outBuff[ outPos++ ] = *src;
}
src++;
}
break;
case NFY_STARTDLL:
memcpy( &ptr->startdll, (LPVOID) data, sizeof( NFYSTARTDLL ) );
MyModuleFindHandle( &ptr->me, ptr->startdll.hModule );
break;
case NFY_DELMODULE:
MyModuleFindHandle( &ptr->me, (HMODULE)data );
break;
case NFY_RIP:
memcpy( &ptr->rip, (LPVOID) data, sizeof( NFYRIP ) );
MyTaskFindHandle( &ptr->te, ptr->task );
MyModuleFindHandle( &ptr->me, ptr->te.hModule );
break;
case NFY_STARTTASK:
MyTaskFindHandle( &ptr->te, ptr->task );
MyModuleFindHandle( &ptr->me, ptr->te.hModule );
break;
}
PostMessage( MainWindow, WM_USER, id, (LPARAM)ptr );
rc = 0;
if( id == NFY_INCHAR ) {
rc = 'i';
}
if( WDebug386 && !AlwaysRespondToDebugInChar ) {
if( IsDebuggerExecuting != NULL && IsDebuggerExecuting() ) {
rc = 0;
}
}
return( rc );
} /* NotifyHandler */
/*
* HandleLibLoad - process library loaded
*/
void HandleLibLoad( int type, HANDLE hmod )
{
static MODULEENTRY me;
if( MyModuleFindHandle( &me, hmod ) ) {
newModule( hmod, me.szExePath, type );
}
} /* HandleLibLoad */
/*
* FindModuleName - find the name of the owner of a piece of memory.
* modhdl may be a task id or a module id so we try both
*/
static void FindModuleName( char *buf, HANDLE modhdl ) {
MODULEENTRY me;
TASKENTRY te;
if( MyModuleFindHandle( &me, modhdl ) ) {
strcpy( buf, me.szModule );
buf[MAX_MODULE_NAME]=0;
} else if( MyTaskFindHandle( &te, modhdl ) ) {
strcpy( buf, te.szModule );
buf[MAX_MODULE_NAME]=0;
} else {
buf[0] = '\0';
}
}
BOOL GetDGroupItem( char *owner, heap_list *hl ) {
MODULEENTRY me;
MyGlobalFirst( &( hl->info.ge ), GLOBAL_ALL );
do {
if( hl->info.ge.wType == GT_DGROUP ) {
if( hl->info.ge.hOwner != NULL ) {
if( MyModuleFindHandle( &me, hl->info.ge.hOwner ) ) {
if( strcmp( me.szModule, owner ) == 0 ) {
strcpy( hl->szModule , owner );
hl->szModule[MAX_MODULE_NAME]=0;
return( TRUE );
}
}
}
}
} while( MyGlobalNext( &hl->info.ge, GLOBAL_ALL ) );
return( FALSE );
}
