/*!
remove a NativeWindow -> QTMovieWindowH association
*/
void unregister_QTMovieWindowH_from_NativeWindow( NativeWindow hwnd )
{
if( nw2q_initialised && hwnd && hwnd2qtwmh.count(hwnd) ){
hwnd2qtwmh.erase(hwnd);
hwnd2qtwmh.resize(0);
}
}
/*!
unregisters a QTMovieWindowH from Movie association
*/
void unregister_QTMovieWindowH_for_Movie( Movie movie )
{
if( movie && m2qtmwh_initialised && m2qtmwh.count(movie) ){
m2qtmwh.erase(movie);
m2qtmwh.resize(0);
}
}
void PatchMW2_StringList()
{
slHashMap.set_empty_key("*DUMMYDUMMY*");
slHashMap.set_deleted_key("*DUMMYDUMM*");
call(0x4D2280, SL_Init, PATCH_JUMP);
call(0x436B40, SL_GetStringOfSize, PATCH_JUMP);
call(0x4EC1D0, SL_ConvertToString_, PATCH_JUMP);
call(0x61BCB0, FindStringOfSize, PATCH_JUMP);
call(0x469D80, SL_ConvertFromString, PATCH_JUMP);
call(0x4D9B00, SL_AddRefToString, PATCH_JUMP);
call(0x4F1500, SL_RemoveRefToStringOfSize, PATCH_JUMP);
call(0x47CD70, SL_RemoveRefToString, PATCH_JUMP);
call(0x417730, Scr_SetString, PATCH_JUMP);
call(0x4401E0, SL_GetStringLen, PATCH_JUMP);
call(0x40C050, SL_TransferRefToUser, PATCH_JUMP);
call(0x4B4310, SL_AddUser, PATCH_JUMP);
call(0x430510, SL_ConvertToLowercase, PATCH_JUMP);
call(0x4F46D0, SL_ShutdownSystem, PATCH_JUMP);
call(0x4A44A0, SL_TransferSystem, PATCH_JUMP);
stringHeap = HeapCreate(0, 1024 * 1024, 0);
// path_node_constant_t marking function; has some terrible string references
*(BYTE*)0x4F74B0 = 0xC3;
}
int SL_GetStringOfSize(const char* string, int system, int size)
{
EnterCriticalSection(&slCritSec);
// try to find the string first
std::string str(string, size);
google::dense_hash_map<std::string, uint16_t>::const_iterator iter = slHashMap.find(str);
if (iter != slHashMap.end())
{
SL_Debug("GetStringOfSize '%s' found %i\n", string, iter->second);
SL_AddRefToString(iter->second);
LeaveCriticalSection(&slCritSec);
return iter->second;
}
// add the string to the list
ScriptStringData* data = &slStrings[slFirstFree];
uint16_t stringID = slFirstFree;
//data->data = new ScriptStringManagementData;
data->data = (ScriptStringManagementData*)HeapAlloc(stringHeap, 0, sizeof(ScriptStringManagementData));
//data->string = (char*)malloc(size);
data->string = (char*)HeapAlloc(stringHeap, 0, size);
memcpy(data->string, string, size);
data->length = size;
data->data->data = data;
data->data->references = 1;
data->data->users = system;
// find the next free string
for (int i = slFirstFree; i < MAX_SCRIPT_STRINGS; i++)
{
if (!slStrings[i].string)
{
slFirstFree = i;
break;
}
}
slHashMap[str] = stringID;
LeaveCriticalSection(&slCritSec);
SL_Debug("GetStringOfSize '%s' allocated %i (user %i)\n", string, stringID, system);
return stringID;
}
/*!
initialise the various google::dense_hash_map "lists" that are used throughout QTils
*/
void init_QTMWlists()
{
if( !q2nw_initialised ){
// these two keys (variable names) should never occur:
qtwmh2hwnd.set_empty_key( (QTMovieWindowH) 0 );
qtwmh2hwnd.set_deleted_key( (QTMovieWindowH) -1 );
q2nw_initialised = 1;
}
if( !nw2q_initialised ){
// these two keys (variable names) should never occur:
hwnd2qtwmh.set_empty_key( (NativeWindow) 0 );
hwnd2qtwmh.set_deleted_key( (NativeWindow) -1 );
nw2q_initialised = 1;
}
if( !m2qtmwh_initialised ){
// these two keys (variable names) should never occur:
m2qtmwh.set_empty_key( (Movie) 0 );
m2qtmwh.set_deleted_key( (Movie) -1 );
m2qtmwh_initialised = 1;
}
#if defined(WIN32) || defined(_WINDOWS) || defined(_MSC_VER)
if( !met_initialised ){
int i;
// these two keys (variable names) should never occur:
metMap.set_empty_key( (ErrCode) 65535 );
metMap.set_deleted_key( (ErrCode) -65535 );
for( i = 0 ; i < sizeof(macErrorTable) / sizeof(MacErrorTables) ; i++ ){
metMap[macErrorTable[i].errCode] = &macErrorTable[i];
}
met_initialised = 1;
}
#endif
lastQTWMH = NULL;
}
void SL_FreeString(uint16_t string)
{
EnterCriticalSection(&slCritSec);
ScriptStringData* data = &slStrings[string];
//delete data->data;
HeapFree(stringHeap, 0, data->data);
std::string str(data->string, data->length);
slHashMap.erase(str);
SL_Debug("FreeString %i '%s'\n", string, data->string);
//free((void*)data->string);
HeapFree(stringHeap, 0, data->string);
if (string < slFirstFree)
{
slFirstFree = string;
}
data->data = NULL;
data->string = NULL;
LeaveCriticalSection(&slCritSec);
}
// entry point
void PatchMW2_StringTable()
{
stringTables.set_empty_key("");
stringTableHook.initialize(stringTableHookLoc, StringTable_GetAsset);
stringTableHook.installHook();
}
const char* SEH_GetLocalizedString(const char* key)
{
google::dense_hash_map<std::string, std::string>::const_iterator iter = _localizedStrings.find(key);
if (iter != _localizedStrings.end())
{
return (*iter).second.c_str();
}
localizedEntry_s* entry = (localizedEntry_s*)DB_FindXAssetHeader(ASSET_TYPE_LOCALIZE, key);
if (entry)
{
return entry->value;
}
return NULL;
}
void dump_results(google::dense_hash_map<std::string, Probe*> &h_probes)
{
int cs1[5], cs2[5];
Probe *op; // Original probe
google::dense_hash_map<std::string, Probe *>::iterator p_iter;
for (p_iter=h_probes.begin(); p_iter!=h_probes.end(); p_iter++) {
// In op we want always the original probe, not the rc one
op = p_iter->second->is_a_rc_probe ? p_iter->second->rc : p_iter->second;
if (!op->visited && (op->has_hits() || op->rc->has_hits())) {
op->get_counters(cs1);
op->rc->get_counters(cs2);
std::cout
<< op->get_chrm() << ","
<< op->get_coordinates() << ","
<< op->get_id() << ","
<< op->get_ref() << ","
<< op->get_var() << ","
<< cs1[0] << ","
<< cs1[1] << ","
<< cs1[2] << ","
<< cs1[3] << ","
<< cs1[4] << ","
<< cs2[0] << ","
<< cs2[1] << ","
<< cs2[2] << ","
<< cs2[3] << ","
<< cs2[4] << ","
<< cs1[0] + cs2[0] << ","
<< cs1[1] + cs2[1] << ","
<< cs1[2] + cs2[2] << ","
<< cs1[3] + cs2[3] << ","
<< cs1[4] + cs2[4]
<< std::endl;
op->visited = 1;
op->rc->visited = 1;
}
}
}
/*!
given a movie, find the associated QTMovieWindowH object
*/
QTMovieWindowH QTMovieWindowH_from_Movie( Movie movie )
{ QTMovieWindowH wi;
if( movie && m2qtmwh_initialised && m2qtmwh.count(movie) ){
wi = m2qtmwh[movie];
if( Handle_Check(wi) && (*wi)->self == *wi && (*wi)->theMovie == movie ){
return wi;
}
}
return NULL;
}
/*!
look up the QTMovieWindowH that uses the given window for displaying. Used in event processing.
*/
QTMovieWindowH QTMovieWindowH_from_NativeWindow( NativeWindow hwnd )
{ QTMovieWindowH wi;
if( hwnd2qtwmh.count(hwnd) ){
wi = hwnd2qtwmh[hwnd];
if( QTMovieWindowH_Check(wi) && (*wi)->theView == hwnd ){
return wi;
}
}
return NULL;
}
// fetch the row associated with the given index
// and assign it if it doesn't exist
lindex fetch_index(mwIndex gi) {
if (imap.count(gi) != 0) {
return imap[gi];
}
lindex li = nextind;
nextind ++;
imap[gi] = li;
grow_vector_to_index(gmap, li, (mwIndex)(-1));
gmap[li] = gi;
return li;
}
void PatchMW2_LocalizedStrings()
{
_localizedStrings.set_empty_key("");
loadLocalizeHook.initialize(loadLocalizeHookLoc, SEH_GetLocalizedString);
loadLocalizeHook.installHook();
call(0x4CE5EE, SetString, PATCH_CALL); //instead of calling CStringEdPackage::SetString in CStringEdPackage::ParseLine we call our SetString
call(0x41D860, SELoadLanguageHookStub, PATCH_JUMP); //instead of the game loading str files according to loc_language we load them according to loc_modlanguage
Dvar_RegisterEnum("loc_modLanguage", ModLanguageEnum, 0, DVAR_FLAG_SAVED, "Preferred language for custom localized strings.");
}
int FindStringOfSize(const char* string, int size)
{
EnterCriticalSection(&slCritSec);
std::string str(string, size);
google::dense_hash_map<std::string, uint16_t>::const_iterator iter = slHashMap.find(str);
if (iter != slHashMap.end())
{
LeaveCriticalSection(&slCritSec);
SL_Debug("FindStringOfSize '%s' found %i\n", string, iter->second);
return iter->second;
}
SL_Debug("FindStringOfSize '%s' - no results!\n", string, iter->second);
LeaveCriticalSection(&slCritSec);
return 0;
}
virtual void SetUp() {
hashMap.set_empty_key(NULL);
hashMap["january"] = 31;
hashMap["february"] = 29;
hashMap["march"] = 31;
hashMap["april"] = 30;
hashMap["may"] = 31;
hashMap["june"] = 30;
hashMap["july"] = 31;
hashMap["august"] = 31;
hashMap["september"] = 30;
hashMap["october"] = 31;
hashMap["november"] = 30;
hashMap["december"] = 31;
}
const char *GetMacOSStatusErrStrings(ErrCode err, const char **comment)
{
#if defined(WIN32) || defined(_WINDOWS) || defined(_MSC_VER)
MacErrorTables *et;
if( met_initialised && metMap.count(err) ){
if( (et = metMap[err]) ){
if( comment ){
*comment = et->errComment;
}
return et->errString;
}
}
return NULL;
#else
if( comment ){
*comment = GetMacOSStatusCommentString(err);
}
return GetMacOSStatusErrorString(err);
#endif
}
/*!
unregisters a QTMovieWindowH object
*/
void unregister_QTMovieWindowH( QTMovieWindowH qtwmH )
{ NativeWindow hwnd;
if( qtwmH && q2nw_initialised && qtwmh2hwnd.count(qtwmH) ){
hwnd = qtwmh2hwnd[qtwmH];
if( (*qtwmH)->theView == hwnd ){
if( nw2q_initialised && hwnd2qtwmh.count(hwnd) ){
hwnd2qtwmh.erase(hwnd);
hwnd2qtwmh.resize(0);
}
}
qtwmh2hwnd.erase(qtwmH);
qtwmh2hwnd.resize(0);
if( lastQTWMH == qtwmH ){
lastQTWMH = NULL;
}
}
}
local_stochastic_graph_exponential(
sparserow* G_,
const double t_, double eps_,
size_t maxpush_)
: G(G_), t(t_), eps(eps_), maxpush(maxpush_),
n(G->n), N(taylordegree(t, eps)),
pushcoeff(N+1,0.), sval(std::numeric_limits<lindex>::max()),
nextind(0), noffset(0),
lneigh(nstart, sval),
lp(nstart, std::make_pair(sval, sval)),
gmap(nstart, (mwIndex)-1), npush(0)
{
DEBUGPRINT(("gsqres interior: t=%lf eps=%lf \n", t, eps));
DEBUGPRINT(("gsqres: n=%i N=%i \n", n, N));
// initialize the weights for the different residual partitions
// into the vector "pushcoeff"
std::vector<double> psivec(N+1,0.);
psivec[N] = 1;
for (lindex k = 1; k <= N ; k++){
psivec[N-k] = psivec[N-k+1]*t/(double)(N-k+1) + 1;
} // psivec[k] = psi_k(t)
pushcoeff[0] = ((exp(t)*eps)/(double)N)/psivec[0];
// This is a more numerically stable way to compute
// pushcoeff[j] = exp(t)*eps/(n*N*psivec[j])
for (lindex k = 1; k <= N ; k++){
pushcoeff[k] = pushcoeff[k-1]*(psivec[k-1]/psivec[k]);
}
if (n > std::numeric_limits<lindex>::max()) {
mexErrMsgIdAndTxt("gexpmq_mex:unimplemented",
"support only up to %i elements",
std::numeric_limits<lindex>::max());
}
imap.set_empty_key(sval);
}
/*!
find the native window in which a QTMovieWindowH object is displayed.
This exists mostly for double-check reasons, as the window is also accessible as
(*qtwmH)->theView
*/
NativeWindow NativeWindow_from_QTMovieWindowH( QTMovieWindowH qtwmH )
{ NativeWindow hwnd;
if( qtwmH && q2nw_initialised ){
// some caching to speed things up ...
if( qtwmH == lastQTWMH && (*lastQTWMH)->theView ){
return (*lastQTWMH)->theView;
}
else if( qtwmh2hwnd.count(qtwmH) ){
hwnd = qtwmh2hwnd[qtwmH];
if( (*qtwmH)->theView == hwnd ){
lastQTWMH = qtwmH;
return hwnd;
}
else if( !(*qtwmH)->theView ){
// 20110228: a window that has been closed through the GUI but not yet
// completely flushed from our management. We will need to suppose that
// it was once a valid window, and thus cannot return NULL.
return hwnd;
}
}
}
return NULL;
}
void SELoadLanguageHookStub()
{
_localizedStrings.clear();
//get language from loc_modLanguage
dvar_t* modLang = Dvar_FindVar("loc_modLanguage");
char** enumList = *(char***)&(modLang->max); //not sure if this is really dvar_maxmin_t max.
char* language = enumList[modLang->current.integer];
//'official' iw4m localized strings
isW2Strings = true;
SE_Load("localizedstrings/w2.str", 0);
isW2Strings = false;
if(LoadStrFiles(language)==0)
LoadStrFiles("english");//load english str files if there aren't any of selected language
__asm
{
leave
mov eax, 0x41D885 //back to SE_LoadLanguage
jmp eax
}
}
void assertThatHashMapHasCorrectValues(std::vector<char*> elements) {
for (int i = 0; i < elements.size(); i += 2) {
ASSERT_FALSE(hashMap.find(elements[i]) == hashMap.end());
ASSERT_EQ(hashMap[elements[i]], atoi(elements[i + 1]));
}
}
void assertHashMapSizeEqualTo(int count) {
ASSERT_FALSE(hashMap.empty());
ASSERT_EQ(count, hashMap.size());
}
void assertThatHashMapHasKeys(std::vector<char*> elements) {
for (int i = 0; i < elements.size(); ++i) {
ASSERT_FALSE(hashMap.find(elements[i]) == hashMap.end());
}
}
void assertThatHashMapIsEmpty() {
ASSERT_TRUE(hashMap.empty());
ASSERT_EQ(0, hashMap.size());
}