void Script::matchSignatureAndPatch(uint16 scriptNr, byte *scriptData, const uint32 scriptSize) {
const SciScriptSignature *signatureTable = NULL;
switch (g_sci->getGameId()) {
// Dr. Brain now works because we properly maintain the state of the string heap in savegames
#if 0
case GID_CASTLEBRAIN:
signatureTable = castlebrainSignatures;
break;
#endif
case GID_ECOQUEST:
signatureTable = ecoquest1Signatures;
break;
case GID_ECOQUEST2:
signatureTable = ecoquest2Signatures;
break;
case GID_FANMADE:
signatureTable = fanmadeSignatures;
break;
case GID_FREDDYPHARKAS:
signatureTable = freddypharkasSignatures;
break;
case GID_GK1:
signatureTable = gk1Signatures;
break;
// hoyle4 now works due to workaround inside GfxPorts
#if 0
case GID_HOYLE4:
signatureTable = hoyle4Signatures;
break;
#endif
case GID_KQ5:
signatureTable = kq5Signatures;
break;
case GID_LAURABOW2:
signatureTable = laurabow2Signatures;
break;
case GID_LSL6:
signatureTable = larry6Signatures;
break;
case GID_MOTHERGOOSE256:
signatureTable = mothergoose256Signatures;
break;
case GID_QFG1VGA:
signatureTable = qfg1vgaSignatures;
break;
case GID_QFG2:
signatureTable = qfg2Signatures;
break;
case GID_QFG3:
signatureTable = qfg3Signatures;
break;
case GID_SQ4:
signatureTable = sq4Signatures;
break;
case GID_SQ5:
signatureTable = sq5Signatures;
break;
default:
break;
}
if (signatureTable) {
while (signatureTable->data) {
if (scriptNr == signatureTable->scriptNr) {
int32 foundOffset = 0;
int16 applyCount = signatureTable->applyCount;
do {
foundOffset = findSignature(signatureTable, scriptData, scriptSize);
if (foundOffset != -1) {
// found, so apply the patch
warning("matched and patched %s on script %d offset %d", signatureTable->description, scriptNr, foundOffset);
applyPatch(signatureTable->patch, scriptData, scriptSize, foundOffset);
}
applyCount--;
} while ((foundOffset != -1) && (applyCount));
}
signatureTable++;
}
}
}
int printFilesOfFolder(FILE *arch, char *nameFolder)
{
char *currentNameFile;
ArchFileInfo **foldersArch = NULL,
**filesArch = NULL;
ArchFileInfo *info = (ArchFileInfo *)malloc(sizeof(ArchFileInfo));
info->fileInfo = (FileInfo *)malloc(sizeof(FileInfo));
int64_t howFolders = 0, howFiles = 0;
int64_t blocksFolder = 0, blocksFile = 0;
int64_t i;
fpos_t archPos;
int err = 0;
int64_t max_len = 0;
if (!nameFolder) {
nameFolder = "./.";
}
char *nameFolderCan = pathToCanon(nameFolder);
printf("`%s`:\n", nameFolderCan);
LOGGING_FUNC_START;
fgetpos(arch, &archPos);
while ((err = readHeader(arch, info)) != IO_EOF){
if (SIGNATURE_ERROR == err){
findSignature(arch);
continue;
} else if (err != 0){
break;
}
currentNameFile = info->fileInfo->name;
if (isFolder(currentNameFile)
&& (levels(nameFolderCan) == levels(currentNameFile) - 1)
&& (pathInDest(nameFolderCan, currentNameFile))) {
howFolders++;
if (howFolders > blocksFolder * SIZE_BLOCK){
blocksFolder++;
if ((foldersArch = (ArchFileInfo **)realloc(foldersArch, blocksFolder * SIZE_BLOCK * sizeof(ArchFileInfo *))) == NULL){
MEMORY(L"Memory allocate error!");
LOGGING_FUNC_STOP;
return MEMORY_ALLOCATE_ERROR;
}
}
foldersArch[howFolders - 1] = info;
if ((int64_t)strlen(currentNameFile) > max_len) {
max_len = strlen(currentNameFile);
}
} else if (!isFolder(currentNameFile)
&& (levels(nameFolderCan) == levels(currentNameFile))
&& (pathInDest(nameFolderCan, currentNameFile))) {
howFiles++;
//printf("DEBUG: %s | %s \n", currentNameFile, )
if (howFiles > blocksFile * SIZE_BLOCK){
blocksFile++;
if ((filesArch = (ArchFileInfo **)realloc(filesArch, blocksFile * SIZE_BLOCK * sizeof(ArchFileInfo *))) == NULL){
MEMORY(L"Memory allocate error!");
LOGGING_FUNC_STOP;
return MEMORY_ALLOCATE_ERROR;
}
}
filesArch[howFiles - 1] = info;
if ((int64_t)strlen(currentNameFile) > max_len){
max_len = strlen(currentNameFile);
}
}
fgetpos(arch, &archPos);
// Goto next file
// free(info->fileInfo);
// free(info);
info = malloc(sizeof(ArchFileInfo));
info->fileInfo = malloc(sizeof(FileInfo));
}
double size_can; char char_size;
for (i = 0;i < howFolders;i++)
{
if (strchr(foldersArch[i]->fileInfo->name + 2, '/') - foldersArch[i]->fileInfo->name + 1
!= strlen(foldersArch[i]->fileInfo->name) - 1){
continue;
}
printf("%-*s|\n", (int)max_len, getFileByPath(nameFolderCan, foldersArch[i]->fileInfo->name) + 2);
}
for (i = 0; i < howFolders; i++){
printf("%s", foldersArch[i]->fileInfo->name);
}
for (i = 0;i < howFiles ;i++)
{
if ( strchr(filesArch[i]->fileInfo->name + 2,'/' ) != NULL){
continue;
}
size_can = (double)filesArch[i]->fileInfo->size;
char_size = 'b';
if (size_can > 1024){
size_can /= 1024;
char_size = 'K';
if (size_can > 1024){
size_can /= 1024;
char_size = 'M';
}
}
printf("%-*s|%7.2f%c | %3d%%\n", (int)max_len, getFileByPath(nameFolderCan, filesArch[i]->fileInfo->name) + 2,
size_can, char_size,
(int)(filesArch[i]->dataSize * 100 / filesArch[i]->fileInfo->size));
}
for(i = 0;i < howFiles;i++){
free(filesArch[i]->fileInfo);
free(filesArch[i]);
}
for (i = 0;i < howFolders;i++){
free(foldersArch[i]->fileInfo);
free(foldersArch[i]);
}
LOGGING_FUNC_STOP;
return 0;
}
