long csavecompressed(char *finam, __block tobesaved, color pala[256], long exto)
{
Stream *outpt;
if (exto > 0) {
outpt = ci_fopen(finam, Common::kFile_Create, Common::kFile_ReadWrite);
outpt->Seek(Common::kSeekBegin, exto);
}
else
outpt = ci_fopen(finam, Common::kFile_CreateAlways, Common::kFile_Write);
int widt, hit;
long ofes;
widt = *tobesaved++;
widt += (*tobesaved++) * 256;
hit = *tobesaved++;
hit += (*tobesaved++) * 256;
// Those were originally written as shorts, although they are ints
outpt->WriteInt16(widt);
outpt->WriteInt16(hit);
unsigned char *ress = (unsigned char *)malloc(widt + 1);
int ww;
for (ww = 0; ww < hit; ww++) {
for (int ss = 0; ss < widt; ss++)
(*ress++) = (*tobesaved++);
ress -= widt;
cpackbitl(ress, widt, outpt);
}
for (ww = 0; ww < 256; ww++) {
outpt->WriteInt8(pala[ww].r);
outpt->WriteInt8(pala[ww].g);
outpt->WriteInt8(pala[ww].b);
}
ofes = outpt->GetPosition();
delete outpt;
free(ress);
return ofes;
}
void start_playback()
{
Stream *in = Common::File::OpenFileRead(replayfile);
if (in != NULL) {
char buffer [100];
in->Read(buffer, 12);
buffer[12] = 0;
if (strcmp (buffer, "AGSRecording") != 0) {
Display("ERROR: Invalid recorded data file");
play.playback = 0;
}
else {
String version_string = String::FromStream(in, 12);
AGS::Engine::Version requested_engine_version(version_string);
if (requested_engine_version.Major != '2')
quit("!Replay file is from an old version of AGS");
if (requested_engine_version < AGS::Engine::Version(2, 55, 553))
quit("!Replay file was recorded with an older incompatible version");
if (requested_engine_version != EngineVersion) {
// Disable text as speech while displaying the warning message
// This happens if the user's graphics card does BGR order 16-bit colour
int oldalways = game.options[OPT_ALWAYSSPCH];
game.options[OPT_ALWAYSSPCH] = 0;
play.playback = 0;
Display("Warning! replay is from a different version of AGS (%s) - it may not work properly.", buffer);
play.playback = 1;
srand (play.randseed);
play.gamestep = 0;
game.options[OPT_ALWAYSSPCH] = oldalways;
}
int replayver = in->ReadInt32();
if ((replayver < 1) || (replayver > 3))
quit("!Unsupported Replay file version");
if (replayver >= 2) {
fgetstring_limit (buffer, in, 99);
int uid = in->ReadInt32 ();
if ((strcmp (buffer, game.gamename) != 0) || (uid != game.uniqueid)) {
char msg[150];
sprintf (msg, "!This replay is meant for the game '%s' and will not work correctly with this game.", buffer);
delete in;
quit (msg);
}
// skip the total time
in->ReadInt32 ();
// replay description, maybe we'll use this later
fgetstring_limit (buffer, in, 99);
}
play.randseed = in->ReadInt32();
int flen = in->GetLength() - in->GetPosition ();
if (replayver >= 3) {
flen = in->ReadInt32() * sizeof(short);
}
recordbuffer = (short*)malloc (flen);
in->Read(recordbuffer, flen);
srand (play.randseed);
recbuffersize = flen / sizeof(short);
recsize = 0;
disable_mgetgraphpos = 1;
replay_time = 0;
replay_last_second = loopcounter;
if (replayver >= 3) {
int issave = in->ReadInt32();
if (issave) {
if (RestoreGameState(in, kSvgVersion_321) != kSvgErr_NoError)
quit("!Error running replay... could be incorrect game version");
replay_last_second = loopcounter;
}
}
delete in;
}
}
else // file not found
play.playback = 0;
}
int SpriteCache::saveToFile(const char *filnam, int lastElement, bool compressOutput)
{
Stream *output = Common::File::CreateFile(filnam);
if (output == NULL)
return -1;
if (compressOutput) {
// re-open the file so that it can be seeked
delete output;
output = File::OpenFile(filnam, Common::kFile_Open, Common::kFile_ReadWrite); // CHECKME why mode was "r+" here?
if (output == NULL)
return -1;
}
int spriteFileIDCheck = (int)time(NULL);
// version 6
output->WriteInt16(6);
output->WriteArray(spriteFileSig, strlen(spriteFileSig), 1);
output->WriteInt8(compressOutput ? 1 : 0);
output->WriteInt32(spriteFileIDCheck);
int i, lastslot = 0;
if (elements < lastElement)
lastElement = elements;
for (i = 1; i < lastElement; i++) {
// slot empty
if ((images[i] != NULL) || ((offsets[i] != 0) && (offsets[i] != sprite0InitialOffset)))
lastslot = i;
}
output->WriteInt16(lastslot);
// allocate buffers to store the indexing info
int numsprits = lastslot + 1;
short *spritewidths = (short*)malloc(numsprits * sizeof(short));
short *spriteheights = (short*)malloc(numsprits * sizeof(short));
int32_t *spriteoffs = (int32_t*)malloc(numsprits * sizeof(int32_t));
const int memBufferSize = 100000;
char *memBuffer = (char*)malloc(memBufferSize);
for (i = 0; i <= lastslot; i++) {
spriteoffs[i] = output->GetPosition();
// if compressing uncompressed sprites, load the sprite into memory
if ((images[i] == NULL) && (this->spritesAreCompressed != compressOutput))
(*this)[i];
if (images[i] != NULL) {
// image in memory -- write it out
pre_save_sprite(i);
int bpss = images[i]->GetColorDepth() / 8;
spritewidths[i] = images[i]->GetWidth();
spriteheights[i] = images[i]->GetHeight();
output->WriteInt16(bpss);
output->WriteInt16(spritewidths[i]);
output->WriteInt16(spriteheights[i]);
if (compressOutput) {
size_t lenloc = output->GetPosition();
// write some space for the length data
output->WriteInt32(0);
compressSprite(images[i], output);
size_t fileSizeSoFar = output->GetPosition();
// write the length of the compressed data
output->Seek(Common::kSeekBegin, lenloc);
output->WriteInt32((fileSizeSoFar - lenloc) - 4);
output->Seek(Common::kSeekEnd, 0);
}
else
output->WriteArray(images[i]->GetDataForWriting(), spritewidths[i] * bpss, spriteheights[i]);
continue;
}
if ((offsets[i] == 0) || ((offsets[i] == sprite0InitialOffset) && (i > 0))) {
// sprite doesn't exist
output->WriteInt16(0);
spritewidths[i] = 0;
spriteheights[i] = 0;
spriteoffs[i] = 0;
continue;
}
// not in memory -- seek to it in the source file
seekToSprite(i);
lastLoad = i;
short colDepth = cache_stream->ReadInt16();
output->WriteInt16(colDepth);
if (colDepth == 0) {
continue;
}
if (this->spritesAreCompressed != compressOutput) {
// shouldn't be able to get here
free(memBuffer);
delete output;
return -2;
}
// and copy the data across
int width = cache_stream->ReadInt16();
int height = cache_stream->ReadInt16();
spritewidths[i] = width;
spriteheights[i] = height;
output->WriteInt16(width);
output->WriteInt16(height);
int sizeToCopy;
if (this->spritesAreCompressed) {
sizeToCopy = cache_stream->ReadInt32();
output->WriteInt32(sizeToCopy);
}
else {
sizeToCopy = width * height * (int)colDepth;
}
while (sizeToCopy > memBufferSize) {
cache_stream->ReadArray(memBuffer, memBufferSize, 1);
output->WriteArray(memBuffer, memBufferSize, 1);
sizeToCopy -= memBufferSize;
}
cache_stream->ReadArray(memBuffer, sizeToCopy, 1);
output->WriteArray(memBuffer, sizeToCopy, 1);
}
free(memBuffer);
delete output;
// write the sprite index file
Stream *spindex_out = File::CreateFile(spindexfilename);
// write "SPRINDEX" id
spindex_out->WriteArray(&spindexid[0], strlen(spindexid), 1);
// write version (1)
spindex_out->WriteInt32(2);
spindex_out->WriteInt32(spriteFileIDCheck);
// write last sprite number and num sprites, to verify that
// it matches the spr file
spindex_out->WriteInt32(lastslot);
spindex_out->WriteInt32(numsprits);
spindex_out->WriteArrayOfInt16(&spritewidths[0], numsprits);
spindex_out->WriteArrayOfInt16(&spriteheights[0], numsprits);
spindex_out->WriteArrayOfInt32(&spriteoffs[0], numsprits);
delete spindex_out;
free(spritewidths);
free(spriteheights);
free(spriteoffs);
return 0;
}
