bool assemblegfflist(XMLFile &xml, GFFFile &gff, uint32 n, std::string *llbl)
{
int pr;
while((pr = xml.parse()) >= 0)
{
switch(pr)
{
case 0:
if(rsubstr(xml.section, 11) == ".list.label")
if(llbl) *llbl = xml.value;
break;
case 1:
if(rsubstr(xml.section, 7) == ".struct")
{
uint32 nsct;
if(gff.writeListStruct(nsct, n))
return printxmlerr(xml, gff.getStrError());
if(!assemblegffstruct(xml, gff, nsct, NULL)) return false;
}
else printxmlerr(xml, "Element invalid in list");
break;
case 2:
if(rsubstr(xml.value, 5) == ".list")
return true;
break;
}
}
if(pr != -6) return printxmlerr(xml, xml.getStrError());
printxmlerr(xml, "Unexpected end of file");
return false;
}
bool assemblegffexolocstr(XMLFile &xml, GFFFile &gff, uint32 n)
{
int pr, lang=0;
std::string lbl;
ExoLocString exo;
uint64 tmp;
while((pr = xml.parse()) >= 0)
{
switch(pr)
{
case 0:
if(rsubstr(xml.section, 6) == ".label") lbl = xml.value;
if(rsubstr(xml.section, 7) == ".strref")
{
sscanf(xml.value.c_str(), S_UINT64, &tmp);
exo.stringref = (uint32) tmp;
}
if(rsubstr(xml.section, 16) == ".substr.language")
{
if((lang = getpos(langs, LANGS, xml.value)) == -1)
return printxmlerr(xml, "Invalid language");
}
if(rsubstr(xml.section, 7) == ".substr")
exo.str[lang] = unquotestr(xml.value);
break;
case 1:
if(rsubstr(xml.section, 7) != ".substr")
return printxmlerr(xml, "Invalid tag");
break;
case 2:
if(rsubstr(xml.value, 10) == ".exolocstr")
{
if(gff.writeExoLocString(n, lbl, exo))
return printxmlerr(xml, gff.getStrError());
return true;
}
break;
}
}
if(pr != -6) return printxmlerr(xml, xml.getStrError());
printxmlerr(xml, "Unexpected end of file");
return false;
}
bool assembleerfdesc(XMLFile &xml, ERFFile &erf)
{
int pr, lang=0;
ExoLocString exo;
uint64 tmp;
while((pr = xml.parse()) >= 0)
{
switch(pr)
{
case 0:
if(rsubstr(xml.section, 7) == ".strref")
{
sscanf(xml.value.c_str(), S_UINT64, &tmp);
exo.stringref = (uint32) tmp;
}
if(rsubstr(xml.section, 16) == ".substr.language")
{
if((lang = getpos(langs, LANGS, xml.value)) == -1)
return printxmlerr(xml, "Invalid language");
}
if(rsubstr(xml.section, 7) == ".substr")
exo.str[lang] = unquotestr(xml.value);
break;
case 1:
if(rsubstr(xml.section, 7) != ".substr")
return printxmlerr(xml, "Invalid tag");
break;
case 2:
if(rsubstr(xml.value, 12) == ".description")
{
erf.desc = exo;
return true;
}
break;
}
}
if(pr != -6) return printxmlerr(xml, xml.getStrError());
printxmlerr(xml, "Unexpected end of file");
return false;
}
void ResourceManager::loadAnimations(const std::string &filename)
{
XMLFile file;
int size;
bool loaded = false;
char *data = loadFile(filename, size);
if (data && file.parse(data))
{
// add all the animations
file.setElement("animation");
do
{
file.setSubElement("body");
int id = file.readInt("animation", "id");
std::string name = file.readString("animation", "name");
int frames = file.readInt("animation", "frames");
int width = file.readInt("animation", "width");
int height = file.readInt("animation", "height");
// get list of animations for each body part
std::list<BeingAnimation*> animList;
do
{
std::string img = file.readString("body", "file");
int part = file.readInt("body", "part");
std::stringstream texName;
texName << part << name;
// check if animation is in content update
if (getDataPath(img).find(".zip") == std::string::npos)
{
img = getDataPath(img);
loaded = graphicsEngine->loadTextureSet(texName.str(), img, width, height);
}
else
{
int imgBufSize = 0;
char *buffer = loadFile(img, imgBufSize);
loaded = graphicsEngine->loadTextureSet(texName.str(), buffer, imgBufSize, width, height);
free(buffer);
}
// load in all the frames of animation
if (loaded)
{
BeingAnimation *anim = new BeingAnimation(id, part);
for (int i = 1; i <= frames; ++i)
{
std::stringstream str;
str << texName.str() << i;
anim->addTexture(graphicsEngine->getTexture(str.str()));
}
animList.push_back(anim);
}
} while (file.nextSubElement("body"));
mAnimations.insert(std::pair<std::string, std::list<BeingAnimation*> >(name, animList));
file.clear("body");
} while (file.nextElement("animation"));
}
}
void ResourceManager::loadBodyParts(const std::string &filename)
{
XMLFile file;
int size;
char *data = loadFile(filename, size);
if (data && file.parse(data))
{
// set size
file.setElement("size");
mBodyWidth = file.readInt("size", "width");
mBodyHeight = file.readInt("size", "height");
// set defaults
file.setElement("default");
mDefaultBody = file.readInt("default", "body");
mDefaultFemale = file.readInt("default", "female");
mDefaultHair = file.readInt("default", "hair");
mDefaultChest = file.readInt("default", "chest");
mDefaultLegs = file.readInt("default", "legs");
mDefaultFeet = file.readInt("default", "feet");
// add all the body parts
file.setElement("body");
do
{
file.setSubElement("image");
int id = file.readInt("body", "id");
std::string icon = file.readString("body", "icon");
int part = file.readInt("body", "part");
std::string colour = file.readString("body", "colour");
Texture *iconTex = NULL;
if (icon != "")
{
if (getDataPath(icon).find(".zip") == std::string::npos)
{
iconTex = graphicsEngine->loadTexture(getDataPath(icon));
}
else
{
int iconBufSize = 0;
char *buffer = loadFile(icon, iconBufSize);
iconTex = graphicsEngine->loadTexture(icon, buffer, iconBufSize);
free(buffer);
}
if (iconTex == NULL)
{
logger->logError("Unable to load icon: " + icon);
}
}
BodyPart *body = new BodyPart(id, part, iconTex);
do
{
int dir = -1;
// check if img is in a content update
std::string img = file.readString("image", "file");
std::string dirstr = file.readString("image", "dir");
if (dirstr == "SE")
dir = DIRECTION_SOUTHEAST;
else if (dirstr == "SW")
dir = DIRECTION_SOUTHWEST;
else if (dirstr == "NE")
dir = DIRECTION_NORTHEAST;
else if (dirstr == "NW")
dir = DIRECTION_NORTHWEST;
std::string path = getDataPath(img);
size_t found = path.find(".zip");
if (found == std::string::npos)
{
body->addTexture(dir, path);
}
else
{
int imgBufSize = 0;
char *buffer = loadFile(img, imgBufSize);
body->addTexture(dir, img, buffer, imgBufSize);
free(buffer);
}
} while (file.nextSubElement("image"));
mBodyParts.push_back(body);
file.clear("image");
} while (file.nextElement("body"));
}
}
bool assembletlk(char *fname, uint8 **mem, uint32 *size)
{
int pr;
uint32 flags=0;
uint64 tmp;
float32 sndlength=0;
std::string sndresref, str;
XMLFile xml;
TLKFile tlk;
if(xml.open(fname))
{
std::cerr << "Error opening file \"" << fname << "\": ";
std::cerr << xml.getStrError() << "\n";
return false;
}
while((pr = xml.parse()) >= 0)
{
switch(pr)
{
case 0:
if(!mem && (xml.section == ".tlk.filename"))
tlk.filename = xml.value;
else if(xml.section == ".tlk.filetype")
{
if((tlk.type = tlk.getFileResTypeByExt(xml.value)) == -1)
return printxmlerr(xml, "Unknown filetype");
if(!tlk.typeIsCorrect()) return printxmlerr(xml, "No TLK type");
}
else if(xml.section == ".tlk.language")
{
if((tlk.language = (NWNLang) getpos(langs, LANGS, xml.value)) == -1)
return printxmlerr(xml, "Invalid language");
}
else if(xml.section == ".tlk.std::string.sndresref")
sndresref = xml.value;
else if(xml.section == ".tlk.std::string.flags")
{
sscanf(xml.value.c_str(), S_UINT64, &tmp);
flags = (uint32) tmp;
}
else if(xml.section == ".tlk.std::string.sndlength")
sscanf(xml.value.c_str(), S_FLOAT32, &sndlength);
else if(xml.section == ".tlk.std::string")
str = xml.value;
break;
case 1:
if((xml.section != ".?xml") && (xml.section != ".tlk") &&
(getpos(validtlktags, TLKTAGS, xml.section) == -1))
return printxmlerr(xml, "Invalid tag");
break;
case 2:
if(xml.value == ".tlk.std::string")
{
if(tlk.add(flags, sndresref, sndlength, unquotestr(str)))
return printxmlerr(xml, tlk.getStrError());
sndlength = flags = 0;
str.clear();
sndresref.clear();
}
break;
}
}
if(pr != -6) return printxmlerr(xml, xml.getStrError());
xml.close();
if(!mem)
{
if(tlk.filename.empty()) return printxmlerr(xml, "Missing filename");
else if(tlk.write(tlk.filename)) return printnwnerr(tlk);
}
else if(tlk.write(mem, size)) return printnwnerr(tlk);
return true;
}
bool assemblekeybif(char *fname, uint8 **mem, uint32 *size)
{
int pr;
std::string bfname, rfname, resref;
std::vector<uint8 *> datas;
uint16 drives=0;
uint32 asize;
uint64 tmp;
NWNFileType restype=NWN_FILE_UNDEFINED;
bool newbif=true, withCd=false, exploded=false;
XMLFile xml;
KEYFile key;
BIFFile bif;
if(xml.open(fname))
{
std::cerr << "Error opening file \"" << fname << "\": ";
std::cerr << xml.getStrError() << "\n";
return false;
}
while((pr = xml.parse()) >= 0)
{
switch(pr)
{
case 0:
if(!mem && (xml.section == ".key.filename"))
key.filename = xml.value;
else if(xml.section == ".key.filetype")
{
if((key.type = key.getFileResTypeByExt(xml.value)) == -1)
return printxmlerr(xml, "Unknown filetype");
if(!key.typeIsCorrect()) return printxmlerr(xml, "No KEY type");
}
else if(xml.section == ".key.buildyear")
{
sscanf(xml.value.c_str(), S_UINT64, &tmp);
key.buildyear = (uint32) (tmp - 1900);
}
else if(xml.section == ".key.buildday")
{
sscanf(xml.value.c_str(), S_UINT64, &tmp);
key.buildday = (uint32) tmp;
}
else if(xml.section == ".key.bif.filename")
bfname = xml.value;
else if(xml.section == ".key.bif.drives")
{
sscanf(xml.value.c_str(), S_UINT64, &tmp);
drives = (uint16) tmp;
}
else if(xml.section == ".key.bif.variable.resource.resref")
resref = xml.value;
else if(xml.section == ".key.bif.variable.resource.filename")
rfname = xml.value;
else if(xml.section == ".key.bif.variable.resource.restype")
{
if((restype = key.getFileResTypeByExt(xml.value)) == -1)
return printxmlerr(xml, "Unknown filetype");
}
else if(xml.section == ".key.bif.variable.resource.withCd")
{
sscanf(xml.value.c_str(), S_UINT64, &tmp);
withCd = (bool) tmp;
}
else if(xml.section == ".key.bif.variable.resource.exploded")
{
sscanf(xml.value.c_str(), S_UINT64, &tmp);
exploded = (bool) tmp;
}
break;
case 1:
if(xml.section == ".bif.fixed")
return printxmlerr(xml, "Fixed resources aren't supported");
else if((xml.section != ".?xml") && (xml.section != ".key") &&
(getpos(validkeybiftags, KEYBIFTAGS, xml.section) == -1))
return printxmlerr(xml, "Invalid tag");
break;
case 2:
if(xml.value == ".key.bif")
{
bfname = bif.filename;
if(bif.endwrite()) return printxmlerr(xml, bif.getStrError());
if(bif.open(bfname)) return printxmlerr(xml, bif.getStrError());
key.fsizes[key.bifcount-1] = bif.getFileSize();
bif.deInit();
newbif = true;
bfname.clear();
drives = 0;
}
else if(xml.value == ".key.bif.variable.resource")
{
if(newbif)
{
if(bfname.empty()) return printxmlerr(xml, "Missing filename");
if(key.addBif(bfname, drives, 0))
return printxmlerr(xml, key.getStrError());
if(bif.beginWrite(getbasename((char*)bfname.c_str())))
return printxmlerr(xml, bif.getStrError());
bif.type = NWN_FILE_BIF;
newbif = false;
}
if(resref.empty()) return printxmlerr(xml, "Missing resref");
if(rfname.empty()) return printxmlerr(xml, "Missing filename");
if(restype == NWN_FILE_UNDEFINED)
return printxmlerr(xml, "Missing restype");
if(exploded)
{
datas.resize((tmp=datas.size())+1);
if(!(datas[tmp] = expd(xml, bif.getBaseType(restype), rfname, asize)))
return false;
if(bif.writeData(restype, withCd, true, datas[tmp], asize, false))
return printxmlerr(xml, bif.getStrError());
}
else
if(bif.writeData(restype, withCd, true, rfname))
return printxmlerr(xml, bif.getStrError());
if(key.addResource(key.bifcount-1, resref, restype, bif.vrescount-1))
return printxmlerr(xml, key.getStrError());
resref.clear();
rfname.clear();
restype = NWN_FILE_UNDEFINED;
withCd = exploded = false;
}
break;
}
}
if(pr != -6) return printxmlerr(xml, xml.getStrError());
xml.close();
if(!mem)
{
if(key.filename.empty()) return printxmlerr(xml, "Missing filename");
else if(key.write(key.filename)) return printnwnerr(key);
}
else if(key.write(mem, size)) return printnwnerr(key);
for(uint32 i=0;i<datas.size();i++) free(datas[i]);
return true;
}
bool assemblegff(char *fname, uint8 **mem, uint32 *size)
{
int pr;
uint32 n=0;
XMLFile xml;
GFFFile gff;
if(xml.open(fname))
{
std::cerr << "Error opening file \"" << fname << "\": ";
std::cerr << xml.getStrError() << "\n";
return false;
}
while((pr = xml.parse()) >= 0)
{
switch(pr)
{
// std::cout << pr << ": " << xml.section << " = \"" << xml.value << "\"\n";
case 0:
if(!mem && (xml.section == ".gff.filename"))
{
if(gff.beginWrite(xml.value))
return printxmlerr(xml, gff.getStrError());
}
else if(xml.section == ".gff.filetype")
{
if((gff.type = gff.getFileResTypeByExt(xml.value)) == -1)
return printxmlerr(xml, "Unknown filetype");
if(!gff.typeIsCorrect()) return printxmlerr(xml, "No GFF type");
}
break;
case 1:
if(xml.section == ".gff.struct")
{
if(n)
return printxmlerr(xml, "Must have exactly one top level struct");
if(!mem)
{
if(gff.filename.empty()) return printxmlerr(xml, "Missing filename");
}
else
{
if(gff.beginWrite())
return printxmlerr(xml, gff.getStrError());
}
if(gff.writeStruct(n, "", 0))
return printxmlerr(xml, gff.getStrError());
if(!assemblegffstruct(xml, gff, n++, NULL)) return false;
}
else if((xml.section != ".?xml") && (xml.section != ".gff"))
{
if(getpos(validgfftags, GFFTAGS, xml.section) == -1)
return printxmlerr(xml, "Invalid tag");
else
return printxmlerr(xml, "Element outside the top level struct");
}
break;
}
}
if(pr != -6) return printxmlerr(xml, xml.getStrError());
xml.close();
if(gff.endwrite(mem, size)) return printxmlerr(xml, gff.getStrError());
return true;
}
bool assemblessf(char *fname, uint8 **mem, uint32 *size)
{
int pr;
uint32 stringref=0xFFFFFFFF;
uint64 tmp;
std::string resref;
XMLFile xml;
SSFFile ssf;
if(xml.open(fname))
{
std::cerr << "Error opening file \"" << fname << "\": ";
std::cerr << xml.getStrError() << "\n";
return false;
}
while((pr = xml.parse()) >= 0)
{
switch(pr)
{
case 0:
if(!mem && (xml.section == ".ssf.filename"))
ssf.filename = xml.value;
else if(xml.section == ".ssf.filetype")
{
if((ssf.type = ssf.getFileResTypeByExt(xml.value)) == -1)
return printxmlerr(xml, "Unknown filetype");
if(!ssf.typeIsCorrect()) return printxmlerr(xml, "No SSF type");
}
else if(xml.section == ".ssf.sound.resref")
resref = xml.value;
else if(xml.section == ".ssf.sound.stringref")
{
sscanf(xml.value.c_str(), S_UINT64, &tmp);
stringref = (uint32) tmp;
}
break;
case 1:
if((xml.section != ".?xml") && (xml.section != ".ssf") &&
(getpos(validssftags, SSFTAGS, xml.section) == -1))
return printxmlerr(xml, "Invalid tag");
break;
case 2:
if(xml.value == ".ssf.sound")
{
if(ssf.add(resref, stringref))
return printxmlerr(xml, ssf.getStrError());
resref.clear();
stringref = 0xFFFFFFFF;
}
break;
}
}
if(pr != -6) return printxmlerr(xml, xml.getStrError());
xml.close();
if(!mem)
{
if(ssf.filename.empty()) return printxmlerr(xml, "Missing filename");
else if(ssf.write(ssf.filename)) return printnwnerr(ssf);
}
else if(ssf.write(mem, size)) return printnwnerr(ssf);
return true;
}
bool assemblebif(char *fname, uint8 **mem, uint32 *size)
{
int pr;
uint32 asize;
uint64 tmp;
std::vector<uint8 *> datas;
std::string filename;
bool opened=false, exploded=false, withCd=false;
NWNFileType restype=NWN_FILE_UNDEFINED;
XMLFile xml;
BIFFile bif;
if(xml.open(fname))
{
std::cerr << "Error opening file \"" << fname << "\": ";
std::cerr << xml.getStrError() << "\n";
return false;
}
while((pr = xml.parse()) >= 0)
{
switch(pr)
{
case 0:
if(!mem && (xml.section == ".bif.filename"))
{
if(bif.beginWrite(xml.value))
return printxmlerr(xml, bif.getStrError());
}
else if(xml.section == ".bif.filetype")
{
if((bif.type = bif.getFileResTypeByExt(xml.value)) == -1)
return printxmlerr(xml, "Unknown filetype");
if(!bif.typeIsCorrect()) return printxmlerr(xml, "No BIF type");
}
else if(xml.section == ".bif.variable.resource.filename")
filename = xml.value;
else if(xml.section == ".bif.variable.resource.restype")
{
if((restype = bif.getFileResTypeByExt(xml.value)) == -1)
return printxmlerr(xml, "Unknown filetype");
}
else if(xml.section == ".bif.variable.resource.exploded")
{
sscanf(xml.value.c_str(), S_UINT64, &tmp);
exploded = (bool) tmp;
}
else if(xml.section == ".bif.variable.resource.withCd")
{
sscanf(xml.value.c_str(), S_UINT64, &tmp);
withCd = (bool) tmp;
}
break;
case 1:
if(xml.section == ".bif.fixed")
return printxmlerr(xml, "Fixed resources aren't supported");
else if((xml.section != ".?xml") && (xml.section != ".bif") &&
(getpos(validbiftags, BIFTAGS, xml.section) == -1))
return printxmlerr(xml, "Invalid tag");
break;
case 2:
if(xml.value == ".bif.variable.resource")
{
if(!opened)
{
if(!mem)
{
if(bif.filename.empty())
return printxmlerr(xml, "Missing filename");
}
else
if(bif.beginWrite()) return printxmlerr(xml, bif.getStrError());
opened = true;
}
if(filename.empty()) return printxmlerr(xml, "Missing filename");
if(restype == NWN_FILE_UNDEFINED)
return printxmlerr(xml, "Missing restype");
if(exploded)
{
datas.resize((tmp=datas.size())+1);
if(!(datas[tmp] = expd(xml, bif.getBaseType(restype), filename, asize)))
return false;
if(bif.writeData(restype, withCd, true, datas[tmp], asize, false))
return printxmlerr(xml, bif.getStrError());
}
else
if(bif.writeData(restype, withCd, true, filename))
return printxmlerr(xml, bif.getStrError());
filename.clear();
exploded = withCd = false;
restype=NWN_FILE_UNDEFINED;
}
break;
}
}
if(pr != -6) return printxmlerr(xml, xml.getStrError());
xml.close();
if(bif.endwrite(mem, size)) return printxmlerr(xml, bif.getStrError());
for(uint32 i=0;i<datas.size();i++) free(datas[i]);
return true;
}
bool assemblekey(char *fname, uint8 **mem, uint32 *size)
{
int pr;
std::string filename, resref;
uint16 drives=0;
uint32 filesize=0, index=0xFFFFFFFF;
uint64 tmp;
NWNFileType restype=NWN_FILE_UNDEFINED;
bool newbif=true;
XMLFile xml;
KEYFile key;
if(xml.open(fname))
{
std::cerr << "Error opening file \"" << fname << "\": ";
std::cerr << xml.getStrError() << "\n";
return false;
}
while((pr = xml.parse()) >= 0)
{
switch(pr)
{
case 0:
if(!mem && (xml.section == ".key.filename"))
key.filename = xml.value;
else if(xml.section == ".key.filetype")
{
if((key.type = key.getFileResTypeByExt(xml.value)) == -1)
return printxmlerr(xml, "Unknown filetype");
if(!key.typeIsCorrect()) return printxmlerr(xml, "No KEY type");
}
else if(xml.section == ".key.buildyear")
{
sscanf(xml.value.c_str(), S_UINT64, &tmp);
key.buildyear = (uint32) (tmp - 1900);
}
else if(xml.section == ".key.buildday")
{
sscanf(xml.value.c_str(), S_UINT64, &tmp);
key.buildday = (uint32) tmp;
}
else if(xml.section == ".key.bif.filename")
filename = xml.value;
else if(xml.section == ".key.bif.filesize")
{
sscanf(xml.value.c_str(), S_UINT64, &tmp);
filesize = (uint32) tmp;
}
else if(xml.section == ".key.bif.drives")
{
sscanf(xml.value.c_str(), S_UINT64, &tmp);
drives = (uint16) tmp;
}
else if(xml.section == ".key.bif.resource.resref")
resref = xml.value;
else if(xml.section == ".key.bif.resource.index")
{
sscanf(xml.value.c_str(), S_UINT64, &tmp);
index = (uint32) tmp;
}
else if(xml.section == ".key.bif.resource.restype")
{
if((restype = key.getFileResTypeByExt(xml.value)) == -1)
return printxmlerr(xml, "Unknown filetype");
}
break;
case 1:
if((xml.section != ".?xml") && (xml.section != ".key") &&
(getpos(validkeytags, KEYTAGS, xml.section) == -1))
return printxmlerr(xml, "Invalid tag");
break;
case 2:
if(xml.value == ".key.bif")
{
newbif = true;
filesize = drives = 0;
filename.clear();
}
else if(xml.value == ".key.bif.resource")
{
if(newbif)
{
if(filename.empty()) return printxmlerr(xml, "Missing filename");
if(key.addBif(filename, drives, filesize))
return printxmlerr(xml, key.getStrError());
newbif = false;
}
if(resref.empty()) return printxmlerr(xml, "Missing resref");
if(restype == NWN_FILE_UNDEFINED)
return printxmlerr(xml, "Missing restype");
if(index == 0xFFFFFFFF) printxmlerr(xml, "Missing index");
if(key.addResource(key.bifcount-1, resref, restype, index))
return printxmlerr(xml, key.getStrError());
resref.clear();
restype = NWN_FILE_UNDEFINED;
index = 0xFFFFFFFF;
}
break;
}
}
if(pr != -6) return printxmlerr(xml, xml.getStrError());
xml.close();
if(!mem)
{
if(key.filename.empty()) return printxmlerr(xml, "Missing filename");
else if(key.write(key.filename)) return printnwnerr(key);
}
else if(key.write(mem, size)) return printnwnerr(key);
return true;
}
bool assembleerf(char *fname, uint8 **mem, uint32 *size)
{
int pr;
uint32 asize;
uint64 tmp;
std::vector<uint8 *> datas;
bool opened=false, exploded=false;
std::string resref, filename;
NWNFileType restype=NWN_FILE_UNDEFINED;
XMLFile xml;
ERFFile erf;
if(xml.open(fname))
{
std::cerr << "Error opening file \"" << fname << "\": ";
std::cerr << xml.getStrError() << "\n";
return false;
}
while((pr = xml.parse()) >= 0)
{
switch(pr)
{
case 0:
if(!mem && (xml.section == ".erf.filename"))
{
if(erf.beginWrite(xml.value))
return printxmlerr(xml, erf.getStrError());
}
else if(xml.section == ".erf.filetype")
{
if((erf.type = erf.getFileResTypeByExt(xml.value)) == -1)
return printxmlerr(xml, "Unknown filetype");
if(!erf.typeIsCorrect()) return printxmlerr(xml, "No ERF type");
}
else if(xml.section == ".erf.buildyear")
{
sscanf(xml.value.c_str(), S_UINT64, &tmp);
erf.buildyear = (uint32) (tmp - 1900);
}
else if(xml.section == ".erf.buildday")
{
sscanf(xml.value.c_str(), S_UINT64, &tmp);
erf.buildday = (uint32) tmp;
}
else if(xml.section == ".erf.resource.resref")
resref = xml.value;
else if(xml.section == ".erf.resource.filename")
filename = xml.value;
else if(xml.section == ".erf.resource.restype")
{
if((restype = erf.getFileResTypeByExt(xml.value)) == -1)
return printxmlerr(xml, "Unknown filetype");
}
else if(xml.section == ".erf.resource.exploded")
{
sscanf(xml.value.c_str(), S_UINT64, &tmp);
exploded = (bool) tmp;
}
break;
case 1:
if(xml.section == ".erf.description") {
if(!assembleerfdesc(xml, erf)) return false;
} else if((xml.section != ".?xml") && (xml.section != ".erf") &&
(getpos(validerftags, ERFTAGS, xml.section) == -1))
return printxmlerr(xml, "Invalid tag");
break;
case 2:
if(xml.value == ".erf.resource")
{
if(!opened)
{
if(!mem)
{
if(erf.filename.empty())
return printxmlerr(xml, "Missing filename");
}
else
if(erf.beginWrite()) return printxmlerr(xml, erf.getStrError());
opened = true;
}
if(resref.empty()) return printxmlerr(xml, "Missing resref");
if(filename.empty()) return printxmlerr(xml, "Missing filename");
if(restype == NWN_FILE_UNDEFINED)
return printxmlerr(xml, "Missing restype");
if(exploded)
{
datas.resize((tmp=datas.size())+1);
if(!(datas[tmp] = expd(xml, erf.getBaseType(restype), filename, asize)))
return false;
if(erf.writeData(resref, restype, datas[tmp], asize, false))
return printxmlerr(xml, erf.getStrError());
}
else
if(erf.writeData(resref, restype, filename))
return printxmlerr(xml, erf.getStrError());
resref.clear();
filename.clear();
exploded = false;
restype=NWN_FILE_UNDEFINED;
}
break;
}
}
if(pr != -6) return printxmlerr(xml, xml.getStrError());
xml.close();
if(erf.endwrite(mem, size)) return printxmlerr(xml, erf.getStrError());
for(uint32 i=0;i<datas.size();i++) free(datas[i]);
return true;
}
bool assemblegffstruct(XMLFile &xml, GFFFile &gff, uint32 n, std::string *slbl)
{
int pr, i;
std::string sl, lbl, valstr;
uint64 value=0, id=0;
while((pr = xml.parse()) >= 0)
{
switch(pr)
{
case 0:
if(rsubstr(xml.section, 13) == ".struct.label")
{
if(slbl) *slbl = xml.value;
}
else if(rsubstr(xml.section, 3) == ".id")
{
sscanf(xml.value.c_str(), S_UINT64, &id);
if(gff.writeSetId(n, (uint32) id))
return printxmlerr(xml, gff.getStrError());
}
else if(rsubstr(xml.section, 6) == ".label")
lbl = xml.value;
else if(rsubstr(xml.section, 12) == ".uint8.value")
sscanf(xml.value.c_str(), S_UINT64, &value);
else if(rsubstr(xml.section, 11) == ".int8.value")
sscanf(xml.value.c_str(), S_INT64, &value);
else if(rsubstr(xml.section, 13) == ".uint16.value")
sscanf(xml.value.c_str(), S_UINT64, &value);
else if(rsubstr(xml.section, 12) == ".int16.value")
sscanf(xml.value.c_str(), S_INT64, &value);
else if(rsubstr(xml.section, 13) == ".uint32.value")
sscanf(xml.value.c_str(), S_UINT64, &value);
else if(rsubstr(xml.section, 12) == ".int32.value")
sscanf(xml.value.c_str(), S_INT64, &value);
else if(rsubstr(xml.section, 13) == ".uint64.value")
sscanf(xml.value.c_str(), S_UINT64, &value);
else if(rsubstr(xml.section, 12) == ".int64.value")
sscanf(xml.value.c_str(), S_INT64, &value);
else if(rsubstr(xml.section, 12) == ".float.value")
sscanf(xml.value.c_str(), S_FLOAT32, (float32*) &value);
else if(rsubstr(xml.section, 13) == ".double.value")
sscanf(xml.value.c_str(), S_FLOAT64, (float64*) &value);
else if(rsubstr(xml.section, 13) == ".resref.value")
valstr = xml.value;
else if(rsubstr(xml.section, 10) == ".data.file")
{
if(gff.writeData(n, lbl, xml.value))
return printxmlerr(xml, gff.getStrError());
}
else if(rsubstr(xml.section, 7) == ".exostr")
valstr = unquotestr(xml.value);
break;
case 1:
if(getpos(validgfftags, GFFTAGS, xml.section) == -1)
return printxmlerr(xml, "Invalid tag");
if(rsubstr(xml.section, 7) == ".struct")
{
uint32 nsct;
sl.clear();
if(gff.writeStruct(nsct, "", n))
return printxmlerr(xml, gff.getStrError());
if(!assemblegffstruct(xml, gff, nsct, &sl)) return false;
if(gff.writeSetLabel(n, sl))
return printxmlerr(xml, gff.getStrError());
}
else if(rsubstr(xml.section, 5) == ".list")
{
uint32 list;
std::string lbl;
if(gff.writeList(list, n, ""))
return printxmlerr(xml, gff.getStrError());
if(!assemblegfflist(xml, gff, list, &lbl)) return false;
if(gff.writeSetLabel(n, lbl));
}
else if(rsubstr(xml.section, 10) == ".exolocstr")
{
if(!assemblegffexolocstr(xml, gff, n)) return false;
}
break;
case 2:
if((i = getpos(validgfftags, 10, xml.value)) != -1)
{
if(gff.writeVar(n, (NWNVarType) i, lbl, value))
return printxmlerr(xml, gff.getStrError());
lbl = valstr = "";
value = 0;
}
else if(rsubstr(xml.value, 7) == ".resref")
{
if(gff.writeResRef(n, lbl, valstr))
return printxmlerr(xml, gff.getStrError());
lbl = valstr = "";
value = 0;
}
else if(rsubstr(xml.value, 7) == ".exostr")
{
if(gff.writeExoString(n, lbl, valstr))
return printxmlerr(xml, gff.getStrError());
lbl = valstr = "";
value = 0;
}
else if(rsubstr(xml.value, 7) == ".struct") return true;
break;
}
}
if(pr != -6) return printxmlerr(xml, xml.getStrError());
printxmlerr(xml, "Unexpected end of file");
return false;
}