const char* err_string(error_t err )
{
error_info_t* inf;
if( err == 0 ) return "no error";
if( err > MAX_ERRORS ) {
return "UNKNOWN ERROR";
}
if( err < 0 ) {
return "UNKNOWN ERROR";
}
inf = err_info(err);
if( inf->std_errno != 0 ) {
snprintf(e_string, MAX_E_STRING, "%s:%s %s on %s line %i (%s)",
err_code_string(inf->code), inf->msg, inf->object_name, inf->file, inf->line,
strerror(inf->std_errno));
} else {
snprintf(e_string, MAX_E_STRING, "%s:%s %s on %s line %i",
err_code_string(inf->code), inf->msg, inf->object_name, inf->file, inf->line);
}
return e_string;
}
std::pair<const std::string, bool> c_bson_err::what(void) const
{
typedef std::pair<const std::string, bool> ret_type;
std::pair<u32, const std::string> info(err_info());
if(!info.first)
{
return ret_type(std::string(""), false);
}
std::stringstream ss;
ss << "code = " << info.first << " err = " << info.second;
return ret_type(ss.str(), true);
}
err_code_t err_code(error_t err)
{
error_info_t* inf = err_info(err);
if( inf ) return inf->code;
else return ERR_CODE_NOERR;
}
int main(int argc, char * argv[])
{
MStatus stat;
// initialise the maya library - This basically starts up Maya
if(MLibrary::initialize(argv[0], true) != MS::kSuccess)
{
err_stop("[ERROR] Maya failed to initialise\n");
}
std::string fileName = argv[1];
cout << "Loading file: " << fileName;
//std::string scale = "0.01";
std::string scale = "1.0";
std::string todo = "all";
std::string target = "tegra"; // or tegra
if (argc > 2)
{
scale = argv[2];
}
if (argc > 3)
{
todo = argv[3];
}
if (argc > 4)
{
target = argv[4];
}
Globals & globalFlags = Globals::GetGlobals();
globalFlags.TARGET = target;
globalFlags.SCALE = (float)atof(scale.c_str());
char txt[128]={0};
sprintf(txt,"Scale: %f\n",globalFlags.SCALE);
err_info(txt);
for (unsigned int i=0;i<fileName.length();i++)
if (fileName[i] == '\\')
fileName[i] = '/';
err_info("Opening file: " + fileName);
stat = MFileIO::open(fileName.c_str());
err_code(stat);
int dot = fileName.rfind(".");
int slash = fileName.rfind("/");
string folder = fileName;
folder.erase(slash, folder.length() - slash);
fileName.erase(dot, fileName.length() - dot);
fileName.erase(0, slash+1);
if (todo == "model" || todo == "all")
{
ModelExporter & modelExport = ModelExporter::GetExporter();
modelExport.Export(folder, fileName);
AnimationExport & animationExport = AnimationExport::GetExporter();
animationExport.Export(folder, fileName);
UVAnimationExport & uvAnimationExport = UVAnimationExport::GetExporter();
uvAnimationExport.Export(folder, fileName);
}
if (todo == "locator" || todo == "all")
{
LocatorExport & locatorExport = LocatorExport::GetExporter();
locatorExport.Export(folder, fileName);
}
if (todo == "ref" || todo == "all")
{
RefSceneExport & refExport = RefSceneExport::GetExporter();
refExport.Export(folder, fileName);
}
if (todo == "stop_circle" || todo == "all")
{
StopCircleExport & stopCircleExport = StopCircleExport::GetExporter();
stopCircleExport.Export(folder, fileName);
}
if (todo == "launcher" || todo == "all")
{
BotLauncherExport & launcherExport = BotLauncherExport::GetExporter();
launcherExport.Export(folder, fileName);
}
if (todo == "curve" || todo == "all")
{
CurveExport & curveExport = CurveExport::GetExporter();
curveExport.Export(folder, fileName);
}
if (todo == "wire" || todo == "all")
{
WireExport & wireExport = WireExport::GetExporter();
wireExport.Export(folder, fileName);
}
if (todo == "collision_mesh" || todo == "all")
{
CollisionMeshExport & cllisionMeshExport = CollisionMeshExport::GetExporter();
cllisionMeshExport.Export(folder, fileName);
}
if (todo == "graph_mesh" || todo == "all")
{
GraphExport & graphExport = GraphExport::GetExporter();
graphExport.Export(folder, fileName);
}
if (todo == "doors" || todo == "all")
{
DoorsExport & doorsExport = DoorsExport::GetExporter();
doorsExport.Export(folder, fileName);
}
if (todo == "physics" || todo == "all")
{
PhysicsExport & physicsExport = PhysicsExport::GetExporter();
physicsExport.Export(folder, fileName);
}
return 0;
}
