Pass* Technique::CreatePass(StringHash type)
{
Pass* oldPass = GetPass(type);
if (oldPass)
return oldPass;
SharedPtr<Pass> newPass(new Pass(type));
passes_.Insert(type.Value(), newPass);
return newPass;
}
Pass* Technique::CreatePass(StringHash type)
{
/// \todo Memory use is not tracked when creating passes programmatically due to HashTable not returning the element count
Pass* oldPass = GetPass(type);
if (oldPass)
return oldPass;
SharedPtr<Pass> newPass(new Pass(type));
passes_.Insert(type.Value(), newPass);
return newPass;
}
Pass* Technique::CreatePass(const ea::string& name)
{
Pass* oldPass = GetPass(name);
if (oldPass)
return oldPass;
ea::shared_ptr<Pass> newPass(new Pass(name));
unsigned passIndex = newPass->GetIndex();
if (passIndex >= passes_.size())
passes_.resize(passIndex + 1);
passes_[passIndex] = newPass;
// Calculate memory use now
SetMemoryUse((unsigned)(sizeof(Technique) + GetNumPasses() * sizeof(Pass)));
return newPass;
}
sourcefile_t *assemble(void)
{
sourcefile_t *src;
newPass();
if( (src=newSourcefile())!=NULL && cmdlineSourcefile(src, cmdLineSrc, cmdLineSrc_count) )
{
do
{
pass_cnt++;
if( cfg_verbose )
{
printf("[pass %d]\n", pass_cnt);
}
if( !pass_parse(src) )
{
delSourcefile(src);
src = NULL;
break;
}
if( cfg_debug )
{
fprintf(debugLog, "<hr width=\"100%%\">\n<h1>[pass %d]</h1><p>\n", pass_cnt);
fprintf(debugLog, "<hr width=\"100%%\">\n<h2>LABELS</h2><p>\n");
dump(debugLog, (localdepth_t)-1,true);
fprintf(debugLog, "<hr width=\"100%%\">\n<h2>SOURCE</h2><p>\n");
src_debug(src, debugLog);
segment_debug(debugLog);
}
if( cfg_verbose )
{
printf("\n");
}
if( cfg_verbose && errorcnt==0 )
{
if( allBytesResolved ) {
printf("All bytes resolved\n");
}
else {
printf("Unresolved bytes left\n");
}
/*
if( resolvedSomething() ) {
printf("Undefined vars resolved in this pass\n");
}
else {
printf("No undefined vars resolved in this pass\n");
}
*/
}
} while( errorcnt==0 && resolvedSomething() && !allBytesResolved );
}
return src;
}
