ChunkPool::ChunkPool(int o, int initialSize) :
owner(o),
chunkQueue(new MSQueue<SPChunk*>())
{
AtomicStatistics* stat = new AtomicStatistics(); // no need to count the initialization operations
for(int i = 0; i < initialSize; i++) {
putChunk(new SPChunk(owner), stat);
}
delete stat;
}
//
// Info::putChunkSTRL
//
void Info::putChunkSTRL()
{
if(!numChunkSTRL) return;
Core::Array<Core::String> strs{numChunkSTRL};
for(auto &s : strs) s = Core::STR_;
for(auto const &itr : prog->rangeStrEnt()) if(itr.defin)
strs[itr.valueInt] = itr.valueStr;
putChunk(UseChunkSTRE ? "STRE" : "STRL", strs, true);
}
//
// Info::putChunkSNAM
//
void Info::putChunkSNAM()
{
if(!numChunkSNAM) return;
Core::Array<Core::String> strs{numChunkSNAM};
for(auto &s : strs) s = Core::STR_;
for(auto const &itr : prog->rangeFunction())
{
if(itr.ctype != IR::CallType::ScriptS)
continue;
strs[itr.valueInt] = itr.valueStr;
}
putChunk("SNAM", strs, false);
}
//
// Info::putChunkMEXP
//
void Info::putChunkMEXP()
{
if(!numChunkMEXP) return;
Core::Array<Core::String> strs{numChunkMEXP};
for(auto &s : strs) s = Core::STR_;
for(auto const &itr : prog->rangeObject())
{
if(!itr.defin && itr.space.base == IR::AddrBase::MapReg)
strs[itr.value] = itr.glyph;
}
for(auto const &itr : prog->rangeSpaceMapArs())
if(itr.defin) strs[itr.value] = itr.glyph;
putChunk("MEXP", strs, false);
}
