internal Instruction(string cpu, InstructionsData.Instruction i)
{
this.cpu = cpu;
args = ArgTypes.parse(i.op);
uops = i.uops;
latency = i.latency;
throughput = i.throughput;
}
static bool shouldAddInstruction(HashSet <int> hsCats, InstructionsData.Instruction instr)
{
if (hsCats.Contains(instr.cat))
{
return(true);
}
if (s_hsExtraInstructions.Contains(instr.i))
{
return(true);
}
return(false);
}
void addInstruction(string cpu, InstructionsData.Instruction data)
{
// if( data.i == "vpsadbw" && Debugger.IsAttached ) Debugger.Break(); // Break on loading perf.data of a "vpsadbw" instruction for some architecture
Instruction r = new Instruction(cpu, data);
debugWriter?.Write("{0} / {1}: ", cpu, data.i);
eArgumentsMask[] args = ArgTypes.parse(data.op); // This is not a waste of CPU time because ArgTypes.parse() uses a local cache
bool appendVPrefix = args.Any(am => 0 != (am & (ArgTypes.avxBits | ArgTypes.avx512Bits)));
foreach (string i in unpackInstructionsAddVPrefix(data.i, appendVPrefix))
{
debugWriter?.Write("{0} ", i);
List <Instruction> list;
if (!m_data.TryGetValue(i, out list))
{
list = new List <Instruction>(1);
m_data[i] = list;
}
list.Add(r);
}
debugWriter?.WriteLine();
}
