/***** Worker thread *****/
void* worker(void* arg)
{
int iter = *((int*)arg);
for (int i=0;i<iter;i++)
{
if (sync_m)
{
add_m(&counter,1);
add_m(&counter,-1);
}
else if (sync_s)
{
add_s(&counter,1);
add_s(&counter,-1);
}
else if (sync_c)
{
add_c(&counter,1);
add_c(&counter,-1);
}
else
{
add(&counter,1);
add(&counter,-1);
}
}
}
extern "C" ENCODER_DECLARE_EXPORT char * encoder_mem(Mnemonic m, OpndSize size,
int disp, int base_reg, bool isBasePhysical, char * stream) {
EncoderBase::Operands args;
add_m(args, base_reg, disp, size);
char* stream_start = stream;
stream = (char *)EncoderBase::encode(stream, m, args);
#ifdef PRINT_ENCODER_STREAM
printEncoderInst(m, args);
decodeThenPrint(stream_start);
#endif
return stream;
}
extern "C" ENCODER_DECLARE_EXPORT char * encoder_mem_fp(Mnemonic m, OpndSize size,
int disp, int base_reg, bool isBasePhysical,
int reg, char * stream) {
EncoderBase::Operands args;
// a fake FP register as operand
add_fp(args, reg, size == OpndSize_64/*is_double*/);
add_m(args, base_reg, disp, size);
char* stream_start = stream;
stream = (char *)EncoderBase::encode(stream, m, args);
#ifdef PRINT_ENCODER_STREAM
printEncoderInst(m, args);
decodeThenPrint(stream_start);
#endif
return stream;
}
void Date::add_d() {
if (++dy >= current_dpm()) {
dy = 0;
add_m();
}
}
