static CALresult printISA(FILE* f, CALimage image)
{
if (!image)
return CAL_RESULT_ERROR;
_isaLogFunctionFile = f;
calclDisassembleImage(image, isaLogFunction);
_isaLogFunctionFile = NULL;
return CAL_RESULT_OK;
}
A5IlPair::A5IlPair(A5Il* cont, int dev, int dp, int rounds,A5JobQueue* q) :
mNumRounds(rounds),
mController(cont),
mState(0),
mDp(dp),
mWaitState(false),
mTicks(0),
mAttention(0),
mFreeRound(0),
mSingleMode(false),
mJobQueue(q)
{
mDevNo = dev;
mMaxCycles = 327650;
// CAL setup
assert((dev>=0)&&(dev<CalDevice::getNumDevices()));
mDev = CalDevice::createDevice(dev);
assert(mDev);
mNum = mDev->getDeviceAttribs()->wavefrontSize *
mDev->getDeviceAttribs()->numberOfSIMD;
printf("Num threads %i\n", mNum );
mResState = mDev->resAllocLocal1D(4*mNum, CAL_FORMAT_UINT_4,
CAL_RESALLOC_CACHEABLE|
CAL_RESALLOC_GLOBAL_BUFFER);
mResRoundFunc = mDev->resAllocLocal1D(MAX_RFTABLE_ENTRIES,
CAL_FORMAT_UINT_2, 0);
mResAttention = mDev->resAllocLocal1D(mNum, CAL_FORMAT_UINT_2,
CAL_RESALLOC_CACHEABLE);
mResAttentionSingle = mDev->resAllocLocal1D(mNum, CAL_FORMAT_UINT_1,
CAL_RESALLOC_CACHEABLE);
/* Lazy check to ensure that memory has been allocated */
assert(mResState);
assert(mResRoundFunc);
assert(mResAttention);
assert(mResAttentionSingle);
/**
* Load Compile and Link kernels
*/
unsigned char* kernel = getKernel(0);
assert(kernel);
if (calclCompile(&mObjectDouble, CAL_LANGUAGE_IL, (const CALchar*)kernel,
mDev->getDeviceInfo()->target) != CAL_RESULT_OK) {
assert(!"Compilation failed.");
}
freeKernel(kernel);
if (calclLink (&mImageDouble, &mObjectDouble, 1) != CAL_RESULT_OK) {
assert(!"Link failed.");
}
#if DISASSEMBLE
gDisFile = fopen("disassembly_double.txt","w");
calclDisassembleImage(mImageDouble, logger);
fclose(gDisFile);
#endif
mCtx = mDev->getContext();
mModuleDouble = new CalModule(mCtx);
if (mModuleDouble==0) {
assert(!"Could not create module");
}
if (!mModuleDouble->Load(mImageDouble)) {
assert(!"Could not load module image");
}
/* repeat for single kernel */
kernel = getKernel(1);
assert(kernel);
if (calclCompile(&mObjectSingle, CAL_LANGUAGE_IL, (const CALchar*)kernel,
mDev->getDeviceInfo()->target) != CAL_RESULT_OK) {
assert(!"Compilation failed.");
}
freeKernel(kernel);
if (calclLink (&mImageSingle, &mObjectSingle, 1) != CAL_RESULT_OK) {
assert(!"Link failed.");
}
#if DISASSEMBLE
gDisFile = fopen("disassembly_single.txt","w");
calclDisassembleImage(mImageSingle, logger);
fclose(gDisFile);
#endif
mCtx = mDev->getContext();
mModuleSingle = new CalModule(mCtx);
if (mModuleSingle==0) {
assert(!"Could not create module");
}
if (!mModuleSingle->Load(mImageSingle)) {
assert(!"Could not load module image");
}
unsigned int *dataPtr = NULL;
CALuint pitch = 0;
if (mSingleMode) {
mModule = mModuleSingle;
mModule->Bind("o0",mResAttentionSingle);
} else {
mModule = mModuleDouble;
mModule->Bind("o0",mResAttention);
}
mModule->Bind("g[]",mResState);
mModule->Bind("i0",mResRoundFunc);
/* Init debug counters */
if (!Ext_calCtxCreateCounter) {
calExtGetProc( (CALvoid**)&Ext_calCtxCreateCounter, CAL_EXT_COUNTERS,
"calCtxCreateCounter");
}
Ext_calCtxCreateCounter( &mCounter, *mCtx, CAL_COUNTER_IDLE );
if (!Ext_calCtxBeginCounter) {
calExtGetProc( (CALvoid**)&Ext_calCtxBeginCounter, CAL_EXT_COUNTERS,
"calCtxBeginCounter");
}
Ext_calCtxBeginCounter( *mCtx, mCounter );
if (!Ext_calCtxEndCounter) {
calExtGetProc( (CALvoid**)&Ext_calCtxEndCounter, CAL_EXT_COUNTERS,
"calCtxEndCounter");
}
if (!Ext_calCtxDestroyCounter) {
calExtGetProc( (CALvoid**)&Ext_calCtxDestroyCounter, CAL_EXT_COUNTERS,
"calCtxDestroyCounter");
}
if (!Ext_calCtxGetCounter) {
calExtGetProc( (CALvoid**)&Ext_calCtxGetCounter, CAL_EXT_COUNTERS,
"calCtxGetCounter");
}
/* Init free list */
int jobs = mNum * 2;
mJobLimit = jobs;
mJobs = new A5Il::JobPiece_s[jobs];
for(int i=0; i<jobs; i++) {
mJobs[i].next_free = i-1;
mJobs[i].idle = true;
}
mFree = jobs - 1;
mNumJobs = 0;
populate();
};
