public String SolveIteration(ForLoop L1)
{
String Result = "";
return Result;
}
// $ANTLR start "kforStat"
// Z:\\C2CUDATranslator\\C2CUDATranslator\\C2CUDATranslator.g:993:1: kforStat : 'for' '(' e1= kassignStat ';' e2= kexpr ';' e3= kincStat ')' kkblock ;
public C2CUDATranslatorParser.kforStat_return kforStat() // throws RecognitionException [1]
{
slist_stack.Push(new slist_scope());
C2CUDATranslatorParser.kforStat_return retval = new C2CUDATranslatorParser.kforStat_return();
retval.Start = input.LT(1);
C2CUDATranslatorParser.kassignStat_return e1 = default(C2CUDATranslatorParser.kassignStat_return);
C2CUDATranslatorParser.kexpr_return e2 = default(C2CUDATranslatorParser.kexpr_return);
C2CUDATranslatorParser.kincStat_return e3 = default(C2CUDATranslatorParser.kincStat_return);
((slist_scope)slist_stack.Peek()).locals = new ArrayList();
((slist_scope)slist_stack.Peek()).stats = new ArrayList();
String loopindex;
try
{
// Z:\\C2CUDATranslator\\C2CUDATranslator\\C2CUDATranslator.g:1001:5: ( 'for' '(' e1= kassignStat ';' e2= kexpr ';' e3= kincStat ')' kkblock )
// Z:\\C2CUDATranslator\\C2CUDATranslator\\C2CUDATranslator.g:1001:9: 'for' '(' e1= kassignStat ';' e2= kexpr ';' e3= kincStat ')' kkblock
{
Match(input,44,FOLLOW_44_in_kforStat5305);
Match(input,21,FOLLOW_21_in_kforStat5307);
PushFollow(FOLLOW_kassignStat_in_kforStat5311);
e1 = kassignStat();
state.followingStackPointer--;
Match(input,19,FOLLOW_19_in_kforStat5313);
PushFollow(FOLLOW_kexpr_in_kforStat5317);
e2 = kexpr();
state.followingStackPointer--;
Match(input,19,FOLLOW_19_in_kforStat5319);
PushFollow(FOLLOW_kincStat_in_kforStat5323);
e3 = kincStat();
state.followingStackPointer--;
Match(input,27,FOLLOW_27_in_kforStat5325);
PushFollow(FOLLOW_kkblock_in_kforStat5327);
kkblock();
state.followingStackPointer--;
C2CUDATranslator.ForLoop Loop1 = new C2CUDATranslator.ForLoop();
Loop1.Index = GetIndexofe1(e1);
Loop1.Size = Getsizeofe2(e2);
((program_scope)program_stack.Peek()).kernelforloopindex = ((program_scope)program_stack.Peek()).kernelforloopindex+1;
if(((program_scope)program_stack.Peek()).kernelforloopindex==1)
{
((program_scope)program_stack.Peek()).size = Loop1.Size;
// ((program_scope)program_stack.Peek()).size = ((program_scope)program_stack.Peek()).size+" * "+Loop1.Size;
}
else
{
Loop1.IsNestLoop=true;
((program_scope)program_stack.Peek()).size = Loop1.Size+" * "+((program_scope)program_stack.Peek()).size;
}
Boolean d=((program_scope)program_stack.Peek()).recursionflag;
if((((program_scope)program_stack.Peek()).iteraiveflag == false) && (((program_scope)program_stack.Peek()).recursionflag == false))
{
if(((program_scope)program_stack.Peek()).index=="2D")
{
if(Loop1.IsNestLoop)
{
for(int myi=0;myi<((slist_scope)slist_stack.Peek()).stats.Count;myi++)
{
if(((slist_scope)slist_stack.Peek()).stats[myi].ToString().Contains("pitch"))
{
if(((slist_scope)slist_stack.Peek()).stats[myi].ToString().Contains(Loop1.Index))
{
//((slist_scope)slist_stack.Peek()).stats.RemoveAt(0);
}
}
}
retval.ST = templateLib.GetInstanceOf("RemoveforLoop",
new STAttrMap().Add("e1", ((e1 != null) ? e1.ST : null)).Add("e2", ((e2 != null) ? e2.ST : null)).Add("e3", ((e3 != null) ? e3.ST : null)).Add("locals", ((slist_scope)slist_stack.Peek()).locals).Add("stats", ((slist_scope)slist_stack.Peek()).stats).Add("index", Loop1.Index));
}
else
{
retval.ST = templateLib.GetInstanceOf("kforLoop",
new STAttrMap().Add("e1", ((e1 != null) ? e1.ST : null)).Add("e2", ((e2 != null) ? e2.ST : null)).Add("e3", ((e3 != null) ? e3.ST : null)).Add("locals", ((slist_scope)slist_stack.Peek()).locals).Add("stats", ((slist_scope)slist_stack.Peek()).stats).Add("index", Loop1.Index));
}
}
else
{
if(((program_scope)program_stack.Peek()).index=="1D")
{
retval.ST = templateLib.GetInstanceOf("RemoveChildforLoop",
new STAttrMap().Add("e1", ((e1 != null) ? e1.ST : null)).Add("e2", ((e2 != null) ? e2.ST : null)).Add("e3", ((e3 != null) ? e3.ST : null)).Add("locals", ((slist_scope)slist_stack.Peek()).locals).Add("stats", ((slist_scope)slist_stack.Peek()).stats).Add("index", Loop1.Index));
}
else
{
retval.ST = templateLib.GetInstanceOf("kforLoop",
new STAttrMap().Add("e1", ((e1 != null) ? e1.ST : null)).Add("e2", ((e2 != null) ? e2.ST : null)).Add("e3", ((e3 != null) ? e3.ST : null)).Add("locals", ((slist_scope)slist_stack.Peek()).locals).Add("stats", ((slist_scope)slist_stack.Peek()).stats));
}
}
// C2CUDATranslator.Transformation.Parallelize($kblock.ST);
// retval.ST = templateLib.GetInstanceOf("RemoveforLoop",
// new STAttrMap().Add("e1", ((e1 != null) ? e1.ST : null)).Add("e2", ((e2 != null) ? e2.ST : null)).Add("e3", ((e3 != null) ? e3.ST : null)).Add("locals", ((slist_scope)slist_stack.Peek()).locals).Add("stats", ((slist_scope)slist_stack.Peek()).stats));
}
else
{
retval.ST = templateLib.GetInstanceOf("kforLoop",
new STAttrMap().Add("e1", ((e1 != null) ? e1.ST : null)).Add("e2", ((e2 != null) ? e2.ST : null)).Add("e3", ((e3 != null) ? e3.ST : null)).Add("locals", ((slist_scope)slist_stack.Peek()).locals).Add("stats", ((slist_scope)slist_stack.Peek()).stats));
}
}
retval.Stop = input.LT(-1);
}
catch (RecognitionException re)
{
ReportError(re);
Recover(input,re);
}
finally
{
slist_stack.Pop();
}
return retval;
}
public string ParallelizeLoop(ForLoop Loop)
{
return("");
}
public string ParallelizeLoop(ForLoop Loop)
{
return "";
}
public String SolveIteration(ForLoop L1)
{
String Result = "";
return(Result);
}