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#include <iostream>
#include <sstream>
#include <string>
#include <vector>
#include <cassert>
#include <cstdlib>
#include <map>
using namespace std;
#include "TType.hh"
#include "Text.hh"
#include "TLang.hh"
#include "TCompiler.hh"
int gVecSize = 32;
TBlockStatement* gExternalBlock = NULL;
TBlockStatement* gDecBlock = NULL;
bool gPrim = true;
bool gVec = true;
bool gSer = true;
bool gConcat = true;
static void Display(const string& test)
{
cout << "// ====================="<< endl;
cout << "// "<< test<< endl;
cout << "// ====================="<< endl;
}
// Not compatible type (input ==> int)
TSignal* test1(bool prim, bool vec, bool ser, bool concat)
{
gPrim = prim;
gVec = vec;
gSer = ser;
gConcat = concat;
Display("test1");
return new TInt(5);
}
TSignal* test2(bool prim, bool vec, bool ser, bool concat)
{
gPrim = prim;
gVec = vec;
gSer = ser;
gConcat = concat;
Display("test2");
return new TFloat(10.f);
}
TSignal* test3(bool prim, bool vec, bool ser, bool concat)
{
gPrim = prim;
gVec = vec;
gSer = ser;
gConcat = concat;
Display("test3");
return new TInput(0, 1);
}
TSignal* test4(bool prim, bool vec, bool ser, bool concat)
{
gPrim = prim;
gVec = vec;
gSer = ser;
gConcat = concat;
Display("test4");
return new TPrimOp(new TInput(0, 1), new TInput(1, 1), "+");
}
TSignal* test5(bool prim, bool vec, bool ser, bool concat)
{
gPrim = prim;
gVec = vec;
gSer = ser;
gConcat = concat;
Display("test5");
return new TPrimOp(new TPrimOp(new TInput(0, 1), new TFloat(10.f), "+"), new TPrimOp(new TInput(0, 1), new TInput(1, 1), "+"), "*");
}
TSignal* test6(bool prim, bool vec, bool ser, bool concat)
{
gPrim = prim;
gVec = vec;
gSer = ser;
gConcat = concat;
Display("test6");
return new TPrimOp(new TPrimOp(new TInput(0, 1), new TFloat(10.f), "+"), new TFloat(10.f), "*");
}
// Not compatible type (input ==> float[4])
TSignal* test10(bool prim, bool vec, bool ser, bool concat)
{
gPrim = prim;
gVec = vec;
gSer = ser;
gConcat = concat;
Display("test10");
return new TVectorize(new TInput(0, 4), 4);
}
TSignal* test11(bool prim, bool vec, bool ser, bool concat)
{
gPrim = prim;
gVec = vec;
gSer = ser;
Display("test11");
return new TSerialize(new TVectorize(new TInput(0, 4), 4));
}
// Not compatible type (input ==> float[4][3])
TSignal* test11bis(bool prim, bool vec, bool ser, bool concat)
{
gPrim = prim;
gVec = vec;
gConcat = concat;
gSer = ser;
Display("test11bis");
return new TVectorize(new TVectorize(new TInput(0, 12), 4), 3);
}
TSignal* test12(bool prim, bool vec, bool ser, bool concat)
{
gPrim = prim;
gVec = vec;
gSer = ser;
gConcat = concat;
Display("test12");
return new TSerialize(new TSerialize(new TVectorize(new TVectorize(new TInput(0, 12), 4), 3)));
}
TSignal* test13(bool prim, bool vec, bool ser, bool concat)
{
gPrim = prim;
gVec = vec;
gSer = ser;
gConcat = concat;
Display("test13");
return new TSerialize(new TVectorize(new TSerialize(new TVectorize(new TInput(0, 12), 4)), 3));
}
// Not compatible type (input ==> float[4])
TSignal* test14(bool prim, bool vec, bool ser, bool concat)
{
gPrim = prim;
gVec = vec;
gSer = ser;
gConcat = concat;
Display("test14");
return new TPrimOp(new TVectorize(new TInput(0, 4), 4), new TVectorize(new TInput(1, 4), 4), "+");
}
TSignal* test15(bool prim, bool vec, bool ser, bool concat)
{
gPrim = prim;
gVec = vec;
gSer = ser;
gConcat = concat;
Display("test15");
return new TSerialize(new TPrimOp(new TVectorize(new TInput(0, 4), 4), new TVectorize(new TInput(1, 4), 4), "+"));
}
TSignal* test15bis(bool prim, bool vec, bool ser, bool concat)
{
gPrim = prim;
gVec = vec;
gSer = ser;
gConcat = concat;
Display("test15bis");
return new TPrimOp(new TSerialize(new TVectorize(new TInput(0, 4), 4)), new TSerialize(new TVectorize(new TInput(1, 4), 4)), "+");
}
TSignal* test15ter(bool prim, bool vec, bool ser, bool concat)
{
gPrim = prim;
gVec = vec;
gSer = ser;
gConcat = concat;
Display("test15ter");
return new TSerialize(new TSerialize(new TPrimOp(
new TVectorize(new TVectorize(new TInput(0, 12), 4), 3),
new TVectorize(new TVectorize(new TInput(1, 12), 4), 3), "+")));
}
TSignal* test16(bool prim, bool vec, bool ser, bool concat)
{
gPrim = prim;
gVec = vec;
gSer = ser;
gConcat = concat;
Display("test16");
return new TSerialize(new TSerialize(new TPrimOp(new TVectorize(new TVectorize(new TInput(0, 12), 4), 3), new TVectorize(new TVectorize(new TInput(1, 12), 4), 3), "+")));
}
TSignal* test21(bool prim, bool vec, bool ser, bool concat)
{
gPrim = prim;
gVec = vec;
gSer = ser;
gConcat = concat;
Display("test21");
return new TSerialize(new TConcat(new TVectorize(new TInput(0, 4), 4), new TVectorize(new TInput(1, 3), 3)));
}
TSignal* test22(bool prim, bool vec, bool ser, bool concat)
{
gPrim = prim;
gVec = vec;
gSer = ser;
gConcat = concat;
Display("test22");
return new TVectorAt(new TVectorize(new TInput(0, 4), 4), new TInt(3));
}
TSignal* test23(bool prim, bool vec, bool ser, bool concat)
{
gPrim = prim;
gVec = vec;
gSer = ser;
gConcat = concat;
Display("test23");
return new TVectorAt(new TConcat(new TVectorize(new TInput(0, 4), 4), new TVectorize(new TInput(1, 3), 3)), new TInt(0));
}
TSignal* test30(bool prim, bool vec, bool ser, bool concat)
{
gPrim = prim;
gVec = vec;
gSer = ser;
gConcat = concat;
Display("test30");
return new TDelayAt(new TDelayLine(new TInput(0, 1), 100), new TInt(3));
}
TSignal* test40(bool prim, bool vec, bool ser, bool concat)
{
gPrim = prim;
gVec = vec;
gSer = ser;
gConcat = concat;
Display("test40");
TRecGroup* rec_group = new TRecGroup("RecGroup1");
rec_group->fCode.push_back(new TPrimOp(new TInput(0, 1), new TRecProj(rec_group, 0), "+"));
rec_group->fCode.push_back(new TPrimOp(new TInput(1, 1), new TRecProj(rec_group, 1), "*"));
rec_group->fCode.push_back(new TInput(2, 1));
return new TRecProj(rec_group, 1);
}
// vectorize(4):*(2):serialize:+(1);
TSignal* test50(bool prim, bool vec, bool ser, bool concat)
{
return new TPrimOp(new TSerialize(new TPrimOp(new TVectorize(new TInput(0, 4), 4), new TFloat(2.f), "*")), new TFloat(1.f), "+");
}
int main()
{
TCompiler compiler;
//compiler.compileTop(test1());
//compiler.compileTop(test2(true, true, true, true));
//compiler.compileTop(test3(true, true, true, true));
//compiler.compileTop(test4(true, true, true, true));
//compiler.compileTop(test5(true, true, true, true));
//compiler.compileTop(test6(true, true, true, true));
//compiler.compileTop(test10(true, true, true, true));
//compiler.compileTop(test11(true, true, true, true));
//compiler.compileTop(test11(true, false, true, true));
//compiler.compileTop(test11(true, true, false, true));
//compiler.compileTop(test11(true, false, false, true));
//compiler.compileTop(test11bis(true, true, true, true));
//compiler.compileTop(test12(true, true, true, true));
//compiler.compileTop(test12(true, false, true, true));
//compiler.compileTop(test12(true, true, false, true));
//compiler.compileTop(test12(true, false, false, true));
//compiler.compileTop(test13(true, true, true, true));
//compiler.compileTop(test13(true, false, true, true));
//compiler.compileTop(test13(true, true, false, true));
//compiler.compileTop(test13(true, false, false, true));
//compiler.compileTop(test14(true, true, true, true));
//compiler.compileTop(test15(true, true, true, true));
//compiler.compileTop(test15(true, false, true, true));
//compiler.compileTop(test15(true, true, false, true));
//compiler.compileTop(test15(true, false, false, true));
//compiler.compileTop(test15(false, true, true, true));
//compiler.compileTop(test15(false, false, true, true));
//compiler.compileTop(test15(false, true, false, true));
//compiler.compileTop(test15(false, false, false, true));
//compiler.compileTop(test15bis(true, true, true, true));
//compiler.compileTop(test15bis(true, false, true, true));
//compiler.compileTop(test15bis(true, true, false, true));
//compiler.compileTop(test15bis(true, false, false, true));
//compiler.compileTop(test15bis(false, true, true, true));
//compiler.compileTop(test15bis(false, false, true, true));
//compiler.compileTop(test15bis(false, true, false, true));
//compiler.compileTop(test15bis(false, false, false, true));
//compiler.compileTop(test15ter(false, true, true, true));
//compiler.compileTop(test15ter(false, false, true, true));
//compiler.compileTop(test15ter(false, true, false, true));
//compiler.compileTop(test15ter(false, false, false, true));
//compiler.compileTop(test16(true, true, true, true));
//compiler.compileTop(test21(true, true, true, true));
//compiler.compileTop(test21(true, false, true, true));
//compiler.compileTop(test21(true, true, false, true));
//compiler.compileTop(test21(true, false, false, true));
//compiler.compileTop(test21(true, true, true, false));
//compiler.compileTop(test21(true, false, true, false));
//compiler.compileTop(test21(true, true, false, false));
//compiler.compileTop(test21(true, false, false, false));
//compiler.compileTop(test22(true, true, true, false));
//compiler.compileTop(test22(true, false, true, false));
//compiler.compileTop(test22(true, true, false, false));
//compiler.compileTop(test22(true, false, false, false));
//compiler.compileTop(test22(true, true, true, true));
//compiler.compileTop(test23(true, true, true, true));
//compiler.compileTop(test23(true, false, true, true));
//compiler.compileTop(test23(true, true, false, true));
//compiler.compileTop(test23(true, false, false, true));
//compiler.compileTop(test30(true, true, true, true));
//compiler.compileTop(test40(true, true, true, true));
compiler.compileTop(test50(true, true, true, true));
return 0;
}
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