def p_ver2(p):
'''
ver2 :
'''
temp = quad.PilaO.pop()
quad.Ptypes.pop()
#quad.PilaO.append(temp)
loc = Tablas.findLVector(Tablas.isVector)
lim1 = Tablas.findCteVM(0)
if loc == True:
lim2 = Tablas.vectLTable[Tablas.isVector].lim1
m = Tablas.vectLTable[Tablas.isVector].m
else:
lim2 = Tablas.vectGTable[Tablas.isVector].lim1
m = Tablas.vectGTable[Tablas.isVector].m
quad.quadInsert('Ver', temp, lim1, lim2)
quad.count += 1
result = mv.getMemoTemp('int',Tablas.isGlobal,1)
if (Tablas.isGlobal):
Tablas.gtempAddSize('int',1)
else:
Tablas.tempAddSize('int',1)
quad.quadInsert('*', temp, m, result)
quad.count += 1
quad.PilaO.append(result)
def p_endprog(p):
'''
endprog :
'''
size = str(Tablas.gli) + ',' + str(Tablas.glf) + ',' + str(Tablas.glc) + ',' + str(Tablas.glti) + ',' + str(Tablas.gltf) + ',' + str(Tablas.gltc) + ',' + str(Tablas.gltb)
Tablas.insertFuncSize(size, Tablas.program)
quad.quadInsert('End', None, None, None)
cf.export_txt(Tablas.dirFuncs, Tablas.cteTable, quad.Quad)
Tablas.gvarPrint()
print('')
print('DirFunc')
Tablas.dirPrint()
print('')
print('Constantes')
Tablas.ctePrint()
print('')
print('Cuadruplos')
quad.imprime()
print('')
Tablas.gVectPrint()
def p_ver3(p):
'''
ver3 :
'''
temp = quad.PilaO.pop()
quad.Ptypes.pop()
loc = Tablas.findLVector(Tablas.isVector)
lim1 = Tablas.findCteVM(0)
if loc == True:
lim2 = Tablas.vectLTable[Tablas.isVector].lim1
else:
lim2 = Tablas.vectGTable[Tablas.isVector].lim1
quad.quadInsert('Ver', temp, lim1, lim2)
quad.count += 1
temp2 = quad.PilaO.pop()
result = mv.getMemoTemp('int', Tablas.isGlobal,1)
if (Tablas.isGlobal):
Tablas.gtempAddSize('int',1)
else:
Tablas.tempAddSize('int',1)
quad.quadInsert('+', temp, temp2, result)
quad.count += 1
result2 = mv.getMemoTemp('int', Tablas.isGlobal,1)
if (Tablas.isGlobal):
Tablas.gtempAddSize('int',1)
else:
Tablas.tempAddSize('int',1)
dir = Tablas.findCteVM(Tablas.isVector)
quad.quadInsert('+', result, dir, result2)
quad.count += 1
quad.PilaO.append('('+str(result2)+')')
def p_erainsert(p):
'''
erainsert :
'''
quad.quadInsert('Era', None, None, p[-1])
quad.count += 1
def p_gotomain(p):
'''
gotomain :
'''
quad.quadInsert('Goto', None, None, None)
quad.count += 1
def p_endfunc(p):
'''
endfunc :
'''
quad.quadInsert('Endfunc', None, None, None)
quad.count += 1