def p_main(p):
'''main : MAIN firstmain '(' ')' firstfuncquad block '''
global paramsTemp
global actualFunc
if func_is_repeated(p[3]):
print errors['REPEATED_DECLARATION_FUNC']
exit(1)
else:
actualFunc=p[1]
add_to_func(p[1], 'None', paramsTemp, -1)
paramsTemp = []
def p_firstfuncquad(p):
'''firstfuncquad : '''
global funcquad
funcquad= len(quadruplo)
if firstMain!= 1:
global paramsTemp
global tipoActualReturn
global actualFunc
#global funcquad
if func_is_repeated(p[-4]):
print errors['REPEATED_DECLARATION_FUNC']
exit(1)
else:
actualFunc=p[-4]
tipo=tipoActualReturn.pop()
add_to_func(p[-4], tipo, paramsTemp,funcquad)
paramsTemp = []
def p_idp(p):
'''idp : '[' sexp ']'
| '(' idpp ')'
| empty'''
global pilao
global funcParams
elmt= p[1]
if elmt == '[':
aux=pilao.pop()
if(aux[1] != 'int'): #validar si la superexp es id para marcar error
print errors['TYPE_MISMATCH']
exit(-1)
res1=validate_arr(p[-1]) #por ser sexp se hace pop
quadruplo.append(['ver', aux[0],0,int(res1[2])-1])
res =mem_temps.add_type('int',1)
quadruplo.append(['+', aux[0],res1[0],res])
pilao.append([[res], res1[1]]) # el quadruplo cuando es arreglo lo ponemos diferente para identificar que hay que checar onruntime
elif elmt == '(':
if func_is_repeated(p[-1]):
tempparams=[]
for x in range(0,funcParams):
tempparams.append(pilao.pop())
if validate_func_params(p[-1],deepcopy(tempparams)):
quadruplo.append(['era', get_func_vars(p[-1]),p[-1],'-1'])
for x in tempparams:
quadruplo.append(['param',x[0],'-1', funcParams ])
funcParams= funcParams-1
quadruplo.append(['gosub', get_func_quad(p[-1]),p[-1],'-1'])
if get_func_return_type(p[-1]) != 'void':
res =mem_temps.add_type(get_func_return_type(p[-1]),1)
quadruplo.append(['=', p[-1],'-1',res])
pilao.append([res, get_func_return_type(p[-1]) ])
pp.pprint(pilao)
pp.pprint(constant_dict)
else:
print errors['PARAMS_FUNC_BADQUANT']
exit(-1)
else:
print errors['NOT_DECLARED_FUNCTION']
exit(-1)
else:
res=get_var(p[-1])
pilao.append([res[0], res[1]])
