def p_expression_8(p):
'''expression : ID'''
p[0] = Node('id',[],p[1])
p[0].value = p[1]
f = symtab.findS2(p[1])
if f:
#print "\n* %s *\n" % dir(f)
p[0].typ = f.typ
def p_expression_7(p):
'''expression : ID LPAREN expression_list RPAREN'''
p[0] = Node('call',[p[3]],p[1])
p[0].value = p[1]
#print "dir ",dir(p[1]),"name: ",p[1]
f = symtab.findS2(p[1])
##print "**dir ",dir(f),"name: ",f.name
if f:
p[0].typ = "int"
def p_stament_8(p):
'''stament : ID LPAREN expression_list RPAREN''' #call
f=symtab.findS2(p[1])
args = len(p[3].children)
if p[3].leaf:
args += 1
if not f:
print "#Error# Función no declarada '%s' " % (p[1]),
if hasattr(f,'lineno'):
print "en la linea",f.lineno
else:
##print "ARgs= ",args,"len(f.num)=",len(f.numpar)
if args != len(f.numpar):
print "#Error# Numero de argumentos erroneo en '%s'" % f.name
else:
if p[3].leaf:
#print "adadsdsad: ", p[3].typ , ":::" , f.name,f.numpar
if p[3].typ != f.numpar[0]:
print "#Error# Tipos de argumentos erroneo en'%s'" % f.name
else:
for i in range(0,len(p[3].children)):
##print "p[3].children[i]= ",p[3].children[i],p[3].children[i].typ
##print "f.numpar[i+1]: ",f.numpar[i+1]
if hasattr(p[3].children[i],'typ'):
if p[3].children[i].typ != f.numpar[i+1]:
print "#Error# Tipos de argumentos erroneo en'%s'" % f.name
break
#print "tiene argumentos arG? ",p[3].typ
if hasattr(p[3],'typ'):
p[0] = Node('',[p[3]],p[1])
p[0].name = p[1]
p[0].value = p[1]
p[0].call = 1
p[0].typ = p[3].typ
else:
p[0] = Node('',[p[3]],p[1])
p[0].call = 1
p[0].name = p[1]
p[0].value = p[1]