def visitArray(self, ctx:GrammarParser.ArrayContext):
tyype, cte_value, ir_register = self.visit(ctx.expression())
if tyype != Type.INT:
token = ctx.identifier().IDENTIFIER().getPayload()
err("ERROR: array expression must be an integer, but it is " + str(tyype) + " in line " + str(token.line) + " and column " + str(token.column) + "\n")
exit(-1)
return cte_value, ir_register
def visitArray(self, ctx: GrammarParser.ArrayContext):
tyype = self.visit(ctx.expression())
if tyype != Type.INT:
token = ctx.identifier().IDENTIFIER().getPayload()
print("ERROR: array expression must be an integer, but it is " +
str(tyype) + " in line " + str(token.line) + " and column " +
str(token.column))
return
def visitArray(self, ctx:GrammarParser.ArrayContext):
# print(ctx.getText(), "ctx do visit array")
tyype, cte_value = self.visit(ctx.expression())
name = ctx.identifier().getText()
#print(name)
if tyype != Type.INT:
token = ctx.identifier().IDENTIFIER().getPayload()
print("ERROR: array expression must be an integer, but it is " + str(tyype) + " in line " + str(token.line) + " and column " + str(token.column))
# print(cte_value, "print final do no visit array")
return cte_value
def visitArray(self, ctx: GrammarParser.ArrayContext):
print('Visiting a Array - second function')
#e1[e2] onde e1 precisa ser array e e2 preisa ser inteiro, se e2 é uma cte entao val(e2) deve estar no range de type(e1)
arrayType = self.visit(ctx.expression())
if arrayType != Type.INT:
text = ctx.identifier().getText()
token = ctx.identifier().IDENTIFIER().getPayload()
print("Erro de tipo, index do array é diferente de int" + text +
str(token.line) + "," + str(token.column))
#return self.visitChildren(ctx)
return
def visitArray(self, ctx: GrammarParser.ArrayContext):
#token = ctx.identifier().IDENTIFIER().getPayload()
#print(str(token.line) + "|" + ctx.expression().getText())
index_type = self.visit(ctx.expression())
if index_type != Type.INT:
token = ctx.identifier().IDENTIFIER().getPayload()
print(
"[ERROR]::[I tought you knew that an array index should be an INTEGER instead of <{}>.] ({},{})"
.format(index_type, str(token.line), str(token.column)))
return self.visitChildren(ctx)
def visitArray(self, ctx: GrammarParser.ArrayContext):
expType = self.visit(ctx.expression())
if expType != Type.INT:
token = ctx.identifier().IDENTIFIER().getPayload()
print(
"ERROR: array expession must be of type int (given {}) in line {} and column {}"
.format(expType, token.line, token.column))
return 0
else:
arrayID = ctx.identifier().getText()
self.ids_defined[arrayID] = self.ids_defined[arrayID][0], int(
ctx.expression().getText())
return ctx.expression()
def visitArray(self, ctx: GrammarParser.ArrayContext):
array_name = ctx.identifier().getText()
array_type = self._variable_type(array_name)
token = ctx.identifier().IDENTIFIER().getPayload()
if (array_type is Type.VOID):
print(
f"ERROR: undefined array '{array_name}' in line {token.line} and column {token.column}"
)
index_type = self.visit(ctx.expression())
if index_type != Type.INT:
print(
f"ERROR: array expression must be an integer, but it is {index_type} in line {token.line} and column {token.column}"
)
return array_type