def exitFunc_decl(self, ctx:LittleExprParser.Func_declContext):
self.symbolTable.pop()
identifier = ctx.identifier().getText()
returnType = ctx.any_type().getText()
functDeclNode = ASTFunctDecl(identifier, self.localNum-1, self.paramNum-1)
if ctx.func_body() is not None and ctx.func_body().getText():
if ctx.func_body().stmt_list() is not None and ctx.func_body().stmt_list().getText():
functDeclNode.StmtListNode = self.ASTStack.pop()
# print(functDeclNode.printInOrder())
# functCode = functDeclNode.generateCode()#.replace("LINK", "LINK {0} {1}".format(self.localNum-1, self.paramNum-1))
self.paramNum = 1
self.localNum = 1
AST.tempRegNum = 1
if returnType == "FLOAT":
self.functReturns[identifier] = NODETYPE.FLOATLITERAL
elif returnType == "INT":
self.functReturns[identifier] = NODETYPE.INTLITERAL
self.functNodeList.append(functDeclNode)
# print(functDeclNode.printInOrder())
# functOptimizer = Optimizer(functCode)
# functCode = functOptimizer.optimize()
# self.allCode += functCode
return
def enterFunc_decl(self, ctx:LittleExprParser.Func_declContext):
self.printSymbolTable.append("\nSymbol table {0}\r".format(ctx.getChild(2).getText()))
self.symbolTable.append({})
pass
