def visitExp3(self, ctx: MPParser.Exp3Context):
if ctx.exp3() is None:
return self.visit(ctx.exp4())
else:
return BinaryOp(
ctx.getChild(1).getText(), self.visit(ctx.exp3()),
self.visit(ctx.exp4()))
def visitExp3(self, ctx: MPParser.Exp3Context):
if (ctx.ADD()):
return BinaryOp("+", self.visit(ctx.exp3()),
self.visit(ctx.exp4()))
elif (ctx.SUBNE()):
return BinaryOp("-", self.visit(ctx.exp3()),
self.visit(ctx.exp4()))
elif (ctx.OR()):
return BinaryOp(ctx.OR().getText(), self.visit(ctx.exp3()),
self.visit(ctx.exp4()))
else:
return self.visit(ctx.exp4())
def visitExp3(self, ctx: MPParser.Exp3Context):
if ctx.getChildCount() == 1: # exp4
return self.visit(ctx.exp4())
left = self.visit(ctx.exp3())
right = self.visit(ctx.exp4())
op = ctx.getChild(1).getText()
return BinaryOp(op, left, right)
def visitExp3(self, ctx: MPParser.Exp3Context):
if ctx.getChildCount() == 1:
return self.visit(ctx.exp4())
op = ctx.getChild(1).getText()
exp3 = self.visit(ctx.exp3())
exp4 = self.visit(ctx.exp4())
return BinaryOp(op, exp3, exp4)
def visitExp3(self, ctx: MPParser.Exp3Context):
'''dxp3: exp3 DIV_F exp4 | exp3 MUL exp4 | exp3 DIV exp4 | exp3 MOD exp4 | exp3 AND exp4 | exp4;'''
return BinaryOp(
ctx.getChild(1).getText(), self.visit(ctx.exp3()),
self.visit(
ctx.exp4())) if ctx.getChildCount() == 3 else self.visit(
ctx.exp4())
def visitExp3(self, ctx:MPParser.Exp3Context):
if ctx.getChildCount() == 3:
exp0 = self.visit(ctx.exp3())
exp1 = self.visit(ctx.exp4())
op = self.visit(ctx.multiplicativeOperator())
return BinaryOp(op,exp0,exp1)
else:
return self.visit(ctx.exp4())
def visitExp3(self, ctx: MPParser.Exp3Context):
if ctx.DIVOP():
return BinaryOp('/', self.visit(ctx.exp3()),
self.visit(ctx.exp4()))
elif ctx.MULOP():
return BinaryOp('*', self.visit(ctx.exp3()),
self.visit(ctx.exp4()))
elif ctx.DIV():
return BinaryOp(ctx.DIV().getText(), self.visit(ctx.exp3()),
self.visit(ctx.exp4()))
elif ctx.MODOP():
return BinaryOp(ctx.MODOP().getText(), self.visit(ctx.exp3()),
self.visit(ctx.exp4()))
elif ctx.ANDOP():
return BinaryOp(ctx.ANDOP().getText(), self.visit(ctx.exp3()),
self.visit(ctx.exp4()))
else:
return self.visit(ctx.exp4())
def visitExp3(self, ctx: MPParser.Exp3Context):
op = ""
if ctx.DIVOP(): op = ctx.DIVOP().getText()
elif ctx.MULOP(): op = ctx.MULOP().getText()
elif ctx.DIV(): op = ctx.DIV().getText()
elif ctx.MOD(): op = ctx.MOD().getText()
elif ctx.AND(): op = ctx.AND().getText()
else: return self.visit(ctx.exp4())
return BinaryOp(op, self.visit(ctx.exp3()), self.visit(ctx.exp4()))
def visitExp3(self, ctx: MPParser.Exp3Context):
log('visitExp3')
if ctx.getChildCount() == 1: # exp4
return self.visit(ctx.exp4())
left = self.visit(ctx.exp3())
right = self.visit(ctx.exp4())
op = ctx.getChild(1).getText()
log1(left)
log1(right)
log1(op)
return BinaryOp(op, left, right)
return self.visitChildren(ctx)
def visitExp3(self, ctx: MPParser.Exp3Context):
if ctx.exp3():
if ctx.DIVISION():
return BinaryOp(ctx.DIVISION().getText(),
self.visit(ctx.exp3()), self.visit(ctx.exp4()))
elif ctx.MUL():
return BinaryOp(ctx.MUL().getText(), self.visit(ctx.exp3()),
self.visit(ctx.exp4()))
elif ctx.DIV():
return BinaryOp(ctx.DIV().getText(), self.visit(ctx.exp3()),
self.visit(ctx.exp4()))
elif ctx.AND():
return BinaryOp(ctx.AND().getText(), self.visit(ctx.exp3()),
self.visit(ctx.exp4()))
elif ctx.MOD():
return BinaryOp(ctx.MOD().getText(), self.visit(ctx.exp3()),
self.visit(ctx.exp4()))
else:
return BinaryOp("Unknown", self.visit(ctx.exp3()),
self.visit(ctx.exp4()))
else:
return self.visit(ctx.exp4())
def visitExp3(self, ctx: MPParser.Exp3Context):
if ctx.getChildCount() == 1:
return self.visitChildren(ctx)
return BinaryOp(
ctx.getChild(1).getText(), self.visit(ctx.exp3()),
self.visit(ctx.exp4()))
def visitExp3(self, ctx: MPParser.Exp3Context):
if ctx.getChildCount() == 2:
return UnaryOp(ctx.getChild(0).getText(), self.visit(ctx.exp3()))
else:
return self.visit(ctx.exp4())