mutants-appfx/dist/expression/ExprListener.js

appfx module

'use strict';

var _create = require('babel-runtime/core-js/object/create');

var _create2 = _interopRequireDefault(_create);

function _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; }

// Generated from ./src/Expr.g4 by ANTLR 4.6
// jshint ignore: start
var antlr4 = require('antlr4/index');

// This class defines a complete listener for a parse tree produced by ExprParser.
function ExprListener() {
	antlr4.tree.ParseTreeListener.call(this);
	return this;
}

ExprListener.prototype = (0, _create2.default)(antlr4.tree.ParseTreeListener.prototype);
ExprListener.prototype.constructor = ExprListener;

// Enter a parse tree produced by ExprParser#exec.
ExprListener.prototype.enterExec = function (ctx) {};

// Exit a parse tree produced by ExprParser#exec.
ExprListener.prototype.exitExec = function (ctx) {};

// Enter a parse tree produced by ExprParser#expressionSequence.
ExprListener.prototype.enterExpressionSequence = function (ctx) {};

// Exit a parse tree produced by ExprParser#expressionSequence.
ExprListener.prototype.exitExpressionSequence = function (ctx) {};

// Enter a parse tree produced by ExprParser#ParenthesizedExpression.
ExprListener.prototype.enterParenthesizedExpression = function (ctx) {};

// Exit a parse tree produced by ExprParser#ParenthesizedExpression.
ExprListener.prototype.exitParenthesizedExpression = function (ctx) {};

// Enter a parse tree produced by ExprParser#TernaryExpression.
ExprListener.prototype.enterTernaryExpression = function (ctx) {};

// Exit a parse tree produced by ExprParser#TernaryExpression.
ExprListener.prototype.exitTernaryExpression = function (ctx) {};

// Enter a parse tree produced by ExprParser#BinaryExpression.
ExprListener.prototype.enterBinaryExpression = function (ctx) {};

// Exit a parse tree produced by ExprParser#BinaryExpression.
ExprListener.prototype.exitBinaryExpression = function (ctx) {};

// Enter a parse tree produced by ExprParser#ObjectLiteralExpression.
ExprListener.prototype.enterObjectLiteralExpression = function (ctx) {};

// Exit a parse tree produced by ExprParser#ObjectLiteralExpression.
ExprListener.prototype.exitObjectLiteralExpression = function (ctx) {};

// Enter a parse tree produced by ExprParser#FunctionInvokeExpression.
ExprListener.prototype.enterFunctionInvokeExpression = function (ctx) {};

// Exit a parse tree produced by ExprParser#FunctionInvokeExpression.
ExprListener.prototype.exitFunctionInvokeExpression = function (ctx) {};

// Enter a parse tree produced by ExprParser#LiteralExpression.
ExprListener.prototype.enterLiteralExpression = function (ctx) {};

// Exit a parse tree produced by ExprParser#LiteralExpression.
ExprListener.prototype.exitLiteralExpression = function (ctx) {};

// Enter a parse tree produced by ExprParser#MemberDotExpression.
ExprListener.prototype.enterMemberDotExpression = function (ctx) {};

// Exit a parse tree produced by ExprParser#MemberDotExpression.
ExprListener.prototype.exitMemberDotExpression = function (ctx) {};

// Enter a parse tree produced by ExprParser#UnaryExpression.
ExprListener.prototype.enterUnaryExpression = function (ctx) {};

// Exit a parse tree produced by ExprParser#UnaryExpression.
ExprListener.prototype.exitUnaryExpression = function (ctx) {};

// Enter a parse tree produced by ExprParser#InternalExpression.
ExprListener.prototype.enterInternalExpression = function (ctx) {};

// Exit a parse tree produced by ExprParser#InternalExpression.
ExprListener.prototype.exitInternalExpression = function (ctx) {};

// Enter a parse tree produced by ExprParser#MemberIndexExpression.
ExprListener.prototype.enterMemberIndexExpression = function (ctx) {};

// Exit a parse tree produced by ExprParser#MemberIndexExpression.
ExprListener.prototype.exitMemberIndexExpression = function (ctx) {};

// Enter a parse tree produced by ExprParser#IdentifierExpression.
ExprListener.prototype.enterIdentifierExpression = function (ctx) {};

// Exit a parse tree produced by ExprParser#IdentifierExpression.
ExprListener.prototype.exitIdentifierExpression = function (ctx) {};

// Enter a parse tree produced by ExprParser#ObjectPropertyAssignmentExpression.
ExprListener.prototype.enterObjectPropertyAssignmentExpression = function (ctx) {};

// Exit a parse tree produced by ExprParser#ObjectPropertyAssignmentExpression.
ExprListener.prototype.exitObjectPropertyAssignmentExpression = function (ctx) {};

// Enter a parse tree produced by ExprParser#PropertyExpressionAssignment.
ExprListener.prototype.enterPropertyExpressionAssignment = function (ctx) {};

// Exit a parse tree produced by ExprParser#PropertyExpressionAssignment.
ExprListener.prototype.exitPropertyExpressionAssignment = function (ctx) {};

// Enter a parse tree produced by ExprParser#ComputedPropertyExpressionAssignment.
ExprListener.prototype.enterComputedPropertyExpressionAssignment = function (ctx) {};

// Exit a parse tree produced by ExprParser#ComputedPropertyExpressionAssignment.
ExprListener.prototype.exitComputedPropertyExpressionAssignment = function (ctx) {};

exports.ExprListener = ExprListener;
//# sourceMappingURL=ExprListener.js.map