Icard/angular-clarity-master(work.../node_modules/object-path/test.js

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2024-07-16 14:55:36 +00:00
'use strict'
var expect = require('chai').expect,
objectPath = require('./index.js')
function getTestObj () {
return {
a: 'b',
b: {
c: [],
d: ['a', 'b'],
e: [{}, {f: 'g'}],
f: 'i'
}
}
}
describe('get', function () {
it('should return the value using unicode key', function () {
var obj = {
'15\u00f8C': {
'3\u0111': 1
}
}
expect(objectPath.get(obj, '15\u00f8C.3\u0111')).to.be.equal(1)
expect(objectPath.get(obj, ['15\u00f8C', '3\u0111'])).to.be.equal(1)
})
it('should return the value using dot in key', function () {
var obj = {
'a.b': {
'looks.like': 1
}
}
expect(objectPath.get(obj, 'a.b.looks.like')).to.be.equal(void 0)
expect(objectPath.get(obj, ['a.b', 'looks.like'])).to.be.equal(1)
})
it('should return the value under shallow object', function () {
var obj = getTestObj()
expect(objectPath.get(obj, 'a')).to.be.equal('b')
expect(objectPath.get(obj, ['a'])).to.be.equal('b')
})
it('should work with number path', function () {
var obj = getTestObj()
expect(objectPath.get(obj.b.d, 0)).to.be.equal('a')
expect(objectPath.get(obj.b, 0)).to.be.equal(void 0)
})
it('should return the value under deep object', function () {
var obj = getTestObj()
expect(objectPath.get(obj, 'b.f')).to.be.equal('i')
expect(objectPath.get(obj, ['b', 'f'])).to.be.equal('i')
})
it('should return the value under array', function () {
var obj = getTestObj()
expect(objectPath.get(obj, 'b.d.0')).to.be.equal('a')
expect(objectPath.get(obj, ['b', 'd', 0])).to.be.equal('a')
})
it('should return the value under array deep', function () {
var obj = getTestObj()
expect(objectPath.get(obj, 'b.e.1.f')).to.be.equal('g')
expect(objectPath.get(obj, ['b', 'e', 1, 'f'])).to.be.equal('g')
})
it('should return undefined for missing values under object', function () {
var obj = getTestObj()
expect(objectPath.get(obj, 'a.b')).to.not.exist
expect(objectPath.get(obj, ['a', 'b'])).to.not.exist
})
it('should return undefined for missing values under array', function () {
var obj = getTestObj()
expect(objectPath.get(obj, 'b.d.5')).to.not.exist
expect(objectPath.get(obj, ['b', 'd', '5'])).to.not.exist
})
it('should return the value under integer-like key', function () {
var obj = {'1a': 'foo'}
expect(objectPath.get(obj, '1a')).to.be.equal('foo')
expect(objectPath.get(obj, ['1a'])).to.be.equal('foo')
})
it('should return the default value when the key doesnt exist', function () {
var obj = {'1a': 'foo'}
expect(objectPath.get(obj, '1b', null)).to.be.equal(null)
expect(objectPath.get(obj, ['1b'], null)).to.be.equal(null)
})
it('should return the default value when path is empty', function () {
var obj = {'1a': 'foo'}
expect(objectPath.get(obj, '', null)).to.be.deep.equal({'1a': 'foo'})
expect(objectPath.get(obj, [])).to.be.deep.equal({'1a': 'foo'})
expect(objectPath.get({}, ['1'])).to.be.equal(undefined)
})
it('should return the default value when object is null or undefined', function () {
expect(objectPath.get(null, 'test', 'a')).to.be.deep.equal('a')
expect(objectPath.get(undefined, 'test', 'a')).to.be.deep.equal('a')
})
it(
'should not fail on an object with a null prototype',
function assertSuccessForObjWithNullProto () {
var foo = 'FOO'
var objWithNullProto = Object.create(null)
objWithNullProto.foo = foo
expect(objectPath.get(objWithNullProto, 'foo')).to.equal(foo)
}
)
it('should skip non own properties', function () {
var Base = function (enabled) {
}
Base.prototype = {
one: {
two: true
}
}
var Extended = function () {
Base.call(this, true)
}
Extended.prototype = Object.create(Base.prototype)
var extended = new Extended()
expect(objectPath.get(extended, ['one', 'two'])).to.be.equal(undefined)
extended.enabled = true
expect(objectPath.get(extended, 'enabled')).to.be.equal(true)
expect(objectPath.get(extended, 'one')).to.be.equal(undefined)
})
it('[security] should not get magic properties in default mode', function () {
expect(objectPath.get({}, '__proto__')).to.be.undefined
expect(objectPath.get({}, [['__proto__']])).to.be.undefined
function Clazz() {}
Clazz.prototype.test = []
expect(objectPath.get(new Clazz(), '__proto__')).to.be.undefined
expect(objectPath.get(new Clazz(), [['__proto__']])).to.be.undefined
expect(objectPath.get(new Clazz(), ['constructor', 'prototype'])).to.be.undefined
})
it('[security] should not get magic properties in inheritedProps mode', function () {
expect(function() {
objectPath.withInheritedProps.get({}, '__proto__')
}).to.throw('For security reasons')
expect(function() {
objectPath.withInheritedProps.get({}, [['__proto__']])
}).to.throw('For security reasons')
function Clazz() {}
Clazz.prototype.test = 'original'
expect(function() {
objectPath.withInheritedProps.get(new Clazz(), '__proto__')
}).to.throw('For security reasons')
expect(function() {
objectPath.withInheritedProps.get(new Clazz(), [['__proto__']])
}).to.throw('For security reasons')
expect(function() {
objectPath.withInheritedProps.get(new Clazz(), ['constructor', 'prototype'])
}).to.throw('For security reasons')
})
})
describe('set', function () {
it('should set the value using unicode key', function () {
var obj = {
'15\u00f8C': {
'3\u0111': 1
}
}
objectPath.set(obj, '15\u00f8C.3\u0111', 2)
expect(objectPath.get(obj, '15\u00f8C.3\u0111')).to.be.equal(2)
objectPath.set(obj, '15\u00f8C.3\u0111', 3)
expect(objectPath.get(obj, ['15\u00f8C', '3\u0111'])).to.be.equal(3)
})
it('should set the value using dot in key', function () {
var obj = {
'a.b': {
'looks.like': 1
}
}
objectPath.set(obj, ['a.b', 'looks.like'], 2)
expect(objectPath.get(obj, ['a.b', 'looks.like'])).to.be.equal(2)
})
it('should set value under shallow object', function () {
var obj = getTestObj()
objectPath.set(obj, 'c', {m: 'o'})
expect(obj).to.include.nested.property('c.m', 'o')
obj = getTestObj()
objectPath.set(obj, ['c'], {m: 'o'})
expect(obj).to.include.nested.property('c.m', 'o')
})
it('should set value using number path', function () {
var obj = getTestObj()
objectPath.set(obj.b.d, 0, 'o')
expect(obj).to.have.nested.property('b.d.0', 'o')
})
it('should set value under deep object', function () {
var obj = getTestObj()
objectPath.set(obj, 'b.c', 'o')
expect(obj).to.have.nested.property('b.c', 'o')
obj = getTestObj()
objectPath.set(obj, ['b', 'c'], 'o')
expect(obj).to.have.nested.property('b.c', 'o')
})
it('should set value under array', function () {
var obj = getTestObj()
objectPath.set(obj, 'b.e.1.g', 'f')
expect(obj).to.have.nested.property('b.e.1.g', 'f')
obj = getTestObj()
objectPath.set(obj, ['b', 'e', 1, 'g'], 'f')
expect(obj).to.have.nested.property('b.e.1.g', 'f')
obj = {}
objectPath.set(obj, 'b.0', 'a')
objectPath.set(obj, 'b.1', 'b')
expect(obj.b).to.be.deep.equal(['a', 'b'])
})
it('should create intermediate objects', function () {
var obj = getTestObj()
objectPath.set(obj, 'c.d.e.f', 'l')
expect(obj).to.have.nested.property('c.d.e.f', 'l')
obj = getTestObj()
objectPath.set(obj, ['c', 'd', 'e', 'f'], 'l')
expect(obj).to.have.nested.property('c.d.e.f', 'l')
})
it('should create intermediate arrays', function () {
var obj = getTestObj()
objectPath.set(obj, 'c.0.1.m', 'l')
expect(obj.c).to.be.an('array')
expect(obj.c[0]).to.be.an('array')
expect(obj).to.have.nested.property('c.0.1.m', 'l')
obj = getTestObj()
objectPath.set(obj, ['c', '0', 1, 'm'], 'l')
expect(obj.c).to.be.an('object')
expect(obj.c[0]).to.be.an('array')
expect(obj).to.have.nested.property('c.0.1.m', 'l')
})
it('should set value under integer-like key', function () {
var obj = getTestObj()
objectPath.set(obj, '1a', 'foo')
expect(obj).to.have.nested.property('1a', 'foo')
obj = getTestObj()
objectPath.set(obj, ['1a'], 'foo')
expect(obj).to.have.nested.property('1a', 'foo')
})
it('should set value under empty array', function () {
var obj = []
objectPath.set(obj, [0], 'foo')
expect(obj[0]).to.be.equal('foo')
obj = []
objectPath.set(obj, '0', 'foo')
expect(obj[0]).to.be.equal('foo')
})
it('[security] should not set magic properties in default mode', function () {
objectPath.set({}, '__proto__.injected', 'this is bad')
expect(Object.prototype.injected).to.be.undefined
objectPath.set({}, [['__proto__'], 'injected'], 'this is bad')
expect(Object.prototype.injected).to.be.undefined
objectPath.set({}, ['__proto__'], {})
expect(Object.prototype.toString).to.be.a('function')
function Clazz() {}
Clazz.prototype.test = 'original'
objectPath.set({}, ['__proto__'], {test: 'this is bad'})
expect(Clazz.prototype.test).to.be.equal('original')
objectPath.set(new Clazz(), '__proto__.test', 'this is bad')
expect(Clazz.prototype.test).to.be.equal('original')
objectPath.set(new Clazz(), [['__proto__'], 'test'], 'this is bad')
expect(Clazz.prototype.test).to.be.equal('original')
objectPath.set(new Clazz(), 'constructor.prototype.test', 'this is bad')
expect(Clazz.prototype.test).to.be.equal('original')
})
it('[security] should throw an exception if trying to set magic properties in inheritedProps mode', function () {
expect(function() {
objectPath.withInheritedProps.set({}, '__proto__.injected', 'this is bad')
expect(Object.prototype.injected).to.be.undefined
}).to.throw('For security reasons')
expect(function() {
objectPath.withInheritedProps.set({}, [['__proto__'], 'injected'], 'this is bad')
expect(Object.prototype.injected).to.be.undefined
}).to.throw('For security reasons')
function Clazz() {}
Clazz.prototype.test = 'original'
expect(function() {
objectPath.withInheritedProps.set(new Clazz(), '__proto__.test', 'this is bad')
expect(Clazz.prototype.test).to.be.equal('original')
}).to.throw('For security reasons')
expect(function() {
objectPath.withInheritedProps.set(new Clazz(), 'constructor.prototype.test', 'this is bad')
expect(Clazz.prototype.test).to.be.equal('original')
}).to.throw('For security reasons')
expect(function() {
objectPath.withInheritedProps.set({}, 'constructor.prototype.injected', 'this is OK')
expect(Object.prototype.injected).to.be.undefined
}).to.throw('For security reasons')
expect(function() {
objectPath.withInheritedProps.set({}, [['constructor'], 'prototype', 'injected'], 'this is bad')
expect(Object.prototype.injected).to.be.undefined
}).to.throw('For security reasons')
})
})
describe('push', function () {
it('should push value to existing array using unicode key', function () {
var obj = getTestObj()
objectPath.push(obj, 'b.\u1290c', 'l')
expect(obj).to.have.nested.property('b.\u1290c.0', 'l')
objectPath.push(obj, ['b', '\u1290c'], 'l')
expect(obj).to.have.nested.property('b.\u1290c.1', 'l')
})
it('should push value to existing array using dot key', function () {
var obj = getTestObj()
objectPath.push(obj, ['b', 'z.d'], 'l')
expect(objectPath.get(obj, ['b', 'z.d', 0])).to.be.equal('l')
})
it('should push value to existing array', function () {
var obj = getTestObj()
objectPath.push(obj, 'b.c', 'l')
expect(obj).to.have.nested.property('b.c.0', 'l')
obj = getTestObj()
objectPath.push(obj, ['b', 'c'], 'l')
expect(obj).to.have.nested.property('b.c.0', 'l')
})
it('should push value to new array', function () {
var obj = getTestObj()
objectPath.push(obj, 'b.h', 'l')
expect(obj).to.have.nested.property('b.h.0', 'l')
obj = getTestObj()
objectPath.push(obj, ['b', 'h'], 'l')
expect(obj).to.have.nested.property('b.h.0', 'l')
})
it('should push value to existing array using number path', function () {
var obj = getTestObj()
objectPath.push(obj.b.e, 0, 'l')
expect(obj).to.have.nested.property('b.e.0.0', 'l')
})
it('[security] should not push within prototype properties in default mode', function () {
function Clazz() {}
Clazz.prototype.test = []
objectPath.push(new Clazz(), '__proto__.test', 'pushed')
expect(Clazz.prototype.test).to.be.deep.equal([])
objectPath.push(new Clazz(), [['__proto__'], 'test'], 'pushed')
expect(Clazz.prototype.test).to.be.deep.equal([])
objectPath.push(new Clazz(), 'constructor.prototype.test', 'pushed')
expect(Clazz.prototype.test).to.be.deep.equal([])
})
it('[security] should not push within prototype properties in inheritedProps mode', function () {
function Clazz() {}
Clazz.prototype.test = []
expect(function() {
objectPath.withInheritedProps.push(new Clazz(), '__proto__.test', 'pushed')
expect(Clazz.prototype.test).to.be.deep.equal([])
}).to.throw('For security reasons')
expect(function() {
objectPath.withInheritedProps.push(new Clazz(), [['__proto__'], 'test'], 'pushed')
expect(Clazz.prototype.test).to.be.deep.equal([])
}).to.throw('For security reasons')
expect(function() {
objectPath.withInheritedProps.push(new Clazz(), 'constructor.prototype.test', 'pushed')
expect(Clazz.prototype.test).to.be.deep.equal([])
}).to.throw('For security reasons')
})
})
describe('ensureExists', function () {
it('should create the path if it does not exists', function () {
var obj = getTestObj()
var oldVal = objectPath.ensureExists(obj, 'b.g.1.l', 'test')
expect(oldVal).to.not.exist
expect(obj).to.have.nested.property('b.g.1.l', 'test')
oldVal = objectPath.ensureExists(obj, 'b.g.1.l', 'test1')
expect(oldVal).to.be.equal('test')
expect(obj).to.have.nested.property('b.g.1.l', 'test')
oldVal = objectPath.ensureExists(obj, 'b.\u8210', 'ok')
expect(oldVal).to.not.exist
expect(obj).to.have.nested.property('b.\u8210', 'ok')
oldVal = objectPath.ensureExists(obj, ['b', 'dot.dot'], 'ok')
expect(oldVal).to.not.exist
expect(objectPath.get(obj, ['b', 'dot.dot'])).to.be.equal('ok')
})
it('should return the object if path is empty', function () {
var obj = getTestObj()
expect(objectPath.ensureExists(obj, [], 'test')).to.have.property('a', 'b')
})
it('Issue #26', function () {
var any = {}
objectPath.ensureExists(any, ['1', '1'], {})
expect(any).to.be.an('object')
expect(any[1]).to.be.an('object')
expect(any[1][1]).to.be.an('object')
})
it('[security] should not set magic properties in default mode', function () {
objectPath.ensureExists({}, '__proto__.injected', 'this is bad')
expect(Object.prototype.injected).to.be.undefined
objectPath.ensureExists({}, [['__proto__'], 'injected'], 'this is bad')
expect(Object.prototype.injected).to.be.undefined
objectPath.ensureExists({}, ['__proto__'], {})
expect(Object.prototype.toString).to.be.a('function')
function Clazz() {}
Clazz.prototype.test = 'original'
objectPath.ensureExists({}, ['__proto__'], {test: 'this is bad'})
expect(Clazz.prototype.test).to.be.equal('original')
objectPath.ensureExists(new Clazz(), '__proto__.test', 'this is bad')
expect(Clazz.prototype.test).to.be.equal('original')
objectPath.ensureExists(new Clazz(), [['__proto__'], 'test'], 'this is bad')
expect(Clazz.prototype.test).to.be.equal('original')
objectPath.ensureExists(new Clazz(), 'constructor.prototype.test', 'this is bad')
expect(Clazz.prototype.test).to.be.equal('original')
})
it('[security] should throw an exception if trying to set magic properties in inheritedProps mode', function () {
expect(function() {objectPath.withInheritedProps.ensureExists({}, '__proto__.injected', 'this is bad')})
.to.throw('For security reasons')
expect(Object.prototype.injected).to.be.undefined
expect(function() {
objectPath.withInheritedProps.ensureExists({}, [['__proto__'], 'injected'], 'this is bad')
expect(Object.prototype.injected).to.be.undefined
}).to.throw('For security reasons')
function Clazz() {}
Clazz.prototype.test = 'original'
expect(function() {
objectPath.withInheritedProps.ensureExists(new Clazz(), '__proto__.test', 'this is bad')
expect(Clazz.prototype.test).to.be.equal('original')
}).to.throw('For security reasons')
expect(function() {
objectPath.withInheritedProps.ensureExists(new Clazz(), 'constructor.prototype.test', 'this is bad')
expect(Clazz.prototype.test).to.be.equal('original')
}).to.throw('For security reasons')
expect(function() {
objectPath.withInheritedProps.ensureExists({}, 'constructor.prototype.injected', 'this is OK')
expect(Object.prototype.injected).to.be.undefined
}).to.throw('For security reasons')
expect(function() {
objectPath.withInheritedProps.ensureExists({}, [['constructor'], 'prototype', 'injected'], 'this is bad')
expect(Object.prototype.injected).to.be.undefined
}).to.throw('For security reasons')
})
})
describe('coalesce', function () {
it('should return the first non-undefined value', function () {
var obj = {
should: {have: 'prop'}
}
expect(objectPath.coalesce(obj, [
'doesnt.exist',
['might', 'not', 'exist'],
'should.have'
])).to.equal('prop')
})
it('should work with falsy values (null, 0, \'\', false)', function () {
var obj = {
is: {
false: false,
null: null,
empty: '',
zero: 0
}
}
expect(objectPath.coalesce(obj, [
'doesnt.exist',
'is.zero'
])).to.equal(0)
expect(objectPath.coalesce(obj, [
'doesnt.exist',
'is.false'
])).to.equal(false)
expect(objectPath.coalesce(obj, [
'doesnt.exist',
'is.null'
])).to.equal(null)
expect(objectPath.coalesce(obj, [
'doesnt.exist',
'is.empty'
])).to.equal('')
})
it('returns defaultValue if no paths found', function () {
var obj = {
doesnt: 'matter'
}
expect(objectPath.coalesce(obj, ['some.inexistant', 'path', ['on', 'object']], 'false')).to.equal('false')
})
it('works with unicode and dot keys', function () {
var obj = {
'\u7591': true,
'dot.dot': false
}
expect(objectPath.coalesce(obj, ['1', '\u7591', 'a.b'])).to.equal(true)
expect(objectPath.coalesce(obj, ['1', ['dot.dot'], '\u7591'])).to.equal(false)
})
})
describe('empty', function () {
it('should ignore invalid arguments safely', function () {
var obj = {}
expect(objectPath.empty()).to.equal(void 0)
expect(objectPath.empty(obj, 'path')).to.equal(void 0)
expect(objectPath.empty(obj, '')).to.equal(void 0)
obj.path = true
expect(objectPath.empty(obj, 'inexistant')).to.equal(void 0)
expect(objectPath.empty(null, 'path')).to.equal(void 0)
expect(objectPath.empty(void 0, 'path')).to.equal(void 0)
})
it('should empty each path according to their types', function () {
function Instance () {
this.notOwn = true
}
/*istanbul ignore next: not part of code */
Instance.prototype.test = function () {
}
/*istanbul ignore next: not part of code */
Instance.prototype.arr = []
var
obj = {
string: 'some string',
array: ['some', 'array', [1, 2, 3]],
number: 21,
boolean: true,
object: {
some: 'property',
sub: {
'property': true
},
nullProp: null,
undefinedProp: void 0
},
instance: new Instance()
}
/*istanbul ignore next: not part of code */
obj['function'] = function () {
}
objectPath.empty(obj, ['array', '2'])
expect(obj.array[2]).to.deep.equal([])
objectPath.empty(obj, 'object.sub')
expect(obj.object.sub).to.deep.equal({})
objectPath.empty(obj, 'object.nullProp')
expect(obj.object.nullProp).to.equal(null)
objectPath.empty(obj, 'object.undefinedProp')
expect(obj.object.undefinedProp).to.equal(void 0)
expect(obj.object).to.have.property('undefinedProp')
objectPath.empty(obj, 'object.notAProp')
expect(obj.object.notAProp).to.equal(void 0)
expect(obj.object).to.not.have.property('notAProp')
objectPath.empty(obj, 'instance.test')
//instance.test is not own property, so it shouldn't be emptied
expect(obj.instance.test).to.be.a('function')
expect(Instance.prototype.test).to.be.a('function')
objectPath.empty(obj, 'string')
objectPath.empty(obj, 'number')
objectPath.empty(obj, 'boolean')
objectPath.empty(obj, 'function')
objectPath.empty(obj, 'array')
objectPath.empty(obj, 'object')
objectPath.empty(obj, 'instance')
expect(obj.string).to.equal('')
expect(obj.array).to.deep.equal([])
expect(obj.number).to.equal(0)
expect(obj.boolean).to.equal(false)
expect(obj.object).to.deep.equal({})
expect(obj.instance.notOwn).to.be.an('undefined')
expect(obj.instance.arr).to.be.an('array')
expect(obj['function']).to.equal(null)
})
it('[security] should not empty prototype properties in default mode', function () {
function Clazz() {}
Clazz.prototype.test = 'original'
objectPath.empty(new Clazz(), '__proto__')
expect(Clazz.prototype.test).to.be.equal('original')
objectPath.empty(new Clazz(), [['__proto__']])
expect(Clazz.prototype.test).to.be.equal('original')
objectPath.empty(new Clazz(), 'constructor.prototype')
expect(Clazz.prototype.test).to.be.equal('original')
})
it('[security] should throw an exception if trying to delete prototype properties in inheritedProps mode', function () {
function Clazz() {}
Clazz.prototype.test = 'original'
expect(function() {
objectPath.withInheritedProps.empty(new Clazz(), '__proto__')
expect(Clazz.prototype.test).to.be.equal('original')
}).to.throw('For security reasons')
expect(function() {
objectPath.withInheritedProps.empty(new Clazz(), 'constructor.prototype')
expect(Clazz.prototype.test).to.be.equal('original')
}).to.throw('For security reasons')
expect(function() {
objectPath.withInheritedProps.empty({}, [['constructor'], 'prototype'])
expect(Clazz.prototype.test).to.be.equal('original')
}).to.throw('For security reasons')
})
})
describe('del', function () {
it('should work with number path', function () {
var obj = getTestObj()
objectPath.del(obj.b.d, 1)
expect(obj.b.d).to.deep.equal(['a'])
})
it('should remove null and undefined props (but not explode on nested)', function () {
var obj = {nullProp: null, undefinedProp: void 0}
expect(obj).to.have.property('nullProp')
expect(obj).to.have.property('undefinedProp')
objectPath.del(obj, 'nullProp.foo')
objectPath.del(obj, 'undefinedProp.bar')
expect(obj).to.have.property('nullProp')
expect(obj).to.have.property('undefinedProp')
expect(obj).to.deep.equal({nullProp: null, undefinedProp: void 0})
objectPath.del(obj, 'nullProp')
objectPath.del(obj, 'undefinedProp')
expect(obj).to.not.have.property('nullProp')
expect(obj).to.not.have.property('undefinedProp')
expect(obj).to.deep.equal({})
})
it('should delete deep paths', function () {
var obj = getTestObj()
expect(objectPath.del(obj)).to.be.equal(obj)
objectPath.set(obj, 'b.g.1.0', 'test')
objectPath.set(obj, 'b.g.1.1', 'test')
objectPath.set(obj, 'b.h.az', 'test')
objectPath.set(obj, 'b.\ubeef', 'test')
objectPath.set(obj, ['b', 'dot.dot'], 'test')
expect(obj).to.have.nested.property('b.g.1.0', 'test')
expect(obj).to.have.nested.property('b.g.1.1', 'test')
expect(obj).to.have.nested.property('b.h.az', 'test')
expect(obj).to.have.nested.property('b.\ubeef', 'test')
objectPath.del(obj, 'b.h.az')
expect(obj).to.not.have.nested.property('b.h.az')
expect(obj).to.have.nested.property('b.h')
objectPath.del(obj, 'b.g.1.1')
expect(obj).to.not.have.nested.property('b.g.1.1')
expect(obj).to.have.nested.property('b.g.1.0', 'test')
objectPath.del(obj, 'b.\ubeef')
expect(obj).to.not.have.nested.property('b.\ubeef')
objectPath.del(obj, ['b', 'dot.dot'])
expect(objectPath.get(obj, ['b', 'dot.dot'])).to.be.equal(void 0)
objectPath.del(obj, ['b', 'g', '1', '0'])
expect(obj).to.not.have.nested.property('b.g.1.0')
expect(obj).to.have.nested.property('b.g.1')
expect(objectPath.del(obj, ['b'])).to.not.have.nested.property('b.g')
expect(obj).to.be.deep.equal({'a': 'b'})
})
it('should remove items from existing array', function () {
var obj = getTestObj()
objectPath.del(obj, 'b.d.0')
expect(obj.b.d).to.have.length(1)
expect(obj.b.d).to.be.deep.equal(['b'])
objectPath.del(obj, 'b.d.0')
expect(obj.b.d).to.have.length(0)
expect(obj.b.d).to.be.deep.equal([])
})
it('[security] should not delete prototype properties in default mode', function () {
objectPath.del({}, '__proto__.valueOf')
expect(Object.prototype.valueOf).to.be.a('function')
objectPath.del({}, [['__proto__'], 'valueOf'])
expect(Object.prototype.valueOf).to.be.a('function')
function Clazz() {}
Clazz.prototype.test = 'original'
objectPath.del(new Clazz(), '__proto__.test')
expect(Clazz.prototype.test).to.be.equal('original')
objectPath.del(new Clazz(), [['__proto__'], 'test'])
expect(Clazz.prototype.test).to.be.equal('original')
objectPath.del(new Clazz(), 'constructor.prototype.test')
expect(Clazz.prototype.test).to.be.equal('original')
})
it('[security] should throw an exception if trying to delete prototype properties in inheritedProps mode', function () {
expect(function() {
objectPath.withInheritedProps.del({}, '__proto__.valueOf')
expect(Object.prototype.valueOf).to.be.a('function')
}).to.throw('For security reasons')
expect(function() {
objectPath.withInheritedProps.del({}, [['__proto__'], 'valueOf'])
expect(Object.prototype.valueOf).to.be.a('function')
}).to.throw('For security reasons')
function Clazz() {}
Clazz.prototype.test = 'original'
expect(function() {
objectPath.withInheritedProps.del(new Clazz(), '__proto__.test')
expect(Clazz.prototype.test).to.be.equal('original')
}).to.throw('For security reasons')
expect(function() {
objectPath.withInheritedProps.del(new Clazz(), 'constructor.prototype.test', 'this is bad')
expect(Clazz.prototype.test).to.be.equal('original')
}).to.throw('For security reasons')
expect(function() {
objectPath.withInheritedProps.del({}, [['constructor'], 'prototype', 'test'])
expect(Clazz.prototype.test).to.be.equal('original')
}).to.throw('For security reasons')
})
})
describe('insert', function () {
it('should insert value into existing array', function () {
var obj = getTestObj()
objectPath.insert(obj, 'b.c', 'asdf')
expect(obj).to.have.nested.property('b.c.0', 'asdf')
expect(obj).to.not.have.nested.property('b.c.1')
})
it('should create intermediary array', function () {
var obj = getTestObj()
objectPath.insert(obj, 'b.c.0', 'asdf')
expect(obj).to.have.nested.property('b.c.0.0', 'asdf')
})
it('should insert in another index', function () {
var obj = getTestObj()
objectPath.insert(obj, 'b.d', 'asdf', 1)
expect(obj).to.have.nested.property('b.d.1', 'asdf')
expect(obj).to.have.nested.property('b.d.0', 'a')
expect(obj).to.have.nested.property('b.d.2', 'b')
})
it('should handle sparse array', function () {
var obj = getTestObj()
obj.b.d = new Array(4)
obj.b.d[0] = 'a'
obj.b.d[1] = 'b'
objectPath.insert(obj, 'b.d', 'asdf', 3)
expect(obj.b.d).to.have.members([
'a',
'b',
,
,
'asdf'
])
})
it('[security] should not insert within prototype properties in default mode', function () {
function Clazz() {}
Clazz.prototype.test = []
objectPath.insert(new Clazz(), '__proto__.test', 'inserted', 0)
expect(Clazz.prototype.test).to.be.deep.equal([])
objectPath.insert(new Clazz(), [['__proto__'], 'test'], 'inserted', 0)
expect(Clazz.prototype.test).to.be.deep.equal([])
objectPath.insert(new Clazz(), 'constructor.prototype.test', 'inserted', 0)
expect(Clazz.prototype.test).to.be.deep.equal([])
})
it('[security] should not insert within prototype properties in inheritedProps mode', function () {
function Clazz() {}
Clazz.prototype.test = []
expect(function() {
objectPath.withInheritedProps.insert(new Clazz(), '__proto__.test', 'inserted', 0)
expect(Clazz.prototype.test).to.be.deep.equal([])
}).to.throw('For security reasons')
expect(function() {
objectPath.withInheritedProps.insert(new Clazz(), [['__proto__'], 'test'], 'inserted', 0)
expect(Clazz.prototype.test).to.be.deep.equal([])
}).to.throw('For security reasons')
expect(function() {
objectPath.withInheritedProps.insert(new Clazz(), 'constructor.prototype.test', 'inserted', 0)
expect(Clazz.prototype.test).to.be.deep.equal([])
}).to.throw('For security reasons')
expect(function() {
objectPath.withInheritedProps.insert(new Clazz().constructor, 'prototype.test', 'inserted', 0)
expect(Clazz.prototype.test).to.be.deep.equal([])
}).to.throw('For security reasons')
})
})
describe('has', function () {
it('should return false for empty object', function () {
expect(objectPath.has({}, 'a')).to.be.equal(false)
})
it('should handle empty paths properly', function () {
var obj = getTestObj()
expect(objectPath.has(obj, '')).to.be.equal(false)
expect(objectPath.has(obj, [''])).to.be.equal(false)
obj[''] = 1
expect(objectPath.has(obj, '')).to.be.equal(true)
expect(objectPath.has(obj, [''])).to.be.equal(true)
expect(objectPath.has(obj, [])).to.be.equal(true)
expect(objectPath.has(null, [])).to.be.equal(false)
})
it('should test under shallow object', function () {
var obj = getTestObj()
expect(objectPath.has(obj, 'a')).to.be.equal(true)
expect(objectPath.has(obj, ['a'])).to.be.equal(true)
expect(objectPath.has(obj, 'z')).to.be.equal(false)
expect(objectPath.has(obj, ['z'])).to.be.equal(false)
})
it('should work with number path', function () {
var obj = getTestObj()
expect(objectPath.has(obj.b.d, 0)).to.be.equal(true)
expect(objectPath.has(obj.b, 0)).to.be.equal(false)
expect(objectPath.has(obj.b.d, 10)).to.be.equal(false)
expect(objectPath.has(obj.b, 10)).to.be.equal(false)
})
it('should test under deep object', function () {
var obj = getTestObj()
expect(objectPath.has(obj, 'b.f')).to.be.equal(true)
expect(objectPath.has(obj, ['b', 'f'])).to.be.equal(true)
expect(objectPath.has(obj, 'b.g')).to.be.equal(false)
expect(objectPath.has(obj, ['b', 'g'])).to.be.equal(false)
})
it('should test value under array', function () {
var obj = {
b: ['a']
}
obj.b[3] = {o: 'a'}
expect(objectPath.has(obj, 'b.0')).to.be.equal(true)
expect(objectPath.has(obj, 'b.1')).to.be.equal(true)
expect(objectPath.has(obj, 'b.3.o')).to.be.equal(true)
expect(objectPath.has(obj, 'b.3.qwe')).to.be.equal(false)
expect(objectPath.has(obj, 'b.4')).to.be.equal(false)
})
it('should test the value under array deep', function () {
var obj = getTestObj()
expect(objectPath.has(obj, 'b.e.1.f')).to.be.equal(true)
expect(objectPath.has(obj, ['b', 'e', 1, 'f'])).to.be.equal(true)
expect(objectPath.has(obj, 'b.e.1.f.g.h.i')).to.be.equal(false)
expect(objectPath.has(obj, ['b', 'e', 1, 'f', 'g', 'h', 'i'])).to.be.equal(false)
})
it('should test the value under integer-like key', function () {
var obj = {'1a': 'foo'}
expect(objectPath.has(obj, '1a')).to.be.equal(true)
expect(objectPath.has(obj, ['1a'])).to.be.equal(true)
})
it('should distinct nonexistent key and key = undefined', function () {
var obj = {}
expect(objectPath.has(obj, 'key')).to.be.equal(false)
obj.key = undefined
expect(objectPath.has(obj, 'key')).to.be.equal(true)
})
it('should work with deep undefined/null values', function () {
var obj = {}
expect(objectPath.has(obj, 'missing.test')).to.be.equal(false)
obj.missing = null
expect(objectPath.has(obj, 'missing.test')).to.be.equal(false)
obj.sparseArray = [1, undefined, 3]
expect(objectPath.has(obj, 'sparseArray.1.test')).to.be.equal(false)
})
})
describe('bind object', function () {
// just get one scenario from each feature, so whole functionality is proxied well
it('should return the value under shallow object', function () {
var obj = getTestObj()
var model = objectPath(obj)
expect(model.get('a')).to.be.equal('b')
expect(model.get(['a'])).to.be.equal('b')
})
it('should set value under shallow object', function () {
var obj = getTestObj()
var model = objectPath(obj)
model.set('c', {m: 'o'})
expect(obj).to.have.nested.property('c.m', 'o')
obj = getTestObj()
model = objectPath(obj)
model.set(['c'], {m: 'o'})
expect(obj).to.have.nested.property('c.m', 'o')
})
it('should push value to existing array', function () {
var obj = getTestObj()
var model = objectPath(obj)
model.push('b.c', 'l')
expect(obj).to.have.nested.property('b.c.0', 'l')
obj = getTestObj()
model = objectPath(obj)
model.push(['b', 'c'], 'l')
expect(obj).to.have.nested.property('b.c.0', 'l')
})
it('should create the path if it does not exists', function () {
var obj = getTestObj()
var model = objectPath(obj)
var oldVal = model.ensureExists('b.g.1.l', 'test')
expect(oldVal).to.not.exist
expect(obj).to.have.nested.property('b.g.1.l', 'test')
oldVal = model.ensureExists('b.g.1.l', 'test1')
expect(oldVal).to.be.equal('test')
expect(obj).to.have.nested.property('b.g.1.l', 'test')
})
it('should return the first non-undefined value', function () {
var obj = {
should: {have: 'prop'}
}
var model = objectPath(obj)
expect(model.coalesce([
'doesnt.exist',
['might', 'not', 'exist'],
'should.have'
])).to.equal('prop')
})
it('should empty each path according to their types', function () {
function Instance () {
this.notOwn = true
}
/*istanbul ignore next: not part of code */
Instance.prototype.test = function () {
}
/*istanbul ignore next: not part of code */
Instance.prototype.arr = []
var
obj = {
string: 'some string',
array: ['some', 'array', [1, 2, 3]],
number: 21,
boolean: true,
object: {
some: 'property',
sub: {
'property': true
}
},
instance: new Instance()
}
/*istanbul ignore next: not part of code */
obj['function'] = function () {
}
var model = objectPath(obj)
model.empty(['array', '2'])
expect(obj.array[2]).to.deep.equal([])
model.empty('object.sub')
expect(obj.object.sub).to.deep.equal({})
model.empty('instance.test')
//instance.test is not own property so it shouldn't be emptied
expect(obj.instance.test).to.be.a('function')
expect(Instance.prototype.test).to.be.a('function')
model.empty('string')
model.empty('number')
model.empty('boolean')
model.empty('function')
model.empty('array')
model.empty('object')
model.empty('instance')
expect(obj.string).to.equal('')
expect(obj.array).to.deep.equal([])
expect(obj.number).to.equal(0)
expect(obj.boolean).to.equal(false)
expect(obj.object).to.deep.equal({})
expect(obj.instance.notOwn).to.be.an('undefined')
expect(obj.instance.arr).to.be.an('array')
expect(obj['function']).to.equal(null)
})
it('should delete deep paths', function () {
var obj = getTestObj()
var model = objectPath(obj)
expect(model.del()).to.be.equal(obj)
model.set('b.g.1.0', 'test')
model.set('b.g.1.1', 'test')
model.set('b.h.az', 'test')
expect(obj).to.have.nested.property('b.g.1.0', 'test')
expect(obj).to.have.nested.property('b.g.1.1', 'test')
expect(obj).to.have.nested.property('b.h.az', 'test')
model.del('b.h.az')
expect(obj).to.not.have.nested.property('b.h.az')
expect(obj).to.have.nested.property('b.h')
model.del('b.g.1.1')
expect(obj).to.not.have.nested.property('b.g.1.1')
expect(obj).to.have.nested.property('b.g.1.0', 'test')
model.del(['b', 'g', '1', '0'])
expect(obj).to.not.have.nested.property('b.g.1.0')
expect(obj).to.have.nested.property('b.g.1')
expect(model.del(['b'])).to.not.have.nested.property('b.g')
expect(obj).to.be.deep.equal({'a': 'b'})
})
it('should insert value into existing array', function () {
var obj = getTestObj()
var model = objectPath(obj)
model.insert('b.c', 'asdf')
expect(obj).to.have.nested.property('b.c.0', 'asdf')
expect(obj).to.not.have.nested.property('b.c.1')
})
it('should test under shallow object', function () {
var obj = getTestObj()
var model = objectPath(obj)
expect(model.has('a')).to.be.equal(true)
expect(model.has(['a'])).to.be.equal(true)
expect(model.has('z')).to.be.equal(false)
expect(model.has(['z'])).to.be.equal(false)
})
})
describe('Don\'t access not own properties [default]', function () {
it('should not get a not own property', function () {
var Obj = function () {
}
Obj.prototype.notOwn = {a: 'a'}
var obj = new Obj()
expect(objectPath.get(obj, 'notOwn')).to.be.undefined
})
it('should set a not own property on the instance (not the prototype)', function () {
var proto = {
notOwn: {}
}
var obj = Object.create(proto)
objectPath.set(obj, 'notOwn.test', 'a')
expect(obj.notOwn.test).to.be.equal('a')
expect(proto.notOwn).to.be.deep.equal({})
})
it('has should return false on a not own property', function () {
var proto = {
notOwn: {a: 'a'}
}
var obj = Object.create(proto)
expect(objectPath.has(obj, 'notOwn')).to.be.false
expect(objectPath.has(obj, 'notOwn.a')).to.be.false
})
it('empty should not empty on a not own property', function () {
var proto = {
notOwn: {a: 'a'}
}
var obj = Object.create(proto)
objectPath.empty(obj, 'notOwn')
expect(proto.notOwn).to.be.deep.equal({a: 'a'})
expect(obj.notOwn).to.be.deep.equal({a: 'a'})
})
it('del should not delete not own property', function () {
var proto = {
notOwn: {a: 'a'}
}
var obj = Object.create(proto)
objectPath.del(obj, 'notOwn.a')
expect(proto.notOwn).to.be.deep.equal({a: 'a'})
//expect(obj.notOwn).to.be.deep.equal({a: 'a'});
//objectPath.del(obj, 'notOwn');
//expect(proto).to.be.deep.equal({notOwn: {a: 'a'}});
//expect(obj).to.be.deep.equal({notOwn: {a: 'a'}});
})
})
describe('Access own properties [optional]', function () {
it('should get a not own property', function () {
var Obj = function () {
}
Obj.prototype.notOwn = {a: 'a'}
var obj = new Obj()
expect(objectPath.withInheritedProps.get(obj, 'notOwn.a')).to.be.equal('a')
})
it('should set a deep not own property on the prototype (if exists)', function () {
var proto = {
notOwn: {}
}
var obj = Object.create(proto)
objectPath.withInheritedProps.set(obj, 'notOwn.test', 'a')
expect(obj.notOwn.test).to.be.equal('a')
expect(proto.notOwn).to.be.deep.equal({test: 'a'})
})
it('has should return true on a not own property', function () {
var proto = {
notOwn: {a: 'a'}
}
var obj = Object.create(proto)
expect(objectPath.withInheritedProps.has(obj, 'notOwn')).to.be.true
expect(objectPath.withInheritedProps.has(obj, 'notOwn.a')).to.be.true
})
it('empty should empty a not own property', function () {
var proto = {
notOwn: {a: 'a'}
}
var obj = Object.create(proto)
objectPath.withInheritedProps.empty(obj, 'notOwn')
expect(proto.notOwn).to.be.deep.equal({})
expect(obj.notOwn).to.be.deep.equal({})
})
it('del should delete a not own property', function () {
var proto = {
notOwn: {a: 'a'}
}
var obj = Object.create(proto)
objectPath.withInheritedProps.del(obj, 'notOwn.a')
expect(proto.notOwn).to.be.deep.equal({})
//expect(obj.notOwn).to.be.deep.equal({});
objectPath.withInheritedProps.del(obj, 'notOwn')
//expect(proto).to.be.deep.equal({notOwn: {}});
//expect(obj).to.be.deep.equal({notOwn: {}});
})
})