# TOC
- [app](#app)
- [app.model(Model)](#app-appmodelmodel)
- [app.models()](#app-appmodels)
<<<<<<< HEAD
=======
- [loopback](#loopback)
- [loopback.createDataSource(options)](#loopback-loopbackcreatedatasourceoptions)
- [loopback.remoteMethod(Model, fn, [options]);](#loopback-loopbackremotemethodmodel-fn-options)
>>>>>>> master
- [DataSource](#datasource)
- [dataSource.createModel(name, properties, settings)](#datasource-datasourcecreatemodelname-properties-settings)
- [dataSource.operations()](#datasource-datasourceoperations)
- [GeoPoint](#geopoint)
- [geoPoint.distanceTo(geoPoint, options)](#geopoint-geopointdistancetogeopoint-options)
- [GeoPoint.distanceBetween(a, b, options)](#geopoint-geopointdistancebetweena-b-options)
- [GeoPoint()](#geopoint-geopoint)
- [loopback](#loopback)
- [loopback.createDataSource(options)](#loopback-loopbackcreatedatasourceoptions)
- [loopback.remoteMethod(Model, fn, [options]);](#loopback-loopbackremotemethodmodel-fn-options)
- [loopback.memory([name])](#loopback-loopbackmemoryname)
- [Memory Connector](#memory-connector)
- [Model](#model)
- [Model.validatesPresenceOf(properties...)](#model-modelvalidatespresenceofproperties)
- [Model.validatesLengthOf(property, options)](#model-modelvalidateslengthofproperty-options)
- [Model.validatesInclusionOf(property, options)](#model-modelvalidatesinclusionofproperty-options)
- [Model.validatesExclusionOf(property, options)](#model-modelvalidatesexclusionofproperty-options)
- [Model.validatesNumericalityOf(property, options)](#model-modelvalidatesnumericalityofproperty-options)
- [Model.validatesUniquenessOf(property, options)](#model-modelvalidatesuniquenessofproperty-options)
- [myModel.isValid()](#model-mymodelisvalid)
- [Model.attachTo(dataSource)](#model-modelattachtodatasource)
- [Model.create([data], [callback])](#model-modelcreatedata-callback)
- [model.save([options], [callback])](#model-modelsaveoptions-callback)
- [model.updateAttributes(data, [callback])](#model-modelupdateattributesdata-callback)
- [Model.upsert(data, callback)](#model-modelupsertdata-callback)
- [model.destroy([callback])](#model-modeldestroycallback)
- [Model.destroyAll(callback)](#model-modeldestroyallcallback)
- [Model.findById(id, callback)](#model-modelfindbyidid-callback)
- [Model.count([query], callback)](#model-modelcountquery-callback)
- [Remote Methods](#model-remote-methods)
- [Example Remote Method](#model-remote-methods-example-remote-method)
- [Model.beforeRemote(name, fn)](#model-remote-methods-modelbeforeremotename-fn)
- [Model.afterRemote(name, fn)](#model-remote-methods-modelafterremotename-fn)
- [Remote Method invoking context](#model-remote-methods-remote-method-invoking-context)
- [ctx.req](#model-remote-methods-remote-method-invoking-context-ctxreq)
- [ctx.res](#model-remote-methods-remote-method-invoking-context-ctxres)
- [Model.hasMany(Model)](#model-modelhasmanymodel)
- [Model.properties](#model-modelproperties)
- [Model.extend()](#model-modelextend)
- [User](#user)
- [User.create](#user-usercreate)
- [User.login](#user-userlogin)
- [User.logout](#user-userlogout)
- [user.hasPassword(plain, fn)](#user-userhaspasswordplain-fn)
- [Verification](#user-verification)
- [user.verify(options, fn)](#user-verification-userverifyoptions-fn)
- [User.confirm(options, fn)](#user-verification-userconfirmoptions-fn)
# app
## app.model(Model)
Expose a `Model` to remote clients.
```js
var memory = loopback.createDataSource({connector: loopback.Memory});
var Color = memory.createModel('color', {name: String});
app.model(Color);
assert.equal(app.models().length, 1);
```
## app.models()
Get the app's exposed models.
```js
var Color = loopback.createModel('color', {name: String});
var models = app.models();
assert.equal(models.length, 1);
assert.equal(models[0].modelName, 'color');
```
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=======
# loopback
## loopback.createDataSource(options)
Create a data source with a connector..
```js
var dataSource = loopback.createDataSource({
connector: loopback.Memory
});
assert(dataSource.connector());
```
## loopback.remoteMethod(Model, fn, [options]);
Setup a remote method..
```js
var Product = loopback.createModel('product', {price: Number});
Product.stats = function(fn) {
// ...
}
loopback.remoteMethod(
Product.stats,
{
returns: {arg: 'stats', type: 'array'},
http: {path: '/info', verb: 'get'}
}
);
assert.equal(Product.stats.returns.arg, 'stats');
assert.equal(Product.stats.returns.type, 'array');
assert.equal(Product.stats.http.path, '/info');
assert.equal(Product.stats.http.verb, 'get');
assert.equal(Product.stats.shared, true);
```
>>>>>>> master
# DataSource
## dataSource.createModel(name, properties, settings)
Define a model and attach it to a `DataSource`.
```js
var Color = memory.createModel('color', {name: String});
assert.isFunc(Color, 'find');
assert.isFunc(Color, 'findById');
assert.isFunc(Color, 'findOne');
assert.isFunc(Color, 'create');
assert.isFunc(Color, 'updateOrCreate');
assert.isFunc(Color, 'upsert');
assert.isFunc(Color, 'findOrCreate');
assert.isFunc(Color, 'exists');
assert.isFunc(Color, 'destroyAll');
assert.isFunc(Color, 'count');
assert.isFunc(Color, 'include');
assert.isFunc(Color, 'relationNameFor');
assert.isFunc(Color, 'hasMany');
assert.isFunc(Color, 'belongsTo');
assert.isFunc(Color, 'hasAndBelongsToMany');
assert.isFunc(Color.prototype, 'save');
assert.isFunc(Color.prototype, 'isNewRecord');
assert.isFunc(Color.prototype, 'destroy');
assert.isFunc(Color.prototype, 'updateAttribute');
assert.isFunc(Color.prototype, 'updateAttributes');
assert.isFunc(Color.prototype, 'reload');
```
## dataSource.operations()
List the enabled and disabled operations.
```js
// assert the defaults
// - true: the method should be remote enabled
// - false: the method should not be remote enabled
// -
existsAndShared('_forDB', false);
existsAndShared('create', true);
existsAndShared('updateOrCreate', false);
existsAndShared('upsert', false);
existsAndShared('findOrCreate', false);
existsAndShared('exists', true);
existsAndShared('find', true);
existsAndShared('findOne', true);
existsAndShared('destroyAll', false);
existsAndShared('count', true);
existsAndShared('include', false);
existsAndShared('relationNameFor', false);
existsAndShared('hasMany', false);
existsAndShared('belongsTo', false);
existsAndShared('hasAndBelongsToMany', false);
existsAndShared('save', true);
existsAndShared('isNewRecord', false);
existsAndShared('_adapter', false);
existsAndShared('destroy', true);
existsAndShared('updateAttributes', true);
existsAndShared('reload', true);
function existsAndShared(name, isRemoteEnabled) {
var op = memory.getOperation(name);
assert(op.remoteEnabled === isRemoteEnabled, name + ' ' + (isRemoteEnabled ? 'should' : 'should not') + ' be remote enabled');
}
```
# GeoPoint
## geoPoint.distanceTo(geoPoint, options)
Get the distance to another `GeoPoint`.
```js
var here = new GeoPoint({lat: 10, lng: 10});
var there = new GeoPoint({lat: 5, lng: 5});
assert.equal(here.distanceTo(there, {type: 'meters'}), 782777.923052584);
```
## GeoPoint.distanceBetween(a, b, options)
Get the distance between two points.
```js
var here = new GeoPoint({lat: 10, lng: 10});
var there = new GeoPoint({lat: 5, lng: 5});
assert.equal(GeoPoint.distanceBetween(here, there, {type: 'feet'}), 2568169.038886431);
```
## GeoPoint()
Create from string.
```js
var point = new GeoPoint('1.234,5.678');
assert.equal(point.lng, 1.234);
assert.equal(point.lat, 5.678);
var point2 = new GeoPoint('1.222, 5.333');
assert.equal(point2.lng, 1.222);
assert.equal(point2.lat, 5.333);
var point3 = new GeoPoint('1.333, 5.111');
assert.equal(point3.lng, 1.333);
assert.equal(point3.lat, 5.111);
```
Serialize as string.
```js
var str = '1.234,5.678';
var point = new GeoPoint(str);
assert.equal(point.toString(), str);
```
Create from array.
```js
var point = new GeoPoint([5.555, 6.777]);
assert.equal(point.lng, 5.555);
assert.equal(point.lat, 6.777);
```
Create as Model property.
```js
var Model = loopback.createModel('geo-model', {
geo: {type: 'GeoPoint'}
});
var m = new Model({
geo: '1.222,3.444'
});
assert(m.geo instanceof GeoPoint);
assert.equal(m.geo.lng, 1.222);
assert.equal(m.geo.lat, 3.444);
```
# loopback
## loopback.createDataSource(options)
Create a data source with a connector.
```js
var dataSource = loopback.createDataSource({
connector: loopback.Memory
});
assert(dataSource.connector());
```
## loopback.remoteMethod(Model, fn, [options]);
Setup a remote method.
```js
var Product = loopback.createModel('product', {price: Number});
Product.stats = function(fn) {
// ...
}
loopback.remoteMethod(
Product.stats,
{
returns: {arg: 'stats', type: 'array'},
http: {path: '/info', verb: 'get'}
}
);
assert.equal(Product.stats.returns.arg, 'stats');
assert.equal(Product.stats.returns.type, 'array');
assert.equal(Product.stats.http.path, '/info');
assert.equal(Product.stats.http.verb, 'get');
assert.equal(Product.stats.shared, true);
```
## loopback.memory([name])
Get an in-memory data source. Use one if it already exists.
```js
var memory = loopback.memory();
assertValidDataSource(memory);
var m1 = loopback.memory();
var m2 = loopback.memory('m2');
var alsoM2 = loopback.memory('m2');
assert(m1 === memory);
assert(m1 !== m2);
assert(alsoM2 === m2);
```
# Memory Connector
Create a model using the memory connector.
```js
// use the built in memory function
// to create a memory data source
var memory = loopback.memory();
// or create it using the standard
// data source creation api
var memory = loopback.createDataSource({
connector: loopback.Memory
});
// create a model using the
// memory data source
var properties = {
name: String,
price: Number
};
var Product = memory.createModel('product', properties);
Product.create([
{name: 'apple', price: 0.79},
{name: 'pear', price: 1.29},
{name: 'orange', price: 0.59},
], count);
function count() {
Product.count(function (err, count) {
assert.equal(count, 3);
done();
});
}
```
# Model
## Model.validatesPresenceOf(properties...)
Require a model to include a property to be considered valid.
```js
User.validatesPresenceOf('first', 'last', 'age');
var joe = new User({first: 'joe'});
assert(joe.isValid() === false, 'model should not validate');
assert(joe.errors.last, 'should have a missing last error');
assert(joe.errors.age, 'should have a missing age error');
```
## Model.validatesLengthOf(property, options)
Require a property length to be within a specified range.
```js
User.validatesLengthOf('password', {min: 5, message: {min: 'Password is too short'}});
var joe = new User({password: '1234'});
assert(joe.isValid() === false, 'model should not be valid');
assert(joe.errors.password, 'should have password error');
```
## Model.validatesInclusionOf(property, options)
Require a value for `property` to be in the specified array.
```js
User.validatesInclusionOf('gender', {in: ['male', 'female']});
var foo = new User({gender: 'bar'});
assert(foo.isValid() === false, 'model should not be valid');
assert(foo.errors.gender, 'should have gender error');
```
## Model.validatesExclusionOf(property, options)
Require a value for `property` to not exist in the specified array.
```js
User.validatesExclusionOf('domain', {in: ['www', 'billing', 'admin']});
var foo = new User({domain: 'www'});
var bar = new User({domain: 'billing'});
var bat = new User({domain: 'admin'});
assert(foo.isValid() === false);
assert(bar.isValid() === false);
assert(bat.isValid() === false);
assert(foo.errors.domain, 'model should have a domain error');
assert(bat.errors.domain, 'model should have a domain error');
assert(bat.errors.domain, 'model should have a domain error');
```
## Model.validatesNumericalityOf(property, options)
Require a value for `property` to be a specific type of `Number`.
```js
User.validatesNumericalityOf('age', {int: true});
var joe = new User({age: 10.2});
assert(joe.isValid() === false);
var bob = new User({age: 0});
assert(bob.isValid() === true);
assert(joe.errors.age, 'model should have an age error');
```
## Model.validatesUniquenessOf(property, options)
Ensure the value for `property` is unique.
```js
User.validatesUniquenessOf('email', {message: 'email is not unique'});
var joe = new User({email: 'joe@joe.com'});
var joe2 = new User({email: 'joe@joe.com'});
joe.save(function () {
joe2.save(function (err) {
assert(err, 'should get a validation error');
assert(joe2.errors.email, 'model should have email error');
done();
});
});
```
## myModel.isValid()
Validate the model instance.
```js
User.validatesNumericalityOf('age', {int: true});
var user = new User({first: 'joe', age: 'flarg'})
var valid = user.isValid();
assert(valid === false);
assert(user.errors.age, 'model should have age error');
```
Asynchronously validate the model.
```js
User.validatesNumericalityOf('age', {int: true});
var user = new User({first: 'joe', age: 'flarg'})
user.isValid(function (valid) {
assert(valid === false);
assert(user.errors.age, 'model should have age error');
done();
});
```
## Model.attachTo(dataSource)
Attach a model to a [DataSource](#data-source).
```js
var MyModel = loopback.createModel('my-model', {name: String});
assert(MyModel.find === undefined, 'should not have data access methods');
MyModel.attachTo(memory);
assert(typeof MyModel.find === 'function', 'should have data access methods after attaching to a data source');
```
## Model.create([data], [callback])
Create an instance of Model with given data and save to the attached data source.
```js
User.create({first: 'Joe', last: 'Bob'}, function(err, user) {
assert(user instanceof User);
done();
});
```
## model.save([options], [callback])
Save an instance of a Model to the attached data source.
```js
var joe = new User({first: 'Joe', last: 'Bob'});
joe.save(function(err, user) {
assert(user.id);
assert(!err);
assert(!user.errors);
done();
});
```
## model.updateAttributes(data, [callback])
Save specified attributes to the attached data source.
```js
User.create({first: 'joe', age: 100}, function (err, user) {
assert(!err);
assert.equal(user.first, 'joe');
user.updateAttributes({
first: 'updatedFirst',
last: 'updatedLast'
}, function (err, updatedUser) {
assert(!err);
assert.equal(updatedUser.first, 'updatedFirst');
assert.equal(updatedUser.last, 'updatedLast');
assert.equal(updatedUser.age, 100);
done();
});
});
```
## Model.upsert(data, callback)
Update when record with id=data.id found, insert otherwise.
```js
User.upsert({first: 'joe', id: 7}, function (err, user) {
assert(!err);
assert.equal(user.first, 'joe');
User.upsert({first: 'bob', id: 7}, function (err, updatedUser) {
assert(!err);
assert.equal(updatedUser.first, 'bob');
done();
});
});
```
## model.destroy([callback])
Remove a model from the attached data source.
```js
User.create({first: 'joe', last: 'bob'}, function (err, user) {
User.findById(user.id, function (err, foundUser) {
assert.equal(user.id, foundUser.id);
foundUser.destroy(function () {
User.findById(user.id, function (err, notFound) {
assert(!err);
assert.equal(notFound, null);
done();
});
});
});
});
```
## Model.destroyAll(callback)
Delete all Model instances from data source.
```js
(new TaskEmitter())
.task(User, 'create', {first: 'jill'})
.task(User, 'create', {first: 'bob'})
.task(User, 'create', {first: 'jan'})
.task(User, 'create', {first: 'sam'})
.task(User, 'create', {first: 'suzy'})
.on('done', function () {
User.count(function (err, count) {
assert.equal(count, 5);
User.destroyAll(function () {
User.count(function (err, count) {
assert.equal(count, 0);
done();
});
});
});
});
```
## Model.findById(id, callback)
Find an instance by id.
```js
User.create({first: 'michael', last: 'jordan', id: 23}, function () {
User.findById(23, function (err, user) {
assert.equal(user.id, 23);
assert.equal(user.first, 'michael');
assert.equal(user.last, 'jordan');
done();
});
});
```
## Model.count([query], callback)
Query count of Model instances in data source.
```js
(new TaskEmitter())
.task(User, 'create', {first: 'jill', age: 100})
.task(User, 'create', {first: 'bob', age: 200})
.task(User, 'create', {first: 'jan'})
.task(User, 'create', {first: 'sam'})
.task(User, 'create', {first: 'suzy'})
.on('done', function () {
User.count({age: {gt: 99}}, function (err, count) {
assert.equal(count, 2);
done();
});
});
```
## Remote Methods
### Example Remote Method
Call the method using HTTP / REST.
```js
request(app)
.get('/users/sign-in?username=foo&password=bar')
.expect('Content-Type', /json/)
.expect(200)
.end(function(err, res){
if(err) return done(err);
assert(res.body.$data === 123);
done();
});
```
### Model.beforeRemote(name, fn)
Run a function before a remote method is called by a client.
```js
var hookCalled = false;
User.beforeRemote('create', function(ctx, user, next) {
hookCalled = true;
next();
});
// invoke save
request(app)
.post('/users')
.send({data: {first: 'foo', last: 'bar'}})
.expect('Content-Type', /json/)
.expect(200)
.end(function(err, res) {
if(err) return done(err);
assert(hookCalled, 'hook wasnt called');
done();
});
```
### Model.afterRemote(name, fn)
Run a function after a remote method is called by a client.
```js
var beforeCalled = false;
var afterCalled = false;
User.beforeRemote('create', function(ctx, user, next) {
assert(!afterCalled);
beforeCalled = true;
next();
});
User.afterRemote('create', function(ctx, user, next) {
assert(beforeCalled);
afterCalled = true;
next();
});
// invoke save
request(app)
.post('/users')
.send({data: {first: 'foo', last: 'bar'}})
.expect('Content-Type', /json/)
.expect(200)
.end(function(err, res) {
if(err) return done(err);
assert(beforeCalled, 'before hook was not called');
assert(afterCalled, 'after hook was not called');
done();
});
```
### Remote Method invoking context
#### ctx.req
The express ServerRequest object.
```js
var hookCalled = false;
User.beforeRemote('create', function(ctx, user, next) {
hookCalled = true;
assert(ctx.req);
assert(ctx.req.url);
assert(ctx.req.method);
assert(ctx.res);
assert(ctx.res.write);
assert(ctx.res.end);
next();
});
// invoke save
request(app)
.post('/users')
.send({data: {first: 'foo', last: 'bar'}})
.expect('Content-Type', /json/)
.expect(200)
.end(function(err, res) {
if(err) return done(err);
assert(hookCalled);
done();
});
```
#### ctx.res
The express ServerResponse object.
```js
var hookCalled = false;
User.beforeRemote('create', function(ctx, user, next) {
hookCalled = true;
assert(ctx.req);
assert(ctx.req.url);
assert(ctx.req.method);
assert(ctx.res);
assert(ctx.res.write);
assert(ctx.res.end);
next();
});
// invoke save
request(app)
.post('/users')
.send({data: {first: 'foo', last: 'bar'}})
.expect('Content-Type', /json/)
.expect(200)
.end(function(err, res) {
if(err) return done(err);
assert(hookCalled);
done();
});
```
## Model.hasMany(Model)
Define a one to many relationship.
```js
var Book = memory.createModel('book', {title: String, author: String});
var Chapter = memory.createModel('chapter', {title: String});
// by referencing model
Book.hasMany(Chapter);
Book.create({title: 'Into the Wild', author: 'Jon Krakauer'}, function(err, book) {
// using 'chapters' scope for build:
var c = book.chapters.build({title: 'Chapter 1'});
book.chapters.create({title: 'Chapter 2'}, function () {
c.save(function () {
Chapter.count({bookId: book.id}, function (err, count) {
assert.equal(count, 2);
book.chapters({where: {title: 'Chapter 1'}}, function(err, chapters) {
assert.equal(chapters.length, 1);
assert.equal(chapters[0].title, 'Chapter 1');
done();
});
});
});
});
});
```
## Model.properties
Normalized properties passed in originally by loopback.createModel().
```js
var props = {
s: String,
n: {type: 'Number'},
o: {type: 'String', min: 10, max: 100},
d: Date,
g: loopback.GeoPoint
};
var MyModel = loopback.createModel('foo', props);
Object.keys(MyModel.properties).forEach(function (key) {
var p = MyModel.properties[key];
var o = MyModel.properties[key];
assert(p);
assert(o);
assert(typeof p.type === 'function');
if(typeof o === 'function') {
// the normalized property
// should match the given property
assert(
p.type.name === o.name
||
p.type.name === o
)
}
});
```
## Model.extend()
Create a new model by extending an existing model.
```js
var User = loopback.Model.extend('test-user', {
email: String
});
User.foo = function () {
return 'bar';
}
User.prototype.bar = function () {
return 'foo';
}
var MyUser = User.extend('my-user', {
a: String,
b: String
});
assert.equal(MyUser.prototype.bar, User.prototype.bar);
assert.equal(MyUser.foo, User.foo);
var user = new MyUser({
email: 'foo@bar.com',
a: 'foo',
b: 'bar'
});
assert.equal(user.email, 'foo@bar.com');
assert.equal(user.a, 'foo');
assert.equal(user.b, 'bar');
```
# User
## User.create
Create a new user.
```js
User.create({email: 'f@b.com'}, function (err, user) {
assert(!err);
assert(user.id);
assert(user.email);
done();
});
```
Requires a valid email.
```js
User.create({}, function (err) {
assert(err);
User.create({email: 'foo@'}, function (err) {
assert(err);
done();
});
});
```
Requires a unique email.
```js
User.create({email: 'a@b.com'}, function () {
User.create({email: 'a@b.com'}, function (err) {
assert(err, 'should error because the email is not unique!');
done();
});
});
```
Requires a password to login with basic auth.
```js
User.create({email: 'b@c.com'}, function (err) {
User.login({email: 'b@c.com'}, function (err, session) {
assert(!session, 'should not create a session without a valid password');
assert(err, 'should not login without a password');
done();
});
});
```
Hashes the given password.
```js
var u = new User({username: 'foo', password: 'bar'});
assert(u.password !== 'bar');
```
## User.login
Login a user by providing credentials.
```js
request(app)
.post('/users/login')
.expect('Content-Type', /json/)
.expect(200)
.send({email: 'foo@bar.com', password: 'bar'})
.end(function(err, res){
if(err) return done(err);
var session = res.body;
assert(session.uid);
assert(session.id);
assert.equal((new Buffer(session.id, 'base64')).length, 64);
done();
});
```
## User.logout
Logout a user by providing the current session id (using node).
```js
login(logout);
function login(fn) {
User.login({email: 'foo@bar.com', password: 'bar'}, fn);
}
function logout(err, session) {
User.logout(session.id, verify(session.id, done));
}
```
Logout a user by providing the current session id (over rest).
```js
login(logout);
function login(fn) {
request(app)
.post('/users/login')
.expect('Content-Type', /json/)
.expect(200)
.send({email: 'foo@bar.com', password: 'bar'})
.end(function(err, res){
if(err) return done(err);
var session = res.body;
assert(session.uid);
assert(session.id);
fn(null, session.id);
});
}
function logout(err, sid) {
request(app)
.post('/users/logout')
.expect(200)
.send({sid: sid})
.end(verify(sid, done));
}
```
Logout a user using the instance method.
```js
login(logout);
function login(fn) {
User.login({email: 'foo@bar.com', password: 'bar'}, fn);
}
function logout(err, session) {
User.findOne({email: 'foo@bar.com'}, function (err, user) {
user.logout(verify(session.id, done));
});
}
```
## user.hasPassword(plain, fn)
Determine if the password matches the stored password.
```js
var u = new User({username: 'foo', password: 'bar'});
u.hasPassword('bar', function (err, isMatch) {
assert(isMatch, 'password doesnt match');
done();
});
```
should match a password when saved.
```js
var u = new User({username: 'a', password: 'b', email: 'z@z.net'});
u.save(function (err, user) {
User.findById(user.id, function (err, uu) {
uu.hasPassword('b', function (err, isMatch) {
assert(isMatch);
done();
});
});
});
```
should match a password after it is changed.
```js
User.create({email: 'foo@baz.net', username: 'bat', password: 'baz'}, function (err, user) {
User.findById(user.id, function (err, foundUser) {
assert(foundUser);
foundUser.hasPassword('baz', function (err, isMatch) {
assert(isMatch);
foundUser.password = 'baz2';
foundUser.save(function (err, updatedUser) {
updatedUser.hasPassword('baz2', function (err, isMatch) {
assert(isMatch);
User.findById(user.id, function (err, uu) {
uu.hasPassword('baz2', function (err, isMatch) {
assert(isMatch);
done();
});
});
});
});
});
});
});
```
## Verification
### user.verify(options, fn)
Verify a user's email address.
```js
User.afterRemote('create', function(ctx, user, next) {
assert(user, 'afterRemote should include result');
var options = {
type: 'email',
to: user.email,
from: 'noreply@myapp.org',
redirect: '/',
protocol: ctx.req.protocol,
host: ctx.req.get('host')
};
user.verify(options, function (err, result) {
assert(result.email);
assert(result.email.message);
assert(result.token);
var lines = result.email.message.split('\n');
assert(lines[4].indexOf('To: bar@bat.com') === 0);
done();
});
});
request(app)
.post('/users')
.expect('Content-Type', /json/)
.expect(200)
.send({email: 'bar@bat.com', password: 'bar'})
.end(function(err, res){
if(err) return done(err);
});
```
### User.confirm(options, fn)
Confirm a user verification.
```js
User.afterRemote('create', function(ctx, user, next) {
assert(user, 'afterRemote should include result');
var options = {
type: 'email',
to: user.email,
from: 'noreply@myapp.org',
redirect: 'http://foo.com/bar',
protocol: ctx.req.protocol,
host: ctx.req.get('host')
};
user.verify(options, function (err, result) {
if(err) return done(err);
request(app)
.get('/users/confirm?uid=' + result.uid + '&token=' + encodeURIComponent(result.token) + '&redirect=' + encodeURIComponent(options.redirect))
.expect(302)
.expect('location', options.redirect)
.end(function(err, res){
if(err) return done(err);
done();
});
});
});
request(app)
.post('/users')
.expect('Content-Type', /json/)
.expect(302)
.send({email: 'bar@bat.com', password: 'bar'})
.end(function(err, res){
if(err) return done(err);
});
```