// standard models
  class User extends Model {
    @attr('string')     name
    @attr('string')     style
    @hasMany('project') projects
    @hasMany('hat', {polymorphic: true})  hats
  }

  class Project extends Model {
    @attr('string')     title
    @belongsTo('user')  user
  }

  // polymorphic models
  class Hat extends Model {
    @attr('string')     type
    @belongsTo('user')  user
  }

  class BigHat extends Hat {};
  class SmallHat extends Hat {};

  // file tests/factories/user.js
  import FactoryGuy from 'ember-data-factory-guy';

  FactoryGuy.define('user', {
    // Put default 'user' attributes in the default section
    default: {
      style: 'normal',
      name: 'Dude'
    },
    // Create a named 'user' with custom attributes
    admin: {
      style: 'super',
      name: 'Admin'
    }
  });

// file: tests/factories/cat.js
FactoryGuy.define('cat', {
  polymorphic: false, // manually flag this model as NOT polymorphic
  default: {
    // usually, an attribute named 'type' is for polymorphic models, but the defenition
    // is set as NOT polymorphic, which allows this type to work as attibute
    type: 'Cute',
    name: (f)=> `Cat ${f.id}`
  }
});

  // file tests/factories/small-hat.js
  import FactoryGuy from 'ember-data-factory-guy';

  FactoryGuy.define('small-hat', {
    default: {
      type: 'SmallHat'
    }
  })

  // file tests/factories/big-hat.js
  import FactoryGuy from 'ember-data-factory-guy';

  FactoryGuy.define('big-hat', {
    default: {
      type: 'BigHat'
    }
  })

  // file tests/factories/hat.js
  import FactoryGuy from 'ember-data-factory-guy';

  FactoryGuy.define('hat', {
    default: {},
    small-hat: {
      type: 'SmallHat'
    },
    big-hat: {
      type: 'BigHat'
    }
  })

  FactoryGuy.define('user', {
    sequences: {
      userName: (num)=> `User${num}`
    },

    default: {
      // use the 'userName' sequence for this attribute
      name: FactoryGuy.generate('userName')
    }
  });

  let first = FactoryGuy.build('user');
  first.get('name') // => 'User1'

  let second = FactoryGuy.make('user');
  second.get('name') // => 'User2'

  FactoryGuy.define('project', {
    special_project: {
      title: FactoryGuy.generate((num)=> `Project #${num}`)
    },
  });

  let json = FactoryGuy.build('special_project');
  json.get('title') // => 'Project #1'

  let project = FactoryGuy.make('special_project');
  project.get('title') // => 'Project #2'

  FactoryGuy.define('user', {
    default: {
      // Don't need the userName sequence, since the id is almost
      // always a sequential number, and you can use that.
      // f is the fixture being built as the moment for this factory
      // definition, which has the id available
      name: (f)=> `User${f.id}`
    },
    traits: {
      boring: {
        style: (f)=> `${f.id} boring`
      },
      funny: {
        style: (f)=> `funny ${f.name}`
      }
    }
  });

  let json = FactoryGuy.build('user', 'funny');
  json.get('name') // => 'User1'
  json.get('style') // => 'funny User1'

  let user = FactoryGuy.make('user', 'boring');
  user.get('id') // => 2
  user.get('style') // => '2 boring'

  FactoryGuy.define('user', {
    traits: {
      big: { name: 'Big Guy' },
      friendly: { style: 'Friendly' },
      bfg: { name: 'Big Friendly Giant', style: 'Friendly' }
    }
  });

  let user = FactoryGuy.make('user', 'big', 'friendly');
  user.get('name') // => 'Big Guy'
  user.get('style') // => 'Friendly'

  let giant = FactoryGuy.make('user', 'big', 'bfg');
  user.get('name') // => 'Big Friendly Giant' - name defined in the 'bfg' trait overrides the name defined in the 'big' trait
  user.get('style') // => 'Friendly'

  let user = FactoryGuy.make('user', 'big', 'friendly', {name: 'Dave'});
  user.get('name') // => 'Dave'
  user.get('style') // => 'Friendly'

import FactoryGuy from 'ember-data-factory-guy';

FactoryGuy.define("project", {
  default: {
    title: (f) => `Project ${f.id}`
  },
  traits: {
    // this trait is a function
    // note that the fixure is passed in that will have
    // default attributes like id at a minimum and in this
    // case also a title ( `Project 1` ) which is default
    medium: (f) => {
      f.title = `Medium Project ${f.id}`
    },
    goofy: (f) => {
      f.title = `Goofy ${f.title}`
    }
    withUser: (f) => {
      // NOTE: you're not using FactoryGuy.belongsTo as you would
      // normally in a fixture definition
      f.user = FactoryGuy.make('user')
    }
  }
});

let project =  make('project', 'medium');
project.get('title'); //=> 'Medium Project 1'

let project2 =  build('project', 'goofy');
project2.get('title'); //=> 'Goofy Project 2'

let project3 =  build('project', 'withUser');
project3.get('user.name'); //=> 'User 1'

  FactoryGuy.define('project', {

    traits: {
      withUser: { user: {} },
      withAdmin: { user: FactoryGuy.belongsTo('user', 'admin') },
      withManagerLink(f) { // f is the fixture being created
        f.links = {manager: `/projects/${f.id}/manager`}
      }
    }
  });

  let user = make('project', 'withUser');
  project.get('user').toJSON({includeId: true}) // => {id:1, name: 'Dude', style: 'normal'}

  user = make('user', 'withManagerLink');
  user.belongsTo('manager').link(); // => "/projects/1/manager"

  let user = make('user');
  let project = make('project', {user});

  project.get('user').toJSON({includeId: true}) // => {id:1, name: 'Dude', style: 'normal'}

  user.get('projects.length') // => 1

  FactoryGuy.define('user', {
    traits: {
      withProjects: {
        projects: FactoryGuy.hasMany('project', 2)
      },
      withPropertiesLink(f) { // f is the fixture being created
        f.links = {properties: `/users/${f.id}/properties`}
      }
    }
  });

  let user = make('user', 'withProjects');
  user.get('projects.length') // => 2

  user = make('user', 'withPropertiesLink');
  user.hasMany('properties').link(); // => "/users/1/properties"

  FactoryGuy.define('user', {

    userWithProjects: { projects: FactoryGuy.hasMany('project', 2) }

  });

  let user = make('userWithProjects');
  user.get('projects.length') // => 2

  let project1 = make('project');
  let project2 = make('project');
  let user = make('user', {projects: [project1, project2]});
  user.get('projects.length') // => 2

  // or
  let projects = makeList('project', 2);
  let user = make('user', {projects});
  user.get('projects.length') // => 2

  projects.get('firstObject.user')  // => user

  FactoryGuy.define('user', {
    traits: {
      withCompanyLink(f): {
        // since you can assign many different links with different traits,
        // you should Object.assign so that you add to the links hash rather
        // than set it directly ( assuming you want to use this feature )
        f.links = Object.assign({company: `/users/${f.id}/company`}, f.links);
      },
      withPropertiesLink(f) {
        f.links = Object.assign({properties: `/users/${f.id}/properties`}, f.links);
      }
    }
  });

  // setting links with traits
  let company = make('company')
  let user = make('user', 'withCompanyLink', 'withPropertiesLink', {company});
  user.hasMany('properties').link(); // => "/users/1/properties"
  user.belongsTo('company').link(); // => "/users/1/company"
  // the company async relationship has a company AND link to fetch it again
  // when you reload that relationship
  user.get('company.content') // => company
  user.belongsTo('company').reload() // would use that link "/users/1/company" to reload company

  // you can also set traits with your build/buildList/make/makeList options
  user = make('user', {links: {properties: '/users/1/properties'}});

  // app/models/dog.js
  import Model from 'ember-data/model';
  import attr from 'ember-data/attr';

  export default class Dog extends Model{
    @attr('string') dogNumber
    @attr('string') sound
  }

  // tests/factories/dog.js
  import FactoryGuy from 'ember-data-factory-guy';

  const defaultVolume = "Normal";

  FactoryGuy.define('dog', {
    default: {
      dogNumber: (f)=> `Dog${f.id}`,
      sound: (f) => `${f.volume || defaultVolume} Woof`
    },
  });

  let dog2 = build('dog', { volume: 'Soft' });

  dog2.get('sound'); //=> `Soft Woof`

  FactoryGuy.define('property', {
    default: {
      name: 'Silly property'
    },

    // optionally set transient attributes, that will be passed in to afterMake function
    transient: {
      for_sale: true
    },

    // The attributes passed to after make will include any optional attributes you
    // passed in to make, and the transient attributes defined in this definition
    afterMake: function(model, attributes) {
      if (attributes.for_sale) {
        model.set('name', model.get('name') + '(FOR SALE)');
      }
    }
  }

  run(function () {

    let property = FactoryGuy.make('property');
    property.get('name'); // => 'Silly property(FOR SALE)')

    let property = FactoryGuy.make('property', {for_sale: false});
    property.get('name'); // => 'Silly property')
  });

  import { attributesFor } from 'ember-data-factory-guy';

  // make a user with certain traits and options
  attributesFor('user', 'silly', {name: 'Fred'}); // => { name: 'Fred', style: 'silly'}

  import { make } from 'ember-data-factory-guy';

  // make a user with the default attributes in user factory
  let user = make('user');
  user.toJSON({includeId: true}); // => {id: 1, name: 'User1', style: 'normal'}

  // make a user with the default attributes plus those defined as 'admin' in the user factory
  let user = make('admin');
  user.toJSON({includeId: true}); // => {id: 2, name: 'Admin', style: 'super'}

  // make a user with the default attributes plus these extra attributes provided in the optional hash
  let user = make('user', {name: 'Fred'});
  user.toJSON({includeId: true}); // => {id: 3, name: 'Fred', style: 'normal'}

  // make an 'admin' user with these extra attributes
  let user = make('admin', {name: 'Fred'});
  user.toJSON({includeId: true}); // => {id: 4, name: 'Fred', style: 'super'}

  // make a user with a trait ('silly') plus these extra attributes provided in the optional hash
  let user = make('user', 'silly', {name: 'Fred'});
  user.toJSON({includeId: true}); // => {id: 5, name: 'Fred', style: 'silly'}

  // make a user with a hats relationship ( hasMany ) composed of pre-made hats
  let hat1 = make('big-hat');
  let hat2 = make('big-hat');
  let user = make('user', {hats: [hat1, hat2]});
  user.toJSON({includeId: true})
  // => {id: 6, name: 'User2', style: 'normal', hats: [{id:1, type:"big_hat"},{id:1, type:"big_hat"}]}
  // note that hats are polymorphic. if they weren't, the hats array would be a list of ids: [1,2]

  // make a user with a company relationship ( belongsTo ) composed of a pre-made company
  let company = make('company');
  let user = make('user', {company: company});
  user.toJSON({includeId: true})  // => {id: 7, name: 'User3', style: 'normal', company: 1}

  // make user with links to async hasMany properties
  let user = make('user', {properties: {links: '/users/1/properties'}});

  // make user with links to async belongsTo company
  let user = make('user', {company: {links: '/users/1/company'}});

  // for model fragments you get an object
  let object = make('name'); // => {firstName: 'Boba', lastName: 'Fett'}

  import { make, makeList } from 'ember-data-factory-guy';

  // Let's say bob is a named type in the user factory
  makeList('user', 'bob') // makes 0 bob's

  makeList('user', 'bob', 2) // makes 2 bob's

  makeList('user', 'bob', 2, 'with_car', {name: "Dude"})
  // makes 2 bob users with the 'with_car' trait and name of "Dude"
  // In other words, applies the traits and options to every bob made

  makeList('user', 'bob', 'with_car', ['with_car', {name: "Dude"}])
  // makes 2 users with bob attributes. The first also has the 'with_car' trait and the
  // second has the 'with_car' trait and name of "Dude", so you get 2 different users

  import { build, buildList } from 'ember-data-factory-guy';

  // build a basic user with the default attributes from the user factory
  let json = build('user');
  json.get() // => {id: 1, name: 'User1', style: 'normal'}

  // build a user with the default attributes plus those defined as 'admin' in the user factory
  let json = build('admin');
  json.get() // => {id: 2, name: 'Admin', style: 'super'}

  // build a user with the default attributes with extra attributes
  let json = build('user', {name: 'Fred'});
  json.get() // => {id: 3, name: 'Fred', style: 'normal'}

  // build the admin defined user with extra attributes
  let json = build('admin', {name: 'Fred'});
  json.get() // => {id: 4, name: 'Fred', style: 'super'}

  // build default user with traits and with extra attributes
  let json = build('user', 'silly', {name: 'Fred'});
  json.get() // => {id: 5, name: 'Fred', style: 'silly'}

  // build user with hats relationship ( hasMany ) composed of a few pre 'built' hats
  let hat1 = build('big-hat');
  let hat2 = build('big-hat');
  let json = build('user', {hats: [hat1, hat2]});
  // note that hats are polymorphic. if they weren't, the hats array would be a list of ids: [1,2]
  json.get() // => {id: 6, name: 'User2', style: 'normal', hats: [{id:1, type:"big_hat"},{id:1, type:"big_hat"}]}

  // build user with company relationship ( belongsTo ) composed of a pre 'built' company
  let company = build('company');
  let json = build('user', {company});
  json.get() // => {id: 7, name: 'User3', style: 'normal', company: 1}

  // build and compose relationships to unlimited degree
  let company1 = build('company', {name: 'A Corp'});
  let company2 = build('company', {name: 'B Corp'});
  let owners = buildList('user', { company:company1 }, { company:company2 });
  let buildJson = build('property', { owners });

  // build user with links to async hasMany properties
  let user = build('user', {properties: {links: '/users/1/properties'}});

  // build user with links to async belongsTo company
  let user = build('user', {company: {links: '/users/1/company'}});

  let json = build('user', 'with_company', 'with_hats');
  json // =>
    {
      user: {
        id: 1,
        name: 'User1',
        company: 1,
        hats: [
          {type: 'big_hat', id:1},
          {type: 'big_hat', id:2}
        ]
      },
      companies: [
        {id: 1, name: 'Silly corp'}
      ],
      'big-hats': [
        {id: 1, type: "BigHat" },
        {id: 2, type: "BigHat" }
      ]
    }

  import { build, buildList } from 'ember-data-factory-guy';

  let bobs = buildList('bob', 2);  // builds 2 Bob's

  let bobs = buildList('bob', 2, {name: 'Rob'}); // builds 2 Bob's with name of 'Rob'

  // builds 2 users, one with name 'Bob' , the next with name 'Rob'
  let users = buildList('user', { name:'Bob' }, { name:'Rob' });

  // builds 2 users, one with 'boblike' and the next with name 'adminlike' features
  // NOTE: you don't say how many to make, because each trait is making new user
  let users = buildList('user', 'boblike', 'adminlike');

  // builds 2 users:
  // one 'boblike' with stoner style
  // and the next 'adminlike' with square style
  // NOTE: how you are grouping traits and attributes for each one by wrapping them in array
  let users = buildList('user', ['boblike', { style: 'stoner' }], ['adminlike', {style: 'square'}]);

  let batMan = build('bat_man');
  let userPayload = build('user').add(batMan);

  userPayload = {
    user: {
      id: 1,
      name: 'User1',
      style: "normal"
    },
    'super-heros': [
      {
        id: 1,
        name: "BatMan",
        type: "SuperHero"
      }
    ]
  };

  let json1 = buildList('profile', 2).add({ meta: { previous: '/profiles?page=1', next: '/profiles?page=3' } });
  let json2 = buildList('profile', 2).add({ meta: { previous: '/profiles?page=2', next: '/profiles?page=4' } });

  mockQuery('profile', {page: 2}).returns({ json: json1 });
  mockQuery('profile', {page: 3}).returns({ json: json2 });

 store.query('profile', {page: 2}).then((records)=> // first 2 from json1
 store.query('profile', {page: 3}).then((records)=> // second 2 from json2

  let json = build('user');
  json.get() //=> {id: 1, name: 'User1', style: 'normal'}
  json.get('id') // => 1

  let json = buildList('user', 2);
  json.get(0) //=> {id: 1, name: 'User1', style: 'normal'}
  json.get(1) //=> {id: 2, name: 'User2', style: 'normal'}

  let json = buildList('user', 'boblike', 'adminlike');
  json.get(0) //=> {id: 1, name: 'Bob', style: 'boblike'}
  json.get(1) //=> {id: 2, name: 'Admin', style: 'super'}

  let json = build('user', 'with_company', 'with_hats');
  json.get() //=> {id: 1, name: 'User1', style: 'normal'}

  // to get hats (hasMany relationship) info
  json.get('hats') //=> [{id: 1, type: "big_hat"},{id: 1, type: "big_hat"}]

  // to get company ( belongsTo relationship ) info
  json.get('company') //=> {id: 1, type: "company"}

  let company = build('company');
  let hats = buildList('big-hats');

  let user = build('user', {company , hats});
  user.get() //=> {id: 1, name: 'User1', style: 'normal'}

  // to get hats info from hats json
  hats.get(0) //=> {id: 1, type: "BigHat", plus .. any other attributes}
  hats.get(1) //=> {id: 2, type: "BigHat", plus .. any other attributes}

  // to get company info
  company.get() //=> {id: 1, type: "Company", name: "Silly corp"}

// Employee model
export default class Employee extends Model {
  @fragment('name') name
  @fragmentArray('phone-number') phoneNumbers
}

// Name fragment
export default class Name extends Fragment {
  @array('string')  titles
  @attr('string')   firstName
  @attr('string')    lastName
}

// Phone Number fragment
export default class PhoneNumber extends Fragment {
  @attr('string') number
  @attr('string') type
}

// Employee factory
FactoryGuy.define('employee', {
  default: {
    name: FactoryGuy.belongsTo('name'), //fragment
    phoneNumbers: FactoryGuy.hasMany('phone-number') //fragmentArray
  }
});

// Name fragment factory
FactoryGuy.define('name', {
  default: {
    titles: ['Mr.', 'Dr.'], //array
    firstName: 'Jon',
    lastName: 'Snow'
  }
});

// Phone number fragment factory
FactoryGuy.define('phone-number', {
  default: {
    number: '123-456-789',
    type: 'home'
  }
});

let phoneNumbers = makeList('phone-numbers', 2);
let employee = make('employee', { phoneNumbers });

// OR

let phoneNumbers = buildList('phone-numbers', 2).get();
let employee = build('employee', { phoneNumbers }).get();

  let projects = makeList('projects', 2); // put projects in the store
  let user = make('user', { projects });  // attach them to user
  mockFindRecord('user').returns({model: user}); // now the mock will return a user that has projects

import FactoryGuy, { makeList } from 'ember-data-factory-guy';
import moduleForAcceptance from '../helpers/module-for-acceptance';

moduleForAcceptance('Acceptance | Profiles View');

test("Using FactoryGuy.cacheOnlyMode", async function() {
  FactoryGuy.cacheOnlyMode();
  // the store.findRecord call for the user will go out unless there is a user
  // in the store
  make('user', {name: 'current'});
  // the application starts up and makes calls to findAll a few things, but
  // those can be ignored because of the cacheOnlyMode

  // for this test I care about just testing profiles
  makeList("profile", 2);

  await visit('/profiles');

  // test stuff
});

test("Using FactoryGuy.cacheOnlyMode with except", async function() {
  FactoryGuy.cacheOnlyMode({except: ['profile']});

  make('user', {name: 'current'});

  // this time I want to allow the ajax call so I can return built json payload
  mockFindAll("profile", 2);

  await visit('/profiles');

  // test stuff
});

  let errors401 = {errors: {description: "Unauthorized"}};
  let mock = mockFindAll('user').fails({status: 401, response: errors401});

  let errors422 = {errors: {name: "Name too short"}};
  let mock = mockFindRecord('profile').fails({status: 422, response: errors422});

  let errorsMine = {errors: [{detail: "Name too short", title: "I am short"}]};
  let mock = mockFindRecord('profile').fails({status: 422, response: errorsMine, convertErrors: false});

   import { build, make, mockFindRecord } from 'ember-data-factory-guy';

   // mockFindRecord automatically returns json for the modelType ( in this case 'user' )
   let mock = mockFindRecord('user');
   let userId = mock.get('id');

   let user = build('user', 'whacky', {isDude: true});
   let mock = mockFindRecord('user').returns({ json: user });
   // user.get('id') => 1
   // user.get('style') => 'whacky'

   // or to acccomplish the same thing with less code
   let mock = mockFindRecord('user', 'whacky', {isDude: true});
   // mock.get('id') => 1
   // mock.get('style') => 'whacky'
   let user = mock.get();
   // user.id => 1
   // user.style => 'whacky'

   let user = make('user', 'whacky', {isDude: false});
   let mock = mockFindRecord('user').returns({ model: user });
   // user.get('id') => 1
   // you can now also user.get('any-computed-property')
   // since you have a real model instance

   let user = make('user', 'whacky', {isDude: false});
   let mock = mockFindRecord(user);
   // user.get('id') === mock.get('id')
   // basically a shortcut to the above .returns({ model: user })
   // as this sets up the returns for you

   let user2 = build('user', {style: "boring"});
   mock.returns({ json: user2 });
   // mock.get('id') => 2

   mockFindRecord('user').fails();

  let profile = make('profile');
  mockFindRecord(profile).fails();
  // mock.get('id') === profile.id

  let mock = mockFindRecord('user').adapterOptions({friendly: true});
  // used when urlForFindRecord (defined in adapter) uses them
  urlForFindRecord(id, modelName, snapshot) {
    if (snapshot && snapshot.adapterOptions) {
       let { adapterOptions }  = snapshot; // => {friendly: true}
       // ... blah blah blah
    }
    // ... blah blah
  }

   import { buildList, makeList, mockFindAll } from 'ember-data-factory-guy';

   let mock = mockFindAll('user');

   // that has 2 different users:
   let users = buildList('user', 'whacky', 'silly');
   let mock = mockFindAll('user').returns({ json: users });
   let user1 = users.get(0);
   let user2 = users.get(1);
   // user1.style => 'whacky'
   // user2.style => 'silly'

   // or to acccomplish the same thing with less code
   let mock = mockFindAll('user', 'whacky', 'silly');
   let user1 = mock.get(0);
   let user2 = mock.get(1);
   // user1.style => 'whacky'
   // user2.style => 'silly'

    let users = makeList('user', 'whacky', 'silly');
    let mock = mockFindAll('user').returns({ models: users });
    let user1 = users[0];
    // you can now also user1.get('any-computed-property')
    // since you have a real model instance

   let users2 = buildList('user', 3);
   mock.returns({ json: user2 });

   mockFindAll('user').fails();

  let profile = make('profile');
  mockReload(profile);

  // will stub a call to reload that profile
  profile.reload()

  let profile = make('profile', { description: "whatever" });
  mockReload(profile).returns({ attrs: { description: "moo" } });
  profile.reload(); // description is now "moo"

  let profile = make('profile', { description: "tomatoes" });
  // all new values EXCEPT the profile id ( you should keep that id the same )
  let profileAllNew = build('profile', { id: profile.get('id'), description: "potatoes" }
  mockReload(profile).returns({ json: profileAllNew });
  profile.reload(); // description = "potatoes"

  mockReload('profile', 1).fails();

  import FactoryGuy, { make, build, buildList, mockQuery } from 'ember-data-factory-guy';
  let store = FactoryGuy.store;

  // This simulates a query that returns no results
  mockQuery('user', {age: 10});

  store.query('user', {age: 10}}).then((userInstances) => {
    /// userInstances will be empty
  })

  // Create model instances
  let users = makeList('user', 2, 'with_hats');

  mockQuery('user', {name:'Bob', age: 10}).returns({models: users});

  store.query('user', {name:'Bob', age: 10}}).then((models)=> {
    // models are the same as the users array
  });

  // Create json with buildList
  let users = buildList('user', 2, 'with_hats');

  mockQuery('user', {name:'Bob', age: 10}).returns({json: users});

  store.query('user', {name:'Bob', age: 10}}).then((models)=> {
    // these models were created from the users json
  });

  // Create list of models
  let users = buildList('user', 2, 'with_hats');
  let user1 = users.get(0);

  mockQuery('user', {name:'Bob', age: 10}).returns({ids: [user1.id]});

  store.query('user', {name:'Bob', age: 10}}).then(function(models) {
    // models will be one model and it will be user1
  });

  // Create list of models
  let users = buildList('user', 2, 'with_hats');
  let user1 = users.get(0);

  mock = mockQuery('user').returns({ids: [user1.id]});

  mock.withParams({name:'Bob', age: 10})

  // When using 'withParams' modifier, params hash must match exactly
  store.query('user', {name:'Bob', age: 10}}).then(function(models) {
    // models will be one model and it will be user1
  });

  // The following call will not be caught by the mock
  store.query('user', {name:'Bob', age: 10, hair: 'brown'}})

  // 'withSomeParams' is designed to catch requests by partial match
  // It has precedence over strict params matching once applied
  mock.withSomeParams({name:'Bob'})

  // Now both requests will be intercepted
  store.query('user', {name:'Bob', age: 10}})
  store.query('user', {name:'Bob', age: 10, hair: 'brown'}})

  import FactoryGuy, { make, build, mockQueryRecord } from 'ember-data-factory-guy';
  let store = FactoryGuy.store;

  // This simulates a query that returns no results
  mockQueryRecord('user', {age: 10});

  store.queryRecord('user', {age: 10}}).then((userInstance) => {
    /// userInstance will be empty
  })

  // Create model instances
  let user = make('user');

  mockQueryRecord('user', {name:'Bob', age: 10}).returns({model: user});

  store.queryRecord('user', {name:'Bob', age: 10}}).then((model)=> {
    // model is the same as the user you made
  });

  // Create json with buildList
  let user = build('user');

  mockQueryRecord('user', {name:'Bob', age: 10}).returns({json: user});

  store.queryRecord('user', {name:'Bob', age: 10}}).then((model)=> {
    // user model created from the user json
  });

  // Create list of models
  let user = build('user', 'with_hats');

  mockQueryRecord('user', {name:'Bob', age: 10}).returns({id: user.get('id')});

  store.queryRecord('user', {name:'Bob', age: 10}}).then(function(model) {
    // model will be one model and it will be user1
  });

  // most actions that create a record look something like this:
  action: {
    addProject: function (user) {
      let name = this.$('button.project-name').val();
      this.store.createRecord('project', {name: name, user: user}).save();
    }
  }

  import { makeNew, mockCreate } from 'ember-data-factory-guy';

  // Simplest case
  // Don't care about a match just handle createRecord for any project
  mockCreate('project');

  // use a model you created already from store.createRecord or makeNew
  // need to use this style if you need the model in the urlForCreateRecord snapshot
  let project = makeNew('project');
  mockCreate(project);

  // Matching some attributes
  mockCreate('project').match({name: "Moo"});

  // Match all attributes
  mockCreate('project').match({name: "Moo", user: user});

  // Match using a function that checks that the request's top level attribute "name" equals 'Moo'
  mockCreate('project').match(requestData => requestData.name === 'Moo');

  // Exactly matching attributes, and returning extra attributes
  mockCreate('project')
    .match({name: "Moo", user: user})
    .returns({created_at: new Date()});

  // Returning belongsTo relationship. Assume outfit belongsTo 'person'
  let person = build('super-hero'); // it's polymorphic
  mockCreate('outfit').returns({attrs: { person }});

  // Returning hasMany relationship. Assume super-hero hasMany 'outfits'
  let outfits = buildList('outfit', 2);
  mockCreate('super-hero').returns({attrs: { outfits }});

  // Mocking failure case is easy with chainable methods, just use #fails
  mockCreate('project').match({name: "Moo"}).fails();

  // Can optionally add a status code and/or errors to the response
  mockCreate('project').fails({status: 422, response: {errors: {name: ['Moo bad, Bahh better']}}});

  store.createRecord('project', {name: "Moo"}).save(); //=> fails

  import { make, mockUpdate } from 'ember-data-factory-guy';

  let profile = make('profile');

  // Pass in the model that will be updated ( if you have it available )
  mockUpdate(profile);

  // If the model is not available, pass in the modelType and the id of
  // the model that will be updated
  mockUpdate('profile', 1);

  profile.set('description', 'good value');
  profile.save() //=> will succeed

  // Returning belongsTo relationship. Assume outfit belongsTo 'person'
  let outfit = make('outfit');
  let person = build('super-hero'); // it's polymorphic
  outfit.set('name','outrageous');
  mockUpdate(outfit).returns({attrs: { person }});
  outfit.save(); //=> saves and returns superhero

  // Returning hasMany relationship. Assume super-hero hasMany 'outfits'
  let superHero = make('super-hero');
  let outfits = buildList('outfit', 2, {name:'bell bottoms'});
  superHero.set('style','laid back');
  mockUpdate(superHero).returns({attrs: { outfits }});
  superHero.save(); // => saves and returns outfits

  // using match() method to specify attribute values
  let profile = make('profile');
  profile.set('name', "woo");
  let mock = mockUpdate(profile).match({name: "moo"});
  profile.save();  // will not be mocked since the mock you set says the name must be "woo"

  // using match() method to specify a matching function
  let profile = make('profile');
  profile.set('name', "woo");
  let mock = mockUpdate(profile).match((requestBody) => {
    // this example uses a JSONAPI Adapter
    return requestBody.data.attributes.name === "moo"
  });
  profile.save();  // will not be mocked since the mock you set requires the request's top level attribute "name" to equal "moo"

  // either set the name to "moo" which will now be mocked correctly
  profile.set('name', "moo");
  profile.save(); // succeeds

  // or

  // keep the profile name as "woo"
  // but change the mock to match the name "woo"
  mock.match({name: "woo"});
  profile.save();  // succeeds

  let profile = make('profile');

  // set the succeed flag to 'false'
  mockUpdate('profile', profile.id).fails({status: 422, response: 'Invalid data'});
  // or
  mockUpdate(profile).fails({status: 422, response: 'Invalid data'});

  profile.set('description', 'bad value');
  profile.save() //=> will fail

  let profile = make('profile');

  let mockUpdate = mockUpdate(profile);

  mockUpdate.fails({status: 422, response: 'Invalid data'});

  profile.set('description', 'bad value');
  profile.save() //=> will fail

  // After setting valid value
  profile.set('description', 'good value');

  // Now expecting success
  mockUpdate.succeeds();

  // Try that update again
  profile.save() //=> will succeed!

  import { make, mockDelete } from 'ember-data-factory-guy';

  let profile = make('profile');
  mockDelete(profile);

  profile.destroyRecord() // => will succeed

  import { make, mockDelete } from 'ember-data-factory-guy';

  let profile = make('profile');
  mockDelete('profile', profile.id);

  profile.destroyRecord() // => will succeed

  import { make, mockDelete } from 'ember-data-factory-guy';

  let profile1 = make('profile');
  let profile2 = make('profile');
  mockDelete('profile');

  profile1.destroyRecord() // => will succeed
  profile2.destroyRecord() // => will succeed

    mockDelete(profile).fails();

  import { mock } from 'ember-data-factory-guy';

  this.mock({ url: '/users' });

  import { mock } from 'ember-data-factory-guy';

  this.mock({
    type: 'POST',
    url: '/users/sign_in',
    responseText: { token: "0123456789-ab" }
  });

import { getPretender } from 'ember-data-factory-guy';

// Passthrough 'data:' requests.
getPretender().get('data:*', getPretender().passthrough);

 let json    = buildList('widget', 'square', 'round', ['round','broken']);
 let widgets = makeList('widget', 'square', 'round', ['round','broken']);
 let [squareWidget, roundWidget, roundBrokenWidget] = widgets;

  import FactoryGuy from 'ember-data-factory-guy';

  FactoryGuy.define('state', {

    traits: {
      NY: { name: "New York", id: "NY" },
      NJ: { name: "New Jersey", id: "NJ" },
      CT: { name: "Connecticut", id: "CT" }
    }
  });

  // then in your tests you would do
  let [ny, nj, ct] = makeList('state', 'ny', 'nj', 'ct');

  import FactoryGuy from 'ember-data-factory-guy';

  const states = [
    { name: "New York", id: "NY" },
    { name: "New Jersey", id: "NJ" },
    { name: "Connecticut", id: "CT" }
    ... blah .. blah .. blah
  ];

  FactoryGuy.define('state', {

    default: {
      id: FactoryGuy.generate((i)=> states[i-1].id),
      name: FactoryGuy.generate((i)=> states[i-1].name)
    }
  });

  // then in your tests you would do
  let states = makeList('state', 3); // or however many states you have

// file: tests/scenarios/admin.js
import Ember from 'ember';
import {Scenario}  from 'ember-data-factory-guy';

export default class extends Scenario {

  run() {
    this.createGroups();
  }

  createGroups() {
    this.permissionGroups = this.makeList('permission-group', 3);
  }

  groupNames() {
    return this.permissionGroups.mapBy('name').sort();
  }
}

// file: tests/acceptance/admin-view-test.js
import page from '../pages/admin';
import Scenario from '../scenarios/admin';

describe('Admin View', function() {
  let scenario;

  beforeEach(function() {
    scenario = new Scenario();
    scenario.run();
  });

  describe('group', function() {
    beforeEach(function() {
      page.visitGroups();
    });

    it('shows all groups', function() {
      expect(page.groups.names).to.arrayEqual(scenario.groupNames());
    });
  });
});

  // app/serializers/person.js
  export default class PersonSerializer extends RESTSerializer {

    // let's say you're modifying all names to be Japanese honorific style
    serialize(snapshot, options) {
      var json = this._super(snapshot, options);

      let honorificName = [snapshot.record.get('name'), 'san'].join('-');
      json.name = honorificName;

      return json;
    }
  }

  // somewhere in your tests
  let person = make('person', {name: "Daniel"});
  mockUpdate(person).match({name: "Daniel-san"});
  person.save(); // will succeed
  // and voila, you have just tested the serializer is converting the name properly

  let person = make('person', {name: "Daniel"});
  let json = person.serialize();
  assert.equal(json.name, 'Daniel-san');