blob: c7a669bc4abe13ac649768504ac00058c42f8828 [file]
// Make sure to include the `ui.router` module as a dependency.
angular.module('uiRouterSample')
.config(
[ '$stateProvider', '$urlRouterProvider',
function ($stateProvider, $urlRouterProvider) {
/////////////////////////////
// Redirects and Otherwise //
/////////////////////////////
// Use $urlRouterProvider to configure any redirects (when) and invalid urls (otherwise).
$urlRouterProvider
// The `when` method says if the url is ever the 1st param, then redirect to the 2nd param
// Here we are just setting up some convenience urls.
.when('/c?id', '/contacts/:id')
.when('/user/:id', '/contacts/:id')
// If the url is ever invalid, e.g. '/asdf', then redirect to '/' aka the home state
.otherwise('/');
//////////////////////////
// State Configurations //
//////////////////////////
// Use $stateProvider to configure your states.
$stateProvider
//////////
// Home //
//////////
.state("home", {
// Use a url of "/" to set a states as the "index".
url: "/",
// Example of an inline template string. By default, templates
// will populate the ui-view within the parent state's template.
// For top level states, like this one, the parent template is
// the index.html file. So this template will be inserted into the
// ui-view within index.html.
template: '<p class="lead">Welcome to the UI-Router Demo</p>' +
'<p>Use the menu above to navigate. ' +
'Pay attention to the <code>$state</code> and <code>$stateParams</code> values below.</p>' +
'<p>Click these links—<a href="#/c?id=1">Alice</a> or ' +
'<a href="#/user/42">Bob</a>—to see a url redirect in action.</p>'
})
//////////////
// Contacts //
//////////////
.state('contacts', {
// With abstract set to true, that means this state can not be explicitly activated.
// It can only be implicitly activated by activating one of it's children.
abstract: true,
// This abstract state will prepend '/contacts' onto the urls of all its children.
url: '/contacts',
// Example of loading a template from a file. This is also a top level state,
// so this template file will be loaded and then inserted into the ui-view
// within index.html.
templateUrl: 'contacts.html',
// Use `resolve` to resolve any asynchronous controller dependencies
// *before* the controller is instantiated. In this case, since contacts
// returns a promise, the controller will wait until contacts.all() is
// resolved before instantiation. Non-promise return values are considered
// to be resolved immediately.
resolve: {
contacts: ['contacts',
function( contacts){
return contacts.all();
}]
},
// You can pair a controller to your template. There *must* be a template to pair with.
controller: ['$scope', '$state', 'contacts', 'utils',
function ( $scope, $state, contacts, utils) {
// Add a 'contacts' field in this abstract parent's scope, so that all
// child state views can access it in their scopes. Please note: scope
// inheritance is not due to nesting of states, but rather choosing to
// nest the templates of those states. It's normal scope inheritance.
$scope.contacts = contacts;
$scope.goToRandom = function () {
var randId = utils.newRandomKey($scope.contacts, "id", $state.params.contactId);
// $state.go() can be used as a high level convenience method
// for activating a state programmatically.
$state.go('contacts.detail', { contactId: randId });
};
}]
})
/////////////////////
// Contacts > List //
/////////////////////
// Using a '.' within a state name declares a child within a parent.
// So you have a new state 'list' within the parent 'contacts' state.
.state('contacts.list', {
// Using an empty url means that this child state will become active
// when its parent's url is navigated to. Urls of child states are
// automatically appended to the urls of their parent. So this state's
// url is '/contacts' (because '/contacts' + '').
url: '',
// IMPORTANT: Now we have a state that is not a top level state. Its
// template will be inserted into the ui-view within this state's
// parent's template; so the ui-view within contacts.html. This is the
// most important thing to remember about templates.
templateUrl: 'contacts.list.html'
})
///////////////////////
// Contacts > Detail //
///////////////////////
// You can have unlimited children within a state. Here is a second child
// state within the 'contacts' parent state.
.state('contacts.detail', {
// Urls can have parameters. They can be specified like :param or {param}.
// If {} is used, then you can also specify a regex pattern that the param
// must match. The regex is written after a colon (:). Note: Don't use capture
// groups in your regex patterns, because the whole regex is wrapped again
// behind the scenes. Our pattern below will only match numbers with a length
// between 1 and 4.
// Since this state is also a child of 'contacts' its url is appended as well.
// So its url will end up being '/contacts/{contactId:[0-9]{1,8}}'. When the
// url becomes something like '/contacts/42' then this state becomes active
// and the $stateParams object becomes { contactId: 42 }.
url: '/{contactId:[0-9]{1,4}}',
// If there is more than a single ui-view in the parent template, or you would
// like to target a ui-view from even higher up the state tree, you can use the
// views object to configure multiple views. Each view can get its own template,
// controller, and resolve data.
// View names can be relative or absolute. Relative view names do not use an '@'
// symbol. They always refer to views within this state's parent template.
// Absolute view names use a '@' symbol to distinguish the view and the state.
// So 'foo@bar' means the ui-view named 'foo' within the 'bar' state's template.
views: {
// So this one is targeting the unnamed view within the parent state's template.
'': {
templateUrl: 'contacts.detail.html',
controller: ['$scope', '$stateParams', 'utils',
function ( $scope, $stateParams, utils) {
$scope.contact = utils.findById($scope.contacts, $stateParams.contactId);
}]
},
// This one is targeting the ui-view="hint" within the unnamed root, aka index.html.
// This shows off how you could populate *any* view within *any* ancestor state.
'hint@': {
template: 'This is contacts.detail populating the "hint" ui-view'
},
// This one is targeting the ui-view="menu" within the parent state's template.
'menuTip': {
// templateProvider is the final method for supplying a template.
// There is: template, templateUrl, and templateProvider.
templateProvider: ['$stateParams',
function ( $stateParams) {
// This is just to demonstrate that $stateParams injection works for templateProvider.
// $stateParams are the parameters for the new state we're transitioning to, even
// though the global '$stateParams' has not been updated yet.
return '<hr><small class="muted">Contact ID: ' + $stateParams.contactId + '</small>';
}]
}
}
})
//////////////////////////////
// Contacts > Detail > Item //
//////////////////////////////
.state('contacts.detail.item', {
// So following what we've learned, this state's full url will end up being
// '/contacts/{contactId}/item/:itemId'. We are using both types of parameters
// in the same url, but they behave identically.
url: '/item/:itemId',
views: {
// This is targeting the unnamed ui-view within the parent state 'contact.detail'
// We wouldn't have to do it this way if we didn't also want to set the 'hint' view below.
// We could instead just set templateUrl and controller outside of the view obj.
'': {
templateUrl: 'contacts.detail.item.html',
controller: ['$scope', '$stateParams', '$state', 'utils',
function ( $scope, $stateParams, $state, utils) {
$scope.item = utils.findById($scope.contact.items, $stateParams.itemId);
$scope.edit = function () {
// Here we show off go's ability to navigate to a relative state. Using '^' to go upwards
// and '.' to go down, you can navigate to any relative state (ancestor or descendant).
// Here we are going down to the child state 'edit' (full name of 'contacts.detail.item.edit')
$state.go('.edit', $stateParams);
};
}]
},
// Here we see we are overriding the template that was set by 'contact.detail'
'hint@': {
template: ' This is contacts.detail.item overriding the "hint" ui-view'
}
}
})
/////////////////////////////////////
// Contacts > Detail > Item > Edit //
/////////////////////////////////////
// Notice that this state has no 'url'. States do not require a url. You can use them
// simply to organize your application into "places" where each "place" can configure
// only what it needs. The only way to get to this state is via $state.go (or transitionTo)
.state('contacts.detail.item.edit', {
views: {
// This is targeting the unnamed view within the 'contact.detail' state
// essentially swapping out the template that 'contact.detail.item' had
// had inserted with this state's template.
'@contacts.detail': {
templateUrl: 'contacts.detail.item.edit.html',
controller: ['$scope', '$stateParams', '$state', 'utils',
function ( $scope, $stateParams, $state, utils) {
$scope.item = utils.findById($scope.contact.items, $stateParams.itemId);
$scope.done = function () {
// Go back up. '^' means up one. '^.^' would be up twice, to the grandparent.
$state.go('^', $stateParams);
};
}]
}
}
})
///////////
// About //
///////////
.state('about', {
url: '/about',
// Showing off how you could return a promise from templateProvider
templateProvider: ['$timeout',
function ( $timeout) {
return $timeout(function () {
return '<p class="lead">UI-Router Resources</p><ul>' +
'<li><a href="https://github.com/angular-ui/ui-router/tree/master/sample">Source for this Sample</a></li>' +
'<li><a href="https://github.com/angular-ui/ui-router">Github Main Page</a></li>' +
'<li><a href="https://github.com/angular-ui/ui-router#quick-start">Quick Start</a></li>' +
'<li><a href="https://github.com/angular-ui/ui-router/wiki">In-Depth Guide</a></li>' +
'<li><a href="https://github.com/angular-ui/ui-router/wiki/Quick-Reference">API Reference</a></li>' +
'</ul>';
}, 100);
}]
})
}]);