rename upgrade-adapter example to upgrade-module

public/docs/ts/latest/guide/upgrade.jade

@@ -27,8 +27,8 @@ include ../_util-fns
       2. [Using a Module Loader](#using-a-module-loader)
       3. [Migrating to TypeScript](#migrating-to-typescript)
       4. [Using Component Directives](#using-component-directives)
-  2. [Upgrading with The Upgrade Adapter](#upgrading-with-the-upgrade-adapter)
-      1. [How The Upgrade Adapter Works](#how-the-upgrade-adapter-works)
+  2. [Upgrading with The Upgrade Module](#upgrading-with-the-upgrade-module)
+      1. [How The Upgrade Module Works](#how-the-upgrade-module-works)
       2. [Bootstrapping hybrid Angular 1+2 Applications](#bootstrapping-hybrid-angular-1-2-applications)
       3. [Using Angular 2 Components from Angular 1 Code](#using-angular-2-components-from-angular-1-code)
       4. [Using Angular 1 Component Directives from Angular 2 Code](#using-angular-1-component-directives-from-angular-2-code)
@@ -181,7 +181,7 @@ include ../_util-fns
   An Angular 1 component directive that is fully aligned with the Angular 2
   architecture may look something like this:
 
-+makeExample('upgrade-adapter/ts/app/hero-detail.directive.ts')
++makeExample('upgrade-module/ts/app/hero-detail.directive.ts')
 
 :marked
   Angular 1.5 introduces the [component API](https://docs.angularjs.org/api/ng/type/angular.Module)
@@ -195,7 +195,7 @@ include ../_util-fns
   The component directive example from above looks like this when expressed
   using the component API:
 
-+makeExample('upgrade-adapter/ts/app/upgrade-io/hero-detail.component.ts')
++makeExample('upgrade-module/ts/app/upgrade-io/hero-detail.component.ts')
 
 :marked
   Controller lifecycle hook methods `$onInit()`, `$onDestroy()`, and `$onChanges()`
@@ -205,7 +205,7 @@ include ../_util-fns
 
 .l-main-section
 :marked
-  # Upgrading with The Upgrade Adapter
+  # Upgrading with The Upgrade Module
 
   The `upgrade` module in Angular 2 is a very useful tool for upgrading
   anything but the smallest of applications. With it we can mix and match
@@ -214,7 +214,7 @@ include ../_util-fns
   since there's a natural coexistence between the two frameworks during the
   transition period.
 
-  ## How The Upgrade Adapter Works
+  ## How The Upgrade Module Works
 
   The primary tool provided by the upgrade module is called the `UpgradeModule`.
   This is a service that can bootstrap and manage hybrid applications that support
@@ -422,14 +422,14 @@ figure.image-display
 
   Say we have an `ng-app` driven bootstrap such as this one:
 
-+makeExample('upgrade-adapter/ts/index-ng-app.html', null, null, {otl: /(ng-app.*ng-strict-di)/})
++makeExample('upgrade-module/ts/index-ng-app.html', null, null, {otl: /(ng-app.*ng-strict-di)/})
 
 :marked
   We can remove the `ng-app` and `ng-strict-di` directives from the HTML
   and instead switch to calling `angular.bootstrap` from JavaScript, which
   will result in the same thing:
 
-+makeExample('upgrade-adapter/ts/app/1-bootstrap/app.module.ts', 'bootstrap')
++makeExample('upgrade-module/ts/app/1-bootstrap/app.module.ts', 'bootstrap')
 
 :marked
   Now introduce Angular 2 to the project. Inspired by instructions in
@@ -438,7 +438,7 @@ figure.image-display
 
   Next, create an `app.module.ts` file and add the following `NgModule` class:
 
-+makeExample('upgrade-adapter/ts/app/1-2-hybrid-bootstrap/app.module.ts', 'ngmodule')
++makeExample('upgrade-module/ts/app/1-2-hybrid-bootstrap/app.module.ts', 'ngmodule')
   
 :marked
   This bare minimum `NgModule` imports `BrowserModule`, the module every Angular browser-based app must have.
@@ -451,7 +451,7 @@ figure.image-display
   and use it to bootstrap our Angular 1 app. 
   The `upgrade.bootstrap` method takes the exact same arguments as [angular.bootstrap](https://docs.angularjs.org/api/ng/function/angular.bootstrap):
 
-+makeExample('upgrade-adapter/ts/app/1-2-hybrid-bootstrap/app.module.ts', 'bootstrap')
++makeExample('upgrade-module/ts/app/1-2-hybrid-bootstrap/app.module.ts', 'bootstrap')
 
 :marked
   Congratulations! You're running a hybrid Angular 1+2 application! The
@@ -469,14 +469,14 @@ figure
 
   Say we have a simple Angular 2 component that shows information about a hero:
 
-+makeExample('upgrade-adapter/ts/app/downgrade-static/hero-detail.component.ts', null, 'hero-detail.component.ts')
++makeExample('upgrade-module/ts/app/downgrade-static/hero-detail.component.ts', null, 'hero-detail.component.ts')
 
 :marked
   If we want to use this component from Angular 1, we need to *downgrade* it
   using the `downgradeComponent()` method. What we get when we do that is an Angular 1
   *directive*, which we can then register into our Angular 1 module:
 
-+makeExample('upgrade-adapter/ts/app/downgrade-static/app.module.ts', 'downgradecomponent')
++makeExample('upgrade-module/ts/app/downgrade-static/app.module.ts', 'downgradecomponent')
 
 :marked
   Because `HeroDetailComponent` is an Angular 2 component, we must also add it to the 
@@ -486,7 +486,7 @@ figure
   our Angular 2 application, we also need to add it to the `entryComponents` for our 
   Angular 2 module.
 
-+makeExample('upgrade-adapter/ts/app/downgrade-static/app.module.ts', 'ngmodule')
++makeExample('upgrade-module/ts/app/downgrade-static/app.module.ts', 'ngmodule')
 .l-sub-section
   :marked
     All Angular 2 components, directives and pipes must be declared in an NgModule.
@@ -495,7 +495,7 @@ figure
   The net resulit is an Angular 1 directive called `heroDetail`, that we can
   use like any other directive in our Angular 1 templates.
 
-+makeExample('upgrade-adapter/ts/index-downgrade-static.html', 'usecomponent')
++makeExample('upgrade-module/ts/index-downgrade-static.html', 'usecomponent')
 
 .alert.is-helpful
   :marked
@@ -510,15 +510,15 @@ figure
   Angular 2 hero detail component with inputs and outputs might look
   like this:
 
-+makeExample('upgrade-adapter/ts/app/downgrade-io/hero-detail.component.ts', null, 'hero-detail.component.ts')
++makeExample('upgrade-module/ts/app/downgrade-io/hero-detail.component.ts', null, 'hero-detail.component.ts')
 
 :marked
   These inputs and outputs can be supplied from the Angular 1 template, and the
   `downgradeComponent()` method takes care of bridging them over via the `inputs` 
   and `outputs` arrays:
 
-+makeExample('upgrade-adapter/ts/app/downgrade-io/app.module.ts', 'downgradecomponent')
-+makeExample('upgrade-adapter/ts/index-downgrade-io.html', 'usecomponent')
++makeExample('upgrade-module/ts/app/downgrade-io/app.module.ts', 'downgradecomponent')
++makeExample('upgrade-module/ts/index-downgrade-io.html', 'usecomponent')
 
 :marked
   Note that even though we are in an Angular 1 template, **we're using Angular 2
@@ -547,7 +547,7 @@ figure
   directives on the element, even though it has Angular 2 binding attributes on it.
   For  example, we can easily make multiple copies of the component using `ng-repeat`:
 
-+makeExample('upgrade-adapter/ts/index-downgrade-io.html', 'userepeatedcomponent')
++makeExample('upgrade-module/ts/index-downgrade-io.html', 'userepeatedcomponent')
 
 :marked
   ## Using Angular 1 Component Directives from Angular 2 Code
@@ -572,21 +572,16 @@ figure
   A simple example of an upgradable component is one that just has a template
   and a controller:
 
-+makeExample('upgrade-adapter/ts/app/upgrade-static/hero-detail.component.ts', 'hero-detail', 'hero-detail.component.ts')
++makeExample('upgrade-module/ts/app/upgrade-static/hero-detail.component.ts', 'hero-detail', 'hero-detail.component.ts')
 
 :marked
-  We can *upgrade* this component to Angular 2 using the `UpgradeAdapter`'s
-  `upgradeNg1Component` method. It takes the name of an Angular 1 component
-  directive and returns an Angular 2 **component class**. 
-  Declare it in an `NgModule` as with other  Angular 2 components:
-
   We can *upgrade* this component to Angular 2 using the `UpgradeComponent` class. 
   By creating a new Angular 2 **directive** that extends `UpgradeComponent` and doing a `super` call
   inside it's constructor, we have a fully upgrade Angular 1 component to be used inside Angular 2.
   All that is left is to add it to `AppModule`'s `declarations` array.
 
-+makeExample('upgrade-adapter/ts/app/upgrade-static/hero-detail.component.ts', 'hero-detail-upgrade', 'hero-detail.component.ts')
-+makeExample('upgrade-adapter/ts/app/upgrade-static/app.module.ts', 'hero-detail-upgrade', 'hero-detail.component.ts')
++makeExample('upgrade-module/ts/app/upgrade-static/hero-detail.component.ts', 'hero-detail-upgrade', 'hero-detail.component.ts')
++makeExample('upgrade-module/ts/app/upgrade-static/app.module.ts', 'hero-detail-upgrade', 'hero-detail.component.ts')
 
 .alert.is-helpful
   :marked
@@ -644,14 +639,14 @@ table
   As an example, say we have a hero detail Angular 1 component directive
   with one input and one output:
 
-+makeExample('upgrade-adapter/ts/app/upgrade-io/hero-detail.component.ts', 'hero-detail-io', 'hero-detail.component.ts')
++makeExample('upgrade-module/ts/app/upgrade-io/hero-detail.component.ts', 'hero-detail-io', 'hero-detail.component.ts')
 
 :marked
   We can upgrade this component to Angular 2, annotate inputs and outputs in the upgrade directive, 
   and then provide the input and output using Angular 2 template syntax:
 
-+makeExample('upgrade-adapter/ts/app/upgrade-io/hero-detail.component.ts', 'hero-detail-io-upgrade', 'hero-detail.component.ts')
-+makeExample('upgrade-adapter/ts/app/upgrade-io/container.component.ts', null, 'container.component.ts')
++makeExample('upgrade-module/ts/app/upgrade-io/hero-detail.component.ts', 'hero-detail-io-upgrade', 'hero-detail.component.ts')
++makeExample('upgrade-module/ts/app/upgrade-io/container.component.ts', null, 'container.component.ts')
 
 
 :marked
@@ -662,20 +657,20 @@ figure
   When we are using a downgraded Angular 2 component from an Angular 1
   template, the need may arise to *transclude* some content into it. This
   is also possible. While there is no such thing as transclusion in Angular 2,
-  there is a very similar concept called *content projection*. The `UpgradeAdapter`
+  there is a very similar concept called *content projection*. The `UpgradeModule`
   is able to make these two features interoperate.
 
   Angular 2 components that support content projection make use of an `<ng-content>`
   tag within them. Here's an example of such a component:
 
-+makeExample('upgrade-adapter/ts/app/1-to-2-projection/hero-detail.component.ts', null, 'hero-detail.component.ts')
++makeExample('upgrade-module/ts/app/1-to-2-projection/hero-detail.component.ts', null, 'hero-detail.component.ts')
 
 :marked
   When using the component from Angular 1, we can supply contents for it. Just
   like they would be transcluded in Angular 1, they get projected to the location
   of the `<ng-content>` tag in Angular 2:
 
-+makeExample('upgrade-adapter/ts/index-1-to-2-projection.html', 'usecomponent')
++makeExample('upgrade-module/ts/index-1-to-2-projection.html', 'usecomponent')
 
 .alert.is-helpful
   :marked
@@ -695,7 +690,7 @@ figure
   the `ng-transclude` directive in its template to mark the transclusion
   point:
 
-+makeExample('upgrade-adapter/ts/app/2-to-1-transclusion/hero-detail.component.ts', null, 'hero-detail.component.ts')
++makeExample('upgrade-module/ts/app/2-to-1-transclusion/hero-detail.component.ts', null, 'hero-detail.component.ts')
 
 .alert.is-helpful
   :marked
@@ -707,7 +702,7 @@ figure
   If we upgrade this component and use it from Angular 2, we can populate
   the component tag with contents that will then get transcluded:
 
-+makeExample('upgrade-adapter/ts/app/2-to-1-transclusion/container.component.ts', null, 'container.component.ts')
++makeExample('upgrade-module/ts/app/2-to-1-transclusion/container.component.ts', null, 'container.component.ts')
 
 :marked
   ## Making Angular 1 Dependencies Injectable to Angular 2
@@ -721,18 +716,18 @@ figure
   Angular 2. This makes it possible to then inject it somewhere in Angular 2
   code. For example, we might have a service called `HeroesService` in Angular 1:
 
-+makeExample('upgrade-adapter/ts/app/1-to-2-providers/heroes.service.ts', null, 'heroes.service.ts')
++makeExample('upgrade-module/ts/app/1-to-2-providers/heroes.service.ts', null, 'heroes.service.ts')
 
 :marked
   We can upgrade the service using a Angular 2 [Factory provider](../guide/dependency-injection.html#!#factory-providers)
   that requests the service from the Angular 1 `$injector`. The name of the Angular 2 dependency is up to you:
 
-+makeExample('upgrade-adapter/ts/app/1-to-2-providers/app.module.ts', 'register', 'app.module.ts')
++makeExample('upgrade-module/ts/app/1-to-2-providers/app.module.ts', 'register', 'app.module.ts')
 
 :marked
   We can then inject it in Angular 2 using a string token:
 
-+makeExample('upgrade-adapter/ts/app/1-to-2-providers/hero-detail.component.ts', null, 'hero-detail.component.ts')
++makeExample('upgrade-module/ts/app/1-to-2-providers/hero-detail.component.ts', null, 'hero-detail.component.ts')
 
 .alert.is-helpful
   :marked
@@ -752,24 +747,24 @@ figure
 
   For example, we might have an Angular 2 service called `Heroes`:
 
-+makeExample('upgrade-adapter/ts/app/2-to-1-providers/heroes.ts', null, 'heroes.ts')
++makeExample('upgrade-module/ts/app/2-to-1-providers/heroes.ts', null, 'heroes.ts')
 
 :marked
   Again, as with Angular 2 components, register the provider with the `NgModule` by adding it to the module's `providers` list.
 
-+makeExample('upgrade-adapter/ts/app/2-to-1-providers/app.module.ts', 'ngmodule', 'app.module.ts')
++makeExample('upgrade-module/ts/app/2-to-1-providers/app.module.ts', 'ngmodule', 'app.module.ts')
 
 :marked
   Now wrap the Angular 2 `Heroes` in an *Angular 1 factory function* using `downgradeInjectable()`. 
   and plug the factory into an Angular 1 module. 
   The name of the Angular 1 dependency is up to you:
 
-+makeExample('upgrade-adapter/ts/app/2-to-1-providers/app.module.ts', 'register', 'app.module.ts')
++makeExample('upgrade-module/ts/app/2-to-1-providers/app.module.ts', 'register', 'app.module.ts')
 
 :marked
   After this, the service is injectable anywhere in our Angular 1 code:
 
-+makeExample('upgrade-adapter/ts/app/2-to-1-providers/hero-detail.component.ts', null, 'hero-detail.component.ts')
++makeExample('upgrade-module/ts/app/2-to-1-providers/hero-detail.component.ts', null, 'hero-detail.component.ts')
 
 
 
@@ -1016,7 +1011,7 @@ code-example(format="").
 
   Having completed our preparation work, let's get going with the Angular 2
   upgrade of PhoneCat. We'll do this incrementally with the help of the
-  [upgrade module](#upgrading-with-the-upgrade-adapter) that comes with Angular 2.
+  [upgrade module](#upgrading-with-the-upgrade-module) that comes with Angular 2.
   By the time we're done, we'll be able to remove Angular 1 from the project
   completely, but the key is to do this piece by piece without breaking the application.
 
@@ -1091,7 +1086,7 @@ code-example(format="").
   we can start converting the individual pieces to Angular 2.
 
   To bootstrap a hybrid application, we first need to initialize an `UpgradeAdapter`,
-  which [provides the glue](#upgrading-with-the-upgrade-adapter) that joins the two
+  which [provides the glue](#upgrading-with-the-upgrade-module) that joins the two
   versions of the framework together. Let's import the `UpgradeAdapter` class into a
   new file `app/main.ts`. This file has been configured as the application entrypoint
   in `systemjs.config.js`, so it is already being loaded by the browser.