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-rw-r--r--guides/source/action_controller_overview.md5
-rw-r--r--guides/source/asset_pipeline.md18
-rw-r--r--guides/source/command_line.md10
-rw-r--r--guides/source/generators.md8
4 files changed, 23 insertions, 18 deletions
diff --git a/guides/source/action_controller_overview.md b/guides/source/action_controller_overview.md
index 826d25d173..36d1b6de83 100644
--- a/guides/source/action_controller_overview.md
+++ b/guides/source/action_controller_overview.md
@@ -994,6 +994,11 @@ you would like in a response object. The `ActionController::Live` module allows
you to create a persistent connection with a browser. Using this module, you will
be able to send arbitrary data to the browser at specific points in time.
+NOTE: The default Rails server (WEBrick) is a buffering web server and does not
+support streaming. In order to use this feature, you'll need to use a non buffering
+server like [Puma](http://puma.io), [Rainbows](http://rainbows.bogomips.org)
+or [Passenger](https://www.phusionpassenger.com).
+
#### Incorporating Live Streaming
Including `ActionController::Live` inside of your controller class will provide
diff --git a/guides/source/asset_pipeline.md b/guides/source/asset_pipeline.md
index 6f37d9690e..64d1c31083 100644
--- a/guides/source/asset_pipeline.md
+++ b/guides/source/asset_pipeline.md
@@ -182,12 +182,12 @@ When you generate a scaffold or a controller, Rails also generates a JavaScript
file (or CoffeeScript file if the `coffee-rails` gem is in the `Gemfile`) and a
Cascading Style Sheet file (or SCSS file if `sass-rails` is in the `Gemfile`)
for that controller. Additionally, when generating a scaffold, Rails generates
-the file scaffolds.css (or scaffolds.css.scss if `sass-rails` is in the
+the file scaffolds.css (or scaffolds.scss if `sass-rails` is in the
`Gemfile`.)
For example, if you generate a `ProjectsController`, Rails will also add a new
-file at `app/assets/javascripts/projects.js.coffee` and another at
-`app/assets/stylesheets/projects.css.scss`. By default these files will be ready
+file at `app/assets/javascripts/projects.coffee` and another at
+`app/assets/stylesheets/projects.scss`. By default these files will be ready
to use by your application immediately using the `require_tree` directive. See
[Manifest Files and Directives](#manifest-files-and-directives) for more details
on require_tree.
@@ -424,7 +424,7 @@ $('#logo').attr({ src: "<%= asset_path('logo.png') %>" });
This writes the path to the particular asset being referenced.
Similarly, you can use the `asset_path` helper in CoffeeScript files with `erb`
-extension (e.g., `application.js.coffee.erb`):
+extension (e.g., `application.coffee.erb`):
```js
$('#logo').attr src: "<%= asset_path('logo.png') %>"
@@ -525,8 +525,8 @@ The file extensions used on an asset determine what preprocessing is applied.
When a controller or a scaffold is generated with the default Rails gemset, a
CoffeeScript file and a SCSS file are generated in place of a regular JavaScript
and CSS file. The example used before was a controller called "projects", which
-generated an `app/assets/javascripts/projects.js.coffee` and an
-`app/assets/stylesheets/projects.css.scss` file.
+generated an `app/assets/javascripts/projects.coffee` and an
+`app/assets/stylesheets/projects.scss` file.
In development mode, or if the asset pipeline is disabled, when these files are
requested they are processed by the processors provided by the `coffee-script`
@@ -538,13 +538,13 @@ web server.
Additional layers of preprocessing can be requested by adding other extensions,
where each extension is processed in a right-to-left manner. These should be
used in the order the processing should be applied. For example, a stylesheet
-called `app/assets/stylesheets/projects.css.scss.erb` is first processed as ERB,
+called `app/assets/stylesheets/projects.scss.erb` is first processed as ERB,
then SCSS, and finally served as CSS. The same applies to a JavaScript file -
-`app/assets/javascripts/projects.js.coffee.erb` is processed as ERB, then
+`app/assets/javascripts/projects.coffee.erb` is processed as ERB, then
CoffeeScript, and served as JavaScript.
Keep in mind the order of these preprocessors is important. For example, if
-you called your JavaScript file `app/assets/javascripts/projects.js.erb.coffee`
+you called your JavaScript file `app/assets/javascripts/projects.erb.coffee`
then it would be processed with the CoffeeScript interpreter first, which
wouldn't understand ERB and therefore you would run into problems.
diff --git a/guides/source/command_line.md b/guides/source/command_line.md
index d44782ecf3..72fbb32094 100644
--- a/guides/source/command_line.md
+++ b/guides/source/command_line.md
@@ -153,9 +153,9 @@ $ bin/rails generate controller Greetings hello
create app/helpers/greetings_helper.rb
invoke assets
invoke coffee
- create app/assets/javascripts/greetings.js.coffee
+ create app/assets/javascripts/greetings.coffee
invoke scss
- create app/assets/stylesheets/greetings.css.scss
+ create app/assets/stylesheets/greetings.scss
```
What all did this generate? It made sure a bunch of directories were in our application, and created a controller file, a view file, a functional test file, a helper for the view, a JavaScript file and a stylesheet file.
@@ -241,11 +241,11 @@ $ bin/rails generate scaffold HighScore game:string score:integer
create app/views/high_scores/show.json.jbuilder
invoke assets
invoke coffee
- create app/assets/javascripts/high_scores.js.coffee
+ create app/assets/javascripts/high_scores.coffee
invoke scss
- create app/assets/stylesheets/high_scores.css.scss
+ create app/assets/stylesheets/high_scores.scss
invoke scss
- identical app/assets/stylesheets/scaffolds.css.scss
+ identical app/assets/stylesheets/scaffolds.scss
```
The generator checks that there exist the directories for models, controllers, helpers, layouts, functional and unit tests, stylesheets, creates the views, controller, model and database migration for HighScore (creating the `high_scores` table and fields), takes care of the route for the **resource**, and new tests for everything.
diff --git a/guides/source/generators.md b/guides/source/generators.md
index be513dc0ef..05bf07b4c8 100644
--- a/guides/source/generators.md
+++ b/guides/source/generators.md
@@ -199,11 +199,11 @@ $ bin/rails generate scaffold User name:string
create app/views/users/show.json.jbuilder
invoke assets
invoke coffee
- create app/assets/javascripts/users.js.coffee
+ create app/assets/javascripts/users.coffee
invoke scss
- create app/assets/stylesheets/users.css.scss
+ create app/assets/stylesheets/users.scss
invoke scss
- create app/assets/stylesheets/scaffolds.css.scss
+ create app/assets/stylesheets/scaffolds.scss
```
Looking at this output, it's easy to understand how generators work in Rails 3.0 and above. The scaffold generator doesn't actually generate anything, it just invokes others to do the work. This allows us to add/replace/remove any of those invocations. For instance, the scaffold generator invokes the scaffold_controller generator, which invokes erb, test_unit and helper generators. Since each generator has a single responsibility, they are easy to reuse, avoiding code duplication.
@@ -409,7 +409,7 @@ $ bin/rails generate scaffold Comment body:text
create app/views/comments/show.json.jbuilder
invoke assets
invoke coffee
- create app/assets/javascripts/comments.js.coffee
+ create app/assets/javascripts/comments.coffee
invoke scss
```