Addressing issue #732 (#734)

* quick fixing issue #732 and also changed /instanceable/ to /instantiated/

* updating markdown syntax for link

* updating removing pipe and extra `loader` text

* linking double bracket instances to updated pages

Author: rouzbeh84

content/concepts/output.md

@@ -64,9 +64,9 @@ For more information on cross-origin loading see [MDN](https://developer.mozilla
 
 > Default: `false`
 
-> see also [[library and externals]]
+> see also [library](/guides/author-libraries/)
 
-> see also [[Development Tools]]
+> see also [Development Tools](/guides/development/#choosing-a-tool)
 
 ### `output.devtoolLineToLine`
 

content/development/how-to-write-a-loader.md

@@ -9,7 +9,7 @@ This function is called when a resource should be transformed by this loader.
 
 In the simple case, when only a single loader is applied to the resource, the loader is called with one parameter: the content of the resource file as string.
 
-The loader can access the [[loader API | loaders]] on the `this` context in the function.
+The loader can access the [loader API](api/loaders/) on the `this` context in the function.
 
 A sync loader that only wants to give a one value can simply `return` it. In every other case the loader can give back any number of values with the `this.callback(err, values...)` function. Errors are passed to the `this.callback` function or thrown in a sync loader.
 

content/development/how-to-write-a-plugin.md

@@ -20,7 +20,8 @@ These two components are an integral part of any webpack plugin (especially a `c
 
 ## Basic plugin architecture
 
-Plugins are instanceable objects with an `apply` method on their prototype. This `apply` method is called once by the webpack compiler while installing the plugin. The `apply` method is given a reference to the underlying webpack compiler, which grants access to compiler callbacks. A simple plugin is structured as follows:
+
+Plugins are instantiated objects with an `apply` method on their prototype. This `apply` method is called once by the Webpack compiler while installing the plugin. The `apply` method is given a reference to the underlying Webpack compiler, which grants access to compiler callbacks. A simple plugin is structured as follows:
 
 ```javascript
 function HelloWorldPlugin(options) {
@@ -71,7 +72,7 @@ HelloCompilationPlugin.prototype.apply = function(compiler) {
 module.exports = HelloCompilationPlugin;
 ```
 
-For more information on what callbacks are available on the `compiler`, `compilation`, and other important objects, see the [[plugins API|plugins]] doc.
+For more information on what callbacks are available on the `compiler`, `compilation`, and other important objects, see the [plugins](/api/plugins/) doc.
 
 ## Async compilation plugins
 

content/guides/build-performance.md

@@ -12,5 +12,6 @@ sort: 15
 > resolving
 > DllPlugin
 
-> see also [[development tools]]
-> see also [[resolving]]
+[Development Tools](/guides/development/#choosing-a-tool)
+
+> see also [resolving](/concepts/module-resolution/#resolving-rules-in-webpack)