anchor.diff:  
   1. Cloud Foundry creates a container specifically for the task.
   1. Cloud Foundry runs the task on the container using the value passed to the `cf run-task` command.
  -1. Cloud Foundry destroys container.
  +1. Cloud Foundry destroys the container.
   
  -When creating the container, Cloud Foundry uses the disk size and memory allocation specified for the parent application. The new container respects app, space, and organization-level memory quotas. The container also inherits environment variables, service bindings and security groups bound to the application. Tasks have a memory limit and a disk limit (global cloud foundry defaults for app memory in your bosh manifest or in ERT Application Developer Controls).
  +When creating the container, Cloud Foundry uses the disk size and memory allocation specified for the parent application. The new container for the task also respects app, space, and organization-level memory quotas. 
   
  -Tasks are always executed asynchronously, meaning that they run independently from the parent application or other tasks run on the same application.
  +The container also inherits environment variables, service bindings and security groups bound to the application. 
   
   <p class="note"><strong>Note</strong>: You cannot SSH into the container running a task.</p>
   
  
positive.code: 
  ## <a id='manage-tasks'></a> Manage Tasks
  
  * Admins can use the Cloud Controller v3 API to view all the tasks that are running in an org or space. See http://v3-apidocs.cloudfoundry.org/version/3.0.0/index.html#list-tasks
  
  * Admins can set memory usage on a global level (link)
  
  ## <a id='run-tasks'></a> Run a Task on an Application
  
  
negative.code: 
  ###<a id="task-proceses"></a> How Tasks Are Run
  
  Tasks are always executed asynchronously, meaning that they run independently from the parent application or other tasks that run on the same application.
  
  The life-cycle of a task is:
  
  1. A user initiates a task in Cloud Foundry using one of the following mechanisms:
  