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===== Introduction =====

AGL uses a combination of tools for its CI tests. 
  * AGL-JTA (a version of [[http://elinux.org/Fuego|Fuego]] is the frontend - more information can be found here: [[agl-jta|AGL-JTA]]
  * [[https://validation.linaro.org/static/docs/index.html|Lava]] as tool to manage the boards remotely. 


Both tools can actually work independently, both can execute tests. We combine them to get the best out of both worlds:

  *  AGL-JTA/Fuego has an extensive predefined set of tests and strong reporting capabilities
  * LAVA is capable and excels at managing single boards and board-farms (power-up, deployment of filesystem and so on) and exposes a remote API.

===== Use-cases =====
From the above you can deduct the following use-cases:

  * In-house lab - for an isolated, in-house lab, AGL-JTA/Fuego is likely your choice. With a small set of boards on the same network, you only need AGL-JTA/Fuego - no LAVA server is needed.
  * Board-Farm - to scale-out the testing and parallelize the execution, we need to manage multiple boards of the same type/family and multiple different boards/brands. In this case you need LAVA to mange the boards.


===== Workflow =====

The setup supports multiple operation methods:
  * Code-change trigger: 
    * Gerrit triggers JTA, which runs the test. Board allocation and bring-up is handled by Lava.
  * Scripted trigger: 
    * Script triggers JTA, which runs the test. Board allocation and bring-up is handled by Lava.
  * Manual trigger: 
    * Manual trigger in JTA, which runs the test. Board allocation and bring-up is handled by Lava.
  * Direct test: 
    * Board allocation, bring-up and test execution through Lava.

===== Setup =====

A (WIP) documents describes the setup: [[agl-testframework/setup|SETUP]].
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