7 files changed, 753 insertions, 24 deletions

diff --git a/documentation/test-manual/index.rst b/documentation/test-manual/index.rst
index 86a2f436ea..d365d337ea 100644
--- a/documentation/test-manual/index.rst
+++ b/documentation/test-manual/index.rst
@@ -12,6 +12,8 @@ Yocto Project Test Environment Manual
 
    intro
    test-process
+   ptest
+   runtime-testing
    understand-autobuilder
    reproducible-builds
    yocto-project-compatible
diff --git a/documentation/test-manual/intro.rst b/documentation/test-manual/intro.rst
index c31fd11c7a..caa0a8a792 100644
--- a/documentation/test-manual/intro.rst
+++ b/documentation/test-manual/intro.rst
@@ -51,13 +51,11 @@ fashion. Basically, during the development of a Yocto Project release,
 the Autobuilder tests if things work. The Autobuilder builds all test
 targets and runs all the tests.
 
-The Yocto Project uses now uses standard upstream
-Buildbot (`version 3.8 <https://docs.buildbot.net/3.8.0/>`__) to
-drive its integration and testing. Buildbot has a plug-in interface
-that the Yocto Project customizes using code from the
-``yocto-autobuilder2`` repository, adding its own console UI plugin. The
-resulting UI plug-in allows you to visualize builds in a way suited to
-the project's needs.
+The Yocto Project uses standard upstream Buildbot to drive its integration and
+testing. Buildbot has a plug-in interface that the Yocto Project customizes
+using code from the :yocto_git:`yocto-autobuilder2 </yocto-autobuilder2>`
+repository, adding its own console UI plugin. The resulting UI plug-in allows
+you to visualize builds in a way suited to the project's needs.
 
 A ``helper`` layer provides configuration and job management through
 scripts found in the ``yocto-autobuilder-helper`` repository. The
@@ -130,7 +128,9 @@ the following types of tests:
       $ bitbake image -c testimage
 
    The tests use the :ref:`ref-classes-testimage`
-   class and the :ref:`ref-tasks-testimage` task.
+   class and the :ref:`ref-tasks-testimage` task. See the
+   :ref:`test-manual/runtime-testing:Performing Automated Runtime Testing`
+   section of the Yocto Project Test Environment Manual for more information.
 
 -  *Layer Testing:* The Autobuilder has the possibility to test whether
    specific layers work with the test of the system. The layers tested
@@ -140,7 +140,7 @@ the following types of tests:
 -  *Package Testing:* A Package Test (ptest) runs tests against packages
    built by the OpenEmbedded build system on the target machine. See the
    :ref:`Testing Packages With
-   ptest <dev-manual/packages:Testing Packages With ptest>` section
+   ptest <test-manual/ptest:Testing Packages With ptest>` section
    in the Yocto Project Development Tasks Manual and the
    ":yocto_wiki:`Ptest </Ptest>`" Wiki page for more
    information on Ptest.
diff --git a/documentation/test-manual/ptest.rst b/documentation/test-manual/ptest.rst
new file mode 100644
index 0000000000..2c021af515
--- /dev/null
+++ b/documentation/test-manual/ptest.rst
@@ -0,0 +1,128 @@
+.. SPDX-License-Identifier: CC-BY-SA-2.0-UK
+
+***************************
+Testing Packages With ptest
+***************************
+
+A Package Test (ptest) runs tests against packages built by the
+OpenEmbedded build system on the target machine. A ptest contains at
+least two items: the actual test, and a shell script (``run-ptest``)
+that starts the test. The shell script that starts the test must not
+contain the actual test --- the script only starts the test. On the other
+hand, the test can be anything from a simple shell script that runs a
+binary and checks the output to an elaborate system of test binaries and
+data files.
+
+The test generates output in the format used by Automake::
+
+   result: testname
+
+where the result can be ``PASS``, ``FAIL``, or ``SKIP``, and
+the testname can be any identifying string.
+
+For a list of Yocto Project recipes that are already enabled with ptest,
+see the :yocto_wiki:`Ptest </Ptest>` wiki page.
+
+.. note::
+
+   A recipe is "ptest-enabled" if it inherits the :ref:`ref-classes-ptest`
+   class.
+
+Adding ptest to Your Build
+==========================
+
+To add package testing to your build, add the :term:`DISTRO_FEATURES` and
+:term:`EXTRA_IMAGE_FEATURES` variables to your ``local.conf`` file, which
+is found in the :term:`Build Directory`::
+
+   DISTRO_FEATURES:append = " ptest"
+   EXTRA_IMAGE_FEATURES += "ptest-pkgs"
+
+Once your build is complete, the ptest files are installed into the
+``/usr/lib/package/ptest`` directory within the image, where ``package``
+is the name of the package.
+
+Running ptest
+=============
+
+The ``ptest-runner`` package installs a shell script that loops through
+all installed ptest test suites and runs them in sequence. Consequently,
+you might want to add this package to your image.
+
+Getting Your Package Ready
+==========================
+
+In order to enable a recipe to run installed ptests on target hardware,
+you need to prepare the recipes that build the packages you want to
+test. Here is what you have to do for each recipe:
+
+-  *Be sure the recipe inherits the* :ref:`ref-classes-ptest` *class:*
+   Include the following line in each recipe::
+
+      inherit ptest
+
+   .. note::
+
+      Classes for common frameworks already exist in :term:`OpenEmbedded-Core
+      (OE-Core)`, such as:
+
+      -  :oe_git:`go-ptest </openembedded-core/tree/meta/classes-recipe/go-ptest.bbclass>`
+      -  :ref:`ref-classes-ptest-cargo`
+      -  :ref:`ref-classes-ptest-gnome`
+      -  :oe_git:`ptest-perl </openembedded-core/tree/meta/classes-recipe/ptest-perl.bbclass>`
+      -  :oe_git:`ptest-python-pytest </openembedded-core/tree/meta/classes-recipe/ptest-python-pytest.bbclass>`
+
+      Inheriting these classes with the ``inherit`` keyword in your recipe will
+      make the next steps automatic.
+
+-  *Create run-ptest:* This script starts your test. Locate the
+   script where you will refer to it using
+   :term:`SRC_URI`. Here is an
+   example that starts a test for ``dbus``::
+
+      #!/bin/sh
+      cd test
+      make -k runtest-TESTS
+
+-  *Ensure dependencies are met:* If the test adds build or runtime
+   dependencies that normally do not exist for the package (such as
+   requiring "make" to run the test suite), use the
+   :term:`DEPENDS` and
+   :term:`RDEPENDS` variables in
+   your recipe in order for the package to meet the dependencies. Here
+   is an example where the package has a runtime dependency on "make"::
+
+      RDEPENDS:${PN}-ptest += "make"
+
+-  *Add a function to build the test suite:* Not many packages support
+   cross-compilation of their test suites. Consequently, you usually
+   need to add a cross-compilation function to the package.
+
+   Many packages based on Automake compile and run the test suite by
+   using a single command such as ``make check``. However, the host
+   ``make check`` builds and runs on the same computer, while
+   cross-compiling requires that the package is built on the host but
+   executed for the target architecture (though often, as in the case
+   for ptest, the execution occurs on the host). The built version of
+   Automake that ships with the Yocto Project includes a patch that
+   separates building and execution. Consequently, packages that use the
+   unaltered, patched version of ``make check`` automatically
+   cross-compiles.
+
+   Regardless, you still must add a ``do_compile_ptest`` function to
+   build the test suite. Add a function similar to the following to your
+   recipe::
+
+      do_compile_ptest() {
+          oe_runmake buildtest-TESTS
+      }
+
+-  *Ensure special configurations are set:* If the package requires
+   special configurations prior to compiling the test code, you must
+   insert a ``do_configure_ptest`` function into the recipe.
+
+-  *Install the test suite:* The :ref:`ref-classes-ptest` class
+   automatically copies the file ``run-ptest`` to the target and then runs make
+   ``install-ptest`` to run the tests. If this is not enough, you need
+   to create a ``do_install_ptest`` function and make sure it gets
+   called after the "make install-ptest" completes.
diff --git a/documentation/test-manual/reproducible-builds.rst b/documentation/test-manual/reproducible-builds.rst
index 91f94a5c74..aaf2e4541e 100644
--- a/documentation/test-manual/reproducible-builds.rst
+++ b/documentation/test-manual/reproducible-builds.rst
@@ -91,13 +91,21 @@ run::
 
    oe-selftest -r reproducible.ReproducibleTests.test_reproducible_builds
 
-This defaults to including a ``world`` build so, if other layers are added, it would
-also run the tests for recipes in the additional layers. Different build targets
-can be defined using the :term:`OEQA_REPRODUCIBLE_TEST_TARGET` variable in ``local.conf``.
-The first build will be run using :ref:`Shared State <overview-manual/concepts:Shared State>` if
-available, the second build explicitly disables
-:ref:`Shared State <overview-manual/concepts:Shared State>` except for recipes defined in
-the :term:`OEQA_REPRODUCIBLE_TEST_SSTATE_TARGETS` variable, and builds on the
+This defaults to including a ``world`` build so, if other layers are added, it
+would also run the tests for recipes in the additional layers. Different build
+targets can be defined using the :term:`OEQA_REPRODUCIBLE_TEST_TARGET` variable
+in ``local.conf``. For example, running reproducibility tests for only the
+``python3-numpy`` recipe can be done by setting::
+
+   OEQA_REPRODUCIBLE_TEST_TARGET = "python3-numpy"
+
+in local.conf before running the ``oe-selftest`` command shown above.
+
+Reproducibility builds the target list twice. The first build will be run using
+:ref:`Shared State <overview-manual/concepts:Shared State>` if available, the
+second build explicitly disables :ref:`Shared State
+<overview-manual/concepts:Shared State>` except for recipes defined in the
+:term:`OEQA_REPRODUCIBLE_TEST_SSTATE_TARGETS` variable, and builds on the
 specific host the build is running on. This means we can test reproducibility
 builds between different host distributions over time on the Autobuilder.
 
@@ -111,12 +119,8 @@ https://autobuilder.yocto.io/pub/repro-fail/ in the form ``oe-reproducible +
 The project's current reproducibility status can be seen at
 :yocto_home:`/reproducible-build-results/`
 
-You can also check the reproducibility status on supported host distributions:
-
--  CentOS: :yocto_ab:`/typhoon/#/builders/reproducible-centos`
--  Debian: :yocto_ab:`/typhoon/#/builders/reproducible-debian`
--  Fedora: :yocto_ab:`/typhoon/#/builders/reproducible-fedora`
--  Ubuntu: :yocto_ab:`/typhoon/#/builders/reproducible-ubuntu`
+You can also check the reproducibility status on the Autobuilder:
+:yocto_ab:`/valkyrie/#/builders/reproducible`.
 
 ===============================
 Can I test my layer or recipes?
diff --git a/documentation/test-manual/runtime-testing.rst b/documentation/test-manual/runtime-testing.rst
new file mode 100644
index 0000000000..557e0530b0
--- /dev/null
+++ b/documentation/test-manual/runtime-testing.rst
@@ -0,0 +1,595 @@
+.. SPDX-License-Identifier: CC-BY-SA-2.0-UK
+
+************************************
+Performing Automated Runtime Testing
+************************************
+
+The OpenEmbedded build system makes available a series of automated
+tests for images to verify runtime functionality. You can run these
+tests on either QEMU or actual target hardware. Tests are written in
+Python making use of the ``unittest`` module, and the majority of them
+run commands on the target system over SSH. This section describes how
+you set up the environment to use these tests, run available tests, and
+write and add your own tests.
+
+For information on the test and QA infrastructure available within the
+Yocto Project, see the ":ref:`ref-manual/release-process:testing and quality assurance`"
+section in the Yocto Project Reference Manual.
+
+Enabling Tests
+==============
+
+Depending on whether you are planning to run tests using QEMU or on the
+hardware, you have to take different steps to enable the tests. See the
+following subsections for information on how to enable both types of
+tests.
+
+Enabling Runtime Tests on QEMU
+------------------------------
+
+In order to run tests, you need to do the following:
+
+-  *Set up to avoid interaction with sudo for networking:* To
+   accomplish this, you must do one of the following:
+
+   -  Add ``NOPASSWD`` for your user in ``/etc/sudoers`` either for all
+      commands or just for ``runqemu-ifup``. You must provide the full
+      path as that can change if you are using multiple clones of the
+      source repository.
+
+      .. note::
+
+         On some distributions, you also need to comment out "Defaults
+         requiretty" in ``/etc/sudoers``.
+
+   -  Manually configure a tap interface for your system.
+
+   -  Run as root the script in ``scripts/runqemu-gen-tapdevs``, which
+      should generate a list of tap devices. This is the option
+      typically chosen for Autobuilder-type environments.
+
+      .. note::
+
+         -  Be sure to use an absolute path when calling this script
+            with sudo.
+
+         -  Ensure that your host has the package ``iptables`` installed.
+
+         -  The package recipe ``qemu-helper-native`` is required to run
+            this script. Build the package using the following command::
+
+               $ bitbake qemu-helper-native
+
+-  *Set the DISPLAY variable:* You need to set this variable so that
+   you have an X server available (e.g. start ``vncserver`` for a
+   headless machine).
+
+-  *Be sure your host's firewall accepts incoming connections from
+   192.168.7.0/24:* Some of the tests (in particular DNF tests) start an
+   HTTP server on a random high number port, which is used to serve
+   files to the target. The DNF module serves
+   ``${WORKDIR}/oe-rootfs-repo`` so it can run DNF channel commands.
+   That means your host's firewall must accept incoming connections from
+   192.168.7.0/24, which is the default IP range used for tap devices by
+   ``runqemu``.
+
+-  *Be sure your host has the correct packages installed:* Depending
+   your host's distribution, you need to have the following packages
+   installed:
+
+   -  Ubuntu and Debian: ``sysstat`` and ``iproute2``
+
+   -  openSUSE: ``sysstat`` and ``iproute2``
+
+   -  Fedora: ``sysstat`` and ``iproute``
+
+   -  CentOS: ``sysstat`` and ``iproute``
+
+Once you start running the tests, the following happens:
+
+#. A copy of the root filesystem is written to ``${WORKDIR}/testimage``.
+
+#. The image is booted under QEMU using the standard ``runqemu`` script.
+
+#. A default timeout of 500 seconds occurs to allow for the boot process
+   to reach the login prompt. You can change the timeout period by
+   setting
+   :term:`TEST_QEMUBOOT_TIMEOUT`
+   in the ``local.conf`` file.
+
+#. Once the boot process is reached and the login prompt appears, the
+   tests run. The full boot log is written to
+   ``${WORKDIR}/testimage/qemu_boot_log``.
+
+#. Each test module loads in the order found in :term:`TEST_SUITES`. You can
+   find the full output of the commands run over SSH in
+   ``${WORKDIR}/testimgage/ssh_target_log``.
+
+#. If no failures occur, the task running the tests ends successfully.
+   You can find the output from the ``unittest`` in the task log at
+   ``${WORKDIR}/temp/log.do_testimage``.
+
+Enabling Runtime Tests on Hardware
+----------------------------------
+
+The OpenEmbedded build system can run tests on real hardware, and for
+certain devices it can also deploy the image to be tested onto the
+device beforehand.
+
+For automated deployment, a "controller image" is installed onto the
+hardware once as part of setup. Then, each time tests are to be run, the
+following occurs:
+
+#. The controller image is booted into and used to write the image to be
+   tested to a second partition.
+
+#. The device is then rebooted using an external script that you need to
+   provide.
+
+#. The device boots into the image to be tested.
+
+When running tests (independent of whether the image has been deployed
+automatically or not), the device is expected to be connected to a
+network on a pre-determined IP address. You can either use static IP
+addresses written into the image, or set the image to use DHCP and have
+your DHCP server on the test network assign a known IP address based on
+the MAC address of the device.
+
+In order to run tests on hardware, you need to set :term:`TEST_TARGET` to an
+appropriate value. For QEMU, you do not have to change anything, the
+default value is "qemu". For running tests on hardware, the following
+options are available:
+
+-  *"simpleremote":* Choose "simpleremote" if you are going to run tests
+   on a target system that is already running the image to be tested and
+   is available on the network. You can use "simpleremote" in
+   conjunction with either real hardware or an image running within a
+   separately started QEMU or any other virtual machine manager.
+
+-  *"SystemdbootTarget":* Choose "SystemdbootTarget" if your hardware is
+   an EFI-based machine with ``systemd-boot`` as bootloader and
+   ``core-image-testmaster`` (or something similar) is installed. Also,
+   your hardware under test must be in a DHCP-enabled network that gives
+   it the same IP address for each reboot.
+
+   If you choose "SystemdbootTarget", there are additional requirements
+   and considerations. See the
+   ":ref:`test-manual/runtime-testing:selecting systemdboottarget`" section, which
+   follows, for more information.
+
+-  *"BeagleBoneTarget":* Choose "BeagleBoneTarget" if you are deploying
+   images and running tests on the BeagleBone "Black" or original
+   "White" hardware. For information on how to use these tests, see the
+   comments at the top of the BeagleBoneTarget
+   ``meta-yocto-bsp/lib/oeqa/controllers/beaglebonetarget.py`` file.
+
+-  *"GrubTarget":* Choose "GrubTarget" if you are deploying images and running
+   tests on any generic PC that boots using GRUB. For information on how
+   to use these tests, see the comments at the top of the GrubTarget
+   ``meta-yocto-bsp/lib/oeqa/controllers/grubtarget.py`` file.
+
+-  *"your-target":* Create your own custom target if you want to run
+   tests when you are deploying images and running tests on a custom
+   machine within your BSP layer. To do this, you need to add a Python
+   unit that defines the target class under ``lib/oeqa/controllers/``
+   within your layer. You must also provide an empty ``__init__.py``.
+   For examples, see files in ``meta-yocto-bsp/lib/oeqa/controllers/``.
+
+Selecting SystemdbootTarget
+---------------------------
+
+If you did not set :term:`TEST_TARGET` to "SystemdbootTarget", then you do
+not need any information in this section. You can skip down to the
+":ref:`test-manual/runtime-testing:running tests`" section.
+
+If you did set :term:`TEST_TARGET` to "SystemdbootTarget", you also need to
+perform a one-time setup of your controller image by doing the following:
+
+#. *Set EFI_PROVIDER:* Be sure that :term:`EFI_PROVIDER` is as follows::
+
+      EFI_PROVIDER = "systemd-boot"
+
+#. *Build the controller image:* Build the ``core-image-testmaster`` image.
+   The ``core-image-testmaster`` recipe is provided as an example for a
+   "controller" image and you can customize the image recipe as you would
+   any other recipe.
+
+   Image recipe requirements are:
+
+   -  Inherits ``core-image`` so that kernel modules are installed.
+
+   -  Installs normal linux utilities not BusyBox ones (e.g. ``bash``,
+      ``coreutils``, ``tar``, ``gzip``, and ``kmod``).
+
+   -  Uses a custom :term:`Initramfs` image with a custom
+      installer. A normal image that you can install usually creates a
+      single root filesystem partition. This image uses another installer that
+      creates a specific partition layout. Not all Board Support
+      Packages (BSPs) can use an installer. For such cases, you need to
+      manually create the following partition layout on the target:
+
+      -  First partition mounted under ``/boot``, labeled "boot".
+
+      -  The main root filesystem partition where this image gets installed,
+         which is mounted under ``/``.
+
+      -  Another partition labeled "testrootfs" where test images get
+         deployed.
+
+#. *Install image:* Install the image that you just built on the target
+   system.
+
+The final thing you need to do when setting :term:`TEST_TARGET` to
+"SystemdbootTarget" is to set up the test image:
+
+#. *Set up your local.conf file:* Make sure you have the following
+   statements in your ``local.conf`` file::
+
+      IMAGE_FSTYPES += "tar.gz"
+      IMAGE_CLASSES += "testimage"
+      TEST_TARGET = "SystemdbootTarget"
+      TEST_TARGET_IP = "192.168.2.3"
+
+#. *Build your test image:* Use BitBake to build the image::
+
+      $ bitbake core-image-sato
+
+Power Control
+-------------
+
+For most hardware targets other than "simpleremote", you can control
+power:
+
+-  You can use :term:`TEST_POWERCONTROL_CMD` together with
+   :term:`TEST_POWERCONTROL_EXTRA_ARGS` as a command that runs on the host
+   and does power cycling. The test code passes one argument to that
+   command: off, on or cycle (off then on). Here is an example that
+   could appear in your ``local.conf`` file::
+
+      TEST_POWERCONTROL_CMD = "powercontrol.exp test 10.11.12.1 nuc1"
+
+   In this example, the expect
+   script does the following:
+
+   .. code-block:: shell
+
+      ssh test@10.11.12.1 "pyctl nuc1 arg"
+
+   It then runs a Python script that controls power for a label called
+   ``nuc1``.
+
+   .. note::
+
+      You need to customize :term:`TEST_POWERCONTROL_CMD` and
+      :term:`TEST_POWERCONTROL_EXTRA_ARGS` for your own setup. The one requirement
+      is that it accepts "on", "off", and "cycle" as the last argument.
+
+-  When no command is defined, it connects to the device over SSH and
+   uses the classic reboot command to reboot the device. Classic reboot
+   is fine as long as the machine actually reboots (i.e. the SSH test
+   has not failed). It is useful for scenarios where you have a simple
+   setup, typically with a single board, and where some manual
+   interaction is okay from time to time.
+
+If you have no hardware to automatically perform power control but still
+wish to experiment with automated hardware testing, you can use the
+``dialog-power-control`` script that shows a dialog prompting you to perform
+the required power action. This script requires either KDialog or Zenity
+to be installed. To use this script, set the
+:term:`TEST_POWERCONTROL_CMD`
+variable as follows::
+
+   TEST_POWERCONTROL_CMD = "${COREBASE}/scripts/contrib/dialog-power-control"
+
+Serial Console Connection
+-------------------------
+
+For test target classes requiring a serial console to interact with the
+bootloader (e.g. BeagleBoneTarget and GrubTarget),
+you need to specify a command to use to connect to the serial console of
+the target machine by using the
+:term:`TEST_SERIALCONTROL_CMD`
+variable and optionally the
+:term:`TEST_SERIALCONTROL_EXTRA_ARGS`
+variable.
+
+These cases could be a serial terminal program if the machine is
+connected to a local serial port, or a ``telnet`` or ``ssh`` command
+connecting to a remote console server. Regardless of the case, the
+command simply needs to connect to the serial console and forward that
+connection to standard input and output as any normal terminal program
+does. For example, to use the picocom terminal program on serial device
+``/dev/ttyUSB0`` at 115200bps, you would set the variable as follows::
+
+   TEST_SERIALCONTROL_CMD = "picocom /dev/ttyUSB0 -b 115200"
+
+For local
+devices where the serial port device disappears when the device reboots,
+an additional "serdevtry" wrapper script is provided. To use this
+wrapper, simply prefix the terminal command with
+``${COREBASE}/scripts/contrib/serdevtry``::
+
+   TEST_SERIALCONTROL_CMD = "${COREBASE}/scripts/contrib/serdevtry picocom -b 115200 /dev/ttyUSB0"
+
+Running Tests
+=============
+
+You can start the tests automatically or manually:
+
+-  *Automatically running tests:* To run the tests automatically after the
+   OpenEmbedded build system successfully creates an image, first set the
+   :term:`TESTIMAGE_AUTO` variable to "1" in your ``local.conf`` file in the
+   :term:`Build Directory`::
+
+      TESTIMAGE_AUTO = "1"
+
+   Next, build your image. If the image successfully builds, the
+   tests run::
+
+      bitbake core-image-sato
+
+-  *Manually running tests:* To manually run the tests, first globally
+   inherit the :ref:`ref-classes-testimage` class by editing your
+   ``local.conf`` file::
+
+      IMAGE_CLASSES += "testimage"
+
+   Next, use BitBake to run the tests::
+
+      bitbake -c testimage image
+
+All test files reside in ``meta/lib/oeqa/runtime/cases`` in the
+:term:`Source Directory`. A test name maps
+directly to a Python module. Each test module may contain a number of
+individual tests. Tests are usually grouped together by the area tested
+(e.g tests for systemd reside in ``meta/lib/oeqa/runtime/cases/systemd.py``).
+
+You can add tests to any layer provided you place them in the proper
+area and you extend :term:`BBPATH` in
+the ``local.conf`` file as normal. Be sure that tests reside in
+``layer/lib/oeqa/runtime/cases``.
+
+.. note::
+
+   Be sure that module names do not collide with module names used in
+   the default set of test modules in ``meta/lib/oeqa/runtime/cases``.
+
+You can change the set of tests run by appending or overriding
+:term:`TEST_SUITES` variable in
+``local.conf``. Each name in :term:`TEST_SUITES` represents a required test
+for the image. Test modules named within :term:`TEST_SUITES` cannot be
+skipped even if a test is not suitable for an image (e.g. running the
+RPM tests on an image without ``rpm``). Appending "auto" to
+:term:`TEST_SUITES` causes the build system to try to run all tests that are
+suitable for the image (i.e. each test module may elect to skip itself).
+
+The order you list tests in :term:`TEST_SUITES` is important and influences
+test dependencies. Consequently, tests that depend on other tests should
+be added after the test on which they depend. For example, since the
+``ssh`` test depends on the ``ping`` test, "ssh" needs to come after
+"ping" in the list. The test class provides no re-ordering or dependency
+handling.
+
+.. note::
+
+   Each module can have multiple classes with multiple test methods.
+   And, Python ``unittest`` rules apply.
+
+Here are some things to keep in mind when running tests:
+
+-  The default tests for the image are defined as::
+
+      DEFAULT_TEST_SUITES:pn-image = "ping ssh df connman syslog xorg scp vnc date rpm dnf dmesg"
+
+-  Add your own test to the list of the by using the following::
+
+      TEST_SUITES:append = " mytest"
+
+-  Run a specific list of tests as follows::
+
+     TEST_SUITES = "test1 test2 test3"
+
+   Remember, order is important. Be sure to place a test that is
+   dependent on another test later in the order.
+
+Exporting Tests
+===============
+
+You can export tests so that they can run independently of the build
+system. Exporting tests is required if you want to be able to hand the
+test execution off to a scheduler. You can only export tests that are
+defined in :term:`TEST_SUITES`.
+
+If your image is already built, make sure the following are set in your
+``local.conf`` file::
+
+   INHERIT += "testexport"
+   TEST_TARGET_IP = "IP-address-for-the-test-target"
+   TEST_SERVER_IP = "IP-address-for-the-test-server"
+
+You can then export the tests with the
+following BitBake command form::
+
+   $ bitbake image -c testexport
+
+Exporting the tests places them in the :term:`Build Directory` in
+``tmp/testexport/``\ image, which is controlled by the :term:`TEST_EXPORT_DIR`
+variable.
+
+You can now run the tests outside of the build environment::
+
+   $ cd tmp/testexport/image
+   $ ./runexported.py testdata.json
+
+Here is a complete example that shows IP addresses and uses the
+``core-image-sato`` image::
+
+   INHERIT += "testexport"
+   TEST_TARGET_IP = "192.168.7.2"
+   TEST_SERVER_IP = "192.168.7.1"
+
+Use BitBake to export the tests::
+
+   $ bitbake core-image-sato -c testexport
+
+Run the tests outside of
+the build environment using the following::
+
+   $ cd tmp/testexport/core-image-sato
+   $ ./runexported.py testdata.json
+
+Writing New Tests
+=================
+
+As mentioned previously, all new test files need to be in the proper
+place for the build system to find them. New tests for additional
+functionality outside of the core should be added to the layer that adds
+the functionality, in ``layer/lib/oeqa/runtime/cases`` (as long as
+:term:`BBPATH` is extended in the
+layer's ``layer.conf`` file as normal). Just remember the following:
+
+-  Filenames need to map directly to test (module) names.
+
+-  Do not use module names that collide with existing core tests.
+
+-  Minimally, an empty ``__init__.py`` file must be present in the runtime
+   directory.
+
+To create a new test, start by copying an existing module (e.g.
+``oe_syslog.py`` or ``gcc.py`` are good ones to use). Test modules can use
+code from ``meta/lib/oeqa/utils``, which are helper classes.
+
+.. note::
+
+   Structure shell commands such that you rely on them and they return a
+   single code for success. Be aware that sometimes you will need to
+   parse the output. See the ``df.py`` and ``date.py`` modules for examples.
+
+You will notice that all test classes inherit ``oeRuntimeTest``, which
+is found in ``meta/lib/oetest.py``. This base class offers some helper
+attributes, which are described in the following sections:
+
+Class Methods
+-------------
+
+Class methods are as follows:
+
+-  *hasPackage(pkg):* Returns "True" if ``pkg`` is in the installed
+   package list of the image, which is based on the manifest file that
+   is generated during the :ref:`ref-tasks-rootfs` task.
+
+-  *hasFeature(feature):* Returns "True" if the feature is in
+   :term:`IMAGE_FEATURES` or
+   :term:`DISTRO_FEATURES`.
+
+Class Attributes
+----------------
+
+Class attributes are as follows:
+
+-  *pscmd:* Equals "ps -ef" if ``procps`` is installed in the image.
+   Otherwise, ``pscmd`` equals "ps" (busybox).
+
+-  *tc:* The called test context, which gives access to the
+   following attributes:
+
+   -  *d:* The BitBake datastore, which allows you to use stuff such
+      as ``oeRuntimeTest.tc.d.getVar("VIRTUAL-RUNTIME_init_manager")``.
+
+   -  *testslist and testsrequired:* Used internally. The tests
+      do not need these.
+
+   -  *filesdir:* The absolute path to
+      ``meta/lib/oeqa/runtime/files``, which contains helper files for
+      tests meant for copying on the target such as small files written
+      in C for compilation.
+
+   -  *target:* The target controller object used to deploy and
+      start an image on a particular target (e.g. Qemu, SimpleRemote,
+      and SystemdbootTarget). Tests usually use the following:
+
+      -  *ip:* The target's IP address.
+
+      -  *server_ip:* The host's IP address, which is usually used
+         by the DNF test suite.
+
+      -  *run(cmd, timeout=None):* The single, most used method.
+         This command is a wrapper for: ``ssh root@host "cmd"``. The
+         command returns a tuple: (status, output), which are what their
+         names imply - the return code of "cmd" and whatever output it
+         produces. The optional timeout argument represents the number
+         of seconds the test should wait for "cmd" to return. If the
+         argument is "None", the test uses the default instance's
+         timeout period, which is 300 seconds. If the argument is "0",
+         the test runs until the command returns.
+
+      -  *copy_to(localpath, remotepath):*
+         ``scp localpath root@ip:remotepath``.
+
+      -  *copy_from(remotepath, localpath):*
+         ``scp root@host:remotepath localpath``.
+
+Instance Attributes
+-------------------
+
+There is a single instance attribute, which is ``target``. The ``target``
+instance attribute is identical to the class attribute of the same name,
+which is described in the previous section. This attribute exists as
+both an instance and class attribute so tests can use
+``self.target.run(cmd)`` in instance methods instead of
+``oeRuntimeTest.tc.target.run(cmd)``.
+
+Installing Packages in the DUT Without the Package Manager
+==========================================================
+
+When a test requires a package built by BitBake, it is possible to
+install that package. Installing the package does not require a package
+manager be installed in the device under test (DUT). It does, however,
+require an SSH connection and the target must be using the
+``sshcontrol`` class.
+
+.. note::
+
+   This method uses ``scp`` to copy files from the host to the target, which
+   causes permissions and special attributes to be lost.
+
+A JSON file is used to define the packages needed by a test. This file
+must be in the same path as the file used to define the tests.
+Furthermore, the filename must map directly to the test module name with
+a ``.json`` extension.
+
+The JSON file must include an object with the test name as keys of an
+object or an array. This object (or array of objects) uses the following
+data:
+
+-  "pkg" --- a mandatory string that is the name of the package to be
+   installed.
+
+-  "rm" --- an optional boolean, which defaults to "false", that specifies
+   to remove the package after the test.
+
+-  "extract" --- an optional boolean, which defaults to "false", that
+   specifies if the package must be extracted from the package format.
+   When set to "true", the package is not automatically installed into
+   the DUT.
+
+Here is an example JSON file that handles test "foo" installing
+package "bar" and test "foobar" installing packages "foo" and "bar".
+Once the test is complete, the packages are removed from the DUT::
+
+     {
+         "foo": {
+             "pkg": "bar"
+         },
+         "foobar": [
+             {
+                 "pkg": "foo",
+                 "rm": true
+             },
+             {
+                 "pkg": "bar",
+                 "rm": true
+             }
+         ]
+     }
+
diff --git a/documentation/test-manual/test-process.rst b/documentation/test-manual/test-process.rst
index 7bec5ba828..945b56830f 100644
--- a/documentation/test-manual/test-process.rst
+++ b/documentation/test-manual/test-process.rst
@@ -20,7 +20,7 @@ helps review and test patches and this is his testing tree).
 We have two broad categories of test builds, including "full" and
 "quick". On the Autobuilder, these can be seen as "a-quick" and
 "a-full", simply for ease of sorting in the UI. Use our Autobuilder
-:yocto_ab:`console view </typhoon/#/console>` to see where we manage most
+:yocto_ab:`console view </valkyrie/#/console>` to see where we manage most
 test-related items.
 
 Builds are triggered manually when the test branches are ready. The
diff --git a/documentation/test-manual/understand-autobuilder.rst b/documentation/test-manual/understand-autobuilder.rst
index 6b4fab4f0b..7f4d1be3cd 100644
--- a/documentation/test-manual/understand-autobuilder.rst
+++ b/documentation/test-manual/understand-autobuilder.rst
@@ -10,7 +10,7 @@ Execution Flow within the Autobuilder
 The "a-full" and "a-quick" targets are the usual entry points into the
 Autobuilder and it makes sense to follow the process through the system
 starting there. This is best visualized from the :yocto_ab:`Autobuilder
-Console view </typhoon/#/console>`.
+Console view </valkyrie/#/console>`.
 
 Each item along the top of that view represents some "target build" and
 these targets are all run in parallel. The 'full' build will trigger the