Image Types:

hmi-armhf / hmi-amd64

Image Deployment:

APT, OSTree

Type:

functional

Description

Test AppArmor profile for Bluez AVRCP volume up and down commands.

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Resources

• A Bluetooth adapter.
• An A2DP Source and AVRCP capable phone (https://www.apertis.org/reference_hardware/extras/)

---

Pre Conditions

1. From a PC, download and unpack the test data tarball from the gitlab test repository:

$ wget https://gitlab.apertis.org/tests/apparmor-bluez-setup/-/archive/apertis/v2023dev2/apparmor-bluez-setup.tar.gz

$ tar -xvf apparmor-bluez-setup.tar.gz

2. Copy the apparmor-bluez-setup-* folder to the target device:

$ DUT_IP=<device-ip>

$ scp -r apparmor-bluez-setup-* user@$DUT_IP:

3. Log into the target device:

$ ssh user@$DUT_IP

4. After log into the DUT, enter the test directory

$ cd apparmor-bluez-setup-*

5. Note that the tarball may change depending on the release/branch being tested, please make sure to download the correct tarball for the release in question.
6. From a PC, download and unpack the test data tarball from the gitlab test repository:

$ wget https://gitlab.apertis.org/tests/bluez-phone/-/archive/apertis/v2023dev2/bluez-phone.tar.gz

$ tar -xvf bluez-phone.tar.gz

7. Copy the bluez-phone-* folder to the target device:

$ DUT_IP=<device-ip>

$ scp -r bluez-phone-* user@$DUT_IP:

8. Log into the target device:

$ ssh user@$DUT_IP

9. After log into the DUT, enter the test directory

$ cd bluez-phone-*

10. Note that the tarball may change depending on the release/branch being tested, please make sure to download the correct tarball for the release in question.
11. Please note that connman disables bluetooth by default on a fresh image. If it's already enabled, connmanctl will give an "In progress" error that may be ignored. To enable the device:

$ connmanctl enable bluetooth

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Execution Steps

1. First ensure that the bluez-avrcp-volume test case is passing before executing the apparmor-bluez-avrcp-volume test one (otherwise false-negative might occur):
2. Ensure the audio manager is activated:

$ pactl stat

3. Run btmon before any connection happens:

$ sudo btmon  | grep -A4 'AV/C: Control'

4. Execute the test suite in another terminal:

$ cd $HOME/bluez-phone* ; ./bluez-avrcp-volume.sh

5. After verifying that the bluez-avrcp-volume test is passing, open a new terminal and run the following. Do not yet answer to the question.

$ cd $HOME/apparmor-bluez-setup-*; ./aa_get_complaints.sh

6. Now, run the bluez-avrcp-volume test case again in the previous terminal.

$ cd $HOME/bluez-phone ; ./bluez-avrcp-volume.sh

7. After the bluez-avrcp-volume test ended, answer y to check for complaints.

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Expected

When the TC has been run, once the log collection script finishes check its output.

On Success, aa_get_complaints.sh will find no complaints:

[...snip useless output...]

>>> Checking for apparmor complaints ...

>>> No complaints found!

If something goes wrong, the output will be similar to:

[...snip useless output...]

>>> Complaints found, creating report ...

aa-dump_20180710-100931/

aa-dump_20180710-100931/complaint_tokens.log

aa-dump_20180710-100931/audit.log

aa-dump_20180710-100931/ps_aux.log

aa-dump_20180710-100931/uname.log

aa-dump_20180710-100931/journalctl.log

aa-dump_20180710-100931/image_version

aa-dump_20180710-100931/os-release

>>> Report created as /home/chaiwala/aa-dump_20180710-100931.tar.bz2

In this case file a bug report against AppArmor attaching the tar.bz2 file created.