2 title: AGL Demo Control Panel
5 # AGL Demo Control Panel
9 This document describes the design and usage of the **AGL Demo Control Panel**, a **Qt5-based** tool that allows you to control and interact with various **Automotive Grade Linux (AGL)** demo applications. The tool uses **Kuksa.val** and **CAN frame messages** to communicate with the target machine that runs the AGL image(s). You can use the tool to perform tasks such as starting and stopping scripts, changing the vehicle speed and engine RPM, adjusting the HVAC settings, and providing Steering Inputs. The tool is designed to **demonstrate** the capabilities and features of AGL in a **user-friendly** and **interactive** way.
10 ### Application Overview
12 To use the control panel, you need to connect the main machine that runs the control panel to the target machine that runs the AGL image(s) using a **LAN/ethernet cable**. You also need to configure the IP address of the Kuksa server and set your preferences in the tool’s settings menu.
14 ![Layers_And_Extensions](images/AGL-Deom-Control-Panel/Application-Logic.png)
21 git clone "https://gerrit.automotivelinux.org/gerrit/src/agl-demo-control-panel" && cd ./AGL_Demo_Control_Panel
24 Install the Python dependencies
27 pip install -r requirements.txt
32 Before using the `AGL Demo Control Panel`, we need to make sure to run the Kuksa.val server and also have our `can0` interface set up (Optional).
34 ### 1. Connect the Machines
36 First, we need to connect the machines, i.e. the host machine (Running the control panel) and the target machine (running the AGL image) via LAN or a bridged network (QEMU or VM)
37 ### 2. CAN interface (WIP)
39 To set up the CAN interface between the Host system and the target machine(s) we use [cannelloni](https://github.com/mguentner/cannelloni),
41 1. Create the virtual CAN interface with the command:
44 $ sudo ip link add dev can0 type vcan
47 2. On both machines, bring the virtual CAN interface online with the command:
50 $ sudo ip link set up can0
53 3. Install cannelloni from its [GitHub repository](https://github.com/mguentner/cannelloni) and run cannelloni with the following commands.
55 _Note_: `cannelloni` is available in AGL, just add `IMAGE_INSTALL:append = " cannelloni"` to your `conf/local.conf`
57 Host Machine (Running `AGL Demo Control Panel`)
59 cannelloni -I can0 -R <target-ip> -r 20000 -l 20000
61 Target Machine (Running AGL image)
63 cannelloni -I can0 -R <host-ip> -r 20000 -l 20000 -p
66 You should now be able to send and receive CAN messages between the two machines using the vcan interface and cannelloni.
68 ### 3. Kuksa-val-server
70 Restart AGL's `kuksa-val-server`
74 $ kuksa-val-server --address 0.0.0.0
77 _Note_: if you are testing on a local build (or) docker image of kuksa.val server, make sure to remove `cacertificate` and `tls_server_name` arguments from `extras/config.py`.
81 "ip": '<default-kuksa-ip>',
88 ### 4. Start AGL Demo Control Panel
90 1. To use the control panel
92 cd /Path/to/agl-demo-control-panel
96 ![Layers_And_Extensions](images/AGL-Deom-Control-Panel/Dashboard.png)
99 - Start (load default config)
101 - Ip-Address ("local" if running kuksa server on host)
103 - CA certificate path
104 - Insecure mode (default off)
105 - Reconnect (Status will be updated accordingly)
106 - Page settings: Configure the visibility of pages and switch between CAN and Kuksa messages by using the toggle for the same.
108 ![Layers_And_Extensions](images/AGL-Deom-Control-Panel/Settings_Page.png)
110 3. Navigate to the desired page using the provided buttons at the bottom
114 | ![Layers_And_Extensions](images/AGL-Deom-Control-Panel/IC.png) |
118 | ![Layers_And_Extensions](images/AGL-Deom-Control-Panel/HVAC.png) | ![Layers_And_Extensions](images/AGL-Deom-Control-Panel/SC.png) |