- Switch to Desktop Mode
- In the desktop mode, open Steam, and add the installer as non-steam game to Steam
- Go to Properties > Compatibility, and enable "Force the use of a specific Steam Play compatibility tool", and select Proton Experimental (or latest stable version, like Proton 9.0-4)
- Click Play, it will open the installer, just install as usual.. it is recommended to change the installation folder to not have any space in it
- After the installer done, you can find the result in
/home/deck/.local/share/Steam/steamapps/compatdata/<gameid>/pfx/c_drive/...
, you can sort by created date when looking for the gameid, newest one should be the one you're looking for - Now, Open Properties again, in the Shortcut, you need to change "Target" to the exe file your game is, and make sure to change "Start In" too to the directory your exe file is
- Change the name, and done. You can now Play it without any 3rd-party launcher
Certainly! HID descriptors can be a bit complex, but here’s a breakdown of common Usage Pages and Usages, along with their options. This will help when designing HID devices like gamepads, joysticks, keyboards, and more.
- Usage Pages group related Usages (specific controls) together.
- Usage Pages are defined by a 16-bit identifier.
Usage Page Name | ID (Hex) | Description |
---|---|---|
Generic Desktop Controls | 0x01 |
Basic controls like joysticks, mice, keyboards, etc. |
Simulation Controls | 0x02 |
Controls for simulation devices, such as flight controls and vehicles. |
I'm looking for servo motor that have incremental encoder with ABZ output pin for my DIY Steering Wheel, and i got servo motor from Schneider Electric with code BCH0802O11A1C
. It's hard to find the correct specification since it seems the same code have been used in new batch with slightly different specification (changing the encoder to 20bit absolute encoder).
So, this document here exist to document all of the specification for this servo motor, also the pinout (yeah, that's the IMPORTANT part 😃).
Note
All of this information is taken from LXM23 Manual (NOT Lexium 23 Pro, which will have the same motor code, but actually it's different version with only 20bit absolute encoder)
Important
- The connection is seen from the female-side of the connector. If you only have servo motor which have the male-side of the connector, you need to see the connection from where the
Have CC3D lying around, but can't use it with ELRS since it's not supported on the latest betaflight or INAV firmware CC3D have.
- Clone this repository CapnBry/CRServoF
- Build with TARGET CC3D
- Flash using STLink
Make sure homebrew already installed
- Prepare some dependencies needed to build firmware
brew install cmake ninja gperf python3 ccache qemu dtc wget libmagic
- Download and setup latest zephyr-sdk from zephyrproject/project-rtos
wget -c https://github.com/zephyrproject-rtos/sdk-ng/releases/download/v0.16.1/zephyr-sdk-0.16.1_macos-aarch64.tar.xz
auth_enabled: false | |
server: | |
http_listen_port: 3100 | |
grpc_listen_port: 9096 | |
common: | |
instance_addr: 127.0.0.1 | |
path_prefix: /tmp/loki | |
storage: |
Apache Camel is an integration framework that allows to integrate different systems using various protocols and technologies. By default, there already a lot of pre-built connectors, components, and processors that make it easy to integrate different systems and applications.
Apache Camel works by create a route to specify how messages should be processed and passed between endpoints. a route usually starts with source, and ends with a destination, then we can manipulate data between source and destination using pre-built processor that Camel has.
There is some ways to use Apache Camel, but in this documentation, we will use Camel K which deployed in kubernetes cluster, which we can easily interact with it using API, and it will treat a route as a dedicated pod.
- Install Camel K First on a cluster, can use minik