a TEE based project to achieve something. For collaboration on our Capstone project.
- Make sure you already have the Secure Manager.
- This part of code is mainly written by ST. We tested its feasibilities. We added more support for Arm PSA apis.
- Follow the readme file under the AWS folder. You need create a AWS account.
- We focused on ri_tz project.
- Generate an binary file of our examples using the makefile. You can access this example in the demo folder.
- Program the generated .elf file into board's flash. You can use STM32 CubeProgrammer.
- Change you local network's setting to make it accessible to other devices connected to the PC.
- Find the virtual port that the board connected to.
- Run
esputil -p /your portto monitor the serial log - Once the setting is good, you can find a random http server is ready
- Go to that server address, and you'll see the frontend management portal.
- Customize the frontend by modifying the css and js file and using the makefile to
make
In order to make the program work, you must do the following:
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WARNING: Before opening the project with any toolchain be sure your folder installation path is not too in-depth since the toolchain may report errors after building.
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Open your preferred toolchain
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MyApplication_1 is the folder that contains all the frontend designs and algorithm implementation.
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Run the application in your IDE.
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Two demonstrative algorithm cores & debuggers, as well as their corresponding STM32H5 onbaord implemenmtations utilizing touchscreen (with TouchGFX API) for Connect-Four / Gomoku board game are provided
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You can customize the UI using TouchGFX designer. You can customize you algorithms in Screen1View.cpp and Screen2View.cpp
- Change the linker script in the demo folder so that the flash address should be correctly handled with no overlap
- Change the linker script of the chess game to make sure the generated chess game binary didn't overwrite the internal http server code.
- In the frontend server, you can upgrade the chess game binary