nativeAMP

One solution of Unsupervised AMP, concept where multiple operating systems or bare-metal applications run on individual CPU cores.

Examples:

1. hello_world_from_APU, represent example where APU0 control APU1 execution using CRF_APB.RST_FPD_APU register.
2. hello_world_from_RTPU, represent example where APU0 control R0 execution using CRF_APB.RST_LPD_TOP register.
3. hello_world_from_APU_and_RTPU, represent example where APU0 control APU1 and R0 execution.

Provided examples are based on fallowing tutorials:

1. ug1209 Embedded Design Tutorial
2. ug1169 ZynqMP QEMU
3. Zynq US+ Restart Solution
4. UltraZed tutorial

Short Guide for all exampes from .\nativeAMP\zynqUSP\bm_app:

1. Navigate to the folder .\nativeAMP\zynqUSP\build_hw and run creat_project.cmd script.
2. Open Vivado and load project from .\nativeAMP\zynqUSP\build_hw.
3. Generate Bitstream.
4. Export hardware design: Click File\Export\Export Hardware and navigate to the .\nativeAMP\zynqUSP\build_hw\SDK\SDK_Export.
5. Load Xilinx SDK workspace .\nativeAMP\zynqUSP\bm_app\app_example\SDK_Workspace.
6. Click File\New\Other take Xilix\Hardware Platfrom Specification. Get system_wrapper.hdf file from .\nativeAMP\zynqUSP\build_hw\SDK\SDK_Export. Name should be set to system_wrapper_hw_platform_0.
7. Import existing projects: Go to File\Import\General\Existing Projects into Workspace. Select root directory .\nativeAMP\zynqUSP\bm_app\app_example\SDK_Workspace. And wait until all sources are rebuilded.
8. Navigate to the .\nativeAMP\zynqUSP\bm_app\app_example\BOOT.
9. Open command linad and run genboot.cmd.
10. Copy generated *.bin file on SD.
11. Power on Board and observe terminal.

Important notes

1. All examples are build using Vivado 2018.3.
2. All examples are tested on UltraZed.
3. All examples are using same Vivado project.
4. app_example refers to the any application from the section ##Examples.