This is a system that uses Xilinx Dynamic Function eXchange for ultra96v2 board.

  git clone https://github.com/luiscarlos63/ultra96v2_crypt.git

Open vivado in the cloned project folder

  Vivado->Run TCL script->/ultra96v2_dfx.tcl

This opens and sets the Vivado project. The center of system is the Block Design. The project is ready to generate bitstreams.

Systesis runs all the Out-Of-Context modules, including the IPs that are used inside the Reconfigurable Partitions.

Implementation occurs in configurations this project only uses 3 configuration. You can see the way the IPs are distributed among the configurations, for that, in Vivado, open:

Flow Navigator-> Project Manager->Dynamic Functio eXchange Wizard

Here you find:

• Which Reconfigurable Modules (they represent the IPs) that are associated with which partitions
• The configurations for the Implementation. This configurations basically represent the 3 full bitstreams that are generated by Vivado.
• Lastly it shows the Implementation runs that correspond to each configuration.

To generate the proper bitstreams expected by system go to:

Design Runs->Select the 3 Implementation runs-> Right click -> Generate bitstreams -> Select -bin_file 

After the bitstreams are generated you need to copy them to a folder. This bitstreams are in:

PROJECT_FOLDER/vivado_project/ultra96v2_dfx.runs/impl_1
                                                /child_0_impl_1
                                                /child_1_impl_1

Each of these directories has 3 files with .bin extention. These are the files you should copy.

After they are placed in a folder copy the files inside PROJECT_FOLDER/scripts to that folder. Change the first line in prepare_partial for you full path to the folder you copied the bitstreams

source [get_property REPOSITORY [get_ipdefs *dfx_controller:1.0]]/xilinx/dfx_controller_v1_0/tcl/api.tcl –notrace​
source /full_path_to_folder/prepare_partial

This will generate a folder with the bitstreams in the format expected by ICAP

./encrypt.sh

This will encrypt the bitsreams, now you just need to copy them to the SD card.

File->Export->Export Hardware

Use the option include bistream

In Vitis create a platform based on the .xsa from vivado exported hardware.

In the Board Support Package -> modify BSP Settings and add xilffs library Also, you need to change UART0 to UART1.

Create an Application based on the previous mentions platform. Add the sources from PROJECT_FOLDER/sw.

The Application allows 6 options:

• Options 1 to 3: Reading.
• Options 4 to 6: Reconfiguration. After selecting the reconfiguration option, you will be prompted to choose the region to reconfigure (RP_1 - 1, RP_2 - 2, or RP_3 - 3).