Zynq UltraScale MPSoC 2016.2 Tutorial for design module 6

Abstract

• Use PL for video capture
  • Test Pattern Generator (TPG)

    Table of Contents

    Abstract

    Block Diagram

    Component Diagram

    Source Code

    How to build images

    How to Execute
    
    
    
    
  • 
    
  • HDMI Input
  • V4L2 framework

Block Diagram

Component Diagram

<<TODO>>

Source Code

• Create workspace folder

$ mkdir 1_apu_smp_linux

• Checkout the source code for Linux

$ git clone https://gitenterprise.xilinx.com/PAEG/zynqmp_petalinux_bsp.git
This creates a folder “zynqmp_petalinux_bsp” and gets all source files from git repository

• Checkout the source code for PMU FW

$ git clone https://gitenterprise.xilinx.com/PAEG/pmu_fw.git
This creates a folder “pmu_fw” and gets all source files from git repository

How to build images

Apply Patches

Apply the design-1 patch (refer DESIGN-1)
$ git apply 0001-Mini-Reference-Design-1-ZCU102-2016.2.patch

Apply the design-2 patch
$ git apply 0001-Mini-Reference-Design-2-ZCU102-2016.2.patch

Apply the design-3 patch
$ git apply 0001-Mini-Reference-Design-3-ZCU102-2016.2.patch

Apply the design-4 patch
$ git apply 0001-Mini-Reference-Design-4-ZCU102-2016.2.patch

Apply the design-5 patch
$ git apply 0001-Mini-Reference-Design-5-ZCU102-2016.2.patch

Apply the design-6 patch
$ git apply 0001-Mini-Reference-Design-6-ZCU102-2016.2.patch


FSBL
FSBL build : refer DESIGN-1 at Tutorial 1

PMU Firmware
PMU FW build : refer DESIGN-1 at Tutorial 1

HEARTBEAT Application
Checkout HeartBeat Application sources from git
$ cd 2_rpu0_freertos_app/heartbeat

RPU0 HeartBeat build

follow common_procedure Build HeartBeat Appliction in the link: Common Functions



Video Qt Application
Checkout video_lib, video_cmd sources from git

$ cd 6_pl_video_capture

modify code as per the zip
Build sdk projects

• video_lib (creates a library)
• video_qt2 (creates executable, static link with video_lib)

Device Tree
Use device tree same as DESIGN-1, refer DESIGN-1 at Tutorial 1

Kernel Image
Build the kernel image same as DESIGN-1, refer DESIGN-1 at Tutorial 1

Copy the RPU1's perfapm-server-ctl, PMUFW, FSBL images into petalinux build area
$ cp default_pmufw/Debug/default_pmufw.elf zynqmp_petalinux_bsp/images/linux/pmufw.elf
$ cp default_fsbl/Debug/default_fsbl.elf zynqmp_petalinux_bsp/images/linux/zynqmp_fsbl.elf
$ cp heartbeat/Debug/heartbeat.elf zynqmp_petalinux_bsp/images/linux/.
$ cp perfapm-server/Debug/perfapm-server-ctl.elf zynqmp_petalinux_bsp/images/linux/.


BOOT.BIN image
Get BITSTREAM (it is workaround to fix DisplayPort GT issue)

Checkout https://gitenterprise.xilinx.com/PAEG/zcu102_base_trd_sdsoc_pfm
tag 2016.2


$ cp default_pmufw/Debug/default_pmufw.elf zynqmp_petalinux_bsp/images/linux/pmufw.elf
$ cp default_fsbl/Debug/default_fsbl.elf zynqmp_petalinux_bsp/images/linux/zynqmp_fsbl.elf
$ cp hardware/prebuilt/zcu102_base_trd_wrapper.bit zynqmp_petalinux_bsp/images/linux/.

Create BOOT.BIN
$ cd images/linux
$ petalinux-package --force --boot --bif design5.bif
This will create zynqmp_petalinux_bsp/images/linux/BOOT.BIN

How to Execute

• Copy the below files onto SD card (root folder)

image.ub
boot.bin

• Insert the SD card into zcu102 board
• Connect power cable and UART cable
• Start TeraTerm or any other terminal application on Host PC (to view serial port messages)
• Power ON the board
• The board starts booting, observe for PMU FW messages followed by Linux boot messages

Copy APU application onto SD card
video_qt2/video_qt2

After boot, at shell prompt:
$ /media/card/video_qt2 -r 1920x1080