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hw:zynq:linux:petalinux:boot_kernel [2019/03/29 11:56]
jakub.moron
hw:zynq:linux:petalinux:boot_kernel [2021/04/21 14:57] (current)
jakub.moron
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-====== Boot and Kernel configure & build with PetaLinux without BSP (board support package) ​ ======+====== Boot and Kernel configure & build with PetaLinux ​2018.3 ​without BSP (board support package) ​ ======
  
   - Create Vivado design and export the hardware with bitstream.\\ Default hdf (hardware description file) location is: <​code>​   - Create Vivado design and export the hardware with bitstream.\\ Default hdf (hardware description file) location is: <​code>​
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 petalinux-create --type project --template zynq --name <​boot_project_name>​ petalinux-create --type project --template zynq --name <​boot_project_name>​
 cd <​boot_project_name>​ cd <​boot_project_name>​
 +</​code>​ For UltraScale+:​ <​code>​
 +petalinux-create -t project --template zynqMP --name <​boot_project_name>​
 </​code>​ </​code>​
   - Get hardware description from Vivado project: <​code>​   - Get hardware description from Vivado project: <​code>​
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 Image Packaging Configurations:​ set ‘Root filesystem type’ option to ‘SD card’ Image Packaging Configurations:​ set ‘Root filesystem type’ option to ‘SD card’
                               : uncheck 'Copy final images to tfpboot'​                               : uncheck 'Copy final images to tfpboot'​
-</​code>​ Select ''​Exit'' ​and write the configuration.\\ \\ In case you want to reconfigure boot settings, run: <​code>​+</​code>​ Select ''​Exit'' ​to write the configuration.\\ \\ In case you want to reconfigure boot settings, run: <​code>​
 petalinux-config petalinux-config
 </​code>​ </​code>​
   - Check whether all required drivers/​modules are enabled in kernel config: <​code>​   - Check whether all required drivers/​modules are enabled in kernel config: <​code>​
 petalinux-config -c kernel petalinux-config -c kernel
-</​code>​ Hint: you can use vim-like search ''/<​search_string>''​ to list all enabled drivers/​modules.\\ **Remember to __Save__ changes before exit -- there is no autosave!** \\+</​code>​ Hint: you can use vim-like search ''/<​search_string>''​ to list all enabled drivers/​modules.\\ **Remember to __Save__ changes before exit -- it seems that there is no autosave!** \\
   - In order to use the generic UIO driver ''​uio_pdrv_genirq''​ enable kernel modules in kernel config: <​code>​   - In order to use the generic UIO driver ''​uio_pdrv_genirq''​ enable kernel modules in kernel config: <​code>​
 petalinux-config -c kernel petalinux-config -c kernel
 </​code>​ by navigating through settings tree and enabling modules (there should be '<​M>',​ not '<​*>'​):​ <​code>​ </​code>​ by navigating through settings tree and enabling modules (there should be '<​M>',​ not '<​*>'​):​ <​code>​
-Device Drivers -> <M> Userspace I/O drivers -> <M> Userspace I/O platform driver with generic IRQ handling+Device Drivers -> <*> Userspace I/O drivers -> <M> Userspace I/O platform driver with generic IRQ handling
                                                <​M>​ Userspace platform driver with generic irq and dynamic memory                                                <​M>​ Userspace platform driver with generic irq and dynamic memory
 </​code>​ </​code>​
 +  - In order to use the generic UIO driver modify the device tree to assign the compatibility with this driver to your hardware: <​code>​
 +vim ./​project-spec/​meta-user/​recipes-bsp/​device-tree/​files/​system-user.dtsi
 +</​code>​ and add the entry at the end of this file: <​code>​
 +&​axi_gpio_0 {
 + compatible = "​generic-uio";​
 +};
 +</​code>​ for every hardware module you have.\\ Please notice that ''​axi_gpio_0''​ __is only an example__ of module name!
   - Fix the u-boot bug -- a typo in default boot command.\\ The proper boot configure entry: <​code>​   - Fix the u-boot bug -- a typo in default boot command.\\ The proper boot configure entry: <​code>​
 default_bootcmd=run uenvboot; run cp_kernel2ram && bootm ${netstart} default_bootcmd=run uenvboot; run cp_kernel2ram && bootm ${netstart}
 </​code>​ is created by PetaLinux as <​code>​ </​code>​ is created by PetaLinux as <​code>​
 default_bootcmd=run uenvboot; run cp_kernel2ram && run cp_dtb2ram && booti ${netstart} - ${dtbnetstart} default_bootcmd=run uenvboot; run cp_kernel2ram && run cp_dtb2ram && booti ${netstart} - ${dtbnetstart}
-</​code>​ with the typo in ''​booti''​ instead of ''​bootm''​ command.\\ \\ To fix this bug, edit the ''​platform-top.h''​ file (after all other configuration is done): <​code>​+</​code>​ with the typo in ''​booti''​ instead of ''​bootm''​ command.\\ \\ To fix this bug, edit the ''​platform-top.h''​ file (it would not be overwrite if you reconfigure the boot or kernel): <​code>​
 vim ./​project-spec/​meta-user/​recipes-bsp/​u-boot/​files/​platform-top.h vim ./​project-spec/​meta-user/​recipes-bsp/​u-boot/​files/​platform-top.h
 </​code>​ and add the following entry at the end: <​code>​ </​code>​ and add the following entry at the end: <​code>​
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 #endif #endif
 </​code>​ </​code>​
-  - Build the boot and kernel ​files: <​code>​+  - Build the boot and kernel: <​code>​
 petalinux-build petalinux-build
 </​code>​ </​code>​
   - Determinate the bit file name in PetaLinux project (it is copied automatically from Vivado design by ''​--get-hw-description''​):​ <​code>​   - Determinate the bit file name in PetaLinux project (it is copied automatically from Vivado design by ''​--get-hw-description''​):​ <​code>​
-ls ./​images/​linux/​*.bin+ls ./​images/​linux/​*.bit
 </​code>​ </​code>​
   - Create ''​BOOT.BIN''​ image: <​code>​   - Create ''​BOOT.BIN''​ image: <​code>​
 petalinux-package --boot --format BIN --fsbl ./​images/​linux/​zynq_fsbl.elf --fpga ./​images/​linux/<​bit_filename>​.bit --u-boot petalinux-package --boot --format BIN --fsbl ./​images/​linux/​zynq_fsbl.elf --fpga ./​images/​linux/<​bit_filename>​.bit --u-boot
 </​code> ​ </​code> ​
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