Intel Agilex® 7 Hard Processor System Remote System Update User Guide

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ID 683184
Date 6/09/2023
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Document Table of Contents
Document Table of Contents x
1. Overview 2. Use Cases 3. Quad SPI Flash Layout 4. Intel® Quartus® Prime Software and Tool Support 5. Software Support 6. Flash Corruption - Detection and Recovery 7. Remote System Update Example 8. Version Compatibility Considerations 9. Intel Agilex® 7 Hard Processor System Remote System Update User Guide Archives 10. Document Revision History for the Intel Agilex® 7 Hard Processor System Remote System Update User Guide A. Configuration Flow Diagrams B. RSU Status and Error Codes C. U-Boot RSU Reference Information D. LIBRSU Reference Information E. Combined Application Images
1. Overview x
1.1. Features 1.2. System Components 1.3. Glossary
2. Use Cases x
2.1. Manufacturing 2.2. Application Image Boot 2.3. Factory Image Boot 2.4. Modifying the List of Application Images 2.5. Querying RSU Status 2.6. Loading a Specific Image 2.7. Protected Access to Flash 2.8. Remote System Update Watchdog 2.9. RSU Notify 2.10. Updating the Factory Image 2.11. Updating the Decision Firmware 2.12. Retrying when Configuration Fails 2.13. Querying the Decision Firmware Version
3. Quad SPI Flash Layout x
3.1. High Level Flash Layout 3.2. Detailed Quad SPI Flash Layout 3.3. Decision Firmware Data Max Retry Information 3.4. Firmware Version Information
3.1. High Level Flash Layout x
3.1.1. Standard (non-RSU) Image Layout in Flash 3.1.2. RSU Image Layout in Flash – SDM Perspective 3.1.3. RSU Image Layout – Your Perspective
3.2. Detailed Quad SPI Flash Layout x
3.2.1. RSU Image Sub-Partitions Layout 3.2.2. Sub-Partition Table Layout 3.2.3. Configuration Pointer Block Layout 3.2.4. Image Layout
3.2.4. Image Layout x
3.2.4.1. Absolute Application Image Layout
4. Intel® Quartus® Prime Software and Tool Support x
4.1. Intel® Quartus® Prime Pro Edition Software 4.2. Programming File Generator 4.3. Intel® Quartus® Prime Programmer 4.4. Supported QSPI Flash Devices
4.1. Intel® Quartus® Prime Pro Edition Software x
4.1.1. Selecting Factory Load Pin 4.1.2. Enabling HPS Watchdog to Trigger RSU 4.1.3. Setting the Max Retry Parameter
4.2. Programming File Generator x
4.2.1. Programming File Generator File Types 4.2.2. Bitswap Option 4.2.3. Creating Images
4.2.3. Creating Images x
4.2.3.1. Creating Initial Flash Image 4.2.3.2. Creating Application Images 4.2.3.3. Creating Factory Update Images 4.2.3.4. Creating Decision Firmware Update Images 4.2.3.5. Creating Combined Application Images
4.2.3.1. Creating Initial Flash Image x
4.2.3.1.1. Creating Initial Flash Image for FPGA First 4.2.3.1.2. Creating Initial Flash Image for HPS First
5. Software Support x
5.1. SDM RSU Support 5.2. Arm Trusted Firmware Support 5.3. U-Boot RSU Support 5.4. Linux* RSU Support
5.3. U-Boot RSU Support x
5.3.1. U-Boot RSU APIs 5.3.2. U-Boot RSU Commands
5.4. Linux* RSU Support x
5.4.1. Intel® Service Driver 5.4.2. Intel® RSU Driver 5.4.3. LIBRSU Library 5.4.4. RSU Client
6. Flash Corruption - Detection and Recovery x
6.1. Decision Firmware 6.2. Decision Firmware Data 6.3. Configuration Pointer Block 6.4. Sub-Partition Table 6.5. Application Image 6.6. Factory Image 6.7. Example Maintenance Procedure
6.7. Example Maintenance Procedure x
6.7.1. Maintenance Procedure
6.7.1. Maintenance Procedure x
6.7.1.1. Recover Decision Firmware Procedure
7. Remote System Update Example x
7.1. Building RSU Example Binaries 7.2. Flashing the Binaries 7.3. Exercising U-Boot RSU Commands
7.1. Building RSU Example Binaries x
7.1.1. Setting up the Environment 7.1.2. Building the Hardware Projects 7.1.3. Building Arm* Trusted Firmware 7.1.4. Building Linux* 7.1.5. Building U-Boot 7.1.6. Building U-Boot Script 7.1.7. Creating the Initial Flash Image 7.1.8. Creating the Application Image 7.1.9. Creating the Factory Update Image 7.1.10. Creating the Decision Firmware Update Image 7.1.11. Building ZLIB 7.1.12. Building LIBRSU and RSU Client 7.1.13. Building the Root File System 7.1.14. Building the SD Card
7.2. Flashing the Binaries x
7.2.1. Flashing the Initial RSU Image to QSPI 7.2.2. Writing the SD Card Image
7.3. Exercising U-Boot RSU Commands x
7.3.1. Using U-Boot to Perform Basic Operations 7.3.2. Watchdog and Max Retry Operation 7.3.3. Updating the Factory Image Using U-Boot 7.3.4. Fallback on Flash Corruption of Application Images 7.3.5. Additional Flash Corruption Detection and Recovery
7.3.5. Additional Flash Corruption Detection and Recovery x
7.3.5.1. Corrupted Decision Firmware 7.3.5.2. Corrupted Decision Firmware Data 7.3.5.3. Corrupted Configuration Pointer Block 7.3.5.4. Corrupted Sub-Partition Table
8. Version Compatibility Considerations x
8.1. Component Versions 8.2. Component Interfaces 8.3. Component Version Compatibility 8.4. Using Multiple Intel® Quartus® Prime Software Versions for Bitstreams 8.5. Updating U-Boot to Support Different SSBL per Bitstream
8.5. Updating U-Boot to Support Different SSBL per Bitstream x
8.5.1. Using Multiple SSBLs with SD/MMC 8.5.2. Using Multiple SSBLs with QSPI 8.5.3. U-Boot Source Code Details
A. Configuration Flow Diagrams x
A.1. Load Image on Power Up or nConfig Flow A.2. Try Loading Image Process A.3. Request Specific Image Flow A.4. Configure after Image Failure Process A.5. Watchdog Timeout Flow
C. U-Boot RSU Reference Information x
C.1. Configuration Parameters C.2. Error Codes C.3. Using U-Boot RSU Without a Valid SPT or CPB C.4. Macros C.5. Data Types C.6. Functions C.7. RSU U-Boot Commands
C.1. Configuration Parameters x
C.1.1. rsu_protected_slot C.1.2. rsu_log_level C.1.3. rsu_spt_checksum
C.5. Data Types x
C.5.1. rsu_slot_info C.5.2. rsu_status_info
C.6. Functions x
C.6.1. rsu_init C.6.2. rsu_exit C.6.3. rsu_slot_count C.6.4. rsu_slot_by_name C.6.5. rsu_slot_get_info C.6.6. rsu_slot_size C.6.7. rsu_slot_priority C.6.8. rsu_slot_erase C.6.9. rsu_slot_program_buf C.6.10. rsu_slot_program_factory_update_buf C.6.11. rsu_slot_program_buf_raw C.6.12. rsu_slot_verify_buf C.6.13. rsu_slot_verify_buf_raw C.6.14. rsu_slot_enable C.6.15. rsu_slot_disable C.6.16. rsu_slot_load C.6.17. rsu_slot_load_factory C.6.18. rsu_slot_rename C.6.19. rsu_slot_delete C.6.20. rsu_slot_create C.6.21. rsu_status_log C.6.22. rsu_notify C.6.23. rsu_clear_error_status C.6.24. rsu_reset_retry_counter C.6.25. rsu_dcmf_version C.6.26. rsu_max_retry C.6.27. rsu_dcmf_status C.6.28. rsu_create_empty_cpb C.6.29. rsu_restore_cpb C.6.30. rsu_save_cpb C.6.31. rsu_restore_spt C.6.32. rsu_save_spt C.6.33. rsu_running_factory
C.7. RSU U-Boot Commands x
C.7.1. dtb C.7.2. list C.7.3. slot_by_name C.7.4. slot_count C.7.5. slot_disable C.7.6. slot_enable C.7.7. slot_erase C.7.8. slot_get_info C.7.9. slot_load C.7.10. slot_load_factory C.7.11. slot_priority C.7.12. slot_program_buf C.7.13. slot_program_buf_raw C.7.14. slot_program_factory_update_buf C.7.15. slot_rename C.7.16. slot_delete C.7.17. slot_create C.7.18. slot_size C.7.19. slot_verify_buf C.7.20. slot_verify_buf_raw C.7.21. status_log C.7.22. update C.7.23. notify C.7.24. clear_error_status C.7.25. reset_retry_counter C.7.26. display_dcmf_version C.7.27. display_dcmf_status C.7.28. display_max_retry C.7.29. restore_spt C.7.30. save_spt C.7.31. create_empty_cpb C.7.32. restore_cpb C.7.33. save_cpb C.7.34. check_running_factory
D. LIBRSU Reference Information x
D.1. Configuration File D.2. Error Codes D.3. Using LIBRSU Without a Valid SPT or CPB D.4. Macros D.5. Data Types D.6. Functions D.7. RSU Client Commands
D.5. Data Types x
D.5.1. rsu_slot_info D.5.2. rsu_status_info D.5.3. rsu_data_callback
D.6. Functions x
D.6.1. librsu_init D.6.2. librsu_exit D.6.3. rsu_slot_count D.6.4. rsu_slot_by_name D.6.5. rsu_slot_get_info D.6.6. rsu_slot_size D.6.7. rsu_slot_priority D.6.8. rsu_slot_erase D.6.9. rsu_slot_program_buf D.6.10. rsu_slot_program_factory_update_buf D.6.11. rsu_slot_program_file D.6.12. rsu_slot_program_factory_update_file D.6.13. rsu_slot_program_buf_raw D.6.14. rsu_slot_program_file_raw D.6.15. rsu_slot_verify_buf D.6.16. rsu_slot_verify_file D.6.17. rsu_slot_verify_buf_raw D.6.18. rsu_slot_verify_file_raw D.6.19. rsu_slot_program_callback D.6.20. rsu_slot_program_callback_raw D.6.21. rsu_slot_verify_callback D.6.22. rsu_slot_verify_callback_raw D.6.23. rsu_slot_copy_to_file D.6.24. rsu_slot_enable D.6.25. rsu_slot_disable D.6.26. rsu_slot_load_after_reboot D.6.27. rsu_slot_load_factory_after_reboot D.6.28. rsu_slot_rename D.6.29. rsu_slot_delete D.6.30. rsu_slot_create D.6.31. rsu_status_log D.6.32. rsu_notify D.6.33. rsu_clear_error_status D.6.34. rsu_reset_retry_counter D.6.35. rsu_dcmf_version D.6.36. rsu_max_retry D.6.37. rsu_dcmf_status D.6.38. rsu_save_spt D.6.39. rsu_restore_spt D.6.40. rsu_save_cpb D.6.41. rsu_create_empty_cpb D.6.42. rsu_restore_cpb D.6.43. rsu_running_factory
D.7. RSU Client Commands x
D.7.1. count D.7.2. list D.7.3. size D.7.4. priority D.7.5. enable D.7.6. disable D.7.7. request D.7.8. request-factory D.7.9. erase D.7.10. add D.7.11. add-factory-update D.7.12. add-raw D.7.13. verify D.7.14. verify-raw D.7.15. copy D.7.16. log D.7.17. notify D.7.18. clear-error-status D.7.19. reset-retry-counter D.7.20. display-dcmf-version D.7.21. display-dcmf-status D.7.22. display-max-retry D.7.23. create-slot D.7.24. delete-slot D.7.25. restore-spt D.7.26. save-spt D.7.27. create-empty-cpb D.7.28. restore-cpb D.7.29. save-cpb D.7.30. check-running-factory D.7.31. help
1. Overview
2. Use Cases
3. Quad SPI Flash Layout
4. Intel® Quartus® Prime Software and Tool Support
5. Software Support
6. Flash Corruption - Detection and Recovery
7. Remote System Update Example
8. Version Compatibility Considerations
9. Intel Agilex® 7 Hard Processor System Remote System Update User Guide Archives
10. Document Revision History for the Intel Agilex® 7 Hard Processor System Remote System Update User Guide
A. Configuration Flow Diagrams
B. RSU Status and Error Codes
C. U-Boot RSU Reference Information
D. LIBRSU Reference Information
E. Combined Application Images

7.3.5.4. Corrupted Sub-Partition Table

This example uses U-Boot commands to demonstrate how sub-partition table corruptions can be detected and recovered.
Note: The commands listed in this example assume the initial flash image (JIC) was written to flash, with no other changes.
  1. Power up the board, boot up to the U-Boot prompt and query the RSU status: 
    SOCFPGA # rsu status_log
Current Image   : 0x01000000
Last Fail Image : 0x00000000
State           : 0x00000000
Version         : 0x00000202
Error location  : 0x00000000
Error details   : 0x00000000
Retry counter   : 0x00000000

    The highest priority image is running, and there are no errors.

  2. Corrupt SPT0 file by erasing the flash at its location: 
    SOCFPGA # sf probe 
SF: Detected mt25qu02g with page size 256 Bytes, erase size 4 KiB, total 256 MiB
SOCFPGA # sf erase 0x0910000 0x1000
SF: 4096 bytes @ 0x910000 Erased: OK
  3. Power cycle the board, stop to U-Boot prompt and query RSU status: 
    SOCFPGA # rsu status_log
SF: Detected mt25qu02g with page size 256 Bytes, erase size 4 KiB, total 256 MiB
Bad SPT0 magic number 0xFFFFFFFF
Restoring SPT0
Current Image   : 0x01000000
Last Fail Image : 0x00000000
State           : 0x00000000
Version         : 0x00000202
Error location  : 0x00000000
Error details   : 0x00000000
Retry counter   : 0x00000000

    The decision firmware loads the highest priority image, and it does not look at the SPTs. The rsu_init function is called when the first RSU U-Boot command is executed, it detects that the SPT0 is corrupted, and it recovers it from SPT1.

  4. Save the currently used SPT to a file for backup purposes: 
    SOCFPGA # rsu save_spt ${loadaddr}
4100 bytes SPT data saved
SOCFPGA # fatwrite mmc 0:1 ${loadaddr} spt-backup.bin ${filesize}
4100 bytes written
  5. Corrupt both SPTs by erasing the flash at their locations: 
    SOCFPGA # sf probe
SF: Detected mt25qu02g with page size 256 Bytes, erase size 4 KiB, total 256 MiB
SOCFPGA # sf erase 0x910000 0x1000
SF: 4096 bytes @ 0x910000 Erased: OK
SOCFPGA # sf erase 0x918000 0x1000
SF: 4096 bytes @ 0x918000 Erased: OK
  6. Power cycle the board, stop to U-Boot prompt and query RSU status: 
    SOCFPGA # rsu status_log
Bad SPT1 magic number 0xFFFFFFFF
Bad SPT0 magic number 0xFFFFFFFF
no valid SPT0 and SPT1 found
Current Image   : 0x01000000
Last Fail Image : 0x00000000
State           : 0x00000000
Version         : 0x00000202
Error location  : 0x00000000
Error details   : 0x00000000
Retry counter   : 0x00000000

    The decision firmware loads the highest priority image, and it does not look at the SPTs. The rsu_init function is called when the first RSU U-Boot command is executed and it detects that both SPTs are corrupted.

  7. Try to run an RSU command which requires a valid SPT - it fails: 
    SOCFPGA # rsu slot_count
Bad SPT1 magic number 0xFFFFFFFF
Bad SPT0 magic number 0xFFFFFFFF
no valid SPT0 and SPT1 found
corrupted SPT --run rsu restore_spt <address> first
  8. Restore the SPT from the backup copy that we have created: 
    SOCFPGA # fatload mmc 0:1 ${loadaddr} spt-backup.bin
4100 bytes read in 2 ms (2 MiB/s)
SOCFPGA # rsu restore_spt ${loadaddr}
  9. Power cycle the board, the highest priority image loads, and all functionality is available. This power cycle is needed to cause the rsu_init function to be called in U-Boot, as it is only called once when the first RSU command is called.
Level Two Title