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Ixiasoft
2.1. Starting the Flash Programmer GUI
2.2. Specifying your Flash Programmer Settings
2.3. Working with Flash Programmer Settings Files
2.4. Setting the Hardware Connection
2.5. Checking System ID and System Timestamp
2.6. Generating Flash Files and Programming Flash Memory
2.7. Document Revision History for Using the Flash Programmer GUI
B.1. Overview
B.2. Start Button Grayed Out in the Flash Programmer GUI
B.3. 'No Nios® II Processors Available' Error
B.4. 'No CFI Table Found' Error
B.5. 'No EPCS Registers Found' Error
B.6. 'System Does Not Have Any Flash Memory' Error
B.7. 'Reading System ID at Address 0x<address>: FAIL' Error
B.8. 'Base Address Not Aligned on Size of Device' Error
B.9. Document Revision History for Troubleshooting
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Ixiasoft
3.2.2. sof2flash Command-Line Examples
- Converts standard.sof to an S-record file named standard_cfi.flash intended for a CFI flash memory. The S-record offset begins at 0x0.
sof2flash --offset=0x0 --input=standard.sof \ --output=standard_cfi.flash
- Converts standard.sof to an S-record file named standard_epcs.flash intended for an EPCS device.
sof2flash --epcs --input=standard.sof --output=standard_epcs.flash
- Converts standard.sof to an S-record file named standard_epcq.flash intended for an EPCQ device.
sof2flash --epcq --input=standard.sof --output=standard_epcq.flash
- Converts standard.sof to an S-record file named standard.flash for use with the parallel flash loader, and generates an option-bits overwrite file standard.map.flash for option bits at offset 0x18000 on the flash memory device.
sof2flash --optionbit=0x18000 --pfl --input=standard.sof \ --output=standard.flash --offset=0x640000
Note: It is recommended that you not use the standard.map.flash file even if you generate it. The --optionbit command-line option is required for correct functioning of the --pfl option, but the resulting overwrite file should be ignored.