just a short contribution to confirm that I tested these configurations with a ST-LINK V2 (chinese clone) and they are working correctly.
Each time I read eeprom (all zeroes), executed a program to fill eeprom with all 0xFF, another read with stm8flash -r to confirm all 0xFF, wrote back all zeroes with stm8flash -w, and verified with stm8flash -r that eeprom contains all zeroes. All OK.
I used the -s opt before to change option bytes both on S103 & S105 (bootloader, i2c, unlock), and all worked OK.
Thanks for your useful tool.
./stm8flash -c stlinkv2 -p stm8s103?3 -s eeprom -w 103_eeprom.bin
Determine EEPROM area
Due to its file extension (or lack thereof), "103_eeprom.bin" is considered as RAW BINARY format!
640 bytes at 0x4000... OK
Bytes written: 640
./stm8flash -c stlinkv2 -p stm8s103?3 -s eeprom -r 103_eeprom.bin
Determine EEPROM area
Due to its file extension (or lack thereof), "103_eeprom.bin" is considered as RAW BINARY format!
Reading 640 bytes at 0x4000... OK
Bytes received: 640
./stm8flash -c stlinkv2 -p stm8s105?4 -s eeprom -w 105_eeprom.bin
Determine EEPROM area
Due to its file extension (or lack thereof), "105_eeprom.bin" is considered as RAW BINARY format!
1024 bytes at 0x4000... OK
Bytes written: 1024
spth
commented
3 years ago
just a short contribution to confirm that I tested these configurations with a ST-LINK V2 (chinese clone) and they are working correctly. Each time I read eeprom (all zeroes), executed a program to fill eeprom with all 0xFF, another read with stm8flash -r to confirm all 0xFF, wrote back all zeroes with stm8flash -w, and verified with stm8flash -r that eeprom contains all zeroes. All OK. I used the -s opt before to change option bytes both on S103 & S105 (bootloader, i2c, unlock), and all worked OK. Thanks for your useful tool.
./stm8flash -c stlinkv2 -p stm8s103?3 -s eeprom -w 103_eeprom.bin Determine EEPROM area Due to its file extension (or lack thereof), "103_eeprom.bin" is considered as RAW BINARY format! 640 bytes at 0x4000... OK Bytes written: 640
./stm8flash -c stlinkv2 -p stm8s103?3 -s eeprom -r 103_eeprom.bin Determine EEPROM area Due to its file extension (or lack thereof), "103_eeprom.bin" is considered as RAW BINARY format! Reading 640 bytes at 0x4000... OK Bytes received: 640
./stm8flash -c stlinkv2 -p stm8s105?4 -s eeprom -w 105_eeprom.bin Determine EEPROM area Due to its file extension (or lack thereof), "105_eeprom.bin" is considered as RAW BINARY format! 1024 bytes at 0x4000... OK Bytes written: 1024
./stm8flash -c stlinkv2 -p stm8s105?4 -s eeprom -r 105_eeprom.bin