Thanks for the swift response and submitting the patch, I'll test it on Monday. No worries about credit, I'm just happy if we don't have to maintain a patched version ;)
I'll look into writing the partition handler. --- **[tickets:#448] Flashing S32K with FlexNVM partitioned as EEPROM crashes OpenOCD & puts chip in secure state** **Status:** new **Milestone:** 0.10.0 **Created:** Fri Jan 17, 2025 03:06 PM UTC by Jasper v. Blanckenburg **Last Updated:** Fri Jan 17, 2025 05:56 PM UTC **Owner:** nobody **Attachments:** - [init-s32k-eee.py](https://sourceforge.net/p/openocd/tickets/448/attachment/init-s32k-eee.py) (6.4 kB; text/x-python) - [kinetis_eeeprom.patch](https://sourceforge.net/p/openocd/tickets/448/attachment/kinetis_eeeprom.patch) (425 Bytes; text/x-patch) I'm working with an S32K116. When I 1. Mass-erase it with `kinetis mdm mass_erase` 2. Partition the FlexNVM as EEPROM (using the attached Python script) 3. Try to flash the MCU (by attaching with GDB and running `load`) OpenOCD crashes with an assertion failure in `src/flash/nor/kinetis.c:1492`. If I restart OpenOCD and try to flash the chip again, I get the message that the MCU is in secured state. As far as I understand, this happens because `kinetis_probe()` detects the EEPROM partitioning and thus does not allocate `sectors` or `prot_blocks` (`kinetis.c:3022`). If I add a check for `num_prot_blocks == 0` before the assert (see the attached patch), OpenOCD no longer crashes and the MCU does not go into secured state. I'm not sure if this is the correct place to fix it --- the assertion is kind of obvious, but I don't understand why the MCU goes into secured state, or why not failing the assertion prevents going into secured state. --- Sent from sourceforge.net because openocd-devel@lists.sourceforge.net is subscribed to https://sourceforge.net/p/openocd/tickets/ To unsubscribe from further messages, a project admin can change settings at https://sourceforge.net/p/openocd/admin/tickets/options. Or, if this is a mailing list, you can unsubscribe from the mailing list.
