o Implemented byte writes to EEPROM now that the emulator has a
byte-wide target write.
o Added comment describing the reason that mass erase doesn't work.
o Removed all unused code.
o Changed to Linux kernel indent style.
o Changed to Linux kernel function to parenthesis style.
o Stub generation doesn't use Perl, switched to sed. Also, only
including the instructions instead of the source and the instructions.
o Handling unaligned destination writes.
Target support for stm32l0's and stm32l1's including option bytes and
data EEPROM. This module will superceed the previous stm32l1 driver.
o Program flash write and erase.
o Options modification and interpretive status.
o Stubs for program flash writes and erases. Stubs are modestly
faster than non-stub version. The stm32l0 will not execute stubs
when the MCU has crashed. A monitor option may be used to force
non-stub flash writes.
o Stubs generated from C++ code and converted to arrays of half-words.
o Writes to data EEPROM supoprted when loading segments.
o EEPROM data monitor command to write words.
o Stubs supported on stm32l1.
All source files include general.h first and before anything else.
This inlcludes platform.h and platform_support.h
No header file needs to include to include any of these, but should include
any others needed for it's own declarations.
This appears to be related to Atmel Errata Reference 12015 (see ยง
35.4.1 DSU in the datasheet) but only applies to revision B silicon -
not revision C. While this is an old silicion revision (latest is
revision E as of 17 Jan 2015) I found one on a development board.
o Stubs were declared as globals which means they will be initialized
data. No need for this. Now, stubs are static const and are only
present in the program image.
If the WDT is running, it may reset while we are trying to flash.
Since we can't disable it, we set a long period and attempt to pet it
before each IAP call.
