* align MPS2_M0 FVP target with other MPS2 targets
* moved memory_zones.h
* chnage the flash_api.c where referencing the old memory_zones
* modify mbed_rtx.h to use the memory_zones definations as INITIAL_SP
* all linker scripts reference the definitions from memory_zones.h
* tool chains use predefined 1K as ISR Stack size
* ARM Complier 5 and GCC will auto calculated heap size
* IAR use predefined 2MiB as heap size
* added memory_zones.h
* all linker scripts reference the definitions from memory_zones.h
* tool chains use predefined 1K as ISR Stack size
* ARM Complier 5 and GCC will auto calculated heap size
* IAR use predefined 2MiB as heap size
* added memory_zones.h
* all linker scripts reference the definitions from memory_zones.h
* tool chains use predefined 1K as ISR Stack size
* ARM Complier 5 and GCC will auto calculated heap size
* IAR use predefined 2MiB as heap size
* added memory_zones.h
* all linker scripts reference the definitions from memory_zones.h
* tool chains use predefined 1K as ISR Stack size
* ARM Complier 5 and GCC will auto calculated heap size
* IAR use predefined 2MiB as heap size
* added memory_zones.h
* all linker scripts reference the definitions from memory_zones.h
* tool chains use predefined 1K as ISR Stack size
* ARM Complier 5 and GCC will auto calculated heap size
* IAR use predefined 2MiB as heap size
Not only new target, any target update goes to own section. This covers
target updates to SDK, HAL implementation, target list, etc.
All these go to patch releases.
In `ticker speed` test case execution time of ticker API functions is measured using Timer object. Test replaces original ticker handler for testing purposes, so test should not relay on higher level ticker based features(like Timer).
Use low level ticker API for time measuring.
This PR provides implementation of ticker_free() function for the following boards:
ARCH_PRO
EV_COG_AD3029LZ
EV_COG_AD4050LZ
K22F
K64F
K82F
KW24D
KW41Z
LPC546XX
NRF51_DK
NRF52_DK
NUCLEO_F207ZG
NUCLEO_F401RE
NUCLEO_F429ZI
NUCLEO_F746ZG
REALTEK_RTL8195AM
I modified the _page_program() because when the request of the size exceeding the maximum size(256 byte) per one writing of Flash recieved, it was not able to loop the writing with sifting the address every 256 byte.
Also I modified the return value of flash_get_page_size() because I found that the minimum size per one writing of Flash is 1 byte by reviewing Flash spec.
"FLASH_PAGE_SIZE" macro's value is remain 256, it doesn't be used at flash_get_page_size(), used at _page_program() for refferencing of the maximum page size.
Edmund Hsu
Qinghao Shi
deepikabhavnani
Cruz Monrreal
paul-szczepanek-arm
Bence Kaposzta
Martin Kojtal
Juha Ylinen
Kari Haapalehto
David Saada
Jimmy Brisson
Jiwon Yune
Przemyslaw Stekiel
Teppo Järvelin
TomoYamanaka