- default value is the same as before patch
- system_stm32l4xx.c file is copied to family level with all other ST cube files
- specific clock configuration is now in a new file: system_clock.c (target level)
- nvic_addr.h file is now in TARGET_STM level
- default value is the same as before patch
- system_stm32l1xx.c file is copied to family level with all other ST cube files
- specific clock configuration is now in a new file: system_clock.c (target level)
- default value is the same as before patch
- system_stm32l0xx.c file is copied to family level with all other ST cube files
- specific clock configuration is now in a new file: system_clock.c (target level)
- default value is the same as before patch
- system_stm32f7xx.c file is copied to family level with all other ST cube files
- specific clock configuration is now in a new file: system_clock.c (target level)
- default value is the same as before patch
- system_stm32f3xx.c file is copied to family level with all other ST cube files
- specific clock configuration is now in a new file: system_clock.c (target level)
- default value is the same as before patch
- system_stm32f2xx.c file is copied to family level with all other ST cube files
- specific clock configuration is now in a new file: system_clock.c (target level)
- default value is the same as before patch
- system_stm32f1xx.c file is copied to family level with all other ST cube files
- specific clock configuration is now in a new file: system_clock.c (target level)
- default value is the same as before patch
- system_stm32f0xx.c file is copied to family level with all other ST cube files
- specific clock configuration is now in a new file: system_clock.c (target level)
The test assumed that data written to flash would be memory mapped
and directly accessible. On some platform this is not the case
and data has to read back through an explicit read command.
The test has been changed to use the flash read command instead
of direct memory access.
The FlashIAP is supposed to have access to the full application
memory, so the address scope has been changed to encompass
the entire external flash.
The address translation has also been changed to reflect the memory
layout in the documentation:
Realtek Ameba1 Memory Layout: 5.1 Flash Memory
A define which expands to more defines is not portable across all
compilers and GCC warns about this. Restructure this so the behavior
is defined. This fixes the GCC warning:
"this use of "defined" may not be portable"
In this commit, the analogin_s structure is moved to commonn_objects.h file
to limit the duplicaion.
The ADC handle is moved from a global variable to a struct member of the
analogin object. This allows multiple ADC instances to work correctly.
Note that State needs to be explicitely set to HAL_ADC_STATE_RESET
because the object is not zero initialized.
TXE indicates that a byte can be written to UART register for sending,
while TC indicates that last byte was completely sent. So the TXE flag
can be used in case of interrupt based Serial communication, to allow
faster and efficient application buffer emptying.
Also TXE flag will be erased from the interrupt when writing to register.
In case there is nothing to write in the register, the application is
expected to disable the interrupt.
The RXNE flag is getting cleared when reading Data Register so it should
not be cleared here. Especially in case of high data rate, another byte of
data could have received during irq_handler call and clearing the flag
would read and discard this data which would be lost for application.
jeromecoutant
Bartek Szatkowski
Mahadevan Mahesh
Laurent MEUNIER
Russ Butler
Jimmy Brisson
Marcus Chang
adustm
MS30 CCChang12