; =====================================================
; bdiGDB configuration for STMicro STM32L152-EVAL board
; =====================================================
;
; Info about the JTAG clock frequency:
; ------------------------------------
; BDI2000:
;   0=Adaptive,
;   1=16MHz, 2=8MHz, 3=4MHz,
;   4= 1MHz, 5=500kHz, 6=200kHz, 7=100kHz, 8=50kHz,
;   9=20kHz, 10=10kHz, 11=5kHz, 12=2kHz, 13=1kHz
; BDI3000:
;   0=Adaptive,
;   1=32MHz, 2=16MHz, 3=11MHz, 4=8MHz, 5=5MHz, 6=4MHz,
;   7=1MHz, 8=500kHz, 9=200kHz, 10=100kHz, 11=50kHz,
;   12=20kHz, 13=10kHz, 14=5kHz, 15=2kHz, 16=1kHz,
;

[INIT]
WGPR    13      0x20003ffc      ;set SP to top of internal 16kB SRAM
;
; switch to 8Mhz HSE oscillator
;WM32    0x40023800  0x00010100  ;RCC_CR  : enable HSE oscillator
;DELAY   200                     ;let HSE oscillator start-up
;WM32    0x40023808  0x00000002  ;RCC_CFGR: select HSE as system clock
;


[TARGET]
CPUTYPE	    CORTEX-M3
;CLOCK       2                   ;BDI2000: JTAG clock 8MHz
CLOCK       6                   ;BDI3000: JTAG clock 4MHz
;CLOCK       2 6                 ;BDI3000: start with 4MHz then use 16MHz
POWERUP     2000                ;start delay after power-up detected in ms
RESET	    HARD 100            ;assert reset for 100 ms
WAKEUP	    100                 ;wait after reset released
STARTUP     HALT                ;halt immediately at the reset vector
ENDIAN      LITTLE              ;memory model (LITTLE | BIG)
BREAKMODE   HARD                ;SOFT or HARD
;MEMACCESS   AHB   2             ;memory access via AHB  (16 TCK's access delay)
MEMACCESS   AHB   10            ;Flash programming: needs 80 TCK's access delay for slow core clock
;
SCANPRED    1 5                 ;count for TMC TAP        (remove this line for SWD)
SCANSUCC    0 0			;no device after ARM core (remove this line for SWD)


[HOST]
IP          151.120.25.112
PROMPT	    STM32L>
FILE        E:/temp/dump16k.bin
FORMAT      BIN 0x20000000


[FLASH]
; Flash programming speed can be optimized by increasing ARM core clock
; and then increasing JTAG clock and/or decreasing MEMACCESS delay.
; If flash programming fails, then the BDI is too fast, adjust CLOCK and/or MEMACCESS.
;
; Programming Speed BDI2000 @  8MHz = 16 kByte / sec
; Programming Speed BDI3000 @  4MHz = 18 kByte / sec
; Programming Speed BDI3000 @ 16MHz = 25 kByte / sec
;
CHIPTYPE    STM32L15
CHIPSIZE    0x20000             ;128 kB FLASH
BUSWIDTH    32			;32 bit flash access
FILE        E:/temp/dump64k.bin
FORMAT      BIN 0x08010000
ERASE       0x08010000 256  256 ;erase 64kbyte (256 x 256 byte pages)


[REGS]
FILE    $regSTM32L.def