كيفية ضغط محمل الإقلاع لـ STM8 لحجم 18 بايت في ذاكرة فلاش

stm8/ TITLE "boot_FLASH.asm" .NOLIST #include "STM8S103F3P.inc" .LIST MOTOROLA WORDS segment byte at 8000 'boot_start' boot_start: jp boot_FLASH_start dc.b $00 ; boot_FLASH ; ******************************************************** ;  0x8004...0x9FC1      WORDS ; segment byte at 8004 'main_FLASH' main_FLASH_start: ldw X, #$03FF ldw SP, X mov UART1_BRR1, #13 mov UART1_CR2, #%00001100 main_FLASH_cycle: callr main_delay ;   bset PB_DDR,#5 bset PB_CR1,#5 ;   byte1_tx: mov UART1_DR, #$80 byte1_wait_tx btjf UART1_SR, #7, byte1_wait_tx callr main_delay boot_RAM_exit1: ;   bres PB_DDR,#5 ; bres PB_CR1,#5 ; ;   byte2_tx: mov UART1_DR, #$08 byte2_wait_tx btjf UART1_SR, #7, byte2_wait_tx jra main_FLASH_cycle main_delay: decw X jrne main_delay ret segment byte at 9FC2 'boot_FLASH' boot_FLASH_start: mov UART1_BRR1, #13; Fmaster=16/8=2/9600/16 mov UART1_CR2, #%00001100;  / ;   UART1   RST_SR boot_FLASH_RST_SR_tx: mov UART1_DR, RST_SR ;    ,      ;      ;    X    ( 200 ) ldw X,#0 boot_FLASH_wait_byte1: decw X jreq boot_FLASH_exit;       btjf UART1_SR, #5, boot_FLASH_wait_byte1 ;   ,   , ;  X     ld A, UART1_DR ld XH, A ;      boot_FLASH_wait_byte2: btjf UART1_SR, #5, boot_FLASH_wait_byte2 ;    ld A, UART1_DR ld XL, A ;  X -    ;   X       ldw Y, #$0400 ;  Y   0x0400 (RAM_END + 1) ;    boot_FLASH_rx_block_wait: btjf UART1_SR, #5, boot_FLASH_rx_block_wait boot_EEPROM_rx_block_entry: decw Y ;      Y     ld A, UART1_DR ld (Y), A decw X ;      X      jrne boot_FLASH_rx_block_wait ;      jp (Y) ;    ()  boot_FLASH_exit: dc.b $CC boot_FLASH_exit_addr: dc.w main_FLASH_start end ; 

 stm8/ TITLE "boot_FLASH_EEPROM.asm" .NOLIST #include "STM8S103F3P.inc" .LIST MOTOROLA WORDS segment byte at 4000 'eeprom' ;  boot_EEPROM dc.b $35, $0D, $52, $32, $35, $0C, $52, $35 dc.b $35, $01, $52, $31, $5A, $27, $16, $72 dc.b $0B, $52, $30, $F8, $C6, $52, $31, $72 dc.b $0B, $52, $30, $FB, $3B, $52, $31, $4A dc.b $26, $F5, $96, $5C, $FC, $CE, $9F, $FE dc.b $2B, $FA, $90, $AE, $42, $7F, $AE, $02 dc.b $7F, $CC, $9F, $F4 segment byte at 8000 'boot_start' boot_start: jp boot_FLASH_start dc.b $01 ; boot_FLASH_EEPROM ; ******************************************************** ;  0x8004...0x9FEE      segment byte at 8004 'main_FLASH' ;   main_FLASH_start: ldw X, #$03FF ldw SP, X mov UART1_BRR1, #13 mov UART1_CR2, #%00001100 main_FLASH_cycle: callr main_delay ;   bset PB_DDR,#5 bset PB_CR1,#5 ;   byte1_tx: mov UART1_DR, #$80 byte1_wait_tx btjf UART1_SR, #7, byte1_wait_tx callr main_delay boot_RAM_exit1: ;   bres PB_DDR,#5 ; bres PB_CR1,#5 ; ;   byte2_tx: mov UART1_DR, #$08 byte2_wait_tx btjf UART1_SR, #7, byte2_wait_tx jra main_FLASH_cycle main_delay: decw X jrne main_delay ret ;   EEPROM -> RAM segment byte at 9FEF 'boot_FLASH' boot_FLASH_start: ldw X, SP ; Y <- { EEPROM_START + RAM_END} ; Y <- { $4000 + $03FF = $43FF } ldw Y, #$43FF boot_FLASH_copy: ld A, (Y) ld (X), A decw Y decw X jrpl boot_FLASH_copy incw X jp (X) boot_FLASH_exit_address: dc.w main_FLASH_start end ; 

 stm8/ TITLE "boot_FLASH_OPTION.asm" .NOLIST #include "STM8S103F3P.inc" .LIST MOTOROLA WORDS segment byte at 4800 'boot_OPTION' ;    boot_OPTION dc.b $00, $00, $FF, $00, $FF, $00, $FF, $00 dc.b $FF, $00, $FF, $35, $0D, $52, $32, $35 dc.b $0C, $52, $35, $35, $25, $52, $31, $5A dc.b $27, $16, $72, $0B, $52, $30, $F8, $C6 dc.b $52, $31, $72, $0B, $52, $30, $FB, $3B dc.b $52, $31, $4A, $26, $F5, $96, $5C, $FC dc.b $AE, $80, $04, $2B, $FA, $90, $AE, $42 dc.b $7F, $AE, $02, $7F, $CC, $9F, $F6, $00 segment byte at 8000 'boot_start' boot_start: ldw X, SP jp boot_FLASH_start ; ******************************************************** ;  0x8004...0x9FF1      segment byte at 8004 'main_FLASH' ;   main_FLASH_start: ldw X, #$03FF ldw SP, X mov UART1_BRR1, #13 mov UART1_CR2, #%00001100 main_FLASH_cycle: callr main_delay ;   bset PB_DDR,#5 bset PB_CR1,#5 ;   byte1_tx: mov UART1_DR, #$80 byte1_wait_tx btjf UART1_SR, #7, byte1_wait_tx callr main_delay boot_RAM_exit1: ;   bres PB_DDR,#5 ; bres PB_CR1,#5 ; ;   byte2_tx: mov UART1_DR, #$08 byte2_wait_tx btjf UART1_SR, #7, byte2_wait_tx jra main_FLASH_cycle main_delay: decw X jrne main_delay ret ;   OPTION -> RAM segment byte at 9FF2 'boot_FLASH' boot_FLASH_start: ; Y <- { OPTION_START + RAM_END} ; Y <- { $4800 + $03FF = $43FF } ldw Y, #$43FF boot_FLASH_copy: ld A, (Y) ld (X), A decw Y decw X jrpl boot_FLASH_copy incw X jp (X) boot_FLASH_exit_address: dc.w main_FLASH_start end ; 

 stm8/ TITLE “boot_RAM.asm” MOTOROLA #include "STM8S103F3P.inc" BYTES segment byte at 0000 'boot_RAM_data' boot_RAM_start: ;  pull-up   (     )   ,   ,  14  ; ld A, #%01001100 ; [A6 4C] ; cpl A ; [43] ; ld PA_CR1, A ; [C7 50 03] ; ld PB_CR1, A ; [C7 50 08] ; ld PC_CR1, A ; [C7 50 0D] ; ld PD_CR1, A ; [C7 50 12]   PD6(UART1_RX), PD2, PD1 ;  UART1  /   9600,     (8 ,   , 1  ) ; mov UART1_BRR2, #0 ; [35 00 52 33]  Fmaster=16/8=2  9600 mov UART1_BRR1, #13 ; [35 0D 52 32]  Fmaster=16/8=2  9600 mov UART1_CR2, #%00001100 ; [35 0C 52 35] UART1_CR2.TEN <- 1 UART1_CR2.REN <- 1  / ;    UART1 boot_RAM_byte1_tx: mov UART1_DR, #$02 boot_RAM_byte1_wait_tx btjf UART1_SR, #7, boot_RAM_byte1_wait_tx ldw X,#0 ; [AE 00 00] boot_FLASH     X boot_RAM_wait1: decw X ; [5A] jreq boot_RAM_exit1 ; jra boot_RAM_wait1 boot_RAM_exit1: ;   bres PB_DDR,#5 ; bres PB_CR1,#5 ; ;    UART1 boot_RAM_byte2_tx: mov UART1_DR, #$20 ; [35 11 52 31] boot_RAM_byte2_wait_tx btjf UART1_SR, #7, boot_RAM_byte2_wait_tx ldw X,#0 ; [AE 00 00] boot_FLASH     X boot_RAM_wait2: decw X ; [5A] jreq boot_RAM_exit2 ; jra boot_RAM_wait2 boot_RAM_exit2: ;   bset PB_DDR,#5 ; bset PB_CR1,#5 ; jra boot_RAM_byte1_tx end 

 stm8/ TITLE "boot_uC_rev14.asm" ; boot_uC = boot_OPTION + boot_FLASH MOTOROLA .NOLIST #include "STM8S103F3P.inc" .LIST WORDS ; ******************************************************** segment byte at 4800 'boot_O_IMG' ;0000FF00FF00FF00FF00FF350D523235 ;0C5235351452315A2716720B5230F8C6 ;5231720B5230FB3B52314A26F5965CFC ;CE9FFE2BFA90AE427FAE027FCC9FF400 ;    ; $4800    RAM dc.b $00, $00, $FF, $00, $FF, $00, $FF, $00, $FF, $00, $FF ; OPTION (RAM) ; $480B ($0000)    boot_O boot_O_start: ;  UART 96008N1 Fmaster=16/8=2/9600/16 ; mov UART1_BRR2, #0 ; [35 00 52 33]     mov UART1_BRR1, #13 ; [35 0D 52 32] ; UART1_CR2.TEN <- 1 UART1_CR2.REN <- 1  / mov UART1_CR2, #%00001100 ; [35 0C 52 35] ; $4813 ($0008) boot_E_byte1_tx: ;   $14  mov UART1_DR, #$14 ; [35 14 52 31] ;    ,     ;      ;  X   ( 200 ) ; clrw X ; [5F]  X   boot_F ; $4817 ($000C) boot_O_rx_wait_byte: decw X ; [5A] jreq boot_O_exit ; [27 16]       btjf UART1_SR, #5, boot_O_rx_wait_byte ; [72 OB 52 30 F8] ;   ,   ,  A    ; $481F ($0014) ld A, UART1_DR ; [C6 52 31] ; $4822 ($0017)    boot_O_rx_wait_block: btjf UART1_SR, #5, boot_O_rx_wait_block ; [72 OB 52 30 FB] push UART1_DR ; [3B 52 31] dec A ; [4A] ;      A      jrne boot_O_rx_wait_block ; [26 F5] ; $482D ($0022)      ldw X, SP ; [96] incw X ; [5C] boot_O_exit_to_FLASH: jp (X) ; [FC] ; $4830 ($0025)     boot_O_exit: ldw X, boot_F_exit_address ; [CE 9F FE] jrmi boot_O_exit_to_FLASH ; [2B FA] ; if X < $8000     $0000 ;     EEPROM boot_O_exit_to_EEPROM: ; Y <- { EEPROM_END} ldw Y, #$427F ; [90 AE 42 7F] ; X <- { EEPROM_END - EEPROM_START } ;   EEPROM  RAM ldw X, #$027F ; [AE 02 7F] jp boot_F_copy ; [CC 9F F4] ; $483F ($0034) dc.b $00 ;   boot_O_end: ; ******************************************************** segment byte at 8000 'RESET_vector' ;96CC9FF0 ldw X, SP ; [96] X <- RAM_END jp boot_F_start ; [CC 9F F0] ; ******************************************************** ;  0x8004...0x9FEF      segment byte at 8004 'main_FLASH' ;20FE jra * ; [20 FE] ; ******************************************************** ;   boot_FLASH segment byte at 9FF0 'boot_F' ;90AE4C0A90F6F7905A5A2AF85CFC8004 boot_F_start: ; Y <- { boot_O_START + RAM_END} { $480B + $03FF = $4C0A } ldw Y, #$4C0A ; [90 AE 4C 0A] ;     ; boot_FLASH, boot_OPTION      boot_F_copy: ld A, (Y) ; [90 F6] ld (X), A ; [F7] decw Y ; [90 5A] decw X ; [5A] jrpl boot_F_copy ; [2A F8]  X(Y) >= RAM_START(boot_O_START) incw X ; [5C] jp (X) ; [FC] boot_F_exit_address: dc.w $8004 ; [80 04] ; dc.w $0000 ; [00 00] end ; 

 stm8/ TITLE "boot_uC_rev25.asm" ; boot_uC = boot_OPTION + boot_FLASH MOTOROLA .NOLIST #include "STM8S103F3P.inc" .LIST BYTES ; ******************************************************** ;        EEPROM  ; boot_O_exit_address    $0000 (   <$8000) ;       ;          segment byte at 0000 'boot_O_IMG' main_ram: ;20FE jra * ; [20 FE] WORDS ; ******************************************************** segment byte at 4800 'boot_O_IMG' ;0000FF00FF00FF00FF00FF350D523235 ;0C5235351452315A2716720B5230F8C6 ;5231720B5230FB3B52314A26F5965CFC ;AE80042BFA90AE427FAE027FCC9FF600 ;    ; $4800    RAM dc.b $00, $00, $FF, $00, $FF, $00, $FF, $00, $FF, $00, $FF ; OPTION (RAM) ; $480B ($0000)    boot_OPTION boot_O_start: ;  UART 96008N1 Fmaster=16/8=2/9600/16 ; mov UART1_BRR2, #0 ; [35 00 52 33]     mov UART1_BRR1, #13 ; [35 0D 52 32] ; UART1_CR2.TEN <- 1 UART1_CR2.REN <- 1  / mov UART1_CR2, #%00001100 ; [35 0C 52 35] ; $4813 ($0008) boot_E_byte1_tx: ;   $14  mov UART1_DR, #$14 ; [35 14 52 31] ;    ,     ;      ;  X   ( 200 ) ; clrw X ; [5F]  X   boot_F ; $4817 ($000C) boot_O_rx_wait_byte: decw X ; [5A] jreq boot_O_exit ; [27 16]       btjf UART1_SR, #5, boot_O_rx_wait_byte ; [72 OB 52 30 F8] ;   ,   ,  A    ; $481F ($0014) ld A, UART1_DR ; [C6 52 31] ; $4822 ($0017)    boot_O_rx_wait_block: btjf UART1_SR, #5, boot_O_rx_wait_block ; [72 OB 52 30 FB] push UART1_DR ; [3B 52 31] dec A ; [4A] ;      A      jrne boot_O_rx_wait_block ; [26 F5] ; $482D ($0022)      ldw X, SP ; [96] incw X ; [5C] boot_O_exit_to_FLASH: jp (X) ; [FC] ; $4830 ($0025)     boot_O_exit: dc.b $AE ; ldw X, #boot_O_exit_address ; [AE 80 04] ; $4831 ($0026) ;      boot_O_exit_address: dc.w main_flash ; [80 04] ; dc.w main_ram ; [00 00] jrmi boot_O_exit_to_FLASH ; [2B FA] ; if X < $8000     $0000 ;     EEPROM boot_O_exit_to_EEPROM: ; Y <- { EEPROM_END} ldw Y, #$427F ; [90 AE 42 7F] ; X <- { EEPROM_END - EEPROM_START } ;   EEPROM  RAM ldw X, #$027F ; [AE 02 7F] jp boot_F_copy ; [CC 9F F4] ; $483F ($0034) dc.b $00 ;   boot_O_end: ; ******************************************************** segment byte at 8000-8003 'RESET_vector' ;96CC9FF2 ldw X, SP ; [96] X <- RAM_END jp boot_F_start ; [CC 9F F2] ; ******************************************************** ;  0x8004...0x9FF1      segment byte at 8004 'main_FLASH' main_flash: ;20FE jra * ; [20 FE] ; ******************************************************** ;   boot_FLASH segment byte at 9FF2-9FFF 'boot_F' ;90AE4C0A90F6F7905A5A2AF85CFC boot_F_start: ; Y <- { boot_O_START + RAM_END} { $480B + $03FF = $4C0A } ldw Y, #$4C0A ; [90 AE 4C 0A] ;     ; boot_FLASH, boot_OPTION      boot_F_copy: ld A, (Y) ; [90 F6] ld (X), A ; [F7] decw Y ; [90 5A] decw X ; [5A] jrpl boot_F_copy ; [2A F8]  X(Y) >= RAM_START(boot_O_START) incw X ; [5C] jp (X) ; [FC] end ;