Tiny Multi Bootloader+ / Discussion / General Discussion: dsPIC30 Bootloader

Dan - 2014-06-14

Hi,All

I was successful in writing flash of dsPIC30.

I verified the Config and EEPROM current.

Contributions Once I have completed.

I think to become a template for 24/24H/dsPIC33.

Last edit: Dan 2014-06-14

Image1.jpg

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Dan - 2014-06-16

Hi,All

dsPIC30 corresponding version was completed.

I attach the host program.

and ds30F3012's firmware.

and ds33FJ128GP202's firmware.

(If you create the firmware, also corresponds to the writing of the PIC24.)

My Change: //$nn

Details of the changes described in the ReadMe.txt

Last edit: Dan 2014-06-18

2014.06.18.zip

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Dan - 2014-06-18

Hi,All

I was able to operate also confirmed PIC24HJ12GP202.

Corresponding to the D type is almost complete.

2014.06.18-1.zip

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Dan - 2014-06-18

Hi,All

Distinction of the E-type and D-type.

Relationship with the E-type and D-type is similar to the relationship of PIC18J and PIC18.

"Frash Config Words" does not exist in the D-type.

[Device corresponding to the D-type]
dsPIC30F
PIC24F
PIC24FV
PIC24HJ
PIC24E(Partial)
dsPIC33F(Partial)
dsPIC33E(Partial)

[Device corresponding to the E-type]
PIC24FJ
PIC24E(Partial)
dsPIC33F(Partial)
dsPIC33E(Partial)

Last edit: Dan 2014-06-18

Type-D.jpg

Type-E.jpg

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Dan - 2014-06-21

Hi,All

Modified the host program, I also support E-Type.

I attach the firmware and modified version host program.

The host program the previous presentation, reset by the RTS was disabled.
(Reset by the DTR is enabled.)
------------->
I was back to the original specification in a modified version of this.

Source Changes:
//$nn ---> //$#nn

2014.06.21.zip

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Dan - 2014-06-23

Hi,All

Because I can cope with PIC device of all the Tiny AVR/PIC Bootloader+,
for data transfer format, I will summarize here.

Action command does not exist in Tiny AVR/PIC Bootloader+.
Rather than a command from the host side, perform firmware is necessary to erase flash memory.

1.The type of data transfer

There are three data to be transferred from Tiny AVR/PIC Bootloader+ host.

①Flash Data
②EEPROM Data
③Config Data (24-bit PIC and PIC18F)

Represents the character of one byte [] below.

2.Data format of 14-bit PIC (PIC10F/12F/16F), "B"-Family

①Flash transfer format:
[AddressH][AddressL][2*N][DataL(1)][DataH(1)]....[DataL(N)][DataH(N)][SUM]

[AddressH] Start address of the flash page to override the data. (upper)
[AddressL] Start address of the flash page to override the data. (lower)
[2*N] Number of transfers of data as described in piccode.ini. (byte notation)
[DataL/H(n)] Rewrite data (2*N)bytes.
[SUM] Checksum.

②EEPROM transfer format:
[EEAddressH][EEAddressL][2][EEData][0][SUM]

[EEAddressH] Address of the EEPROM to override the data | 0x40 (upper)
[EEAddressL] Address of the EEPROM to override the data. (lower) EEAddressH:EEAddressL >= 0x4000
[2] Number of data transfers. (Always 2)
[EEData] EEPROM 8-bit data to be rewritten.
[0] Always 0.
[SUM] Checksum.

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Dan - 2014-06-23

3.Data format of 16-bit PIC (PIC18F), "C"-Family

①Flash transfer format:
[AddressU][AddressH][AddressL][2*N][DataL(1)][DataH(1)]....[DataL(N)][DataH(N)][SUM]

[AddressU] Start address of the flash page to override the data. (upper)
[AddressH] Start address of the flash page to override the data. (middle)
[AddressL] Start address of the flash page to override the data. (lower)
[2*N] Number of transfers of data as described in piccode.ini. (byte notation)
[DataL/H(n)] Rewrite data (2*N)bytes.
[SUM] Checksum.

②EEPROM transfer format:
[EEAddressU][EEAddressH][EEAddressL][1][EEData][SUM]

[EEAddressU] Address of the EEPROM to override the data | 0x40. (upper)
[EEAddressH] Address of the EEPROM to override the data. (middle)
[EEAddressL] Address of the EEPROM to override the data. (lower)
EEAddressU:EEAddressH:EEAddressL >= 0x400000
[1] Number of data transfers. (Always 1)
[EEData] EEPROM 8-bit data to be rewritten.
[SUM] Checksum.

③Config transfer format:
[CFGAddressU][CFGAddressH][CFGAddressL][14][CFGDataL(1)][CFGDataH(1)].....[CFGDataL(7)][CFGDataH(7)][SUM]

[CFGAddressU] Start address of the Config data to overwrite the data | 0x80. (upper)
[CFGAddressH] Start address of the Config data to overwrite the data. (middle)
[CFGAddressL] Start address of the Config data to overwrite the data. (lower)
CFGAddressU:CFGAddressH:CFGAddressL >= 0x800000
[14] Number of data transfers. (Always 14)
[CFGData(n)] Rewrite data (2*7)bytes.
[SUM] Checksum.

4.Data format of 16-bit PIC (PIC18F-J), "J"-Family

①Flash transfer format:
[AddressU][AddressH][AddressL][2*N][DataL(1)][DataH(1)]....[DataL(N)][DataH(N)][SUM]

[AddressU] Start address of the flash page to override the data. (upper)
[AddressH] Start address of the flash page to override the data. (middle)
[AddressL] Start address of the flash page to override the data. (lower)
[2*N] Number of transfers of data as described in piccode.ini. (byte notation)
[DataL/H(n)] Rewrite data (2*N)bytes.
[SUM] Checksum.

②Config transfer format:
[CFGAddressU][CFGAddressH][CFGAddressL][8][CFGDataL(1)][CFGDataH(1)].....[CFGDataL(4)][CFGDataH(4)][SUM]

[CFGAddressU] Start address of the Config data to overwrite the data | 0x80. (upper)
[CFGAddressH] Start address of the Config data to overwrite the data. (middle)
[CFGAddressL] Start address of the Config data to overwrite the data. (lower)
CFGAddressU:CFGAddressH:CFGAddressL >= 0x800000
[8] Number of data transfers. (Always 8)
[CFGData(n)] Rewrite data (2*4)bytes.
[SUM] Checksum.

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Dan - 2014-06-23

5.Data format of 24-bit PIC, "D"-Family

①Flash transfer format:
[AddressL][AddressH][AddressU][3*N][DataL(1)][DataH(1)][DataU(1)]....[DataL(N)][DataH(N)][DataU(N)][SUM]

[AddressL] Start address of the flash page to override the data. (lower)
[AddressH] Start address of the flash page to override the data. (middle)
[AddressU] Start address of the flash page to override the data. (upper)
[3*N] Number of transfers of data as described in piccode.ini. (byte notation)
[DataL/H/U(n)] Rewrite data (3*N)bytes.
[SUM] Checksum.

②EEPROM transfer format:
[EEAddressL][EEAddressH][EEAddressU][2][EEDataL][EEDataH][SUM]

[EEAddressL] Address of the EEPROM to override the data (lower).
[EEAddressH] Address of the EEPROM to override the data (middle).
[EEAddressU] Address of the EEPROM to override the data (upper).
[2] Number of data transfers. (Always 2)
[EEDataL/H] EEPROM 16-bit data to be rewritten.
[SUM] Checksum.

③Config transfer format:
[CFGAddressL][CFGAddressH][CFGAddressU][18][CFGDataL(1)][CFGDataH(1)].....[CFGDataL(9)][CFGDataH(9)][SUM]

[CFGAddressL] Start address of the Config data to overwrite the data. (lower)
[CFGAddressH] Start address of the Config data to overwrite the data. (middle)
[CFGAddressU] Start address of the Config data to overwrite the data. (upper)
[18] Number of data transfers. (Always 18)
[CFGDataL/H(n)] Rewrite data (2*9)bytes.
[SUM] Checksum.

6.Data format of 24-bit PIC, "E"-Family

①Flash transfer format:
[AddressL][AddressH][AddressU][3*N][DataL(1)][DataH(1)][DataU(1)]....[DataL(N)][DataH(N)][DataU(N)][SUM]

[AddressL] Start address of the flash page to override the data. (lower)
[AddressH] Start address of the flash page to override the data. (middle)
[AddressU] Start address of the flash page to override the data. (upper)
[3*N] Number of transfers of data as described in piccode.ini. (byte notation)
[DataL/H/U(n)] Rewrite data (3*N)bytes.
[SUM] Checksum.

②Config transfer format:
[CFGAddressL][CFGAddressH][CFGAddressU][30][CFGDataL(1)][CFGDataH(1)][CFGDataU(1)].....[CFGDataL(10)][CFGDataH(10)][CFGDataU(10)][SUM]

[CFGAddressL] Start address of the Config data to overwrite the data. (lower)
[CFGAddressH] Start address of the Config data to overwrite the data. (middle)
[CFGAddressU] Start address of the Config data to overwrite the data. (upper)
[30] Number of data transfers. (Always 30)
[CFGDataL/H/U(n)] Rewrite data (3*10)bytes.
[SUM] Checksum.

Last edit: Dan 2014-06-24

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edorul - 2014-07-02

Hello Dan!

Thanks a lot for the new "D" and "E" families support in TinyBootloader+, the new firmwares and all the updates you made! You're great!!! I hope we'll meet one day :-)

So, by now I'm gathering everything from your posts and I'll post a v0.9.0 with all your addons.

Best regards,
Edorul

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Steven Nelson - 2016-10-03

I downloaded the code looking for the (partial) support of the dsPIC33E chips, and under the Type D folder, there are no files! Did these get dropped somewhere?
I've been trying to modify MicroChip's dsPIC33E bootloaders, but have had little success--was hoping that Tiny Multi Bootloader+ might be the answer...

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Dan - 2016-10-04

Hi,Nelson
Please look for the following fofolders.

Tiny_Avr-Pic_Bootloader+ (v0.9.0)
Tiny Multi Bootloader+ (v0.10.0)

Best regards,
Dan

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Ayinde Olayiwola - 2018-05-24

Hi Dan, i have been trying for months on increasing the TinyBootloader size from 100words to about 200words for PIC18, what do i need to change in the code and PC Software?

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- Anobium - 2018-05-24
  
  Why? Same question.
  
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Dan - 2018-05-24

Hi,

Firmware size can not be freely selected.
If the erase/write unit is 16 words
84, 100, 116, 132 ...
If the erase/write unit is 32 words
100, 132, 164, ....
If the erase/write unit is 64 words
132, 196, .........

Please make it to be N x U + 4 for erase/write unit U. (N = 1, 2, 3, ....)

2.Change piccodes.ini
Even if the corresponding device already exists, assign another number.
The following is an example of PIC10F322

; PIC10 family
; example: PIC10F322 Flash: 512 words = 200h; 200h*2 = 400h
;-----------
$11, B, 10F 322 (100W), $400, $000, default, 32,
$12, B, 10F 322 (84W), $400, $000, 168, 32,
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Ayinde Olayiwola - 2018-05-24

Thank you Dan, That information was very helpful, so i can adjust the firmware size from the piccodes.ini only or do i need to change any other thing in the PC software?

i really appreciate your reply.

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Ayinde Olayiwola - 2018-05-24

Hello Dan, please write an example for PIC16F877 to be firmware size to about 132 words

; PIC16 family
; example: PIC16F877 Flash: 8192 words = 2000h; 2000h*2 = 4000h
;-----------
$31, B, 16F 876/877/876A/877A, $4000, $100, default, default,

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Dan - 2018-05-25

exsample
$40, B, 16F 876/877/876A/877A, $4000, $100, 264, default,

$00 < NUMBER =< $FF

Last edit: Dan 2018-05-25

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Ayinde Olayiwola - 2018-05-25

Hello Dan, Thank You for your replies, but when i inserted the example you gave to me and try to write into the MCU, i still get this error messages "Error: hex file too large, writing bootloader firmware!!!
* Error: problem in writing MCU memory!!!"

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Dan - 2018-05-25

Hi

Error: hex file too large, writing bootloader firmware!!!
* Error: problem in writing MCU memory!!!"

Is the upper limit of HEX file 0x1F7B or less?

Does this work?

$40, B, 16F 886/887/876A/877A/876/877(132w), $4000, $100, 264, 32,

ext clock 8MHz
19200 bpr

Last edit: Dan 2018-05-25

Dan_tinybld16F870-871-873-874-876-877_ext8MHz_19200_132w_r3.zip

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Ayinde Olayiwola - 2018-05-25

Thank you Dan, i will check and give reply soon.

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Ayinde Olayiwola - 2018-05-25

I still get the same error messages, i found out that your code is still running on 20MHz even when the xtal is 8MHz

xtal EQU 8000000 ; you may also want to change: _HS_OSC _XT_OSC
baud EQU 19200 ; standard TinyBld baud rates: 115200 or 19200

Receive:
movlw xtal/2000000+2 ;for 20MHz => 11 => 1second
movwf cnt1

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I imported my code to PIC18F452
Here is the Hex File

:020000040000FA
:04000000AAEF3FF034
:047F4C000000000031
:107F500000000000240EAC6E0A0EAF6E900EAB6EE9
:107F600041D8C1084EE1410EAD6E4B0EAD6E006AB8
:107F700039D8F86E076E36D8F76E34D8F66EA96E1B
:107F800031D8016E012A00EE09F0F56E2BD8EC6EA7
:107F900001A0A86E012EF9D7006619D007AC03D056
:107FA000040E18D812D0940E15D80A00080E056ECB
:107FB00000EE0AF0080E066EEE50F56E0F00062E6B
:107FC000FBD7840E07D8052EF5D7A694CED74E0E34
:107FD000AD6ECDD7A66E550EA76EAA0EA76EA68261
:107FE000000012000B0E026E036A046A9EAA03D000
:107FF000AE5000261200042EF9D7032EF6D7022E1B
:06800000F3D7AB9EA3D7ED
:020000040030CA
:04000000FFFAFEFE07
:02000600FBFFFE
:00000001FF

my ASM code

    radix DEC
    LIST P=18F452
    ; change these lines accordingly to your application    
#include "p18f452.inc"
IdTypePIC = 0x41            ; must exists in "piccodes.ini"
#define max_flash 0x8000    ; in BYTES!!! (= 'max flash memory' from "piccodes.ini")
xtal EQU 20000000       ; you may want to change: _XT_OSC_1H  _HS_OSC_1H  _HSPLL_OSC_1H
baud EQU 115200         ; standard TinyBld baud rates: 115200 or 19200
    ; The above 5 lines can be changed and buid a bootloader for the desired frequency (and PIC type)

    ;********************************************************************
    ;   Tiny Bootloader     18F series      Size=100words
    ;   claudiu.chiculita@ugal.ro
    ;   http://www.etc.ugal.ro/cchiculita/software/picbootloader.htm
    ; 
    ; modified by Edorul:
    ; EEPROM write is only compatible with "Tiny PIC Bootloader+"
    ; http://sourceforge.net/projects/tinypicbootload/
    ;********************************************************************

    #include "spbrgselect.inc"  ; RoundResult and baud_rate

        #define first_address max_flash-180     ;100 words changed from 200

        __CONFIG    _CONFIG1H, _OSCS_OFF_1H & _HS_OSC_1H
        __CONFIG    _CONFIG2L, _BOR_ON_2L & _BORV_20_2L & _PWRT_ON_2L
        __CONFIG    _CONFIG2H, _WDT_OFF_2H & _WDTPS_128_2H
        __CONFIG    _CONFIG4L, _STVR_ON_4L & _LVP_OFF_4L & _DEBUG_OFF_4L

;----------------------------- PROGRAM ---------------------------------
    cblock 0
    crc
    i
    cnt1
    cnt2
    cnt3
    counter_hi
    counter_lo
    flag
    endc
    cblock 10
    buffer:64
    dummy4crc
    endc

SendL macro car
    movlw car
    movwf TXREG
    endm

;0000000000000000000000000 RESET 00000000000000000000000000

        ORG     0x0000
        GOTO    IntrareBootloader

;view with TabSize=4
;&&&&&&&&&&&&&&&&&&&&&&&   START     &&&&&&&&&&&&&&&&&&&&&&
;----------------------  Bootloader  ----------------------
;PC_flash:      C1h             U       H       L       x  ...  <64 bytes>   ...  crc   
;PC_eeprom:     C1h             40h   EEADRH  EEADR     1       EEDATA  crc                 
;PC_cfg         C1h         U OR 80h    H       L       1       byte    crc
;PIC_response:     type `K`

    ORG first_address                       ;space to deposit first 4 instr. of user prog.
    nop
    nop
    nop
    nop
    org first_address+8

IntrareBootloader
                            ;init serial port
    movlw b'00100100'
    movwf TXSTA
    movlw spbrg_value
    movwf SPBRG
    movlw b'10010000'
    movwf RCSTA
                            ;wait for computer
    rcall Receive           
    sublw 0xC1                      ;Expect C1h
    bnz way_to_exit  
    SendL IdTypePIC                         ;send PIC type
MainLoop
    SendL 'K'               ; "-Everything OK, ready and waiting."
mainl
    clrf crc
    rcall Receive           ;Upper
    movwf TBLPTRU
        movwf flag          ;(for EEPROM and CFG cases)
    rcall Receive           ;Hi
    movwf TBLPTRH
    rcall Receive           ;Lo
    movwf TBLPTRL
        movwf EEADR         ;(for EEPROM case)

    rcall Receive           ;count
    movwf i
    incf i
    lfsr FSR0, (buffer-1)
rcvoct                      ;read 64+1 bytes
        movwf TABLAT        ;prepare for cfg; => store byte before crc
    rcall Receive
    movwf PREINC0
    btfss i,0       ;don't know for the moment but in case of EEPROM data presence...
        movwf EEDATA        ;...then store the data byte (and not the CRC!)
    decfsz i
    bra rcvoct

    tstfsz crc              ;check crc
    bra ziieroare
        btfss flag,6        ;is EEPROM data?
        bra noeeprom
        movlw b'00000100'   ;Setup eeprom
        rcall Write
        bra waitwre
noeeprom
;----no CFG write in "Tiny PIC Bootloader+"
;       btfss flag,7        ;is CFG data?
;       bra noconfig
;       tblwt*              ;write TABLAT(byte before crc) to TBLPTR***
;       movlw b'11000100'   ;Setup cfg
;       rcall Write
;       bra waitwre
;noconfig
;----
                            ;write
eraseloop
    movlw   b'10010100'     ; Setup erase
    rcall Write
    TBLRD*-                 ; point to adr-1

writebigloop    
    movlw 8                 ; 8groups
    movwf counter_hi
    lfsr FSR0,buffer
writesloop
    movlw 8                 ; 8bytes = 4instr
    movwf counter_lo
writebyte
    movf POSTINC0,w         ; put 1 byte
    movwf TABLAT
    tblwt+*
    decfsz counter_lo
    bra writebyte

    movlw   b'10000100'     ; Setup writes
    rcall Write
    decfsz counter_hi
    bra writesloop
waitwre 
    ;btfsc EECON1,WR        ;for eeprom writes (wait to finish write)
    ;bra waitwre            ;no need: round trip time with PC bigger than 4ms

    bcf EECON1,WREN         ;disable writes
    bra MainLoop

ziieroare                   ;CRC failed
    SendL 'N'
    bra mainl

;******** procedures ******************

Write
    movwf EECON1
    movlw 0x55
    movwf EECON2
    movlw 0xAA
    movwf EECON2
    bsf EECON1,WR           ;WRITE
    nop
    ;nop
    return

Receive
    movlw xtal/2000000+1    ; for 20MHz => 11 => 1second delay
    movwf cnt1
rpt2                        
    clrf cnt2
rpt3
    clrf cnt3
rptc
        btfss PIR1,RCIF         ;test RX
        bra notrcv
        movf RCREG,w            ;return read data in W
        addwf crc,f             ;compute crc
        return
notrcv
    decfsz cnt3
    bra rptc
    decfsz cnt2
    bra rpt3
    decfsz cnt1
    bra rpt2
    ;timeout:
way_to_exit
    bcf RCSTA,  SPEN            ; deactivate UART
    bra first_address
;*************************************************************
; After reset
; Do not expect the memory to be zero,
; Do not expect registers to be initialised like in catalog.

            END

Dan - 2018-05-25

Is your target 16F, 18F?

Code made with 18f can not flow to 16F.

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Ayinde Olayiwola - 2018-05-25

I already changed the code back on 16F but its still conplaining about the same error,

Initially the PC Software couldn't detect the MCU, then i detected this in the code

MainLoop:
movlw 'B'

but now it was able to detect the MCU when i changed it back to

MainLoop:
movlw 'K'

the problem is that it still conplain of memory even when `#define first_address max_flash-132 ; 132 word in size`

i really appreciate your replies
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dsPIC30 Bootloader

Serial Bootloader for Microchip, Atmel, NXP, TI, 8051 microcontrolers

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dsPIC30 Bootloader

dsPIC30 Bootloader

Serial Bootloader for Microchip, Atmel, NXP, TI, 8051 microcontrolers

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