FLASH166 - Digi International
Contents
1. FLSH166b doc 31 FLASH166 User s Manual 2 4 Download to Target Memory Usage FLASH166 D filename optionlist The specified file is loaded to target memory Finally a checksum is calculated If the checksum fails the contents of the target memory is written to a file with the extension DMP If the download overlaps with the chip internal components 80C166 FA00 FFFF C16x E000 FFFF this region is skipped Options OFFSET hhhhhh Download starts at an offset of hhhhhh Default OFFSET 0 Abbreviation O TOP If the option TOP is specified the option OFFSET specifies the address where the download ends plus one instead of the starting address FILE OFFSET hhhhhh If FILE OFFSET is specified the first hhhhhh bytes of the file are skipped and not loaded to target Default FILE OFFSET 0 Abbreviation FO LENGTH hhhhhh The number of loaded bytes may be limited to LENGTH If no LENGTH is specified the whole file is programmed Default LENGTH 1000000 16 Mbytes Abbreviation L CSO CS1 CS2 CS3 CS4 This options may be used to specify a chip select signal to the memory If more than one chip selects are specified an error message occurs This option does nhhhhh number base is HEX 32 FLSH166b doc FLASH166 User s Manual not apply to the 80C 166 and is ignored The default chip select is CS1 because the static memory on the FS FORTH SYSTEME module C167CR is connected to CS12. Dual Fujitsu 29LV160B TSOP40 3 3V TSOP40 3 3V word mode byte mode word mode byte mode 3 3V word mode 3 3V byte mode 3 3V word mode 3 3V byte mode 3 3V 3 3V 3 3V word mode byte mode word mode byte mode 3 3V word mode 3 3V byte mode 3 3V word mode 3 3V byte mode 3 3V 3 3V word mode byte mode word mode byte mode byte mode byte mode 3 3V word mode 3 3V byte mode 3 3V word mode 3 3V byte mode 3 3V byte mode 20 FLSH166b doc MBM29LV160TB 2 MBM29F032 MBM29F032 2 M29F100BW M29F100BB M29F100TW M29F100TB M29F200BW M29F200BB M29F200TW M29F200TB M29F040 M29F040 2 M29W040 M29W040 2 M29F400BW M29F400BB M29F400TW M29F400TB M29W400BW M29W400BB M29W400TW M29W400TB M29W004B M29W004T M29F800BW M29F800BB M29F800TW M29F800TB The flash devices signed with are not yet tested Dual Fujitsu 29LV160T Fujitsu 29F032 Dual Fujitsu 29F032 2 ST 29F100B ST 29F100B ST 29F100T ST 29F100T ST 29F200B ST 29F200B ST 29F200T ST 29F200T ST 29F040 Dual ST 29F040 ST 29W040 Dual ST 29W040 ST 29F400B ST 29F400B ST 29F400T ST 29F400T ST 29W400B ST 29W400B ST 29W400T ST 29W400T ST 29W004B ST 29W004T ST 29F800B ST 29F800B ST 29F800T ST 29F800T FLASH166 User s Manual 3 3V byte mode w
3. Intel 28F160 Intel 28F160 Intel 28F320 Intel 28F320 Intel 28F320 Intel 28F320 Intel 28F320 Intel 28F320 Intel 28F640 Intel 28F640 Intel 28F640 Intel 28F640 Intel 28F128 Intel 28F128 Fujitsu 29F200B Fujitsu 29F200B Fujitsu 29F200T Fujitsu 29F200T Fujitsu 29LV200B Fujitsu 29LV200B Fujitsu 29LV200T Fujitsu 29LV200T Fujitsu 29F002B FLASH166 User s Manual Boot Block Smart3 Top FlashFile Smart3 5 word mode byte mode word mode byte mode Boot Block Smart3 Bottom Boot Block Smart3 Top FlashFile 12V FlashFile 12V FlashFile Smart3 5 FlashFile Smart3 5 FlashFile word mode FlashFile byte mode FlashFile Smart3 5 Boot Block Smart3 Bottom Boot Block Smart3 Top FlashFile Smart5 word mode FlashFile Smart5 byte mode FlashFile Smart3 5 word mode FlashFile Smart3 5 byte mode StrataFlash word mode StrataFlash byte mode StrataFlash 3 3V word mode StrataFlash 3 3V byte mode StrataFlash word mode StrataFlash byte mode StrataFlash 3 3V word mode StrataFlash 3 3V byte mode StrataFlash 3 3V word mode StrataFlash 3 3V byte mode word mode byte mode word mode byte mode 3 3V word mode 3 3V byte mode 3 3V word mode 3 3V byte mode FLSH166b doc 19 FLASH166 User s Manual MBM29F002SB MBM29LV002B 29 002 29 0025 291 002 29 040
4. Default CS1 for C16x Example FLASH166 D HELLO BIN This example loads the binary file HELLO BIN to target memory FLSH166b doc 33 FLASH166 User s Manual 2 5 Upload from Target to Host Usage FLASH166 U filename L hhhhhh optionlist Target data is written to the specified file Finally a checksum is calculated If the checksum fails an error message is displayed Options OFFSET hhhhhh See function D Chapter 2 4 See function D Chapter 2 4 LENGTH hhhhhh The number of uploaded bytes must be specified If no length is specified an error message occurs Abbreviation L CS0 CS1 CS2 CS3 CS4 See function D Chapter 2 4 Example FLASH166 U HELLO O 10000 L 10000 This example writes the last 64 kByte of the target s memory to file HELLO 34 FLSH166b doc FLASH166 User s Manual 2 6 Dump Target Memory Usage FLASH166 DUMP optionlist A Hex Dump of the target memory is printed on the standard output Options OFFSET hhhhhh The memory dump starts at an offset of hhhhhh Default OFFSET 0 Abbreviation O TOP See function D Chapter 2 4 LENGTH hhhhhh The number of displayed bytes may be specified Default LENGTH 100 Abbreviation L CS0 CS1 CS2 CS3 CS4 See function D Chapter 2 4 Default CS1 for C16x Shhhhhh number base is HEX FLSH166b doc 35 FLASH166 User s Manual Example FLASH166 DUMP CS3 8BIT l 10 This examp
5. LIST This command lists all supported flash devices to screen if not redirected to file or device Flash devices signed with are not yet tested 38 FLSH166b doc
6. 3 15d missing filename Most functions need a filename as second parameter missing option LENGTH Some functions need the option LENGTH to be defined 12 FLSH166b doc FLASH166 User s Manual missing option PIN Some functions need the option PIN to be defined Number of wait states out of range The value of the option WAIT is below zero or above 15d Option 5 out of range The value of the option COM BASE is below zero or above OFFFFh Specify only one of these options Some options are exclusive i e 8BIT 16BIT Don t mix them Specify option IRQ if using COM BASE If you select the serial interface with option COM BASE you additionally must specify the used IRQ Specify option IRQ if using COM3 or COM4 If using COM3 or COM4 the IRQ must be specified There is no UART at l O Address hhhh There is no UART at the specified address Please check the serial interface settings in the BIOS setup of your PC Timeout Boot mode not active There was no target response after sending a NUL char to the target Please reenter the bootstrap mode Set Bootstrap jumper switch and push the reset button of the target Check the serial interface to ASCO of the target Check the used serial interface and the IRQ setting on the PC Check the existence of another DOS Box which reclaims the serial port Timeout programming After sending a block to target no acknowledge byte was receiv
7. Box in the windows environment there may be problems if you use baud rates higher than 19200 baud Please specify a lower baud rate or use this utility from a normal DOS prompt If you want to use this program in a DOS Box with baud rates higher than 19200 baud you must use a serial interface with a 16 Byte FIFO such as a serial device 16550 and you must configure the windows driver to generate an interrupt with only one or a few bytes in the FIFO Otherwise bytes may be lost and FLASH166 terminates with an error message If there are problems with autodetection of the flash devices use the DEVICE option Please do not use Flash EPROMs with any protected sector Don t mix different types of flash devices on the module C167CR and other targets with two 8 bit devices The program does not handle Intel HEX files Please use a standard converting utility to generate a binary image 10 FLSH166b doc FLASH166 User s Manual 1 5 Error Messages Baud rate out of range Use a standard PC baud rate 9600 19200 38400 57600 115200 Can t open x yyy zzz FLASH166 OVL The overlay file FLASH166 OVL must be in the same directory as FLASH166 EXE Checksum error in file transfer After transfering of a file from target to host or from host to target a checksum is calculated Checksum error in target monitor The target monitor wasn t send correctly COMXx not installed The COM port specified with COMx cannot be found Please che
8. acknowledge byte 0xC5 for a C167CR the bootstrap code 32 Bytes is loaded to memory address range OFA40H to OFASF In a second step the target monitor with a length of 284 bytes is loaded to address range 60 to OFB7BH The current monitor base address is displayed Target CPU is the Infineon C167CR first byte received from target is OC5H The target s CPU clock is calculated Please note that the result may have an error of up to 5 The initialization file FLASH166 INI was found in the current directory The target identification line of the initialization file is printed here Looking for a known Flash Device Under WinNT this procedure can take several seconds if the part is at the list of the known parts see chapter 1 7 Supported flash devices Use the option DEVICE to speed up Two Flash EPROMs AMD 29F010 selected with chip select CSO could be found After detecting the targets Flash type the appropriate flash programming algorithm is loaded to the target memory at address OFB6EH a small part of the target monitor is overwritten In this example two blocks must be erased After programming the file to Flash EPROM a checksum is calculated FLSH166b doc FLASH166 User s Manual 1 4 Trouble Shooting If you use SMARTDRV with the write back option enabled bytes may be lost in case of uploading memory from target to host Please configure SMARTDRV to write through If you work in a DOS
9. 5 P1 6 P1 7 P1 8 P1 9 P1 10 P1 11 P1 12 P1 13 P1 14 P1 15 P1L 0 P1L 1 P1L 2 P1L 3 P1L 4 P1L 5 P1L 6 P1L 7 P1H 0 P1H 1 P1H 2 P1H 3 P1H 4 P1H 5 P1H 6 P1H 7 P2 0 P2 1 P2 2 P2 3 P2 4 P2 5 P2 6 P2 7 P2 8 P2 9 P2 10 P2 11 P2 12 P2 13 P2 14 P2 15 P3 0 P3 1 P3 2 P3 3 P3 4 P3 5 P3 6 P3 7 P3 8 P3 9 P3 10 P3 11 P3 12 P3 13 P3 14 P3 15 P4 0 P4 1 P4 2 P4 3 P4 4 P4 5 P4 6 P4 7 P6 0 P6 1 P6 2 P6 3 P6 4 P6 5 P6 6 P6 7 P7 0 P7 1 P7 2 P7 3 P7 4 P7 5 P7 6 P7 7 P8 0 P8 1 P8 2 P8 3 P8 4 P8 5 P8 6 P8 7 FLSH166b doc 15 FLASH166 User s Manual The CPU pins can also be used with the BLINK function in chapter 2 7 to test the signals on your design Example of FLASH166 INI Description file for a specific target Target Module FS C167CR FS FORTH SYSTEME Port pins may be switched to a defined level All undefined pins are left in their previous state which means they are configured as input after reset P2 1 Out Hi P2 7 Out Hi P2 0 Out Lo The initialization file consists of a view lines with the pin name followed by the direction for output signals default level added and the target description line Undefined signals are left in their previous state which means they are configured as input after reset Changes to the structure of the file could result in errors Remarks can be added by using 16 FLSH166b doc 1 7 Supported flash devices FLASH166 User s Manual The following types could be used with the D
10. CE BASE DB EXE EXE AN EXE AN EXE DEVICE PIN OUT INI 22 FLSH166b doc FLASH166 User s Manual The following options are valid for all functions 8BIT 16BIT Specifies the bus interface to the target device If this parameter is not specified the standard hardware configuration is used These parameters are ignored on the FS FORTH SYSTEME modules 80C166 CAN and 80C166 RTC BAUD x with x 9600 19200 38400 57600 A baud rate may be specified If the target runs with a 10 MHz CPU clock the maximum baud rate is 38400 With a CPU clock of 18 436MHz you can also specify BAUD 115200 Default BAUD 38400 COM1 2 COM4 A serial port may be specified where the target is connected Default COM1 COM BASE hhh Instead of using the options COM COMA to select the serial interface you can use the option COM BASE EXE hhhhhh Before terminating FLASH166 the target branches from the monitor loop to the specified address This option may be used to execute a program after loading it to target memory INI file An initialization file may be specified By default the current directory is searched for the file FLASH166 INI If this file is not found and no initialization file is specified in the command line the port pins of the CPU are not initialized see also chapter 1 6 Initialization file FLASH166 INI IRQ dd An IRQ number for the used serial port can be specified Allowed values
11. DOS ROM with a length of 80000H bytes to flash memory FLSH166b doc 27 FLASH166 User s Manual 2 2 Verify a Flash Device with file Usage FLASH166 V filename optionlist The target s flash device is verified with the contents of the specified file If the verify fails the contents of the flash memory is written to a file with the extension DMP The type of flash device is normally detected by the software When autodetect fails you should use the DEVICE option to set the right flash device The known devices are shown in chapter 1 7 Supported flash devices Don t mix different type of flash devices on the module C167CR and other targets with two 8 bit devices If the verify function overlaps with the chip internal components 80C166 FA00 FFFF 16 E000 F FFF this region is skipped Options DEVICE devicename See function P Chapter 2 1 NOMAN See function P Chapter 2 1 DEVICE BASE hhhhhh See function P Chapter 2 1 OFFSET hhhhhh See function P Chapter 2 1 TOP See function P Chapter 2 1 FILE OFFSET hhhhhh See function P Chapter 2 1 LENGTH hhhhhh See function P Chapter 2 1 28 FLSH166b doc FLASH166 User s Manual CSO CS1 CS2 CS3 CS4 See function P Chapter 2 1 Example FLASH166 V ROMDOS ROM 60000 0 60000 COM 2 This example may be used to verify 128 Kbytes of the file ROMDOS ROM with a length of 80000H bytes with the target
12. EVICE option AM29F010 AM29F010 2 AM29LV010 AM29LV010 2 AM29F100BW AM29F100BB AM29F100TW AM29F100TB AM29F200BW AM29F200BB AM29F200TW AM29F200TB AM29LV200BW AM29LV200BB AM29LV200TW AM29LV200TB AM29F040 AM29F040 2 AM29F400BW AM29F400BB AM29F400TW AM29F400TB AM29LV400BW AM29LV400BB AM29LV400TW AM29LV400TB AM29LV004B AM29LV004T AM29F080 AM29F080 2 AM29LV081 AM29LV081 2 AM29F800BW AM29F800BB AM29F800TW AM29F800TB AM29LV800BW AM29LV800BB AMD 29F010 Dual AMD 29F010 AMD 29LV010 Dual AMD 29LV010 AMD 29F100B AMD 29F100B AMD 29F100T AMD 29F100T AMD 29F200B AMD 29F200B AMD 29F200T AMD 29F200T AMD 29F200B AMD 29F200B AMD 29F200T AMD 29F200T AMD 29F040 Dual AMD 29F040 AMD 29F400B AMD 29F400B AMD 29F400T AMD 29F400T AMD 29LV400B AMD 29LV400B AMD 29LV400T AMD 29LV400T AMD 29LV004B AMD 29LV004T AMD 29F080 Dual AMD 29F080 AMD 29LV081 Dual 29LV081 AMD 29F800B AMD 29F800B AMD 29F800T AMD 29F800T AMD 29LV800B AMD 29LV800B 3 3V 3 3V word mode byte mode word mode byte mode word mode byte mode word mode byte mode 3 3V word mode 3 3V byte mode 3 3V word mode 3 3V byte mode word mode byte mode word mode byte mode 3 3V word mode 3 3V byte mode 3 3V word mo
13. FLASH166 User s Manual FORTH SYSTEME GmbH P O Box 11 03 e D 79200 Breisach Germany Kueferstrasse 8 e D 79206 Breisach Germany 23 49 7667 908 0 e Fax 49 7667 908 200 e e mail sales fsforth de FLASH166 User s Manual O Copyright 1993 2000 FS FORTH SYSTEME GmbH Postfach 1103 D 79200 Breisach a Rh Deutschland Release of Document March 24 2000 Author Dieter F gele Filename FLSH166b doc Program Version 3 01 All rights reserved No part of this document may be copied or reproduced in any form or by any means without the prior written consent of FS FORTH SYSTEME GmbH 2 FLSH166b doc FLASH166 User s Manual Contents Te General c eae a a ama 5 1 1 System Requirements Dadas ad DR tee 6 1 2 Connecting your PC to the target 7 First ExampBle so un DI LITT 8 1 4 Trouble Shooting esM 10 1 5 Error Messages u unn bod ad lubet 11 1 6 Initialization file 5 1661 15 1 7 Supported flash devices 17 2 FLASH166 Parameter Description 22 2 1 Program a Flash Device era oar ied 25 2 2 Verify a Flash Device with file 28 2 3 Read a Fl
14. MBM29F400BW MBM29F400BB MBM29F400TW MBM29F400TB MBM29LV400BW MBM29LV400BB MBM29LV400TW MBM29LV400TB MBM29LV004B 291 004 29 080 MBM29LV080 MBM29F800BW MBM29F800BB MBM29F800TW MBM29F800TB MBM29LV800BW MBM29LV800BB MBM29LV800TW MBM29LV800TB MBM29LV008B 291 008 29 016 MBM29F016 2 MBM29F017 MBM29F017 2 MBM29F160BW MBM29F160BB MBM29F160TW MBM29F160TB MBM29F160BB 2 MBM29F160TB 2 MBM29LV160BW MBM29LV160BB MBM29LV160TW MBM29LV160TB MBM29LV160BB 2 Fujitsu 29F002SB Fujitsu 29LV002B Fujitsu 29 002 Fujitsu 29F002ST Fujitsu 29L VOO2T Fujitsu 29F040 Fujitsu 29F400B Fujitsu 29F400B Fujitsu 29F400T Fujitsu 29F400T Fujitsu 29LV400B Fujitsu 29LV400B Fujitsu 29LV400T Fujitsu 29LV400T Fujitsu 29LV004B Fujitsu 29LV004T Fujitsu 29F080 Fujitsu 29LV080 Fujitsu 29F800B Fujitsu 29F800B Fujitsu 29F800T Fujitsu 29F800T Fujitsu 29LV800B Fujitsu 29LV800B Fujitsu 29LV800T Fujitsu 29LV800T Fujitsu 29LV008B Fujitsu 29L VOO8T Fujitsu 29F016 Dual Fujitsu 29F016 Fujitsu 29F017 Dual Fujitsu 29F017 Fujitsu 29LV160B Fujitsu 29LV160B Fujitsu 29LV160T Fujitsu 29LV160T Dual Fujitsu 29LV160B Dual Fujitsu 29LV160T Fujitsu 29LV160B Fujitsu 29LV160B Fujitsu 29LV160T Fujitsu 29LV160T
15. are 3 15d If using the option COM BASE COMS or COM4 specifying the IRQ is mandatory hhhhhh number base is HEX dd number base is decimal FLSH166b doc 23 FLASH166 User s Manual Default IRQ 4 for COMI IRQz3 for COM2 MUX NOMUX Specifies the bus interface to the target device If this parameter is not specified the standard hardware configuration is used This parameters are ignored on the modules 80C166 CAN 80C166 RTC PAUSE With the option PAUSE you can force the program to stop after each screen Please do not use this option if you redirect the output to a file Abbreviation RDCS WRCS Specifies the kind of chip select signal This options does not apply to the 80C166 See the C16x user s manual for more information WAIT dd Specifies the number of wait states Allowed values are 0 15 Default IWAIT 15 WATCH With the option WATCH pin can be specified which is toggled twice per second while the program is active This pin may be the trigger of a watchdog W_EXE hhhhhh Same as EXE but before branching to the specified address the target waits for the reception of a char on the serial interface 24 FLSH166b doc FLASH166 User s Manual 2 1 Program a Flash Device Usage FLASH166 P filename optionlist The specified file is programmed to the flash memory Finally a checksum is calculated If the checksum fails the contents of the flash memory is writt
16. ash Device to 30 2 4 Download to Target Memory a 32 2 5 Upload from Target to Host ra 34 2 6 55 35 2 7 Toggle CPU DIAS san get a 37 2 8 List of supported Flash Devi68S 6 creep terne 38 FLSH166b doc 3 FLASH166 User s Manual 4 FLSH166b doc FLASH166 User s Manual 1 General This very compact program uses the bootstrap mode of the Infineon 80C166 and the STMicroelectronics ST10 microcontroller family to program data into external flash memory to verify and read the contents of flash memory to load data to static memory to upload data from target to host to make a memory dump to test CPU signals All functions are realized with a very small monitor program running in the internal memory of the microcontroller Initially developed to support the FS FORTH SYSTEME modules with the Infineon 80 166 and the C167CR you can use this tool for your own design with one of the Infineon or STMicroelectronics 16 Bit microcontrollers Currently the following CPUs are supported C161RI PI C165 80C166 C167 C167CR C167SR ST10F163 ST10F168 ST10F169 Many different Flash types are supported see chapter 1 7 Supported flash devices For Flash programming no external SRAM is required in the target For latest documentation pl
17. ck the COM port or specify a installed COM port Check your BIOS setup Configuration file XYZ not found The file specified with the option INI wasn t found Disk full Writing a output file was aborted as a result of missing disk space Error creating file The output file could not be opened Please check free disk space or write protection Error on transfer of bootstrap code After sending of 32 bytes bootstrap code the target must respond with an acknowledge byte V Error on transfer of target monitor After loading the target monitor target must respond with an acknowledge byte OxAA FLSH166b doc 11 FLASH166 User s Manual Failed to load Flash program algorithm The Flash program algorithm wasn t send correctly illegal echo There is a communication error between target and host illegal Flash Type The name specified with the option DEVICE must be one of the list of chapter 1 7 illegal function The first parameter must be a valid function See chapter 2 for a list of supported functions illegal option See chapter 2 for a list of supported options illegal number The specified number couldn t be interpret as a valid number Check the relevant number base illegal Pin Type The name specified with the option PIN must be one of the list of chapter 1 6 Input file not found The specified file could not be found IRQ out of range The specified IRQ is out of range Allowed values are
18. de 3 3V byte mode 3 3V 3 3V 3 3V 3 3V word mode byte mode word mode byte mode 3 3V word mode 3 3V byte mode FLSH166b doc 17 FLASH166 User s Manual AM29LV800TW AM29LV800TB 291 008 AM29LV008B AM29F016 AM29F016 2 29 017 AM29F017 2 AM29LV017 2 AM29F160BW AM29F160BB AM29F160TW AM29F160TB AM29F160BB 2 AM29F160TB 2 AM29LV160BW AM29LV160BB AM29LV160TW AM29LV160TB AM29LV160BB 2 AM29LV160TB 2 AM29F032 AM29F032 2 AM29LV033 AM29LV033 2 AM29LV640 128F001T 28 001 2 28F001B 128F200BW 28F200BB 128F200TW 28F200TB 28F002B 28F002T 128F400BW 128F400BB 128 400 128 400 28F004B 128F004T 128F400B3B AMD 29LV800T AMD 29LV800T AMD 29LV008T AMD 29LV008B AMD 29F016 Dual AMD 29F016 AMD 29F017 Dual AMD 29F017 Dual AMD 29LV017 AMD 29F160B AMD 29F160B AMD 29F160T AMD 29F160T Dual AMD 29F160B Dual AMD 29F160T AMD 29LV160B AMD 29LV160B AMD 29LV160T AMD 29LV160T Dual AMD 29LV160B Dual AMD 29LV160T AMD 29F032 Dual AMD 29F032 AMD 29LV033 Dual AMD 29F033 AMD 29LV160 Intel 28F001T Dual Intel 28F001T Intel 28F001B Intel 28F200B Intel 28F200B Intel 28F200T Intel 28F200T Intel 28F002B Intel 28F002T Intel 28F400B Intel 28F400B Inte
19. ease refer to the file README TXT on the distribution disk FLSH166b doc 5 FLASH166 User s Manual 1 1 System Requirements To successfully run this tool the following requirements must be met e MSDOS WIN3 x WIN9x or WinNT e 205 kByte of free DOS memory no extended memory e RS232 interface with interrupt e on targets with the signal BHE WRH C167 C165 it is assumed that WRHt is used to select the high byte of two byte organized memories for the download function only 6 FLSH166b doc FLASH166 User s Manual 1 2 Connecting your PC to the target system The serial interface ASCO of the target must be connected to a standard serial port of a PC COM1 to COM4 The COM ports must be able to generate hardware interrupts IRQ4 for COM1 or IRQ3 for COMA Only the signals TxD and RxD are used The serial channel uses 8 data bits one stop bit and no parity bit Module COM1 2 C167CR EVA167 C166 CAN EVA166 E C166 RTC S7 FLASH166 Before you start FLASH166 enable the bootstrap mode Jumper or switch and push the reset button of the target system and release it The utility is started with the general format FLASH166 function filename option 1 option_n After invocation the overlay file FLASH166 OVL is used This file must reside in the same directory as the main program FLASH166 EXE Otherwise an error message will occur Note that the function must be t
20. ed Value of option FILE OFFSET out of range The value of the option FILE OFFSET points behind end of file FLSH166b doc 13 FLASH166 User s Manual e Value of option OFFSET out of range The value of the option OFFSET points behind the end of the Flash EPROM Wrong Identifier xxxx No valid flash identifier found Check the specified chip select signal and the bus width Try with the option DEVICE 14 FLSH166b doc FLASH166 User s Manual 1 6 Initialization file FLASH166 INI This file is used to set the CPU signals for input output In case of output signal an additional parameter is used to set the default level to high or low This file be used to adapt your own design with a member of the 80C166 family The Target Entry is used to identify your design which is displayed with most commands When the FLASH166 software is started it scans the current directory for an existing initialization file named FLASH166 INI If no entry is found the port pins remain in their reset state You may also specify the initialization file with the option INI If the specified file isn t found the program aborts with an error message The following pins can be set a defined value P0 0 P0 1 P0 2 P0 3 P0 4 P0 5 P0 6 P0 7 P0 8 P0 9 P0 10 P0 11 P0 12 P0 13 P0 14 P0 15 POL O POL 1 POL 2 POL 3 POL 4 POL 5 POL 6 POL 7 0 1 2 POH 3 P0H 4 5 6 POH 7 P1 0 P1 1 P1 2 P1 3 P1 4 P1
21. en to a file with the extension DMP The type of flash device is normally detected by the software When autodetect fails you should use the DEVICE option to set the right flash device The known devices are shown in chapter 1 7 Supported flash devices Dont mix different types of flash devices on targets with two 8 bit devices If programming overlaps with the chip internal components 80C166 FA00 FFFF C16x E000 FFFF this region is skipped Options DEVICE devicename The device is detected automatically by switching to autoselect mode In case of trouble you should select the device by using this parameter to avoid autodetection Under WinNT the autodetection can take some seconds Specifying the option DEVICE results in faster operation NOMAN If you use a flash device which is identical to one of the supported parts but is from a different manufacturer with this option you can suppress the comparison of the manufacturer identification code We recommend to use this option always together with the DEVICE option to avoid failures in autodetection DEVICE BASE hhhhhh By default a device start address of Oh for a 80C166 or 400000h 4MByte for all other members of the microcontroller family is used for accesses to the flash device This is done to minimize conflicts with the chip internal components SFRs CAN Controller CPU core Default DEVICE BASE 40000 or 0 Abbreviation DB 5hhhhhh number base i
22. he first argument followed if needed by the filename If you want to cancel execution of JTAG386 press CTRL Break Key any error message the program aborts with an MSDOS error level of one FLSH166b doc 7 FLASH166 User s Manual 1 3 First Example In the following simple example it is assumed that the COM1 of your PC is connected to the serial interface ASCO of a C167CR Two Flash EPROMs Am29F010 are connected to CSO of the CPU bootstrap mode is enabled and target power is on Typing FLASH166 P MYAPP BIN at the DOS prompt results in the following output FLASH 166 Utility for 806166 C16x and ST10 using bootstrap Copyright FS FORTH SYSTEME GmbH Breisach Version 3 01 of mm dd yyyy Loading bootstrap code 32 Bytes Loading Target Monitor 316 Bytes Target Monitor located to OOFA40H Infineon C167CR CPU clock 19 916 800 MHz Configuration loaded from file FLASH166 INI Target Module C167CR FS FORTH SYSTEME gt ID TI a e Looking for a known flash device Please wait Dual AMD 29F010 detected lt 10 Loading flash algorithm 138 Bytes 11 Erasing Flash EPROM Block 0 1 Programming File MYAPP BIN 45578 Bytes 45578 Bytes programmed 12 programming ok Erase Time 1 3 sec Programming Time 13 8 sec 8 FLSH166b doc 11 12 FLASH166 User s Manual After receiving the bootstrap loader s
23. l 28F400T Intel 28F400T Intel 28 004 Intel 28F004T Intel 28F400B3B 3 3V word mode 3 3V byte mode 3 3V 3 3V 3 3V word mode byte mode word mode byte mode byte mode byte mode 3 3V word mode 3 3V byte mode 3 3V word mode 3 3V byte mode 3 3V byte mode 3 3V byte mode 3 3V 3 3V 3 3V word mode word mode byte mode word mode byte mode ee ee word mode byte mode word mode byte mode ee ee Boot Block Smart3 Bottom 18 FLSH166b doc 128F400B3T 28 00455 128F800BW 28 800 128 800 28 800 128F800B3B 128F800B3T 28F008B 128F008T 128 0085 I28FO08SA 2 128 00855 l28F008S5 2 128 016 28F016B 128F01655 128F160B3B 128F160B3T 28F16085W 28 16055 128 32055 128 32055 128F320J5W 128F320J5B 128F320J3W 128F320J3B 128F640J5W 128F640J5B 128F640J3W 128F640J3B 128F128J3W 28F128J3B MBM29F200BW MBM29F200BB MBM29F200TW MBM29F200TB MBM29LV200BW MBM29LV200BB MBM29LV200TW MBM29LV200TB MBM29F002B Intel 28F400B3T Intel 28F004 Intel 28F800B Intel 28F800B Intel 28F800T Intel 28F800T Intel 28F800B3B Intel 28F800B3T Intel 28F008B Intel 28F008T Intel 28F008 Dual Intel 28F008 Intel 28F008 Dual Intel 28F008 Intel 28F016 Intel 28F016 Intel 28F016 Intel 28F160 Intel 28F160
24. le makes a memory dump of the RTC on the FS FORTH SYSTEME module C167CR Example2 FLASH166 DUMP O EF00 gt CAN DMP This example makes a memory dump of the CAN controller of a C167CR and redirects the output to the file CAN DMP 36 FLSH166b doc FLASH166 User s Manual 2 7 Toggle CPU pins Usage FLASH166 BLINK optionlist This command allows to test the hardware by blinking with LEDs or toggling CPU signals Faster signals can be generated by setting the delay option to zero This can be a very helpful feature to watch signals on oscilloscope The function is terminated by pressing any key Options PIN pinname CPU pin to toggle Most pins of the list in chapter 1 6 Initialization file FLASH166 INI can be used If no pin is specified an error message occurs If you type PIN without any pin declaration a list of the CPU pins is displayed Please note that not all pins are available on all CPU types Usage of some pins may be restricted i e address signals IDELAY dddddd Time to wait to next change of signal This option can be adjusted to get optimum signals for measures with the oscilloscope Default DELAY 10000 Example FLASH166 BLINK PIN P2 0 DELAY 0 This example toggles the Port P2 0 which can be followed with the use of an oscilloscope Sdddddd number base is decimal FLSH166b doc 37 FLASH166 User s Manual 2 8 List of supported Flash Devices Usage FLASH166
25. ord mode byte mode word mode byte mode word mode byte mode word mode byte mode 3 3V 3 3V word mode byte mode word mode byte mode 3 3V word mode 3 3V byte mode 3 3V word mode 3 3V byte mode 3 3V 3 3V word mode byte mode word mode byte mode FLSH166b doc 21 FLASH166 User s Manual 2 FLASH166 Parameter Description When you start FLASH166 EXE without any parameters the following help screen with all possible functions and options is displayed FLASH1 66 Utility for 80C166 16 and ST10 using bootstrap Copyright O FS FORTH SYSTEME GmbH Breisach Version 3 01 of mm dd yyyy Programming of Flash EPROMs and debugging of the hardware on targets with Infineon 80C166 and C16x and STMicroelectronics ST10 Usage FLASH166 function filename option_1 option_n Supported functions P Program a Flash Device R Read a Flash Device to file IN Verify a Flash Device with file D Download to target memory U Upload from target to host DUMP Make a target dump BLINK Toggle a CPU pin PIN Test a CPU pin LIST Print a list of supported Flash devices Supported Options CSO CS1 CS2 CS3 CS4 NOCS PAUSE P TOP 16 8BIT NOMUX MUX WRCS RDCS NOERASE ERASEALL NOEINIT 1 2 COM3 COM4 COM BASE WAIT LENGTH L FILE OFFSET FO OFFSET O DELAY BAUD IRQ DEVI
26. s HEX FLSH166b doc 25 FLASH166 User s Manual OFFSET hhhhhh The programming starts at an offset of hhhhhh relative to the start address of the flash device If the offset is negative the offset specifies an address relative to the end of the flash device See also option TOP Default OFFSET 0 Abbreviation O TOP If the option TOP is specified the option OFFSET specifies the address where the programming ends plus one instead of the starting address FILE OFFSET hhhhhh If FILE OFFSET is specified the first hhhhhh bytes of the file are skipped and not programmed to target Default FILE OFFSET 0 Abbreviation FO LENGTH hhhhhh The number of programmed bytes may be limited to LENGTH If no LENGTH is specified the whole file is programmed Default LENGTH 1000000 16 Mbytes Abbreviation L NOERASE This option prevents the flash device from being erased ERASEALL Erase the whole flash device If this option isn t set only the blocks are erased where new data is written to CS0 CS1 CS2 CS3 CS4 This options may be used to specify a chip select signal to the flash device If more than one chip selects are specified an error message occurs This option does not apply to the 80C166 and is ignored Default CSO for C16x 26 FLSH166b doc FLASH166 User s Manual Example FLASH166 P ROMDOS ROM 60000 0 60000 2 This example may be used to program 128 Kbytes of the file ROM
27. s flash memory FLSH166b doc 20 FLASH166 User s Manual 2 3 Read a Flash Device to file Usage FLASH166 R filename optionlist The contents of the target s flash device is written to the specified file Finally a checksum is calculated If the checksum fails an error message is printed The type of flash device is normally detected by the software When autodetect fails you should use the DEVICE option to set the right flash device The known devices are shown in chapter 1 7 Supported flash devices Don t mix different types of flash devices on the module C167CR and other targets with two 8 bit devices If the read function overlaps with the chip internal components 80C166 FA00 FFFF C16x E000 FFFF zeros are written in this region Options DEVICE devicename See function P Chapter 2 1 NOMAN See function P Chapter 2 1 DEVICE BASE hhhhhh See function P Chapter 2 1 OFFSET hhhhhh See function P Chapter 2 1 TOP See function P Chapter 2 1 LENGTH hhhhhh The number of read bytes may be limited to LENGTH If no LENGTH is specified the whole flash device is read if no offset is specified CSO CS1 CS2 CS3 CS4 See function P Chapter 2 1 30 FLSH166b doc FLASH166 User s Manual Example FLASH166 R ROMDOS ROM 60000 O 60000 COM 2 This example may be used to read 128 Kbytes of the target s flash device with a length of 80000H bytes to the file ROMDOS ROM
Download Pdf Manuals
Related Search