python -m msp430.bsl.target -h [OPTIONS] [FILE [FILE...]]:
| -h, --help | show this help message and exit |
| --debug | print debug messages and tracebacks (development mode) |
| -v, --verbose | show more messages (can be given multiple times) |
| -q, --quiet | suppress all messages |
| --time | measure time |
| -S, --progress | show progress while programming |
File format is auto detected, unless –input-format is used. Preferred file extensions are “.txt” for TI-Text format, “.a43” or “.hex” for Intel HEX. ELF files can also be loaded.
Multiple files can be given on the command line, all are merged before the download starts. “-” reads from stdin.
| -i TYPE, --input-format=TYPE | |
| input format name (titext, ihex, bin, hex, elf) | |
Multiple –erase options are allowed. It is also possible to use address ranges such as 0xf000-0xf0ff or 0xf000/4k.
NOTE: SegmentA on F2xx is NOT erased with –mass-erase, that must be done separately with –erase=0x10c0 or –info-erase”.
| -e, --mass-erase | |
| mass erase (clear all flash memory) | |
| -m, --main-erase | |
| erase main flash memory only | |
| --info-erase | erase info flash memory only (0x1000-0x10ff) |
| -b, --erase-by-file | |
| erase only Flash segments where new data is downloaded | |
| --erase=ADDRESS | |
| selectively erase segment at the specified address or address range | |
All these options work against the file(s) provided on the command line. Program flow specifiers default to “-P” if a file is given.
“-P” usually verifies the programmed data, “-V” adds an additional verification through uploading the written data for a 1:1 compare.
No default action is taken if “-P”, “-V” or “-E” is given, say specifying only “-V” does a “check by file” of a programmed device without programming.
Don’t forget to erase (“-e”, “-b” or “-m”) before programming flash!
| -E, --erase-check | |
| erase check by file | |
| -P, --program | program file |
| -V, --verify | verify by file |
| -U, --upload-by-file | |
| upload the memory that is present in the given file(s) | |
This can be used to read out the device memory. It is possible to use address ranges such as 0xf000-0xf0ff or 0xf000/256, 0xfc00/1k.
Multiple –upload options are allowed.
| -u ADDRESS, --upload=ADDRESS | |
| upload a data block, can be passed multiple times | |
| -o DESTINATION, --output=DESTINATION | |
| write uploaded data to given file | |
| -f TYPE, --output-format=TYPE | |
| output format name (titext, ihex, bin, hex), default:hex | |
| -x ADDRESS, --execute=ADDRESS | |
| start program execution at specified address, might only be useful in conjunction with –wait | |
| -r, --reset | perform a normal device reset that will start the program that is specified in the reset interrupt vector |
| -w, --wait | wait for <ENTER> before closing the port |
| --no-close | do not close port on exit |
| -p PORT, --port=PORT | |
| Use com-port | |
| --invert-test | invert RTS line |
| --invert-reset | invert DTR line |
| --swap-reset-test | |
| exchenage RST and TEST signals (DTR/RTS) | |
| --test-on-tx | TEST/TCK signal is muxed on TX line |
| --no-start | no not use ROM-BSL start pattern on RST+TEST/TCK |
| -s SPEED, --speed=SPEED | |
| change baud rate (default 9600) | |
| --password=FILE | |
| transmit password before doing anything else, password is given in given (TI-Text/ihex/etc) file | |
| --ignore-answer | |
| do not wait for answer to BSL commands | |
| --control-delay=CONTROL_DELAY | |
| set delay in seconds (float) for BSL start pattern | |
| --replace-bsl | download replacement BSL (V1.50) for F1x and F4x devices with 2k RAM |
| --erase-cycles=EXTRA_ERASE_CYCLES | |
| configure extra erase cycles (e.g. very old F149 chips require this for –main-erase) | |
python -m msp430.bsl5.hid [OPTIONS] [FILE [FILE...]]:
| -h, --help | show this help message and exit |
| --debug | print debug messages and tracebacks (development mode) |
| -v, --verbose | show more messages (can be given multiple times) |
| -q, --quiet | suppress all messages |
| --time | measure time |
| -S, --progress | show progress while programming |
File format is auto detected, unless –input-format is used. Preferred file extensions are “.txt” for TI-Text format, “.a43” or “.hex” for Intel HEX. ELF files can also be loaded.
Multiple files can be given on the command line, all are merged before the download starts. “-” reads from stdin.
| -i TYPE, --input-format=TYPE | |
| input format name (titext, ihex, bin, hex, elf) | |
Multiple –erase options are allowed. It is also possible to use address ranges such as 0xf000-0xf0ff or 0xf000/4k.
NOTE: SegmentA on F2xx is NOT erased with –mass-erase, that must be done separately with –erase=0x10c0 or –info-erase”.
| -e, --mass-erase | |
| mass erase (clear all flash memory) | |
| -m, --main-erase | |
| erase main flash memory only | |
| --info-erase | erase info flash memory only (0x1000-0x10ff) |
| -b, --erase-by-file | |
| erase only Flash segments where new data is downloaded | |
| --erase=ADDRESS | |
| selectively erase segment at the specified address or address range | |
All these options work against the file(s) provided on the command line. Program flow specifiers default to “-P” if a file is given.
“-P” usually verifies the programmed data, “-V” adds an additional verification through uploading the written data for a 1:1 compare.
No default action is taken if “-P”, “-V” or “-E” is given, say specifying only “-V” does a “check by file” of a programmed device without programming.
Don’t forget to erase (“-e”, “-b” or “-m”) before programming flash!
| -E, --erase-check | |
| erase check by file | |
| -P, --program | program file |
| -V, --verify | verify by file |
| -U, --upload-by-file | |
| upload the memory that is present in the given file(s) | |
This can be used to read out the device memory. It is possible to use address ranges such as 0xf000-0xf0ff or 0xf000/256, 0xfc00/1k.
Multiple –upload options are allowed.
| -u ADDRESS, --upload=ADDRESS | |
| upload a data block, can be passed multiple times | |
| -o DESTINATION, --output=DESTINATION | |
| write uploaded data to given file | |
| -f TYPE, --output-format=TYPE | |
| output format name (titext, ihex, bin, hex), default:hex | |
| -x ADDRESS, --execute=ADDRESS | |
| start program execution at specified address, might only be useful in conjunction with –wait | |
| -r, --reset | perform a normal device reset that will start the program that is specified in the reset interrupt vector |
| -w, --wait | wait for <ENTER> before closing the port |
| --no-close | do not close port on exit |
| -d DEVICE, --device=DEVICE | |
| device name (default: auto detection) | |
| --password=FILE | |
| transmit password before doing anything else, password is given in given (TI-Text/ihex/etc) file | |
python -m msp430.bsl5.uart -h [OPTIONS] [FILE [FILE...]]:
| -h, --help | show this help message and exit |
| --debug | print debug messages and tracebacks (development mode) |
| -v, --verbose | show more messages (can be given multiple times) |
| -q, --quiet | suppress all messages |
| --time | measure time |
| -S, --progress | show progress while programming |
File format is auto detected, unless –input-format is used. Preferred file extensions are “.txt” for TI-Text format, “.a43” or “.hex” for Intel HEX. ELF files can also be loaded.
Multiple files can be given on the command line, all are merged before the download starts. “-” reads from stdin.
| -i TYPE, --input-format=TYPE | |
| input format name (titext, ihex, bin, hex, elf) | |
Multiple –erase options are allowed. It is also possible to use address ranges such as 0xf000-0xf0ff or 0xf000/4k.
NOTE: SegmentA on F2xx is NOT erased with –mass-erase, that must be done separately with –erase=0x10c0 or –info-erase”.
| -e, --mass-erase | |
| mass erase (clear all flash memory) | |
| -m, --main-erase | |
| erase main flash memory only | |
| --info-erase | erase info flash memory only (0x1000-0x10ff) |
| -b, --erase-by-file | |
| erase only Flash segments where new data is downloaded | |
| --erase=ADDRESS | |
| selectively erase segment at the specified address or address range | |
All these options work against the file(s) provided on the command line. Program flow specifiers default to “-P” if a file is given.
“-P” usually verifies the programmed data, “-V” adds an additional verification through uploading the written data for a 1:1 compare.
No default action is taken if “-P”, “-V” or “-E” is given, say specifying only “-V” does a “check by file” of a programmed device without programming.
Don’t forget to erase (“-e”, “-b” or “-m”) before programming flash!
| -E, --erase-check | |
| erase check by file | |
| -P, --program | program file |
| -V, --verify | verify by file |
| -U, --upload-by-file | |
| upload the memory that is present in the given file(s) | |
This can be used to read out the device memory. It is possible to use address ranges such as 0xf000-0xf0ff or 0xf000/256, 0xfc00/1k.
Multiple –upload options are allowed.
| -u ADDRESS, --upload=ADDRESS | |
| upload a data block, can be passed multiple times | |
| -o DESTINATION, --output=DESTINATION | |
| write uploaded data to given file | |
| -f TYPE, --output-format=TYPE | |
| output format name (titext, ihex, bin, hex), default:hex | |
| -x ADDRESS, --execute=ADDRESS | |
| start program execution at specified address, might only be useful in conjunction with –wait | |
| -r, --reset | perform a normal device reset that will start the program that is specified in the reset interrupt vector |
| -w, --wait | wait for <ENTER> before closing the port |
| --no-close | do not close port on exit |
| -p PORT, --port=PORT | |
| Use com-port | |
| --invert-test | invert RTS line |
| --invert-reset | invert DTR line |
| --swap-reset-test | |
| exchenage RST and TEST signals (DTR/RTS) | |
| --test-on-tx | TEST/TCK signal is muxed on TX line |
| --no-start | no not use ROM-BSL start pattern on RST+TEST/TCK |
| -s SPEED, --speed=SPEED | |
| change baud rate (default 9600) | |
| --password=FILE | |
| transmit password before doing anything else, password is given in given (TI-Text/ihex/etc) file | |
| --ignore-answer | |
| do not wait for answer to BSL commands | |
| --control-delay=CONTROL_DELAY | |
| set delay in seconds (float) for BSL start pattern | |
python -m msp430.jtag.dco [options] frequency:
MSP430 clock calibration utility V1.1
This tool can measure the internal oscillator of F1xx, F2xx and F4xx devices, display the supported frequencies, or run a software FLL to find the settings for a specified frequency.
The target device has to be connected to the JTAG interface.
Use it at your own risk. No guarantee that the values are correct.
| -h, --help | show this help message and exit |
| -o FILE, --output=FILE | |
| write result to given file | |
| --dcor | use external resistor |
| -d, --debug | print debug messages |
| -l LPT, --lpt=LPT | |
| set the parallel port | |
| -m, --measure | measure min and max clock settings and exit |
| -c, --calibrate | |
| Restore calibration values on F2xx devices | |
| -t TOLERANCE, --tolerance=TOLERANCE | |
| set the clock tolerance as factor. e.g. 0.01 means 1% (default=0.005) | |
| --define | output #defines instead of assignments |
| --erase=ERASE | erase flash page at given address. Use with care! |
python -m msp430.jtag.target [OPTIONS] [FILE [FILE...]]:
| -h, --help | show this help message and exit |
| --debug | print debug messages and tracebacks (development mode) |
| -v, --verbose | show more messages (can be given multiple times) |
| -q, --quiet | suppress all messages |
| --time | measure time |
| -S, --progress | show progress while programming |
| --help-backend | show help about the different backends |
| -l LIBRARY_PATH, --library-path=LIBRARY_PATH | |
| search for libMSP430.so or libMSP430mspgcc.so in this place first | |
File format is auto detected, unless –input-format is used. Preferred file extensions are “.txt” for TI-Text format, “.a43” or “.hex” for Intel HEX. ELF files can also be loaded.
Multiple files can be given on the command line, all are merged before the download starts. “-” reads from stdin.
| -i TYPE, --input-format=TYPE | |
| input format name (titext, ihex, bin, hex, elf) | |
Multiple –erase options are allowed. It is also possible to use address ranges such as 0xf000-0xf0ff or 0xf000/4k.
NOTE: SegmentA on F2xx is NOT erased with –mass-erase, that must be done separately with –erase=0x10c0 or –info-erase”.
| -e, --mass-erase | |
| mass erase (clear all flash memory) | |
| -m, --main-erase | |
| erase main flash memory only | |
| --info-erase | erase info flash memory only (0x1000-0x10ff) |
| -b, --erase-by-file | |
| erase only Flash segments where new data is downloaded | |
| --erase=ADDRESS | |
| selectively erase segment at the specified address or address range | |
All these options work against the file(s) provided on the command line. Program flow specifiers default to “-P” if a file is given.
“-P” usually verifies the programmed data, “-V” adds an additional verification through uploading the written data for a 1:1 compare.
No default action is taken if “-P”, “-V” or “-E” is given, say specifying only “-V” does a “check by file” of a programmed device without programming.
Don’t forget to erase (“-e”, “-b” or “-m”) before programming flash!
| -E, --erase-check | |
| erase check by file | |
| -P, --program | program file |
| -V, --verify | verify by file |
| -U, --upload-by-file | |
| upload the memory that is present in the given file(s) | |
This can be used to read out the device memory. It is possible to use address ranges such as 0xf000-0xf0ff or 0xf000/256, 0xfc00/1k.
Multiple –upload options are allowed.
| -u ADDRESS, --upload=ADDRESS | |
| upload a data block, can be passed multiple times | |
| -o DESTINATION, --output=DESTINATION | |
| write uploaded data to given file | |
| -f TYPE, --output-format=TYPE | |
| output format name (titext, ihex, bin, hex), default:hex | |
| -x ADDRESS, --execute=ADDRESS | |
| start program execution at specified address, might only be useful in conjunction with –wait | |
| -r, --reset | perform a normal device reset that will start the program that is specified in the reset interrupt vector |
| -w, --wait | wait for <ENTER> before closing the port |
| --no-close | do not close port on exit |
NOTE: On Windows, use “USB”, “TIUSB” or “COM5” etc if using MSP430.dll from TI. On other platforms, e.g. Linux, use “/dev/ttyUSB0” etc. if using libMSP430.so. If a libMSP430.so is found, it is preferred, otherwise libMSP430mspgcc.so is used.
NOTE: –slowdown > 50 can result in failures for the RAM size auto detection (use –ramsize option to fix this). Use the –verbose option and watch the outputs. The DCO clock adjustment and thus the Flash timing may be inaccurate for large values.
| --backend=BACKEND | |
| select an alternate backend. See –help-backend for more information | |
| -p PORT, --port=PORT | |
| specify an other parallel port or serial port for the USBFET (the later requires libMSP430.so instead of libMSP430mspgcc.so). (defaults to “LPT1” (“/dev/parport0” on Linux)) | |
| --spy-bi-wire-jtag | |
| interface is 4 wire on a spy-bi-wire capable device | |
| --spy-bi-wire | interface is 2 wire on a spy-bi-wire capable device |
| --slowdown=MICROSECONDS | |
| artificially slow down the communication. Can help with long lines, try values between 1 and 50 (parallel port interface with mspgcc’s HIL library only). (experts only) | |
| -R BYTES, --ramsize=BYTES | |
| specify the amount of RAM to be used to program flash (default: auto detected) | |
WARNING: This is not reversible, use with care! Note: Not supported with the simple parallel port adapter (7V source required).”,
| --secure | blow JTAG security fuse |
python -m msp430.jtag.profile [OPTIONS]:
| -h, --help | show this help message and exit |
| -v, --verbose | show more messages (can be given multiple times) |
| -o FILENAME, --output=FILENAME | |
| write result to given file | |
python -m msp430.gdb.target [OPTIONS] [FILE [FILE...]]:
| -h, --help | show this help message and exit |
| --debug | print debug messages and tracebacks (development mode) |
| -v, --verbose | show more messages (can be given multiple times) |
| -q, --quiet | suppress all messages |
| --time | measure time |
| -S, --progress | show progress while programming |
File format is auto detected, unless –input-format is used. Preferred file extensions are “.txt” for TI-Text format, “.a43” or “.hex” for Intel HEX. ELF files can also be loaded.
Multiple files can be given on the command line, all are merged before the download starts. “-” reads from stdin.
| -i TYPE, --input-format=TYPE | |
| input format name (titext, ihex, bin, hex, elf) | |
Multiple –erase options are allowed. It is also possible to use address ranges such as 0xf000-0xf0ff or 0xf000/4k.
NOTE: SegmentA on F2xx is NOT erased with –mass-erase, that must be done separately with –erase=0x10c0 or –info-erase”.
| -e, --mass-erase | |
| mass erase (clear all flash memory) | |
| -m, --main-erase | |
| erase main flash memory only | |
| --info-erase | erase info flash memory only (0x1000-0x10ff) |
| -b, --erase-by-file | |
| erase only Flash segments where new data is downloaded | |
| --erase=ADDRESS | |
| selectively erase segment at the specified address or address range | |
All these options work against the file(s) provided on the command line. Program flow specifiers default to “-P” if a file is given.
“-P” usually verifies the programmed data, “-V” adds an additional verification through uploading the written data for a 1:1 compare.
No default action is taken if “-P”, “-V” or “-E” is given, say specifying only “-V” does a “check by file” of a programmed device without programming.
Don’t forget to erase (“-e”, “-b” or “-m”) before programming flash!
| -E, --erase-check | |
| erase check by file | |
| -P, --program | program file |
| -V, --verify | verify by file |
| -U, --upload-by-file | |
| upload the memory that is present in the given file(s) | |
This can be used to read out the device memory. It is possible to use address ranges such as 0xf000-0xf0ff or 0xf000/256, 0xfc00/1k.
Multiple –upload options are allowed.
| -u ADDRESS, --upload=ADDRESS | |
| upload a data block, can be passed multiple times | |
| -o DESTINATION, --output=DESTINATION | |
| write uploaded data to given file | |
| -f TYPE, --output-format=TYPE | |
| output format name (titext, ihex, bin, hex), default:hex | |
| -x ADDRESS, --execute=ADDRESS | |
| start program execution at specified address, might only be useful in conjunction with –wait | |
| -r, --reset | perform a normal device reset that will start the program that is specified in the reset interrupt vector |
| -w, --wait | wait for <ENTER> before closing the port |
| --no-close | do not close port on exit |