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msplinux [2012/02/14 21:22]
msplinux [2018/03/06 08:59] (current)
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 ====== Using the MSP430 Launchpad in Arch Linux ====== ====== Using the MSP430 Launchpad in Arch Linux ======
-Start by installing all the stuff listed in the top part of [[http://​losinggeneration.homelinux.org/​2010/​07/​02/​msp430-launchpad-on-linux/​|this document]].+This guide is, for the most part, based off of [[http://​losinggeneration.homelinux.org/​2010/​07/​02/​msp430-launchpad-on-linux/​|this document]]. I'm duplicating much of it here because 1) if it goes down we'll have lost a valuable resource, 2) some of what he says is outdated/​wrong,​ 3) he's wordier than I am, 4) my methods are a bit easier, I think.
-You can get all this stuff through AUR, and its dependencies through pacman.+To get started, install the following software. ​You can get all this stuff through AUR, and its dependencies through pacman.
   *binutils-msp430 ​   *binutils-msp430 ​
   *gcc-msp430   *gcc-msp430
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   *mspdebug   *mspdebug
-Next, you need a make file. This one has worked for me.+Next, you need a make file. This one has worked for me. Change the -mmcu= flag to reflect whatever chips you're working with.
 <file c makefile>​ <file c makefile>​
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 <file c main.c> <file c main.c>
 +// Copyright 2012 Matthew Hiles
 #include <​msp430g2553.h>​ #include <​msp430g2553.h>​
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 </​file>​ </​file>​
-Now, type "​make"​. If jesus loves you, this should happen:+Now, type "​make"​. If the gods are smiling upon you, this should happen:
 <​code>​ <​code>​
-[john@TX100 blinktest]$ make  +[john@TX100 blinktest]$ make 
-msp430-gcc -Os -Wall -g -mmcu=msp430g2553 -c main.c  +msp430-gcc -Os -Wall -g -mmcu=msp430g2553 -o main.elf main.o 
-main.c:​11:​6:​ warning: return type of '​main'​ is not '​int' ​ +[john@TX100 blinktest]$ ls
-msp430-gcc -Os -Wall -g -mmcu=msp430g2553 -o main.elf main.o  +
-[john@TX100 blinktest]$ ls +
 main.c ​ main.elf ​ main.o ​ makefile main.c ​ main.elf ​ main.o ​ makefile
 </​code>​ </​code>​
 +If it doesn'​t,​ check your code, your makefile, all that good stuff. I'm bad at troubleshooting this because I personally have never had it go wrong.\\
 Now, start mspdebug: Now, start mspdebug:
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 <​code>​ <​code>​
 [john@TX100 blinktest]$ sudo mspdebug rf2500 [john@TX100 blinktest]$ sudo mspdebug rf2500
-MSPDebug version 0.18 - debugging tool for MSP430 MCUs 
-Copyright (C) 2009-2011 Daniel Beer <​dlbeer@gmail.com>​ 
-This is free software; see the source for copying conditions. ​ There is NO 
-Trying to open interface 1 on 004 
-Initializing FET... 
-FET protocol version is 30066536 
-Configured for Spy-Bi-Wire 
-Set Vcc: 3000 mV 
-Device ID: 0x2553 
-Device: MSP430G2553 
-Code memory starts at 0xc000 
-Number of breakpoints:​ 2 
-fet: FET returned NAK 
-fet: warning: message 0x30 failed 
-Available commands: 
-    =         ​delbreak ​ gdb       ​load ​     opt       ​reset ​    simio 
-    alias     ​dis ​      ​help ​     locka     ​prog ​     run       step 
-    break     ​erase ​    ​hexout ​   md        read      set       sym 
-    cgraph ​   exit      isearch ​  ​mw ​       regs      setbreak 
-Available options: +.... 
-    ​color ​          ​gdb_loop ​       iradix +A bunch of jibberish 
-    ​fet_block_size ​ gdbc_xfer_size ​ quiet +...
- +
-Type "help <​topic>"​ for more information. +
-Press Ctrl+D to quit.+
 (mspdebug) (mspdebug)
 </​code>​ </​code>​
-Now at this point, things ​get a little bit convoluted. I think the guide linked above does a few extra/weird things, but whatever, ​it works.+Now you'​re ​at the (mspdebug) promptand you can do things ​like program code to your msp, erase your msp, look at the data on the msp, etc. I don't know what all can do, but I get the feeling that it's fairly powerful if you know what you're doing. 
 +To program your code onto the chip, first type '​erase'​ at the prompt to make sure the chip is wiped. This will take about a second. Now type 'prog main.elf'​ and whamo-blamo,​ you've programmed your MSP430 in linux.
-At the (mspdebug) prompt, type '​erase' ​to wipe the chip, then type prog main.elf ​and your program will be dumped on the chip. Now you need to start the debugger. I suggest you use tmux or screen ​for all of thisbecause you'll need two terminals at onceIn the first terminal, run the command ​'gdb' and switch to another terminal. Here, run msp430-gdb main.elf as standard user. At the (gdb) promptenter 'target remote localhost:​2000'​ and then type continue. After a few seconds, your program should start and your LED will begin blinking.+If you want to do realtime debugging ​and stuff you can mess around with msp430-gdb. I've not found much use for it yetbut I'm sure that one day there will beIt'little bit complicatedso if you're interested in it you can read about it in the guide linked at the top of this page.
msplinux.txt · Last modified: 2018/03/06 08:59 (external edit)
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