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75 lines
1.8 KiB
Plaintext
75 lines
1.8 KiB
Plaintext
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libmc1322x is a library, build system, test code, and utilities for
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using the mc13224v from Freescale.
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Getting Started
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---------------
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$ cd tests
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$ make
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this will build all the test files in libmc1322x/tests for each board
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defined in libmc1322x/board. You will have programs like:
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rftest-tx_redbee-dev.bin
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rftest-tx_redbee-r1.bin
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rftest-rx_redbee-dev.bin
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rftest-rx_redbee-r1.bin
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if you only wanted to build binaries for one board you can do:
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$ make BOARD=redbee-dev
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You can use mc1322x-load.pl in libmc1322x/tools to run your code:
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$ ../tools/mc1322x-load.pl -f rftest-tx_redbee-dev.bin
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Incorporating libmc1322x into your own code
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-------------------------------------------
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The best way to incorporate libmc1322x into your code is as a git
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submodule:
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$ mkdir newproject
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$ cd newproject
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$ git init
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Initialized empty Git repository in /home/malvira/newproject/.git/
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$ git submodule add git://git.devl.org/git/malvira/libmc1322x.git
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This will add libmc1322x to your repository. Now to setup the
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Makefile:
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$ cp libmc1322x/tests/Makefile .
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You need to edit the Makefile to point MC1322X to your libmc1322x
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submodule:
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Change line 1
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MC1322X := ..
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to
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MC1322X := libmc1322x
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and edit COBJS and TARGETS accordings. COBJS are all of your common
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code for any of your programs. TARGETS are the names of your programs.
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For instance, you can have a common routine that prints a welcome
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message that is used by two programs a and b. You would add common.o
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to COBJS:
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COBJS:= common.o
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and your target line would read:
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TARGETS := a b
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COBJS are made for each board --- so it is ok to have board specific
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code in there. As an example, tests uses this in tests.c to print the
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name of the board in the welcome message. You could also use this to
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change your GPIO mappings between boards.
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