@@ -19,7 +19,7 @@ The project is currently integrating Slip 13 with the following hardware, toolch
The default ARM crosscompiler for linux/osx. YAGARTO and codesourcery toolchains should in theory also work.
* Eclipse
If you cannot live without a graphical IDE: Eclipse allows you to import Makefile projects (see below) and to interface to the gdb debugger. This requires soem configuration however, wheras the more traditional editor+make approach works out of the box.
If you cannot live without a graphical IDE: Eclipse allows you to import Makefile projects (see below) and to interface to the gdb debugger. This requires some configuration however, whereas the more traditional editor+make approach works out of the box.
CHANGELOG
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@@ -30,12 +30,13 @@ CHANGELOG
TODO
----
- Communication: Use the LWIP stack to setup a TCP connection to talk to the SlipREPL. USB-to-serial communication to the board is put on hold, because there aren't any readily available low-level drivers for it.
- Add some native to make the SPI protocol available to Slip. (using the open/open-file of scheme?) Then start talking to the XBee device.
- Add some native to make the SPI protocol available to Slip (using the open/open-file of scheme?). Then start talking to the XBee device.
INSTALL CHECKLIST
-----------------
* Have a arm-none-eabi-gcc toolchain installed (codesourcery toolchain works, haven't tried YAGARTO)
- OSX: port install arm-none-eabi-binutils arm-none-eabi-gcc arm-none-eabi-gdb
* Try 'make' in the ./minislip/ directory, this should work out of the box
* For Eclipse:
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@@ -52,4 +53,4 @@ MODIFICATIONS
* If you are adding header or source files to the project, please put them in ./minislip/ directory and add them to the ./minislip/Makefile .
