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TODO

PIC + SDCC
- install tools (incl. gpsim)
  - ~~sdcc: precompiled linux binary from upstream~~
- IDE or other dev. env.
- successful compile (see http://www.micahcarrick.com/pic-c-programming-linux.html)
- simulate
PC + JALv2
- install tools (incl. gpsim)
- IDE or other dev. env.
- successful compile
- simulate (see http://www.casadeyork.com/jalv2/jalv2opt/x17.html)
AVR
- setup freeware AVR simulation in WINE
Pick a setup and start coding the curriculum.

Done

AVR
- install tools (avr-libc, avrdude, avrdude-doc, binutils-avr, gcc-avr, gdb-avr, simulavr; avarice not installed at present)
- get a handle on AVR IDE/dev. env. and set at least one up (used CodeBlocks, Eclipse, Geany, and Qt Creator; CodeBlocks and Eclipse preferred).
- successful compile
- setup and run an AVR simulavr session (http://electrons.psychogenic.com/modules/arms/art/6/SimulatingandDebuggingAVRprograms.php http://www.nongnu.org/simulavr/intro.html)