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- Atari
- Atar 810: 6507 CPU + WD1771 schematics
- Atari 1050: 6507 CPU + WD273 schematics
- Commodore
- 1541: 6502 CPU + custom hw schematics
- TRS-80 Color Computer:
- Card1: WD1773 schematics
- Card2: WD1793 schematics
- Videoton TVC
- HBF-2: WD1793 schematics
- ZX Spectrum
- Beta Disk: WD1793
- Amstrad CPC
- DDI-1: R6765 schematics
- ZX Spectrum
- dumb ones are easier to do, sample solution: CocoSDC (2 CPLD, 1 FLASH, 1 ATmega MCU)
- a generic solution for the smart ones is to connect it to a PC through USB/RS232/Parallel, (SIO2PC, X1541, ...)
- homebrew
- compiler
- debugger 1 homebrew: brew install open-ocd
- debugger 2 homebrew: brew install stlink
- IDE installation guide
- install eclipse c/c++
- install all gnuarm plugins: http://gnuarmeclipse.sourceforge.net/updates
- install "GCC Cross Compiler support" and "GDB Hardware Debugging" from: http://download.eclipse.org/tools/cdt/releases/kepler
- new C project will have an option for "STM32F4XX C/C++ Project", defaults are mostly ok, you have to point to the arm toolchain in the last step!
- integrate a debugger provider (optional):
- add new external program (green play icon with red toolbox)
- Location: /usr/local/bin/st-util
- Working Directory: ${project_loc}
- this will just run that tool, you can do it on the command line, it will print the default port for the gdb server
- integrate debugger
- Debug Configurations (under Run menu)
- new
- on the Debugger tab set the path to gdb in the arm toolchain
- JTAG device: generic tcp
- port: 4242 (default for stlink)
- Kanex Thunderbolt-to-Gigabit Ethernet + USB 3.0 Adapter (Apple store) $110
- OWC Mercury Elite Pro Mini USB3 35USD - 100AUD
- SSD
- mod
- parts: 4* 2764 eproms + sockets28, dip 4 switch, 2* sockets16, reset button
- a simple one
- parts: scart plug, stereo jack, 100uF (optional), 6 pin DIN plug
- scart pins
- parts: serial to usb board (CH340G, ~1$), USB socket