| .github | ||
| BIC | ||
| ESP32 | ||
| images | ||
| json | ||
| RP2040 | ||
| tests | ||
| .gitignore | ||
| .gitmodules | ||
| .lgtm.yml | ||
| breakpoint.cpp | ||
| breakpoint.h | ||
| breakpoint_and.cpp | ||
| breakpoint_and.h | ||
| breakpoint_memory.cpp | ||
| breakpoint_memory.h | ||
| breakpoint_or.cpp | ||
| breakpoint_or.h | ||
| breakpoint_parser.cpp | ||
| breakpoint_parser.h | ||
| breakpoint_register.cpp | ||
| breakpoint_register.h | ||
| bus.cpp | ||
| bus.h | ||
| CMakeLists.txt | ||
| config.h | ||
| console.cpp | ||
| console.h | ||
| console_ncurses.cpp | ||
| console_ncurses.h | ||
| console_posix.cpp | ||
| console_posix.h | ||
| cpu.cpp | ||
| cpu.h | ||
| dc11.cpp | ||
| dc11.h | ||
| debugger.cpp | ||
| debugger.h | ||
| device.h | ||
| disk_backend.cpp | ||
| disk_backend.h | ||
| disk_backend_file.cpp | ||
| disk_backend_file.h | ||
| disk_backend_nbd.cpp | ||
| disk_backend_nbd.h | ||
| disk_device.h | ||
| div.py | ||
| error.cpp | ||
| error.h | ||
| gcovr-json-diff.py | ||
| gen.h | ||
| kw11-l.cpp | ||
| kw11-l.h | ||
| LICENSE | ||
| loaders.cpp | ||
| loaders.h | ||
| log.cpp | ||
| log.h | ||
| main.cpp | ||
| memory.cpp | ||
| memory.h | ||
| mingw64.cmake | ||
| mmu.cpp | ||
| mmu.h | ||
| raw_to_simh_bin.cpp | ||
| README.md | ||
| rk05.cpp | ||
| rk05.h | ||
| rl02.cpp | ||
| rl02.h | ||
| terminal.cpp | ||
| terminal.h | ||
| tm-11.cpp | ||
| tm-11.h | ||
| tty.cpp | ||
| tty.h | ||
| utils.cpp | ||
| utils.h | ||
| win32.cpp | ||
| win32.h | ||
KEK
Kek is a DEC PDP-11 (11/70) emulator capable of running UNIX-v6.
To build for e.g. linux:
mkdir build
cd build
cmake ..
make
Required:
* libncursesw5-dev
* libjansson-dev
To build for e.g. windows:
mkdir build-win32
cd build-win32
cmake -DCMAKE_TOOLCHAIN_FILE=../mingw64.cmake ..
make
To run a disk image:
./kek -R filename.rk -b 2> /dev/null
Kek emulates an RK05.
To run a tape image:
./kek -T filename.bin -b 2> /dev/null
ESP32
The ESP32 version needs platformio to be build.
cd ESP32
pio run -t upload
That should build & upload it to a connected ESP32.
Wiring of SDCARD (or use disk-images exported via NBD over wifi using nbdkit (because of older NBD protocol implementation)):
- MISO: 19
- MOSI: 23
- SCK : 18
- SS : 5
- and of course connect VCC/GND of the SD-card
Wiring of the MAX232 connection:
- TX : 17
- RX : 16
Raspberry PI PICO / RP2040
Wiring of SDCARD:
- MISO: 16
- MOSI: 19
- SCK : 18
- SS : 17
- and of course connect VCC/GND of the SD-card
The RP2040 version needs platformio to be build.
cd RP2040
pio run
Then copy RP2040/.pio/build/BUILD_FOR_RP2040/firmware.uf2 to the PICO.
SHA2017-badge
This procedure will remove the default micropython environment. Maybe you can undo that, but I have not tried that.
-
esptool.py erase_flash
-
pio run -e SHA2017-badge
-
esptool.py --chip esp32 --port /dev/ttyUSB0 --baud 921600 --before default_reset --after hard_reset write_flash -z --flash_mode dio --flash_freq 80m --flash_size detect 0x1000 ./.pio/build/ESP32-wemos/bootloader.bin
-
pio run -e SHA2017-badge -t upload
After this, you can connect a serial terminal to /dev/ttyUSB0 at 115k2 bps.
pictures
Click on the following picture to see it running (opens a youtube link):
Released under MIT license.
Folkert van Heusden