A0B36APO Virtual Hardware: Difference between revisions
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Students have to work with specialized hardware. This page describes how to use the virtual implementation of the specialized hardware -- this can help students to work at home without the access to the real hardware. | Students [https://edux.feld.cvut.cz/courses/A0B36APO/tutorials/10/start have to work with specialized hardware]. This page describes how to use the virtual implementation of the specialized hardware -- this can help students to work at home without the access to the real hardware. | ||
=== Qemu === | === Qemu === | ||
Revision as of 13:36, 4 April 2012
A0B36APO (Architektury pocitacu -- Computer architectures) is a course taught by Department of Computer Science and Engineering and Department of Control Engineering.
Students have to work with specialized hardware. This page describes how to use the virtual implementation of the specialized hardware -- this can help students to work at home without the access to the real hardware.
Qemu
Qemu is a processor emulator which enables to run separate Operating System on Virtual Hardware.
APOHW
APOHW comprises PCIe I/O card and Simple terminal (keyboard + text LCD).
How to obtain source codes:
git clone git://rtime.felk.cvut.cz/lisovros/qemu_apohw.git -b apohw
Using APOHW
How to compile it:
./configure --enable-system --target-list=i386-softmmu --enable-sdl --enable-kvm make
How to run it:
./i386-softmmu/qemu-system-i386 -device apohw \
-hda ../../debian_lenny_i386_standard.qcow2 \
--boot c \
-enable-kvm
You need to have some image file with installed Linux on it. KVM command is optional. In another terminal then run:
telnet localhost 55555
What is not implemented:
- I/O card is PCI, not PCIe -- however memory access is the same.
- HD44780 does not support 4bit access
- HD44780 does not support display shifting
- HD44780 does not support editable CGRAM
- Keyboard
- Buzzer