ostep-projects
mt32-pi
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ostep-projects | mt32-pi | |
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8 | 33 | |
3,779 | 1,165 | |
- | - | |
2.0 | 2.5 | |
14 days ago | 10 months ago | |
C | C++ | |
- | GNU General Public License v3.0 only |
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ostep-projects
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How is the math major here?
We were taught by Remzi (the author behind OSTEP). He was one of the best professors I have met at UW madison. Unfortunate that I had to drop though. Some of the projects we did were open source btw https://github.com/remzi-arpacidusseau/ostep-projects
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I am getting an undefined reference despite including the source file when compiling
So, run-tests.sh is being run and the source could be found here
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How to get started with learning Operating Systems?
The intro says they have projects throughout the book. This is the git they listed for them https://github.com/remzi-arpacidusseau/ostep-projects
- Xv6, a simple Unix-like teaching operating system
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MIT 6.S081 – Operating System Engineering
OSTEP by Remzi and Andrea Arpaci-Dusseau is a great read for anybody interested in operating systems (https://github.com/remzi-arpacidusseau/ostep-projects). The projects in their class at the University of Wisconsin-Madison were mainly making edits to the xv6 OS
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A free (or mostly free) computer science education
Projects
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What's the best way to learn Operating Systems for you?
But since you've already read a few OS books, I suggest you move on to actually peeking under the hood and playing around with the concepts. OSTEP has problems at the end of each chapter you can check out. You can also try to hack into a real "toy" operation, like xv6 - check out the problems here.
mt32-pi
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Something between Rpi and Rpi Pico?
I have just seen https://github.com/dwhinham/mt32-pi but it doesn't seem as easy to play with and well-documented as the other software I've used.
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Attempting to learn MS-DOS; Here's my DOS Gaming Box!
Cool system. I'd see if you can get a hold of a Roland MT-32 type synth. If your sound card has a daughterboard connector (it does, top right corner) you can get a Serdaco Wavetable board which would let you have generalMIDI output. An external MT-32 or a mt32-pi will also greatly improve your music output.
- Electronic music icon Korg makes music with Raspberry Pi
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Roland MT-32 Emulation
Regardless the best option is a MT32-pi solution. https://github.com/dwhinham/mt32-pi/wiki/Custom-hardware
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Sound canvas / tone generator
I think MT-32 and SC-55, at least, are wildly overpriced for what they are from a music perspective, thanks to the retro gaming bubble. If you want to mess around with one, I would recommend checking out mt32-pi. In addition to the extremely limited MT-32 sound palette, it can also load soundfonts, which really opens things up a lot.
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Raspberry Pi in synths?
Check out Mini-Dexed and MT32-Pi. I use both and they're great. They are built on the bare-metal "circle" platform, so they don't run on top of linux (so no faffing about with JACK routing, etc.).
- Ask HN: What cool projects do you suggest I build with a Raspberry Pi 2W
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My take on the MiniDexed - first synth-diy project completed
its a CJMCU 5102 DAC Board, which is one of the supported soundcards. You can use the internal headphone jack of the Pi as well, however it only supports 12bit PWM audio there, which is usable but has a lot of artifacts and I would not recommend therefore
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I'm not sure where else to post this but I need a bit of help.
You can turn a Raspberry Pi into a Yamaha DX7 using MiniDexed or a Roland MT-32 using mt32-pi (which also loads soundfonts via FluidSynth). I use both of these regularly. They're great. Both work with USB MIDI controllers with no additional hardware required and boot headlessly in a few seconds to work like a true instrument.
- Dexed FM synthesizer similar to DX7 running on bare metal Raspberry Pi
What are some alternatives?
zynthian-sys - System configuration scripts & files for Zynthian.
munt - A multi-platform software synthesiser emulating pre-GM MIDI devices such as the Roland MT-32, CM-32L, CM-64 and LAPC-I. In no way endorsed by or affiliated with Roland Corp.
computer-science - :mortar_board: Path to a free self-taught education in Computer Science!
stm32mp1-baremetal - Baremetal framework and example projects for the STM32MP15x Cortex-A7 based MPU
COS461-Public - Princeton University COS 461: Computer Networks
Arduino-USBMIDI - Allows a microcontroller, with native USB capabilities, to appear as a MIDI device over USB to a connected computer
circle - The compiler is available for download. Get it!
EspTinyUSB - ESP32S2 native USB library. Implemented few common classes, like MIDI, CDC, HID or DFU (update).
circle - A C++ bare metal environment for Raspberry Pi with USB (32 and 64 bit)
xv6-public - xv6 OS
Main_MiSTer - Main MiSTer binary and Wiki