About Damn small linux.iso
V86Bundler-friendly version of the v86 PC Emulator!ExampleUsing Vite you can load binaries and wasm files directly!import { V86Starter } from "v86";import v86Wasm from "v86/build/v86.wasm";import bios from "v86/bios/seabios.bin?url";import vgabios from "v86/bios/vgabios.bin?url";import cdrom from "./images/linux.iso?url";new V86Starter({ wasm_fn: v86Wasm, memory_size: 32 * 1024 * 1024, vga_memory_size: 2 * 1024 * 1024, screen_container: document.getElementById("screen_container"), bios: { url: bios }, vga_bios: { url: vgabios }, cdrom: { url: cdrom }, autostart: true,}); ">>html lang="en"> head> meta charset="UTF-8" /> meta name="viewport" content="width=device-width, initial-scale=1.0" /> meta http-equiv="X-UA-Compatible" content="ie=edge" /> head> body> div id="screen_container"> div style="white-space: pre; font: 14px monospace; line-height: 14px" >div> canvas style="display: none">canvas> div> script src="./index.js" type="module">script> body>html>Alternative: Base64 binariesIf you want to test the library without specific loaders for wasm and binary files, you can also use the base64 version: (await WebAssembly.instantiate(await v86WASM, param)).instance.exports, memory_size: 32 * 1024 * 1024, vga_memory_size: 2 * 1024 * 1024, screen_container: document.getElementById("screen_container"), bios: { buffer: await seabios }, vga_bios: { buffer: await vgabios }, cdrom: { url: cdrom }, autostart: true, });}main();">import { V86Starter } from "v86";import { v86WASM, seabios, vgabios } from 'v86/build/binaries';import cdrom from "./images/linux.iso?url";async function main() { new V86Starter({ wasm_fn: async (param) => (await WebAssembly.instantiate(await v86WASM, param)).instance.exports, memory_size: 32 * 1024 * 1024, vga_memory_size: 2 * 1024 * 1024, screen_container: document.getElementById("screen_container"), bios: { buffer: await seabios }, vga_bios: { buffer: await vgabios }, cdrom: { url: cdrom }, autostart: true, });}main();Original Readme or #v86 on irc.libera.chatv86 emulates an x86-compatible CPU and hardware. Machine code is translated toWebAssembly modules at runtime in order to achieve decent performance. Here's alist of emulated hardware:An x86-compatible CPU. The instruction set is around Pentium III level,including full SSE2 support. Some features are missing, in particular:Task gates, far calls in protected modeSome 16 bit protected mode featuresSingle stepping (trap flag, debug registers)Some exceptions, especially floating point and SSEMulticore64-bit extensionsA floating point unit (FPU). Calculations are done using the BerkeleySoftFloat library and therefore should be precise (but slow). Trigonometricand log functions are emulated using 64-bit floats and may be less precise.Not all FPU exceptions are supported.A floppy disk controller (8272A).An 8042 Keyboard Controller, PS2. With mouse support.An 8254 Programmable Interval Timer (PIT).An 8259 Programmable Interrupt Controller (PIC).Partial APIC support.A CMOS Real Time Clock (RTC).A generic VGA card with SVGA support and Bochs VBE Extensions.A PCI bus. This one is partly incomplete and not used by every device.An IDE disk controller.An NE2000 (8390) PCI network card.A virtio filesystem.A SoundBlaster 16 sound card.DemosArch Linux —Damn Small Linux —Buildroot Linux —ReactOS —Windows 2000 —Windows 98 —Windows 95 —Windows 1.01 —MS-DOS —FreeDOS —FreeBSD —OpenBSD —9front —Haiku —Oberon —KolibriOS —QNXDocsHow it works —Networking —Archlinux guest setup —Windows 2000/XP guest setup —9p filesystem —Linux rootfs on 9p —ProfilingCompatibilityHere's an overview of the operating systems supported in v86:Linux works pretty well. 64-bit kernels are not supported.Damn Small Linux (2.4 Kernel) works.All tested versions of TinyCore work.Buildroot can be used to build a minimal image.humphd/browser-vm anddarin755/browser-buildroot have some useful scripts for building one.SkiffOS (based on Buildroot) can cross-compile a custom image.Archlinux works. See archlinux.md for building an image.Debian works. An
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Copyright-Free Xbox HDD ImageThis repository serves as a way to document how to create an Xbox HDD image,mostly for use with XQEMU, free of any copyrighted content.DownloadIf you're in a hurry, you can download a pre-built image here.Do It YourselfIf you would like to create an image for yourself, containing your own files,you can follow these instructions. It's a bit hands-on, but if you've read thisfar you're probably okay with that. This will involve building a dummydashboard, using XboxHDMto create a helper bootable ISO, and a QEMU VM to run the ISO and create thedrive.You may want to start by building the dummy dashboard usingnxdk. Make sure to update the Makefile with thepath to your nxdk install. Otherwise, copy your desired dashboard and optionallyand "E drive" files you want on the drive over to this directory.Next you'll want to run the make-iso-*.sh script that comes with XboxHDMv1.9. This script will create a bootable ISO image. You can run XboxHDMnatively on Linux or Windows (not tested by me), but I chose to simply run itinside of a Docker container:docker build -t xboxhdm .docker run --rm -it -v ${PWD}:/work xboxhdmCreate a working directory:mkdir /tmp/xboxhdmpushd /tmp/xboxhdmUnzip XboxHDM:unzip /work/xboxhdm_v1.9.zipcd xboxhdmNow copy over the dummy dash and create the empty TDATA and UDATA folders:cp /work/xboxdash.xbe linux/C/mkdir -p linux/E/TDATA linux/E/UDATAFinally, run the tool and copy over the resulting file:./make-iso-lin.shcp linux.iso /workNow we should have a file called "linux.iso" in this directory. You could burnthis to a CD, and run it on your PC after connecting a
