console-anywhere
From the author
Play Anywhere. Builds the port for Windows, Mac, Linux, Steam Deck, Android and PS Vita and packages it without any game files inside. doctor checks this machine's tools for a target and prints the exact install command for anything missing; plan prints the build steps taken from PS2Recomp's own README, android/README.md and vita scripts; package makes a player folder in console/dist/ (the runner, its libraries, an empty game/ folder, PLAYERS.md, a launch script, .recomp.json) and refuses outright if a disc image, PS2 ELF, IRX module, recompiled runner source or other game data is inside; guard runs that check on any folder; recomp-json writes the project's optional .recomp.json. Use when the user says "put it on my Steam Deck", "build it for Android", "play it on my phone", "on my TV", "Vita build", "Mac build", "package it", "make a release folder", "is it safe to zip this", or after the port plays on the machine it was built on.
Install
npx skills add Jakeschincariol/console-skill --skill console-anywhere -a claude-code
Installs to .claude/skills/console-anywhere/ · Each command fetches the skill straight from GitHub with the open skills CLI.
Byte-identical to the scanned commit, with the repository’s licence and a SOURCE.txt.
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Similar skills
Closest to this one by what they do and when they are used.
- console-reverseJakeschincariol/console-skillReverse Engineer. Opens your own disc image, finds the game's code and maps how it works: the boot ELF, every function, the design doc. Drives the whole port and is the entry point of the Console pack. Reads ISO 9660 images without loading them whole, reads SYSTEM.CNF and the boot ELF (segments, CRC-32 and PCSX2 CRC, IRX modules), writes a starter PS2Recomp TOML with real keys only, and keeps console/STATE.md, the memory every /console-* skill reads first. Carries the PS2Recomp rules: never clean the build, never edit generated code or headers, a build gate, and a three-strike circuit breaker. Use when the user says "port my PS2 game", "recompile my game", "open my ISO", "what's on this disc", "set up PS2Recomp", "where are we", "continue the port", or at the start of any Console session.Design★ 260
- console-backendJakeschincariol/console-skillBackend Engineer. Builds the engine room the recompiled game runs on: syscalls, kernel stubs, file and disc I/O, the IOP. Reads PS2Recomp runtime logs and turns every "Unimplemented PS2 stub", "[Syscall TODO]", missing function, unhandled IOP RPC, failed disc read and untranslated instruction into a ranked fix list: count, first PC and RA, and the exact fix tool (a TOML binding, the runtime .cpp file to implement it in, an entry point and a recompile, or a game override). With the user's PS2Recomp checkout it reads the real handler names and syscall numbers. Writes nothing into the checkout; prints a table for console/STATE.md. Use when the user says "unimplemented stub", "syscall TODO", "it crashes at boot", "fix the backend", "it can't find a file", "the IOP", "what is syscall 0x3C", or after /console-tester reports a stop.Writing★ 260
- console-modJakeschincariol/console-skillMod Maker. Describe any change in plain English and Claude builds it into the game: patches, cheats, new behaviour, as code that never touches the original files. Ports PCSX2 .pnach patches to the PS2Recomp port (code writes become ps2_recomp TOML instruction patches, data writes become a C++ game override that writes RDRAM at load or every frame, the rest are flagged for a manual port with the reason) and scaffolds game overrides that bind, replace or wrap a game function with the real PS2Recomp API. Writes to console/patches/, never to the game's files, the generated runner/*.cpp or headers. Use when the user says "mod this game", "add a cheat", "infinite health", "port this pnach", "make my gun do X", "change how X works", "game override", "turn this PCSX2 patch into the port", or once the port boots and they want to change it.Writing★ 260
- console-controllerJakeschincariol/console-skillController Mapper. Hooks the game up to any controller: DualSense, Xbox, Switch Pro, keyboard or touch, remapped how you like. Reads a mapping in console/controls.json (a layout preset plus per-button overrides, radial deadzone, invert Y, stick swap, analog trigger threshold, keyboard keys, two players, Android touch zones) and writes console/ps2_pad.cpp, a drop-in replacement for PS2Recomp's ps2xRuntime/src/lib/ps2_pad.cpp with the same class, signature and DualShock 2 report. Optional input replay and recording for scripted test runs. Backs up the stock file before installing and only touches the PS2Recomp checkout you name. Use when the user says "my controller doesn't work", "remap the buttons", "use my Xbox pad", "Switch Pro buttons are swapped", "invert the camera", "keyboard controls", "two players", "touch controls on Android", or when /console-tester needs scripted input.Testing★ 260
- console-testerJakeschincariol/console-skillPlaytester. Runs the port again and again, reads every crash, ranks what to fix next and checks nothing broke. run.py starts ps2EntryRunner with your game's ELF under a hard timeout, kills the whole process tree, keeps the log in console/runs/ and calls the run PASS, HANG, CRASH or FAIL (soak repeats it N times; --input replays a controller script). triage.py reads the runtime's own log lines, clusters them by PC, names the function from your Ghidra CSV map, ranks them and names the /console-* skill that owns each; compare shows fixed, still there and new. abdiff.py finds the first divergence between PCSX2 and the port in register or memory dumps. Use when the user says "run it", "does it boot", "test the port", "why did it crash", "what do I fix next", "did that break anything", "run it 100 times", "compare with PCSX2", or after every build.Testing★ 260
- unity-build-pipelinegamedev-skills/awesome-gamedev-agent-skillsBuild and ship Unity 6.3 LTS players: build settings and scenes, player/quality settings, the IL2CPP vs Mono scripting backend, managed code stripping, scripted BuildPipeline.BuildPlayer, and CI/headless builds. Use when configuring or automating a build, choosing a scripting backend, shrinking build size, or when the user mentions Unity build, player settings, IL2CPP, code stripping, or Addressables.Engineering★ 6.7K
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