"Xcode development, Mach-O binary analysis, REA inspection, codesigning, and device deployment for Apple iOS and iPadOS directly on Linux. Use when inspecting IPAs, compiling iOS apps, analyzing Mach-O headers, deploying to connected iPhones/iPads via USB/Wi-Fi, and checking iOS device status."
Install
npx skillscat add sparkedoficial-stack/tardis/xcode-for-linux Install via the SkillsCat registry.
Xcode for Linux (xcode-linux)
Sovereign Linux toolchain for Apple iOS and iPadOS software development, binary inspection, codesigning, and device management.
Toolchain Architecture
The toolchain is located at /opt/xcode-linux and accessible globally via /usr/local/bin/xcode-linux:
- CLI Executable:
/usr/local/bin/xcode-linux - Compiler: Clang (
/usr/bin/clang) targetingarm64-apple-ios - Linker: LLD (
/usr/bin/lld) - Binary Analysis: LLVM Objdump (
/usr/bin/llvm-objdump), LLVM Lipo (/usr/bin/llvm-lipo) - Property Lists: Plistutil / Plutil (
/usr/bin/plistutil//opt/xcode-linux/bin/plutil) - Codesigning:
zsign(/home/timemachine/melonx_install/zsign) - Apple Protocols:
pymobiledevice3(/home/timemachine/.local/bin/pymobiledevice3) - USB Transport:
usbmuxd(/usr/sbin/usbmuxd) - App Installer:
ideviceinstaller(/usr/bin/ideviceinstaller)
Core Commands and Usage
1. Toolchain & Connected Device Status
xcode-linux infoOutputs the status of all compilers, linkers, signers, usbmuxd daemon, and enumerates all connected iOS/iPadOS devices with their UDID, model, iOS version, and Developer Mode state.
2. Device Organizer & Enumeration
xcode-linux devicesLists connected devices with UDID, connection type (USB/Wi-Fi), build version, and Developer Mode verification.
3. Installed User Applications
xcode-linux apps [--udid <UDID>]Queries the device's InstallationProxyService and displays all installed user applications, bundle IDs, and versions.
4. Binary Inspection & Reverse Engineering (REA Bridge)
xcode-linux inspect <path_to_ipa_or_macho>- For IPAs (
.ipa): Unpacks payload, extractsInfo.plist, identifies bundle ID, architecture, supported devices, minimum OS version, and invokes REA (reverse-engineer-anything) for deep structural analysis. - For Mach-O Binaries: Parses Mach-O 64-bit headers, load commands (
LC_SEGMENT_64,LC_LOAD_DYLIB,LC_CODE_SIGNATURE), entry points, and crypt flags.
5. Application Deployment (Sideloading)
xcode-linux install <path_to_ipa> [--udid <UDID>]Transfers and installs the signed .ipa package onto the targeted device via usbmuxd and com.apple.mobile.installd.
Note: Requires a valid provisioning profile matching the device UDID.
6. High-Speed File Injection (Apple File Conduit)
xcode-linux push <local_file> <remote_path> [--udid <UDID>]Injects files directly into the iPad/iPhone local storage (e.g., /Downloads/file.ext) over USB at full hardware speeds.
7. Live Syslog Streaming
xcode-linux console [--udid <UDID>]Streams realtime operating system and application log output from the device kernel and user space.
8. Project Compilation
xcode-linux build <project_dir> [--out <output_dir>]Compiles Objective-C, Swift, or C sources into Mach-O binaries, sets up application bundle structure, generates Info.plist, and packages into an installable .ipa.
Programmatic Integration in Python
import subprocess
import json
def get_xcode_device_status():
res = subprocess.run(["xcode-linux", "devices"], capture_output=True, text=True)
return res.stdout
def inspect_ios_package(ipa_path):
res = subprocess.run(["xcode-linux", "inspect", ipa_path], capture_output=True, text=True)
return res.stdout