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Introduce a new vphone virtual iPhone project: - Add VPhoneObjC (.m/.h) providing Objective-C wrappers around private Virtualization.framework APIs (PV=3 hardware model creation, bootloader ROM setting, NVRAM helpers, PL011 serial port, SEP coprocessor, debug/panic devices, and production-mode toggle). - Add Swift CLI and VM implementation (VPhoneCLI.swift, VPhoneVM.swift, VPhoneHardwareModel.swift) to configure and boot a PV=3 VM, capture serial console, start in DFU, and manage SEP/storage. Includes validation and minimal device config (graphics, storage, networking). - Add helper scripts (build_and_sign.sh, boot.sh, boot_dfu.sh) to build, codesign with entitlements, and launch the VM. - Add vphone.entitlements enabling the required private virtualization entitlements. Notes: this targets macOS 15+ and requires appropriate entitlements and disabled SIP/AMFI to use private virtualization APIs. Create .gitignore Update README.md Update README.md Update README.md README: add demo image and fix formatting Add demo.png and embed it in the README; clean up markdown and code snippet formatting, remove stray backticks/bold markers, normalize list bullets, fix a resource path (vrevm), tidy whitespace/trailing chars, and add an Acknowledgements section. These changes improve readability and correctness of the setup instructions. Create LICENSE Create README.md Add Package.swift; use interactive serial console Add a Swift Package manifest for vphone-cli (macOS v14) with targets VPhoneObjC and vphone-cli, dependency on swift-argument-parser, and necessary linker/swift settings. Modify VPhoneVM to remove the intermediate Pipe-based serial capture: attach the PL011 serial port directly to FileHandle.standardInput/standardOutput for an interactive console, remove the readabilityHandler-based console capture and related plumbing, and update log/print messages accordingly. Add CFW installer and patching tools Add scripts and input archive to install a custom firmware (CFW) on vphone via an SSH ramdisk. Includes: - Scripts/install_cfw.sh: zsh installer that extracts Cryptex DMGs from a restore, mounts device filesystems, copies Cryptexes, installs GPU driver and iosbinpack64, patches system binaries, injects LaunchDaemons and configures persistent SSH/VNC. Idempotent, caches decrypted DMGs and signs patched binaries with provided tools. - Scripts/patch_cfw.py: Python tool using capstone/keystone to locate and patch binaries (seputil, launchd_cache_loader, mobileactivationd), parse BuildManifest for Cryptex paths, and inject daemon plists. - Scripts/cfw_input.tar.zst: bundled input resources (Cryptexs, daemons, signing cert, and helper tools). The installer requires ipsw, aea, python3 with capstone/keystone-engine and is designed to be safe to re-run. Intended to automate CFW deployment and runtime patches on the target device. Add ramdisk build and deployment scripts Add Scripts/build_ramdisk.py to build a signed SSH ramdisk for vphone600 from a patched restore set: it extracts firmware components, patches iBEC boot-args, repacks/signs IM4P/IMG4 artifacts (iBSS, iBEC, TXM, kernel, DeviceTree, SEP, trustcache, ramdisk) using an IM4M from an SHSH blob. Include a prepackaged ramdisk_input.tar.zst with tooling/resources and a helper Scripts/ramdisk_send.sh to load the generated IMG4 files to a device via irecovery in the correct order. The Python script expects firmware patched by patch_firmware.py and requires keystone-engine, capstone, pyimg4, and the pyimg4 CLI; usage and temp/output directories are documented at the top of the script. Add firmware prepare and patch scripts Add two tools for building and modifying a hybrid restore image for vphone600: Scripts/prepare_firmware.sh - Bash helper to download an iPhone IPSW and a cloudOS IPSW, extract them, merge cloudOS boot components into the iPhone restore directory, and generate hybrid BuildManifest.plist and Restore.plist tailored for vresearch101/vphone600 use-cases. - Produces a ready Restore directory. Usage: ./prepare_firmware.sh [iphone_ipsw_url] [cloudos_url] Scripts/patch_firmware.py - Python tool that runs after prepare_firmware.sh to patch boot-chain components (AVPBooter, iBSS, iBEC, LLB, TXM, kernelcache). - Auto-detects IM4P vs raw payloads, supports recompressing/repacking IM4P (preserving PAYP metadata when required), and applies a variety of binary patches (image4 callback bypass, serial labels, boot-args injection, trustcache/ DGST bypasses, many kernelcache fixes). - Implements assembler/disassembler helpers (keystone/capstone) and multiple heuristics for locating patch sites. - Usage: python3 patch_firmware.py [vm_directory] - Dependencies: keystone-engine, capstone, pyimg4 (pip install keystone-engine capstone pyimg4) These scripts automate preparing a hybrid restore and applying the required boot-chain patches for research devices. Update demo.png Create boot_sweet.sh Add multi-touch support and VM window Enable multi-touch input and a GUI VM window: add ObjC helpers to configure a _VZUSBTouchScreenConfiguration, create _VZTouch objects via KVC (workaround for init crash), build _VZMultiTouchEvent instances, and send/get multi-touch devices. Expose these APIs in the VPhoneObjC header and invoke VPhoneConfigureMultiTouch from VPhoneVM before VM start. Add a VPhoneVMWindow implementing a touch-enabled VZVirtualMachineView that maps mouse/right-click/drag events to multi-touch phases (with edge detection for swipe aim) and a window controller to show the VM. Also update the CLI to present the window in GUI mode.
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