Initial Stable  build
This is initial build from pbrp tree
Fix bootloop on reboot system

Via Fastboot
• Download and move the .img file into the platform-tools folder

adb reboot bootloader

fastboot flash vendor_boot Filename.img

Changelogs?
If noscript detect ur device has common tree it will auto inherit the configs and add device specific flags too
If it doesnt then create a standalone one
Then ive also updated the commands and now it accepts flags like
--vendor-dlkm PATH_to_extracted_vendor_dlkm and --vendor PATH_to_extracted_vendor and --device-name BRAND_CODENAME if the noscript doesnt detect your device properly
( for devices with no common tree so it can fetch necessary files it needs for the hopefully working tree )
For devices with a common tree the noscript will detect the android version then clone the specific branch for that android version ( ex. fox_12.1 and fox_12.1-tranos15 )
I've also improved the noscripts fstab detection logic and recovery .rc noscripts so that it doesnt miss any files and directories in a typical transsion ramdisk
The auto patcher touch has now 2 modes and has 2 patterns if it doesnt detect hex pattern 1 or 2 it will detect the dominant hex pattern present in the patcher and open all .ko modules in lib/modules so that it will know what pattern to apply
--vendor-dlkm flag is used if the noscript doesnt find the adaptive-ts.ko file in vendor_boot ( because sometimes its in vendor_dlkm)

Transsion Vendor Boot Recovery Tree Generator V2

What the Script Does – A Complete Overview
The Transsion Vendor Boot Recovery Tree Generator is a Python tool that automates the creation of device trees for custom recoveries (TWRP, PitchBlack, OrangeFox) from a vendor_boot image (or an unpacked directory). It intelligently scans and extracts necessary components from the provided partitions, handles multiple sources, and generates a ready‑to‑build device tree.

Core Features
Multi‑Recovery Support – Generate trees for TWRP, PBRP (PitchBlack), or OFRP (OrangeFox) with correct product prefixes (twrp_, pb_, fox_).

Extended Partition Input – Accept paths to vendor, vendor_dlkm, odm, product, system_ext. The noscript copies:

All .rc files → directly to recovery/root

All fstab.* files → to first_stage_ramdisk/

Referenced binaries and their library dependencies (policy‑controlled)

Firmware required by kernel modules

Auto‑Detection – Scans init noscripts to find referenced binaries and kernel modules. Uses readelf to resolve library dependencies.

Module Filtering – Keep only essential kernel modules based on built‑in patterns or a custom whitelist/blacklist.

Vendor Blob Policy – Control how much is copied from vendor partitions (minimal / normal / full).

Fstab Conflict Handling – When multiple fstab sources exist (ramdisk, vendor, etc.), choose the primary via policy (ramdisk / vendor / prompt); alternatives are saved as backups.

Batch Processing – Process multiple devices using a CSV file (--list); --continue-on-error keeps going if one fails.

Git Integration – --git initialises a git repository and commits the generated tree.

Ownership Fix – If run with sudo, automatically chowns the output tree back to the original user (no root‑owned files).

Dry‑Run & Interactive Modes – --dry-run previews actions; --interactive lets you confirm/correct detected values.

Logging – --log-file saves logs (auto‑creates directories, timestamped files).