Depending on your focus (infrastructure, UI, or performance), you might be looking for one of these: Crank.js - The Just JavaScript UI Framework · GitHub
is a prominent developer associated with STRP x UNIVERSE, known for creating high-performance Magisk modules focused on Android system optimization. Their most notable project on GitHub is the STRP x ULTRA x BATTERY (found within the STRPxSUB-WD repository), which is designed to enhance device performance and battery efficiency through deep system-level tweaks. Key Features of CRANKV2's STRP Modules
The STRPxSUB-WD project, authored by CRANKV2, includes several advanced features for rooted users:
Performance & Battery Optimization: Includes a complete rework of battery-saving scripts, fine-tuned kernel parameters, and optimized CPU performance for maximum battery backup.
CLI Commands: Users can access a powerful command-line interface (CLI) for advanced control. The main menu can be accessed using su -c SUB, and a help menu is available via su -c SUB -h.
Resource Management: Features enhanced memory management, reduced background processes, and streamlined system processes to conserve resources.
System Stability: Implements fine-tuned I/O scheduler settings and GPU management to lower energy usage without sacrificing responsiveness. Installation & Usage
To use CRANKV2's modules, your device must be rooted with Magisk (minimum version 20.3+).
Download: Obtain the latest version (e.g., v2.5) from the Releases page. Flash: Install the .zip file through the Magisk app. crankv2 github
Configure: Use terminal commands like su -c SUB to enable or disable specific optimization profiles on boot.
For community support and updates, CRANKV2 often directs users to the Android Root Modules Community on Telegram. Releases · Gtajisan/STRPxSUB-WD - GitHub
Technical Overview: CRANKV2 GitHub Projects CRANKV2 is a prominent developer within the Android modding and game enhancement communities, primarily known for creating performance and utility modules for the Magisk root environment. Their work centers on extreme device optimization, battery management, and system-level utility tools. 1. Key Android Projects
The most recognized contributions from CRANKV2 involve specialized Magisk modules designed to "unleash" a device's potential through terminal-based commands and automated scripts.
STRP x ULTRA x BATTERY: This is a flagship module described not merely as a battery saver but as a "powerhouse" system optimizer.
Core Function: Optimizes power consumption and system responsiveness.
Control Interface: Features a robust Command Line Interface (CLI). Users can access a main menu via su -c SUB or a help menu with su -c SUB -h.
Screen Status Handler: Includes features that automatically toggle performance profiles based on whether the screen is on or off. This generates the Solana program binary ( crank
STRPxADBLOCK: A high-efficiency ad-blocking solution for rooted mobile devices.
Mechanism: Uses a system-level hosts file to block ads, malware, and trackers at the IP level (0.0.0.0).
Performance: Claims to reduce page load times by up to 50% by preventing the loading of heavy tracking scripts.
Ease of Use: Can be toggled on or off via Termux using su -c ADON or su -c ADOFF without requiring a reboot. 2. Game Modding and Tooling
Beyond Android system modules, CRANKV2 is active in specialized game modding tools, specifically for Grand Theft Auto V (GTA 5).
FXC Converter Tool: CRANKV2 co-developed (or inspired) tools for unpacking and repacking .fxc shader files.
Purpose: Allows modders to extract embedded shaders from GTA 5, modify the data, and repack them to change game lighting, procedural effects, and shading.
Technical Fix: Created to address offset errors found in previous shader unpackers, providing a more reliable process for high-end visual modding. 3. Collaborative Contributions execute the liquidation
CRANKV2 frequently collaborates on other performance-oriented projects, such as YAKT (Yet Another Kernel Tweak).
Kernel Optimization: Contributions include improving log generation scripts and fine-tuning kernel parameters like perf_cpu_time_max_percent to reduce system latency. Summary of Impact
The "CRANKV2" ecosystem on GitHub is a go-to resource for "power users" looking to maximize hardware efficiency. Their tools are characterized by:
Systemless Execution: Leveraging Magisk to modify system behavior without altering the /system partition.
CLI-First Design: Prioritizing terminal commands for precise user control.
Performance Focus: Targeting reduced latency and improved battery life through low-level kernel and script tweaks. Releases · Gtajisan/STRPxSUB-WD - GitHub
A lending protocol must liquidate underwater loans. Instead of relying on a centralized server, the protocol adds a row to a crank when a loan becomes risky. Anyone can then call crank, execute the liquidation, and take a fee.
cd crank
anchor build
This generates the Solana program binary (crank.so) and the IDL (Interface Definition Language) file, which is crucial for frontend integration.
Even with the source code in hand, deploying Crankv2 can be tricky. Here are the top issues discussed on GitHub Issues: