Standard Zygisk presents a unique challenge for module developers: it blocks direct file access in the `/data/adb/modules/` directory. While Zygisk Next and ReZygisk allow this access, the disparity forces developers to rely on workarounds like companion processes for file operations. This inconsistency complicates module development and creates a fragmented ecosystem.
The core issue lies in the inability of standard Zygisk to read files directly within its designated module directory. Modules that rely on config files or other assets stored in this location must implement cumbersome companion processes to handle these operations. This introduces unnecessary complexity and hinders streamlined development.
The inconsistency further extends to module compatibility. Developers are often forced to maintain separate code paths for standard Zygisk and modified versions like Zygisk Next or ReZygisk, adding to the development burden and increasing the potential for errors. This fragmentation ultimately hinders the growth and stability of the Zygisk module ecosystem.
Allowing controlled file access within the `/data/adb/modules/` directory for standard Zygisk would significantly improve the developer experience and promote consistency across different Zygisk implementations. This aligned approach would simplify module development, reduce reliance on companion processes, and foster a more unified and robust ecosystem.
To achieve this consistency, two primary options present themselves: loosening SELinux/mount namespace rules specifically for the dedicated module directory, mirroring the behavior of Zygisk Next, or providing an official API for module file access, allowing developers to interact with files within their module directories safely and transparently. Either approach would address the current limitations and pave the way for a more streamlined and developer-friendly Zygisk environment.
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