MaxManager v3.0

MaxManager V3.0 — Changelog

✨ New Features

• Horizontal Swipe Navigation: Navigate between the four main sections and across the app with horizontal gestures, with an option to disable swipe navigation in Settings.
• 3D Game Space: A redesigned gaming experience featuring a three-dimensional interface, smoother animations, and dynamic game-specific backgrounds.
• Unified Control Center: A centralized gaming control panel accessible through a vertical swipe, featuring nine additional options.
• Device Capabilities: A new Settings card showing available hardware capabilities and supported controls for your device.
• Max AI Performance Profiles: Choose between Performance, Balanced, and Battery Saver modes, with the selected profile applied at device startup.
• Theme Studio: Six one-tap presets, four header styles, six bottom navigation styles, expanded customization options, and live previews.
• Dynamic Island: A unified MaxManager interface with full Arabic support, adjustable size and position, and animated cards.
• Advanced Storage Care: A centralized hub combining storage analysis, file cleanup, and app management.
• Audio Path Latency: A dedicated section for audio path latency information.
• Device Diagnostics: An integrated diagnostic tool for generating reports when troubleshooting is needed.
• Performance Panel: Compact and expanded layouts, automatic saving, additional customization options, and improved camera-cutout handling.
• One-Tap Updates: Discover new releases, download updates with one tap, and verify package integrity before installation.

🚀 Improvements

Max AI & System Performance

• Improved visibility into Max AI actions and active performance profiles.
• Reduced unnecessary background activity and repeated system-setting writes.
• Improved handling of rejected system writes and inaccessible system nodes.
• Reduced unnecessary read and verification attempts where system access is unavailable.
• Improved validation of saved performance modes against actual system values.
• Enhanced hardware-control verification to distinguish requested values from values actually applied.
• Improved CPU frequency-control rollback reliability.
• Improved manual-control recovery after Max AI is disabled.

GPU & Hardware Compatibility

• Improved GPU information detection on supported Snapdragon devices.
• Added more specific diagnostics for inaccessible GPU and devfreq nodes.
• Improved handling of GPU hardware that is detected even when its frequency information cannot be read.
• Improved GPU frequency validation and differentiation between monitoring nodes and actual control nodes.
• Improved device capability detection to distinguish unavailable features from access restrictions.
• Improved hardware diagnostics across different chipsets and system environments.

Gaming Experience

• Improved game detection and integration with the Game Panel, Do Not Disturb, performance profiles, and touch features.
• Enhanced gaming animations, transitions, interface depth, and dynamic backgrounds.
• Improved game-list parsing and compatibility with different game-list formats.
• Improved feedback when gaming features or the side panel cannot be activated.
• Improved Do Not Disturb state handling while preserving user settings.

Theme Studio & Interface

• Added scroll-effect customization with live previews.
• Improved consistency of saved theme settings across application screens.
• Improved window blur and visual customization in the display studio.
• Improved loading, empty, and error states with clearer visual feedback.
• Respected the system's Reduce Motion setting.
• Improved performance-panel layout compatibility with different screen sizes.

Storage & Maintenance

• Added previews of files selected for cleanup.
• Provided independent cleanup controls for individual categories.
• Improved storage usage analysis to clarify where space is being used.
• Disabled potentially risky duplicate-file, database, and broken-link cleanup categories by default.
• Improved cleanup verification to avoid reporting success when targeted files remain.

Shizuku & Diagnostics

• Improved Shizuku command reliability with automatic timeouts.
• Enhanced diagnostic messages for unavailable hardware controls and failed system operations.
• Improved device diagnostic reporting and the identification of expected access restrictions.

🛠️ Fixes

• Fixed an unexpected application crash on launch.
• Fixed incorrect device-unresponsive warnings.
• Fixed issues affecting the process list and Dynamic Island.
• Fixed game detection issues that prevented gaming features from activating correctly.
• Fixed the update-check error displayed in Settings.
• Fixed false-positive cleanup success reports when files remained on the device.
• Fixed unclear feedback when a remotely controlled feature was unavailable.
• Improved CPU information presentation and hardware-data error handling.
• Improved handling of GPU discovery failures without automatically discarding otherwise detected GPU hardware.
• Improved diagnostics for inaccessible GPU frequency nodes and unavailable hardware information.
• Improved game-data directory initialization to prevent startup-related file errors.
• Improved performance-mode persistence and detection of mismatched saved settings.
• Improved Per-App performance notification reliability.
• Improved recovery of manual hardware control after disabling Max AI.
• Improved rollback handling for CPU frequency changes.
• Improved game-list parsing for legacy and compact JSON formats.
• Improved gaming side-panel activation feedback and related diagnostics.
• Improved Do Not Disturb state verification and compatibility with existing user settings.

🔒 Safety & Reliability

• Strengthened validation before applying hardware changes.
• Improved distinction between unavailable capabilities, inaccessible system nodes, and unsupported controls.
• Reduced unnecessary operations on system nodes that cannot be accessed.
• Improved diagnostic reporting to make hardware-control failures easier to understand.
• Maintained safer cleanup defaults to reduce the risk of unintended file removal.
• Improved the distinction between requested hardware settings and verified applied values.