The Git Times

Electron has released version 41.1.0, delivering targeted improvements to its framework for building cross-platform desktop applications using JavaScript, HTML, and CSS.

The update adds nativeTheme.shouldDifferentiateWithoutColor on macOS, enabling apps to respond more precisely to system appearance settings without relying on color contrast alone. Windows notifications now support an urgency option, giving developers better control over how alerts are presented to users.

Several stability fixes ship in this version. A bug that caused Windows notification icons to fail saving due to invalid characters in temporary filenames has been corrected. The team resolved a crash in clipboard.readImage() when encountering malformed image data on the clipboard. Another fix prevents crashes when calling release() on offscreen shared textures after garbage collection. An accessibility issue was also addressed, ensuring the AXMenuOpened event now fires correctly on menus.

Electron continues to be based on Node.js and Chromium. It provides prebuilt binaries for macOS Monterey and newer (both Intel and Apple Silicon), Windows 10 and above (ia32, x64, and arm64), and Linux distributions built on Ubuntu 22.04. The framework powers applications including Visual Studio Code and remains a standard choice for teams that need to ship desktop software using web technologies.

Developers install the update through npm as a development dependency. Electron Fiddle offers a quick way to test new APIs and different versions without setting up a full project.

Why it matters now: These incremental changes keep the 13-year-old project aligned with evolving platform requirements and Chromium updates, reducing friction for maintainers of production applications.

The rust-lang/rust repository has released version 1.94.1, delivering targeted fixes to the compiler, standard library and tooling. The update corrects std::thread::spawn on the wasm32-wasip1-threads target, enabling reliable concurrent code in WebAssembly environments.

Maintainers removed newly added methods from std::os::windows::fs::OpenOptionsExt because the unsealed trait cannot safely accept non-default extensions. Clippy now avoids an internal compiler error in the match_same_arms lint.

The most notable change updates Cargo’s tar dependency to 0.4.45, resolving CVE-2026-33055 and CVE-2026-33056. The Rust team’s blog post confirms crates.io users were not affected, yet the patch strengthens archive handling across the ecosystem.

Sixteen years after its creation, the project remains the canonical source for the Rust compiler, standard library and documentation. Its ownership model and borrow checker continue to eliminate entire classes of memory and thread-safety bugs at compile time while preserving C-level performance.

The integrated toolchain—Cargo for builds, rustfmt for style, Clippy for linting and rust-analyzer for editor support—underpins Rust’s reputation for balancing reliability with productivity. Contributors follow the rustc-dev-guide for architecture details.

Protocol Buffers has released version 34.1, delivering targeted improvements to its build infrastructure and language implementations.

The headline change is official support for Bazel 9.x across C++, Java and Python. The protocopt flag has been moved out of the cc directory to reflect its language-agnostic purpose. This seemingly small adjustment simplifies configuration for teams using modern Bazel workflows.

C++ users receive updated CMake dependencies and new cc_proto_library support for MessageSet in the bridge library. Java developers benefit from a security-minded change in JsonFormat that avoids toBigIntegerExact, preventing degenerate parsing behavior when handling large exponents. The Python library also incorporates the Bazel 9 compatibility fixes.

Maintenance improvements include corrections to the release_prep.sh script, ensuring more reliable future release processes. These updates arrive as organizations modernize their build systems and seek stability in core infrastructure components.

More than a decade after its introduction, Protocol Buffers remains the standard for language-neutral, platform-neutral serialization of structured data. Its efficient binary format powers internal RPC systems, configuration stores and data interchange at scale. Developers are advised to pin to release commits rather than tracking main, where source-incompatible changes occur regularly.

The release reinforces the project's role as dependable plumbing for distributed systems rather than a feature-heavy moving target.

Valve Software has released OpenVR SDK v2.15.6, delivering targeted updates to its decade-old API for cross-vendor VR hardware access.

The IVRSystem interface now includes ComputeDistortionSet for batch queries and inverses. New methods GetEyeTrackedFoveationCenter and GetEyeTrackedFoveationCenterForProjection provide eye tracking data for foveated rendering on supported drivers. IVRInput adds GetEyeTrackingDataRelativeToNow and GetEyeTrackingDataForNextFrame, allowing applications to incorporate real-time gaze information into interaction logic.

Overlays created with this SDK default to translucent grey backsides for visual consistency with the SteamVR dashboard. The VROverlayFlags_NoBackside flag must now be explicitly set to render only the front surface. The IVRCompositor supports motion vectors through VRTextureWithMotion_t and Submit_TextureWithMotion, improving reprojection quality.

Additional changes include RegisterSubprocess in IVRApplications as an alternative to LaunchInternalProcess, the new VREvent_OverlayNameChanged event, and deprecation of Prop_PreviousUniverseId_Uint64. Vulkan resource management received extra creation and usage flags.

These refinements keep the C++ SDK relevant for developers targeting multiple headsets without proprietary code. The repository supplies the API headers, samples, and driver documentation, while the runtime remains available through SteamVR. As eye-tracked displays proliferate, the updates address immediate needs for performance optimization in high-resolution VR environments.

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Two years after its initial release, Fihdi's Eurorack project continues to evolve. The March 2026 update brings refined schematics for new sampler modules, along with optimized C++ code for better performance.

The collection includes designs for MIDI-enabled synthesizers and audio processors. Each module comes with full PCB layouts, schematic diagrams, and the corresponding firmware.

Developers use the provided C++ libraries to implement features like wavetable synthesis and granular sampling. These run on affordable ARM-based processors common in Eurorack builds.

Why it matters now: With increasing interest in hardware music production, these open resources allow engineers to bypass expensive off-the-shelf options. The designs emphasize modularity and ease of replication.

Current integrations focus on:

• Seamless MIDI clock synchronization
• Multi-channel audio routing
• Low-latency digital-to-analog conversion

The C++ implementation ensures efficient use of limited microcontroller resources while maintaining high audio fidelity. Builders report successful deployments in live performance rigs and studio environments. The project's emphasis on documentation helps newcomers navigate the complexities of analog circuit design combined with digital control.

As the Eurorack ecosystem expands, Fihdi's contributions remain relevant by addressing practical challenges in module development.

Project Aura equips the ESP32-S3 with comprehensive air quality sensing capabilities. The open-hardware device combines Sensirion sensors to measure particulate matter, gases and environmental conditions with professional-grade accuracy.

The station tracks PM0.5, PM1, PM2.5, PM4, PM10, CO, CO2, VOC, NOx, HCHO, temperature, humidity, absolute humidity and pressure. Data appears on a smooth LVGL touchscreen UI that includes night mode, custom themes and clear status indicators.

Users interact with a local web dashboard providing live state, historical charts, event logs and configuration tools. The interface supports browser-based OTA updates and includes dedicated pages for fan control and theming. Setup uses a Wi-Fi access point and mDNS, allowing access via http://aura.local.

MQTT integration enables seamless Home Assistant discovery and data publishing. An optional DAC module provides 0-10V control for ventilation fans, supporting manual settings, timers and automatic operation based on air quality thresholds.

The firmware incorporates several robustness enhancements. Web content delivery uses embedded versioned assets to maintain performance across varying network conditions. Wi-Fi and MQTT reconnection strategies minimize disruption in congested environments.

Hardware autodetection covers PCF8523 and DS3231 RTC chips with shared-address fault handling.

Godot Engine has shipped version 4.5.2, a maintenance release dedicated to stability and usability. The update resolves numerous bugs reported since the previous version and is explicitly recommended for adoption by all users.

The new release remains fully compatible with projects built on earlier 4.x versions, allowing teams to upgrade without refactoring or breaking existing workflows. Improvements target the editor experience and runtime reliability across its supported platforms.

Godot provides a single interface for both 2D and 3D development, supplying common systems so creators avoid rebuilding foundational tools. One-click export now benefits from the stability fixes when targeting Linux, macOS, Windows, Android, iOS, web and consoles.

The engine continues under the MIT license with no royalties or usage restrictions. Its C++ codebase is developed openly, supported by the Godot Foundation and sustained through community contributions. Developers can compile from source using updated platform-specific instructions or join the Contributors Chat to discuss changes.

Official binaries and export templates are available immediately. The project maintains active documentation and an interactive changelog that details every fix included in 4.5.2. For ongoing development, bug reports should be filed on GitHub after confirming they have not already been submitted.

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The 1.0.2 release of JHDev2006/Super-Mario-Bros.-Remastered-Public introduces practical improvements to this Godot recreation of the original NES platformers.

The update adds support for the European SMB1 ROM and provides in-game tools to regenerate assets or re-verify ROM files when graphics become corrupted. Custom level authors gain the ability to place unlimited checkpoints across any subarea. Boo colour unlocks now scale with completion time rather than repeated runs, reaching Golden Boo more efficiently.

Resource packs can now use .ogg files for music. Firebars include a toggle for the original snappy movement, while mushrooms bounce in a direction determined by which half of the block they strike. New optional player animations are available, documented in the project wiki, and the settings menu offers direct frame rate limiting.

Level Share Square integration displays difficulty with skulls and ratings with stars. After completing a downloaded level, the application restores the previous browsing state. Portable mode activates by creating a portable.txt file in the executable directory. Several original developer references have been restored in specific stages.

Written in GDScript, the project recreates Super Mario Bros., The Lost Levels and related variants with improved physics and a full level editor. It requires an original NES ROM and supplies none of Nintendo’s assets.

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The dyphire/mpv-config project has issued its latest integration bundle. The mpv_config-2026.02.20 release brings substantial updates to its Lua scripting ecosystem and GLSL shaders, advising against overlaying on previous versions and requiring a clean extraction.

This iteration integrates multiple specialized tools directly into the package. The sub-fastwhisper script enables AI-based subtitle creation and language translation, while mpv-torrserver facilitates seamless playback of magnet:? protocol links when paired with TorrServer. Subtitle timing benefits from the included alass.exe utility.

Hardware integration sees display-info.dll adding support for extended Windows monitor attributes and easy HDR mode switching. Single-instance operation comes via umpv.exe, and a basic web UI is powered by luasocket components. A custom mpv build compiled from the maintainer’s modifications forms the core.

The bundle includes configuration files from the master branch to reduce setup friction. For 4K playback, systems need graphics performance equivalent to a GTX 1060 6GB or better. Users must separately install FFmpeg and yt-dlp, then add them to the PATH for full online source and media processing compatibility.

These changes continue the project’s focus on packaging modern media capabilities into a coherent, portable mpv environment.