- Added a new GitHub Actions workflow for Windows diagnostics, allowing manual execution with specified source references and toolchains.
- Implemented a Python script to apply diagnostic instrumentation to the source code, ensuring compatibility with existing releases.
- Created a packaging script to build a frozen Windows x64 source with symbols and bounded panic probes, retaining necessary files for review.
- Developed diagnostic metadata and breadcrumb tracking for improved debugging and analysis of application behavior.
- Included unit tests to validate the functionality of the diagnostic packaging and instrumentation processes.
- Introduced `nyaterm-windows-rdp` for Windows Native RDP integration, detailing its architecture and isolation requirements.
- Removed the `nyaterm-activex-helper` crate, including all related files and dependencies, to streamline the project and focus on modern RDP implementations.
- Updated documentation in `AGENTS.md` to reflect these changes and clarify the new architecture.
- Adjusted `Cargo.toml` and `Cargo.lock` to remove references to the deleted ActiveX helper and include the new RDP crate.
- Enhanced CI workflows to configure MSVC for Windows builds, ensuring compatibility with the new RDP implementation.
- Added support for testing and validating portable updates on Windows, including handling ARM64 executables.
- Introduced a new module for managing the portable package contract, ensuring consistency between the Rust and Python packaging processes.
- Updated the release workflow to include tests for portable ZIP files, validating their structure and contents against the defined contract.
- Enhanced error handling for portable updates, including recovery mechanisms for failed updates.
- Added comprehensive tests to ensure the integrity and correctness of portable package handling.
This update significantly improves the reliability and user experience of the portable updater, addressing previous issues with ConPTY and ActiveX file handling.
- Added support for registering and unregistering URL protocols on Windows, allowing external applications to invoke NyaTerm.
- Introduced a new module for managing URL protocol registration, including functions for creating, setting, and deleting registry keys.
- Updated the main application logic to handle incoming protocol requests and execute corresponding actions.
- Enhanced the activation request parsing to accommodate new connection types and behaviors.
- Added tests to validate the URL protocol registration and handling functionality.
This update significantly improves the integration of NyaTerm with external applications, enhancing user experience and connectivity options.
Replace Auto selection and fallback with explicit IronRDP or Windows backends. Preserve legacy configuration aliases and unknown saved values, and validate ActiveX authentication, clipboard and Relay capabilities.
Move COM, OLE and child window ownership into a dedicated STA helper, use bounded IPC and process reaping, and replace screen capture with overlay visibility handling. Include the host in Windows packaging and add lifecycle regressions.
- Implemented MSI packaging for stable releases, including installation scripts and metadata generation.
- Added tests to ensure MSI files are correctly generated and verified against expected properties.
- Updated release workflows to include MSI installation and signing steps.
- Enhanced artifact management to conditionally include MSI files based on release type.
Pin package checkouts and validate per-target source provenance before signing or reusing artifacts. Separate verification from GitHub and R2 publication, and exercise invalid signatures and rehearsal publication gates.
- Added support for embedding version information in Windows executables, including major, minor, patch, and revision components.
- Updated the build script to generate a comprehensive Windows resource file with application metadata.
- Implemented tests to validate the correct embedding of version information and resource requirements for Windows applications.
- Enhanced the verification process for Windows applications to ensure the presence of version resources and correct metadata.
- Introduced new tests for handling versioning edge cases and ensuring compliance with Windows versioning standards.
- Introduced a new macOS application icon (`icon.icns`) to enhance the visual identity of the app.
- Added a README file in the icons-macos directory to provide context and usage instructions for the icon.
- Updated the packaging script to correctly reference the new icon location for macOS bundles.
Introduced new tests to verify the Windows installer functionality, ensuring it correctly checks for required ConPTY files and handles architecture mismatches. Added a fixture to simulate installer behavior and validate the presence of necessary files, enhancing the robustness of the installation verification process.
Updated the version bump script to preserve CRLF line endings and respect configured whitespace checks during commits. Added tests to ensure proper handling of whitespace configurations and CRLF preservation, improving the robustness of the version bumping process.
Introduced a new script for bumping the Cargo workspace version, which updates both `Cargo.toml` and `Cargo.lock` while preserving comments and formatting. Updated CI workflows to include the new `test_bump_version` script, ensuring version bump tests are executed during the CI process.
- Added support for a bundled ConPTY implementation on Windows, enhancing local terminal functionality.
- Updated the Cargo.toml and Cargo.lock to include the new `nyaterm-transport` dependency.
- Implemented configuration and status checks for the bundled ConPTY in the application.
- Enhanced the UI to display ConPTY status and added localization for related messages in multiple languages.
- Updated release scripts to package and verify ConPTY files for Windows distributions.
- Added tests to ensure proper functionality and integration of the ConPTY feature.
- Added support for portable update packages in the updater logic.
- Introduced new methods for handling update checks and cleanup processes.
- Updated UI elements to reflect the new update phases and statuses.
- Improved error handling and user feedback during update operations.
- Localized new strings for update-related messages across multiple languages.
- Refactored update-related code for better maintainability and clarity.
- Introduced `embed-resource` dependency to manage Windows application icons.
- Updated `build.rs` to compile Windows resources and include an application icon.
- Enhanced shell command execution to prevent console window from appearing during startup.
- Added validation for Windows application binaries to ensure GUI subsystem and required icon resources are present.
- Updated tests to verify the presence of necessary resources in the Windows executable.
- Added `AppFlavor` enum to distinguish between stable and preview application identities.
- Updated various components to utilize the current application flavor for configuration, logging, and UI elements.
- Enhanced the update mechanism to ensure compatibility with the respective application flavor.
- Implemented tests to validate flavor-specific behavior and configuration isolation.
- Modified native menus and title bars to reflect the correct application name based on the current flavor.
- Added `semver` dependency to manage versioning.
- Introduced `UpdateManifest` struct for parsing and validating update manifests.
- Implemented logic to select update artifacts based on platform and architecture.
- Updated the update check process to utilize the new manifest structure.
- Enhanced error handling for update signature verification and manifest parsing.
- Modified update status messages for clarity in the UI.
- Added tests for new functionality and error cases in the update process.
- Updated the `CONTRIBUTING.md` to include additional test commands for release asset verification and package metadata generation.
- Revised `README.md` and `README.zh-CN.md` to clarify the installation process for Windows portable editions and added details on migrating from Tauri to GPUI.
- Introduced new workflows for publishing to AUR, Gitee, and Homebrew, ensuring streamlined release processes across platforms.
- Added a new `actionlint.yaml` for workflow syntax validation, improving CI/CD reliability.
- Enhanced documentation to reflect changes in artifact versioning and release management, ensuring clarity for contributors and users.
Added the `nyaterm-vnc-helper` crate to manage VNC sessions in a separate process, improving security and stability. Updated the IPC protocol to facilitate communication between the main application and the VNC helper, including new control messages and error handling. Refactored existing code to utilize helper processes for both RDP and VNC, ensuring consistent session management and error reporting.
- Updated Cargo.toml and Cargo.lock to include the new helper.
- Refactored remote desktop session management to support helper processes.
- Enhanced error handling for VNC-specific scenarios.
- Added tests for the new VNC helper functionality.
Co-Authored-By: Claude Opus 5 (1M context)
- Implemented `verify_native_package.py` to validate release artifacts for NyaTerm.
- Added tests for package validation in `test_verify_native_package.py`.
- Created initial test suite in `__init__.py` and added tests for package native functionality in `test_package_native.py`.
- Included checks for Windows, macOS, and Linux package formats and metadata.
- Ensured safe archive path verification and proper error handling for missing artifacts.
Kang
