- Changed build hosts for various platforms to utilize self-hosted runners and specific configurations for improved performance and consistency.
- Updated Linux and Windows build hosts to reflect new self-hosted environments, enhancing the release process.
- Re-enabled the pull_request trigger for specific paths to enhance workflow automation.
- Updated macOS build hosts to use specific versions (macos-15-arm64 and macos-15-intel) for improved compatibility and performance during the release process.
- Commented out the pull_request trigger to simplify the workflow.
- Re-enabled Windows build steps for x86_64 architecture, ensuring proper configuration for Windows builds in the release process.
- Integrated the tauri-plugin-updater to enable automatic updates for the application.
- Updated tauri configuration to include updater artifacts and defined permissions for the updater in the capabilities schema.
- Refactored the main.rs file to initialize the updater plugin during application startup.
- Improved the handling of file sources in the mobile explorer, simplifying the logic for fetching files.
- Cleaned up unused search functionality in the mobile search screen, ensuring a more streamlined user experience.
The x86_64 build was getting empty env vars that broke openssl-sys, and the aarch64 build needed cross-compiler env vars during xtask setup. Split into separate conditional steps to fix both.
- Added environment variables for aarch64 architecture to configure the linker and compiler settings dynamically based on the target triple.
- Improved the setup process for native dependencies, ensuring proper configuration for aarch64 builds, which enhances cross-compilation capabilities.
- Added CARGO_BUILD_TARGET environment variable to the GitHub Actions workflow for better target management during builds.
- Updated package.json scripts to conditionally include the target option for the daemon build commands, improving flexibility for different architectures.
- Refactored the setup function in main.rs to utilize a dynamic target triple for building the release daemon, ensuring compatibility across various systems.
- Improved the verification step for native dependencies by checking the existence of the apps/.deps/lib directory and ensuring that .so files are present.
- Added detailed output for the contents of the directory and the count of .so files, providing better feedback during the build process.
- Included a new step to install FFmpeg libraries specifically for the aarch64 architecture, enhancing multimedia processing capabilities during the build process.
- This addition ensures that all necessary dependencies for FFmpeg are available for ARM builds, improving cross-compilation support.
- Added g++-aarch64-linux-gnu to the installation step for aarch64 architecture, ensuring C++ support during the build process.
- Updated environment variables for aarch64 builds to specify the C++ compiler, enhancing the cross-compilation setup.
- Added conditional steps to build server binaries for both x86_64 and aarch64 architectures, improving cross-compilation support.
- Updated environment variables for aarch64 builds to ensure proper linking and package configuration.
- Mark existing sources as amd64-only to prevent apt from searching for arm64 packages.
- Add new APT sources for arm64 architecture pointing to ports.ubuntu.com, enhancing the setup for ARM cross-compilation.
- Replaced existing APT source modifications with a new configuration file for ARM architecture, ensuring proper package sources for Ubuntu ports.
- This change enhances the setup process for ARM cross-compilation in the release workflow.
- Commented out pull request trigger in core_tests.yml to simplify workflow.
- Enhanced release.yml for ARM cross-compilation by adding APT configuration steps and removing redundant setup steps for Rust target installation.
- Updated tauri commands in package.json to use the latest syntax for improved compatibility.
This commit introduces three new components: DevicesGroup, LocationsGroup, and VolumesGroup, to the BrowseScreen. These components utilize normalized queries to fetch and display relevant data, improving the organization and modularity of the code. Additionally, the BrowseScreen has been refactored to remove unused code and streamline the UI, enhancing overall user experience.
This commit removes the outdated Dockerfile, docker-compose.yml, and related documentation for the Spacedrive server, consolidating the deployment process into a single Dockerfile located in the apps/server directory. The new setup supports multi-architecture builds and includes enhanced media processing capabilities. Additionally, a self-hosting guide is introduced to assist users in deploying the server on their infrastructure, ensuring a more efficient and user-friendly experience.
- Updated the command to remove the 'target' directory to include the /S and /Q flags, ensuring a more thorough and quiet cleanup process before creating a new symlink.
- Added a check to remove the 'target' directory if it exists before creating a new symlink, enhancing the workflow's robustness and preventing potential conflicts during execution.
- Replaced PowerShell commands with native CMD commands for creating a directory and symlink, improving compatibility and simplicity.
- Ensured the directory is created only if it does not already exist, enhancing the robustness of the workflow.
- Combined multiple PowerShell commands into a single line for improved readability and efficiency.
- Maintained the execution policy bypass to ensure scripts can run without restrictions.
- Changed the shell type from 'pwsh' to 'powershell' for better compatibility.
- Added a command to set the execution policy to Bypass for the process, ensuring scripts can run without restrictions.
- Changed the shell type from 'powershell' to 'pwsh' in the core testing workflow to ensure compatibility and consistency with modern PowerShell usage.
- Introduced TestDataDir for managing test data directories with automatic cleanup and optional snapshot support, ensuring all test data is created in the system temp directory.
- Added SnapshotManager to facilitate capturing snapshots of test state for post-mortem debugging, with platform-specific storage locations.
- Updated various integration tests to utilize the new TestDataDir structure, enhancing consistency and determinism in test execution.
- Revised documentation to reflect new conventions for test data management and snapshot usage.
- Modified the host settings in the core testing workflow to support multiple environments, including macOS and Windows with ARM64 and X64 architectures.
- Enhanced the matrix strategy for improved testing coverage across different platforms.
- Removed conditional checks for macOS in Rust toolchain and system setup, assuming pre-installed Rust on self-hosted runners.
- Updated commands for setting up native dependencies and running core tests to utilize the `xtask` package for consistency and clarity.
- Enhanced the overall workflow for improved readability and maintainability.
- Modified test data paths in various integration tests to use the Spacedrive source code instead of user directories, ensuring consistent and deterministic test results across environments.
- Updated comments and documentation to reflect the new testing approach and clarify the purpose of using project source code for testing.
- Enhanced the GitHub Actions workflow to skip Rust toolchain setup on macOS self-hosted runners, assuming Rust is pre-installed.
- Refactored GitHub Actions workflow to support multiple OS environments (macOS, Linux, Windows) using a matrix strategy.
- Added a new `test-core` command in `xtask` for running all core integration tests with progress tracking and result summaries.
- Updated caching keys in the CI workflow to use OS-specific identifiers for better cache management.
- Consolidated test execution logic into a single source of truth in `xtask/src/test_core.rs`, ensuring consistency between CI and local runs.
- Improved documentation in `xtask/README.md` to reflect the new testing command and its features.
- Modified the release workflow to eliminate the dependency on the CLI build job, streamlining the release process.
- Maintained the existing structure for the desktop build job to ensure continued functionality.
- Commented out the CLI build jobs in the release workflow to streamline the configuration.
- Maintained structure for potential future reactivation of CLI builds across macOS, Linux, and Windows platforms.
- Ensured that the desktop build jobs remain intact for continued functionality.
- Introduced a new column `device_id` in the entries table to denormalize device relationships, improving query performance.
- Updated related models and queries to accommodate the new device_id field.
- Enhanced foreign key mappings and migration scripts to support the addition of device_id.
- Adjusted various components to handle device_id, ensuring compatibility across the application.
- Improved release workflow to include specific file types for distribution.
- Updated the CI workflow to run all tests for the `sd-core` package, ensuring comprehensive coverage.
- Modified test execution commands to include specific tests for better granularity and clarity.
- Improved device management by regenerating slugs upon name changes and updating global device slugs.
- Enhanced session key generation for improved security during device pairing.
- Updated progress monitoring tests to ensure robust performance tracking for large file operations.
- Modified CI workflow to run all tests for the `sd-core` package, improving clarity in test execution.
- Updated test attributes to use multi-threading for better performance in `cloud_credentials` tests.
- Enhanced test setup in `key_manager` to avoid database conflicts by using unique directories for each test run.
- Improved assertions in `hlc` tests to ensure correct timestamp and counter behavior.
- Clarified comments in `registry` tests regarding the circular relationship between location and entry.
- Removed outdated blurhash tests to streamline the test suite.
- Updated the CI workflow to run tests specifically for the package for clarity.
- Deleted outdated example test files for event serialization, location watcher, and simple metrics to reduce clutter.
- Enhanced error handling in for better robustness.
- Improved device data handling in by adding additional fields for comprehensive device information.
- Adjusted test assertions in to align with updated change detection logic.
- Adjusted the CI workflow to run tests with updated command syntax for improved clarity.
- Marked subproject commits in ios, landing, macos, and workbench as dirty to reflect uncommitted changes.
- Modified conflict resolution options in copy action tests to use `None` for better handling of file operations.
- Enhanced metadata handling in various tests to improve context and accuracy during execution.
- Removed the setup step for native dependencies in the CI workflow to streamline the build process.
- Updated the `copy_action_test` to include conflict resolution options for better handling of file conflicts.
- Enhanced metadata handling in `entry_move_integrity_test` to include job policies.
- Added metadata to event handling in `file_structure_test` for improved context during file operations.
- Updated service configuration in `file_sync_simple_test` and `file_sync_test` to use `fs_watcher_enabled` and included default logging settings.
- Deleted the outdated README.md from the tests directory to reduce clutter and improve documentation focus.
- Changed the CI workflow to run tests on self-hosted runners for better performance and flexibility.
- Updated the test execution condition to trigger on push events and specific pull requests.
- Consolidated test execution to run all tests in the workspace instead of a single test.
- Modified the default features in Cargo.toml for the server and core applications to include "heif" and "ffmpeg" for enhanced media support.
- Added metrics collection capabilities to the SyncProtocolHandler for improved monitoring of sync operations.
- Refactored sync tests to streamline setup and improve clarity in test scenarios.
