Increase DoubleTab container buffer size to 64 from 16.
Optimize the vector initialisation with 5-10% increasing time.
Before the creating was takes too much branching.
- Removes all QANCollection header and source files that contained collection type definitions and test utilities
- Updates the build configuration to remove QANCollection from the package list
- Removes the QANCollection integration from the main QADraw factory
- Complete removal of old Draw Harness test infrastructure for NCollection classes
- Addition of new GTest files testing STL algorithm compatibility (min, max, replace, sort, reverse)
- Migration of OSD_Path and Handle operation tests to GTest format
- Replaces legacy DRAW command-based tests with modern GTest framework
- Removes the `OCC28887` DRAW command and associated test files
- Adds comprehensive unit test coverage for `Standard_ArrayStreamBuffer` functionality
- Complete removal of the `OSD_MAllocHook` class and its related handler implementations
- Removal of the Draw command "mallochook" that provided command-line interface to the memory tracking functionality
- Updates to build configuration to exclude the removed files
- Relaxed mathematical tolerances from extremely tight values (1.0e-15) to more reasonable ones (1.0e-10/1.0e-12) for debug mode compatibility
- Increased iteration limits to allow algorithms more time to converge in debug builds
- Added exception handling with EXPECT_NO_THROW to prevent test crashes in debug mode
- Introduced comprehensive unit tests for the Jacobi polynomial implementation in PLib, covering constructors, edge cases, Gauss integration points, weights, and basis function evaluations.
- Added tests for basic utility functions in PLib, including pole conversion and binomial coefficient calculations.
- Implemented checks for Hermite interpolation and polynomial evaluation with derivatives.
- Enhanced error handling and edge case testing for small and large coefficients.
- Initialised MaxError in PLib_DoubleJacobiPolynomial to ensure consistent behaviour during degree reduction.
Fixed a critical indexing bug in IntAna_IntQuadQuad::NextCurve where the
method incorrectly used nextcurve[I] instead of nextcurve[I-1] for
determining the theOpposite parameter.
This mismatch between 1-indexed API
parameters and 0-indexed array access could lead to out-of-bounds memory
access and incorrect curve connectivity determination.
Changes:
- Fix IntAna_IntQuadQuad::NextCurve to use consistent I-1 indexing for both
condition check and return value
- Add comprehensive GTests covering NextCurve functionality, edge cases,
and performance
- Ensure proper error handling for invalid curve indices
- Added missing `<algorithm>` include for C++ standard library functionality
- Suppressed unknown warning options in the macOS build configuration to prevent build failures
- Added Register and UnRegister methods to DE_ConfigurationNode for managing bindings with DE_Wrapper.
- Introduced DE_MultiPluginHolder to facilitate registration of multiple configuration nodes simultaneously.
- Created new plugin factory functions for various configuration nodes (DEBREP, DEXCAF, DEGLTF, DEIGES, DEOBJ, DEPLY, DESTEP, DESTL, DEVRML) to streamline their registration with DE_Wrapper.
- Removed unnecessary DE_PluginHolder instances from individual configuration node implementations.
- Updated CMake files to include newly created source files for each configuration node.
- Implemented singleton patterns in draw commands to ensure plugins are registered only once during initialization.
- Replaces single brew install command with multiple individual brew install commands
- Each package installation is wrapped with `|| true` to prevent failures from stopping the workflow
- Introduced `StackOfFrames` class to manage processing frames iteratively instead of recursively
- Modified `killTrianglesAroundVertex` method to collect victim nodes in a provided container rather than recursively processing them
- Replaced recursive depth-first traversal with iterative processing using the new stack-based approach
- Extensive test coverage for core mathematical algorithms (Newton methods, optimization, linear algebra, root finding)
- Bug fix for proper iteration count tracking in `math_FunctionRoot`
- Bug fix for custom vector bounds handling in `math_SVD`
- Dependency update in `OSD_PerfMeter_Test` by replacing Boolean operations with mathematical computations
- Updated French comments to English for better accessibility and understanding.
- Enhanced clarity of comments to better describe the functionality and purpose of the code.
- Ensured consistency in terminology and phrasing throughout the codebase.
- Made minor adjustments to comment formatting for improved readability.
- Updates function calls from `sprintf` to `Sprintf` across the entire codebase
- Updates comments and documentation references to reflect the new function name
- Adds format attribute annotations to the `Sprintf` function declaration for better compiler validation
- Updated comments in IGESGeom_ToolCircularArc, IGESGeom_ToolCurveOnSurface, IGESGeom_ToolOffsetCurve, IGESGeom_ToolPlane, IGESGeom_ToolSplineSurface, IGESGeom_ToolTransformationMatrix, IGESGraph_ToolColor, IGESGraph_ToolDrawingUnits, IGESSelect, IGESSelect_Activator, IGESSelect_RebuildGroups, IGESSelect_SelectBypassGroup, IGESSelect_SelectBypassSubfigure, IGESSelect_SignStatus, IGESSelect_ViewSorter, IGESSelect_WorkLibrary, IGESToBRep, IGESToBRep_BRepEntity, IGESToBRep_BasicCurve, IGESToBRep_BasicSurface, IGESToBRep_TopoCurve, IGESToBRep_TopoSurface to improve readability and understanding.
- Translated French comments to English where applicable.
- Ensured comments accurately reflect the functionality and intent of the code.
- Updates `.clang-format` to include `OCC_CATCH_SIGNALS`, `DEFINE_STANDARD_RTTIEXT`, and `Draw_Drawable3D_FACTORY` as statement macros
- Adds a GitHub action step to automatically remove empty lines after `Standard_DEPRECATED` macro declarations
- Reformats numerous files by removing blank lines after deprecated method declarations and improving macro formatting
- Comprehensive translation of French comments to English throughout the StepData module
- Enhanced inline documentation explaining complex algorithms and data structures
- Improved variable name comments and method descriptions for better code comprehension
- Standardizes comment formatting by replacing detailed comment blocks with a uniform "//=================================================================================================" separator
- Removes redundant "function:" and "purpose:" fields that often contained minimal or no useful information
- Maintains code functionality while improving visual consistency across the codebase
- Adds metadata writing capability through new `MetadataMode` flag and `writeMetadata` method
- Exports string metadata as STEP `property_definition` entities linked to product definitions
- Integrates metadata writing into the main transfer workflow alongside existing property writing
- Introduces helper functions for consistent padded memory allocation across AsciiString and ExtendedString classes
- Improves documentation for UTF-8 conversion methods with clearer buffer allocation guidance
- Adds comprehensive test coverage for string constructors, memory allocation, and UTF-8 conversion functionality
- Fixed the logical error in `CornerMax()` method by correcting the openness condition checks
- Added comprehensive GTest suite for `Bnd_Box` class to prevent similar regressions
- Minor code formatting improvements in the `DumpJson()` method
- Added null safety checks in the ClearRts function and IntUnifyFaces method
- Refactored ClearRts to use a more concise implementation with null handling
- Added a test case to verify the fix works with tessellated geometry
- Created custom upload-artifacts and download-artifacts actions with platform-specific logic
- Updated all existing workflows to use the new custom artifact actions
- Added extraction steps for tar.gz archives in the test summary workflow
- Removed unused dependency includes from TKXDEDRAW/XDEDRAW module files
- Moved dimension type checking methods from STEPCAFControl_GDTProperty to XCAFDimTolObjects_DimensionObject
- Updated external library dependencies to remove unused libraries
- Adds copy constructors for 9 geometry classes (Bezier/BSpline curves and surfaces, offset curves and surfaces in both 2D and 3D)
- Updates Copy() methods to use the new copy constructors instead of recreating objects through standard constructors
- Includes comprehensive test coverage for all new copy constructors
- Migrates legacy text-based FILES, PACKAGES, and EXTERNLIB configuration files to proper CMake format (.cmake extensions)
- Updates CMakeLists.txt files to use modern CMake practices with explicit configurations and target-specific definitions
- Modifies the qt_macro.cmake to work with the new CMake variable-based file management system
- Replaces all `CMAKE_SOURCE_DIR` references with `OCCT_ROOT_DIR` across CMake files
- Updates build templates to use the new root directory variable
- Modifies environment variable configurations to use the flexible root path
- Updates `actions/checkout` from v4.1.7 to v4.2.2 across all workflows
- Updates `actions/upload-artifact` from v4.4.3 to v4.6.2 across all custom actions
- Updates `actions/download-artifact` from v4.1.7/v4.1.8 to v4.3.0 across all custom actions
- Restructures VCPKG manifest directory structure and updates path references accordingly
- Implements a comprehensive portfile.cmake with feature detection, build configuration, and installation logic
- Updates overlay port and triplet paths to reflect the new directory structure
- Added precompiled headers support for improved compilation performance
- Added C++20 and C++23 standard compilation mode options
- Added optimized build configuration for production deployments
- Added Direct3D graphics backend support for Windows platforms
- Addition of vcpkg layout configuration with CMake file placement in share/ directory for vcpkg compliance
- Introduction of OCCT_PROJECT_NAME parameter (defaults to "opencascade") for customizing directory structure in vcpkg layout
- Updated environment scripts and build templates to support vcpkg directory structure while maintaining backward compatibility
