Version 1.3.0
This is version 1.3.0 of h5, a high-level C++ interface to the hdf5 library.
We thank all contributors: Thomas Hahn, Alexander Hampel, Henri Menke, Olivier Parcollet, Nils Wentzell
Find below an itemized list of changes in this release.
General
- Clean up detail namespace to consistently contain implementation details
- Improve test coverage and clean up tests
- Bug fix in h5::array_interface
- Allow arbitrary block sizes in h5::array_interface
- Clean up in h5::array_interface
- Bug fix in h5::file ctor
- Split object.hpp into multiple header files
- Remove default copy constructor in group
- Allow additional arguments in generic h5::read and h5::write functions
- Allow reading of all integer types into Python long without warning
- Correct installation of _h5py.wrap.hxx
- Add hxx clair include
- Add missing include in h5/macros.hpp
- Add missing cstdint include in h5/object.hpp, see issue #915
doc
- Add documentation to the C++ source code files
- Remove any sphinx related files and switch to doxygen to generate documentation
- Build and deploy documentation with GitHub Actions
cmake
- Use GNUInstallDirs in install commands
- Set policy CMP0144 to new
- Use CPP2PY_PYTHON_xxx variables instead of PYTHON_xxx
Version 1.2.0
This is version 1.2.0 of h5, a high-level C++ interface to the hdf5 library.
We thank all contributors: Thomas Hahn, Alexander Hampel, Olivier Parcollet, Dylan Simon, Nils Wentzell
Find below an itemized list of changes in this release.
General
- Remove redundant std_addons/complex.hpp header
- Rename h5::h5_try_read -> h5::try_read
- Add concept h5::Storable
- Fix issue in previous commit: Use H5_ASSERT over ASSERT macro
- Add function write_slice to enable updating part of an existing dataset
- Allow to set hyperslab for filespace in h5_read
- Extend vector test to cover complex numbers
- Use warnings module to issue python warnings
- clang-format all source files
- Remove warnings
- General cleanup
cmake
- Add compiler warnings for IntelLLVM
- Update Findsanitizer.cmake to include TSAN and MSAN
- Do not build documentation as subproject
- Fix FindHDF5 logic for cmake versions >=3.23
- Fix h5::hdf5 interface target for cmake versions 3.20+
jenkins
- Update packaging Dockerfiles
fixes
- Fix hsize_t for hdf5 versions >=1.13
- Loosen type-check of hsize_t to restore hdf5 1.13 compatibility Fix #11
- Fix #10: Do not exceed maximum chunk size in h5::array_interface::write
- Fix signature of generic h5::read_attribute and h5::write_attribute
- Allow reading vector<string> when stored as subgroup with numbered keys
- np.int / np.float / np.complex removed
Version 1.1.0
This is version 1.1.0 of h5, a high-level C++ interface to the hdf5 library.
We thank all contributors: Daniel Bauernfeind, Alexander Hampel, Henri Menke, Dylan Simon, Nils Wentzell
Find below an itemized list of changes in this release.
General
- Allow creation of softlinks
- Fix logic error in test/python/archive.py
- Make test on byte buffer less stringent, compare only archive contents for memory files
- Minor correction in error msg when constructing HDFArchiveGroup as as new memory file
- Add function as_bytes to HDFArchive class and extend the wrapped File class as necessary
- Allow creation HDFArchive as a memory-file only
- Consistently use std::byte instead of char for memory files
- Merge memory file into file class, expose byte constructor to Python + tests
- Allow type conversions in h5_read, but issue warning FIX #7
- Allowed custom key class in reading/writing of a map. (#5)
- Cleanup unnecessary hdf5.h include in h5_complex test
- Minor correction in h5_read doc for array and vector
- Consistently use header guards over pragma once
doc
- Add link to reference doc to README.md
- Minor doc cleanups for doxygen generation, add Doxyfile and update .gitignore
cmake
- Bump Version number to 1.1.0
- Set CXX standard using target_compile_features
- Bump version requirement to 3.13.5
- Provide a namespaced alias for the python modules
Version 1.0.0
h5 is a high-level C++ interface to the hdf5 library, which
- Provides write and read functions for various STL container types
- Provides a generic
array_interface
to store and load multi-dimensional arrays
- Takes an RAII approach to manage the reference counting.
- Comes with Python bindings.
This is the initial release for this project.