Releases: souffle-lang/souffle
Releases · souffle-lang/souffle
Release 1.6.2
- Fix aggregate hoisting issues that caused infinite loops
Release 1.6.1
- Allow building of source releases generated by GitHub
Release 1.6.0
- Low Level Machine Interpreter for improved non-synthesised performance (XiaowenHu96,HerbertJordan)
- Provenance support for negation and equivalence relations (taipan-snake)
- New semantics for RAM (b-scholz)
- Stratified RAM Analysis interfaces (b-scholz)
- New RAM Transformations: expand/collapsing conditions of filters, hoisting
of conditions, index transformation to utilize index operations,
if-conversions (converting scans to existence operations if possible), Choice
conversion, hoisting aggregates, and parallelization (dcol97) - Meta-transformers for RAM (sequence/loop/conditional) (b-scholz)
- Add RAM transform support to debug report (rdowavic)
- Enable complex aggregates (rdowavic)
- Memory use improvements (mmcgr)
- Allow input pipes for datalog (maweki)
- Allow arbitrary argument length formax/min/cat functors (azreika)
- AST optimisations (azreika)
- Add user-defined libraries for functors (mmcgr)
- Added -l parameter for functor libraries and -L for functor library paths (mmcgr)
- Added --interpreter[LVM|RAMI] parameter for interpreter choice (XiaowenHu96)
- Improved code documentation (dcol97)
- Refactoring for maintainability and readability (mmcgr)
- Performance enhancements
- Bug fixes
Release 1.5.1
- Fix generation of release files
Release 1.5.0
- Rewritten code generation (taipan-snake)
- Improved Provenance via generated data structures (taipan-snake)
- Profile cpu & memory usage (mmcgr)
- Enhanced profiler graphs (mmcgr)
- Productivity measures in profiler (mmcgr)
- General profiler enhancements (mmcgr)
- Added support for non-x86 platforms (mmcgr)
- Improve compilation speed (mmcgr)
- Bash autocompletion (mmcgr)
- Extended verbose mode (azreika/mmcgr)
- Reorder atoms to optimise evaluation speed (azreika)
- Profile-guided atom reordering (azreika)
- Various AST optimisations (azreika)
- User defined functors (b-scholz)
- Bug fixes
Release 1.4.0
- improved parallel performance (HerbertJordan)
- improved operators hints in btree (HerbertJordan)
- extended progress logging in verbose mode (mmcgr)
- added to_string and to_number functors (b-scholz)
- live profiler (mmcgr)
- changed profile output format to json (mmcgr)
- profile output is less indeterminate (mmcgr)
- profiler tracks memory and cpu usage during execution (mmcgr)
- profiler tracks load/store times (mmcgr)
- multiple input directives (mmcgr)
- handle failed input less terminally (mmcgr)
- MPI engine (lyndonhenry)
- Bug fixes
Release 1.3.1
- Added more feedback in verbose mode (azreika/mmcgr)
- Fixed and enhanced 64 bit domain support (mmcgr/cfallin)
- Improved debug report (azreika)
- Enhanced profiler (atom frequency, bug fixes) (mmcgr)
- Hashmap support (HerbertJordan,65linesofcode)
- Enhanced provenance tools (taipan-snake)
- Performance enhancements (azreika)
- Bug fixes (mmcgr, azreika)
- Fix parallel profiler logging
Release 1.3
- Added more feedback in verbose mode (azreika/mmcgr)
- Fixed and enhanced 64 bit domain support (mmcgr/cfallin)
- Improved debug report (azreika)
- Enhanced profiler (atom frequency, bug fixes) (mmcgr)
- Hashmap support (HerbertJordan,65linesofcode)
- Enhanced provenance tools (taipan-snake)
- Performance enhancements (azreika)
- Bug fixes (mmcgr, azreika)
Release 1.2
- Interactive provenance browser (taipan-snake)
- Compilation to subprograms for separate execution (lyndonhenry)
- Magic Sets (azreika)
- Sum aggregator fixed
- gcc7 optimisations
- File IO optimisations
- Pragmas to enable runtime options
- Various minor bug fixes and usability enhancements
Release 1.1
- Configurable I/O System with more options and support for new language
extensions (mmcgr). - Support of equivalence relation using union/find data-structures (pnappa)
- New profiling tool rewritten in C++ with HTML/Javascript output
(DominicRomanowski). - Replacing the Boost C-prepocessor wave by mcpp (pnappa)
- Adding ternary functors (b-scholz)
- JNI interface (psubotic)
- Memory optimisations (lyndonhenry)
- Numerous bug fixes.