* update version of japanese docs
* Remove external labels from cores
* Fix syntax errors
* Add better autodetection of labels, add dummyatom label, don't fall back to indexes when onlyMatchAtRgroups are set
* Add better autodetection of labels, add dummyatom label, don't fall back to indexes when onlyMatchAtRgroups are set
* Move autodetection before alignment, fix final core labelling
* Fix stupid bit twiddling mistake
* None of the original mol's should actually match the cores with onlyMatchAtRgroups
* Convert PRECONDITION to CHECK_INVARIANT
* Run clang-format
* use nullptr instead of 0 for pointers
* Handle cases where molecules don't have anything for an R-group properly.
Here's the python demo of the bug:
```
In [14]: scaffold2 = Chem.MolFromSmiles('c1c([*:1])cncn1')
In [15]: scaffold = Chem.MolFromSmiles('c1c([*:1])cccn1')
In [19]: mols2 = [Chem.MolFromSmiles(smi) for smi in 'c1c(F)cc(O)cn1 c1c(F)cncn1 c1c(Cl)cc(O)cn1'.split()]
In [20]: print(rdRGroupDecomposition.RGroupDecompose([scaffold,scaffold2],mols2,asSmiles=True,asRows=False))
({'Core': ['c1ncc([*:2])cc1[*:1]', 'c1ncc([*:1])cn1', 'c1ncc([*:2])cc1[*:1]'], 'R1': ['F[*:1]', 'F[*:1]', 'Cl[*:1]'], 'R2': ['[H]O[*:2]', '[H]O[*:2]', '']}, [])
```
* Fixes#2471
* do not use new on loggers
* del pointers in testDistGeom
* Update Dict hasNonPOD status on bulk update
* delete new Dicts in memtest1.cpp
* fixes in MolSuppliers and testFMCS
* PeriodicTable singleton as unique_ptr
* fix EEM_arrays leak
* fix leaks in testPBF
* fix ParamCollection leak in test UFF
* fix leaks in MMFF
* clear prop dict before read in in pickler
* fix leaks in testFreeSASA
* fix leaks in test3D
* modernize Dict.h & SmilesParse.cpp
* fix leaks in testQuery
* fix leaks in testCrystalFF
* fix leaks in cxsmilesTest
* fix leaks in Catalog & mol cat test
* fix leaks in ShapeUtils & tests
* fix leaks in testSubgraphs1
* fix leaks testFingerprintGenerators
* fix leaks in Catalog/FilterCatalog
* fix leaks in graphmolqueryTest
* these changes reduce bison parse leaks
* fixed leaks in testChirality.cpp
* fix leaks + 2 tests in testMolWriter
* fix 4m leaks in substructLibraryTest
* small improvements to molTautomerTest; still leaks
* fix leaks in testRGroupDecomp
* fix leaks in test; parser still leaks
* fix leaks in itertest
* fix 4m leaks in testDepictor
* fixes in smatest; still leaking due to parser
* fixes in testSLNParse; still leaking due to parser
* flex/bison: always add atoms with ownership; smarts error cleanup
* fix leaks in testReaction
* fix leaks in testSubstructMatch
* fix leaks in resMolSupplierTest
* fix leaks in testChemTransforms + bug in ChemTransforms
* fix leaks in testPickler
* fix leaks in testMolTransform
* fix leaks in testFragCatalog
* fix leak in testSLNParse. Still leaks due to Smiles
* fixed most leaks in testMolSupplier
* pre bison fix
* fix some atom & bond parse problems; others still fail
* bison smiles & smarts, atoms & bonds more or less fixed
* fix leaks in molopstest.cpp
* fix leaks in testFingerprints, MACCS.cpp & AtomPairs.cpp
* fix leaks in moldraw2Dtest1
* fix leaks in testDescriptors
* fix leaks in testInchi
* fix leaks in testUFFForceFieldHelpers
* fix leaks in hanoiTest & new_canon.h
* fix leaks in testMMFFForceField
* fix leaks in graphmolTest1
* fix leaks in testMMFFForceFieldHelpers
* fix leaks in testDistGeomHelpers
* fix leaks in testMolAlign
* initialize occupancy & temp facto with default values
* fix leak in TautomerTransform
* updated suppressions
* fix testStructChecker
* fix logging & py tests
* fix TautomerTransform class/struct issue
* remove misplaced delete in testSLNParse
* deinit in testAvalonLib1
* fix Avalon-triggered(?) bug in StructChecker/Pattern.cpp
* fix random testMolWriter/Supplier fails
- diversify output file names to avoid clashing.
- unify Writers close/destruct behavior.
- flushing/closing in tests.
* use reset in FFs Params.cpp
* comments on testMMFFForceField
* unrequired 'if's added to mol suppliers
* correct cast in FilterCatalog.h
* use unique_ptr in MACCS Patterns
* remove unrequred if in new_canon
* update & move suppressions
* Fixes#1929
* add a tests to make sure bogus template directories work
* add a combined atomic number + aromaticity query operation to speed up SMARTS matches
Still needs to be recognized by the SMARTS writer, serialization, and no doubt a few other places.
* add a combined query for the single/aromatic bond query that shows up in SMARTS
* Stop using a dead pointer in the when parsing Marvin SMARTS in a CTAB
* At this point all tests pass on windows
* debugging info back in
* update the bison output
* first pass, does not yet actually work
* pass2, same problems
* pass2, same problems
* another test
* new tests; bugfix
* move the code out to a header
* add a double bond example
* enable auto-downloads of the code
* move the function to its own namespace
* first pass at a basic python wrapper
* change coordgen commit used
* try supporting bond stereo; does not currently work
* cis/trans seems to now work.
* first pass at templates; needs testing
* use the fixed flag too
* need mol align
* expand test
* initial pass at python wrapper for template
* simplify tests
* add an option to directly use a substructure match for alignment
* scaling
* add #define
* Define a cache setting for RDK_COORDGEN_LIBS to allow these to be used in other packages
* return the conformer id from addCoords
* Make CoordGen the default when it’s available.
This is a backup commit… the tests don’t even come close to passing.
* add some debugging options for a bit
* add alignment step to testing when using non-fixed coords
* Add global to allow use of CoordGen to be disabled
get the basic depictor tests working
* make coordgen the default when it is available
* make sure things continue to work when coordgen is disabled
* get windows builds working
* mods to get this building on windows.
something is screwy with the fileParsersTest1
* no need to generate coords for the 1K C string
* fix java wrappers
* works on linux
* update the (stupid) way dependencies were handled on windows.
this allows a lot of cleanup of cmake files (still more to do)
the linux build is unlikely to work due to the way _statics aren't handled
* docs
* extend forceRDKit applicability
* switch coordgen version
* try using templates
* try to get the template dir finding reasonably robust w.r.t. conda install
* continuing to iterate on the way the template file is installed
* fix a problem caused by the merge
* remove test that should never have been checked in
* update expected results for cartridge tests
* switch back to using the RDKit as the default coordinate generator
* Removes ATOM/BOND_SPTR in boost::graph in favor of raw pointers
* Actually delete atoms and bonds...
* RWMol::clear now calls destroy to handle atom/bond deletion
* Changes broken Atom lookup for windows/gcc
* Adds tests for running with valgrind
* Adds test designed for valgrind and molecule deletions
* Removes RNG, actually tests bond deletions
* update swig wrappers
* deal with most recent changes on the main branch
* add queries for the number of heteroatom neighbors
* support cactvs "z" extension
this includes support for range queries on z that could
be extended to other query types as well
* extend range query extension to other SMARTS primitives
* add the less-than and greater-than versions of the range queries
* updates and new tests
* update .cmake files
* support [#6] in SMILES
* document SMILES extensions (such as they are)
* Add support for cactvs's Z queries
* add support for ^4 and ^5
* get tests running
doc update
* book updates
* update .cmake files
* atoms: radical electrons and presence of a chiral tag
* bonds: presence of stereo
* add new atom queries to python wrapper
* add queries for missing atom chiral tags
remove const specifiers from return values in DataStructs
add initial pass at query-query matching for Atoms and Bonds
fix and test for sf.net issu 2738320
add Mol.AddRecursiveQuery() method to Mol
http://sourceforge.net/tracker/index.php?func=detail&aid=1968930&group_id=160139&atid=814650
In order to fix the problem, the value of the query function for atomMass queries
is being multiplied by a constant factor (currently 1000) before converting
to an int. This allows distinguishing between things like [CH4] (where the
C has mass 12.011) and [12CH4] (where the C has mass 12.000).
