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2017-06-01Use public SHLIB_TYPE instead of private _OPSYS_SHLIB_TYPE.jlam1-2/+2
2016-06-08Switch to MASTER_SITES_PYPI.wiz1-2/+2
2015-11-25Remove mk/find-prefix.mk usage from the textproc category.jperkin1-5/+2
The find-prefix infrastructure was required in a pkgviews world where packages installed from pkgsrc could have different installation prefixes, and this was a way for a dependency prefix to be determined. Now that pkgviews has been removed there is no longer any need for the overhead of this infrastructure. Instead we use BUILDLINK_PREFIX.pkg for dependencies pulled in via buildlink, or LOCALBASE/PREFIX where the dependency is coming from pkgsrc. Provides a reasonable performance win due to the reduction of `pkg_info -qp` calls, some of which were redundant anyway as they were duplicating the same information provided by BUILDLINK_PREFIX.pkg.
2015-11-04Add SHA512 digests for distfiles for textproc categoryagc1-1/+2
Problems found locating distfiles: Package cabocha: missing distfile cabocha-0.68.tar.bz2 Package convertlit: missing distfile clit18src.zip Package php-enchant: missing distfile php-enchant/enchant-1.1.0.tgz Otherwise, existing SHA1 digests verified and found to be the same on the machine holding the existing distfiles (morden). All existing SHA1 digests retained for now as an audit trail.
2014-07-22Update to 1.6.6:wiz5-47/+20
Version 1.6.6 of PyEnchant has been released, with the following changes: compatability with latest python releases "wheels" replace "eggs" as the binary distribution format of choice fix possible text corruption when using SpellChecker with a Chunker
2013-04-08Remove "Trailing empty lines." and/or "Trailing white-space."rodent1-2/+2
2012-10-25Drop superfluous PKG_DESTDIR_SUPPORT, "user-destdir" is default these days.asau1-3/+1
2012-04-08Remove python24 and all traces of it from pkgsrc.wiz1-4/+1
Remove devel/py-ctypes (only needed by and supporting python24). Remove PYTHON_VERSIONS_ACCEPTED and PYTHON_VERSIONS_INCOMPATIBLE lines that just mirror defaults now. Miscellaneous cleanup while editing all these files.
2011-12-16textproc/py-enchant: Fix file permissions errormarino1-1/+5
The bad file permissions on ispell/README.txt prevented the package from building on DragonFly with PKG_DEVELOPER=yes. I'm not sure how it's passing on NetBSD unless the bulk reports I'm seeing aren't using that option.
2010-12-23Update to 1.6.5:wiz2-6/+6
2010-12-14: Version 1.6.5 released Version 1.6.5 of PyEnchant has been released, with the following changes: * restore compatability with Python 3 (including 3.2 beta1) * fix unittest DeprecationWarnings on Python 3 * statically compile libstdc++ into pre-built windows binaries 2010-12-13: Version 1.6.4 released Version 1.6.4 of PyEnchant has been released, with the following changes: * DictWithPWL: use pwl and pel to adjust the words returned by suggest() * Fix tokenization of utf8 bytes in a mutable character array * get_tokenizer(): pass None as language tag to get default tokenizer * prevent build-related files from being included in the source tarball
2010-09-13Update to 1.6.3:wiz4-15/+15
Version 1.6.3 of PyEnchant has been released, with the following changes: * Pre-compiled binary distributions for Mac OS X * Safer loading of bundled DLLs on Windows * New function get_enchant_version() to obtain the version of the underlying enchant library
2010-06-04Fix dependencyjoerg1-2/+2
2010-06-01Update py-enchant to 1.6.2.obache5-12/+85
Based on PR#43384 by Wen Heping. * Migrated from SWIG to ctypes since 1.5.0: * Add dependency on devel/py-ctypes for python2.4 * Fix paths for libenchant to exactly load suitable one. * No need c compiler and buildlink with textproc/enchant. Changes: 1.6.2: * Upgraded bundled enchant to v1.6.0. * Fixed bug in printf() utility function; all input args are now converted to strings before printing. 1.6.1: * Fixed loading of enchant DLL on win32 without pkg_resources installed. * Fixed HTMLChunker to handle unescaped < and > characters that are clearly not part of a tag. 1.6.0: * Upgraded to enchant v1.5.0: * new Broker methods get_param() and set_param() allow runtime customisation of provider data * Added the concept of 'chunkers' to enchant.tokenize.get_tokenizer(). These serve split split the text into large chunks of checkable tokens. * implemented a simple HTMLChunker class * Moved error classes into 'enchant.errors' for easier importing * Moved testcases into separate files so they're not loaded by default * Allowed SpellChecker to use default language if none is specified * Improved compatibility with Python 3 1.5.3: * Fixed termination conditions in English tokenization loop. * Improved unicode detection in English tokenizer. * Made enchant spellcheck all of its docstrings as part of the unittest suite. 1.5.2: * Modify utils.get_resource_filename and utils.win32_data_files for compatibility with py2exe (which was broken in the move to ctypes). Thanks to Stephen George for the fix. 1.5.1: * SpellChecker.add_to_personal renamed to SpellChecker.add and fixed to use the corresponding Dict method. 1.5.0: * Migrated from SWIG to ctypes: * now runs under PyPy! * also opens possibilities for Jython, IronPython, ... * Compatibility updates for Python 3.0, mostly around unicode strings * Dropped compatibility with Python 2.2
2009-06-14Remove @dirrm entries from PLISTsjoerg1-5/+1
2009-02-16Supports DESTDIRjoerg1-1/+3
2008-10-08Initial import of py-enchant-1.4.2:wiz4-0/+74
PyEnchant is a set of language bindings and some wrapper classes to make the excellent Enchant spellchecker available as a Python module. The bindings are generated using SWIG. It includes all the functionality of Enchant with the flexibility of Python and a nice 'Pythonic' object-oriented interface. It also aims to provide some higher-level functionality than is available in the C API. Enchant is the spellchecking package behind the AbiWord word processor, is being considered for inclusion in the KDE office suite, and has been proposed as a FreeDesktop.org standard. It aims to provide a single API to access spellchecking services on any platform, by wrapping the natively available spellchecking facilities. For example, it can access aspell when running under Linux and AppleSpell on Mac OSX.