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2008-07-14Update sather to 1.2.3.dholland1-9/+6
Also update the tk dep to no longer demand tk83. It does not seem to work all that well with tk84, but it works about the same as it does with tk83. And depend explicitly on tcl; that was missing. Primary changes since 1.2.1 seem to be GPLv2 -> GPLv3 and whitespace/reindenting, but there seems to be a bit more in there too. There's also now a 12 meg kdevelop blob in the distfile, yay. Changelog: GNU Sather 1.2.3 - Jul 7, 2007 - Michael R. Taylor * Made INT 32-bit even on 64-bit systems * Changed license to (GPLv3/LGPLv3) or later There's no changelog for 1.2.2, dunno why.
2007-07-28Fix build with boehm-gc>=7.0.wiz1-4/+4
2006-01-12Add DragonFly. Be a bit nicer to CPP and add trailing \ to mask thejoerg1-2/+5
embedded newlines.
2005-02-24Add RMD160 digestsagc1-1/+2
2004-09-14s/_OPSYS_RPATH_NAME/COMPILER_RPATH_FLAG/markd1-2/+2
2004-08-27Convert to use {COMPILER,LINKER}_RPATH_FLAG.jlam1-4/+4
2004-01-13Make this package compile when using gcc 3.3.kristerw1-1/+4
2003-04-29Fix use of _OPSYS_RPATH_NAME causing broken compiler.jtb1-6/+5
Bump PKG_REVISION.
2003-03-10Needs -Wl,-R (or the equiv) when linking libgc. Pass _OPSYS_RPATH_NAME in ↵jmc1-3/+3
and use that accordingly.
2002-05-04Initial import of sather.jtb1-0/+27
Sather is an object oriented language which designed to be simple, efficient, safe, and non-proprietary. It aims to meet the needs of modern research groups and to foster the development of a large, freely available, high-quality library of efficient well-written classes for a wide variety of computational tasks. It was originally based on Eiffel but now incorporates ideas and approaches from several languages. One way of placing it in the "space of languages" is to say that it attempts to be as efficient as C, C++, or Fortran, as elegant and safe as Eiffel or CLU, and to support higher-order functions as well as Common Lisp, Scheme, or Smalltalk. Sather has garbage collection, statically-checked strong typing, multiple inheritance, separate implementation and type inheritance, parameterized classes, dynamic dispatch, iteration abstraction, higher-order routines and iters, exception handling, assertions, preconditions, postconditions, and class invariants. Sather code can be compiled into C code and can efficiently link with C object files.