[43397] trunk/dports/PortIndex

[portindex at macports.org]

Revision: 43397
          http://trac.macports.org/changeset/43397
Author:   portindex at macports.org
Date:     2008-12-10 03:52:10 -0800 (Wed, 10 Dec 2008)
Log Message:
-----------

Total number of ports parsed:	5226 
Ports successfully parsed:	5226	 
Ports failed:			0

Modified Paths:
--------------
    trunk/dports/PortIndex

Modified: trunk/dports/PortIndex
===================================================================
--- trunk/dports/PortIndex	2008-12-10 11:31:33 UTC (rev 43396)
+++ trunk/dports/PortIndex	2008-12-10 11:52:10 UTC (rev 43397)
@@ -4234,8 +4234,8 @@
 variants {universal server} portdir mail/vm-pop3d description {POP3 server for Postfix that supports virtual domains and mailboxes} homepage http://www.reedmedia.net/software/virtualmail-pop3d/ epoch 0 platforms darwin name vm-pop3d depends_lib port:postfix maintainers markd long_description {A POP3 server that supports virtual domains and virtual mailboxes such that users and mailboxes need not be associated with local Unix accounts.} version 1.1.6 categories mail revision 2
 DoCon 667
 variants {universal printable_doc} variant_desc {printable_doc {Build printable documentation}} portdir math/DoCon description {DoCon is the Algebraic Domain Constructor} homepage http://haskell.org/docon epoch 0 platforms darwin name DoCon depends_lib port:ghc maintainers gwright at macports.org long_description {DoCon joins the categorial approach to mathematical computation expressed via the Haskell type classes, and explicit processing of the domain description terms. It implements recently a good piece of commutative algebra: linear algebra, polynomial gcd, factorization, Groebner bases, and other functions.} version 2.11 categories {math devel} revision 1
-GiNaC 1113
-variants {universal darwin_6 darwin_7 test} variant_desc {test {run testsuite}} portdir math/GiNaC description {GiNaC is Not a Computer algebra system} homepage http://www.ginac.de/ epoch 0 platforms darwin name GiNaC depends_lib {port:readline port:cln} maintainers gwright at macports.org long_description {Currently, GiNaC's capabilities include: 1. Very fast manipulation of large integers and rationals owing to the CLN library (for instance, it uses Karatsuba multiplication and Schoenhage-Strassen multiplication for very large integers). 2. Efficient handling of multivariate polynomials and rational functions. 3. Support for linear algebra includes symbolic matrices, vectors and solving equations. 4. Very fast heuristic polynomial GCD. 5. Many built in functions (sin, cos, atan, sinh, factorial, etc.) 6. Symbolic differentiation and series expansion of all built-in functions. 7. Several forms of output (also as optimized C++, for numerical postprocessing). 8. Memory-efficienc
 y and -safety through the internal use of reference counting for all expressions.} version 1.4.3 categories math revision 0
+GiNaC 1100
+variants {universal darwin_6 darwin_7 test} variant_desc {test {run testsuite}} portdir math/GiNaC description {GiNaC is Not a Computer algebra system} homepage http://www.ginac.de/ epoch 0 platforms darwin name GiNaC depends_lib {port:readline port:cln} maintainers gwright long_description {Currently, GiNaC's capabilities include: 1. Very fast manipulation of large integers and rationals owing to the CLN library (for instance, it uses Karatsuba multiplication and Schoenhage-Strassen multiplication for very large integers). 2. Efficient handling of multivariate polynomials and rational functions. 3. Support for linear algebra includes symbolic matrices, vectors and solving equations. 4. Very fast heuristic polynomial GCD. 5. Many built in functions (sin, cos, atan, sinh, factorial, etc.) 6. Symbolic differentiation and series expansion of all built-in functions. 7. Several forms of output (also as optimized C++, for numerical postprocessing). 8. Memory-efficiency and -safety
  through the internal use of reference counting for all expressions.} version 1.4.4 categories math revision 0
 LiE 425
 variants universal description {A computer algebra program for Lie group calculations} portdir math/LiE homepage http://young.sp2mi.univ-poitiers.fr/~marc/LiE/ epoch 0 depends_lib port:readline name LiE long_description {LiE is a computer algebra system that is specialised in computations involving (reductive) Lie groups and their representations.} maintainers gwright at macports.org categories math version 2.2.2 revision 2
 ProofGeneral 585
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