Posts Tagged ‘software engineering’
After compiling a source version of Sage, you can choose to run the test suite on the whole Sage library, on all modules under a given directory, or on a specified module only. For the purposes of this post, I have compiled Sage 4.1.1 from source and the top level Sage directory is
[mvngu@mod sage-4.1.1]$ pwd
/scratch/mvngu/build/sage-4.1.1
Testing [...]
Filed under: Python, Sage, mathematics, programming, software engineering | Leave a Comment
Tags: computer algebra system, mathematics, open source software, programming, Python, Sage, software engineering, symbolic computation
Compiling Sage 4.1 on Mac OS X 10.5.8 is fairly easy, i.e. if you want to build Sage in 32-bit mode. You download a source version of Sage, uncompress the tarball, navigate to the top level directory of the source version, and issue make. But if you want to build in 64-bit mode, you need [...]
Filed under: Python, Sage, mathematics, programming, software engineering | Leave a Comment
Tags: computer algebra system, mathematics, open source software, OS X, programming, Python, Sage, software engineering, symbolic computation
Sage 4.1.1 Released
Sage 4.1.1 was released on August 14th, 2009. For the official, comprehensive release note, please refer to sage-4.1.1.txt. The following points are some of the foci of this release:
Improved data conversion between NumPy and Sage
Solaris support, Solaris specific bug fixes for NTL, zn_poly, Pari/GP, FLINT, MPFR, PolyBoRI, ATLAS
Upgrade/updates for about 8 standard packages
Three new [...]
Filed under: Python, Sage, mathematics, programming, software engineering | Leave a Comment
Tags: computer algebra system, mathematics, open source software, programming, Python, Sage, software engineering, symbolic computation
