Search results

archetypes.schemaextender-2.1.8-1.lbn25.noarch

This package allows you to modify an Archetypes schema, using simple adapters. This can be used to add new fields, reorder fields and fieldsets or make other changes. The most common use of schema extension is to allow add-on products to enhance standard Plone content types, for example by adding an option that can be set to toggle special behaviour. schemaextender hooks into the Archetypes framework by registering an ISchema adapter for BaseContent and BaseFolder, making it responsible for providing the schema for all types derived from those classes. This includes all standard Plone content types. Since only one ISchema adapter can be active schemaextender provides its own mechanism to modify schemas using named adapters. There are three types of adapters available: * ISchemaExtender: using this adapter you can add new fields to a schema. * IOrderableSchemaExtender: this adapters makes it possible to both add new fields and reorder fields. This is more costly than just adding new fields. * IBrowserLayerAwareExtender: this adpaters are making use of plone.browserlayer, so that the extender is only available if a layer is registered. * ISchemaModifier: this is a low-level hook that allows direct manipulation of the schema. This can be very dangerous and should never be used. The adapter types are documented in the ''interfaces.py'' file in archetypes.schemaextender.

arpack-3.3.0-1.b0f7a60git.lbn19.x86_64

ARPACK is a collection of Fortran 77 subroutines designed to solve large scale eigenvalue problems. The package is designed to compute a few eigenvalues and corresponding eigenvectors of a general n by n matrix A. It is most appropriate for large sparse or structured matrices A where structured means that a matrix-vector product w <- Av requires order n rather than the usual order n**2 floating point operations. This software is based upon an algorithmic variant of the Arnoldi process called the Implicitly Restarted Arnoldi Method (IRAM).

atlas-3.10.2-12.lbn19.x86_64

The ATLAS (Automatically Tuned Linear Algebra Software) project is an ongoing research effort focusing on applying empirical techniques in order to provide portable performance. At present, it provides C and Fortran77 interfaces to a portably efficient BLAS implementation, as well as a few routines from LAPACK. The performance improvements in ATLAS are obtained largely via compile-time optimizations and tend to be specific to a given hardware configuration. In order to package ATLAS some compromises are necessary so that good performance can be obtained on a variety of hardware. This set of ATLAS binary packages is therefore not necessarily optimal for any specific hardware configuration. However, the source package can be used to compile customized ATLAS packages; see the documentation for information.

blas-3.6.0-7.lbn19.x86_64

BLAS (Basic Linear Algebra Subprograms) is a standard library which provides a number of basic algorithms for numerical algebra.

borg-3.1.3-1.lbn25.noarch

borg python module

borg.localrole-3.1.3-1.lbn25.noarch

This PAS_ plug-in can be used to assign local roles in a particular context, by adapter. It can be installed via the GenericSetup_ profile in this product.

buildout.dumppickedversions-0.5-2.lbn25.noarch

Dump buildout picked versions.

buildout.eggtractor-0.6-2.lbn19.noarch

Q: What is a buildout extension ? A: http://pypi.python.org/pypi/zc.buildout#extensions The problem When developing zope/plone eggs with buildout I have to edit the buildout configuration file ( in 3 places ) each time I create/delete/rename a development egg in the src directory or in other development directories (sometime I have more than one). I have to add/delete/rename the egg in the eggs option of the [buildout] and then add/delete/rename the egg path in the develop option of the [buildout] and in the end add/delete/rename the zcml option of the zope [instance] or in the configure.zcml file of my policy package. This is too much specially when the speed is set to development mode. I need a less boring way to develop. Solution buildout.eggtractor is a buildout extension that scans the src directory or a list of directories I give for eggs and picks them up automatically. So no more editing of the buildout's configuration file. When buildout.eggtractor finds an egg in the scanned directory it: 1. adds the egg to the ``eggs`` option of all zope instance parts or to a set of given parts 2. adds the egg's path in the ``develop`` option of the ``[buildout]`` 3. If ``tractor-autoload-zcml`` is not given or set to other thing than false, scans the egg folder for ``configure.zcml``, ``meta.zcml`` and ``overrides.zcml`` and adds the appropriate zcml entries to the ``zcml`` option of the zope instance parts or to a set of given parts. This steps are done on the fly when running buildout. So I can add/delete/rename an egg and it will be picked up. NOTE: The extension does not write to the buildout's configuration file. buildout.eggtractor options tractor-src-directory: A set of directories to scan for development eggs. Defaults to the src directory of the buildout. tractor-target-parts: A set of parts to update their eggs option with eggs found in the tractor-src-directory. Defaults to zope instance parts if any. tractor-autoload-zcml(boolean): Update the zcml option of tractor-target-parts with the eggs found in tractor-src-directory. Defaults to true tractor-zcml-top: A set of eggs to load their zcml files first. Defaults to an empty set. How to use it Using buildout.eggtractor is very simple. As said, it is a buildout extension. All I have to do is to declare it in the extensions option: [buildout] parts = extensions = buildout.eggtractor That's all. buildout.eggtractor will scan the src directory and do its job every time I run the buildout command. When I have other directories I want to scan I just add an tractor-src-directory option in the [buildout] and add my directories there: [buildout] parts = extensions = buildout.eggtractor tractor-src-directory = dev-src1 dev-src2 src In a few cases when the priority of loading zcml files matters. I add the egg to be loaded first in the tractor-zcml-top option in the [buildout]: [buildout] parts = extensions = buildout.eggtractor tractor-src-directory = dev-src1 dev-src2 src tractor-zcml-top = plone.app.mypackage1 If I want to add the eggs found in the development directories to the eggs option of a given set of parts, I add a tractor-target-parts option and add the parts there: [buildout] parts = instance1 instance2 instance3 extensions = buildout.eggtractor tractor-target-parts = instance1 instance3 This way only instance1 and instance3 will be updated. If I have already other way to include the zcml files (ie: z3c.autoinclude) and don't want eggtractor to generate the zcml slugs, I add an tractor-autoload-zcml option and set it to false In most cases you will only need to add buildout.eggtractor to the extensions option of the [buildout] without any extra configuration options. LIMITATION The extension assumes that the egg name reflects its file system structure example: if the egg name is com.mustap.www the extension assumes that the file system structure is one of the following: 1. com.mustap.www/src/com/mustap/www 2. com.mustap.www/com/mustap/www This is where the extension looks for configure.zcml, meta.zcml and overrides.zcml files. If the egg name has nothing to do with how it is structured on the system, the extension will ignore it. XXX: I guess walking through the directory is better than this assumption. In my case this is not a limitation as I choose my egg names that way.

catdoc-0.94.2-11.fc19.x86_64

catdoc is program which reads one or more Microsoft word files and outputs text, contained insinde them to standard output. Therefore it does same work for.doc files, as unix cat command for plain ASCII files. It is now accompanied by xls2csv - program which converts Excel spreadsheet into comma-separated value file, and catppt - utility to extract textual information from Powerpoint files

catdoc-0.94.2-11.fc19.armv6hl

catdoc is program which reads one or more Microsoft word files and outputs text, contained insinde them to standard output. Therefore it does same work for.doc files, as unix cat command for plain ASCII files. It is now accompanied by xls2csv - program which converts Excel spreadsheet into comma-separated value file, and catppt - utility to extract textual information from Powerpoint files