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RPMPackage bzr-2.1.2-1.fc13.x86_64
Bazaar is a distributed revision control system that is powerful, friendly, and scalable. It is the successor of Baz-1.x which, in turn, was a user-friendly reimplementation of GNU Arch.
RPMPackage bzip2-libs-1.0.6-7.fc18.1302272148kf.armv6hl
Libraries for applications using the bzip2 compression format.
RPMPackage bzip2-libs-1.0.6-1.fc13.x86_64
Libraries for applications using the bzip2 compression format.
RPMPackage bzip2-1.0.6-7.fc18.1302272148kf.armv6hl
Bzip2 is a freely available, patent-free, high quality data compressor. Bzip2 compresses files to within 10 to 15 percent of the capabilities of the best techniques available. However, bzip2 has the added benefit of being approximately two times faster at compression and six times faster at decompression than those techniques. Bzip2 is not the fastest compression utility, but it does strike a balance between speed and compression capability. Install bzip2 if you need a compression utility.
RPMPackage bzip2-1.0.6-1.fc13.x86_64
Bzip2 is a freely available, patent-free, high quality data compressor. Bzip2 compresses files to within 10 to 15 percent of the capabilities of the best techniques available. However, bzip2 has the added benefit of being approximately two times faster at compression and six times faster at decompression than those techniques. Bzip2 is not the fastest compression utility, but it does strike a balance between speed and compression capability. Install bzip2 if you need a compression utility.
RPMPackage byaccj-1.15-5.fc18.armv6hl
BYACC/J is an extension of the Berkeley v 1.8 YACC-compatible parser generator. Standard YACC takes a YACC source file, and generates one or more C files from it, which if compiled properly, will produce a LALR-grammar parser. This is useful for expression parsing, interactive command parsing, and file reading. Many megabytes of YACC code have been written over the years. This is the standard YACC tool that is in use every day to produce C/C++ parsers. I have added a "-J" flag which will cause BYACC to generate Java source code, instead. So there finally is a YACC for Java now!
RPMPackage byaccj-1.14-5.fc12.x86_64
BYACC/J is an extension of the Berkeley v 1.8 YACC-compatible parser generator. Standard YACC takes a YACC source file, and generates one or more C files from it, which if compiled properly, will produce a LALR-grammar parser. This is useful for expression parsing, interactive command parsing, and file reading. Many megabytes of YACC code have been written over the years. This is the standard YACC tool that is in use every day to produce C/C++ parsers. I have added a "-J" flag which will cause BYACC to generate Java source code, instead. So there finally is a YACC for Java now!
RPMPackage byacc-1.9.20120115-1.fc18.armv6hl
This package provides a parser generator utility that reads a grammar specification from a file and generates an LR(1) parser for it. The parsers consist of a set of LALR(1) parsing tables and a driver routine written in the C programming language. It has a public domain license which includes the generated C. If you are going to do development on your system, you will want to install this package.
RPMPackage byacc-1.9.20070509-6.fc12.x86_64
Byacc (Berkeley Yacc) is a public domain LALR parser generator which is used by many programs during their build process. If you are going to do development on your system, you will want to install this package.
RPMPackage bwidget-1.9.0-1.fc13.noarch
An extended widget set for Tcl/Tk.
RPMPackage busybox-petitboot-1.19.4-6.fc18.armv6hl
Busybox is a single binary which includes versions of a large number of system commands, including a shell. The version contained in this package is a minimal configuration intended for use with the Petitboot bootloader used on PlayStation 3. The busybox package provides a binary better suited to normal use.
RPMPackage busybox-petitboot-1.15.1-3.fc13.x86_64
Busybox is a single binary which includes versions of a large number of system commands, including a shell. The version contained in this package is a minimal configuration intended for use with the Petitboot bootloader used on PlayStation 3. The busybox package provides a binary better suited to normal use.
RPMPackage busybox-1.19.4-6.fc18.armv6hl
Busybox is a single binary which includes versions of a large number of system commands, including a shell. This package can be very useful for recovering from certain types of system failures, particularly those involving broken shared libraries.
RPMPackage busybox-1.15.1-3.fc13.x86_64
Busybox is a single binary which includes versions of a large number of system commands, including a shell. This package can be very useful for recovering from certain types of system failures, particularly those involving broken shared libraries.
RPMPackage btrfs-progs-0.20.rc1.20121017git91d9eec-2.fc18.armv6hl
The btrfs-progs package provides all the userpsace programs needed to create, check, modify and correct any inconsistencies in the btrfs filesystem.
RPMPackage btrfs-progs-0.19-12.fc13.x86_64
The btrfs-progs package provides all the userpsace programs needed to create, check, modify and correct any inconsistencies in the btrfs filesystem.
RPMPackage bsh-1.3.0-18.lbn13.noarch
BeanShell is a small, free, embeddable, Java source interpreter with object scripting language features, written in Java. BeanShell executes standard Java statements and expressions, in addition to obvious scripting commands and syntax. BeanShell supports scripted objects as simple method closures like those in Perl and JavaScript(tm). You can use BeanShell interactively for Java experimentation and debugging or as a simple scripting engine for your applications. In short: BeanShell is a dynamically interpreted Java, plus some useful stuff. Another way to describe it is to say that in many ways BeanShell is to Java as Tcl/Tk is to C: BeanShell is embeddable - You can call BeanShell from your Java applications to execute Java code dynamically at run-time or to provide scripting extensibility for your applications. Alternatively, you can call your Java applications and objects from BeanShell; working with Java objects and APIs dynamically. Since BeanShell is written in Java and runs in the same space as your application, you can freely pass references to "real live" objects into scripts and return them as results.
RPMPackage bsf-2.4.0-5.fc13.x86_64
Bean Scripting Framework (BSF) is a set of Java classes which provides scripting language support within Java applications, and access to Java objects and methods from scripting languages. BSF allows one to write JSPs in languages other than Java while providing access to the Java class library. In addition, BSF permits any Java application to be implemented in part (or dynamically extended) by a language that is embedded within it. This is achieved by providing an API that permits calling scripting language engines from within Java, as well as an object registry that exposes Java objects to these scripting language engines. BSF supports several scripting languages currently: * Javascript (using Rhino ECMAScript, from the Mozilla project) * Python (using either Jython or JPython) * Tcl (using Jacl) * NetRexx (an extension of the IBM REXX scripting language in Java) * XSLT Stylesheets (as a component of Apache XML project's Xalan and Xerces) In addition, the following languages are supported with their own BSF engines: * Java (using BeanShell, from the BeanShell project) * JRuby * JudoScript
RPMPackage bridge-utils-1.5-4.fc18.armv6hl
This package contains utilities for configuring the linux ethernet bridge. The linux ethernet bridge can be used for connecting multiple ethernet devices together. The connecting is fully transparent: hosts connected to one ethernet device see hosts connected to the other ethernet devices directly. Install bridge-utils if you want to use the linux ethernet bridge.
RPMPackage bridge-utils-1.2-9.fc13.x86_64
This package contains utilities for configuring the linux ethernet bridge. The linux ethernet bridge can be used for connecting multiple ethernet devices together. The connecting is fully transparent: hosts connected to one ethernet device see hosts connected to the other ethernet devices directly. Install bridge-utils if you want to use the linux ethernet bridge.