Modified items

All recently modified items, latest first.

cronie-anacron-1.4.10-1.fc18.armv6hl: Anacron is part of cronie that is used for running jobs with regular periodicity which do not have exact time of day of execution. The default settings of anacron execute the daily, weekly, and monthly jobs, but anacron allows setting arbitrary periodicity of jobs. Using anacron allows running the periodic jobs even if the system is often powered off and it also allows randomizing the time of the job execution for better utilization of resources shared among multiple systems.

cronie-anacron-1.4.5-2.fc13.x86_64: Anacron becames part of cronie. Anacron is used only for running regular jobs. The default settings execute regular jobs by anacron, however this could be overloaded in settings.

cronie-1.4.10-1.fc18.armv6hl: Cronie contains the standard UNIX daemon crond that runs specified programs at scheduled times and related tools. It is a fork of the original vixie-cron and has security and configuration enhancements like the ability to use pam and SELinux.

cronie-1.4.5-2.fc13.x86_64: Cronie contains the standard UNIX daemon crond that runs specified programs at scheduled times and related tools. It is a fork of the original vixie-cron and has security and configuration enhancements like the ability to use pam and SELinux.

createrepo-0.9.8-4.fc13.noarch: This utility will generate a common metadata repository from a directory of rpm packages.

crda-1.1.2_2011.04.28-3.fc18.1302271240kf.armv6hl: CRDA acts as the udev helper for communication between the kernel and userspace for regulatory compliance. It relies on nl80211 for communication. CRDA is intended to be run only through udev communication from the kernel.

crda-1.1.1_2009.11.25-2.fc13.x86_64: CRDA acts as the udev helper for communication between the kernel and userspace for regulatory compliance. It relies on nl80211 for communication. CRDA is intended to be run only through udev communication from the kernel.

cracklib-python-2.8.22-2.fc18.armv6hl: The cracklib-python package contains a module which permits applications written in the Python programming language to use cracklib.

cracklib-python-2.8.15-3.fc13.x86_64: The cracklib-python package contains a module which permits applications written in the Python programming language to use cracklib.

cracklib-dicts-2.8.22-2.fc18.armv6hl: The cracklib-dicts package includes the CrackLib dictionaries. CrackLib will need to use the dictionary appropriate to your system, which is normally put in /usr/share/dict/words. Cracklib-dicts also contains the utilities necessary for the creation of new dictionaries. If you are installing CrackLib, you should also install cracklib-dicts.

cracklib-dicts-2.8.15-3.fc13.x86_64: The cracklib-dicts package includes the CrackLib dictionaries. CrackLib will need to use the dictionary appropriate to your system, which is normally put in /usr/share/dict/words. Cracklib-dicts also contains the utilities necessary for the creation of new dictionaries. If you are installing CrackLib, you should also install cracklib-dicts.

cracklib-2.8.22-2.fc18.armv6hl: CrackLib tests passwords to determine whether they match certain security-oriented characteristics, with the purpose of stopping users from choosing passwords that are easy to guess. CrackLib performs several tests on passwords: it tries to generate words from a username and gecos entry and checks those words against the password; it checks for simplistic patterns in passwords; and it checks for the password in a dictionary. CrackLib is actually a library containing a particular C function which is used to check the password, as well as other C functions. CrackLib is not a replacement for a passwd program; it must be used in conjunction with an existing passwd program. Install the cracklib package if you need a program to check users' passwords to see if they are at least minimally secure. If you install CrackLib, you will also want to install the cracklib-dicts package.

cracklib-2.8.15-3.fc13.x86_64: CrackLib tests passwords to determine whether they match certain security-oriented characteristics, with the purpose of stopping users from choosing passwords that are easy to guess. CrackLib performs several tests on passwords: it tries to generate words from a username and gecos entry and checks those words against the password; it checks for simplistic patterns in passwords; and it checks for the password in a dictionary. CrackLib is actually a library containing a particular C function which is used to check the password, as well as other C functions. CrackLib is not a replacement for a passwd program; it must be used in conjunction with an existing passwd program. Install the cracklib package if you need a program to check users' passwords to see if they are at least minimally secure. If you install CrackLib, you will also want to install the cracklib-dicts package.

crack-5.0a-17.fc18.armv6hl: Crack is a password guessing program that is designed to quickly locate insecurities in Unix (or other) password files by scanning the contents of a password file, looking for users who have misguidedly chosen a weak login password. This package creates a group named "crack" and the Crack program puts all its results in the /var/lib/crack/run directory, which belongs to that group. Only users in the crack group can use this package.

crack-5.0a-12.fc12.x86_64: Crack is a password guessing program that is designed to quickly locate insecurities in Unix (or other) password files by scanning the contents of a password file, looking for users who have misguidedly chosen a weak login password. This package creates a group named "crack" and the Crack program puts all its results in the /usr/share/crack/run directory, which belongs to that group. Only users in the crack group can use this package.

cpuspeed-1.5-13.fc13.x86_64: cpuspeed is a daemon that dynamically changes the speed of your processor(s) depending upon its current workload if it is capable (needs Intel Speedstep, AMD PowerNow!, or similar support). This package also supports enabling cpu frequency scaling via in-kernel governors on Intel Centrino and AMD Athlon64/Opteron platforms.

cpufrequtils-008-5.lbn13.x86_64: cpufrequtils contains several utilities that can be used to control the cpufreq interface provided by the kernel on hardware that supports CPU frequency scaling.

cppunit-doc-1.12.1-8.fc18.armv6hl: The cppunit-doc package contains HTML formatted API documention generated by the popular doxygen documentation generation tool.

cppunit-doc-1.12.1-3.fc12.x86_64: The cppunit-doc package contains HTML formatted API documention generated by the popular doxygen documentation generation tool.

cppunit-1.12.1-8.fc18.armv6hl: CppUnit is the C++ port of the famous JUnit framework for unit testing. Test output is in XML for automatic testing and GUI based for supervised tests.


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