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RPMPackage chkconfig-1.3.60-3.fc19.armv6hl
Chkconfig is a basic system utility. It updates and queries runlevel information for system services. Chkconfig manipulates the numerous symbolic links in /etc/rc.d, to relieve system administrators of some of the drudgery of manually editing the symbolic links.
RPMPackage chef12-console-12.19.36-2.lbn19.noarch
Launch API-driven "Cloud" servers with Knife and automatically run Chef on them. Currently supported services: * Amazon EC2 * Rackspace Cloud * Slicehost * Terremark vCloud These are supported via sub-commands in knife that use the Ruby library fog. During the "bootstrap" process that runs Chef, knife will SSH to the systems.
RPMPackage chef12-client-12.19.36-2.lbn19.noarch
Chef command-line sufficient for node-configuration
RPMPackage chef12-12.19.36-2.lbn19.noarch
Chef is a systems integration framework and configuration management library written in Ruby. Chef provides a Ruby library and API that can be used to bring the benefits of configuration management to an entire infrastructure. Chef can be run as a client (chef-client) to a server, or run as a standalone tool (chef-solo). Configuration recipes are written in a pure Ruby DSL.
RPMPackage chef11-console-11.18.12-9.lbn19.noarch
Launch API-driven "Cloud" servers with Knife and automatically run Chef on them. Currently supported services: * Amazon EC2 * Rackspace Cloud * Slicehost * Terremark vCloud These are supported via sub-commands in knife that use the Ruby library fog. During the "bootstrap" process that runs Chef, knife will SSH to the systems.
RPMPackage chef11-client-11.18.12-9.lbn19.noarch
Chef command-line sufficient for node-configuration
RPMPackage chef11-11.18.12-9.lbn19.noarch
Chef is a systems integration framework and configuration management library written in Ruby. Chef provides a Ruby library and API that can be used to bring the benefits of configuration management to an entire infrastructure. Chef can be run as a client (chef-client) to a server, or run as a standalone tool (chef-solo). Configuration recipes are written in a pure Ruby DSL.
RPMPackage chef-zero-5.3.2-1.lbn19.noarch
Self-contained, easy-setup, fast-start in-memory Chef server for testing and solo setup purposes.
RPMPackage chef-sugar-3.4.0-1.lbn19.noarch
A series of helpful sugar of the Chef core and other resources to make a cleaner, more lean recipe DSL, enforce DRY principles, and make writing Chef recipes an awesome experience!
RPMPackage chef-handler-zenoss-0.0.4-1.lbn19.noarch
Allows reporting of Chef run metrics from Zenoss event console. You'll need the chef_handler recipe and something like the following in a recipe of your own: chef_handler 'Chef::Handler::ZenossHandler' do action :enable arguments [node[:zenoss][:server_url], node[:zenoss][:server_username], node[:zenoss][:server_password] ] source ::File.join(::Gem.all_load_paths.grep(/chef-handler-zenoss/).first, 'chef', 'handler', 'zenoss') end
RPMPackage chef-config-12.19.36-1.lbn19.noarch
Chef's default configuration and config loading.
RPMPackage chef-common-10.34.6-11.lbn19.noarch
This package contains utility scripts used to configure and initialize Chef. equires: chef = 10.34.6
RPMPackage chef-client-10.34.6-11.lbn19.noarch
Chef command-line sufficient for node-configuration
RPMPackage chef-bastionlinux-13.10.30.4-1.lbn19.noarch
Knife bootstrap for BastionLinux. This is a complete RPM-only install which does not stick a full C/Ruby development environment onto a BastionLinux server.
RPMPackage chef-10.34.6-11.lbn19.noarch
Chef is a systems integration framework and configuration management library written in Ruby. Chef provides a Ruby library and API that can be used to bring the benefits of configuration management to an entire infrastructure. Chef can be run as a client (chef-client) to a server, or run as a standalone tool (chef-solo). Configuration recipes are written in a pure Ruby DSL.
RPMPackage checkstyle-6.19-1.fc25.noarch
A tool for checking Java source code for adherence to a set of rules.
RPMPackage checkpolicy-2.5-4.lbn19.x86_64
Security-enhanced Linux is a feature of the Linux® kernel and a number of utilities with enhanced security functionality designed to add mandatory access controls to Linux. The Security-enhanced Linux kernel contains new architectural components originally developed to improve the security of the Flask operating system. These architectural components provide general support for the enforcement of many kinds of mandatory access control policies, including those based on the concepts of Type Enforcement®, Role-based Access Control, and Multi-level Security. This package contains checkpolicy, the SELinux policy compiler. Only required for building policies.
RPMPackage checkpolicy-2.1.12-3.fc19.armv6hl
Security-enhanced Linux is a feature of the Linux® kernel and a number of utilities with enhanced security functionality designed to add mandatory access controls to Linux. The Security-enhanced Linux kernel contains new architectural components originally developed to improve the security of the Flask operating system. These architectural components provide general support for the enforcement of many kinds of mandatory access control policies, including those based on the concepts of Type Enforcement®, Role-based Access Control, and Multi-level Security. This package contains checkpolicy, the SELinux policy compiler. Only required for building policies.
RPMPackage check-0.9.9-3.fc19.x86_64
Check is a unit test framework for C. It features a simple interface for defining unit tests, putting little in the way of the developer. Tests are run in a separate address space, so Check can catch both assertion failures and code errors that cause segmentation faults or other signals. The output from unit tests can be used within source code editors and IDEs.
RPMPackage check-0.9.9-3.fc19.armv6hl
Check is a unit test framework for C. It features a simple interface for defining unit tests, putting little in the way of the developer. Tests are run in a separate address space, so Check can catch both assertion failures and code errors that cause segmentation faults or other signals. The output from unit tests can be used within source code editors and IDEs.