Sentence case and title case with multi-language support
Given a possibly case-variant version of an existing filesystem path, returns the case-exact, normalized version as stored in the filesystem.
All change-case methods bundled in a single module
Enforces module path case sensitivity in Webpack
Transform a string into title case following English rules
Transform a string between `camelCase`, `PascalCase`, `Capital Case`, `snake_case`, `kebab-case`, `CONSTANT_CASE` and others
Transform a string by swapping every character from upper to lower case, or lower to upper case
JSS plugin that allows to write camel cased rule properties
Tests whether one path is inside another path
Tiny Casing utils
camelCase, kebab-case, PascalCase... a simple integration with nano package size. (SMALL footprint!)
Extensible string utility for converting, identifying and flipping string case
Transform into a string with random capitalization applied
Enable support for case insensitive attribute matching in selectors
Flow types for the Javascript AST
Plugin framework for writing plugins for the ContractCase test framework
Remove any existing casing from a string.
Connector to allow ContractCase to run as a server. Use only if you're creating a custom wrapper for a new language
Typescript type-preserving conversion of objects between camelCase and snake_case
Core functionality for the ContractCase contract testing suite
ContractCase core function plugin, allowing validation of arbitrary functions
Generated proto files for ContractCase's CaseConnector
A cssinjs util library to support Ant Design (antd) and its ecosystem libraries.
Types for writing the definition DSL for plugins for the ContractCase test framework
Add the missing :no_count_if_one option to the Rails pluralize helper
ActiveRecord has always stored the base class in polymorphic _type columns when using STI. This can have non-trivial performance implications in certain cases. This gem adds the 'store_base_sti_class' configuration option which controls whether ActiveRecord will store the base class or the actual class. Defaults to true for backwards compatibility.'
A simple way to generate a random token.
ActiveRecord has always stored the base class in polymorphic _type columns when using STI. This can have non-trivial performance implications in certain cases. This gem adds 'store_base_sti_class' configuration options which controls whether ActiveRecord will store the base class or the actual class. Default to true for backwards compatibility.
Enhanced show-doc (a.k.a ? command) for: $! $" $$ $& $' $* $+ $, $-0 $-F $-I $-K $-W $-a $-d $-i $-l $-p $-v $-w $. $0 $1 $2 $3 $4 $5 $6 $7 $8 $9 $: $; $< $= $> $? $@ $DEBUG $FILENAME $KCODE $LOADED_FEATURES $LOAD_PATH $PROGRAM_NAME $SAFE $VERBOSE $\ $_ $` $stderr $stdin $stdout $~ $⁄ BEGIN END __ENCODING__ __FILE__ __LINE__ alias and begin break case class def defined? do else elsif end ensure false for if in module next nil not or redo rescue retry return self super then true undef unless until when while yield
When this gem is loaded and activated inside your rails app, your MySQL connection adapter for ActiveRecord will be monkey-patched. The patch simply tweaks it to store all boolean "true" values as negative one instead of positive one inside your TINYINT columns. It also patches it to recognize and interpret negative one as "true". Positive one will still be recognized as true as well. Used for special cases, such as developing rails apps that must, for example, work with existing databases that use such a convention. For a rails app version X.Y.Z, use army-negative version "~> X.Y.0". For example, a rails 3.0.x app should use "~> 3.0.0" and a 3.1.x app would use "~> 3.1.0", etc. The exception is that rails 2.3.x apps should just use "~> 2.0" since 2.3 is the earliest version of rails that's supported.
ActiveRecord has always stored the base class in polymorphic _type columns when using STI. This can have non-trivial performance implications in certain cases. This gem adds 'store_base_sti_class' configuration options which controls whether ActiveRecord will store the base class or the actual class. Default to true for backwards compatibility.
= DESCRIPTION: Provides a Chef handler which can report run status, including any changes that were made, to a rabbit server. In the case of failed runs a backtrace will be included in the details reported. Based on the Graylog Gelf handler by Jon Wood (<jon@blankpad.net>) https://github.com/jellybob/chef-gelf = REQUIREMENTS: * A Rabbit server running somewhere. = USAGE: This example makes of the chef_handler cookbook, place some thing like this in cookbooks/chef_handler/recipes/rabbit.rb and add it to your run list. include_recipe "chef_handler::default" gem_package "chef-rabbit" do action :nothing end.run_action(:install) # Make sure the newly installed Gem is loaded. Gem.clear_paths require 'chef/rabbit' chef_handler "Chef::RABBIT::Handler" do source "chef/rabbit" arguments({ :connection => { :host => "your_rabbit_server", :user => "rabbit_user", :pass => "rabbit_pass", :vhost => "/stuff" } :queue => { :name => "some_queue", :params => { :durable => true, ... } }, :exchange => { :name => "some_exchange", :params => { :durable => true, ... } }, :timestamp_tag => "@timestamp" }) supports :exception => true, :report => true end.run_action(:enable) Arguments take the form of an options hash, with the following options: * :connection - http://rubybunny.info/articles/connecting.html * :queue - rabbit queue info to use. name is set to "chef-client" + durable = true by default * :exchange - rabbit exchange to use .default_exchange + durable = true by default * :timestamp_tag - tag for timestamp "timestamp" by default * :blacklist ({}) - A hash of cookbooks, resources and actions to ignore in the change list. = BLACKLISTING: Some resources report themselves as having updated on every run even if nothing changed, or are just things you don't care about. To reduce the amount of noise in your logs these can be ignored by providing a blacklist. In this example we don't want to be told about the GELF handler being activated: chef_handler "Chef::RABBIT::Handler" do source "chef/rabbit" arguments({ :blacklist => { "chef_handler" => { "chef_handler" => [ "nothing", "enable" ] } } }) supports :exception => true, :report => true end.run_action(:enable) = LICENSE and AUTHOR: Copyright 2014 by MTN Satellite Communications Licensed under the Apache License, Version 2.0 (the “License”); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an “AS IS” BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License.
= DESCRIPTION: Provides a Chef handler which can report run status, including any changes that were made, to a Graylog2 server. In the case of failed runs a backtrace will be included in the details reported. = REQUIREMENTS: * A Graylog2 server running somewhere. = USAGE: This example makes of the chef_handler cookbook, place some thing like this in cookbooks/chef_handler/recipes/gelf.rb and add it to your run list. It also assumes your Graylog2 server has set the attribute rsyslog_server to true. log_server = search(:node, "rsyslog_server:true").first if log_server include_recipe "chef_handler::default" gem_package "chef-gelf" do action :nothing end.run_action(:install) # Make sure the newly installed Gem is loaded. Gem.clear_paths require 'chef/gelf' chef_handler "Chef::GELF::Handler" do source "chef/gelf" arguments({ :server => log_server['fqdn'] }) supports :exception => true, :report => true end.run_action(:enable) end Arguments take the form of an options hash, with the following options: * :server - The server to send messages to. * :port (12201) - The port to send on. * :facility (chef-client) - The facility to report under. * :host (node.fqdn) - The host to report messages as coming from. * :blacklist ({}) - A hash of cookbooks, resources and actions to ignore in the change list. = BLACKLISTING: Some resources report themselves as having updated on every run even if nothing changed, or are just things you don't care about. To reduce the amount of noise in your logs these can be ignored by providing a blacklist. In this example we don't want to be told about the GELF handler being activated: chef_handler "Chef::GELF::Handler" do source "chef/gelf" arguments({ :server => log_server['fqdn'], :blacklist => { "chef_handler" => { "chef_handler" => [ "nothing", "enable" ] } } }) supports :exception => true, :report => true end.run_action(:enable) = LICENSE and AUTHOR: Author:: Jon Wood (<jon@blankpad.net>) Copyright:: 2011, Blank Pad Development Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License.
Descriptive configuration files for Ruby written in Ruby. Loquacious provides a very open configuration system written in ruby and descriptions for each configuration attribute. The attributes and descriptions can be iterated over allowing for helpful information about those attributes to be displayed to the user. In the simple case we have a file something like Loquacious.configuration_for('app') { name 'value', :desc => "Defines the name" foo 'bar', :desc => "FooBar" id 42, :desc => "Ara T. Howard" } Which can be loaded via the standard Ruby loading mechanisms Kernel.load 'config/app.rb' The attributes and their descriptions can be printed by using a Help object help = Loquacious.help_for('app') help.show :values => true # show the values for the attributes, too Descriptions are optional, and configurations can be nested arbitrarily deep. Loquacious.configuration_for('nested') { desc "The outermost level" a { desc "One more level in" b { desc "Finally, a real value" c 'value' } } } config = Loquacious.configuration_for('nested') p config.a.b.c #=> "value" And as you can see, descriptions can either be given inline after the value or they can appear above the attribute and value on their own line.
Descriptive configuration files for Ruby written in Ruby. Loquacious provides a very open configuration system written in ruby and descriptions for each configuration attribute. The attributes and descriptions can be iterated over allowing for helpful information about those attributes to be displayed to the user. In the simple case we have a file something like: Loquacious.configuration_for('app') { name 'value', :desc => "Defines the name" foo 'bar', :desc => "FooBar" id 42, :desc => "Ara T. Howard" } Which can be loaded via the standard Ruby loading mechanisms load 'config/app.rb' The attributes and their descriptions can be printed by using a Help object help = Loquacious.help_for('app') help.show :values => true # show the values for the attributes, too Descriptions are optional, and configurations can be nested arbitrarily deep. Loquacious.configuration_for('nested') { desc "The outermost level" a { desc "One more level in" b { desc "Finally, a real value" c 'value' } } } config = Loquacious.configuration_for 'nested' p config.a.b.c #=> "value" And as you can see, descriptions can either be given inline after the value or they can appear above the attribute and value on their own line.
== FEATURES/PROBLEMS: * Presently a superator operand must support having a singleton class. Because true, false, nil, Symbols, and Fixnums are all specially optimized for in MRI and cannot have singleton classes, they can't be given to a superator. There are ways this can be potentially accounted for, but nothing is in place at the moment, causing this to be classified as a bug. * When defining a superator in a class, any operators overloaded after the superator definition will override a superator definition. For example, if you create the superator "<---" and then define the <() operator, the superator will not work. In this case, the superator's definition should be somewhere after the <() definition. * Superators work by handling a binary Ruby operator specially and then building a chain of unary operators after it. For this reason, a superator must match the regexp /^(\*\*|\*|\/|%|\+|\-|<<|>>|&|\||\^|<=>|>=|<=|<|>|===|==|=~)(\-|~|\+)+$/. == SYNOPSIS:
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