Manage and merge nested configuration objects, keeping track of your defaults
Parse ini file with nested config overriding made easierParse ini file with nested config overriding made easier
Automatically map process.env to strongly-typed, nested config objects with camelCase fields
Automatically map process.env to strongly-typed, nested config objects with camelCase fields
hardwired configuration loader
PostCSS plugin to unwrap nested rules like how Sass does it
Resolve a nested selector in a PostCSS AST
JSS plugin that enables support for nested selectors
Nested list Tool for EditorJS
Use nested calc() expressions in CSS
An ini encoder/decoder for node
Resolve nested CSS selectors
Nested clients for AWS SDK packages.
This package provides the Table feature for Lexical.
An Error subclass that will chain nested Errors and dump nested stacktraces
Easily load and save config without having to think about where and how
Easily add ANSI colors to your text and symbols in the terminal. A faster drop-in replacement for chalk, kleur and turbocolor (without the dependencies and rendering bugs).
Standard shareable config for Stylelint
lezer-based HTML grammar
A optional-nestedloop rdf-join actor
🐊Putout plugin adds ability to find and remove blocks with empty body
Simple config handling for your app or module
use querySelector syntax to search for nodes inside of (nested) shadow roots
Simple, static, nested config
Build config formats from nested yaml
FlexConf is a simple configuration utility that does its job and gets out of your way. It reads settings from a hash or YAML file ('config.yml' by default) but allows overrides from a '*_local.yml' file and from environment variables. Settings can be read as indifferent hash values (config['foo'] or config[:foo]) or method calls (config.foo) with recursive nesting (config.foo.bar). The code is lightweight and fast with no additional dependencies.
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.
SafeParams is a Rails gem for strong parameter handling. Define permitted attributes in your model or a YAML/JSON config. Supports nested attributes and includes a CLI for generating safe_params lines.
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.
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.
I18nEmails makes it easy to create and maintain I18n emails in Rails apps. Using I18n in large Rails apps often results in large and incomprehensible translation files. The idea of splitting up concerns should also apply to translations files and emails in particular and that is why this gem was created. I18nEmails allows you to create separate translation files for each email (.email) and store them in a nested folder structure mirroring a translation file, for example: config/locales/en/notifier/forgotten_password.email. The email body content in a .email file is also more readable for both developer and non-technical people then a YAML file.
i18nize helps Ruby and Rails projects stay multilingual by automatically filling in missing translations in I18n YAML locale files. It scans for missing or empty keys across nested locale structures, and uses the DeepL API (Free or Pro) to translate them from a chosen source locale (default: en). Features: - Detects and lists missing translation keys - Automatically translates and inserts values into the correct YAML files - Supports nested directories and multiple locale files (e.g. config/locales/api/en.yml) - Preserves I18n placeholders such as %{count} - Handles pluralization branches (one, other, etc.) - Source locale is treated as the single source of truth (conflicts are resolved by overwrite) - Simple CLI: `i18nize <locale>` or `i18nize <locale> --missing` This gem streamlines the translation workflow, making it easier to maintain consistent, up-to-date locale files across large Ruby on Rails applications.
# Fresh::Auth This gem makes it really, REALLY easy to use the Freshbooks API. It couldn't be easier. With only 3 functions you'll ever need to use, and only 2 required configuration values, it can't get any easier. ## Installation Add this line to your application's Gemfile: gem 'fresh-auth' And then execute: $ bundle Or install it yourself as: $ gem install fresh-auth ## Usage ### Configuration: You must define your Freshbooks subdomain and your OAuth Secret in your application code before using Fresh::Auth. For Ruby on Rails apps, a new file at config/initializers/fresh-auth.rb would be appropriate. Your configuration file should look like this (you fill in the three empty strings): Fresh::Auth.configure do |config| # The part of your login url between 'http://' and '.freshbooks.com' config.url.subdomain = "" # Under 'My Account' (on the top right when you're logged into Freshbooks) # -> 'Freshbooks API' -> 'OAuth Developer Access' -> 'OAuth Secret' # You'll need to request this from Freshbooks initially. config.oauth_secret = "" # Optional. Any string of your choice. Be creative or check out http://www.thebitmill.com/tools/password.html config.nonce_salt = "" end Fear not: If you try to use Fresh::Auth without configuring it first, an exception will be thrown that clearly describes the problem. ### Public API: There are two modules in this API: Fresh::Auth::Authentication and Fresh::Auth::Api #### Fresh::Auth::Authentication This module authenticates you with Freshbooks, storing the authentication in an array called `session`. This integrates seamlessly with Ruby on Rails' controller environment. If you're using some framework other than Ruby on Rails, make sure to define session in your class before including the Authentication module. This isn't recommended because your class will also need to define other objects called `params` and `request` and implement a `redirect_to` method. It gets complicated. Better leave it to Rails to handle this for you. The only public function of this module is AuthenticateWithFreshbooks. To use it, just add the following line of code to your controller: ` include Fresh::Auth::Authentication ` Then, the following line of code authenticates with Freshbooks from any method in your controller: ` AuthenticateWithFreshbooks() ` Note that, after authenticating with Freshbooks, the user will be redirected back to the same path using HTTP GET, so make sure the resource supports HTTP GET and that in the business logic executed on GET, AuthenticateWihFreshbooks() is called. #### Fresh::Auth::Api Once you've authenticated, you want to send XML requests to Freshbooks. The first step is preparing the XML with Fresh::Auth::Api.GenerateXml, which you'll supply with a block that defines all the nested XML that you want in your request. GenerateXml also takes two arguments before the block: the class and method that you want to call. First, in your controller: `include Fresh::Auth::Api` Then, in some method in that controller: my_xml = GenerateXml :invoice, :update do |xml| xml.client_id 20 xml.status 'sent' xml.notes 'Pick up the car by 5' xml.terms 'Cash only' xml.lines { xml.line { xml.name 'catalytic converter' xml.quantity 1 xml.unit_cost 450 xml.type 'Item' } xml.line { xml.name 'labor' xml.quantity 1 xml.unit_cost 60 xml.type 'Time' } } end Ok, you created the XML. Now you want to send it. Sounds pretty complicated, right? Not at all! Ready? Let's go! `_response = PostToFreshbooksApi my_xml` Now, are you wondering what's in `_response`? I'll tell you shortly, but before we discuss that, we have to know about the exception that PostToFreshbooksApi might raise. It raises a detailed error message if the response status is not 'ok'. Makes sense, right? Now, you still want to know what's in `_response`? Oh, nothing fancy. Just a Nokogiri XML object, representing the root element of the xml response. Could this get any easier? ## Contributing 1. Fork it 2. Create your feature branch (`git checkout -b my-new-feature`) 3. Commit your changes (`git commit -am 'Added some feature'`) 4. Push to the branch (`git push origin my-new-feature`) 5. Create new Pull Request
Contentful API wrapper library exposing an ActiveRecord-like interface
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