Results for test-script-1

A protocol‐handler for launching & controlling Chrome via CDP

A library and CLI tool for converting MPEG-TS files to MP4 format

A simple Rspec formatter which prints test results in the format `R:group.sub_group.example_name` where R is -1 for PENDING, 0 for FAILED and 1 for PASS result. Useful if you have to pipe Rspec output to a Bash script!

# HebCal Determines the date of Passover for a Gregorian year. Also includes boolean functions to check whether a date is a Jewish holiday, Fast Day or Rosh Chodesh. Supported languages: Javascript Ruby ## Installation as a Ruby gem Add this line to your application's Gemfile: gem 'hebcal' And then execute: $ bundle Or install it yourself as: $ gem install hebcal ## General notes 1. 3- and 4-digit years are supported, so the domain of valid years is 100-9999. For years before the Gregorian transition (1582), the transition is ignored and the proleptic Gregorian calendar is used. ## Ruby Version ### To Run Unit Tests $ rake test ### To Use #### Calculating the date of Passover 1. At the top of the file where the class is defined, declare `require `hebcal`` 1. In the class, declare `include HebCal::Passover` 1. `WhenIsPesach(yyyy)` returns a Ruby Time object representing midnight on the first day of passover, where `yyyy` is the Gregorian year Note that the date returned is the first day of Pesach, not the day on which Pesach begins at sunset. #### Finding out if a date is a holiday 1. At the top of the file where the class is defined, declare `require `hebcal`` 1. In the desired class, declare `include HebCal::Holidays` 1. `IsPesach(d)` returns true iff d is a Ruby Time object representing a date during Pesach. Note that the day on which Pesach begins at sunset returns false. 1. The following functions work in a similar way to `IsPesach()`: 1. `IsShavuot()`, `IsRoshHashanah()`, `IsYomKippur()`, `IsSukkot()` 1. `IsRegel()`: `IsPesach() || IsShavuot || IsSukkot()` 1. `IsMoed()`: Hol HaMoed Pesach or Hol HaMoed Sukkot 1. `IsYomTov()`: `IsPesach() || IsShavuot() || IsRoshHashanah() || IsSukkot()) && !IsMoed()` Note that IsYomTov(yk) == false, where yk is the date of Yom Kippur. 1. `IsPurim()`, `IsHanuka()` 1. `Is10Tevet()`, `IsTaanitEster()`, `Is17Tamuz()`, `Is9Av()`, `IsFastOfGedalia()` 1. `IsTaanit()`: `Is10Tevet() || IsTaanitEster() || Is17Tamuz() || Is9Av() || IsFastOfGedalia()` 1. `IsRoshChodesh()` ## Javascript Version ### To Run Unit Tests 1. Open index.html in a browser. You should see a lot of green text saying that tests passed. If not, javascript may not be enabled in your browser. Scroll down to the bottom and verify that the summary says all tests passed. ### To Use 1. Include the javascript source file in your HTML page 1. If using Ruby On Rails, you can declare `//= require hebcal` at the top of a javascript or coffeescript file 1. To include the script explicitly in an html file, `<script src="app/assets/javascripts/hebcal/passover.js" type="text/javascript"></script>` 1. All date formats are YYYY-mm-dd, where month is index from 1 (i.e. 1 == January, not the usual javascript index of 0 == January!) and YYYY is the Gregorian year. 1. $.whenIsPesach(yyyy) returns a date in the above format, where yyyy is the Gregorian year. Note that the date returned is the first day of Pesach, not the day on which Pesach begins at sunset. 1. $.isPesach(d) returns true iff d is a date during Pesach, in the above format. Note that the day on which Pesach begins at sunset returns false. 1. The following functions work in a similar way to $.isPesach(): 1. $.isShavuot(), $.isRoshHashanah(), $.isYomKippur(), $.isSukkot(); 1. $.isRegel(): $.isPesach() || $.isShavuot() || $.isSukkot(); 1. $.isMoed(): Hol HaMoed Pesach or Hol HaMoed Sukkot; 1. $.isYomTov(): ($.isPesach() || $.isSukkot() || $.isShavuot() || $.isRoshHashanah()) && !$.isMoed(); Note that isYomTov(yk) == false, where yk is the date of Yom Kippur. 1. `$.isPurim()`, `$.isHanuka()` 1. `$.isRoshChodesh()` 1. `$.is10Tevet()`, `$.isTaanitEster()`, `$.is17Tamuz()`, `$.is9Av()`, `$.isFastOfGedalia()` 1. `$.isTaanit()`: `$.is10Tevet() || $.isTaanitEster() || $.is17Tamuz() || $.is9Av() || $.isFastOfGedalia()`

# DECC 2050 CALCULATOR TOOL A C version and ruby wrapper for the www.decc.gov.uk 2050 energy and climate change excel calculator Further detail on the project: http://www.decc.gov.uk/2050 Canonical source: http://github.com/decc/decc_2050_model ## DEPENDENCIES 1. ruby 1.9.2 (including development headers) 2. basic c development headers This has ONLY been tested on OSX and on Ubuntu 64 bit EC2 ami. Grateful for reports from other platforms. In the util folder are two example scripts than can be helpful: 1. start-high-memory-instance.sh - is the script we use to setup an aws server to compile the model. You can't use it directly, because you won't have the right keys and certificates, but it can give clues. 2. setup-2050-model-builder-script.sh - is the script we use to get all the dependencies on that aws server correct, download this code, and then compile the model. Again, it may not be quite right for you but can server as inspiration ## INSTALLATION Note that this compiles the underlying c code, which might take 10-20 minutes or so gem install decc_2050_model ## UPDATING TO NEWER VERSIONS OF EXCEL MODEL First of all, you need to be working on the github version of the code, not the rubygem: git clone http://github.com/decc/decc_2050_model Then put the new spreadsheet in spreadsheet/2050Model.xlsx Then, from the top directory of the gem: bundle bundle exec rake The next step is to check whether lib/decc_2050_model/decc_2050_model_result.rb and lib/decc_2050_model/model_structure.rb need to be altered so that they pick up the correct places in the underlying excel. The final stage is to build and install the new gem: gem build decc_2050_model.gemspec gem install decc_2050_model-<version>.gem ... where <version> is the version number of the gem file that was created in the folder. Now follow the instructions in the twenty-fifty server directory in order to ensure that it is using this new version of the gem.

Vlad the Deployer is pragmatic application deployment automation, without mercy. Much like Capistrano, but with 1/10th the complexity. Vlad integrates seamlessly with Rake, and uses familiar and standard tools like ssh and rsync. Impale your application on the heartless spike of the Deployer. == FEATURES/PROBLEMS: * Full deployment automation stack. * Turnkey deployment for mongrel+apache+svn. * Supports single server deployment with just 3 variables defined. * Built on rake. Easy. Engine is small. * Very few dependencies. All simple. * Uses ssh with your ssh settings already in place. * Uses rsync for efficient transfers. * Run remote commands on one or more servers. * Mix and match local and remote tasks. * Compatible with all of your tab completion shell script rake-tastic goodness. * Ships with tests that actually pass in 0.028 seconds! * Does NOT support Windows right now (we think). Coming soon in 1.2.

firescan-ruby ============= Ruby reference implementation for the Firebind Firescan path scan client This code has been tested to work with Ruby 1.9.3 and Firebind Reflector 1.0. Integration =========== Integrating the Firescan library is straight forward. It uses a single object 'Scan' and a simple callback mechanism using Ruby's built-in Observer feature. Create a Scan object, pass it your handler (something that implements the Observer update method) and run the Scan. A handler update method might look like this: def update(state) case state.current_state when :PORT_COMPLETE puts "Port #{state.port} #{state.description(state.port_result_code)}" when :PORT_START when :PORT_TICK when :SCAN_START when :START_FAILURE when :SCAN_COMPLETE else end end Then create and run a Scan object like this: scan = Firebind::Scan.new('scanme.firebind.com','1-10',:UDP) scan.add_observer myHandler state = scan.scan See the lib/example.rb script for a simple working example.

Vlad the Deployer is pragmatic application deployment automation, without mercy. Much like Capistrano, but with 1/10th the complexity. Vlad integrates seamlessly with Rake, and uses familiar and standard tools like ssh and rsync. Impale your application on the heartless spike of the Deployer. == FEATURES/PROBLEMS: * Full deployment automation stack. * Turnkey deployment for mongrel+apache+svn. * Supports single server deployment with just 3 variables defined. * Built on rake. Easy. Engine is small. * Very few dependencies. All simple. * Uses ssh with your ssh settings already in place. * Uses rsync for efficient transfers. * Run remote commands on one or more servers. * Mix and match local and remote tasks. * Compatible with all of your tab completion shell script rake-tastic goodness. * Ships with tests that actually pass in 0.028 seconds! * Does NOT support Windows right now (we think). Coming soon in 1.2.

# Studio Game Studio Game is a Ruby-based project that demonstrates object-oriented programming concepts. It includes classes and modules to manage players, games, and scoring. ## Project Structure - `lib/`: Contains the core Ruby files for the game logic. - `game.rb`: Defines the main game class. - `player.rb`: Manages player attributes and behaviors. - `treasure_trove.rb`: Handles treasures and their values. - `bin/`: Contains executable scripts to run the game. - `studio_game`: The main entry point to start the game. - `spec/`: Contains unit tests for the game. - `game_spec.rb`: Tests for the game class. - `player_spec.rb`: Tests for the player class. - `README.md`: Project documentation. - `LICENSE`: MIT License file. ## How to Run 1. Clone the repository. 2. Navigate to the `studio_game` directory. 3. Run the game using: ```bash ruby bin/studio_game ``` ## Testing To ensure the game logic works as expected, run the unit tests included in the `spec/` directory. Use the following command: ```bash rspec spec/ ``` This will execute all the test files and display the results in the terminal.

Vlad the Deployer is pragmatic application deployment automation, without mercy. Much like Capistrano, but with 1/10th the complexity. Vlad integrates seamlessly with Rake, and uses familiar and standard tools like ssh and rsync. Impale your application on the heartless spike of the Deployer. == FEATURES/PROBLEMS: * Full deployment automation stack. * Turnkey deployment for mongrel+apache+svn. * Supports single server deployment with just 3 variables defined. * Built on rake. Easy. Engine is small. * Very few dependencies. All simple. * Uses ssh with your ssh settings already in place. * Uses rsync for efficient transfers. * Run remote commands on one or more servers. * Mix and match local and remote tasks. * Compatible with all of your tab completion shell script rake-tastic goodness. * Ships with tests that actually pass in 0.028 seconds! * Does NOT support Windows right now (we think). Coming soon in 1.2.

Vlad the Deployer is pragmatic application deployment automation, without mercy. Much like Capistrano, but with 1/10th the complexity. Vlad integrates seamlessly with Rake, and uses familiar and standard tools like ssh and rsync. Impale your application on the heartless spike of the Deployer. == FEATURES/PROBLEMS: * Full deployment automation stack. * Turnkey deployment for mongrel+apache+svn. * Supports single server deployment with just 3 variables defined. * Built on rake. Easy. Engine is small. * Very few dependencies. All simple. * Uses ssh with your ssh settings already in place. * Uses rsync for efficient transfers. * Run remote commands on one or more servers. * Mix and match local and remote tasks. * Compatible with all of your tab completion shell script rake-tastic goodness. * Ships with tests that actually pass in 0.028 seconds! * Does NOT support Windows right now (we think). Coming soon in 1.2.

Vlad the Deployer is pragmatic application deployment automation, without mercy. Much like Capistrano, but with 1/10th the complexity. Vlad integrates seamlessly with Rake, and uses familiar and standard tools like ssh and rsync. Impale your application on the heartless spike of the Deployer. == FEATURES/PROBLEMS: * Full deployment automation stack. * Turnkey deployment for mongrel+apache+svn. * Supports single server deployment with just 3 variables defined. * Built on rake. Easy. Engine is small. * Very few dependencies. All simple. * Uses ssh with your ssh settings already in place. * Uses rsync for efficient transfers. * Run remote commands on one or more servers. * Mix and match local and remote tasks. * Compatible with all of your tab completion shell script rake-tastic goodness. * Ships with tests that actually pass in 0.028 seconds! * Does NOT support Windows right now (we think). Coming soon in 1.2.

Vlad the Deployer is pragmatic application deployment automation, without mercy. Much like Capistrano, but with 1/10th the complexity. Vlad integrates seamlessly with Rake, and uses familiar and standard tools like ssh and rsync. Impale your application on the heartless spike of the Deployer. == FEATURES/PROBLEMS: * Full deployment automation stack. * Turnkey deployment for mongrel+apache+svn. * Supports single server deployment with just 3 variables defined. * Built on rake. Easy. Engine is small. * Very few dependencies. All simple. * Uses ssh with your ssh settings already in place. * Uses rsync for efficient transfers. * Run remote commands on one or more servers. * Mix and match local and remote tasks. * Compatible with all of your tab completion shell script rake-tastic goodness. * Ships with tests that actually pass in 0.028 seconds! * Does NOT support Windows right now (we think). Coming soon in 1.2.

Vlad the Deployer is pragmatic application deployment automation, without mercy. Much like Capistrano, but with 1/10th the complexity. Vlad integrates seamlessly with Rake, and uses familiar and standard tools like ssh and rsync. Impale your application on the heartless spike of the Deployer. == FEATURES/PROBLEMS: * Full deployment automation stack. * Turnkey deployment for mongrel+apache+svn. * Supports single server deployment with just 3 variables defined. * Built on rake. Easy. Engine is small. * Very few dependencies. All simple. * Uses ssh with your ssh settings already in place. * Uses rsync for efficient transfers. * Run remote commands on one or more servers. * Mix and match local and remote tasks. * Compatible with all of your tab completion shell script rake-tastic goodness. * Ships with tests that actually pass in 0.028 seconds! * Does NOT support Windows right now (we think). Coming soon in 1.2.

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