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Updated Wiki: Documentation

ptrelford — Mon, 29 Apr 2013 08:37:33 GMT

Behaviour Driven Development (BDD) is an Agile software development approach that focuses on clear communication. It encourages collaboration between developers, QA and business people. Via collaboration key behaviours of a system are specified by example. These examples provide living documentation to drive product development.

TickSpec is a lightweight BDD library and framework for .Net, with first class support for C# and F#. Use TickSpec to automate your examples.

Articles:

Videos:

Slides:

Nuget packages:

See also:

Cellz an open source Spreadsheet with examples automated with TickSpec

Updated Wiki: Documentation

ptrelford — Sat, 06 Apr 2013 21:30:25 GMT

Videos:

Slides:

Nuget packages:

See also:

Cellz an open source Spreadsheet with examples automated with TickSpec

Updated Wiki: Documentation

ptrelford — Sat, 06 Apr 2013 19:16:13 GMT

Behaviour Driven Development (BDD) is an Agile software development approach that focuses on clear communication. It encourages collaboration between developers, QA and business people. Via collaboration key behaviours of a system are specified by example. These examples provide concise documentation to drive product development.

TickSpec is a lightweight BDD library and framework for .Net, with first class support for C# and F#. Use TickSpec to automate your examples.

Articles:

Videos:

Nuget packages:

See also:

Cellz an open source Spreadsheet with examples automated with TickSpec

Updated Wiki: Documentation

ptrelford — Sat, 06 Apr 2013 19:04:25 GMT

Behaviour Driven Development (BDD) is an Agile software development approach that focuses on clear communication. It encourages collaboration between developers, QA and business people. Via collaboration key behaviours of a system are specified by example. These examples provide concise documentation to drive product development.

TickSpec is a lightweight BDD library and framework for .Net, with first class support for C# and F#. Use TickSpec to automate your examples.

Articles:

Videos:

See also:

Cellz an open source Spreadsheet with examples automated with TickSpec

Updated Wiki: Home

ptrelford — Sun, 25 Nov 2012 16:11:02 GMT

Project Description
A lightweight Behaviour Driven Development (BDD) framework. Describe behaviour in plain text using the Gherkin business language, i.e. given, when, then. Easily execute the behaviour against matching F# tick methods (let ``tick method`` () = true) or attributed C# or F# methods.

Installation
Simply reference TickSpec via Nuget, download the assembly or build the project from source.
TickSpec works in Visual Studio 2008, 2010 & 2012 and supports both .Net and Silverlight projects.

Launch in another window

Example taken from Behavior Driven Development Article on Wikipedia

Feature specification (Plain text)

Feature: Refunded or replaced items should be returned to stock

Scenario 1: Refunded items should be returned to stock
	Given a customer buys a black jumper
	And I have 3 black jumpers left in stock 
	When he returns the jumper for a refund 
	Then I should have 4 black jumpers in stock

Step definitions (F#)

let mutable stockItem = { Count = 0 }

let [<Given>] ``a customer buys a black jumper`` () = ()
      
let [<Given>] ``I have (.*) black jumpers left in stock`` (n:int) =  
    stockItem <- { stockItem with Count = n }
      
let [<When>] ``he returns the jumper for a refund`` () =  
    stockItem <- { stockItem with Count = stockItem.Count + 1 }
      
let [<Then>] ``I should have (.*) black jumpers in stock`` (n:int) =     
    let passed = (stockItem.Count = n)
    Debug.Assert(passed)

Step definitions (C#)

public class StockStepDefinitions
{
   private StockItem _stockItem;

   [Given(@"a customer buys a black jumper")]
   public void GivenACustomerBuysABlackJumper()
   {
   }

   [Given(@"I have (.*) black jumpers left in stock")]
   public void GivenIHaveNBlackJumpersLeftInStock(int n)
   {
      _stockItem = new StockItem() { Count = n };  
   }

   [When(@"he returns the jumper for a refund")]
   public void WhenHeReturnsTheJumperForARefund()
   {
      _stockItem.Count += 1;
   }

   [Then(@"I should have (.*) black jumpers in stock")]
   public void ThenIShouldHaveNBlackJumpersInStock(int n)
   {
      Debug.Assert(_stockItem.Count == n);
   }
}

Updated Wiki: Home

ptrelford — Sun, 25 Nov 2012 16:05:52 GMT

Project Description
A lightweight Behaviour Driven Development (BDD) framework. Describe behaviour in plain text using the Gherkin business language, i.e. given, when, then. Easily execute the behaviour against matching F# tick methods (let ``tick method`` () = true) or attributed C# or F# methods.

Installation
Reference TickSpec via Nuget, download the assembly or build the project from source.
TickSpec works in Visual Studio 2008, 2010 & 2012 and supports both .Net and Silverlight projects.

Launch in another window

Example taken from Behavior Driven Development Article on Wikipedia

Feature specification (Plain text)

Feature: Refunded or replaced items should be returned to stock

Scenario 1: Refunded items should be returned to stock
	Given a customer buys a black jumper
	And I have 3 black jumpers left in stock 
	When he returns the jumper for a refund 
	Then I should have 4 black jumpers in stock

Step definitions (F#)

let mutable stockItem = { Count = 0 }

let [<Given>] ``a customer buys a black jumper`` () = ()
      
let [<Given>] ``I have (.*) black jumpers left in stock`` (n:int) =  
    stockItem <- { stockItem with Count = n }
      
let [<When>] ``he returns the jumper for a refund`` () =  
    stockItem <- { stockItem with Count = stockItem.Count + 1 }
      
let [<Then>] ``I should have (.*) black jumpers in stock`` (n:int) =     
    let passed = (stockItem.Count = n)
    Debug.Assert(passed)

Step definitions (C#)

public class StockStepDefinitions
{
   private StockItem _stockItem;

   [Given(@"a customer buys a black jumper")]
   public void GivenACustomerBuysABlackJumper()
   {
   }

   [Given(@"I have (.*) black jumpers left in stock")]
   public void GivenIHaveNBlackJumpersLeftInStock(int n)
   {
      _stockItem = new StockItem() { Count = n };  
   }

   [When(@"he returns the jumper for a refund")]
   public void WhenHeReturnsTheJumperForARefund()
   {
      _stockItem.Count += 1;
   }

   [Then(@"I should have (.*) black jumpers in stock")]
   public void ThenIShouldHaveNBlackJumpersInStock(int n)
   {
      Debug.Assert(_stockItem.Count == n);
   }
}

Updated Wiki: Home

ptrelford — Fri, 27 Jul 2012 06:46:56 GMT

Project Description
A lightweight Behaviour Driven Development (BDD) framework. Describe behaviour in plain text using the Gherkin business language, i.e. given, when, then. Easily execute the behaviour against matching F# tick methods (let ``tick method`` () = true) or attributed C# or F# methods.

TickSpec works in Visual Studio 2008, 2010 & 2012 and supports both .Net and Silverlight projects.

Launch in another window

Example taken from Behavior Driven Development Article on Wikipedia

Feature specification (Plain text)

Feature: Refunded or replaced items should be returned to stock

Scenario 1: Refunded items should be returned to stock
	Given a customer buys a black jumper
	And I have 3 black jumpers left in stock 
	When he returns the jumper for a refund 
	Then I should have 4 black jumpers in stock

Step definitions (F#)

let mutable stockItem = { Count = 0 }

let [<Given>] ``a customer buys a black jumper`` () = ()
      
let [<Given>] ``I have (.*) black jumpers left in stock`` (n:int) =  
    stockItem <- { stockItem with Count = n }
      
let [<When>] ``he returns the jumper for a refund`` () =  
    stockItem <- { stockItem with Count = stockItem.Count + 1 }
      
let [<Then>] ``I should have (.*) black jumpers in stock`` (n:int) =     
    let passed = (stockItem.Count = n)
    Debug.Assert(passed)

Step definitions (C#)

public class StockStepDefinitions
{
   private StockItem _stockItem;

   [Given(@"a customer buys a black jumper")]
   public void GivenACustomerBuysABlackJumper()
   {
   }

   [Given(@"I have (.*) black jumpers left in stock")]
   public void GivenIHaveNBlackJumpersLeftInStock(int n)
   {
      _stockItem = new StockItem() { Count = n };  
   }

   [When(@"he returns the jumper for a refund")]
   public void WhenHeReturnsTheJumperForARefund()
   {
      _stockItem.Count += 1;
   }

   [Then(@"I should have (.*) black jumpers in stock")]
   public void ThenIShouldHaveNBlackJumpersInStock(int n)
   {
      Debug.Assert(_stockItem.Count == n);
   }
}

Updated Wiki: Documentation

ptrelford — Thu, 22 Sep 2011 11:07:23 GMT

Behaviour Driven Development (BDD) is an Agile software development approach that focuses on clear communication. It encourages collaboration between developers, QA and business people. Via collaboration key behaviours of a system are specified by example. These examples provide concise documentation to drive product development.

TickSpec is a lightweight BDD library and framework for .Net, with first class support for C# and F#. Use TickSpec to automate your examples.

Articles:

Videos:

Updated Wiki: Documentation

ptrelford — Wed, 07 Sep 2011 13:29:52 GMT

Articles:

Videos:

Updated Wiki: Documentation

ptrelford — Sat, 20 Aug 2011 22:33:25 GMT

Articles:

Videos:

Updated Wiki: Home

ptrelford — Sun, 05 Sep 2010 21:54:58 GMT

Launch in another window

Example taken from Behavior Driven Development Article on Wikipedia

Feature specification (Plain text)

Feature: Refunded or replaced items should be returned to stock

Scenario 1: Refunded items should be returned to stock
	Given a customer buys a black jumper
	And I have 3 black jumpers left in stock 
	When he returns the jumper for a refund 
	Then I should have 4 black jumpers in stock

Step definitions (F#)

let mutable stockItem = { Count = 0 }

let [<Given>] ``a customer buys a black jumper`` () = ()
      
let [<Given>] ``I have (.*) black jumpers left in stock`` (n:int) =  
    stockItem <- { stockItem with Count = n }
      
let [<When>] ``he returns the jumper for a refund`` () =  
    stockItem <- { stockItem with Count = stockItem.Count + 1 }
      
let [<Then>] ``I should have (.*) black jumpers in stock`` (n:int) =     
    let passed = (stockItem.Count = n)
    Debug.Assert(passed)

Step definitions (C#)

public class StockStepDefinitions
{
   private StockItem _stockItem;

   [Given(@"a customer buys a black jumper")]
   public void GivenACustomerBuysABlackJumper()
   {
   }

   [Given(@"I have (.*) black jumpers left in stock")]
   public void GivenIHaveNBlackJumpersLeftInStock(int n)
   {
      _stockItem = new StockItem() { Count = n };  
   }

   [When(@"he returns the jumper for a refund")]
   public void WhenHeReturnsTheJumperForARefund()
   {
      _stockItem.Count += 1;
   }

   [Then(@"I should have (.*) black jumpers in stock")]
   public void ThenIShouldHaveNBlackJumpersInStock(int n)
   {
      Debug.Assert(_stockItem.Count == n);
   }
}

Updated Wiki: Home

ptrelford — Sun, 05 Sep 2010 20:36:14 GMT

Project Description
A lightweight Behaviour Driven Development (BDD) framework. Describe behaviour in plain text using the Gherkin business language, i.e. given, when, then. Easily execute the behaviour against matching F# tick methods (let ``tick method`` () = true) or attributed C# or F# methods.

Example taken from Behavior Driven Development Article on Wikipedia

Feature specification (Plain text)

Feature: Refunded or replaced items should be returned to stock

Scenario 1: Refunded items should be returned to stock
	Given a customer buys a black jumper
	And I have 3 black jumpers left in stock 
	When he returns the jumper for a refund 
	Then I should have 4 black jumpers in stock

Step definitions (F#)

let mutable stockItem = { Count = 0 }

let [<Given>] ``a customer buys a black jumper`` () = ()
      
let [<Given>] ``I have (.*) black jumpers left in stock`` (n:int) =  
    stockItem <- { stockItem with Count = n }
      
let [<When>] ``he returns the jumper for a refund`` () =  
    stockItem <- { stockItem with Count = stockItem.Count + 1 }
      
let [<Then>] ``I should have (.*) black jumpers in stock`` (n:int) =     
    let passed = (stockItem.Count = n)
    Debug.Assert(passed)

Step definitions (C#)

public class StockStepDefinitions
{
   private StockItem _stockItem;

   [Given(@"a customer buys a black jumper")]
   public void GivenACustomerBuysABlackJumper()
   {
   }

   [Given(@"I have (.*) black jumpers left in stock")]
   public void GivenIHaveNBlackJumpersLeftInStock(int n)
   {
      _stockItem = new StockItem() { Count = n };  
   }

   [When(@"he returns the jumper for a refund")]
   public void WhenHeReturnsTheJumperForARefund()
   {
      _stockItem.Count += 1;
   }

   [Then(@"I should have (.*) black jumpers in stock")]
   public void ThenIShouldHaveNBlackJumpersInStock(int n)
   {
      Debug.Assert(_stockItem.Count == n);
   }
}

Updated Wiki: Home

ptrelford — Sun, 05 Sep 2010 07:40:20 GMT

Project Description
A lightweight Behaviour Driven Development (BDD) framework. Describe behaviour in plain text using the Gherkin business language, i.e. given, when, then. Easily execute the behaviour against matching F# tick methods (let ``tick method`` () = true) or attributed C# or F# methods.

Example taken from Behavior Driven Development Article on Wikipedia

Feature specification

Feature: Refunded or replaced items should be returned to stock

Scenario 1: Refunded items should be returned to stock
	Given a customer buys a black jumper
	And I have 3 black jumpers left in stock 
	When he returns the jumper for a refund 
	Then I should have 4 black jumpers in stock

Step definitions (F#)

let mutable stockItem = { Count = 0 }

let [<Given>] ``a customer buys a black jumper`` () = ()
      
let [<Given>] ``I have (.*) black jumpers left in stock`` (n:int) =  
    stockItem <- { stockItem with Count = n }
      
let [<When>] ``he returns the jumper for a refund`` () =  
    stockItem <- { stockItem with Count = stockItem.Count + 1 }
      
let [<Then>] ``I should have (.*) black jumpers in stock`` (n:int) =     
    let passed = (stockItem.Count = n)
    Debug.Assert(passed)

Step definitions (C#)

public class StockStepDefinitions
{
   private StockItem _stockItem;

   [Given(@"a customer buys a black jumper")]
   public void GivenACustomerBuysABlackJumper()
   {
   }

   [Given(@"I have (.*) black jumpers left in stock")]
   public void GivenIHaveNBlackJumpersLeftInStock(int n)
   {
      _stockItem = new StockItem() { Count = n };  
   }

   [When(@"he returns the jumper for a refund")]
   public void WhenHeReturnsTheJumperForARefund()
   {
      _stockItem.Count += 1;
   }

   [Then(@"I should have (.*) black jumpers in stock")]
   public void ThenIShouldHaveNBlackJumpersInStock(int n)
   {
      Debug.Assert(_stockItem.Count == n);
   }
}

Updated Wiki: Home

ptrelford — Sun, 05 Sep 2010 07:40:18 GMT

Project Description
A lightweight Behaviour Driven Development (BDD) framework. Describe behaviour in plain text using the Gherkin business language, i.e. given, when, then. Easily execute the behaviour against matching F# tick methods (let ``tick method`` () = true) or attributed C# or F# methods.

Example taken from Behavior Driven Development Article on Wikipedia

Feature specification

Feature: Refunded or replaced items should be returned to stock

Scenario 1: Refunded items should be returned to stock
	Given a customer buys a black jumper
	And I have 3 black jumpers left in stock 
	When he returns the jumper for a refund 
	Then I should have 4 black jumpers in stock

Step definitions (F#)

let mutable stockItem = { Count = 0 }

let [<Given>] ``a customer buys a black jumper`` () = ()
      
let [<Given>] ``I have (.*) black jumpers left in stock`` (n:int) =  
    stockItem <- { stockItem with Count = n }
      
let [<When>] ``he returns the jumper for a refund`` () =  
    stockItem <- { stockItem with Count = stockItem.Count + 1 }
      
let [<Then>] ``I should have (.*) black jumpers in stock`` (n:int) =     
    let passed = (stockItem.Count = n)
    Debug.Assert(passed)

Step definitions (C#)

public class StockStepDefinitions
{
   private StockItem _stockItem;

   [Given(@"a customer buys a black jumper")]
   public void GivenACustomerBuysABlackJumper()
   {
   }

   [Given(@"I have (.*) black jumpers left in stock")]
   public void GivenIHaveNBlackJumpersLeftInStock(int n)
   {
      _stockItem = new StockItem() { Count = n };  
   }

   [When(@"he returns the jumper for a refund")]
   public void WhenHeReturnsTheJumperForARefund()
   {
      _stockItem.Count += 1;
   }

   [Then(@"I should have (.*) black jumpers in stock")]
   public void ThenIShouldHaveNBlackJumpersInStock(int n)
   {
      Debug.Assert(_stockItem.Count == n);
   }
}

Updated Wiki: Home

ptrelford — Sun, 05 Sep 2010 07:40:17 GMT

Project Description
A lightweight Behaviour Driven Development (BDD) framework. Describe behaviour in plain text using the Gherkin business language, i.e. given, when, then. Easily execute the behaviour against matching F# tick methods (let ``tick method`` () = true) or attributed C# or F# methods.

Example taken from Behavior Driven Development Article on Wikipedia

Feature specification

Feature: Refunded or replaced items should be returned to stock

Scenario 1: Refunded items should be returned to stock
	Given a customer buys a black jumper
	And I have 3 black jumpers left in stock 
	When he returns the jumper for a refund 
	Then I should have 4 black jumpers in stock

Step definitions (F#)

let mutable stockItem = { Count = 0 }

let [<Given>] ``a customer buys a black jumper`` () = ()
      
let [<Given>] ``I have (.*) black jumpers left in stock`` (n:int) =  
    stockItem <- { stockItem with Count = n }
      
let [<When>] ``he returns the jumper for a refund`` () =  
    stockItem <- { stockItem with Count = stockItem.Count + 1 }
      
let [<Then>] ``I should have (.*) black jumpers in stock`` (n:int) =     
    let passed = (stockItem.Count = n)
    Debug.Assert(passed)

Step definitions (C#)

public class StockStepDefinitions
{
   private StockItem _stockItem;

   [Given(@"a customer buys a black jumper")]
   public void GivenACustomerBuysABlackJumper()
   {
   }

   [Given(@"I have (.*) black jumpers left in stock")]
   public void GivenIHaveNBlackJumpersLeftInStock(int n)
   {
      _stockItem = new StockItem() { Count = n };  
   }

   [When(@"he returns the jumper for a refund")]
   public void WhenHeReturnsTheJumperForARefund()
   {
      _stockItem.Count += 1;
   }

   [Then(@"I should have (.*) black jumpers in stock")]
   public void ThenIShouldHaveNBlackJumpersInStock(int n)
   {
      Debug.Assert(_stockItem.Count == n);
   }
}

Updated Wiki: Home

ptrelford — Sun, 05 Sep 2010 07:40:12 GMT

Project Description
A lightweight Behaviour Driven Development (BDD) framework. Describe behaviour in plain text using the Gherkin business language, i.e. given, when, then. Easily execute the behaviour against matching F# tick methods (let ``tick method`` () = true) or attributed C# or F# methods.

Example taken from Behavior Driven Development Article on Wikipedia

Feature specification

Feature: Refunded or replaced items should be returned to stock

Scenario 1: Refunded items should be returned to stock
	Given a customer buys a black jumper
	And I have 3 black jumpers left in stock 
	When he returns the jumper for a refund 
	Then I should have 4 black jumpers in stock

Step definitions (F#)

let mutable stockItem = { Count = 0 }

let [<Given>] ``a customer buys a black jumper`` () = ()
      
let [<Given>] ``I have (.*) black jumpers left in stock`` (n:int) =  
    stockItem <- { stockItem with Count = n }
      
let [<When>] ``he returns the jumper for a refund`` () =  
    stockItem <- { stockItem with Count = stockItem.Count + 1 }
      
let [<Then>] ``I should have (.*) black jumpers in stock`` (n:int) =     
    let passed = (stockItem.Count = n)
    Debug.Assert(passed)

Step definitions (C#)

public class StockStepDefinitions
{
   private StockItem _stockItem;

   [Given(@"a customer buys a black jumper")]
   public void GivenACustomerBuysABlackJumper()
   {
   }

   [Given(@"I have (.*) black jumpers left in stock")]
   public void GivenIHaveNBlackJumpersLeftInStock(int n)
   {
      _stockItem = new StockItem() { Count = n };  
   }

   [When(@"he returns the jumper for a refund")]
   public void WhenHeReturnsTheJumperForARefund()
   {
      _stockItem.Count += 1;
   }

   [Then(@"I should have (.*) black jumpers in stock")]
   public void ThenIShouldHaveNBlackJumpersInStock(int n)
   {
      Debug.Assert(_stockItem.Count == n);
   }
}

Updated Wiki: Home

ptrelford — Sat, 04 Sep 2010 15:12:21 GMT

Project Description
A lightweight Behaviour Driven Development (BDD) framework. Describe behaviour in plain text using the Gherkin business language, i.e. given, when, then. Easily execute the behaviour against matching F# tick methods (let ``tick method`` () = true) or attributed C# or F# methods.

Example taken from Behavior Driven Development Article on Wikipedia

Feature specification

Feature: Refunded or replaced items should be returned to stock

Scenario 1: Refunded items should be returned to stock
	Given a customer buys a black jumper
	And I have 3 black jumpers left in stock 
	When he returns the jumper for a refund 
	Then I should have 4 black jumpers in stock

Step definitions (F#)

let mutable stockItem = { Count = 0 }

let [<Given>] ``a customer buys a black jumper`` () = ()
      
let [<Given>] ``I have (.*) black jumpers left in stock`` (n:int) =  
    stockItem <- { stockItem with Count = n }
      
let [<When>] ``he returns the jumper for a refund`` () =  
    stockItem <- { stockItem with Count = stockItem.Count + 1 }
      
let [<Then>] ``I should have (.*) black jumpers in stock`` (n:int) =     
    let passed = (stockItem.Count = n)
    Debug.Assert(passed)

Step definitions (C#)

public class StockStepDefinitions
{
   private StockItem _stockItem;

   [Given(@"a customer buys a black jumper")]
   public void GivenACustomerBuysABlackJumper()
   {
   }

   [Given(@"I have (.*) black jumpers left in stock")]
   public void GivenIHaveNBlackJumpersLeftInStock(int n)
   {
      _stockItem = new StockItem() { Count = n };  
   }

   [When(@"he returns the jumper for a refund")]
   public void WhenHeReturnsTheJumperForARefund()
   {
      _stockItem.Count += 1;
   }

   [Then(@"I should have (.*) black jumpers in stock")]
   public void ThenIShouldHaveNBlackJumpersInStock(int n)
   {
      Debug.Assert(_stockItem.Count == n);
   }
}

Updated Wiki: Home

ptrelford — Sat, 04 Sep 2010 15:12:20 GMT

Project Description
A lightweight Behaviour Driven Development (BDD) framework. Describe behaviour in plain text using the Gherkin business language, i.e. given, when, then. Easily execute the behaviour against matching F# tick methods (let ``tick method`` () = true) or attributed C# or F# methods.

Example taken from Behavior Driven Development Article on Wikipedia

Feature specification

Feature: Refunded or replaced items should be returned to stock

Scenario 1: Refunded items should be returned to stock
	Given a customer buys a black jumper
	And I have 3 black jumpers left in stock 
	When he returns the jumper for a refund 
	Then I should have 4 black jumpers in stock

Step definitions (F#)

let mutable stockItem = { Count = 0 }

let [<Given>] ``a customer buys a black jumper`` () = ()
      
let [<Given>] ``I have (.*) black jumpers left in stock`` (n:int) =  
    stockItem <- { stockItem with Count = n }
      
let [<When>] ``he returns the jumper for a refund`` () =  
    stockItem <- { stockItem with Count = stockItem.Count + 1 }
      
let [<Then>] ``I should have (.*) black jumpers in stock`` (n:int) =     
    let passed = (stockItem.Count = n)
    Debug.Assert(passed)

Step definitions (C#)

public class StockStepDefinitions
{
   private StockItem _stockItem;

   [Given(@"a customer buys a black jumper")]
   public void GivenACustomerBuysABlackJumper()
   {
   }

   [Given(@"I have (.*) black jumpers left in stock")]
   public void GivenIHaveNBlackJumpersLeftInStock(int n)
   {
      _stockItem = new StockItem() { Count = n };  
   }

   [When(@"he returns the jumper for a refund")]
   public void WhenHeReturnsTheJumperForARefund()
   {
      _stockItem.Count += 1;
   }

   [Then(@"I should have (.*) black jumpers in stock")]
   public void ThenIShouldHaveNBlackJumpersInStock(int n)
   {
      Debug.Assert(_stockItem.Count == n);
   }
}

Updated Wiki: Home

ptrelford — Sat, 04 Sep 2010 15:12:16 GMT

Project Description
A lightweight Behaviour Driven Development (BDD) framework. Describe behaviour in plain text using the Gherkin business language, i.e. given, when, then. Easily execute the behaviour against matching F# tick methods (let ``tick method`` () = true) or attributed C# or F# methods.

Example taken from Behavior Driven Development Article on Wikipedia

Feature specification

Feature: Refunded or replaced items should be returned to stock

Scenario 1: Refunded items should be returned to stock
	Given a customer buys a black jumper
	And I have 3 black jumpers left in stock 
	When he returns the jumper for a refund 
	Then I should have 4 black jumpers in stock

Step definitions (F#)

let mutable stockItem = { Count = 0 }

let [<Given>] ``a customer buys a black jumper`` () = ()
      
let [<Given>] ``I have (.*) black jumpers left in stock`` (n:int) =  
    stockItem <- { stockItem with Count = n }
      
let [<When>] ``he returns the jumper for a refund`` () =  
    stockItem <- { stockItem with Count = stockItem.Count + 1 }
      
let [<Then>] ``I should have (.*) black jumpers in stock`` (n:int) =     
    let passed = (stockItem.Count = n)
    Debug.Assert(passed)

Step definitions (C#)

public class StockStepDefinitions
{
   private StockItem _stockItem;

   [Given(@"a customer buys a black jumper")]
   public void GivenACustomerBuysABlackJumper()
   {
   }

   [Given(@"I have (.*) black jumpers left in stock")]
   public void GivenIHaveNBlackJumpersLeftInStock(int n)
   {
      _stockItem = new StockItem() { Count = n };  
   }

   [When(@"he returns the jumper for a refund")]
   public void WhenHeReturnsTheJumperForARefund()
   {
      _stockItem.Count += 1;
   }

   [Then(@"I should have (.*) black jumpers in stock")]
   public void ThenIShouldHaveNBlackJumpersInStock(int n)
   {
      Debug.Assert(_stockItem.Count == n);
   }
}

Updated Wiki: Home

ptrelford — Wed, 01 Sep 2010 09:41:09 GMT

Project Description
A lightweight Behaviour Driven Development (BDD) framework. Describe behaviour in plain text using the Gherkin business language, i.e. given, when, then. Easily execute the behaviour against matching F# tick methods (let ``tick method`` () = true) or attributed C# or F# methods.

Example taken from Behavior Driven Development Article on Wikipedia

Feature specification

Feature: Refunded or replaced items should be returned to stock

Scenario 1: Refunded items should be returned to stock
	Given a customer buys a black jumper
	And I have 3 black jumpers left in stock 
	When he returns the jumper for a refund 
	Then I should have 4 black jumpers in stock

Step definitions (F#)

let mutable stockItem = { Count = 0 }

let [<Given>] ``a customer buys a black jumper`` () = ()
      
let [<Given>] ``I have (.*) black jumpers left in stock`` (n:int) =  
    stockItem <- { stockItem with Count = n }
      
let [<When>] ``he returns the jumper for a refund`` () =  
    stockItem <- { stockItem with Count = stockItem.Count + 1 }
      
let [<Then>] ``I should have (.*) black jumpers in stock`` (n:int) =     
    let passed = (stockItem.Count = n)
    Debug.Assert(passed)

Step definitions (C#)

public class StockStepDefinitions
{
   private StockItem _stockItem;

   [Given(@"a customer buys a black jumper")]
   public void GivenACustomerBuysABlackJumper()
   {
   }

   [Given(@"I have (.*) black jumpers left in stock")]
   public void GivenIHaveNBlackJumpersLeftInStock(int n)
   {
      _stockItem = new StockItem() { Count = n };  
   }

   [When(@"he returns the jumper for a refund")]
   public void WhenHeReturnsTheJumperForARefund()
   {
      _stockItem.Count += 1;
   }

   [Then(@"I should have (.*) black jumpers in stock")]
   public void ThenIShouldHaveNBlackJumpersInStock(int n)
   {
      Debug.Assert(_stockItem.Count == n);
   }
}