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Contents
module PythagoreanTripletTest
open NUnit.Framework
open PythagoreanTriplet
[<TestCase(3, 4, 5, ExpectedResult = true)>]
[<TestCase(3, 5, 4, ExpectedResult = true, Ignore = "Remove to run test case")>]
[<TestCase(4, 3, 5, ExpectedResult = true, Ignore = "Remove to run test case")>]
[<TestCase(4, 5, 3, ExpectedResult = true, Ignore = "Remove to run test case")>]
[<TestCase(5, 3, 4, ExpectedResult = true, Ignore = "Remove to run test case")>]
[<TestCase(5, 4, 3, ExpectedResult = true, Ignore = "Remove to run test case")>]
[<TestCase(3, 3, 3, ExpectedResult = false, Ignore = "Remove to run test case")>]
[<TestCase(5, 6, 7, ExpectedResult = false, Ignore = "Remove to run test case")>]
let ``Can recognize a valid pythagorean`` (x: int) (y: int) (z: int) =
let actual = triplet x y z
isPythagorean actual
[<Test>]
[<Ignore("Remove to run test")>]
let ``Can create simple triplets`` () =
let actual = pythagoreanTriplets 1 10
Assert.That(actual, Is.EqualTo([triplet 3 4 5; triplet 6 8 10]))
[<Test>]
[<Ignore("Remove to run test")>]
let ``Can create more triplets`` () =
let actual = pythagoreanTriplets 11 20
Assert.That(actual, Is.EqualTo([triplet 12 16 20]))
[<Test>]
[<Ignore("Remove to run test")>]
let ``Can create complex triplets`` () =
let actual = pythagoreanTriplets 56 95
Assert.That(actual, Is.EqualTo([triplet 57 76 95; triplet 60 63 87]))
Version data entries
240 entries across 240 versions & 1 rubygems