public void MultiplyOfFiveReturnsBuzz(int number)
{
string expected = FizzBuzzSolution.BUZZ;
string actual = FizzBuzzSolution.FizzBuzz(number);
Assert.AreEqual(expected, actual);
}
public void NumberFifteenReturnsFizzBuzz(int number)
{
string expected = "FizzBuzz";
string actual = FizzBuzzSolution.FizzBuzz(number);
Assert.AreEqual(expected, actual);
}
public void NumberTwoReturnsTwoAsString()
{
string expected = "2";
string actual = FizzBuzzSolution.FizzBuzz(2);
Assert.AreEqual(expected, actual);
}
static void Main(string[] args)
{
// Call the induvidual coding challanges
Console.WriteLine("Coding Challange: FizzBuzz");
_fizzBuzzSolution.FizzBuzz();
Console.WriteLine("\r\nfrom array:");
_fizzBuzzSolution.FizzBuzzArray();
Console.WriteLine("\r\nfrom list:");
_fizzBuzzSolution.FizzBuzzList();
Console.WriteLine("\r\n***********************************");
Console.WriteLine("");
Console.WriteLine("Coding Challange: Palindrome");
Console.WriteLine("Array.Reverse:");
Console.WriteLine("The word Vidarradiv is a palindrome : " + _palindromeSolution.Palindrome("Vidarradiv"));
Console.WriteLine("While loop:");
_palindromeSolution.PalindromeWhile("Vidarradiv");
Console.WriteLine("\r\n***********************************");
Console.WriteLine("");
Console.WriteLine("Coding challange: UserInput");
Console.Write("UserInput should print out 10. And it printed out -> ");
_userInputSolution.UserInterface();
Console.WriteLine("\r\n***********************************");
Console.WriteLine("");
Console.WriteLine("Coding Challenge : Multiplier of 3 and 5");
Console.WriteLine("Natural numbers below 10");
_multiplierOf3And5.naturalNumbersBelow10();
Console.WriteLine("\r\nNatural numbers below 1000");
_multiplierOf3And5.naturalNumbersBelow1000();
Console.WriteLine("\r\n***********************************");
Console.WriteLine("");
Console.WriteLine("Coding Challenge : Even Fibonacci numbers");
_evenFibonaccciNumbers.EvenFibonacciSquence4M();
Console.WriteLine("\r\n***********************************");
Console.WriteLine("");
Console.WriteLine("Coding Challenge : Largest prime factor");
_largetPrimeFactor.FindLargestPrimeFactor();
Console.WriteLine("\r\n***********************************");
Console.WriteLine("");
// Console.WriteLine("Coding Challenge : blabla");
// int[] numbers = {-1, 2, 10, 5, 100, -10, -100 , 0};
// _sum.sumTwoSmallestNumbers(numbers);
// Console.WriteLine("\r\n***********************************");
// Console.WriteLine("");
// Console.WriteLine("Coding Challenge : towerBuild");
var ts = new List <int> {
91, 74, 73, 85, 73, 81, 87
};
Console.Write(_stop.SongDecoder("RWUBWUBWUBLWUB"));
Console.WriteLine("\r\n***********************************");
Console.WriteLine("");
}
public void NumberOneReturnsOneAsString()
{
string expected = "1";
string actual = FizzBuzzSolution.FizzBuzz(1);
Assert.AreEqual(expected, actual);
}
public void NumberFourReturnsFourAsString()
{
string expected = "4";
string actual = FizzBuzzSolution.FizzBuzz(4);
Assert.AreEqual(expected, actual);
}
/// <summary>
/// ~~~~~~~~~~ Running the system: ~~~~~~~~~~~~~
///
/// From IDE:
/// Configure the "BeFaster.App" solution to Run on External Console then run.
///
/// From command line:
/// msbuild befaster.sln; src\BeFaster.App\bin\Debug\BeFaster.App.exe
///
/// To run your unit tests locally:
/// Run the "BeFaster.App.Tests - Unit Tests" configuration.
///
/// ~~~~~~~~~~ The workflow ~~~~~~~~~~~~~
///
/// By running this file you interact with a challenge server.
/// The interaction follows a request-response pattern:
/// * You are presented with your current progress and a list of actions.
/// * You trigger one of the actions by typing it on the console.
/// * After the action feedback is presented, the execution will stop.
///
/// +------+-------------------------------------------------------------+
/// | Step | The usual workflow |
/// +------+-------------------------------------------------------------+
/// | 1. | Run this file. |
/// | 2. | Start a challenge by typing "start". |
/// | 3. | Read description from the "challenges" folder |
/// | 4. | Implement the required method in |
/// | | .\src\BeFaster.App\Solutions |
/// | 5. | Deploy to production by typing "deploy". |
/// | 6. | Observe output, check for failed requests. |
/// | 7. | If passed, go to step 3. |
/// +------+-------------------------------------------------------------+
///
/// </summary>
/// <param name="args">Action.</param>
private static void Main(string[] args)
{
ClientRunner
.ForUsername(CredentialsConfigFile.Get("tdl_username"))
.WithServerHostname(CredentialsConfigFile.Get("tdl_hostname"))
.WithActionIfNoArgs(RunnerAction.TestConnectivity)
.WithSolutionFor("sum", p => SumSolution.Sum(p[0].AsInt(), p[1].AsInt()))
.WithSolutionFor("hello", p => HelloSolution.Hello(p[0]))
.WithSolutionFor("fizz_buzz", p => FizzBuzzSolution.FizzBuzz(p[0].AsInt()))
.WithSolutionFor("checkout", p => CheckoutSolution.Checkout(p[0]))
.Start(args);
}
/// <summary>
/// ~~~~~~~~~~ Running the system: ~~~~~~~~~~~~~
///
/// From IDE:
/// Configure the "BeFaster.App" solution to Run on External Console then run.
///
/// From command line:
/// msbuild befaster.sln; src\BeFaster.App\bin\Debug\BeFaster.App.exe
///
/// To run your unit tests locally:
/// Run the "BeFaster.App.Tests - Unit Tests" configuration.
///
/// ~~~~~~~~~~ The workflow ~~~~~~~~~~~~~
///
/// By running this file you interact with a challenge server.
/// The interaction follows a request-response pattern:
/// * You are presented with your current progress and a list of actions.
/// * You trigger one of the actions by typing it on the console.
/// * After the action feedback is presented, the execution will stop.
///
/// +------+-------------------------------------------------------------+
/// | Step | The usual workflow |
/// +------+-------------------------------------------------------------+
/// | 1. | Run this file. |
/// | 2. | Start a challenge by typing "start". |
/// | 3. | Read description from the "challenges" folder |
/// | 4. | Implement the required method in |
/// | | .\src\BeFaster.App\Solutions |
/// | 5. | Deploy to production by typing "deploy". |
/// | 6. | Observe output, check for failed requests. |
/// | 7. | If passed, go to step 3. |
/// +------+-------------------------------------------------------------+
///
/// You are encouraged to change this project as you please:
/// * You can use your preferred libraries.
/// * You can use your own test framework.
/// * You can change the file structure.
/// * Anything really, provided that this file stays runnable.
///
/// </summary>
/// <param name="args">Action.</param>
private static void Main(string[] args)
{
var runner = new QueueBasedImplementationRunner.Builder()
.SetConfig(Utils.GetRunnerConfig())
.WithSolutionFor("sum", p => SumSolution.Sum(p[0].AsInt(), p[1].AsInt()))
.WithSolutionFor("hello", p => HelloSolution.Hello(p[0]))
.WithSolutionFor("fizz_buzz", p => FizzBuzzSolution.FizzBuzz(p[0].AsInt()))
.WithSolutionFor("checkout", p => CheckoutSolution.Checkout(p[0]))
.Create();
ChallengeSession.ForRunner(runner)
.WithConfig(Utils.GetConfig())
.WithActionProvider(new UserInputAction(args))
.Start();
Console.Write("Press any key to continue . . . ");
Console.ReadKey();
}
/// <summary>
/// ~~~~~~~~~~ Running the system: ~~~~~~~~~~~~~
///
/// From IDE:
/// Configure the "BeFaster.App" solution to Run on External Console then run.
///
/// From command line:
/// msbuild befaster.sln; src\BeFaster.App\bin\Debug\BeFaster.App.exe
/// or
/// msbuild befaster.sln; mono src/BeFaster.App/bin/Debug/BeFaster.App.exe
///
/// To run your unit tests locally:
/// Run the "BeFaster.App.Tests - Unit Tests" configuration.
///
/// ~~~~~~~~~~ The workflow ~~~~~~~~~~~~~
///
/// By running this file you interact with a challenge server.
/// The interaction follows a request-response pattern:
/// * You are presented with your current progress and a list of actions.
/// * You trigger one of the actions by typing it on the console.
/// * After the action feedback is presented, the execution will stop.
///
/// +------+-------------------------------------------------------------+
/// | Step | The usual workflow |
/// +------+-------------------------------------------------------------+
/// | 1. | Run this file. |
/// | 2. | Start a challenge by typing "start". |
/// | 3. | Read description from the "challenges" folder |
/// | 4. | Implement the required method in |
/// | | .\src\BeFaster.App\Solutions |
/// | 5. | Deploy to production by typing "deploy". |
/// | 6. | Observe output, check for failed requests. |
/// | 7. | If passed, go to step 3. |
/// +------+-------------------------------------------------------------+
///
/// You are encouraged to change this project as you please:
/// * You can use your preferred libraries.
/// * You can use your own test framework.
/// * You can change the file structure.
/// * Anything really, provided that this file stays runnable.
///
/// </summary>
/// <param name="args">Action.</param>
private static void Main(string[] args)
{
var runner = new QueueBasedImplementationRunner.Builder().
SetConfig(Utils.GetRunnerConfig()).
WithSolutionFor("sum", (List <JToken> p) => SumSolution.Sum(p[0].ToObject <int>(), p[1].ToObject <int>())).
WithSolutionFor("hello", (List <JToken> p) => HelloSolution.Hello(p[0].ToObject <string>())).
WithSolutionFor("array_sum", (List <JToken> p) => ArraySumSolution.Compute((p[0].ToObject <List <int> >()))).
WithSolutionFor("int_range", (List <JToken> p) => IntRangeSolution.Generate(p[0].ToObject <int>(), p[1].ToObject <int>())).
WithSolutionFor("fizz_buzz", (List <JToken> p) => FizzBuzzSolution.FizzBuzz(p[0].ToObject <int>())).
WithSolutionFor("checkout", (List <JToken> p) => CheckoutSolution.Checkout(p[0].ToObject <string>())).
Create();
ChallengeSession.ForRunner(runner)
.WithConfig(Utils.GetConfig())
.WithActionProvider(new UserInputAction(args))
.Start();
Console.Write("Press any key to continue . . . ");
Console.ReadKey();
}
public string TestForDefault(int x)
{
return(FizzBuzzSolution.FizzBuzz(x));
}
public string FizzBuzzFakeDeluxeTrue(int input)
{
return(FizzBuzzSolution.FizzBuzz(input));
}
public string BuzzTestTrue(int input)
{
return(FizzBuzzSolution.FizzBuzz(input));
}
public string FizzDeluxeTrueTest(int input)
{
return(FizzBuzzSolution.FizzBuzz(input));
}
public string FizzBuzzTest_NumIsMultiply(int num)
{
return(FizzBuzzSolution.FizzBuzz(num));
}
public string FizzBuzzDeluxeTest(int number)
{
return(FizzBuzzSolution.FizzBuzz(number));
}
public string BuzzContainerTest(int number)
{
return(FizzBuzzSolution.FizzBuzz(number));
}
public string TestForNumberContains5(int x)
{
return(FizzBuzzSolution.FizzBuzz(x));
}
public string FizzBuzzByContainerBuzzByDivisibleFizzTest(int number)
{
return(FizzBuzzSolution.FizzBuzz(number));
}
public string TestFizzBuzz(int number)
{
return(FizzBuzzSolution.FizzBuzz(number));
}
public string FizzBuzzDeluxFake(int number)
{
var result = FizzBuzzSolution.FizzBuzz(number);
return(result);
}
public string DivisableByThreeAndFiveReturnsFizzOtherwiseNumber(int number)
{
var result = FizzBuzzSolution.FizzBuzz(number);
return(result);
}
public string TestFizzOne(int suppliedNumber)
{
return(FizzBuzzSolution.FizzBuzz(suppliedNumber));
}
public string TestForMultipleOf5(int x)
{
return(FizzBuzzSolution.FizzBuzz(x));
}
public string BuzzNoDeluxeNumberLessThan10Test(int number)
{
return(FizzBuzzSolution.FizzBuzz(number));
}
public string TestForNumberMultipleOf3AndContains5(int x)
{
return(FizzBuzzSolution.FizzBuzz(x));
}
public string NumberLessThan1000Test(int number)
{
return(FizzBuzzSolution.FizzBuzz(number));
}
public string TestForFizzBuzzDeluxe(int x)
{
return(FizzBuzzSolution.FizzBuzz(x));
}
public string FakeFizzDeluxeLessThan1000Test(int number)
{
return(FizzBuzzSolution.FizzBuzz(number));
}