public void SayHelloWorld2()
{
//initial input
string input = "hello world";
//expected output
const string ExpectedOutput = "hello world";
//setting max inputs
int maxInputs = 5;
//classifying initial input and retrieving auxiliary inputs
string[] Inputs = InputHelper.RetrieveInputs(input, maxInputs);
for (int i = 0; i < Inputs.Length; i++)
{
//getting actual outputs
bool ActualOutputFirstCondition = ActualOutput.CompareString(Inputs[i], ExpectedOutput);
bool ActualOutputSecondCondition = ActualOutput.CompareStringLength(Inputs[i].Length, ExpectedOutput.Length, clsEnums.Operand.EQUAL);
//setting conditions
clsCondition condition1 = new clsCondition(clsEnums.Condition.STRINGS_MATCH, Inputs[i], ExpectedOutput, ActualOutputFirstCondition);
clsCondition condition2 = new clsCondition(clsEnums.Condition.STRING_LENGTH_EQUAL, Inputs[i].Length, ExpectedOutput.Length, ActualOutputSecondCondition);
//appending conditions
TestOracle.AppendConditions(condition1);
TestOracle.AppendConditions(condition2);
//validating conditions
TestOracle.ValidateTestConditions("Should print hello world");
}
//printing tests
TestOracle.PrintResults();
}
public void SayHelloWorld()
{
//initial input
string input = "hello wrld";
//expected output
const string ExpectedOutput = "hello world";
//Getting the actual outputs...
bool ActualOutputFirstCondition = ActualOutput.CompareString(input, ExpectedOutput);
bool ActualOutputSecondCondition = ActualOutput.CompareStringLength(input.Length, ExpectedOutput.Length, clsEnums.Operand.EQUAL);
//conditon 1 input and expected output should match
clsCondition condition1 = new clsCondition(clsEnums.Condition.STRINGS_MATCH, input, ExpectedOutput, ActualOutputFirstCondition);
//conditon 2 input and expected put must have the same length
clsCondition condition2 = new clsCondition(clsEnums.Condition.STRING_LENGTH_EQUAL, input.Length, ExpectedOutput.Length, ActualOutputSecondCondition);
//appending conditions
TestOracle.AppendConditions(condition1);
TestOracle.AppendConditions(condition2);
//validating the results
TestOracle.ValidateTestConditions("Should print hello world but has an typo");
//printing results
TestOracle.PrintResults();
}
public void InsertNumber2()
{
////initial input
string input = "HelloWorld";
//expected output
const bool ExpectedOutput = true;
//max retrieved inputs
int maxInputs = 2;
//classifying and retrieving all the inputs
string[] Inputs = InputHelper.RetrieveInputs(input, maxInputs);
//for every input generate an additional testcase
for (int i = 0; i < Inputs.Length; i++)
{
//getting actual output
bool ActualOutputFirstCondition = ActualOutput.AnalyzeNumber(Inputs[i], clsEnums.Condition.IS_NUMERIC);
//creating the condition for the testcase
clsCondition condition1 = new clsCondition(clsEnums.Condition.IS_NUMERIC, Inputs[i], ExpectedOutput.ToString(), ActualOutputFirstCondition);
TestOracle.AppendConditions(condition1);
//validating the condition
TestOracle.ValidateTestConditions("Should be a number but is a string");
}
TestOracle.PrintResults();
}
public void SayHelloWorld2()
{
//initial input
string input = "Not Hello World";
//expected output
const string ExpectedOutput = "Hello world";
//setting max inputs
int maxInputs = 5;
//classifying initial input and retrieving auxiliary inputs
string[] Inputs = InputHelper.RetrieveInputs(input, maxInputs);
for (int i = 0; i < Inputs.Length; i++)
{
//getting actual outputs
bool ActualOutputFirstCondition = ActualOutput.CompareString(Inputs[i], ExpectedOutput);
bool ActualOutputSecondCondition = ActualOutput.CompareStringLength(Inputs[i].Length, ExpectedOutput.Length, clsEnums.Operand.EQUAL);
//setting condition the input must match the expected output
clsCondition condition1 = new clsCondition
(
clsEnums.Condition.STRINGS_MATCH, //input and expected output must match
Inputs[i], //next input
ExpectedOutput, //the expected output
ActualOutputFirstCondition //the actual output
);
//setting up the condition that the input and expected output must have the same length
clsCondition condition2 = new clsCondition
(
clsEnums.Condition.STRING_LENGTH_EQUAL, //input and expected output length must be equal
Inputs[i].Length, //next input
ExpectedOutput.Length, //the expected output
ActualOutputSecondCondition //the actual output
);
//appending conditions
TestOracle.AppendConditions(condition1);
TestOracle.AppendConditions(condition2);
//validating conditions
TestOracle.ValidateTestConditions("Input Must Be Hello World");
}
//printing tests
TestOracle.PrintResults();
}
public override void When()
{
#pragma warning disable IDE0019 // Use pattern matching
var stringValue = Input as string;
var stringArray = Input as IEnumerable <string>;
#pragma warning restore IDE0019 // Use pattern matching
if (stringValue != null)
{
ActualOutput = (T)Instance.Map(stringValue);
}
else if (stringArray != null)
{
ActualOutput = (T)Instance.Map(stringArray).Values;
}
else
{
ActualOutput = Input;
}
Debug.Print("Result: " + ActualOutput.ToUsefulString());
}
public void the_actual_output_is_the_expected_output()
{
ActualOutput.ShouldEqual(ExpectedOutput);
}
public override void When()
{
ActualOutput = Instance.Map(Input).Values.Select(s => s.ToString());
Debug.Print("Result: " + ActualOutput.ToUsefulString());
}
private void Evaluate()
{
Pass = true;
if (_hasErrors && Case.ExpectedOutputs.Any(r => r.Exception) != true)
{
Pass = false;
}
foreach (var caseExpectedOutput in Case.ExpectedOutputs)
{
var matchingValue = caseExpectedOutput.ValueToMatch;
var testResultFail = false;
if (caseExpectedOutput.Exception)
{
var msg = _exception?.Message;
testResultFail = CaseSensitivity(caseExpectedOutput, msg, matchingValue);
}
else if (caseExpectedOutput.MatchOutputIndex == null)
{
testResultFail = ActualOutput.All(p => CaseSensitivity(caseExpectedOutput, p, matchingValue));
}
else if (caseExpectedOutput.MatchOutputIndex is int i)
{
var output = ActualOutput.ToList();
if (i < output.Count)
{
testResultFail = CaseSensitivity(caseExpectedOutput, output[i], matchingValue);
}
else
{
testResultFail = true;
ErrorMessage += $"Case {Case.CaseNumber}: 'Expected {i+1} outputs but there was only {output.Count} outputs\r\n";
}
}
if (caseExpectedOutput.Regex)
{
var options = caseExpectedOutput.CaseInsensitive ? RegexOptions.IgnoreCase : RegexOptions.None;
testResultFail = ActualOutput.All(p => p != null && Regex.IsMatch(p, caseExpectedOutput.ValueToMatch, options) != true);
}
if (caseExpectedOutput.Negate)
{
testResultFail = !testResultFail;
}
if (testResultFail)
{
Pass = false;
if (string.IsNullOrWhiteSpace(caseExpectedOutput.Hint) != true)
{
ErrorMessage += $"Case {Case.CaseNumber}: '{caseExpectedOutput.Hint}'\r\n";
}
var expected = "Expected";
if (caseExpectedOutput.Negate)
{
expected = "Not Expected";
}
var index = "";
if (caseExpectedOutput.MatchOutputIndex is int i)
{
index = $" at output index {i}";
}
if (caseExpectedOutput.Exception)
{
ErrorMessage += $"Case {Case.CaseNumber}: {expected} Exception('{caseExpectedOutput.ValueToMatch}')\r\n";
}
else
{
ErrorMessage += $"Case {Case.CaseNumber}: {expected} '{caseExpectedOutput.ValueToMatch}'{index}\r\n";
}
}
else
{
ErrorMessage = "";
}
}
if (!Pass)
{
ErrorMessage += $"Case {Case.CaseNumber}: Failed";
}
}
