public void StringReplaceTheory(string value1, char value2, char value3, string expected)
{
var ml = new GroupOneFunctions();
var result = ml.StringReplace(value1, value2, value3);
Assert.Equal(result, expected);
}
public void IsFactorialNum_test () {
GroupOneFunctions g1 = new GroupOneFunctions ();
Assert.True ( g1.IsFactiorialNum (120));
Assert.True ( g1.IsFactiorialNum (1));
Assert.False (g1.IsFactiorialNum (40));
Assert.False ( g1.IsFactiorialNum (60));
}
public void CalcRectAreaTheory(int value1, int value2, int expected)
{
var ml = new GroupOneFunctions();
var result = ml.CalcRectArea(value1, value2);
Assert.Equal(result, expected);
}
public void IsFactorialTheory(int value, bool expected)
{
var ml = new GroupOneFunctions();
var result = ml.IsFactiorialNum(value);
Assert.Equal(result, expected);
}
public void CharCountTheory(string value1, char value2, int expected)
{
var ml = new GroupOneFunctions();
var result = ml.CharCount(value1, value2);
Assert.Equal(result, expected);
}
public void IsPalindromeTheory(string value, bool expected)
{
var ml = new GroupOneFunctions();
var result = ml.IsPalindrome(value);
Assert.Equal(result, expected);
}
public void CelciusToFarenheitTheory(int value, int expected)
{
var ml = new GroupOneFunctions();
var result = ml.CelciusToFarenheit(value);
Assert.Equal(expected, result);
}
public void CalcRectArea_test () {
GroupOneFunctions g1 = new GroupOneFunctions ();
Assert.Equal (10, g1.CalcRectArea (2, 5));
Assert.Equal (25, g1.CalcRectArea (5, 5));
Assert.Equal (4, g1.CalcRectArea (2, 2));
Assert.Equal (500, g1.CalcRectArea (2, 250));
}
public void CelciusToFarenheit_test () {
GroupOneFunctions g1 = new GroupOneFunctions ();
Assert.Equal (248, g1.CelciusToFarenheit (120));
Assert.Equal (106, g1.CelciusToFarenheit (41));
Assert.Equal (124, g1.CelciusToFarenheit (51));
Assert.Equal (127, g1.CelciusToFarenheit (53));
}
[InlineData(0, -4, 8)] //Zero Check
public void CalcRectArea_Test(int length, int width, int result)
{
var test = new GroupOneFunctions();
//Negative numbers produce a exception
if (length < 0 || width < 0)
{
Assert.Throws <Exception>(() => test.CalcRectArea(length, width));
}
else
{
Assert.Equal(result, test.CalcRectArea(length, width));
}
}
public void CharCount_test (int expected, string word, char choice) {
GroupOneFunctions g1 = new GroupOneFunctions ();
Assert.Equal (expected, g1.CharCount(word, choice));
}
public int CharCount(int expected, string word, char countCharacter)
{
GroupOneFunctions g1 = new GroupOneFunctions(word, countCharacter);
Assert.Equal(expected, g1.CharCount());
}
public void StringReplace_test (string expected, string original, char check, char replace) {
GroupOneFunctions g1 = new GroupOneFunctions ();
Assert.Equal (expected, g1.StringReplace (original, check, replace));
}
public bool IsPalindrome(bool expected, string word)
{
GroupOneFunctions g1 = new GroupOneFunctions(word);
Assert.Equal(expected, g1.IsPalindrome());
}
public string StringReplace(string expected, string word, char replaceChar, char replacement)
{
GroupOneFunctions g1 = new GroupOneFunctions(word, replaceChar, replacement);
Assert.Equal(expected, g1.StringReplace());
}
public int CelciusToFarenheit(int expected, int celcius)
{
GroupOneFunctions g1 = new GroupOneFunctions(celcius);
Assert.Equal(expected, g1.CelciusToFarenheit());
}
public bool IsFactiorialNum(bool expected, int num)
{
GroupOneFunctions g1 = new GroupOneFunctions(num);
Assert.Equal(expected, g1.IsFactiorialNum());
}
public void IsPalindrome_Test(string str, bool result)
{
var test = new GroupOneFunctions();
Assert.Equal(result, test.IsPalindrome(str));
}
public void StringReplace_Test(string str, char targetChar, char replacementChar, string result)
{
var test = new GroupOneFunctions();
Assert.Equal(result, test.StringReplace(str, targetChar, replacementChar));
}
[InlineData("", 'i', 0)] //String with 0 length.
public void CharCount_Test(string str, char character, int result)
{
var test = new GroupOneFunctions();
Assert.Equal(result, test.CharCount(str, character));
}
public void IsFactiorialNum_Test(int num, bool result)
{
var test = new GroupOneFunctions();
Assert.Equal(result, test.IsFactiorialNum(num));
}
public void CelciusToFarenheit_Test(int num, int result)
{
var test = new GroupOneFunctions();
Assert.Equal(result, test.CelciusToFarenheit(num));
}
public void IsPalindrome_test (bool expected, string test) {
GroupOneFunctions g1 = new GroupOneFunctions ();
Assert.Equal (expected, g1.IsPalindrome (test));
}
public int CalcRectArea(int expected, int length, int width)
{
GroupOneFunctions g1 = new GroupOneFunctions(length, width);
Assert.Equal(expected, g1.CalcRectArea());
}
