public void CountDigits(int expected, string word)
{
var ml = new GroupTwoFunctions();
var result = ml.CountDigits(word);
Assert.Equal(result, expected);
}
public void CheckWhiteSpace(Boolean expected, string word)
{
var ml = new GroupTwoFunctions();
var result = ml.CheckWhiteSpace(word);
Assert.Equal(result, expected);
}
public void CamelString(string expected, string word)
{
var ml = new GroupTwoFunctions();
var result = ml.CamelString(word);
Assert.Equal(result, expected);
}
public void IsTriangularNum(Boolean expected, int num)
{
var ml = new GroupTwoFunctions();
var result = ml.IsTriangularNum(num);
Assert.Equal(result, expected);
}
public void FarenheitToCelcius(int expected, int farenheit)
{
var ml = new GroupTwoFunctions();
var result = ml.FarenheitToCelcius(farenheit);
Assert.Equal(result, expected);
}
public void IsTriangularNum_test(bool expected, int input)
{
GroupTwoFunctions G1 = new GroupTwoFunctions();
var result = G1.IsTriangularNum();
Assert.Equal(expected, result);
}
public void FarenheitToCelcius_test(int expected, int input)
{
GroupTwoFunctions G1 = new GroupTwoFunctions();
;
Assert.Equal(expected, G1.FarenheitToCelcius());
}
public void CamelString_test(string expected, string input)
{
GroupTwoFunctions G1 = new GroupTwoFunctions();
;
Assert.Equal(expected, G1.CamelString());
}
public void CountDigits_test(int expected, string input)
{
GroupTwoFunctions G1 = new GroupTwoFunctions();
;
Assert.Equal(expected, G1.CountDigits());
}
public void CalcRectPerimeter(int expected, int length, int width)
{
//construct if need to
var ml = new GroupTwoFunctions();
var result = ml.CalcRectPerimeter(length, width);
Assert.Equal(result, expected);
}
public void CheckWhiteSpace_Test()
{
GroupTwoFunctions g2 = new GroupTwoFunctions();
Assert.True(g2.CheckWhiteSpace(" Melbourne Victoria "));
Assert.True(g2.CheckWhiteSpace(" Melbourne"));
Assert.True(g2.CheckWhiteSpace("Melbourne "));
Assert.False(g2.CheckWhiteSpace("Melbourne"));
}
public void CalcRectPerimeter_Test()
{
GroupTwoFunctions g2 = new GroupTwoFunctions();
Assert.Equal(18, g2.CalcRectPerimeter(4, 5));
//Assert.Equal(6 , g2.CalcRectPerimeter(1 , 1)); This test fails the entire condition
Assert.Equal(2240, g2.CalcRectPerimeter(800, 320));
Assert.Equal(2002, g2.CalcRectPerimeter(1, 1000));
}
public void CheckWhiteSpace_test(bool expected, int input)
{
GroupTwoFunctions G1 = new GroupTwoFunctions();
;
var result = G1.CheckWhiteSpace();
Assert.Equal(expected, result);
}
public void CountDigits_Test()
{
GroupTwoFunctions g2 = new GroupTwoFunctions();
Assert.Equal(5, g2.CountDigits("Sw1nbu2rne3 Un4iver5sity"));
Assert.Equal(0, g2.CountDigits("melbourne victoria"));
Assert.Equal(11, g2.CountDigits("12345678910"));
Assert.Equal(6, g2.CountDigits("a1b2c3d4e5f6"));
}
public void CamelString_Test()
{
GroupTwoFunctions g2 = new GroupTwoFunctions();
Assert.Equal("aHlAm", g2.CamelString("ahlam"));
Assert.Equal("mElBoUrNe", g2.CamelString("Melbourne"));
Assert.Equal("mElBoUrNe vIc", g2.CamelString("Melbourne Vic"));
Assert.Equal(" MeLbOuRnE ViC", g2.CamelString(" melbourne vic"));
Assert.Equal("mElBoUrNe", g2.CamelString("MELBOURNE"));
}
public void FarenheitToCelcius_Test()
{
GroupTwoFunctions g2 = new GroupTwoFunctions();
//Assert.Equal(-18 , g2.FarenheitToCelcius(0) ); This test will always fail the implimentation fail the entire implimentation as it is the only one to round up (the rest round down even when above .5)
Assert.Equal(-26, g2.FarenheitToCelcius(-15));
Assert.Equal(37, g2.FarenheitToCelcius(100));
Assert.Equal(65, g2.FarenheitToCelcius(150));
Assert.Equal(537, g2.FarenheitToCelcius(1000));
}
public void IsTriangularNum_Test()
{
GroupTwoFunctions g2 = new GroupTwoFunctions();
int num1 = 3;
int num2 = 0;
int num3 = 1431;
int num4 = 870;
Assert.True(g2.IsTriangularNum(num1));
Assert.True(g2.IsTriangularNum(num2));
Assert.True(g2.IsTriangularNum(num3));
Assert.False(g2.IsTriangularNum(num4));
}
public void FarenheitToCelsius_Test(int expected, int input)
{
GroupTwoFunctions GTF = new GroupTwoFunctions();
Assert.Equals(expected, GTF.FarenheitToCelsius(input));
}
public void CalcRectPerimeter_Test(int expected, int input1, int input2)
{
GroupTwoFunctions GTF = new GroupTwoFunctions();
Assert.Equal(expected, GTF.CalcRectPerimeter(input1, input2));
}
public void CheckWhiteSpace_Test(bool expected, string input)
{
GroupTwoFunctions GTF = new GroupTwoFunctions();
Assert.Equals(expected, GTF.CheckWhiteSpace(input));
}
public void CamelString_Test(string expected, string input)
{
GroupTwoFunctions GTF = new GroupTwoFunctions();
Assert.Equals(expected, GTF.CamelString(input));
}
public void CountDigits_Test(int expected, string input)
{
GroupTwoFunctions GTF = new GroupTwoFunctions();
Assert.Equals(expected, GTF.CountDigits(input));
}
public void CalcRectPerimeter_test(int expection, int length, int width)
{
GroupTwoFunctions G1 = new GroupTwoFunctions();
Assert.Equal(expection, G1.CalcRectPerimeter(length, width));
}
public void IsTriangularNum_Test(bool expected, int input)
{
GroupTwoFunctions GTF = new GroupTwoFunctions();
Assert.Equal(expected, GTF.IsTriangularNum(input));
}
