public void RandomStringVar_Digit_6_10_HitAllRange()
{
//Arrange
int[] a = new int[5];
VariableRandomString variableRandomString = new VariableRandomString();
variableRandomString.Min = 6;
variableRandomString.Max = 10;
variableRandomString.IsDigit = true;
//Act
for (int i = 0; i < 50; i++)
{
variableRandomString.GenerateAutoValue();
decimal num1 = decimal.Parse(variableRandomString.Value);
Assert.IsTrue(variableRandomString.Value.Length >= 6 && variableRandomString.Value.Length <= 10, "variableRandomString.Value.Length >= 6 && variableRandomString.Value.Length <= 10");
a[variableRandomString.Value.Length - 6]++;
}
//Assert
for (int i = 0; i < 5; i++)
{
Assert.IsTrue(a[i] > 2, "a[i] > 2"); // Check hit - expect at least 2 hits per, avg is 10
}
}
public void RandomStringVar_0_10_chars()
{
//Arrange
VariableRandomString variableRandomString = new VariableRandomString();
variableRandomString.Min = 0;
variableRandomString.Max = 10;
bool Hit0 = false;
bool Hit5 = false;
bool Hit10 = false;
//Act
for (int i = 0; i < 100; i++)
{
variableRandomString.GenerateAutoValue();
Assert.IsTrue(variableRandomString.Value.Length >= 0 && variableRandomString.Value.Length <= 10, "variableRandomString.Value.Length >= 0 && variableRandomString.Value.Length <= 10");
if (variableRandomString.Value.Length == 0)
{
Hit0 = true;
}
if (variableRandomString.Value.Length == 5)
{
Hit5 = true;
}
if (variableRandomString.Value.Length == 10)
{
Hit10 = true;
}
}
//Verify we hit the boundries at least once
Assert.IsTrue(Hit0, "Hit0");
Assert.IsTrue(Hit5, "Hit5");
Assert.IsTrue(Hit10, "Hit10");
}
public void DigitsString15char()
{
//Arrange
VariableRandomString VRS = new VariableRandomString();
VRS.Max = 15;
VRS.IsDigit = true;
//Act
VRS.GenerateAutoValue();
//Assert
Assert.AreEqual(VRS.Value, VRS.Value.ToLower());
}
public void RandomStringVar_UpperString15char()
{
//Arrange
VariableRandomString variableRandomString = new VariableRandomString();
variableRandomString.Max = 15;
variableRandomString.IsUpperCase = true;
//Act
variableRandomString.GenerateAutoValue();
//Assert
Assert.AreEqual(variableRandomString.Value.ToUpper(), variableRandomString.Value, "variableRandomString.Value, variableRandomString.Value.ToUpper()");
}
public void upperString15char()
{
//Arrange
VariableRandomString VRS = new VariableRandomString();
VRS.Max = 15;
VRS.IsUpperCase = true;
//Act
VRS.GenerateAutoValue();
//Assert
Assert.AreEqual(VRS.Value, VRS.Value.ToUpper(), "VRS.Value, VRS.Value.ToUpper()");
}
public void RandomStringVar_Digit_5_8()
{
//Arrange
VariableRandomString variableRandomString = new VariableRandomString();
variableRandomString.Min = 5;
variableRandomString.Max = 8;
variableRandomString.IsDigit = true;
//Act
variableRandomString.GenerateAutoValue();
decimal num1 = decimal.Parse(variableRandomString.Value);
//Assert
Assert.IsTrue(variableRandomString.Value.Length >= 5 && variableRandomString.Value.Length <= 8, "variableRandomString.Value.Length >= 5 && variableRandomString.Value.Length <= 8");
}
public void RandomStringDigit_5_8()
{
//Arrange
VariableRandomString VRS = new VariableRandomString();
VRS.Min = 5;
VRS.Max = 8;
VRS.IsDigit = true;
//Act
VRS.GenerateAutoValue();
decimal num1 = decimal.Parse(VRS.Value);
//Assert
Assert.IsTrue(VRS.Value.Length >= 5 && VRS.Value.Length <= 8, "VRS.Value.Length >= 5 && VRS.Value.Length <= 8");
}
public void RandomStringVar_DigitsString15char()
{
//Arrange
VariableRandomString variableRandomString = new VariableRandomString();
variableRandomString.Max = 15;
variableRandomString.IsDigit = true;
//Act
variableRandomString.GenerateAutoValue();
//Assert
string curValue = variableRandomString.Value;
bool isDigits = curValue.All(c => char.IsDigit(c));
Assert.IsTrue(isDigits, "String does not contain digits");
}
public void RandomStringVar_Digit_13()
{
//Arrange
VariableRandomString variableRandomString = new VariableRandomString();
variableRandomString.Min = 13;
variableRandomString.Max = 13;
variableRandomString.IsDigit = true;
for (int i = 0; i < 100; i++)
{
//Act
variableRandomString.GenerateAutoValue();
decimal num1 = decimal.Parse(variableRandomString.Value);
//Assert
Assert.AreEqual(variableRandomString.Value.Length, 13, "variableRandomString.Value.Length=13");
Assert.IsTrue(num1 >= 0 && num1 <= 9999999999999, "num1 >= 0 && num1 <= 9999999999999");
}
}
public void RandomStringVar_BothupperlowerString15char_ShowError()
{
//Arrange
VariableRandomString variableRandomString = new VariableRandomString();
variableRandomString.Max = 15;
variableRandomString.IsUpperCase = true;
//Act
//When the user change to lower case make sure the Isupper case get turned off
variableRandomString.IsLowerCase = true;
variableRandomString.GenerateAutoValue();
//Assert
Assert.AreEqual(false, variableRandomString.IsUpperCase, "variableRandomString.IsUpperCase=false");
Assert.AreEqual(variableRandomString.Value.ToLower(), variableRandomString.Value);
//TODO: verify the formula
//Assert.AreEqual(variableRandomString.Formula, "Error", "variableRandomString.Formula=Error");
}
public void bothupperlowerString15char_ShowError()
{
//Arrange
VariableRandomString VRS = new VariableRandomString();
VRS.Max = 15;
VRS.IsUpperCase = true;
//Act
//When the user change to to lower case make sure the Isupper case get turned off
VRS.IsLowerCase = true;
VRS.GenerateAutoValue();
//Assert
Assert.AreEqual(VRS.IsUpperCase, false, "VRS.IsUpperCase=false");
Assert.AreEqual(VRS.Value, VRS.Value.ToLower());
//TODO: verify the formula
//Assert.AreEqual(VRS.Formula, "Error", "VRS.Formula=Error");
}
public void RandomStringVar_0_10_chars()
{
//Arrange
VariableRandomString variableRandomString = new VariableRandomString();
variableRandomString.Min = 0;
variableRandomString.Max = 10;
bool Hit0 = false;
bool Hit5 = false;
bool Hit10 = false;
//Act
Stopwatch stopwatch = Stopwatch.StartNew();
// Run until we hit all numbers or 10 seconds
while (!(Hit0 && Hit5 && Hit10) && stopwatch.ElapsedMilliseconds < 10000)
{
variableRandomString.GenerateAutoValue();
Assert.IsTrue(variableRandomString.Value.Length >= 0 && variableRandomString.Value.Length <= 10, "variableRandomString.Value.Length >= 0 && variableRandomString.Value.Length <= 10");
if (variableRandomString.Value.Length == 0)
{
Hit0 = true;
}
if (variableRandomString.Value.Length == 5)
{
Hit5 = true;
}
if (variableRandomString.Value.Length == 10)
{
Hit10 = true;
}
}
//Verify we hit the boundaries at least once
Assert.IsTrue(Hit0, "Hit0");
Assert.IsTrue(Hit5, "Hit5");
Assert.IsTrue(Hit10, "Hit10");
}
public void RandomStringVar_0_5_Hit0()
{
//Arrange
bool Hit0 = false;
VariableRandomString variableRandomString = new VariableRandomString();
variableRandomString.Min = 0;
variableRandomString.Max = 5;
//Act
for (int i = 0; i < 100; i++)
{
variableRandomString.GenerateAutoValue();
if (variableRandomString.Value.Length == 0)
{
Hit0 = true;
break;
}
}
//Assert
Assert.IsTrue(Hit0, "Hit0");
}
public void RandomStringVar_Digit_6_10_HitAllRange()
{
//Arrange
int[] a = new int[5];
VariableRandomString variableRandomString = new VariableRandomString();
variableRandomString.Min = 6;
variableRandomString.Max = 10;
variableRandomString.IsDigit = true;
//Act
Stopwatch stopwatch = Stopwatch.StartNew();
while (stopwatch.ElapsedMilliseconds < 5000 && !CheckHits(a)) // max 5 seconds
{
variableRandomString.GenerateAutoValue();
decimal num1 = decimal.Parse(variableRandomString.Value);
Assert.IsTrue(variableRandomString.Value.Length >= 6 && variableRandomString.Value.Length <= 10, "variableRandomString.Value.Length >= 6 && variableRandomString.Value.Length <= 10");
a[variableRandomString.Value.Length - 6]++;
}
//Assert
Assert.IsTrue(CheckHits(a), "all items in array hit");
}
