static void Test_Flip_Pwd_Check_Obj(Random rand, FlipPwdCheck flipPwdCheck_object)
{
uint flip_digit = (uint)rand.Next(0, RANDOM_FLIP_DIGIT_MAX);
Console.WriteLine("Encapsulated password flipped before character #: " + flip_digit);
Console.WriteLine("Flipped password: "******"Checking if the flipped password passes the pwdCheck: " +
flipPwdCheck_object.Check_Flipped_Password(flip_digit));
Console.WriteLine("P value is: " + flipPwdCheck_object.Minimum_Password_Length);
Console.WriteLine("Length of encapsulated pwd is: " + flipPwdCheck_object.Password_Length);
Console.WriteLine("Is this object active?: " + flipPwdCheck_object.isActive);
Console.WriteLine();
Console.WriteLine("Now I will force this object to change state and then test its chaged functionality");
Console.WriteLine();
Console.WriteLine(ASTERISK);
Console.WriteLine("Checking flipped password " + flipPwdCheck_object.Minimum_Password_Length + " times...");
Console.WriteLine();
for (uint i = 0; i < flipPwdCheck_object.Minimum_Password_Length; i++)
{
flip_digit = (uint)rand.Next(0, RANDOM_FLIP_DIGIT_MAX);
Console.WriteLine("Encapsulated password flipped before character #: " + flip_digit);
Console.WriteLine("Flipped password: "******"Checking if the flipped password passes the pwdCheck: " +
flipPwdCheck_object.Check_Flipped_Password(flip_digit));
Console.WriteLine("Is this object active?: " + flipPwdCheck_object.isActive);
Console.WriteLine();
}
Console.WriteLine(ASTERISK);
Console.WriteLine("The object has changed state. Testing its new functionality...");
Console.WriteLine(ASTERISK);
Console.WriteLine();
flip_digit = (uint)rand.Next(0, RANDOM_FLIP_DIGIT_MAX);
Console.WriteLine("Encapsulated password flipped before character #: " + flip_digit);
Console.WriteLine("Flipped password: "******"Checking if the flipped password passes the pwdCheck: " +
flipPwdCheck_object.Check_Flipped_Password(flip_digit));
Console.WriteLine("P value is: " + flipPwdCheck_object.Minimum_Password_Length);
Console.WriteLine("Length of encapsulated pwd is: " + flipPwdCheck_object.Password_Length);
Console.WriteLine("Is this object active?: " + flipPwdCheck_object.isActive);
Console.WriteLine();
}
static Flip[] Initialize_Flip_Object_Array(Random rand, pwdCheck[] pwd_check_object_array, string[] password_array)
{
Console.WriteLine("Creating heterogeneous collection of Flip and FlipPwdCheck objects for testing...");
Console.WriteLine();
Flip[] initializer_array = new Flip[TEST_OBJ_ARRAY_SIZE];
int pwd_index;
int pwd_obj_array_index;
for (uint i = 0; i < TEST_OBJ_ARRAY_SIZE; i++)
{
pwd_index = rand.Next(0, (int)SIZE_OF_PASSWORD_FILE);
if (i < TEST_OBJ_ARRAY_SIZE / 2)
{
Console.WriteLine("Object " + i + " encapsulated password is: " + password_array[pwd_index]);
initializer_array[i] = new Flip(password_array[pwd_index]);
}
else
{
Console.WriteLine("Object " + i + " encapsulated password is: " + password_array[pwd_index]);
pwd_obj_array_index = rand.Next(0, (int)TEST_OBJ_ARRAY_SIZE);
initializer_array[i] = new FlipPwdCheck(password_array[pwd_index], pwd_check_object_array[pwd_obj_array_index]);
if (pwd_check_object_array[pwd_obj_array_index] is compundC)
{
Console.WriteLine("Object type entered into the Flip object is of type: copmundC");
}
else if (pwd_check_object_array[pwd_obj_array_index] is excessC)
{
Console.WriteLine("Object type entered into the Flip object is of type: excessC");
}
else
{
Console.WriteLine("Object type entered into the Flip object is of type: pwdCheck");
}
}
}
Console.WriteLine();
Console.WriteLine(ASTERISK);
Console.WriteLine("Press enter to continue program...");
Console.WriteLine(ASTERISK);
Console.ReadLine();
return(initializer_array);
}
