static pwdCheck[] Initialize_pwd_check_object_array(Random rand)
{
Console.WriteLine(ASTERISK + " Initializing Heterogeneous Collection of Objects " + ASTERISK);
Console.WriteLine();
const int MAX_STATE_CHANGES = 10;
pwdCheck[] initializer_array = new pwdCheck[TEST_OBJ_ARRAY_SIZE];
uint random_password_length;
int random_valid_ascii_index;
uint max_state_changes;
for (uint i = 0; i < TEST_OBJ_ARRAY_SIZE; i++)
{
random_password_length = (uint)rand.Next(0, RANDOM_PASSWORD_LENGTH);
random_valid_ascii_index = rand.Next(0, POSSIBLE_ASCII.Length);
max_state_changes = (uint)rand.Next(0, MAX_STATE_CHANGES);
if (i < TEST_OBJ_ARRAY_SIZE / 3)
{
initializer_array[i] = new pwdCheck(random_password_length, POSSIBLE_ASCII[random_valid_ascii_index]);
Console.WriteLine("Object " + i + " is a pwdCheck object.");
}
else if ((TEST_OBJ_ARRAY_SIZE / 3) <= i && TEST_OBJ_ARRAY_SIZE - (TEST_OBJ_ARRAY_SIZE / 3) > i)
{
initializer_array[i] = new excessC(random_password_length, POSSIBLE_ASCII[random_valid_ascii_index]);
Console.WriteLine("Object " + i + " is an excessC object.");
}
else
{
initializer_array[i] = new compundC(max_state_changes, random_password_length,
POSSIBLE_ASCII[random_valid_ascii_index]);
Console.WriteLine("Object " + i + " is a compundC object.");
}
Console.WriteLine("Object " + i + " took in a password of length: " + random_password_length);
Console.WriteLine("After construction, object " + i + " has a password length requirement of: " +
initializer_array[i].Minimum_Password_Length);
Console.WriteLine("Object " + i + " has a forbidden character: " + POSSIBLE_ASCII[random_valid_ascii_index]);
Console.WriteLine();
}
return(initializer_array);
}
static void Test_Both_ExcessC_States(Random rand, pwdCheck[] pwd_check_object_array)
{
Console.WriteLine(ASTERISK + " Specific test tailored to testing excessC's on and off functionality " + ASTERISK);
Console.WriteLine();
uint random_password_length;
int random_valid_ascii_index;
char forbidden_char;
string password;
Console.WriteLine("First, we will test excessC functions in their off state and they will have the \n" +
"same functionality as pwdCheck");
Console.WriteLine();
for (uint i = EXCESSC_TEST_OBJ; i < COMPUND_TEST_OBJ; i++)
{
random_password_length = (uint)rand.Next(0, RANDOM_PASSWORD_LENGTH);
random_valid_ascii_index = rand.Next(0, POSSIBLE_ASCII.Length);
password = "";
pwd_check_object_array[i] = new excessC(random_password_length, POSSIBLE_ASCII[random_valid_ascii_index]);
forbidden_char = POSSIBLE_ASCII[random_valid_ascii_index];
for (uint j = 0; j < random_password_length; j++)
{
random_valid_ascii_index = rand.Next(0, POSSIBLE_ASCII.Length);
password += POSSIBLE_ASCII[random_valid_ascii_index];
}
if (i == EXCESSC_TEST_OBJ)
{
password = CUSTOM_EXCESSC_PWD;
}
Console.WriteLine("The random password generated for object " + i + " is: " + password);
Console.WriteLine("The minimum length requirement for passwords in object " + i + " is: " +
pwd_check_object_array[i].Minimum_Password_Length);
if (pwd_check_object_array[i].Password_Check(password))
{
Console.WriteLine("The entered password is acceptable");
}
else
{
Console.WriteLine("The entered password does not meet the requirements");
}
Console.WriteLine("The actual length of the password entered in object " + i + " is: " +
pwd_check_object_array[i].Password_Length);
Console.WriteLine("Object " + i + " has a forbidden character: " + forbidden_char);
Console.WriteLine("Is the object on?: " + pwd_check_object_array[i].isActive);
Console.WriteLine();
}
Console.WriteLine("Second, we will test excessC functions in their on state which they are in by default");
Console.WriteLine();
Console.WriteLine("Entering passwords to force each excessC object to change state.");
Console.WriteLine();
for (uint i = 0; i < MAX_PWD_LENGTH_REQUIRMENT; i++)
{
random_password_length = (uint)rand.Next(0, RANDOM_PASSWORD_LENGTH);
password = "";
for (uint j = 0; j < random_password_length; j++)
{
random_valid_ascii_index = rand.Next(0, POSSIBLE_ASCII.Length);
password += POSSIBLE_ASCII[random_valid_ascii_index];
}
for (uint j = EXCESSC_TEST_OBJ; j < COMPUND_TEST_OBJ; j++)
{
if (i < pwd_check_object_array[j].Minimum_Password_Length + 1)
{
pwd_check_object_array[j].Password_Check(password);
}
}
}
for (uint i = EXCESSC_TEST_OBJ; i < COMPUND_TEST_OBJ; i++)
{
random_password_length = (uint)rand.Next(0, RANDOM_PASSWORD_LENGTH);
password = "";
for (uint j = 0; j < random_password_length; j++)
{
random_valid_ascii_index = rand.Next(0, POSSIBLE_ASCII.Length);
password += POSSIBLE_ASCII[random_valid_ascii_index];
}
if (i == EXCESSC_TEST_OBJ)
{
password = CUSTOM_EXCESSC_PWD;
}
Console.WriteLine("The random password generated for object " + i + " is: " + password);
Console.WriteLine("The minimum length requirement for passwords in object " + i + " is: " +
pwd_check_object_array[i].Minimum_Password_Length);
if (pwd_check_object_array[i].Password_Check(password))
{
Console.WriteLine("The entered password is acceptable");
}
else
{
Console.WriteLine("The entered password does not meet the requirements");
}
Console.WriteLine("The actual length of the password entered in object " + i + " is: " +
pwd_check_object_array[i].Password_Length);
Console.WriteLine("Is the object on?: " + pwd_check_object_array[i].isActive);
Console.WriteLine();
}
Console.WriteLine("Press enter to continue...");
Console.ReadLine();
}
