public string GeneratePassword(string domainName, string masterPassword, int length,
HmacGenerator hmacGenerator, CharacterSpace characterSpace)
{
IHmacGenerator generator = hmacGeneratorResolver.ResolverHmacGenerator(hmacGenerator);
string space = characterSpaceGenerator.GenerateCharacterSpace(characterSpace);
byte[] hmac = generator.GenerateHmacHash(domainName, masterPassword);
string password = hmacToArbitraryEncodingConverter.ConvertToArbitraryEncodedString(hmac, space);
string truncatedPassword = passwordTruncator.Truncate(password, length);
return(truncatedPassword);
}
public string GenerateCharacterSpace(CharacterSpace characterSpace)
{
var stringBuilder = new StringBuilder();
foreach (ISingularCharacterSpaceGenerator generator in singularCharacterSpaceGenerators)
{
if (characterSpace.HasFlag(generator.SpaceIdentifier))
{
stringBuilder.Append(generator.GenerateSingularCharacterSpace());
}
}
return(stringBuilder.ToString());
}
IEnumerator PerformDash(Vector2 dashVectorNormalized, float timeToDash, float resetTime, float dashLength, CharacterSpace space = CharacterSpace.Camera)
{
// If instant (make appear instant, avoid division by 0)
if (timeToDash == 0)
{
timeToDash = 0.001f;
}
// cache position at the start of this dash
Vector3 startPos = transform.position;
// toDash is the target dash based on the dash length and our dash vector (NORMALIZED)
Vector3 toDash = (new Vector3(dashVectorNormalized.x, 0, dashVectorNormalized.y) * dashLength);
// The stepping amount of dash
Vector3 lastSubDashPos = new Vector3(0, 0, 0);
// Disallow a dash to begin
m_canDash = false;
// Reset for safety
m_dashResetTimer = 0;
// Perform dash for the full time
while (m_dashResetTimer < (timeToDash + resetTime))
{
if (m_dashResetTimer < timeToDash)
{
// Get the sub dash vector (timer based)
Vector3 thisLerp = Vector3.Lerp(Vector3.zero, toDash, m_dashResetTimer / timeToDash);
// Actually move the player
MovementLibrary.MovePlayer(this, thisLerp - lastSubDashPos, space);
// Set the last position to the current position
lastSubDashPos = thisLerp;
}
m_dashResetTimer += Time.deltaTime;
yield return(null);
}
// Allow for re-dashing
m_canDash = true;
// Drop out of dash (completed)
yield return(null);
}
// External/Internal dashing function, in a normalized (x,z) direction
public void Dash(Vector2 movementRawR, float timeToDash, float resetTime, float dashLength, CharacterSpace space = CharacterSpace.Camera, bool overrideCurDash = false)
{
// Can I dash or am I forcing a new dash
if (m_canDash || overrideCurDash)
{
// Hard reset the current dash
if (overrideCurDash)
{
// We have a running coroutine
if (m_dashCoRoutine != null)
{
// Make sure we're not instancing a new dash coroutine
StopCoroutine(m_dashCoRoutine);
}
}
// Otherwise we can assume that the player "can" dash and therefore the dash coroutine is not running, because
// "m_canDash" should ONLY be set to true from inside the end case of the coroutine
// Player is dashing, prepare
m_dashResetTimer = 0;
m_dashCoRoutine = PerformDash(new Vector3(movementRawR.x, movementRawR.y), timeToDash, resetTime, dashLength, space);
StartCoroutine(m_dashCoRoutine);
}
}
public string TestGenerateCharacterSpace(CharacterSpace characterSpace)
{
return generator.GenerateCharacterSpace(characterSpace);
}
