// Use this for initialization
void Start()
{
base.Start();
pathFinder = GetComponent<PathFinder>();
pathFinder.Grid = grid;
pathFinder.DistanceCanJump = heightCanJump;
pathFinder.HeightCanJump = distanceCanJump;
pathFinder.MaxDistance = maxSearchDistance;
holder = GetComponent<KeyHolder>();
holder.OnKeyPickedUp += KeyPickedUp;
trans = transform;
}
public KeyRing(IKey defaultKey, IEnumerable<IKey> allKeys)
{
_keyIdToKeyHolderMap = new Dictionary<Guid, KeyHolder>();
foreach (IKey key in allKeys)
{
_keyIdToKeyHolderMap.Add(key.KeyId, new KeyHolder(key));
}
// It's possible under some circumstances that the default key won't be part of 'allKeys',
// such as if the key manager is forced to use the key it just generated even if such key
// wasn't in the underlying repository. In this case, we just add it now.
if (!_keyIdToKeyHolderMap.ContainsKey(defaultKey.KeyId))
{
_keyIdToKeyHolderMap.Add(defaultKey.KeyId, new KeyHolder(defaultKey));
}
DefaultKeyId = defaultKey.KeyId;
_defaultKeyHolder = _keyIdToKeyHolderMap[DefaultKeyId];
}
public static List <int> DecryptIntList(this byte[] byteArray, int keyIndex = 0)
{
return(Array.ConvertAll(QEncryption.DecryptBytes(byteArray, KeyHolder.GetKey(keyIndex), KeyHolder.GetIV(keyIndex)).Split(StringDelimiter), int.Parse).ToList());
}
public static byte[] Encrypt(this bool[] boolArray, int keyIndex = 0)
{
return(QEncryption.EncryptString(boolArray.ToString(StringDelimiter), KeyHolder.GetKey(keyIndex), KeyHolder.GetIV(keyIndex)));
}
public static int[] DecryptIntArray(this string value, int keyIndex = 0)
{
return(Array.ConvertAll(QEncryption.DecryptBytes(Array.ConvertAll(value.Split(StringDelimiter), byte.Parse), KeyHolder.GetKey(keyIndex), KeyHolder.GetIV(keyIndex)).Split(StringDelimiter), int.Parse));
}
public static byte[] Encrypt(this List <int> intList, int keyIndex = 0)
{
return(QEncryption.EncryptString(intList.ToString(StringDelimiter), KeyHolder.GetKey(keyIndex), KeyHolder.GetIV(keyIndex)));
}
public static float[] DecryptFloatArray(this byte[] byteArray, int keyIndex = 0)
{
return(Array.ConvertAll(QEncryption.DecryptBytes(byteArray, KeyHolder.GetKey(keyIndex), KeyHolder.GetIV(keyIndex)).Split(StringDelimiter), float.Parse));
}
public static List <float> DecryptFloatList(this string value, int keyIndex = 0)
{
return(Array.ConvertAll(QEncryption.DecryptBytes(Array.ConvertAll(value.Split(StringDelimiter), byte.Parse), KeyHolder.GetKey(keyIndex), KeyHolder.GetIV(keyIndex)).Split(StringDelimiter), float.Parse).ToList());
}
public static string DecryptString(this byte[] byteArray, int keyIndex = 0)
{
return(QEncryption.DecryptBytes(byteArray, KeyHolder.GetKey(keyIndex), KeyHolder.GetIV(keyIndex)));
}
public static byte[] Encrypt(this string value, int keyIndex = 0)
{
return(QEncryption.EncryptString(value, KeyHolder.GetKey(keyIndex), KeyHolder.GetIV(keyIndex)));
}
public static bool DecryptBool(this byte[] byteArray, int keyIndex = 0)
{
return(bool.Parse(QEncryption.DecryptBytes(byteArray, KeyHolder.GetKey(keyIndex), KeyHolder.GetIV(keyIndex))));
}
public static bool DecryptBool(this string value, int keyIndex = 0)
{
return(bool.Parse(QEncryption.DecryptBytes(Array.ConvertAll(value.Split(StringDelimiter), byte.Parse), KeyHolder.GetKey(keyIndex), KeyHolder.GetIV(keyIndex))));
}
public static int DecryptInt(this byte[] byteArray, int keyIndex = 0)
{
return(int.Parse(QEncryption.DecryptBytes(byteArray, KeyHolder.GetKey(keyIndex), KeyHolder.GetIV(keyIndex))));
}
