private static string GetRegular(PKM pk)
{
string form = pk.Form > 0 ? $"-{pk.Form:00}" : string.Empty;
string star = pk.IsShiny ? " ★" : string.Empty;
var chk = pk is ISanityChecksum s ? s.Checksum : PokeCrypto.GetCHK(pk.Data, pk.SIZE_STORED);
return($"{pk.Species:000}{form}{star} - {pk.Nickname} - {chk:X4}{pk.EncryptionConstant:X8}");
}
public static BK4 ReadUnshuffle(ReadOnlySpan <byte> data)
{
var unshuffled = PokeCrypto.DecryptArray4BE(data);
var result = new BK4(unshuffled);
result.RefreshChecksum();
return(result);
}
private static byte[] DecryptParty(byte[] data)
{
PokeCrypto.DecryptIfEncrypted67(ref data);
if (data.Length != SIZE)
{
Array.Resize(ref data, SIZE);
}
return(data);
}
private byte[] PK6(byte[] data)
{
PokeCrypto.DecryptIfEncrypted67(ref data);
if (data.Length != PokeCrypto.SIZE_6PARTY)
{
Array.Resize(ref data, PokeCrypto.SIZE_6PARTY);
}
return(data);
}
private static byte[] DecryptParty(byte[] data)
{
PokeCrypto.DecryptIfEncrypted45(ref data);
Array.Resize(ref data, PokeCrypto.SIZE_4PARTY);
return(data);
}
protected override byte[] DecryptPKM(byte[] data) => PokeCrypto.DecryptArray8A(data);
private int SearchPokemon(byte[,] pokemon, byte[] inputFile, int row, int column)
{
Offset offset = new Offset();
Hex_Conversion hex = new Hex_Conversion();
Array_Manager arr = new Array_Manager();
int found = 0;
byte[] temp = new byte[column];
//Offset data
int PID = 0;
int sizePID = 0;
int dex = 0;
int sizeDex = 0;
int item = 0;
int sizeItem = 0;
int ID = 0;
int sizeID = 0;
int SID = 0;
int sizeSID = 0;
int EXP = 0;
int sizeEXP = 0;
int friendship = 0;
int sizeFriendship = 0;
int ability = 0;
int sizeAbility = 0;
int HPEV = 0;
int sizeHPEV = 0;
int attEV = 0;
int sizeAttEV = 0;
int defEV = 0;
int sizeDefEV = 0;
int speed = 0;
int sizeSpeed = 0;
int spAttEV = 0;
int sizeSpAttEV = 0;
int spDefEV = 0;
int sizeSpDefEV = 0;
int cool = 0;
int sizeCool = 0;
int beauty = 0;
int sizeBeauty = 0;
int cute = 0;
int sizeCute = 0;
int smart = 0;
int sizeSmart = 0;
int tough = 0;
int sizeTough = 0;
int sheen = 0;
int sizeSheen = 0;
int m1 = 0;
int sizeM1 = 0;
int m2 = 0;
int sizeM2 = 0;
int m3 = 0;
int sizeM3 = 0;
int m4 = 0;
int sizeM4 = 0;
int IV = 0;
int sizeIV = 0;
int nature = 0;
int sizeNature = 0;
int encryption = 0;
int sizeEncryption = 0;
offset.Offsets3Later(ref PID, ref dex, ref item, ref ID, ref SID, ref EXP, ref friendship,
ref ability, ref HPEV, ref attEV, ref defEV, ref speed, ref spAttEV, ref spDefEV,
ref cool, ref beauty, ref cute, ref smart, ref tough, ref sheen, ref m1, ref m2,
ref m3, ref m4, ref IV, ref nature, ref sizePID, ref sizeDex, ref sizeItem,
ref sizeID, ref sizeSID, ref sizeEXP, ref sizeFriendship, ref sizeAbility,
ref sizeHPEV, ref sizeAttEV, ref sizeDefEV, ref sizeSpeed, ref sizeSpAttEV,
ref sizeSpDefEV, ref sizeCool, ref sizeBeauty, ref sizeCute, ref sizeSmart,
ref sizeTough, ref sizeSheen, ref sizeM1, ref sizeM2, ref sizeM3, ref sizeM4,
ref sizeIV, ref sizeNature, ref encryption, ref sizeEncryption, 3);
if (inputFile.Length > column)
{
for (int i = 0; i < inputFile.Length - 80 && found != 24; i++)
{
if (hex.LittleEndian(inputFile, i + 32, sizeM1) != 0 && //Move 1 has an actual move
hex.LittleEndian(inputFile, i + 32, sizeM1) < 355 && //Move 1 is a valid move
hex.LittleEndian(inputFile, i + 34, sizeM2) < 355 && //Move 2 is a valid move
hex.LittleEndian(inputFile, i + 36, sizeM3) < 355 && //Move 3 is a valid move
hex.LittleEndian(inputFile, i + 38, sizeM4) < 355 && //Move 4 is a valid move
hex.LittleEndian(inputFile, i + 56, sizeDex) < 387 && //Valid Pokemon speicies
hex.LittleEndian(inputFile, i + 56, sizeDex) != 0 && //Not a glitch Pokemon
hex.LittleEndian(inputFile, i + 58, sizeItem) < 339 && //Held item does not fall out of range
hex.LittleEndian(inputFile, i + 58, sizeItem) != 72 && //Held item does not have an index of 72
hex.LittleEndian(inputFile, i + 58, sizeItem) != 82 //&& //Held item does not have an index of 82
)
{
if (hex.LittleEndian(inputFile, i + 58, sizeItem) > 52 || hex.LittleEndian(inputFile, i + 58, sizeItem) < 62)
{
if (hex.LittleEndian(inputFile, i + 58, sizeItem) > 87 || hex.LittleEndian(inputFile, i + 58, sizeItem) < 92)
{
if (hex.LittleEndian(inputFile, i + 58, sizeItem) > 99 || hex.LittleEndian(inputFile, i + 58, sizeItem) < 102)
{
if (hex.LittleEndian(inputFile, i + 58, sizeItem) > 112 || hex.LittleEndian(inputFile, i + 58, sizeItem) < 120)
{
if (hex.LittleEndian(inputFile, i + 58, sizeItem) > 176 || hex.LittleEndian(inputFile, i + 58, sizeItem) < 178)
{
if (hex.LittleEndian(inputFile, i + 58, sizeItem) > 226 || hex.LittleEndian(inputFile, i + 58, sizeItem) < 253)
{
if (hex.LittleEndian(inputFile, i + 58, sizeItem) > 259 || hex.LittleEndian(inputFile, i + 58, sizeItem) < 288)
{
//1 != 2 and != 3 and != 4
if (hex.LittleEndian(inputFile, i + 32, 2) != hex.LittleEndian(inputFile, i + 34, 2) &&
hex.LittleEndian(inputFile, i + 32, 2) != hex.LittleEndian(inputFile, i + 36, 2) &&
hex.LittleEndian(inputFile, i + 32, 2) != hex.LittleEndian(inputFile, i + 38, 2))
{
//2 != 3 and != 4 OR Moves 2 = 0 and 3 = 0 and 4 = 0
if ((hex.LittleEndian(inputFile, i + 34, 2) != hex.LittleEndian(inputFile, i + 36, 2) &&
hex.LittleEndian(inputFile, i + 34, 2) != hex.LittleEndian(inputFile, i + 38, 2)) == true ||
(hex.LittleEndian(inputFile, i + 34, 2) == 0 &&
hex.LittleEndian(inputFile, i + 36, 2) == 0 &&
hex.LittleEndian(inputFile, i + 38, 2) == 0) == true)
{
//3 != 4
if ((hex.LittleEndian(inputFile, i + 36, 2) != hex.LittleEndian(inputFile, i + 38, 2)) == true ||
(hex.LittleEndian(inputFile, i + 36, 2) == 0 && hex.LittleEndian(inputFile, i + 38, 2) == 0) == true)
{
//Make sure move 2 is a move if move 3 and 4 is a move
if (hex.LittleEndian(inputFile, i + 34, 2) == 0 && hex.LittleEndian(inputFile, i + 36, 2) != 0 && hex.LittleEndian(inputFile, i + 38, 2) != 0)
{
//Test failed
}
else
{
//Make sure move 3 is a move if move 4 is a move
if (hex.LittleEndian(inputFile, i + 36, 2) == 0 && hex.LittleEndian(inputFile, i + 38, 2) != 0)
{
//Test Failed
}
else
{
arr.ArrayPart(temp, PID, sizePID, inputFile, i); //PID
arr.ArrayPart(temp, ID, sizeID, inputFile, i + 4); //ID
arr.ArrayPart(temp, SID, sizeSID, inputFile, i + 6); //SID
arr.ArrayPart(temp, 8, 10, inputFile, i + 8); //Pokemon name
arr.ArrayPart(temp, 18, 2, inputFile, i + 18); //Language
arr.ArrayPart(temp, 20, 7, inputFile, i + 20); //OT
temp[27] = inputFile[i + 27]; //Markings
arr.ArrayPart(temp, 30, 2, inputFile, i + 30); //???
arr.ArrayPart(temp, dex, sizeDex, inputFile, i + 56); //Pokemon species
arr.ArrayPart(temp, item, sizeItem, inputFile, i + 58); //Item
arr.ArrayPart(temp, EXP, sizeEXP, inputFile, i + 60); //EXP
temp[40] = inputFile[i + 64]; //PP Max
temp[41] = inputFile[i + 65]; //Friendship
arr.ArrayPart(temp, 42, 2, inputFile, i + 66); //???
arr.ArrayPart(temp, m1, sizeM1 + sizeM2 + sizeM3 + sizeM4 + 4, inputFile, i + 32); //Move 1 to 4 and their PP Max
arr.ArrayPart(temp, HPEV, sizeHPEV + sizeAttEV + sizeDefEV + sizeSpeed + sizeSpAttEV + sizeSpDefEV, inputFile, i + 68); //EV points
arr.ArrayPart(temp, cool, sizeCool + sizeBeauty + sizeCute + sizeSmart + sizeTough + sizeSheen, inputFile, i + 74); //Contest stats
arr.ArrayPart(temp, 68, 12, inputFile, i + 44); //Met data, IVs, Ribbons
arr.Array1Dto2D(pokemon, found, column, temp);
ushort check = PokeCrypto.GetCHK3(temp); //Makes the checksum
byte[] sumArray = BitConverter.GetBytes(check);
arr.AddString(pokemon, found, 28, sumArray, 0, 2);
found++;
i += 80;
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
return(found);
}
