/// <inheritdoc/>
protected override void SetConverters()
{
Converters.Add(new UltravioletJsonConverter());
}
/// <summary>
/// Sets the converters specified by this settings object.
/// </summary>
protected virtual void SetConverters()
{
Converters.Add(new CoreJsonConverter());
}
public async Task <object> SaveUpdateAsync(ApplicationUserDTO modelDTO)
{
ApplicationUser model;
IdentityResult result = null;
modelDTO.UpdatedDate = Converters.GetCurrentEpochTime();
if (string.IsNullOrEmpty(modelDTO.Id))
{
model = new ApplicationUser()
{
UserName = modelDTO.UserName,
FirstName = modelDTO.FirstName,
MiddleName = modelDTO.MiddleName,
LastName = modelDTO.LastName,
Email = modelDTO.Email,
PhoneNumber = modelDTO.PhoneNumber,
CreatedBy = this.Request.userID,
UpdatedBy = this.Request.userID,
IsActive = true,
IsDeleted = false,
CreatedDate = modelDTO.UpdatedDate,
UpdatedDate = modelDTO.UpdatedDate,
};
result = await this.userManager.CreateAsync(model, modelDTO.PasswordHash);
//add user in role
if (!string.IsNullOrEmpty(modelDTO.RoleName) && result.Succeeded)
{
try
{
result = await this.userManager.AddToRoleAsync(model, modelDTO.RoleName);
if (!result.Succeeded)
{
//delete added user as it is not added in role
await this.userManager.DeleteAsync(model);
}
}
catch (Exception ex)
{
//delete added user as it is not added in role
await this.userManager.DeleteAsync(model);
this.IsSuccess = false;
this.ErrorMessages = new List <ErrorMessageDTO>()
{
new ErrorMessageDTO()
{
Message = ex.ToString()
}
};
}
}
}
else
{
model = await this.userManager.FindByIdAsync(modelDTO.Id);
model.UserName = modelDTO.UserName;
model.FirstName = modelDTO.FirstName;
model.MiddleName = modelDTO.MiddleName;
model.LastName = modelDTO.LastName;
model.Email = modelDTO.Email;
model.PhoneNumber = modelDTO.PhoneNumber;
model.UpdatedBy = this.Request.userID;
model.IsActive = modelDTO.IsActive;
model.IsDeleted = modelDTO.IsDeleted;
model.UpdatedDate = modelDTO.UpdatedDate;
result = await this.userManager.UpdateAsync(model);
//update user in role
if (!string.IsNullOrEmpty(modelDTO.RoleName) && result.Succeeded)
{
try
{
//get current user role
var currentRoleDetails = await this.userManager.GetRolesAsync(model);
var currentRole = currentRoleDetails.FirstOrDefault();
if (string.IsNullOrEmpty(currentRole))
{
//if role is not assigned
result = await this.userManager.AddToRoleAsync(model, modelDTO.RoleName);
}
else if (currentRole != modelDTO.RoleName)
{
//update user role
result = await this.userManager.RemoveFromRoleAsync(model, currentRole);
result = await this.userManager.AddToRoleAsync(model, modelDTO.RoleName);
}
}
catch (Exception ex)
{
//delete added user as it is not added in role
await this.userManager.DeleteAsync(model);
this.IsSuccess = false;
this.ErrorMessages = new List <ErrorMessageDTO>()
{
new ErrorMessageDTO()
{
Message = ex.ToString()
}
};
}
}
}
if (result.Succeeded)
{
model = await this.userManager.FindByIdAsync(model.Id);
modelDTO = Mapper.Map <ApplicationUser, ApplicationUserDTO>(model);
return(modelDTO);
}
else
{
this.IsSuccess = false;
List <ErrorMessageDTO> errors = new List <ErrorMessageDTO>();
foreach (var item in result.Errors)
{
errors.Add(new ErrorMessageDTO()
{
Message = item.Description, Code = item.Code
});
}
this.ErrorMessages = errors;
return(null);
}
}
protected override void TransformBlock(byte[] a_data, int a_index)
{
m_state[0] = Converters.ConvertBytesToULongSwapOrder(a_data, a_index);
InjectMsg(false);
}
public void Remove(Vector3D start)
{
Remove(Converters.From3Dto3I(start));
}
public bool ContainsWithinVector(Vector3D target)
{
return(ContainsWithinVector(Converters.From3Dto3I(target)));
}
public static void Main(string[] args)
{
// Prepare temp file.
string file_name = Path.GetTempFileName();
using (var fs = new FileStream(file_name, FileMode.Open))
{
byte[] v = new byte[256];
new Random().NextBytes(v);
fs.Write(v, 0, v.Length);
}
// Prepare stream.
MemoryStream ms = new MemoryStream(new byte[] { 2, 3, 4, 5, 6, 7 });
// Choose algorithm. Explore HashFactory for more algorithms.
IHash hash = HashFactory.Crypto.CreateSHA256();
// Hash data immediate.
HashResult r = hash.ComputeString("test", Encoding.ASCII);
// Hash data.
hash.Initialize(); // Not mandatory after Compute and TransformFinal
hash.TransformULong(6);
hash.TransformString("test");
r = hash.TransformFinal();
// Calculate 32-bits hash.
hash = HashFactory.Checksum.CreateCRC32_IEEE();
uint crc32 = hash.ComputeString("test", Encoding.ASCII).GetUInt();
// For CRCs you may specify parameters.
hash = HashFactory.Checksum.CreateCRC32(
HashLib.Checksum.CRC32Polynomials.IEEE_802_3, uint.MaxValue, uint.MaxValue);
hash = HashFactory.Checksum.CreateCRC32(
0xF0F0F0F0, uint.MaxValue, uint.MaxValue);
// Most hashes can be created in two ways.
hash = HashFactory.Crypto.CreateHaval(HashRounds.Rounds3, HashSize.HashSize256);
hash = HashFactory.Crypto.CreateHaval_3_256();
// Calculate 64-bits hash.
hash = HashFactory.Hash64.CreateMurmur2();
ulong crc64 = hash.ComputeString("test", Encoding.ASCII).GetULong();
// Calculate hash with key.
var hash_with_key = HashFactory.Hash128.CreateMurmur3_128();
hash_with_key.Key = new MersenneTwister().NextBytes(hash_with_key.KeyLength.Value);
r = hash_with_key.ComputeString("test", Encoding.ASCII);
// This will restore default key.
hash_with_key.Key = null;
// Get some information about algorithm. BlockSize has only informative meaning.
System.Console.WriteLine("{0}, {1}, {2}", hash.BlockSize, hash.HashSize, hash.Name);
// Here you can find algorithms grouped by its properties.
foreach (var h in Hashes.CryptoAll)
{
System.Console.WriteLine(((IHash)Activator.CreateInstance(h)).Name);
}
foreach (var h in Hashes.CryptoNotBuildIn)
{
System.Console.WriteLine(((IHash)Activator.CreateInstance(h)).Name);
}
foreach (var h in Hashes.CryptoBuildIn)
{
System.Console.WriteLine(((IHash)Activator.CreateInstance(h)).Name);
}
foreach (var h in Hashes.Checksums)
{
System.Console.WriteLine(((IHash)Activator.CreateInstance(h)).Name);
}
// ... And more
// Hash stream.
r = hash.ComputeStream(ms);
ms.Position = 2;
r = hash.ComputeStream(ms); // Compute all bytes starting from 2
ms.Position = 3;
r = hash.ComputeStream(ms, 2); // Compute 2 bytes starting from 3
hash.TransformInt(111);
ms.Position = 0;
hash.TransformStream(ms);
r = hash.TransformFinal();
// Hash file
r = hash.ComputeFile(file_name);
r = hash.ComputeFile(file_name, 10); // Compute all bytes starting from 10
r = hash.ComputeFile(file_name, 12, 10); // Compute 10 bytes starting from 12.
hash.TransformInt(111);
hash.TransformFile(file_name);
r = hash.TransformFinal();
// Calculate HMAC.
IHMAC hmac = HashFactory.HMAC.CreateHMAC(HashFactory.Crypto.CreateSHA256());
hmac.Key = Converters.ConvertStringToBytes("secret", Encoding.ASCII);
r = hmac.ComputeString("test", Encoding.ASCII);
Debug.Assert(hmac.KeyLength == null, "NULL means key can be any length");
// Get System.Security.Cryptography.HashAlgorithm wrapper for algorithms from this library.
System.Security.Cryptography.HashAlgorithm hash2 = HashFactory.Wrappers.HashToHashAlgorithm(hash);
// And back.
hash = HashFactory.Wrappers.HashAlgorithmToHash(hash2);
// Some algorithms have fast specialized methods for calculating hashes for all data types.
// They are designed for calculating good-behaving hash codes for hash-tables.
hash = HashFactory.Hash32.CreateMurmur2();
Debug.Assert(hash is IFastHash32);
// Some algorithms can calculated hashes only when they had all needed data,
// they accumulated data to the very end.
hash = HashFactory.Hash32.CreateMurmur2();
Debug.Assert(hash is INonBlockHash);
// Use build-in cryptography hash algorithms.
hash = HashFactory.Crypto.BuildIn.CreateSHA256Cng();
// Delete temp file.
new FileInfo(file_name).Delete();
}
public List <VectorRangeI> GetStartVectors(Vector3D target)
{
return(GetStartVectors(Converters.From3Dto3I(target)));
}
protected override void TransformBlock(byte[] a_data, int a_index, bool a_final)
{
int[] y = new int[128];
for (int i = 0; i < 64; i++)
{
y[i] = a_data[i + a_index];
}
int tmp = y[63];
for (int i = 0; i < 63; i++)
{
y[64 + i] = ((y[i] * FFT128_2_64_Twiddle[i] & 255) - (y[i] * FFT128_2_64_Twiddle[i] >> 8));
}
if (a_final)
{
int tmp2 = y[61];
y[61] = (((tmp2 + 1) & 255) - ((tmp2 + 1) >> 8));
y[125] = (((tmp2 - 1) * FFT128_2_64_Twiddle[61] & 255) - ((tmp2 - 1) * FFT128_2_64_Twiddle[61] >> 8));
}
y[63] = (((tmp + 1) & 255) - ((tmp + 1) >> 8));
y[127] = (((tmp - 1) * FFT128_2_64_Twiddle[63] & 255) - ((tmp - 1) * FFT128_2_64_Twiddle[63] >> 8));
FFT64(y, 0);
FFT64(y, 64);
uint[] state = new uint[16];
Array.Copy(m_state, 0, state, 0, m_state.Length);
uint[] message = Converters.ConvertBytesToUInts(a_data, a_index, 64);
for (int i = 0; i < 16; i++)
{
m_state[i] ^= message[i];
}
Round4(y, 0, 3, 23, 17, 27);
Round4(y, 1, 28, 19, 22, 7);
Round4(y, 2, 29, 9, 15, 5);
Round4(y, 3, 4, 13, 10, 25);
uint[] R = new uint[4];
for (int j = 0; j < 4; j++)
{
R[j] = ((m_state[0 + j] << 4) | (m_state[0 + j] >> (32 - 4)));
}
for (int j = 0; j < 4; j++)
{
m_state[12 + j] = m_state[12 + j] + state[0 + j] + ((((m_state[4 + j]) ^ (m_state[8 + j])) &
(m_state[0 + j])) ^ (m_state[8 + j]));
m_state[12 + j] = ((m_state[12 + j] << 13) | (m_state[12 + j] >> (32 - 13))) + R[(j ^ (((32) % 3) + 1))];
m_state[0 + j] = R[j];
}
for (int j = 0; j < 4; j++)
{
R[j] = ((m_state[12 + j] << 13) | (m_state[12 + j] >> (32 - 13)));
}
for (int j = 0; j < 4; j++)
{
m_state[8 + j] = m_state[8 + j] + state[4 + j] + ((((m_state[0 + j]) ^ (m_state[4 + j])) &
(m_state[12 + j])) ^ (m_state[4 + j]));
m_state[8 + j] = ((m_state[8 + j] << 10) | (m_state[8 + j] >> (32 - 10))) + R[(j ^ (((33) % 3) + 1))];
m_state[12 + j] = R[j];
}
for (int j = 0; j < 4; j++)
{
R[j] = ((m_state[8 + j] << 10) | (m_state[8 + j] >> (32 - 10)));
}
for (int j = 0; j < 4; j++)
{
m_state[4 + j] = m_state[4 + j] + state[8 + j] + ((((m_state[12 + j]) ^ (m_state[0 + j])) &
(m_state[8 + j])) ^ (m_state[0 + j]));
m_state[4 + j] = ((m_state[4 + j] << 25) | (m_state[4 + j] >> (32 - 25))) + R[(j ^ (((34) % 3) + 1))];
m_state[8 + j] = R[j];
}
for (int j = 0; j < 4; j++)
{
R[j] = ((m_state[4 + j] << 25) | (m_state[4 + j] >> (32 - 25)));
}
for (int j = 0; j < 4; j++)
{
m_state[0 + j] = m_state[0 + j] + state[12 + j] + ((((m_state[8 + j]) ^ (m_state[12 + j])) &
(m_state[4 + j])) ^ (m_state[12 + j]));
m_state[0 + j] = ((m_state[0 + j] << 4) | (m_state[0 + j] >> (32 - 4))) + R[(j ^ (((35) % 3) + 1))];
m_state[4 + j] = R[j];
}
}
protected override void TransformBlock(byte[] a_data, int a_index, bool a_final)
{
int[] y = new int[256];
for (int i = 0; i < 128; i++)
{
y[i] = a_data[i + a_index];
}
int tmp = y[127];
for (int i = 0; i < 127; i++)
{
y[128 + i] = ((y[i] * FFT256_2_128_Twiddle[i] & 255) - (y[i] * FFT256_2_128_Twiddle[i] >> 8));
}
if (a_final)
{
int tmp2 = y[125];
y[125] = (((tmp2 + 1) & 255) - ((tmp2 + 1) >> 8));
y[253] = (((tmp2 - 1) * FFT256_2_128_Twiddle[125] & 255) - ((tmp2 - 1) * FFT256_2_128_Twiddle[125] >> 8));
}
y[127] = (((tmp + 1) & 255) - ((tmp + 1) >> 8));
y[255] = (((tmp - 1) * FFT256_2_128_Twiddle[127] & 255) - ((tmp - 1) * FFT256_2_128_Twiddle[127] >> 8));
FFT128(y, 0);
FFT128(y, 128);
uint[] state = new uint[32];
Array.Copy(m_state, 0, state, 0, 32);
uint[] message = Converters.ConvertBytesToUInts(a_data, a_index, 128);
for (int i = 0; i < 32; i++)
{
m_state[i] ^= message[i];
}
Round8(y, 0, 3, 23, 17, 27);
Round8(y, 1, 28, 19, 22, 7);
Round8(y, 2, 29, 9, 15, 5);
Round8(y, 3, 4, 13, 10, 25);
uint[] R = new uint[8];
for (int j = 0; j < 8; j++)
{
R[j] = ((m_state[0 + j] << 4) | (m_state[0 + j] >> (32 - 4)));
}
for (int j = 0; j < 8; j++)
{
m_state[24 + j] = m_state[24 + j] + state[0 + j] + ((((m_state[8 + j]) ^ (m_state[16 + j])) &
(m_state[0 + j])) ^ (m_state[16 + j]));
m_state[24 + j] = ((m_state[24 + j] << 13) | (m_state[24 + j] >> (32 - 13))) + R[j ^ p8_xor[(32) % 7]];
m_state[0 + j] = R[j];
}
for (int j = 0; j < 8; j++)
{
R[j] = ((m_state[24 + j] << 13) | (m_state[24 + j] >> (32 - 13)));
}
for (int j = 0; j < 8; j++)
{
m_state[16 + j] = m_state[16 + j] + state[8 + j] + ((((m_state[0 + j]) ^ (m_state[8 + j])) &
(m_state[24 + j])) ^ (m_state[8 + j]));
m_state[16 + j] = ((m_state[16 + j] << 10) | (m_state[16 + j] >> (32 - 10))) + R[j ^ p8_xor[(33) % 7]];
m_state[24 + j] = R[j];
}
for (int j = 0; j < 8; j++)
{
R[j] = ((m_state[16 + j] << 10) | (m_state[16 + j] >> (32 - 10)));
}
for (int j = 0; j < 8; j++)
{
m_state[8 + j] = m_state[8 + j] + state[16 + j] + ((((m_state[24 + j]) ^ (m_state[0 + j])) &
(m_state[16 + j])) ^ (m_state[0 + j]));
m_state[8 + j] = ((m_state[8 + j] << 25) | (m_state[8 + j] >> (32 - 25))) + R[j ^ p8_xor[(34) % 7]];
m_state[16 + j] = R[j];
}
for (int j = 0; j < 8; j++)
{
R[j] = ((m_state[8 + j] << 25) | (m_state[8 + j] >> (32 - 25)));
}
for (int j = 0; j < 8; j++)
{
m_state[0 + j] = m_state[0 + j] + state[24 + j] + ((((m_state[16 + j]) ^ (m_state[24 + j])) &
(m_state[8 + j])) ^ (m_state[24 + j]));
m_state[0 + j] = ((m_state[0 + j] << 4) | (m_state[0 + j] >> (32 - 4))) + R[j ^ p8_xor[(35) % 7]];
m_state[8 + j] = R[j];
}
}
protected override byte[] GetResult()
{
return(Converters.ConvertUIntsToBytes(m_state, 0, HashSize / 4));
}
public ShowSelectedCarViewModel(ref CarEntity car)
{
this.car = car;
mainImage = Converters.BitmapFromByteArray(car.PictureOne);
}
protected override void TransformBlock(byte[] a_data, int a_index)
{
uint data0 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 0);
uint data1 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 1);
uint data2 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 2);
uint data3 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 3);
uint data4 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 4);
uint data5 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 5);
uint data6 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 6);
uint data7 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 7);
uint data8 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 8);
uint data9 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 9);
uint data10 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 10);
uint data11 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 11);
uint data12 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 12);
uint data13 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 13);
uint data14 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 14);
uint data15 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 15);
uint A = m_state[0];
uint B = m_state[1];
uint C = m_state[2];
uint D = m_state[3];
A = data0 + 0xd76aa478 + A + ((B & C) | (~B & D));
A = ((A << 7) | (A >> (32 - 7))) + B;
D = data1 + 0xe8c7b756 + D + ((A & B) | (~A & C));
D = ((D << 12) | (D >> (32 - 12))) + A;
C = data2 + 0x242070db + C + ((D & A) | (~D & B));
C = ((C << 17) | (C >> (32 - 17))) + D;
B = data3 + 0xc1bdceee + B + ((C & D) | (~C & A));
B = ((B << 22) | (B >> (32 - 22))) + C;
A = data4 + 0xf57c0faf + A + ((B & C) | (~B & D));
A = ((A << 7) | (A >> (32 - 7))) + B;
D = data5 + 0x4787c62a + D + ((A & B) | (~A & C));
D = ((D << 12) | (D >> (32 - 12))) + A;
C = data6 + 0xa8304613 + C + ((D & A) | (~D & B));
C = ((C << 17) | (C >> (32 - 17))) + D;
B = data7 + 0xfd469501 + B + ((C & D) | (~C & A));
B = ((B << 22) | (B >> (32 - 22))) + C;
A = data8 + 0x698098d8 + A + ((B & C) | (~B & D));
A = ((A << 7) | (A >> (32 - 7))) + B;
D = data9 + 0x8b44f7af + D + ((A & B) | (~A & C));
D = ((D << 12) | (D >> (32 - 12))) + A;
C = data10 + 0xffff5bb1 + C + ((D & A) | (~D & B));
C = ((C << 17) | (C >> (32 - 17))) + D;
B = data11 + 0x895cd7be + B + ((C & D) | (~C & A));
B = ((B << 22) | (B >> (32 - 22))) + C;
A = data12 + 0x6b901122 + A + ((B & C) | (~B & D));
A = ((A << 7) | (A >> (32 - 7))) + B;
D = data13 + 0xfd987193 + D + ((A & B) | (~A & C));
D = ((D << 12) | (D >> (32 - 12))) + A;
C = data14 + 0xa679438e + C + ((D & A) | (~D & B));
C = ((C << 17) | (C >> (32 - 17))) + D;
B = data15 + 0x49b40821 + B + ((C & D) | (~C & A));
B = ((B << 22) | (B >> (32 - 22))) + C;
A = data1 + 0xf61e2562 + A + ((B & D) | (C & ~D));
A = ((A << 5) | (A >> (32 - 5))) + B;
D = data6 + 0xc040b340 + D + ((A & C) | (B & ~C));
D = ((D << 9) | (D >> (32 - 9))) + A;
C = data11 + 0x265e5a51 + C + ((D & B) | (A & ~B));
C = ((C << 14) | (C >> (32 - 14))) + D;
B = data0 + 0xe9b6c7aa + B + ((C & A) | (D & ~A));
B = ((B << 20) | (B >> (32 - 20))) + C;
A = data5 + 0xd62f105d + A + ((B & D) | (C & ~D));
A = ((A << 5) | (A >> (32 - 5))) + B;
D = data10 + 0x2441453 + D + ((A & C) | (B & ~C));
D = ((D << 9) | (D >> (32 - 9))) + A;
C = data15 + 0xd8a1e681 + C + ((D & B) | (A & ~B));
C = ((C << 14) | (C >> (32 - 14))) + D;
B = data4 + 0xe7d3fbc8 + B + ((C & A) | (D & ~A));
B = ((B << 20) | (B >> (32 - 20))) + C;
A = data9 + 0x21e1cde6 + A + ((B & D) | (C & ~D));
A = ((A << 5) | (A >> (32 - 5))) + B;
D = data14 + 0xc33707d6 + D + ((A & C) | (B & ~C));
D = ((D << 9) | (D >> (32 - 9))) + A;
C = data3 + 0xf4d50d87 + C + ((D & B) | (A & ~B));
C = ((C << 14) | (C >> (32 - 14))) + D;
B = data8 + 0x455a14ed + B + ((C & A) | (D & ~A));
B = ((B << 20) | (B >> (32 - 20))) + C;
A = data13 + 0xa9e3e905 + A + ((B & D) | (C & ~D));
A = ((A << 5) | (A >> (32 - 5))) + B;
D = data2 + 0xfcefa3f8 + D + ((A & C) | (B & ~C));
D = ((D << 9) | (D >> (32 - 9))) + A;
C = data7 + 0x676f02d9 + C + ((D & B) | (A & ~B));
C = ((C << 14) | (C >> (32 - 14))) + D;
B = data12 + 0x8d2a4c8a + B + ((C & A) | (D & ~A));
B = ((B << 20) | (B >> (32 - 20))) + C;
A = data5 + 0xfffa3942 + A + (B ^ C ^ D);
A = ((A << 4) | (A >> (32 - 4))) + B;
D = data8 + 0x8771f681 + D + (A ^ B ^ C);
D = ((D << 11) | (D >> (32 - 11))) + A;
C = data11 + 0x6d9d6122 + C + (D ^ A ^ B);
C = ((C << 16) | (C >> (32 - 16))) + D;
B = data14 + 0xfde5380c + B + (C ^ D ^ A);
B = ((B << 23) | (B >> (32 - 23))) + C;
A = data1 + 0xa4beea44 + A + (B ^ C ^ D);
A = ((A << 4) | (A >> (32 - 4))) + B;
D = data4 + 0x4bdecfa9 + D + (A ^ B ^ C);
D = ((D << 11) | (D >> (32 - 11))) + A;
C = data7 + 0xf6bb4b60 + C + (D ^ A ^ B);
C = ((C << 16) | (C >> (32 - 16))) + D;
B = data10 + 0xbebfbc70 + B + (C ^ D ^ A);
B = ((B << 23) | (B >> (32 - 23))) + C;
A = data13 + 0x289b7ec6 + A + (B ^ C ^ D);
A = ((A << 4) | (A >> (32 - 4))) + B;
D = data0 + 0xeaa127fa + D + (A ^ B ^ C);
D = ((D << 11) | (D >> (32 - 11))) + A;
C = data3 + 0xd4ef3085 + C + (D ^ A ^ B);
C = ((C << 16) | (C >> (32 - 16))) + D;
B = data6 + 0x4881d05 + B + (C ^ D ^ A);
B = ((B << 23) | (B >> (32 - 23))) + C;
A = data9 + 0xd9d4d039 + A + (B ^ C ^ D);
A = ((A << 4) | (A >> (32 - 4))) + B;
D = data12 + 0xe6db99e5 + D + (A ^ B ^ C);
D = ((D << 11) | (D >> (32 - 11))) + A;
C = data15 + 0x1fa27cf8 + C + (D ^ A ^ B);
C = ((C << 16) | (C >> (32 - 16))) + D;
B = data2 + 0xc4ac5665 + B + (C ^ D ^ A);
B = ((B << 23) | (B >> (32 - 23))) + C;
A = data0 + 0xf4292244 + A + (C ^ (B | ~D));
A = ((A << 6) | (A >> (32 - 6))) + B;
D = data7 + 0x432aff97 + D + (B ^ (A | ~C));
D = ((D << 10) | (D >> (32 - 10))) + A;
C = data14 + 0xab9423a7 + C + (A ^ (D | ~B));
C = ((C << 15) | (C >> (32 - 15))) + D;
B = data5 + 0xfc93a039 + B + (D ^ (C | ~A));
B = ((B << 21) | (B >> (32 - 21))) + C;
A = data12 + 0x655b59c3 + A + (C ^ (B | ~D));
A = ((A << 6) | (A >> (32 - 6))) + B;
D = data3 + 0x8f0ccc92 + D + (B ^ (A | ~C));
D = ((D << 10) | (D >> (32 - 10))) + A;
C = data10 + 0xffeff47d + C + (A ^ (D | ~B));
C = ((C << 15) | (C >> (32 - 15))) + D;
B = data1 + 0x85845dd1 + B + (D ^ (C | ~A));
B = ((B << 21) | (B >> (32 - 21))) + C;
A = data8 + 0x6fa87e4f + A + (C ^ (B | ~D));
A = ((A << 6) | (A >> (32 - 6))) + B;
D = data15 + 0xfe2ce6e0 + D + (B ^ (A | ~C));
D = ((D << 10) | (D >> (32 - 10))) + A;
C = data6 + 0xa3014314 + C + (A ^ (D | ~B));
C = ((C << 15) | (C >> (32 - 15))) + D;
B = data13 + 0x4e0811a1 + B + (D ^ (C | ~A));
B = ((B << 21) | (B >> (32 - 21))) + C;
A = data4 + 0xf7537e82 + A + (C ^ (B | ~D));
A = ((A << 6) | (A >> (32 - 6))) + B;
D = data11 + 0xbd3af235 + D + (B ^ (A | ~C));
D = ((D << 10) | (D >> (32 - 10))) + A;
C = data2 + 0x2ad7d2bb + C + (A ^ (D | ~B));
C = ((C << 15) | (C >> (32 - 15))) + D;
B = data9 + 0xeb86d391 + B + (D ^ (C | ~A));
B = ((B << 21) | (B >> (32 - 21))) + C;
m_state[0] += A;
m_state[1] += B;
m_state[2] += C;
m_state[3] += D;
}
protected override void TransformBlock(byte[] a_data, int a_index)
{
ulong state0 = m_processed_bytes;
ulong state1 = m_temp2;
ulong state2 = state0 ^ state1;
ulong state3 = m_state[0];
ulong state4 = m_state[1];
ulong state5 = m_state[2];
ulong state6 = m_state[3];
ulong state7 = m_state[4];
ulong state8 = m_state[5];
ulong state9 = m_state[6];
ulong state10 = m_state[7];
ulong state11 = state3 ^ state4 ^ state5 ^ state6 ^ state7 ^ state8 ^ state9 ^ state10 ^ 0x1BD11BDAA9FC1A22;
ulong[] data = Converters.ConvertBytesToULongs(a_data, a_index, BlockSize);
ulong X0 = data[0] + state3;
ulong X1 = data[1] + state4;
ulong X2 = data[2] + state5;
ulong X3 = data[3] + state6;
ulong X4 = data[4] + state7;
ulong X5 = data[5] + state8 + state0;
ulong X6 = data[6] + state9 + state1;
ulong X7 = data[7] + state10;
X0 += X1;
X1 = (X1 << 46) | (X1 >> (64 - 46));
X1 ^= X0;
X2 += X3;
X3 = (X3 << 36) | (X3 >> (64 - 36));
X3 ^= X2;
X4 += X5;
X5 = (X5 << 19) | (X5 >> (64 - 19));
X5 ^= X4;
X6 += X7;
X7 = (X7 << 37) | (X7 >> (64 - 37));
X7 ^= X6;
X2 += X1;
X1 = (X1 << 33) | (X1 >> (64 - 33));
X1 ^= X2;
X4 += X7;
X7 = (X7 << 27) | (X7 >> (64 - 27));
X7 ^= X4;
X6 += X5;
X5 = (X5 << 14) | (X5 >> (64 - 14));
X5 ^= X6;
X0 += X3;
X3 = (X3 << 42) | (X3 >> (64 - 42));
X3 ^= X0;
X4 += X1;
X1 = (X1 << 17) | (X1 >> (64 - 17));
X1 ^= X4;
X6 += X3;
X3 = (X3 << 49) | (X3 >> (64 - 49));
X3 ^= X6;
X0 += X5;
X5 = (X5 << 36) | (X5 >> (64 - 36));
X5 ^= X0;
X2 += X7;
X7 = (X7 << 39) | (X7 >> (64 - 39));
X7 ^= X2;
X6 += X1;
X1 = (X1 << 44) | (X1 >> (64 - 44));
X1 ^= X6;
X0 += X7;
X7 = (X7 << 9) | (X7 >> (64 - 9));
X7 ^= X0;
X2 += X5;
X5 = (X5 << 54) | (X5 >> (64 - 54));
X5 ^= X2;
X4 += X3;
X3 = (X3 << 56) | (X3 >> (64 - 56));
X3 ^= X4;
X0 += state4;
X1 += state5;
X2 += state6;
X3 += state7;
X4 += state8;
X5 += state9 + state1;
X6 += state10 + state2;
X7 += state11 + 1;
X0 += X1;
X1 = (X1 << 39) | (X1 >> (64 - 39));
X1 ^= X0;
X2 += X3;
X3 = (X3 << 30) | (X3 >> (64 - 30));
X3 ^= X2;
X4 += X5;
X5 = (X5 << 34) | (X5 >> (64 - 34));
X5 ^= X4;
X6 += X7;
X7 = (X7 << 24) | (X7 >> (64 - 24));
X7 ^= X6;
X2 += X1;
X1 = (X1 << 13) | (X1 >> (64 - 13));
X1 ^= X2;
X4 += X7;
X7 = (X7 << 50) | (X7 >> (64 - 50));
X7 ^= X4;
X6 += X5;
X5 = (X5 << 10) | (X5 >> (64 - 10));
X5 ^= X6;
X0 += X3;
X3 = (X3 << 17) | (X3 >> (64 - 17));
X3 ^= X0;
X4 += X1;
X1 = (X1 << 25) | (X1 >> (64 - 25));
X1 ^= X4;
X6 += X3;
X3 = (X3 << 29) | (X3 >> (64 - 29));
X3 ^= X6;
X0 += X5;
X5 = (X5 << 39) | (X5 >> (64 - 39));
X5 ^= X0;
X2 += X7;
X7 = (X7 << 43) | (X7 >> (64 - 43));
X7 ^= X2;
X6 += X1;
X1 = (X1 << 8) | (X1 >> (64 - 8));
X1 ^= X6;
X0 += X7;
X7 = (X7 << 35) | (X7 >> (64 - 35));
X7 ^= X0;
X2 += X5;
X5 = (X5 << 56) | (X5 >> (64 - 56));
X5 ^= X2;
X4 += X3;
X3 = (X3 << 22) | (X3 >> (64 - 22));
X3 ^= X4;
X0 += state5;
X1 += state6;
X2 += state7;
X3 += state8;
X4 += state9;
X5 += state10 + state2;
X6 += state11 + state0;
X7 += state3 + 2;
X0 += X1;
X1 = (X1 << 46) | (X1 >> (64 - 46));
X1 ^= X0;
X2 += X3;
X3 = (X3 << 36) | (X3 >> (64 - 36));
X3 ^= X2;
X4 += X5;
X5 = (X5 << 19) | (X5 >> (64 - 19));
X5 ^= X4;
X6 += X7;
X7 = (X7 << 37) | (X7 >> (64 - 37));
X7 ^= X6;
X2 += X1;
X1 = (X1 << 33) | (X1 >> (64 - 33));
X1 ^= X2;
X4 += X7;
X7 = (X7 << 27) | (X7 >> (64 - 27));
X7 ^= X4;
X6 += X5;
X5 = (X5 << 14) | (X5 >> (64 - 14));
X5 ^= X6;
X0 += X3;
X3 = (X3 << 42) | (X3 >> (64 - 42));
X3 ^= X0;
X4 += X1;
X1 = (X1 << 17) | (X1 >> (64 - 17));
X1 ^= X4;
X6 += X3;
X3 = (X3 << 49) | (X3 >> (64 - 49));
X3 ^= X6;
X0 += X5;
X5 = (X5 << 36) | (X5 >> (64 - 36));
X5 ^= X0;
X2 += X7;
X7 = (X7 << 39) | (X7 >> (64 - 39));
X7 ^= X2;
X6 += X1;
X1 = (X1 << 44) | (X1 >> (64 - 44));
X1 ^= X6;
X0 += X7;
X7 = (X7 << 9) | (X7 >> (64 - 9));
X7 ^= X0;
X2 += X5;
X5 = (X5 << 54) | (X5 >> (64 - 54));
X5 ^= X2;
X4 += X3;
X3 = (X3 << 56) | (X3 >> (64 - 56));
X3 ^= X4;
X0 += state6;
X1 += state7;
X2 += state8;
X3 += state9;
X4 += state10;
X5 += state11 + state0;
X6 += state3 + state1;
X7 += state4 + 3;
X0 += X1;
X1 = (X1 << 39) | (X1 >> (64 - 39));
X1 ^= X0;
X2 += X3;
X3 = (X3 << 30) | (X3 >> (64 - 30));
X3 ^= X2;
X4 += X5;
X5 = (X5 << 34) | (X5 >> (64 - 34));
X5 ^= X4;
X6 += X7;
X7 = (X7 << 24) | (X7 >> (64 - 24));
X7 ^= X6;
X2 += X1;
X1 = (X1 << 13) | (X1 >> (64 - 13));
X1 ^= X2;
X4 += X7;
X7 = (X7 << 50) | (X7 >> (64 - 50));
X7 ^= X4;
X6 += X5;
X5 = (X5 << 10) | (X5 >> (64 - 10));
X5 ^= X6;
X0 += X3;
X3 = (X3 << 17) | (X3 >> (64 - 17));
X3 ^= X0;
X4 += X1;
X1 = (X1 << 25) | (X1 >> (64 - 25));
X1 ^= X4;
X6 += X3;
X3 = (X3 << 29) | (X3 >> (64 - 29));
X3 ^= X6;
X0 += X5;
X5 = (X5 << 39) | (X5 >> (64 - 39));
X5 ^= X0;
X2 += X7;
X7 = (X7 << 43) | (X7 >> (64 - 43));
X7 ^= X2;
X6 += X1;
X1 = (X1 << 8) | (X1 >> (64 - 8));
X1 ^= X6;
X0 += X7;
X7 = (X7 << 35) | (X7 >> (64 - 35));
X7 ^= X0;
X2 += X5;
X5 = (X5 << 56) | (X5 >> (64 - 56));
X5 ^= X2;
X4 += X3;
X3 = (X3 << 22) | (X3 >> (64 - 22));
X3 ^= X4;
X0 += state7;
X1 += state8;
X2 += state9;
X3 += state10;
X4 += state11;
X5 += state3 + state1;
X6 += state4 + state2;
X7 += state5 + 4;
X0 += X1;
X1 = (X1 << 46) | (X1 >> (64 - 46));
X1 ^= X0;
X2 += X3;
X3 = (X3 << 36) | (X3 >> (64 - 36));
X3 ^= X2;
X4 += X5;
X5 = (X5 << 19) | (X5 >> (64 - 19));
X5 ^= X4;
X6 += X7;
X7 = (X7 << 37) | (X7 >> (64 - 37));
X7 ^= X6;
X2 += X1;
X1 = (X1 << 33) | (X1 >> (64 - 33));
X1 ^= X2;
X4 += X7;
X7 = (X7 << 27) | (X7 >> (64 - 27));
X7 ^= X4;
X6 += X5;
X5 = (X5 << 14) | (X5 >> (64 - 14));
X5 ^= X6;
X0 += X3;
X3 = (X3 << 42) | (X3 >> (64 - 42));
X3 ^= X0;
X4 += X1;
X1 = (X1 << 17) | (X1 >> (64 - 17));
X1 ^= X4;
X6 += X3;
X3 = (X3 << 49) | (X3 >> (64 - 49));
X3 ^= X6;
X0 += X5;
X5 = (X5 << 36) | (X5 >> (64 - 36));
X5 ^= X0;
X2 += X7;
X7 = (X7 << 39) | (X7 >> (64 - 39));
X7 ^= X2;
X6 += X1;
X1 = (X1 << 44) | (X1 >> (64 - 44));
X1 ^= X6;
X0 += X7;
X7 = (X7 << 9) | (X7 >> (64 - 9));
X7 ^= X0;
X2 += X5;
X5 = (X5 << 54) | (X5 >> (64 - 54));
X5 ^= X2;
X4 += X3;
X3 = (X3 << 56) | (X3 >> (64 - 56));
X3 ^= X4;
X0 += state8;
X1 += state9;
X2 += state10;
X3 += state11;
X4 += state3;
X5 += state4 + state2;
X6 += state5 + state0;
X7 += state6 + 5;
X0 += X1;
X1 = (X1 << 39) | (X1 >> (64 - 39));
X1 ^= X0;
X2 += X3;
X3 = (X3 << 30) | (X3 >> (64 - 30));
X3 ^= X2;
X4 += X5;
X5 = (X5 << 34) | (X5 >> (64 - 34));
X5 ^= X4;
X6 += X7;
X7 = (X7 << 24) | (X7 >> (64 - 24));
X7 ^= X6;
X2 += X1;
X1 = (X1 << 13) | (X1 >> (64 - 13));
X1 ^= X2;
X4 += X7;
X7 = (X7 << 50) | (X7 >> (64 - 50));
X7 ^= X4;
X6 += X5;
X5 = (X5 << 10) | (X5 >> (64 - 10));
X5 ^= X6;
X0 += X3;
X3 = (X3 << 17) | (X3 >> (64 - 17));
X3 ^= X0;
X4 += X1;
X1 = (X1 << 25) | (X1 >> (64 - 25));
X1 ^= X4;
X6 += X3;
X3 = (X3 << 29) | (X3 >> (64 - 29));
X3 ^= X6;
X0 += X5;
X5 = (X5 << 39) | (X5 >> (64 - 39));
X5 ^= X0;
X2 += X7;
X7 = (X7 << 43) | (X7 >> (64 - 43));
X7 ^= X2;
X6 += X1;
X1 = (X1 << 8) | (X1 >> (64 - 8));
X1 ^= X6;
X0 += X7;
X7 = (X7 << 35) | (X7 >> (64 - 35));
X7 ^= X0;
X2 += X5;
X5 = (X5 << 56) | (X5 >> (64 - 56));
X5 ^= X2;
X4 += X3;
X3 = (X3 << 22) | (X3 >> (64 - 22));
X3 ^= X4;
X0 += state9;
X1 += state10;
X2 += state11;
X3 += state3;
X4 += state4;
X5 += state5 + state0;
X6 += state6 + state1;
X7 += state7 + 6;
X0 += X1;
X1 = (X1 << 46) | (X1 >> (64 - 46));
X1 ^= X0;
X2 += X3;
X3 = (X3 << 36) | (X3 >> (64 - 36));
X3 ^= X2;
X4 += X5;
X5 = (X5 << 19) | (X5 >> (64 - 19));
X5 ^= X4;
X6 += X7;
X7 = (X7 << 37) | (X7 >> (64 - 37));
X7 ^= X6;
X2 += X1;
X1 = (X1 << 33) | (X1 >> (64 - 33));
X1 ^= X2;
X4 += X7;
X7 = (X7 << 27) | (X7 >> (64 - 27));
X7 ^= X4;
X6 += X5;
X5 = (X5 << 14) | (X5 >> (64 - 14));
X5 ^= X6;
X0 += X3;
X3 = (X3 << 42) | (X3 >> (64 - 42));
X3 ^= X0;
X4 += X1;
X1 = (X1 << 17) | (X1 >> (64 - 17));
X1 ^= X4;
X6 += X3;
X3 = (X3 << 49) | (X3 >> (64 - 49));
X3 ^= X6;
X0 += X5;
X5 = (X5 << 36) | (X5 >> (64 - 36));
X5 ^= X0;
X2 += X7;
X7 = (X7 << 39) | (X7 >> (64 - 39));
X7 ^= X2;
X6 += X1;
X1 = (X1 << 44) | (X1 >> (64 - 44));
X1 ^= X6;
X0 += X7;
X7 = (X7 << 9) | (X7 >> (64 - 9));
X7 ^= X0;
X2 += X5;
X5 = (X5 << 54) | (X5 >> (64 - 54));
X5 ^= X2;
X4 += X3;
X3 = (X3 << 56) | (X3 >> (64 - 56));
X3 ^= X4;
X0 += state10;
X1 += state11;
X2 += state3;
X3 += state4;
X4 += state5;
X5 += state6 + state1;
X6 += state7 + state2;
X7 += state8 + 7;
X0 += X1;
X1 = (X1 << 39) | (X1 >> (64 - 39));
X1 ^= X0;
X2 += X3;
X3 = (X3 << 30) | (X3 >> (64 - 30));
X3 ^= X2;
X4 += X5;
X5 = (X5 << 34) | (X5 >> (64 - 34));
X5 ^= X4;
X6 += X7;
X7 = (X7 << 24) | (X7 >> (64 - 24));
X7 ^= X6;
X2 += X1;
X1 = (X1 << 13) | (X1 >> (64 - 13));
X1 ^= X2;
X4 += X7;
X7 = (X7 << 50) | (X7 >> (64 - 50));
X7 ^= X4;
X6 += X5;
X5 = (X5 << 10) | (X5 >> (64 - 10));
X5 ^= X6;
X0 += X3;
X3 = (X3 << 17) | (X3 >> (64 - 17));
X3 ^= X0;
X4 += X1;
X1 = (X1 << 25) | (X1 >> (64 - 25));
X1 ^= X4;
X6 += X3;
X3 = (X3 << 29) | (X3 >> (64 - 29));
X3 ^= X6;
X0 += X5;
X5 = (X5 << 39) | (X5 >> (64 - 39));
X5 ^= X0;
X2 += X7;
X7 = (X7 << 43) | (X7 >> (64 - 43));
X7 ^= X2;
X6 += X1;
X1 = (X1 << 8) | (X1 >> (64 - 8));
X1 ^= X6;
X0 += X7;
X7 = (X7 << 35) | (X7 >> (64 - 35));
X7 ^= X0;
X2 += X5;
X5 = (X5 << 56) | (X5 >> (64 - 56));
X5 ^= X2;
X4 += X3;
X3 = (X3 << 22) | (X3 >> (64 - 22));
X3 ^= X4;
X0 += state11;
X1 += state3;
X2 += state4;
X3 += state5;
X4 += state6;
X5 += state7 + state2;
X6 += state8 + state0;
X7 += state9 + 8;
X0 += X1;
X1 = (X1 << 46) | (X1 >> (64 - 46));
X1 ^= X0;
X2 += X3;
X3 = (X3 << 36) | (X3 >> (64 - 36));
X3 ^= X2;
X4 += X5;
X5 = (X5 << 19) | (X5 >> (64 - 19));
X5 ^= X4;
X6 += X7;
X7 = (X7 << 37) | (X7 >> (64 - 37));
X7 ^= X6;
X2 += X1;
X1 = (X1 << 33) | (X1 >> (64 - 33));
X1 ^= X2;
X4 += X7;
X7 = (X7 << 27) | (X7 >> (64 - 27));
X7 ^= X4;
X6 += X5;
X5 = (X5 << 14) | (X5 >> (64 - 14));
X5 ^= X6;
X0 += X3;
X3 = (X3 << 42) | (X3 >> (64 - 42));
X3 ^= X0;
X4 += X1;
X1 = (X1 << 17) | (X1 >> (64 - 17));
X1 ^= X4;
X6 += X3;
X3 = (X3 << 49) | (X3 >> (64 - 49));
X3 ^= X6;
X0 += X5;
X5 = (X5 << 36) | (X5 >> (64 - 36));
X5 ^= X0;
X2 += X7;
X7 = (X7 << 39) | (X7 >> (64 - 39));
X7 ^= X2;
X6 += X1;
X1 = (X1 << 44) | (X1 >> (64 - 44));
X1 ^= X6;
X0 += X7;
X7 = (X7 << 9) | (X7 >> (64 - 9));
X7 ^= X0;
X2 += X5;
X5 = (X5 << 54) | (X5 >> (64 - 54));
X5 ^= X2;
X4 += X3;
X3 = (X3 << 56) | (X3 >> (64 - 56));
X3 ^= X4;
X0 += state3;
X1 += state4;
X2 += state5;
X3 += state6;
X4 += state7;
X5 += state8 + state0;
X6 += state9 + state1;
X7 += state10 + 9;
X0 += X1;
X1 = (X1 << 39) | (X1 >> (64 - 39));
X1 ^= X0;
X2 += X3;
X3 = (X3 << 30) | (X3 >> (64 - 30));
X3 ^= X2;
X4 += X5;
X5 = (X5 << 34) | (X5 >> (64 - 34));
X5 ^= X4;
X6 += X7;
X7 = (X7 << 24) | (X7 >> (64 - 24));
X7 ^= X6;
X2 += X1;
X1 = (X1 << 13) | (X1 >> (64 - 13));
X1 ^= X2;
X4 += X7;
X7 = (X7 << 50) | (X7 >> (64 - 50));
X7 ^= X4;
X6 += X5;
X5 = (X5 << 10) | (X5 >> (64 - 10));
X5 ^= X6;
X0 += X3;
X3 = (X3 << 17) | (X3 >> (64 - 17));
X3 ^= X0;
X4 += X1;
X1 = (X1 << 25) | (X1 >> (64 - 25));
X1 ^= X4;
X6 += X3;
X3 = (X3 << 29) | (X3 >> (64 - 29));
X3 ^= X6;
X0 += X5;
X5 = (X5 << 39) | (X5 >> (64 - 39));
X5 ^= X0;
X2 += X7;
X7 = (X7 << 43) | (X7 >> (64 - 43));
X7 ^= X2;
X6 += X1;
X1 = (X1 << 8) | (X1 >> (64 - 8));
X1 ^= X6;
X0 += X7;
X7 = (X7 << 35) | (X7 >> (64 - 35));
X7 ^= X0;
X2 += X5;
X5 = (X5 << 56) | (X5 >> (64 - 56));
X5 ^= X2;
X4 += X3;
X3 = (X3 << 22) | (X3 >> (64 - 22));
X3 ^= X4;
X0 += state4;
X1 += state5;
X2 += state6;
X3 += state7;
X4 += state8;
X5 += state9 + state1;
X6 += state10 + state2;
X7 += state11 + 10;
X0 += X1;
X1 = (X1 << 46) | (X1 >> (64 - 46));
X1 ^= X0;
X2 += X3;
X3 = (X3 << 36) | (X3 >> (64 - 36));
X3 ^= X2;
X4 += X5;
X5 = (X5 << 19) | (X5 >> (64 - 19));
X5 ^= X4;
X6 += X7;
X7 = (X7 << 37) | (X7 >> (64 - 37));
X7 ^= X6;
X2 += X1;
X1 = (X1 << 33) | (X1 >> (64 - 33));
X1 ^= X2;
X4 += X7;
X7 = (X7 << 27) | (X7 >> (64 - 27));
X7 ^= X4;
X6 += X5;
X5 = (X5 << 14) | (X5 >> (64 - 14));
X5 ^= X6;
X0 += X3;
X3 = (X3 << 42) | (X3 >> (64 - 42));
X3 ^= X0;
X4 += X1;
X1 = (X1 << 17) | (X1 >> (64 - 17));
X1 ^= X4;
X6 += X3;
X3 = (X3 << 49) | (X3 >> (64 - 49));
X3 ^= X6;
X0 += X5;
X5 = (X5 << 36) | (X5 >> (64 - 36));
X5 ^= X0;
X2 += X7;
X7 = (X7 << 39) | (X7 >> (64 - 39));
X7 ^= X2;
X6 += X1;
X1 = (X1 << 44) | (X1 >> (64 - 44));
X1 ^= X6;
X0 += X7;
X7 = (X7 << 9) | (X7 >> (64 - 9));
X7 ^= X0;
X2 += X5;
X5 = (X5 << 54) | (X5 >> (64 - 54));
X5 ^= X2;
X4 += X3;
X3 = (X3 << 56) | (X3 >> (64 - 56));
X3 ^= X4;
X0 += state5;
X1 += state6;
X2 += state7;
X3 += state8;
X4 += state9;
X5 += state10 + state2;
X6 += state11 + state0;
X7 += state3 + 11;
X0 += X1;
X1 = (X1 << 39) | (X1 >> (64 - 39));
X1 ^= X0;
X2 += X3;
X3 = (X3 << 30) | (X3 >> (64 - 30));
X3 ^= X2;
X4 += X5;
X5 = (X5 << 34) | (X5 >> (64 - 34));
X5 ^= X4;
X6 += X7;
X7 = (X7 << 24) | (X7 >> (64 - 24));
X7 ^= X6;
X2 += X1;
X1 = (X1 << 13) | (X1 >> (64 - 13));
X1 ^= X2;
X4 += X7;
X7 = (X7 << 50) | (X7 >> (64 - 50));
X7 ^= X4;
X6 += X5;
X5 = (X5 << 10) | (X5 >> (64 - 10));
X5 ^= X6;
X0 += X3;
X3 = (X3 << 17) | (X3 >> (64 - 17));
X3 ^= X0;
X4 += X1;
X1 = (X1 << 25) | (X1 >> (64 - 25));
X1 ^= X4;
X6 += X3;
X3 = (X3 << 29) | (X3 >> (64 - 29));
X3 ^= X6;
X0 += X5;
X5 = (X5 << 39) | (X5 >> (64 - 39));
X5 ^= X0;
X2 += X7;
X7 = (X7 << 43) | (X7 >> (64 - 43));
X7 ^= X2;
X6 += X1;
X1 = (X1 << 8) | (X1 >> (64 - 8));
X1 ^= X6;
X0 += X7;
X7 = (X7 << 35) | (X7 >> (64 - 35));
X7 ^= X0;
X2 += X5;
X5 = (X5 << 56) | (X5 >> (64 - 56));
X5 ^= X2;
X4 += X3;
X3 = (X3 << 22) | (X3 >> (64 - 22));
X3 ^= X4;
X0 += state6;
X1 += state7;
X2 += state8;
X3 += state9;
X4 += state10;
X5 += state11 + state0;
X6 += state3 + state1;
X7 += state4 + 12;
X0 += X1;
X1 = (X1 << 46) | (X1 >> (64 - 46));
X1 ^= X0;
X2 += X3;
X3 = (X3 << 36) | (X3 >> (64 - 36));
X3 ^= X2;
X4 += X5;
X5 = (X5 << 19) | (X5 >> (64 - 19));
X5 ^= X4;
X6 += X7;
X7 = (X7 << 37) | (X7 >> (64 - 37));
X7 ^= X6;
X2 += X1;
X1 = (X1 << 33) | (X1 >> (64 - 33));
X1 ^= X2;
X4 += X7;
X7 = (X7 << 27) | (X7 >> (64 - 27));
X7 ^= X4;
X6 += X5;
X5 = (X5 << 14) | (X5 >> (64 - 14));
X5 ^= X6;
X0 += X3;
X3 = (X3 << 42) | (X3 >> (64 - 42));
X3 ^= X0;
X4 += X1;
X1 = (X1 << 17) | (X1 >> (64 - 17));
X1 ^= X4;
X6 += X3;
X3 = (X3 << 49) | (X3 >> (64 - 49));
X3 ^= X6;
X0 += X5;
X5 = (X5 << 36) | (X5 >> (64 - 36));
X5 ^= X0;
X2 += X7;
X7 = (X7 << 39) | (X7 >> (64 - 39));
X7 ^= X2;
X6 += X1;
X1 = (X1 << 44) | (X1 >> (64 - 44));
X1 ^= X6;
X0 += X7;
X7 = (X7 << 9) | (X7 >> (64 - 9));
X7 ^= X0;
X2 += X5;
X5 = (X5 << 54) | (X5 >> (64 - 54));
X5 ^= X2;
X4 += X3;
X3 = (X3 << 56) | (X3 >> (64 - 56));
X3 ^= X4;
X0 += state7;
X1 += state8;
X2 += state9;
X3 += state10;
X4 += state11;
X5 += state3 + state1;
X6 += state4 + state2;
X7 += state5 + 13;
X0 += X1;
X1 = (X1 << 39) | (X1 >> (64 - 39));
X1 ^= X0;
X2 += X3;
X3 = (X3 << 30) | (X3 >> (64 - 30));
X3 ^= X2;
X4 += X5;
X5 = (X5 << 34) | (X5 >> (64 - 34));
X5 ^= X4;
X6 += X7;
X7 = (X7 << 24) | (X7 >> (64 - 24));
X7 ^= X6;
X2 += X1;
X1 = (X1 << 13) | (X1 >> (64 - 13));
X1 ^= X2;
X4 += X7;
X7 = (X7 << 50) | (X7 >> (64 - 50));
X7 ^= X4;
X6 += X5;
X5 = (X5 << 10) | (X5 >> (64 - 10));
X5 ^= X6;
X0 += X3;
X3 = (X3 << 17) | (X3 >> (64 - 17));
X3 ^= X0;
X4 += X1;
X1 = (X1 << 25) | (X1 >> (64 - 25));
X1 ^= X4;
X6 += X3;
X3 = (X3 << 29) | (X3 >> (64 - 29));
X3 ^= X6;
X0 += X5;
X5 = (X5 << 39) | (X5 >> (64 - 39));
X5 ^= X0;
X2 += X7;
X7 = (X7 << 43) | (X7 >> (64 - 43));
X7 ^= X2;
X6 += X1;
X1 = (X1 << 8) | (X1 >> (64 - 8));
X1 ^= X6;
X0 += X7;
X7 = (X7 << 35) | (X7 >> (64 - 35));
X7 ^= X0;
X2 += X5;
X5 = (X5 << 56) | (X5 >> (64 - 56));
X5 ^= X2;
X4 += X3;
X3 = (X3 << 22) | (X3 >> (64 - 22));
X3 ^= X4;
X0 += state8;
X1 += state9;
X2 += state10;
X3 += state11;
X4 += state3;
X5 += state4 + state2;
X6 += state5 + state0;
X7 += state6 + 14;
X0 += X1;
X1 = (X1 << 46) | (X1 >> (64 - 46));
X1 ^= X0;
X2 += X3;
X3 = (X3 << 36) | (X3 >> (64 - 36));
X3 ^= X2;
X4 += X5;
X5 = (X5 << 19) | (X5 >> (64 - 19));
X5 ^= X4;
X6 += X7;
X7 = (X7 << 37) | (X7 >> (64 - 37));
X7 ^= X6;
X2 += X1;
X1 = (X1 << 33) | (X1 >> (64 - 33));
X1 ^= X2;
X4 += X7;
X7 = (X7 << 27) | (X7 >> (64 - 27));
X7 ^= X4;
X6 += X5;
X5 = (X5 << 14) | (X5 >> (64 - 14));
X5 ^= X6;
X0 += X3;
X3 = (X3 << 42) | (X3 >> (64 - 42));
X3 ^= X0;
X4 += X1;
X1 = (X1 << 17) | (X1 >> (64 - 17));
X1 ^= X4;
X6 += X3;
X3 = (X3 << 49) | (X3 >> (64 - 49));
X3 ^= X6;
X0 += X5;
X5 = (X5 << 36) | (X5 >> (64 - 36));
X5 ^= X0;
X2 += X7;
X7 = (X7 << 39) | (X7 >> (64 - 39));
X7 ^= X2;
X6 += X1;
X1 = (X1 << 44) | (X1 >> (64 - 44));
X1 ^= X6;
X0 += X7;
X7 = (X7 << 9) | (X7 >> (64 - 9));
X7 ^= X0;
X2 += X5;
X5 = (X5 << 54) | (X5 >> (64 - 54));
X5 ^= X2;
X4 += X3;
X3 = (X3 << 56) | (X3 >> (64 - 56));
X3 ^= X4;
X0 += state9;
X1 += state10;
X2 += state11;
X3 += state3;
X4 += state4;
X5 += state5 + state0;
X6 += state6 + state1;
X7 += state7 + 15;
X0 += X1;
X1 = (X1 << 39) | (X1 >> (64 - 39));
X1 ^= X0;
X2 += X3;
X3 = (X3 << 30) | (X3 >> (64 - 30));
X3 ^= X2;
X4 += X5;
X5 = (X5 << 34) | (X5 >> (64 - 34));
X5 ^= X4;
X6 += X7;
X7 = (X7 << 24) | (X7 >> (64 - 24));
X7 ^= X6;
X2 += X1;
X1 = (X1 << 13) | (X1 >> (64 - 13));
X1 ^= X2;
X4 += X7;
X7 = (X7 << 50) | (X7 >> (64 - 50));
X7 ^= X4;
X6 += X5;
X5 = (X5 << 10) | (X5 >> (64 - 10));
X5 ^= X6;
X0 += X3;
X3 = (X3 << 17) | (X3 >> (64 - 17));
X3 ^= X0;
X4 += X1;
X1 = (X1 << 25) | (X1 >> (64 - 25));
X1 ^= X4;
X6 += X3;
X3 = (X3 << 29) | (X3 >> (64 - 29));
X3 ^= X6;
X0 += X5;
X5 = (X5 << 39) | (X5 >> (64 - 39));
X5 ^= X0;
X2 += X7;
X7 = (X7 << 43) | (X7 >> (64 - 43));
X7 ^= X2;
X6 += X1;
X1 = (X1 << 8) | (X1 >> (64 - 8));
X1 ^= X6;
X0 += X7;
X7 = (X7 << 35) | (X7 >> (64 - 35));
X7 ^= X0;
X2 += X5;
X5 = (X5 << 56) | (X5 >> (64 - 56));
X5 ^= X2;
X4 += X3;
X3 = (X3 << 22) | (X3 >> (64 - 22));
X3 ^= X4;
X0 += state10;
X1 += state11;
X2 += state3;
X3 += state4;
X4 += state5;
X5 += state6 + state1;
X6 += state7 + state2;
X7 += state8 + 16;
X0 += X1;
X1 = (X1 << 46) | (X1 >> (64 - 46));
X1 ^= X0;
X2 += X3;
X3 = (X3 << 36) | (X3 >> (64 - 36));
X3 ^= X2;
X4 += X5;
X5 = (X5 << 19) | (X5 >> (64 - 19));
X5 ^= X4;
X6 += X7;
X7 = (X7 << 37) | (X7 >> (64 - 37));
X7 ^= X6;
X2 += X1;
X1 = (X1 << 33) | (X1 >> (64 - 33));
X1 ^= X2;
X4 += X7;
X7 = (X7 << 27) | (X7 >> (64 - 27));
X7 ^= X4;
X6 += X5;
X5 = (X5 << 14) | (X5 >> (64 - 14));
X5 ^= X6;
X0 += X3;
X3 = (X3 << 42) | (X3 >> (64 - 42));
X3 ^= X0;
X4 += X1;
X1 = (X1 << 17) | (X1 >> (64 - 17));
X1 ^= X4;
X6 += X3;
X3 = (X3 << 49) | (X3 >> (64 - 49));
X3 ^= X6;
X0 += X5;
X5 = (X5 << 36) | (X5 >> (64 - 36));
X5 ^= X0;
X2 += X7;
X7 = (X7 << 39) | (X7 >> (64 - 39));
X7 ^= X2;
X6 += X1;
X1 = (X1 << 44) | (X1 >> (64 - 44));
X1 ^= X6;
X0 += X7;
X7 = (X7 << 9) | (X7 >> (64 - 9));
X7 ^= X0;
X2 += X5;
X5 = (X5 << 54) | (X5 >> (64 - 54));
X5 ^= X2;
X4 += X3;
X3 = (X3 << 56) | (X3 >> (64 - 56));
X3 ^= X4;
X0 += state11;
X1 += state3;
X2 += state4;
X3 += state5;
X4 += state6;
X5 += state7 + state2;
X6 += state8 + state0;
X7 += state9 + 17;
X0 += X1;
X1 = (X1 << 39) | (X1 >> (64 - 39));
X1 ^= X0;
X2 += X3;
X3 = (X3 << 30) | (X3 >> (64 - 30));
X3 ^= X2;
X4 += X5;
X5 = (X5 << 34) | (X5 >> (64 - 34));
X5 ^= X4;
X6 += X7;
X7 = (X7 << 24) | (X7 >> (64 - 24));
X7 ^= X6;
X2 += X1;
X1 = (X1 << 13) | (X1 >> (64 - 13));
X1 ^= X2;
X4 += X7;
X7 = (X7 << 50) | (X7 >> (64 - 50));
X7 ^= X4;
X6 += X5;
X5 = (X5 << 10) | (X5 >> (64 - 10));
X5 ^= X6;
X0 += X3;
X3 = (X3 << 17) | (X3 >> (64 - 17));
X3 ^= X0;
X4 += X1;
X1 = (X1 << 25) | (X1 >> (64 - 25));
X1 ^= X4;
X6 += X3;
X3 = (X3 << 29) | (X3 >> (64 - 29));
X3 ^= X6;
X0 += X5;
X5 = (X5 << 39) | (X5 >> (64 - 39));
X5 ^= X0;
X2 += X7;
X7 = (X7 << 43) | (X7 >> (64 - 43));
X7 ^= X2;
X6 += X1;
X1 = (X1 << 8) | (X1 >> (64 - 8));
X1 ^= X6;
X0 += X7;
X7 = (X7 << 35) | (X7 >> (64 - 35));
X7 ^= X0;
X2 += X5;
X5 = (X5 << 56) | (X5 >> (64 - 56));
X5 ^= X2;
X4 += X3;
X3 = (X3 << 22) | (X3 >> (64 - 22));
X3 ^= X4;
X0 += state3;
X1 += state4;
X2 += state5;
X3 += state6;
X4 += state7;
X5 += state8 + state0;
X6 += state9 + state1;
X7 += state10 + 18;
m_state[0] = X0 ^ data[0];
m_state[1] = X1 ^ data[1];
m_state[2] = X2 ^ data[2];
m_state[3] = X3 ^ data[3];
m_state[4] = X4 ^ data[4];
m_state[5] = X5 ^ data[5];
m_state[6] = X6 ^ data[6];
m_state[7] = X7 ^ data[7];
m_temp2 = state1 & ~0x4000000000000000U;
}
public void Click()
{
Gold.AddGold(Converters.StringToBigInt(goldToAddOnClick));
}
public void DataChanged(double width)
{
virtualArea = new Rect(0, 0, width, Converters.ToRowExtent(commits.Count));
TriggerInvalidated();
}
protected override void TransformBlock(byte[] a_data, int a_index)
{
uint data0 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 0);
uint data1 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 1);
uint data2 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 2);
uint data3 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 3);
uint data4 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 4);
uint data5 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 5);
uint data6 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 6);
uint data7 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 7);
uint data8 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 8);
uint data9 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 9);
uint data10 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 10);
uint data11 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 11);
uint data12 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 12);
uint data13 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 13);
uint data14 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 14);
uint data15 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 15);
uint a = m_state[0];
uint b = m_state[1];
uint c = m_state[2];
uint d = m_state[3];
uint e = m_state[4];
uint aa = m_state[5];
uint bb = m_state[6];
uint cc = m_state[7];
uint dd = m_state[8];
uint ee = m_state[9];
a += data0 + (b ^ c ^ d);
a = ((a << 11) | (a >> (32 - 11))) + e;
c = (c << 10) | (c >> (32 - 10));
e += data1 + (a ^ b ^ c);
e = ((e << 14) | (e >> (32 - 14))) + d;
b = (b << 10) | (b >> (32 - 10));
d += data2 + (e ^ a ^ b);
d = ((d << 15) | (d >> (32 - 15))) + c;
a = (a << 10) | (a >> (32 - 10));
c += data3 + (d ^ e ^ a);
c = ((c << 12) | (c >> (32 - 12))) + b;
e = (e << 10) | (e >> (32 - 10));
b += data4 + (c ^ d ^ e);
b = ((b << 5) | (b >> (32 - 5))) + a;
d = (d << 10) | (d >> (32 - 10));
a += data5 + (b ^ c ^ d);
a = ((a << 8) | (a >> (32 - 8))) + e;
c = (c << 10) | (c >> (32 - 10));
e += data6 + (a ^ b ^ c);
e = ((e << 7) | (e >> (32 - 7))) + d;
b = (b << 10) | (b >> (32 - 10));
d += data7 + (e ^ a ^ b);
d = ((d << 9) | (d >> (32 - 9))) + c;
a = (a << 10) | (a >> (32 - 10));
c += data8 + (d ^ e ^ a);
c = ((c << 11) | (c >> (32 - 11))) + b;
e = (e << 10) | (e >> (32 - 10));
b += data9 + (c ^ d ^ e);
b = ((b << 13) | (b >> (32 - 13))) + a;
d = (d << 10) | (d >> (32 - 10));
a += data10 + (b ^ c ^ d);
a = ((a << 14) | (a >> (32 - 14))) + e;
c = (c << 10) | (c >> (32 - 10));
e += data11 + (a ^ b ^ c);
e = ((e << 15) | (e >> (32 - 15))) + d;
b = (b << 10) | (b >> (32 - 10));
d += data12 + (e ^ a ^ b);
d = ((d << 6) | (d >> (32 - 6))) + c;
a = (a << 10) | (a >> (32 - 10));
c += data13 + (d ^ e ^ a);
c = ((c << 7) | (c >> (32 - 7))) + b;
e = (e << 10) | (e >> (32 - 10));
b += data14 + (c ^ d ^ e);
b = ((b << 9) | (b >> (32 - 9))) + a;
d = (d << 10) | (d >> (32 - 10));
a += data15 + (b ^ c ^ d);
a = ((a << 8) | (a >> (32 - 8))) + e;
c = (c << 10) | (c >> (32 - 10));
aa += data5 + C1 + (bb ^ (cc | ~dd));
aa = ((aa << 8) | (aa >> (32 - 8))) + ee;
cc = (cc << 10) | (cc >> (32 - 10));
ee += data14 + C1 + (aa ^ (bb | ~cc));
ee = ((ee << 9) | (ee >> (32 - 9))) + dd;
bb = (bb << 10) | (bb >> (32 - 10));
dd += data7 + C1 + (ee ^ (aa | ~bb));
dd = ((dd << 9) | (dd >> (32 - 9))) + cc;
aa = (aa << 10) | (aa >> (32 - 10));
cc += data0 + C1 + (dd ^ (ee | ~aa));
cc = ((cc << 11) | (cc >> (32 - 11))) + bb;
ee = (ee << 10) | (ee >> (32 - 10));
bb += data9 + C1 + (cc ^ (dd | ~ee));
bb = ((bb << 13) | (bb >> (32 - 13))) + aa;
dd = (dd << 10) | (dd >> (32 - 10));
aa += data2 + C1 + (bb ^ (cc | ~dd));
aa = ((aa << 15) | (aa >> (32 - 15))) + ee;
cc = (cc << 10) | (cc >> (32 - 10));
ee += data11 + C1 + (aa ^ (bb | ~cc));
ee = ((ee << 15) | (ee >> (32 - 15))) + dd;
bb = (bb << 10) | (bb >> (32 - 10));
dd += data4 + C1 + (ee ^ (aa | ~bb));
dd = ((dd << 5) | (dd >> (32 - 5))) + cc;
aa = (aa << 10) | (aa >> (32 - 10));
cc += data13 + C1 + (dd ^ (ee | ~aa));
cc = ((cc << 7) | (cc >> (32 - 7))) + bb;
ee = (ee << 10) | (ee >> (32 - 10));
bb += data6 + C1 + (cc ^ (dd | ~ee));
bb = ((bb << 7) | (bb >> (32 - 7))) + aa;
dd = (dd << 10) | (dd >> (32 - 10));
aa += data15 + C1 + (bb ^ (cc | ~dd));
aa = ((aa << 8) | (aa >> (32 - 8))) + ee;
cc = (cc << 10) | (cc >> (32 - 10));
ee += data8 + C1 + (aa ^ (bb | ~cc));
ee = ((ee << 11) | (ee >> (32 - 11))) + dd;
bb = (bb << 10) | (bb >> (32 - 10));
dd += data1 + C1 + (ee ^ (aa | ~bb));
dd = ((dd << 14) | (dd >> (32 - 14))) + cc;
aa = (aa << 10) | (aa >> (32 - 10));
cc += data10 + C1 + (dd ^ (ee | ~aa));
cc = ((cc << 14) | (cc >> (32 - 14))) + bb;
ee = (ee << 10) | (ee >> (32 - 10));
bb += data3 + C1 + (cc ^ (dd | ~ee));
bb = ((bb << 12) | (bb >> (32 - 12))) + aa;
dd = (dd << 10) | (dd >> (32 - 10));
aa += data12 + C1 + (bb ^ (cc | ~dd));
aa = ((aa << 6) | (aa >> (32 - 6))) + ee;
cc = (cc << 10) | (cc >> (32 - 10));
e += data7 + C2 + ((aa & b) | (~aa & c));
e = ((e << 7) | (e >> (32 - 7))) + d;
b = (b << 10) | (b >> (32 - 10));
d += data4 + C2 + ((e & aa) | (~e & b));
d = ((d << 6) | (d >> (32 - 6))) + c;
aa = (aa << 10) | (aa >> (32 - 10));
c += data13 + C2 + ((d & e) | (~d & aa));
c = ((c << 8) | (c >> (32 - 8))) + b;
e = (e << 10) | (e >> (32 - 10));
b += data1 + C2 + ((c & d) | (~c & e));
b = ((b << 13) | (b >> (32 - 13))) + aa;
d = (d << 10) | (d >> (32 - 10));
aa += data10 + C2 + ((b & c) | (~b & d));
aa = ((aa << 11) | (aa >> (32 - 11))) + e;
c = (c << 10) | (c >> (32 - 10));
e += data6 + C2 + ((aa & b) | (~aa & c));
e = ((e << 9) | (e >> (32 - 9))) + d;
b = (b << 10) | (b >> (32 - 10));
d += data15 + C2 + ((e & aa) | (~e & b));
d = ((d << 7) | (d >> (32 - 7))) + c;
aa = (aa << 10) | (aa >> (32 - 10));
c += data3 + C2 + ((d & e) | (~d & aa));
c = ((c << 15) | (c >> (32 - 15))) + b;
e = (e << 10) | (e >> (32 - 10));
b += data12 + C2 + ((c & d) | (~c & e));
b = ((b << 7) | (b >> (32 - 7))) + aa;
d = (d << 10) | (d >> (32 - 10));
aa += data0 + C2 + ((b & c) | (~b & d));
aa = ((aa << 12) | (aa >> (32 - 12))) + e;
c = (c << 10) | (c >> (32 - 10));
e += data9 + C2 + ((aa & b) | (~aa & c));
e = ((e << 15) | (e >> (32 - 15))) + d;
b = (b << 10) | (b >> (32 - 10));
d += data5 + C2 + ((e & aa) | (~e & b));
d = ((d << 9) | (d >> (32 - 9))) + c;
aa = (aa << 10) | (aa >> (32 - 10));
c += data2 + C2 + ((d & e) | (~d & aa));
c = ((c << 11) | (c >> (32 - 11))) + b;
e = (e << 10) | (e >> (32 - 10));
b += data14 + C2 + ((c & d) | (~c & e));
b = ((b << 7) | (b >> (32 - 7))) + aa;
d = (d << 10) | (d >> (32 - 10));
aa += data11 + C2 + ((b & c) | (~b & d));
aa = ((aa << 13) | (aa >> (32 - 13))) + e;
c = (c << 10) | (c >> (32 - 10));
e += data8 + C2 + ((aa & b) | (~aa & c));
e = ((e << 12) | (e >> (32 - 12))) + d;
b = (b << 10) | (b >> (32 - 10));
ee += data6 + C3 + ((a & cc) | (bb & ~cc));
ee = ((ee << 9) | (ee >> (32 - 9))) + dd;
bb = (bb << 10) | (bb >> (32 - 10));
dd += data11 + C3 + ((ee & bb) | (a & ~bb));
dd = ((dd << 13) | (dd >> (32 - 13))) + cc;
a = (a << 10) | (a >> (32 - 10));
cc += data3 + C3 + ((dd & a) | (ee & ~a));
cc = ((cc << 15) | (cc >> (32 - 15))) + bb;
ee = (ee << 10) | (ee >> (32 - 10));
bb += data7 + C3 + ((cc & ee) | (dd & ~ee));
bb = ((bb << 7) | (bb >> (32 - 7))) + a;
dd = (dd << 10) | (dd >> (32 - 10));
a += data0 + C3 + ((bb & dd) | (cc & ~dd));
a = ((a << 12) | (a >> (32 - 12))) + ee;
cc = (cc << 10) | (cc >> (32 - 10));
ee += data13 + C3 + ((a & cc) | (bb & ~cc));
ee = ((ee << 8) | (ee >> (32 - 8))) + dd;
bb = (bb << 10) | (bb >> (32 - 10));
dd += data5 + C3 + ((ee & bb) | (a & ~bb));
dd = ((dd << 9) | (dd >> (32 - 9))) + cc;
a = (a << 10) | (a >> (32 - 10));
cc += data10 + C3 + ((dd & a) | (ee & ~a));
cc = ((cc << 11) | (cc >> (32 - 11))) + bb;
ee = (ee << 10) | (ee >> (32 - 10));
bb += data14 + C3 + ((cc & ee) | (dd & ~ee));
bb = ((bb << 7) | (bb >> (32 - 7))) + a;
dd = (dd << 10) | (dd >> (32 - 10));
a += data15 + C3 + ((bb & dd) | (cc & ~dd));
a = ((a << 7) | (a >> (32 - 7))) + ee;
cc = (cc << 10) | (cc >> (32 - 10));
ee += data8 + C3 + ((a & cc) | (bb & ~cc));
ee = ((ee << 12) | (ee >> (32 - 12))) + dd;
bb = (bb << 10) | (bb >> (32 - 10));
dd += data12 + C3 + ((ee & bb) | (a & ~bb));
dd = ((dd << 7) | (dd >> (32 - 7))) + cc;
a = (a << 10) | (a >> (32 - 10));
cc += data4 + C3 + ((dd & a) | (ee & ~a));
cc = ((cc << 6) | (cc >> (32 - 6))) + bb;
ee = (ee << 10) | (ee >> (32 - 10));
bb += data9 + C3 + ((cc & ee) | (dd & ~ee));
bb = ((bb << 15) | (bb >> (32 - 15))) + a;
dd = (dd << 10) | (dd >> (32 - 10));
a += data1 + C3 + ((bb & dd) | (cc & ~dd));
a = ((a << 13) | (a >> (32 - 13))) + ee;
cc = (cc << 10) | (cc >> (32 - 10));
ee += data2 + C3 + ((a & cc) | (bb & ~cc));
ee = ((ee << 11) | (ee >> (32 - 11))) + dd;
bb = (bb << 10) | (bb >> (32 - 10));
d += data3 + C4 + ((e | ~aa) ^ bb);
d = ((d << 11) | (d >> (32 - 11))) + c;
aa = (aa << 10) | (aa >> (32 - 10));
c += data10 + C4 + ((d | ~e) ^ aa);
c = ((c << 13) | (c >> (32 - 13))) + bb;
e = (e << 10) | (e >> (32 - 10));
bb += data14 + C4 + ((c | ~d) ^ e);
bb = ((bb << 6) | (bb >> (32 - 6))) + aa;
d = (d << 10) | (d >> (32 - 10));
aa += data4 + C4 + ((bb | ~c) ^ d);
aa = ((aa << 7) | (aa >> (32 - 7))) + e;
c = (c << 10) | (c >> (32 - 10));
e += data9 + C4 + ((aa | ~bb) ^ c);
e = ((e << 14) | (e >> (32 - 14))) + d;
bb = (bb << 10) | (bb >> (32 - 10));
d += data15 + C4 + ((e | ~aa) ^ bb);
d = ((d << 9) | (d >> (32 - 9))) + c;
aa = (aa << 10) | (aa >> (32 - 10));
c += data8 + C4 + ((d | ~e) ^ aa);
c = ((c << 13) | (c >> (32 - 13))) + bb;
e = (e << 10) | (e >> (32 - 10));
bb += data1 + C4 + ((c | ~d) ^ e);
bb = ((bb << 15) | (bb >> (32 - 15))) + aa;
d = (d << 10) | (d >> (32 - 10));
aa += data2 + C4 + ((bb | ~c) ^ d);
aa = ((aa << 14) | (aa >> (32 - 14))) + e;
c = (c << 10) | (c >> (32 - 10));
e += data7 + C4 + ((aa | ~bb) ^ c);
e = ((e << 8) | (e >> (32 - 8))) + d;
bb = (bb << 10) | (bb >> (32 - 10));
d += data0 + C4 + ((e | ~aa) ^ bb);
d = ((d << 13) | (d >> (32 - 13))) + c;
aa = (aa << 10) | (aa >> (32 - 10));
c += data6 + C4 + ((d | ~e) ^ aa);
c = ((c << 6) | (c >> (32 - 6))) + bb;
e = (e << 10) | (e >> (32 - 10));
bb += data13 + C4 + ((c | ~d) ^ e);
bb = ((bb << 5) | (bb >> (32 - 5))) + aa;
d = (d << 10) | (d >> (32 - 10));
aa += data11 + C4 + ((bb | ~c) ^ d);
aa = ((aa << 12) | (aa >> (32 - 12))) + e;
c = (c << 10) | (c >> (32 - 10));
e += data5 + C4 + ((aa | ~bb) ^ c);
e = ((e << 7) | (e >> (32 - 7))) + d;
bb = (bb << 10) | (bb >> (32 - 10));
d += data12 + C4 + ((e | ~aa) ^ bb);
d = ((d << 5) | (d >> (32 - 5))) + c;
aa = (aa << 10) | (aa >> (32 - 10));
dd += data15 + C5 + ((ee | ~a) ^ b);
dd = ((dd << 9) | (dd >> (32 - 9))) + cc;
a = (a << 10) | (a >> (32 - 10));
cc += data5 + C5 + ((dd | ~ee) ^ a);
cc = ((cc << 7) | (cc >> (32 - 7))) + b;
ee = (ee << 10) | (ee >> (32 - 10));
b += data1 + C5 + ((cc | ~dd) ^ ee);
b = ((b << 15) | (b >> (32 - 15))) + a;
dd = (dd << 10) | (dd >> (32 - 10));
a += data3 + C5 + ((b | ~cc) ^ dd);
a = ((a << 11) | (a >> (32 - 11))) + ee;
cc = (cc << 10) | (cc >> (32 - 10));
ee += data7 + C5 + ((a | ~b) ^ cc);
ee = ((ee << 8) | (ee >> (32 - 8))) + dd;
b = (b << 10) | (b >> (32 - 10));
dd += data14 + C5 + ((ee | ~a) ^ b);
dd = ((dd << 6) | (dd >> (32 - 6))) + cc;
a = (a << 10) | (a >> (32 - 10));
cc += data6 + C5 + ((dd | ~ee) ^ a);
cc = ((cc << 6) | (cc >> (32 - 6))) + b;
ee = (ee << 10) | (ee >> (32 - 10));
b += data9 + C5 + ((cc | ~dd) ^ ee);
b = ((b << 14) | (b >> (32 - 14))) + a;
dd = (dd << 10) | (dd >> (32 - 10));
a += data11 + C5 + ((b | ~cc) ^ dd);
a = ((a << 12) | (a >> (32 - 12))) + ee;
cc = (cc << 10) | (cc >> (32 - 10));
ee += data8 + C5 + ((a | ~b) ^ cc);
ee = ((ee << 13) | (ee >> (32 - 13))) + dd;
b = (b << 10) | (b >> (32 - 10));
dd += data12 + C5 + ((ee | ~a) ^ b);
dd = ((dd << 5) | (dd >> (32 - 5))) + cc;
a = (a << 10) | (a >> (32 - 10));
cc += data2 + C5 + ((dd | ~ee) ^ a);
cc = ((cc << 14) | (cc >> (32 - 14))) + b;
ee = (ee << 10) | (ee >> (32 - 10));
b += data10 + C5 + ((cc | ~dd) ^ ee);
b = ((b << 13) | (b >> (32 - 13))) + a;
dd = (dd << 10) | (dd >> (32 - 10));
a += data0 + C5 + ((b | ~cc) ^ dd);
a = ((a << 13) | (a >> (32 - 13))) + ee;
cc = (cc << 10) | (cc >> (32 - 10));
ee += data4 + C5 + ((a | ~b) ^ cc);
ee = ((ee << 7) | (ee >> (32 - 7))) + dd;
b = (b << 10) | (b >> (32 - 10));
dd += data13 + C5 + ((ee | ~a) ^ b);
dd = ((dd << 5) | (dd >> (32 - 5))) + cc;
a = (a << 10) | (a >> (32 - 10));
cc += data1 + C6 + ((d & aa) | (e & ~aa));
cc = ((cc << 11) | (cc >> (32 - 11))) + bb;
e = (e << 10) | (e >> (32 - 10));
bb += data9 + C6 + ((cc & e) | (d & ~e));
bb = ((bb << 12) | (bb >> (32 - 12))) + aa;
d = (d << 10) | (d >> (32 - 10));
aa += data11 + C6 + ((bb & d) | (cc & ~d));
aa = ((aa << 14) | (aa >> (32 - 14))) + e;
cc = (cc << 10) | (cc >> (32 - 10));
e += data10 + C6 + ((aa & cc) | (bb & ~cc));
e = ((e << 15) | (e >> (32 - 15))) + d;
bb = (bb << 10) | (bb >> (32 - 10));
d += data0 + C6 + ((e & bb) | (aa & ~bb));
d = ((d << 14) | (d >> (32 - 14))) + cc;
aa = (aa << 10) | (aa >> (32 - 10));
cc += data8 + C6 + ((d & aa) | (e & ~aa));
cc = ((cc << 15) | (cc >> (32 - 15))) + bb;
e = (e << 10) | (e >> (32 - 10));
bb += data12 + C6 + ((cc & e) | (d & ~e));
bb = ((bb << 9) | (bb >> (32 - 9))) + aa;
d = (d << 10) | (d >> (32 - 10));
aa += data4 + C6 + ((bb & d) | (cc & ~d));
aa = ((aa << 8) | (aa >> (32 - 8))) + e;
cc = (cc << 10) | (cc >> (32 - 10));
e += data13 + C6 + ((aa & cc) | (bb & ~cc));
e = ((e << 9) | (e >> (32 - 9))) + d;
bb = (bb << 10) | (bb >> (32 - 10));
d += data3 + C6 + ((e & bb) | (aa & ~bb));
d = ((d << 14) | (d >> (32 - 14))) + cc;
aa = (aa << 10) | (aa >> (32 - 10));
cc += data7 + C6 + ((d & aa) | (e & ~aa));
cc = ((cc << 5) | (cc >> (32 - 5))) + bb;
e = (e << 10) | (e >> (32 - 10));
bb += data15 + C6 + ((cc & e) | (d & ~e));
bb = ((bb << 6) | (bb >> (32 - 6))) + aa;
d = (d << 10) | (d >> (32 - 10));
aa += data14 + C6 + ((bb & d) | (cc & ~d));
aa = ((aa << 8) | (aa >> (32 - 8))) + e;
cc = (cc << 10) | (cc >> (32 - 10));
e += data5 + C6 + ((aa & cc) | (bb & ~cc));
e = ((e << 6) | (e >> (32 - 6))) + d;
bb = (bb << 10) | (bb >> (32 - 10));
d += data6 + C6 + ((e & bb) | (aa & ~bb));
d = ((d << 5) | (d >> (32 - 5))) + cc;
aa = (aa << 10) | (aa >> (32 - 10));
cc += data2 + C6 + ((d & aa) | (e & ~aa));
cc = ((cc << 12) | (cc >> (32 - 12))) + bb;
e = (e << 10) | (e >> (32 - 10));
c += data8 + C7 + ((dd & ee) | (~dd & a));
c = ((c << 15) | (c >> (32 - 15))) + b;
ee = (ee << 10) | (ee >> (32 - 10));
b += data6 + C7 + ((c & dd) | (~c & ee));
b = ((b << 5) | (b >> (32 - 5))) + a;
dd = (dd << 10) | (dd >> (32 - 10));
a += data4 + C7 + ((b & c) | (~b & dd));
a = ((a << 8) | (a >> (32 - 8))) + ee;
c = (c << 10) | (c >> (32 - 10));
ee += data1 + C7 + ((a & b) | (~a & c));
ee = ((ee << 11) | (ee >> (32 - 11))) + dd;
b = (b << 10) | (b >> (32 - 10));
dd += data3 + C7 + ((ee & a) | (~ee & b));
dd = ((dd << 14) | (dd >> (32 - 14))) + c;
a = (a << 10) | (a >> (32 - 10));
c += data11 + C7 + ((dd & ee) | (~dd & a));
c = ((c << 14) | (c >> (32 - 14))) + b;
ee = (ee << 10) | (ee >> (32 - 10));
b += data15 + C7 + ((c & dd) | (~c & ee));
b = ((b << 6) | (b >> (32 - 6))) + a;
dd = (dd << 10) | (dd >> (32 - 10));
a += data0 + C7 + ((b & c) | (~b & dd));
a = ((a << 14) | (a >> (32 - 14))) + ee;
c = (c << 10) | (c >> (32 - 10));
ee += data5 + C7 + ((a & b) | (~a & c));
ee = ((ee << 6) | (ee >> (32 - 6))) + dd;
b = (b << 10) | (b >> (32 - 10));
dd += data12 + C7 + ((ee & a) | (~ee & b));
dd = ((dd << 9) | (dd >> (32 - 9))) + c;
a = (a << 10) | (a >> (32 - 10));
c += data2 + C7 + ((dd & ee) | (~dd & a));
c = ((c << 12) | (c >> (32 - 12))) + b;
ee = (ee << 10) | (ee >> (32 - 10));
b += data13 + C7 + ((c & dd) | (~c & ee));
b = ((b << 9) | (b >> (32 - 9))) + a;
dd = (dd << 10) | (dd >> (32 - 10));
a += data9 + C7 + ((b & c) | (~b & dd));
a = ((a << 12) | (a >> (32 - 12))) + ee;
c = (c << 10) | (c >> (32 - 10));
ee += data7 + C7 + ((a & b) | (~a & c));
ee = ((ee << 5) | (ee >> (32 - 5))) + dd;
b = (b << 10) | (b >> (32 - 10));
dd += data10 + C7 + ((ee & a) | (~ee & b));
dd = ((dd << 15) | (dd >> (32 - 15))) + c;
a = (a << 10) | (a >> (32 - 10));
c += data14 + C7 + ((dd & ee) | (~dd & a));
c = ((c << 8) | (c >> (32 - 8))) + b;
ee = (ee << 10) | (ee >> (32 - 10));
bb += data4 + C8 + (cc ^ (dd | ~e));
bb = ((bb << 9) | (bb >> (32 - 9))) + aa;
dd = (dd << 10) | (dd >> (32 - 10));
aa += data0 + C8 + (bb ^ (cc | ~dd));
aa = ((aa << 15) | (aa >> (32 - 15))) + e;
cc = (cc << 10) | (cc >> (32 - 10));
e += data5 + C8 + (aa ^ (bb | ~cc));
e = ((e << 5) | (e >> (32 - 5))) + dd;
bb = (bb << 10) | (bb >> (32 - 10));
dd += data9 + C8 + (e ^ (aa | ~bb));
dd = ((dd << 11) | (dd >> (32 - 11))) + cc;
aa = (aa << 10) | (aa >> (32 - 10));
cc += data7 + C8 + (dd ^ (e | ~aa));
cc = ((cc << 6) | (cc >> (32 - 6))) + bb;
e = (e << 10) | (e >> (32 - 10));
bb += data12 + C8 + (cc ^ (dd | ~e));
bb = ((bb << 8) | (bb >> (32 - 8))) + aa;
dd = (dd << 10) | (dd >> (32 - 10));
aa += data2 + C8 + (bb ^ (cc | ~dd));
aa = ((aa << 13) | (aa >> (32 - 13))) + e;
cc = (cc << 10) | (cc >> (32 - 10));
e += data10 + C8 + (aa ^ (bb | ~cc));
e = ((e << 12) | (e >> (32 - 12))) + dd;
bb = (bb << 10) | (bb >> (32 - 10));
dd += data14 + C8 + (e ^ (aa | ~bb));
dd = ((dd << 5) | (dd >> (32 - 5))) + cc;
aa = (aa << 10) | (aa >> (32 - 10));
cc += data1 + C8 + (dd ^ (e | ~aa));
cc = ((cc << 12) | (cc >> (32 - 12))) + bb;
e = (e << 10) | (e >> (32 - 10));
bb += data3 + C8 + (cc ^ (dd | ~e));
bb = ((bb << 13) | (bb >> (32 - 13))) + aa;
dd = (dd << 10) | (dd >> (32 - 10));
aa += data8 + C8 + (bb ^ (cc | ~dd));
aa = ((aa << 14) | (aa >> (32 - 14))) + e;
cc = (cc << 10) | (cc >> (32 - 10));
e += data11 + C8 + (aa ^ (bb | ~cc));
e = ((e << 11) | (e >> (32 - 11))) + dd;
bb = (bb << 10) | (bb >> (32 - 10));
dd += data6 + C8 + (e ^ (aa | ~bb));
dd = ((dd << 8) | (dd >> (32 - 8))) + cc;
aa = (aa << 10) | (aa >> (32 - 10));
cc += data15 + C8 + (dd ^ (e | ~aa));
cc = ((cc << 5) | (cc >> (32 - 5))) + bb;
e = (e << 10) | (e >> (32 - 10));
bb += data13 + C8 + (cc ^ (dd | ~e));
bb = ((bb << 6) | (bb >> (32 - 6))) + aa;
dd = (dd << 10) | (dd >> (32 - 10));
b += data12 + (c ^ d ^ ee);
b = ((b << 8) | (b >> (32 - 8))) + a;
d = (d << 10) | (d >> (32 - 10));
a += data15 + (b ^ c ^ d);
a = ((a << 5) | (a >> (32 - 5))) + ee;
c = (c << 10) | (c >> (32 - 10));
ee += data10 + (a ^ b ^ c);
ee = ((ee << 12) | (ee >> (32 - 12))) + d;
b = (b << 10) | (b >> (32 - 10));
d += data4 + (ee ^ a ^ b);
d = ((d << 9) | (d >> (32 - 9))) + c;
a = (a << 10) | (a >> (32 - 10));
c += data1 + (d ^ ee ^ a);
c = ((c << 12) | (c >> (32 - 12))) + b;
ee = (ee << 10) | (ee >> (32 - 10));
b += data5 + (c ^ d ^ ee);
b = ((b << 5) | (b >> (32 - 5))) + a;
d = (d << 10) | (d >> (32 - 10));
a += data8 + (b ^ c ^ d);
a = ((a << 14) | (a >> (32 - 14))) + ee;
c = (c << 10) | (c >> (32 - 10));
ee += data7 + (a ^ b ^ c);
ee = ((ee << 6) | (ee >> (32 - 6))) + d;
b = (b << 10) | (b >> (32 - 10));
d += data6 + (ee ^ a ^ b);
d = ((d << 8) | (d >> (32 - 8))) + c;
a = (a << 10) | (a >> (32 - 10));
c += data2 + (d ^ ee ^ a);
c = ((c << 13) | (c >> (32 - 13))) + b;
ee = (ee << 10) | (ee >> (32 - 10));
b += data13 + (c ^ d ^ ee);
b = ((b << 6) | (b >> (32 - 6))) + a;
d = (d << 10) | (d >> (32 - 10));
a += data14 + (b ^ c ^ d);
a = ((a << 5) | (a >> (32 - 5))) + ee;
c = (c << 10) | (c >> (32 - 10));
ee += data0 + (a ^ b ^ c);
ee = ((ee << 15) | (ee >> (32 - 15))) + d;
b = (b << 10) | (b >> (32 - 10));
d += data3 + (ee ^ a ^ b);
d = ((d << 13) | (d >> (32 - 13))) + c;
a = (a << 10) | (a >> (32 - 10));
c += data9 + (d ^ ee ^ a);
c = ((c << 11) | (c >> (32 - 11))) + b;
ee = (ee << 10) | (ee >> (32 - 10));
b += data11 + (c ^ d ^ ee);
b = ((b << 11) | (b >> (32 - 11))) + a;
d = (d << 10) | (d >> (32 - 10));
m_state[0] += aa;
m_state[1] += bb;
m_state[2] += cc;
m_state[3] += dd;
m_state[4] += ee;
m_state[5] += a;
m_state[6] += b;
m_state[7] += c;
m_state[8] += d;
m_state[9] += e;
}
public void Add(Vector3D start, Vector3D end, string particleCode)
{
Add(Converters.From3Dto3I(start), Converters.From3Dto3I(end), particleCode);
}
public static string ToStringRepresentation(this decimal d)
{
return(Converters.ConvertToStringRepresentation(d));
}
public List <Entity> GetRange(VectorRangeI range, Vector3D top)
{
return(GetRange(range, Converters.From3Dto3I(top)));
}
protected override void TransformBlock(byte[] a_data, int a_index)
{
uint data0 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 0);
uint data1 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 1);
uint data2 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 2);
uint data3 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 3);
uint data4 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 4);
uint data5 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 5);
uint data6 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 6);
uint data7 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 7);
uint data8 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 8);
uint data9 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 9);
uint data10 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 10);
uint data11 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 11);
uint data12 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 12);
uint data13 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 13);
uint data14 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 14);
uint data15 = Converters.ConvertBytesToUInt(a_data, a_index + 4 * 15);
uint a = m_state[0];
uint b = m_state[1];
uint c = m_state[2];
uint d = m_state[3];
uint aa = a;
uint bb = b;
uint cc = c;
uint dd = d;
a += data0 + (b ^ c ^ d);
a = (a << 11) | (a >> (32 - 11));
d += data1 + (a ^ b ^ c);
d = (d << 14) | (d >> (32 - 14));
c += data2 + (d ^ a ^ b);
c = (c << 15) | (c >> (32 - 15));
b += data3 + (c ^ d ^ a);
b = (b << 12) | (b >> (32 - 12));
a += data4 + (b ^ c ^ d);
a = (a << 5) | (a >> (32 - 5));
d += data5 + (a ^ b ^ c);
d = (d << 8) | (d >> (32 - 8));
c += data6 + (d ^ a ^ b);
c = (c << 7) | (c >> (32 - 7));
b += data7 + (c ^ d ^ a);
b = (b << 9) | (b >> (32 - 9));
a += data8 + (b ^ c ^ d);
a = (a << 11) | (a >> (32 - 11));
d += data9 + (a ^ b ^ c);
d = (d << 13) | (d >> (32 - 13));
c += data10 + (d ^ a ^ b);
c = (c << 14) | (c >> (32 - 14));
b += data11 + (c ^ d ^ a);
b = (b << 15) | (b >> (32 - 15));
a += data12 + (b ^ c ^ d);
a = (a << 6) | (a >> (32 - 6));
d += data13 + (a ^ b ^ c);
d = (d << 7) | (d >> (32 - 7));
c += data14 + (d ^ a ^ b);
c = (c << 9) | (c >> (32 - 9));
b += data15 + (c ^ d ^ a);
b = (b << 8) | (b >> (32 - 8));
a += data7 + C2 + ((b & c) | (~b & d));
a = (a << 7) | (a >> (32 - 7));
d += data4 + C2 + ((a & b) | (~a & c));
d = (d << 6) | (d >> (32 - 6));
c += data13 + C2 + ((d & a) | (~d & b));
c = (c << 8) | (c >> (32 - 8));
b += data1 + C2 + ((c & d) | (~c & a));
b = (b << 13) | (b >> (32 - 13));
a += data10 + C2 + ((b & c) | (~b & d));
a = (a << 11) | (a >> (32 - 11));
d += data6 + C2 + ((a & b) | (~a & c));
d = (d << 9) | (d >> (32 - 9));
c += data15 + C2 + ((d & a) | (~d & b));
c = (c << 7) | (c >> (32 - 7));
b += data3 + C2 + ((c & d) | (~c & a));
b = (b << 15) | (b >> (32 - 15));
a += data12 + C2 + ((b & c) | (~b & d));
a = (a << 7) | (a >> (32 - 7));
d += data0 + C2 + ((a & b) | (~a & c));
d = (d << 12) | (d >> (32 - 12));
c += data9 + C2 + ((d & a) | (~d & b));
c = (c << 15) | (c >> (32 - 15));
b += data5 + C2 + ((c & d) | (~c & a));
b = (b << 9) | (b >> (32 - 9));
a += data2 + C2 + ((b & c) | (~b & d));
a = (a << 11) | (a >> (32 - 11));
d += data14 + C2 + ((a & b) | (~a & c));
d = (d << 7) | (d >> (32 - 7));
c += data11 + C2 + ((d & a) | (~d & b));
c = (c << 13) | (c >> (32 - 13));
b += data8 + C2 + ((c & d) | (~c & a));
b = (b << 12) | (b >> (32 - 12));
a += data3 + C4 + ((b | ~c) ^ d);
a = (a << 11) | (a >> (32 - 11));
d += data10 + C4 + ((a | ~b) ^ c);
d = (d << 13) | (d >> (32 - 13));
c += data14 + C4 + ((d | ~a) ^ b);
c = (c << 6) | (c >> (32 - 6));
b += data4 + C4 + ((c | ~d) ^ a);
b = (b << 7) | (b >> (32 - 7));
a += data9 + C4 + ((b | ~c) ^ d);
a = (a << 14) | (a >> (32 - 14));
d += data15 + C4 + ((a | ~b) ^ c);
d = (d << 9) | (d >> (32 - 9));
c += data8 + C4 + ((d | ~a) ^ b);
c = (c << 13) | (c >> (32 - 13));
b += data1 + C4 + ((c | ~d) ^ a);
b = (b << 15) | (b >> (32 - 15));
a += data2 + C4 + ((b | ~c) ^ d);
a = (a << 14) | (a >> (32 - 14));
d += data7 + C4 + ((a | ~b) ^ c);
d = (d << 8) | (d >> (32 - 8));
c += data0 + C4 + ((d | ~a) ^ b);
c = (c << 13) | (c >> (32 - 13));
b += data6 + C4 + ((c | ~d) ^ a);
b = (b << 6) | (b >> (32 - 6));
a += data13 + C4 + ((b | ~c) ^ d);
a = (a << 5) | (a >> (32 - 5));
d += data11 + C4 + ((a | ~b) ^ c);
d = (d << 12) | (d >> (32 - 12));
c += data5 + C4 + ((d | ~a) ^ b);
c = (c << 7) | (c >> (32 - 7));
b += data12 + C4 + ((c | ~d) ^ a);
b = (b << 5) | (b >> (32 - 5));
a += data1 + C6 + ((b & d) | (c & ~d));
a = (a << 11) | (a >> (32 - 11));
d += data9 + C6 + ((a & c) | (b & ~c));
d = (d << 12) | (d >> (32 - 12));
c += data11 + C6 + ((d & b) | (a & ~b));
c = (c << 14) | (c >> (32 - 14));
b += data10 + C6 + ((c & a) | (d & ~a));
b = (b << 15) | (b >> (32 - 15));
a += data0 + C6 + ((b & d) | (c & ~d));
a = (a << 14) | (a >> (32 - 14));
d += data8 + C6 + ((a & c) | (b & ~c));
d = (d << 15) | (d >> (32 - 15));
c += data12 + C6 + ((d & b) | (a & ~b));
c = (c << 9) | (c >> (32 - 9));
b += data4 + C6 + ((c & a) | (d & ~a));
b = (b << 8) | (b >> (32 - 8));
a += data13 + C6 + ((b & d) | (c & ~d));
a = (a << 9) | (a >> (32 - 9));
d += data3 + C6 + ((a & c) | (b & ~c));
d = (d << 14) | (d >> (32 - 14));
c += data7 + C6 + ((d & b) | (a & ~b));
c = (c << 5) | (c >> (32 - 5));
b += data15 + C6 + ((c & a) | (d & ~a));
b = (b << 6) | (b >> (32 - 6));
a += data14 + C6 + ((b & d) | (c & ~d));
a = (a << 8) | (a >> (32 - 8));
d += data5 + C6 + ((a & c) | (b & ~c));
d = (d << 6) | (d >> (32 - 6));
c += data6 + C6 + ((d & b) | (a & ~b));
c = (c << 5) | (c >> (32 - 5));
b += data2 + C6 + ((c & a) | (d & ~a));
b = (b << 12) | (b >> (32 - 12));
aa += data5 + C1 + ((bb & dd) | (cc & ~dd));
aa = (aa << 8) | (aa >> (32 - 8));
dd += data14 + C1 + ((aa & cc) | (bb & ~cc));
dd = (dd << 9) | (dd >> (32 - 9));
cc += data7 + C1 + ((dd & bb) | (aa & ~bb));
cc = (cc << 9) | (cc >> (32 - 9));
bb += data0 + C1 + ((cc & aa) | (dd & ~aa));
bb = (bb << 11) | (bb >> (32 - 11));
aa += data9 + C1 + ((bb & dd) | (cc & ~dd));
aa = (aa << 13) | (aa >> (32 - 13));
dd += data2 + C1 + ((aa & cc) | (bb & ~cc));
dd = (dd << 15) | (dd >> (32 - 15));
cc += data11 + C1 + ((dd & bb) | (aa & ~bb));
cc = (cc << 15) | (cc >> (32 - 15));
bb += data4 + C1 + ((cc & aa) | (dd & ~aa));
bb = (bb << 5) | (bb >> (32 - 5));
aa += data13 + C1 + ((bb & dd) | (cc & ~dd));
aa = (aa << 7) | (aa >> (32 - 7));
dd += data6 + C1 + ((aa & cc) | (bb & ~cc));
dd = (dd << 7) | (dd >> (32 - 7));
cc += data15 + C1 + ((dd & bb) | (aa & ~bb));
cc = (cc << 8) | (cc >> (32 - 8));
bb += data8 + C1 + ((cc & aa) | (dd & ~aa));
bb = (bb << 11) | (bb >> (32 - 11));
aa += data1 + C1 + ((bb & dd) | (cc & ~dd));
aa = (aa << 14) | (aa >> (32 - 14));
dd += data10 + C1 + ((aa & cc) | (bb & ~cc));
dd = (dd << 14) | (dd >> (32 - 14));
cc += data3 + C1 + ((dd & bb) | (aa & ~bb));
cc = (cc << 12) | (cc >> (32 - 12));
bb += data12 + C1 + ((cc & aa) | (dd & ~aa));
bb = (bb << 6) | (bb >> (32 - 6));
aa += data6 + C3 + ((bb | ~cc) ^ dd);
aa = (aa << 9) | (aa >> (32 - 9));
dd += data11 + C3 + ((aa | ~bb) ^ cc);
dd = (dd << 13) | (dd >> (32 - 13));
cc += data3 + C3 + ((dd | ~aa) ^ bb);
cc = (cc << 15) | (cc >> (32 - 15));
bb += data7 + C3 + ((cc | ~dd) ^ aa);
bb = (bb << 7) | (bb >> (32 - 7));
aa += data0 + C3 + ((bb | ~cc) ^ dd);
aa = (aa << 12) | (aa >> (32 - 12));
dd += data13 + C3 + ((aa | ~bb) ^ cc);
dd = (dd << 8) | (dd >> (32 - 8));
cc += data5 + C3 + ((dd | ~aa) ^ bb);
cc = (cc << 9) | (cc >> (32 - 9));
bb += data10 + C3 + ((cc | ~dd) ^ aa);
bb = (bb << 11) | (bb >> (32 - 11));
aa += data14 + C3 + ((bb | ~cc) ^ dd);
aa = (aa << 7) | (aa >> (32 - 7));
dd += data15 + C3 + ((aa | ~bb) ^ cc);
dd = (dd << 7) | (dd >> (32 - 7));
cc += data8 + C3 + ((dd | ~aa) ^ bb);
cc = (cc << 12) | (cc >> (32 - 12));
bb += data12 + C3 + ((cc | ~dd) ^ aa);
bb = (bb << 7) | (bb >> (32 - 7));
aa += data4 + C3 + ((bb | ~cc) ^ dd);
aa = (aa << 6) | (aa >> (32 - 6));
dd += data9 + C3 + ((aa | ~bb) ^ cc);
dd = (dd << 15) | (dd >> (32 - 15));
cc += data1 + C3 + ((dd | ~aa) ^ bb);
cc = (cc << 13) | (cc >> (32 - 13));
bb += data2 + C3 + ((cc | ~dd) ^ aa);
bb = (bb << 11) | (bb >> (32 - 11));
aa += data15 + C5 + ((bb & cc) | (~bb & dd));
aa = (aa << 9) | (aa >> (32 - 9));
dd += data5 + C5 + ((aa & bb) | (~aa & cc));
dd = (dd << 7) | (dd >> (32 - 7));
cc += data1 + C5 + ((dd & aa) | (~dd & bb));
cc = (cc << 15) | (cc >> (32 - 15));
bb += data3 + C5 + ((cc & dd) | (~cc & aa));
bb = (bb << 11) | (bb >> (32 - 11));
aa += data7 + C5 + ((bb & cc) | (~bb & dd));
aa = (aa << 8) | (aa >> (32 - 8));
dd += data14 + C5 + ((aa & bb) | (~aa & cc));
dd = (dd << 6) | (dd >> (32 - 6));
cc += data6 + C5 + ((dd & aa) | (~dd & bb));
cc = (cc << 6) | (cc >> (32 - 6));
bb += data9 + C5 + ((cc & dd) | (~cc & aa));
bb = (bb << 14) | (bb >> (32 - 14));
aa += data11 + C5 + ((bb & cc) | (~bb & dd));
aa = (aa << 12) | (aa >> (32 - 12));
dd += data8 + C5 + ((aa & bb) | (~aa & cc));
dd = (dd << 13) | (dd >> (32 - 13));
cc += data12 + C5 + ((dd & aa) | (~dd & bb));
cc = (cc << 5) | (cc >> (32 - 5));
bb += data2 + C5 + ((cc & dd) | (~cc & aa));
bb = (bb << 14) | (bb >> (32 - 14));
aa += data10 + C5 + ((bb & cc) | (~bb & dd));
aa = (aa << 13) | (aa >> (32 - 13));
dd += data0 + C5 + ((aa & bb) | (~aa & cc));
dd = (dd << 13) | (dd >> (32 - 13));
cc += data4 + C5 + ((dd & aa) | (~dd & bb));
cc = (cc << 7) | (cc >> (32 - 7));
bb += data13 + C5 + ((cc & dd) | (~cc & aa));
bb = (bb << 5) | (bb >> (32 - 5));
aa += data8 + (bb ^ cc ^ dd);
aa = (aa << 15) | (aa >> (32 - 15));
dd += data6 + (aa ^ bb ^ cc);
dd = (dd << 5) | (dd >> (32 - 5));
cc += data4 + (dd ^ aa ^ bb);
cc = (cc << 8) | (cc >> (32 - 8));
bb += data1 + (cc ^ dd ^ aa);
bb = (bb << 11) | (bb >> (32 - 11));
aa += data3 + (bb ^ cc ^ dd);
aa = (aa << 14) | (aa >> (32 - 14));
dd += data11 + (aa ^ bb ^ cc);
dd = (dd << 14) | (dd >> (32 - 14));
cc += data15 + (dd ^ aa ^ bb);
cc = (cc << 6) | (cc >> (32 - 6));
bb += data0 + (cc ^ dd ^ aa);
bb = (bb << 14) | (bb >> (32 - 14));
aa += data5 + (bb ^ cc ^ dd);
aa = (aa << 6) | (aa >> (32 - 6));
dd += data12 + (aa ^ bb ^ cc);
dd = (dd << 9) | (dd >> (32 - 9));
cc += data2 + (dd ^ aa ^ bb);
cc = (cc << 12) | (cc >> (32 - 12));
bb += data13 + (cc ^ dd ^ aa);
bb = (bb << 9) | (bb >> (32 - 9));
aa += data9 + (bb ^ cc ^ dd);
aa = (aa << 12) | (aa >> (32 - 12));
dd += data7 + (aa ^ bb ^ cc);
dd = (dd << 5) | (dd >> (32 - 5));
cc += data10 + (dd ^ aa ^ bb);
cc = (cc << 15) | (cc >> (32 - 15));
bb += data14 + (cc ^ dd ^ aa);
bb = (bb << 8) | (bb >> (32 - 8));
dd += c + m_state[1];
m_state[1] = m_state[2] + d + aa;
m_state[2] = m_state[3] + a + bb;
m_state[3] = m_state[0] + b + cc;
m_state[0] = dd;
}
static PageManager()
{
Converters.Register(typeof(Page), new PageConverter());
}
private void Start()
{
rigidBody = GetComponent <Rigidbody2D>();
gameManager = FindObjectOfType <GameManager>();
audioManager = GameObject.FindGameObjectWithTag("AudioManager").GetComponent <AudioManager>();
mainCamera = Camera.main;
thisCollider = GetComponent <CircleCollider2D>();
positions = new Vector2[2];
lR = GetComponent <LineRenderer>();
// sets the player to 0,0,0
transform.position = Vector3.zero;
Gradient _grad = new Gradient();
_grad.colorKeys = new GradientColorKey[] { new GradientColorKey(Converters.ConvertFloatArrayToColor(gameManager.saveData.playerColour), 0f), new GradientColorKey(Converters.ConvertFloatArrayToColor(gameManager.saveData.playerColour), 1f) };
_grad.alphaKeys = new GradientAlphaKey[] { new GradientAlphaKey(1f, 0f), new GradientAlphaKey(1f, 1f) };
lR.colorGradient = _grad;
}
public DiscogsSerializerSettings()
{
Converters.Add(new StringEnumConverter());
Converters.Add(new SearchResourceConverter());
ContractResolver = new DiscogsContractResolver();
}
protected override byte[] GetResult()
{
ulong b = m_v0 ^ m_v1 ^ m_v2 ^ m_v3;
return(Converters.ConvertULongToBytes(b));
}
protected override byte[] GetResult()
{
return(Converters.ConvertULongsToBytesSwapOrder(m_state, COLUMNS - HashSize / ROWS, HashSize / ROWS));
}
protected override void Finish()
{
ulong left = m_processed_bytes % (ulong)BlockSize;
ulong b = m_processed_bytes << 56;
byte[] buffer = m_buffer.GetBytesZeroPadded();
b |= Converters.ConvertBytesToULong(buffer, 0);
m_v3 ^= b;
m_v0 += m_v1;
m_v1 = (m_v1 << 13) | (m_v1 >> (64 - 13));
m_v1 ^= m_v0;
m_v0 = (m_v0 << 32) | (m_v0 >> (64 - 32));
m_v2 += m_v3;
m_v3 = (m_v3 << 16) | (m_v3 >> (64 - 16));
m_v3 ^= m_v2;
m_v0 += m_v3;
m_v3 = (m_v3 << 21) | (m_v3 >> (64 - 21));
m_v3 ^= m_v0;
m_v2 += m_v1;
m_v1 = (m_v1 << 17) | (m_v1 >> (64 - 17));
m_v1 ^= m_v2;
m_v2 = (m_v2 << 32) | (m_v2 >> (64 - 32));
m_v0 += m_v1;
m_v1 = (m_v1 << 13) | (m_v1 >> (64 - 13));
m_v1 ^= m_v0;
m_v0 = (m_v0 << 32) | (m_v0 >> (64 - 32));
m_v2 += m_v3;
m_v3 = (m_v3 << 16) | (m_v3 >> (64 - 16));
m_v3 ^= m_v2;
m_v0 += m_v3;
m_v3 = (m_v3 << 21) | (m_v3 >> (64 - 21));
m_v3 ^= m_v0;
m_v2 += m_v1;
m_v1 = (m_v1 << 17) | (m_v1 >> (64 - 17));
m_v1 ^= m_v2;
m_v2 = (m_v2 << 32) | (m_v2 >> (64 - 32));
m_v0 ^= b;
m_v2 ^= 0xff;
m_v0 += m_v1;
m_v1 = (m_v1 << 13) | (m_v1 >> (64 - 13));
m_v1 ^= m_v0;
m_v0 = (m_v0 << 32) | (m_v0 >> (64 - 32));
m_v2 += m_v3;
m_v3 = (m_v3 << 16) | (m_v3 >> (64 - 16));
m_v3 ^= m_v2;
m_v0 += m_v3;
m_v3 = (m_v3 << 21) | (m_v3 >> (64 - 21));
m_v3 ^= m_v0;
m_v2 += m_v1;
m_v1 = (m_v1 << 17) | (m_v1 >> (64 - 17));
m_v1 ^= m_v2;
m_v2 = (m_v2 << 32) | (m_v2 >> (64 - 32));
m_v0 += m_v1;
m_v1 = (m_v1 << 13) | (m_v1 >> (64 - 13));
m_v1 ^= m_v0;
m_v0 = (m_v0 << 32) | (m_v0 >> (64 - 32));
m_v2 += m_v3;
m_v3 = (m_v3 << 16) | (m_v3 >> (64 - 16));
m_v3 ^= m_v2;
m_v0 += m_v3;
m_v3 = (m_v3 << 21) | (m_v3 >> (64 - 21));
m_v3 ^= m_v0;
m_v2 += m_v1;
m_v1 = (m_v1 << 17) | (m_v1 >> (64 - 17));
m_v1 ^= m_v2;
m_v2 = (m_v2 << 32) | (m_v2 >> (64 - 32));
m_v0 += m_v1;
m_v1 = (m_v1 << 13) | (m_v1 >> (64 - 13));
m_v1 ^= m_v0;
m_v0 = (m_v0 << 32) | (m_v0 >> (64 - 32));
m_v2 += m_v3;
m_v3 = (m_v3 << 16) | (m_v3 >> (64 - 16));
m_v3 ^= m_v2;
m_v0 += m_v3;
m_v3 = (m_v3 << 21) | (m_v3 >> (64 - 21));
m_v3 ^= m_v0;
m_v2 += m_v1;
m_v1 = (m_v1 << 17) | (m_v1 >> (64 - 17));
m_v1 ^= m_v2;
m_v2 = (m_v2 << 32) | (m_v2 >> (64 - 32));
m_v0 += m_v1;
m_v1 = (m_v1 << 13) | (m_v1 >> (64 - 13));
m_v1 ^= m_v0;
m_v0 = (m_v0 << 32) | (m_v0 >> (64 - 32));
m_v2 += m_v3;
m_v3 = (m_v3 << 16) | (m_v3 >> (64 - 16));
m_v3 ^= m_v2;
m_v0 += m_v3;
m_v3 = (m_v3 << 21) | (m_v3 >> (64 - 21));
m_v3 ^= m_v0;
m_v2 += m_v1;
m_v1 = (m_v1 << 17) | (m_v1 >> (64 - 17));
m_v1 ^= m_v2;
m_v2 = (m_v2 << 32) | (m_v2 >> (64 - 32));
}
protected override Task <ParseValue <TValue> > ParseValueFromStringAsync(string value)
{
if (Converters.TryChangeType <TValue>(value, out var result, CurrentCultureInfo))
{
return(Task.FromResult(new ParseValue <TValue>(true, result, null)));
}
public ICanAddConverter AddConverter(IValueConverter valueConverter)
{
Converters = Converters == null ? new[] { valueConverter } : Converters.Union(new[] { valueConverter });
return(this);
}
private static string AudioSettingsQuery(frmMain mainWindow)
{
// Queries for each option
string tracks = string.Empty;
string encoders = string.Empty;
string mixdowns = string.Empty;
string samplerates = string.Empty;
string bitrates = string.Empty;
string drvValues = string.Empty;
string gainValues = string.Empty;
string trackNames = string.Empty;
// If we have no audio tracks, set the query to none
if (mainWindow.AudioSettings.AudioTracks.ToList().Count == 0)
{
return(" -a none");
}
// Generate the sub queries
foreach (AudioTrack audioTrack in mainWindow.AudioSettings.AudioTracks)
{
// Audio Track (-a)
string track = audioTrack.Track.HasValue ? audioTrack.Track.ToString() : "1"; // Default to "1"
tracks += string.IsNullOrEmpty(tracks) ? track : string.Format(",{0}", track);
// Audio Encoder (-E)
encoders += string.IsNullOrEmpty(encoders)
? Converters.GetCliAudioEncoder(audioTrack.Encoder)
: string.Format(",{0}", Converters.GetCliAudioEncoder(audioTrack.Encoder));
// Audio Mixdowns (-6)
mixdowns += string.IsNullOrEmpty(mixdowns)
? Converters.GetCliMixDown(audioTrack.MixDown)
: string.Format(",{0}", Converters.GetCliMixDown(audioTrack.MixDown));
// Audio Samplerates (-R)
string rate = audioTrack.SampleRate == 0 ? "Auto" : audioTrack.SampleRate.ToString(); // Default to "Auto"
samplerates += string.IsNullOrEmpty(samplerates) ? rate : string.Format(",{0}", rate);
// Audio Bitrates (-B)
bitrates += string.IsNullOrEmpty(bitrates)
? audioTrack.Bitrate.ToString(Culture)
: string.Format(",{0}", audioTrack.Bitrate);
// Audio DRC Values
drvValues += string.IsNullOrEmpty(drvValues) ? audioTrack.DRC.ToString(Culture) : string.Format(",{0}", audioTrack.DRC.ToString(Culture));
// Audio Gain Control
gainValues += string.IsNullOrEmpty(gainValues) ? audioTrack.Gain.ToString(Culture) : string.Format(",{0}", audioTrack.Gain.ToString(Culture));
trackNames += string.IsNullOrEmpty(trackNames)
? string.IsNullOrEmpty(audioTrack.TrackName) ? "\"\"" : string.Format("\"{0}\"", audioTrack.TrackName.Trim())
: string.IsNullOrEmpty(audioTrack.TrackName) ? ",\"\"" : string.Format(",\"{0}\"", audioTrack.TrackName.Trim());
}
string audioQuery = string.Format(
" -a {0} -E {1} -B {2} -6 {3} -R {4} -D {5} --gain={6}",
tracks,
encoders,
bitrates,
mixdowns,
samplerates,
drvValues,
gainValues);
if (!string.IsNullOrEmpty(trackNames.Trim()) && !string.IsNullOrEmpty(trackNames.Replace("\"", string.Empty).Replace(",", string.Empty).Trim()))
{
audioQuery += string.Format(" --aname={0}", trackNames);
}
return(audioQuery);
}
public NuspecDefinition()
{
ManifestFiles = new List<ManifestFile>();
_converters = new Converters();
}
