protected override async Task AddTransaction(long transactionId, byte[] mutationHash, Mutation mutation)
{
foreach (Record record in mutation.Records)
{
RecordKey key = RecordKey.Parse(record.Key);
await ExecuteAsync(@"
UPDATE Records
SET Type = @type,
Name = @name
WHERE Key = @key",
new Dictionary<string, object>()
{
["@key"] = record.Key.ToByteArray(),
["@type"] = (int)key.RecordType,
["@name"] = key.Name
});
await ExecuteAsync(@"
INSERT INTO RecordMutations
(RecordKey, TransactionId, MutationHash)
VALUES (@recordKey, @transactionId, @mutationHash)",
new Dictionary<string, object>()
{
["@recordKey"] = record.Key.ToByteArray(),
["@transactionId"] = transactionId,
["@mutationHash"] = mutationHash
});
}
}
public void Mutation_Success()
{
Mutation mutation = new Mutation(
binaryData[0],
new[]
{
new Record(binaryData[1], binaryData[2], binaryData[3]),
new Record(binaryData[4], null, binaryData[5]),
},
binaryData[6]);
byte[] result = MessageSerializer.SerializeMutation(mutation);
Mutation finalMutation = MessageSerializer.DeserializeMutation(new ByteString(result));
Assert.Equal(244, result.Length);
Assert.Equal(mutation.Records.Count, finalMutation.Records.Count);
Assert.Equal(mutation.Records[0].Key, finalMutation.Records[0].Key);
Assert.Equal(mutation.Records[0].Value, finalMutation.Records[0].Value);
Assert.Equal(mutation.Records[0].Version, finalMutation.Records[0].Version);
Assert.Equal(mutation.Records[1].Key, finalMutation.Records[1].Key);
Assert.Equal(mutation.Records[1].Value, finalMutation.Records[1].Value);
Assert.Equal(mutation.Records[1].Version, finalMutation.Records[1].Version);
Assert.Equal(mutation.Namespace, finalMutation.Namespace);
Assert.Equal(mutation.Metadata, finalMutation.Metadata);
}
protected override IMutation PreSpawnMutation()
{
Mutation result = new Mutation();
result.AddGeneticModifier(new Blur(Set.ALL, new Set(new [] {"scale"}), 0.5F));
result.AddGeneticModifier(new SingleBlur(new Set(new [] {"root"}),new Set(new [] {"lifeduration"}), 100.0F));
result.AddGeneticModifier(new SingleBlur(new Set(new [] {"root"}), new Set(new [] {"speed"}), 0.2F));
return result;
}
public void notifyInitialized(Mutation mutation)
{
//mutations[initializedMutations++] = mutation;
initializedMutations++;
if(initializedMutations==totalMutations){
curHealth = maxHealth;
}
}
protected override IMutation PreSpawnMutation()
{
Mutation result = new Mutation();
result.AddGeneticModifier(new Blur(Set.ALL, new Set(new [] {"scale"}), 0.2F));
// It won't have much effect since the joints force to be aligned.
result.AddGeneticModifier(new Blur(Set.ALL, new Set(new[] { "rotation" }), 10));
result.AddGeneticModifier(new SingleBlur(new Set(new [] {"root"}),new Set(new [] {"lifeduration"}), 500));
return result;
}
public void Ctor_assigns_property_Description()
{
// Arrange
var someString = "any string";
// Act
var sut = new Mutation<ClassToTest>(someString, d => d.IntProperty = 2);
// Assert
Assert.Equal(someString, sut.Description);
}
public void Apply_calls_mutationToApply_on_argument()
{
// Arrange
var initialValue = 4;
var initial = new ClassToTest(initialValue);
var sut = new Mutation<ClassToTest>("some string", d => d.IntProperty += 2);
// Act
sut.Apply(initial);
// Assert
Assert.Equal(initialValue + 2, initial.IntProperty);
}
public async Task PostTransaction_EmptyMutation()
{
Dictionary<string, long> accounts = new Dictionary<string, long>();
TransactionValidator validator = CreateValidator(accounts);
Mutation mutation = new Mutation(
validNamespace,
new Record[0],
ByteString.Empty);
TransactionInvalidException exception = await Assert.ThrowsAsync<TransactionInvalidException>(
() => validator.PostTransaction(new ByteString(MessageSerializer.SerializeMutation(mutation)), new SignatureEvidence[0]));
Assert.Equal("InvalidMutation", exception.Reason);
}
public static ParsedMutation Parse(Mutation mutation)
{
List<AccountStatus> accountMutations = new List<AccountStatus>();
List<KeyValuePair<RecordKey, ByteString>> dataRecords = new List<KeyValuePair<RecordKey, ByteString>>();
foreach (Record record in mutation.Records)
{
// This is used for optimistic concurrency and does not participate in the validation
if (record.Value == null)
continue;
try
{
RecordKey key = RecordKey.Parse(record.Key);
switch (key.RecordType)
{
case RecordType.Account:
accountMutations.Add(AccountStatus.FromRecord(key, record));
break;
case RecordType.Data:
dataRecords.Add(new KeyValuePair<RecordKey, ByteString>(key, record.Value));
break;
}
}
catch (ArgumentOutOfRangeException ex) when (ex.ParamName == "keyData")
{
// Deserializing and re-serializing the record gives a different result
throw new TransactionInvalidException("NonCanonicalSerialization");
}
catch (ArgumentOutOfRangeException ex) when (ex.ParamName == "path")
{
// The path is invalid
throw new TransactionInvalidException("InvalidPath");
}
catch (ArgumentOutOfRangeException ex) when (ex.ParamName == "recordType")
{
// The specified record type is unknown
throw new TransactionInvalidException("InvalidRecord");
}
catch (ArgumentOutOfRangeException ex) when (ex.ParamName == "record")
{
// The value of an ACC record could not be deserialized
throw new TransactionInvalidException("InvalidRecord");
}
}
return new ParsedMutation(accountMutations, dataRecords);
}
public void ClearTextReporter_ShouldPrintGreenAboveThresholdHigh()
{
string output = "";
var chalkMock = new Mock <IChalk>(MockBehavior.Strict);
chalkMock.Setup(x => x.Default(It.IsAny <string>())).Callback((string text) => { output += text; });
chalkMock.Setup(x => x.Green(It.IsAny <string>())).Callback((string text) => { output += text; });
var tree = CSharpSyntaxTree.ParseText("void M(){ int i = 0 + 8; }");
var originalNode = tree.GetRoot().DescendantNodes().OfType <BinaryExpressionSyntax>().First();
var mutation = new Mutation()
{
OriginalNode = originalNode,
ReplacementNode = SyntaxFactory.BinaryExpression(SyntaxKind.SubtractExpression, originalNode.Left, originalNode.Right),
DisplayName = "This name should display",
Type = Mutator.Arithmetic
};
var target = new ClearTextReporter(new StrykerOptions(), chalkMock.Object);
var folder = new FolderComposite()
{
Name = "RootFolder",
RelativePath = "RootFolder",
FullPath = "C://RootFolder",
};
folder.Add(new FileLeaf()
{
Name = "SomeFile.cs",
RelativePath = "RootFolder/SomeFile.cs",
RelativePathToProjectFile = "SomeFile.cs",
FullPath = "C://RootFolder/SomeFile.cs",
Mutants = new Collection <Mutant>()
{
new Mutant()
{
ResultStatus = MutantStatus.Killed, Mutation = mutation
},
}
});
target.OnAllMutantsTested(folder);
chalkMock.Verify(x => x.Green(It.IsAny <string>()), Times.Exactly(2));
}
static T Get <T>(uint id)
{
T ret = default(T);
// prevent string decryptors from invoking this method
if (!Equals(Assembly.GetCallingAssembly(), Assembly.GetExecutingAssembly()) ||
new StackTrace().GetFrame(1).GetMethod().DeclaringType == typeof(RuntimeMethodHandle))
{
return(ret);
}
// demutate the id
id = (uint)Mutation.Placeholder((int)id);
// get the type
uint type = id >> 30;
// get actual id
id &= 0x3fffffff;
id <<= 2;
if (type == Mutation.KeyI0)
{
// read a string preceded by a 32bit length int
int len = buffer[id++] | (buffer[id++] << 8) | (buffer[id++] << 16) | (buffer[id++] << 24);
ret = (T)(object)string.Intern(Encoding.UTF8.GetString(buffer, (int)id, len));
}
// NOTE: Assume little-endian
else if (type == Mutation.KeyI1)
{
//read an int
var v = new T[1];
Buffer.BlockCopy(buffer, (int)id, v, 0, Mutation.Value <int>());
ret = v[0];
}
else if (type == Mutation.KeyI2)
{
// read an array
int structLength = buffer[id++] | (buffer[id++] << 8) | (buffer[id++] << 16) | (buffer[id++] << 24);
int arrayLength = buffer[id++] | (buffer[id++] << 8) | (buffer[id++] << 16) | (buffer[id++] << 24);
Array v = Array.CreateInstance(typeof(T).GetElementType(), arrayLength);
Buffer.BlockCopy(buffer, (int)id, v, 0, structLength - 4);
ret = (T)(object)v;
}
return(ret);
}
public override void DeleteCells(string table, string rowKey, bool writeToWal, List <string> columns, Dictionary <string, string> attributes)
{
byte[] tableName = Encode(table);
byte[] row = Encode(rowKey);
Dictionary <byte[], byte[]> encodedAttributes = EncodeAttributes(attributes);
List <Mutation> mutations = new List <Mutation>();
foreach (string column in columns)
{
Mutation mutation = new Mutation();
mutation.IsDelete = true;
mutation.WriteToWAL = writeToWal;
mutation.Column = Encode(column);
mutations.Add(mutation);
}
client.mutateRow(tableName, row, mutations, encodedAttributes);
}
private async Task AddRecords(params string[] keys)
{
Mutation mutation = new Mutation(
ByteString.Empty,
keys.Select(key => new Record(
new ByteString(Encoding.UTF8.GetBytes(key)),
ByteString.Empty,
ByteString.Empty)),
ByteString.Empty);
Transaction transaction = new Transaction(
new ByteString(MessageSerializer.SerializeMutation(mutation)),
new DateTime(),
ByteString.Empty);
await store.AddTransactions(new[] { new ByteString(MessageSerializer.SerializeTransaction(transaction)) });
}
/// <summary>Snippet for MutateRowAsync</summary>
public async Task MutateRow2Async()
{
// Snippet: MutateRowAsync(string, ByteString, IEnumerable<Mutation>, string, CallSettings)
// Additional: MutateRowAsync(string, ByteString, IEnumerable<Mutation>, string, CancellationToken)
// Create client
BigtableServiceApiClient bigtableServiceApiClient = await BigtableServiceApiClient.CreateAsync();
// Initialize request argument(s)
string tableName = "projects/[PROJECT]/instances/[INSTANCE]/tables/[TABLE]";
ByteString rowKey = ByteString.Empty;
IEnumerable <Mutation> mutations = new Mutation[] { new Mutation(), };
string appProfileId = "";
// Make the request
MutateRowResponse response = await bigtableServiceApiClient.MutateRowAsync(tableName, rowKey, mutations, appProfileId);
// End snippet
}
/// <summary>Snippet for CommitAsync</summary>
public async Task Commit2Async()
{
// Snippet: CommitAsync(string, CommitRequest.Types.Mode, IEnumerable<Mutation>, CallSettings)
// Additional: CommitAsync(string, CommitRequest.Types.Mode, IEnumerable<Mutation>, CancellationToken)
// Create client
DatastoreClient datastoreClient = await DatastoreClient.CreateAsync();
// Initialize request argument(s)
string projectId = "";
CommitRequest.Types.Mode mode = CommitRequest.Types.Mode.Unspecified;
IEnumerable <Mutation> mutations = new Mutation[] { new Mutation(), };
// Make the request
CommitResponse response = await datastoreClient.CommitAsync(projectId, mode, mutations);
// End snippet
}
/// <summary>
/// This Funds a wallet from a External Bank Deposit.
/// </summary>
/// <param name="connection">ES connection</param>
/// <param name="walletAccount">Account name of a wallet</param>
/// <param name="CashAccount">The Cash account</param>
/// <param name="amount">Transaction amount</param>
/// <param name="currency">Currency ISO 3</param>
/// <param name="description">Free test filed</param>
/// <param name="description2">Free text field</param>
public void HandleWalletDeposit(IEventStoreConnection connection, string walletAccount, string CashAccount, decimal amount, string currency, string description, string description2)
{
// reset the objects
ResetManager();
// get the last mutations of the both Accounts
walletAccountLastEvent = Mutation.FromJson(AccountManager.GetLastEvent(connection, walletAccount));
cashAccountLastEvent = Mutation.FromJson(AccountManager.GetLastEvent(connection, CashAccount));
//
// TODO Must check if the CashAccount is of the type Cash and the Wallet Account of the Type Wallet. If not then do not continue.
//
// Create a Posting Object.
posting = MutationEventManager.CreatePosting(walletAccountLastEvent, cashAccountLastEvent, Enums.MutationTypes.Deposit, Enums.MutationEntryTypes.Dr, amount, currency, description, description2);
Mutation walletAccountNewEvent = posting.Mutations[0];
Mutation CashAccountNewEvent = posting.Mutations[1];
// create an eventStore Event for the 2 Postings
var myEvent1 = new EventData(Guid.Parse(walletAccountNewEvent.MutationId), EventTypes.WalletFunded.ToString(), true, Encoding.UTF8.GetBytes(Mutation.ToJson(walletAccountNewEvent)), null);
var myEvent2 = new EventData(Guid.Parse(CashAccountNewEvent.MutationId), EventTypes.WalletFunded.ToString(), true, Encoding.UTF8.GetBytes(Mutation.ToJson(CashAccountNewEvent)), null);
// TODO validate the balance the wallet account can not be negative
// TODO Calculate the fee
// TODO transaction learn about it
// this takes to long 165 ms..
// Events is a Array. One day need to try to experiment with this.
// First Credit the Cash Account
connection.AppendToStreamAsync(CashAccount, CashAccountNewEvent.PreviousEventNumber, myEvent2).Wait();
//Then Debit the Wallet Account
connection.AppendToStreamAsync(walletAccount, walletAccountNewEvent.PreviousEventNumber, myEvent1).Wait();
// var st = new System.Diagnostics.Stopwatch();
// st.Start();
// st.Stop();
// System.Diagnostics.Debug.WriteLine($"Mutation created: {st.ElapsedMilliseconds} ms");
}
/// <summary>
/// Sets the edges corresponding to predicates on the node with the given uid for deletion. This
/// function returns a new <see cref="Mutation"/> object with the edges set. It is the caller's responsibility to
/// run the mutation by calling <see cref="Transaction.MutateAsync(Mutation)"/>.
/// </summary>
/// <param name="mu">Mutation to add edges to</param>
/// <param name="uid">uid uid of the node</param>
/// <param name="predicates">predicates predicates of the edges to remove</param>
/// <returns>a new Mutation object with the edges set</returns>
public static Mutation CreateDeleteEdgesMutation(Mutation mu, String uid, params string[] predicates)
{
Mutation b = new Mutation(mu);
foreach (var predicate in predicates)
{
b.Del.Add(new NQuad()
{
Subject = uid,
Predicate = predicate,
ObjectValue = new Value {
DefaultVal = "_STAR_ALL"
}
});
}
return(b);
}
public void test_commit_after_CommitNow()
{
Assert.ThrowsAsync <TxnFinishedException>(async() =>
{
using (var txn = _client.NewTransaction())
{
var mut = new Mutation
{
SetNquads = ByteString.CopyFromUtf8("<_:bob> <name> \"Bob\" ."),
CommitNow = true
};
await txn.MutateAsync(mut);
await txn.CommitAsync();
}
});
}
public async Task test_delete()
{
using (var txn = _client.NewTransaction())
{
var mutation = new Mutation
{
SetNquads = ByteString.CopyFromUtf8("<_:bob> <name> \"Bob\" .")
};
var ag = await txn.MutateAsync(mutation);
string bob = ag.Uids["bob"];
string query = new StringBuilder()
.AppendLine("{")
.AppendLine($"find_bob(func: uid({bob}))")
.AppendLine("{")
.AppendLine("name")
.AppendLine("}")
.AppendLine("}")
.ToString();
var resp = await txn.QueryAsync(query);
var json = JObject.Parse(resp.Json.ToStringUtf8());
var arr = json.GetValue("find_bob") as JArray;
Assert.IsTrue(arr.Count > 0);
mutation = new Mutation
{
DelNquads = ByteString.CopyFromUtf8($"<{bob}> * * .")
};
await txn.MutateAsync(mutation);
resp = await txn.QueryAsync(query);
json = JObject.Parse(resp.Json.ToStringUtf8());
arr = json.GetValue("find_bob") as JArray;
Assert.IsTrue(arr.Count == 0);
await txn.CommitAsync();
}
}
/// <summary>Snippet for MutateRowAsync</summary>
public async Task MutateRow2ResourceNamesAsync()
{
// Snippet: MutateRowAsync(TableName, ByteString, IEnumerable<Mutation>, string, CallSettings)
// Additional: MutateRowAsync(TableName, ByteString, IEnumerable<Mutation>, string, CancellationToken)
// Create client
BigtableClient bigtableClient = await BigtableClient.CreateAsync();
// Initialize request argument(s)
TableName tableName = TableName.FromProjectInstanceTable("[PROJECT]", "[INSTANCE]", "[TABLE]");
ByteString rowKey = ByteString.Empty;
IEnumerable <Mutation> mutations = new Mutation[] { new Mutation(), };
string appProfileId = "";
// Make the request
MutateRowResponse response = await bigtableClient.MutateRowAsync(tableName, rowKey, mutations, appProfileId);
// End snippet
}
/// <inheritdoc/>
public async Task <IPullRequestReviewCommentModel> PostPendingReviewComment(
ILocalRepositoryModel localRepository,
IAccount user,
string pendingReviewId,
string body,
string commitId,
string path,
int position)
{
var address = HostAddress.Create(localRepository.CloneUrl.Host);
var graphql = await graphqlFactory.CreateConnection(address);
var comment = new AddPullRequestReviewCommentInput
{
Body = body,
CommitOID = commitId,
Path = path,
Position = position,
PullRequestReviewId = pendingReviewId,
};
var addComment = new Mutation()
.AddPullRequestReviewComment(comment)
.Select(x => new PullRequestReviewCommentModel
{
Id = x.Comment.DatabaseId.Value,
NodeId = x.Comment.Id,
Body = x.Comment.Body,
CommitId = x.Comment.Commit.Oid,
Path = x.Comment.Path,
Position = x.Comment.Position,
CreatedAt = x.Comment.CreatedAt.Value,
DiffHunk = x.Comment.DiffHunk,
OriginalPosition = x.Comment.OriginalPosition,
OriginalCommitId = x.Comment.OriginalCommit.Oid,
PullRequestReviewId = x.Comment.PullRequestReview.DatabaseId.Value,
User = user,
IsPending = true,
});
var result = await graphql.Run(addComment);
await usageTracker.IncrementCounter(x => x.NumberOfPRReviewDiffViewInlineCommentPost);
return(result);
}
static int Main(string[] args)
{
var l = (uint)Mutation.KeyI0;
uint[] q = Mutation.Placeholder(new uint[Mutation.KeyI0]);
GCHandle h = Decrypt(q, (uint)Mutation.KeyI1);
var b = (byte[])h.Target;
var assemblyLoadCtx = Type.GetType("System.Runtime.Loader.AssemblyLoadContext");
if (assemblyLoadCtx != null)
{
var assemblyLoadCtxDef = assemblyLoadCtx.GetProperty("Default")?.GetValue(null);
var assemblyLoadCtxLoad = assemblyLoadCtx.GetMethod("LoadFromStream", new Type[] { typeof(Stream) });
if (assemblyLoadCtxDef != null && assemblyLoadCtxLoad != null)
{
assemblyLoad = (datas) => (Assembly)assemblyLoadCtxLoad.Invoke(assemblyLoadCtxDef, new object[] { new MemoryStream(datas) });
}
}
Assembly a = assemblyLoad(b);
Array.Clear(b, 0, b.Length);
h.Free();
Array.Clear(q, 0, q.Length);
var m = typeof(CompressorCompat).Module;
key = m.ResolveSignature(Mutation.KeyI2);
AppDomain.CurrentDomain.AssemblyResolve += Resolve;
MethodBase e = a.ManifestModule.ResolveMethod(key[0] | (key[1] << 8) | (key[2] << 16) | (key[3] << 24));
var g = new object[e.GetParameters().Length];
if (g.Length != 0)
{
g[0] = args;
}
object r = e.Invoke(null, g);
if (r is int)
{
return((int)r);
}
return(0);
}
public async Task Move_ValidInput_CallsGameManager()
{
// arrange
var moveInput = new MoveInput
{
GameId = "abcdef",
Player = Player.Cross,
BoardPosition = new Position(0, 0),
TilePosition = new Position(0, 0)
};
var gameManagerMock = new Mock <IGameManager>();
gameManagerMock
.Setup(m => m.Move(It.IsAny <Move>(), CancellationToken.None))
.ReturnsAsync(new MoveResult
{
Move = moveInput.ToMove(),
InvalidReason = null,
IsValid = false,
MoveFinishedGame = false,
MoveFinishedBoard = false,
});
var eventSenderMock = new Mock <IEventSender>();
eventSenderMock
.Setup(m => m.SendAsync(It.IsAny <IEventMessage>()))
.Returns(Task.CompletedTask)
.Verifiable();
var mutation = new Mutation();
//act
var result = await mutation.Move(
moveInput,
gameManagerMock.Object,
eventSenderMock.Object,
CancellationToken.None);
//assert
gameManagerMock.Verify(
m => m.Move(It.IsAny <Move>(), CancellationToken.None),
Times.Once);
}
public static void CreateBabyMonkey(MonkeyDNA motherDNA, MonkeyDNA fatherDNA, Transform mother)
{
MonkeyDNA dna = new MonkeyDNA();
Mutation mutation = new Mutation();
Crossover crossover = new Crossover();
dna.speed = mutation.MutateGene(crossover.Cross(motherDNA.speed, fatherDNA.speed), DNA.SPEED_MIN, DNA.SPEED_MAX);
dna.foodViewRange = mutation.MutateGene(crossover.Cross(motherDNA.foodViewRange, fatherDNA.foodViewRange), DNA.FOODVIEWRANGE_MIN, DNA.FOODVIEWRANGE_MAX);
dna.waterViewRange = mutation.MutateGene(crossover.Cross(motherDNA.waterViewRange, fatherDNA.waterViewRange), DNA.WATERVIEWRANGE_MIN, DNA.FOODVIEWRANGE_MAX);
dna.sex = mutation.RandomizeSex();
var monkey = Instantiate(Instance.babyMonkey, mother.position, Quaternion.identity).GetComponent <BabyMonkey>();
AnimalStatistics.Instance.AddAnimal(monkey.matureMaleMonkey);
monkey.Initialize(dna);
}
private static GCHandle Decrypt(uint[] data, uint seed)
{
var w = new uint[0x10];
var k = new uint[0x10];
ulong s = seed;
for (var i = 0; i < 0x10; i++)
{
s = s * s % 0x143fc089;
k[i] = (uint)s;
w[i] = (uint)(s * s % 0x444d56fb);
}
Mutation.Crypt(w, k);
Array.Clear(k, 0, 0x10);
var b = new byte[data.Length << 2];
uint h = 0;
for (var i = 0; i < data.Length; i++)
{
var d = data[i] ^ w[i & 0xf];
w[i & 0xf] = (w[i & 0xf] ^ d) + 0x3ddb2819;
b[h + 0] = (byte)(d >> 0);
b[h + 1] = (byte)(d >> 8);
b[h + 2] = (byte)(d >> 16);
b[h + 3] = (byte)(d >> 24);
h += 4;
}
Array.Clear(w, 0, 0x10);
var j = Lzma.Decompress(b);
Array.Clear(b, 0, b.Length);
var g = GCHandle.Alloc(j, GCHandleType.Pinned);
var z = (uint)(s % 0x8a5cb7);
for (var i = 0; i < j.Length; i++)
{
j[i] ^= (byte)s;
if ((i & 0xff) == 0)
{
s = s * s % 0x8a5cb7;
}
}
return(g);
}
public void Star_And_Unstar_Project()
{
var viewerHasStarredQuery = new Query().Repository(Helper.Username, _repoName).Select(repository => repository.ViewerHasStarred);
var viewerHasStarred = Connection.Run(viewerHasStarredQuery).Result;
Assert.False(viewerHasStarred);
var clientMutationId = "abc123";
var addStarQuery = new Mutation().AddStar(new AddStarInput
{
ClientMutationId = clientMutationId,
StarrableId = _repositoryId
}).Select(payload => new
{
payload.ClientMutationId,
StarrableId = payload.Starrable.Id,
payload.Starrable.ViewerHasStarred
});
var addStarResult = Connection.Run(addStarQuery).Result;
Assert.Equal(addStarResult.ClientMutationId, clientMutationId);
Assert.Equal(addStarResult.StarrableId, _repositoryId);
Assert.True(addStarResult.ViewerHasStarred);
clientMutationId = "def456";
var removeStarQuery = new Mutation().RemoveStar(new RemoveStarInput()
{
ClientMutationId = clientMutationId,
StarrableId = _repositoryId
}).Select(payload => new
{
payload.ClientMutationId,
StarrableId = payload.Starrable.Id,
payload.Starrable.ViewerHasStarred
});
var removeStarResult = Connection.Run(removeStarQuery).Result;
Assert.Equal(removeStarResult.ClientMutationId, clientMutationId);
Assert.Equal(removeStarResult.StarrableId, _repositoryId);
Assert.False(removeStarResult.ViewerHasStarred);
}
private async Task AddRecords(params string[] keys)
{
Mutation mutation = new Mutation(
ByteString.Empty,
keys.Select(key => new Record(
new ByteString(Encoding.UTF8.GetBytes(key)),
ByteString.Empty,
ByteString.Empty)),
ByteString.Empty);
Transaction transaction = new Transaction(
new ByteString(MessageSerializer.SerializeMutation(mutation)),
new DateTime(),
ByteString.Empty);
await store.AddTransactions(new[] { new ByteString(MessageSerializer.SerializeTransaction(transaction)) });
}
public async void CreateCampaign_ReturnsCreatedCampaign()
{
// Arrange
await using var context = _tb.DatabaseContext;
var campaignInput = new Campaign
{
Name = "New Campaign",
Description = "Created in Unit Test"
};
var mutation = new Mutation();
// Act
var campaign = await mutation.CreateCampaign(context, "MutationTests User 2", campaignInput);
// Assert
Assert.True(string.Equals("MutationTests User 2", campaign.UserId));
}
public void Create_And_Delete_Project()
{
var projectName = "ProjectName_" + _ticks;
var projectDesc = "ProjectDesc_" + _ticks;
var clientMutationId = "abc123";
var createProjectQuery = new Mutation()
.CreateProject(new CreateProjectInput()
{
Name = projectName,
OwnerId = _repositoryId,
//TODO: This is not required but the code fails if we leave this empty
ClientMutationId = clientMutationId,
Body = projectDesc
})
.Select(payload => new { payload.ClientMutationId, ProjectId = payload.Project.Id, ProjectName = payload.Project.Name, ProjectOwnerId = payload.Project.Owner.Id });
var projectData = Connection.Run(createProjectQuery).Result;
Assert.Equal(projectData.ClientMutationId, clientMutationId);
Assert.Equal(projectData.ProjectName, projectName);
Assert.Equal(projectData.ProjectOwnerId, _repositoryId);
clientMutationId = "def456";
var deleteProjectQuery = new Mutation()
.DeleteProject(new DeleteProjectInput()
{
ProjectId = projectData.ProjectId,
//TODO: This is not required but the code fails if we leave this empty
ClientMutationId = clientMutationId
})
.Select(payload => new
{
ProjectOwnerId = payload.Owner.Id,
payload.ClientMutationId,
});
var deleteResult = Connection.Run(deleteProjectQuery).Result;
Assert.Equal(deleteResult.ClientMutationId, clientMutationId);
Assert.Equal(deleteResult.ProjectOwnerId, _repositoryId);
}
public void Simulate(int count, int length, int min, int max, int maxGeneration)
{
m_Population = new Population <T>(count, length, min, max);
m_Population.Evaluate(Fitness);
m_Population.Save(Filename, false);
if (Debug != null && (DebugMask & DebugMask.First) != 0)
{
Debug.Log(m_Population);
}
while (m_Population.Generation < maxGeneration)
{
m_Population.Elite(Elitism);
do
{
IChromosome <T> parent1 = Selection.Select(m_Population);
IChromosome <T> parent2 = Selection.Select(m_Population);
IChromosome <T> offspring1, offspring2;
Crossover.Crossover(parent1, parent2, out offspring1, out offspring2);
Mutation.Mutate(ref offspring1, min, max);
Mutation.Mutate(ref offspring2, min, max);
m_Population.AddChromosomeInNewPopulation(offspring1);
m_Population.AddChromosomeInNewPopulation(offspring2);
} while (!m_Population.IsFullNewGeneration);
m_Population.SwapGeneration();
m_Population.Evaluate(Fitness);
m_Population.Save(Filename, true);
if (Debug != null && (DebugMask & DebugMask.Step) != 0)
{
Debug.Log(m_Population);
}
}
if (Debug != null && (DebugMask & DebugMask.Last) != 0)
{
Debug.Log(m_Population);
}
}
public async Task <Assigned> MutateAsync(Mutation mutation, CancellationToken cancellationToken)
{
if (readOnly)
{
throw new Exception("A Read-Only Transaction cannot be mutated");
}
if (finished)
{
throw new Exception("A finished Transaction cannot be mutated");
}
mutated = true;
mutation.StartTs = context.StartTs;
Assigned assigned;
try
{
assigned = await client.MutateAsync(request : mutation, cancellationToken : cancellationToken);
if (mutation.CommitNow)
{
finished = true;
}
MergeContext(assigned.Context);
}
catch (RpcException e)
{
try
{
await DiscardAsync(cancellationToken);
}
catch
{
// TODO Problems discarding the Transaction shouldn't go unnoticed ...
}
throw e;
}
return(assigned);
}
async Task <bool> DeletePackageVersion(IConnection connection, ID versionId)
{
try
{
var input = new DeletePackageVersionInput {
PackageVersionId = versionId, ClientMutationId = "GrpTool"
};
var mutation = new Mutation().DeletePackageVersion(input).Select(p => p.Success).Compile();
var payload = await connection.Run(mutation);
return(payload.Value);
}
catch (GraphQLException e)
{
Console.WriteLine(e.Message);
return(false);
}
}
private string GetPayingAddress(Mutation outgoingTransaction)
{
try
{
string metadata = Encoding.UTF8.GetString(outgoingTransaction.Metadata.ToByteArray(), 0, outgoingTransaction.Metadata.Value.Count);
JObject root = JObject.Parse(metadata);
return(BitcoinAddress.Create((string)root["routing"], network).ToString());
}
catch (JsonReaderException)
{
return(null);
}
catch (FormatException)
{
return(null);
}
}
public override void Update(string table, string rowKey, bool writeToWal, Dictionary <string, string> fieldNameValues, Dictionary <string, string> attributes)
{
byte[] tableName = Encode(table);
byte[] row = Encode(rowKey);
Dictionary <byte[], byte[]> encodedAttributes = EncodeAttributes(attributes);
List <Mutation> mutations = new List <Mutation>();
foreach (KeyValuePair <String, String> pair in fieldNameValues)
{
Mutation mutation = new Mutation();
mutation.IsDelete = false;
mutation.WriteToWAL = writeToWal;
mutation.Column = Encode(pair.Key);
mutation.Value = Encode(pair.Value);
mutations.Add(mutation);
}
client.mutateRow(tableName, row, mutations, encodedAttributes);
}
/// <summary>Snippet for CheckAndMutateRowAsync</summary>
public async Task CheckAndMutateRow1Async()
{
// Snippet: CheckAndMutateRowAsync(string, ByteString, RowFilter, IEnumerable<Mutation>, IEnumerable<Mutation>, CallSettings)
// Additional: CheckAndMutateRowAsync(string, ByteString, RowFilter, IEnumerable<Mutation>, IEnumerable<Mutation>, CancellationToken)
// Create client
BigtableServiceApiClient bigtableServiceApiClient = await BigtableServiceApiClient.CreateAsync();
// Initialize request argument(s)
string tableName = "projects/[PROJECT]/instances/[INSTANCE]/tables/[TABLE]";
ByteString rowKey = ByteString.Empty;
RowFilter predicateFilter = new RowFilter();
IEnumerable <Mutation> trueMutations = new Mutation[] { new Mutation(), };
IEnumerable <Mutation> falseMutations = new Mutation[] { new Mutation(), };
// Make the request
CheckAndMutateRowResponse response = await bigtableServiceApiClient.CheckAndMutateRowAsync(tableName, rowKey, predicateFilter, trueMutations, falseMutations);
// End snippet
}
/// <inheritdoc/>
public async Task CancelPendingReview(
ILocalRepositoryModel localRepository,
string reviewId)
{
var address = HostAddress.Create(localRepository.CloneUrl.Host);
var graphql = await graphqlFactory.CreateConnection(address);
var delete = new DeletePullRequestReviewInput
{
PullRequestReviewId = reviewId,
};
var deleteReview = new Mutation()
.DeletePullRequestReview(delete)
.Select(x => x.ClientMutationId);
await graphql.Run(deleteReview);
}
/// <summary>Snippet for CheckAndMutateRowAsync</summary>
public async Task CheckAndMutateRow1ResourceNamesAsync()
{
// Snippet: CheckAndMutateRowAsync(TableName, ByteString, RowFilter, IEnumerable<Mutation>, IEnumerable<Mutation>, CallSettings)
// Additional: CheckAndMutateRowAsync(TableName, ByteString, RowFilter, IEnumerable<Mutation>, IEnumerable<Mutation>, CancellationToken)
// Create client
BigtableClient bigtableClient = await BigtableClient.CreateAsync();
// Initialize request argument(s)
TableName tableName = TableName.FromProjectInstanceTable("[PROJECT]", "[INSTANCE]", "[TABLE]");
ByteString rowKey = ByteString.Empty;
RowFilter predicateFilter = new RowFilter();
IEnumerable <Mutation> trueMutations = new Mutation[] { new Mutation(), };
IEnumerable <Mutation> falseMutations = new Mutation[] { new Mutation(), };
// Make the request
CheckAndMutateRowResponse response = await bigtableClient.CheckAndMutateRowAsync(tableName, rowKey, predicateFilter, trueMutations, falseMutations);
// End snippet
}
public static Mutation CreateMutation(MutationMethod mutationMethod, MutationMethod[] mutationMethods,
int[][] population, double mutationProbability, Random random)
{
Mutation mutation = mutationMethod switch
{
MutationMethod.RSM => new RSMutation(mutationProbability, population, random),
MutationMethod.TWORS => new TWORSMutation(mutationProbability, population, random),
MutationMethod.CIM => new CIMutation(mutationProbability, population, random),
MutationMethod.THROAS => new THROASMutation(mutationProbability, population, random),
MutationMethod.THRORS => new THRORSMutation(mutationProbability, population, random),
MutationMethod.MAM => new MAMutation(mutationMethods, mutationProbability, population, random),
MutationMethod.MRM => new MRMutation(mutationMethods, mutationProbability, population, random),
_ => throw new AggregateException("Wrong mutation method name")
};
return(mutation);
}
}
//sets up the initial GA
public GeneticAlgo CreateGA(string[][] _sampleGenomes)
{
System.Random r = new System.Random(Time.frameCount);
//specify the numbers of genes to the population.
string selectType = "god mode";
string mutateType = "randomChoice";
string crossType = "OnePt";
Encoder encoder = _encode;
Fitness fitness = new Fitness("");
Population population = new Population(_childCount, encoder._symbols, samplePopulation: _sampleGenomes, variableGenomeLength: true);
Selection selection = new Selection(selectType);
CrossOver crossover = new CrossOver(crossType);
Mutation mutation = new Mutation(mutateType, _mutationRate);
return(new GeneticAlgo(encoder, fitness, population, selection, crossover, mutation));
}
public override DecimalArrayChromosome FindOptimum()
{
var best = new DecimalArrayChromosome(Constants.ChromosomeSize)
{
Fitness = decimal.MaxValue
};
for (var i = 0; i < IterationLimit; i++)
{
var nextGeneration = new Population <DecimalArrayChromosome>(PopulationSize);
if (Elitism)
{
nextGeneration.Add(GetPopulationBest());
}
while (nextGeneration.Count() < PopulationSize)
{
var selectedFromPopulation = Selection.Select(Population);
var childChromosome =
Crossover.Cross(selectedFromPopulation.First(), selectedFromPopulation[1]);
childChromosome = Mutation.Mutate(childChromosome);
childChromosome.Fitness = FitnessFunction.GetValue(childChromosome);
nextGeneration.Add(childChromosome);
}
Population = nextGeneration;
var populationBest = GetPopulationBest();
if (populationBest.Fitness < best.Fitness)
{
best = populationBest;
Console.WriteLine("Iteration: " + i + ", Best fitness: " + populationBest.Fitness + ", " + best);
}
if (populationBest.Fitness < FitnessTerminator)
{
break;
}
}
return(best);
}
public async Task PostTransaction_MaxKeySize()
{
Dictionary<string, long> accounts = new Dictionary<string, long>();
TransactionValidator validator = CreateValidator(accounts);
Mutation mutation = new Mutation(
validNamespace,
new Record[]
{
new Record(
ByteString.Parse(new string('a', 513 * 2)),
new ByteString(BitConverter.GetBytes(100L).Reverse()),
ByteString.Empty)
},
ByteString.Empty);
TransactionInvalidException exception = await Assert.ThrowsAsync<TransactionInvalidException>(
() => validator.PostTransaction(new ByteString(MessageSerializer.SerializeMutation(mutation)), new SignatureEvidence[0]));
Assert.Equal("InvalidMutation", exception.Reason);
}
public void Mutation_Success()
{
Mutation mutation = new Mutation(
binaryData[0],
new[]
{
new Record(binaryData[1], binaryData[2], binaryData[3]),
new Record(binaryData[4], null, binaryData[5]),
},
binaryData[6]);
Assert.Equal(2, mutation.Records.Count);
Assert.Equal(binaryData[1], mutation.Records[0].Key);
Assert.Equal(binaryData[2], mutation.Records[0].Value);
Assert.Equal(binaryData[3], mutation.Records[0].Version);
Assert.Equal(binaryData[4], mutation.Records[1].Key);
Assert.Equal(null, mutation.Records[1].Value);
Assert.Equal(binaryData[5], mutation.Records[1].Version);
Assert.Equal(binaryData[0], mutation.Namespace);
Assert.Equal(binaryData[6], mutation.Metadata);
}
/// <summary>
/// Atomically checks if a row/family/qualifier value matches the expected
/// value. If it does, it adds the corresponding mutation operation for put.
///
/// @return true if the new put was executed, false otherwise
/// </summary>
/// <param name="tableName">name of table</param>
/// <param name="row">row key</param>
/// <param name="column">column name</param>
/// <param name="value">the expected value for the column parameter, if notprovided the check is for the non-existence of thecolumn in question</param>
/// <param name="mput">mutation for the put</param>
/// <param name="attributes">Mutation attributes</param>
public bool checkAndPut(byte[] tableName, byte[] row, byte[] column, byte[] value, Mutation mput, Dictionary<byte[], byte[]> attributes)
{
#if !SILVERLIGHT
send_checkAndPut(tableName, row, column, value, mput, attributes);
return recv_checkAndPut();
#else
var asyncResult = Begin_checkAndPut(null, null, tableName, row, column, value, mput, attributes);
return End_checkAndPut(asyncResult);
#endif
}
public void send_checkAndPut(byte[] tableName, byte[] row, byte[] column, byte[] value, Mutation mput, Dictionary<byte[], byte[]> attributes)
#endif
{
oprot_.WriteMessageBegin(new TMessage("checkAndPut", TMessageType.Call, seqid_));
checkAndPut_args args = new checkAndPut_args();
args.TableName = tableName;
args.Row = row;
args.Column = column;
args.Value = value;
args.Mput = mput;
args.Attributes = attributes;
args.Write(oprot_);
oprot_.WriteMessageEnd();
#if SILVERLIGHT
return oprot_.Transport.BeginFlush(callback, state);
#else
oprot_.Transport.Flush();
#endif
}
public IAsyncResult send_checkAndPut(AsyncCallback callback, object state, byte[] tableName, byte[] row, byte[] column, byte[] value, Mutation mput, Dictionary<byte[], byte[]> attributes)
public async Task MoveToRedemption(IList<OutboundTransaction> transactions, ByteString btcTransaction)
{
List<Record> records = new List<Record>();
foreach (OutboundTransaction transaction in transactions)
{
// TODO: Allow double spending
records.Add(new Record(
key: Encode($"/asset/{assetName}/tx/:DATA:{transaction.Version.ToString()}"),
value: Encode(JObject.FromObject(new { transactions = new[] { btcTransaction.ToString() } }).ToString()),
version: ByteString.Empty));
records.Add(new Record(
key: transaction.RecordKey,
value: ByteString.Empty,
version: transaction.Version));
}
HttpClient client = new HttpClient();
ByteString finalKey = Encode($"/asset/{assetName}/final/:ACC:/asset/{assetName}/");
HttpResponseMessage getValueResponse = await client.GetAsync(new Uri(openChainUri, $"record?key={finalKey.ToString()}"));
string stringResponse = await getValueResponse.EnsureSuccessStatusCode().Content.ReadAsStringAsync();
ByteString finalVersion = ByteString.Parse((string)JObject.Parse(stringResponse)["version"]);
long currentValue = ParseInt(ByteString.Parse((string)JObject.Parse(stringResponse)["value"]));
records.Add(new Record(
key: finalKey,
value: Encode(currentValue + transactions.Sum(transaction => transaction.Amount)),
version: finalVersion));
Mutation mutation = new Mutation(Encode(this.openChainUri.ToString()), records, ByteString.Empty);
byte[] serializedMutation = MessageSerializer.SerializeMutation(mutation);
await SignAndSubmit(serializedMutation);
}
private async Task TransfertInternal(string from, string to, long amount, string asset)
{
var lAsset = LedgerPath.Parse(asset);
var aFrom = new AccountKey(LedgerPath.Parse(from), lAsset);
var aTo = new AccountKey(LedgerPath.Parse(to), lAsset);
var accounts = await Engine.GetAccounts(new[] { aFrom, aTo });
var adFrom = accounts[aFrom];
var adTo = accounts[aTo];
var rFrom = new Record(aFrom.Key.ToBinary(), LongToByteString(adFrom.Balance - amount), adFrom.Version);
var rTo = new Record(aTo.Key.ToBinary(), LongToByteString(adTo.Balance + amount), adTo.Version);
Mutation m = new Mutation(ByteString.Empty, new[] { rFrom, rTo }, ByteString.Empty);
int c = System.Threading.Interlocked.Increment(ref gcounter);
Transaction t = new Transaction(
new ByteString(MessageSerializer.SerializeMutation(m)),
DateTime.UtcNow,
new ByteString(BitConverter.GetBytes(c))
);
await Engine.AddTransactions(new[] { new ByteString(MessageSerializer.SerializeTransaction(t)) });
//Output.WriteLine($"{prefix} - {from} ==> {to} Success Retry : {tryCount}");
}
//Analyze Background Worker start. use Backgroun Worker to keep UI active while analizing.
private void analyzeBackgroundWorker_DoWork(object sender, DoWorkEventArgs e)
{
hadError = false;
_mutationList = new List<Mutation>();
int i = 1;
foreach (string[] s in _mutationsDetailsList)
{
string chrom = s[(int)XlsMinPlace.Chrom];
int position = Convert.ToInt32(s[(int)XlsMinPlace.Position]);
string geneName = s[(int)XlsMinPlace.GeneName];
char refNuc = s[(int)XlsMinPlace.Ref][0];
char varNuc = s[(int)XlsMinPlace.Var][0];
try
{
Mutation tempMutation = MainBL.getMutationByDetails(chrom, position, refNuc, varNuc);
if (tempMutation == null)
{
tempMutation = new Mutation(chrom, position, geneName, refNuc, varNuc);
}
tempMutation.NumOfShows = Convert.ToInt16(s[(int)XlsMinPlace.NumOfShows]);
_mutationList.Add(tempMutation);
//_analyzeBackgroundWorker.ReportProgress(_mainForm.progressBarCounter);
_analyzeBackgroundWorker.ReportProgress(i);
i++;
}
catch (Exception)
{
hadError = true;
GeneralMethods.showErrorMessageBox("Something Went Wrong, Please try Again");
break;
}
}
}
private async Task<ByteString> AddTransaction(params Record[] records)
{
Mutation mutation = new Mutation(ByteString.Parse("0123"), records, ByteString.Parse("4567"));
ByteString serializedMutation = new ByteString(MessageSerializer.SerializeMutation(mutation));
Transaction transaction = new Transaction(
serializedMutation,
new DateTime(1, 2, 3, 4, 5, 6),
ByteString.Parse("abcdef"));
await this.Store.AddTransactions(new[] { new ByteString(MessageSerializer.SerializeTransaction(transaction)) });
return new ByteString(MessageSerializer.ComputeHash(serializedMutation.ToByteArray()));
}
private async Task<byte[]> CreateTransaction(InboundTransaction transaction)
{
List<Record> records = new List<Record>();
string issuanceAccount = $"/asset/{assetName}/in/{transaction.TransactionHash}/{transaction.OutputIndex}/";
string asset = $"/asset/{assetName}/";
string toAddress = transaction.Address;
HttpClient client = new HttpClient();
ByteString issuanceKey = Encode($"{issuanceAccount}:ACC:{asset}");
HttpResponseMessage getValueResponse = await client.GetAsync(new Uri(openChainUri, $"record?key={issuanceKey.ToString()}"));
string stringResponse = await getValueResponse.EnsureSuccessStatusCode().Content.ReadAsStringAsync();
ByteString issuanceVersion = ByteString.Parse((string)JObject.Parse(stringResponse)["version"]);
// The transaction has already been submitted
if (issuanceVersion.Value.Count != 0)
return null;
ByteString key = Encode($"{toAddress}:ACC:{asset}");
getValueResponse = await client.GetAsync(new Uri(openChainUri, $"record?key={key.ToString()}"));
JObject toAccount = JObject.Parse(await getValueResponse.EnsureSuccessStatusCode().Content.ReadAsStringAsync());
ByteString version = ByteString.Parse((string)toAccount["version"]);
long currentToBalance = ParseInt(ByteString.Parse((string)toAccount["value"]));
records.Add(new Record(
key: issuanceKey,
value: new ByteString(BitConverter.GetBytes(-transaction.Amount).Reverse().ToArray()),
version: ByteString.Empty));
records.Add(new Record(
key: key,
value: new ByteString(BitConverter.GetBytes(currentToBalance + transaction.Amount).Reverse().ToArray()),
version: version));
Mutation mutation = new Mutation(
Encode(this.openChainUri.ToString()),
records,
ByteString.Empty);
return MessageSerializer.SerializeMutation(mutation);
}
/// <summary>
/// A convenience function which commits a mutation to datastore.
/// Use this function to avoid a lot of boilerplate.
/// </summary>
/// <param name="mutation">The change to make to datastore.</param>
/// <returns>The result of commiting the change.</returns>
// [START commitmutation]
private CommitResponse CommitMutation(Mutation mutation)
{
var commitRequest = new CommitRequest()
{
Mode = "NON_TRANSACTIONAL",
Mutation = mutation
};
return _datastore.Datasets.Commit(commitRequest, _projectId)
.Execute();
}
private ByteString AddRecord(string key)
{
Mutation mutation = new Mutation(
ByteString.Empty,
new Record[] { new Record(new ByteString(Encoding.UTF8.GetBytes(key)), ByteString.Empty, ByteString.Empty) },
ByteString.Empty);
Transaction transaction = new Transaction(
new ByteString(MessageSerializer.SerializeMutation(mutation)),
new DateTime(),
ByteString.Empty);
this.transactions.Add(new ByteString(MessageSerializer.SerializeTransaction(transaction)));
return new ByteString(MessageSerializer.ComputeHash(MessageSerializer.SerializeTransaction(transaction)));
}
private ByteString CreateTransaction(params string[] keys)
{
Mutation mutation = new Mutation(
ByteString.Empty,
keys.Select(key => new Record(
new ByteString(Encoding.UTF8.GetBytes(key)),
ByteString.Parse("ab"),
ByteString.Parse("cd"))),
ByteString.Empty);
byte[] serializedMutation = MessageSerializer.SerializeMutation(mutation);
Transaction transaction = new Transaction(
new ByteString(MessageSerializer.SerializeMutation(mutation)),
new DateTime(),
ByteString.Empty);
return new ByteString(MessageSerializer.SerializeTransaction(transaction));
}
private string GetPayingAddress(Mutation outgoingTransaction)
{
try
{
string metadata = Encoding.UTF8.GetString(outgoingTransaction.Metadata.ToByteArray(), 0, outgoingTransaction.Metadata.Value.Count);
JObject root = JObject.Parse(metadata);
return BitcoinAddress.Create((string)root["routing"], network).ToString();
}
catch (JsonReaderException)
{
return null;
}
catch (FormatException)
{
return null;
}
}
private ByteString CreateMutation(string @namespace)
{
Mutation mutation = new Mutation(
new ByteString(Encoding.UTF8.GetBytes(@namespace)),
new Record[]
{
new Record(
new AccountKey(LedgerPath.Parse("/account/1/"), LedgerPath.Parse("/a/")).Key.ToBinary(),
new ByteString(BitConverter.GetBytes(100L).Reverse()),
ByteString.Empty),
new Record(
new AccountKey(LedgerPath.Parse("/account/2/"), LedgerPath.Parse("/a/")).Key.ToBinary(),
new ByteString(BitConverter.GetBytes(100L).Reverse()),
ByteString.Empty),
},
ByteString.Empty);
return new ByteString(MessageSerializer.SerializeMutation(mutation));
}
public IAsyncResult Begin_checkAndPut(AsyncCallback callback, object state, byte[] tableName, byte[] row, byte[] column, byte[] value, Mutation mput, Dictionary<byte[], byte[]> attributes)
{
return send_checkAndPut(callback, state, tableName, row, column, value, mput, attributes);
}
public void Read (TProtocol iprot)
{
TField field;
iprot.ReadStructBegin();
while (true)
{
field = iprot.ReadFieldBegin();
if (field.Type == TType.Stop) {
break;
}
switch (field.ID)
{
case 1:
if (field.Type == TType.String) {
Row = iprot.ReadBinary();
} else {
TProtocolUtil.Skip(iprot, field.Type);
}
break;
case 2:
if (field.Type == TType.List) {
{
Mutations = new List<Mutation>();
TList _list0 = iprot.ReadListBegin();
for( int _i1 = 0; _i1 < _list0.Count; ++_i1)
{
Mutation _elem2 = new Mutation();
_elem2 = new Mutation();
_elem2.Read(iprot);
Mutations.Add(_elem2);
}
iprot.ReadListEnd();
}
} else {
TProtocolUtil.Skip(iprot, field.Type);
}
break;
default:
TProtocolUtil.Skip(iprot, field.Type);
break;
}
iprot.ReadFieldEnd();
}
iprot.ReadStructEnd();
}
protected virtual Task AddTransaction(long transactionId, byte[] transactionHash, Mutation mutation)
{
return Task.FromResult(0);
}
private async Task<ByteString> AddRecords(ByteString version, ByteString value, params string[] keys)
{
Mutation mutation = new Mutation(
ByteString.Empty,
keys.Select(key => new Record(
new ByteString(Encoding.UTF8.GetBytes(key)),
value,
version)),
ByteString.Empty);
byte[] serializedMutation = MessageSerializer.SerializeMutation(mutation);
Transaction transaction = new Transaction(
new ByteString(MessageSerializer.SerializeMutation(mutation)),
new DateTime(),
ByteString.Empty);
await Engine.AddTransactions(new[] { new ByteString(MessageSerializer.SerializeTransaction(transaction)) });
return new ByteString(MessageSerializer.ComputeHash(serializedMutation));
}
private async Task UpdateAccounts(Mutation mutation, byte[] transactionHash)
{
foreach (Record record in mutation.Records)
{
if (record.Value == null)
{
// Read the record and make sure it corresponds to the one supplied
IReadOnlyList<byte[]> versions = await ExecuteAsync(@"
SELECT Version
FROM Records
WHERE Key = @key",
reader => (byte[])reader.GetValue(0),
new Dictionary<string, object>()
{
["@key"] = record.Key.ToByteArray()
});
if (versions.Count == 0)
{
if (!record.Version.Equals(ByteString.Empty))
throw new ConcurrentMutationException(record);
}
else
{
if (!new ByteString(versions[0]).Equals(record.Version))
throw new ConcurrentMutationException(record);
}
}
else
{
if (!record.Version.Equals(ByteString.Empty))
{
// Update existing account
int count = await ExecuteAsync(@"
UPDATE Records
SET Value = @value, Version = @version
WHERE Key = @key AND Version = @currentVersion",
new Dictionary<string, object>()
{
["@key"] = record.Key.ToByteArray(),
["@value"] = record.Value.ToByteArray(),
["@version"] = transactionHash,
["@currentVersion"] = record.Version.ToByteArray()
});
if (count == 0)
throw new ConcurrentMutationException(record);
}
else
{
// Create a new record
try
{
await ExecuteAsync(@"
INSERT INTO Records
(Key, Value, Version)
VALUES (@key, @value, @version)",
new Dictionary<string, object>()
{
["@key"] = record.Key.ToByteArray(),
["@value"] = record.Value.ToByteArray(),
["@version"] = transactionHash
});
}
catch (SqliteException exception) when (exception.Message.Contains("UNIQUE constraint failed: Records.Key"))
{
throw new ConcurrentMutationException(record);
}
}
}
}
}