private static object ProcessUuid(MessagePackObjectDictionary dic, string value)
{
if (!dic.TryGetValue(value, out var uuid))
{
return(string.Empty);
}
return(uuid.ToObject());
}
void onRecv_FakeRemote(MessagePackObjectDictionary dict)
{
if (dict.TryGetValue("msg", out MessagePackObject msg))
{
var msgdict = msg.AsDictionary();
var cmd = (CmdList)msgdict["cmd"].AsUInt16();
this.OnReceiveMsgFromRemote(null, cmd, msgdict);//null应该修改为自己到自己的pipeline,不然在处理消息过程用到from的时候，可能报错。
}
}
public MessagePackObject makeCmd_SendMsg(string targetEndpoint, MessagePackObject msg)
{
var dict = new MessagePackObjectDictionary();
dict["cmd"] = (UInt16)CmdList.Request_SendMsg;
dict["msg"] = msg;
dict["target"] = targetEndpoint;
return(new MessagePackObject(dict));
}
void OnRecv_Request_ConnectTo(IModulePipeline from, MessagePackObjectDictionary dict)
{
var endpointstr = dict["endpoint"].AsString();
if (IPEndPoint.TryParse(endpointstr, out IPEndPoint endpoint))
{
this.ConnectOne(endpoint);
}
}
void Tell_Response_Iamhere(IModulePipeline remote, string provedpubep)
{
var dict = new MessagePackObjectDictionary();
dict["cmd"] = (UInt16)CmdList.Response_Iamhere;
dict["provedpubep"] = provedpubep;
dict["isProved"] = this.isProved;
remote.Tell(new MessagePackObject(dict));
}
void Tell_BoardCast_Tx(IModulePipeline remote, byte[] message, byte[] signData)
{
var dict = new MessagePackObjectDictionary();
dict["cmd"] = (UInt16)CmdList.BoardCast_Tx;
dict["message"] = message;
dict["signData"] = signData;
remote.Tell(new MessagePackObject(dict));
}
private static MessagePackObjectDictionary WriteCamera(Transform cameraPivot)
{
var camera = new MessagePackObjectDictionary();
camera[FileKeys.CAMERA_PAN] = WriteVector3(cameraPivot.position);
camera[FileKeys.CAMERA_ROTATE] = WriteQuaternion(cameraPivot.rotation);
camera[FileKeys.CAMERA_SCALE] = cameraPivot.localScale.z;
return(camera);
}
public static bool MsgUnPackTable(out LuaTable luatable, ref MessagePackObject pObj)
{
LuaTable table = new LuaTable();
luatable = table;
MessagePackObjectDictionary dictionary = pObj.AsDictionary();
bool isString = false;
foreach (KeyValuePair <MessagePackObject, MessagePackObject> pair in dictionary)
{
string str;
object obj2;
MessagePackObject key = pair.Key;
if (key.IsRaw)
{
str = key.AsString();
isString = true;
}
else if (key.IsTypeOf <double>() == true)
{
str = key.AsDouble().ToString();
}
else
{
LoggerHelper.Error("key type error", true);
return(false);
}
MessagePackObject obj4 = pair.Value;
if (obj4.IsRaw)
{
obj2 = obj4.AsString();
}
else if (obj4.IsDictionary)
{
LuaTable table2;
MsgUnPackTable(out table2, ref obj4);
obj2 = table2;
}
else if (obj4.IsTypeOf <bool>() == true)
{
obj2 = obj4.AsBoolean();
}
else if (obj4.IsTypeOf <double>() == true)
{
obj2 = obj4.AsDouble();
}
else
{
LoggerHelper.Error("value type error", true);
return(false);
}
table.Add(str, isString, obj2);
isString = false;
}
return(true);
}
/// <summary>
/// Get <see cref="MessagePackObject"/> which contains data about this instance.
/// </summary>
/// <param name="isDebugMode">
/// If this method should include debug information then true.
/// </param>
/// <returns>
/// <see cref="MessagePackObject"/> which contains data about this instance.
/// </returns>
public MessagePackObject GetExceptionMessage(bool isDebugMode)
{
var store = new MessagePackObjectDictionary(2);
store.Add(_errorCodeUtf8, this.RpcError.ErrorCode);
store.Add(MessageKeyUtf8, isDebugMode ? this.Message : this.RpcError.DefaultMessageInvariant);
this.GetExceptionMessage(store, isDebugMode);
return(new MessagePackObject(store));
}
void Tell_SendRaw(IModulePipeline remote, byte[] message, byte[] signData)
{
logger.Info($"------Tell_SendRaw To:{remote.ToString()}-------");
var dict = new MessagePackObjectDictionary();
dict["cmd"] = (UInt16)CmdList.Post_SendRaw;
dict["message"] = message;
dict["signData"] = signData;
remote.Tell(new MessagePackObject(dict));
}
//private IModulePipeline observer;
//void OnRecv_IamObserver(IModulePipeline from, MessagePackObjectDictionary dict)
//{
// observer = from;
//}
void OnRecv_Response_plevel(IModulePipeline from, MessagePackObjectDictionary dict)
{
var id = from.system.PeerID;
var plevel = dict["plevel"].AsInt32();
if (this.linkNodes.TryGetValue(id, out LinkObj obj))
{
logger.Info(" plevel:" + plevel + "from:" + obj.publicEndPoint);
}
}
void OnRecv_SendMsg(IModulePipeline from, MessagePackObjectDictionary dict)
{
var msg = dict["msg"];
var endpointStr = dict["target"].AsString();
if (this.linkIDs.TryGetValue(endpointStr, out ulong peer))
{
this.linkNodes[peer].remoteNode.Tell(msg);
}
}
void Tell_Request_ProvePeer(IModulePipeline remote, byte[] addinfo, byte[] signdata)
{
var dict = new MessagePackObjectDictionary();
dict["cmd"] = (UInt16)CmdList.Request_ProvePeer;
dict["pubkey"] = this.pubkey;
dict["addinfo"] = addinfo;
dict["signdata"] = signdata;
remote.Tell(new MessagePackObject(dict));
}
void OnRecv_Response_Iamhere(IModulePipeline from, MessagePackObjectDictionary dict)
{
var link = this.linkNodes[from.system.PeerID];
link.provedPubep = dict["provedpubep"].AsString();
link.isProved = dict["isProved"].AsBoolean();
if (!ContainsRemote(link.publicEndPoint))
{
this.provedNodes[from.system.PeerID] = link;
}
}
public HANDSHAKE()
: base(0x0000)
{
var payload = new MessagePackObjectDictionary {
{ "major", (byte)Protocol.MAJOR },
{ "minor", (byte)Protocol.MINOR },
{ "patch", (byte)Protocol.PATCH }
};
Serialize(payload);
}
void Tell_ReqJoinPeer(IModulePipeline remote)
{
var dict = new MessagePackObjectDictionary();
dict["cmd"] = (UInt16)CmdList.Request_JoinPeer;
dict["id"] = this.guid.data;
dict["pubep"] = this.config.PublicEndPoint.ToString();
//Console.WriteLine("Tell_ReqJoinPeer----->:"+ dict["pubep"]);
dict["chaininfo"] = chainHash.data;
remote.Tell(new MessagePackObject(dict));
}
void Tell_Request_PeerList(IModulePipeline remote)
{
if (!this.beEnableQueryPeers)
{
return;
}
var dict = new MessagePackObjectDictionary();
dict["cmd"] = (UInt16)CmdList.Request_PeerList;
remote.Tell(new MessagePackObject(dict));
}
private void ReadObjectEntity(MessagePackObjectDictionary entityDict, ObjectEntity objectEntity)
{
ReadEntity(entityDict, objectEntity);
if (entityDict.ContainsKey(FileKeys.OBJECT_POSITION))
{
objectEntity.position = ReadVector3Int(entityDict[FileKeys.OBJECT_POSITION]);
}
if (entityDict.ContainsKey(FileKeys.OBJECT_ROTATION))
{
objectEntity.rotation = entityDict[FileKeys.OBJECT_ROTATION].AsSingle();
}
}
/// <summary>
/// Get <see cref="MessagePackObject"/> which contains data about this instance.
/// </summary>
/// <param name="isDebugMode">
/// If this method should include debug information then true.
/// </param>
/// <returns>
/// <see cref="MessagePackObject"/> which contains data about this instance.
/// </returns>
public MessagePackObject GetExceptionMessage(bool isDebugMode)
{
var store = new MessagePackObjectDictionary(2)
{
{ errorCodeUtf8, RpcError.ErrorCode },
{ messageKeyUtf8, isDebugMode ? Message : RpcError.DefaultMessageInvariant }
};
GetExceptionMessage(store, isDebugMode);
return(new MessagePackObject(store));
}
void Tell_Post_TouchProvedPeer(IModulePipeline remote, string pubep, string nodeid)
{
if (this.beObserver)
{
return;
}
var dict = new MessagePackObjectDictionary();
dict["cmd"] = (UInt16)CmdList.Post_TouchProvedPeer;
dict["pubep"] = pubep;
dict["nodeid"] = nodeid;
remote.Tell(new MessagePackObject(dict));
}
void Tell_ResponseAcceptJoin(IModulePipeline remote)
{
var link = this.linkNodes[remote.system.PeerID];
link.CheckInfo = Guid.NewGuid().ToByteArray();
var dict = new MessagePackObjectDictionary();
dict["cmd"] = (UInt16)CmdList.Response_AcceptJoin;
dict["checkinfo"] = link.CheckInfo;
dict["plevel"] = this.pLevel;//告诉对方我的优先级
//选个挑战信息
remote.Tell(new MessagePackObject(dict));
}
private void CheckWorldValid(MessagePackObjectDictionary worldDict)
{
if (!worldDict.ContainsKey(FileKeys.WORLD_WRITER_VERSION) ||
!worldDict.ContainsKey(FileKeys.WORLD_MIN_READER_VERSION))
{
throw new InvalidMapFileException();
}
if (worldDict[FileKeys.WORLD_MIN_READER_VERSION].AsInt32() > VERSION)
{
throw new MapReadException("This world file requires a newer version of the app");
}
}
private IEnumerable <IList <MessagePackObject> > IterateProperties(MessagePackObjectDictionary worldDict)
{
foreach (var propsDict in IterateWorldPropObjects(worldDict))
{
if (propsDict.ContainsKey(FileKeys.PROPOBJ_PROPERTIES))
{
foreach (var propObj in propsDict[FileKeys.PROPOBJ_PROPERTIES].AsList())
{
yield return(propObj.AsList());
}
}
}
}
void OnRecv_Request_Tx(IModulePipeline from, MessagePackObjectDictionary dict)
{
var txid = dict["txid"].AsBinary();
if (txid != null)
{
var tx = this.blockChain.GetTx(txid);
if (tx != null)
{
Tell_Response_Tx(from, tx);
}
}
}
private Material ReadMaterial(MessagePackObjectDictionary matDict, bool alpha)
{
if (matDict.ContainsKey(FileKeys.MATERIAL_NAME))
{
string name = matDict[FileKeys.MATERIAL_NAME].AsString();
foreach (string dirEntry in ResourcesDirectory.dirList)
{
if (dirEntry.Length <= 2)
{
continue;
}
string newDirEntry = dirEntry.Substring(2);
string checkFileName = Path.GetFileNameWithoutExtension(newDirEntry);
if ((!editor) && checkFileName.StartsWith("$")) // special alternate materials for game
{
checkFileName = checkFileName.Substring(1);
}
if (checkFileName == name)
{
return(ResourcesDirectory.GetMaterial(newDirEntry));
}
}
warnings.Add("Unrecognized material: " + name);
return(ReadWorldFile.missingMaterial);
}
else if (matDict.ContainsKey(FileKeys.MATERIAL_MODE))
{
ColorMode mode = (ColorMode)System.Enum.Parse(typeof(ColorMode), matDict[FileKeys.MATERIAL_MODE].AsString());
if (matDict.ContainsKey(FileKeys.MATERIAL_COLOR))
{
Color color = ReadColor(matDict[FileKeys.MATERIAL_COLOR]);
if (matDict.ContainsKey(FileKeys.MATERIAL_ALPHA))
{
alpha = matDict[FileKeys.MATERIAL_ALPHA].AsBoolean();
}
Material mat = ResourcesDirectory.MakeCustomMaterial(mode, alpha);
mat.color = color;
return(mat);
}
else
{
return(ResourcesDirectory.MakeCustomMaterial(mode));
}
}
else
{
warnings.Add("Error reading material");
return(ReadWorldFile.missingMaterial);
}
}
void OnRecv_BoardCast_LosePlevel(IModulePipeline from, MessagePackObjectDictionary dict)
{
if (this.linkNodes.TryGetValue(from.system.PeerID, out LinkObj obj))
{
var beAffected = this.losePlevelFromLinkObj(obj);
if (!beAffected)
{
if (this.pLevel != -1)
{
this.Tell_BoradCast_PeerState(from);
}
}
}
}
public RemoteExceptionInformation(IList <MessagePackObject> unpacked)
{
if (unpacked.Count != 6)
{
throw new SerializationException("Count of remote exception information must be 6.");
}
this.Hop = unpacked[0].AsInt32();
this.TypeName = unpacked[1].AsString();
this.HResult = unpacked[2].AsInt32();
this.Message = unpacked[3].AsString();
this.StackTrace = unpacked[4].AsList().Select(item => new RemoteStackFrame(item.AsList())).ToArray();
this.Data = unpacked[5].AsDictionary();
}
protected internal override async Task <object> UnpackFromAsyncCore(Unpacker unpacker, CancellationToken cancellationToken)
{
if (unpacker.IsArrayHeader)
{
var result = new MessagePackObject[UnpackHelpers.GetItemsCount(unpacker)];
for (int i = 0; i < result.Length; i++)
{
var item = await unpacker.ReadObjectAsync(cancellationToken).ConfigureAwait(false);
if (!item.Success)
{
SerializationExceptions.ThrowUnexpectedEndOfStream(unpacker);
}
result[i] = item.Value;
}
return(new MessagePackObject(result));
}
else if (unpacker.IsMapHeader)
{
var itemsCount = UnpackHelpers.GetItemsCount(unpacker);
var result = new MessagePackObjectDictionary(itemsCount);
for (int i = 0; i < itemsCount; i++)
{
var key = await unpacker.ReadObjectAsync(cancellationToken).ConfigureAwait(false);
if (!key.Success)
{
SerializationExceptions.ThrowUnexpectedEndOfStream(unpacker);
}
var value = await unpacker.ReadObjectAsync(cancellationToken).ConfigureAwait(false);
if (!value.Success)
{
SerializationExceptions.ThrowUnexpectedEndOfStream(unpacker);
}
result.Add(key.Value, value.Value);
}
return(new MessagePackObject(result));
}
else
{
var result = unpacker.LastReadData;
return(result.IsNil ? MessagePackObject.Nil : result);
}
}
private IEnumerable <Material> IterateCustomTextures(
MessagePackObjectDictionary worldDict, bool overlay)
{
string key = overlay ? FileKeys.WORLD_CUSTOM_OVERLAYS : FileKeys.WORLD_CUSTOM_MATERIALS;
var names = new Dictionary <string, Material>();
if (worldDict.ContainsKey(key))
{
foreach (var matObj in worldDict[key].AsList())
{
yield return(ReadCustomTexture(matObj.AsDictionary(), names, overlay));
}
}
}
void OnRecv_Response_BlockHeight(IModulePipeline from, MessagePackObjectDictionary dict)
{
var index = dict["blockIndex"].AsUInt64();
if (index >= this.blockIndex)//blockIndex始终要比当前存在的block高度大一个
{
for (ulong i = this.blockIndex; i < index; i++)
{
if (i != 0)
{
Tell_Request_Block(from, i);
}
}
}
}
void OnRecv_BoradCast_PeerState(IModulePipeline from, MessagePackObjectDictionary dict)
{
var parentPleve = dict["plevel"].AsInt32();
if (this.linkNodes.TryGetValue(from.system.PeerID, out LinkObj link))
{
this.getPlevelFromLinkObj(link, parentPleve);
}
//Console.WriteLine("# from:" + link.publicEndPoint + " plevel:" + link.pLevel + " node:" + this.config.PublicEndPoint + " plevel:" + this.pLevel);
//if (this.pLevel > parentPleve||this.pLevel==-1)
//{
// this.pLevel = parentPleve + 1;
//}
}
internal bool ReadSubtreeObject( bool isDeep, out MessagePackObject result )
{
byte header;
long integral;
float real32;
double real64;
var type = this.ReadValue( out header, out integral, out real32, out real64 );
switch( type )
{
case ReadValueResult.Eof:
{
result = default( MessagePackObject );
return false;
}
case ReadValueResult.Nil:
{
this.InternalCollectionType = CollectionType.None;
result = MessagePackObject.Nil;
this.InternalData = result;
return true;
}
case ReadValueResult.Boolean:
{
this.InternalCollectionType = CollectionType.None;
result = integral != 0;
this.InternalData = result;
return true;
}
case ReadValueResult.SByte:
{
this.InternalCollectionType = CollectionType.None;
result = unchecked( ( SByte )integral );
this.InternalData = result;
return true;
}
case ReadValueResult.Int16:
{
this.InternalCollectionType = CollectionType.None;
result = unchecked( ( Int16 )integral );
this.InternalData = result;
return true;
}
case ReadValueResult.Int32:
{
this.InternalCollectionType = CollectionType.None;
result = unchecked( ( Int32 )integral );
this.InternalData = result;
return true;
}
case ReadValueResult.Int64:
{
this.InternalCollectionType = CollectionType.None;
result = integral;
this.InternalData = result;
return true;
}
case ReadValueResult.Byte:
{
this.InternalCollectionType = CollectionType.None;
result = unchecked( ( Byte )integral );
this.InternalData = result;
return true;
}
case ReadValueResult.UInt16:
{
this.InternalCollectionType = CollectionType.None;
result = unchecked( ( UInt16 )integral );
this.InternalData = result;
return true;
}
case ReadValueResult.UInt32:
{
this.InternalCollectionType = CollectionType.None;
result = unchecked( ( UInt32 )integral );
this.InternalData = result;
return true;
}
case ReadValueResult.UInt64:
{
this.InternalCollectionType = CollectionType.None;
result = unchecked( ( UInt64 )integral );
this.InternalData = result;
return true;
}
case ReadValueResult.Single:
{
this.InternalCollectionType = CollectionType.None;
result = real32;
this.InternalData = result;
return true;
}
case ReadValueResult.Double:
{
this.InternalCollectionType = CollectionType.None;
result = real64;
this.InternalData = result;
return true;
}
case ReadValueResult.ArrayLength:
{
var length = unchecked( ( UInt32 )this.ReadArrayLengthCore( integral ) );
if ( !isDeep )
{
result = length;
this.InternalData = result;
return true;
}
this.CheckLength( length, ReadValueResult.ArrayLength );
var collection = new List<MessagePackObject>( unchecked( ( int ) length ) );
for( var i = 0; i < length; i++ )
{
MessagePackObject item;
if( !this.ReadSubtreeObject( /* isDeep */true, out item ) )
{
result = default( MessagePackObject );
return false;
}
collection.Add( item );
}
{
result = new MessagePackObject( collection, /* isImmutable */true );
this.InternalData = result;
return true;
}
}
case ReadValueResult.MapLength:
{
var length = unchecked( ( UInt32 )this.ReadMapLengthCore( integral ) );
if ( !isDeep )
{
result = length;
this.InternalData = result;
return true;
}
this.CheckLength( length, ReadValueResult.MapLength );
var collection = new MessagePackObjectDictionary( unchecked( ( int ) length ) );
for( var i = 0; i < length; i++ )
{
MessagePackObject key;
if( !this.ReadSubtreeObject( /* isDeep */true, out key ) )
{
result = default( MessagePackObject );
return false;
}
MessagePackObject value;
if( !this.ReadSubtreeObject( /* isDeep */true, out value ) )
{
result = default( MessagePackObject );
return false;
}
collection.Add( key, value );
}
{
result = new MessagePackObject( collection, /* isImmutable */true );
this.InternalData = result;
return true;
}
}
case ReadValueResult.String:
{
result = new MessagePackObject( new MessagePackString( this.ReadBinaryCore( integral ), false ) );
this.InternalData = result;
return true;
}
case ReadValueResult.Binary:
{
result = new MessagePackObject( new MessagePackString( this.ReadBinaryCore( integral ), true ) );
this.InternalData = result;
return true;
}
case ReadValueResult.FixExt1:
case ReadValueResult.FixExt2:
case ReadValueResult.FixExt4:
case ReadValueResult.FixExt8:
case ReadValueResult.FixExt16:
case ReadValueResult.Ext8:
case ReadValueResult.Ext16:
case ReadValueResult.Ext32:
{
result = this.ReadMessagePackExtendedTypeObjectCore( type );
this.InternalData = result;
return true;
}
default:
{
this.ThrowTypeException( typeof( MessagePackObject ), header );
// Never reach
result = default( MessagePackObject );
return false;
}
}
}
internal async Task<AsyncReadResult<MessagePackObject>> ReadSubtreeObjectAsync( bool isDeep, CancellationToken cancellationToken )
{
var asyncResult = await this.ReadValueAsync( cancellationToken ).ConfigureAwait( false );
var type = asyncResult.type;
switch( type )
{
case ReadValueResult.Eof:
{
return AsyncReadResult.Fail<MessagePackObject>();
}
case ReadValueResult.Nil:
{
this.InternalCollectionType = CollectionType.None;
var result = MessagePackObject.Nil;
this.InternalData = result;
return AsyncReadResult.Success( result );
}
case ReadValueResult.Boolean:
{
this.InternalCollectionType = CollectionType.None;
var result = asyncResult.integral != 0;
this.InternalData = result;
return AsyncReadResult.Success<MessagePackObject>( result );
}
case ReadValueResult.SByte:
{
this.InternalCollectionType = CollectionType.None;
var result = unchecked( ( SByte )asyncResult.integral );
this.InternalData = result;
return AsyncReadResult.Success<MessagePackObject>( result );
}
case ReadValueResult.Int16:
{
this.InternalCollectionType = CollectionType.None;
var result = unchecked( ( Int16 )asyncResult.integral );
this.InternalData = result;
return AsyncReadResult.Success<MessagePackObject>( result );
}
case ReadValueResult.Int32:
{
this.InternalCollectionType = CollectionType.None;
var result = unchecked( ( Int32 )asyncResult.integral );
this.InternalData = result;
return AsyncReadResult.Success<MessagePackObject>( result );
}
case ReadValueResult.Int64:
{
this.InternalCollectionType = CollectionType.None;
var result = asyncResult.integral;
this.InternalData = result;
return AsyncReadResult.Success<MessagePackObject>( result );
}
case ReadValueResult.Byte:
{
this.InternalCollectionType = CollectionType.None;
var result = unchecked( ( Byte )asyncResult.integral );
this.InternalData = result;
return AsyncReadResult.Success<MessagePackObject>( result );
}
case ReadValueResult.UInt16:
{
this.InternalCollectionType = CollectionType.None;
var result = unchecked( ( UInt16 )asyncResult.integral );
this.InternalData = result;
return AsyncReadResult.Success<MessagePackObject>( result );
}
case ReadValueResult.UInt32:
{
this.InternalCollectionType = CollectionType.None;
var result = unchecked( ( UInt32 )asyncResult.integral );
this.InternalData = result;
return AsyncReadResult.Success<MessagePackObject>( result );
}
case ReadValueResult.UInt64:
{
this.InternalCollectionType = CollectionType.None;
var result = unchecked( ( UInt64 )asyncResult.integral );
this.InternalData = result;
return AsyncReadResult.Success<MessagePackObject>( result );
}
case ReadValueResult.Single:
{
this.InternalCollectionType = CollectionType.None;
var result = asyncResult.real32;
this.InternalData = result;
return AsyncReadResult.Success<MessagePackObject>( result );
}
case ReadValueResult.Double:
{
this.InternalCollectionType = CollectionType.None;
var result = asyncResult.real64;
this.InternalData = result;
return AsyncReadResult.Success<MessagePackObject>( result );
}
case ReadValueResult.ArrayLength:
{
// ReadArrayLengthCore does not perform I/O, so no ReadArrayLengthAsyncCore exists.
var length = unchecked( ( UInt32 )this.ReadArrayLengthCore( asyncResult.integral ) );
if ( !isDeep )
{
var result = length;
this.InternalData = result;
return AsyncReadResult.Success<MessagePackObject>( result );
}
this.CheckLength( length, ReadValueResult.ArrayLength );
var collection = new List<MessagePackObject>( unchecked( ( int ) length ) );
for( var i = 0; i < length; i++ )
{
MessagePackObject item;
if( !this.ReadSubtreeObject( /* isDeep */true, out item ) )
{
return AsyncReadResult.Fail<MessagePackObject>();
}
collection.Add( item );
}
{
var result = new MessagePackObject( collection, /* isImmutable */true );
this.InternalData = result;
return AsyncReadResult.Success<MessagePackObject>( result );
}
}
case ReadValueResult.MapLength:
{
// ReadMapLengthCore does not perform I/O, so no ReadMapLengthAsyncCore exists.
var length = unchecked( ( UInt32 )this.ReadMapLengthCore( asyncResult.integral ) );
if ( !isDeep )
{
var result = length;
this.InternalData = result;
return AsyncReadResult.Success<MessagePackObject>( result );
}
this.CheckLength( length, ReadValueResult.MapLength );
var collection = new MessagePackObjectDictionary( unchecked( ( int ) length ) );
for( var i = 0; i < length; i++ )
{
MessagePackObject key;
if( !this.ReadSubtreeObject( /* isDeep */true, out key ) )
{
return AsyncReadResult.Fail<MessagePackObject>();
}
MessagePackObject value;
if( !this.ReadSubtreeObject( /* isDeep */true, out value ) )
{
return AsyncReadResult.Fail<MessagePackObject>();
}
collection.Add( key, value );
}
{
var result = new MessagePackObject( collection, /* isImmutable */true );
this.InternalData = result;
return AsyncReadResult.Success<MessagePackObject>( result );
}
}
case ReadValueResult.String:
{
var result = new MessagePackObject( new MessagePackString( await this.ReadBinaryAsyncCore( asyncResult.integral, cancellationToken ).ConfigureAwait( false ), false ) );
this.InternalData = result;
return AsyncReadResult.Success( result );
}
case ReadValueResult.Binary:
{
var result = new MessagePackObject( new MessagePackString( await this.ReadBinaryAsyncCore( asyncResult.integral, cancellationToken ).ConfigureAwait( false ), true ) );
this.InternalData = result;
return AsyncReadResult.Success( result );
}
case ReadValueResult.FixExt1:
case ReadValueResult.FixExt2:
case ReadValueResult.FixExt4:
case ReadValueResult.FixExt8:
case ReadValueResult.FixExt16:
case ReadValueResult.Ext8:
case ReadValueResult.Ext16:
case ReadValueResult.Ext32:
{
var result = await this.ReadMessagePackExtendedTypeObjectAsyncCore( type, cancellationToken ).ConfigureAwait( false );
this.InternalData = result;
return AsyncReadResult.Success<MessagePackObject>( result );
}
default:
{
this.ThrowTypeException( typeof( MessagePackObject ), asyncResult.header );
// Never reach
return AsyncReadResult.Fail<MessagePackObject>();
}
}
}
//this is a ridiculous method
Dictionary<string, object> TypifyDictionary(MessagePackObjectDictionary dict)
{
Dictionary<string, object> returnDictionary = new Dictionary<string, object>();
foreach (var pair in dict)
{
MessagePackObject obj = (MessagePackObject)pair.Value;
string key = System.Text.Encoding.ASCII.GetString ((byte[])pair.Key);
if (obj.UnderlyingType == null)
continue;
if (obj.IsRaw) {
if (obj.UnderlyingType == typeof(string)) {
if (pair.Key.IsRaw && pair.Key.IsTypeOf (typeof(Byte[])).Value)
returnDictionary [key] = obj.AsString ();
else
returnDictionary [pair.Key.ToString ()] = obj.AsString ();
}
else if (obj.IsTypeOf (typeof(int)).Value)
returnDictionary [pair.Key.ToString ()] = (int)obj.ToObject ();
else if (obj.IsTypeOf (typeof(Byte[])).Value) {
if (key == "payload")
returnDictionary [key] = (byte[])obj;
else
returnDictionary [key] = System.Text.Encoding.ASCII.GetString ((Byte[])obj.ToObject ());
} else
throw new Exception ("I don't know type: " + pair.Value.GetType ().Name);
} else if (obj.IsArray) {
List<object> arr = new List<object> ();
foreach (var o in obj.ToObject() as MessagePackObject[]) {
if (o.IsDictionary)
arr.Add (TypifyDictionary (o.AsDictionary ()));
else if (o.IsRaw)
arr.Add (System.Text.Encoding.ASCII.GetString ((byte[])o));
else if (o.IsArray) {
var enu = o.AsEnumerable ();
List<object> array = new List<object> ();
foreach (var blah in enu)
array.Add (blah as object);
arr.Add (array.ToArray ());
} else if (o.ToObject ().GetType () == typeof(Byte)) //this is a hack because I don't know what type you are...
arr.Add (o.ToString ());
}
if (pair.Key.IsRaw && pair.Key.IsTypeOf (typeof(Byte[])).Value)
returnDictionary.Add (key, arr);
else
returnDictionary.Add (key, arr);
} else if (obj.IsDictionary) {
if (pair.Key.IsRaw && pair.Key.IsTypeOf(typeof(Byte[])).Value)
returnDictionary [key] = TypifyDictionary (obj.AsDictionary ());
else
returnDictionary [pair.Key.ToString ()] = TypifyDictionary (obj.AsDictionary ());
} else if (obj.IsTypeOf (typeof(UInt16)).Value) {
if (pair.Key.IsRaw && pair.Key.IsTypeOf (typeof(Byte[])).Value)
returnDictionary [key] = obj.AsUInt16 ();
else
returnDictionary [pair.Key.ToString ()] = obj.AsUInt16 ();
} else if (obj.IsTypeOf (typeof(UInt32)).Value) {
if (pair.Key.IsRaw && pair.Key.IsTypeOf (typeof(Byte[])).Value)
returnDictionary [key] = obj.AsUInt32 ();
else
returnDictionary [pair.Key.ToString ()] = obj.AsUInt32 ();
} else if (obj.IsTypeOf (typeof(bool)).Value) {
if (pair.Key.IsRaw && pair.Key.IsTypeOf (typeof(Byte[])).Value)
returnDictionary [key] = obj.AsBoolean ();
else
returnDictionary [pair.Key.ToString ()] = obj.AsBoolean ();
}
else
throw new Exception("Don't know type: " + obj.ToObject().GetType().Name);
}
return returnDictionary;
}
public void Deserialize()
{
var serializer = MessagePackSerializer.Get<MessagePackObjectDictionary>();
m_Dict = serializer.Unpack(m_ReadStream.Stream);
}
public void TestToException_RpcErrorMessagePackObject_DictionaryMesssagePackObject_AsIs()
{
var error = RpcError.MessageRefusedError;
var message = Guid.NewGuid().ToString();
var debugInformation = Guid.NewGuid().ToString();
var detail =
new MessagePackObjectDictionary()
{
{ RpcException.MessageKeyUtf8, message },
{ RpcException.DebugInformationKeyUtf8, debugInformation }
};
var target = new RpcErrorMessage( error, new MessagePackObject( detail ) );
var result = target.ToException();
Assert.That( result.RpcError, Is.EqualTo( error ) );
Assert.That( result.Message, Is.EqualTo( message ) );
Assert.That( result.DebugInformation, Is.EqualTo( debugInformation ) );
}
/// <summary>
/// Unpacks <see cref="RpcErrorMessage"/> from stream in the specified context.
/// </summary>
/// <param name="context"><see cref="ClientResponseContext"/> which stores serialized error.</param>
/// <returns>An unpacked <see cref="RpcErrorMessage"/>.</returns>
internal static RpcErrorMessage UnpackError( ClientResponseContext context )
{
Contract.Assert( context != null );
Contract.Assert( context.ErrorBuffer != null );
Contract.Assert( context.ErrorBuffer.Length > 0 );
Contract.Assert( context.ResultBuffer != null );
Contract.Assert( context.ResultBuffer.Length > 0 );
MessagePackObject error;
try
{
error = Unpacking.UnpackObject( context.ErrorBuffer );
}
catch ( UnpackException )
{
error = new MessagePackObject( context.ErrorBuffer.GetBuffer().SelectMany( segment => segment.AsEnumerable() ).ToArray() );
}
if ( error.IsNil )
{
return RpcErrorMessage.Success;
}
bool isUnknown = false;
RpcError errorIdentifier;
if ( error.IsTypeOf<string>().GetValueOrDefault() )
{
var asString = error.AsString();
errorIdentifier = RpcError.FromIdentifier( asString, null );
// Check if the error is truely Unexpected error.
isUnknown = errorIdentifier.ErrorCode == RpcError.Unexpected.ErrorCode && asString != RpcError.Unexpected.Identifier;
}
else if ( error.IsTypeOf<int>().GetValueOrDefault() )
{
errorIdentifier = RpcError.FromIdentifier( null, error.AsInt32() );
}
else
{
errorIdentifier = RpcError.Unexpected;
isUnknown = true;
}
MessagePackObject detail;
if ( context.ResultBuffer.Length == 0 )
{
detail = MessagePackObject.Nil;
}
else
{
try
{
detail = Unpacking.UnpackObject( context.ResultBuffer );
}
catch ( UnpackException )
{
detail = new MessagePackObject( context.ResultBuffer.GetBuffer().SelectMany( segment => segment.AsEnumerable() ).ToArray() );
}
}
if ( isUnknown )
{
// Unknown error, the error should contain original Error field as message.
if ( detail.IsNil )
{
return new RpcErrorMessage( errorIdentifier, error.AsString(), null );
}
else
{
var details = new MessagePackObjectDictionary( 2 );
details[ RpcException.MessageKeyUtf8 ] = error;
details[ RpcException.DebugInformationKeyUtf8 ] = detail;
return new RpcErrorMessage( errorIdentifier, new MessagePackObject( details, true ) );
}
}
else
{
return new RpcErrorMessage( errorIdentifier, detail );
}
}
private static void DictionaryEquals( MessagePackObjectDictionary actual, IDictionary<int, int> expected )
{
foreach( var entry in actual )
{
int value;
Assert.That( expected.TryGetValue( entry.Key.AsInt32(), out value ), "Key: " + entry.Key );
Assert.That( entry.Value, Is.EqualTo( ( MessagePackObject )value ), "Value: " + entry.Key );
}
}
public void TestPackT_IDictionary_ItemIsMessagePackObject_Success()
{
var value = new MessagePackObjectDictionary() { { 1, 1 }, { 2, 2 } };
using ( var buffer = new MemoryStream() )
using ( var packer = Packer.Create( buffer ) )
{
packer.Pack( value );
Assert.AreEqual(
new byte[] { 0x82, 0x1, 0x1, 0x2, 0x2 },
buffer.ToArray()
);
}
}
public RemoteExceptionInformation( IList<MessagePackObject> unpacked )
{
if ( unpacked.Count != 6 )
{
throw new SerializationException( "Count of remote exception information must be 6." );
}
this.Hop = unpacked[ 0 ].AsInt32();
this.TypeName = unpacked[ 1 ].AsString();
this.HResult = unpacked[ 2 ].AsInt32();
this.Message = unpacked[ 3 ].AsString();
this.StackTrace = unpacked[ 4 ].AsList().Select( item => new RemoteStackFrame( item.AsList() ) ).ToArray();
this.Data = unpacked[ 5 ].AsDictionary();
}
/// <summary>
/// Get <see cref="MessagePackObject"/> which contains data about this instance.
/// </summary>
/// <param name="isDebugMode">
/// If this method should include debug information then true.
/// </param>
/// <returns>
/// <see cref="MessagePackObject"/> which contains data about this instance.
/// </returns>
public MessagePackObject GetExceptionMessage( bool isDebugMode )
{
var store = new MessagePackObjectDictionary( 2 );
store.Add( _errorCodeUtf8, this.RpcError.ErrorCode );
store.Add( MessageKeyUtf8, isDebugMode ? this.Message : this.RpcError.DefaultMessageInvariant );
this.GetExceptionMessage( store, isDebugMode );
return new MessagePackObject( store );
}
public void Serialize(MessagePackObjectDictionary body)
{
var serializer = MessagePackSerializer.Get<MessagePackObjectDictionary>();
var stream = new MemoryStream();
serializer.Pack(stream, body);
var buffer = stream.GetBuffer();
EnsureCapacity((ushort)stream.Length);
m_Stream.Write(buffer, 0, (int)stream.Length);
}
private static MessagePackObjectDictionary UnpackDictionaryCore( Unpacker unpacker )
{
if ( IsNil( unpacker ) )
{
return null;
}
uint count = ( uint )unpacker.Data.Value;
if ( count > Int32.MaxValue )
{
throw new MessageNotSupportedException( "The map which count is greater than Int32.MaxValue is not supported." );
}
var result = new MessagePackObjectDictionary( unchecked( ( int )count ) );
for ( int i = 0; i < count; i++ )
{
var key = UnpackObjectCore( unpacker );
var value = UnpackObjectCore( unpacker );
try
{
result.Add( key, value );
}
catch ( ArgumentException ex )
{
throw new InvalidMessagePackStreamException( "The dicationry key is duplicated in the stream.", ex );
}
}
return result;
}
/// <summary>
/// Stores derived type specific information to specified dictionary.
/// </summary>
/// <param name="store">
/// Dictionary to be stored. This value will not be <c>null</c>.
/// </param>
/// <param name="includesDebugInformation">
/// <c>true</c>, when this method should include debug information; otherwise, <c>false</c>.
/// </param>
protected virtual void GetExceptionMessage( IDictionary<MessagePackObject, MessagePackObject> store, bool includesDebugInformation )
{
Contract.Requires( store != null );
if ( !includesDebugInformation )
{
return;
}
if ( this.InnerException != null || this._remoteExceptions != null )
{
var innerList = new List<MessagePackObject>();
if ( this._remoteExceptions != null )
{
foreach ( var remoteException in this._remoteExceptions )
{
MessagePackObject[] properties = new MessagePackObject[ 6 ];
properties[ 0 ] = remoteException.Hop + 1;
properties[ 1 ] = MessagePackConvert.EncodeString( remoteException.TypeName );
// HResult is significant for some exception (e.g. IOException).
properties[ 2 ] = remoteException.HResult;
properties[ 3 ] = MessagePackConvert.EncodeString( remoteException.Message );
properties[ 4 ] =
#if !SILVERLIGHT
Array.ConvertAll(
#else
ArrayExtensions.ConvertAll(
#endif
remoteException.StackTrace,
frame =>
frame.FileName == null
? new MessagePackObject( new MessagePackObject[] { frame.MethodSignature, frame.ILOffset, frame.NativeOffset } )
: new MessagePackObject( new MessagePackObject[] { frame.MethodSignature, frame.ILOffset, frame.NativeOffset, frame.FileName, frame.FileLineNumber, frame.FileColumnNumber } )
);
properties[ 5 ] = new MessagePackObject( remoteException.Data );
innerList.Add( properties );
}
}
for ( var inner = this.InnerException; inner != null; inner = inner.InnerException )
{
MessagePackObject[] properties = new MessagePackObject[ 6 ];
properties[ 0 ] = 0;
properties[ 1 ] = MessagePackConvert.EncodeString( inner.GetType().FullName );
// HResult is significant for some exception (e.g. IOException).
properties[ 2 ] = SafeGetHRFromException( inner );
properties[ 3 ] = MessagePackConvert.EncodeString( inner.Message );
// stack trace
var innerStackTrace =
#if !SILVERLIGHT
new StackTrace( inner, true );
#else
new StackTrace( inner );
#endif
var frames = new MessagePackObject[ innerStackTrace.FrameCount ];
for ( int i = 0; i < frames.Length; i++ )
{
var frame = innerStackTrace.GetFrame( innerStackTrace.FrameCount - ( i + 1 ) );
#if !SILVERLIGHT
if ( frame.GetFileName() == null )
{
#endif
frames[ i ] = new MessagePackObject[] { ToStackFrameMethodSignature( frame.GetMethod() ), frame.GetILOffset(), frame.GetNativeOffset() };
#if !SILVERLIGHT
}
else
{
frames[ i ] = new MessagePackObject[] { ToStackFrameMethodSignature( frame.GetMethod() ), frame.GetILOffset(), frame.GetNativeOffset(), frame.GetFileName(), frame.GetFileLineNumber(), frame.GetFileColumnNumber() };
}
#endif
}
properties[ 4 ] = new MessagePackObject( frames );
// data
if ( inner.Data != null && inner.Data.Count > 0 )
{
var data = new MessagePackObjectDictionary( inner.Data.Count );
foreach ( System.Collections.DictionaryEntry entry in inner.Data )
{
data.Add( MessagePackObject.FromObject( entry.Key ), MessagePackObject.FromObject( entry.Value ) );
}
properties[ 5 ] = new MessagePackObject( data );
}
innerList.Add( properties );
}
store.Add( _remoteExceptionsUtf8, new MessagePackObject( innerList ) );
}
store.Add( DebugInformationKeyUtf8, this.DebugInformation );
}
