internal ResultResponse(ResponseFrame frame) : base(frame)
{
Kind = (ResultResponseKind)BeBinaryReader.ReadInt32();
switch (Kind)
{
case ResultResponseKind.Void:
Output = new OutputVoid(TraceId);
break;
case ResultResponseKind.Rows:
Output = new OutputRows(frame.Header.Version, BeBinaryReader, true, TraceId);
break;
case ResultResponseKind.SetKeyspace:
Output = new OutputSetKeyspace(BeBinaryReader.ReadString());
break;
case ResultResponseKind.Prepared:
Output = new OutputPrepared(BeBinaryReader, frame.Header.Version > 1);
break;
case ResultResponseKind.SchemaChange:
Output = new OutputSchemaChange(BeBinaryReader, TraceId);
break;
default:
throw new DriverInternalError("Unknown ResultResponseKind Type");
}
}
internal ResultResponse(ResponseFrame frame) : base(frame)
{
Kind = (ResultResponseKind)BeBinaryReader.ReadInt32();
switch (Kind)
{
case ResultResponseKind.Void:
Output = new OutputVoid(TraceId);
break;
case ResultResponseKind.Rows:
Output = new OutputRows(BeBinaryReader, frame.RawStream is BufferedProtoBuf, TraceId);
break;
case ResultResponseKind.SetKeyspace:
Output = new OutputSetKeyspace(BeBinaryReader.ReadString());
break;
case ResultResponseKind.Prepared:
Output = new OutputPrepared(BeBinaryReader, frame.FrameHeader.Version == ResponseFrame.ProtocolV2ResponseVersionByte);
break;
case ResultResponseKind.SchemaChange:
Output = new OutputSchemaChange(BeBinaryReader, TraceId);
break;
default:
throw new DriverInternalError("Unknown ResultResponseKind Type");
}
}
internal ErrorResponse(ResponseFrame frame)
: base(frame)
{
int errorCode = BeBinaryReader.ReadInt32();
string message = BeBinaryReader.ReadString();
Output = OutputError.CreateOutputError(errorCode, message, BeBinaryReader);
}
public void HandleSchemaChange(ResponseFrame frame)
{
var ce = new SchemaChangeEventArgs();
CassandraEventArgs = ce;
var changeTypeText = BeBinaryReader.ReadString();
SchemaChangeEventArgs.Reason changeType;
switch (changeTypeText)
{
case "UPDATED":
changeType = SchemaChangeEventArgs.Reason.Updated;
break;
case "DROPPED":
changeType = SchemaChangeEventArgs.Reason.Dropped;
break;
default:
changeType = SchemaChangeEventArgs.Reason.Created;
break;
}
ce.What = changeType;
if (frame.Header.Version < 3)
{
//protocol v1 and v2: <change_type><keyspace><table>
ce.Keyspace = BeBinaryReader.ReadString();
ce.Table = BeBinaryReader.ReadString();
return;
}
//protocol v3+: <change_type><target><options>
var target = BeBinaryReader.ReadString();
ce.Keyspace = BeBinaryReader.ReadString();
switch (target)
{
case "TABLE":
ce.Table = BeBinaryReader.ReadString();
break;
case "TYPE":
ce.Type = BeBinaryReader.ReadString();
break;
case "FUNCTION":
ce.FunctionName = BeBinaryReader.ReadString();
ce.Signature = BeBinaryReader.ReadStringList();
break;
case "AGGREGATE":
ce.AggregateName = BeBinaryReader.ReadString();
ce.Signature = BeBinaryReader.ReadStringList();
break;
}
}
public static void Load(BeBinaryReader br, Save save)
{
save.Team = new Team(br);
save.Team.Emblem = br.ReadInt16();
save.Team.Name = br.ReadString();
for (int i = 0; i < 16; i++)
{
var player = new Player();
player.MoveList = new MoveList(br);
player.Stats = new Stats(br);
var teamPlayer = save.Team.Players[i];
var id = teamPlayer.Id;
save.Players[id] = player;
}
}
internal EventResponse(ResponseFrame frame)
: base(frame)
{
string eventTypeString = BeBinaryReader.ReadString();
if (eventTypeString == "TOPOLOGY_CHANGE")
{
var ce = new TopologyChangeEventArgs();
ce.What = BeBinaryReader.ReadString() == "NEW_NODE"
? TopologyChangeEventArgs.Reason.NewNode
: TopologyChangeEventArgs.Reason.RemovedNode;
ce.Address = BeBinaryReader.ReadInet().Address;
CassandraEventArgs = ce;
return;
}
if (eventTypeString == "STATUS_CHANGE")
{
var ce = new StatusChangeEventArgs();
ce.What = BeBinaryReader.ReadString() == "UP"
? StatusChangeEventArgs.Reason.Up
: StatusChangeEventArgs.Reason.Down;
ce.Address = BeBinaryReader.ReadInet().Address;
CassandraEventArgs = ce;
return;
}
if (eventTypeString == "SCHEMA_CHANGE")
{
var ce = new SchemaChangeEventArgs();
string m = BeBinaryReader.ReadString();
ce.What = m == "CREATED"
? SchemaChangeEventArgs.Reason.Created
: (m == "UPDATED"
? SchemaChangeEventArgs.Reason.Updated
: SchemaChangeEventArgs.Reason.Dropped);
ce.Keyspace = BeBinaryReader.ReadString();
ce.Table = BeBinaryReader.ReadString();
CassandraEventArgs = ce;
return;
}
var ex = new DriverInternalError("Unknown Event Type");
_logger.Error(ex);
throw ex;
}
public void HandleSchemaChange(ResponseFrame frame)
{
var ce = new SchemaChangeEventArgs();
string m = BeBinaryReader.ReadString();
ce.What = m == "CREATED"
? SchemaChangeEventArgs.Reason.Created
: (m == "UPDATED"
? SchemaChangeEventArgs.Reason.Updated
: SchemaChangeEventArgs.Reason.Dropped);
if (frame.Header.Version < 3)
{
//protocol v1 and v2: <change_type><keyspace><table>
ce.Keyspace = BeBinaryReader.ReadString();
ce.Table = BeBinaryReader.ReadString();
}
else
{
//protocol v3: <change_type><target><options>
var target = BeBinaryReader.ReadString();
switch (target)
{
case "KEYSPACE":
ce.Keyspace = BeBinaryReader.ReadString();
break;
case "TABLE":
ce.Keyspace = BeBinaryReader.ReadString();
ce.Table = BeBinaryReader.ReadString();
break;
case "TYPE":
ce.Keyspace = BeBinaryReader.ReadString();
ce.Type = BeBinaryReader.ReadString();
break;
}
}
CassandraEventArgs = ce;
}
internal ResultResponse(ResponseFrame frame) : base(frame)
{
//Handle result flags
if ((frame.Header.Flags & FrameHeader.HeaderFlag.Warning) != 0)
{
Warnings = BeBinaryReader.ReadStringList();
}
if ((frame.Header.Flags & FrameHeader.HeaderFlag.CustomPayload) != 0)
{
CustomPayload = BeBinaryReader.ReadBytesMap();
}
Kind = (ResultResponseKind)BeBinaryReader.ReadInt32();
switch (Kind)
{
case ResultResponseKind.Void:
Output = new OutputVoid(TraceId);
break;
case ResultResponseKind.Rows:
Output = new OutputRows(frame.Header.Version, BeBinaryReader, TraceId);
break;
case ResultResponseKind.SetKeyspace:
Output = new OutputSetKeyspace(BeBinaryReader.ReadString());
break;
case ResultResponseKind.Prepared:
Output = new OutputPrepared(frame.Header.Version, BeBinaryReader);
break;
case ResultResponseKind.SchemaChange:
Output = new OutputSchemaChange(BeBinaryReader, TraceId);
break;
default:
throw new DriverInternalError("Unknown ResultResponseKind Type");
}
}
public static void packBARC(string dir, string barcname)
{
var barcstm = File.OpenWrite(barcname);
var barcwrite = new BeBinaryWriter(barcstm);
barcwrite.Write(0x424152432D2D2D2DL); // BARC----
barcwrite.Write((uint)0xDEADBEEF); // skip
var schema = File.OpenRead(dir + "\\schema.bin");
var schemard = new BeBinaryReader(schema);
var total_off = 0;
var end_size = schemard.ReadInt32();
var count = schemard.ReadInt32();
var seqArcFile = schemard.ReadString();
barcwrite.Write(count);
var sqarc_out = File.OpenWrite(dir + "\\" + seqArcFile);
util.writeBARCString(barcwrite, seqArcFile);
seq_map = new int[0xFFFFF];
TrackSizes = new int[0xFFFFF];
for (int i = 0; i < count; i++)
{
var inname = string.Format("{0:D6}.bms", i);
var e = File.ReadAllBytes(dir + "\\" + inname);
var wx = File.OpenRead(dir + "\\" + inname);
var wxr = new BeBinaryReader(wx);
var alias = wxr.ReadUInt32();
bool doAli = false;
int sIdx = 0;
if (alias == 0xAFBFCFDF)
{
sIdx = wxr.ReadInt32();
doAli = true;
Console.WriteLine("Aliased {0}", sIdx);
}
wx.Close();
util.writeBARCString(barcwrite, inname);
barcwrite.Write((int)2);
barcwrite.Write((int)3);
if (doAli)
{
Console.WriteLine("Alias map to {0:X}, {1}", seq_map[sIdx], sIdx);
barcwrite.Write(seq_map[sIdx]);
barcwrite.Write(TrackSizes[sIdx]);
continue;
}
else
{
barcwrite.Write(total_off);
}
Console.WriteLine("Sequence {0} at {1:X}", i, total_off);
seq_map[i] = total_off;
TrackSizes[i] = e.Length;
barcwrite.Write(e.Length);
if (doAli)
{
continue;
}
sqarc_out.Position = total_off;
sqarc_out.Write(e, 0, e.Length);
var Pad = new byte[0x20];
sqarc_out.Write(Pad, 0, Pad.Length);
total_off += e.Length + Pad.Length;
}
barcwrite.Flush();
sqarc_out.Flush();
}
internal AuthenticateResponse(ResponseFrame frame) : base(frame)
{
Authenticator = BeBinaryReader.ReadString();
}