use of im.actor.core.network.mtp.entity.rpc.RpcInternalError in project actor-platform by actorapp.
the class ProtoSerializer method readRpcResponsePayload.
public static ProtoStruct readRpcResponsePayload(byte[] data) throws IOException {
DataInput bs = new DataInput(data, 0, data.length);
final int header = bs.readByte();
switch(header) {
case RpcOk.HEADER:
return new RpcOk(bs);
case RpcError.HEADER:
return new RpcError(bs);
case RpcFloodWait.HEADER:
return new RpcFloodWait(bs);
case RpcInternalError.HEADER:
return new RpcInternalError(bs);
}
throw new IOException("Unable to read proto object");
}
use of im.actor.core.network.mtp.entity.rpc.RpcInternalError in project actor-platform by actorapp.
the class ApiBroker method processResponse.
private void processResponse(long authId, long mid, byte[] content) {
if (authId != currentAuthId) {
return;
}
ProtoStruct protoStruct;
try {
protoStruct = ProtoSerializer.readRpcResponsePayload(content);
} catch (IOException e) {
e.printStackTrace();
Log.w(TAG, "Broken response mid#" + mid);
return;
}
// Log.w(TAG, protoStruct + " mid#" + mid);
long rid;
if (idMap.containsKey(mid)) {
rid = idMap.get(mid);
} else {
return;
}
CommonTimer timer = timeouts.get(rid);
if (timer != null) {
timer.cancel();
timeouts.remove(rid);
}
RequestHolder holder;
if (requests.containsKey(rid)) {
holder = requests.get(rid);
} else {
return;
}
if (protoStruct instanceof RpcOk) {
RpcOk ok = (RpcOk) protoStruct;
requests.remove(rid);
if (holder.protoId != 0) {
idMap.remove(holder.protoId);
}
Response response;
try {
response = (Response) parserConfig.parseRpc(ok.responseType, ok.payload);
} catch (IOException e) {
e.printStackTrace();
requests.remove(rid);
if (holder.protoId != 0) {
idMap.remove(holder.protoId);
}
holder.callback.onError(new RpcInternalException());
return;
}
Log.d(TAG, "<- response#" + holder.publicId + ": " + response + " in " + (Runtime.getCurrentTime() - holder.requestTime) + " ms");
holder.callback.onResult(response);
} else if (protoStruct instanceof RpcError) {
RpcError e = (RpcError) protoStruct;
requests.remove(rid);
if (holder.protoId != 0) {
idMap.remove(holder.protoId);
}
Log.w(TAG, "<- error#" + holder.publicId + ": " + e.errorTag + " " + e.errorCode + " " + e.userMessage + " in " + (Runtime.getCurrentTime() - holder.requestTime) + " ms");
holder.callback.onError(new RpcException(e.errorTag, e.errorCode, e.userMessage, e.canTryAgain, e.relatedData));
} else if (protoStruct instanceof RpcInternalError) {
RpcInternalError e = ((RpcInternalError) protoStruct);
Log.d(TAG, "<- internal_error#" + holder.publicId + " " + e.getTryAgainDelay() + " sec" + " in " + (Runtime.getCurrentTime() - holder.requestTime) + " ms");
if (e.isCanTryAgain()) {
schedule(new ForceResend(rid), e.getTryAgainDelay() * 1000L);
} else {
requests.remove(rid);
if (holder.protoId != 0) {
idMap.remove(holder.protoId);
}
holder.callback.onError(new RpcInternalException());
}
} else if (protoStruct instanceof RpcFloodWait) {
RpcFloodWait f = (RpcFloodWait) protoStruct;
Log.d(TAG, "<- flood_wait#" + holder.publicId + " " + f.getDelay() + " sec" + " in " + (Runtime.getCurrentTime() - holder.requestTime) + " ms");
schedule(new ForceResend(rid), f.getDelay() * 1000L);
} else {
Log.d(TAG, "<- unknown_package#" + holder.publicId + " in " + (Runtime.getCurrentTime() - holder.requestTime) + " ms");
}
}
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