TEST_RESULT TestAllocateRequestMessage()
{
std::stringstream messageToBeSent;
AllocateRequest * req = new AllocateRequest("super-puper-tag", 10);
req->Write(messageToBeSent);
std::cout << messageToBeSent.str() << std::endl;
return PASSED;
}
AllocateResponse ApplicationMasterProtocol::allocate(AllocateRequest &request) {
try {
AllocateRequestProto requestProto = request.getProto();
AllocateResponseProto responseProto;
invoke(RpcCall(true, "allocate", &requestProto, &responseProto));
return AllocateResponse(responseProto);
} catch (const YarnRpcServerException & e) {
UnWrapper<ApplicationMasterNotRegisteredException, YarnIOException> unwrapper(e);
unwrapper.unwrap(__FILE__, __LINE__);
}
}
AllocateResponse ApplicationMaster::allocate(list<ResourceRequest> &asks,
list<ContainerId> &releases, ResourceBlacklistRequest &blacklistRequest,
int32_t responseId, float progress) {
AllocateRequest request;
request.setAsks(asks);
request.setReleases(releases);
request.setBlacklistRequest(blacklistRequest);
request.setResponseId(responseId);
request.setProgress(progress);
return ((ApplicationMasterProtocol*) rmClient)->allocate(request);
}
AllocateResponse ApplicationMaster::allocate(list<ResourceRequest> &asks,
list<ContainerId> &releases, ResourceBlacklistRequest &blacklistRequest,
int32_t responseId, float progress) {
AllocateRequest request;
AllocateResponse response;
request.setAsks(asks);
request.setReleases(releases);
request.setBlacklistRequest(blacklistRequest);
request.setResponseId(responseId);
request.setProgress(progress);
RESOURCEMANAGER_SCHEDULER_HA_RETRY_BEGIN();
response = appMasterProto->allocate(request);
RESOURCEMANAGER_SCHEDULER_HA_RETRY_END();
return response;
}