本文整理汇总了C++中NodeData::fibModSend方法的典型用法代码示例。如果您正苦于以下问题：C++ NodeData::fibModSend方法的具体用法？C++ NodeData::fibModSend怎么用？C++ NodeData::fibModSend使用的例子？那么, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类NodeData的用法示例。
在下文中一共展示了NodeData::fibModSend方法的2个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的C++代码示例。
示例1: AppLayerCCNHost
//.........这里部分代码省略.........
// 未取得chunkを取得
if(ccnMsg->msg_chunk_num > nodeData->return_lastRecvMsg(ccnMsg) + 1) {
CcnMsg* ccnMsg;
ccnMsg = new CcnMsg();
ccnMsg->resent_times = 1;
ccnMsg->ccn_method = DEFAULT;
ccnMsg->msg_type = Interest;
ccnMsg->msg_name = msg_videoData_name + node->nodeId % 3;
ccnMsg->msg_chunk_num = nodeData->return_lastRecvMsg(ccnMsg) + 1;
ccnMsg->EncodeFullNameMsg();
ccnMsg->sender_node_id = node->nodeId;
ccnMsg->source_node_id = source_node_id;
ccnMsg->payload_length = 30;
ccnMsg->hops_limit = 20;
ccnMsg->interest_genTime = node->getNodeTime();
ccnMsg->content_type = VideoData;
ccnMsg->end_chunk_num = UINT16_MAX;
Node* source_node;
map<uint32_t, clocktype>::iterator it;
source_node = MAPPING_GetNodePtrFromHash(GlobalNodeData::nodeHash, source_node_id);
nodeData->source_nodeData = (NodeData*)source_node->appData.nodeData;
NodeData* source_nodeData;
source_nodeData = nodeData->source_nodeData;
it = source_nodeData->dataGenerateTime_map.find(ccnMsg->msg_chunk_num);
ccnMsg->data_genTime = it->second;
nodeData->reqMapSearch(node, ccnMsg);
nodeData->set_windowSize(node, ccnMsg);
nodeData->reqMapInput(node, ccnMsg);
nodeData->make_reTransMsg(node, ccnMsg);
nodeData->fibSend(node, ccnMsg);
} else if (ccnMsg->msg_chunk_num == nodeData->return_lastRecvMsg(ccnMsg) + 1){
//printf("Got actual packet\n");
} else {
}
nodeData->set_lastRecvMsg(ccnMsg);
break;
}
if(nodeData->fibModSend(node, ccnMsg)) {
delete ccnMsg;
break;
}
break;
}
case fakeData:
{
// クライアントにデータ到着
if(ccnMsg->source_node_id == node->nodeId) {
delete ccnMsg;
break;
}
nodeData->pitModSend(node, ccnMsg);
break;
}
default:
ERROR_ReportError("Undefined msg type\n");
}
break;
}
default:
ERROR_ReportError("Undefined ccn_method\n");
}
break;
}
case MSG_APP_FromTransOpenResult: // TCPでpassive open処理が終了
//if(node->nodeId == 1) printf("openResult->connectionId: %lu\n", openResult->connectionId);
break;
case MSG_APP_FromTransListenResult: // コネクション要求待機状態を確立
//if(node->nodeId == 1) printf("openResult->connectionId: %lu\n", openResult->connectionId);
break;
case MSG_APP_TimerExpired:
{
AppTimer* timer;
timer = (AppTimer *)MESSAGE_ReturnInfo(msg);
switch(timer->type) {
case APP_TIMER_RE_SEND_PKT:
nodeData->send_reTransMsg(node, timer->connectionId);
break;
}
break;
}
case MSG_APP_FromTransCloseResult:
break;
default:
printf("msg->eventType = %d\n", msg->eventType);
ERROR_ReportError("msg->eventType error: undefined eventType\n");
}
MESSAGE_Free(node, msg);
}示例2: AppLayerCCNClient
//.........这里部分代码省略.........
} // APP_TIMER_DATA_SEND_PKT
case APP_TIMER_fakeINTEREST_SEND_PKT:
{
printf("この表示がなければ、APP_TIMER_fakeINTEREST_SEND_PKTはいらない子。てかここどうやって入るんだ… ");
// 動画の配信分をすべて出す
CcnMsg* ccnMsg;
for(int i = 0; i < 3; i++) {
ccnMsg = new CcnMsg();
ccnMsg->resent_times = 0;
ccnMsg->ccn_method = PROPOSAL;
ccnMsg->msg_type = fakeInterest;
ccnMsg->msg_name = msg_videoData_name + i;
ccnMsg->msg_chunk_num = nodeData->return_lastChunkNum(ccnMsg) + 1;
ccnMsg->EncodeFullNameMsg();
ccnMsg->sender_node_id = node->nodeId;
ccnMsg->source_node_id = source_node_id;
ccnMsg->payload_length = nodeData->tcp_mss;
ccnMsg->hops_limit = 20;
ccnMsg->interest_genTime = node->getNodeTime();
ccnMsg->content_type = VideoData;
ccnMsg->end_chunk_num = UINT32_MAX;
map<uint32_t, clocktype>::iterator it;
it = nodeData->dataGenerateTime_map.find(ccnMsg->msg_chunk_num);
ccnMsg->data_genTime = it->second;
clocktype send_delayTime;
send_delayTime = ccnMsg->data_genTime - node->getNodeTime();
if(send_delayTime < 0) send_delayTime = 0;
nodeData->set_lastChunkNum(ccnMsg);
nodeData->fibModSend(node, nodeData->NewCcnMsg(ccnMsg), send_delayTime);
APP_SetTimer(node, APP_CCN_CLIENT, 0, APP_CCN_LISTEN_PORT, APP_TIMER_fakeINTEREST_SEND_PKT, send_delayTime);
}
delete ccnMsg;
break;
} // APP_TIMER_fakeINTEREST_SEND_PKT
case APP_TIMER_REGULAR_SEND_PKT:
{
//printf("この表示は 予想ではたくさんでる。APP_TIMER_REGULAR_SEND_PKT\n");
clocktype send_delayTime;
uint32_t chunk_num;
map<uint32_t, clocktype>::iterator it;
uint32_t next_msgName = global_node_data->return_MsgName();
uint32_t end_chunk_num = next_msgName % 40 + 10;
CcnMsg* ccnMsg;
do {
ccnMsg = new CcnMsg();
ccnMsg->resent_times = 0;
ccnMsg->ccn_method = DEFAULT;
ccnMsg->msg_type = Interest;
ccnMsg->msg_name = next_msgName;
ccnMsg->msg_chunk_num = nodeData->return_lastChunkNum(ccnMsg) + 1;
ccnMsg->EncodeFullNameMsg();
ccnMsg->sender_node_id = node->nodeId;
ccnMsg->source_node_id = source_node_id;
ccnMsg->payload_length = 30;
ccnMsg->hops_limit = 20;
ccnMsg->content_type = CommonData;
ccnMsg->end_chunk_num = end_chunk_num;
ccnMsg->interest_genTime = node->getNodeTime();
ccnMsg->data_genTime = node->getNodeTime();