本文整理汇总了C++中boost::shared_ptr::FinishMessageBuilding方法的典型用法代码示例。如果您正苦于以下问题：C++ shared_ptr::FinishMessageBuilding方法的具体用法？C++ shared_ptr::FinishMessageBuilding怎么用？C++ shared_ptr::FinishMessageBuilding使用的例子？那么恭喜您, 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boost::shared_ptr的用法示例。
在下文中一共展示了shared_ptr::FinishMessageBuilding方法的4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: HandleTextureTimeouts
void UDPAssetProvider::HandleTextureTimeouts(boost::shared_ptr<ProtocolUtilities::ProtocolModuleInterface> net, f64 frametime)
{
UDPAssetTransferMap::iterator i = texture_transfers_.begin();
std::vector<RexUUID> erase_tex;
while(i != texture_transfers_.end())
{
UDPAssetTransfer& transfer = i->second;
if (!transfer.Ready())
{
transfer.AddTime(frametime);
if (transfer.GetTime() > asset_timeout_)
{
RexUUID asset_uuid(transfer.GetAssetId());
AssetModule::LogInfo("Texture transfer " + transfer.GetAssetId() + " timed out.");
// Send cancel message
const ProtocolUtilities::ClientParameters& client = net->GetClientParameters();
ProtocolUtilities::NetOutMessage *m = net->StartMessageBuilding(RexNetMsgRequestImage);
assert(m);
m->AddUUID(client.agentID);
m->AddUUID(client.sessionID);
m->SetVariableBlockCount(1);
m->AddUUID(asset_uuid); // Image UUID
m->AddS8(-1); // Discard level, -1 = cancel
m->AddF32(0.0); // Download priority, 0 = cancel
m->AddU32(0); // Starting packet
m->AddU8(RexIT_Normal); // Image type
m->MarkReliable();
net->FinishMessageBuilding(m);
// Send transfer canceled event
SendAssetCanceled(transfer);
erase_tex.push_back(i->first);
}
}
++i;
}
for(int j = 0; j < erase_tex.size(); ++j)
texture_transfers_.erase(erase_tex[j]);
}示例2: RequestOtherAsset
void UDPAssetProvider::RequestOtherAsset(boost::shared_ptr<ProtocolUtilities::ProtocolModuleInterface> net,
const RexUUID& asset_id, uint asset_type, const RequestTagVector& tags)
{
// If request already exists, just append the new tag(s)
std::string asset_id_str = asset_id.ToString();
UDPAssetTransfer* transfer = GetTransfer(asset_id_str);
if (transfer)
{
transfer->InsertTags(tags);
return;
}
RexUUID transfer_id;
transfer_id.Random();
UDPAssetTransfer new_transfer;
new_transfer.SetAssetId(asset_id_str);
new_transfer.SetAssetType(asset_type);
new_transfer.InsertTags(tags);
asset_transfers_[transfer_id] = new_transfer;
AssetModule::LogDebug("Requesting asset " + asset_id_str);
ProtocolUtilities::NetOutMessage *m = net->StartMessageBuilding(RexNetMsgTransferRequest);
assert(m);
m->AddUUID(transfer_id); // Transfer ID
m->AddS32(RexAC_Asset); // Asset channel type
m->AddS32(RexAS_Asset); // Asset source type
m->AddF32(100.0); // Download priority
u8 asset_info[20]; // Asset info block with UUID and type
memcpy(&asset_info[0], &asset_id.data, 16);
memcpy(&asset_info[16], &asset_type, 4);
m->AddBuffer(20, asset_info);
m->MarkReliable();
net->FinishMessageBuilding(m);
return;
}示例3: RequestTexture
void UDPAssetProvider::RequestTexture(boost::shared_ptr<ProtocolUtilities::ProtocolModuleInterface> net,
const RexUUID& asset_id, const RequestTagVector& tags)
{
// If request already exists, just append the new tag(s)
std::string asset_id_str = asset_id.ToString();
UDPAssetTransfer* transfer = GetTransfer(asset_id_str);
if (transfer)
{
transfer->InsertTags(tags);
return;
}
const ProtocolUtilities::ClientParameters& client = net->GetClientParameters();
UDPAssetTransfer new_transfer;
new_transfer.SetAssetId(asset_id.ToString());
new_transfer.SetAssetType(RexAT_Texture);
new_transfer.InsertTags(tags);
texture_transfers_[asset_id] = new_transfer;
AssetModule::LogDebug("Requesting texture " + asset_id.ToString());
ProtocolUtilities::NetOutMessage *m = net->StartMessageBuilding(RexNetMsgRequestImage);
assert(m);
m->AddUUID(client.agentID);
m->AddUUID(client.sessionID);
m->SetVariableBlockCount(1);
m->AddUUID(asset_id); // Image UUID
m->AddS8(0); // Discard level
m->AddF32(100.0); // Download priority
m->AddU32(0); // Starting packet
m->AddU8(RexIT_Normal); // Image type
m->MarkReliable();
net->FinishMessageBuilding(m);
}示例4: HandleAssetTimeouts
void UDPAssetProvider::HandleAssetTimeouts(boost::shared_ptr<ProtocolUtilities::ProtocolModuleInterface> net, f64 frametime)
{
UDPAssetTransferMap::iterator i = asset_transfers_.begin();
std::vector<RexUUID> erase_asset;
while(i != asset_transfers_.end())
{
bool erased = false;
UDPAssetTransfer& transfer = i->second;
if (!transfer.Ready())
{
transfer.AddTime(frametime);
if (transfer.GetTime() > asset_timeout_)
{
AssetModule::LogInfo("Asset transfer " + transfer.GetAssetId() + " timed out.");
// Send cancel message
ProtocolUtilities::NetOutMessage *m = net->StartMessageBuilding(RexNetMsgTransferAbort);
assert(m);
m->AddUUID(i->first); // Transfer ID
m->AddS32(RexAC_Asset); // Asset channel type
m->MarkReliable();
net->FinishMessageBuilding(m);
// Send transfer canceled event
SendAssetCanceled(transfer);
erase_asset.push_back(i->first);
}
}
++i;
}
for (int j = 0; j < erase_asset.size(); ++j)
asset_transfers_.erase(erase_asset[j]);
}