bool PeerConnector::ConnectUDP(const PEER_ADDRESS& addr, const PeerConnectParam& param)
{
if (m_LiveInfo.TransferMethod == TRANSFER_TCP)
{
return ConnectTCP(addr, 0, param); // 用于测试纯tcp的情况
}
if ( addr.UdpPort == 0 )
return false;
if (CheckConnected(addr, param.IsVIP))
{
VIEW_INFO("CPeerManager::ConnectToRemote CheckConnected " << addr << " failed");
return false;
}
const PEER_ADDRESS& localAddr = m_NetInfo->Address;
if (addr.IP == localAddr.IP && addr.UdpPort == localAddr.UdpPort)
{
//LIVE_ASSERT(false);
VIEW_ERROR("ConnectUDP ignore myself " << addr);
return false;
}
return m_UDPConnector->Connect(addr, param);
}
// Adjust pcs' window-size & insert them into RecvTimeMap.
STL_FOR_EACH_CONST(PeerTunnelCollection, m_Tunnels, iter)
{
PeerTunnelPtr pt = *iter;
PeerConnection* pc = &pt->GetConnection();
LIVE_ASSERT(pc != NULL);
if (!m_downloader.CanDownload( pt ))
{ // 不能使用这个pc去下载，那么就跳过
continue;
}
#if 1//!_Savage
// 清除每个Tunnel的预请求队列
VIEW_INFO(" TaskQueueLength Left "<<*pc<<" "<<pt->GetTaskQueueSize()<<" "<<pt->GetUsedTime()<<" "<<pt->GetWindowSize());
pt->ClearTaskQueue();
#endif
if (pt->IsFreezing()
|| pc->GetMaxIndex() < m_downloader.GetStartIndex())
{ // 该Peer没有资源去下载,那么也跳过
continue;
}
UINT minWindowSize = 2;
if( pc->IsUDP() )
{
// UDP 的连接
double tunnelRequestSuccedRate = pt->GetRequestSuccedRate();
UINT newWindowSize = (UINT)(80 * tunnelRequestSuccedRate / totalUDPRequestSuccedRate);
if ( newWindowSize > minWindowSize )
minWindowSize = newWindowSize;
}
pt->AdjustWindowSize(minWindowSize);
// 将tunnel插入到这个RecvTimeMap中
#if !_Savage
m_RecvTimeMap.insert(std::make_pair(pt->GetSortValue(), pt.get()));
#endif // !_Savage
}
#include "tig/types.h"
#include "tig/argv.h"
#include "tig/io.h"
#include "tig/keys.h"
struct keybinding {
enum request request;
size_t keys;
struct key key[1];
};
static struct keymap keymaps[] = {
{ "generic" },
{ "search" },
#define VIEW_KEYMAP(id, name) { #name }
VIEW_INFO(VIEW_KEYMAP)
};
static struct keymap *generic_keymap = keymaps;
#define is_generic_keymap(keymap) ((keymap) == generic_keymap)
static struct keymap *search_keymap = keymaps + 1;
#define is_search_keymap(keymap) ((keymap) == search_keymap)
struct keymap *
get_keymap(const char *name, size_t namelen)
{
int i;
for (i = 0; i < ARRAY_SIZE(keymaps); i++)
if (!strncasecmp(keymaps[i].name, name, namelen))
void Storage::ViewStreamBuffer() const
{
VIEW_INFO("Storage::ViewStreamBuffer - LocalBitmap " << GetMinIndex() << " " << GetMaxIndex() << " " << BuildBitmap().GetResourceString() << " End");
}
