使用服务器回填工单 - Multiplayer SDK

#define PFMULTIPLAYER_INCLUDE_SERVER_APIS
#include <PFMatchmaking.h>

// Define the server port configuration.
PFMultiplayerPort serverPorts[] = {
    { "portname", 12345, PFMultiplayerProtocolType::Udp }
};

// Populate the server details.
PFMultiplayerServerDetails serverDetails = {};
serverDetails.fqdn = "your.server.fqdn.com";
serverDetails.ipv4Address = "123.234.123.234";
serverDetails.ports = serverPorts;
serverDetails.portCount = sizeof(serverPorts) / sizeof(serverPorts[0]);
serverDetails.region = "EastUS";

// Set up the backfill ticket configuration.
PFMatchmakingServerBackfillTicketConfiguration backfillConfig = {};
backfillConfig.timeoutInSeconds = 60;                 // Try for 60 seconds
backfillConfig.queueName = "YourQueueName";
backfillConfig.memberCount = currentMatchMemberCount; // e.g., 4
backfillConfig.members = currentMatchMembers;         // Pointer to an array of PFMatchmakingMatchMember
backfillConfig.serverDetails = &serverDetails;        // Optional; can be nullptr if not needed

PFMatchmakingTicketHandle backfillTicket = nullptr;
HRESULT hr = PFMultiplayerCreateServerBackfillTicket(
    multiplayerHandle,            // The handle of the PFMultiplayer API instance.
    &serverEntity,                // PFEntityKey for your game server entity
    &backfillConfig,              // The backfill ticket configuration.
    nullptr,                      // Optional async context
    &backfillTicket               // The resulting ticket object.
);

if (FAILED(hr))
{
    // handle ticket creation failure
}

HRESULT hrTicketError = S_OK;

uint32_t stateChangeCount;
const PFMatchmakingStateChange * const * stateChanges;
HRESULT hr = PFMultiplayerStartProcessingMatchmakingStateChanges(g_pfmHandle, &stateChangeCount, &stateChanges);
if (FAILED(hr))  
{  
    return;  
}  

for (uint32_t i = 0; i < stateChangeCount; ++i)
{
    const PFMatchmakingStateChange& stateChange = *stateChanges[i];

    switch (stateChange.stateChangeType)
    {
        case PFMatchmakingStateChangeType::TicketStatusChanged:
        {
            const auto& ticketStatusChanged = static_cast<const PFMatchmakingTicketStatusChangedStateChange&>(stateChange);

            PFMatchmakingTicketStatus status;
            if (SUCCEEDED(PFMatchmakingTicketGetStatus(ticketStatusChanged.ticket, &status)))
            {
                printf("Ticket status is now: %i.\n", status);
            }

            break;
        }
        case PFMatchmakingStateChangeType::TicketCompleted:
        {
            const auto& ticketCompleted = static_cast<const PFMatchmakingTicketCompletedStateChange&>(stateChange);

            printf("PFMatchmaking completed with Result 0x%08x.\n", ticketCompleted.result);

            if (FAILED(ticketCompleted.result))
            {
                // On failure, we must record the HRESULT so we can return the state change(s) and then bail
                // out of this function.
                hrTicketError = ticketCompleted.result;
            }

            break;
        }
    }
}

hr = PFMultiplayerFinishProcessingMatchmakingStateChanges(g_pfmHandle, stateChangeCount, stateChanges);
if (FAILED(hr))  
{  
    return;  
}  

// Now that we've returned the state change(s), bail out if we detected ticket failure.
if (FAILED(hrTicketError))  
{  
    return;  
}  

const PFMatchmakingMatchDetails* match;
HREULT hr = PFMatchmakingTicketGetMatch(ticket, &match);
if (FAILED(hr))  
{  
    return;  
}  

std::string matchId = match->matchId;
std::string lobbyArrangementString = match->lobbyArrangementString;

PFMultiplayerDestroyMatchmakingTicket(g_pfmHandle, ticket);

HRESULT hr = PFMatchmakingTicketCancel(ticket);

PFMultiplayerDestroyMatchmakingTicket(g_pfmHandle, ticket);