public async Task CreateAndStartContainerWaitForExit(SessionHostsStartInfo startParameters)
{
IList <PortMapping> portMappings = GetPortMappings(startParameters, 0);
if (startParameters.SessionHostType == SessionHostType.Container)
{
foreach (PortMapping mapping in portMappings)
{
_logger.LogInformation(
$"{mapping.GamePort.Name} ({mapping.GamePort.Protocol}): Local port {mapping.NodePort} mapped to container port {mapping.GamePort.Number} ");
}
}
DownloadAndExtractAllAssets(startParameters);
DownloadGameCertificates(startParameters);
ISessionHostRunner sessionHostRunner =
_sessionHostRunnerFactory.CreateSessionHostRunner(startParameters.SessionHostType, _vmConfiguration, _logger);
// RetrieveResources does a docker pull
// If we're running Linux containers on Windows, we might want to pull image from ACR first to save the image on local.
// In this case, you need to simply change the value to true for forcePullFromAcrOnLinuxContainersOnWindows in MultiplayerSettings.json
// so if this image is not locally built, docker create will do a docker pull first
// In another case, we might have built the image locally but tagged with a fake registry name (e.g. myacr.io/mygame:0.1),
// Then make sure to change the value to false if you want to use the image from local.
if (Globals.GameServerEnvironment == GameServerEnvironment.Windows || Globals.Settings.ForcePullFromAcrOnLinuxContainersOnWindows)
{
await sessionHostRunner.RetrieveResources(startParameters);
}
NoOpSessionHostManager sessionHostManager = new NoOpSessionHostManager();
SessionHostInfo sessionHostInfo =
await sessionHostRunner.CreateAndStart(0, new GameResourceDetails { SessionHostsStartInfo = startParameters }, sessionHostManager);
if (sessionHostInfo == null)
{
return;
}
string typeSpecificId = sessionHostInfo.TypeSpecificId;
_logger.LogInformation("Waiting for heartbeats from the game server.....");
await sessionHostRunner.WaitOnServerExit(typeSpecificId).ConfigureAwait(false);
string logFolder = Path.Combine(Globals.VmConfiguration.VmDirectories.GameLogsRootFolderVm, sessionHostInfo.LogFolderId);
await sessionHostRunner.CollectLogs(typeSpecificId, logFolder, sessionHostManager);
await sessionHostRunner.TryDelete(typeSpecificId);
}
public async Task CreateAndStartContainerWaitForExit(SessionHostsStartInfo startParameters)
{
IList <PortMapping> portMappings = GetPortMappings(startParameters, 0);
if (startParameters.SessionHostType == SessionHostType.Container)
{
foreach (PortMapping mapping in portMappings)
{
_logger.LogInformation(
$"{mapping.GamePort.Name} ({mapping.GamePort.Protocol}): Local port {mapping.NodePort} mapped to container port {mapping.GamePort.Number} ");
}
}
DownloadAndExtractAllAssets(startParameters);
DownloadGameCertificates(startParameters);
ISessionHostRunner sessionHostRunner =
_sessionHostRunnerFactory.CreateSessionHostRunner(startParameters.SessionHostType, _vmConfiguration, _logger);
// RetrieveResources does a docker pull
// if we're running Linux containers on Windows we do not want that, since we might
// have built the image locally but tagged with a fake registry name (e.g. myacr.io/mygame:0.1)
// docker pull will try to connect to myacr.io and fail
// if this image is not locally built, docker create (executed next) will do a docker pull first
if (Globals.GameServerEnvironment == GameServerEnvironment.Windows)
{
await sessionHostRunner.RetrieveResources(startParameters);
}
NoOpSessionHostManager sessionHostManager = new NoOpSessionHostManager();
SessionHostInfo sessionHostInfo =
await sessionHostRunner.CreateAndStart(0, new GameResourceDetails { SessionHostsStartInfo = startParameters }, sessionHostManager);
string containerId = sessionHostInfo.TypeSpecificId;
_logger.LogInformation("Waiting for heartbeats from the game server.....");
await sessionHostRunner.WaitOnServerExit(containerId).ConfigureAwait(false);
string logFolder = Path.Combine(Globals.VmConfiguration.VmDirectories.GameLogsRootFolderVm, sessionHostInfo.LogFolderId);
await sessionHostRunner.CollectLogs(containerId, logFolder, sessionHostManager);
await sessionHostRunner.TryDelete(containerId);
}
