public PerformanceAggregate DeleteManyAccounts(ClientConnectionInfo adminConnectionInfo, int countAccounts, string accounLoginPrefix, bool useParallel)
{
return(DoParallelTasks(0, countAccounts, ParallelismFactor, async i1 => await FindAndDeleteAccount(adminConnectionInfo, string.Format("{0}{1}", accounLoginPrefix, i1)), counter =>
{
if (counter % ParallelismFactor == 0)
{
Console.WriteLine("Deleted {0} accounts", counter);
}
}).Item1);
}
public Task <Tuple <PerformanceCounter, bool> > FindAndDeleteAccount(ClientConnectionInfo adminConnectionInfo, string login)
{
var accountApi = new AccountApiClient(adminConnectionInfo.Context);
return(DoPerformanceMeasureAction(async() =>
{
var acount = accountApi.GetByLoginAsync(login).Result;
var delResult = await accountApi.DeleteAsync(acount.UserId);
return delResult;
}, adminConnectionInfo.Context.BaseUri.ToString()));
}
public ClientConnectionInfo[] GetServerConnections(int countRequests)
{
var result = new ClientConnectionInfo[countRequests];
for (int r = 0, s = 0; r < countRequests; r++)
{
result[r] = GetConnection(s);
s = s == _serviceUriList.Length - 1 ? 0 : s + 1;
}
return(result);
}
public async Task <Tuple <PerformanceCounter, string> > Echo(ClientConnectionInfo client, string text)
{
Random r = new Random(54657);
return(await DoPerformanceMeasureAction(() =>
{
var gameClient = new ServerInfoClient(client.Context);
//return Task.Delay(r.Next(5,500)).ContinueWith<string>(_ => "ok");
return Task.Run(() =>
{
return gameClient.Echo(text);
});
}, client.Context.BaseUri.ToString()));
}
public void StopAllGames(ClientConnectionInfo adminConnectionInfo)
{
Task.WhenAll(DoAuthServersWithAdmin(_serviceUriList, "admin").Where(_ => _ != null).Select(_ => Task.Factory.StartNew(
() =>
{
try
{
new AdminApiClient(_).StopAllGames();
}
catch (Exception)
{
}
}))).Wait();
}
public Task <string> Echo1(ClientConnectionInfo client, string text)
{
/* var gameClient = new ServerInfoClient(client.Context);
* return Task.Run(() =>
* {
* var performanceCounter = new PerformanceCounter()
* {
* ServerUri = client.Context.BaseUri.ToString(), ErrorMessage = null
* };
* var res = gameClient.Echo(text);
* //Thread.Sleep(500);
* return new Tuple<PerformanceCounter, string>(performanceCounter, "dfgd");
* });*/
return(Task.Run(() =>
{
var gameClient = new ServerInfoClient(client.Context);
return gameClient.Echo(text);
})
);
}
public string Echo2(ClientConnectionInfo client, string text)
{
var gameClient = new ServerInfoClient(client.Context);
return(gameClient.Echo(text));
}
public Task <Tuple <PerformanceCounter, ManualStepResultModel> > PerformStep(ClientConnectionInfo client)
{
var gameClient = new GameApiClient(client.Context);
return(DoPerformanceMeasureAction(async() => await gameClient.PerformManualStepAsync(), client.Context.BaseUri.ToString()));
}
public Task <Tuple <PerformanceCounter, GameDataModel> > GetGameData(ClientConnectionInfo client)
{
var gameClient = new GameApiClient(client.Context);
return(DoPerformanceMeasureAction(async() => await gameClient.GetGameDataAsync(), client.Context.BaseUri.ToString()));
}
public Task <Tuple <PerformanceCounter, object> > Logout(ClientConnectionInfo client)
{
var authApi = new AuthApiClient(client.Context);
return(DoPerformanceMeasureAction(async() => await authApi.Logout(), client.Context.BaseUri.ToString()));
}
