public async Task IntegrationTestUploadLatestLogs()
{
var logEventSource = new LogBurstPlayer(new SavedGamesDirectoryHelper().Directory, 5);
var logCounter = new LogEventTypeCounter();
var stateRecorder = new PlayerStateRecorder();
var inaraRestClient = new ThrottlingRestClient("https://inara.cz/inapi/v1/");
var inaraConverter = new InaraEventConverter(stateRecorder);
var inaraApiFacade = new InaraApiFacade(inaraRestClient, TestCredentials.ApiKey, TestCredentials.UserName);
// Populate the state recorder to avoid missing ships/starsystems data
foreach (var ev in logEventSource.Events)
stateRecorder.OnNext(ev);
var convertedEvents = logEventSource
.Events
.SelectMany(inaraConverter.Convert)
.ToArray();
var results = await inaraApiFacade.ApiCall(convertedEvents);
results = results
.Where(e => e.EventStatus != 200)
.Where(e => e.EventStatusText != "There is a newer inventory state recorded already.")
.Where(e => e.EventStatusText != "This ship was not found but was added automatically.")
.ToList();
CollectionAssert.IsEmpty(results);
Assert.Pass("Uploaded {0} events", convertedEvents.Length);
}
public async Task IntegrationTestUploadToInara()
{
var logEventSource = new JournalBurstPlayer(new SavedGamesDirectoryHelper().Directory, 5);
var logCounter = new JournalEventTypeCounter();
var stateRecorder = new PlayerStateRecorder();
var inaraRestClient = new ThrottlingRestClient.Factory().CreateRestClient("https://inara.cz/inapi/v1/");
var inaraConverter = new InaraEventConverter(stateRecorder);
var inaraApiFacade = new InaraApiFacade(inaraRestClient, TestCredentials.UserName, TestCredentials.Inara.ApiKey, null);
// Populate the state recorder to avoid missing ships/starsystems data
foreach (var ev in logEventSource.Events)
{
stateRecorder.OnNext(ev);
}
var convertedEvents = logEventSource
.Events
.SelectMany(inaraConverter.Convert)
.ToArray();
var results = await inaraApiFacade.ApiCall(convertedEvents);
results = results
.Where(e => e.EventStatus != 200)
.Where(e => !ignoredErrors.Contains(e.EventStatusText))
.ToList();
CollectionAssert.IsEmpty(results);
Assert.Pass("Uploaded {0} events", convertedEvents.Length);
}
public override async void FlushEvents(ICollection <ApiEvent> events)
{
if (!Settings.Verified)
{
return;
}
try
{
var facade = new InaraApiFacade(RestClient, Settings.ApiKey, GlobalSettings.CommanderName);
var apiEvents = Compact(events).ToArray();
if (apiEvents.Length > 0)
{
await facade.ApiCall(apiEvents);
}
}
catch (Exception e)
{
Log.Error(e, "Error while processing events");
}
}
public override async void FlushEvents(ICollection <ApiInputEvent> events)
{
try
{
var commander = CurrentCommander;
if (commander != null && ApiKeys.TryGetValue(commander.Name, out string apiKey))
{
var facade = new InaraApiFacade(RestClient, commander.Name, apiKey, commander.FrontierID);
var ApiInputs = Compact(events).ToArray();
if (ApiInputs.Length > 0)
{
await facade.ApiCall(ApiInputs);
}
Log.Info()
.LoggerName(Log.Name)
.Message("Uploaded events")
.Property("eventsCount", events.Count)
.Property("commander", commander)
.Write();
}
else
{
Log.Info()
.LoggerName(Log.Name)
.Message("No INARA API key set for commander, events discarded")
.Property("eventsCount", events.Count)
.Property("commander", commander?.Name ?? "null")
.Write();
}
}
catch (InvalidApiKeyException)
{
notificationInterface.ShowErrorNotification("Invalid EDSM API key for CMDR " + CurrentCommander?.Name);
}
catch (Exception e)
{
Log.Error(e, "Error while processing events for INARA");
}
}