public static string GetExceptionNotice(Identity id, PersistResult exception_category, string log)
{
return LegacyTelemetryFormatterV1.LegacyNotifyExceptionSerialization(id, exception_category, log);
}
public static string GetReceivedCountsNotice(Identity id, uint receivedCount, uint queuedCount, uint queued_maxcount)
{
return LegacyNotifyReceivedCountsSerialization(id, receivedCount, queuedCount, queued_maxcount);
}
public static string GetBurnExceptionNotice(Identity id, PersistResult exception_category, string log)
{
return LegacyNotifyExceptionSerialization(id, exception_category, log);
}
public static string GetBurnExceptionNotice(Identity id, PersistResult exception_category, string Timepoint, string WriterName, string MessageCount, string Description, string InboundMessage, string SQL_Parameters, string QuasiTSL)
{
return LegacyNotifyBurnExceptionSerialization(id, exception_category, Timepoint, WriterName, MessageCount, Description, InboundMessage, SQL_Parameters, QuasiTSL);
}
public void NotifySharedState()
{
//Arrange
string shared_state1 = "shared_state1";
var id = new Identity { ID = Guid.NewGuid().ToString(), Host = Environment.MachineName, Service = nameof(LegacyTelemetryFormatterV1Spec), Name = nameof(NotifySharedState), SourceName = nameof(NotifySharedState), TargetName = nameof(Assert), State = "Arranged" };
string expected_payload =
string.Format("{0}\x0{1}\x0{2}\x0{3}\x0{4}\x0{5}\x0{6}\x0{7}",
NotificationType.Status,
id.ID,
id.Host,
id.Service,
id.Name,
id.SourceName,
id.TargetName,
shared_state1 == null ? id.State : shared_state1
);
//Act
string payload = LegacyTelemetryFormatterV1.GetSharedStateNotice(id, shared_state1);
//Assert
Assert.AreEqual<string>(expected_payload, payload);
}
public void NotifyThroughput()
{
//Arrange
var id = new Identity { ID = Guid.NewGuid().ToString(), Host = Environment.MachineName, Service = nameof(LegacyTelemetryFormatterV1Spec), Name = nameof(NotifySharedState), SourceName = nameof(NotifySharedState), TargetName = nameof(Assert), State = "Arranged" };
uint
diachronicCount = 1,
success_count = 2,
error_count = 3,
received = 4,
queued_count = 5,
queued_maxcount = 6;
decimal
diachronicElapsed_s = 12.5M,
synchronicThroughputMin = 1.1M,
synchronicThroughput = 2.2M,
synchronicThroughputMax = 3.3M,
diachronicThroughput = 4.4M;
string expected_payload =
string.Format("{0}\x0{1}\x0{2}\x0{3}\x0{4}\x0{5}\x0{6}\x0{7}\x0{8}\x0{9}\x0{10}\x0{11}\x0{12}\x0{13}\x0{14}\x0{15}\x0{16}\x0{17}\x0{18}",
NotificationType.MessagePersistance,
id.ID,
id.Host,
id.Service,
id.Name,
id.SourceName,
id.TargetName,
id.State,
diachronicCount,
diachronicElapsed_s,
synchronicThroughputMin,
synchronicThroughput,
synchronicThroughputMax,
diachronicThroughput,
success_count,
error_count,
received,
queued_count,
queued_maxcount
);
//Act
string payload = LegacyTelemetryFormatterV1.GetThroughputNotice(
id,
diachronicCount,
diachronicElapsed_s,
synchronicThroughputMin,
synchronicThroughput,
synchronicThroughputMax,
diachronicThroughput,
success_count,
error_count,
received,
queued_count,
queued_maxcount
);
//Assert
Assert.AreEqual<string>(expected_payload, payload);
}
public void NotifyException()
{
//Arrange
var id = new Identity { ID = Guid.NewGuid().ToString(), Host = Environment.MachineName, Service = nameof(LegacyTelemetryFormatterV1Spec), Name = nameof(NotifySharedState), SourceName = nameof(NotifySharedState), TargetName = nameof(Assert), State = "Arranged" };
PersistResult exception_category = PersistResult.SystemException;
string log = "logline1";
string expected_payload =
string.Format("{0}\x0{1}\x0{2}\x0{3}\x0{4}\x0{5}\x0{6}\x0{7}\x0{8}\x0{9}",
NotificationType.MessagePersistanceException,
id.ID,
id.Host,
id.Service,
id.Name,
id.SourceName,
id.TargetName,
id.State,
log,
exception_category
);
//Act
string payload = LegacyTelemetryFormatterV1.GetExceptionNotice(id, exception_category, log);
//Assert
Assert.AreEqual<string>(expected_payload, payload);
}
private static string LegacyNotifyBurnExceptionSerialization(Identity id, PersistResult exception_category, string Timepoint, string WriterName, string MessageCount, string Description, string InboundMessage, string SQL_Parameters, string QuasiTSL)
{
string log_to_send = ToStringSentToMonitorUI(Timepoint, WriterName, MessageCount, Description, InboundMessage, SQL_Parameters, QuasiTSL);
return LegacyNotifyExceptionSerialization(id, exception_category, log_to_send);
}
//
private static string LegacySerializeStateNotification(Identity id, string shared_state = null)
{
return string.Format("{0}\x0{1}\x0{2}\x0{3}\x0{4}\x0{5}\x0{6}\x0{7}",
NotificationType.Status,
id.ID,
id.Host,
id.Service,
id.Name,
id.SourceName,
id.TargetName,
shared_state == null ? id.State : shared_state
);
}
public void NotifyBurnExceptionWithQuasiTSQL()
{
//Arrange
var id = new Identity { ID = Guid.NewGuid().ToString(), Host = Environment.MachineName, Service = nameof(LegacyTelemetryFormatterV1Spec), Name = nameof(NotifySharedState), SourceName = nameof(NotifySharedState), TargetName = nameof(Assert), State = "Arranged" };
string Timepoint = "Timepoint", WriterName = "WriterName", MessageCount = "MessageCount", Description = "Description", InboundMessage = "InboundMessage", SQL_Parameters = "SQL_Parameters", QuasiTSL = "QuasiTSL";
PersistResult exception_category = PersistResult.SystemException;
string log_to_send = string.Format("{0}\x1{1}\x1{2}\x1{3}\x1{4}\x1{5}\x1{6}", Timepoint, WriterName, MessageCount, Description, InboundMessage, SQL_Parameters, QuasiTSL);
string expected_payload =
string.Format("{0}\x0{1}\x0{2}\x0{3}\x0{4}\x0{5}\x0{6}\x0{7}\x0{8}\x0{9}",
NotificationType.MessagePersistanceException,
id.ID,
id.Host,
id.Service,
id.Name,
id.SourceName,
id.TargetName,
id.State,
log_to_send,
exception_category
);
//Act
string payload = LegacyTelemetryFormatterV1.GetBurnExceptionNotice(id, exception_category, Timepoint, WriterName, MessageCount, Description, InboundMessage, SQL_Parameters, QuasiTSL);
//Assert
Assert.AreEqual<string>(expected_payload, payload);
}
private static string LegacyNotifyThroughputSerialization(Identity id, uint diachronicCount, decimal diachronicElapsed_s, decimal synchronicThroughputMin, decimal synchronicThroughput, decimal synchronicThroughputMax, decimal diachronicThroughput, uint success_count, uint error_count, uint received, uint queued_count, uint queued_maxcount)
{
return string.Format("{0}\x0{1}\x0{2}\x0{3}\x0{4}\x0{5}\x0{6}\x0{7}\x0{8}\x0{9}\x0{10}\x0{11}\x0{12}\x0{13}\x0{14}\x0{15}\x0{16}\x0{17}\x0{18}",
NotificationType.MessagePersistance,
id.ID,
id.Host,
id.Service,
id.Name,
id.SourceName,
id.TargetName,
id.State,
diachronicCount,
diachronicElapsed_s,
synchronicThroughputMin,
synchronicThroughput,
synchronicThroughputMax,
diachronicThroughput,
success_count,
error_count,
received,
queued_count,
queued_maxcount
);
}
private static string LegacyNotifyReceivedCountsSerialization(Identity id, uint receivedCount, uint queuedCount, uint queued_maxcount)
{
return string.Format("{0}\x0{1}\x0{2}\x0{3}\x0{4}\x0{5}\x0{6}\x0{7}\x0{8}\x0{9}\x0{10}",
NotificationType.MessageReception,
id.ID,
id.Host,
id.Service,
id.Name,
id.SourceName,
id.TargetName,
id.State,
receivedCount,
queuedCount,
queued_maxcount
);
}
private static string LegacyNotifyExceptionSerialization(Identity id, PersistResult exception_category, string log)
{
return string.Format("{0}\x0{1}\x0{2}\x0{3}\x0{4}\x0{5}\x0{6}\x0{7}\x0{8}\x0{9}",
NotificationType.MessagePersistanceException,
id.ID,
id.Host,
id.Service,
id.Name,
id.SourceName,
id.TargetName,
id.State,
log,
exception_category
);
}
public static string GetSharedStateNotice(Identity id, string shared_state = null)
{
return LegacySerializeStateNotification(id, shared_state);
}
public void NotifyReceivedCounts()
{
//Arrange
var id = new Identity { ID = Guid.NewGuid().ToString(), Host = Environment.MachineName, Service = nameof(LegacyTelemetryFormatterV1Spec), Name = nameof(NotifySharedState), SourceName = nameof(NotifySharedState), TargetName = nameof(Assert), State = "Arranged" };
uint receivedCount = 2, queuedCount = 3, queued_maxcount = 4;
string expected_payload =
string.Format("{0}\x0{1}\x0{2}\x0{3}\x0{4}\x0{5}\x0{6}\x0{7}\x0{8}\x0{9}\x0{10}",
NotificationType.MessageReception,
id.ID,
id.Host,
id.Service,
id.Name,
id.SourceName,
id.TargetName,
id.State,
receivedCount,
queuedCount,
queued_maxcount
);
//Act
string payload = LegacyTelemetryFormatterV1.GetReceivedCountsNotice(id, receivedCount, queuedCount, queued_maxcount);
//Assert
Assert.AreEqual<string>(expected_payload, payload);
}
public static string GetStateNotice(Identity id)
{
return LegacySerializeStateNotification(id);
}
public static string GetThroughputNotice(Identity id, uint diachronicCount, decimal diachronicElapsed_s, decimal synchronicThroughputMin, decimal synchronicThroughput, decimal synchronicThroughputMax, decimal diachronicThroughput, uint success_count, uint error_count, uint received, uint queued_count, uint queued_maxcount)
{
return LegacyNotifyThroughputSerialization(id, diachronicCount, diachronicElapsed_s, synchronicThroughputMin, synchronicThroughput, synchronicThroughputMax, diachronicThroughput, success_count, error_count, received, queued_count, queued_maxcount);
}
