void SaveEvidence(
ITransmissionResponse transmissionResponse,
String suffix,
byte[] supplier,
DirectoryInfo evidencePath)
{
String fileName = FileUtils.FilterString(transmissionResponse.GetTransmissionIdentifier().ToString())
+ suffix;
FileInfo evidenceFile = new FileInfo(Path.Combine(evidencePath.FullName, fileName));
File.WriteAllBytes(evidenceFile.FullName, supplier);
Log.InfoFormat("Evidence written to '{0}'.", evidenceFile.FullName);
}
public void Persist(
ITransmissionRequest transmissionRequest,
ITransmissionResponse transmissionResponse,
Trace root)
{
Trace span = root.Child();
span.Record(Annotations.ServiceName("persist statistics"));
span.Record(Annotations.ClientSend());
try
{
RawStatisticsBuilder builder = new RawStatisticsBuilder()
.AccessPointIdentifier(this.ourAccessPointIdentifier).Direction(Direction.OUT)
.DocumentType(transmissionResponse.GetHeader().DocumentType)
.Sender(transmissionResponse.GetHeader().Sender)
.Receiver(transmissionResponse.GetHeader().Receiver)
.Profile(transmissionResponse.GetHeader().Process)
.Date(transmissionResponse.GetTimestamp()); // Time stamp of reception of the receipt
// If we know the CN name of the destination AP, supply that
// as the channel id otherwise use the protocol name
if (transmissionRequest.GetEndpoint().Certificate != null)
{
String accessPointIdentifierValue =
CertificateUtils.ExtractCommonName(transmissionRequest.GetEndpoint().Certificate);
builder.Channel(new ChannelId(accessPointIdentifierValue));
}
else
{
String protocolName = transmissionRequest.GetEndpoint().TransportProfile.Identifier;
builder.Channel(new ChannelId(protocolName));
}
DefaultRawStatistics rawStatistics = builder.Build();
this.rawStatisticsRepository.Persist(rawStatistics);
}
catch (Exception ex)
{
span.Record(Annotations.Tag("exception", ex.Message));
Logger.Error($"Persisting DefaultRawStatistics about oubound transmission failed : {ex.Message}", ex);
}
finally
{
span.Record(Annotations.ClientRecv());
}
}
protected ITransmissionResponse PerformTransmission(
DirectoryInfo evidencePath,
ITransmitter transmitter,
ITransmissionRequest transmissionRequest,
Trace root)
{
Trace span = root.Child();
span.Record(Annotations.ServiceName("transmission"));
span.Record(Annotations.ClientSend());
try
{
// ... and performs the transmission
Stopwatch watch = new Stopwatch();
watch.Start();
// long start = System.DateTime.Now;
ITransmissionResponse transmissionResponse = transmitter.Transmit(transmissionRequest, span);
watch.Stop();
long durationInMs = watch.ElapsedMilliseconds; // System.DateTime.Now - start;
Log.Debug(
String.Format(
"Message using messageId {0} sent to {1} using {2} was assigned transmissionId {3} took {4}ms\n",
transmissionResponse.GetHeader().Identifier.Identifier,
transmissionResponse.GetEndpoint().Address,
transmissionResponse.GetProtocol().Identifier,
transmissionResponse.GetTransmissionIdentifier(),
durationInMs));
this.SaveEvidence(transmissionResponse, evidencePath, span);
return(transmissionResponse);
}
finally
{
span.Record(Annotations.ClientRecv());
}
}
protected void SaveEvidence(
ITransmissionResponse transmissionResponse,
DirectoryInfo evidencePath,
Trace root)
{
Trace span = Trace.Create();
span.Record(Annotations.ServiceName("save evidence"));
span.Record(Annotations.ClientSend());
try
{
this.SaveEvidence(
transmissionResponse,
"-as2-mdn.txt",
#pragma warning disable 612
transmissionResponse.GetNativeEvidenceBytes(),
#pragma warning restore 612
evidencePath);
}
finally
{
span.Record(Annotations.ClientRecv());
}
}
public void Persist(ITransmissionRequest transmissionRequest,
ITransmissionResponse transmissionResponse, Trace root)
{
// No action.
}
