/// <summary>
/// Apply the Dicom Configuration to the Client,
/// </summary>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="config">Dicom Configuration.</param>
public override void ApplyConfig(CommonConfig commonConfig, DicomPeerToPeerConfig config)
{
// set up the worklist SCP
WorklistScp worklistScp = new WorklistScp();
// update supported transfer syntaxes here
//worklistScp.ClearTransferSyntaxes();
//worklistScp.AddTransferSyntax(HliScp.IMPLICIT_VR_LITTLE_ENDIAN);
// Save the SCP and apply the configuration
Scp = worklistScp;
base.ApplyConfig(commonConfig, config);
// set up the Modality Worklist information models
_modalityWorklistInformationModel = new ModalityWorklistInformationModel();
// load the information models
_modalityWorklistInformationModel.LoadInformationModel(RootedBaseDirectory.GetFullPathname(commonConfig.RootedBaseDirectory, config.SourceDataDirectory));
// add any default attribute values to the information models
bool overWriteExistingValue = true;
_modalityWorklistInformationModel.AddDefaultAttributeToInformationModel(overWriteExistingValue, "0x00400001", VR.AE, config.FromActorAeTitle);
_modalityWorklistInformationModel.AddDefaultAttributeToInformationModel(overWriteExistingValue, "0x00400002", VR.DA, System.DateTime.Now.ToString("yyyyMMdd", System.Globalization.CultureInfo.InvariantCulture));
_modalityWorklistInformationModel.AddDefaultAttributeToInformationModel(overWriteExistingValue, "0x00400003", VR.TM, System.DateTime.Now.ToString("HHmmss", System.Globalization.CultureInfo.InvariantCulture));
// add any additional attribute values to the information models
//modalityWorklistInformationModel.AddAdditionalAttributeToInformationModel(overWriteExistingValue, "0x00080054", VR.AE, config.DvtAeTitle);
// add the default message handlers with the information model
worklistScp.AddDefaultMessageHandlers(_modalityWorklistInformationModel);
}
/// <summary>
/// Apply the Dicom Configuration to the Client,
/// </summary>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="config">Dicom Configuration.</param>
public override void ApplyConfig(CommonConfig commonConfig, DicomPeerToPeerConfig config)
{
// set up the Query/Retrieve information models
QueryRetrieveInformationModels informationModels = new QueryRetrieveInformationModels();
// Do not load the Information Models here as they are loaded (refreshed) on each query
// - just define the data directory
informationModels.DataDirectory = RootedBaseDirectory.GetFullPathname(commonConfig.RootedBaseDirectory, config.SourceDataDirectory);
// add any default attribute values to the information models
bool overWriteExistingValue = true;
informationModels.AddDefaultAttribute(overWriteExistingValue, "0x00080005", VR.CS, "ISO IR 6");
informationModels.AddDefaultAttribute(overWriteExistingValue, "0x00080090", VR.PN, "Referring^Physician^Dr");
// add any additional attribute values to the information models
informationModels.AddAdditionalAttribute(overWriteExistingValue, "0x00080054", VR.AE, config.ToActorAeTitle);
// set up the query/retrieve SCP
QueryRetrieveScp queryRetrieveScp = new QueryRetrieveScp();
// update supported transfer syntaxes here
//queryRetrieveScp.ClearTransferSyntaxes();
//queryRetrieveScp.AddTransferSyntax(HliScp.IMPLICIT_VR_LITTLE_ENDIAN);
// Save the SCP and apply the configuration
Scp = queryRetrieveScp;
base.ApplyConfig(commonConfig, config);
// add the default message handlers with the information models
queryRetrieveScp.AddDefaultMessageHandlers(informationModels);
}
/// <summary>
/// Class Constructor.
/// </summary>
/// <param name="profileName">Integration Profile Name.</param>
public IheFrameworkConfig(System.String profileName)
{
_profileName = profileName;
_commonConfig = new CommonConfig();
_actorConfigCollection = new ActorConfigCollection();
_peerToPeerConfigCollection = new BasePeerToPeerConfigCollection();
}
/// <summary>
/// Apply the Actor Configuration.
/// </summary>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="peerToPeerConfigCollection">Peer to Peer Configuration collection.</param>
protected override void ApplyConfig(CommonConfig commonConfig, BasePeerToPeerConfigCollection peerToPeerConfigCollection)
{
// for receiving Patient Registration [RAD-1]
// for receiving Patient Update [RAD-12]
AddHl7Server(Hl7ServerTypeEnum.Hl7Server, ActorTypeEnum.AdtPatientRegistration, commonConfig, peerToPeerConfigCollection);
// for receiving Filler Order Management [RAD-3]
// for receiving Appointment Notification [RAD-48]
AddHl7Server(Hl7ServerTypeEnum.Hl7Server, ActorTypeEnum.DssOrderFiller, commonConfig, peerToPeerConfigCollection);
// for sending Placer Order Management [RAD-2]
AddHl7Client(Hl7ClientTypeEnum.Hl7Client, ActorTypeEnum.DssOrderFiller, commonConfig, peerToPeerConfigCollection);
}
/// <summary>
/// Apply the Dicom Configuration to the Client,
/// </summary>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="config">Dicom Configuration.</param>
public override void ApplyConfig(CommonConfig commonConfig, DicomPeerToPeerConfig config)
{
// Instantiate a new MPPS SCP and add the default message handlers
MppsScp mppsScp = new MppsScp();
mppsScp.AddDefaultMessageHandlers();
// update supported transfer syntaxes here
//mppsScp.ClearTransferSyntaxes();
//mppsScp.AddTransferSyntax(HliScp.IMPLICIT_VR_LITTLE_ENDIAN);
// Save the SCP and apply the configuration
Scp = mppsScp;
base.ApplyConfig(commonConfig, config);
}
/// <summary>
/// Apply the Dicom Configuration to the Client,
/// </summary>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="config">Dicom Configuration.</param>
public override void ApplyConfig(CommonConfig commonConfig, DicomPeerToPeerConfig config)
{
// set up the storage SCP
StorageScp storageScp = new StorageScp();
// update supported transfer syntaxes here
//storageScp.ClearTransferSyntaxes();
//storageScp.AddTransferSyntax(HliScp.IMPLICIT_VR_LITTLE_ENDIAN);
// Save the SCP and apply the configuration
Scp = storageScp;
base.ApplyConfig(commonConfig, config);
// add the default message handlers
storageScp.AddDefaultMessageHandlers();
}
/// <summary>
/// Class constructor.
/// </summary>
/// <param name="parentActor">Parent Actor Name - (containing actor).</param>
/// <param name="actorName">Destination Actor Name.</param>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="config">HL7 Configuration.</param>
public Hl7Client(BaseActor parentActor, ActorName actorName, CommonConfig commonConfig, Hl7PeerToPeerConfig config)
: base(parentActor, actorName)
{
_hl7ThreadForHl7Client = new Hl7ThreadForHl7Client(this);
DvtkHighLevelInterface.Common.Threads.ThreadManager threadManager = new DvtkHighLevelInterface.Common.Threads.ThreadManager();
_hl7ThreadForHl7Client.Initialize(threadManager);
_hl7ThreadForHl7Client.Options.UseResultsFileNameIndex = true;
_hl7ThreadForHl7Client.Options.SessionId = config.SessionId;
_hl7ThreadForHl7Client.Options.Identifier = String.Format("From_{0}_To_{1}",
ParentActor.ActorName.TypeId,
ActorName.TypeId);
_triggerQueue = System.Collections.Queue.Synchronized(new System.Collections.Queue());
_config = config;
if (commonConfig.ResultsDirectory != System.String.Empty)
{
if (commonConfig.ResultsSubdirectory != System.String.Empty)
{
_hl7ThreadForHl7Client.Options.ResultsDirectory = RootedBaseDirectory.GetFullPathname(commonConfig.RootedBaseDirectory, commonConfig.ResultsDirectory + "\\" + commonConfig.ResultsSubdirectory);
}
else
{
_hl7ThreadForHl7Client.Options.ResultsDirectory = RootedBaseDirectory.GetFullPathname(commonConfig.RootedBaseDirectory, commonConfig.ResultsDirectory);
}
}
// Set up the HL7 Validation Profile Store
if ((commonConfig.Hl7ProfileDirectory != System.String.Empty) &&
(commonConfig.Hl7ProfileStoreName != System.String.Empty))
{
_hl7ProfileStore = new Hl7ProfileStore(RootedBaseDirectory.GetFullPathname(commonConfig.RootedBaseDirectory, commonConfig.Hl7ProfileDirectory), commonConfig.Hl7ProfileStoreName);
}
// Set up the HL7 Validation Context
if (commonConfig.Hl7ValidationContextFilename != System.String.Empty)
{
_hl7ValidationContext = new Hl7ValidationContext(RootedBaseDirectory.GetFullPathname(commonConfig.RootedBaseDirectory, commonConfig.Hl7ValidationContextFilename));
}
// Set up the validation Web Service
if (commonConfig.NistWebServiceUrl != System.String.Empty)
{
_nistWebServiceClient = new NistWebServiceClient(commonConfig.NistWebServiceUrl);
}
}
/// <summary>
/// Apply the Dicom Configuration to the Client,
/// </summary>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="config">Dicom Configuration.</param>
public override void ApplyConfig(CommonConfig commonConfig, DicomPeerToPeerConfig config)
{
// Do not load the Information Models here as hey are loaded (refreshed) on each storage commitment event
// - just define the data directory
_informationModels.DataDirectory = RootedBaseDirectory.GetFullPathname(commonConfig.RootedBaseDirectory, config.SourceDataDirectory);
// add any default attribute values to the information models
bool overWriteExistingValue = true;
_informationModels.AddDefaultAttribute(overWriteExistingValue, "0x00080005", VR.CS, "ISO IR 6");
_informationModels.AddDefaultAttribute(overWriteExistingValue, "0x00080090", VR.PN, "Referring^Physician^Dr");
// set up the storage commit SCP
StorageCommitScp storageCommitScp = new StorageCommitScp();
// update supported transfer syntaxes here
//storageCommitScp.ClearTransferSyntaxes();
//storageCommitScp.AddTransferSyntax(HliScp.IMPLICIT_VR_LITTLE_ENDIAN);
// Save the SCP and apply the configuration
Scp = storageCommitScp;
base.ApplyConfig(commonConfig, config);
// use the common config option 1 to determine how the storage commitment should be handled
if (ConfigOption1.Equals("DO_STORAGE_COMMITMENT_ON_SINGLE_ASSOCIATION") == true)
{
// add the default message handlers with the information model
// - allows support for the NActionNEventReportHandler which
// returns an N-EVENT-REPORT-RQ on the same association as the
// N-ACTION-RQ was received.
storageCommitScp.AddDefaultMessageHandlers(_informationModels, 5000);
}
else
{
// add the default message handlers
storageCommitScp.AddDefaultMessageHandlers();
}
}
/// <summary>
/// Apply the Actor Configuration.
/// </summary>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="peerToPeerConfigCollection">Peer to Peer Configuration collection.</param>
protected override void ApplyConfig(CommonConfig commonConfig, BasePeerToPeerConfigCollection peerToPeerConfigCollection)
{
// for receiving Procedure Scheduled [RAD-4]
// for receiving Patient Update [Rad-12]
// for receiving Procedure Updated [RAD-13]
AddHl7Server(Hl7ServerTypeEnum.Hl7Server, ActorTypeEnum.DssOrderFiller, commonConfig, peerToPeerConfigCollection);
// for receiving Image Availability Query [RAD-11]
// for receiving Performed Work Status Update [RAD-42]
// AddDicomServer(DicomServerTypeEnum., ActorTypeEnum.DssOrderFiller, commonConfig, peerToPeerConfigCollection);
// for receiving Modality Procedure Step In Progress [RAD-6]
// for receiving Modality Procedure Step Completed [RAD-7]
// for receiving Creator Procedure Step In Progress [RAD-20]
// for receiving Creator Procedure Step Completed [RAD-21]
AddDicomServer(DicomServerTypeEnum.DicomMppsServer, ActorTypeEnum.PerformedProcedureStepManager, commonConfig, peerToPeerConfigCollection);
// for receiving Storage Commitment [RAD-10]
AddDicomServer(DicomServerTypeEnum.DicomStorageCommitServer, ActorTypeEnum.AcquisitionModality, commonConfig, peerToPeerConfigCollection);
// for receiving Storage Commitment [RAD-10]
AddDicomServer(DicomServerTypeEnum.DicomStorageCommitServer, ActorTypeEnum.EvidenceCreator, commonConfig, peerToPeerConfigCollection);
// for receiving Image Availability Query [RAD-11]
AddDicomServer(DicomServerTypeEnum.DicomQueryRetrieveServer, ActorTypeEnum.ReportManager, commonConfig, peerToPeerConfigCollection);
// for sending Performed Work Status Update [RAD-42]
// for sending Instance Availability Notification [RAD-49]
// AddDicomClient(DicomClientTypeEnum., ActorTypeEnum.DssOrderFiller, commonConfig, peerToPeerConfigCollection);
// for sending Storage Commitment [RAD-10]
AddDicomClient(DicomClientTypeEnum.DicomStorageCommitClient, ActorTypeEnum.AcquisitionModality, commonConfig, peerToPeerConfigCollection);
// for sending Storage Commitment [RAD-10]
AddDicomClient(DicomClientTypeEnum.DicomStorageCommitClient, ActorTypeEnum.EvidenceCreator, commonConfig, peerToPeerConfigCollection);
}
/// <summary>
/// Apply the Actor Configuration.
/// </summary>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="peerToPeerConfigCollection">Peer to Peer Configuration collection.</param>
protected override void ApplyConfig(CommonConfig commonConfig, BasePeerToPeerConfigCollection peerToPeerConfigCollection)
{
// for receiving Modality Images Stored [RAD-8]
AddDicomServer(DicomServerTypeEnum.DicomStorageServer, ActorTypeEnum.AcquisitionModality, commonConfig, peerToPeerConfigCollection);
// for receiving Creator Images Stored [RAD-18]
AddDicomServer(DicomServerTypeEnum.DicomStorageServer, ActorTypeEnum.EvidenceCreator, commonConfig, peerToPeerConfigCollection);
// for receiving Query Images [RAD-14]
// for receiving Retrieve Images [RAD-16]
AddDicomServer(DicomServerTypeEnum.DicomQueryRetrieveServer, ActorTypeEnum.ImageDisplay, commonConfig, peerToPeerConfigCollection);
// for sending Retrieve Images [RAD-16]
UpdateDicomServer(this.ActorName, ActorTypeEnum.ImageDisplay, commonConfig, peerToPeerConfigCollection);
}
/// <summary>
/// Create a Hl7 Server of the given type.
/// </summary>
/// <param name="hl7ServerType">Hl7 Server Type - enum.</param>
/// <param name="toActor">To Actor instance.</param>
/// <param name="fromActorName">From Actor Name.</param>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="config">HL7 Configuration.</param>
/// <returns>Hl7 Server.</returns>
public static Hl7Server CreateHl7Server(Hl7ServerTypeEnum hl7ServerType, BaseActor toActor, ActorName fromActorName, CommonConfig commonConfig, Hl7PeerToPeerConfig config)
{
Hl7Server hl7Server = null;
switch (hl7ServerType)
{
case Hl7ServerTypeEnum.Hl7QueryServer:
hl7Server = new Hl7QueryServer(toActor, fromActorName, commonConfig, config);
break;
case Hl7ServerTypeEnum.Hl7Server:
hl7Server = new Hl7Server(toActor, fromActorName, commonConfig, config);
break;
case Hl7ServerTypeEnum.Unknown:
default:
break;
}
return(hl7Server);
}
/// <summary>
/// Create an Hl7 Client of the given type.
/// </summary>
/// <param name="hl7ClientType">Hl7 Client Type - enum.</param>
/// <param name="fromActor">From Actor instance.</param>
/// <param name="toActorName">To Actor Name.</param>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="config">HL7 Configuration.</param>
/// <returns>Hl7 Client.</returns>
public static Hl7Client CreateHl7Client(Hl7ClientTypeEnum hl7ClientType, BaseActor fromActor, ActorName toActorName, CommonConfig commonConfig, Hl7PeerToPeerConfig config)
{
Hl7Client hl7Client = null;
switch (hl7ClientType)
{
case Hl7ClientTypeEnum.Hl7Client:
hl7Client = new Hl7Client(fromActor, toActorName, commonConfig, config);
break;
case Hl7ClientTypeEnum.Unknown:
default:
break;
}
return(hl7Client);
}
/// <summary>
/// Update the Dicom Configuration of the Server.
/// </summary>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="clientConfig">Dicom Client Configuration.</param>
public void UpdateConfig(CommonConfig commonConfig, DicomPeerToPeerConfig clientConfig)
{
_scp.Options.RemotePort = clientConfig.PortNumber;
_scp.Options.RemoteHostName = clientConfig.ToActorIpAddress;
foreach (System.String filename in clientConfig.DefinitionFiles)
{
_scp.Options.LoadDefinitionFile(RootedBaseDirectory.GetFullPathname(commonConfig.RootedBaseDirectory, filename));
}
}
/// <summary>
/// Create an Hl7 Client of the given type.
/// </summary>
/// <param name="hl7ClientType">Hl7 Client Type - enum.</param>
/// <param name="fromActor">From Actor instance.</param>
/// <param name="toActorName">To Actor Name.</param>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="config">HL7 Configuration.</param>
/// <returns>Hl7 Client.</returns>
public static Hl7Client CreateHl7Client(Hl7ClientTypeEnum hl7ClientType, BaseActor fromActor, ActorName toActorName, CommonConfig commonConfig, Hl7PeerToPeerConfig config)
{
Hl7Client hl7Client = null;
switch (hl7ClientType)
{
case Hl7ClientTypeEnum.Hl7Client:
hl7Client = new Hl7Client(fromActor, toActorName, commonConfig, config);
break;
case Hl7ClientTypeEnum.Unknown:
default:
break;
}
return hl7Client;
}
/// <summary>
/// Configure the Actor
/// </summary>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="peerToPeerConfigCollection">Peer to Peer Configuration collection.</param>
public void ConfigActor(CommonConfig commonConfig, BasePeerToPeerConfigCollection peerToPeerConfigCollection)
{
switch (_actorState)
{
case ActorStateEnum.ActorCreated:
case ActorStateEnum.ActorStopped:
// initialize the actor - this allows an actor to be re-configured after being used
InitActor();
// call sub-class method to apply the actor specific config
ApplyConfig(commonConfig, peerToPeerConfigCollection);
// set state to stopped
_actorState = ActorStateEnum.ActorStopped;
break;
default:
// actor is started - so cannot be (re)configured
break;
}
}
/// <summary>
/// Create a Hl7 Server of the given type.
/// </summary>
/// <param name="hl7ServerType">Hl7 Server Type - enum.</param>
/// <param name="toActor">To Actor instance.</param>
/// <param name="fromActorName">From Actor Name.</param>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="config">HL7 Configuration.</param>
/// <returns>Hl7 Server.</returns>
public static Hl7Server CreateHl7Server(Hl7ServerTypeEnum hl7ServerType, BaseActor toActor, ActorName fromActorName, CommonConfig commonConfig, Hl7PeerToPeerConfig config)
{
Hl7Server hl7Server = null;
switch (hl7ServerType)
{
case Hl7ServerTypeEnum.Hl7QueryServer:
hl7Server = new Hl7QueryServer(toActor, fromActorName, commonConfig, config);
break;
case Hl7ServerTypeEnum.Hl7Server:
hl7Server = new Hl7Server(toActor, fromActorName, commonConfig, config);
break;
case Hl7ServerTypeEnum.Unknown:
default:
break;
}
return hl7Server;
}
/// <summary>
/// Apply the Actor Configuration.
/// </summary>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="peerToPeerConfigCollection">Peer to Peer Configuration collection.</param>
protected override void ApplyConfig(CommonConfig commonConfig, BasePeerToPeerConfigCollection peerToPeerConfigCollection)
{
// for sending Patient Registration [RAD-1]
// for sending Patient Update [Rad-12]
AddHl7Client(Hl7ClientTypeEnum.Hl7Client, ActorTypeEnum.OrderPlacer, commonConfig, peerToPeerConfigCollection);
// for sending Patient Registration [RAD-1]
// for sending Patient Update [Rad-12]
AddHl7Client(Hl7ClientTypeEnum.Hl7Client, ActorTypeEnum.DssOrderFiller, commonConfig, peerToPeerConfigCollection);
// for receiving Patient Query
AddHl7Server(Hl7ServerTypeEnum.Hl7QueryServer, ActorTypeEnum.DssOrderFiller, commonConfig, peerToPeerConfigCollection);
}
/// <summary>
/// Apply the Actor Configuration.
/// </summary>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="peerToPeerConfigCollection">Peer to Peer Configuration collection.</param>
protected override void ApplyConfig(CommonConfig commonConfig, BasePeerToPeerConfigCollection peerToPeerConfigCollection)
{
// for receiving Patient Registration [RAD-1]
// for receiving Patient Update [RAD-12]
AddHl7Server(Hl7ServerTypeEnum.Hl7Server, ActorTypeEnum.AdtPatientRegistration, commonConfig, peerToPeerConfigCollection);
// for receiving Placer Order Management [RAD-2]
AddHl7Server(Hl7ServerTypeEnum.Hl7Server, ActorTypeEnum.OrderPlacer, commonConfig, peerToPeerConfigCollection);
// for receiving Query Modality Worklist [RAD-5]
AddDicomServer(DicomServerTypeEnum.DicomWorklistServer, ActorTypeEnum.AcquisitionModality, commonConfig, peerToPeerConfigCollection);
// for receiving Modality Procedure Step In Progress [RAD-6]
// for receiving Modality Procedure Step Completed [RAD-7]
// for receiving Creator Procedure Step In Progress [RAD-20]
// for receiving Creator Procedure Step Completed [RAD-21]
AddDicomServer(DicomServerTypeEnum.DicomMppsServer, ActorTypeEnum.PerformedProcedureStepManager, commonConfig, peerToPeerConfigCollection);
// for receiving Instance Availability Notification [RAD-49]
// AddDicomServer(DicomServerTypeEnum., ActorTypeEnum.ImageManager, commonConfig, peerToPeerConfigCollection);
// for sending Filler Order Management [RAD-3]
// for sending Appointment Notification [RAD-48]
AddHl7Client(Hl7ClientTypeEnum.Hl7Client, ActorTypeEnum.OrderPlacer, commonConfig, peerToPeerConfigCollection);
// for sending Procedure Scheduled [RAD-4]
// for sending Patient Update [Rad-12]
// for sending Procedure Updated [RAD-13]
AddHl7Client(Hl7ClientTypeEnum.Hl7Client, ActorTypeEnum.ImageManager, commonConfig, peerToPeerConfigCollection);
// for sending Image Availability Query [RAD-11]
// for sending Performed Work Status Update [RAD-42]
// AddDicomClient(DicomClientTypeEnum., ActorTypeEnum.ImageManager, commonConfig, peerToPeerConfigCollection);
// for sending Patient Query
AddHl7Client(Hl7ClientTypeEnum.Hl7Client, ActorTypeEnum.AdtPatientRegistration, commonConfig, peerToPeerConfigCollection);
}
/// <summary>
/// Update the given DicomServer using the Destination Actor Configuration.
/// </summary>
/// <param name="serverActorName">DicomServer Actor Name.</param>
/// <param name="clientActorType">DicomClient Actor Type.</param>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="peerToPeerConfigCollection">Peer to Peer Configuration collection.</param>
protected void UpdateDicomServer(ActorName serverActorName, ActorTypeEnum clientActorType, CommonConfig commonConfig, BasePeerToPeerConfigCollection peerToPeerConfigCollection)
{
foreach (BasePeerToPeerConfig basePeerToPeerConfig in peerToPeerConfigCollection)
{
if ((basePeerToPeerConfig is DicomPeerToPeerConfig) &&
(basePeerToPeerConfig.FromActorName.TypeId == serverActorName.TypeId) &&
(basePeerToPeerConfig.ToActorName.Type == clientActorType))
{
DicomServer dicomServer = GetDicomServer(basePeerToPeerConfig.ToActorName);
if (dicomServer != null)
{
dicomServer.UpdateConfig(commonConfig, (DicomPeerToPeerConfig)basePeerToPeerConfig);
}
}
}
}
/// <summary> /// Apply the Actor Configuration. /// </summary> /// <param name="commonConfig">Common Configuration.</param> /// <param name="peerToPeerConfigCollection">Peer to Peer Configuration collection.</param> protected abstract void ApplyConfig(CommonConfig commonConfig, BasePeerToPeerConfigCollection peerToPeerConfigCollection);
/// <summary>
/// Add an HL7Server for the given Destination Actor Name and Configuration.
/// </summary>
/// <param name="hl7ServerType">Hl7 Server Type.</param>
/// <param name="fromActorType">From Actor Type.</param>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="peerToPeerConfigCollection">Peer to Peer Configuration collection.</param>
protected void AddHl7Server(Hl7ServerTypeEnum hl7ServerType, ActorTypeEnum fromActorType, CommonConfig commonConfig, BasePeerToPeerConfigCollection peerToPeerConfigCollection)
{
foreach (BasePeerToPeerConfig basePeerToPeerConfig in peerToPeerConfigCollection)
{
if ((basePeerToPeerConfig is Hl7PeerToPeerConfig) &&
(basePeerToPeerConfig.ToActorName.TypeId == _actorName.TypeId) &&
(basePeerToPeerConfig.FromActorName.Type == fromActorType))
{
Hl7Server hl7Server = ClientServerFactory.CreateHl7Server(hl7ServerType, this, basePeerToPeerConfig.FromActorName, commonConfig, (Hl7PeerToPeerConfig)basePeerToPeerConfig);
if (hl7Server != null)
{
SubscribeEvent(hl7Server);
_hl7Servers.Add(hl7Server.ActorName.TypeId, hl7Server);
// Initialize the connection with the from actor as being active.
// - this can always be overruled by the application later.
SetActorDefaultConnectionActive(basePeerToPeerConfig.FromActorName);
}
}
}
}
/// <summary>
/// Add the given DicomClient using the Destination Actor Configuration.
/// </summary>
/// <param name="dicomClientType">Dicom Client Type.</param>
/// <param name="toActorType">To Actor Type.</param>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="peerToPeerConfigCollection">Peer to Peer Configuration collection.</param>
protected void AddDicomClient(DicomClientTypeEnum dicomClientType, ActorTypeEnum toActorType, CommonConfig commonConfig, BasePeerToPeerConfigCollection peerToPeerConfigCollection)
{
foreach (BasePeerToPeerConfig basePeerToPeerConfig in peerToPeerConfigCollection)
{
if ((basePeerToPeerConfig is DicomPeerToPeerConfig) &&
(basePeerToPeerConfig.FromActorName.TypeId == _actorName.TypeId) &&
(basePeerToPeerConfig.ToActorName.Type == toActorType))
{
DicomClient dicomClient = ClientServerFactory.CreateDicomClient(dicomClientType, this, basePeerToPeerConfig.ToActorName);
if (dicomClient != null)
{
dicomClient.ApplyConfig(commonConfig, (DicomPeerToPeerConfig)basePeerToPeerConfig);
SubscribeEvent(dicomClient);
_dicomClients.Add(dicomClient.ActorName.TypeId, dicomClient);
// Initialize the connection with the to actor as being active.
// - this can always be overruled by the application later.
SetActorDefaultConnectionActive(basePeerToPeerConfig.ToActorName);
}
}
}
}
/// <summary> /// Apply the Actor Configuration. /// </summary> /// <param name="commonConfig">Common Configuration.</param> /// <param name="peerToPeerConfigCollection">Peer to Peer Configuration collection.</param> protected abstract void ApplyConfig(CommonConfig commonConfig, BasePeerToPeerConfigCollection peerToPeerConfigCollection);
/// <summary>
/// Apply the Actor Configuration.
/// </summary>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="peerToPeerConfigCollection">Peer to Peer Configuration collection.</param>
protected override void ApplyConfig(CommonConfig commonConfig, BasePeerToPeerConfigCollection peerToPeerConfigCollection)
{
// for receiving Storage Commitment [RAD-10]
AddDicomServer(DicomServerTypeEnum.DicomStorageCommitServer, ActorTypeEnum.ImageManager, commonConfig, peerToPeerConfigCollection);
// for sending Query Modality Worklist [RAD-5]
AddDicomClient(DicomClientTypeEnum.DicomWorklistClient, ActorTypeEnum.DssOrderFiller, commonConfig, peerToPeerConfigCollection);
// for sending Modality Procedure Step In Progress [RAD-6]
// for sending Modality Procedure Step Completed [RAD-7]
AddDicomClient(DicomClientTypeEnum.DicomMppsClient, ActorTypeEnum.PerformedProcedureStepManager, commonConfig, peerToPeerConfigCollection);
// for sending Modality Images Stored [RAD-8]
AddDicomClient(DicomClientTypeEnum.DicomStorageClient, ActorTypeEnum.ImageArchive, commonConfig, peerToPeerConfigCollection);
// for sending Storage Commitment [RAD-10]
AddDicomClient(DicomClientTypeEnum.DicomStorageCommitClient, ActorTypeEnum.ImageManager, commonConfig, peerToPeerConfigCollection);
}
/// <summary>
/// Apply the Actor Configuration.
/// </summary>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="peerToPeerConfigCollection">Peer to Peer Configuration collection.</param>
protected override void ApplyConfig(CommonConfig commonConfig, BasePeerToPeerConfigCollection peerToPeerConfigCollection)
{
// for receiving Retrieve Images [RAD-16]
AddDicomServer(DicomServerTypeEnum.DicomStorageServer, ActorTypeEnum.ImageArchive, commonConfig, peerToPeerConfigCollection);
// for sending Query Images [RAD-14]
// for sending Retrieve Images [RAD-16]
AddDicomClient(DicomClientTypeEnum.DicomQueryRetrieveClient, ActorTypeEnum.ImageArchive, commonConfig, peerToPeerConfigCollection);
}
/// <summary>
/// Add an HL7Server for the given Destination Actor Name and Configuration.
/// </summary>
/// <param name="hl7ServerType">Hl7 Server Type.</param>
/// <param name="fromActorType">From Actor Type.</param>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="peerToPeerConfigCollection">Peer to Peer Configuration collection.</param>
protected void AddHl7Server(Hl7ServerTypeEnum hl7ServerType, ActorTypeEnum fromActorType, CommonConfig commonConfig, BasePeerToPeerConfigCollection peerToPeerConfigCollection)
{
foreach (BasePeerToPeerConfig basePeerToPeerConfig in peerToPeerConfigCollection)
{
if ((basePeerToPeerConfig is Hl7PeerToPeerConfig) &&
(basePeerToPeerConfig.ToActorName.TypeId == _actorName.TypeId) &&
(basePeerToPeerConfig.FromActorName.Type == fromActorType))
{
Hl7Server hl7Server = ClientServerFactory.CreateHl7Server(hl7ServerType, this, basePeerToPeerConfig.FromActorName, commonConfig, (Hl7PeerToPeerConfig)basePeerToPeerConfig);
if (hl7Server != null)
{
SubscribeEvent(hl7Server);
_hl7Servers.Add(hl7Server.ActorName.TypeId, hl7Server);
// Initialize the connection with the from actor as being active.
// - this can always be overruled by the application later.
SetActorDefaultConnectionActive(basePeerToPeerConfig.FromActorName);
}
}
}
}
/// <summary>
/// Apply the Actor Configuration.
/// </summary>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="peerToPeerConfigCollection">Peer to Peer Configuration collection.</param>
protected override void ApplyConfig(CommonConfig commonConfig, BasePeerToPeerConfigCollection peerToPeerConfigCollection)
{
// for receiving Modality Procedure Step In Progress [RAD-6]
// for receiving Modality Procedure Step Completed [RAD-7]
AddDicomServer(DicomServerTypeEnum.DicomMppsServer, ActorTypeEnum.AcquisitionModality, commonConfig, peerToPeerConfigCollection);
// for receiving Creator Procedure Step In Progress [RAD-20]
// for receiving Creator Procedure Step Completed [RAD-21]
AddDicomServer(DicomServerTypeEnum.DicomMppsServer, ActorTypeEnum.EvidenceCreator, commonConfig, peerToPeerConfigCollection);
// for sending Modality Procedure Step In Progress [RAD-6]
// for sending Modality Procedure Step Completed [RAD-7]
// for sending Creator Procedure Step In Progress [RAD-20]
// for sending Creator Procedure Step Completed [RAD-21]
AddDicomClient(DicomClientTypeEnum.DicomMppsClient, ActorTypeEnum.DssOrderFiller, commonConfig, peerToPeerConfigCollection);
// for sending Modality Procedure Step In Progress [RAD-6]
// for sending Modality Procedure Step Completed [RAD-7]
// for sending Creator Procedure Step In Progress [RAD-20]
// for sending Creator Procedure Step Completed [RAD-21]
AddDicomClient(DicomClientTypeEnum.DicomMppsClient, ActorTypeEnum.ImageManager, commonConfig, peerToPeerConfigCollection);
}
/// <summary>
/// Update the given DicomServer using the Destination Actor Configuration.
/// </summary>
/// <param name="serverActorName">DicomServer Actor Name.</param>
/// <param name="clientActorType">DicomClient Actor Type.</param>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="peerToPeerConfigCollection">Peer to Peer Configuration collection.</param>
protected void UpdateDicomServer(ActorName serverActorName, ActorTypeEnum clientActorType, CommonConfig commonConfig, BasePeerToPeerConfigCollection peerToPeerConfigCollection)
{
foreach (BasePeerToPeerConfig basePeerToPeerConfig in peerToPeerConfigCollection)
{
if ((basePeerToPeerConfig is DicomPeerToPeerConfig) &&
(basePeerToPeerConfig.FromActorName.TypeId == serverActorName.TypeId) &&
(basePeerToPeerConfig.ToActorName.Type == clientActorType))
{
DicomServer dicomServer = GetDicomServer(basePeerToPeerConfig.ToActorName);
if (dicomServer != null)
{
dicomServer.UpdateConfig(commonConfig, (DicomPeerToPeerConfig)basePeerToPeerConfig);
}
}
}
}
/// <summary>
/// Apply the Actor Configuration.
/// </summary>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="peerToPeerConfigCollection">Peer to Peer Configuration collection.</param>
protected override void ApplyConfig(CommonConfig commonConfig, BasePeerToPeerConfigCollection peerToPeerConfigCollection)
{
// for sending Print Request with Presentation LUT [RAD-23]
AddDicomClient(DicomClientTypeEnum.DicomPrintClient, ActorTypeEnum.PrintServer, commonConfig, peerToPeerConfigCollection);
}
/// <summary>
/// Add the given DicomClient using the Destination Actor Configuration.
/// </summary>
/// <param name="dicomClientType">Dicom Client Type.</param>
/// <param name="toActorType">To Actor Type.</param>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="peerToPeerConfigCollection">Peer to Peer Configuration collection.</param>
protected void AddDicomClient(DicomClientTypeEnum dicomClientType, ActorTypeEnum toActorType, CommonConfig commonConfig, BasePeerToPeerConfigCollection peerToPeerConfigCollection)
{
foreach (BasePeerToPeerConfig basePeerToPeerConfig in peerToPeerConfigCollection)
{
if ((basePeerToPeerConfig is DicomPeerToPeerConfig) &&
(basePeerToPeerConfig.FromActorName.TypeId == _actorName.TypeId) &&
(basePeerToPeerConfig.ToActorName.Type == toActorType))
{
DicomClient dicomClient = ClientServerFactory.CreateDicomClient(dicomClientType, this, basePeerToPeerConfig.ToActorName);
if (dicomClient != null)
{
dicomClient.ApplyConfig(commonConfig, (DicomPeerToPeerConfig)basePeerToPeerConfig);
SubscribeEvent(dicomClient);
_dicomClients.Add(dicomClient.ActorName.TypeId, dicomClient);
// Initialize the connection with the to actor as being active.
// - this can always be overruled by the application later.
SetActorDefaultConnectionActive(basePeerToPeerConfig.ToActorName);
}
}
}
}
/// <summary>
/// Class constructor.
/// </summary>
/// <param name="parentActor">Parent Actor Name - (containing actor).</param>
/// <param name="actorName">Destination Actor Name.</param>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="config">HL7 Configuration.</param>
public Hl7QueryServer(BaseActor parentActor, ActorName actorName, CommonConfig commonConfig, Hl7PeerToPeerConfig config)
: base(parentActor, actorName, commonConfig, config)
{
}
/// <summary>
/// Apply the Dicom Configuration to the Server.
/// </summary>
/// <param name="commonConfig">Common Configuration.</param>
/// <param name="config">Dicom Configuration.</param>
public virtual void ApplyConfig(CommonConfig commonConfig, DicomPeerToPeerConfig config)
{
if (_scp != null)
{
_scp.Initialize(ParentActor.ThreadManager);
_scp.Options.SessionId = config.SessionId;
_scp.Options.Identifier = String.Format("To_{0}_From_{1}",
ParentActor.ActorName.TypeId,
ActorName.TypeId);
if (commonConfig.ResultsDirectory != System.String.Empty)
{
_scp.Options.StartAndStopResultsGatheringEnabled = true;
_scp.ResultsFilePerAssociation = true;
if (commonConfig.ResultsSubdirectory != System.String.Empty)
{
_scp.Options.ResultsDirectory = RootedBaseDirectory.GetFullPathname(commonConfig.RootedBaseDirectory, commonConfig.ResultsDirectory + "\\" + commonConfig.ResultsSubdirectory);
}
else
{
_scp.Options.ResultsDirectory = RootedBaseDirectory.GetFullPathname(commonConfig.RootedBaseDirectory, commonConfig.ResultsDirectory);
}
}
else
{
_scp.Options.StartAndStopResultsGatheringEnabled = false;
}
_scp.Options.CredentialsFilename = RootedBaseDirectory.GetFullPathname(commonConfig.RootedBaseDirectory, commonConfig.CredentialsFilename);
_scp.Options.CertificateFilename = RootedBaseDirectory.GetFullPathname(commonConfig.RootedBaseDirectory, commonConfig.CertificateFilename);
_scp.Options.SecureConnection = config.SecureConnection;
_scp.Options.LocalAeTitle = config.ToActorAeTitle;
_scp.Options.LocalPort = config.PortNumber;
_scp.Options.RemoteAeTitle = config.FromActorAeTitle;
_scp.Options.RemotePort = config.PortNumber;
_scp.Options.RemoteHostName = config.ToActorIpAddress;
_scp.Options.AutoValidate = config.AutoValidate;
_scp.Options.DataDirectory = RootedBaseDirectory.GetFullPathname(commonConfig.RootedBaseDirectory, config.StoreDataDirectory);
if (config.StoreData == true)
{
_scp.Options.StorageMode = Dvtk.Sessions.StorageMode.AsMediaOnly;
}
else
{
_scp.Options.StorageMode = Dvtk.Sessions.StorageMode.NoStorage;
}
foreach (System.String filename in config.DefinitionFiles)
{
_scp.Options.LoadDefinitionFile(RootedBaseDirectory.GetFullPathname(commonConfig.RootedBaseDirectory, filename));
}
// finally copy any config options
_configOption1 = config.ActorOption1;
_configOption2 = config.ActorOption2;
_configOption3 = config.ActorOption3;
}
}