public JiraApi(AssistantSettings configuration, ApplicationCache applicationCache)
{
_resourceDownloader = new ResourceDownloader(configuration);
Session = new JiraSessionService(configuration);
Server = new MetadataRetriever(configuration);
_issuesFinder = new IssuesFinder(configuration, Server);
Agile = new JiraAgileService(configuration, applicationCache, Server, _issuesFinder);
Worklog = new WorklogManager(configuration);
}
public JiraApi(AssistantSettings configuration, ApplicationCache applicationCache)
{
_resourceDownloader = new ResourceDownloader(configuration);
Session = new JiraSessionService(configuration);
Server = new MetadataRetriever(configuration);
_issuesFinder = new IssuesFinder(configuration, Server);
Agile = new JiraAgileService(configuration, applicationCache, Server, _issuesFinder);
Worklog = new WorklogManager(configuration);
}
public CompileUnitConstructor(ASTModel astModel, MetadataRetriever metadataRetriever)
{
CodeDomGenerationVisitor visitor = new CodeDomGenerationVisitor(metadataRetriever);
CodeTypeDeclaration modelClass = visitor.VisitAll_(astModel);
CodeNamespace theNamespace = new CodeNamespace();
theNamespace.Name = CompileUnitConstructor.TheNamespaceName;
theNamespace.Types.Add(modelClass);
theNamespace.Types.Add(RunnableClassGenerator.ConstructRunnableClass(modelClass.Name));
this.CompileUnit = new CodeCompileUnit();
this.CompileUnit.Namespaces.Add(theNamespace);
}
public MetaData()
{
Measurements = new List <MeasurementRow>();
// Do the following on button click or missing configuration, etc:
// Note that openHistorian internal publisher controls how many tables / fields to send as meta-data to subscribers (user controllable),
// as a result, not all fields in associated database views will be available. Below are the default SELECT filters the publisher
// will apply to the "MeasurementDetail", "DeviceDetail" and "PhasorDetail" database views:
// SELECT NodeID, UniqueID, OriginalSource, IsConcentrator, Acronym, Name, ParentAcronym, ProtocolName, FramesPerSecond, Enabled FROM DeviceDetail WHERE IsConcentrator = 0
// SELECT Internal, DeviceAcronym, DeviceName, SignalAcronym, ID, SignalID, PointTag, SignalReference, Description, Enabled FROM MeasurementDetail
// SELECT DeviceAcronym, Label, Type, Phase, SourceIndex FROM PhasorDetail
DataTable measurementTable = null;
DataTable deviceTable = null;
DataTable phasorTable = null;
string server = "Server=" + Settings.Default.ServerIP + "; Port=" + Settings.Default.HistorianGatewayPort + "; Interface=0.0.0.0";
try
{
DataSet metadata = MetadataRetriever.GetMetadata(server);
// Reference meta-data tables
measurementTable = metadata.Tables["MeasurementDetail"];
deviceTable = metadata.Tables["DeviceDetail"];
phasorTable = metadata.Tables["PhasorDetail"];
}
catch (Exception ex)
{
MessageBox.Show("Exception retrieving meta-data: " + ex.Message);
}
if ((object)measurementTable != null)
{
// Do something with measurement records
foreach (DataRow measurement in measurementTable.Select("SignalAcronym <> 'STAT' and SignalAcronym <> 'DIGI'"))
{
Measurements.Add(new MeasurementRow(measurement));
}
}
}
public CodeDomGenerationVisitor(MetadataRetriever metadataRetriever)
{
this.metadataRetriever = metadataRetriever;
this.theNamespace = new CodeNamespace();
this.theNamespace.Name = CodeDomGenerationVisitor.TheNamespaceName;
this.theClass = new CodeTypeDeclaration();
this.theClass.Attributes = MemberAttributes.Public;
this.theClass.Name = CodeDomGenerationVisitor.TheClassName;
this.theClass.BaseTypes.Add(typeof(AbstractModel));
this.theNamespace.Types.Add(this.theClass);
//
this.theNamespace.Types.Add(RunnableClassGenerator.ConstructRunnableClass(TheClassName));
//
this.theConstructor = new CodeConstructor();
this.theConstructor.Attributes = MemberAttributes.Public;
this.theClass.Members.Add(this.theConstructor);
}
private void LoadStructureFile()
{
_xmlDoc = new XmlDocument();
_xmlDoc.Load(_fileName);
_dsdList = MetadataRetriever.ParseDataStructureResponse(_xmlDoc, "Full");
if (_dsdList.Count > 0)
{
foreach (BaseArtefactInfo bs in _dsdList)
{
checkedListBoxArtefact.Items.Add("[DSD]: " + bs.sdmxAgency + ":" + bs.sdmxId + "(" + bs.sdmxVersion + ")");
}
}
_codelistList = MetadataRetriever.ParseValueDomainResponse(_xmlDoc, "Full");
if (_codelistList.Count > 0)
{
foreach (BaseArtefactInfo bs in _codelistList)
{
checkedListBoxArtefact.Items.Add("[Codelist]: " + bs.sdmxAgency + ":" + bs.sdmxId + "(" + bs.sdmxVersion + ")");
}
}
}
internal void LogUse(MetadataRetriever retriever)
{
this.usedRetrievers.Add(retriever, retriever);
}
internal bool HasBeenUsed(MetadataRetriever retriever)
{
return this.usedRetrievers.ContainsKey(retriever);
}
void EnqueueRetrieverIfShouldResolve(MetadataRetriever retriever)
{
if (this.resolveMetadataReferences)
{
this.stackedRetrievers.Push(retriever);
}
}
MetadataSet GetMetadata(MetadataRetriever retriever)
{
ResolveCallState resolveCallState = new ResolveCallState(this.maximumResolvedReferences, this.resolveMetadataReferences, new TimeoutHelper(this.OperationTimeout), this);
resolveCallState.StackedRetrievers.Push(retriever);
this.ResolveNext(resolveCallState);
return resolveCallState.MetadataSet;
}
IAsyncResult BeginGetMetadata(MetadataRetriever retriever, AsyncCallback callback, object asyncState)
{
ResolveCallState state = new ResolveCallState(this.maximumResolvedReferences, this.resolveMetadataReferences, new TimeoutHelper(this.OperationTimeout), this);
state.StackedRetrievers.Push(retriever);
return new AsyncMetadataResolver(state, callback, asyncState);
}
