/// <summary>
/// The main.
/// </summary>
/// <param name="args">
/// The args.
/// </param>
public static void Main(string[] args)
{
// 1. We need a IDataStructureObject. In this example we read it from a file. Alternative we could build it from a mutable object.
IDataStructureObject dataStructure;
using (IReadableDataLocation readable = new FileReadableDataLocation("ESTAT+STS+2.0.xml"))
{
IStructureWorkspace structureWorkspace = _parsingManager.ParseStructures(readable);
ISdmxObjects structureObjects = structureWorkspace.GetStructureObjects(false);
dataStructure = structureObjects.DataStructures.FirstOrDefault();
}
if (dataStructure == null)
{
throw new InvalidOperationException("Could not build dataStructure object");
}
using (var writer = File.CreateText("re-using-gesmes-writer.ges"))
{
IDataWriterEngine dataWriterEngine = new GesmesTimeSeriesWriter(writer, true);
// write header
dataWriterEngine.WriteHeader(new HeaderImpl("ZZ9", "ZZ9"));
// start dataset
dataWriterEngine.StartDataset(null, dataStructure, null);
// write dataset attributes
dataWriterEngine.WriteAttributeValue("TITLE", "GESMES test");
// write 2 group entries
dataWriterEngine.StartGroup("SIBLING");
dataWriterEngine.WriteGroupKeyValue("REF_AREA", "EL");
dataWriterEngine.WriteGroupKeyValue("STS_INDICATOR", "PROD");
dataWriterEngine.WriteGroupKeyValue("STS_ACTIVITY", "NS0030");
dataWriterEngine.WriteGroupKeyValue("STS_INSTITUTION", "1");
dataWriterEngine.WriteGroupKeyValue("ADJUSTMENT", "N");
dataWriterEngine.WriteAttributeValue("COMPILATION", "test");
dataWriterEngine.StartGroup("SIBLING");
dataWriterEngine.WriteGroupKeyValue("REF_AREA", "EL");
dataWriterEngine.WriteGroupKeyValue("STS_INDICATOR", "IND");
dataWriterEngine.WriteGroupKeyValue("STS_ACTIVITY", "NS0030");
dataWriterEngine.WriteGroupKeyValue("STS_INSTITUTION", "1");
dataWriterEngine.WriteGroupKeyValue("ADJUSTMENT", "N");
dataWriterEngine.WriteAttributeValue("COMPILATION", "test2");
// write a series entry
dataWriterEngine.StartSeries();
dataWriterEngine.WriteSeriesKeyValue("FREQ", "A");
dataWriterEngine.WriteSeriesKeyValue("REF_AREA", "EL");
dataWriterEngine.WriteSeriesKeyValue("STS_INDICATOR", "PROD");
dataWriterEngine.WriteGroupKeyValue("STS_ACTIVITY", "NS0030");
dataWriterEngine.WriteGroupKeyValue("STS_INSTITUTION", "1");
dataWriterEngine.WriteGroupKeyValue("ADJUSTMENT", "N");
// write 2 observations for the abose series
dataWriterEngine.WriteObservation("2001", "1.23");
dataWriterEngine.WriteAttributeValue("OBS_STATUS", "A");
dataWriterEngine.WriteAttributeValue("OBS_CONF", "F");
dataWriterEngine.WriteObservation("2002", "4.56");
dataWriterEngine.WriteAttributeValue("OBS_STATUS", "A");
dataWriterEngine.WriteAttributeValue("OBS_CONF", "F");
// write another series entry
dataWriterEngine.StartSeries();
dataWriterEngine.WriteSeriesKeyValue("FREQ", "A");
dataWriterEngine.WriteSeriesKeyValue("REF_AREA", "EL");
dataWriterEngine.WriteSeriesKeyValue("STS_INDICATOR", "IND");
dataWriterEngine.WriteGroupKeyValue("STS_ACTIVITY", "NS0030");
dataWriterEngine.WriteGroupKeyValue("STS_INSTITUTION", "1");
dataWriterEngine.WriteGroupKeyValue("ADJUSTMENT", "N");
// write 1 observation for the abose series
dataWriterEngine.WriteObservation("2001", "7.89");
dataWriterEngine.WriteAttributeValue("OBS_STATUS", "A");
dataWriterEngine.WriteAttributeValue("OBS_CONF", "F");
// close compact Writer
dataWriterEngine.Close();
}
}
public void TestEdiDataWriter(bool useTimeRangeTechnique)
{
IConceptSchemeMutableObject conceptScheme = new ConceptSchemeMutableCore { Id = "CONCEPTS_TEST", AgencyId = "TEST" };
conceptScheme.AddName("en", "Dummy concept scheme build for this tests");
////conceptScheme.Annotations.Add(new AnnotationMutableCore() { Id = "ANNOTABLETEST", Title = "Test", Type = "ATYPE" });
conceptScheme.FinalStructure = TertiaryBool.GetFromEnum(TertiaryBoolEnumType.True);
IConceptSchemeObject parent = conceptScheme.ImmutableInstance;
IConceptObject freqConcept = CreateConcept(parent, "FREQ", "Frequency");
IConceptObject adjustmentConcept = CreateConcept(parent, "ADJUSTMENT", "The Adjustment");
IConceptObject activityConcpet = CreateConcept(parent, "STS_ACTIVITY", "Name of activity ");
IConceptObject timeDimensionConcpet = CreateConcept(parent, "TIME_PERIOD", "Name of Time Period");
IConceptObject decimalsConcept = CreateConcept(parent, "DECIMALS", "Name of concept");
IConceptObject obsConcept = CreateConcept(parent, "OBS_VALUE", "Name of observation value");
IConceptObject obsStatusConcept = CreateConcept(parent, "OBS_STATUS", "Name of observation value");
ICodelistObject freqCl = CreateCodelist("CL_FREQ", "Freq codelist", "Q", "A", "M");
ICodelistObject adjCl = CreateCodelist("CL_ADJUSTMENT", "Adjustment codelist", "N", "S", "W");
ICodelistObject actCl = CreateCodelist("CL_ACTIVITY", "Activity codelist", "A", "B", "C");
ICodelistObject deciCl = CreateCodelist("CL_DECIMALS", "DECIMALS codelist", "1", "2", "0");
ICodelistObject obsStatusCl = CreateCodelist("CL_OBS_STATUS", "Obs status codelist", "A", "M", "L");
IDataStructureMutableObject mutable = new DataStructureMutableCore { Id = "TEST_DSD", AgencyId = "TEST" };
mutable.AddName("en", "FOO BAR");
mutable.AddDimension(
new DimensionMutableCore { ConceptRef = freqConcept.AsReference, FrequencyDimension = true, Representation = new RepresentationMutableCore { Representation = freqCl.AsReference } });
mutable.AddDimension(new DimensionMutableCore { ConceptRef = adjustmentConcept.AsReference, Representation = new RepresentationMutableCore { Representation = adjCl.AsReference } });
mutable.AddDimension(new DimensionMutableCore { ConceptRef = activityConcpet.AsReference, Representation = new RepresentationMutableCore { Representation = actCl.AsReference } });
mutable.AddDimension(new DimensionMutableCore { ConceptRef = timeDimensionConcpet.AsReference, TimeDimension = true });
IList<string> dimList = new List<string> { freqConcept.Id, adjustmentConcept.Id, adjustmentConcept.Id };
var attributeMutableCore = new AttributeMutableCore
{
ConceptRef = decimalsConcept.AsReference,
Representation = new RepresentationMutableCore { Representation = deciCl.AsReference },
AttachmentLevel = AttributeAttachmentLevel.DimensionGroup,
AssignmentStatus = AttributeAssignmentStatus.Mandatory.ToString()
};
attributeMutableCore.DimensionReferences.AddAll(dimList);
mutable.AddAttribute(attributeMutableCore);
var obsStatusMutable = new AttributeMutableCore
{
ConceptRef = obsStatusConcept.AsReference,
Representation = new RepresentationMutableCore { Representation = obsStatusCl.AsReference },
AttachmentLevel = AttributeAttachmentLevel.Observation,
AssignmentStatus = AttributeAssignmentStatus.Mandatory.ToString()
};
mutable.AddAttribute(obsStatusMutable);
mutable.PrimaryMeasure = new PrimaryMeasureMutableCore { ConceptRef = obsConcept.AsReference };
IDataStructureObject dataStructureObject = mutable.ImmutableInstance;
IList<IDatasetStructureReference> structures = new List<IDatasetStructureReference> { new DatasetStructureReferenceCore(dataStructureObject.AsReference) };
IList<IParty> receiver = new List<IParty> { new PartyCore(new List<ITextTypeWrapper>(), "ZZ9", new List<IContact>(), null) };
var sender = new PartyCore(new List<ITextTypeWrapper> { new TextTypeWrapperImpl("en", "TEST SENDER", null) }, "ZZ1", null, null);
IHeader header = new HeaderImpl(
null,
structures,
null,
DatasetAction.GetFromEnum(DatasetActionEnumType.Information),
"TEST_DATAFLOW",
"DATASET_ID",
null,
DateTime.Now,
DateTime.Now,
null,
null,
new List<ITextTypeWrapper> { new TextTypeWrapperImpl("en", "test header name", null) },
new List<ITextTypeWrapper> { new TextTypeWrapperImpl("en", "source 1", null) },
receiver,
sender,
true);
var sw = new Stopwatch();
sw.Start();
var series = from f in freqCl.Items from ad in adjCl.Items from ac in actCl.Items select new { f, ad, ac };
sw.Stop();
Trace.WriteLine(sw.Elapsed);
sw.Reset();
var startTime = new DateTime(2005, 1, 1);
sw.Start();
using (StreamWriter stream = File.CreateText("gesmes-ts-data-writer-tr-" + useTimeRangeTechnique + ".ges"))
{
IDataWriterEngine dataWriter = new GesmesTimeSeriesWriter(stream, useTimeRangeTechnique);
dataWriter.WriteHeader(header);
dataWriter.StartDataset(null, dataStructureObject, null);
foreach (var key in series)
{
dataWriter.StartSeries();
dataWriter.WriteSeriesKeyValue(freqConcept.Id, key.f.Id);
dataWriter.WriteSeriesKeyValue(adjustmentConcept.Id, key.ad.Id);
dataWriter.WriteSeriesKeyValue(activityConcpet.Id, key.ac.Id);
Func<int, string> getPeriod = null;
switch (key.f.Id)
{
case "Q":
getPeriod = i =>
{
DateTime months = startTime.AddMonths(3 * i);
return DateUtil.FormatDate(months, TimeFormatEnumType.QuarterOfYear);
};
dataWriter.WriteAttributeValue(decimalsConcept.Id, "1");
break;
case "A":
getPeriod = i =>
{
DateTime months = startTime.AddMonths(12 * i);
return DateUtil.FormatDate(months, TimeFormatEnumType.Year);
};
dataWriter.WriteAttributeValue(decimalsConcept.Id, "0");
break;
case "M":
getPeriod = i =>
{
DateTime months = startTime.AddMonths(i + 1);
return DateUtil.FormatDate(months, TimeFormatEnumType.Month);
};
dataWriter.WriteAttributeValue(decimalsConcept.Id, "2");
break;
default:
Assert.Fail("Test bug. Check CL_FREQ codes");
break;
}
for (int i = 0; i < 100; i++)
{
string period = getPeriod(i);
dataWriter.WriteObservation(period, i.ToString(CultureInfo.InvariantCulture));
dataWriter.WriteAttributeValue(obsStatusConcept.Id, "A");
}
}
dataWriter.Close();
sw.Stop();
Trace.WriteLine(sw.Elapsed);
}
}