/// <summary>
/// Builds the table response data object recursively.
/// </summary>
/// <param name="model"></param>
/// <param name="formatter"></param>
/// <param name="varIdx"></param>
/// <param name="row"></param>
/// <param name="response"></param>
/// <param name="key"></param>
private void Build(PXModel model, DataFormatter formatter, int varIdx, ref int row, TableResponse response, List <string> key)
{
foreach (var value in model.Meta.Stub[varIdx].Values)
{
if (varIdx + 1 < model.Meta.Stub.Count)
{
// Continue building
Build(model, formatter, varIdx + 1, ref row, response, new List <string>(key)
{
value.Code
});
}
else
{
// No more variables. Output key and data
var data = new TableResponseData
{
Key = new List <string>(key)
{
value.Code
}
};
for (int col = 0; col < model.Data.MatrixColumnCount; col++)
{
data.Values.Add(formatter.ReadElement(row, col));
}
response.Data.Add(data);
row++;
}
}
}
private void WriteDataLine(System.IO.StreamWriter wr, PCAxis.Paxiom.PXModel model, System.Globalization.CultureInfo ci, int precision, int row)
{
string value;
string n = String.Empty;
string dataNote = String.Empty;
PCAxis.Paxiom.PXData data = model.Data;
for (int c = 0; (c
<= (data.MatrixColumnCount - 1)); c++)
{
wr.Write("<td>");
value = _fmt.ReadElement(row, c, ref n, ref dataNote);
wr.Write(value);
wr.WriteLine("</td>");
}
}
private void ExtractValueAndStatus(PXModel model, out double?[] value, out Dictionary <int, string> status)
{
int matrixSize = model.Data.MatrixColumnCount * model.Data.MatrixRowCount;
value = new double?[matrixSize];
var buffer = new double[model.Data.MatrixColumnCount];
var dataSymbolMap = BuildDataSymbolMap(model.Meta);
var formatter = new DataFormatter(model);
string note = string.Empty;
string dataNote = string.Empty;
status = new Dictionary <int, string>();
int n = 0;
var numberFormatInfo = new System.Globalization.NumberFormatInfo();
for (int i = 0; i < model.Data.MatrixRowCount; i++)
{
model.Data.ReadLine(i, buffer);
for (int j = 0; j < model.Data.MatrixColumnCount; j++)
{
string symbol = null;
if (dataSymbolMap.TryGetValue(buffer[j], out symbol))
{
value[n] = null;
status.Add(n, symbol);
}
else
{
value[n] = Convert.ToDouble(formatter.ReadElement(i, j, ref note, ref dataNote, ref numberFormatInfo), numberFormatInfo);
if (!string.IsNullOrEmpty(dataNote))
{
status.Add(n, dataNote);
}
}
n++;
}
}
}
private string GenerateJsonData(PXModel model)
{
meta = model.Meta;
BuildDataSymbolMap();
var jsonResult = new JsonStat.Model.JsonStat();
var dataset = new JsonStat.Model.JsonStatDatasetBase(model.Data.MatrixSize);
var formatter = new DataFormatter(model);
dataset.source = meta.Source;
if (model.Meta.ContentVariable != null && model.Meta.ContentVariable.Values.Count > 0)
{
var lastUpdatedContentsVariable = model.Meta.ContentVariable.Values.OrderByDescending(x => x.ContentInfo.LastUpdated).FirstOrDefault();
dataset.updated = lastUpdatedContentsVariable.ContentInfo.LastUpdated.PxDateStringToDateTime().ToString();
}
else
{
dataset.updated = model.Meta.CreationDate.PxDateStringToDateTime().ToString();
}
dataset.dimension = new Dictionary <string, object>();
//Extension, PX
if (meta.InfoFile != null || meta.TableID != null || meta.Decimals != -1)
{
dataset.extension = new Dictionary <string, object>();
var px = new JsonStat.Model.JsonStatPx();
px.infofile = meta.InfoFile;
px.tableid = meta.TableID;
//If not Showdecimal has value use Decimal
var decimals = meta.ShowDecimals < 0 ? meta.Decimals : meta.ShowDecimals;
px.decimals = decimals;
dataset.extension.Add(PX, px);
}
if (DatasetTitle != null)
{
dataset.label = DatasetTitle;
}
else
{
dataset.label = meta.Title;
}
var roles = new Model.JsonStatDimension();
var id = new string[meta.Variables.Count];
var size = new int[meta.Variables.Count];
var variableIndex = 0;
#region Variables
foreach (var variable in meta.Variables)
{
var variableName = variable.Code;
var category = new Dictionary <string, object>();
var index = new Dictionary <string, int>();
var label = new Dictionary <string, string>();
var variableEntry = new Dictionary <string, object>();
var unit = new Dictionary <string, object>();
var link = new Dictionary <string, object>();
if (variable.IsContentVariable)
{
// The reason roles are an array, is that it's possible to have several time-variables (in theory)
roles.Add(METRIC, variableName);
}
else if (variable.IsTime)
{
roles.Add(TIME, variableName);
}
// Adding regional variables to the geo-field.
if (variable.Map != null || geoVariableMap.ContainsKey(variableName))
{
roles.Add(GEO, variableName);
}
id[variableIndex] = variableName;
size[variableIndex] = variable.Values.Count;
variableIndex++;
var variableValueIndex = 0;
foreach (var value in variable.Values)
{
index.Add(value.Code, variableValueIndex);
label.Add(value.Code, value.Value);
if (variable.IsContentVariable)
{
var unitContent = new Dictionary <string, object>();
unitContent.Add(BASE, value.ContentInfo.Units);
//If not Showdecimal has value use Decimal
var currentDecimal = meta.ShowDecimals < 0 ? meta.Decimals : meta.ShowDecimals;
var decimals = (value.HasPrecision()) ? value.Precision : currentDecimal;
unitContent.Add(DECIMALS, decimals);
unit.Add(value.Code, unitContent);
}
variableValueIndex++;
}
category.Add(INDEX, index);
category.Add(LABEL, label);
if (variable.IsContentVariable)
{
category.Add(UNIT, unit);
}
variableEntry.Add(LABEL, variable.Name);
variableEntry.Add(CATEGORY, category);
var extensions = GetAllSerializedMetaIdsForVariable(variable);
if (extensions.Count > 0)
{
link.Add(DESCRIBEDBY, new List <object> {
extensions
});
variableEntry.Add(LINK, link);
}
dataset.dimension.Add(variableName, variableEntry);
}
#endregion
dataset.dimension.Add(ID, id);
dataset.dimension.Add(SIZE, size);
dataset.dimension.Add(ROLE, roles);
// All data is in a single array in JSON-stat.
#region Data
var haveObsStatus = false;
var observationStatus = new Dictionary <string, string>();
var bufferIndex = 0;
var buffer = new double[model.Data.MatrixColumnCount];
string note = string.Empty;
string dataNote = string.Empty;
var numberFormatInfo = new System.Globalization.NumberFormatInfo();
for (int i = 0; i < model.Data.MatrixRowCount; i++)
{
model.Data.ReadLine(i, buffer);
for (int j = 0; j < model.Data.MatrixColumnCount; j++)
{
string symbol = null;
if (dataSymbolMap.TryGetValue(buffer[j], out symbol))
{
observationStatus.Add(bufferIndex.ToString(), symbol);
haveObsStatus = true;
dataset.value[bufferIndex] = null;
}
else
{
dataset.value[bufferIndex] = Convert.ToDouble(formatter.ReadElement(i, j, ref note, ref dataNote, ref numberFormatInfo), numberFormatInfo);
if (!string.IsNullOrEmpty(dataNote))
{
observationStatus.Add(bufferIndex.ToString(), dataNote);
haveObsStatus = true;
}
}
bufferIndex++;
}
}
if (!haveObsStatus)
{
jsonResult.dataset = dataset;
}
else
{
var datasetEx = new Model.JsonStatDatasetExtended(model.Data.MatrixSize);
// Copy values from the baseobject to the extended object. And add observation status.
datasetEx.dimension = dataset.dimension;
datasetEx.label = dataset.label;
datasetEx.source = dataset.source;
datasetEx.updated = dataset.updated;
datasetEx.value = dataset.value;
datasetEx.status = observationStatus;
jsonResult.dataset = datasetEx;
}
#endregion
// override converter to stop adding ".0" after interger values.
string result = JsonConvert.SerializeObject(jsonResult, new DecimalJsonConverter());
return(result);
}
/// <summary>
/// Creates a DataTable from a PXModel instance.
/// </summary>
/// <param name="px"></param>
/// <param name="addExtraInfoColumns">Include columns with info about codes and texts (default is false)</param>
/// <param name="storeDataAsFormattedString">Whether to store data as a formatted string according to the rules in the model - if not the value is converted back to Double (default is false)</param>
/// <returns></returns>
//public static DataTable AsDataTable(this PXModel px, bool showValues = true, bool showCodes = false, bool addExtraInfoColumns = false)
//TODO: 4.0: Implement defaults when migrating to 4.0
public static DataTable AsDataTable(this PXModel px, bool addExtraInfoColumns, bool storeDataAsFormattedString)
{
if (!px.IsComplete)
{
throw new PxExtendExceptions.ModelNotReadyException("PXModel must be complete before converting it.");
}
if (px.Meta.GetPreferredLanguage() == null)
{
px.Meta.SetPreferredLanguage(px.Meta.Language);
}
List <Variable> variables = px.Meta.Variables;
DataTable table = new DataTable();
table.Columns.AddRange(
(
from v in variables
select new DataColumn(v.Name)
).ToArray()
);
table.Columns.Add(
new DataColumn("DATA")
);
if (addExtraInfoColumns)
{
table.Columns.AddRange(
new DataColumn[]
{
new DataColumn("CODES"),
new DataColumn("TEXT")
}
);
}
int rows = 1;
foreach (Variable variable in variables)
{
rows *= variable.Values.Count;
}
for (int i = 0; i < rows; i++)
{
table.Rows.Add(table.NewRow());
}
int repeat = 1;
for (int c = variables.Count - 1; c >= 0; c--)
{
Value[] data = px.expandVariable(variables[c], rows, repeat);
for (int r = 0; r < rows; r++)
{
table.Rows[r][c] = data[r].Text ?? data[r].Value;
if (addExtraInfoColumns)
{
table.Rows[r][variables.Count + 1] = variables[c].Name + "|" + (data[r].Code ?? data[r].Text) + (c < variables.Count - 1 ? "||" : "") + table.Rows[r][variables.Count + 1];
table.Rows[r][variables.Count + 2] = data[r].Text + (c < variables.Count - 1 ? ", " : "") + table.Rows[r][variables.Count + 2];
}
}
repeat *= variables[c].Values.Count;
}
DataFormatter df = new DataFormatter(px);
NumberFormatInfo format =
new NumberFormatInfo()
{
NumberGroupSeparator = df.ThousandSeparator, NumberDecimalSeparator = df.DecimalSeparator
};
int counter = 0;
for (int r = 0; r < px.Data.MatrixRowCount; r++)
{
for (int c = 0; c < px.Data.MatrixColumnCount; c++)
{
if (storeDataAsFormattedString)
{
table.Rows[counter++][variables.Count] = df.ReadElement(r, c);
}
else
{
double d;
bool parseSuccess =
Double.TryParse(
df.ReadElement(r, c),
NumberStyles.Number,
format,
out d
);
if (parseSuccess)
{
table.Rows[counter++][variables.Count] = d;
}
else
{
table.Rows[counter++][variables.Count] = df.ReadElement(r, c);
}
}
}
}
return(table);
}
public static GenericDataType createGenericData(PXModel model)
{
DataSetType ds = new DataSetType();
ds.KeyFamilyRef = model.Meta.Matrix.CleanID();
DataIndexer di = new DataIndexer(model.Meta);
// Get all table level notes (this includes notes for variables)
List <AnnotationType> dsAnnotations = new List <AnnotationType>();
if (model.Meta.Notes != null)
{
dsAnnotations.AddRange(model.Meta.Notes.ToSDMXAnnotation());
}
foreach (Variable var in model.Meta.Stub)
{
if (var.Notes != null)
{
dsAnnotations.AddRange(var.Notes.ToSDMXAnnotation());
}
}
foreach (Variable var in model.Meta.Heading)
{
if (var.Notes != null)
{
dsAnnotations.AddRange(var.Notes.ToSDMXAnnotation());
}
}
if (dsAnnotations.Count > 0)
{
ds.Annotations = dsAnnotations.ToArray();
}
if (model.Meta.ContentVariable == null)
{
List <org.sdmx.ValueType> dsAtts = new List <org.sdmx.ValueType>();
if (model.Meta.ContentInfo != null)
{
// Unit of measure
{
org.sdmx.ValueType att = new org.sdmx.ValueType();
att.concept = "UNIT_MEASURE";
att.value = model.Meta.ContentInfo.Units;
dsAtts.Add(att);
}
// Decimals
{
org.sdmx.ValueType att = new org.sdmx.ValueType();
att.concept = "DECIMALS";
att.value = model.Meta.Decimals.ToString();
dsAtts.Add(att);
}
// Stock/flow/average indicator
if (model.Meta.ContentInfo.StockFa != null)
{
org.sdmx.ValueType att = new org.sdmx.ValueType();
att.concept = "SFA_INDICATOR";
att.value = model.Meta.ContentInfo.StockFa;
dsAtts.Add(att);
}
// Seasonal adjustement
if (model.Meta.ContentInfo.SeasAdj != null)
{
org.sdmx.ValueType att = new org.sdmx.ValueType();
att.concept = "SEAS_ADJ";
att.value = model.Meta.ContentInfo.SeasAdj;
dsAtts.Add(att);
}
// Daily adjustment
if (model.Meta.ContentInfo.DayAdj != null)
{
org.sdmx.ValueType att = new org.sdmx.ValueType();
att.concept = "DAY_ADJ";
att.value = model.Meta.ContentInfo.DayAdj;
dsAtts.Add(att);
}
// Base period
if (model.Meta.ContentInfo.Baseperiod != null)
{
org.sdmx.ValueType att = new org.sdmx.ValueType();
att.concept = "BASE_PER";
att.value = model.Meta.ContentInfo.Baseperiod;
dsAtts.Add(att);
}
// Reference period
if (model.Meta.ContentInfo.RefPeriod != null)
{
org.sdmx.ValueType att = new org.sdmx.ValueType();
att.concept = "REF_PERIOD";
att.value = model.Meta.ContentInfo.RefPeriod;
dsAtts.Add(att);
}
// Current / fixed prices
if (model.Meta.ContentInfo.CFPrices != null)
{
org.sdmx.ValueType att = new org.sdmx.ValueType();
att.concept = "PRICE_BASIS";
att.value = model.Meta.ContentInfo.CFPrices;
dsAtts.Add(att);
}
}
ds.Attributes = dsAtts.ToArray();
}
ds.Items = new Object[model.Data.MatrixRowCount];
for (int i = 0; i < model.Data.MatrixRowCount; i++)
{
SeriesType series = new SeriesType();
series.SeriesKey = new org.sdmx.ValueType[model.Meta.Stub.Count + 1];
org.sdmx.ValueType key = new org.sdmx.ValueType();
key.concept = "FREQ";
switch (model.Meta.Heading[0].TimeScale)
{
case TimeScaleType.Annual:
key.value = "A";
break;
case TimeScaleType.Halfyear:
key.value = "B";
break;
case TimeScaleType.Monthly:
key.value = "M";
break;
case TimeScaleType.Quartely:
key.value = "Q";
break;
case TimeScaleType.Weekly:
key.value = "W";
break;
default:
//TODO
break;
}
series.SeriesKey[0] = key;
di.SetContext(i, 0);
// Create annotations based on value notes (not variable notes)
List <AnnotationType> serAnnotations = new List <AnnotationType>();
for (int j = 0; j < model.Meta.Stub.Count; j++)
{
key = new org.sdmx.ValueType();
key.concept = model.Meta.Stub[j].Name.CleanID();
key.value = model.Meta.Stub[j].Values[di.StubIndecies[j]].Code.CleanID();
series.SeriesKey[j + 1] = key;
if (model.Meta.Stub[j].Values[di.StubIndecies[j]].Notes != null)
{
serAnnotations.AddRange(model.Meta.Stub[j].Values[di.StubIndecies[j]].Notes.ToSDMXAnnotation());
}
}
if (serAnnotations.Count > 0)
{
series.Annotations = serAnnotations.ToArray();
}
series.Obs = new ObsType[model.Data.MatrixColumnCount];
//Added code for reading the cellnotes
DataFormatter formatter = new DataFormatter(model);
for (int j = 0; j < model.Data.MatrixColumnCount; j++)
{
string notes = null;
ObsType obs = new ObsType();
// Set observation time
obs.Time = model.Meta.Heading[0].Values[j].ToSDMXTime();
Boolean missing = PXConstant.ProtectedNullValues.Contains(model.Data.ReadElement(i, j)) || PXConstant.ProtectedValues.Contains(model.Data.ReadElement(i, j));
//Create observation status attribute
org.sdmx.ValueType status = new org.sdmx.ValueType();
status.concept = "OBS_STATUS";
obs.Attributes = new org.sdmx.ValueType[1];
obs.Attributes[0] = status;
// Set observation value and status code
if (!missing)
{
obs.ObsValue = new ObsValueType();
obs.ObsValue.value = model.Data.ReadElement(i, j);
obs.ObsValue.valueSpecified = true;
status.value = "A";
}
else
{
status.value = "M";
}
// Cell notes
formatter.ReadElement(i, j, ref notes);
if (notes != null && notes.Length != 0)
{
AnnotationType annotation = new AnnotationType();
List <TextType> annotationText = new List <TextType>();
TextType text = new TextType();
text.lang = "en";
text.Value = notes;
annotationText.Add(text);
annotation.AnnotationText = annotationText.ToArray();
obs.Annotations = new AnnotationType[1];
obs.Annotations[0] = annotation;
}
series.Obs[j] = obs;
}
if (model.Meta.ContentVariable != null)
{
List <org.sdmx.ValueType> serAtts = new List <org.sdmx.ValueType>();
if (model.Meta.ContentInfo != null)
{
// Unit of measure
{
org.sdmx.ValueType att = new org.sdmx.ValueType();
att.concept = "UNIT_MEASURE";
int cIndex = model.Meta.Stub.GetIndexByCode(model.Meta.ContentVariable.Code);
att.value = model.Meta.ContentVariable.Values[di.StubIndecies[cIndex]].ContentInfo.Units;
serAtts.Add(att);
}
// Stock/flow/average indicator
if (model.Meta.ContentInfo.StockFa != null)
{
org.sdmx.ValueType att = new org.sdmx.ValueType();
att.concept = "SFA_INDICATOR";
int cIndex = model.Meta.Stub.GetIndexByCode(model.Meta.ContentVariable.Code);
att.value = model.Meta.ContentVariable.Values[di.StubIndecies[cIndex]].ContentInfo.StockFa;
serAtts.Add(att);
}
// Seasonal adjustement
if (model.Meta.ContentInfo.SeasAdj != null)
{
org.sdmx.ValueType att = new org.sdmx.ValueType();
att.concept = "SEAS_ADJ";
int cIndex = model.Meta.Stub.GetIndexByCode(model.Meta.ContentVariable.Code);
att.value = model.Meta.ContentVariable.Values[di.StubIndecies[cIndex]].ContentInfo.SeasAdj;
serAtts.Add(att);
}
// Daily adjustment
if (model.Meta.ContentInfo.DayAdj != null)
{
org.sdmx.ValueType att = new org.sdmx.ValueType();
att.concept = "DAY_ADJ";
int cIndex = model.Meta.Stub.GetIndexByCode(model.Meta.ContentVariable.Code);
att.value = model.Meta.ContentVariable.Values[di.StubIndecies[cIndex]].ContentInfo.DayAdj;
serAtts.Add(att);
}
// Base period
if (model.Meta.ContentInfo.Baseperiod != null)
{
org.sdmx.ValueType att = new org.sdmx.ValueType();
att.concept = "BASE_PER";
int cIndex = model.Meta.Stub.GetIndexByCode(model.Meta.ContentVariable.Code);
att.value = model.Meta.ContentVariable.Values[di.StubIndecies[cIndex]].ContentInfo.Baseperiod;
serAtts.Add(att);
}
// Reference period
if (model.Meta.ContentInfo.RefPeriod != null)
{
org.sdmx.ValueType att = new org.sdmx.ValueType();
att.concept = "REF_PERIOD";
int cIndex = model.Meta.Stub.GetIndexByCode(model.Meta.ContentVariable.Code);
att.value = model.Meta.ContentVariable.Values[di.StubIndecies[cIndex]].ContentInfo.RefPeriod;
serAtts.Add(att);
}
// Current / fixed prices
if (model.Meta.ContentInfo.CFPrices != null)
{
org.sdmx.ValueType att = new org.sdmx.ValueType();
att.concept = "PRICE_BASIS";
int cIndex = model.Meta.Stub.GetIndexByCode(model.Meta.ContentVariable.Code);
att.value = model.Meta.ContentVariable.Values[di.StubIndecies[cIndex]].ContentInfo.CFPrices;
serAtts.Add(att);
}
}
series.Attributes = serAtts.ToArray();
}
ds.Items[i] = series;
}
GenericDataType message = new GenericDataType();
message.DataSet = ds;
message.Header = createHeader(model, true);
return(message);
}
