internal Role UpdateRoleFromMetadata(ADO theAdo, CubeQuery_DTO dto)
{
Cube_ADO cAdo = new Cube_ADO(theAdo);
dto.Role = new Role();
Dictionary <string, string> roleDictionary;
if (dto.jStatQueryExtension.extension.RlsCode == 0)
{
roleDictionary = cAdo.ReadDimensionRoles(Utility.GetCustomConfig("APP_CSV_STATISTIC"), dto.jStatQueryExtension.extension.Matrix);
}
else
{
roleDictionary = cAdo.ReadDimensionRoles(Utility.GetCustomConfig("APP_CSV_STATISTIC"), null, dto.jStatQueryExtension.extension.RlsCode);
}
if (roleDictionary.ContainsKey("time"))
{
dto.Role.Time = new List <string>();
dto.Role.Time.Add(roleDictionary["time"]);
}
if (roleDictionary.ContainsKey("metric"))
{
dto.Role.Metric = new List <string>();
dto.Role.Metric.Add(roleDictionary["metric"]);
}
return(dto.Role);
}
internal List <dynamic> ReadCollection(string LngIsoCode, string SbjCode, string PrcCode)
{
Cube_ADO cAdo = new Cube_ADO(ado);
if (Int32.TryParse(SbjCode, out int sbjInt))
{
return(cAdo.ReadCollection(LngIsoCode, default, sbjInt, PrcCode));
/// <summary>
/// Execute
/// </summary>
/// <param name="theAdo"></param>
/// <param name="theCubeDTO"></param>
/// <param name="theReleaseDto"></param>
/// <param name="theResponse"></param>
/// <returns></returns>
static internal bool ExecuteReadMetadata(ADO theAdo, Cube_DTO_Read theCubeDTO, Release_DTO theReleaseDto, JSONRPC_Output theResponse)
{
var ado = new Cube_ADO(theAdo);
// The matrix constructor will load all the metadata from the db when instances specification
var theMatrix = new Matrix(theAdo, theReleaseDto, theCubeDTO.language).ApplySearchCriteria(theCubeDTO);
theMatrix.FormatType = theCubeDTO.Format.FrmType;
theMatrix.FormatVersion = theCubeDTO.Format.FrmVersion;
if (theMatrix == null)
{
theResponse.data = null;
return(true);
}
var jsonStat = theMatrix.GetJsonStatObject();
theResponse.data = new JRaw(Serialize.ToJson(jsonStat));
if (theReleaseDto.RlsLiveDatetimeTo != null)
{
MemCacheD.Store_BSO <dynamic>("PxStat.Data", "Cube_API", "ReadMetadata", theCubeDTO, theResponse.data, theReleaseDto.RlsLiveDatetimeTo, Resources.Constants.C_CAS_DATA_CUBE_READ_METADATA + theMatrix.Code);
}
else
{
MemCacheD.Store_BSO <dynamic>("PxStat.Data", "Cube_API", "ReadMetadata", theCubeDTO, theResponse.data, new DateTime(), Resources.Constants.C_CAS_DATA_CUBE_READ_METADATA + theMatrix.Code);
}
return(true);
}
/// <summary>
/// Get the collection with metadata
/// </summary>
/// <param name="theAdo"></param>
/// <param name="theCubeDTO"></param>
/// <param name="theResponse"></param>
/// <returns></returns>
internal dynamic ExecuteReadCollection(ADO theAdo, Cube_DTO_ReadCollection DTO)
{
var ado = new Cube_ADO(theAdo);
var dbData = ado.ReadCollectionMetadata(DTO.language, DTO.datefrom, DTO.product);
List <dynamic> jsonStatCollection = new List <dynamic>();
//Get a list of individual matrix data entities
List <dynamic> releases = getReleases(dbData);
var theJsonStatCollection = new JsonStatCollection();
theJsonStatCollection.Link = new JsonStatCollectionLink();
theJsonStatCollection.Link.Item = new List <Item>();
List <Format_DTO_Read> formats = new List <Format_DTO_Read>();
using (Format_BSO format = new Format_BSO(new ADO("defaultConnection")))
{
formats = format.Read(new Format_DTO_Read()
{
FrmDirection = Utility.GetCustomConfig("APP_FORMAT_DOWNLOAD_NAME")
});
};
//For each of these, get a list of statistics and a list of classifications
//Then get the JSON-stat for that metadata and add to jsonStatCollection
foreach (var rls in releases)
{
List <dynamic> thisReleaseMetadata = dbData.Where(x => x.RlsCode == rls.RlsCode).Where(x => x.LngIsoCode == rls.LngIsoCode).ToList <dynamic>();
List <dynamic> stats = getStatistics(thisReleaseMetadata);
List <dynamic> classifications = getClassifications(thisReleaseMetadata);
List <dynamic> periods = getPeriods(thisReleaseMetadata);
theJsonStatCollection.Link.Item.Add(GetJsonStatRelease(thisReleaseMetadata, stats, classifications, periods, formats));
}
//Get the minimum next release date. The cache can only live until then.
//If there's no next release date then the cache will live for the maximum configured amount.
DateTime minDateItem = default;
dynamic minimum = null;
if (dbData != null)
{
minimum = dbData.Where(x => x.RlsLiveDatetimeFrom > DateTime.Now).Min(x => x.RlsLiveDatetimeFrom);
minDateItem = minimum ?? default(DateTime);
}
if (minDateItem < DateTime.Now)
{
minDateItem = default(DateTime);
}
var result = new JRaw(Serialize.ToJson(theJsonStatCollection));
MemCacheD.Store_BSO <dynamic>("PxStat.Data", "Cube_API", "ReadCollection", DTO, result, minDateItem, Constants.C_CAS_DATA_CUBE_READ_COLLECTION);
// return the formatted data. This is an array of JSON-stat objects.
return(result);
}
internal List <dynamic> ReadCollection(string LngIsoCode, string PrcCode)
{
Cube_ADO cAdo = new Cube_ADO(ado);
return(cAdo.ReadCollection(LngIsoCode, default(DateTime), PrcCode));
}
/// <summary>
/// Compare Releases and find data points that have changed
/// </summary>
/// <param name="Ado"></param>
/// <param name="dtoRight"></param>
/// <param name="dtoLeft"></param>
/// <returns></returns>
internal Matrix CompareAmendment(ADO Ado, Compare_DTO_Read dtoRight, Compare_DTO_Read dtoLeft)
{
bool totalChange = false;
Release_DTO lDto = new Release_DTO();
Release_DTO rDto = new Release_DTO();
lDto.RlsCode = dtoLeft.RlsCode;
rDto.RlsCode = dtoRight.RlsCode;
Matrix leftMatrix = new Matrix(Ado, lDto, dtoLeft.LngIsoCode);
Matrix rightMatrix = new Matrix(Ado, rDto, dtoRight.LngIsoCode);
Specification spec = new Data.Matrix.Specification();
spec.Statistic = leftMatrix.MainSpec.Statistic.Intersect(rightMatrix.MainSpec.Statistic).ToList <StatisticalRecordDTO_Create>();
spec.Frequency = new FrequencyRecordDTO_Create();
spec.Frequency.Code = rightMatrix.MainSpec.Frequency.Code;
spec.Frequency.Value = rightMatrix.MainSpec.Frequency.Value;
spec.Frequency.Period = new List <PeriodRecordDTO_Create>();
spec.Frequency.Period = leftMatrix.MainSpec.Frequency.Period.Intersect(rightMatrix.MainSpec.Frequency.Period).ToList <PeriodRecordDTO_Create>();
//We now get the added variables. Note that this only applies where the classifications themselves have not been added
//Classifications will contain (1) Brand new classifications, (2) classifications that have had variables added to them
List <ClassificationRecordDTO_Create> intersectCls = leftMatrix.MainSpec.Classification.Intersect(rightMatrix.MainSpec.Classification).ToList <ClassificationRecordDTO_Create>();
//if there are different classifications in each matrix (something added or deleted) then return all false for amendments
if (intersectCls != null)
{
if (intersectCls.Count != leftMatrix.MainSpec.Classification.Count || intersectCls.Count != rightMatrix.MainSpec.Classification.Count)
{
totalChange = true;
}
}
else
{
totalChange = true;
}
spec.Classification = new List <ClassificationRecordDTO_Create>();
foreach (ClassificationRecordDTO_Create cls in intersectCls)
{
ClassificationRecordDTO_Create otherCls = rightMatrix.MainSpec.Classification.Where(x => x.Equals(cls)).FirstOrDefault();//lefttoright
List <VariableRecordDTO_Create> newVars = cls.Variable.Intersect(otherCls.Variable).ToList <VariableRecordDTO_Create>();
if (newVars.Count > 0)
{
cls.Variable = newVars;
spec.Classification.Add(cls);
}
if (newVars.Count == 0)
{
totalChange = true;
}
}
//If there are no periods or statistics in common then everything has changed and this is flagged
if (spec.Frequency.Period.Count == 0 || spec.Statistic.Count == 0)
{
totalChange = true;
}
leftMatrix.MainSpec = spec;
//If there are no periods in common then nothing could have been amended - prepare for a graceful exit
if (spec.Frequency.Period.Count > 0)
{
rightMatrix.MainSpec = spec;
}
//Get the matrix based on a database read of the DTO RlsCode
Matrix_ADO mAdo = new Matrix_ADO(Ado);
//Get the data for leftMatrix
//Get the data for rightMatrix
//Compare and flag where they're not equal
//return the matrix
leftMatrix.TimeFilterWasApplied = true;
rightMatrix.TimeFilterWasApplied = true;
leftMatrix.StatFilterWasApplied = true;
rightMatrix.StatFilterWasApplied = true;
foreach (var cls in leftMatrix.MainSpec.Classification)
{
cls.ClassificationFilterWasApplied = true;
}
if (!totalChange)
{
leftMatrix = new Cube_ADO(Ado).ReadCubeData(leftMatrix);
}
rightMatrix = new Cube_ADO(Ado).ReadCubeData(rightMatrix);
int counter = 0;
foreach (var cell in rightMatrix.Cells)
{
//If there are no periods in common then nothing could have been amended.
//Similarly, if there was a difference in the number of classifications
if (totalChange)
{
cell.WasAmendment = false;
}
else
{
if (cell.TdtValue.Equals(DBNull.Value))
{
cell.TdtValue = Configuration_BSO.GetCustomConfig("px.confidential-value");
}
if (leftMatrix.Cells.ElementAt(counter).TdtValue.Equals(DBNull.Value))
{
leftMatrix.Cells.ElementAt(counter).TdtValue = Configuration_BSO.GetCustomConfig("px.confidential-value");
}
if (cell.TdtValue != leftMatrix.Cells.ElementAt(counter).TdtValue)
{
cell.WasAmendment = true;
}
else
{
cell.WasAmendment = false;
}
}
counter++;
}
return(rightMatrix);
}
/// <summary>
/// Compare Releases and find data points that have either been added or deleted
/// </summary>
/// <param name="Ado"></param>
/// <param name="dtoRight"></param>
/// <param name="dtoLeft"></param>
/// <returns></returns>
internal Matrix CompareAddDelete(ADO Ado, Compare_DTO_Read dtoRight, Compare_DTO_Read dtoLeft)
{
Release_DTO lDto = new Release_DTO();
Release_DTO rDto = new Release_DTO();
lDto.RlsCode = dtoLeft.RlsCode;
rDto.RlsCode = dtoRight.RlsCode;
Matrix leftMatrix = new Matrix(Ado, lDto, dtoLeft.LngIsoCode);
Matrix rightMatrix = new Matrix(Ado, rDto, dtoRight.LngIsoCode);
Specification spec = new Specification();
spec.Classification = leftMatrix.MainSpec.Classification.Except(rightMatrix.MainSpec.Classification).ToList <ClassificationRecordDTO_Create>();
bool test = leftMatrix.MainSpec.Statistic.Equals(rightMatrix.MainSpec.Statistic);
spec.Statistic = leftMatrix.MainSpec.Statistic.Except(rightMatrix.MainSpec.Statistic).ToList <StatisticalRecordDTO_Create>();
spec.Frequency = new FrequencyRecordDTO_Create();
spec.Frequency.Period = new List <PeriodRecordDTO_Create>();
spec.Frequency.Period = leftMatrix.MainSpec.Frequency.Period.Except(rightMatrix.MainSpec.Frequency.Period).ToList <PeriodRecordDTO_Create>();
//Classifications will contain (1) Brand new classifications, (2) classifications that have had variables added to them
List <ClassificationRecordDTO_Create> intersectCls = leftMatrix.MainSpec.Classification.Intersect(rightMatrix.MainSpec.Classification).ToList <ClassificationRecordDTO_Create>();
foreach (ClassificationRecordDTO_Create cls in intersectCls)
{
ClassificationRecordDTO_Create otherCls = rightMatrix.MainSpec.Classification.Where(x => x.Equals(cls)).FirstOrDefault();
List <VariableRecordDTO_Create> newVars = cls.Variable.Except(otherCls.Variable).ToList <VariableRecordDTO_Create>();
ClassificationRecordDTO_Create newCls = new ClassificationRecordDTO_Create();
newCls.Code = cls.Code;
newCls.Value = cls.Value;
newCls.Variable = new List <VariableRecordDTO_Create>();
if (newVars.Count > 0)
{
newCls.Variable = newVars;
spec.Classification.Add(newCls);
}
}
leftMatrix.TimeFilterWasApplied = true;
leftMatrix.StatFilterWasApplied = true;
foreach (var cls in leftMatrix.MainSpec.Classification)
{
cls.ClassificationFilterWasApplied = true;
}
//Get the matrix based on a database read of the DTO RlsCode
Matrix_ADO mAdo = new Matrix_ADO(Ado);
//Get the metadata for the left matrix as a list of DataItem_DTO
List <DataItem_DTO> resDataLeft = GetCellMetadata(Ado, dtoLeft.LngIsoCode, dtoLeft.RlsCode, dtoRight.RlsCode, leftMatrix.MainSpec);
//Get the data for the added-to or deleted-from matrix
leftMatrix = new Cube_ADO(Ado).ReadCubeData(leftMatrix);
//Get the WasAmendment flag set on the list of items. This is calculated by referring to the extra dimensions in spec
resDataLeft = GetFlaggedItemsAddDelete(resDataLeft, spec, leftMatrix);
//This is the final result of Add/Delete
leftMatrix = GetFlaggedMatrix(leftMatrix, resDataLeft);
return(leftMatrix);
}
internal static bool ExecuteReadDataset(ADO theAdo, CubeQuery_DTO theDto, Release_DTO releaseDto, JSONRPC_Output theResponse, string requestLanguage, string culture = null)
{
var theMatrix = new Matrix(theAdo, releaseDto, theDto.jStatQueryExtension.extension.Language.Code).ApplySearchCriteria(theDto);
if (theMatrix == null)
{
theResponse.data = null;
return(true);
}
var matrix = new Cube_ADO(theAdo).ReadCubeData(theMatrix);
if (matrix == null)
{
theResponse.data = null;
return(true);
}
CultureInfo readCulture;
if (culture == null)
{
readCulture = CultureInfo.CurrentCulture;
}
else
{
readCulture = CultureInfo.CreateSpecificCulture(culture);
};
switch (theDto.jStatQueryExtension.extension.Format.Type)
{
case DatasetFormat.JsonStat:
matrix.FormatType = theDto.jStatQueryExtension.extension.Format.Type;
matrix.FormatVersion = theDto.jStatQueryExtension.extension.Format.Version;
if (theDto.jStatQueryExtension.extension.Format.Version == "1.0")
{
var jsonStat = matrix.GetJsonStatV1Object(true, null);
theResponse.data = new JRaw(SerializeJsonStatV1.ToJson(jsonStat));
}
else
{
var jsonStat = matrix.GetJsonStatObject(false, true, null, readCulture);
theResponse.data = new JRaw(Serialize.ToJson(jsonStat));
}
break;
case DatasetFormat.Csv:
theResponse.data = matrix.GetCsvObject(requestLanguage, false, readCulture);
break;
case DatasetFormat.Px:
theResponse.data = matrix.GetPxObject().ToString();
break;
case DatasetFormat.Xlsx:
theResponse.data = matrix.GetXlsxObject(requestLanguage, CultureInfo.CurrentCulture);
break;
case DatasetFormat.Sdmx:
theResponse.data = matrix.GetSdmx(theDto.jStatQueryExtension.extension.Language.Code);
break;
}
if (releaseDto.RlsLiveDatetimeTo != default(DateTime))
{
MemCacheD.Store_BSO <dynamic>("PxStat.Data", "Cube_API", "ReadDataset", theDto, theResponse.data, releaseDto.RlsLiveDatetimeTo, Resources.Constants.C_CAS_DATA_CUBE_READ_DATASET + matrix.Code);
}
else
{
MemCacheD.Store_BSO <dynamic>("PxStat.Data", "Cube_API", "ReadDataset", theDto, theResponse.data, new DateTime(), Resources.Constants.C_CAS_DATA_CUBE_READ_DATASET + matrix.Code);
}
return(true);
}
internal static bool ExecuteReadDataset(ADO theAdo, CubeQuery_DTO theDto, Release_DTO releaseDto, JSONRPC_Output theResponse, string requestLanguage, string culture = null, bool defaultPivot = false)
{
var theMatrix = new Matrix(theAdo, releaseDto, theDto.jStatQueryExtension.extension.Language.Code).ApplySearchCriteria(theDto);
if (theMatrix == null)
{
theResponse.data = null;
return(true);
}
if (theDto.jStatQueryExtension.extension.Format.Type.Equals(Resources.Constants.C_SYSTEM_XLSX_NAME))
{
int dataSize = theMatrix.MainSpec.GetDataSize();
int maxSize = Configuration_BSO.GetCustomConfig(ConfigType.global, "dataset.download.threshold.xlsx");
if (dataSize > maxSize)
{
theResponse.error = String.Format(Label.Get("error.dataset.limit", requestLanguage), dataSize, Resources.Constants.C_SYSTEM_XLSX_NAME, maxSize);
return(false);
}
}
else if (theDto.jStatQueryExtension.extension.Format.Type.Equals(Resources.Constants.C_SYSTEM_CSV_NAME))
{
int dataSize = theMatrix.MainSpec.GetDataSize();
int maxSize = Configuration_BSO.GetCustomConfig(ConfigType.global, "dataset.download.threshold.csv");
if (dataSize > maxSize)
{
theResponse.error = String.Format(Label.Get("error.dataset.limit", requestLanguage), dataSize, Resources.Constants.C_SYSTEM_CSV_NAME, maxSize);
return(false);
}
}
var matrix = new Cube_ADO(theAdo).ReadCubeData(theMatrix);
if (matrix == null)
{
theResponse.data = null;
return(true);
}
if (!string.IsNullOrEmpty(theDto.jStatQueryExtension.extension.Pivot))
{
if (theMatrix.MainSpec.Classification.Where(x => x.Code == theDto.jStatQueryExtension.extension.Pivot).Count() == 0 &&
Utility.GetCustomConfig("APP_CSV_STATISTIC") != theDto.jStatQueryExtension.extension.Pivot &&
theMatrix.MainSpec.Frequency.Code != theDto.jStatQueryExtension.extension.Pivot)
{
theResponse.error = Label.Get("error.validation", theDto.jStatQueryExtension.extension.Language.Code);
return(false);
}
}
else
{
theDto.jStatQueryExtension.extension.Pivot = null;
}
CultureInfo readCulture;
if (culture == null)
{
readCulture = CultureInfo.CurrentCulture;
}
else
{
readCulture = CultureInfo.CreateSpecificCulture(culture);
};
if (theDto.jStatQueryExtension.extension.Pivot == null && defaultPivot && theDto.jStatQueryExtension.extension.Format.Type == DatasetFormat.Csv)
{
theDto.jStatQueryExtension.extension.Pivot = matrix.MainSpec.Frequency.Code;
}
switch (theDto.jStatQueryExtension.extension.Format.Type)
{
case DatasetFormat.JsonStat:
matrix.FormatType = theDto.jStatQueryExtension.extension.Format.Type;
matrix.FormatVersion = theDto.jStatQueryExtension.extension.Format.Version;
if (theDto.jStatQueryExtension.extension.Format.Version == "1.0")
{
var jsonStat = matrix.GetJsonStatV1Object(true, null);
theResponse.data = new JRaw(SerializeJsonStatV1.ToJson(jsonStat));
}
else if (theDto.jStatQueryExtension.extension.Format.Version == "1.1")
{
var jsonStat = matrix.GetJsonStatV1_1Object(false, true, null, readCulture);
theResponse.data = new JRaw(SerializeJsonStatV1_1.ToJson(jsonStat));
}
else
{
var jsonStat = matrix.GetJsonStatObject(false, true, null, readCulture);
theResponse.data = new JRaw(Serialize.ToJson(jsonStat));
}
break;
case DatasetFormat.Csv:
theResponse.data = matrix.GetCsvObject(requestLanguage, false, readCulture, theDto.jStatQueryExtension.extension.Pivot, theDto.jStatQueryExtension.extension.Codes == null ? true : (bool)theDto.jStatQueryExtension.extension.Codes);
break;
case DatasetFormat.Px:
theResponse.data = matrix.GetPxObject();
break;
case DatasetFormat.Xlsx:
theResponse.data = matrix.GetXlsxObject(requestLanguage, CultureInfo.CurrentCulture, theDto.jStatQueryExtension.extension.Pivot, theDto.jStatQueryExtension.extension.Codes == null ? true : (bool)theDto.jStatQueryExtension.extension.Codes);
break;
case DatasetFormat.Sdmx:
theResponse.data = matrix.GetSdmx(theDto.jStatQueryExtension.extension.Language.Code);
break;
}
if (releaseDto.RlsLiveDatetimeTo != default(DateTime))
{
MemCacheD.Store_BSO <dynamic>("PxStat.Data", "Cube_API", "ReadDataset", theDto, theResponse.data, releaseDto.RlsLiveDatetimeTo, Resources.Constants.C_CAS_DATA_CUBE_READ_DATASET + matrix.Code);
}
else
{
MemCacheD.Store_BSO <dynamic>("PxStat.Data", "Cube_API", "ReadDataset", theDto, theResponse.data, new DateTime(), Resources.Constants.C_CAS_DATA_CUBE_READ_DATASET + matrix.Code);
}
return(true);
}
