/// <summary>
/// For Add and Delete - mark items that have been amended
/// </summary>
/// <param name="dataItems"></param>
/// <param name="theSpec"></param>
/// <returns></returns>
internal List <DataItem_DTO> GetFlaggedItemsAddDelete(List <DataItem_DTO> dataItems, Specification theSpec, Matrix theMatrixData)
{
int counter = 0;
string confidential = Configuration_BSO.GetCustomConfig(ConfigType.server, "px.confidential-value");
//Now mark any ADDED datapoint
foreach (DataItem_DTO dataItem in dataItems)
{
dataItem.dataValue = theMatrixData.Cells.ElementAt(counter).TdtValue.Equals(DBNull.Value) ? confidential : theMatrixData.Cells.ElementAt(counter).TdtValue;
counter++;
//if a new classification was added then we must mark everything as amended
if (theSpec.Classification.Count > 0)
{
foreach (ClassificationRecordDTO_Create cls in dataItem.classifications)
{
//cls will have just one variable - is that a new variable? If so, then flag the data point
ClassificationRecordDTO_Create specCls = theSpec.Classification.Where(x => x.Code == cls.Code).FirstOrDefault();
if (specCls != null && specCls.Variable.Where(x => x.Code == cls.Variable.FirstOrDefault().Code).Count() > 0)
{
dataItem.wasAmendment = true;
//the datapoint has been marked as amended, we can now just go straight to the next data point the the foreach loop
continue;
}
}
}
//If the datapoint has a new statistic then we mark the datapoint as amended
if (theSpec.Statistic.Count > 0)
{
if (theSpec.Statistic.Where(x => x.Code == dataItem.statistic.Code).Count() > 0)
{
dataItem.wasAmendment = true;
//we're in a foreach loop, so there's no point in checking the period - the datapoint is already marked and we move on to the next data point
continue;
}
}
//If the datapoint has a new period then we mark the datapoint as amended
if (theSpec.Frequency.Period.Count > 0)
{
if (theSpec.Frequency.Period.Where(x => x.Code == dataItem.period.Code).Count() > 0)
{
dataItem.wasAmendment = true;
}
}
}
return(dataItems);
}
private void UpdateExistingSpec(Matrix.Specification theSpec, BuildUpdate_DTO dto)
{
if (dto.Map != null)
{
foreach (var map in dto.Map)
{
ClassificationRecordDTO_Create cls = theSpec.Classification.Where(x => x.Code == map.Key).FirstOrDefault();
if (cls != null)
{
cls.GeoFlag = map.Value != null;
cls.GeoUrl = map.Value;
}
}
}
}
/// <summary>
/// Creates a Classfication record in the database
/// </summary>
/// <param name="dto"></param>
/// <param name="matrixId"></param>
/// <returns></returns>
internal int CreateClassificationRecord(ClassificationRecordDTO_Create dto, int matrixId)
{
var inputParams = new List <ADO_inputParams>()
{
new ADO_inputParams()
{
name = "@ClsMtrId", value = matrixId
},
new ADO_inputParams()
{
name = "@ClsValue", value = dto.Value
},
new ADO_inputParams()
{
name = "@ClsCode", value = dto.Code
},
new ADO_inputParams()
{
name = "@ClsGeoFlag", value = dto.GeoFlag
}
};
if (!string.IsNullOrEmpty(dto.GeoUrl))
{
inputParams.Add(new ADO_inputParams()
{
name = "@ClsGeoUrl", value = dto.GeoUrl
});
}
var returnParam = new ADO_returnParam()
{
name = "@ReturnVal", value = 0
};
ado.ExecuteNonQueryProcedure("Data_Classification_Create", inputParams, ref returnParam);
return((int)returnParam.value);
}
/// <summary>
/// Recursive function to package the graph of dimensions into a list of DataItem_DTO
/// </summary>
/// <param name="dto"></param>
/// <param name="item"></param>
private void populateDataItem(ref DataItem_DTO dto, object[] item)
{
foreach (var subItem in item)
{
if (subItem.GetType().IsArray)
{
populateDataItem(ref dto, (object[])subItem);
}
else
{
var v = (DimensionDetail_DTO)subItem;
switch (v.dimensionValue.dimType)
{
case DimensionType.STATISTIC:
dto.statistic.Code = v.key;
dto.statistic.Value = v.value;
break;
case DimensionType.PERIOD:
dto.period.Code = v.key;
dto.period.Value = v.value;
break;
case DimensionType.CLASSIFICATION:
var cls = new ClassificationRecordDTO_Create();
cls.Code = v.dimensionValue.code;
cls.Value = v.dimensionValue.value;
var vrb = new VariableRecordDTO_Create();
vrb.Code = v.key;
vrb.Value = v.value;
cls.Variable = new List <VariableRecordDTO_Create>();
cls.Variable.Add(vrb);
dto.classifications.Add(cls);
break;
}
}
}
}
/// <summary>
///
/// </summary>
/// <param name="parameters"></param>
public BuildUpdate_DTO(dynamic parameters)
{
if (parameters.MtrInput != null)
{
this.MtrInput = Utility.DecodeBase64ToUTF8((string)parameters["MtrInput"]);
}
if (parameters.Data != null)
{
PxData = new PxData_DTO(parameters);
}
if (parameters.LngIsoCode != null)
{
LngIsoCode = parameters.LngIsoCode;
}
else
{
LngIsoCode = Configuration_BSO.GetCustomConfig(ConfigType.global, "language.iso.code");
}
Periods = new List <PeriodRecordDTO_Create>();
if (parameters.MtrCode != null)
{
MtrCode = parameters.MtrCode;
}
if (parameters.CprCode != null)
{
CprCode = parameters.CprCode;
}
if (parameters.FrqCodeTimeval != null)
{
FrqCodeTimeval = parameters.FrqCodeTimeval;
}
if (parameters.FrqValueTimeval != null)
{
FrqValueTimeval = parameters.FrqValueTimeval;
}
if (parameters.MtrOfficialFlag != null)
{
MtrOfficialFlag = parameters.MtrOfficialFlag;
}
Format = new Format_DTO_Read();
if (parameters.FrmType != null && parameters.FrmVersion != null)
{
Format.FrmType = parameters.FrmType;
Format.FrmVersion = parameters.FrmVersion;
Format.FrmDirection = Format_DTO_Read.FormatDirection.UPLOAD.ToString();
}
if (parameters.Signature != null)
{
this.Signature = parameters.Signature;
}
if (parameters.Labels != null)
{
this.Labels = parameters.Labels;
}
else
{
this.Labels = true;
}
if (parameters.Elimination != null)
{
Elimination = JsonConvert.DeserializeObject <Dictionary <string, string> >(parameters.Elimination.ToString());
}
if (parameters.Dimension != null)
{
Dimension = new List <Dimension_DTO>();
foreach (var dim in parameters.Dimension)
{
Dimension_DTO dimension = new Dimension_DTO();
if (dim.Frequency != null)
{
dimension.Frequency = new FrequencyRecordDTO_Create();
if (dim.Frequency.Period != null)
{
dimension.Frequency.Period = new List <Data.PeriodRecordDTO_Create>();
foreach (var per in dim.Frequency.Period)
{
PeriodRecordDTO_Create period = new PeriodRecordDTO_Create();
if (per.PrdCode != null)
{
period.Code = per.PrdCode;
}
if (per.PrdValue != null)
{
period.Value = per.PrdValue;
}
if (Periods.Where(x => x.Code.Equals(period.Code)).FirstOrDefault() == null)
{
Periods.Add(period);
}
dimension.Frequency.Period.Add(period);
}
}
if (dim.Frequency.FrqValue != null)
{
dimension.Frequency.Value = dim.Frequency.FrqValue;
}
}
if (dim.Classification != null)
{
dimension.Classifications = new List <ClassificationRecordDTO_Create>();
foreach (var cls in dim.Classification)
{
ClassificationRecordDTO_Create classification = new ClassificationRecordDTO_Create();
if (cls.ClsCode != null)
{
classification.Code = cls.ClsCode;
}
dimension.Classifications.Add(classification);
}
}
if (dim.LngIsoCode != null)
{
dimension.LngIsoCode = dim.LngIsoCode;
}
if (dim.MtrTitle != null)
{
dimension.MtrTitle = dim.Dimension;
}
if (dim.FrqValue != null)
{
dimension.FrqValue = dim.FrqValue;
}
if (dim.MtrNote != null)
{
dimension.MtrNote = dim.MtrNote;
}
if (dim.StatisticLabel != null)
{
dimension.StatisticLabel = dim.StatisticLabel;
}
if (dim.MtrTitle != null)
{
dimension.MtrTitle = dim.MtrTitle;
}
Dimension.Add(dimension);
}
}
if (parameters.Map != null)
{
Map = JsonConvert.DeserializeObject <Dictionary <string, string> >(parameters.Map.ToString());
}
}
/// <summary>
///
/// </summary>
/// <param name="dim"></param>
public Dimension_DTO(dynamic dim)
{
if (dim.FrqCode != null)
{
this.FrqCode = dim.FrqCode;
}
if (dim.FrqValue != null)
{
this.FrqValue = dim.FrqValue;
}
if (dim.Frequency != null)
{
Frequency = new FrequencyRecordDTO_Create();
if (dim.Frequency.FrqCode != null)
{
this.FrqCode = dim.Frequency.FrqCode;
Frequency.Code = dim.Frequency.FrqCode;
}
if (dim.Frequency.FrqValue != null)
{
this.FrqValue = dim.Frequency.FrqValue;
Frequency.Value = dim.Frequency.FrqValue;
}
if (dim.Frequency.Period != null)
{
Frequency.Period = new List <PeriodRecordDTO_Create>();
foreach (dynamic per in dim.Frequency.Period)
{
PeriodRecordDTO_Create prd = new PeriodRecordDTO_Create();
if (per.PrdCode != null)
{
prd.Code = per.PrdCode;
}
if (per.PrdValue != null)
{
prd.Value = prd.Code;
}
Frequency.Period.Add(prd);
}
}
}
//Sometimes Period as a collection of periods may exist at the top level - e.g. PxFileBuild_API.Update
if (dim.Period != null)
{
Periods = new List <PeriodRecordDTO_Create>();
foreach (dynamic per in dim.Period)
{
PeriodRecordDTO_Create prd = new PeriodRecordDTO_Create();
if (per.PrdCode != null)
{
prd.Code = per.PrdCode;
}
if (per.PrdValue != null)
{
prd.Value = prd.Code;
}
Periods.Add(prd);
}
}
if (dim.StatisticLabel != null)
{
this.StatisticLabel = dim.StatisticLabel;
}
if (dim.CprValue != null)
{
this.CprValue = dim.CprValue;
}
if (dim.LngIsoCode != null)
{
this.LngIsoCode = dim.LngIsoCode;
}
if (dim.MtrNote != null)
{
this.MtrNote = dim.MtrNote;
}
if (dim.MtrTitle != null)
{
this.MtrTitle = dim.MtrTitle;
}
if (dim.Classification != null)
{
this.Classifications = new List <ClassificationRecordDTO_Create>();
foreach (var pCls in dim.Classification)
{
ClassificationRecordDTO_Create cls = new ClassificationRecordDTO_Create(pCls);
this.Classifications.Add(cls);
}
}
}
/// <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);
}
