internal RuntimeDataSourceParameters(Microsoft.ReportingServices.ReportIntermediateFormat.Report report, Microsoft.ReportingServices.ReportIntermediateFormat.DataSource dataSource, OnDemandProcessingContext processingContext, int parameterDataSetIndex, ReportParameterDataSetCache aCache)
: base(report, dataSource, processingContext, mergeTransactions: false)
{
Global.Tracer.Assert(parameterDataSetIndex != -1, "Parameter DataSet index must be specified when processing parameters");
m_parameterDataSetIndex = parameterDataSetIndex;
m_paramDataCache = aCache;
}
internal void FetchParameterData(ReportParameterDataSetCache aCache, int aDataSourceIndex, int aDataSetIndex)
{
RuntimeDataSourceParameters item = new RuntimeDataSourceParameters(m_report, m_report.DataSources[aDataSourceIndex], m_odpContext, aDataSetIndex, aCache);
m_runtimeDataSources.Add(item);
FetchData();
}
private void ProcessParameter(ParameterInfoCollection aParameters, int aParamIndex)
{
ParameterInfo parameterInfo = aParameters[aParamIndex];
parameterInfo.MissingUpstreamDataSourcePrompt = false;
IParameterDef parameterDef = null;
bool flag = aParameters.UserProfileState != UserProfileState.None;
if (m_processingContext.SnapshotProcessing && parameterInfo.UsedInQuery)
{
parameterInfo.State = ReportParameterState.HasValidValue;
parameterInfo.StoreLabels();
return;
}
if (parameterInfo.DynamicDefaultValue || parameterInfo.DynamicValidValues || parameterInfo.DynamicPrompt)
{
UpdateParametersContext(aParameters, m_lastDynamicParam, aParamIndex);
m_lastDynamicParam = aParamIndex;
parameterDef = GetParameterDef(aParamIndex);
Global.Tracer.Assert(parameterDef != null, "null != paramDef, parameter {0}", parameterInfo.Name.MarkAsPrivate());
Global.Tracer.Assert(parameterInfo.DataType == parameterDef.DataType, "paramInfo.DataType == paramDef.DataType, parameter {0}", parameterInfo.Name.MarkAsPrivate());
AssertAreSameParameterByName(parameterInfo, parameterDef);
}
bool flag2 = m_dependenciesSubmitted.ContainsKey(parameterInfo.Name);
if (parameterInfo.DynamicPrompt && (flag2 || !parameterInfo.IsUserSupplied || flag))
{
SetupExprHost(parameterDef);
string text = EvaluatePromptExpr(parameterInfo, parameterDef);
if (text == null || text.Equals(string.Empty))
{
text = parameterInfo.Name;
}
parameterInfo.Prompt = text;
}
switch (parameterInfo.CalculateDependencyStatus())
{
case ReportParameterDependencyState.HasOutstandingDependencies:
parameterInfo.State = ReportParameterState.HasOutstandingDependencies;
parameterInfo.Values = null;
if (parameterInfo.DynamicDefaultValue)
{
parameterInfo.DefaultValues = null;
}
if (parameterInfo.DynamicValidValues)
{
parameterInfo.ValidValues = null;
}
return;
case ReportParameterDependencyState.MissingUpstreamDataSourcePrompt:
parameterInfo.MissingUpstreamDataSourcePrompt = true;
parameterInfo.State = ReportParameterState.DynamicValuesUnavailable;
return;
default:
Global.Tracer.Assert(condition: false, "Unexpected dependency state.");
break;
case ReportParameterDependencyState.AllDependenciesSpecified:
break;
}
bool flag3 = parameterInfo.DynamicDefaultValue && (parameterInfo.Values == null || (parameterInfo.Values != null && !parameterInfo.IsUserSupplied)) && ((m_processingContext.SnapshotProcessing && parameterDef.HasDefaultValuesExpressions() && (flag || (parameterInfo.DependencyList != null && (parameterInfo.Values == null || (!parameterInfo.IsUserSupplied && flag2))))) || (!m_processingContext.SnapshotProcessing && (flag2 || parameterInfo.Values == null)));
if (parameterInfo.DynamicValidValues && ((m_processingContext.SnapshotProcessing && parameterDef.HasValidValuesValueExpressions() && (parameterInfo.DependencyList != null || (flag && flag3))) || (!m_processingContext.SnapshotProcessing && ((parameterInfo.ValidValues != null && flag2) || parameterInfo.ValidValues == null))) && !ProcessValidValues(parameterInfo, parameterDef, flag3))
{
parameterInfo.State = ReportParameterState.DynamicValuesUnavailable;
return;
}
if (!flag3 && parameterInfo.Values != null)
{
if (parameterInfo.ValueIsValid())
{
parameterInfo.State = ReportParameterState.HasValidValue;
parameterInfo.StoreLabels();
}
else
{
parameterInfo.State = ReportParameterState.InvalidValueProvided;
parameterInfo.Values = null;
parameterInfo.EnsureLabelsAreGenerated();
}
return;
}
parameterInfo.Values = null;
parameterInfo.State = ReportParameterState.MissingValidValue;
if (flag3 && !ProcessDefaultValue(parameterInfo, parameterDef))
{
parameterInfo.State = ReportParameterState.DynamicValuesUnavailable;
return;
}
if (parameterInfo.DefaultValues != null)
{
parameterInfo.Values = parameterInfo.DefaultValues;
if (!parameterInfo.ValueIsValid())
{
parameterInfo.Values = null;
parameterInfo.State = ReportParameterState.DefaultValueInvalid;
parameterInfo.EnsureLabelsAreGenerated();
}
else
{
parameterInfo.State = ReportParameterState.HasValidValue;
parameterInfo.StoreLabels();
}
}
m_paramDataSetCache = null;
}
internal bool ProcessValidValues(ParameterInfo parameter, IParameterDef paramDef, bool aEvaluateDefaultValues)
{
if (parameter == null || paramDef == null)
{
return(true);
}
IParameterDataSource validValuesDataSource = paramDef.ValidValuesDataSource;
if (paramDef.HasValidValuesDataSource())
{
if (m_processingContext.EnableDataBackedParameters)
{
if (NeedPrompt(validValuesDataSource))
{
parameter.MissingUpstreamDataSourcePrompt = true;
return(false);
}
IParameterDataSource defaultDataSource = paramDef.DefaultDataSource;
bool aRetrievalDefaultValues = aEvaluateDefaultValues && defaultDataSource != null && defaultDataSource.DataSourceIndex == validValuesDataSource.DataSourceIndex && defaultDataSource.DataSetIndex == validValuesDataSource.DataSetIndex;
m_paramDataSetCache = ProcessReportParameterDataSet(parameter, paramDef, validValuesDataSource, aRetrieveValidValues: true, aRetrievalDefaultValues);
if (Global.Tracer.TraceVerbose && parameter.ValidValues != null && parameter.ValidValues.Count == 0)
{
Global.Tracer.Trace(TraceLevel.Verbose, "Parameter '{0}' dynamic valid value list does not contain any values.", parameter.Name.MarkAsPrivate());
}
}
}
else if (paramDef.HasValidValuesValueExpressions())
{
int validValuesValueExpressionCount = paramDef.ValidValuesValueExpressionCount;
Global.Tracer.Assert(validValuesValueExpressionCount != 0, "(0 != count)");
Global.Tracer.Assert(paramDef.HasValidValuesLabelExpressions() && validValuesValueExpressionCount == paramDef.ValidValuesLabelExpressionCount);
SetupExprHost(paramDef);
parameter.ValidValues = new ValidValueList(validValuesValueExpressionCount);
for (int i = 0; i < validValuesValueExpressionCount; i++)
{
object obj = EvaluateValidValueExpr(paramDef, i);
object obj2 = EvaluateValidValueLabelExpr(paramDef, i);
bool flag = obj is object[];
bool flag2 = obj2 is object[];
if (flag && (flag2 || obj2 == null))
{
object[] array = obj as object[];
object[] array2 = obj2 as object[];
if (array2 != null && array.Length != array2.Length)
{
m_processingContext.ErrorContext.Register(ProcessingErrorCode.rsInvalidValidValueList, Severity.Error, ObjectType.ReportParameter, paramDef.Name, "ValidValues");
throw new ReportProcessingException(m_processingContext.ErrorContext.Messages);
}
int num = array.Length;
for (int j = 0; j < num; j++)
{
obj2 = ((array2 == null) ? null : array2[j]);
ConvertAndAddValidValue(parameter, paramDef, array[j], obj2);
}
}
else
{
if (flag || (flag2 && obj2 != null))
{
m_processingContext.ErrorContext.Register(ProcessingErrorCode.rsInvalidValidValueList, Severity.Error, ObjectType.ReportParameter, paramDef.Name, "ValidValues");
throw new ReportProcessingException(m_processingContext.ErrorContext.Messages);
}
ConvertAndAddValidValue(parameter, paramDef, obj, obj2);
}
}
}
return(true);
}
public RuntimeParameterDataSet(Microsoft.ReportingServices.ReportIntermediateFormat.DataSource dataSource, Microsoft.ReportingServices.ReportIntermediateFormat.DataSet dataSet, DataSetInstance dataSetInstance, OnDemandProcessingContext processingContext, bool mustEvaluateThroughReportObjectModel, ReportParameterDataSetCache aCache)
: base(dataSource, dataSet, dataSetInstance, processingContext, processRetrievedData: true)
{
m_parameterDataSetObj = aCache;
m_mustEvaluateThroughReportObjectModel = mustEvaluateThroughReportObjectModel;
}