private static void BuildTypeDescriptorVariables(ITypeSymbol type, CCodeUnit unit)
{
if (!type.IsAtomicType())
{
var namedTypeSymbol = (INamedTypeSymbol)type;
// add type descriptor
// add call flag for static constructor
var typeDescriptorHolderField = new FieldImpl
{
Name = "__type_descriptor",
Type =
new NamedTypeImpl
{
Name = "GC_descr",
TypeKind = TypeKind.TypeParameter
},
ContainingType = namedTypeSymbol,
ContainingNamespace = type.ContainingNamespace,
IsStatic = true,
HasConstantValue = true,
ConstantValue = 0
};
unit.Declarations.Add(new CCodeFieldDeclaration(typeDescriptorHolderField)
{
DoNotWrapStatic = true
});
unit.Definitions.Add(new CCodeFieldDefinition(typeDescriptorHolderField)
{
DoNotWrapStatic = true
});
}
}
public static void AddGroupNameValuePair(OnDemandProcessingContext odpContext, AspNetCore.ReportingServices.ReportIntermediateFormat.Grouping grouping, Dictionary <string, object> nameValuePairs)
{
if (grouping != null)
{
Global.Tracer.Assert(grouping.GroupExpressions != null && 0 < grouping.GroupExpressions.Count);
AspNetCore.ReportingServices.ReportIntermediateFormat.ExpressionInfo expressionInfo = grouping.GroupExpressions[0];
if (expressionInfo.Type == AspNetCore.ReportingServices.ReportIntermediateFormat.ExpressionInfo.Types.Field)
{
try
{
FieldImpl fieldImpl = odpContext.ReportObjectModel.FieldsImpl[expressionInfo.IntValue];
if (fieldImpl.FieldDef != null)
{
object value = fieldImpl.Value;
if (!nameValuePairs.ContainsKey(fieldImpl.FieldDef.DataField))
{
nameValuePairs.Add(fieldImpl.FieldDef.DataField, (value is DBNull) ? null : value);
}
}
}
catch (Exception e)
{
if (!AsynchronousExceptionDetection.IsStoppingException(e))
{
goto end_IL_0097;
}
throw;
end_IL_0097 :;
}
}
}
}
private static void BuildMethodTableVariables(ITypeSymbol type, CCodeUnit unit)
{
// add methods table
unit.Declarations.Add(new CCodeClassDeclaration(new CCodeMethodsTableClass((INamedTypeSymbol)type)));
var tableMethodsField = new FieldImpl
{
Name = "_methods_table",
Type =
new NamedTypeImpl
{
Name = "__type_methods_table",
ContainingSymbol = type,
TypeKind = TypeKind.Unknown,
ContainingType = (INamedTypeSymbol)type
},
ContainingType = (INamedTypeSymbol)type,
ContainingNamespace = type.ContainingNamespace,
IsStatic = true
};
unit.Declarations.Add(new CCodeFieldDeclaration(tableMethodsField)
{
DoNotWrapStatic = true
});
unit.Definitions.Add(new CCodeFieldDefinition(tableMethodsField)
{
DoNotWrapStatic = true
});
}
private static void BuildRuntimeInfoVariables(ITypeSymbol type, ITypeSymbol runtimeInfoType, CCodeUnit unit)
{
// add runtimeinfo
var namedTypeSymbol = (INamedTypeSymbol)type;
var runtimeInfoField = new FieldImpl
{
Name = "__rt_info",
Type = new NamedTypeImpl {
Name = "__runtimetype_info", TypeKind = TypeKind.Unknown,
},
ContainingType = namedTypeSymbol,
ContainingNamespace = type.ContainingNamespace,
IsStatic = true,
HasConstantValue = true,
ConstantValue = CreateRuntimeInfoInitialization((INamedTypeSymbol)runtimeInfoType)
};
unit.Declarations.Add(new CCodeFieldDeclaration(runtimeInfoField)
{
DoNotWrapStatic = true
});
unit.Definitions.Add(new CCodeFieldDefinition(runtimeInfoField)
{
DoNotWrapStatic = true
});
}
public bool ShouldSkipCurrentRow()
{
FieldsImpl fieldsImpl = this.m_odpContext.ReportObjectModel.FieldsImpl;
bool flag = true;
for (int i = 0; i < this.m_expressions.Count; i++)
{
if (!flag)
{
break;
}
AspNetCore.ReportingServices.ReportIntermediateFormat.ExpressionInfo expressionInfo = this.m_expressions[i];
if (expressionInfo.FieldIndex < 0)
{
flag = false;
}
else
{
FieldImpl fieldImpl = fieldsImpl[expressionInfo.FieldIndex];
if (fieldImpl.FieldStatus != 0)
{
return(false);
}
int num = this.m_odpContext.CompareAndStopOnError(this.m_values[i], fieldImpl.Value, this.m_scope.DataScopeObjectType, this.m_scope.Name, "GroupExpression", false);
flag = (num == 0);
}
}
return(flag);
}
private void field(XmlElement fieldElement, FieldImpl field, ProcessBlockImpl processBlock)
{
String attributeName = fieldElement.GetProperty("attribute");
this.addUnresolvedReference(field, attributeName, processBlock, "attribute", typeof(IAttribute));
String accessText = xmlElement.GetProperty("access");
field.Access = FieldAccessHelper.fromText(accessText);
}
public RecordField(FieldImpl field)
{
this.m_fieldStatus = field.FieldStatus;
this.m_properties = field.Properties;
if (this.m_fieldStatus == DataFieldStatus.None)
{
this.m_fieldValue = field.Value;
this.m_isAggregationField = field.IsAggregationField;
}
}
internal RecordField(FieldImpl field)
{
m_fieldStatus = field.FieldStatus;
m_properties = field.Properties;
if (m_fieldStatus == DataFieldStatus.None)
{
m_fieldValue = field.Value;
m_isAggregationField = field.IsAggregationField;
}
}
internal static FieldImpl GetInstance([CallerMemberName] string callerName = "")
{
JToken json = new JObject();
JsonSource(ref json);
var instance = (FieldImpl)FieldImpl.FromToken(json);
InstanceFactory(ref instance, callerName);
return(instance);
}
public static FieldValue getFieldValue(string value,
java.lang.Integer valueTypeObj)
{
int valueType = valueTypeObj.intValue();
FieldValue field = null;
if ( value == null ) {
valueType = Evaluator.__Fields.NULL_TYPE;
}
switch ( valueType ) {
case Evaluator.__Fields.NULL_TYPE :
field = new FieldImpl( null );
break;
case Evaluator.__Fields.CHAR_TYPE :
field = new FieldImpl(char.Parse(value));
break;
case Evaluator.__Fields.BYTE_TYPE :
//byte b = Encoding.UTF8.GetBytes(value)[0];
field = new FieldImpl(byte.Parse(value));
break;
case Evaluator.__Fields.SHORT_TYPE :
field = new FieldImpl( short.Parse(value ) );
break;
case Evaluator.__Fields.INTEGER_TYPE :
field = new FieldImpl( int.Parse( value ) );
break;
case Evaluator.__Fields.LONG_TYPE :
field = new FieldImpl( long.Parse( value ) );
break;
case Evaluator.__Fields.FLOAT_TYPE :
field = new FieldImpl( float.Parse( value ) );
break;
case Evaluator.__Fields.DOUBLE_TYPE :
field = new FieldImpl( double.Parse( value ) );
break;
case Evaluator.__Fields.BOOLEAN_TYPE :
field = new FieldImpl( bool.Parse ( value ) );
break;
case Evaluator.__Fields.STRING_TYPE :
field = new FieldImpl( value );
break;
case Evaluator.__Fields.DATE_TYPE :
//MN: I think its fine like this, seems to work !
field = new FieldImpl( DateTime.Parse(value) );
break;
case Evaluator.__Fields.ARRAY_TYPE :
//MN: I think its fine like this.
field = new FieldImpl( value );
break;
case Evaluator.__Fields.OBJECT_TYPE :
field = new FieldImpl( value );
break;
}
return field;
}
private void state(XmlElement stateElement, StateImpl state, ProcessBlockImpl processBlock)
{
this.node(stateElement, state, processBlock);
IEnumerator iter = xmlElement.GetChildElements("field").GetEnumerator();
while (iter.MoveNext())
{
FieldImpl field = state.CreateField();
this.field((XmlElement)iter.Current, field, processBlock);
}
}
public RecordField(FieldImpl field, FieldInfo fieldInfo)
{
this.m_fieldStatus = field.FieldStatus;
if (this.m_fieldStatus == DataFieldStatus.None)
{
this.m_fieldValue = field.Value;
this.m_isAggregationField = field.IsAggregationField;
}
if (fieldInfo != null && 0 < fieldInfo.PropertyCount)
{
this.m_fieldPropertyValues = new List <object>(fieldInfo.PropertyCount);
for (int i = 0; i < fieldInfo.PropertyCount; i++)
{
object property = field.GetProperty(fieldInfo.PropertyNames[i]);
this.m_fieldPropertyValues.Add(property);
}
}
}
private static void BuildTypeHolderVariables(ITypeSymbol type, CCodeUnit unit)
{
// add call flag for static constructor
var namedTypeSymbol = (INamedTypeSymbol)type;
var runtimeType = "RuntimeType".ToSystemType(true);
var typeHolderField = new FieldImpl
{
Name = "__type",
Type =
runtimeType,
ContainingType = namedTypeSymbol,
ContainingNamespace = type.ContainingNamespace,
IsStatic = true,
HasConstantValue = true,
ConstantValue = new ObjectCreationExpression
{
Type = runtimeType,
Arguments =
{
new AddressOfOperator {
Operand = new FieldAccess{
Field = new FieldImpl{
ContainingType = namedTypeSymbol, Name = "__rt_info", IsStatic = true
}
}
}
},
CppClassInitialization = true
}
};
unit.Declarations.Add(new CCodeFieldDeclaration(typeHolderField)
{
DoNotWrapStatic = true
});
unit.Definitions.Add(new CCodeFieldDefinition(typeHolderField)
{
DoNotWrapStatic = true
});
}
private void resolveReferences()
{
IEnumerator iter = unresolvedReferences.GetEnumerator();
while (iter.MoveNext())
{
UnresolvedReference unresolvedReference = (UnresolvedReference)iter.Current;
Object referencingObject = unresolvedReference.ReferencingObject;
String referenceDestinationName = unresolvedReference.DestinationName;
ProcessBlockImpl scope = unresolvedReference.DestinationScope;
String property = unresolvedReference.Property;
Object referencedObject = FindInScope(unresolvedReference, unresolvedReference.DestinationScope);
if (referencedObject == null)
{
//AddError("failed to deploy process archive : couldn't resolve " + property + "=\"" + referenceDestinationName + "\" from " + referencingObject + " in scope " + scope);
}
else
{
if (referencingObject is TransitionImpl)
{
if (property.Equals("to"))
{
TransitionImpl transition = (TransitionImpl)referencingObject;
transition.To = (NodeImpl)referencedObject;
}
}
if (referencingObject is FieldImpl)
{
if (property.Equals("attribute"))
{
FieldImpl field = (FieldImpl)referencingObject;
field.Attribute = (AttributeImpl)referencedObject;
}
}
}
}
}
public bool ShouldSkipCurrentRow()
{
FieldsImpl fieldsImpl = m_odpContext.ReportObjectModel.FieldsImpl;
bool flag = true;
for (int i = 0; i < m_expressions.Count && flag; i++)
{
Microsoft.ReportingServices.ReportIntermediateFormat.ExpressionInfo expressionInfo = m_expressions[i];
if (expressionInfo.FieldIndex < 0)
{
flag = false;
continue;
}
FieldImpl fieldImpl = fieldsImpl[expressionInfo.FieldIndex];
if (fieldImpl.FieldStatus != 0)
{
return(false);
}
flag = (m_odpContext.CompareAndStopOnError(m_values[i], fieldImpl.Value, m_scope.DataScopeObjectType, m_scope.Name, "GroupExpression", extendedTypeComparisons: false) == 0);
}
return(flag);
}
//private const String queryFieldsByState = "select f from f in class NetBpm.Workflow.Definition.Impl.FieldImpl " +
// "where f.State.Id = ? " +
// "order by f.Index";
public IActivityForm GetStartForm(String authenticatedActorId, Int64 processDefinitionId, DbSession dbSession, IOrganisationService organisationComponent)
{
IActivityForm activityForm = null;
// First check if the actor is allowed to get this form
authorizationHelper.CheckGetStartForm(authenticatedActorId, processDefinitionId, dbSession);
ProcessDefinitionImpl processDefinition = (ProcessDefinitionImpl)dbSession.Load(typeof(ProcessDefinitionImpl), processDefinitionId);
StartStateImpl startState = (StartStateImpl)processDefinition.StartState;
// create a convenient map from the attribute-names to the fields
IList fields = fieldRepository.FindFieldsByState(startState.Id, dbSession);
IDictionary attributeValues = new Hashtable();
IEnumerator iter = fields.GetEnumerator();
while (iter.MoveNext())
{
FieldImpl field = (FieldImpl)iter.Current;
// if the attribute has an initial value
AttributeImpl attribute = (AttributeImpl)field.Attribute;
String attributeName = attribute.Name;
String initialValue = attribute.InitialValue;
if ((Object)initialValue != null && (FieldAccessHelper.IsReadable(field.Access) || FieldAccessHelper.IsWritable(field.Access)))
{
// start form contains only fields that are readable or writable
// get it and store it in the attributeValues
AttributeInstanceImpl attributeInstance = new AttributeInstanceImpl();
attributeInstance.Attribute = attribute;
attributeInstance.ValueText = initialValue;
attributeValues[attributeName] = attributeInstance.GetValue();
}
}
activityForm = new ActivityFormImpl(processDefinition, fields, attributeValues);
return(activityForm);
}
private static void BuildStaticConstructorVariables(ITypeSymbol type, CCodeUnit unit)
{
// add call flag for static constructor
var cctorCalledField = new FieldImpl
{
Name = "_cctor_called",
Type = new TypeImpl {
SpecialType = SpecialType.System_Boolean
},
ContainingType = (INamedTypeSymbol)type,
ContainingNamespace = type.ContainingNamespace,
IsStatic = true
};
unit.Declarations.Add(new CCodeFieldDeclaration(cctorCalledField)
{
DoNotWrapStatic = true
});
unit.Definitions.Add(new CCodeFieldDefinition(cctorCalledField)
{
DoNotWrapStatic = true
});
}
public IActivityForm GetActivityForm(String authenticatedActorId, Int64 flowId, DbSession dbSession, IOrganisationService organisationComponent)
{
IActivityForm activityForm = null;
// First check if the actor is allowed to get this form
authorizationHelper.CheckGetActivityForm(authenticatedActorId, flowId, dbSession);
FlowImpl flow = (FlowImpl)dbSession.Load(typeof(FlowImpl), flowId);
StateImpl state = (StateImpl)flow.Node;
// create an executionContext for easy attributeValue retrieval
ExecutionContextImpl executionContext = new ExecutionContextImpl(null, flow, dbSession, organisationComponent);
// create a convenient map from the attribute-names to the fields
IList fields = fieldRepository.FindFieldsByState(state.Id, dbSession);
IDictionary attributeValues = new Hashtable();
IEnumerator iter = fields.GetEnumerator();
while (iter.MoveNext())
{
FieldImpl field = (FieldImpl)iter.Current;
if (FieldAccessHelper.IsReadable(field.Access) || FieldAccessHelper.IsWritable(field.Access))
{
// activity form contains only readable or writeable fields
String attributeName = field.Attribute.Name;
if (executionContext.GetAttribute(attributeName) != null)
{
// attribute might not exist (this will cause a warning already being logged previusly)
attributeValues[attributeName] = executionContext.GetAttribute(attributeName);
}
}
}
activityForm = new ActivityFormImpl(flow, fields, attributeValues);
return(activityForm);
}
private static void BuildTypeHolderVariables(ITypeSymbol type, CCodeUnit unit)
{
// add call flag for static constructor
var typeHolderField = new FieldImpl
{
Name = "__type",
Type =
new NamedTypeImpl
{
Name = "RuntimeType",
ContainingNamespace =
new NamespaceImpl
{
MetadataName = "System",
ContainingNamespace = new NamespaceImpl {
IsGlobalNamespace = true, ContainingAssembly = new AssemblySymbolImpl {
MetadataName = "CoreLib"
}
}
},
TypeKind = TypeKind.Struct
},
ContainingType = (INamedTypeSymbol)type,
ContainingNamespace = type.ContainingNamespace,
IsStatic = true
};
unit.Declarations.Add(new CCodeFieldDeclaration(typeHolderField)
{
DoNotWrapStatic = true
});
unit.Definitions.Add(new CCodeFieldDefinition(typeHolderField)
{
DoNotWrapStatic = true
});
}
private static void BuildStaticConstructorVariables(ITypeSymbol type, CCodeUnit unit)
{
// add call flag for static constructor
var cctorBeingCalledField = new FieldImpl
{
Name = "_cctor_being_called",
Type = new NamedTypeImpl {
SpecialType = SpecialType.System_Boolean
},
ContainingType = (INamedTypeSymbol)type,
ContainingNamespace = type.ContainingNamespace,
IsStatic = true,
HasConstantValue = true,
ConstantValue = "false"
};
unit.Declarations.Add(new CCodeFieldDeclaration(cctorBeingCalledField)
{
DoNotWrapStatic = true
});
unit.Definitions.Add(new CCodeFieldDefinition(cctorBeingCalledField)
{
DoNotWrapStatic = true
});
// add call flag for static constructor
var cctorCalledField = new FieldImpl
{
Name = "_cctor_called",
Type = new NamedTypeImpl {
SpecialType = SpecialType.System_Boolean
},
ContainingType = (INamedTypeSymbol)type,
ContainingNamespace = type.ContainingNamespace,
IsStatic = true,
HasConstantValue = true,
ConstantValue = "false"
};
unit.Declarations.Add(new CCodeFieldDeclaration(cctorCalledField)
{
DoNotWrapStatic = true
});
unit.Definitions.Add(new CCodeFieldDefinition(cctorCalledField)
{
DoNotWrapStatic = true
});
var cctorCalledLock = new FieldImpl
{
Name = "_cctor_lock",
Type = new NamedTypeImpl {
Name = "recursive_mutex", TypeKind = TypeKind.Struct, ContainingNamespace = new NamespaceImpl {
MetadataName = "std"
}
},
ContainingType = (INamedTypeSymbol)type,
ContainingNamespace = type.ContainingNamespace,
IsStatic = true
};
unit.Declarations.Add(new CCodeFieldDeclaration(cctorCalledLock)
{
DoNotWrapStatic = true
});
unit.Definitions.Add(new CCodeFieldDefinition(cctorCalledLock)
{
DoNotWrapStatic = true
});
}
private static List <Declaration> BuildDeclarations()
{
List <Declaration> list = new List <Declaration>(83);
list.Add(Aggregate.GetDeclaration());
list.Add(AggregateRow.GetDeclaration());
list.Add(Avg.GetDeclaration());
list.Add(BTree.GetDeclaration());
list.Add(BTreeNode.GetDeclaration());
list.Add(BTreeNodeTuple.GetDeclaration());
list.Add(BTreeNodeTupleList.GetDeclaration());
list.Add(BTreeNodeHierarchyObj.GetDeclaration());
list.Add(CalculatedFieldWrapperImpl.GetDeclaration());
list.Add(ChildLeafInfo.GetDeclaration());
list.Add(Count.GetDeclaration());
list.Add(CountDistinct.GetDeclaration());
list.Add(CountRows.GetDeclaration());
list.Add(DataAggregateObj.GetDeclaration());
list.Add(DataAggregateObjResult.GetDeclaration());
list.Add(DataRegionMemberInstance.GetDeclaration());
list.Add(DataFieldRow.GetDeclaration());
list.Add(FieldImpl.GetDeclaration());
list.Add(First.GetDeclaration());
list.Add(Last.GetDeclaration());
list.Add(Max.GetDeclaration());
list.Add(Min.GetDeclaration());
list.Add(Previous.GetDeclaration());
list.Add(RuntimeCell.GetDeclaration());
list.Add(RuntimeCells.GetDeclaration());
list.Add(RuntimeCellWithContents.GetDeclaration());
list.Add(RuntimeChartCriCell.GetDeclaration());
list.Add(RuntimeChartCriGroupLeafObj.GetDeclaration());
list.Add(RuntimeChartCriObj.GetDeclaration());
list.Add(RuntimeChartObj.GetDeclaration());
list.Add(RuntimeCriObj.GetDeclaration());
list.Add(RuntimeDataRegionObj.GetDeclaration());
list.Add(RuntimeDataTablixObj.GetDeclaration());
list.Add(RuntimeDataTablixGroupLeafObj.GetDeclaration());
list.Add(RuntimeDataTablixGroupRootObj.GetDeclaration());
list.Add(RuntimeDataTablixMemberObj.GetDeclaration());
list.Add(RuntimeDataTablixWithScopedItemsObj.GetDeclaration());
list.Add(RuntimeDataTablixWithScopedItemsGroupLeafObj.GetDeclaration());
list.Add(RuntimeDetailObj.GetDeclaration());
list.Add(RuntimeExpressionInfo.GetDeclaration());
list.Add(RuntimeGroupLeafObj.GetDeclaration());
list.Add(RuntimeGroupObj.GetDeclaration());
list.Add(RuntimeGroupRootObj.GetDeclaration());
list.Add(RuntimeGroupingObj.GetDeclaration());
list.Add(RuntimeHierarchyObj.GetDeclaration());
list.Add(RuntimeMemberObj.GetDeclaration());
list.Add(RuntimeRDLDataRegionObj.GetDeclaration());
list.Add(RuntimeRICollection.GetDeclaration());
list.Add(RuntimeSortDataHolder.GetDeclaration());
list.Add(RuntimeSortFilterEventInfo.GetDeclaration());
list.Add(RuntimeSortFilterEventInfo.SortExpressionScopeInstanceHolder.GetDeclaration());
list.Add(RuntimeSortFilterEventInfo.SortFilterExpressionScopeObj.GetDeclaration());
list.Add(RuntimeSortFilterEventInfo.SortScopeValuesHolder.GetDeclaration());
list.Add(RuntimeSortHierarchyObj.GetDeclaration());
list.Add(RuntimeSortHierarchyObj.SortHierarchyStructure.GetDeclaration());
list.Add(RuntimeDataRowSortHierarchyObj.GetDeclaration());
list.Add(RuntimeTablixCell.GetDeclaration());
list.Add(RuntimeTablixGroupLeafObj.GetDeclaration());
list.Add(RuntimeTablixObj.GetDeclaration());
list.Add(RuntimeUserSortTargetInfo.GetDeclaration());
list.Add(ScopeInstance.GetDeclaration());
list.Add(ScopeLookupTable.GetDeclaration());
list.Add(StDev.GetDeclaration());
list.Add(StDevP.GetDeclaration());
list.Add(Sum.GetDeclaration());
list.Add(Var.GetDeclaration());
list.Add(VarBase.GetDeclaration());
list.Add(VarP.GetDeclaration());
list.Add(Filters.FilterKey.GetDeclaration());
list.Add(RuntimeGaugePanelObj.GetDeclaration());
list.Add(LookupMatches.GetDeclaration());
list.Add(LookupMatchesWithRows.GetDeclaration());
list.Add(LookupTable.GetDeclaration());
list.Add(RuntimeMapDataRegionObj.GetDeclaration());
list.Add(DataScopeInfo.GetDeclaration());
list.Add(BucketedDataAggregateObjs.GetDeclaration());
list.Add(DataAggregateObjBucket.GetDeclaration());
list.Add(RuntimeGroupingObjHash.GetDeclaration());
list.Add(RuntimeGroupingObjTree.GetDeclaration());
list.Add(RuntimeGroupingObjDetail.GetDeclaration());
list.Add(RuntimeGroupingObjDetailUserSort.GetDeclaration());
list.Add(RuntimeGroupingObjLinkedList.GetDeclaration());
list.Add(RuntimeGroupingObjNaturalGroup.GetDeclaration());
return(list);
}
public bool TryCreateObject(ObjectType objectType, out IPersistable persistObj)
{
switch (objectType)
{
case ObjectType.Aggregate:
persistObj = new Aggregate();
break;
case ObjectType.AggregateRow:
persistObj = new AggregateRow();
break;
case ObjectType.Avg:
persistObj = new Avg();
break;
case ObjectType.BTree:
persistObj = new BTree();
break;
case ObjectType.BTreeNode:
persistObj = new BTreeNode();
break;
case ObjectType.BTreeNodeTupleList:
persistObj = new BTreeNodeTupleList();
break;
case ObjectType.BTreeNodeTuple:
persistObj = new BTreeNodeTuple();
break;
case ObjectType.BTreeNodeHierarchyObj:
persistObj = new BTreeNodeHierarchyObj();
break;
case ObjectType.CalculatedFieldWrapperImpl:
persistObj = new CalculatedFieldWrapperImpl();
break;
case ObjectType.ChildLeafInfo:
persistObj = new ChildLeafInfo();
break;
case ObjectType.Count:
persistObj = new Count();
break;
case ObjectType.CountDistinct:
persistObj = new CountDistinct();
break;
case ObjectType.CountRows:
persistObj = new CountRows();
break;
case ObjectType.DataAggregateObj:
persistObj = new DataAggregateObj();
break;
case ObjectType.DataAggregateObjResult:
persistObj = new DataAggregateObjResult();
break;
case ObjectType.DataFieldRow:
persistObj = new DataFieldRow();
break;
case ObjectType.DataRegionMemberInstance:
persistObj = new DataRegionMemberInstance();
break;
case ObjectType.FieldImpl:
persistObj = new FieldImpl();
break;
case ObjectType.First:
persistObj = new First();
break;
case ObjectType.Last:
persistObj = new Last();
break;
case ObjectType.Max:
persistObj = new Max();
break;
case ObjectType.Min:
persistObj = new Min();
break;
case ObjectType.Previous:
persistObj = new Previous();
break;
case ObjectType.RuntimeCells:
persistObj = new RuntimeCells();
break;
case ObjectType.RuntimeChartCriCell:
persistObj = new RuntimeChartCriCell();
break;
case ObjectType.RuntimeChartCriGroupLeafObj:
persistObj = new RuntimeChartCriGroupLeafObj();
break;
case ObjectType.RuntimeChartObj:
persistObj = new RuntimeChartObj();
break;
case ObjectType.RuntimeGaugePanelObj:
persistObj = new RuntimeGaugePanelObj();
break;
case ObjectType.RuntimeCriObj:
persistObj = new RuntimeCriObj();
break;
case ObjectType.RuntimeDataTablixGroupRootObj:
persistObj = new RuntimeDataTablixGroupRootObj();
break;
case ObjectType.RuntimeDataTablixMemberObj:
persistObj = new RuntimeDataTablixMemberObj();
break;
case ObjectType.RuntimeExpressionInfo:
persistObj = new RuntimeExpressionInfo();
break;
case ObjectType.RuntimeHierarchyObj:
persistObj = new RuntimeHierarchyObj();
break;
case ObjectType.RuntimeRICollection:
persistObj = new RuntimeRICollection();
break;
case ObjectType.RuntimeSortDataHolder:
persistObj = new RuntimeSortDataHolder();
break;
case ObjectType.RuntimeSortFilterEventInfo:
persistObj = new RuntimeSortFilterEventInfo();
break;
case ObjectType.RuntimeSortHierarchyObj:
persistObj = new RuntimeSortHierarchyObj();
break;
case ObjectType.RuntimeDataRowSortHierarchyObj:
persistObj = new RuntimeDataRowSortHierarchyObj();
break;
case ObjectType.RuntimeTablixCell:
persistObj = new RuntimeTablixCell();
break;
case ObjectType.RuntimeTablixGroupLeafObj:
persistObj = new RuntimeTablixGroupLeafObj();
break;
case ObjectType.RuntimeTablixObj:
persistObj = new RuntimeTablixObj();
break;
case ObjectType.RuntimeUserSortTargetInfo:
persistObj = new RuntimeUserSortTargetInfo();
break;
case ObjectType.ScopeLookupTable:
persistObj = new ScopeLookupTable();
break;
case ObjectType.SortExpressionScopeInstanceHolder:
persistObj = new RuntimeSortFilterEventInfo.SortExpressionScopeInstanceHolder();
break;
case ObjectType.SortFilterExpressionScopeObj:
persistObj = new RuntimeSortFilterEventInfo.SortFilterExpressionScopeObj();
break;
case ObjectType.SortHierarchyStruct:
persistObj = new RuntimeSortHierarchyObj.SortHierarchyStructure();
break;
case ObjectType.SortScopeValuesHolder:
persistObj = new RuntimeSortFilterEventInfo.SortScopeValuesHolder();
break;
case ObjectType.StDev:
persistObj = new StDev();
break;
case ObjectType.StDevP:
persistObj = new StDevP();
break;
case ObjectType.StorageItem:
persistObj = new StorageItem();
break;
case ObjectType.Sum:
persistObj = new Sum();
break;
case ObjectType.Var:
persistObj = new Var();
break;
case ObjectType.VarP:
persistObj = new VarP();
break;
case ObjectType.FilterKey:
persistObj = new Filters.FilterKey();
break;
case ObjectType.LookupMatches:
persistObj = new LookupMatches();
break;
case ObjectType.LookupMatchesWithRows:
persistObj = new LookupMatchesWithRows();
break;
case ObjectType.LookupTable:
persistObj = new LookupTable();
break;
case ObjectType.Union:
persistObj = new Union();
break;
case ObjectType.RuntimeMapDataRegionObj:
persistObj = new RuntimeMapDataRegionObj();
break;
case ObjectType.DataScopeInfo:
persistObj = new DataScopeInfo();
break;
case ObjectType.BucketedDataAggregateObjs:
persistObj = new BucketedDataAggregateObjs();
break;
case ObjectType.DataAggregateObjBucket:
persistObj = new DataAggregateObjBucket();
break;
case ObjectType.RuntimeGroupingObjHash:
persistObj = new RuntimeGroupingObjHash();
break;
case ObjectType.RuntimeGroupingObjTree:
persistObj = new RuntimeGroupingObjTree();
break;
case ObjectType.RuntimeGroupingObjDetail:
persistObj = new RuntimeGroupingObjDetail();
break;
case ObjectType.RuntimeGroupingObjDetailUserSort:
persistObj = new RuntimeGroupingObjDetailUserSort();
break;
case ObjectType.RuntimeGroupingObjLinkedList:
persistObj = new RuntimeGroupingObjLinkedList();
break;
case ObjectType.RuntimeGroupingObjNaturalGroup:
persistObj = new RuntimeGroupingObjNaturalGroup();
break;
default:
persistObj = null;
return(false);
}
return(true);
}
public static FieldValue getFieldValue(string value,
java.lang.Integer valueTypeObj)
{
int valueType = valueTypeObj.intValue();
FieldValue field = null;
if (value == null)
{
valueType = Evaluator.__Fields.NULL_TYPE;
}
switch (valueType)
{
case Evaluator.__Fields.NULL_TYPE:
field = new FieldImpl(null);
break;
case Evaluator.__Fields.CHAR_TYPE:
field = new FieldImpl(char.Parse(value));
break;
case Evaluator.__Fields.BYTE_TYPE:
//byte b = Encoding.UTF8.GetBytes(value)[0];
field = new FieldImpl(byte.Parse(value));
break;
case Evaluator.__Fields.SHORT_TYPE:
field = new FieldImpl(short.Parse(value));
break;
case Evaluator.__Fields.INTEGER_TYPE:
field = new FieldImpl(int.Parse(value));
break;
case Evaluator.__Fields.LONG_TYPE:
field = new FieldImpl(long.Parse(value));
break;
case Evaluator.__Fields.FLOAT_TYPE:
field = new FieldImpl(float.Parse(value));
break;
case Evaluator.__Fields.DOUBLE_TYPE:
field = new FieldImpl(double.Parse(value));
break;
case Evaluator.__Fields.BOOLEAN_TYPE:
field = new FieldImpl(bool.Parse(value));
break;
case Evaluator.__Fields.STRING_TYPE:
field = new FieldImpl(value);
break;
case Evaluator.__Fields.DATE_TYPE:
//MN: I think its fine like this, seems to work !
field = new FieldImpl(DateTime.Parse(value));
break;
case Evaluator.__Fields.ARRAY_TYPE:
//MN: I think its fine like this.
field = new FieldImpl(value);
break;
case Evaluator.__Fields.OBJECT_TYPE:
field = new FieldImpl(value);
break;
}
return(field);
}
public void CheckAccess(IDictionary attributeValues, StateImpl state)
{
IDictionary fields = new Hashtable();
// first we check if a value is supplied for all required fields
IEnumerator iter = state.Fields.GetEnumerator();
log.Debug(iter);
while (iter.MoveNext())
{
FieldImpl field = (FieldImpl)iter.Current;
String attributeName = field.Attribute.Name;
fields[attributeName] = field;
// if a field is found required and no attribute value is supplied throw
// RequiredFieldException
log.Debug(field);
log.Debug(field.Access);
if ((FieldAccessHelper.IsRequired(field.Access)) && (attributeValues == null))
{
throw new RequiredFieldException(field);
}
// OR
// if field is found required and attribute value of it is not available
// throw RequiredFieldException
if ((FieldAccessHelper.IsRequired(field.Access)) && (attributeValues != null) && (!attributeValues.Contains(attributeName)))
{
throw new RequiredFieldException(field);
}
}
// then we check if the access of all supplied values is writable
IList attributeNamesToBeRemoved = new ArrayList(); // store attribute name of attribute to be removed
if (attributeValues != null)
{
iter = attributeValues.GetEnumerator();
while (iter.MoveNext())
{
DictionaryEntry entry = (DictionaryEntry)iter.Current;
String attributeName = (String)entry.Key;
FieldImpl field = (FieldImpl)fields[attributeName];
if ((field != null) && (!FieldAccessHelper.IsWritable(field.Access)))
{
log.Warn("ignoring attributeValue for unwritable attribute '" + attributeName + "'");
// commented out cause will result in ConcurrentModificationException
// instead copy its attribute name and remove later OR do a deep copy of the
// attributeValues so there is one set that gets iterated and another that
//gets deleted???
//attributeValues.remove( attributeName );
attributeNamesToBeRemoved.Add(attributeName);
}
}
// now removed collected to be removed attribute
IEnumerator itr = attributeNamesToBeRemoved.GetEnumerator();
while (itr.MoveNext())
{
String an = (String)itr.Current;
attributeValues.Remove(an);
}
}
}
static partial void InstanceFactory(ref FieldImpl instance, [CallerMemberName] string callerName = "");
