System.Data.SQLite
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<?xml version="1.0" encoding="utf-8"?> 

<!-- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
         Copyright (c) Microsoft Corporation, All rights reserved.
    This code sample is provided "AS IS" without warranty of any kind,
    it is not recommended for use in a production environment.
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<VSDataObjectSupport xmlns="http://tempuri.org/VSDataObjectSupport.xsd">
	<Types>
		<!--
			The root type provides a single object with no identifier.  Properties
			on this object are global to a connection.
		-->
		<RootType>
			<Properties>
        <Property name="Server" type="System.String" itemName="DataSource"/>
        <Property name="Database" type="System.String" itemName="Database"/>
      </Properties>
			<Actions>
				<!--
					This enumerator provides access to properties on the ADO .NET
					DbConnection object as well as access to each connection string
					keyword value.
				-->
				<Action name="Enumerate" guid="61CC0372-384D-42e5-9707-6D7C8DC5287A" handler="Microsoft.VisualStudio.Data.AdoDotNet.AdoDotNetRootObjectEnumerator"/>
			</Actions>
		</RootType>

		<!--
			Defines a type that represents a table.
		-->
		<Type name="Table" defaultSort="Database, Schema, Name">
			<Concepts>
				<!--
					This type maps to the "Table" concept.  The restrictions attribute
					specifies how to map the generic restrictions for the concept (catalog,
					schema and name) into the specific restrictions for this type.  In this
					case the generic and specific restrictions are identical.  The filter
					indicates that generic enumerations should only get BASE TABLE rows.
				-->
				<Concept name="Table" restrictions="{Catalog},null,{Name},TABLE"/>
			</Concepts>
			<Identifier>
				<!--
					The concepts here specify which data represents the generic identifier
					of the table (catalog, schema and name).  In this case the generic and
					specific identifier are identical.
				-->
				<Part name="Database" itemName="table_catalog">
					<Concepts>
						<Concept name="Identifier0"/>
					</Concepts>
				</Part>
				<Part name="Schema" itemName="table_schema">
					<Concepts>
						<Concept name="Identifier1"/>
					</Concepts>
				</Part>
				<Part name="Name" itemName="table_name">
					<Concepts>
						<Concept name="Identifier2"/>
					</Concepts>
				</Part>
			</Identifier>
			<Restrictions>
				<!--
					Since the set of restrictions available for this type are different from
					the set of identifier parts, we explicitly specify what data can be
					restricted on here.
				-->
				<Restriction name="Database"/>
				<Restriction name="Schema"/>
				<Restriction name="Name"/>
				<Restriction name="Type"/>
			</Restrictions>
			<Properties>
				<Property name="Name" type="System.String" itemName="table_name"/>
				<Property name="Schema" type="System.String" itemName="table_schema"/>
				<Property name="Type" type="System.String" itemName="table_type"/>
			</Properties>
			<Actions>
				<Action name="Enumerate" guid="61CC0372-384D-42e5-9707-6D7C8DC5287A" handler="Microsoft.VisualStudio.Data.AdoDotNet.AdoDotNetObjectEnumerator">
					<Parameter value="Tables"/>
				</Action>
				<!--
					The BuildDSRef action allows objects to be dragged from the server
					explorer to various built in data designers.  The parameters to the
					base DSRefBuilder implementation specify how to build the DSRef tree
					given parts of an identifier of this object type.
				-->
				<Action name="BuildDSRef" guid="7C030900-E8DD-471b-8F18-D83DA7036144" handler="Microsoft.VisualStudio.Data.DSRefBuilder">
					<Parameter>
						<Parameter value="{2}"/>
						<Parameter value="{1}"/>
						<Parameter value="Table"/>
						<Parameter/>
						<Parameter>
							<!-- GUID_DSRefProperty_PreciseType -->
							<Parameter value="39A5A7E7-513F-44a4-B79D-7652CD8962D9">
								<Parameter value="101" type="System.Int32"/> <!-- Table -->
							</Parameter>
						</Parameter>
					</Parameter>
				</Action>
			</Actions>
		</Type>

		<!--
			Defines a type that represents a table column.
		-->
		<Type name="TableColumn" defaultSort="Database, Schema, Table, Ordinal">
			<Concepts>
				<Concept name="TableColumn" restrictions="{Catalog}, null, {Table}, {Name}"/>
			</Concepts>
			<Identifier>
				<Part name="Database" itemName="table_catalog">
					<Concepts>
						<Concept name="Identifier0"/>
					</Concepts>
				</Part>
				<Part name="Schema" itemName="table_schema">
					<Concepts>
						<Concept name="Identifier1"/>
					</Concepts>
				</Part>
				<Part name="Table" itemName="table_name">
					<Concepts>
						<Concept name="Identifier2"/>
					</Concepts>
				</Part>
				<Part name="Name" itemName="column_name">
					<Concepts>
						<Concept name="Identifier3"/>
					</Concepts>
				</Part>
			</Identifier>
			<Properties>
				<Property name="Name" type="System.String" itemName="column_name"/>
				<Property name="Ordinal" type="System.Int32" itemName="ordinal_position">
					<Concepts>
						<Concept name="Ordinal">
							<!--
								The Ordinal concept is defined as an Int32 so we must convert it to
								the expected type.
							-->
						</Concept>
					</Concepts>
				</Property>
				<Property name="SystemType" type="System.String" itemName="data_type">
					<Concepts>
						<!--
							We can produce reasonable values for all data type concepts given just
							the system type.  The default ADO .NET object concept mapper uses the
							ADO .NET DataTypes schema collection to map underlying system type
							to the provider specific type and framework data type.  The
							System.Data.DbType is then inferred from the framework type.
						-->
						<Concept name="UserDataType"/>
						<Concept name="NativeDataType"/>
						<Concept name="ProviderDataType">
							<Conversion mapper="Microsoft.VisualStudio.Data.AdoDotNet.AdoDotNetObjectConceptMapper"/>
						</Concept>
						<Concept name="ProviderDbType">
							<Conversion mapper="Microsoft.VisualStudio.Data.AdoDotNet.AdoDotNetObjectConceptMapper"/>
						</Concept>
						<Concept name="FrameworkDataType">
							<Conversion mapper="Microsoft.VisualStudio.Data.AdoDotNet.AdoDotNetObjectConceptMapper"/>
						</Concept>
					</Concepts>
				</Property>
				<Property name="Length" type="System.Int32" itemName='character_maximum_length'>
					<Concepts>
						<Concept name="Length"/>
					</Concepts>
				</Property>
				<Property name="Precision" type="System.Int32" itemName="numeric_precision">
					<Concepts>
						<Concept name="Precision">
						</Concept>
					</Concepts>
				</Property>
				<Property name="Scale" type="System.Int32" itemName="numeric_scale">
					<Concepts>
						<Concept name="Scale"/>
					</Concepts>
				</Property>
				<Property name="Nullable" type="System.Boolean" itemName="is_nullable">
					<Concepts>
						<!--
							The nullable concept is defined as a boolean value but the enumeration
							returns a 'YES' or 'NO' string.  We can do the conversion inline using
							an expression.
						-->
						<Concept name="Nullable">
						</Concept>
					</Concepts>
				</Property>
				<Property name="Default" type="System.String" itemName="column_default">
					<Concepts>
						<Concept name="Default"/>
					</Concepts>
				</Property>
			</Properties>
			<Actions>
				<Action name="Enumerate" guid="61CC0372-384D-42e5-9707-6D7C8DC5287A" handler="Microsoft.VisualStudio.Data.AdoDotNet.AdoDotNetObjectEnumerator">
					<Parameter value="Columns"/>
				</Action>
				<Action name="BuildDSRef" guid="7C030900-E8DD-471b-8F18-D83DA7036144" handler="Microsoft.VisualStudio.Data.DSRefBuilder">
					<Parameter>
						<Parameter value="{2}"/>
						<Parameter value="{1}"/>
						<Parameter value="Table"/>
						<Parameter/>
						<Parameter>
							<!-- GUID_DSRefProperty_PreciseType -->
							<Parameter value="39A5A7E7-513F-44a4-B79D-7652CD8962D9">
								<Parameter value="101" type="System.Int32"/> <!-- Table -->
							</Parameter>
						</Parameter>
						<Parameter>
							<Parameter>
								<Parameter value="{3}"/>
								<Parameter/>
								<Parameter value="Field"/>
								<Parameter/>
								<Parameter>
									<!-- GUID_DSRefProperty_PreciseType -->
									<Parameter value="39A5A7E7-513F-44a4-B79D-7652CD8962D9">
										<Parameter value="102" type="System.Int32"/> <!-- Table_Column -->
									</Parameter>
								</Parameter>
							</Parameter>
						</Parameter>
					</Parameter>
				</Action>
			</Actions>
		</Type>

    <!--
			Defines a type that represents a view.
		-->
		<Type name="View" defaultSort="Database, Schema, Name">
			<Concepts>
				<Concept name="View" restrictions="{Catalog}, null,{Name}"/>
			</Concepts>
			<Identifier>
				<Part name="Database" itemName="table_catalog">
					<Concepts>
						<Concept name="Identifier0"/>
					</Concepts>
				</Part>
				<Part name="Schema" itemName="table_schema">
					<Concepts>
						<Concept name="Identifier1"/>
					</Concepts>
				</Part>
				<Part name="Name" itemName="table_name">
					<Concepts>
						<Concept name="Identifier2"/>
					</Concepts>
				</Part>
			</Identifier>
			<Properties>
				<Property name="Name" type="System.String" itemName="table_name"/>
				<Property name="Schema" type="System.String" itemName="table_schema">
					<Concepts>
						<Concept name="Schema"/>
					</Concepts>
				</Property>
				<Property name="CheckOption" type="System.Boolean" itemName="check_option"/>
				<Property name="IsUpdatable" type="System.Boolean" itemName="is_updatable"/>
			</Properties>
			<Actions>
				<Action name="Enumerate" guid="61CC0372-384D-42e5-9707-6D7C8DC5287A" handler="Microsoft.VisualStudio.Data.AdoDotNet.AdoDotNetObjectEnumerator">
					<Parameter value="Views"/>
				</Action>
				<Action name="BuildDSRef" guid="7C030900-E8DD-471b-8F18-D83DA7036144" handler="Microsoft.VisualStudio.Data.DSRefBuilder">
					<Parameter>
						<Parameter value="{2}"/>
						<Parameter value="{1}"/>
						<Parameter value="View"/>
						<Parameter/>
						<Parameter>
							<!-- GUID_DSRefProperty_PreciseType -->
							<Parameter value="39A5A7E7-513F-44a4-B79D-7652CD8962D9">
								<Parameter value="301" type="System.Int32"/> <!-- View -->
							</Parameter>
						</Parameter>
					</Parameter>
				</Action>
			</Actions>
		</Type>

		<!--
			Defines a type that represents a view column.
		-->
		<Type name="ViewColumn" defaultSort="Database, Schema, View, Ordinal">
			<Concepts>
				<Concept name="ViewColumn" restrictions="{Catalog},null,{View},{Name}"/>
			</Concepts>
			<Identifier>
				<Part name="Database" itemName="table_catalog">
					<Concepts>
						<Concept name="Identifier0"/>
					</Concepts>
				</Part>
				<Part name="Schema" itemName="table_schema">
					<Concepts>
						<Concept name="Identifier1"/>
					</Concepts>
				</Part>
				<Part name="View" itemName="table_name">
					<Concepts>
						<Concept name="Identifier2"/>
					</Concepts>
				</Part>
				<Part name="Name" itemName="column_name">
					<Concepts>
						<Concept name="Identifier3"/>
					</Concepts>
				</Part>
			</Identifier>
			<Properties>
				<Property name="Name" type="System.String" itemName="column_name"/>
				<Property name="Ordinal" type="System.Int32" itemName="ordinal_position">
					<Concepts>
						<Concept name="Ordinal">
						</Concept>
					</Concepts>
				</Property>
				<Property name="SystemType" type="System.String" itemName="data_type">
					<Concepts>
						<Concept name="UserDataType"/>
						<Concept name="NativeDataType"/>
						<Concept name="ProviderDataType">
							<Conversion mapper="Microsoft.VisualStudio.Data.AdoDotNet.AdoDotNetObjectConceptMapper"/>
						</Concept>
						<Concept name="ProviderDbType">
							<Conversion mapper="Microsoft.VisualStudio.Data.AdoDotNet.AdoDotNetObjectConceptMapper"/>
						</Concept>
						<Concept name="FrameworkDataType">
							<Conversion mapper="Microsoft.VisualStudio.Data.AdoDotNet.AdoDotNetObjectConceptMapper"/>
						</Concept>
					</Concepts>
				</Property>
				<Property name="Length" type="System.Int32" itemName='character_maximum_length'>
					<Concepts>
						<Concept name="Length"/>
					</Concepts>
				</Property>
				<Property name="Precision" type="System.Int32" itemName="numeric_precision">
					<Concepts>
						<Concept name="Precision">
						</Concept>
					</Concepts>
				</Property>
				<Property name="Scale" type="System.Int32" itemName="numeric_scale">
					<Concepts>
						<Concept name="Scale"/>
					</Concepts>
				</Property>
				<Property name="Nullable" type="System.Boolean" itemName="is_nullable">
					<Concepts>
						<Concept name="Nullable">
						</Concept>
					</Concepts>
				</Property>
				<Property name="Default" type="System.String" itemName="column_default">
					<Concepts>
						<Concept name="Default"/>
					</Concepts>
				</Property>
			</Properties>
			<Actions>
				<Action name="Enumerate" guid="61CC0372-384D-42e5-9707-6D7C8DC5287A" handler="Microsoft.VisualStudio.Data.AdoDotNet.AdoDotNetObjectEnumerator">
					<Parameter value="Columns"/>
				</Action>
				<Action name="BuildDSRef" guid="7C030900-E8DD-471b-8F18-D83DA7036144" handler="Microsoft.VisualStudio.Data.DSRefBuilder">
					<Parameter>
						<Parameter value="{2}"/>
						<Parameter value="{1}"/>
						<Parameter value="View"/>
						<Parameter/>
						<Parameter>
							<!-- GUID_DSRefProperty_PreciseType -->
							<Parameter value="39A5A7E7-513F-44a4-B79D-7652CD8962D9">
								<Parameter value="301" type="System.Int32"/> <!-- View -->
							</Parameter>
						</Parameter>
						<Parameter>
							<Parameter>
								<Parameter value="{3}"/>
								<Parameter/>
								<Parameter value="Field"/>
								<Parameter/>
								<Parameter>
									<!-- GUID_DSRefProperty_PreciseType -->
									<Parameter value="39A5A7E7-513F-44a4-B79D-7652CD8962D9">
										<Parameter value="302" type="System.Int32"/> <!-- View_Column -->
									</Parameter>
								</Parameter>
							</Parameter>
						</Parameter>
					</Parameter>
				</Action>
			</Actions>
		</Type>
    <!--
			Defines a type that represents an index.
		-->
    <Type name="Index" defaultSort="Database, Schema, Table, Name">
      <Concepts>
        <!--
					In SQL Server all unique keys are described as indexes, so we can map
					this type to the TableUniqueKey concept.  However not all indexes are
					unique keys, so we must filter the objects based on the IsUnique
					property.
				-->
        <Concept name="TableUniqueKey" restrictions="{Catalog},{Schema},{Table},{Name}" filter="IsUnique = true"/>
      </Concepts>
      <Identifier>
        <Part name="Database" itemName="table_catalog">
          <Concepts>
            <Concept name="Identifier0"/>
          </Concepts>
        </Part>
        <Part name="Schema" itemName="table_schema">
          <Concepts>
            <Concept name="Identifier1"/>
          </Concepts>
        </Part>
        <Part name="Table" itemName="table_name">
          <Concepts>
            <Concept name="Identifier2"/>
          </Concepts>
        </Part>
        <Part name="Name" itemName="index_name">
          <Concepts>
            <Concept name="Identifier3"/>
          </Concepts>
        </Part>
      </Identifier>
      <Properties>
        <Property name="Name" type="System.String" itemName="index_name"/>
        <Property name="IsUnique" type="System.Boolean" itemName="UNIQUE"/>
        <Property name="IsPrimary" type="System.Boolean" itemName="PRIMARY_KEY">
          <Concepts>
            <Concept name="IsPrimary"/>
          </Concepts>
        </Property>
      </Properties>
      <Actions>
        <Action name="Enumerate" guid="61CC0372-384D-42e5-9707-6D7C8DC5287A" handler="Microsoft.VisualStudio.Data.AdoDotNet.AdoDotNetObjectEnumerator">
          <Parameter value="Indexes"/>
        </Action>
        <Action name="BuildDSRef" guid="7C030900-E8DD-471b-8F18-D83DA7036144" handler="Microsoft.VisualStudio.Data.DSRefBuilder">
          <Parameter>
            <Parameter value="{2}"/>
            <Parameter value="{1}"/>
            <Parameter value="Table"/>
            <Parameter/>
            <Parameter>
              <!-- GUID_DSRefProperty_Qualifier -->
              <Parameter value="4656BAEA-F397-11ce-BFE1-00AA0057B34E">
                <Parameter value="{0}"/>
              </Parameter>
              <!-- GUID_DSRefProperty_PreciseType -->
              <Parameter value="39A5A7E7-513F-44a4-B79D-7652CD8962D9">
                <Parameter value="101" type="System.Int32"/>
                <!-- Table -->
              </Parameter>
            </Parameter>
            <Parameter>
              <Parameter>
                <Parameter value="{3}"/>
                <Parameter/>
                <Parameter value="Index"/>
              </Parameter>
            </Parameter>
          </Parameter>
        </Action>
      </Actions>
    </Type>

    <!--
			Defines a type that represents an index column.
		-->
    <Type name="IndexColumn" defaultSort="Database, Schema, Table, Index, Ordinal">
      <Concepts>
        <Concept name="TableUniqueKeyColumn" restrictions="{Catalog},{Schema},{Table},{TableUniqueKey},{Name}"/>
      </Concepts>
      <Identifier>
        <Part name="Database" itemName="table_catalog">
          <Concepts>
            <Concept name="Identifier0"/>
          </Concepts>
        </Part>
        <Part name="Schema" itemName="table_schema">
          <Concepts>
            <Concept name="Identifier1"/>
          </Concepts>
        </Part>
        <Part name="Table" itemName="table_name">
          <Concepts>
            <Concept name="Identifier2"/>
          </Concepts>
        </Part>
        <Part name="Index" itemName="index_name">
          <Concepts>
            <Concept name="Identifier3"/>
          </Concepts>
        </Part>
        <Part name="Name" itemName="column_name">
          <Concepts>
            <Concept name="Identifier4"/>
          </Concepts>
        </Part>
      </Identifier>
      <Properties>
        <Property name="Name" type="System.String" itemName="column_name"/>
        <Property name="Ordinal" type="System.Byte" itemName="ordinal_position">
          <Concepts>
            <Concept name="Ordinal">
              <Conversion>
                <ChangeType type="System.Int32"/>
              </Conversion>
            </Concept>
          </Concepts>
        </Property>
      </Properties>
      <Actions>
        <Action name="Enumerate" guid="61CC0372-384D-42e5-9707-6D7C8DC5287A" handler="Microsoft.VisualStudio.Data.AdoDotNet.AdoDotNetObjectEnumerator">
          <Parameter value="IndexColumns"/>
        </Action>
        <Action name="BuildDSRef" guid="7C030900-E8DD-471b-8F18-D83DA7036144" handler="Microsoft.VisualStudio.Data.DSRefBuilder">
          <Parameter>
            <Parameter value="{2}"/>
            <Parameter value="{1}"/>
            <Parameter value="Table"/>
            <Parameter/>
            <Parameter>
              <!-- GUID_DSRefProperty_Qualifier -->
              <Parameter value="4656BAEA-F397-11ce-BFE1-00AA0057B34E">
                <Parameter value="{0}"/>
              </Parameter>
              <!-- GUID_DSRefProperty_PreciseType -->
              <Parameter value="39A5A7E7-513F-44a4-B79D-7652CD8962D9">
                <Parameter value="101" type="System.Int32"/>
                <!-- Table -->
              </Parameter>
            </Parameter>
            <Parameter>
              <Parameter>
                <Parameter value="{3}"/>
                <Parameter/>
                <Parameter value="Index"/>
                <Parameter/>
                <Parameter/>
                <Parameter>
                  <Parameter>
                    <Parameter value="{4}"/>
                    <Parameter/>
                    <Parameter value="Field"/>
                  </Parameter>
                </Parameter>
              </Parameter>
            </Parameter>
          </Parameter>
        </Action>
      </Actions>
    </Type>

    <!--
			Defines a type that represents a foreign key.
		-->
    <Type name="ForeignKey" defaultSort="Database, Schema, Table, Name">
      <Concepts>
        <Concept name="TableForeignKey" restrictions="{Catalog},{Schema},{Table},{Name}"/>
      </Concepts>
      <Identifier>
        <Part name="Database" itemName="table_catalog">
          <Concepts>
            <Concept name="Identifier0"/>
          </Concepts>
        </Part>
        <Part name="Schema" itemName="table_schema">
          <Concepts>
            <Concept name="Identifier1"/>
          </Concepts>
        </Part>
        <Part name="Table" itemName="table_name">
          <Concepts>
            <Concept name="Identifier2"/>
          </Concepts>
        </Part>
        <Part name="Name" itemName="constraint_name">
          <Concepts>
            <Concept name="Identifier3"/>
          </Concepts>
        </Part>
      </Identifier>
      <Properties>
        <Property name="Name" type="System.String" itemName="constraint_name"/>
        <Property name="ReferencedTableDatabase" type="System.String" itemName="fkey_to_catalog">
          <Concepts>
            <Concept name="ReferencedTableId0"/>
          </Concepts>
        </Property>
        <Property name="ReferencedTableSchema" type="System.String" itemName="fkey_to_schema">
          <Concepts>
            <!--
							The ForeignKey type concept specifies that there should be property
							concepts that fully identify the referenced table.  These concepts
							are defined similar to the identifier concepts.  If a reference
							concept is missing (e.g. ReferencedTableId0) it is assumed to be the
							same as the main object identifier part.
						-->
            <Concept name="ReferencedTableId1"/>
          </Concepts>
        </Property>
        <Property name="ReferencedTableName" type="System.String" itemName="fkey_to_table">
          <Concepts>
            <Concept name="ReferencedTableId2"/>
          </Concepts>
        </Property>
      </Properties>
      <Actions>
        <Action name="Enumerate" guid="61CC0372-384D-42e5-9707-6D7C8DC5287A" handler="Microsoft.VisualStudio.Data.AdoDotNet.AdoDotNetObjectEnumerator">
          <Parameter value="ForeignKeys"/>
        </Action>
      </Actions>
    </Type>

    <!--
			Defines a type that represents a foreign key column.
		-->
    <Type name="ForeignKeyColumn" defaultSort="Database, Schema, Table, ForeignKey, Ordinal">
      <Concepts>
        <Concept name="TableForeignKeyColumn" restrictions="{Catalog},{Schema},{Table},{TableForeignKey},{Name}"/>
      </Concepts>
      <Identifier>
        <Part name="Database" itemName="table_catalog">
          <Concepts>
            <Concept name="Identifier0"/>
          </Concepts>
        </Part>
        <Part name="Schema" itemName="table_schema">
          <Concepts>
            <Concept name="Identifier1"/>
          </Concepts>
        </Part>
        <Part name="Table" itemName="table_name">
          <Concepts>
            <Concept name="Identifier2"/>
          </Concepts>
        </Part>
        <Part name="ForeignKey" itemName="constraint_name">
          <Concepts>
            <Concept name="Identifier3"/>
          </Concepts>
        </Part>
        <Part name="Name" itemName="fkey_from_column">
          <Concepts>
            <Concept name="Identifier4"/>
          </Concepts>
        </Part>
      </Identifier>
      <Properties>
        <Property name="Name" type="System.String" itemName="fkey_from_column"/>
        <Property name="Ordinal" type="System.Int32" itemName="fkey_from_ordinal_position">
          <Concepts>
            <Concept name="Ordinal"/>
          </Concepts>
        </Property>
        <Property name="ReferencedColumnName" type="System.String" itemName="fkey_to_column">
          <Concepts>
            <!--
							The ForeignKeyColumn type concept specifies that there should be
							a property concept that gives the name of the referenced column
							in the referenced table.
						-->
            <Concept name="ReferencedTableColumn"/>
          </Concepts>
        </Property>
      </Properties>
      <Actions>
        <Action name="Enumerate" guid="61CC0372-384D-42e5-9707-6D7C8DC5287A" handler="Microsoft.VisualStudio.Data.AdoDotNet.AdoDotNetObjectEnumerator">
          <Parameter value="ForeignKeys"/>
        </Action>
      </Actions>
    </Type>
  </Types>
</VSDataObjectSupport>