internal static PolicyStatement ResolveCodeGroup(CodeGroup codeGroup, Evidence evidence)
{
if (codeGroup.GetType().Assembly != typeof(UnionCodeGroup).Assembly)
{
evidence.MarkAllEvidenceAsUsed();
}
return(codeGroup.Resolve(evidence));
}
#pragma warning disable 618
internal static PolicyStatement ResolveCodeGroup(CodeGroup codeGroup, Evidence evidence)
{
// Custom code groups won't know how to mark the evidence they're using, so we need to
// be pessimistic and mark it all as used if we encounter a code group from outside of mscorlib.
if (codeGroup.GetType().Assembly != typeof(UnionCodeGroup).Assembly)
{
evidence.MarkAllEvidenceAsUsed();
}
return(codeGroup.Resolve(evidence));
}
// Print the properties of the specified code group to the console.
private static void PrintCodeGroup(CodeGroup codeGroup)
{
// Compare the type of the specified object with the FileCodeGroup
// type.
if (!codeGroup.GetType().Equals(typeof(FileCodeGroup)))
{
throw new ArgumentException("Expected the FileCodeGroup type.");
}
string codeGroupName = codeGroup.Name;
string membershipCondition = codeGroup.MembershipCondition.ToString();
string permissionSetName = codeGroup.PermissionSetName;
int hashCode = codeGroup.GetHashCode();
string mergeLogic = "";
if (codeGroup.MergeLogic.Equals("Union"))
{
mergeLogic = " with Union merge logic";
}
// Retrieve the class path for FileCodeGroup.
string fileGroupClass = codeGroup.ToString();
// Write summary to the console window.
Console.WriteLine("\n*** " + fileGroupClass + " summary ***");
Console.Write("A FileCodeGroup named ");
Console.Write(codeGroupName + mergeLogic);
Console.Write(" has been created with hash code" + hashCode + ".");
Console.Write("This code group contains a " + membershipCondition);
Console.Write(" membership condition with the ");
Console.Write(permissionSetName + " permission set. ");
Console.Write("The code group has the following security policy: ");
Console.WriteLine(ResolveEvidence(codeGroup));
int childCount = codeGroup.Children.Count;
if (childCount > 0)
{
Console.Write("There are " + childCount);
Console.WriteLine(" child code groups in this code group.");
// Iterate through the child code groups to display their names
// and remove them from the specified code group.
for (int i = 0; i < childCount; i++)
{
// Get child code group as type FileCodeGroup.
FileCodeGroup childCodeGroup =
(FileCodeGroup)codeGroup.Children[i];
Console.Write("Removing the " + childCodeGroup.Name + ".");
// Remove child code group.
codeGroup.RemoveChild(childCodeGroup);
}
Console.WriteLine();
}
else
{
Console.Write("There are no child code groups");
Console.WriteLine(" in this code group.");
}
}
// Print the properties of the specified code group to the console.
private static void PrintCodeGroup(CodeGroup codeGroup)
{
// Compare the type of the specified object with the
// FirstMatchCodeGroup type.
//<Snippet12>
if (!codeGroup.GetType().Equals(typeof(FirstMatchCodeGroup)))
//</Snippet12>
{
throw new ArgumentException(
"Expected the FirstMatchCodeGroup type.");
}
string codeGroupName = codeGroup.Name;
string membershipCondition = codeGroup.MembershipCondition.ToString();
//<Snippet13>
string permissionSetName = codeGroup.PermissionSetName;
//</Snippet13>
//<Snippet14>
int hashCode = codeGroup.GetHashCode();
//</Snippet14>
string mergeLogic = "";
//<Snippet15>
if (codeGroup.MergeLogic.Equals("First Match"))
//</Snippet15>
{
mergeLogic = "with first-match merge logic";
}
// Retrieve the class path for the FirstMatchCodeGroup.
//<Snippet16>
string firstMatchGroupClass = codeGroup.ToString();
//</Snippet16>
string attributeString = "";
// Retrieve the string representation of the FirstMatchCodeGroup's
// attributes.
//<Snippet5>
if (codeGroup.AttributeString != null)
{
attributeString = codeGroup.AttributeString;
}
//</Snippet5>
// Write a summary to the console window.
Console.WriteLine("\n*** " + firstMatchGroupClass + " summary ***");
Console.Write("A FirstMatchCodeGroup named ");
Console.Write(codeGroupName + mergeLogic);
Console.Write(" has been created with hash code(" + hashCode + ").");
Console.Write("\nThis code group contains a " + membershipCondition);
Console.Write(" membership condition with the ");
Console.WriteLine(permissionSetName + " permission set.");
Console.Write("The code group contains the following policy: ");
Console.Write(ResolveEvidence(codeGroup));
Console.Write("\nIt also contains the following attributes: ");
Console.WriteLine(attributeString);
int childCount = codeGroup.Children.Count;
if (childCount > 0)
{
Console.Write("There are " + childCount);
Console.WriteLine(" child elements in the code group.");
// Iterate through the child code groups to display their names
// and then remove them from the specified code group.
for (int i = 0; i < childCount; i++)
{
// Retrieve a child code group, which has been cast as a
// FirstMatchCodeGroup type.
//<Snippet21>
FirstMatchCodeGroup childCodeGroup =
(FirstMatchCodeGroup)codeGroup.Children[i];
//</Snippet21>
Console.Write("Removing the " + childCodeGroup.Name + ".");
// Remove the child code group.
//<Snippet17>
codeGroup.RemoveChild(childCodeGroup);
//</Snippet17>
}
Console.WriteLine();
}
else
{
Console.WriteLine(" No child code groups were found in this" +
" code group.");
}
}