PropertySearcherItem CreateSearcherItem(string path, MemberInfoValue member, int hashCode,
List <SearcherItem> childItems)
{
var childItem = new PropertySearcherItem(member, path, hashCode, children: childItems);
childItem.Enabled = m_ExistingMembers.Contains(childItem.GetHashCode());
return(childItem);
}
public void Test_GetNonPublicMembers()
{
//Arrange
var graphMetadata = CreateGraphMetadata();
//Act
List <MemberInfoValue> members = graphMetadata.NonPublicMembers;
//Assert
var graphVariable = m_MockNonPublicGraphVariable.Object;
var publicMemberInfoDTO = new MemberInfoValue(s_GraphTypeHandle, graphVariable.DataType, graphVariable.Name, MemberTypes.Field);
CollectionAssert.Contains(members, publicMemberInfoDTO);
}
PropertySearcherItem SearcherItemForType(int depth, string path, int parentHash, MemberInfoValue member)
{
TypeHandle memberType = member.UnderlyingType;
ITypeMetadata memberTypeMetadataCSharp = m_Resolver.Resolve(memberType);
string memberName = member.Name;
int hashCode = GenerateSearcherItemHashCode(parentHash, memberName);
List <SearcherItem> childItems = null;
if (depth > 0)
{
childItems = SearcherItemsForType(depth - 1, memberTypeMetadataCSharp, path + " " + memberName, hashCode, m_RecursiveFlags);
}
return(CreateSearcherItem(path, member, hashCode, childItems));
}
public PropertySearcherItem(MemberInfoValue memberInfo, string path, int hashcode, string help = "", List <SearcherItem> children = null)
: base(memberInfo.Name, help, children)
{
MemberInfo = memberInfo;
m_HashCode = hashcode;
}
public bool MemberAllowed(MemberInfoValue value)
{
return(true);
}
public bool MemberAllowed(MemberInfoValue value)
{
return(value.Name != nameof(TestMemberClass.BlacklistedField) &&
value.Name != nameof(TestMemberClass.BlacklistedProperty));
}
public bool MemberAllowed(MemberInfoValue value)
{
return(!m_BlacklistedMembers.Contains(value));
}
public virtual bool MemberAllowed(MemberInfoValue value) => true;
