public void IsParentTest()
{
PwDatabase db = new PwDatabase();
db.RootGroup = new PwGroup();
TreeManager um = new TreeManager();
userManager.Initialize(db);
rootGroup = db.RootGroup;
//groups are named like g<# of group>_<level in tree> level 0 is the copyRootGroup
PwGroup g1_1 = new PwGroup(true, true, "g1_1", PwIcon.Apple);
PwGroup g2_1 = new PwGroup(true, true, "g2_1", PwIcon.Apple);
PwGroup g3_2 = new PwGroup(true, true, "g3_2", PwIcon.Apple);
PwGroup g4_3 = new PwGroup(true, true, "g4_3", PwIcon.Apple);
rootGroup.AddGroup(g1_1, true);
rootGroup.AddGroup(g2_1, true);
g2_1.AddGroup(g3_2, true);
g3_2.AddGroup(g4_3, true);
PwEntry pe1_0 = new PwEntry(true, true);
PwEntry pe2_1 = new PwEntry(true, true);
PwEntry pe3_2 = new PwEntry(true, true);
PwEntry pe4_3 = new PwEntry(true, true);
rootGroup.AddEntry(pe1_0, true);
g2_1.AddEntry(pe2_1, true);
g3_2.AddEntry(pe3_2, true);
g4_3.AddEntry(pe4_3, true);
Assert.IsTrue(pe1_0.IsInsideParent(rootGroup));
Assert.IsTrue(pe4_3.IsInsideParent(rootGroup));
Assert.IsTrue(pe4_3.IsInsideParent(g2_1));
Assert.IsTrue(g4_3.IsInsideParent(g2_1));
Assert.IsTrue(g4_3.IsInsideParent(rootGroup));
Assert.IsFalse(pe1_0.IsInsideParent(g2_1));
Assert.IsFalse(pe4_3.IsInsideParent(g1_1));
Assert.IsFalse(pe2_1.IsInsideParent(g3_2));
Assert.IsFalse(g2_1.IsInsideParent(g4_3));
}
private Changes FixSharingNodesFor(PwEntry userNode)
{
PwGroup userHome = m_database.GetUserHomeFor(userNode, false);
PwGroup usersGroup = m_database.GetUsersGroup();
PwGroup recycleBin = m_database.RootGroup.FindGroup(m_database.RecycleBinUuid, false);
if (m_database.RecycleBinEnabled && userNode.IsInsideParent(recycleBin))
{
return(RemoveDeletedSharingNodes(userNode, userHome, usersGroup));
}
if (userNode.ParentGroup.IsHome() && !userNode.IsInsideParent(usersGroup))
{
return(RestoreMovedUsersHome(userNode, userHome, usersGroup));
}
if (userNode.ParentGroup != userHome)
{
return(RestoreMovedUserNode(userNode, userHome, usersGroup));
}
return(EnsureMatchingNamingAndIcons(userNode, userHome, usersGroup));
}
private Changes RemoveDeletedSharingNodes(PwEntry userNode, PwGroup userHome, PwGroup usersGroup)
{
PwGroup recycleBin = m_database.RootGroup.FindGroup(m_database.RecycleBinUuid, false);
Debug.Assert(userNode.IsInsideParent(recycleBin));
//we delete the user completely
userNode.DeleteFrom(userNode.ParentGroup, m_database);
RemoveBrokenProxies();
//if only the rootNode was moved to trash, we have to delete the users Home too!
if (null != userHome)
{
userHome.DeleteFrom(usersGroup, m_database);
}
return(Changes.GroupDeleted | Changes.EntryDeleted);
}
private Changes RestoreMovedUserNode(PwEntry userNode, PwGroup userHome, PwGroup usersGroup)
{
//only the userNode was moved..
//are we located anywhere in the "users"group => here we have to be careful!
if (userNode.IsInsideParent(usersGroup))
{
//do we have a applicable homeFolder?
if (null != userHome)
{
//then we should only move back!
userNode.ParentGroup.Entries.Remove(userNode);
userNode.SetParent(userHome);
//and we are done here...
return(Changes.EntryMoved);
}
}
else
{
//else userNode was moved intentionally to share a folder, so move the rootNode back
//and create a proxy at the new location
PwGroup parentGroup = userNode.ParentGroup;
parentGroup.Entries.Remove(userNode);
//ensure that the original rootNode is located in his homefolder
//move the original userRootNode back to his homefolder
userNode.SetParent(m_database.GetUserHomeFor(userNode));
//create proxyNode in the folder
if (!GroupIsSharedToUser(parentGroup, userNode))
{
PwEntry proxy = userNode.CreateProxyNode();
proxy.SetParent(parentGroup);
return(Changes.EntryMoved | Changes.EntryCreated);
}
return(Changes.EntryMoved);
}
return(Changes.None);
}
public void IsParentTest()
{
PwDatabase db = new PwDatabase();
db.RootGroup = new PwGroup();
TreeManager um = new TreeManager();
userManager.Initialize( db );
rootGroup = db.RootGroup;
//groups are named like g<# of group>_<level in tree> level 0 is the copyRootGroup
PwGroup g1_1 = new PwGroup( true, true, "g1_1", PwIcon.Apple );
PwGroup g2_1 = new PwGroup( true, true, "g2_1", PwIcon.Apple );
PwGroup g3_2 = new PwGroup( true, true, "g3_2", PwIcon.Apple );
PwGroup g4_3 = new PwGroup( true, true, "g4_3", PwIcon.Apple );
rootGroup.AddGroup( g1_1, true );
rootGroup.AddGroup( g2_1, true );
g2_1.AddGroup( g3_2, true );
g3_2.AddGroup( g4_3, true );
PwEntry pe1_0 = new PwEntry( true, true );
PwEntry pe2_1 = new PwEntry( true, true );
PwEntry pe3_2 = new PwEntry( true, true );
PwEntry pe4_3 = new PwEntry( true, true );
rootGroup.AddEntry( pe1_0, true );
g2_1.AddEntry( pe2_1, true );
g3_2.AddEntry( pe3_2, true );
g4_3.AddEntry( pe4_3, true );
Assert.IsTrue( pe1_0.IsInsideParent( rootGroup ) );
Assert.IsTrue( pe4_3.IsInsideParent( rootGroup ) );
Assert.IsTrue( pe4_3.IsInsideParent( g2_1 ) );
Assert.IsTrue( g4_3.IsInsideParent( g2_1 ) );
Assert.IsTrue( g4_3.IsInsideParent( rootGroup ) );
Assert.IsFalse( pe1_0.IsInsideParent( g2_1 ) );
Assert.IsFalse( pe4_3.IsInsideParent( g1_1 ) );
Assert.IsFalse( pe2_1.IsInsideParent( g3_2 ) );
Assert.IsFalse( g2_1.IsInsideParent( g4_3 ) );
}
