public ObservableCollection<TreeNode> GetCleaners()
{
if (base.IsInDesignMode)
{
#region designer data
TreeNode root = new TreeNode("Chromium")
{
IsInitiallySelected = true,
Children =
{
new TreeNode("Cache") {},
new TreeNode("Cookies") {}
}
};
root.Initialize();
this.CleanersCollection.Add(root);
TreeNode root2 = new TreeNode("Windows Explorer")
{
Children =
{
new TreeNode("Most recently used") {},
new TreeNode("Recent documents list") {},
new TreeNode("Run") {},
new TreeNode("Search history") {},
new TreeNode("Thumbnails") {},
}
};
root2.Initialize();
this.CleanersCollection.Add(root2);
#endregion
}
else
{
XmlSerializer srlzr = new XmlSerializer(typeof(cleaner));
Model_CleanerML CleanerML = new Model_CleanerML();
string cleaners_folder = Path.Combine(this._exec_path, "cleaners");
foreach (string filename in Directory.GetFiles(cleaners_folder, "*.xml"))
{
TreeNode root = new TreeNode();
FileInfo fi = new FileInfo(filename);
using (StreamReader reader = fi.OpenText())
{
cleaner clnr = (cleaner)srlzr.Deserialize(reader);
CleanerML.CleanerML = clnr;
// cleaner files are initially verified after deserialization
bool isSupported = CleanerML.isSupported;
Debug.WriteLine(clnr.label + "> " + isSupported.ToString());
if (isSupported)
{
// further check if the current cleaner is executable.
isSupported = CheckIfSupported(clnr);
}
if (isSupported)
{
root = new TreeNode(clnr.label, clnr.id);
//root.IsInitiallySelected = true;
//root.IsChecked = true;
root.Tag = clnr;
root.TreeNodeChecked += TeeNode_TreeNodeChecked;
root.TreeNodeSelected += TreeNode_TreeNodeSelected;
root.Children = new List<TreeNode>();
foreach (option o in clnr.option)
{
o.parent_cleaner = clnr;
TreeNode child = new TreeNode(o.label, o.id);
child.Tag = o;
child.TreeNodeChecked += TeeNode_TreeNodeChecked;
child.TreeNodeSelected += TreeNode_TreeNodeSelected;
child.Initialize();
root.Children.Add(child);
foreach (action a in o.action)
{
a.parent_option = o;
}
}
root.Initialize();
this.CleanersCollection.Add(root);
}
}
}
}
return this.CleanersCollection;
}
void AddSystemCleaner(bool select = false)
{
cleaner c = new cleaner()
{
id = "system",
label = "Microsoft Windows System",
description = "General Windows system cleaners",
option = new List<option>()
};
TreeNode root = new TreeNode();
root = new TreeNode(c.label, c.id);
root.IsAccordionHeader = true;
root.IsExpanded = true;
root.Tag = c;
root.TreeNodeChecked += TeeNode_TreeNodeChecked;
root.TreeNodeSelected += TreeNode_TreeNodeSelected;
root.Children = new List<TreeNode>();
c.option.Add(MicrosoftWindows.AddClipboardCleaner());
//c.option.Add(AddClamAVCustomLocationsToTTD());
c.option.Add(MicrosoftWindows.AddCustomLocationsToTTD());
//c.option.Add(AddDuplicateCheckerCleaner());
// deep scan options
c.option.Add(MicrosoftWindows.AddDeepScan_Backup_Cleaner());
c.option.Add(MicrosoftWindows.AddDeepScan_OfficeTemp_Cleaner());
c.option.Add(MicrosoftWindows.AddDeepScan_ThumbsDB_Cleaner());
c.option.Add(MicrosoftWindows.AddWindowsLogsCleaner());
c.option.Add(MicrosoftWindows.AddMemoryDumpCleaner());
c.option.Add(MicrosoftWindows.AddMUICacheCleaner());
c.option.Add(MicrosoftWindows.AddPrefetchCleaner());
c.option.Add(MicrosoftWindows.AddRecycleBinCleaner());
c.option.Add(MicrosoftWindows.AddTemporaryFilesCleaner());
c.option.Add(MicrosoftWindows.AddUpdateUninstallersCleaner());
foreach (option o in c.option)
{
o.parent_cleaner = c;
TreeNode child = new TreeNode(o.label, o.id);
child.Tag = o;
child.TreeNodeChecked += TeeNode_TreeNodeChecked;
child.TreeNodeSelected += TreeNode_TreeNodeSelected;
child.Initialize();
root.Children.Add(child);
foreach (action a in o.action)
{
a.parent_option = o;
}
}
root.Initialize();
root.IsInitiallySelected = select;
this._nodes.Add(root);
}
public ObservableCollection<TreeNode> GetCleaners()
{
if (base.IsInDesignMode)
{
#region designer data
TreeNode root = new TreeNode("Chromium", "chrome")
{
IsInitiallySelected = true,
IsAccordionHeader = true,
IsExpanded = true,
Tag = 1,
Children =
{
new TreeNode("Cache") {},
new TreeNode("Cookies") {}
}
};
root.Initialize();
this._nodes.Add(root);
TreeNode root2 = new TreeNode("Windows Explorer", "win_exp")
{
IsAccordionHeader = true,
IsExpanded = true,
Tag = 1,
Children =
{
new TreeNode("Most recently used") {},
new TreeNode("Recent documents list") {},
new TreeNode("Run") {},
new TreeNode("Search history") {},
new TreeNode("Thumbnails") {},
}
};
root2.Initialize();
this._nodes.Add(root2);
SortCleanerCollection();
#endregion
}
else
{
XmlSerializer srlzr = new XmlSerializer(typeof(cleaner));
Model_CleanerML CleanerML = new Model_CleanerML();
string cleaners_folder = Path.Combine(this._exec_path, "cleaners");
string[] files = Directory.GetFiles(cleaners_folder, "*.xml");
Array.Sort(files);
this._nodes.Clear();
foreach (string filename in files)
{
TreeNode root = new TreeNode();
FileInfo fi = new FileInfo(filename);
using (StreamReader reader = fi.OpenText())
{
cleaner clnr = (cleaner)srlzr.Deserialize(reader);
CleanerML.CleanerML = clnr;
// cleaner files are initially verified after deserialization
bool isSupported = CleanerML.isSupported;
Debug.WriteLine(clnr.label + "> " + isSupported.ToString());
#if !DEBUG
if (isSupported)
{
if (Settings.Default.HideIrrelevantCleaners)
{
// further check if the current cleaner is executable.
// though check if it has a slow option so skip the precheck
// and just include it automatically
bool skipprecheck = false;
foreach (option o in clnr.option)
{
if (o.warning != null && o.warning != string.Empty)
{
skipprecheck = true;
break;
}
}
if (skipprecheck)
{
isSupported = true;
}
else
{
isSupported = CheckIfSupported(clnr);
}
}
}
#endif
if (isSupported)
{
root = new TreeNode(clnr.label, clnr.id);
//root.IsInitiallySelected = true;
//root.IsChecked = true;
root.Tag = clnr;
root.TreeNodeChecked += TeeNode_TreeNodeChecked;
root.TreeNodeSelected += TreeNode_TreeNodeSelected;
root.IsAccordionHeader = true;
root.IsExpanded = true;
root.Children = new List<TreeNode>();
foreach (option o in clnr.option)
{
o.parent_cleaner = clnr;
TreeNode child = new TreeNode(o.label, o.id);
child.Tag = o;
child.TreeNodeChecked += TeeNode_TreeNodeChecked;
child.TreeNodeSelected += TreeNode_TreeNodeSelected;
child.Initialize();
root.Children.Add(child);
foreach (action a in o.action)
{
a.parent_option = o;
}
}
root.Initialize();
this._nodes.Add(root);
}
}
}
AddSystemCleaner();
//AddDuplicateCleaner();
}
SortCleanerCollection();
return this.CleanersCollection;
}
void AddDuplicateCleaner(bool select = false)
{
cleaner c = new cleaner()
{
id = "duplicate_checker",
label = "Duplicate Checker",
description = "Checks for duplicate in your file system",
option = new List<option>()
};
TreeNode root = new TreeNode();
root = new TreeNode(c.label, c.id);
root.IsAccordionHeader = true;
root.IsExpanded = true;
root.Tag = c;
root.TreeNodeChecked += TeeNode_TreeNodeChecked;
root.TreeNodeSelected += TreeNode_TreeNodeSelected;
root.Children = new List<TreeNode>();
// add subtree
c.option.AddRange(AddDuplicateCheckerCleaner());
foreach (option o in c.option)
{
o.parent_cleaner = c;
TreeNode child = new TreeNode(o.label, o.id);
child.Tag = o;
child.TreeNodeChecked += TeeNode_TreeNodeChecked;
child.TreeNodeSelected += TreeNode_TreeNodeSelected;
child.Initialize();
root.Children.Add(child);
foreach (action a in o.action)
{
a.parent_option = o;
}
}
root.Initialize();
root.IsInitiallySelected = select;
this._nodes.Add(root);
}