bool CheckIfSupported(cleaner c)
{
bool ret;
// quickly check if this cleaner is for windows
ret = (c.os == "windows" || c.os == null);
// if os is null, then check for possible windowy actions
if (c.os == null)
{
foreach (option o in c.option)
{
ret = o.action.Count == 0 ? false : true;
}
}
return(ret);
}
// since we convert linuxy paths to empty strings, we need to remove them in action lists.
cleaner CleanUp(cleaner c)
{
cleaner ret = c;
List <action> actions_to_remove = new List <action>();
foreach (option o in c.option)
{
foreach (action a in o.action)
{
if (a.path == string.Empty)
{
actions_to_remove.Add(a);
}
}
foreach (action a in actions_to_remove)
{
o.action.Remove(a);
}
}
return(ret);
}
void AddSystemCleaner(bool select = false)
{
cleaner c = new cleaner()
{
id = "system",
type = "Windows Temp and Cache",
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.Cleaner = c;
root.TreeNodeChecked += TeeNode_TreeNodeChecked;
root.TreeNodeSelected += TreeNode_TreeNodeSelected;
root.Children = new List<TreeNode>();
c.option.Add(MicrosoftWindows.AddClipboardCleaner());
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 FlowDocument BuildCleanerDetails(cleaner c)
{
FlowDocument doc = new FlowDocument();
Paragraph p = new Paragraph();
// header
Run label = new Run();
label.Text = c.label;
label.FontSize = 20;
Bold label_bold = new Bold(label);
p.Inlines.Add(label_bold);
p.Inlines.Add(new LineBreak());
// cleaner description
p.Inlines.Add(new Run(c.description));
p.Inlines.Add(new LineBreak());
p.Inlines.Add(new LineBreak());
p.Inlines.Add(new LineBreak());
// cleaner options
foreach (option o in c.option)
{
label = new Run();
label.Text = o.label + ": ";
//label.FontSize = 20;
label_bold = new Bold(label);
p.Inlines.Add(label_bold);
p.Inlines.Add(new Run(o.description));
p.Inlines.Add(new LineBreak());
// insert actions?
p.Inlines.Add(string.Format("There {0} {1} actions in this option.", o.action.Count == 1 ? "is" : "are", o.action.Count));
//foreach (action a in o.action)
//{
//}
p.Inlines.Add(new LineBreak());
p.Inlines.Add(new LineBreak());
}
doc.Blocks.Add(p);
return doc;
}
bool CheckIfSupported(cleaner c)
{
bool res = false;
// just clear TTD and do not reset vars as other controls
// in window will trigger.
Worker.I.ClearTTD(false);
foreach (option o in c.option)
{
o.parent_cleaner = c;
foreach (action a in o.action)
{
a.parent_option = o;
}
EnqueueOption(o);
// do we have a new entry in TTD?
int total_queued_work = Worker.I.TTD.Count;
if (total_queued_work > 0)
{
res = true;
}
}
return res;
}
// since we convert linuxy paths to empty strings, we need to remove them in action lists.
cleaner CleanUp(cleaner c)
{
cleaner ret = c;
List<action> actions_to_remove = new List<action>();
foreach (option o in c.option)
{
foreach (action a in o.action)
{
if (a.path == string.Empty) actions_to_remove.Add(a);
}
foreach (action a in actions_to_remove)
{
o.action.Remove(a);
}
}
return ret;
}
bool CheckIfSupported(cleaner c)
{
bool ret;
// quickly check if this cleaner is for windows
ret = (c.os == "windows" || c.os == null);
// if os is null, then check for possible windowy actions
if (c.os == null)
{
foreach (option o in c.option)
{
ret = o.action.Count == 0 ? false : true;
}
}
return ret;
}
public FlowDocument BuildCleanerDetails(cleaner c)
{
FlowDocument doc = new FlowDocument();
Paragraph p = new Paragraph();
// header
Run label = new Run();
label.Text = c.label;
label.FontSize = 20;
Bold label_bold = new Bold(label);
p.Inlines.Add(label_bold);
p.Inlines.Add(new LineBreak());
// cleaner description
p.Inlines.Add(new Run(c.description));
p.Inlines.Add(new LineBreak());
p.Inlines.Add(new LineBreak());
p.Inlines.Add(new LineBreak());
// cleaner options
foreach (option o in c.option)
{
label = new Run();
label.Text = o.label + ": ";
//label.FontSize = 20;
label_bold = new Bold(label);
p.Inlines.Add(label_bold);
p.Inlines.Add(new Run(o.description));
p.Inlines.Add(new LineBreak());
p.Inlines.Add(new LineBreak());
}
doc.Blocks.Add(p);
return doc;
}
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);
}
