public override void Print(NodePrinter p)
{
p.Print(nameof(Visibility), Visibility);
p.Print(nameof(Parameters), Parameters);
p.Print(nameof(BaseArguments), BaseArguments);
p.Print(nameof(Body), Body);
}
public void sort()
{
DeviceUserEntry entry = UserInputService.get_user_entry(_Console);
if (entry.Equals(default(DeviceUserEntry)))
{
return;
}
//TODO check for parser for all modules
var files = Directory.EnumerateFiles(_parser.DirPath, "*.*") // Remove/Add SearchOption if dont need to resort
.Where(s => s.EndsWith(".png") || s.EndsWith(".jpg") || s.EndsWith(".tif"));
if (files.Count() == 0)
{
return;
}
var sortPath = Directory.CreateDirectory(Path.Combine(_parser.DirPath, entry.SortWord));
int index = 0;
foreach (var file in files)
{
FileInfo curFile = DevicePathService.get_file(file);
if (!(entry.SortTime.Year == curFile.CreationTime.Year &&
entry.SortTime.Day == curFile.CreationTime.Day &&
entry.SortTime.Month == curFile.CreationTime.Month))
{
continue;
}
try
{
System.IO.File.Move(curFile.FullName, Path.Combine(sortPath.FullName, curFile.Name));
index++;
}
catch (Exception e)
{
Console.WriteLine(e);
throw;
}
}
if (index == 0)
{
Directory.Delete(sortPath.FullName);
_Console.WriteLine("No entries with this creation date found.");
_Console.ReadLine();
}
else
{
DeviceNoteService.add_entry(_parser.DirPath, entry);
var tree = new Node(_parser.DirPath);
_Console.Clear();
_Console.WriteLine("Your new Structure! Press Any Key to proceed.");
_Console.WriteLine("");
NodePrinter.print_tree(tree, "", true);
_Console.ReadLine();
}
}
public static void Simple2()
{
var o = new Options();
var paths = new List <Path> {
new Path("folder_1/folder_1_1/file_1.txt", o),
new Path("folder_1/folder_1_1/file_2.txt", o),
new Path("folder_1/folder_1_2/file_2.txt", o),
new Path("folder_2/folder_2_1/file_3.txt", o),
new Path("folder_2/folder_2_1/file_4.txt", o),
new Path("folder_1/folder_1_2/file_5.txt", o),
new Path("folder_3/folder_3_1", o),
new Path("folder_3/folder_3_1/file_6.txt", o),
};
var root = new Node.Folder.Root(paths);
var result = new NodePrinter(root, o);
var correct = @" ┬ folder_1
├── folder_1_1
│ file_1.txt
│ file_2.txt
└── folder_1_2
file_2.txt
file_5.txt
┬ folder_2
└── folder_2_1
file_3.txt
file_4.txt
┬ folder_3
└── folder_3_1
file_6.txt
".Replace("\r\n", "\n");
Assert.AreEqual(correct, result.ToString());
}
public override void Print(NodePrinter p)
{
p.Print("visibility", Visibility);
p.Print("type", Type);
p.Print("name", Name);
p.Print("expression", Expression);
}
public static void Simple()
{
var o = new Options();
o.TrySetFromSwitch("s");
var paths = new List <Path> {
new Path("M asdfsdf.txt", o),
new Path("R dfgdfg.txt -> ssdfds/dfgdfg.txt", o),
new Path("A \"ssdfds/ssdfds 2/dfgdfg.txt\"", o),
new Path("A \"ssdfds/ssdfds 2/fdsgfdgdfg.txt\"", o),
new Path("A \"ssdfds/ssdfds 2/ssdfds 3/dfgdfg.txt\"", o),
new Path("A \"ssdfds/ssdfds 2/ssdfds 3/fdsgfdgdfg.txt\"", o),
};
var root = new Node.Folder.Root(paths);
var result = new NodePrinter(root, o);
var correct = @" R dfgdfg.txt -> ssdfds/dfgdfg.txt
M_ asdfsdf.txt
┬ ssdfds
└─┬ ssdfds 2
│ A_ dfgdfg.txt
│ A_ fdsgfdgdfg.txt
└── ssdfds 3
A_ dfgdfg.txt
A_ fdsgfdgdfg.txt
".Replace("\r\n", "\n");
Assert.AreEqual(correct, result.ToString());
}
public static NodePrinter GetInstance()
{
if (instance == null)
{
instance = new NodePrinter();
}
return(instance);
}
public void Start()
{
NodePrinter.GetInstance().LobbyText = LobbyText;
NodePrinter.GetInstance().BrowserText = BrowserText;
NodePrinter.GetInstance().QueryText = QueryText;
NodePrinter.GetInstance().AnalyticText = AnalyticText;
NodePrinter.GetInstance().panelText = panelText;
}
public void print_structure()
{
var tree = new Node(_parser.DirPath);
_Console.Clear();
_Console.WriteLine("Device Structure: (Any Key to continue)");
NodePrinter.print_tree(tree, "", true);
_Console.ReadLine();
}
public void resetTool()
{
inputButton = null;
outputButton = null;
if (NodePrinter.GetInstance().vidObj != null)
{
NodePrinter.GetInstance().PrintText();
}
}
public override void Print(NodePrinter p)
{
p.Print(nameof(Visibility), Visibility);
p.Print(nameof(Virtual_Override), Virtual_Override);
p.Print(nameof(ReturnType), ReturnType);
p.Print(nameof(Name), Name);
p.Print(nameof(Parameters), Parameters);
p.Print(nameof(Body), Body);
}
public static void Simple()
{
var o = new Options();
var paths = new List <Path>();
paths.Add(new Path(@"file1", o));
paths.Add(new Path(@"folder/file2", o));
var root = new Node.Folder.Root(paths);
var result = new NodePrinter(root, o);
var correct = @" file1
+ folder
file2
".Replace("\r\n", "\n");
Assert.AreEqual(correct, result.ToString());
}
public void SetMySQLQuery()
{
if (ut == null)
{
return;
}
Vid_Object vidObj;
GameObject go = ut.LastObj();
if (go != null)
{
vidObj = go.GetComponent <Vid_Object>();
if (vidObj != null)
{
NodePrinter np = NodePrinter.GetInstance();
np.vidObj = vidObj;
np.PrintText();
}
}
}
public static void Complex()
{
var o = new Options();
var paths = new List <Path>();
paths.Add(new Path(@"C:\WINDOWS\AppPatch\MUI\040C.file", o));
paths.Add(new Path(@"C:\foo.file", o));
paths.Add(new Path(@"C:\WINDOWS\Microsoft.NET\Framework\v2.0.50727\MUI", o));
paths.Add(new Path(@"C:\WINDOWS\addins.file", o));
paths.Add(new Path(@"C:\WINDOWS\AppPatch\MUI", o));
paths.Add(new Path(@"C:\WINDOWS\Microsoft.NET\Framework\v2.0.50727\MUI\0409.file", o));
paths.Add(new Path(@"C:\WINDOWS\Microsoft.NET\Framework2\v2.0.50727\MUI\0409.file", o));
var root = new Node.Folder.Root(paths);
var result = new NodePrinter(root, o);
var correct = @" ┬ C:
│ foo.file
└─┬ WINDOWS
│ addins.file
├─┬ AppPatch
│ └── MUI
│ 040C.file
└─┬ Microsoft.NET
├─┬ Framework
│ └─┬ v2.0.50727
│ └── MUI
│ 0409.file
└─┬ Framework2
└─┬ v2.0.50727
└── MUI
0409.file
".Replace("\r\n", "\n");
Assert.AreEqual(correct, result.ToString());
}
public static void Lite()
{
var o = new Options();
o.TrySetFromSwitch("s");
o.TrySetFromSwitch("i");
var paths = new List <Path>();
paths.Add(new Path(@"M F1.txt", o));
paths.Add(new Path(@"M Folder\F2.txt", o));
paths.Add(new Path(@"! F3.txt", o));
paths.Add(new Path(@"? Folder\F33.txt", o));
paths.Add(new Path(@"? Folder\Folder 1\F2.txt", o));
paths.Add(new Path(@"? Folder\Folder 1\F33.txt", o));
paths.Add(new Path(@"? Folder\Folder 1\Folder 2\F2.txt", o));
paths.Add(new Path(@"? Folder\Folder 1\Folder 2\F33.txt", o));
var root = new Node.Folder.Root(paths);
var result = new NodePrinter(root, o);
var correct = @" M F1.txt
! F3.txt
> Folder
M F2.txt
? F33.txt
> Folder 1
? F2.txt
? F33.txt
> Folder 2
? F2.txt
? F33.txt
".Replace("\r\n", "\n");
Assert.AreEqual(correct, result.ToString());
}
public override void Print(NodePrinter p)
{
p.Print(nameof(MethodName), MethodName);
p.Print(nameof(Arguments), Arguments);
}
public override void Print(NodePrinter p)
{
p.Print(nameof(Type), Type);
p.Print(nameof(Name), Name);
}
public override void Print(NodePrinter p)
{
p.Print("Members", Members);
}
public static NodePrinter GetInstance() {
if(instance == null) {
instance = new NodePrinter();
}
return instance;
}
public SolutionTreePrinter(NodePrinter nodePrinter)
{
this.nodePrinter = nodePrinter;
}
public override void Print(NodePrinter p)
{
p.Print(nameof(Operator), Operator);
p.Print(nameof(Expression), Expression);
}
public override void Print(NodePrinter p)
{
p.Print(nameof(Arguments), Arguments);
}
public override void Print(NodePrinter p)
{
p.Print(nameof(Variable), Variable);
p.Print(nameof(Expression), Expression);
}
public override void Print(NodePrinter p)
{
p.Print(nameof(Left), Left);
p.Print(nameof(Operator), Operator);
p.Print(nameof(Right), Right);
}
public override void Print(NodePrinter p)
{
p.Print(nameof(Variables), Variables);
}
private SolutionTreePrinter ()
{
nodePrinter = PrintNode;
}
public SolutionTreePrinter (NodePrinter nodePrinter)
{
this.nodePrinter = nodePrinter;
}
public override void Print(NodePrinter p)
{
p.Print(nameof(Condition), Condition);
p.Print(nameof(Body), Body);
}
public override void Print(NodePrinter p)
{
p.Print(nameof(Type), Type);
p.Print(nameof(Expression), Expression);
}
public virtual void Print(NodePrinter p)
{
throw new NotImplementedException($"{nameof(Print)} not implemented for {GetType()}");
}
public override void Print(NodePrinter p)
{
p.Print(nameof(If), If);
p.Print(nameof(Body), Body);
}
private SolutionTreePrinter()
{
nodePrinter = PrintNode;
}
public override void Print(NodePrinter p)
{
p.Print(nameof(Statements), Statements);
}
public override void Print(NodePrinter p)
{
p.Print("Classes", Classes);
}
