public Button(Command command_,int selection_,int v_offset_px,int h_offset_px,int height_px,int width_px)
{
command = command_;
selection = selection_;
rect = new Rectangle(h_offset_px,v_offset_px,width_px,height_px);
//drag_update = Move;
}
//public Func<Point,bool> clicked{ get{ return internal_clicked; } }
//public Func<Point,Action<int,int>> on_drag{ get{ return internal_on_drag; } }
public Button(Command command_,int v_offset_px,int h_offset_px,int height_px,int width_px)
{
//todo: allow different corners?
command = command_;
selection = -1;
rect = new Rectangle(h_offset_px,v_offset_px,width_px,height_px);
//drag_update = Move;
}
public void Run()
{
this.userInterface.WriteLine(Messages.Legend);
string commandLine = this.userInterface.ReadLine();
while (commandLine != "exit")
{
commandLine = commandLine.Trim();
if (!string.IsNullOrEmpty(commandLine))
{
try
{
var command = new Command(commandLine);
this.commandExecutor.ExecuteCommand(command, this.data);
}
catch (Exception ex)
{
this.userInterface.WriteLine(ex.Message);
}
}
commandLine = this.userInterface.ReadLine();
}
}
/// <summary>
/// Run 'commandLine' as a subprocess and waits for the command to complete.
/// Output is captured and placed in the 'Output' property of the returned Command
/// structure.
/// </summary>
/// <param variable="commandLine">The command lineNumber to run as a subprocess</param>
/// <param variable="options">Additional qualifiers that control how the process is run</param>
/// <returns>A Command structure that can be queried to determine ExitCode, Output, etc.</returns>
public static Command Run(string commandLine, CommandOptions options)
{
Command run = new Command(commandLine, options);
run.Wait();
return run;
}
public ButtonImage GetFittedButton(int start_row,int start_col,int height_in_cells,int width_in_cells,Command command,int selection = -1)
{
//helper method to create a button based on cells.
return new ButtonImage(command,selection,surface.TotalYOffsetPx() + start_row*cell_h,surface.TotalXOffsetPx() + start_col*cell_w,height_in_cells*cell_h,width_in_cells*cell_w,surface);
//return new Button(command,selection,surface.TotalYOffsetPx() + start_row*cell_h,surface.TotalXOffsetPx() + start_col*cell_w,height_in_cells*cell_h,width_in_cells*cell_w);
}
public void ButtonWrite(int row,int col,string s,Color4 color,Color4 bgcolor,Command command,int selection = -1)
{
Write(row,col,s,color,bgcolor);
if(buttons[row,col] == null){
int sel = selection;
if(sel == -1){
sel = row;
}
Button b = new Button(command,sel,surface.TotalYOffsetPx() + row*cell_h,surface.TotalXOffsetPx() + col*cell_w,cell_h,s.Length*cell_w);
for(int j=col;j<col+s.Length;++j){
buttons[row,j] = b;
}
internal_main_button.AddButton(b);
}
}
public void ButtonWrite(int row,int col,string s,Color4 color,Command command,int selection = -1)
{
ButtonWrite(row,col,s,color,colorchar.DefaultBackgroundColor,command,selection);
}
//todo: ButtonAdd and ButtonRemove, for non-printing tasks?
public void ButtonWrite(int row,int col,string s,Command command,int selection = -1)
{
//if there's already a button here, no new button will be created.
ButtonWrite(row,col,s,colorchar.DefaultColor,colorchar.DefaultBackgroundColor,command,selection);
}
public ButtonImage(Command command_,int selection_,int v_offset_px,int h_offset_px,int height_px,int width_px,params Surface[] surfaces_)
: base(command_,selection_,v_offset_px,h_offset_px,height_px,width_px)
{
surfaces = new List<Surface>(surfaces_); //todo: this needs a better constructor. Maybe it should find the layout and use its size.
}
public static int RotatedDirectionFromInput(Command command)
{
switch(command){
case Command.Up:
return 8.RotateFourWayDir(false,M.Rotation);
case Command.Down:
return 2.RotateFourWayDir(false,M.Rotation);
case Command.Left:
return 4.RotateFourWayDir(false,M.Rotation);
case Command.Right:
default:
return 6.RotateFourWayDir(false,M.Rotation);
}
}