public void RefreshStreamDeckPage()
{
if (ButtonMatrixPanel == null || MainWindowPanel == null)
{
return;
}
for (int i = 0; i < 15; i++)
{
Bitmap bmp_up = ButtonMatrixPanel.btnList[i].GetRenderBitmap();
Bitmap bmp_down = ButtonMatrixPanel.btnList[i].GetRenderBitmap(true);
StreamDeckKeyBitmap sdkb = StreamDeckKeyBitmap.FromDrawingBitmap(bmp_up);
if (Deck != null)
{
Deck.SetKeyBitmap(i, sdkb);
}
// Save bitmap to ButtonData
if (ButtonMatrixPanel.btnList[i].DataContext != null)
{
(ButtonMatrixPanel.btnList[i].DataContext as ButtonData).ButtonBitmapBuf_UP = bmp_up;
(ButtonMatrixPanel.btnList[i].DataContext as ButtonData).ButtonBitmapBuf_DOWN = bmp_down;
}
}
}
private static void Deck_KeyPressed(object sender, StreamDeckKeyEventArgs e)
{
var d = sender as IStreamDeck;
if (d == null)
{
return;
}
if (e.IsDown)
{
rnd.NextBytes(rgbBuffer);
var randomColor = StreamDeckKeyBitmap.FromRGBColor(rgbBuffer[0], rgbBuffer[1], rgbBuffer[2]);
d.SetKeyBitmap(e.Key, randomColor);
}
}
private void Deck_KeyPressed(object sender, StreamDeckKeyEventArgs e)
{
var d = sender as IStreamDeck;
if (d == null)
{
return;
}
if (Deck == null)
{
return;
}
if (e.IsDown)
{
if (DateTime.Now - lastKeyPress < TimeSpan.FromMilliseconds(250))
{
return;
}
lastKeyPress = DateTime.Now;
// Key Down
MainWindowPanel.Dispatcher.Invoke(() =>
{
Bitmap bmp = (ButtonMatrixPanel.btnList[e.Key].DataContext as ButtonData).ButtonBitmapBuf_DOWN;
StreamDeckKeyBitmap sdkb = StreamDeckKeyBitmap.FromDrawingBitmap(bmp);
Deck.SetKeyBitmap(e.Key, sdkb);
ButtonData bd = ButtonMatrixPanel.btnList[e.Key].DataContext as ButtonData;
ButtonFuncProcess(bd);
});
}
else
{
// Key up
MainWindowPanel.Dispatcher.Invoke(() =>
{
Bitmap bmp = (ButtonMatrixPanel.btnList[e.Key].DataContext as ButtonData).ButtonBitmapBuf_UP;
StreamDeckKeyBitmap sdkb = StreamDeckKeyBitmap.FromDrawingBitmap(bmp);
Deck.SetKeyBitmap(e.Key, sdkb);
});
}
}
static void Main(string[] args)
{
//Create some color we use later to draw the flag of austria
var red = StreamDeckKeyBitmap.FromRGBColor(237, 41, 57);
var white = StreamDeckKeyBitmap.FromRGBColor(255, 255, 255);
var rowColors = new StreamDeckKeyBitmap[] { red, white, red };
//Open the Stream Deck device
using (var deck = StreamDeck.FromHID())
{
deck.SetBrightness(100);
//Send the bitmap informaton to the device
for (int i = 0; i < deck.NumberOfKeys; i++)
{
deck.SetKeyBitmap(i, rowColors[i / 5]);
}
}
}
public StreamDeckKeyBitmap getImage()
{
if (ImageType == ImageSaveType.Image_File)
{
if (File.Exists(ImageLocation))
{
return(StreamDeckKeyBitmap.FromFile(ImageLocation));
}
else
{
return(StreamDeckKeyBitmap.FromFile("Resources\\default.png"));
}
}
else if (ImageType == ImageSaveType.Image_Color)
{
return(StreamDeckKeyBitmap.FromRGBColor(ImageColor.R, ImageColor.G, ImageColor.B));
}
else
{
return(StreamDeckKeyBitmap.FromRawBitmap(ImageToByte(OpenStreamDeck.Properties.Resources._default)));
}
}
static void Run()
{
using (var deck = StreamDeck.FromHID())
{
deck.SetBrightness(100);
/////////////////////////
// -key locations- //
// 4 3 2 1 0 //
// 9 8 7 6 5 //
// 14 13 12 11 10 //
/////////////////////////
Console.WriteLine("Loading Keys...");
Keys.Add(new KeyList {
KeyName = "Preview 1", KeyType = KEY_PREVIEW, Loc = 14, IconDisabled = "icons\\1_grey.png", IconEnabled = "icons\\1_green.png", Input = 1
});
Keys.Add(new KeyList {
KeyName = "Preview 2", KeyType = KEY_PREVIEW, Loc = 13, IconDisabled = "icons\\2_grey.png", IconEnabled = "icons\\2_green.png", Input = 2
});
Keys.Add(new KeyList {
KeyName = "Preview 3", KeyType = KEY_PREVIEW, Loc = 12, IconDisabled = "icons\\3_grey.png", IconEnabled = "icons\\3_green.png", Input = 3
});
Keys.Add(new KeyList {
KeyName = "Preview 4", KeyType = KEY_PREVIEW, Loc = 11, IconDisabled = "icons\\4_grey.png", IconEnabled = "icons\\4_green.png", Input = 4
});
Keys.Add(new KeyList {
KeyName = "Output 1", KeyType = KEY_OUTPUT, Loc = 9, IconDisabled = "icons\\1_grey.png", IconEnabled = "icons\\1_red.png", Input = 1
});
Keys.Add(new KeyList {
KeyName = "Output 2", KeyType = KEY_OUTPUT, Loc = 8, IconDisabled = "icons\\2_grey.png", IconEnabled = "icons\\2_red.png", Input = 2
});
Keys.Add(new KeyList {
KeyName = "Output 3", KeyType = KEY_OUTPUT, Loc = 7, IconDisabled = "icons\\3_grey.png", IconEnabled = "icons\\3_red.png", Input = 3
});
Keys.Add(new KeyList {
KeyName = "Output 4", KeyType = KEY_OUTPUT, Loc = 6, IconDisabled = "icons\\4_grey.png", IconEnabled = "icons\\4_red.png", Input = 4
});
Keys.Add(new KeyList {
KeyName = "Overlay 1", KeyType = KEY_OVERLAY, Loc = 4, IconDisabled = "icons\\1_grey.png", IconEnabled = "icons\\1_yel.png", Input = 1, Active = false
});
Keys.Add(new KeyList {
KeyName = "Overlay 2", KeyType = KEY_OVERLAY, Loc = 3, IconDisabled = "icons\\2_grey.png", IconEnabled = "icons\\2_yel.png", Input = 2, Active = false
});
Keys.Add(new KeyList {
KeyName = "Overlay 3", KeyType = KEY_OVERLAY, Loc = 2, IconDisabled = "icons\\3_grey.png", IconEnabled = "icons\\3_yel.png", Input = 3, Active = false
});
Keys.Add(new KeyList {
KeyName = "Stream", KeyType = KEY_STREAM, Loc = 1, IconDisabled = "icons\\stream_off.png", IconEnabled = "icons\\stream_on.png"
});
Keys.Add(new KeyList {
KeyName = "Record", KeyType = KEY_RECORD, Loc = 0, IconDisabled = "icons\\record_off.png", IconEnabled = "icons\\record_on.png"
});
Keys.Add(new KeyList {
KeyName = "Quick Play", KeyType = KEY_QUICKPLAY, Loc = 5, IconDisabled = "icons\\quickplay.png", IconEnabled = "icons\\quickplay.png"
});
Keys.Add(new KeyList {
KeyName = "Cut", KeyType = KEY_CUT, Loc = 10, IconDisabled = "icons\\cut.png", IconEnabled = "icons\\cut.png"
});
deck.ClearKeys();
//Load keys
foreach (KeyList KeyInit in Keys)
{
//combined += thing.Name;
deck.SetKeyBitmap(KeyInit.Loc, StreamDeckKeyBitmap.FromFile(KeyInit.IconDisabled));
}
Console.WriteLine("Keys loaded, doing update...");
Boolean status = UpdateKeyStatus(deck, true); //first update
if (status)
{
Console.WriteLine("Connected. Performing initial key status update.");
Console.WriteLine("Waiting for input.");
}
else
{
Console.WriteLine("vMix Connection Error, retrying....");
while (status == false)
{
status = UpdateKeyStatus(deck, true);
}
Console.WriteLine("Connected to vMix. Waiting for key input.");
}
//Console.WriteLine("keypress listen start");
deck.KeyPressed += Deck_KeyPressed; //listen for keypresses
while (true)
{
Thread.Sleep(2000); //two second update to check for changes not triggered by a keypress
UpdateKeyStatus(deck);
//Console.WriteLine("Update keys LOOP.");
}
}
}
private static Boolean UpdateKeyStatus(object sender, Boolean init = false)
{
var d = sender as IStreamDeck;
if (d == null)
{
return(false);
}
if (WebClient.GetStatus() == false)
{
Console.WriteLine("vMix Connection Failed.");
return(false);
}
//Console.WriteLine("UKS-1, Before Init");
//first time, update key status
if (init == true)
{
if ((WebClient.ActiveInput > 4))
{
Console.WriteLine("Current Active Input > 4");
var PK_Index = Keys.FindIndex(Keys => (Keys.Input == WebClient.PreviewInput) && (Keys.KeyType == KEY_PREVIEW));
d.SetKeyBitmap(Keys[PK_Index].Loc, StreamDeckKeyBitmap.FromFile(Keys[PK_Index].IconEnabled));
}
else if (WebClient.PreviewInput > 4)
{
Console.WriteLine("Current Preview Input > 4");
var AK_Index = Keys.FindIndex(Keys => (Keys.Input == WebClient.ActiveInput) && (Keys.KeyType == KEY_OUTPUT));
d.SetKeyBitmap(Keys[AK_Index].Loc, StreamDeckKeyBitmap.FromFile(Keys[AK_Index].IconEnabled));
}
else
{
try
{
var AK_Index = Keys.FindIndex(Keys => (Keys.Input == WebClient.ActiveInput) && (Keys.KeyType == KEY_OUTPUT));
var PK_Index = Keys.FindIndex(Keys => (Keys.Input == WebClient.PreviewInput) && (Keys.KeyType == KEY_PREVIEW));
d.SetKeyBitmap(Keys[AK_Index].Loc, StreamDeckKeyBitmap.FromFile(Keys[AK_Index].IconEnabled));
d.SetKeyBitmap(Keys[PK_Index].Loc, StreamDeckKeyBitmap.FromFile(Keys[PK_Index].IconEnabled));
}
catch (Exception ex) { Console.WriteLine(ex); return(false); }
}
}
//Console.WriteLine("UKS-2, after INIT");
//check overlay status
foreach (OverlayStatus overlay in WebClient.OverlayStatus)
{
try
{
var OverlayKey_Index = Keys.FindIndex(Keys => (Keys.Input == overlay.number) && (Keys.KeyType == KEY_OVERLAY));
//Console.Write(overlay.number + ": " + overlay.Enabled + ", ");
if (overlay.Enabled)
{
d.SetKeyBitmap(Keys[OverlayKey_Index].Loc, StreamDeckKeyBitmap.FromFile(Keys[OverlayKey_Index].IconEnabled));
Keys[OverlayKey_Index].Active = true;
}
else
{
d.SetKeyBitmap(Keys[OverlayKey_Index].Loc, StreamDeckKeyBitmap.FromFile(Keys[OverlayKey_Index].IconDisabled));
Keys[OverlayKey_Index].Active = false;
}
}
catch { }
}
//Console.WriteLine("UKS-3, after Overlay");
//update active
if (WebClient.ActiveChanged)
{
if ((WebClient.ActiveInput > 4))
{
Console.WriteLine("Current Active Input > 4");
if (WebClient.OldActive <= 4)
{
var oAK_Index = Keys.FindIndex(Keys => (Keys.Input == WebClient.OldActive) && (Keys.KeyType == KEY_OUTPUT));
d.SetKeyBitmap(Keys[oAK_Index].Loc, StreamDeckKeyBitmap.FromFile(Keys[oAK_Index].IconDisabled));
}
}
else
{
if (WebClient.OldActive <= 4)
{
var oAK_Index = Keys.FindIndex(Keys => (Keys.Input == WebClient.OldActive) && (Keys.KeyType == KEY_OUTPUT));
d.SetKeyBitmap(Keys[oAK_Index].Loc, StreamDeckKeyBitmap.FromFile(Keys[oAK_Index].IconDisabled));
}
var AK_Index = Keys.FindIndex(Keys => (Keys.Input == WebClient.ActiveInput) && (Keys.KeyType == KEY_OUTPUT));
d.SetKeyBitmap(Keys[AK_Index].Loc, StreamDeckKeyBitmap.FromFile(Keys[AK_Index].IconEnabled));
}
WebClient.ActiveChanged = false;
}
//Console.WriteLine("UKS-4, After Active");
//update preview
if (WebClient.PreviewChanged)
{
if ((WebClient.PreviewInput > 4))
{
Console.WriteLine("Current Preview Input > 4");
if (WebClient.OldPreview <= 4)
{
var oPK_Index = Keys.FindIndex(Keys => (Keys.Input == WebClient.OldPreview) && (Keys.KeyType == KEY_PREVIEW));
d.SetKeyBitmap(Keys[oPK_Index].Loc, StreamDeckKeyBitmap.FromFile(Keys[oPK_Index].IconDisabled));
}
}
else
{
if (WebClient.OldPreview <= 4)
{
var oPK_Index = Keys.FindIndex(Keys => (Keys.Input == WebClient.OldPreview) && (Keys.KeyType == KEY_PREVIEW));
d.SetKeyBitmap(Keys[oPK_Index].Loc, StreamDeckKeyBitmap.FromFile(Keys[oPK_Index].IconDisabled));
}
var PK_Index = Keys.FindIndex(Keys => (Keys.Input == WebClient.PreviewInput) && (Keys.KeyType == KEY_PREVIEW));
d.SetKeyBitmap(Keys[PK_Index].Loc, StreamDeckKeyBitmap.FromFile(Keys[PK_Index].IconEnabled));
}
WebClient.PreviewChanged = false;
}
//Console.WriteLine("UKS-5, After Preview");
//update recording status
var RecordKey_Index = Keys.FindIndex(Keys => Keys.KeyType == KEY_RECORD);
if (WebClient.Recording)
{
d.SetKeyBitmap(Keys[RecordKey_Index].Loc, StreamDeckKeyBitmap.FromFile(Keys[RecordKey_Index].IconEnabled));
}
else
{
d.SetKeyBitmap(Keys[RecordKey_Index].Loc, StreamDeckKeyBitmap.FromFile(Keys[RecordKey_Index].IconDisabled));
}
//Console.WriteLine("UKS-6, After Recording Status");
//update streaming status
var StreamKey_Index = Keys.FindIndex(Keys => Keys.KeyType == KEY_STREAM);
if (WebClient.Streaming)
{
d.SetKeyBitmap(Keys[StreamKey_Index].Loc, StreamDeckKeyBitmap.FromFile(Keys[StreamKey_Index].IconEnabled));
}
else
{
d.SetKeyBitmap(Keys[StreamKey_Index].Loc, StreamDeckKeyBitmap.FromFile(Keys[StreamKey_Index].IconDisabled));
}
//Console.WriteLine("UKS-6, After Streaming Status - DONE");
return(true);
}
static void Main(string[] args)
{
/////////////////////////
// -key locations- //
// 4 3 2 1 0 //
// 9 8 7 6 5 //
// 14 13 12 11 10 //
/////////////////////////
//Set key locations
var key_location_hours = 8;
var key_location_minutes = 7;
var key_location_ampm = 6;
//Attempt to initially give the buttom time to change the image before starting the loop to avoid display lag
System.Threading.Thread.Sleep(500);
//Open the Stream Deck device
using (var deck = StreamDeck.FromHID())
{
//Set loop
while (true)
{
//Get the current time (hours, minutes and am/pm)
string time_output_hours = DateTime.Now.ToString("hh");
string time_output_minutes = DateTime.Now.ToString("mm");
string time_output_ampm = DateTime.Now.ToString("tt");
//Check if hours string is not empty
if (!string.IsNullOrEmpty(time_output_hours))
{
//check if hours start with "0"
if (time_output_hours.StartsWith("0"))
{
//remove starting "0" from string
time_output_hours = time_output_hours.Remove(0, 1);
}
//send results to Set_Time to deal with
Set_Time(time_output_hours, key_location_hours);
}
//Check if minutes string is not empty
if (!string.IsNullOrEmpty(time_output_minutes))
{
//send results to Set_Time to deal with
Set_Time(time_output_minutes, key_location_minutes);
}
//Check if am/pm string is not empty
if (!string.IsNullOrEmpty(time_output_ampm))
{
//send results to Set_Time to deal with
Set_Time(time_output_ampm, key_location_ampm);
}
//Wait 1 second before restarting loop
System.Threading.Thread.Sleep(1000);
//Check for key presses, if pressed send exit command
deck.KeyPressed += Deck_KeyPressed;
}
void Set_Time(string time_result, int key_location)
{
//Set corresponding icons to the time of day
string time_result_icon = time_result + ".png";
var clock_bitmap = StreamDeckKeyBitmap.FromFile("clock_icons\\" + time_result_icon);
deck.SetKeyBitmap(key_location, clock_bitmap);
}
void Deck_KeyPressed(object sender, StreamDeckKeyEventArgs e)
{
//Kill console App
Environment.Exit(0);
}
}
}
