nanoFramework.M5StickC 1.1.252

Prefix Reserved
dotnet add package nanoFramework.M5StickC --version 1.1.252                
NuGet\Install-Package nanoFramework.M5StickC -Version 1.1.252                
This command is intended to be used within the Package Manager Console in Visual Studio, as it uses the NuGet module's version of Install-Package.
<PackageReference Include="nanoFramework.M5StickC" Version="1.1.252" />                
For projects that support PackageReference, copy this XML node into the project file to reference the package.
paket add nanoFramework.M5StickC --version 1.1.252                
#r "nuget: nanoFramework.M5StickC, 1.1.252"                
#r directive can be used in F# Interactive and Polyglot Notebooks. Copy this into the interactive tool or source code of the script to reference the package.
// Install nanoFramework.M5StickC as a Cake Addin
#addin nuget:?package=nanoFramework.M5StickC&version=1.1.252

// Install nanoFramework.M5StickC as a Cake Tool
#tool nuget:?package=nanoFramework.M5StickC&version=1.1.252                

Reliability Rating #yourfirstpr Discord

nanoFramework logo


Welcome to the .NET nanoFramework M5Stack Libraries repository

Build status

Component Build Status NuGet Package
nanoFramework.M5Core Build Status NuGet
nanoFramework.M5Stick Build Status NuGet
nanoFramework.M5StickCPlus Build Status NuGet
nanoFramework.M5Core2 Build Status NuGet
nanoFramework.Fire Build Status NuGet
nanoFramework.AtomLite Build Status NuGet
nanoFramework.AtomMatrix Build Status NuGet
nanoFramework.Tough Build Status NuGet
nanoFramework.CoreInk Build Status NuGet

Usage

These NuGet packages provide a support for M5Stack products:

Note 1: Before trying to add NuGet packages to your projects and/or before flashing the devices (see next section) using MS Visual Studio (VS), open VS > Tools > Options > NuGet Package Manager > Package Sources and make sure that it contains an entry pointing to https://api.nuget.org/v3/index.json, otherwise add it. Note 2: When invoking VS > Project > Manage NuGet Packages make sure that in the Package source drop-down menu (right upper corner) "nuget.org" is selected.

The NuGets bring support for the screens as well and require to be flashed with the proper image (using nanoff dotnet CLI). On the examples below replace COM3 with the appropriate number of the COM port to which your device is connected. (on Windows you can check this in the Device Manager).

For the M5Core:

nanoff --target M5Core --update --serialport COM3

For the M5StickC:

nanoff --target M5StickC --update --serialport COM3 --baud 115200

For the M5StickCPlus:

nanoff --target M5StickCPlus --update --serialport COM3

For the M5Core2, Tough and Fire:

nanoff --target M5Core2 --update --serialport COM3

For the Atom Lite, Matrix and CoreInk:

nanoff --target ESP32_PICO --update --serialport COM3

Note 3: If the nanoff commands fails, make sure you have followed instruction from Note 1 above.

Once you have the NuGets, you can then enjoy accessing the screen, the accelerometer, get a Grove I2C connecter, add events on the buttons. And you don't even need to think about anything, all is done for you in the most transparent way!

Note 4: All the classes that you'll have access are all using the Lazy pattern to be instantiated including the screen. This have the advantage to use as little memory and setup time as possible.

In the samples below, we'll use either M5Core or M5Stick as examples, they are all working in a very similar way.

Namespaces

Make sure you add the proper namespaces reference to your C# program header e.g. using nanoFramework;

Screen

The only thing you need to do to access the screen is to initialize it (please note that InitializeScreen() it's target specific) e.g.:

For Core:

M5Core.InitializeScreen();

For StickCPlus:

M5StickCPlus.InitializeScreen();

Once you've initialized it, you can access both a Screen static class and a Console static class.

THe Screen one brings primitives to write directly on the screen points or scare of colours as well as writing a text.

For example, you can write a blue square of 10x10 at the position 0, 0 like this:

ushort[] toSend = new ushort[100];
ushort blue = ColorUtility.To16Bpp(Color.Blue);

for (int i = 0; i < toSend.Length; i++)
{
    toSend[i] = blue;
}

Screen.Write(0, 0, 10, 10, toSend);

The Console class works in a similar way as the classic System.Console. In order to use it you have to reference it using the fully qualified name of the methods, like this:

nanoFramework.Console.Clear();

// Test the console display
nanoFramework.Console.Write("This is a short text. ");
nanoFramework.Console.ForegroundColor = nanoFramework.Presentation.Media.Color.Red;
nanoFramework.Console.WriteLine("This one displays in red after the previous one and is already at the next line.");
nanoFramework.Console.BackgroundColor = nanoFramework.Presentation.Media.Color.Yellow;
nanoFramework.Console.ForegroundColor = nanoFramework.Presentation.Media.Color.RoyalBlue;
nanoFramework.Console.WriteLine("And this is blue on yellow background");
nanoFramework.Console.ResetColor();
nanoFramework.Console.CursorLeft = 0;
nanoFramework.Console.CursorTop = 8;
nanoFramework.Console.Write("This is white on black again and on 9th line");

Note: You can change the default font as well, you need to provide it as a property. The Cursor positions are calculated with the largest possible character.

M5Core2 and Fire have PSRAM, so you can get a full screen buffer as well. Refer to the Graphics samples to understand all you can do with it.

If you have intensive graphic need with any of the M5Stack, you can adjust the memory requested. While both M5Core2 and Fire have PSRAM and can accommodate very large amount like 2 Mb or more, the ones without cannot go more than few Kb or tens of Kb.

// This will allocate 2 Mb of memory for the graphics
M5Core2.InitializeScreen(2 * 1024 * 1024);

Buttons

The main buttons except the power buttons are exposed.

On the M5Stack and Fire they are called ButtonLeft, ButtonCenter and ButtonRight. You can get access to the events as well. For example:

M5Stack.ButtonLeft.Press += (sender, e) =>
{
    Console.ForegroundColor = Color.Yellow;
    Console.CursorLeft = 0;
    Console.CursorTop = 0;
    Console.Write($"Left Pressed  ");
};

On the M5StickC/CPlus they are called ButtonM5 and ButtonRight. You can get access to the status of the button, the events and everything you need. For example:

while (!M5StickC.ButtonRight.IsPressed)
{
    Thread.Sleep(10);
}

M5StickC.M5Button.IsHoldingEnabled = true;
M5StickC.M5Button.Holding += (sender, e) =>
{
    Console.Write("M5 button hold long.");
};

On the Atom Lite/Matrix it's called Button. You can get access to the status of the button, the events and everything you need. For example:

AtomLite.Button.Press +=> (sender, e)
{
    var color = AtomLite.NeoPixel.GetColor();
    if(color.R > 0)
    {
        AtomLite.NeoPixel.SetColor(Color.FromArgb(255, 0, 255, 0));
    }
    else if (color.G > 0)
    {
        AtomLite.NeoPixel.SetColor(Color.FromArgb(255, 0, 0, 255));
    }
    else
    {
        AtomLite.NeoPixel.SetColor(Color.FromArgb(255, 255, 0, 0));
    }
};

Note: The M5Core2 has touch screen and the buttons are "virtual"". See next section to see how to use them.

M5Core2 touch panel and buttons

The touch panel comes with the screen. Both are initialized and activated at the same time. To get the touch events, you'll have to register to the TouchEvent event:

M5Core2.InitializeScreen();
M5Core2.TouchEvent += TouchEventCallback;

Here is an example on how to check if you are on a button or not and get the various elements:

void TouchEventCallback(object sender, TouchEventArgs e)
{
    const string StrLB = "LEFT BUTTON PRESSED  ";
    const string StrMB = "MIDDLE BUTTON PRESSED  ";
    const string StrRB = "RIGHT BUTTON PRESSED  ";
    const string StrXY1 = "TOUCHED at X= ";
    const string StrXY2 = ",Y= ";
    const string StrID = ",Id= ";
    const string StrDoubleTouch = "Double touch. ";
    const string StrMove = "Moving... ";
    const string StrLiftUp = "Lift up. ";

    Debug.WriteLine($"Touch Panel Event Received Category= {e.EventCategory} Subcategory= {e.TouchEventCategory}");
    Console.CursorLeft = 0;
    Console.CursorTop = 0;

    Debug.WriteLine(StrXY1 + e.X + StrXY2 + e.Y + StrID + e.Id);
    Console.WriteLine(StrXY1 + e.X + StrXY2 + e.Y + StrID + e.Id + "  ");

    if ((e.TouchEventCategory & TouchEventCategory.LeftButton) == TouchEventCategory.LeftButton)
    {
        Debug.WriteLine(StrLB);
        Console.WriteLine(StrLB);
    }
    else if ((e.TouchEventCategory & TouchEventCategory.MiddleButton) == TouchEventCategory.MiddleButton)
    {
        Debug.WriteLine(StrMB);
        Console.WriteLine(StrMB);
    }
    else if ((e.TouchEventCategory & TouchEventCategory.RightButton) == TouchEventCategory.RightButton)
    {
        Debug.WriteLine(StrRB);
        Console.WriteLine(StrRB);
    }

    if ((e.TouchEventCategory & TouchEventCategory.Moving) == TouchEventCategory.Moving)
    {
        Debug.WriteLine(StrMove);
        Console.Write(StrMove);
    }

    if ((e.TouchEventCategory & TouchEventCategory.LiftUp) == TouchEventCategory.LiftUp)
    {
        Debug.WriteLine(StrLiftUp);
        Console.Write(StrLiftUp);
    }

    if ((e.TouchEventCategory & TouchEventCategory.DoubleTouch) == TouchEventCategory.DoubleTouch)
    {
        Debug.WriteLine(StrDoubleTouch);
        Console.Write(StrDoubleTouch);
    }

    Console.WriteLine("                                    ");
    Console.WriteLine("                                    ");
    Console.WriteLine("                                    ");
}

The TouchEventCategory enum is a flag and can combine buttons and states. The buttons are mutually exclusive, so you can only have the Left, Middle or Right button, the states are Moving and LiftUp. Moving is happening when a contact has already been made and the touch point is moving. LiftUp will appear when the contact is released.

DoubleTouch is a specific that let you know there is another contact point happening. Each contact point will receive this flag. The event will be raised 2 times, one for each point. In a double touch context, you may not get the second point LiftUp event but you'll get the change with the disappearance of the DoubleTouch flag and the final LiftUp on the first point.

Power management

The M5Core and M5StickC/CPlus are exposing their power management elements. It is not recommended to change any default value except if you know what you are doing.

Please refer to the detailed examples for the AXP192 used in the M5StickC/CPlus; M5Core2 and IP5306 for the M5Core and Fire.

Accelerometer and Gyroscope

You can get access to the Accelerometer and Gyroscope like this:

var ag = M5Core.AccelerometerGyroscope;
// Do not move the M5Core/M5Stick during the calibration
ag.Calibrate(100);
var acc = ag.GetAccelerometer();
var gyr = ag.GetGyroscope();
Debug.WriteLine($"Accelerometer data x:{acc.X} y:{acc.Y} z:{acc.Z}");
Debug.WriteLine($"Gyroscope data x:{gyr.X} y:{gyr.Y} z:{gyr.Z}\n");

Refer to the MPU6886 documentation for more detailed usage on this sensor.

Magnetometer

The M5Core has a magnetometer, you can access it as well:

var mag = M5Core.Magnetometer;
// It is more than strongly recommended to calibrate the magnetometer.
// Move the M5Core in all directions to have a proper calibration.
mag.CalibrateMagnetometer(100);
var magVal = mag.ReadMagnetometer();
Console.WriteLine($"x={magVal.X:N2}   ");
Console.WriteLine($"y={magVal.Y:N2}   ");
Console.WriteLine($"Z={magVal.Z:N2}   ");
var headDir = Math.Atan2(magVal.X, magVal.Y) * 180.0 / Math.PI;
Console.WriteLine($"h={headDir:N2}  ");

SerialPort

The M5Core and M5Core2 can provide a Serial Port, just get it like this:

// You can access any of the Serial Port feature
M5Core.SerialPort.Open(115200);
// Do anything else you need
M5Core.SerialPort.Close();

Refer to the SerialPort documentation for more information.

ADC Channels

ADC Channels are pre setup on the M5Core, M5Core2, Fire and Atom Lite/Matrix, access them like this:

// This will give you the ADC1 channel 7 which is on pin 35 of M5Core
AdcChannel myChannel = M5Core.GetAdcGpio(35);

Refer to the M5Stack documentation to have the mapping of the ADC channels and the pins.

I2C Device/Grove

You can get an I2cDevice/Grove like this:

// In this example, the I2C address of the device is 0x42:
I2cDevice myDevice = M5Core.GetGrove(0x42);
// replacing GetGrove by GetI2cDevice will have the same impact

SPI Device

The M5Core, M5Core2, Fire and Atom Lite/Matrix provides as well an SpiDevice:

// In this case GPIO5 will be used as chip select:
SpiDevice mySpi = M5Core.GetSpiDevice(5);

GPIO Controller

Similar as previously, you can get the GpioController on any of the M5Core, M5Core2, Fire and M5StickC/CPlus:

// This will open the GPIO 36 as output
var pin5 = M5StickC.GpioController.OpenPin(36, PinMode.Output);

DAC

The M5Core, M5Core2, Fire and Atom Lite/Matrix exposes 2 DAC and you can access them thru the Dac1 and Dac2 properties. Refer to the DAC documentation for more information.

I2S (sound)

On the M5Core2, wav files can be played using I2S by installing the package nanoFramework.System.Device.I2s. To play wav files on the M5Core2, use following initialization:

int bckPin = 12;
int dataPin = 2;
int wsPin = 0;
I2sWavPlayer.Bus bus = I2sWavPlayer.Bus.One;
var audioFile = "D:\\Variation-CLJ013901.wav";
using (var player = new I2sWavPlayer(bus, audioFile, bckPin, dataPin, wsPin))
{
    M5Core2.Power.Gpio2Value = PinValue.High; //speaker power on
    player.Play();
    M5Core2.Power.Gpio2Value = PinValue.Low; //speaker power off
}

Led

The M5StickC/CPlus exposes a led. You can access it thru the Led property:

// This will toggle the led:
M5StickC.Led.Toggle();

Infrared Led

The M5StickC/CPlus and Atom Lite/Matrix exposes an infrared led. You can access it thru the InfraredLed property. This will give you a TransmitterChannel. Check out the sample pack to understand how to use it.

NeoPixel on AtomLite

The Atom Lite exposes a rgb led. You can access it thru the NeoPixel property:

// This will set NeoPixel to green:
AtomLite.NeoPixel.Image.SetPixel(0, 0, Color.Green);
AtomLite.NeoPixel.Update();

RGB LED matrix on AtomMatrix and Led bar on Fire

The Atom Matrix has a matrix of 25 RGB LEDs. The position of the LEDs in the array follows their placement in the matrix, being 0 the one at the top left corner, growing left to right, top to bottom.

You can access it thru the LedMatrix property on the AtomMatrix, like this:

// This will set the RGB LED at position 2, 2 to green
AtomMatrix.LedMatrix.Image.SetPixel(2, 2, Color.Green);

Similarly, you have access to the LedBar property on the Fire:

// This will set the second RGB LED to green
Fire.LedBar.Image.SetPixel(2, 0, Color.Green);

After you're done with updating all the LEDs that you want to change, flush the updated to the LEDs, like this:

// This will update all RGB LED 
AtomMatrix.LedMatrix.Update();

And on the Fire:

// This will update all RGB LED 
Fire.LedBar.Update();

SD Card

The M5Core, M5Core2, Fire and Tough have a SD Card reader. You can simply access it like:

SDCard sdCard = M5Core.SDCard;
try
{
    // This will actually mount the SD Card, if no card, you will get an exception
    sdCard.Mount();
    // Mounting properly a card can take a bit of time, so wait for the card to be mounted
    // Note: it is recommended to use a cancellation token or equivalent to make sure you are not in a dead loop
    while (!sdCard.IsMounted)
    {
        Thread.Sleep(10);
    }

    // You can now access the files on the SD Card
    // As an example you can read a json file and deserialize it
    // D: is the drive from the SD Card
    const string ParamFile = "D:\\params.json";
    using FileStream fs = new FileStream(ParamFile, FileMode.Open, FileAccess.Read);
    // In this case, you will need to have a class called Configuration and a properly serialized file
    Configuration config = (Configuration)JsonConvert.DeserializeObject(fs, typeof(Configuration));
}
catch
{
    // Something wrong happened
}

More samples on how to use the file system are available here.

Feedback and documentation

For documentation, providing feedback, issues and finding out how to contribute please refer to the Home repo.

Join our Discord community here.

Credits

The list of contributors to this project can be found at CONTRIBUTORS.

License

The nanoFramework Class Libraries are licensed under the MIT license.

Code of Conduct

This project has adopted the code of conduct defined by the Contributor Covenant to clarify expected behaviour in our community. For more information see the .NET Foundation Code of Conduct.

.NET Foundation

This project is supported by the .NET Foundation.

Product Compatible and additional computed target framework versions.
.NET Framework net is compatible. 
Compatible target framework(s)
Included target framework(s) (in package)
Learn more about Target Frameworks and .NET Standard.

NuGet packages

This package is not used by any NuGet packages.

GitHub repositories

This package is not used by any popular GitHub repositories.

Version Downloads Last updated
1.1.252 67 12/23/2024
1.1.249 77 12/16/2024
1.1.248 74 12/16/2024
1.1.247 88 12/4/2024
1.1.246 94 10/31/2024
1.1.245 119 10/18/2024
1.1.244 86 10/16/2024
1.1.243 90 10/12/2024
1.1.242 100 10/11/2024
1.1.241 87 10/4/2024
1.1.240 88 10/2/2024
1.1.239 98 9/27/2024
1.1.238 107 9/6/2024
1.1.236 93 8/30/2024
1.1.235 100 8/28/2024
1.1.234 120 8/16/2024
1.1.232 56 7/31/2024
1.1.229 79 7/19/2024
1.1.228 76 7/17/2024
1.1.227 103 7/12/2024
1.1.225 111 6/28/2024
1.1.223 108 6/19/2024
1.1.220 111 5/31/2024
1.1.217 114 5/15/2024
1.1.215 107 5/10/2024
1.1.213 131 4/17/2024
1.1.211 114 4/15/2024
1.1.209 119 4/5/2024
1.1.207 121 3/27/2024
1.1.203 115 2/28/2024
1.1.201 133 1/31/2024
1.1.199 117 1/26/2024
1.1.197 117 1/24/2024
1.1.187 235 11/17/2023
1.1.185 142 11/14/2023
1.1.183 141 11/9/2023
1.1.180 139 11/8/2023
1.1.177 156 10/11/2023
1.1.175 164 9/29/2023
1.1.171 166 9/8/2023
1.1.169 170 9/6/2023
1.1.167 186 8/18/2023
1.1.163 173 8/2/2023
1.1.161 150 7/28/2023
1.1.157 153 7/19/2023
1.1.155 175 7/14/2023
1.1.152 183 6/21/2023
1.1.150 179 6/14/2023
1.1.148 180 6/7/2023
1.1.146 177 5/31/2023
1.1.144 187 5/24/2023
1.1.142 194 5/17/2023
1.1.139 199 5/11/2023
1.1.137 194 5/5/2023
1.1.135 256 4/5/2023
1.1.133 289 3/29/2023
1.1.131 257 3/24/2023
1.1.128 273 3/17/2023
1.1.125 261 3/16/2023
1.1.123 261 3/13/2023
1.1.121 282 3/9/2023
1.1.119 290 2/27/2023
1.1.117 287 2/27/2023
1.1.115 274 2/22/2023
1.1.113 292 2/20/2023
1.1.111 290 2/16/2023
1.1.106 356 1/10/2023
1.1.104 345 1/9/2023
1.1.102 337 1/6/2023
1.1.100 350 1/6/2023
1.1.98 338 1/5/2023
1.1.96 336 12/29/2022
1.1.90 401 11/15/2022
1.1.88 391 11/14/2022
1.1.86 399 11/5/2022
1.1.84 422 11/5/2022
1.1.82 396 11/4/2022
1.1.80 392 11/3/2022
1.1.78 402 11/1/2022
1.1.76 410 10/27/2022
1.1.70 452 10/13/2022
1.1.68 441 10/12/2022
1.1.64 443 10/7/2022
1.1.62 430 10/7/2022
1.1.58 521 9/23/2022
1.1.55 478 9/23/2022
1.1.53 457 9/22/2022
1.1.47 474 9/21/2022
1.1.45 497 9/16/2022
1.1.42 485 9/15/2022
1.1.40 469 9/8/2022
1.1.38 448 9/7/2022
1.1.36 473 9/3/2022
1.1.34 480 8/15/2022
1.1.32 485 8/6/2022
1.1.30 465 8/5/2022
1.1.28 456 8/4/2022
1.1.26 474 8/3/2022
1.1.24 495 8/3/2022
1.1.22 493 8/2/2022
1.1.20 473 7/30/2022
1.1.18 463 7/26/2022
1.1.16 483 7/24/2022
1.1.14 483 7/23/2022
1.1.12 479 7/13/2022
1.1.7 490 7/7/2022
1.1.5 479 7/7/2022
1.1.3 472 7/6/2022
1.1.1 484 7/5/2022
1.0.107.13280 468 7/1/2022
1.0.105.49254 522 6/30/2022
1.0.102.851 487 6/28/2022
1.0.100.17145 479 6/28/2022
1.0.98.48733 489 6/28/2022
1.0.96.40373 473 6/26/2022
1.0.92.59206 480 6/24/2022
1.0.90.38187 486 6/16/2022
1.0.88.50207 485 6/15/2022
1.0.86.52668 459 6/14/2022
1.0.83.14512 481 6/13/2022
1.0.81.41619 473 6/8/2022
1.0.79.53990 475 6/3/2022
1.0.77.26764 497 6/3/2022
1.0.75.37268 463 6/1/2022
1.0.72.43325 488 5/31/2022
1.0.70.15497 471 5/31/2022
1.0.68.55953 474 5/31/2022
1.0.66.24331 492 5/27/2022
1.0.64.6330 494 5/26/2022
1.0.62.28047 487 5/26/2022
1.0.60.49583 487 5/25/2022
1.0.58.20063 486 5/24/2022
1.0.56.35800 504 5/23/2022
1.0.54.60782 495 5/20/2022
1.0.51.48271 489 5/12/2022
1.0.49.30985 489 5/6/2022
1.0.46 495 5/5/2022
1.0.42 510 4/26/2022
1.0.40 503 4/25/2022
1.0.38 517 4/24/2022
1.0.36 508 4/23/2022
1.0.34 509 4/22/2022
1.0.32 518 4/22/2022
1.0.30 509 4/21/2022
1.0.26 493 4/21/2022
1.0.24 496 4/20/2022
1.0.22 522 4/19/2022
1.0.20 518 4/18/2022
1.0.18 510 4/17/2022
1.0.16 531 4/16/2022
1.0.14 501 4/15/2022
1.0.12 495 4/13/2022
1.0.10 489 4/6/2022
1.0.8 490 4/4/2022
1.0.6 510 4/3/2022
1.0.4 501 3/31/2022
1.0.2 492 3/31/2022
1.0.1-preview.68 127 3/30/2022
1.0.1-preview.67 126 3/25/2022
1.0.1-preview.66 135 3/25/2022
1.0.1-preview.65 125 3/25/2022
1.0.1-preview.64 127 3/23/2022
1.0.1-preview.63 114 3/22/2022
1.0.1-preview.62 118 3/21/2022
1.0.1-preview.61 127 3/20/2022
1.0.1-preview.60 133 3/19/2022
1.0.1-preview.58 134 3/16/2022
1.0.1-preview.57 128 3/16/2022
1.0.1-preview.56 127 3/14/2022
1.0.1-preview.55 131 3/14/2022
1.0.1-preview.54 122 3/11/2022
1.0.1-preview.53 120 3/9/2022
1.0.1-preview.52 124 3/8/2022
1.0.1-preview.51 126 3/7/2022
1.0.1-preview.50 123 3/4/2022
1.0.1-preview.49 129 3/3/2022
1.0.1-preview.48 126 2/27/2022
1.0.1-preview.47 123 2/26/2022
1.0.1-preview.46 135 2/25/2022
1.0.1-preview.45 131 2/18/2022
1.0.1-preview.43 125 2/16/2022
1.0.1-preview.42 128 2/12/2022
1.0.1-preview.41 123 2/10/2022
1.0.1-preview.40 129 2/9/2022
1.0.1-preview.39 132 2/8/2022
1.0.1-preview.38 139 2/6/2022
1.0.1-preview.37 138 2/5/2022
1.0.1-preview.36 133 2/4/2022
1.0.1-preview.35 143 2/3/2022
1.0.1-preview.34 141 1/31/2022
1.0.1-preview.32 150 1/31/2022
1.0.1-preview.31 139 1/29/2022
1.0.1-preview.30 138 1/28/2022
1.0.1-preview.28 141 1/28/2022
1.0.1-preview.26 134 1/27/2022
1.0.1-preview.25 145 1/27/2022
1.0.1-preview.24 136 1/26/2022
1.0.1-preview.23 141 1/24/2022
1.0.1-preview.22 132 1/21/2022
1.0.1-preview.21 140 1/21/2022
1.0.1-preview.20 142 1/21/2022
1.0.1-preview.19 143 1/21/2022
1.0.1-preview.18 138 1/20/2022
1.0.1-preview.17 147 1/20/2022
1.0.1-preview.16 143 1/16/2022
1.0.1-preview.15 133 1/14/2022
1.0.1-preview.14 141 1/14/2022
1.0.1-preview.13 140 1/12/2022
1.0.1-preview.12 142 1/11/2022
1.0.1-preview.9 147 1/5/2022
1.0.1-preview.8 143 12/31/2021
1.0.1-preview.7 148 12/31/2021
1.0.1-preview.6 140 12/29/2021
1.0.1-preview.5 139 12/28/2021
1.0.1-preview.3 144 12/27/2021
1.0.0 354 12/23/2021
1.0.0-preview.99 145 12/23/2021
1.0.0-preview.98 146 12/23/2021
1.0.0-preview.94 182 11/12/2021
1.0.0-preview.91 178 11/9/2021
1.0.0-preview.88 181 11/9/2021
1.0.0-preview.86 161 11/3/2021
1.0.0-preview.83 217 10/28/2021
1.0.0-preview.81 193 10/27/2021
1.0.0-preview.77 199 10/27/2021