KookaburraSDK

SDK Toolkit for the Kookaburra Programming Language.

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📚 Description

Kookaburra.SDK is the official Software Development Kit for Kookaburra. The SDK includes usefull features like Alerts, Markup formatting and more. Get Started by Downloading it via Nuget. Read more..

Remember, Kookaburra.SDK is still in Pre-Release. Features may vary in the final release.

💡 Features

• Quick Markup formatting.

Console.WriteLine(Markup.RemoveFirstChar("hhello")); //Prints 'hello'.

• Easy to use Alerts.

new Alert("hello world", Alert.Type.Error);

• Extensive Debugging features.

Debug db = new Debug(@"C:\....\file.exe", True);
db.Start();
db.Stop();

• Advanced Environment functions.

Console.WriteLine(Env.IsCurrentProcessAdmin()); //Returns true if the user is admin. (Using Windows API)

• Support for native windows API.

KeyInput.Send(ConsoleKey.A);

⏱ Get Started

After downloading it from Nuget, add it to your project dependencies. Import it by typing using Kookaburra.SDK;.

⚡ Tips

1. When using the SDK, some libraries use the same namespaces which can cause confusion or even break your program. You can import the library with a custom name like SDK by typing this: using SDK = Kookaburra.SDK;.

🧾List

Markup Lib.

Example	Name	Description
Console.WriteLine(Markup.RemoveFirstChar("hhello"));	Markup.RemoveFirstChar	Removes the first character from string and returns it.
Console.WriteLine(Markup.RemoveLastChar("helloo");	Markup.RemoveLastChar	Removes the last character from string and returns it.
Console.WriteLine(Markup.StartsWithUpper("Example").ToString());	Markup.StartsWithUpper	Returns True if the string start with a uppercase letter.
Console.WriteLine(Markup.StartsWithLower("example").ToString());	Markup.StartsWithLower	Returns True if the string start with a lowercase letter.
Console.WriteLine(Markup.ToLower("HELLO"));	Markup.ToLower	Returns a lowercase version of the string.
Console.WriteLine(Markup.ToUpper("hello"));	Markup.ToUpper	Returns an uppercase version of the string.
Console.WriteLine(Markup.IsInArray(Array, Value).ToString());	Markup.IsInArray	Returns True if the selected string is in the array.
Console.WriteLine(Markup.IsInIntArray(Array, Value).ToString());	Markup.IsInIntArray	Returns True if the selected int is in the array.
Console.WriteLine(Markup.DeleteChar('E', "Example"));	Markup.DeleteChar	Deletes specified character from the string and returns it.
Console.WriteLine(Markup.DeleteString("Kooka", "Kookaburra"));	Markup.DeleteString	Deletes specified charaters (string) from the string and returns it.
Markup.SetForegroundColor("Red");	Markup.SetForegroundColor	Sets the foreground color to the specified string.
Markup.SetBackgroundColor("Blue");	Markup.SetBackgroundColor	Sets the background color to the specified string.
Markup.SetForeground(ConsoleColor.Red);	Markup.SetForeground	Sets the foreground color to the specified ConsoleColor.
Markup.SetBackground(ConsoleColor.Red);	Markup.SetBackground	Sets the background color to the specified ConsoleColor.
Markup.WhiteSpace();	Markup.WhiteSpace	Creates a blank line.
Markup.WhiteSpaceANSI();	Markup.WhiteSpaceANSI	Creates a blank line using ANSI charaters. '\x0A'
Markup.Reset();	Markup.Reset	Clears the terminal window and resets the colors.
Markup.Clear();	Markup.Clear	Clears the terminal window using ANCI characters.
Console.WriteLine("Top = " + Markup.GetPos().Item1 + " Left = " Markup.GetPos().Item2);	Markup.GetPos	Returns the coorinates of the console cursor.
Markup.SetPos(1,2);	Markup.SetPos	Sets the coorinates of the console cursor.
Console.WriteLine(Markup.SplitAndRemove("Hello World !", " World ")[0].ToString());	Markup.SplitAndRemove	Splits the string and removes the part where it got splitted.

Env Lib.

Example	Name	Description
Console.WriteLine(Env.Is64x);	Env.Is64x	If True, the running program is x64 based.
Console.WriteLine(Env.Is64xProcess);	Env.Is64xProcess	If True, the system is x64 based.
Console.WriteLine(Env.GetOSPlatform());	Env.GetOSPlatform	Returns the current OS Platform.
Console.WriteLine(Env.MachineName);	Env.MachineName	Returns the current machinename.
Console.WriteLine(Env.UserName);	*Env.UserName	Returns the current username.
Console.WriteLine(Env.CurrentDirectory);	Env.CurrentDirectory	Returns the current working directory.
Console.WriteLine(Env.IsCurrentProcessAdmin());	Env.IsCurrentProcessAdmin	Returns the current program is running in administrator mode.
Console.WriteLine(Env.GetManufacturerName());	Env.GetManufacturerName	Returns the manufacturer name of the current computer.
Console.WriteLine(Env.GetCPUStatus());	Env.GetCPUStatus	Returns the CPU status. (using Win32_Processor API)
Console.WriteLine(Env.GetCPUCaption());	Env.GetCPUCaption	Returns the CPU caption. (using Win32_Processor API)
Console.WriteLine(Env.GetGPUCaption());	Env.GetGPUCaption	Returns the GPU caption. (using Win32_VideoController API)
Console.WriteLine(Env.GetLocalDriveCaption());	Env.GetLocalDriveCaption	Returns the local drive caption. (using Win32_VideoController API)
Console.WriteLine(Env.GetWin32Info("Win32_LogicalDisk", "Caption"));	Env.GetWin32Info	Returns the requested data from the Win32 API.
Console.WriteLine(Env.GetOSType());	Env.GetOSType	Returns the current Operating System. (Windows, Linux, MacOS, FreeBSD)
Console.WriteLine(Env.GetScreenBrightness());	Env.GetScreenBrightness	Returns the current Screen Brightness. (using WmiMonitorBrightness API)
Env.SetScreenBrightness(50);	Env.SetScreenBrightness	Sets the current Screen Brightness. (using WmiMonitorBrightness API) [Max: 100, Min:1]
Env.IncreaseVolume();	Env.IncreaseVolume	Increases the users volume. (using user32.dll API)
Env.DecreaseVolume();	Env.DecreaseVolume	Decreases the users volume. (using user32.dll API)

WinAPI Lib.

Example	Name	Description
Console.WriteLine(WinAPI.Win32_Battery("TimeToFullCharge"));	WinAPI.Win32_Battery	Returns the specified value in the Win32_VideoController API.
Console.WriteLine(WinAPI.Win32_VideoController("Caption"));	WinAPI.Win32_VideoController	Returns the specified value in the Win32_VideoController API.
Console.WriteLine(WinAPI.Win32_Processor("Caption"));	WinAPI.Win32_Processor	Returns the specified value in the Win32_Processor API.

Networking Lib.

Example	Name	Description
Console.WriteLine(Networking.HasInternet.ToString())	Networking.HasInternet	If True, the current PC has an internet connection.
Console.WriteLine(Networking.GetLocalIP())	Networking.GetLocalIP	Returns the local IP of the current system.
Console.WriteLine(Networking.GetPublicIP())	Networking.GetPublicIP	Returns the public IP of the current system using the 'checkip.dydns.org' API.
Networking.Download(location);	Networking.Download	Downloads the mentioned file to the mentioned address, using the System.Net.DownloadFile API.
Networking.DownloadAsync(location);	Networking.DownloadAsync	Downloads the mentioned file to the mentioned address asynchronous, using the System.Net.DownloadFileAsync API.
Console.WriteLine(Networking.APIRequest(location));	Networking.APIRequest	Sends a HTTP web request to the specified server and returns the raw html.

BatteryInformation Lib.

Example	Name	Description
BatteryInformation bi = new BatteryInformation();	BatteryInformation	BatteryInformation Object for the Kookaburra SDK.
Console.WriteLine(bi.ListAPI());	BatteryInformation.ListAPI	Returns the Battery status. (using Win32_Battery API)
Console.WriteLine(bi.GetStatus());	BatteryInformation.GetStatus	Returns the requested data from the Win32 API.
Console.WriteLine(bi.TimeToFullCharge());	BatteryInformation.TimeToFullCharge	Returns the time until the battery is fully charged. (using Win32_Battery API)
Console.WriteLine(bi.GetBatteryCaption());	BatteryInformation.GetBatteryCaption	Returns the Battery caption. (using Win32_Battery API)
Console.WriteLine(bi.IsPowerManagementSupported());	BatteryInformation.IsPowerManagementSupported	Returns True if the battery is PowerManagementSupported. (using Win32_Battery API)

Copyright and License

This repository is under a proprietary licence.

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AZ Software is not responsible for any harm to your device(s).