Write and execute on mobile devices. Debug programs in real-time. Access a library of sample and tutorials. Save and share projects. Integrate with cloud storage for backups. Run legacy programs and explore retro programming features.
To code with interactive challenges in and other programming languages. Complete exercises, track progress, and receive feedback. Access tutorials and practice problems to improve skills. Sync learning history across devices.
Learn programming through interactive lessons and exercises. Use an embedded editor and a custom virtual keyboard for coding. Track progress and receive personalized feedback. Share snippets and collaborate in real-time.
Debugging for network maintenance and development. Send and receive TCP/UDP data. Perform Ping, Ping Monitor, UDP Broadcast, and Multicast. Scan ports and networks. Trace routes and look up Whois information.
Learn C# offers offline access to basic and advanced tutorials, practical programs, and interview questions. Includes a coding area and dark mode. Tracks progress with a progress bar for each topic.
Allows users to study Microsoft fundamentals, role-based, and expert-level topics. Access interactive lessons, practice exams, and certification preparation materials. Track progress and receive feedback on performance.
Learn Python 3.13 with interactive coding, local execution, and breakpoint debugging. Run examples and access learning materials. Fetch Git repositories and use iCloud. Share files via LAN using HTTP/FTP. Install Python libraries from PyPI.
Learn Swift, SwiftUI, and Combine through structured tutorials and coding exercises. Practice with micro classes to grasp core concepts. Track progress and build apps to reinforce understanding of syntax and features.
Receive instant push notifications from to your device. View notifications directly without needing credentials or access tokens. Connect using a custom email address provided during setup.
Allows users to scan and connect to Bluetooth Low Energy devices. View services, characteristics, and signal strength. Filter and sort scanned peripherals. Search by name and save favorites.
Users can assemble and debug assembly code using a simple interface with 7-segment LEDs and buttons. Run programs on an emulated 8-bit processor. Solve programming puzzles and explore hardware components used in early home computers.
Programming languages such as Java, Python, Kotlin, JavaScript, Go, and SQL. Complete courses and projects to build real-world skills. Track progress and access detailed explanations for exercises. Earn certifications upon course completion.