rules. §9. Function Declarations and Calls §10. Code Packages and Package Imports §11. Expressions, Statements and Simple Statements §12. Basic Control Flows §13. Goroutines, Deferred Function Calls and Panic/Recover §18. Arrays, Slices and Maps - first-class citizen container types. §19. Strings §20. Functions - function types and values, including variadic functions. §21. Channels - the Go way to do concurrency synchronizations Rules §29. More About Deferred Function Calls §30. Some Panic/Recover Use Cases §31. Explain Panic/Recover Mechanism in Detail - also explains exiting phases of function calls. §32. Code Blocks and Identifier

§9. Function Declarations and Calls §10. Code Packages and Package Imports §11. Expressions, Statements and Simple Statements §12. Basic Control Flows §13. Goroutines, Deferred Function Calls and Panic/Recover §18. Arrays, Slices and Maps - first-class citizen container types. §19. Strings §20. Functions - function types and values, including variadic functions. §21. Channels - the Go way to do concurrency synchronizations Rules §29. More About Deferred Function Calls §30. Some Panic/Recover Use Cases §31. Explain Panic/Recover Mechanism in Detail - also explains exiting phases of function calls. §32. Code Blocks and Identifier

Generic protocols Generic type aliases Generic class internals More types The NoReturn type NewTypes Function overloading Advanced uses of self-types Typing async/await Literal types and Enums Literal types Config file Import discovery Platform configuration Disallow dynamic typing Untyped definitions and calls None and Optional handling Configuring warnings Miscellaneous strictness flags Configuring error messages mypy.ini Import discovery Platform configuration Disallow dynamic typing Untyped definitions and calls None and Optional handling Configuring warnings Suppressing errors Miscellaneous strictness flags

Generic protocols Generic type aliases Generic class internals More types The NoReturn type NewTypes Function overloading Advanced uses of self-types Typing async/await Literal types and Enums Literal types Config file Import discovery Platform configuration Disallow dynamic typing Untyped definitions and calls None and Optional handling Configuring warnings Miscellaneous strictness flags Configuring error messages mypy.ini Import discovery Platform configuration Disallow dynamic typing Untyped definitions and calls None and Optional handling Configuring warnings Suppressing errors Miscellaneous strictness flags

can write applications just like writing terminal scripts (interaction based on input and print function), without the need to have knowledge of HTML and JS. PyWebIO is ideal for quickly building interactive you can interact with the code in the browser: In the last line of the above code, changing the function call bmi() to pywebio.start_server(bmi, port=80) will start a bmi web service on port 80 ( online import *. When calling the input function, an input form will be popped up on the browser. PyWebIO’s input functions is blocking (same as Python’s built-in input() function) and will not return until the

can write applications just like writing terminal scripts (interaction based on input and print function), without the need to have knowledge of HTML and JS. PyWebIO is ideal for quickly building interactive you can interact with the code in the browser: In the last line of the above code, changing the function call bmi() to pywebio.start_server(bmi, port=80) will start a bmi web service on port 80 ( online import *. When calling the input function, an input form will be popped up on the browser. PyWebIO’s input functions is blocking (same as Python’s built-in input() function) and will not return until the

can write applications just like writing terminal scripts (interaction based on input and print function), without the need to have knowledge of HTML and JS. PyWebIO is ideal for quickly building interactive you can interact with the code in the browser: In the last line of the above code, changing the function call bmi() to pywebio.start_server(bmi, port=80) will start a bmi web service on port 80 ( online import *. When calling the input function, an input form will be popped up on the browser. PyWebIO’s input functions is blocking (same as Python’s built-in input() function) and will not return until the

can write applications just like writing terminal scripts (interaction based on input and print function), without the need to have knowledge of HTML and JS. PyWebIO is ideal for quickly building interactive you can interact with the code in the browser: In the last line of the above code, changing the function call bmi() to pywebio.start_server(bmi, port=80) will start a bmi web service on port 80 ( online import *. When calling the input function, an input form will be popped up on the browser. PyWebIO’s input functions is blocking (same as Python’s built-in input() function) and will not return until the

can write applications just like writing terminal scripts (interaction based on input and print function), without the need to have knowledge of HTML and JS. PyWebIO is ideal for quickly building interactive you can interact with the code in the browser: In the last line of the above code, changing the function call bmi() to pywebio.start_server(bmi, port=80) will start a bmi web service on port 80 ( online import *. When calling the input function, an input form will be popped up on the browser. PyWebIO’s input functions is blocking (same as Python’s built-in input() function) and will not return until the

can write applications just like writing terminal scripts (interaction based on input and print function), without the need to have knowledge of HTML and JS. PyWebIO is ideal for quickly building interactive you can interact with the code in the browser: In the last line of the above code, changing the function call bmi() to pywebio.start_server(bmi, port=80) will start a bmi web service on port 80 ( online import *. When calling the input function, an input form will be popped up on the browser. PyWebIO’s input functions is blocking (same as Python’s built-in input() function) and will not return until the