Continue statement in python language

Continue statement in python language
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Continue statement in python language

For example, let's say 1 to 10 is going to run a loop to print the number in the output but if we want to have any number from 1 to 10, such as 5 or 6 you do not want to print in the output So you can do the job with the help of a continuation statement.

Example 1:-

for c in range(1,11):

  if c==5:

    continue

  print (c)

Output:-

1

2

3

4

6

7

8

9

10

In the above example, for loop, the output was to print numbers from 1 to 10 in the output but since we have conditioned that if c ==5, then loop is going to continue, so when you run the above example 1 From 4 to 4, the number of printed on output will not be printed in 5 output. After that, all the remaining numbers will be printed in the number from 6 to 10.

Example 2:-

shapes = ["square", "rectangle", "circle", "triangle", "oval"]

for x in shapes:

  if x == "triangle":

    continue

  print('Great shape :', x)

Output:-

Great shape: square

Great shape: rectangle

Great shape: circle

Great shape: oval

CONTINUE STATEMENT

A function is a group of reusable codes. In a program, we have to make many small functions which we have to use repeatedly and keep them inside it. Due to this, we can not write the same code repeatedly and the source code of the program is small and clearly visible.
What type of function is there?
1-Pre-Defined or Built-In Functions
2-User-Defined Functions


1- Pre-Defined or Built-In Functions: - All programming languages provide a set of some pre-defined Functions, these functions are called pre-defined functions because their work is already fixed. We can use these pre-defined functions directly in our program. For example, print () is a Pre-Defined function that we use to display a word or sentence in the output in the output.
2- User-Defined Functions: - User-Defined Functions means a function which the programmer can make according to its needs anytime. In any program, all the repeat (repeat) codes are written in a function so that when repeat code is needed in the program, instead of writing code, the function should be written.

PRE-DEFINED FUNCTION

A pre-defined function is a group of reusable codes that are already made in a programming language. So that we can use them anytime in the program according to our needs.

Below is a list of pre-defined functions that are already created in python programming, and you see them:

Method	Description
Python abs()	returns absolute value of a number
Python all()	returns true when all elements in iterable is true
Python any()	Checks if any Element of an Iterable is True
Python ascii()	Returns String Containing Printable Representation
Python bin()	converts integer to a binary string
Python bool()	Coverts a Value to Boolean
Python bytearray()	returns an array of given byte size
Python bytes()	returns an immutable bytes object
Python callable()	Checks if the Object is Callable
Python chr()	Returns a Character (a string) from an Integer
Python classmethod()	returns class method for given function
Python compile()	Returns a Python code object
Python complex()	Creates a Complex Number
Python delattr()	Deletes Attribute From the Object
Python dict()	Creates a Dictionary
Python dir()	Tries to Return Attributes of Object
Python divmod()	Returns a Tuple of Quotient and Remainder
Python enumerate()	Returns an Enumerate Object
Python eval()	Runs Python Code Within Program
Python exec()	Executes Dynamically Created Program
Python filter()	constructs iterator from elements which are true
Python float()	returns floating point number from number, string
Python format()	returns formatted representation of a value
Python frozenset()	returns immutable frozenset object
Python getattr()	returns value of a named attribute of an object
Python globals()	returns a dictionary of a current global symbol table
Python hasattr()	returns whether the object has named attribute
Python hash()	returns the hash value of an object
Python help()	Invokes the built-in Help System
Python hex()	Converts to Integer to Hexadecimal
Python id()	Returns Identify of an Object
Python input()	reads and returns a line of string
Python int()	returns an integer from a number or string
Python instance()	Checks if an Object is an Instance of Class
Python issubclass()	Checks if an Object is a Subclass of a Class
Python iter()	returns an iterator for an object
Python len()	Returns Length of an Object
Python list() Function	creates list in Python
Python locals()	returns a dictionary of the current local symbol table
Python map()	Applies Function and Returns a List
Python max()	returns largest element
Python memoryview()	returns memory view of an argument
Python min()	returns smallest element
Python next()	Retrieves Next Element from Iterator
Python object()	Creates a Featureless Object
Python oct()	converts an integer to octal
Python open()	Returns a File object
Python ord()	returns Unicode code point for Unicode character
Python pow()	returns x to the power of y
Python print()	Prints the Given Object
Python property()	returns a property attribute
Python range()	return sequence of integers between start and stop
Python repr()	returns a printable representation of an object
Python reversed()	returns reversed iterator of a sequence
Python round()	rounds a floating point number to ndigits places.
Python set()	returns a Python set
Python setattr()	sets value of an attribute of object
Python slice()	creates a slice object specified by range()
Python sorted()	returns a sorted list from a given iterable
Python staticmethod()	creates static method from a function
Python str()	returns informal representation of an object
Python sum()	Add items of an Iterable
Python super()	Allow you to Refer Parent Class by super
Python tuple() Function	Creates a Tuple
Python type()	Returns Type of an Object
Python vars()	Returns __dict__ attribute of a class
Python zip()	Returns an Iterator of Tuples
Python __import__()	Advanced Function Called by import