Python Syntax:
==============
Syntax:
=======
==> set of rules/guidelines
	used to develop the application/software/program is called as "Syntax".


Keywords:
=========
==> High level programming language

Programming languages:
	2-types:
		1) Low level 
		2) High level
==> the instructions for the computer can be write in 1's and 0's such a language is called "low level programming language".
Ex: for sum of two numbers
123 ==> 1010100101
131 ==> 10101010100101010
semi-colon
full stop
==> as a human, handling and/or maintaining low level languages is difficult.
Ex: Python ==> write binary code
P, y, t, h, o, n
Ex: 2-developers
	X-application
	Section-1	Section-2
	=========	==========
	10 features 	10 features
	Win32 OS	Linux32 OS

Platforms ==> different
Binary code for platform to platform ==> differ.
==> To overcome the drawbacks of low level programming languages, high level programming languages introduced.
==> The instructions to the computer completely with user understandable words such a language is called "High level languages".
Ex: C, C++, Python etc.
==> Keywords ==> Reserved words/Pre-defined words
	have defined with specific functionality.
==> we have total 35-keywords
==> Python keywords have defined in python library with a module name "keywords".
==> when we want to display all keywords of python, we should import this module into our python file.
Syntax:
	import keywords
==> In keywords module, all keywords are represented with a name/reference "kwlist".

Comments:
=========
Program file:
	2-parts
		1) Executable part ==> can give us an output
		2) Non-Executable part ==> cannot give an output.
			called as "Comments"
			==> majorly used for improving the readability.
			==> comments possible in two ways:
				1) Single line comments ==> start #
				2) Multi line comments ==> """ """

# Write a script using python to display all keywords.
"""
Here, for this script:
    we should import a module of python library named as "keyword"
"""

import keyword  # executable statement
"""
we should specify the reference for identifying all keywords
of python keyword module.
and store those keywords into separate variable.
"""
python_keywords = keyword.kwlist    # Executable statement
# print that separate variable to get all keywords on screen.
print(python_keywords)  # Executable statement

Output:
=======

['False', 'None', 'True', 'and', 'as', 'assert', 'async', 'await', 'break', 'class', 'continue', 'def', 'del', 'elif', 'else', 'except', 'finally', 'for', 'from', 'global', 'if', 'import', 'in', 'is', 'lambda', 'nonlocal', 'not', 'or', 'pass', 'raise', 'return', 'try', 'while', 'with', 'yield']

Note:
====
Python is Case Sensitive language
	total cases for text representation are:
		lower case
		upper case
		title case
		capitalize case
		camel case etc.

Ex: text ==> "python is awesome" (lower case)
"PYTHON IS AWESOME" (upper case)
"Python is awesome" (Title case)
"Python Is Awesome" (Capitalize case)
"python Is Awesome" (Camel case)
=========================================================
id():
====
	==> to get the address location of our data definition, we can use "id()"
	Syntax:
		id(data)

print(id("python is awesome"))  # lower case
print(id("PYTHON IS AWESOME"))  # Upper Case
print(id("Python is awesome"))  # title case
print(id("Python Is Awesome"))  # Capitalize case
print(id("python Is Awesome"))  # camel case