Python: Difference between revisions

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# It is the CS introductory programming language in many universities
# It is the CS introductory programming language in many universities
# It has an especially clear syntax
# It has an especially clear syntax
# We get to logic thinking over syntax thinking much faster
# We get to logical thinking over syntax issues much faster
# The language is well-supported
# The language is well-supported
# Library management is a breeze
# Library management is a straight forward
# The language is very powerful for solving complex problems
# The language is very powerful for solving complex problems


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These ideas follow our programming guide, linked above.  
These ideas follow our programming guide, linked above.  


# [[Installing libraries in Python]]
# [[Understand how to output text strings]]
# [[Understand how to output text strings]]
## [[Exceptions and pre-conditions]]
# [[Understand how to input strings and numbers into variables]]
# [[Understand how to input strings and numbers into variables]]
## [[Variable scope in Python]]
# [[Understand string manipulation functions]]
# [[Understand string manipulation functions]]
# [[String manipulation functions]]
# [[String manipulation functions]]
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# [[Understand serial files]]
# [[Understand serial files]]
# [[How to handle exceptions for validation]]
# [[How to handle exceptions for validation]]
## [[Managing exceptions in Python]]
# [[Dictionaries|Understand dictionaries]]
# [[Dictionaries|Understand dictionaries]]
# [[Date and times with Python]]


== References ==  
== References ==  

Latest revision as of 08:34, 28 March 2023

Python programming language[1]


Python is an interpreted, object-oriented, high-level programming language with dynamic semantics. Its high-level built in data structures, combined with dynamic typing and dynamic binding, make it very attractive for Rapid Application Development, as well as for use as a scripting or glue language to connect existing components together. Python's simple, easy to learn syntax emphasizes readability and therefore reduces the cost of program maintenance. Python supports modules and packages, which encourages program modularity and code reuse. The Python interpreter and the extensive standard library are available in source or binary form without charge for all major platforms, and can be freely distributed.[2]


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Python is our language of choice.

  1. It is the CS introductory programming language in many universities
  2. It has an especially clear syntax
  3. We get to logical thinking over syntax issues much faster
  4. The language is well-supported
  5. Library management is a straight forward
  6. The language is very powerful for solving complex problems


Basic ideas

These ideas follow our programming guide, linked above.

  1. Installing libraries in Python
  2. Understand how to output text strings
    1. Exceptions and pre-conditions
  3. Understand how to input strings and numbers into variables
    1. Variable scope in Python
  4. Understand string manipulation functions
  5. String manipulation functions
  6. Understand how to use selection statements
  7. How to use selection statements
  8. Understand how to use arithmetic operations and random numbers
  9. Understand counter controlled iterations
  10. Understand condition controlled iterations
  11. Understand subroutines, procedures and functions
  12. Understand arrays and lists
  13. Understand serial files
  14. How to handle exceptions for validation
    1. Managing exceptions in Python
  15. Understand dictionaries
  16. Date and times with Python

References