Details
Outline
- Introduction to Python
- Python language characteristics
- The Python execution model
- Leveraging Python Built-in Types
- Manipulating string and numeric literals
- Declaring and initializing variables
- Performing arithmetic calculations
- Making decisions and performing iterations
- Formatting and slicing strings
- Aggregating related data
- Accessing positional information in lists
- Representing ordered data with tuples
- Consistently handling data collections with iterators
- Manipulating string and numeric literals
- Organizing and Structuring Code
- Defining and calling functions
- Positional, keyword and default arguments
- Implementing variable-length argument lists
- Iterating with generator functions
- Grouping code into modules
- Importing and packages
- Referencing functions from modules by qualification
- Accessing the Standard Library
- Defining and calling functions
- Implementing Classes and Objects
- Declaring and modifying objects
- Encapsulating attributes and methods in classes
- Initializing objects with constructors
- Accessing and modifying attributes with methods
- Overloading operators
- Inheritance and polymorphism
- Reusing functionality through inheritance
- Extending methods from base classes
- Overriding methods for dynamic behavior
- Tracing the scope in the namespace
- Enhancing functionality with class decorators
- Declaring and modifying objects
- Manipulating the File System
- Managing files
- Reading and writing text and binary files
- Importing the OS module for directory management
- Increasing program robustness through handling exceptions
- Maintaining program control with error handlers
- Detecting errors and raising exceptions
- Managing files
- Interfacing with Relational Databases
- Establishing communication
- Creating a SQL database connection
- Instantiating cursors to access a database
- Executing SQL statements within a Python program
- Retrieving desired data sets
- Updating the database with action statements
- Establishing communication
- Constructing a GUI with Tkinter
- Building the user interface
- Defining GUI classes with Frames
- Placing widgets and geometry managers
- Displaying scrolling output
- Listening for interface events
- Responding to mouse clicks
- Binding event handlers
- Building the user interface
- Developing Web Applications
- Analyzing the request processing pipeline
- Positioning the role of Python
- Mapping requests to Python scripts
- Developing MVC with Python
- Integrating the model with a database
- Processing requests with Python controllers
- Benefiting from the Django framework
- Improving productivity with code reduction
- Simplifying application development
- Accessing the database and producing HTML with Django templates
- Analyzing the request processing pipeline
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