PROGRAMMING TECHNIQUES FOR DISTRIBUTED SYSTEMS

• Ability to develop software applications for distributed execution environments, using object-oriented programming languages.
• Knowledge of the Java language, with particular reference to the tools for distributed programming.
• Knowledge of the Python language and libraries for networking and distributed programming.

1. Object-oriented programming (0.5 CFU)

2. The Java programming language (3 CFU): JAVA. General features, data types, operators, expressions, control structures: Classes, objects, interfaces, inheritance and polymorphism, packages, concurrency, exception management, events. Input / Output. Basic graphics, applets

3.The Python programming language (3 CFU): PYTHON. Introduction to language. Variables, expressions and instructions. Functions. Conditional statements, iteration and recursion. Strings, lists, tuples and dictionaries. Files and exceptions. Classes and objects. Inheritance. Use of libraries.

4. Programming for distributed systems JAVA: Concurrency. Networking. RMI. Enterprise Java Beans. PYTHON: Concurrency. Networking. Internet protocols.

1. Object-oriented programming: Definitions, properties, classification of programming languages. Object-oriented programming.

2. The Java programming language: JAVA. General features, data types, operators, expressions, control structures: Classes, objects, interfaces, inheritance and polymorphism, packages, concurrency, exception management, events. Input / Output. Basic graphics, applets

3.The Python programming language: PYTHON. Introduction to language. Variables, expressions and instructions. Functions. Conditional statements, iteration and recursion. Strings, lists, tuples and dictionaries. Files and exceptions. Classes and objects. Inheritance. Use of libraries.

4. Programming for distributed systems JAVA: Concurrency. Networking. RMI. Enterprise Java Beans. PYTHON: Concurrency. Networking. Internet protocols.

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