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Anonymous users2024-02-101 Overview of Programming.
An overview of programming languages.
Machine language. Assembly language.
High-level language. An overview of the programming methodology.
Crafting methods.
Structured approach.
Object-oriented approach.
Overview of the integrated development environment.
Overview of the C++ language.
cA brief history of language development.
The history of the C++ language.
Example of a simple program.
Structured vs. object-oriented programs.
Example of a structured program.
Example of an object-oriented program.
Comparison of the two.
Rules to follow when writing a program.
Basic knowledge of the C++ development environment.
2 Basic data types, operators, expressions.
C++ language character set.
C++ vocabulary.
Identifier keywords.
Operator separator.
Constant annotators.
Data type. Integer solid.
Character variables.
Constant integer constant.
Solid constants. Character constants.
String constants.
Symbolic constants. const constant.
Enumerate simple inputs and outputs.
Input and output of characters.
Input and output of numeric data.
Operator: Arithmetic operator.
Relational operators.
Logical operators.
Self-incrementing and self-decrement operators.
Bitwise operators. Assignment operators.
Conditional operators.
sizeof operator.
Comma arithmetic. Prioritization and cohesion.
Basic data type mixing, operations, and type conversions.
Automatic type conversion.
Cast type conversion.
3 Control flow.
Statement expression statements.
Compound statements. Control statements.
Representation of empty statement algorithms and algorithms.
The basic characteristics of an algorithmic algorithm.
Representation of the algorithm.
Sequential structure. Select the structure.
4 Functions. 5 arrays. 6 pointers.
7 Structs and dynamic data types.
8 Encapsulation.
9 Inheritance.
10 Polymorphism – Operator overloading.
11 Polymorphisms – virtual functions, templates.
12 Object-Oriented IO
References.
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Anonymous users2024-02-09Chapter 0 Introduction.
Chapter 1: Historical Review and Classification of Programming Languages.
Chapter 2 An Overview of the Design of Programming Languages.
Chapter 3 Values and Types.
Chapter 4 Storage.
Chapter 5 Binding Determination.
Chapter 6 Functions and Procedures.
Chapter 7 Program Control.
Chapter 8 Abstraction and Encapsulation of Programs.
Chapter 9 Type Systems.
Chapter 10 Introduction to Object-Oriented Programming.
Chapter 11 Functional Programming Languages.
Chapter 12 Logical Programming Languages.
Chapter 13 Principles of Program Concurrency and Process Interaction.
Chapter 14 Process Interaction Mechanism and Concurrency Design.
Chapter 15 Descriptive Programming Languages.
Chapter 16 Principles and Applications of Referential Semantics.
Chapter 17 Algebraic Semantics.
References.
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