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Programming Fundamentals - A Modular Structured Approach, 2ed.

The goal for this text is to make it programming-language neutral, so that it may serve as an introductory programming textbook for students using any of a variety of programming languages, including C++, C#, Java, JavaScript, Python, and Swift. Programming concepts are introduced generically, with logic demonstrated in pseudocode and flowchart form, followed by examples for different programming languages. Emphasis is placed on a modular, structured approaches.

Computer Science Engineering

Tác giả: Kenneth Leroy Busbee and Dave Braunschweig
Nhà xuất bản: LibreTexts
Nguồn: LibreTexts
Giấy phép: CC BY-SA
Ngôn ngữ: EN
Danh mục: Công nghệ thông tin

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Mục lục· 138 mục

01: Introduction to Programming
1.01: Systems Development Life Cycle
1.02: Program Design
1.03: Program Quality
1.04: Pseudocode
1.05: Flowcharts
1.06: Software Testing
1.07: Integrated Development Environment
1.08: Version Control
1.09: Input and Output
1.10: Hello World
1.11: C Examples
1.12: C Examples
1.13: Java Examples
1.14: JavaScript Examples
1.15: Python Examples
1.16: Swift Examples
1.17: Practice- Introduction to Programming
02: Data and Operators
2.01: Constants and Variables
2.02: JavaScript Examples
2.03: Python Examples
2.04: Swift Examples
2.05: Practice- Data and Operators
2.06: Identifier Names
2.07: Data Types
2.08: Integer Data Type
2.09: Floating-Point Data Type
2.10: String Data Type
2.11: Boolean Data Type
2.12: Nothing Data Type
2.13: Order of Operations
2.14: Assignment
2.15: Arithmetic Operators
2.16: Integer Division and Modulus
2.17: Unary Operations
2.18: Lvalue and Rvalue
2.19: Data Type Conversions
2.20: Input-Process-Output Model
2.21: C Examples
2.22: C Examples
2.23: Java Examples
03: Functions
3.01: Modular Programming
3.02: Hierarchy or Structure Chart
3.03: Function Examples
3.04: Parameters and Arguments
3.05: Call by Value vs. Call by Reference
3.06: Return Statement
3.07: Void Data Type
3.08: Scope
3.09: Programming Style
3.10: Standard Libraries
3.11: C Examples
3.12: C Examples
3.13: Java Examples
3.14: JavaScript Examples
3.15: Python Examples
3.16: Swift Examples
3.17: Practice- Functions
04: Conditions
4.01: Structured Programming
4.02: Selection Control Structures
4.03: If Then Else
4.04: Code Blocks
4.05: Relational Operators
4.06: Assignment vs Equality
4.07: Logical Operators
4.08: Nested If Then Else
4.09: Case Control Structure
4.10: Condition Examples
4.11: C Examples
4.12: C Examples
4.13: Java Examples
4.14: JavaScript Examples
4.15: Python Examples
4.16: Swift Examples
4.17: Practice- Conditions
05: Loops
5.01: Iteration Control Structures
5.02: While Loop
5.03: Do While Loop
5.04: Flag Concept
5.05: For Loop
5.06: Branching Statements
5.07: Increment and Decrement Operators
5.08: Integer Overflow
5.09: Nested For Loops
5.10: Loop Examples
5.11: C Examples
5.12: C Examples
5.13: Java Examples
5.14: JavaScript Examples
5.15: Python Examples
5.16: Swift Examples
5.17: Practice- Loops
06: Arrays and Lists
6.01: Arrays and Lists
6.02: Index Notation
6.03: Displaying Array Members
6.04: Arrays and Functions
6.05: Math Statistics with Arrays
6.06: Searching Arrays
6.07: Sorting Arrays
6.08: Parallel Arrays
6.09: Multidimensional Arrays
6.10: Dynamic Arrays
6.11: C Examples
6.12: C Examples
6.13: Java Examples
6.14: JavaScript Examples
6.15: Python Examples
6.16: Swift Examples
6.17: Practice- Arrays and Lists
07: Strings and Files
7.01: Strings
7.02: String Functions
7.03: String Formatting
7.04: File Input and Output
7.05: Loading an Array from a Text File
7.06: C Examples
7.07: C Examples
7.08: Java Examples
7.09: JavaScript Examples
7.10: Python Examples
7.11: Swift Examples
7.12: Practice- Strings and Files
08: Object-Oriented Programming
8.01: Objects and Classes
8.02: Encapsulation
8.03: Inheritance and Polymorphism
8.04: C Examples
8.05: C Examples
8.06: Java Examples
8.07: JavaScript Examples
8.08: Python Examples
8.09: Swift Examples
8.10: Practice