Peter A. Darnell, Philip E. Margolis

C A Software Engineering Approach (eBook, PDF)

• Format: PDF

Produktbeschreibung

A highly readable text designed for beginning and intermediate C programmers. While focusing on the programming language, the book emphasises stylistic issues and software engineering principles so as to develop programs that are readable, maintainable, portable, and efficient. The software engineering techniques discussed throughout the text are illustrated in a C interpreter, whose source listing is provided on diskette, and highlighted "bug alerts" offer tips on the common errors made by novice programmers. Can be used as the primary course textbook or as the main reference by programmers intent on learning C.

---

Dieser Download kann aus rechtlichen Gründen nur mit Rechnungsadresse in A, B, BG, CY, CZ, D, DK, EW, E, FIN, F, GR, HR, H, IRL, I, LT, L, LR, M, NL, PL, P, R, S, SLO, SK ausgeliefert werden.

Produktdetails

• Verlag: Springer US
• Seitenzahl: 498
• Erscheinungstermin: 6. Dezember 2012
• Englisch
• ISBN-13: 9781461240204
• Artikelnr.: 44063666

Inhaltsangabe

1: Introduction to Programming.- 1.1 High-Level Programming Languages.- 1.2 History of C.- 1.3 ANSI and ISO Standards.- 1.4 Nature of C.- 2: Introduction to Software Engineering.- 2.1 Introduction.- 2.2 Stages of Software Production.- 2.3 Product Specification.- 2.4 Architectural Design.- 2.5 Project Planning.- 2.6 Detailed Design.- 2.7 Coding.- 2.8 Debugging.- 2.9 Testing.- 2.10 Maintenance.- 2.11 The Bridge Metaphor.- 3: C Essentials.- 3.1 Program Development.- 3.2 Functions.- 3.3 Variables and Constants.- 3.4 Names.- 3.5 Expressions.- 3.6 Formatting Source Files.- 3.7 The main() Function.- 3.8 The printf() Function.- 3.9 The scanf() Function.- 3.10 The Preprocessor.- 3.11 Exercises.- 4: Scalar Data Types.- 4.1 Declarations.- 4.2 Different Kinds of Integer Constants.- 4.3 Floating-Point Types.- 4.4 Scientific Notation.- 4.5 Initialization.- 4.6 Mixing Types.- 4.7 Explicit Conversions-Casts.- 4.8 Enumeration Types.- 4.9 The void Data Type.- 4.10 Typedefs.- 4.11 Finding the Address of an Object.- 4.12 Introduction to Pointers.- 4.13 Exercises.- 5: Control Flow.- 5.1 Conditional Branching.- 5.2 The switch Statement.- 5.3 Looping.- 5.4 Nested Loops.- 5.5 A Simple Calculator Program.- 5.6 The break and continue Statements.- 5.7 The goto Statement.- 5.8 Infinite Loops.- 5.9 Exercises.- 6: Operators and Expressions.- 6.1 Precedence and Associativity.- 6.2 Unary Plus and Minus Operators.- 6.3 Binary Arithmetic Operators.- 6.4 Arithmetic Assignment Operators.- 6.5 Increment and Decrement Operators.- 6.6 Comma Operator.- 6.7 Relational Operators.- 6.8 Logical Operators.- 6.9 Bit-Manipulation Operators.- 6.10 Bitwise Assignment Operators.- 6.11 Cast Operator.- 6.12 sizeof Operator.- 6.13 Conditional Operator (?:).- 6.14 Memory Operators.- 6.15 Exercises.- 7: Arrays andPointers.- 7.1 Declaring an Array.- 7.2 How Arrays Are Stored in Memory.- 7.3 Initializing Arrays.- 7.4 Example: Encryption and Decryption.- 7.5 Pointer Arithmetic.- 7.6 Passing Pointers as Function Arguments.- 7.7 Accessing Array Elements Through Pointers.- 7.8 Passing Arrays as Function Arguments.- 7.9 Sorting Algorithms.- 7.10 Strings.- 7.11 Multidimensional Arrays.- 7.12 Arrays of Pointers.- 7.13 Pointers to Pointers.- 7.14 Exercises.- 8: Storage Classes.- 8.1 Fixed vs. Automatic Duration.- 8.2 Scope.- 8.3 Global Variables.- 8.4 The register Specifier.- 8.5 The const Storage-Class Modifier.- 8.6 The volatile Storage-Class Modifier.- 8.7 Summary of Storage Classes.- 8.8 Dynamic Memory Allocation.- 8.9 Exercises.- 9: Structures and Unions.- 9.1 Structures.- 9.2 Linked Lists.- 9.3 Unions.- 9.4 enum Declarations.- 9.5 Exercises.- 10: Functions.- 10.1 Passing Arguments.- 10.2 Declarations and Calls.- 10.3 Pointers to Functions.- 10.4 Recursion.- 10.5 The main() Function.- 10.6 Complex Declarations.- 10.7 Exercises.- 11: The C Preprocessor.- 11.1 Macro Substitution.- 11.2 Conditional Compilation.- 11.3 Include Facility.- 11.4 Line Control.- 11.5 Exercises.- 12: Input and Output.- 12.1 Streams.- 12.2 Buffering.- 12.3 The Header File.- 12.4 Opening and Closing a File.- 12.5 Reading and Writing Data.- 12.6 Selecting an I/O Method.- 12.7 Unbuffered I/O.- 12.8 Random Access.- 12.9 Exercises.- 13: Software Engineering-A Case Study.- 13.1 Style Review.- 13.2 Product Specification.- 13.3 Architectural Design.- 13.4 Project Planning.- 13.5 Detailed Design.- 13.6 Software Tools for Software Production.- 13.7 Documentation.- 13.8 Exercises.- Appendices.- A: The ANSI Runtime Library.- A.1 Function Names.- A.2 Header Files.- A.3 Synopses.- A.4 Functions vs. Macros.- A.5 ErrorHandling.- A.6 Diagnostics.- A.7 Character Handling.- A.8 Setting Locale Parameters.- A.9 Mathematics.- A.10 Nonlocal Jumps.- A.11 Signal Handling.- A.12 Variable Argument Lists.- A.13 I/O Functions.- A.14 General Utilities.- A.15 String-Handling Functions.- A.16 Multibyte Character Functions.- A.17 Date and Time Functions.- B: Implementation Limits.- B.1 Translation Limits.- B.2 Numerical Limits.- C: Differences Between the ANSI and K&R Standards.- C.1 Source Translation Differences.- C.2 Data Type Differences.- C.3 Statement Differences.- C.4 Expression Differences.- C.5 Storage Class and Initialization Differences.- C.6 Preprocessor Differences.- D: Reserved Names.- E: ASCII Codes.

Rezensionen

"Rarely does an introductory book on a programming language balance the basic and the advanced so well." - Computer Reviews
"Outstanding textbook for novice C users." - Computer Book Review
"Excellent for a systematic person who wants a running start in C." - UnixWorld