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Harwani, B. M.,. Practical C programming: solutions for modern C developers to create efficient and well-structured programs / B.M. Harwani. — 1 online resource (1 volume) : illustrations — <URL:http://elib.fa.ru/ebsco/2375769.pdf>.

Дата создания записи: 30.07.2020

Тематика: C (Computer program language); Computer programming.; C (Computer program language); Computer programming

Коллекции: EBSCO

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Practical C Programming will teach you how to deal with C and its idiosyncrasies, and benefit from its new features, through bite-sized recipes. Each recipe in the book addresses a specific problem through a discussion that reveals and explains the solution to the recipe. This book will teach all you need to know to become a better C programmer.

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Cover
Title Page
Copyright and Credits
Dedication
About Packt
Contributors
Table of Contents
Preface
Chapter 1: Working with Arrays
- Inserting an element in an array
  - How to do it…
  - How it works...
  - There's more...
- Multiplying two matrices
  - How to do it…
  - How it works...
  - There’s more…
- Finding the common elements in two arrays
  - How to do it…
  - How it works...
- Finding the difference between two sets or arrays
  - How to do it…
  - How it works...
- Finding the unique elements in an array
  - How to do it…
  - How it works...
- Finding whether a matrix is sparse
  - How to do it…
  - How it works...
  - There's more...
- Merging two sorted arrays into a single array
  - How to do it…
  - How it works...
Chapter 2: Managing Strings
- Determining whether the string is a palindrome
  - How to do it…
  - How it works...
- Finding the occurrence of the first repetitive character in a string
  - How to do it…
  - How it works...
- Displaying the count of each character in a string
  - How to do it…
  - How it works...
- Counting vowels and consonants in a sentence
  - How to do it…
  - How it works...
- Converting the vowels in a sentence to uppercase
  - How to do it…
  - How it works...
Chapter 3: Exploring Functions
- What is a stack?
- Finding whether a number is an Armstrong number
  - How to do it…
  - How it works...
- Returning maximum and minimum values in an array
  - How to do it…
  - How it works...
- Finding the greatest common divisor using recursion
  - How to do it…
  - How it works...
- Converting a binary number into a hexadecimal number
  - How to do it…
  - How it works...
- Finding whether a number is a palindrome
  - How to do it…
  - How it works...
Chapter 4: Preprocessing and Compilation
- Performing conditional compilation with directives
  - How to do it...
  - How it works...
- Applying assertions for validation
  - How to do it...
  - How it works...
- Using assertions to ensure a pointer is not pointing to NULL
  - How to do it…
  - How it works...
- Catching errors early with compile-time assertions
  - How to do it...
  - How it works...
- Applying stringize and token-pasting operators
  - How to do it...
  - How it works...
Chapter 5: Deep Dive into Pointers
- What is a pointer?
- Reversing a string using pointers
  - How to do it…
  - How it works...
- Finding the largest value in an array using pointers
  - How to do it…
  - How it works...
- Sorting a singly linked list
  - How to do it…
  - How it works...
    - Creating a singly linked list
    - Sorting the singly linked list
      - The first iteration
      - The second iteration
      - The third and fourth iterations
- Finding the transpose of a matrix using pointers
  - How to do it…
  - How it works...
- Accessing a structure using a pointer
  - How to do it…
  - How it works...
Chapter 6: File Handling
- Functions used in file handling
  - Functions commonly used in sequential file handling
    - fopen()
    - fclose()
    - fgets()
    - fputs()
  - Functions commonly used in random files
    - fseek()
    - ftell()
    - rewind()
- Reading a text file and converting all characters after the period into uppercase
  - How to do it…
  - How it works...
- Displaying the contents of a random file in reverse order
  - How to do it…
  - How it works...
- Counting the number of vowels in a file
  - How to do it…
  - How it works...
- Replacing a word in a file with another word
  - How to do it…
  - How it works...
- Encrypting a file
  - How to do it…
  - How it works...
  - See also
Chapter 7: Implementing Concurrency
- What are processes and threads?
  - Mutual exclusion
- Performing a task with a single thread
  - How to do it…
  - How it works...
- Performing multiple tasks with multiple threads
  - How to do it…
  - How it works...
- Using mutex to share data between two threads
  - How to do it…
  - How it works...
- Understanding how a deadlock is created
  - How to do it…
  - How it works...
- Avoiding a deadlock
  - How to do it…
  - How it works...
Chapter 8: Networking and Inter-Process Communication
- Communicating between processes using pipes
  - Creating and to connecting processes
    - pipe()
    - mkfifo()
    - write()
    - read()
    - perror()
    - fork()
  - One process, both writing and reading from the pipe
    - How to do it…
    - How it works...
  - One process writing into the pipe and another process reading from the pipe
    - How to do it…
    - How it works...
- Communicating between processes using FIFO
  - Writing data into a FIFO
    - How to do it…
  - Reading data from a FIFO
    - How to do it…
    - How it works...
- Communicating between the client and server using socket programming
  - Client-server model
    - struct sockaddr_in structure
    - socket()
    - memset()
    - htons()
    - bind()
    - listen()
    - accept()
    - send()
    - connect()
    - recv()
  - Sending data to the client
    - How to do it…
    - How it works...
  - Reading data that's been sent from the server
    - How to do it…
    - How it works...
- Communicating between processes using a UDP socket
  - Using a UDP socket for server-client communication
    - bzero()
    - INADDR_ANY
    - sendto()
    - recvfrom()
  - Await a message from the client and sending a reply using a UDP socket
    - How to do it…
    - How it works...
  - Sending a message to the server and receiving the reply from the server using the UDP socket
    - How to do it…
    - How it works...
  - Running Cygserver
- Passing a message from one process to another using the message queue
  - Functions used in IPC using shared memory and message queues
    - ftok()
    - shmget()
    - shmat()
    - shmdt()
    - shmctl()
    - msgget()
    - msgrcv()
    - msgsnd()
  - Writing a message into the message queue
    - How to do it…
    - How it works...
  - Reading a message from the message queue
    - How to do it…
    - How it works...
- Communicating between processes using shared memory
  - Writing a message into shared memory
    - How to do it…
    - How it works...
  - Reading a message from shared memory
    - How to do it…
    - How it works...
Chapter 9: Sorting and Searching
- Searching for an item using binary search
  - How to do it...
  - How it works...
- Arranging numbers in ascending order using bubble sort
  - How to do it…
  - How it works...
- Arranging numbers in ascending order using insertion sort
  - How to do it...
  - How it works...
- Arranging numbers in ascending order using quick sort
  - How to do it...
    - Quick sort
    - FindingPivot
  - How it works...
- Arranging numbers in descending order using heap sort
  - How to do it...
    - Creating a max-heap
    - Deleting the max-heap
  - How it works...
  - See also
Chapter 10: Working with Graphs
- Types of graphs
  - Directed graphs
  - Undirected graphs
- Creating an adjacency matrix representation of a directed graph
  - How to do it...
  - How it works...
- Creating an adjacency matrix representation of an undirected graph
  - How to do it...
  - How it works...
- Creating an adjacency list representation of a directed graph
  - How to do it...
  - How it works...
- Carrying out the breadth-first traversal of a graph
  - How to do it...
  - How it works...
- Carrying out the depth-first traversal of a graph
  - How to do it...
  - How it works...
- Creating minimum spanning trees using Prim's algorithm
  - How to do it...
  - How it works...
    - Displaying the adjacency linked list
    - Creating the minimum spanning tree
- Creating minimum spanning trees using Kruskal's algorithm
  - How to do it...
  - How it works...
Chapter 11: Advanced Data Structures and Algorithms
- Stack
- Doubly linked lists (two-way linked lists)
- Circular linked lists
- Binary tree
  - Binary search trees
  - Traversing trees
- Implementing a stack using a singly linked list
  - How to do it...
  - How it works...
- Implementing a doubly or two-way linked list
  - How to do it...
  - How it works...
- Implementing a circular linked list
  - How to do it...
  - How it works...
- Creating a binary search tree and performing an inorder traversal on it recursively
  - How to do it... – binary tree
  - How to do it... – inorder traversal of the tree
  - How it works... – binary tree
  - How it works... – inorder traversal of the tree
- Performing postorder traversal of a binary tree non-recursively
  - Getting started
  - How to do it...
  - How it works...
  - See also
Chapter 12: Creativity with Graphics
- List of OpenGL functions
- Drawing four graphical shapes
  - How to do it...
  - How it works...
- Drawing a circle
  - How to do it...
  - How it works...
- Drawing a line between two mouse clicks
  - How to do it...
  - How it works...
- Making a bar graph of the supplied values
  - How to do it...
  - How it works...
- Making an animated bouncing ball
  - How to do it...
  - How it works...
Chapter 13: Using MySQL Database
- Functions in MySQL
  - mysql_init()
  - mysql_real_connect()
  - mysql_query()
  - mysql_use_result()
  - mysql_fetch_row()
  - mysql_num_fields()
  - mysql_free_result()
  - mysql_close()
- Creating a MySQL database and tables
  - Create database
  - Create table
- Displaying all the built-in tables in a default mysql database
  - How to do it...
  - How it works...
- Storing information in MySQL database
  - How to do it…
  - How it works...
- Searching for the desired information in the database
  - How to do it…
  - How it works...
- Updating information in the database
  - How to do it…
  - How it works...
- Deleting data from the database using C
  - How to do it…
  - How it works...
Chapter 14: General-Purpose Utilities
- Dynamic memory allocation
  - malloc()
  - calloc()
  - realloc()
  - free()
- Registering a function that is called when a program exits
  - How to do it…
  - How it works...
  - There's more...
- Measuring the clock ticks and CPU seconds required in the execution of a function
  - How to do it...
  - How it works...
- Performing dynamic memory allocation
  - How to do it...
  - How it works...
- Handling signals
  - Signals
    - signal()
  - How to do it...
  - How it works...
Chapter 15: Improving the Performance of Your Code
- Using the register keyword in C code for better efficiency
  - How to do it...
  - How it works...
- Taking input faster in C
  - How to do it…
  - How it works...
- Applying loop unrolling for faster results
  - How to do it…
  - How it works...
Chapter 16: Low-Level Programming
- Introduction to bitwise operators
  - & (binary AND)
  - | (binary OR)
  - ^ (binary XOR)
  - ~ (binary complement)
  - << (binary shift left)
  - >> (binary shift right)
- Converting a binary number into a decimal using a bitwise operator
  - How to do it…
  - How it works...
- Converting a decimal into binary using a bitwise operator
  - How to do it…
  - How it works...
- Converting a decimal number into binary using bit masking
  - How to do it…
  - How it works...
- Introduction to assembly coding
- Multiplying two numbers using the inline assembly language in C
  - How to do it…
  - How it works...
- Dividing two numbers using assembly code in C
  - How to do it…
  - How it works...
Chapter 17: Embedded Software and IoT
- Technical requirements
- Introduction to embedded systems
- Introduction to IoT
  - Introduction to Arduino
- Toggling the port of a microcontroller in Embedded C (blinking LED)
  - How to do it…
  - How it works...
- Incrementing the value of a port in Embedded C
  - How to do it…
  - How it works...
- Toggle voltage in output pin using Arduino (blinking LED)
  - How to do it…
  - How it works...
- Taking input from the serial port using Arduino
  - How to do it…
  - How it works...
- Sensing the temperature using Arduino with the LM35 sensor
  - Getting ready...
  - How to do it...
  - How it works...
Chapter 18: Applying Security in Coding
- Buffer overflow
  - gets()
  - fgets()
  - fpurge(stdin)
  - sprintf()
  - snprintf()
  - strcpy()
  - strncpy( )
- Understanding how a buffer overflow occurs
  - How to do it...
  - How it works...
- Learning how to avoid a buffer overflow
  - How to do it...
  - How it works...
- Understanding how a vulnerability occurs while copying strings
  - How to do it...
  - How it works...
- Learning how to write secure code while copying strings
  - How to do it...
  - How it works...
- Understanding the errors that occur while formatting strings
  - How to do it...
  - How it works...
- Learning how to avoid errors while formatting strings
  - How to do it...
  - How it works...
- Understanding how vulnerabilities occur while accessing files in C
  - How to do it...
  - How it works...
- Learning how to avoid vulnerabilities while writing a file in C
  - How to do it...
  - How it works...
Other Books You May Enjoy
Index

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