codeplea/Hands-On-Network-Programming-with-C

Features

• Socket Networking - Establishes cross-platform network connections using standard socket interfaces.
• TCP Socket Programming - Builds low-level network applications using C socket interfaces to manage data transmission across TCP and UDP protocols.
• Network I/O Multiplexing - Guides the implementation of high-performance server architectures using non-blocking I/O and multiplexing for concurrent connections.
• Socket Interfaces - Implements the standard Berkeley socket interface for low-level network communication.
• C/C++ Tutorials - Provides a comprehensive guide to building robust network applications using standard Berkeley socket interfaces in C.
• HTTP Clients and Servers - Constructs web servers and clients to handle network requests and binary data exchange.
• Connection Lifecycle Management - Manages socket connection lifecycles including timeouts and error reporting for robust performance.
• Connection Multiplexing - Handles multiple simultaneous network requests efficiently using non-blocking input and output operations.
• Hostname Resolvers - Provides utilities for translating human-readable hostnames into numerical network addresses using system-level resolution functions.
• Reliable Byte Stream Implementations - Ensures reliable, ordered delivery of data through persistent connection-oriented streams.
• Network Address Resolution - Resolves domain names to network addresses for accurate traffic routing.
• Network Diagnostics - Offers methods for analyzing and troubleshooting data packets to optimize performance within network infrastructure.
• Network Protocol Implementations - Serves as a technical resource for constructing web services and securing data transmission through encrypted communication channels.
• Network Stacks - Configures system network stacks to prepare communication channels across different operating systems.
• Network Traffic Analyzers - Includes diagnostic tools for inspecting and analyzing network traffic to troubleshoot connectivity and performance issues.
• UDP Datagram Transmitters - Enables low-latency communication through connectionless datagram transmission.
• Service Address Resolution - Translates human-readable hostnames into numerical network addresses using system services.
• Socket Abstractions - Provides a unified interface for network communication by treating endpoints as file descriptors.
• Non-Blocking Socket I/O - Handles high-concurrency traffic using non-blocking socket I/O operations.
• Secure Connection Initialization - Wraps standard socket communication with encryption layers to secure the initial handshake and subsequent data transmission.
• TCP Client Connections - Implements reliable TCP communication for bidirectional messaging and data relay.
• UDP Communication - Transmits individual data packets using UDP for lightweight, time-sensitive communication.
• Socket API References - Provides practical examples for managing connection lifecycles, data streams, and packet transmission using socket system calls.
• Stream Wrappers - Wraps socket streams with encryption layers to secure data transmission over untrusted networks.
• Secure Network Communication - Provides implementations for encrypting data transmission to ensure privacy and verify identities during network exchanges.
• Transport Layer Security - Secures socket data streams using transport layer security protocols.
• Network Protocol Implementations - Constructs web services and resolves domain addresses by interacting directly with operating system network stacks.
• Networked Web Services - Builds minimal web services for remote resource fetching and content serving.
• Bidirectional Streams - Maintains persistent bidirectional data streams between network endpoints.

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