Serial Communications Programming In C And C

This book has three parts. The first part discusses the basics of serial communications. Part two discusses asynchronous C programming, helping the reader develop the tools necessary for serial programming tasks. Part three is the appendices, which list assembly language routines, listings for several non-serial functions used but not explained in the text, and other pertinent information.

This comprehensive book is a complete programmer's guide to programming with serial communications in C and C++. It includes vital information on today's high-speed modems, and terminal emulations.

Communications will play a central role in the computer applications of the next decade. The core of these applications is asynchronous serial communication. This book includes both theoretical and practical discussions of this topic, allowing programmers and technically advanced users to build their own C programming library of functions for serial communications.

The popularity of serial communications demands that additional serial port interfaces be developed to meet the expanding requirements of users. The Windows Serial Port Programming Handbook illustrates the principles and methods of developing various serial port interfaces using multiple languages. This comprehensive, hands-on, and practical guide to serial interface programming enables you to develop sophisticated interfaces and apply them in real-world applications. Each chapter addresses a language and how it can be applied in the development of serial port interfaces. The seven languages discussed are: ANSI C Visual C++ Visual Basic LabVIEW MATLAB Smalltalk Java Step by step and line by line, the Handbook clearly explains the interfacing techniques used for each different language in the serial port communication. Examples from actual systems have been compiled and debugged, with detailed source code for each included on an accompanying CD-ROM.

Thoroughly revised and updated with new material on the 32-bit windows platform, this comprehensive guide delivers everything you need to write robust applications for embedded, data logging, point-of-sale, and other communications systems. You2ll get a complete introduction to serial communications basics, tips on getting the most out of Windows APIs, methods for maximizing data exchange rates over high-speed modems, and the latest techniques for object-oriented programming. Featuring a CD-ROM packed with ready-to-run code modules, this is the one guide you need for successful serial communications development.

This book introduces embedded systems to C and C++ programmers. Topics include testing memory devices, writing and erasing flash memory, verifying nonvolatile memory contents, controlling on-chip peripherals, device driver design and implementation, and more.

The popularity of serial communications demands that additional serial port interfaces be developed to meet the expanding requirements of users. The Windows Serial Port Programming Handbook illustrates the principles and methods of developing various serial port interfaces using multiple languages. This comprehensive, hands-on, and practical guide

Create your own robots, toys, remote controllers, alarms, detectors, and more with the Arduino device. This simple microcontroller has become popular for building a variety of objects that interact with the physical world. These recipes provide solutions for the most common problems and questions Arduino users have.

Many systems today use the C programming language as it is available for most computers This book looks at how to produce C programs to execute on a PC or a MAC computer. It also looks at the Arduino UNO micro controller and describes how to write C programs usng the Arduino 'wired' C functions as well as using standard ANSI C with direct access to the micro controller registers of the Ardunio UNO. This can lead to improved efficiency of the programs. Most of the Hardware available in the Arduino micro controller is described, and programs provided showing how to control and use them. There is a chapter on how to create your own programs and also how to change a program created to execute on the Arduino so that it can run on a different micro controller, such as the Microchip PIC. This allows the Arduino to be used as a rapid prototype system. The book also contains many working program examples with additional workshop exercises for the reader to study.