The Windows Serial Port Programming Handbook Bai, Ying
Click Here ---> https://urlin.us/2twm9m
How to Learn Serial Port Programming with The Windows Serial Port Programming Handbook by Ying Bai
Serial port programming is a skill that can be useful for many applications, such as interfacing with sensors, controllers, modems, and other devices. However, learning how to program serial ports can be challenging, especially if you want to use different languages and platforms.
Fortunately, there is a book that can help you master serial port programming in a comprehensive and practical way: The Windows Serial Port Programming Handbook by Ying Bai. This book illustrates the principles and methods of developing various serial port interfaces using multiple languages, such as ANSI C, Visual C++, Visual Basic, LabVIEW, MATLAB, Smalltalk, and Java.
The book covers the fundamentals of serial port communications, such as baud rate, parity, data bits, stop bits, flow control, and error detection. It also explains how to use various Windows APIs and libraries to access serial ports, such as Win32 API, MFC, ActiveX, .NET Framework, and Java Communications API. Moreover, it provides step-by-step examples and source code for each language and platform, which you can download from the accompanying CD-ROM.
The Windows Serial Port Programming Handbook by Ying Bai is a valuable resource for anyone who wants to learn serial port programming or improve their existing skills. It is suitable for beginners as well as advanced programmers who want to explore different languages and platforms. Whether you are a student, a hobbyist, or a professional developer, you will find this book helpful and informative.
If you are interested in serial port programming and want to get this book, you can order it online from various websites. For example, you can find it on Routledge, Taylor & Francis, or Google Books.
Serial port programming has many benefits for different applications and scenarios. Some of the advantages of serial port programming are:
It uses less number of conducting wires, hence reduces cost of the interface[^2^].
It supports long distance data communication[^2^].
It guarantees to transmit bytes of data in the chronological sequence that software supplies them, and make them available to software in the chronological sequence they are received[^3^].
It occupies more resistance and less space to cross talk[^4^].
It allows interfacing with various devices that use different protocols and standards, such as RS-232, RS-485, I2C, SPI, etc.
However, serial port programming also has some drawbacks and challenges that need to be considered. Some of the disadvantages of serial port programming are:
It supports slower speed of transmission compared to parallel communication[^2^].
It occupies overhead of about 20% other than useful information, such as start bits, stop bits, parity bits, etc. This leads to wastage of bandwidth meant for data transmission for useless stuff[^2^].
It requires synchronization between the transmitter and the receiver to avoid data loss or corruption.
It may face interference or noise from external sources that can affect the signal quality and reliability.
Therefore, serial port programming is a trade-off between simplicity, cost, speed, and reliability. Depending on the application requirements and constraints, serial port programming can be a suitable choice for data communication between devices. aa16f39245