This book is an annotated version of the C# Language Standard, created by adding around 400 separate annotations to the complete text of the Standard. The Standard was formally adopted as ISO Standard 23270:2006 in April 2006 and published in August 2006, and adopted as Ecma International Standard 334 version 4 in June 2006. Microsoft...

I know you are interested in programming and using PIC microcontrollers. If not, you would not have picked up this book and be reading this preface. The first question one usually asks when choosing one book over another is, "Which book offers me something more?" Since everyone is looking for some thing a little different in...

LR parsing has become a widely used method of syntax analysis; this is largely due to the availability of parser generators and compiler- compilers based on LR techniques. However, the readily available ac counts of the theory of these techniques are either superficial or are weighed down with tedious mathematical detail of a merely...

Introduction to Microcontrollers is a comprehensive introductory text/reference for electrical and computer engineers, students, and even hobbyists who have little experience in a high-level programming language. The book helps them understand how a typical microcontroller executes assembly language instructions and addressing modes on...

Over time, I...

Welcome to Java. This chapter launches you on a tour of this technology by focusing on fundamentals. First, you receive an answer to the “What is Java?” question. If you have not previously encountered Java, the answer might surprise you. Next, you are introduced to some basic tools that will help you start developing Java...

Traditional software verification algorithms work by using a combination of Floyd-Hoare Logics, Model Checking and Abstract Interpretation, to check and infer suitable program invariants. However, these techniques are problematic in the presence of complex but ubiquitous constructs like generic data structures, first-class functions....

Let's investigate the inner-workings of your Arduino. It appears to be a simple machine, but it is not. Much effort has been invested to make it easy to learn and use. Unfortunately, these good intentions can mask some of the Arduino's underlying capabilities. You suspected that there was more, much more, under the simplistic...