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Showing posts with label Foundation of Programming Languages. Show all posts
Showing posts with label Foundation of Programming Languages. Show all posts

Introduction to Programming Languages

This tutorial introduce the topic of programming languages by discussing the five important concepts in a computer language: identifiers, expressions, control structures, input/output, and abstraction. The final lessons illustrate these concepts with an example program implementing the selection sort algorithm. Each lesson includes a set of review questions which test the important concepts from the lesson and provide practice problems.

Following are the few topics covered in this programming language guide.
  • Introduction to Programming Languages
  • Identifiers
  • Assignment
  • Expressions
  • Boolean Expressions
  • Data Types
  • Control Structures
  • Inpu/Output
  • Programs
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Understanding Programming Languages

By M. Ben-Ari 

To say that a good programmer can write good software in any language is like saying that a good pilot can fly any aircraft: true, but irrelevant. A passenger aircraft is designed for safety, comfort and economic viability; a military aircraft is designed for performance and mission capability; an ultralite aircraft is designed for low cost and operational simplicity.

The role of language in programming has been downgraded in favor of software methodology and tools; not just downgraded, but totally repudiated when it is claimed that a well-designed system can be implemented equally well in any language. But programming languages are not just a tool; they furnish the raw material of software, the thing we look at on our screens most of the day. I believe that the programming language is one of the most important, not one of the leastimportant, factors that influence the ultimate quality of a software system. Unfortunately, too many programmers have poor linguistic skills. He/she is passionately in love with his/her ``native'' programming language, but is not able to analyze and compare language constructs, nor to understand the advantages and disadvantages of modern languages and language concepts. Too often, one hears statements that demonstrate conceptual confusion: ``Language L1 is more powerful (or more efficient) than language L2''.

This lack of knowledge is a contributing factor to two serious problems in software. The first is the ultra-conservatism that exists in the choice of programming languages. Despite the explosive advances in computer hardware and the sophistication of modern software systems, most programming is still done in languages that were developed about 1970, if not earlier. Extensive research in programming languages is never tested in practice, and software developers are forced to use tools and methodologies to compensate for obsolete language technology. It is as if airlines would refuse to try jet aircraft on the grounds that an old-fashioned propeller aircraft is perfectly capable of getting you from here to there.

The second problem is that language constructs are used indiscriminately, with little or no regard for safety or efficiency. This leads to unreliable software that cannot be maintained, as well as to inefficiencies that are solved by assembly language coding, rather than by refinement of the algorithms and the programming paradigms.

Programming languages exist only for the purpose of bridging the gap in the level of abstraction between the hardware and the real world. There is an inevitable tension between higher levels of abstraction that are easier to understand and safer to use, and lower levels of abstraction that are more flexible and can often be implemented more efficiently. To design or choose a programming language is to select an appropriate level of abstraction, and it is not surprising that different programmers prefer different levels, or that one language may be appropriate for one project and not for another. Within a specific language, a programmer should understand in depth the safety and efficiency implications of each construct in the language.


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How Language Works

By  Michael Gasser

I started writing this book because I was teaching an introductory linguistics course, and I was dissatisfied with the available textbooks. In particular, I felt that they did not do a good job of showing how the study of language fits into the larger field of cognitive science. Once I got into it, the book turned into more than a textbook on linguistics because it began to veer off into areas of study that usually don't count as linguistics. One way to define linguistics is as the study of language itself, which can be contrasted with language behavior. Language behavior is studied by people in the fields of psycholinguistics, language development, natural language processing, and computational linguistics, and there is often an attempt to keep these fields distinct from linguistics "proper". I believe that it is more productive to see all of these fields as making up "the language sciences" or "language science", and it is really this meta-field that is the topic of this book.

I also think that most introductory textbooks (on all topics, not just linguistics) try to introduce too many concepts and fail to tie them together in terms of a small number of themes. I believe that the way language works makes sense (not all linguists agree), and I've tried to organize the book around this idea. I also believe that a basic understanding of how language works is just as important to a basic education as an understanding of algebra or geography, and I hope that I've made it clear in the book why I believe this.

Finally, I've tried to incorporate several other novel ideas of mine about how best to teach about language: start with simplified, artificial examples; select real examples from a relatively small number of languages (especially those that are somewhat familiar to the author); and be open about the large gaps in our knowledge about language, as well as the excitement that comes with a young field.

This is edition 3.0 of How Language Works. It is quite different from the last edition (2.0). In particular, it includes material on computational approaches to language. Long after coming up with the title, I realized that there were several published books with the same title (and at least one more has appeared since I released this book). So if you refer to this book elsewhere, be sure to make it clear that you are referring to "How Language Works (edition 3.0) by Michael Gasser". The book is freely available to anyone, under the terms of GNU Free Documentation License, Version 1.2.

The organization of this book is based on the idea that human language has a small set of basic properties, each of which plays a role in the workings of language as an instrument for communication and thought. Each chapter in the book (after this one) introduces a new property. Chapter 2 discusses words and word meaning. Chapter 3 discusses phonological categories, the units that are combined to make word forms. Chapter 4 discusses phonological processes, the ways in which the units of word form interact with one another. Chapter 5 discusses compositionality, the principle that allows complex meanings to be expressed by combinations of words. Chapter 6 discusses how words are organized into larger units and how these allow us to refer to states and events in the world. Chapter 7 discusses how the grammars of languages divide the world into abstract conceptual categories. Chapter 8 discusses the productivity and flexibility of language and how grammar makes this possible.

Practical Foundations for Programming Languages

By Robert Harper

This is a working draft of a book on the foundations of programming languages. The central organizing principle of the book is that programming language features may be seen as manifestations of an underlying type structure that governs its syntax and semantics. The emphasis, therefore, is on the concept of type, which codifies and organizes the computational universe in much the same way that the concept of set may be seen as an organizing principle for the mathematical universe. The purpose of this book is to explain this remark.

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