Hi everyone! Here's part three of my favorite programming, computer, and science books.
This time I'll be sharing my favorite books about Unix, logic programming, thermodynamics, and mathematical foundations of computer science.
In one of the next posts I'll create a neat pdf with all the books listed so far and keep updating it as I write more posts.
Here are this week's five books.
#11 The Unix Haters Handbook (free pdf)
This book is true Unix classic. If you know and love Unix, you'll love this book. This is one of the first books I ever read and I love it. I'm a huge fan of Unix and computing history and this book taught me tons of facts and trivia about both topics. It contains hundreds of hilarious stories about what Unix gets wrong (and also right). It's a bit outdated but for true geeks it shouldn't matter, it's still a very fun read.
Here's what preface says about Unix: Modern UNIX is a catastrophe. It's the "Un-Operating System": unreliable, unintuitive, unforgiving, unhelpful, and underpowered. Little is more frustrating than trying to force UNIX to do something useful and nontrivial. Modern UNIX impedes progress in computer science, wastes billions of dollars, and destroys the common sense of many who seriously use it. An exaggeration? You won't think so after reading this book.
Chapter 1 is called Unix is the world's first computer virus, and this is how the book illustrates C++ is written:
Authors: Simson Garfinkel, Daniel Weise, and Steven Strassmann.
#12 Unix and Linux System Administration Handbook
I call this book the Unix bible. I got this book (third edition) 13 years ago and read it pretty much cover to cover in a few weeks. Even 13 years later I still refer to it every now and then, and I always find something new. This book is a true classic and pretty much the only general Unix sysadmin book you will ever need. If you're just starting with Unix and Linux, then this is the book to get. At over 1000 pages, it's packed with tons of useful information and not only you'll become a Unix expert, but also add a ton of points to your geekiness levels. I remember how I spent several nights setting up my own caching
bind server after reading the chapter on DNS. Fun times!
This book covers the major variants of Unix and Linux distributions such Solaris, HP-UX, AIX, and Ubuntu, Suse, Redhat. This book is divided into three large chunks - basic administration, networking, and other stuff.
Basic administration presents a broad overview of Unix and Linux from a system administrator's perspective. The chapters in this section cover most of the facts and techniques needed to run a stand-alone system, such as managing storage and file system, controlling processes, setting up backups and configuring the kernel.
The networking section describes the protocols used on Unix systems and the techniques used to set up, extend, and maintain networks and Internet-facing servers. High-level network software is also covered here. Among the featured topics are the routing and network management, the network file system, electronic mail, and network security.
Other stuff includes a variety of supplemental information. Some chapters discuss optional features such as printing, server virtualization, eco-friendly computing and the politics of running a system administration group. Quote from part three: Good sysadmins have both technical skills and “soft skills.” The ability to organize a group of administrators and make sure they meet the organization's needs can be the difference between an OK administrator and a great one.
This book also has an insanely cool domain name admin.com.
Authors: Evi Nemeth, Garth Snyder, Trent R. Hein, and Ben Whaley.
#13 The Reasoned Schemer
This book takes you on the next adventure. The Little Schemer taught lists and recursion, The Seasoned Schemer taught computation and now Reasoned Schemer teaches you logic programming and relational programming. Relational programming describes what you want in the result rather than how to get to result. As any book in the Schemer series, it's extremely fun to read and it will bend your mind. It will make you think from the first page. All in all this book teaches the essence of Prolog - the most well-known logic programming language.
Oleg Kiselyov is one of the authors. He's the craziest functional programming guy I know. I'm a big fan of his work. I once said that anything by Oleg Kiselyov gets an automatic upvote and so does this book. Oleg also implemented the logic programming language used in this book. It's called Kanren. If you're working through this book you've to download Kanren and run all the examples through it. It will help you to get through the book.
Authors: Daniel P. Friedman, William E. Byrd, and Oleg Kiselyov.
Now from computers to physics. This is a classic science book by one of the great physicists of all time, a Nobel Prize winner and one of the chief developers of quantum mechanics - Enrico Fermi. The text is elementary in treatment and remarkable for its clarity and organization. It covers the core of thermodynamics - thermodynamic systems, laws of thermodynamics, entropy, ideal and real gases, and other core topics.
Everyone should read this book to be a well rounded person. At 150 pages, it's pretty easy to go through. From my own experience this book can be worked through in two full nights. I did that right before the exams.
As I was writing about this book, I remembered the puzzle of using a barometer to measure the height of a building. How would you do that? One of the solutions is to use the ideal gas law. Here's my solution to this puzzle.
Author: Enrico Fermi.
#15 Concrete Mathematics: A Foundation for Computer Science
Yet another classic. Concrete Mathematics is the second most accessible book by Knuth as one of the co-authors. Concrete Mathematics is a blending of CONtinuous and disCRETE mathematics. This book focuses on practical skills rather than theory. It contains many examples, tricks of trade, and problems with solutions. This book is also fun to read. After reading this book you will be very comfortable manipulating sums, recurrences, discrete probabilities, and number theory.
I learned most of the math used in computer science during my studies but I still got this book to see what I missed. I have read parts of it and the material is very accessible and at the right density, meaning trivial steps from one equation to the next are left out but the most difficult steps are explained.
Authors: Ronald L. Graham, Donald E. Knuth, and Oren Patashnik.
Until next time!
As always, I hope you liked these five book recommendations, and see you next time!