UNDERSTANDING THE LINUX KERNEL 3RD EDITION PDF

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O'Reilly Media, Inc. The Linux series designations, Understanding the Linux Kernel, Third Edition, the image of a man with a bubble, and related trade dress are. My Library about Technical Books. Contribute to eeeyes/My-Lib-Books development by creating an account on GitHub. Understanding the Linux Kernel, 3rd. Edition. By Daniel P. Bovet, Marco The third edition of Understanding the Linux Kernel takes you on a guided It can be downloaded from biosamnewbcropdic.ga .


Understanding The Linux Kernel 3rd Edition Pdf

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First Edition October Understanding the Linux Kernel helps readers understand how Linux performs best Linux Versus Other Unix-Like Kernels . numbers are used to identify the version; the third number identifies the release. Understanding the Linux Kernel, 3rd Edition. Tony Tran. Oreilly Corporate. John Graham-Cumming. Marco Cesati. Linux List. Tony Tran. Oreilly Corporate. It's official: the third edition of Understanding the Linux Kernel, by Daniel P. Bovet and Marco Cesati, is out. Your editor was pleased to receive a.

The Page Cache.

Accessing Files. Page Frame Reclaiming. The Ext2 and Ext3 Filesystems.

Process Communication. Program Execution. System Startup. The idea was to encourage students to read the source code. To achieve this, we assigned term projects consisting of making changes to the kernel and performing tests on the modified version. We also wrote course notes for our students about a few critical features of Linux such as task switching and task scheduling.

The success encountered by this book encouraged us to continue along this line.

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At the end of , we came out with a second edition covering Linux 2. You are now looking at the third edition, which covers Linux 2. As in our previous experiences, we read thousands of lines of code, trying to make sense of them.

After all this work, we can say that it was worth the effort. The Audience for This Book All people curious about how Linux works and why it is so efficient will find answers here.

Understanding the Linux Kernel 3rd Edition Free PDF

After reading the book, you will find your way through the many thousands of lines of code, distinguishing between crucial data structures and secondary ones—in short, becoming a true Linux hacker. Our work might be considered a guided tour of the Linux kernel: most of the significant data structures and many algorithms and programming tricks used in the kernel are discussed.

In many cases, the relevant fragments of code are discussed line by line. Of course, you should have the Linux source code on hand and should be willing to expend some effort deciphering some of the functions that are not, for sake of brevity, fully described.

On another level, the book provides valuable insight to people who want to know more about the critical design issues in a modern operating system. It is not specifically addressed to system administrators or programmers; it is mostly for people who want to understand how things really work inside the machine!

As with any good guide, we try to go beyond superficial features.

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We offer a background, such as the history of major features and the reasons why they were used. Organization of the Material When we began to write this book, we were faced with a critical decision: should we refer to a specific hardware platform or skip the hardware-dependent details and concentrate on the pure hardware-independent parts of the kernel?

If we want to convince you that the kernel indeed does quite a good job in performing a specific task, we must first tell what kind of support comes from the hardware. A thorough knowledge of the kernel, therefore, requires the study of a few assembly language fragments that interact with the hardware. When covering hardware features, our strategy is quite simple: only sketch the features that are totally hardware-driven while detailing those that need some software support. In fact, we are interested in kernel design rather than in computer architecture.

Process Scheduling.

Memory Management. Process Address Space. System Calls.

UnderStanding The Linux Kernel 3rd Edition

The Virtual Filesystem. Block Device Drivers. The Page Cache. Accessing Files. Page Frame Reclaiming. The Ext2 and Ext3 Filesystems. Process Communication. Program Execution. System Startup. The idea was to encourage students to read the source code. To achieve this, we assigned term projects consisting of making changes to the kernel and performing tests on the modified version.

We also wrote course notes for our students about a few critical features of Linux such as task switching and task scheduling. The success encountered by this book encouraged us to continue along this line. At the end of , we came out with a second edition covering Linux 2.

You are now looking at the third edition, which covers Linux 2. As in our previous experiences, we read thousands of lines of code, trying to make sense of them.

After all this work, we can say that it was worth the effort. The Audience for This Book All people curious about how Linux works and why it is so efficient will find answers here.

After reading the book, you will find your way through the many thousands of lines of code, distinguishing between crucial data structures and secondary ones—in short, becoming a true Linux hacker. Our work might be considered a guided tour of the Linux kernel: In many cases, the relevant fragments of code are discussed line by line. Of course, you should have the Linux source code on hand and should be willing to expend some effort deciphering some of the functions that are not, for sake of brevity, fully described.

On another level, the book provides valuable insight to people who want to know more about the critical design issues in a modern operating system. It is not specifically addressed to system administrators or programmers; it is mostly for people who want to understand how things really work inside the machine!

As with any good guide, we try to go beyond superficial features. We offer a background, such as the history of major features and the reasons why they were used. Organization of the Material When we began to write this book, we were faced with a critical decision: Others books on Linux kernel internals have chosen the latter approach; we decided to adopt the former one for the following reasons: If we want to convince you that the kernel indeed does quite a good job in performing a specific task, we must first tell what kind of support comes from the hardware.

A thorough knowledge of the kernel, therefore, requires the study of a few assembly language fragments that interact with the hardware. When covering hardware features, our strategy is quite simple: In fact, we are interested in kernel design rather than in computer architecture. Our next step in choosing our path consisted of selecting the computer system to describe. There are some minor technical glitches; for example, the book claims that acquiring a semaphore always involves putting the acquiring process to sleep first, which is very much not the case.

But, as a whole, the book is excellent, and the kernel function index at the end helps to make it a useful reference.

Log in to post comments Understanding the Linux Kernel, 3rd Edition. Posted Dec 1, 6: Understanding the Linux Kernel, 3rd Edition. Posted Dec 1, Posted Dec 10, Log in to post comments. The last time I had my hands in kernel guts was around 2.

Oh the agony of waiting for international shippingYou'll learn what conditions bring out Linux's best performance, and you'll see how it meets the challenge of providing good system response during process scheduling, file access, and memory management in a wide variety of environments. To achieve this, we assigned term projects consisting of making changes to the kernel and performing tests on the modified version. This book will help you benefit as much as possible from your Linux framework.

Third Edition. Synchronization mechanisms are needed so that all these requests can be serviced in an interleaved way by the kernel: they are discussed in Chapter 5, Kernel Synchronization, for both uniprocessor and multiprocessor systems.

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