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Love R. — Linux kernel development
Love R. — Linux kernel development



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Название: Linux kernel development

Автор: Love R.

Аннотация:

The Linux kernel is one of the most important and far-reaching open-source projects. That is why Novell Press is excited to bring you the second edition of Linux Kernel Development, Robert Love's widely acclaimed insider's look at the Linux kernel. This authoritative, practical guide will helps developers better understand the Linux kernel through updated coverage of all the major subsystems, new features associated with Linux 2.6 kernel and insider information on not-yet-released developments. You'll be able to take an in-depth look at Linux kernel from both a theoretical and an applied perspective as you cover a wide range of topics, including algorithms, system call interface, paging strategies and kernel synchronization. Get the top information right from the source in Linux Kernel Development.


Язык: en

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 2nd edition

Год издания: 2005

Количество страниц: 401

Добавлена в каталог: 07.02.2006

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Locking, contended      124
Locking, granularity of      129
Locking, race conditions      122—124
Locking, runqueues      45
Locking, threads, need of protection      125—126
Locking, voluntary      124
Locks, Big Kernel Lock (BKL)      149—150
Locks, data versus code      139
Locks, semaphores      143 145
Locks, semaphores, acquiring      145
Locks, semaphores, behaviors      143—144
Locks, semaphores, binary      144
Locks, semaphores, counting      144
Locks, semaphores, creating      145
Locks, semaphores, Dijkstra, Edsger Wybe      144
Locks, semaphores, dynamically created      145
Locks, semaphores, functions      145
Locks, semaphores, initializing      145
Locks, semaphores, init_MUTEX() function      145
Locks, semaphores, methods listing      146
Locks, semaphores, mutex      144
Locks, semaphores, reader-writer      146—147
Locks, semaphores, releasing      146
Locks, semaphores, statically declared      145
Locks, semaphores, versus spin locks      144 148
Locks, seq locks      150—151
Locks, sleeping locks      143—145
Locks, sleeping locks, behaviors      143—144
Locks, sleeping locks, versus spin locks      144
Locks, spin locks      137—140
Locks, spin locks, basic uses      138
Locks, spin locks, debugging      139
Locks, spin locks, non-recursive nature      138
Locks, spin locks, reader-writer      141—143
Locks, spin locks, softirqs      141
Locks, spin locks, spin_lock_bh() function      140
Locks, spin locks, spin_lock_init() function      140
Locks, spin locks, spin_try_lock() function      140
Locks, spin locks, tasklets      141
Locks, spin locks, use in interrupt handlers      138—139
Locks, spin locks, versus semaphores      148
lock_kernel() function      149—150
Log buffer      310—311
Loglevels, printk() function      309—310
Loglevels, printk() function, KERN_ALERT      310
Loglevels, printk() function, KERN_CRIT      310
Loglevels, printk() function, KERN_DEBUG      310
Loglevels, printk() function, KERN_EMERG      310
Loglevels, printk() function, KERN_ERR      310
Loglevels, printk() function, KERN_INFO      310
Loglevels, printk() function, KERN_NOTICE      310
Loglevels, printk() function, KERN_WARNING      310
Low-level page allocation functions, alloc_page()      186
Low-level page allocation functions, get_free_page()      186
Low-level page allocation functions, get_zeroed_page()      186
Macros, EXPIRED_STARVING(), use in timeslices      52
Macros, MODULE_AUTHOR()      281
Macros, MODULE_LICENSE()      281
Macros, module_param()      286—288
Macros, TASK_1NTERACTIVE0, use in timeslices      52
Macros, user_mode()      168
Magic SysRq Key commands      315—316
Mailing lists, Linux Kernel Mailing List (LKML)      335
Mailing lists, subscriptions      9
Maintainers      341
MAINTAINERS file      341
Make config utility, kernel configuration      14
Make defconfig utility, kernel configuration      14
Make gconfig utility, kernel configuration      14
Make menuconfig utility, kernel configuration      14
Make oldconfig utility, kernel configuration      14
Make xconfig utility, kernel configuration      14
Mapping memory      264
Mappings, high memory      202
Mappings, high memory, permanent      203
Mappings, high memory, temporary      203—204
mb() function      154—155
mdelay() function      176—177
Memory descriptor, allocating      254
Memory descriptor, destroying      255
Memory descriptor, fields      253—254
Memory, address intervals, creating      264—265
Memory, address intervals, removing      266
Memory, addresses      183—185
Memory, addresses, memory areas      251—252
memory, allocating      181 185—194 198—201
Memory, allocating, which method to use      208
Memory, allocation      181
Memory, areas      251—252
Memory, areas, contents of      252
Memory, areas, example      260—261
Memory, areas, find_vma() function      262—263
Memory, areas, find_vma_intersection() function      263
Memory, areas, find_vma_prev() function      263
Memory, areas, linked list      259
Memory, areas, manipulating      261—263
Memory, areas, mmap field      259
Memory, areas, mm_rb field      259
Memory, areas, page protection flags      264—265
Memory, areas, red-black tree      259
Memory, areas, virtual      255—259
Memory, flags, virtual memory areas (VMAs)      257—258
Memory, free lists      194
Memory, freeing      185—187 192
Memory, high, mappings      202—204
Memory, kernel, lack of protection      19
Memory, kernel, threads, nun stuct      255
memory, mapping      264
Memory, memory descriptor      252
Memory, memory descriptor, allocating      254
Memory, memory descriptor, destroying      255
Memory, memory descriptor, fields      253—254
Memory, page titles, future management possibilities      268
Memory, page titles, levels      266—261
Memory, page titles, translation lookaside buffer (TLB)      267
Memory, pages      181—183
Memory, process address space, flat versus segmented      251
Memory, process address space, overview      251
Memory, slab allocator interface      198—200
Memory, slab allocator interface, task_stuct structure example      200—201
Memory, slab layer, caches      195
Memory, slab layer, design of      195
Memory, slab layer, inode data structure example      195—198
Memory, slab layer, objects      195
Memory, slab layer, origins of      194
Memory, slab layer, tenets of      195
Memory, stack, static allocations      201—202
Memory, virtual memory areas (VMAs)      255—256
Memory, virtual memory areas (VMAs), flags      251—258
Memory, virtual memory areas (VMAs), linked list      259
Memory, virtual memory areas (VMAs), operations      258—259
Memory, virtual memory areas (VMAs), red-black tree      259
Memory, zones      183—185
Memory-mapped files, page caches      270
Memory-reads (loads), barriers      153—154
Memory-writes (stores), barriers      153—154
Message passing (microkernels)      6
Metadata      212
Microkernels      6—7
Mm directory, kernel source tree      12
Mm struct, kernel threads      255
Mmap field, memory areas      259
mmap() function      265
mm_rb field, memory areas      259
Modifying timers      173
Modprobe utility, modules, loading      284
Modules      279
Modules, building (kbuild system)      281—282
Modules, configuration options, managing (Kconfig file)      284—286
Modules, dependencies, generating      283
Modules, exported symbols      288—289
Modules, Hello, World!      279
Modules, Hello, World!, MODULE_AUTHOR() macro      281
Modules, Hello, World!, module_exit() function      280
Modules, Hello, World!, module_init() function      280
Modules, Hello, World!, MODULE_LICENSE() macro      281
Modules, installing      283
Modules, kernel source tree, drivers directory      281—282
Modules, living externally of kernel source tree      282—283
Modules, loading      283—284
Modules, parameters, defining      286—288
modules, removing      284
MODULE_AUTHOR() macro      281
module_exit() function      280
module_init() function      280
MODULE_LICENSE() macro      281
module_param() macro      286—288
mod_timer() function      173
Monolithic kernels      6—7
Mount flags      232
mount points      211
MULTICS      1
Multiple threads of execution      119
Multiple threads of execution, critical regions, synchronization protections      120—122
Multiple threads of execution, deadlocks      126—128
Multiple threads of execution, granularity of locking      129
Multiple threads of execution, locking      122—124 130
Multiple threads of execution, locking, coarse      130
Multiple threads of execution, locking, contention      128
Multiple threads of execution, locking, need for protection      125—126
Multiple threads of execution, race conditions, synchronization protection      120—122
Multiplexing syscalls      68
Multitasking operating systems, cooperative multitasking      39—40
Multitasking operating systems, preemptive multitasking      39—40 43
munmap() function      266
Mutex semaphores      144
Namespace      211
Namespace structure (VFS)      233—234
Naming conventions (coding style)      338
Naming kobjects      296
National Security Agency (NSA), SHA hash algorithm      355
Naturally aligned variables      328
Navigating linked lists      347—348
Net directory, kernel source tree      13
Netlink, Kernel Event Layer      304
Nice values, priority of processes      41 50
Nice values, timeslices      51
nice() function      61
Noise, minimizing noise during build process      15
Non-atomic bit operations      136
Nonstandard data types, data alignment      329
Noop I/O Scheduler, directory location      249
Notation      338
Notation, big-o notation      359—360
Notation, big-theta notation      360
NUMA (Non-Uniform Memory Architecture)      62
O(1) scheduler      40
Objects, slab layer      195
Objects, VFS, dentry      212 222—225
Objects, VFS, directory      213
Objects, VFS, file      212 226—230
Objects, VFS, inode      212 217—222
Objects, VFS, operations      213
Objects, VFS, superblock      212—217
Occurrence limiting      319—320
Oops      311—313
Opaque data types, atomic_t      326
Opaque data types, dev_t      326
Opaque data types, gid_t      326
Opaque data types, pid_t      325
Opaque data types, uid_t      326
Opaque data types, usage rules      326
open() system call      209
open_softirq() function      100
Operating systems, core      4
Operating systems, internals      4
Operating systems, kernel, general activities      6
Operating systems, kernel, idle process      6
Operating systems, kernel-space      4
Operating systems, supervisor      4
Operating systems, system calls      4
Operating systems, user-space      4
Operations objects (VFS)      213
Ordering, barrier operations      134 153—154
Ordering, versus atomicity      134
Output entropy, random number generation, /dev/random character device      357—358
Output entropy, random number generation, /dev/urandom character device      357—358
Padding structures, data alignment      329—330
Page caches      269
Page caches, address_space object      270—271
Page caches, address_space object, commit_write() method      212
Page caches, address_space object, prepare_write() method      272
Page caches, address_space object, readpage() method      212
Page caches, address_space object, writepage() method      212
Page caches, bdflush daemon      276
Page caches, block I/O operations (inodes)      270
Page caches, contents, identifying      270—271
Page caches, disk blocks, I/O buffers      269
Page caches, global hash, searching      273
Page caches, kupdated daemon      276
Page caches, origination sources, block device files      270
Page caches, origination sources, filesystem files      210
Page caches, origination sources, memory-mapped files      210
Page caches, page I/O operations      269
Page caches, pdflush daemon, as successor to bdflush daemon      216—211
Page caches, pdflush daemon, dirty page writeback      214—215
Page caches, pdflush daemon, laptop mode      215—216
Page caches, pdflush daemon, multiple threads      211
Page caches, physical RAM pages      269
Page caches, radix tree, searching      273
Page protection flags, memory areas      264—265
Page sizes, architectures      333
Page tables, future management possibilities      268
Page tables, levels      266—267
Page tables, translation lookaside buffer (TLB)      267
Page writebacks      269
Page writebacks, pdflush daemon, laptop mode      275—276
Pages (memory)      181—183
page_address() function      185
panic() routine      315
Parallelism (threads)      33
Parameters, modules, defining      286—288
Parameters, system calls      67
Parameters, system calls, verifying      68—10
Parent pointer (kobjects)      292
Parentless tasks      37—38
Parents, process family hierarchy      29—30
Patches, generating      342
Patches, incremental      12
Patches, kdb      317
Patches, kgdb patch      317
Patches, submitting      343
Pdflush daemon as successor to bdflush daemon      276—277
Pdflush daemon, configuration settings      275
Pdflush daemon, dirty page writeback      274—275
Pdflush daemon, laptop mode      275—276
Pdflush daemon, multiple threads      277
Pdflush task, kernel threads      35
Per-CPU data, arrays      204
Per-CPU data, benefits of using      207
Per-CPU data, kernel preemption      204—205
Per-CPU data, percpu interface at compile-time      205
Per-CPU data, percpu interface at runtime      206—201
Per-CPU data, thrashing the cache      207
Permanent mappings, high memory      203
per_cpu_ptr() function      207
PID (process identification value)      26—27
pid_t data type (opaque)      325
Pinned objects, reference counts      296
PIT (programmable interrupt timer)      167
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