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Урок 1.
00:55:07
001 CPU timing
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Урок 2.
00:42:13
002 Stack overflow
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Урок 3.
00:22:47
003 Byte write
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Урок 4.
01:22:44
004 An introduction to operating systems exploring syscalls as the interface
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Урок 5.
00:07:28
005 What happens during a context switch
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Урок 6.
00:09:01
006 Learning how to better use man pages
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Урок 7.
00:17:04
007 A brief introduction to strace and ltrace
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Урок 8.
00:04:42
008 The motivation for address space layout randomization
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Урок 9.
00:05:06
009 What is POSIX compliance
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Урок 10.
00:04:20
010 What exactly is the kernel
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Урок 11.
00:06:20
011 What exactly is a syscall and how is it not a C stdlib function
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Урок 12.
00:05:47
012 Why time-sharing operating systems were such a big deal
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Урок 13.
00:06:49
013 Pre-emptive multitasking and the timer interrupt
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Урок 14.
00:05:44
014 What is the stack (simple explanation)
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Урок 15.
00:07:35
015 The early history of Unix
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Урок 16.
00:12:40
016 A brief overview of the flavors of Unix (ie why your grep may be different to mine)
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Урок 17.
00:16:22
017 What is the stack (detailed explanation)
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Урок 18.
00:33:31
018 Signalbox
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Урок 19.
01:09:07
019 Signal logger
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Урок 20.
00:57:33
020 Custom shell basic execution
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Урок 21.
01:06:30
021 Custom shell pipes
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Урок 22.
01:39:47
022 Custom shell job control
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Урок 23.
01:16:20
023 Exploring the process lifecycle
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Урок 24.
00:04:48
024 Pipelines dont execute sequentially
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Урок 25.
00:10:05
025 Fork details COW and vfork
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Урок 26.
00:03:49
026 What exactly is a process
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Урок 27.
00:11:09
027 Details of using pipes.mp4
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Урок 28.
00:17:43
028 Exploring processes by considering ps output
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Урок 29.
00:12:20
029 What is a signal
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Урок 30.
00:13:15
030 Understanding process groups and sessions
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Урок 31.
00:10:48
031 IO multiplexing select poll epoll and kqueue
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Урок 32.
00:22:07
032 Is everything a file in Unix
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Урок 33.
00:13:02
033 Brief overview of the process lifecycle
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Урок 34.
00:05:00
034 Foreground and background process groups
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Урок 35.
00:21:55
035 Internal representations of a process in Unix V6 and Linux
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Урок 36.
00:18:10
036 Threaded counter
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Урок 37.
00:58:25
037 Multi-threaded mergesort
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Урок 38.
00:25:18
038 Multi-threaded fizzbuzz
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Урок 39.
01:09:22
039 Ring buffer
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Урок 40.
00:38:12
040 The motivation for threads contrasted with IO multiplexing
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Урок 41.
00:54:49
041 What is a good scheduling policy
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Урок 42.
00:14:45
042 Understanding race conditions
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Урок 43.
00:04:40
043 Starting and waiting on POSIX threads
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Урок 44.
00:18:23
044 Processes threads and lightweight threads
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Урок 45.
00:17:40
045 Basic mmap
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Урок 46.
00:54:05
046 Shared memory stream
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Урок 47.
01:26:52
047 Custom malloc
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Урок 48.
00:38:20
048 The historical context for todays virtual memory system
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Урок 49.
00:11:29
049 What is swap memory and is it a good idea
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Урок 50.
00:02:53
050 The basic idea behind paging
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Урок 51.
00:12:42
051 Copy-on-write zero-on-demand and other virtual memory tricks
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Урок 52.
00:18:28
052 The motivation for multi-level page tables
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Урок 53.
00:24:01
053 An overview of the mmap system call
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Урок 54.
00:11:28
054 Why you probably shouldnt use the default 4KiB page size
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Урок 55.
00:13:30
055 A detailed view of Intels multi-level page tables
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Урок 56.
00:36:40
056 Custom ls
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Урок 57.
00:22:13
057 Mystery file
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Урок 58.
01:01:32
058 Custom file system
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Урок 59.
00:06:05
059 Whats the big idea behind file systems
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Урок 60.
00:08:19
060 Some virtual files and file systems
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Урок 61.
00:23:41
061 Sketching out a basic file system design
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Урок 62.
00:10:07
062 What is an inode
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Урок 63.
00:28:56
063 Container chroot
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Урок 64.
01:02:00
064 Container namespaces
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Урок 65.
00:32:36
065 Container cgroups
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Урок 66.
00:27:16
066 Container extras