Oreilly Linux Under The Hood 2nd Edition

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Download Free Download : Oreilly Linux Under the Hood 2nd Edition
mp4 | Video: h264,1280X720 | Audio: AAC, 44.1 KHz
Genre:eLearning | Language: English | Size:2.41 GB
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Files Included :

Spoiler

001 Linux Under the Hood Introduction.mp4 (13.49 MB)
MP4
002 Linux Under the Hood Introduction.mp4 (13.49 MB)
MP4
001 Learning objectives.mp4 (3.43 MB)
MP4
002 1 1 System Space and User Space, and How They are Related.mp4 (30.56 MB)
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003 1 2 The Role of the Kernel.mp4 (3.78 MB)
MP4
004 1 3 Why the Root User is Unrestricted.mp4 (14.99 MB)
MP4
005 1 4 Drivers, Kernel Modules, and Device Files.mp4 (21.95 MB)
MP4
006 1 5 Glibc.mp4 (5.14 MB)
MP4
007 1 6 The Shell.mp4 (2.69 MB)
MP4
008 1 7 File Descriptors.mp4 (12.16 MB)
MP4
009 Real-world Scenario Understanding the Root User.mp4 (5.33 MB)
MP4
001 Learning objectives.mp4 (4.19 MB)
MP4
002 10 1 How a Process is Created.mp4 (20.48 MB)
MP4
003 10 2 Processes and Threads.mp4 (23.53 MB)
MP4
004 10 3 Killing a Zombie.mp4 (34.46 MB)
MP4
005 10 4 Priorities, Schedulers, and Nice Values.mp4 (35.45 MB)
MP4
006 10 5 Inter-process Communication, Sockets, Pipes, and More.mp4 (17.98 MB)
MP4
007 10 6 Communicating on the D-Bus Message Interface.mp4 (28.63 MB)
MP4
008 10 7 Monitoring IPC Usage.mp4 (12.74 MB)
MP4
009 Real-world Scenario Cgroups and Priorities.mp4 (15.15 MB)
MP4
001 Learning objectives.mp4 (4.18 MB)
MP4
002 11 1 Exploring What Happens When Commands are Executed.mp4 (13.86 MB)
MP4
003 11 2 System Space and User Space.mp4 (3.2 MB)
MP4
004 11 3 Understanding System Calls.mp4 (25.92 MB)
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005 11 4 How Processes get Access to System Calls.mp4 (11.17 MB)
MP4
006 11 5 How Process Memory is Organized.mp4 (24.72 MB)
MP4
007 11 6 Creating Processes.mp4 (9.93 MB)
MP4
008 11 7 Allocating Memory.mp4 (5.61 MB)
MP4
009 11 8 Accessing Libraries.mp4 (9.93 MB)
MP4
010 11 9 Analyzing Library Usage.mp4 (6.28 MB)
MP4
011 Real-world Scenario Using exec for Troubleshooting.mp4 (8.65 MB)
MP4
001 Learning objectives.mp4 (4.57 MB)
MP4
002 12 1 Linux Network Device Names.mp4 (9.83 MB)
MP4
003 12 2 The OSI Model.mp4 (21.89 MB)
MP4
004 12 3 Transforming Data into Packets.mp4 (29.53 MB)
MP4
005 12 4 Analyzing Packet Headers.mp4 (16.98 MB)
MP4
006 12 5 IPv4 and IPv6.mp4 (50.27 MB)
MP4
007 12 6 How Linux Chooses a Network Interface.mp4 (37.41 MB)
MP4
008 12 7 Analyzing and Optimizing Networking.mp4 (12.55 MB)
MP4
009 12 8 Bonding and Teaming.mp4 (10.4 MB)
MP4
010 12 9 Network Bridge Devices.mp4 (12.35 MB)
MP4
011 Real-world Scenario Scanning Packets for Security.mp4 (13.69 MB)
MP4
001 Learning objectives.mp4 (6.01 MB)
MP4
002 13 1 Running an Application on Linux.mp4 (10.66 MB)
MP4
003 13 2 Running Applications in a Chroot Jail.mp4 (7.4 MB)
MP4
004 13 3 Managing Linux Process Resource Allocation.mp4 (8.42 MB)
MP4
005 13 4 Using unshare to run Namespaced Processes.mp4 (8.09 MB)
MP4
006 13 5 Running Linux Applications with Namespaces and Cgroups.mp4 (15.75 MB)
MP4
007 13 6 From Restricted Linux Applications to Containers.mp4 (8.42 MB)
MP4
008 13 7 Container Runtimes.mp4 (14.54 MB)
MP4
009 13 8 Systemd Containers.mp4 (26.71 MB)
MP4
010 13 9 Containers and the Future of Linux.mp4 (7.28 MB)
MP4
011 Real-world Scenario Running Pure Linux Containers.mp4 (6.64 MB)
MP4
001 Learning objectives.mp4 (4.23 MB)
MP4
002 14 1 The C Programming Language.mp4 (3.85 MB)
MP4
003 14 2 Working Together in Git.mp4 (12.15 MB)
MP4
004 14 3 From Git Project to Linux Distributions.mp4 (5.06 MB)
MP4
005 14 4 C Programs From Source Code to Binary.mp4 (14.26 MB)
MP4
006 14 5 C and Libraries.mp4 (2.3 MB)
MP4
007 14 6 Compiling a C Program from a Makefile.mp4 (12.53 MB)
MP4
008 Real-world Scenario Writing Your own Zombie.mp4 (7.37 MB)
MP4
001 Learning objectives.mp4 (4.46 MB)
MP4
002 2 1 The Boot Procedure from Firmware to Shell.mp4 (31.96 MB)
MP4
003 2 2 System Firmware UEFI and BIOS.mp4 (4.56 MB)
MP4
004 2 3 Managing UEFI Booting.mp4 (19.96 MB)
MP4
005 2 4 Bootloaders.mp4 (19.57 MB)
MP4
006 2 5 Where GRUB is Stored.mp4 (9.76 MB)
MP4
007 2 6 Configuring GRUB2.mp4 (23.99 MB)
MP4
008 2 7 Understanding and Modifying Initramfs.mp4 (9.42 MB)
MP4
009 2 8 Service Managers.mp4 (3.7 MB)
MP4
010 2 9 Booting Cloud Linux Instances.mp4 (2.55 MB)
MP4
011 2 10 Accessing an Early Boot Shell.mp4 (19.33 MB)
MP4
012 Real-world Scenario Recovering From a Lost MBR.mp4 (29.59 MB)
MP4
001 Learning objectives.mp4 (3.97 MB)
MP4
002 3 1 Why Compiling Kernels isn't Necessary Anymore.mp4 (4.06 MB)
MP4
003 3 2 Kernel Generic Interfaces.mp4 (37.11 MB)
MP4
004 3 3 Managing and Tuning Kernel Modules.mp4 (25.93 MB)
MP4
005 3 4 The proc Pseudo Filesystem.mp4 (5.09 MB)
MP4
006 3 5 Using proc to get Detailed System Information.mp4 (17.55 MB)
MP4
007 3 6 Reading Process Information in proc.mp4 (12.94 MB)
MP4
008 3 7 Tuning the Kernel through procsys.mp4 (11.69 MB)
MP4
009 3 8 Testing Critical Features with sysrq.mp4 (12.39 MB)
MP4
010 3 9 Using Watchdogs.mp4 (8.59 MB)
MP4
011 3 10 eBPF.mp4 (6.14 MB)
MP4
012 Real-world Scenario Automatically Recovering from System Hangs.mp4 (5.12 MB)
MP4
001 Learning objectives.mp4 (4.85 MB)
MP4
002 4 1 Manually Starting Systemd.mp4 (16.62 MB)
MP4
003 4 2 Systemd Unit Files.mp4 (12.37 MB)
MP4
004 4 3 Tweaking Unit Files.mp4 (21.3 MB)
MP4
005 4 4 Mounting Filesystems with Systemd.mp4 (28.08 MB)
MP4
006 4 5 Using Sockets.mp4 (10.03 MB)
MP4
007 4 6 Scheduling Processes with Timers.mp4 (13.26 MB)
MP4
008 4 7 Analyzing Systemd Performance.mp4 (15.9 MB)
MP4
009 4 8 Advanced Dependency Handling.mp4 (14.74 MB)
MP4
010 4 9 Managing Resource Allocation - Part 1.mp4 (54.95 MB)
MP4
011 4 10 Managing Resource Allocation - Part 2.mp4 (21.71 MB)
MP4
012 4 11 Managing Resource Allocation - Part 3.mp4 (11.66 MB)
MP4
013 4 12 Creating Custom Units.mp4 (9.99 MB)
MP4
014 4 13 Creating Custom Targets.mp4 (16.24 MB)
MP4
015 4 14 Running User Processes in Systemd.mp4 (11.81 MB)
MP4
016 Real-world Scenario Booting without etcfstab.mp4 (29.59 MB)
MP4
001 Learning objectives.mp4 (3.03 MB)
MP4
002 5 1 Understanding Device Nodes.mp4 (15.85 MB)
MP4
003 5 2 Initializing Devices Automatically or Manually.mp4 (8.12 MB)
MP4
004 5 3 Analyzing sysfs.mp4 (15.17 MB)
MP4
005 5 4 Systemd-udevd.mp4 (16.38 MB)
MP4
006 5 5 Creating Udev Rules.mp4 (20.83 MB)
MP4
007 Real-world Scenario Denying Unauthorized Devices.mp4 (10.55 MB)
MP4
001 Learning objectives.mp4 (6.06 MB)
MP4
002 6 1 Linux Storage Devices.mp4 (14.35 MB)
MP4
003 6 2 Partitions MBR and GPT.mp4 (41.13 MB)
MP4
004 6 3 Managing Partitions.mp4 (45.02 MB)
MP4
005 6 4 Images and ISO Files.mp4 (8.01 MB)
MP4
006 6 5 Understanding Flexible Storage Solutions.mp4 (3.32 MB)
MP4
007 6 6 Managing LVM Logical Volumes.mp4 (17.34 MB)
MP4
008 6 7 Using LVM Features.mp4 (38.1 MB)
MP4
009 6 8 Device Mapper.mp4 (22.85 MB)
MP4
010 6 9 Manually Creating Device Mapper Storage.mp4 (16.83 MB)
MP4
011 6 10 LVM and VDO.mp4 (26.52 MB)
MP4
012 6 11 Stratis.mp4 (24 MB)
MP4
013 6 12 Creating Encrypted Devices.mp4 (26.95 MB)
MP4
014 6 13 Booting from Encrypted Devices.mp4 (15.4 MB)
MP4
015 Real-world Scenario Creating a Hidden Storage Device.mp4 (15.52 MB)
MP4
001 Learning objectives.mp4 (4.54 MB)
MP4
002 7 1 Filesystems and the VFS.mp4 (17.31 MB)
MP4
003 7 2 About POSIX and non-POSIX Filesystems.mp4 (17.04 MB)
MP4
004 7 3 Linux Filesystem Components.mp4 (11.44 MB)
MP4
005 7 4 Inodes and Block Allocation.mp4 (15.13 MB)
MP4
006 7 5 Sparse Files.mp4 (19.25 MB)
MP4
007 7 6 FUSE Filesystems.mp4 (10.7 MB)
MP4
008 7 7 Next-generation Filesystems.mp4 (15.36 MB)
MP4
009 7 8 Running ZFS on Linux.mp4 (15.77 MB)
MP4
010 7 9 Running Btrfs.mp4 (18.91 MB)
MP4
011 7 10 Using the Ext Filesystem Debugger.mp4 (23.15 MB)
MP4
012 7 11 Managing XFS IDs.mp4 (12.01 MB)
MP4
013 Real-world Scenario Exploring Cool Filsystem Tools.mp4 (11.67 MB)
MP4
001 Learning objectives.mp4 (3.88 MB)
MP4
002 8 1 Storage Challenges in Cloud and Datacenter.mp4 (7.14 MB)
MP4
003 8 2 Working with SSD Media.mp4 (14.21 MB)
MP4
004 8 3 Understanding iSCSI.mp4 (25.73 MB)
MP4
005 8 4 Configuring iSCSI Storage.mp4 (32.59 MB)
MP4
006 8 5 Connecting the Initiator.mp4 (14 MB)
MP4
007 8 6 Object Storage.mp4 (17.41 MB)
MP4
008 8 7 Configuring a Ceph Cluster.mp4 (25.25 MB)
MP4
009 8 8 Configuring a Ceph Client.mp4 (20.85 MB)
MP4
010 Real-world Scenario Ceph in Kubernetes.mp4 (14.62 MB)
MP4
001 Learning objectives.mp4 (3.82 MB)
MP4
002 9 1 Linux Memory Allocation Virtual vs Physical Memory.mp4 (15.66 MB)
MP4
003 9 2 Cache.mp4 (30.98 MB)
MP4
004 9 3 Active and Inactive Memory.mp4 (17.72 MB)
MP4
005 9 4 The Need to Swap.mp4 (27.53 MB)
MP4
006 9 5 Configuring and Monitoring Swap Space.mp4 (19.16 MB)
MP4
007 9 6 Managing Huge Pages.mp4 (27.31 MB)
MP4
008 9 7 Managing Dirty Cache.mp4 (6.78 MB)
MP4
009 9 8 Out of Memory (OOM) and Dealing with it.mp4 (43.87 MB)
MP4
010 9 9 Analyzing Kernel Memory.mp4 (12.44 MB)
MP4
011 Real-world Scenario Optimizing Memory Usage.mp4 (7.73 MB)
MP4
001 Module introduction.mp4 (3.18 MB)
MP4
001 Module introduction.mp4 (1.81 MB)
MP4
001 Module introduction.mp4 (1.56 MB)
MP4
001 Module introduction.mp4 (1.97 MB)
MP4
001 Linux Under the Hood Summary.mp4 (1.63 MB)
MP4

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Free search engine download: Oreilly Linux Under the Hood 2nd Edition

 

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2.4 GB | 00:12:16 | mp4 | 1280X720 | 16:9
Genre:eLearning |Language:English​

Files Included :

Spoiler

001 Linux Under the Hood Introduction (13.49 MB)
001 Module introduction (3.18 MB)
001 Learning objectives (3.43 MB)
002 1 1 System Space and User Space, and How They are Related (30.56 MB)
003 1 2 The Role of the Kernel (3.78 MB)
004 1 3 Why the Root User is Unrestricted (14.99 MB)
005 1 4 Drivers, Kernel Modules, and Device Files (21.95 MB)
006 1 5 Glibc (5.14 MB)
007 1 6 The Shell (2.69 MB)
008 1 7 File Descriptors (12.16 MB)
009 Real-world Scenario Understanding the Root User (5.33 MB)
001 Learning objectives (4.46 MB)
002 2 1 The Boot Procedure from Firmware to Shell (31.96 MB)
003 2 2 System Firmware UEFI and BIOS (4.56 MB)
004 2 3 Managing UEFI Booting (19.96 MB)
005 2 4 Bootloaders (19.57 MB)
006 2 5 Where GRUB is Stored (9.76 MB)
007 2 6 Configuring GRUB2 (23.99 MB)
008 2 7 Understanding and Modifying Initramfs (9.42 MB)
009 2 8 Service Managers (3.7 MB)
010 2 9 Booting Cloud Linux Instances (2.55 MB)
011 2 10 Accessing an Early Boot Shell (19.33 MB)
012 Real-world Scenario Recovering From a Lost MBR (29.59 MB)
001 Learning objectives (3.97 MB)
002 3 1 Why Compiling Kernels isn't Necessary Anymore (4.06 MB)
003 3 2 Kernel Generic Interfaces (37.11 MB)
004 3 3 Managing and Tuning Kernel Modules (25.93 MB)
005 3 4 The proc Pseudo Filesystem (5.09 MB)
006 3 5 Using proc to get Detailed System Information (17.55 MB)
007 3 6 Reading Process Information in proc (12.94 MB)
008 3 7 Tuning the Kernel through procsys (11.69 MB)
009 3 8 Testing Critical Features with sysrq (12.39 MB)
010 3 9 Using Watchdogs (8.59 MB)
011 3 10 eBPF (6.14 MB)
012 Real-world Scenario Automatically Recovering from System Hangs (5.12 MB)
001 Learning objectives (4.85 MB)
002 4 1 Manually Starting Systemd (16.62 MB)
003 4 2 Systemd Unit Files (12.37 MB)
004 4 3 Tweaking Unit Files (21.3 MB)
005 4 4 Mounting Filesystems with Systemd (28.08 MB)
006 4 5 Using Sockets (10.03 MB)
007 4 6 Scheduling Processes with Timers (13.26 MB)
008 4 7 Analyzing Systemd Performance (15.9 MB)
009 4 8 Advanced Dependency Handling (14.74 MB)
010 4 9 Managing Resource Allocation - Part 1 (54.95 MB)
011 4 10 Managing Resource Allocation - Part 2 (21.71 MB)
012 4 11 Managing Resource Allocation - Part 3 (11.66 MB)
013 4 12 Creating Custom Units (9.99 MB)
014 4 13 Creating Custom Targets (16.24 MB)
015 4 14 Running User Processes in Systemd (11.81 MB)
016 Real-world Scenario Booting without etcfstab (29.59 MB)
001 Learning objectives (3.03 MB)
002 5 1 Understanding Device Nodes (15.85 MB)
003 5 2 Initializing Devices Automatically or Manually (8.12 MB)
004 5 3 Analyzing sysfs (15.17 MB)
005 5 4 Systemd-udevd (16.38 MB)
006 5 5 Creating Udev Rules (20.83 MB)
007 Real-world Scenario Denying Unauthorized Devices (10.55 MB)
001 Module introduction (1.81 MB)
001 Learning objectives (6.06 MB)
002 6 1 Linux Storage Devices (14.35 MB)
003 6 2 Partitions MBR and GPT (41.13 MB)
004 6 3 Managing Partitions (45.02 MB)
005 6 4 Images and ISO Files (8.01 MB)
006 6 5 Understanding Flexible Storage Solutions (3.32 MB)
007 6 6 Managing LVM Logical Volumes (17.34 MB)
008 6 7 Using LVM Features (38.1 MB)
009 6 8 Device Mapper (22.85 MB)
010 6 9 Manually Creating Device Mapper Storage (16.83 MB)
011 6 10 LVM and VDO (26.52 MB)
012 6 11 Stratis (24 MB)
013 6 12 Creating Encrypted Devices (26.95 MB)
014 6 13 Booting from Encrypted Devices (15.4 MB)
015 Real-world Scenario Creating a Hidden Storage Device (15.52 MB)
001 Learning objectives (4.54 MB)
002 7 1 Filesystems and the VFS (17.31 MB)
003 7 2 About POSIX and non-POSIX Filesystems (17.04 MB)
004 7 3 Linux Filesystem Components (11.44 MB)
005 7 4 Inodes and Block Allocation (15.13 MB)
006 7 5 Sparse Files (19.25 MB)
007 7 6 FUSE Filesystems (10.7 MB)
008 7 7 Next-generation Filesystems (15.36 MB)
009 7 8 Running ZFS on Linux (15.77 MB)
010 7 9 Running Btrfs (18.91 MB)
011 7 10 Using the Ext Filesystem Debugger (23.15 MB)
012 7 11 Managing XFS IDs (12.01 MB)
013 Real-world Scenario Exploring Cool Filsystem Tools (11.67 MB)
001 Learning objectives (3.88 MB)
002 8 1 Storage Challenges in Cloud and Datacenter (7.14 MB)
003 8 2 Working with SSD Media (14.21 MB)
004 8 3 Understanding iSCSI (25.73 MB)
005 8 4 Configuring iSCSI Storage (32.59 MB)
006 8 5 Connecting the Initiator (14 MB)
007 8 6 Object Storage (17.41 MB)
008 8 7 Configuring a Ceph Cluster (25.25 MB)
009 8 8 Configuring a Ceph Client (20.85 MB)
010 Real-world Scenario Ceph in Kubernetes (14.62 MB)
001 Module introduction (1.56 MB)
001 Learning objectives (4.19 MB)
002 10 1 How a Process is Created (20.48 MB)
003 10 2 Processes and Threads (23.53 MB)
004 10 3 Killing a Zombie (34.46 MB)
005 10 4 Priorities, Schedulers, and Nice Values (35.45 MB)
006 10 5 Inter-process Communication, Sockets, Pipes, and More (17.98 MB)
007 10 6 Communicating on the D-Bus Message Interface (28.63 MB)
008 10 7 Monitoring IPC Usage (12.74 MB)
009 Real-world Scenario Cgroups and Priorities (15.15 MB)
001 Learning objectives (4.18 MB)
002 11 1 Exploring What Happens When Commands are Executed (13.86 MB)
003 11 2 System Space and User Space (3.2 MB)
004 11 3 Understanding System Calls (25.92 MB)
005 11 4 How Processes get Access to System Calls (11.17 MB)
006 11 5 How Process Memory is Organized (24.72 MB)
007 11 6 Creating Processes (9.93 MB)
008 11 7 Allocating Memory (5.61 MB)
009 11 8 Accessing Libraries (9.93 MB)
010 11 9 Analyzing Library Usage (6.28 MB)
011 Real-world Scenario Using exec for Troubleshooting (8.65 MB)
001 Learning objectives (4.57 MB)
002 12 1 Linux Network Device Names (9.83 MB)
003 12 2 The OSI Model (21.89 MB)
004 12 3 Transforming Data into Packets (29.53 MB)
005 12 4 Analyzing Packet Headers (16.98 MB)
006 12 5 IPv4 and IPv6 (50.27 MB)
007 12 6 How Linux Chooses a Network Interface (37.41 MB)
008 12 7 Analyzing and Optimizing Networking (12.55 MB)
009 12 8 Bonding and Teaming (10.4 MB)
010 12 9 Network Bridge Devices (12.35 MB)
011 Real-world Scenario Scanning Packets for Security (13.69 MB)
001 Learning objectives (3.82 MB)
002 9 1 Linux Memory Allocation Virtual vs Physical Memory (15.66 MB)
003 9 2 Cache (30.98 MB)
004 9 3 Active and Inactive Memory (17.72 MB)
005 9 4 The Need to Swap (27.53 MB)
006 9 5 Configuring and Monitoring Swap Space (19.16 MB)
007 9 6 Managing Huge Pages (27.31 MB)
008 9 7 Managing Dirty Cache (6.78 MB)
009 9 8 Out of Memory (OOM) and Dealing with it (43.87 MB)
010 9 9 Analyzing Kernel Memory (12.44 MB)
011 Real-world Scenario Optimizing Memory Usage (7.73 MB)
001 Module introduction (1.97 MB)
001 Learning objectives (6.01 MB)
002 13 1 Running an Application on Linux (10.66 MB)
003 13 2 Running Applications in a Chroot Jail (7.4 MB)
004 13 3 Managing Linux Process Resource Allocation (8.42 MB)
005 13 4 Using unshare to run Namespaced Processes (8.09 MB)
006 13 5 Running Linux Applications with Namespaces and Cgroups (15.75 MB)
007 13 6 From Restricted Linux Applications to Containers (8.42 MB)
008 13 7 Container Runtimes (14.54 MB)
009 13 8 Systemd Containers (26.71 MB)
010 13 9 Containers and the Future of Linux (7.28 MB)
011 Real-world Scenario Running Pure Linux Containers (6.64 MB)
001 Learning objectives (4.23 MB)
002 14 1 The C Programming Language (3.85 MB)
003 14 2 Working Together in Git (12.15 MB)
004 14 3 From Git Project to Linux Distributions (5.06 MB)
005 14 4 C Programs From Source Code to Binary (14.26 MB)
006 14 5 C and Libraries (2.3 MB)
007 14 6 Compiling a C Program from a Makefile (12.53 MB)
008 Real-world Scenario Writing Your own Zombie (7.37 MB)
001 Linux Under the Hood Summary (1.63 MB)

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