Automation With Ansible

Ansible Control Node Components Preview 03:08

Control & Managed Node Preview 03:06

Ansible Inventories Preview 08:33

Ansible Installation - Lab 1 Preview 05:35

Ansible Installation - Lab 2 Preview 07:35

Ansible Installation - Lab 3 Preview 09:34

Ansible Installation - Lab 4 Preview 03:13

Customize Ansible behaviour Preview 04:30

Lab Session on Privilege Escalations Preview 08:09

Practice Lab Session - 1 Preview 09:04

Practice Lab Session - 2 Preview 07:56

Practice Lab Session - 3 Preview 04:08

Command & Shell Module Differences Preview 02:54

Implementing Playbooks Preview 05:58

Lab-Implementing Playbooks Preview 06:19

Playbook for copying a file Preview 05:21

Lab on copy a file with conditions Preview 05:39

Introduction of Modules in Ansible Preview 06:22

Lab-Invoking Modules Preview 08:44

Idempotent Behaviour of Modules Preview 03:13

Lab-Idempotent Behaviour of Modules Preview 08:13

Multiple tasks in Ansible Playbook Preview 13:22

Lab - Multi task Playbook - 1 Preview 07:04

Lab - Multi task Playbook - 2 Preview 04:54

Syntax Verification & Dry Check for Ansible Playbook Preview 04:14

Apache Web Server Installation - 1 Preview 04:00

Apache Web Server Installation - 2 Preview 11:49

Apache Web Server Installation - 3 Preview 07:19

Managing Variables in Ansible Preview 04:42

Lab-Managing Variables Preview 07:14

Hosts & Group variables Preview 03:39

Lab on Host & Group Variables Preview 06:30

Lab on Variables Preview 07:22

Ansible Facts Preview 08:25

Conditionals in Ansible Preview 04:04

Lab on Conditionals in Ansible Preview 08:38

Ansible loops - when, when_items etc Preview 08:19

Examples of Ansible Loops Preview 02:57

Ansible Handlers Preview 02:23

Lab on Ansible Handlers Preview 02:32

About Ansible Roles Preview 04:48

Create Ansible Roles Preview 05:20

Lab - 1 Preview 12:46

Lab - 2 Preview 04:29

Overview about Patching on Linux Server Preview 03:03

Lab 1 - Patching using Ansible playbook Preview 08:35

Lab 2 - Patching using Ansible playbook Preview 03:38

Lab 3 - Patching using Ansible playbook Preview 02:50

Lab 4 - Patching using Ansible playbook Preview 03:50

Lab 5 - Patching using Ansible playbook Preview 07:38

Lab 6 - Patching using Ansible playbook Preview 07:30

Lab 7 - Patching using Ansible playbook Preview 06:34

Lec - 1 Preview 04:20

Lec - 2 Preview 05:31

Lec - 3 Preview 10:56

Lec - 4 Preview 08:17

Lec - 5 Preview 02:41

Lec - 6 Preview 10:12

Lec - 7 Preview 06:11

Introudction Preview 05:13

Concept of Automation tool Preview 05:41

Front Look of Automation tool Preview 05:24

Setup Environment Preview 04:25

User Administration Tasks Using Ansible & Shell Preview 03:25

What would be achieving from this Automation tool

Health Check Statistics Preview 03:37

Requirement for the Automation Tool Preview 04:40

Shell Scripting

if..else..elif Statement

Loops

Sed

Awk

The Case Esac Statement

Design Front Look of Automation Tool using case statement Preview 08:50

Practice Lab Session on Case Statement - 1 Preview 03:21

Practice Lab Session on Case Statement - 2 Preview 06:00

Color Fonts in Designing the look of Automation tool Preview 02:56

Headline & Selecting target servers Preview 05:57

Select target servers from Automation tool Preview 06:44

Practice Lab Session Preview 02:29

User Creation via Ansible Playbook & Shell Preview 06:12

Ansible Playbook & Shell Scripting

python to create encrypted password Preview 03:24

If you getting any issue then use the below command,

python -c 'import crypt; print crypt.crypt("test", "$6$random_salt")'

Python 3.3+ includes mksalt in crypt, which makes it much easier (and more secure) to use:

python3 -c 'import crypt; print(crypt.crypt("test", crypt.mksalt(crypt.METHOD_SHA512)))'

If you don't provide an argument to crypt.mksalt (it could accept crypt.METHOD_CRYPT, ...MD5, SHA256, and SHA512), it will use the strongest available.

The ID of the hash (number after the first $) is related to the method used:

    1 -> MD5

    2a -> Blowfish (not in mainline glibc; added in some Linux distributions)

    5 -> SHA-256 (since glibc 2.7)

    6 -> SHA-512 (since glibc 2.7)

[root@server2 ~]# python -c 'import crypt; print crypt.crypt("test12", "$6$random_salt")'

$6$random_salt$t8LiR3.EzU2uWk6MIGRGcnbk6Sq3XxkkJ/kUHgTMXgghCQ8KdGU2JmSikIPRUKvExzOhcHhb.L/EpQlCNWscT0

[root@server2 ~]#

Lab Session on User Creation Preview 08:23

User Removal using Automation tool Preview 12:08

Password Reset using Automation tool Preview 09:53

Group Add using Automation Tool Preview 05:11

Pre-validation Configuration Preview 10:41

Health Check Status - Memory Utilization using Automation Tool Preview 07:25

CPU Utilization using Automation tool Preview 03:41

Disk IO Utilzation using Automation Tool Preview 04:53

Run queue & Average Load using Automation tool Preview 05:19

Top CPU/Mem Utilization using Automation Tool Preview 05:30

Shared Memory Preview 02:09

Check Service Status, Start, Stop & Enabled Using tool Preview 06:22

Last lecture Preview 02:09

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