EX374 Red Hat Certified Specialist in Developing Automation with Ansible Automation Platform Exam Free Dumps

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EX374 Red Hat Certified Specialist in Developing Automation with Ansible Automation Platform exam tests your ability to create Ansible playbooks to perform common system administration tasks. EX374 exam is hands-on, practical exam, which requires you to undertake real-world tasks. You will be provided with one or more virtual systems and required to perform tasks similar to those you would perform on the job. We provide the latest Red Hat EX374 exam dumps, which can make sure you pass the test easily. Free Red Hat Certified Specialist in Developing Automation with Ansible Automation Platform EX374 exam dumps are available below.

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1. Create a directory structure where host variables for web1 are stored in host_vars/web1.yml and group variables for web_servers in group_vars/

web_servers.yml.

2. Set up a playbook to display ansible_user for web1 using the inventory from inventory.yml.

3. Override the SSH port for web1 in the host_vars/web1.yml file.

4. Use a special variable to set a different remote user for web1 when executing a playbook.

5. Set up an inventory to override web1's name in the playbook using its IP address 192.168.1.10.

6. Create a playbook that retrieves the value of http_port for all web_servers.

7. Set up multiple files for web1 in host_vars, splitting variables into web1_network.yml and web1_access.yml.

8. Configure a playbook to run on a specific IP address instead of the host name defined in the inventory.

9. Create an inventory that uses multiple groups and defines variables for each.

10. Create a custom variable in group_vars to manage a unique property for web_servers.

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11. Use the ansible_user variable to run commands on web1 as a different user temporarily.

12. Validate the configuration of group_vars for web_servers.

13. Modify the playbook to override ansible_port for web1 in the inventory.

14. Set up a directory for multiple host variable files for all managed hosts.

15. Run a playbook on web1 with a specific ansible_connection type.

16. Override the default user for all hosts in the web_servers group.

17. Create an inventory to manage multiple environments like staging and production.

18. Use ansible_inventory to display host-specific variables.

19. Set up an inventory file to manage hosts using different SSH keys.

20. Configure a host db1 to use a specific username dbadmin and SSH key ~/.ssh/db_key. Ensure this is applied via host_vars.

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21. Create a playbook to override the default inventory SSH port by using a special variable at runtime.

22. Split db1 variables into multiple files: db1_connection.yml and db1_settings.yml. Include connection details and custom database settings.

23. Configure a playbook to dynamically retrieve the ansible_host variable of a host and display it.

24. Set up an inventory where web1 and web2 belong to staging, while web3 belongs to production. Assign http_port as 8080 for staging.

25. Configure the inventory so that web1 has both IPv4 and IPv6 addresses and use them conditionally in a playbook.

26. Override the default SSH connection type for a host in the inventory to use paramiko.

27. Create a custom directory for inventory files and use it during a playbook execution.

28. Write a playbook to verify if all hosts in the staging group have an accessible HTTP port (http_port).

29. Set up an inventory file to assign a unique hostname to a host while using a different IP address for SSH connections.

30. Configure a playbook to use the inventory IP address directly and verify connectivity.

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31. Create a group load_balancers and assign two hosts lb1 and lb2 with specific variables for load balancing.

32. Configure web1 to use sudo for privilege escalation and run a playbook to display the hostname.

33. Set up multiple environment inventories (dev and prod) with shared group variables.

34. Write a playbook to display all variables assigned to a host.

35. Configure db1 to use a specific shell for commands via a host variable.

36. Use ansible_facts to display the OS distribution of web1.

37. Set up web2 to use a proxy server for all Ansible tasks.

38. Configure a playbook to fail if the http_port variable is undefined for a host.

39. Test the inventory syntax and validate the inventory file.

40. Write a playbook to run a task as a non-root user and use become to escalate privileges for that task.

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41. Configure a task to run as a specific user, admin, using the become_user directive.

42. Create a playbook to run only tasks tagged as install.

43. Run a specific task in a playbook without executing the entire playbook.

44. Create a playbook to conditionally execute a task based on the presence of a file /tmp/example.

45. Write a playbook to execute tasks on a host only if the variable http_port is defined.

46. Run a playbook in check mode to simulate the changes it would make without applying them.

47. Create a playbook to stop execution after encountering an error in any task.

48. Write a playbook to use ignore_errors to skip a task failure and continue execution.

49. Execute only the first task in a playbook without running subsequent tasks.

50. Write a playbook to execute a task based on a host's operating system version.

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51. Create a playbook to execute only tasks marked as critical or important.

52. Write a playbook to display all registered variables from previous tasks.

53. Use block to group tasks and apply privilege escalation only to the group.

54. Create a playbook to skip tasks for hosts with ansible_distribution set to CentOS.

55. Use failed_when to define custom failure conditions for a task.

56. Execute a task with a specific ansible_python_interpreter.

57. Write a playbook to retry a failed task up to three times.

58. Control task execution order by using pre_tasks and post_tasks.

59. Pause execution between tasks to simulate manual intervention.

60. Use the lookup plugin to retrieve a value from an external file and assign it to a variable in a playbook.

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61. Write a playbook to populate a variable with the output of a command using the lookup plugin.

62. Use the query function to retrieve data from a dictionary and display it in a task.

63. Implement a loop using a dictionary and display each key-value pair.

64. Validate if a variable my_ip contains a valid IP address using a filter.

65. Transform a list of strings to uppercase using a filter and display the result.

66. Create a playbook to retrieve the last element of a list using a filter.

67. Extract all IP addresses from a list containing mixed data using a filter.

68. Write a playbook to merge two dictionaries into one using a filter.

69. Sort a list of numbers in descending order using a filter.

70. Extract the hostname from a URL using the regex_search filter.

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71. Write a playbook to use the lookup plugin to retrieve a secret from a file.

72. Filter a list of numbers to include only even numbers.

73. Split a string into a list of words using a filter.

74. Use the lookup plugin to read multiple lines from a file into a list.

75. Convert a dictionary into a list of key-value tuples.

76. Create a playbook to count the number of elements in a list.

77. Validate if a string matches a specific regular expression.

78. Retrieve data from an environment variable using lookup.

79. Use lookup with with_items to iterate over multiple external files.

80. Retrieve and display a list of available files in a directory using the lookup plugin.

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81. Create a playbook to use query to retrieve a specific key-value pair from a JSON file.

82. Validate the CIDR format of a network address using a filter.

83. Use the lookup plugin to fetch an API token from a Vault secret file.

84. Extract all subnets from a list of CIDR notations using a filter.

85. Loop through a YAML dictionary to display keys and their values.

86. Combine multiple lists into one list using filters.

87. Write a playbook to sort a dictionary by its values.

88. Extract the filename from a file path using filters.

89. Convert a list of dictionaries into a single dictionary.

90. Filter a list of strings to include only those that match a regex pattern.

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91. Use lookup to retrieve the latest modification time of a file.

92. Generate a list of numbers from 1 to 10 using filters.

93. Find the intersection of two lists using filters.

94. Retrieve data from a YAML file using lookup.

95. Filter out duplicate items from a list.

96. Check if a variable is a list and fail if it is not.

97. Convert a list of strings to lowercase.

98. Split a list into chunks of a specified size.

99. Check if a string starts with a specific prefix.

100. Retrieve a list of all system environment variables using the lookup plugin.

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101. Validate if a given variable contains a valid MAC address using a filter.

102. Retrieve the hostname of a managed node using the ansible_hostname fact and display it.

103. Extract all unique keys from a dictionary using a filter.

104. Use a loop with the lookup plugin to read multiple files into variables.

105. Sort a dictionary by its keys using a filter and display the result.

106. Extract the domain name from an email address using the regex_search filter.

107. Create a playbook to find all IP addresses in a text file.

108. Write a playbook to check if a string is alphanumeric.

109. Transform a list of numbers by doubling each value.

110. You are given access to a Git repository with the URL https://github.com/example/repo.git. Clone the repository to your local machine in the directory /home/user/projects.

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111. After cloning a repository, you need to create a new branch named feature-update. Create the branch and switch to it.

112. Make a file named config.txt in the cloned repository, add sample configuration details, and commit the file with the message "Add initial config".

113. You realize you need to modify the config.txt file to add a new configuration port=8080. Update the file and commit with the message "Add port configuration".

114. You need to check the history of commits in the repository. Display a concise log of the last 3 commits.

115. Push your changes from the feature-update branch to the remote repository.

116. You are asked to pull the latest changes from the main branch of the remote repository into your local branch. Perform this operation.

117. Merge the feature-update branch into the main branch to integrate the changes.

118. You need to revert the last commit on the main branch without removing the changes locally. Revert the commit.

119. A teammate accidentally pushed sensitive data to the repository. Use an interactive rebase to remove the commit containing the sensitive data.

120. Create a .gitignore file to exclude all .log files and commit the change.

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121. View the status of your local repository to determine untracked files and staged changes.

122. Undo changes made to config.txt before staging the file.

123. Stash uncommitted changes to the feature-update branch temporarily.

124. Apply the stashed changes back to the feature-update branch.

125. Rename the branch feature-update to feature-enhancement.

126. Delete the local branch feature-enhancement after merging it into main.

127. Fetch the latest updates from the remote repository without merging them.

128. Configure your Git username as Developer and email as [email protected] globally.

129. You need to check the current configuration settings of your Git environment. Display them.

130. Create an inventory file inventory.yml with a host web1 and a group web_servers. Assign the variable ansible_user as admin for web1.

EX374 Red Hat Certified Specialist in Developing Automation with Ansible Automation Platform Exam Free Dumps

EX374 Red Hat Certified Specialist in Developing Automation with Ansible Automation Platform Exam Free Dumps

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