ansible-test | An Ansible Testing Framework for Humans

The issue is that in check mode, the user module only checks whether or not the user exists. The solution is to add a task to your playbook that ensures the group exists as well:

I am assuming you are using a freestyle project here are the steps

1. Go to Build Environment part and check the option Inject environment variables to the build process it will open a new set of input boxes.
2. enter your code in Groovy script

Here am just trying to update the Version and Full version to include the passing parameter say TestParam

here is a sample:

You're testing the inventory. The result is correct

ec2_instance returns a list of instances, in this case you have just one instance. Try as below:

I'm not sure if Ansible supports Aurora yet or not, but all those error messages are valid.

You need to change engine to aurora-mysql, and remove multi-az or set it to false since multi-az is not an available Aurora feature.

Multi-az creates a 2nd "backup" instance of an RDS server in another availability zone. Since Aurora is a cluster instead of a single instance system, you would just create a second instance yourself instead of specifying multi-az.

Use grep with -f (list of patterns from file) and -v (inverse match)

TL;DR: The path for your home collection should be /home/gert/.ansible/collections/ansible_collections/gertvdijk/mycollection

The directories listed in COLLECTION_PATH are actually expected to contain a top level ansible_collections folder. This is linked to the ansible_collections convention used by e.g. module_utils as explained in the documentation

You can also observe how a blank folder gets structured by running e.g.

Looks to me like your example makes all the sense based on the documentation about variable precedence:

Ansible does apply variable precedence, and you might have a use for it. Here is the order of precedence from least to greatest (the last listed variables override all other variables):

1. command line values (for example, -u my_user, these are not variables)
2. role defaults (defined in role/defaults/main.yml) ¹
3. inventory file or script group vars ²
4. inventory group_vars/all ³
5. playbook group_vars/all ³
6. inventory group_vars/* ³
7. playbook group_vars/* ³
8. inventory file or script host vars ²
9. inventory host_vars/* ³
10. playbook host_vars/* ³
11. host facts / cached set_facts ⁴
12. play vars
13. play vars_prompt
14. play vars_files
15. role vars (defined in role/vars/main.yml)
16. block vars (only for tasks in block)
17. task vars (only for the task)
18. include_vars
19. set_facts / registered vars
20. role (and include_role) params
21. include params
22. extra vars (for example, -e "user=my_user")(always win precedence)

Where you can see that:

• inventory file or script group vars is 3
• inventory group_vars/* is 4
• inventory file or script host vars is 8
• inventory host_vars/* is 9

So in you first trial, you have

• inventory file or script group vars is 3 => 99
• inventory group_vars/* is 4 => 77
• inventory file or script host vars is 8 => 88

So, 88 wins.

Then you remove 88

• inventory file or script group vars is 3 => 99
• inventory group_vars/* is 4 => 77

So, 77 wins.

And then you add one:

• inventory file or script group vars is 3 => 99
• inventory group_vars/* is 4 => 77
• inventory host_vars/* is 9 => 101

So 101 wins.

I would go with a dynamic variable construction using the vars lookup or the vars dictionary right away.

Something along the lines of: