What procedures should be taken to make a high-level object from one m

1.	What procedures should be taken to make a high-level object from one module available to the other module?
Answer» The steps to make an object from one module available to the other module at a high LEVEL are as follows: The first step is to define an output variable in a resource configuration. The scope of local and to a module will not be declared until you define resource configuration details. Now you must specify the output variable of module A so that it can be utilised in the setup of other modules. You should establish a fresh new and up-to-date key name, with a VALUE that is equal to the output variable of module A. You must now create a file named variable.tf for module B. Create an input variable with the EXACT same name as the key you defined in module B inside this file. This variable permits the resource's DYNAMIC setting in a module. Replicate the process to make this variable available to other modules as well. This is because the scope of the variable ESTABLISHED here is limited to module B.

What procedures should be taken to make a high-level object from one module available to the other module?

Answer»

The steps to make an object from one module available to the other module at a high LEVEL are as follows:

The first step is to define an output variable in a resource configuration. The scope of local and to a module will not be declared until you define resource configuration details.
Now you must specify the output variable of module A so that it can be utilised in the setup of other modules. You should establish a fresh new and up-to-date key name, with a VALUE that is equal to the output variable of module A.
You must now create a file named variable.tf for module B. Create an input variable with the EXACT same name as the key you defined in module B inside this file. This variable permits the resource's DYNAMIC setting in a module. Replicate the process to make this variable available to other modules as well. This is because the scope of the variable ESTABLISHED here is limited to module B.