RGP | Python library for Recurrent Gaussian Processes | Analytics library

In this case, I would like to suggest adding the depends_on Meta-Argument in the backup-related resources to make sure that the backup VM will be enabled after VM is provisioned.

The direct method is to define the same type element for the variable "network_rules".

Working through each problem individually probably won't be helpful to you in the long-term, so I'm going to offer a general sense of what's wrong and share references to help with future Terraform configurations.

Referencing module.resource_group outputs from inside module.sql_vms won't work, because Terraform module composition doesn't allow sibling modules to directly reference outputs from each other.

There is a section in the documentation that explains it:

• https://www.terraform.io/docs/modules/composition.html

Outputs can only be passed from one module into another by way of the root module.

Here's an example from the Terraform documentation:

Use the filter to find the matching object and then use findFirst which returns the first matching element

you don't need the flatMap:

I would like to have an ability to override what it is in default module, something like below

For that, the tf module should declare that as a variable. Your module Azure/compute/azurerm doesn't have a variable defined for domain_name_label.

Taking a step back and looking at your original issue: Look at the following block of code from this module:

https://github.com/Azure/terraform-azurerm-compute/blob/master/main.tf#L248

You should assing a list to the ip_list variable, not a string. You're expecting a list but you're assigning a string (that's technically fine, it gets parsed into a list with single string in it. ) and then a comma, which is the extra character.

Instead you should pass a proper list as a parameter, notice the 'array' / [] (square brackets) notation.

Have you tried putting a semicolon after the first statement? If they work separately but not together it is likely a missing separator.

1) subtracting 16 from the stack pointer reserves space on the stack for the current frame. In order to store things into that reserved space, you add an offset (in this case 12) to the decremented stack pointer.

2) sw stores a word (in this case the value 0, which x0 always contains) from a register to memory, and you're right (IMO) that the order of arguments looks backwards compared to the rest of the syntax.

3) a) we've used the stack pointer to save and restore the return address, which in this small function that doesn't itself make a call isn't needed, but as a standard boilerplate for function entry and exit, it's a helpful pattern. The stack is used to store local variables that don't fit in registers (or need to be on the stack to support recursion), and learning how to work with it is part of what they're showing you here.

3 b) sw stores a value from a register into memory, and lw loads from memory and stores into a register. In a device driver, memory locations are how you communicate with the device - storing to memory lets you give information (either data or control information) to the device, loading from memory is how you read information from the device.