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In Azure, Application Security Groups (ASGs) and Network Security Groups (NSGs) are both tools for managing network traffic. They are often used together but serve different purposes. Here’s a detailed comparison to help you understand their roles and how they complement each other: Network Security Group (NSG) An NSG is a set of security rules that control inbound and outbound traffic at the subnet or network interface (NIC) level. Key Features of NSGs: Example Use Case: Application Security Group (ASG) An ASG is a logical grouping of VMs or resources within a Virtual Network (VNet) to simplify the management of…
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No, Network Security Groups (NSGs) cannot be directly associated with a VNet (Virtual Network) in Azure. However, NSGs can be associated with the following components within a VNet: Where NSGs Can Be Associated: How NSGs Work in a VNet While NSGs cannot be directly attached to the VNet itself, they effectively control traffic for all resources in the VNet by being applied to: Hierarchy of Rules When NSGs are applied at both the subnet and NIC levels: Example Scenario Why NSGs Cannot Be Associated with VNets Summary
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VNet (Virtual Network) Key Characteristics: Subnet Key Characteristics: Relationship Between VNet and Subnet Analogy Example Conclusion
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To configure your PC to use the appropriate network adapter for each network (wired for 192.168.1.0 and wireless for 192.168.8.0), you can adjust the routing table to ensure traffic for each subnet goes through the correct interface. Steps to Configure the Routing Table in Windows 1. Identify the Network Interfaces 2. Check the Current Routing Table 3. Add Specific Routes You need to define routes for each subnet to ensure traffic is sent through the correct interface. 4. Make Routes Persistent By default, the above commands are temporary and will reset after a reboot. To make them permanent, add the…
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For Obsidian: git add -A && git commit -m “v1.6″git push
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First, update all origin/<branch> refs to latest: Backup your current branch (e.g. main): Jump to the latest commit on origin/main and checkout those files: Explanation: git fetch downloads the latest from remote without trying to merge or rebase anything. git reset resets the master branch to what you just fetched. The –hard option changes all the files in your working tree to match the files in origin/main. Maintain current local commits [*]: It’s worth noting that it is possible to maintain current local commits by creating a branch from main before resetting: After this, all of the old commits will be kept in new-branch-to-save-current-commits. Uncommitted changes Uncommitted changes, even if staged (with git add),…
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No1 did it for me The code snippet you provided shows a Terraform output block for the storage_account_primary_access_key, with the sensitive = true parameter, which hides the value in the Terraform output log. To retrieve the storage_account_primary_access_key after applying the Terraform configuration, follow these steps: 1. Terraform Output Command Run the following command to fetch the sensitive output value: This will display all output values in JSON format, including sensitive ones, though it won’t reveal them in plain text. Alternatively, for a specific output: However, since sensitive = true, the actual value will not display unless you override the behavior…
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Problem: Error: Output refers to sensitive values││ on azure_tf_backend.tf line 49:│ 49: output “storage_account_primary_access_key” {││ To reduce the risk of accidentally exporting sensitive data that was intended to be only internal, Terraform requires that any root module output containing sensitive data be explicitly marked as sensitive, to confirm your│ intent.││ If you do intend to export this data, annotate the output value as sensitive by adding the following argument:│ sensitive = true Solution: Changed to
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Problem: PS C:\Users\x\OneDrive\Documents\terraform\azure_tf_backend> az login –verboseSelect the account you want to log in with. For more information on login with Azure CLI, see https://go.microsoft.com/fwlink/?linkid=2271136 Retrieving tenants and subscriptions for the selection…Finding subscriptions under tenant 4d4dcd44-f444-4444-b444-a44444ca4ced ‘JDOE’Authentication failed against tenant 4d4dcd44-f444-4444-b444-a44444ca4ced ‘JDOE’: (pii). Status: Response_Status.Status_InteractionRequired, Error code: 3399614476, Tag: 557973645If you need to access subscriptions in the following tenants, please use az login –tenant TENANT_ID.4d4dcd44-f444-4444-b444-a44444ca4ced ‘JDOE’No subscriptions found for joe.doe@outlook.com.Command ran in 10.784 seconds (init: 0.759, invoke: 10.025) Solution: PS C:\Users\x\OneDrive\Documents\terraform\azure_tf_backend> az login –tenant 4d4dcd44-f444-4444-b444-a44444ca4ced –verboseSelect the account you want to log in with. For more information on login with Azure…
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Problem: Running terraform apply comes up with: Solution: Azure CLI is not installed: Install it as per https://learn.microsoft.com/uk-ua/cli/azure/install-azure-cli