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Three supported ways to share values between Terraform configurations — remote state, provider data sources, and variables — compared on coupling, access, and failure modes, with a working example.
Learn how Terraform state locking prevents concurrent modifications, how to set it up with AWS S3 and DynamoDB, and when to safely use force-unlock.
Stop copying and pasting HCL across environments. Learn how Terramate's Stack abstractions separate infrastructure intent from implementation to scale Terraform deployments.
Learn how to diagnose and resolve Pulumi state lock conflicts in shared backends to prevent state corruption and restore your deployment pipeline.
Azure App Service represents the pinnacle of Platform-as-a-Service (PaaS) offerings for web hosting, providing an abstraction layer that removes the overhead of managing underlying virtual…
Terraform utilizes state locking in remote backends, such as S3 with DynamoDB, to prevent concurrent modifications that could lead to state corruption. When a process terminates unexpectedly or a network partition occurs between the client and the lock provider, a "ghost lock" may persist in the backend despite no active operation. The terraform force-unlock
Terramate functions as an orchestration layer that generates Terraform configurations across multiple stacks. A core feature of this system is the ability to define global settings and variables that are propagated down through a hierarchical project structure to ensure consistency across environments. When managing a complex hierarchy, there is a tension be
pulumi