freeze

You can prevent unintended changes in a codebase by locking edits to a single directory, which scopes changes to one module. The lock enforces a runtime boundary that checks target file paths and blocks any operations attempting to modify files outside the allowed folder.

Scoping changes to one module works by enforcing a runtime boundary that checks target file paths against a configured directory. It automatically blocks operations outside that boundary, preventing unintended edits across the broader codebase during exploration.

Yes, you can lock edits to a specific folder for safe experimentation in large projects. By confining future edits to that path, the lock prevents accidental modifications to files residing outside the trusted directory boundary.

The best way to contain accidental code edits when exploring a codebase is to lock edits to a safe directory. This restricts all modifications to the specified path for the current session, effectively preventing unintended changes elsewhere.

You should use a directory lock to restrict file modifications during debugging sessions in codebases where the risk of accidental edits must be contained. It is specifically useful when you want to scope changes to one module safely.

Yes, locking a session to a directory blocks operations outside the boundary by checking the target file path against the configured directory. Any attempted edit outside that specific safe path is automatically detected and blocked.