diff --git a/cmd/restic/main.go b/cmd/restic/main.go index 53b640c64..3ca72809c 100644 --- a/cmd/restic/main.go +++ b/cmd/restic/main.go @@ -146,7 +146,7 @@ func OpenRepo() (restic.Server, error) { s := restic.NewServer(be) - err = s.SearchKey(readPassword("RESTIC_PASSWORD", "Enter Password for Repository: ")) + err = s.SearchKey(readPassword("RESTIC_PASSWORD", "enter password for repository: ")) if err != nil { return restic.Server{}, fmt.Errorf("unable to open repo: %v", err) } diff --git a/doc/Design.md b/doc/Design.md index 0207bd9c2..3107a4573 100644 --- a/doc/Design.md +++ b/doc/Design.md @@ -239,7 +239,7 @@ The command `restic cat snapshot` can be used as follows to decrypt and pretty-print the contents of a snapshot file: $ restic -r /tmp/restic-repo cat snapshot 22a5af1b - Enter Password for Repository: + enter password for repository: { "time": "2015-01-02T18:10:50.895208559+01:00", "tree": "2da81727b6585232894cfbb8f8bdab8d1eccd3d8f7c92bc934d62e62e618ffdf", @@ -273,7 +273,7 @@ filename the tree object is stored in. The command `restic cat tree` can be used to inspect the tree referenced above: $ restic -r /tmp/restic-repo cat tree b8138ab08a4722596ac89c917827358da4672eac68e3c03a8115b88dbf4bfb59 - Enter Password for Repository: + enter password for repository: { "nodes": [ { @@ -301,7 +301,7 @@ When the command `restic cat tree` is used, the storage hash is needed to print a tree. The tree referenced above can be dumped as follows: $ restic -r /tmp/restic-repo cat tree 8b238c8811cc362693e91a857460c78d3acf7d9edb2f111048691976803cf16e - Enter Password for Repository: + enter password for repository: { "nodes": [ { @@ -332,7 +332,7 @@ The command `restic cat data` can be used to extract and decrypt data given a storage hash, e.g. for the data mentioned above: $ restic -r /tmp/restic-repo cat blob 00634c46e5f7c055c341acd1201cf8289cabe769f991d6e350f8cd8ce2a52ac3 | sha256sum - Enter Password for Repository: + enter password for repository: 50f77b3b4291e8411a027b9f9b9e64658181cc676ce6ba9958b95f268cb1109d - As can be seen from the output of the program `sha256sum`, the hash matches the