Crates.io | bumv |
lib.rs | bumv |
version | 0.2.1 |
source | src |
created_at | 2023-04-28 16:41:58.91412 |
updated_at | 2023-07-28 12:16:04.171157 |
description | bumv (bulk move) lets you use your favorite editor to rename files |
homepage | https://github.com/cbonitz/bumv |
repository | https://github.com/cbonitz/bumv |
max_upload_size | |
id | 851537 |
size | 64,906 |
bumv
(bulk move) lets you use your favorite editor to rename files.
It was created becuase the author found bulk file renaming very tedious compared to editing strings in modern editors. Editors provide powerful search and replace functionality as well as multi cursor editing, all of which are helpful for bulk file renaming.
By default, bumv
will let you rename the files in the current directory non-recursively, respecting git ignore definitions and .ignore
files.
Invoked on this project directory, it would open the following list of files in EDITOR
(defaulting to VS Code):
./Cargo.lock
./Cargo.toml
./LICENSE.txt
./README.md
Assume you edit the file as follows, save it and close your editor:
./Cargo.lock
./Cargo.toml
./LICENSE.txt
./README_CAREFULLY.md
bumv
will prompt you for confirmation and then rename README.md
to README_CAREFULLY.md
.
Race conditions or unforseen edge cases could lead to undesired behavior. Use at your own risk and only on files you have backed up.
The following safety checks are implemented and tested:
bumv
verifies before each renaming operation that a file with the target filename does not exist.bumv
verifies that the file list presented to the user still exactly matches what is present on the file system.file1 <-> file2
, a temporary file will be used to enable the renaming.-n, --no-ignore Do not observe ignore files
--no-log Do not write a log file
-r, --recursive Recursively rename files in subdirectories
-c, --use-vscode Use VS Code as editor
cargo install bumv
This project was done as a playground for AI-assisted programming. The original code was written by ChatGPT 4 based on a loose specification and surprisingly both compiled and worked right away.
The generated unit tests were insufficient. Thus, the code had to be refactored for testability, and a lot of tests were written by hand.
Several safeguards and improvements had to be added manually based on outcomes of local testing and thinking carefully about program behavior.
GitHub Copilot was very helpful when extending the code and adding comments.