Search was an experiment on creating a UI to search file content, recursively exploring directory. Such UI already exist, but the many I have tried lack some features which I thought would be very useful.

On Windows, you can simply run cargo build or cargo build --release.

On Linux, you first need to install libgtk.

> apt update
> apt install -y libgtk-3-dev
> cargo build

Usage: search.exe [OPTIONS]

Options:
      --workspace <WORKSPACE>  Path of the workspace in which to start the program. Default is current workspace
      --paths <PATHS>          Default paths to search in. Default is workspace
      --patterns <PATTERNS>    Default patterns used to filter the file names. Default is workspace
  -c, --config <CONFIG>        Path to the config file to use
  -h, --help                   Print help
  -V, --version                Print version

The first feature I absolutely wanted in Search was multithreading search. Indeed, I worked on very large project where most searching would simply be way too slow to be used. ripgrep was a life saver, but is only a command line tools.

One of the guiding principle of this UI is to offer tabs, similar to what browsers do. Browser develop a lot of techniques to allow users to efficiently navigate the internet and this can be re-used in a search program.

User of Total Commander will be familiar with it's ability to open files in a configured editor, using a shortcut (F4 by default). Similarly, this was something I absolutely wanted and use all the time.

⚠️ This is currently not implemented.

Complex regexes can probably allow you to find accurately everything, but personally I rather use the complex of "pipes" to find something. With grep, it could be something like:

> grep -iRF main src/ | grep -viF fn

This command does a initial recursive search for the literal string "main" starting in directory "src/" and search this result to find every lines, not containing the literal word "fn".

I use this pattern fairly often, because I often find it easier than to build the right regex pattern. Furthermore, this can be combined with the after and the before context.

An other goal was to support such a system in Search.

This encompass quite a lot of things, but overall I don't want to do the following optimizations.

• Directly parse NTFS index to bypass Windows filesystem functions.
• Index files before searching.
• Cache results.

The reason boils down that it doesn't seem necessary and would affect portability, reliability and accuracy. Note that, doing twice the exact same search could still give drastically different information, due to OS level caching.

• The magnifier icon used as icon is from https://icons8.com/ and can be found here.