How do I install Skim on Ubuntu?

Skim can be installed on Ubuntu using the manual install script, cargo install, or by downloading the binary from GitHub releases. Package manager support is limited, so check the README for alternative methods like using snap or building from source.

Skim vs fzf: which is better for typo-resistant search?

Skim excels with built-in typo-resistant algorithms like frizbee and arinae, making it superior for handling typing errors in queries. fzf relies more on fuzzy matching without native typo resistance, so Skim is preferred if this is a key requirement.

How to set up Skim key bindings in Zsh?

Source the key-bindings script by running 'source <(sk --shell zsh)' in your shell or add it to ~/.zshrc. This enables Ctrl-T for file selection, Ctrl-R for history search, and Alt-C for directory changes as per the Shell Bindings section.

Can Skim preview images or only text?

Skim's preview window is designed for text output; it doesn't natively support image previews. You would need to use external tools or scripts to convert images to text descriptions for previewing within Skim.

How to ignore files in Skim searches?

Override the SKIM_DEFAULT_COMMAND environment variable to use tools like fd or rg with ignore patterns, or customize the command in interactive mode to exclude specific file types, as explained in the FAQ section on ignoring files.

What are the typo-resistant algorithms in Skim?

Skim includes algorithms like frizbee and arinae, which are designed to handle typing errors by allowing flexible character matching, improving usability when queries contain minor mistakes, as mentioned in the Algorithms section.

How to use Skim with Neovim?

Install the fzf-lua plugin with Skim support by setting opts to 'skim', or use the native Vim plugin from Skim's repository. This enables fuzzy file and buffer navigation within Neovim, integrating seamlessly into editor workflows.

skim — Versatile Rust Fuzzy Finder

Q: Can Skim preview images or only text?

Skim's preview window is designed for text output; it doesn't natively support image previews. You would need to use external tools or scripts to convert images to text descriptions for previewing within Skim.

Q: How to ignore files in Skim searches?

Override the SKIM_DEFAULT_COMMAND environment variable to use tools like fd or rg with ignore patterns, or customize the command in interactive mode to exclude specific file types, as explained in the FAQ section on ignoring files.

Q: What are the typo-resistant algorithms in Skim?

Skim includes algorithms like frizbee and arinae, which are designed to handle typing errors by allowing flexible character matching, improving usability when queries contain minor mistakes, as mentioned in the Algorithms section.

Q: How to use Skim with Neovim?

Install the fzf-lua plugin with Skim support by setting opts to 'skim', or use the native Vim plugin from Skim's repository. This enables fuzzy file and buffer navigation within Neovim, integrating seamlessly into editor workflows.

What is skim?

Skim is a command-line fuzzy finder written in Rust that enables rapid filtering and selection of text, files, and command outputs. It serves as a smarter alternative to traditional tools like grep, integrating seamlessly into shell environments and editors to boost productivity by reducing time spent navigating digital environments.

Target Audience

Developers and command-line users who frequently navigate files, search through codebases, or manage shell history and want a fast, keyboard-driven interface for filtering and selection. It is particularly useful for Vim/Neovim users seeking efficient file and buffer navigation.

Value Proposition

Developers choose Skim for its speed, flexibility, and extensive customization options, including multiple search modes (fuzzy, exact, regex), typo-resistant algorithms, and seamless shell and editor integrations. Its interactive mode and preview window provide a powerful, intuitive workflow not always available in alternatives.

Fuzzy Finder in rust!

Use Cases

Best For

Filtering and selecting files from command output (e.g., using with find to open files in Vim)
Searching through codebases interactively with tools like ripgrep, ag, or ack
Enhancing shell productivity with key bindings for file selection (Ctrl-T), history search (Ctrl-R), and directory navigation (Alt-C)
Integrating fuzzy finding into Vim or Neovim workflows as a plugin for file and buffer navigation
Customizing and scripting selection workflows with advanced features like preview windows and external command execution
Handling large datasets efficiently with multiple matching algorithms, including typo-resistant options like frizbee and arinae

Not Ideal For

Users who prefer graphical user interfaces over command-line tools for file navigation and search
Teams already deeply integrated with fzf and reliant on its specific command-line flags, community scripts, and muscle memory
Environments with strict dependency management where installing Rust or additional system packages is prohibitive or restricted
Simple, one-off search tasks where a basic grep or find command suffices without the need for interactive filtering or customization

Pros & Cons

Pros

High Performance Algorithms

Leverages Rust-based algorithms including typo-resistant options like frizbee and arinae, ensuring fast and accurate matching even on large datasets, as demonstrated in the benchmarks section.

Versatile Search Syntax

Supports multiple search modes (fuzzy, exact, regex) with a flexible query system borrowed from fzf, allowing for complex filtering without leaving the interface, as detailed in the Search Syntax section.

Seamless Shell Integration

Provides built-in key bindings for shells (Bash, Zsh, Fish) like Ctrl-T for file selection and Ctrl-R for history search, enabling rapid workflow acceleration directly from the terminal.

Advanced Customization

Offers extensive customization for key maps, color schemes, and preview windows, allowing users to tailor the tool to specific preferences, as shown in the Keymap and Color Scheme sections.

Cons

Steeper Configuration Learning

Customizing key bindings, search algorithms, and preview commands requires understanding Skim-specific syntax and options, which can be more complex than simpler fuzzy finders.

Smaller Third-Party Ecosystem

Compared to fzf, Skim has fewer community-contributed plugins and integrations, which might limit out-of-the-box functionality in some environments or require custom scripting.

Potential Flag Incompatibilities

Implements features differently from fzf, leading to inconsistencies in command flags and behavior that may disrupt workflows for users migrating from fzf, as noted in the Differences from fzf section.

What is skim?

Target Audience

Value Proposition

Use Cases

Best For

Filtering and selecting files from command output (e.g., using with find to open files in Vim)
Searching through codebases interactively with tools like ripgrep, ag, or ack
Enhancing shell productivity with key bindings for file selection (Ctrl-T), history search (Ctrl-R), and directory navigation (Alt-C)
Integrating fuzzy finding into Vim or Neovim workflows as a plugin for file and buffer navigation
Customizing and scripting selection workflows with advanced features like preview windows and external command execution
Handling large datasets efficiently with multiple matching algorithms, including typo-resistant options like frizbee and arinae

Not Ideal For

Users who prefer graphical user interfaces over command-line tools for file navigation and search
Teams already deeply integrated with fzf and reliant on its specific command-line flags, community scripts, and muscle memory
Environments with strict dependency management where installing Rust or additional system packages is prohibitive or restricted
Simple, one-off search tasks where a basic grep or find command suffices without the need for interactive filtering or customization

Pros & Cons

Pros

High Performance Algorithms

Leverages Rust-based algorithms including typo-resistant options like frizbee and arinae, ensuring fast and accurate matching even on large datasets, as demonstrated in the benchmarks section.

Versatile Search Syntax

Seamless Shell Integration

Provides built-in key bindings for shells (Bash, Zsh, Fish) like Ctrl-T for file selection and Ctrl-R for history search, enabling rapid workflow acceleration directly from the terminal.

Advanced Customization

Offers extensive customization for key maps, color schemes, and preview windows, allowing users to tailor the tool to specific preferences, as shown in the Keymap and Color Scheme sections.

Cons

Steeper Configuration Learning

Customizing key bindings, search algorithms, and preview commands requires understanding Skim-specific syntax and options, which can be more complex than simpler fuzzy finders.

Smaller Third-Party Ecosystem

Compared to fzf, Skim has fewer community-contributed plugins and integrations, which might limit out-of-the-box functionality in some environments or require custom scripting.

Potential Flag Incompatibilities

skim

What is skim?

Overview

Use Cases

Best For

Not Ideal For

Pros & Cons

Pros

Cons

Open Source Alternative To

Frequently Asked Questions

Related Projects

Found a gem we're missing?

skim

What is skim?

Overview

Use Cases

Best For

Not Ideal For

Pros & Cons

Pros

Cons

Open Source Alternative To

Frequently Asked Questions

Related Projects

Found a gem we're missing?