sd: Fast Find & Replace

Always invoke sd skill for find & replace operations - do not execute bash commands directly.

Use sd for intuitive text replacement that's 2-12x faster than sed.

When to Use sd vs ripgrep

Use sd when:

• •Performing replacements on known patterns
• •Batch text transformations across files
• •Need JavaScript-style regex syntax
• •Direct file modifications without search first

Use ripgrep when:

• •Finding unknown patterns or locations
• •Need search results without immediate changes
• •Complex file filtering and type matching
• •Want to preview before modifying

Common workflow: ripgrep skill → sd skill (search first, then replace)

Default Strategy

Invoke sd skill for fast find & replace operations. Use when performing replacements on known patterns, batch text transformations across files, or need JavaScript-style regex syntax.

Common workflow: ripgrep skill → sd skill (search first, then replace) or fd skill → sd skill for batch operations.

Key Options

• •-F for string-literal mode (no regex)
• •$1, $2 or ${var} for capture groups
• •--preview to preview changes
• •-- before patterns starting with -
• •$$ for literal $ in replacement

When to Use

• •Quick file edits
• •Pipeline replacements: cat file | sd "old" "new"
• •Batch operations across multiple files
• •Complex regex with capture groups

Common Workflows

• •fd → sd: Find files and perform batch replacements
• •ripgrep | sd: Search patterns and replace across matches
• •jq | sd: Extract JSON data and transform to other formats
• •cat file | sd | bat: Transform content and preview with highlighting

Core Principle

Replace text with familiar JavaScript/Python regex syntax - no sed escape hell.

Detailed Reference

For comprehensive find & replace patterns, regex syntax examples, and workflow tips, load sd guide when needing:

• •Advanced regex patterns with capture groups
• •Pipeline operations and batch processing
• •Escape sequence handling
• •Common text transformation recipes
• •Integration with other command-line tools

The guide includes:

• •String-literal vs regex mode usage
• •Capture group patterns and replacements
• •Pipeline operations and batch processing
• •Advanced regex patterns and edge cases
• •Integration with other command-line tools

Skill Combinations

For Discovery Phase

• •ripgrep → sd: Search patterns first, then replace across matches
• •fd → sd: Find files and perform batch replacements
• •jq/yq → sd: Extract data and transform to other formats

For Analysis Phase

• •sd --preview → bat: Preview changes with syntax highlighting
• •sd → fzf: Interactive selection of changes to apply
• •sd → jq/yq: Transform data back to structured formats

For Refactoring Phase

• •sd → searching-text: Verify replacements didn't introduce issues
• •sd → analyzing-code-structure: Follow up with structural changes if needed
• •sd → analyzing-code: Measure impact of text-based changes

Integration Examples

# Find and replace across project
fd -e js -x sd "oldPattern" "newPattern" --preview

# Chain transformations
cat config.json | jq '.version' | sd '"v' '' | sd '"' '' | xargs git tag

# Interactive replacement with preview
rg "deprecated" -l | fzf --multi | xargs sd "deprecated" "legacy" --preview | bat