resilient-read 0.1.0

MCP server for resilient chunked reads of large files

resilient-read

MCP server that lets coding agents read very large files safely in small, resumable chunks.

Why this exists

When context windows are small, naive full-file reads are brittle and expensive. resilient-read provides deterministic pagination with cursor-based continuation and drift detection.

Tools

• rr.stat - get file metadata (size, mtime_ns, optional sha256)
• rr.read_bytes - read byte windows with offset, max_bytes, next_offset, eof
• rr.read_lines - read line-numbered slices for code/log analysis
• rr.read_tail - read only the latest lines from append-only files
• rr.search_then_page - search with contextual excerpts and next_from_line
• rr.make_cursor - mint resumable cursor token
• rr.read_next - read next chunk from cursor (fails if file changed)

Install

uv sync

Run with stdio (default):

uv run resilient-read

MCP config (stdio)

{
  "mcpServers": {
    "resilient-read": {
      "command": "uvx",
      "args": ["resilient-read"],
      "env": {
        "RR_WORKSPACE": "/path/to/your/project"
      }
    }
  }
}

Example workflows

Cursor-based file pagination

1. Call rr.stat(path="large.log")
2. Call rr.make_cursor(path="large.log", offset=0, max_bytes=65536)
3. Loop on rr.read_next(cursor=...) until eof=true

Targeted search pagination

1. Call rr.search_then_page(path="server.log", query="timeout", max_matches=3)
2. Follow with rr.search_then_page(..., from_line=<next_from_line>)

Each response is small and composable, so you can process huge files while staying inside small model contexts.

Project housekeeping

• Release notes and version history: CHANGELOG.md
• Manual semver tagging flow: docs/RELEASE.md
• JSON-RPC examples: examples/