Provides Ask::State adapter implementations for SQLite, Redis, PostgreSQL, and MySQL. Each backend implements the Ask::State::Adapter contract (get/set/delete, distributed locking, message queues, and ordered lists) so agents, sessions, and workflows pick the right persistence layer with one line of code.

Defines Ask::Tool (base class), tool discovery, and the Ask::Result returned by tools.

Bash, Read, Write, Edit, Glob, Grep, and Code tools for the ask-rb ecosystem.

Fetches a URL and converts its content to clean markdown for LLM consumption. A pluggable backend chain: pure Ruby httpx + Nokogiri + reverse_markdown by default, a Jina Reader fallback for JS-rendered or blocked pages, and a real-Chrome fallback (Ferrum) that renders JavaScript and lets auto-solving Cloudflare challenges complete. The capability layer only — tool framing (MCP servers, agent tools) is provided by the consumers.

A minimal MCP (Model Context Protocol) server that exposes ask_web_fetch as a callable tool over stdio. Designed for use with clients that support MCP (ZCode, Claude Code, etc.), it fetches a URL and returns clean markdown through the ask-web-fetch backend chain — fast pure-Ruby httpx fetch first, a real Chrome (launched or CDP-attached) for JS-rendered and challenge-gated pages, with Jina Reader and self-hosted Crawl4AI in between. Terminal failures (parked domains, empty pages, dead 4xx) surface as their deterministic error class, so clients never retry the unretryable. The tool shell (name, schema, call) lives here, wrapping the Ask::WebFetch library.

Searches the web via a local SearXNG instance and returns the results as clean numbered markdown. The capability layer (WebSearch.search); the native Ask::Tools::WebSearch agent tool is an optional integration that registers when ask-tools is present. Configure endpoint via SEARXNG_URL env var.

A minimal MCP (Model Context Protocol) server that exposes ask_web_search as a callable tool over stdio. Designed for use with clients that support MCP (ZCode, Claude Code, etc.), it queries a local SearXNG instance and returns formatted search results suitable for LLM consumption. The tool shell (name, schema, call) lives here, wrapping the Ask::WebSearch library.

Aspecto SDK and OpenTelemetry distribution for ruby programming language

This gem provides a Ruby interface for working withthe Talis Aspire API.

Aspose.Barcode for Cloud is a REST API for barcode generation and recognition. It helps you generate barcode images from scratch in linear (1D), two dimensional (2D), and postal formats. Generate barcode images in a variety of image formats: JPEG, PNG, GIF, BMP, TIFF and many others. Recognize barcodes from different image types. Aspose.Barcode for Cloud allows you to control all aspects of the image and barcode when generating barcode images. Specify image width, height, border style, output image format and more. You can also set barcode attributes like font style, font color, background color, barcode type and the barcode text location.

This SDK allows to work with Aspose.CAD Cloud REST API in your Ruby applications quickly and easily, with zero initial cost and perform various conversion and update operations on AutoCAD DWG, DXF, DWF, DWFX, DWT, STL, IGS, DGN, OBJ and CF2 files and export them into different raster and vector formats like BMP, PSD, JPEG, TIFF, GIF, PNG, JPEG2000, SVG, WMF, PDF

Aspose.OCR for Cloud is a cloud-based REST API for optical character recognition and document scanning. It allows you to scan documents and recognize characters. Recognize text in English and other languages, and recognize text in only part of an image. Aspose.OCR for Cloud supports a variety of fonts in different styles, like regular, bold, and italic, and different image formats. You can use Aspose.OCR for Cloud in many scenarios, for example, extracting text and saving to a database.

This SDK allows you to work with Aspose.Storage Cloud REST APIs in your Ruby applications quickly and easily, with zero initial cost

Aspose.Tasks for Cloud is a REST API for manipulating Microsoft Project documents in the cloud. It allows you to work with all aspects of a Project document including conversion. The API offers a wide range of Microsoft Project export options. The Aspose.Tasks for Cloud API allows developers to convert Project documents to various formats including XML, HTML, BMP, PNG, PDF, and XSLX. The API can be used to list document properties such as a project’s default start and finish time, minutes per week and days per month, work format, default task type, and so on. The API also provides the capability to retrieve information about each task from a Project data file hosted in the cloud. Task information such as name, ID, duration, and start and end dates, can be retrieved. In addition, the API can add new tasks to projects and retrieve information about task links and task assignments. The Aspose.Tasks API can manage project resources for documents hosted in the cloud. It supports adding a new resource, retrieve a list of project resources, and delet existing resources from the Project data. The API also facilitates retrieval of resource assignments information for resources assigned to project tasks. The API provides full access to a project’s calendar collection. Details about project calendars such as ID, name, and working days and time, can be read. New calendars can be added or deleted from hosted project data files. The API can be used to create new calendar exceptions to the Project’s calendars and retrieving a list of existing exceptions.

This SDK allows you to work with Aspose.Words Cloud REST APIs in your Ruby applications quickly and easily, with zero initial cost

A sketch that may not see the light of day assembly pipeline and report generation

A Gem that consumes data from the Welsh Assembly

Allows for compact checks (Python style)

Test assertion for directories equality by tree and content comparison

Generate assert code from a result inside a unit or integration test. This is useful if you have code that you've spiked or eyeballed as 'working' and you'd like to produce some assertions, without editing the output of pretty-inspect manually or making it all up.