dc-query-building

Construct structured CubeQuery objects for Drizzle Cube's semantic layer.

Updated Jan 12, 2026
One-click install
npx skills add https://github.com/cliftonc/drizzle-cube-plugin --skill dc-query-building
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: dc-query-building
Source: https://github.com/cliftonc/drizzle-cube-plugin/tree/main/skills/dc-query-building
Command: npx skills add https://github.com/cliftonc/drizzle-cube-plugin --skill dc-query-building

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This skill enables teams to construct accurate, reusable CubeQuery objects for querying Drizzle Cube's semantic layer, reducing ad-hoc SQL development and increasing consistency across dashboards and analyses.

Core Features & Use Cases

  • CubeQuery construction: Define measures, dimensions, timeDimensions, filters, order, and pagination to model analytics requests.
  • Time-aware querying: Build time dimensions with granularities to analyze trends over days, months, or quarters.
  • Multi-query and API execution: Create and run multiple queries or preview SQL via the Cube.js API, enabling rapid experimentation and debugging.

Quick Start

Execute a sample query by defining a CubeQuery object with measures and dimensions, then pass it to the cubeClient.load() function to retrieve results.

Frequently Asked Questions about dc-query-building

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I build a CubeQuery for a semantic layer in analytics workflows?

To build a CubeQuery for a semantic layer, you define measures, dimensions, timeDimensions, filters, and ordering within a structured CubeQuery object. This approach models analytics requests consistently without ad-hoc SQL development.

What is the best way to query time dimensions with granularities in Drizzle Cube?

Querying time dimensions with granularities in Drizzle Cube involves configuring the timeDimensions property within your CubeQuery object. This enables trend analysis across days, months, or quarters directly through the semantic layer.

How do I execute multiple CubeQuery objects using the Cube.js API?

Executing multiple CubeQuery objects using the Cube.js API requires passing your configured query arrays to the cubeClient.load() function. This retrieves analytical results and supports rapid experimentation across multi-query scenarios.

Can I preview SQL before executing filters and measures in a CubeQuery?

You can preview SQL before executing filters and measures by utilizing dry-run capabilities through the CubeClient APIs. This allows rapid debugging and validation of your CubeQuery configurations without retrieving actual data.

Does constructing a semantic CubeQuery require writing raw SQL for dashboards?

Constructing a semantic CubeQuery does not require writing raw SQL for dashboards. Instead, you define structured objects with measures, dimensions, and filters to increase consistency across your analyses.

Why use structured query building for multi-query scenarios over ad-hoc SQL?

Structured query building for multi-query scenarios replaces ad-hoc SQL by standardizing analytical requests into reusable CubeQuery objects. This reduces development overhead and ensures consistent filtering and ordering across dashboards.