From looker-skills
Interviews Looker users to understand onboarding goals, then explores BigQuery tables and schemas via the bq CLI to identify dimension and fact tables for dashboard development.
How this skill is triggered — by the user, by Claude, or both
Slash command
/looker-skills:exploring-data-for-lookerThe summary Claude sees in its skill listing — used to decide when to auto-load this skill
This skill guides you through the initial phase of onboarding a Looker user:
This skill guides you through the initial phase of onboarding a Looker user: interviewing them to understand their goals, and exploring their BigQuery data to identify a good candidate for a dashboard.
gcloud installed and authenticated to GCP.You MUST start by interviewing the user to understand their goals and get the
target GCP project and dataset. DO NOT run any gcloud or bq commands before
asking these questions and receiving the user's explicit response.
Propose a set of questions like:
"Welcome to Looker! To help you get started, I'll guide you through connecting your data, setting up a project, and building your first dashboard.
To make sure we build something highly relevant to you, could you tell me: 1. What is the main goal of your Looker exploration? (e.g., Sales analysis, User behavior, Inventory tracking, Support metrics) 2. Which BigQuery project and dataset contains the data you want to use? 3. Are there specific metrics (e.g., total revenue, active users) or dimensions (e.g., product category, region) you are most interested in?"
STOP AND WAIT for the user to reply. Do not call any tools in this turn.
Only after the user has responded to your interview questions with the target
project/dataset, proceed to explore their BigQuery data using the bq CLI.
[!IMPORTANT] Do NOT assume any table naming conventions (such as
dim_orfct_prefixes). While some datasets use them, many do not. You must identify dimension and fact tables by analyzing their schema (columns, types) and content, not just their names.
List Datasets in the project:
bq ls --project_id={gcp_project_id}
Look for datasets that match the user's business area (e.g., ecommerce,
analytics).
List Tables in the selected dataset:
bq ls {gcp_project_id}:{dataset_name}
Identify candidate tables:
users,
products, categories, locations). Look for tables that describe
entities.orders,
order_items, events, sessions, payments). Look for tables that
contain numeric metrics and timestamps.Examine Table Schemas for key candidate tables:
bq show --format=prettyjson {gcp_project_id}:{dataset_name}.{table_name}
Look for timestamps, numeric fields for aggregations, and foreign keys that link tables.
Based on the user's input and your data exploration, propose a specific, actionable dashboard goal.
Example proposal:
"I've explored your dataset
{dataset_name}and found some great tables: -{table_1}(contains transactional data with revenue and timestamps) -{table_2}(contains product dimensions like category and brand)I propose we target a Sales Overview Dashboard as our onboarding goal. It will include: 1. Total Revenue over time (daily/weekly). 2. Top Product Categories by sales volume. 3. Order Status Distribution (e.g., completed, pending, cancelled).
If this sounds good, I will proceed with setting up the Looker CLI and connecting this data!"
npx claudepluginhub looker-open-source/looker-skillsOrchestrates the end-to-end Looker developer onboarding journey: pre-flight, discovery, CLI, auth, connection, project, model, and dashboard creation. Start here for a new Looker setup.
Manages LookML projects via the Looker API: creates git branches, project directories, LookML files, and generates view boilerplate from database schemas.
Designs analytical dashboard specs: defines questions each chart answers, writes SQL queries, specifies layout and refresh cadence. For dashboard build requests.