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dbt-model-index

Provide a lookup index of dbt models (BigQuery tables) to guide query writing against a data warehouse. Use when you need to query, analyze, or look up data in a dbt-powered data warehouse, or when resolving a vague data question into the right BigQuery tables to query.

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warpdotdev/oz-skills
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17 de abril de 2026 às 19:42
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SKILL.md
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name
dbt-model-index
description
Provide a lookup index of dbt models (BigQuery tables) to guide query writing against a data warehouse. Use when you need to query, analyze, or look up data in a dbt-powered data warehouse, or when resolving a vague data question into the right BigQuery tables to query.
# dbt Model Index ## When to Use - Before writing any BigQuery SQL against production data - When the task has not already explicitly stated which models/tables to query - When resolving a vague or ambiguous data question into the right BigQuery tables ## How to Set Up This Skill This skill is a curated index of your dbt models. Each entry describes a model (a BigQuery table), what it contains, and what types of questions it is best suited to answer. To customize this index for your project: - Organize models into logical domain sections (e.g., Users, Activity, Revenue, Events) - For each model, include: the table name, a 1–2 sentence description of its grain and content, and "Useful for:" bullets covering common query patterns - Note key join keys, standard filters, and partition fields where relevant --- ## [Domain: e.g., Users & Identity] ### `your_model_name` Brief description of what this model contains. One row per [entity]. Include what makes this model's grain unique and the most important fields. **Useful for:** - [Type of question this model answers, e.g., user counts, cohort sizes] - [Another use case, e.g., filtering to a specific user segment] - [Common join pattern, e.g., joining to other tables as the canonical user dimension] --- ### `another_model_name` Description of this model and its grain. **Useful for:** [Brief use case description] --- ## [Domain: e.g., Activity & Engagement] ### `your_activity_model` Description of the activity signal (e.g., what counts as "active"), the grain, and the time dimension. **Useful for:** - [Use case 1, e.g., daily/weekly active user metrics] - [Use case 2, e.g., retention analysis] --- ### `your_engagement_model` Description. **Useful for:** - [Use case 1] - [Use case 2] --- ## [Domain: e.g., Revenue & Subscriptions] ### `your_revenue_model` Description of the revenue grain (e.g., one row per customer per day, or one row per subscription event). **Useful for:** - [Use case 1, e.g., MRR/ARR reporting] - [Use case 2, e.g., churn analysis] --- ### `your_subscription_model` Description. **Useful for:** - [Use case 1] - [Use case 2] --- ## [Domain: e.g., Events & Telemetry] ### `your_events_model` Description of the event source, enrichment applied, and key fields available. **Useful for:** - [Use case 1, e.g., raw event-level analysis] - [Use case 2, e.g., building domain-specific funnels] --- ## Important Notes - **Standard filters:** Document any filters that should always be applied in user-facing queries (e.g., excluding test accounts, soft-deleted records, internal users, or flagged/fraudulent users). Example: `where not is_internal_user` - **Production data:** Specify your default project/dataset path. Example: `your-gcp-project.prod.<model_name>` - **Cost control:** For large partitioned tables, always filter on the partition field and constrain the date range to avoid full-table scans - **Model grain:** Always note the grain (one row per _what_?) for each model to avoid accidental fan-outs in joins - **Plan/tier types:** If your product has subscription tiers or plan types, document the valid values here so queries filter correctly - **Sensitive datasets:** If any models live in a separate dataset, call that out explicitly so queries use the right fully-qualified table reference
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