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Supported AI models on Workik
GPT 5.2, GPT 5.1 Codex, GPT 5.1, GPT 5 Mini, GPT 5, GPT 4.1 Mini
Gemini 3 Flash, Gemini 3 Pro, Gemini 2.5 Pro, Gemini 2.5 Flash
Claude 4.5 Sonnet, Claude 4.5 Haiku, Claude 4 Sonnet, Claude 3.5 Haiku
Deepseek Reasoner, Deepseek Chat, Deepseek R1(High)
Grok 4.1 Fast, Grok 4, Grok Code Fast 1
Models availability might vary based on your plan on Workik
Features
Understand Your Schema
AI delivers precise table definitions, column types, and constraints, helping you interpret complex PostgreSQL structures with clarity.
Visualize Relationships
Foreign keys and table dependencies are mapped intelligently using AI, making relational flow and join paths easier to navigate.
Identify Key Constraints
Primary, foreign, unique, and check constraints are documented in detail, with AI highlighting how each one impacts data integrity and write operations.
Analyze Query Behavior
AI explains how schema design influences query performance, helping you resolve slow joins, fix field mismatches, and optimize access patterns.
How it works
Create your Workik account in seconds using manual signup or Google and access your workspace instantly.
You can use Workik Database tools or DB documentation feature directly to get started. Upload your csv, json PostgreSQL schema, or connect your database directly to Workik to help AI generate database documentation.
Start using AI to generate documents manually or in bulk. Workik provides default layouts or lets you save your preferred layout for documentation. You can also generate ERDs, analyze schema logic, and clarify complex PostgreSQL structures in seconds.
Invite teammates to share and refine your PostgreSQL documentation collaboratively. Build automation pipelines to update or regenerate database documentation as schemas change.
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TESTIMONIALS
Real Stories, Real Results with Workik
"Workik AI turned our messy PostgreSQL schema into clean, readable documentation in minutes."
Mar Hanneken
Senior Backend Engineer
"Our data team uses Workik AI to autogenerate ERDs and constraint overviews. It's now our default source of truth for PostgreSQL structure."
Willem Rivera
Data Engineer
"As a tech lead, I love how Workik AI exposes schema issues early. It helped us identify missing indexes during documentation."
Tina Kim
Engineering Lead
What are the most common use cases for Workik’s PostgreSQL Database Documentation Generator?
Developers rely on Workik’s AI to streamline tasks, including but not limited to:
* Auto-generating documentation for complex table structures and constraints.
* Creating ERDs and relational maps for schema audits or refactoring.
* Explaining join patterns, dependency chains, and query bottlenecks.
* Documenting triggers, functions, and materialized views for debugging.
* Generating data dictionaries for analytics, QA, or cross-functional teams.
* Comparing schema versions before applying migrations.
* Understanding legacy or third-party PostgreSQL databases with poor documentation.
* Creating architecture summaries for microservices or API integration layers.
* Aligning ORM models with live PostgreSQL structures for safer development.
Is it necessary to connect an external database to generate PostgreSQL documentation?
No, connecting an external PostgreSQL database is completely optional. You can simply upload your PostgreSQL schema in formats like SQL, JSON, or dump files to avoid sharing live data. Workik AI will help in generating full documentation, ERDs, constraints, and relationship insights directly from the uploaded schema without requiring an active database connection.
How does the AI analyze and document complex PostgreSQL schemas with multiple relationships?
The AI interprets tables, foreign keys, composite keys, cascade rules, and join paths directly from your schema. It then maps relationship depth, parent-child structures, and common join paths derived from schema design — making it easy to understand how data flows through multi-table joins or nested application logic.
Can AI document advanced PostgreSQL components like views, materialized views, triggers, and stored functions?
Yes. Workik reads system catalogs to document view definitions, refresh strategies, trigger events, execution timing, stored function parameters, return types, and side effects. This is especially helpful when debugging unexpected write behavior or analyzing read-heavy workloads relying on materialized views.
How does AI highlight how schema design impacts query performance and indexing in PostgreSQL?
AI analyzes index usage, table size, row distribution, and FK constraints to explain why certain queries degrade over time. For example, it can point out when a JOIN relies on a missing index, when a JSONB field needs a GIN index, or when sequential scans are caused by poor column selection.
Can Workik maintain and update PostgreSQL documentation automatically across schema versions or CI/CD pipelines?
Yes. By syncing with GitHub, GitLab, or Bitbucket, Workik can regenerate PostgreSQL documentation whenever migrations or schema updates are provided. Teams can instruct the AI to document new columns, updated constraints, or modified relationships, ensuring documentation stays aligned with the current schema version.
How does AI help with documenting PostgreSQL security, roles, and access privileges?
AI documents role inheritance, table- or column-level permissions, function execution rights, and privilege hierarchies. This helps engineering leads verify least-privilege access, audit data exposure, and ensure correct permissions for microservices or external integrations.
Generate Code For Free
PostgreSQL Database Documentation Question & Answer
PostgreSQL Database Documentation refers to the structured explanation of a PostgreSQL database’s schema, including tables, columns, constraints, indexes, relationships, triggers, and views. It helps developers understand how data is organized, how entities connect, and how queries should be designed. Good documentation improves onboarding, debugging, refactoring, migration planning, and system maintenance.
Popular frameworks and tools used for PostgreSQL documentation, modeling, and schema analysis include:
Schema Visualization Tools:
pgAdmin, DBeaver, DataGrip, SQLDBM, dbdiagram.io, DrawSQL, PgVisualizer, ERBuilder, Postico
Documentation & Analysis Tools:
SchemaSpy, Prisma (schema introspection), Sequelize / TypeORM model mapping, Liquibase / Flyway (schema versioning)
Database Extensions:
pg_stat_statements (performance insights), PostGIS (spatial data), pg_partman (partitioning)
Popular use cases include:
Schema Visualization & ERDs:
Generate entity-relationship diagrams showing how tables link through foreign keys.
Refactoring & System Redesign:
Understand existing schemas before restructuring tables, indexing, or introducing new entities.
Performance Optimization:
Document indexes, query paths, and bottlenecks to guide optimization work.
Migration Planning:
Compare schema versions, identify breaking changes, and document updates safely.
Debugging & Error Prevention:
Explain constraints, nullability rules, triggers, and dependencies that cause runtime insert/update failures.
Cross-Team Collaboration:
Provide product, QA, and analytics teams with clear data dictionaries and field-level descriptions.
Legacy System Understanding:
Decode undocumented, inherited, or third-party databases before integration.
Microservice & API Design:
Document schema contracts used by downstream services.
Workik AI supports a wide range of PostgreSQL documentation and schema-analysis workflows, including:
Schema Documentation:
Generate table descriptions, column definitions, constraints, relationships, and dependency maps.
ERD Generation:
Create visual relationship diagrams using foreign keys and structural metadata.
Constraint & Index Insights:
Identify primary, foreign, unique, and check constraints; explain index usage and performance impact.
Advanced Object Documentation:
Document triggers, materialized views, stored functions, computed columns, and JSONB structures.
Query Behavior Analysis:
Explain join paths, slow query patterns, and schema-driven performance issues.
Schema Diff & Versioning:
Compare multiple schema versions, highlight diffs, and generate migration notes.
ORM Alignment:
Identify mismatches between PostgreSQL schemas and ORM models (Prisma, Sequelize, TypeORM).
Security Documentation:
Map user roles, privileges, permission inheritance, and schema access controls.
Integration & Automation:
Sync with GitHub, GitLab, or Bitbucket to regenerate documentation automatically with every migration.
Cross-Team Communication:
Produce data dictionaries, field summaries, and architectural overviews for non-engineering teams.
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