🚀 Supabase Annotations

A powerful, type-safe code generator for creating Supabase/PostgreSQL database schemas from Dart model classes. Build production-ready database schemas with Row Level Security (RLS), indexes, foreign keys, migrations, and table partitioning - all from your Dart code.

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📚 Table of Contents

• ✨ Features
• 🚀 Quick Start
• 📖 Core Annotations
• 🔧 Configuration
• 🗄️ Column Types & Constraints
• 🔐 Security & RLS Policies
• ⚡ Performance & Indexing
• 🔄 Migration Support
• 🎯 Advanced Examples
• 📝 Best Practices
• 🛠️ Development
• 🤝 Contributing
• 📄 License

---

✨ Features

🏗️ Schema Generation

• Type-Safe SQL Generation - Convert Dart classes to PostgreSQL schemas
• Full PostgreSQL Support - All column types, constraints, and features
• Automatic Documentation - Generate SQL comments from Dart documentation

🔐 Security First

• Row Level Security (RLS) - Declarative RLS policy generation
• Fine-Grained Permissions - Control access at the row and column level
• Authentication Integration - Built-in Supabase auth helpers

⚡ Performance Optimization

• Smart Indexing - Automatic and custom index generation
• Query Optimization - Composite indexes and partial indexes
• Table Partitioning - Range and hash partitioning support

🔄 Migration & Evolution

• Safe Schema Evolution - Multiple migration strategies
• Zero-Downtime Updates - ADD COLUMN and ALTER TABLE support
• Rollback Support - Safe migration with fallback options

🎯 Developer Experience

• IDE Integration - Full IntelliSense and code completion
• Comprehensive Validation - Catch errors at build time
• Rich Documentation - Inline help and examples

---

🚀 Quick Start

1️⃣ Installation

Add to your pubspec.yaml:

dependencies:
  supabase_annotations: ^1.1.1

dev_dependencies:
  build_runner: ^2.4.8
  source_gen: ^1.5.0

2️⃣ Configuration

Create build.yaml in your project root:

targets:
  $default:
    builders:
      supabase_annotations|schema_builder:
        enabled: true
        generate_for:
          include:
            - lib/**.dart
            - example/**.dart
          exclude:
            - lib/**.g.dart
            - lib/**.schema.dart
        options:
          # 🔄 Migration Strategy
          migration_mode: 'createOrAlter'        # Safe schema evolution
          enable_column_adding: true             # Add missing columns
          generate_do_blocks: true               # PostgreSQL DO blocks
          
          # 🔐 Security Configuration
          enable_rls_by_default: false           # RLS on all tables
          
          # 📝 Code Generation
          generate_comments: true                # Include documentation
          validate_schema: true                  # Schema validation
          format_sql: true                      # Format output

3️⃣ Define Your Model

import 'package:supabase_annotations/supabase_annotations.dart';

@DatabaseTable(
  name: 'users',
  enableRLS: true,
  comment: 'Application users with authentication',
)
@RLSPolicy(
  name: 'users_own_data',
  type: RLSPolicyType.all,
  condition: 'auth.uid() = id',
)
@DatabaseIndex(
  name: 'users_email_idx',
  columns: ['email'],
  isUnique: true,
)
class User {
  @DatabaseColumn(
    type: ColumnType.uuid,
    isPrimaryKey: true,
    defaultValue: DefaultValue.generateUuid,
  )
  String? id;

  @DatabaseColumn(
    type: ColumnType.text,
    isUnique: true,
    isNullable: false,
  )
  late String email;

  @DatabaseColumn(
    type: ColumnType.varchar(100),
    isNullable: false,
  )
  late String fullName;

  @DatabaseColumn(
    type: ColumnType.timestampWithTimeZone,
    defaultValue: DefaultValue.currentTimestamp,
  )
  late DateTime createdAt;

  @DatabaseColumn(
    type: ColumnType.timestampWithTimeZone,
    defaultValue: DefaultValue.currentTimestamp,
  )
  late DateTime updatedAt;
}

4️⃣ Generate Schema

# Generate SQL schema files
dart run build_runner build

# Watch for changes and regenerate
dart run build_runner watch

5️⃣ Generated Output

-- 📄 Generated: lib/models/user.schema.sql

-- 🏗️ Create table with RLS enabled
CREATE TABLE IF NOT EXISTS users (
  id UUID PRIMARY KEY DEFAULT gen_random_uuid(),
  email TEXT UNIQUE NOT NULL,
  full_name VARCHAR(100) NOT NULL,
  created_at TIMESTAMPTZ DEFAULT CURRENT_TIMESTAMP,
  updated_at TIMESTAMPTZ DEFAULT CURRENT_TIMESTAMP
);

-- 🔐 Enable Row Level Security
ALTER TABLE users ENABLE ROW LEVEL SECURITY;

-- 🛡️ Create RLS policy
CREATE POLICY users_own_data ON users 
  FOR ALL 
  USING (auth.uid() = id);

-- ⚡ Create performance indexes
CREATE UNIQUE INDEX users_email_idx ON users(email);

-- 📝 Add table comment
COMMENT ON TABLE users IS 'Application users with authentication';

---

📖 Core Annotations

🏗️ @DatabaseTable

Configure table-level settings:

@DatabaseTable(
  name: 'custom_table_name',      // 📝 Custom table name (optional)
  enableRLS: true,                // 🔐 Row Level Security
  comment: 'Table description',   // 📄 Documentation
  partitionBy: RangePartition(    // 📊 Table partitioning
    columns: ['created_at']
  ),
)
class MyTable { }

🏷️ @DatabaseColumn

Define column properties:

@DatabaseColumn(
  name: 'custom_column_name',     // 📝 Custom column name
  type: ColumnType.varchar(255),  // 🎯 PostgreSQL type
  isNullable: false,              // ❌ NOT NULL constraint
  isPrimaryKey: true,             // 🔑 Primary key
  isUnique: true,                 // ⭐ Unique constraint
  defaultValue: DefaultValue.currentTimestamp,  // 🔄 Default value
  comment: 'Column description',  // 📄 Documentation
  checkConstraints: ['value > 0'], // ✅ CHECK constraints
)
late String myField;

🔗 @ForeignKey

Define relationships:

@ForeignKey(
  table: 'users',                          // 🎯 Referenced table
  column: 'id',                           // 🔗 Referenced column
  onDelete: ForeignKeyAction.cascade,     // 🗑️ Delete behavior
  onUpdate: ForeignKeyAction.restrict,    // 🔄 Update behavior
)
@DatabaseColumn(type: ColumnType.uuid)
late String userId;

⚡ @DatabaseIndex

Optimize performance:

// 📊 Composite index on table
@DatabaseIndex(
  name: 'user_status_created_idx',
  columns: ['status', 'created_at'],
  type: IndexType.btree,
  isUnique: false,
  where: "status != 'deleted'",  // 🎯 Partial index
)
class User { }

// 🔍 Single column index
@DatabaseIndex(type: IndexType.hash)
@DatabaseColumn(type: ColumnType.text)
late String status;

🛡️ @RLSPolicy

Secure your data:

@RLSPolicy(
  name: 'user_read_own',                    // 📝 Policy name
  type: RLSPolicyType.select,              // 🎯 Operation type
  condition: 'auth.uid() = user_id',       // 🔐 Access condition
  roles: ['authenticated'],                // 👥 Database roles
  comment: 'Users can read their own data', // 📄 Documentation
)
class UserData { }

---

🔧 Configuration

📋 Configuration Options

Option	Type	Default	Description
migration_mode	string	'createOnly'	Migration strategy
enable_column_adding	bool	true	Add missing columns
generate_do_blocks	bool	true	Use DO blocks for safety
enable_rls_by_default	bool	false	RLS on all tables
add_timestamps	bool	false	Auto-add timestamps
use_explicit_nullability	bool	false	Explicit NULL/NOT NULL
generate_comments	bool	true	Include documentation
validate_schema	bool	true	Schema validation
format_sql	bool	true	Format SQL output

🎯 Environment-Specific Configurations

🔧 Development Setup:

options:
  migration_mode: 'createOrAlter'    # Safe evolution
  enable_rls_by_default: false       # Easier testing
  generate_comments: true            # Full docs
  validate_schema: true              # Catch errors
  format_sql: true                  # Readable output

🚀 Production Setup:

options:
  migration_mode: 'createOrAlter'    # Safe migrations
  enable_column_adding: true         # Allow evolution
  generate_do_blocks: true           # Extra safety
  validate_schema: true              # Strict validation
  format_sql: true                  # Clean output

🤖 CI/CD Pipeline:

options:
  migration_mode: 'createOnly'       # Standard creation
  validate_schema: true              # Fail on errors
  generate_comments: false           # Minimal output
  format_sql: true                  # Consistent format

---

🗄️ Column Types & Constraints

📊 PostgreSQL Column Types

📝 Text Types

ColumnType.text                    // TEXT
ColumnType.varchar(255)            // VARCHAR(255)
ColumnType.char(10)               // CHAR(10)

🔢 Numeric Types

ColumnType.integer                 // INTEGER
ColumnType.bigint                 // BIGINT
ColumnType.decimal(10, 2)         // DECIMAL(10,2)
ColumnType.real                   // REAL
ColumnType.doublePrecision        // DOUBLE PRECISION
ColumnType.serial                 // SERIAL
ColumnType.bigserial             // BIGSERIAL

📅 Date/Time Types

ColumnType.timestamp              // TIMESTAMP
ColumnType.timestampWithTimeZone  // TIMESTAMPTZ
ColumnType.date                   // DATE
ColumnType.time                   // TIME
ColumnType.interval              // INTERVAL

🎯 Special Types

ColumnType.uuid                   // UUID
ColumnType.boolean               // BOOLEAN
ColumnType.json                  // JSON
ColumnType.jsonb                 // JSONB
ColumnType.bytea                 // BYTEA
ColumnType.inet                  // INET
ColumnType.macaddr              // MACADDR
ColumnType.point                // POINT
ColumnType.array(ColumnType.text) // TEXT[]

🔄 Default Values

// 📄 Literal values
DefaultValue.none                 // NULL
DefaultValue.zero                // 0
DefaultValue.one                 // 1
DefaultValue.emptyString         // ''
DefaultValue.emptyArray          // ARRAY[]
DefaultValue.emptyObject         // '{}'

// ⚡ Functions
DefaultValue.currentTimestamp    // CURRENT_TIMESTAMP
DefaultValue.currentDate         // CURRENT_DATE
DefaultValue.generateUuid        // gen_random_uuid()
DefaultValue.autoIncrement       // nextval(sequence)

// 🏭 Factory methods
DefaultValue.string('value')     // 'value'
DefaultValue.number(42)          // 42
DefaultValue.boolean(true)       // true
DefaultValue.expression('NOW()') // Custom expression

✅ Constraints

@DatabaseColumn(
  // 🔑 Primary key
  isPrimaryKey: true,
  
  // ⭐ Unique constraint
  isUnique: true,
  
  // ❌ NOT NULL constraint
  isNullable: false,
  
  // ✅ CHECK constraints
  checkConstraints: [
    'length(email) > 0',
    'email ~* \'^[A-Za-z0-9._%+-]+@[A-Za-z0-9.-]+\.[A-Za-z]{2,}\$\'',
  ],
)
late String email;

---

🔐 Security & RLS Policies

🛡️ RLS Policy Types

RLSPolicyType.all         // 🌟 All operations (CRUD)
RLSPolicyType.select      // 👁️ Read operations only
RLSPolicyType.insert      // ➕ Insert operations only
RLSPolicyType.update      // ✏️ Update operations only
RLSPolicyType.delete      // 🗑️ Delete operations only

🎯 Common RLS Patterns

👤 User Owns Data

@RLSPolicy(
  name: 'users_own_data',
  type: RLSPolicyType.all,
  condition: 'auth.uid() = user_id',
)

🏢 Multi-tenant Isolation

@RLSPolicy(
  name: 'tenant_isolation',
  type: RLSPolicyType.all,
  condition: 'tenant_id = auth.jwt() ->> "tenant_id"',
)

👥 Role-based Access

@RLSPolicy(
  name: 'admin_full_access',
  type: RLSPolicyType.all,
  condition: 'auth.jwt() ->> "role" = "admin"',
  roles: ['authenticated'],
)

@RLSPolicy(
  name: 'user_read_only',
  type: RLSPolicyType.select,
  condition: 'auth.jwt() ->> "role" = "user"',
  roles: ['authenticated'],
)

🕒 Time-based Access

@RLSPolicy(
  name: 'active_records_only',
  type: RLSPolicyType.select,
  condition: 'expires_at > NOW() AND is_active = true',
)

---

⚡ Performance & Indexing

🔍 Index Types

IndexType.btree       // 🌳 B-tree (default, general purpose)
IndexType.hash        // #️⃣ Hash (equality only)
IndexType.gin         // 🔍 GIN (JSON, arrays, full-text)
IndexType.gist        // 🎯 GiST (geometric, full-text)
IndexType.spgist      // 📊 SP-GiST (space-partitioned)
IndexType.brin        // 📈 BRIN (large ordered tables)

📊 Index Strategies

🔍 Single Column Index

@DatabaseIndex(type: IndexType.btree)
@DatabaseColumn(type: ColumnType.text)
late String status;

📈 Composite Index

@DatabaseIndex(
  name: 'user_activity_idx',
  columns: ['user_id', 'created_at', 'activity_type'],
  type: IndexType.btree,
)

🎯 Partial Index

@DatabaseIndex(
  name: 'active_users_idx',
  columns: ['email'],
  where: "status = 'active' AND deleted_at IS NULL",
)

🔍 Expression Index

@DatabaseIndex(
  name: 'user_search_idx',
  expression: "to_tsvector('english', name || ' ' || email)",
  type: IndexType.gin,
)

📱 JSON Index

@DatabaseIndex(
  name: 'metadata_search_idx',
  expression: "(metadata -> 'tags')",
  type: IndexType.gin,
)

---

🔄 Migration Support

🎯 Migration Modes

Mode	Description	Use Case
createOnly	Standard CREATE TABLE	🆕 New projects
createIfNotExists	CREATE TABLE IF NOT EXISTS	🔒 Safe creation
createOrAlter	CREATE + ALTER for new columns	🔄 Schema evolution
alterOnly	Only ALTER TABLE statements	🛠️ Existing schemas
dropAndRecreate	DROP and CREATE	🧪 Development only

📝 Migration Examples

🆕 Adding New Column

// Add this field to existing User class
@DatabaseColumn(
  type: ColumnType.integer,
  defaultValue: DefaultValue.zero,
)
int? age;

Generated Migration:

-- 🔄 Safe column addition
DO $$
BEGIN
  IF NOT EXISTS (
    SELECT 1 FROM information_schema.columns
    WHERE table_name = 'users' AND column_name = 'age'
  ) THEN
    ALTER TABLE users ADD COLUMN age INTEGER DEFAULT 0;
  END IF;
END $$;

🔗 Adding Foreign Key

// Add relationship to existing table
@ForeignKey(
  table: 'companies',
  column: 'id',
  onDelete: ForeignKeyAction.setNull,
)
@DatabaseColumn(type: ColumnType.uuid)
String? companyId;

Generated Migration:

-- 🔗 Safe foreign key addition
DO $$
BEGIN
  IF NOT EXISTS (
    SELECT 1 FROM information_schema.columns
    WHERE table_name = 'users' AND column_name = 'company_id'
  ) THEN
    ALTER TABLE users ADD COLUMN company_id UUID;
    ALTER TABLE users ADD CONSTRAINT users_company_id_fkey 
      FOREIGN KEY (company_id) REFERENCES companies(id) ON DELETE SET NULL;
  END IF;
END $$;

🛡️ Safe Migration Practices

# 🎯 Recommended production configuration
options:
  migration_mode: 'createOrAlter'     # Safe evolution
  enable_column_adding: true          # Allow new columns
  generate_do_blocks: true            # Extra safety checks
  validate_schema: true               # Comprehensive validation

---

🎯 Advanced Examples

🏢 Multi-tenant SaaS Application

@DatabaseTable(
  name: 'documents',
  enableRLS: true,
  comment: 'Multi-tenant document storage',
)
@RLSPolicy(
  name: 'tenant_isolation',
  type: RLSPolicyType.all,
  condition: 'tenant_id = auth.jwt() ->> "tenant_id"',
)
@DatabaseIndex(
  name: 'documents_tenant_created_idx',
  columns: ['tenant_id', 'created_at'],
)
@DatabaseIndex(
  name: 'documents_search_idx',
  expression: "to_tsvector('english', title || ' ' || content)",
  type: IndexType.gin,
)
class Document {
  @DatabaseColumn(
    type: ColumnType.uuid,
    isPrimaryKey: true,
    defaultValue: DefaultValue.generateUuid,
  )
  String? id;

  @ForeignKey(
    table: 'tenants',
    column: 'id',
    onDelete: ForeignKeyAction.cascade,
  )
  @DatabaseColumn(
    type: ColumnType.uuid,
    isNullable: false,
  )
  late String tenantId;

  @DatabaseColumn(
    type: ColumnType.text,
    isNullable: false,
    checkConstraints: ['length(title) > 0'],
  )
  late String title;

  @DatabaseColumn(type: ColumnType.text)
  String? content;

  @DatabaseColumn(
    type: ColumnType.jsonb,
    defaultValue: DefaultValue.emptyObject,
  )
  Map<String, dynamic>? metadata;

  @DatabaseColumn(
    type: ColumnType.timestampWithTimeZone,
    defaultValue: DefaultValue.currentTimestamp,
  )
  late DateTime createdAt;
}

🛒 E-commerce System

@DatabaseTable(
  name: 'orders',
  enableRLS: true,
  comment: 'Customer orders with audit trail',
)
@RLSPolicy(
  name: 'customers_own_orders',
  type: RLSPolicyType.select,
  condition: 'customer_id = auth.uid()',
)
@RLSPolicy(
  name: 'staff_manage_orders',
  type: RLSPolicyType.all,
  condition: 'auth.jwt() ->> "role" IN ("admin", "staff")',
)
@DatabaseIndex(
  name: 'orders_customer_status_idx',
  columns: ['customer_id', 'status', 'created_at'],
)
@DatabaseIndex(
  name: 'orders_total_idx',
  columns: ['total_amount'],
  where: "status != 'cancelled'",
)
class Order {
  @DatabaseColumn(
    type: ColumnType.uuid,
    isPrimaryKey: true,
    defaultValue: DefaultValue.generateUuid,
  )
  String? id;

  @ForeignKey(
    table: 'customers',
    column: 'id',
    onDelete: ForeignKeyAction.restrict,
  )
  @DatabaseColumn(
    type: ColumnType.uuid,
    isNullable: false,
  )
  late String customerId;

  @DatabaseColumn(
    type: ColumnType.varchar(20),
    defaultValue: DefaultValue.string('pending'),
    checkConstraints: [
      "status IN ('pending', 'processing', 'shipped', 'delivered', 'cancelled')"
    ],
  )
  late String status;

  @DatabaseColumn(
    type: ColumnType.decimal(10, 2),
    isNullable: false,
    checkConstraints: ['total_amount >= 0'],
  )
  late double totalAmount;

  @DatabaseColumn(
    type: ColumnType.jsonb,
    comment: 'Order line items with product details',
  )
  List<Map<String, dynamic>>? items;

  @DatabaseColumn(
    type: ColumnType.timestampWithTimeZone,
    defaultValue: DefaultValue.currentTimestamp,
  )
  late DateTime createdAt;

  @DatabaseColumn(
    type: ColumnType.timestampWithTimeZone,
    defaultValue: DefaultValue.currentTimestamp,
  )
  late DateTime updatedAt;
}

📊 Analytics & Logging

@DatabaseTable(
  name: 'events',
  comment: 'Application event tracking',
  partitionBy: RangePartition(columns: ['created_at']),
)
@DatabaseIndex(
  name: 'events_type_created_idx',
  columns: ['event_type', 'created_at'],
)
@DatabaseIndex(
  name: 'events_user_session_idx',
  columns: ['user_id', 'session_id'],
  where: "user_id IS NOT NULL",
)
@DatabaseIndex(
  name: 'events_properties_idx',
  expression: "(properties -> 'category')",
  type: IndexType.gin,
)
class Event {
  @DatabaseColumn(
    type: ColumnType.uuid,
    isPrimaryKey: true,
    defaultValue: DefaultValue.generateUuid,
  )
  String? id;

  @DatabaseColumn(
    type: ColumnType.varchar(50),
    isNullable: false,
  )
  late String eventType;

  @DatabaseColumn(type: ColumnType.uuid)
  String? userId;

  @DatabaseColumn(type: ColumnType.uuid)
  String? sessionId;

  @DatabaseColumn(
    type: ColumnType.jsonb,
    defaultValue: DefaultValue.emptyObject,
  )
  Map<String, dynamic>? properties;

  @DatabaseColumn(
    type: ColumnType.inet,
    comment: 'Client IP address',
  )
  String? ipAddress;

  @DatabaseColumn(
    type: ColumnType.text,
    comment: 'User agent string',
  )
  String? userAgent;

  @DatabaseColumn(
    type: ColumnType.timestampWithTimeZone,
    defaultValue: DefaultValue.currentTimestamp,
    isNullable: false,
  )
  late DateTime createdAt;
}

---

📝 Best Practices

🏗️ Schema Design

✅ DO:

• Use descriptive, meaningful names
• Follow PostgreSQL naming conventions (snake_case)
• Keep names under 63 characters
• Add comprehensive comments and documentation
• Use appropriate column types for your data

❌ DON'T:

• Use reserved keywords as names
• Create overly complex nested structures
• Forget to add indexes on frequently queried columns
• Skip validation constraints

🔐 Security Guidelines

✅ DO:

• Always enable RLS on tables with sensitive data
• Use specific, restrictive policy conditions
• Test policies thoroughly with different user roles
• Document security requirements and assumptions
• Use parameterized conditions to prevent injection

❌ DON'T:

• Rely solely on application-level security
• Create overly permissive policies
• Forget to test edge cases in policy conditions
• Hardcode user IDs in policies

⚡ Performance Optimization

✅ DO:

• Add indexes on frequently queried columns
• Use composite indexes for multi-column queries
• Consider partial indexes for filtered queries
• Use appropriate index types for your use case
• Monitor query performance regularly

❌ DON'T:

• Create too many indexes (impacts write performance)
• Index every column "just in case"
• Forget to maintain statistics on large tables
• Ignore query execution plans

🔄 Migration Management

✅ DO:

• Use migration modes for schema evolution
• Test migrations on staging data first
• Plan for rollback scenarios
• Document breaking changes thoroughly
• Use createOrAlter mode for production

❌ DON'T:

• Drop tables or columns without backup
• Skip testing migrations
• Apply untested migrations to production
• Forget to version your schema changes

---

🛠️ Development

🚀 Getting Started

# Clone the repository
git clone https://github.com/ahmtydn/supabase_annotations.git
cd supabase_annotations

# Install dependencies
dart pub get

# Run tests
dart test

# Run analysis
dart analyze

# Generate documentation
dart doc

🧪 Running Examples

# Navigate to examples
cd example

# Generate schemas for all examples
dart run build_runner build

# View generated SQL files
ls lib/*.schema.sql

🔍 Project Structure

lib/
├── builder.dart                 # Build configuration
├── supabase_annotations.dart    # Public API
└── src/
    ├── annotations/             # Annotation definitions
    │   ├── database_column.dart
    │   ├── database_index.dart
    │   ├── database_table.dart
    │   ├── foreign_key.dart
    │   └── rls_policy.dart
    ├── generators/              # Code generation logic
    │   └── schema_generator.dart
    └── models/                  # Data models
        ├── column_types.dart
        ├── default_values.dart
        ├── foreign_key_actions.dart
        ├── index_types.dart
        ├── migration_config.dart
        ├── partition_strategy.dart
        ├── table_constraints.dart
        └── validators.dart

---

🤝 Contributing

We welcome contributions! Here's how you can help:

🐛 Bug Reports

• Use the issue tracker
• Include a minimal reproduction case
• Provide environment details (Dart version, OS, etc.)

💡 Feature Requests

• Check existing discussions
• Explain the use case and benefits
• Consider implementation complexity

🔧 Pull Requests

1. Fork the repository
2. Create a feature branch (git checkout -b feature/amazing-feature)
3. Add tests for new functionality
4. Ensure all tests pass (dart test)
5. Run analysis (dart analyze)
6. Commit changes (git commit -m 'Add amazing feature')
7. Push to branch (git push origin feature/amazing-feature)
8. Submit a pull request

📋 Development Guidelines

• Follow the existing code style
• Add comprehensive tests
• Update documentation
• Include examples for new features
• Ensure backward compatibility

---

📞 Support & Community

📚 Documentation

• API Reference
• Migration Guide
• Examples

💬 Community

• GitHub Discussions
• Issue Tracker

🆘 Need Help?

• Check the FAQ
• Search existing issues
• Ask in discussions

---

📄 License

This project is licensed under the MIT License - see the LICENSE file for details.

---

🙏 Acknowledgments

• Supabase Team - For creating an amazing platform
• Dart Team - For excellent tooling and language features
• PostgreSQL Community - For the world's most advanced open source database
• Contributors - For making this project better

---

🌟 Show Your Support

If this project helped you, please consider:

• ⭐ Star the repository
• 🔗 Share with your team
• 🐛 Report issues
• 💡 Suggest improvements
• 🤝 Contribute code

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