surrealdartb

name	surrealdartb
description	Use this skill when working with the SurrealDartB package in Dart/Flutter projects. This includes creating embedded SurrealDB databases, performing CRUD operations, managing schemas with code generation, working with vector embeddings for AI/ML applications, building type-safe queries with ORM features, and handling migrations. Invoke when user mentions SurrealDB, embedded databases, vector search, semantic similarity, or asks to implement database features in Dart/Flutter.
metadata	{"author":"cotw-fabier"}

SurrealDartB

Overview

SurrealDartB is a Dart package providing embedded SurrealDB capabilities with comprehensive ORM, code generation, and AI/ML vector search features. The package enables local-first database applications with ACID transactions, schema migrations, and production-ready vector similarity search.

Package Location: lib/ Test Location: test/ Examples: example/scenarios/

When to Use This Skill

Invoke this skill when:

• Setting up or configuring SurrealDartB in Dart/Flutter projects
• Implementing database operations (CRUD, queries, transactions)
• Working with vector embeddings for semantic search or AI applications
• Generating ORM code from model annotations
• Managing database schema migrations
• Building type-safe queries with WHERE conditions
• Implementing authentication or parameter management
• Troubleshooting common issues (vector DDL syntax, rollback bugs, etc.)

Core Capabilities

1. Database Connection & CRUD Operations

Reference: references/connection-crud.md

Basic database lifecycle and CRUD operations including connection management, storage backends (memory/RocksDB), and core query methods.

2. Schema & Table Structures

Reference: references/schema-tables.md

TableStructure system, FieldDefinition, SurrealDB type system, and schema validation.

3. Vector/AI Features

Reference: references/vectors.md

Vector data types (F32/F64/I8/I16/I32/I64), indexing (HNSW/M-Tree/FLAT), similarity search, and distance metrics for AI/ML applications.

4. ORM & Type-Safe Queries

Reference: references/orm-where.md

WhereCondition system, field builders, and type-safe query construction.

Advanced Features

5. Schema Migrations

Reference: references/migrations.md

Migration engine, introspection, DDL generation, and migration safety.

6. ORM Relationships

Reference: references/orm-relationships.md

Graph relations, edges, includes, FETCH/RELATE patterns.

7. Code Generation Annotations

Reference: references/annotations.md

@SurrealTable, @SurrealField, @SurrealRecord, @SurrealRelation and other annotation types.

8. Authentication

Reference: references/authentication.md

Credential types, signin/signup/authenticate methods (limited in embedded mode).

Specialized Features

9. Transactions

Reference: references/transactions.md

Transaction support with known rollback limitation.

10. Parameters & Functions

Reference: references/parameters-functions.md

Parameter management (set/unset) and function execution (run, built-in functions).

11. Types & Exceptions

Reference: references/types-exceptions.md

RecordId, Datetime, Duration, and exception hierarchy.

Troubleshooting

Reference: references/troubleshooting.md

Known issues, gotchas, and workarounds including:

• Vector field DDL syntax requirements
• Transaction rollback bug
• Schema validation errors
• Platform-specific considerations

Usage Pattern

When helping users with SurrealDartB:

1. Identify the feature area from their request
2. Reference the appropriate documentation from the list above
3. Provide concise code examples using the documented APIs
4. Note any gotchas from troubleshooting reference
5. Suggest related features when applicable

Reference Organization

References are organized by usage frequency to optimize context:

• Core: connection-crud, schema-tables, vectors, orm-where (most frequent)
• Advanced: migrations, orm-relationships, annotations, authentication (regular)
• Specialized: transactions, parameters-functions, types-exceptions (occasional)
• Support: troubleshooting (as needed)

Load references into context as needed based on the user's specific request.

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