TideORM

A Rust ORM with field-declared relations and a fluent query builder.

Features

• Clean Model Definitions - Simple #[tideorm::model(table = "...")] attribute macro
• Field-Declared Relations - HasOne, HasMany, BelongsTo, and HasManyThrough relations are defined directly on the model
• Eager Loading - Batch relation loading with query().with(...) and nested eager paths to avoid N+1 lookups
• Chunked Reads - Process large result sets with query().chunk(...) instead of loading every row at once
• Named Query Scopes - Declare model-local #[tideorm::scopes] methods for chains like User::query().active().verified()
• Optional Dirty Tracking - Enable dirty-tracking only when you want changed_fields() and original_value() model inspection helpers
• Async-First - Built for modern async/await workflows
• Auto Schema Sync - Automatic table management during development
• Multi-Database - PostgreSQL, MySQL, and SQLite support
• Query Builder - Fluent filtering, OR groups, joins, unions, CTEs, and window functions
• Profiling & Logging - Built-in query logging plus execution counters and slow-query stats
• Data Lifecycle Tools - Migrations, seeding, validation, callbacks, soft deletes, and transactions
• Entity Manager - Optional persistence context for aggregate workflows and managed entity lifecycles
• Optional Modules - Attachments, translations, and full-text search are available behind feature flags
• Field Encryption - Optional encrypted-fields feature for model-level encrypted columns that automatically encrypt on write and decrypt on load using TideORM's configured encryption key
• Tokenization - Secure record ID encoding/decoding helpers

Quick Start

use tideorm::prelude::*;

#[tideorm::model(table = "users")]
pub struct User {
    #[tideorm(primary_key, auto_increment)]
    pub id: i64,
    pub email: String,
    pub name: String,
    pub active: bool,
    
    // Relations defined as struct fields
    #[tideorm(has_one = "Profile", foreign_key = "user_id")]
    pub profile: HasOne<Profile>,
    
    #[tideorm(has_many = "Post", foreign_key = "user_id")]
    pub posts: HasMany<Post>,
}

#[tideorm::model(table = "posts")]
pub struct Post {
    #[tideorm(primary_key, auto_increment)]
    pub id: i64,
    pub user_id: i64,
    pub title: String,
    
    #[tideorm(belongs_to = "User", foreign_key = "user_id")]
    pub author: BelongsTo<User>,
}

#[tokio::main]
async fn main() -> tideorm::Result<()> {
    // Connect with auto schema sync (development only!)
    TideConfig::init()
        .database("postgres://localhost/mydb")
        .models_matching("src/models/*.model.rs")
        .sync(true)
        .connect()
        .await?;

    // Create
    let user = User {
        email: "[email protected]".into(),
        name: "John Doe".into(),
        active: true,
        ..Default::default()
    };
    let user = user.save().await?;

    // Query
    let users = User::query()
        .where_eq("active", true)
        .order_desc("created_at")
        .limit(10)
        .get()
        .await?;

    // Complex queries with OR conditions
    let matching_users = User::query()
        .where_eq("active", true)
        .begin_or()
            .or_where_like("name", "%Jane%")
            .or_where_like("email", "%@example.com")
        .end_or()
        .get()
        .await?;

    // Load relations lazily
    let posts = user.posts.load().await?;
    let profile = user.profile.load().await?;

    // Or batch-load them eagerly from the query itself
    let users = User::query()
        .where_eq("active", true)
        .with("profile")
        .with("posts")
        .get()
        .await?;

    // Update
    let mut user = User::find(1).await?.unwrap();
    user.name = "Jane Doe".into();
    user.update().await?;

    // Delete
    User::destroy(1).await?;

    Ok(())
}

Relation helper fields like HasOne<T> and HasMany<T> are runtime-only wrappers, not persisted columns. TideORM's generated serde support serializes their cached payloads when present and rebuilds the runtime wrappers on deserialize, so round-tripped JSON can preserve loaded relations without turning the wrappers themselves into stored schema fields.

Composite primary keys are supported by marking multiple fields with #[tideorm(primary_key)]. Composite keys are used as tuples in CRUD APIs, for example UserRole::find((user_id, role_id)). auto_increment and tokenization remain single-primary-key features.

For batch inserts, use Model::insert_all(...). It is TideORM's single bulk-insert API and returns the inserted models with database-generated values populated when the active backend supports or emulates that behavior.

For tests and reconfiguration-heavy workflows, TideORM's global state is resettable. Use Database::reset_global(), TideConfig::reset(), and TokenConfig::reset() before applying a fresh setup.

For aggregate workflows with an explicit persistence context, enable the entity-manager feature and see docs/entity-manager.md.

Encrypted Fields

Enable the encrypted-fields Cargo feature before using model-level auto-encryption.

Use model-level encrypted fields when you want selected persisted columns, such as phone numbers or other sensitive strings, to be stored encrypted in the database while remaining plain String or Option<String> values in Rust.

[dependencies]
tideorm = { version = "0.9.15", features = ["postgres", "encrypted-fields"] }

use tideorm::prelude::*;

#[tideorm::model(
    table = "customers",
    encrypted = "customer_phone_number, backup_phone"
)]
pub struct Customer {
    #[tideorm(primary_key, auto_increment)]
    pub id: i64,
    pub name: String,
    #[tideorm(column = "customer_phone_number")]
    pub phone_number: String,
    pub backup_phone: Option<String>,
}

TideConfig::init()
    .database("sqlite://./app.db")
    .encryption_key("replace-with-a-long-random-secret")
    .connect()
    .await?;

Encrypted field notes:

• encrypted = "..." is separate from #[tideorm(tokenize)]; it uses the same configured encryption key and crypto primitives, but it protects normal model columns instead of record IDs.
• Each encrypted field uses a scoped key derived from the configured encryption secret plus the model table and column name, so ciphertext from one attribute does not decrypt under another attribute's context.
• TideORM encrypts these fields before create(), save(), update(), insert_all(), nested saves, and batch update_all().set(...) writes.
• TideORM decrypts these fields automatically when loading models through normal queries, eager loads, and raw model hydration.
• Encrypted columns must contain TideORM encrypted payloads or NULL. Plaintext legacy rows and older global-scope payloads are rejected on load; migrate that data explicitly before enabling the feature.
• Query predicates are not rewritten yet. Filters such as where_eq("customer_phone_number", "...") still compare against the stored database value, so plaintext lookups on encrypted columns are not currently transparent.
• Supported encrypted field types are String, Text, Option<String>, and Option<Text>.

Installation

[dependencies]
# PostgreSQL (default)
tideorm = { version = "0.9.15", features = ["postgres"] }

# MySQL
tideorm = { version = "0.9.15", features = ["mysql"] }

# SQLite
tideorm = { version = "0.9.15", features = ["sqlite"] }

# Enable attachments support explicitly
tideorm = { version = "0.9.15", features = ["postgres", "attachments"] }

# Enable translations support explicitly
tideorm = { version = "0.9.15", features = ["postgres", "translations"] }

# Enable full-text search support explicitly
tideorm = { version = "0.9.15", features = ["postgres", "fulltext"] }

# Enable the entity manager explicitly
tideorm = { version = "0.9.15", features = ["postgres", "entity-manager"] }

# Enable model dirty tracking explicitly
tideorm = { version = "0.9.15", features = ["postgres", "dirty-tracking"] }

# Enable model encrypted fields explicitly
tideorm = { version = "0.9.15", features = ["postgres", "encrypted-fields"] }

Feature Flags

Feature	Description
postgres	PostgreSQL support (default)
mysql	MySQL/MariaDB support
sqlite	SQLite support
runtime-tokio	Tokio runtime (default)
runtime-async-std	async-std runtime
attachments	Compile-time-only feature gate for the attachments API and attachment-specific benchmarks/tests; adds no extra dependencies
translations	Compile-time-only feature gate for the translations API and translation-specific benchmarks/tests; adds no extra dependencies
fulltext	Compile-time-only feature gate for the full-text search API and fulltext-specific benchmarks/tests; adds no extra dependencies
entity-manager	Enables the EntityManager facade (find, find_managed, load, save, persist, merge, remove, detach, flush), plus save_with_entity_manager, find_in_entity_manager, entity-manager-aware relation loads, and aggregate synchronization for loaded HasOne, HasMany, and HasManyThrough relations
dirty-tracking	Enables the model-level changed_fields() and original_value() helpers and their persisted-state tracking hooks
encrypted-fields	Enables #[tideorm(encrypted = "...")] model auto-encrypt/decrypt hooks for persisted string columns

Attachments are opt-in. Enable the attachments feature when you want to use tideorm::attachments, HasAttachments, or attachment URL generation helpers. This is a compile-time API gate only; it does not pull in additional crates.

Translations are opt-in. Enable the translations feature when you want to use tideorm::translations, HasTranslations, or ApplyTranslations. This is a compile-time API gate only; it does not pull in additional crates.

Full-text search is opt-in. Enable the fulltext feature when you want to use tideorm::fulltext, FullTextSearch, or the highlighting helpers. This is a compile-time API gate only; it does not pull in additional crates.

The entity manager is opt-in. Enable the entity-manager feature when you want an explicit persistence context for aggregate workflows: entity_manager.find::<Model>(...), entity_manager.find_managed::<Model>(...), entity_manager.load(&mut relation), entity_manager.save(&model), and managed lifecycle operations such as persist, merge, remove, detach, and flush. The compatibility entry points find_in_entity_manager, load_in_entity_manager, and save_with_entity_manager() remain available too. See docs/entity-manager.md for the full workflow.

Dirty tracking is opt-in. Enable the dirty-tracking feature when you want model instances to expose changed_fields() and original_value() based on the latest persisted snapshot TideORM loaded or saved.

Model encrypted fields are opt-in. Enable the encrypted-fields feature when you want #[tideorm(encrypted = "...")] to automatically encrypt configured string columns on writes and decrypt them on model loads.

Schema sync can also register compiled models by source path with glob-style patterns such as models_matching("src/models/*") or models_matching("src/models/*.model.rs"). The matching files still need to be part of the crate through normal Rust mod declarations because TideORM filters compiled model metadata rather than loading source files dynamically.

Documentation

The docs now ship as an mdBook.

• Read the book locally in the repo: docs/introduction.md
• Published site: tideorm.com
• Lightweight markdown index: DOCUMENTATION.md
• Rebuild the generated site locally with mdbook build or preview it with mdbook serve --open

Core chapters:

• Getting Started - Configuration, type mappings, examples, and testing
• Models - Model definition, CRUD behavior, lifecycle hooks, validation, tokenization, and advanced TideORM helpers
• Queries - Query builder, full-text search, multi-database behavior, raw SQL, logging, and errors
• Profiling - Global query timing, slow-query stats, manual reports, and query analysis
• Benchmarking - Benchmark target matrix, PostgreSQL setup, feature-gated bench commands, and Criterion baseline workflow
• Relations - Field-declared relations, attachments, translations, and runtime relation wrappers
• Entity Manager - Persistence-context identity map, aggregate synchronization helpers, and managed entity lifecycle operations
• Migrations - Schema builder column types, migration authoring, and schema sync guidance

Ecosystem

This repository is the core TideORM library. Related projects live separately:

• TideORM CLI - External command-line tooling for TideORM
• TideORM Examples - End-to-end example applications and demos

Examples

For runnable applications and broader demos, see tideorm-examples.

Testing

Start with the smallest command that covers your change. CI also runs formatting, linting, library tests, and backend-specific checks.

Common local commands:

# Fast library validation
cargo test --lib

# Full suite for a backend feature set
cargo test --features postgres

# Cross-backend compile/test coverage
cargo test --all-features

# SQLite smoke test
cargo test --test sqlite_ci_smoke_test --features "sqlite runtime-tokio" --no-default-features

See docs/getting-started.md for more.

Benchmarking

Use focused Criterion targets rather than cargo bench alone when you are chasing a bottleneck. PostgreSQL-backed benchmarks default to postgres://postgres:postgres@localhost:5432/test_tide_orm and respect POSTGRESQL_DATABASE_URL.

Common local commands:

cargo bench --bench query_benchmarks
cargo bench --bench crud_benchmarks
cargo bench --bench or_clause_benchmarks
cargo bench --bench attachments_translations_benchmarks --features "attachments translations"
cargo bench --bench fulltext_benchmarks --features fulltext
cargo bench --no-run --features "attachments translations fulltext"

See docs/benchmarking.md for the full benchmark matrix and Criterion baseline workflow.

Contributing

Contributions are welcome! Please feel free to submit a Pull Request.

Please review the Contributing Guidelines before opening a pull request.

Please review the Code of Conduct before participating in project discussions or reviews.

Support

If you need usage help or troubleshooting guidance, please review SUPPORT.md and open the appropriate issue type.

Security

If you need to report a suspected vulnerability, please use the private reporting process described in the Security Policy instead of opening a public issue.

License

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