NbSerializer

A fast and declarative JSON serialization library for Elixir, inspired by Alba for Ruby. NbSerializer provides a powerful DSL for defining serializers with compile-time optimizations, making it both developer-friendly and performant.

Features

🚀 Compile-time optimizations - DSL compiles to efficient runtime code
🎯 Declarative DSL - Clean, readable serializer definitions
🔒 Type safety - Explicit type annotations required for all fields with compile-time validation
🔌 Framework integration - Built-in support for Phoenix, Ecto, and Plug
🐫 Automatic camelization - Convert snake_case to camelCase for JavaScript/TypeScript (configurable)
🔄 Circular reference handling - Smart detection and prevention of infinite loops
📊 Metadata & Pagination - Built-in support for API metadata
🏗️ Telemetry ready - Built-in telemetry events for performance monitoring
🛡️ Error handling - Comprehensive error management with custom exceptions
🔍 Auto-discovery - Automatic serializer registration and inference
🌊 Stream support - Memory-efficient streaming for large datasets
🔌 Protocol-based extensibility - Extend formatting and transformation for custom types
⚡ Parallel processing - Automatic parallelization of relationship loading
✅ Compile-time validation - Struct field validation at compile time
🔧 Credo checks - 8 custom Credo checks for serializer code quality
📁 Namespace support - Organize TypeScript files with namespace prefixes

Installation

Add nb_serializer to your list of dependencies in mix.exs:

def deps do
  [
    {:nb_serializer, github: "nordbeam/nb_serializer"}
  ]
end

Quick Start

Important: All fields must have explicit type annotations. Typeless fields will cause a compile-time error. This ensures type safety and enables TypeScript generation.

Basic Serializer

defmodule UserSerializer do
  use NbSerializer.Serializer

  schema do
    field :id, :number
    field :name, :string
    field :email, :string
  end
end

# Usage
user = %{id: 1, name: "John Doe", email: "john@example.com"}
{:ok, result} = NbSerializer.serialize(UserSerializer, user)
# => {:ok, %{id: 1, name: "John Doe", email: "john@example.com"}}

# Direct JSON encoding
json = NbSerializer.to_json!(UserSerializer, user)
# => "{\"id\":1,\"name\":\"John Doe\",\"email\":\"john@example.com\"}"

Auto-Registration (New in 0.2.0)

Use the :for option to automatically register a serializer for a struct type:

defmodule UserSerializer do
  use NbSerializer.Serializer, for: User  # Auto-register for User struct

  schema do
    field :id, :number
    field :name, :string
    field :email, :string
  end
end

# Now you can use inferred serialization
user = %User{id: 1, name: "Alice", email: "alice@example.com"}
NbSerializer.serialize_inferred!(user)
# => %{id: 1, name: "Alice", email: "alice@example.com"}
# Automatically uses UserSerializer!

Field Types

All fields require explicit type annotations. Available types:

Type	Description	Example
`:string`	Text values	`field :name, :string`
`:number`	Numeric values (int or float)	`field :id, :number`
`:integer`	Integer values only	`field :count, :integer`
`:boolean`	True/false values	`field :active, :boolean`
`:decimal`	Decimal values	`field :price, :decimal`
`:uuid`	UUID strings	`field :uuid, :uuid`
`:date`	Date values	`field :birthday, :date`
`:datetime`	DateTime values	`field :created_at, :datetime`
`:any`	Dynamic/flexible content	`field :metadata, :any`

Custom TypeScript Types

For advanced TypeScript type generation, use the ~TS sigil:

field :config, type: ~TS"Record<string, any>"
field :metadata, type: ~TS"{ enabled: boolean; count: number }"

Type Modifiers

# Nullable fields (can be null)
field :email, :string, nullable: true

# Optional fields (may be omitted from output)
field :phone, :string, optional: true

Lists and Collections

The unified syntax supports typed lists, including lists of primitives, enums, and serializers:

# Lists of primitives
field :tags, list: :string          # TypeScript: string[]
field :scores, list: :number        # TypeScript: number[]
field :flags, list: :boolean        # TypeScript: boolean[]

# Lists of serializers (nested objects)
field :users, list: UserSerializer  # TypeScript: User[]
field :items, list: ItemSerializer  # TypeScript: Item[]

# Lists can be optional
field :notes, list: :string, optional: true  # TypeScript: notes?: string[]

Enums

Define fields with restricted values using enums:

# Simple enum
field :status, enum: ["active", "inactive", "pending"]
# TypeScript: status: "active" | "inactive" | "pending"

# Optional enum
field :priority, enum: ["low", "medium", "high"], optional: true
# TypeScript: priority?: "low" | "medium" | "high"

# Nullable enum
field :category, enum: ["news", "blog", "update"], nullable: true
# TypeScript: category: "news" | "blog" | "update" | null

# List of enums
field :roles, list: [enum: ["admin", "user", "guest"]]
# TypeScript: roles: ("admin" | "user" | "guest")[]

Complete Example with All Field Types

defmodule ProductSerializer do
  use NbSerializer.Serializer

  schema do
    # Primitives
    field :id, :number
    field :name, :string
    field :active, :boolean

    # Lists of primitives
    field :tags, list: :string
    field :scores, list: :number

    # Enums
    field :status, enum: ["draft", "published", "archived"]
    field :priority, enum: ["low", "high"], optional: true

    # List of enums
    field :categories, list: [enum: ["electronics", "books", "clothing"]]

    # Nested serializers
    field :users, list: UserSerializer
    field :config, serializer: ConfigSerializer

    # Optional and nullable
    field :description, :string, optional: true
    field :metadata, :any, nullable: true
  end
end

Automatic CamelCase Conversion

NbSerializer automatically converts snake_case keys to camelCase to match JavaScript/TypeScript conventions (enabled by default):

defmodule UserSerializer do
  use NbSerializer.Serializer

  schema do
    field :user_name, :string
    field :email_address, :string
    field :is_active, :boolean
    field :created_at, :datetime
  end
end

user = %{user_name: "John", email_address: "john@example.com", is_active: true, created_at: "2024-01-01"}
NbSerializer.serialize!(UserSerializer, user)
# => %{userName: "John", emailAddress: "john@example.com", isActive: true, createdAt: "2024-01-01"}

Configuration:

# config/config.exs
config :nb_serializer,
  camelize_props: true  # Default: true

Override per-request:

# Force camelCase
NbSerializer.serialize(UserSerializer, user, camelize: true)

# Keep snake_case
NbSerializer.serialize(UserSerializer, user, camelize: false)

Advanced Features

Serializer Auto-Discovery

The serializer registry allows automatic discovery of serializers based on struct types.

# Register a serializer for a struct type
defmodule UserSerializer do
  use NbSerializer.Serializer, for: User  # Auto-registers at compile time

  schema do
    field :id, :number
    field :name, :string
  end
end

# Inferred serialization - no need to specify serializer
user = %User{id: 1, name: "Alice"}
{:ok, result} = NbSerializer.serialize_inferred(user)

# Works with lists too
users = [%User{id: 1}, %User{id: 2}]
NbSerializer.serialize_inferred!(users)

# Manual registration
NbSerializer.Registry.register(Post, PostSerializer)

Stream Serialization

Efficiently serialize large datasets without loading everything into memory:

# Stream from database
users_query
|> Repo.stream()
|> NbSerializer.serialize_stream(UserSerializer)
|> Stream.map(&NbSerializer.encode!/1)
|> Stream.into(File.stream!("users.jsonl"))
|> Stream.run()

# With inferred serializers
posts
|> Stream.map(&load_associations/1)
|> NbSerializer.serialize_stream_inferred(view: :detailed)
|> Enum.to_list()

# Process in chunks
large_dataset
|> NbSerializer.serialize_stream(ItemSerializer, chunk_size: 100)
|> Stream.each(&process_chunk/1)
|> Stream.run()

Protocol-Based Extensibility

Extend formatting and transformation for your custom types using protocols:

# Define a custom type
defmodule Money do
  defstruct [:amount, :currency]
end

# Implement the Formatter protocol
defimpl NbSerializer.Formatter, for: Money do
  def format(%Money{amount: amount, currency: currency}, opts) do
    precision = Keyword.get(opts, :precision, 2)
    symbol = Keyword.get(opts, :symbol, currency)
    formatted = :erlang.float_to_binary(amount / 1.0, decimals: precision)
    "#{symbol}#{formatted}"
  end
end

# Now Money values are automatically formatted
defmodule ProductSerializer do
  use NbSerializer.Serializer

  schema do
    field :id, :number
    field :name, :string
    field :price, :any  # Will use Money's formatter when use_protocol: true
  end
end

product = %{id: 1, name: "Widget", price: %Money{amount: 19.99, currency: "USD"}}
NbSerializer.serialize!(ProductSerializer, product, use_protocol: true)
# => %{id: 1, name: "Widget", price: "$19.99"}

Available Protocols:

NbSerializer.Formatter - Format values for output (DateTime, Date, Decimal, custom types)
NbSerializer.Transformer - Transform values before formatting (String, List, custom types)

Note: Protocols are opt-in via use_protocol: true option to maintain backwards compatibility.

Compile-Time Struct Validation

Validate struct fields at compile time to catch errors early:

defmodule UserSerializer do
  use NbSerializer.Serializer, for: User  # Automatically enables validation

  schema do
    field :id, :number
    field :full_name, :string, from: :name  # Validates :name exists in User struct
    field :contact, :string, from: :email   # Validates :email exists in User struct
  end
end

# If User struct doesn't have a :name field, you'll get a compile warning:
# warning: Field `full_name` uses `from: :name` but :name does not exist in User

Better Circular Reference Handling

Use the improved within syntax for cleaner circular reference management:

import NbSerializer.Within

# Path-based syntax
NbSerializer.serialize(post, within: build([
  ~w(author books)a,
  ~w(author posts)a,
  ~w(comments user posts)a
]))

# Generate from serializer relationships
within_opts = Within.from_serializer(PostSerializer)
NbSerializer.serialize(post, within: within_opts)

# Merge multiple within options
within1 = [author: [books: []]]
within2 = [author: [posts: []], comments: []]
merged = Within.merge(within1, within2)
# => [author: [books: [], posts: []], comments: []]

Preserving Key Case

When serializing data that should keep its original key case (like airport codes, currency codes, or API responses from external services), use preserve_case/1:

defmodule FlightSerializer do
  use NbSerializer.Serializer
  import NbSerializer, only: [preserve_case: 1]

  schema do
    field :id, :number
    field :departure, :string
    field :arrival, :string
    field :airport_data, :map, compute: :format_airports
  end

  def format_airports(%{airports: airports}, _opts) do
    # Keys like "JFK", "LAX", "SFO" won't be camelized
    preserve_case(airports)
  end
end

# Without preserve_case: %{jfk: "...", lax: "..."}
# With preserve_case:    %{JFK: "...", LAX: "..."}

Use cases:

Airport codes (JFK, LAX, SFO)
Currency codes (USD, EUR, GBP)
External API response data
Case-sensitive identifiers

Namespace for TypeScript Files

Organize generated TypeScript files into directories using the namespace macro:

defmodule MyApp.Admin.UserSerializer do
  use NbSerializer.Serializer

  namespace "Admin"  # Files generated in types/Admin/

  schema do
    field :id, :number
    field :name, :string
  end
end

This generates types/Admin/User.ts instead of types/User.ts.

Custom TypeScript Interface Names

Override the default interface name with typescript_name:

defmodule MyApp.API.V2.UserResponseSerializer do
  use NbSerializer.Serializer

  typescript_name "UserV2Response"  # Instead of "UserResponseSerializer"

  schema do
    field :data, :map
    field :meta, :map
  end
end

Parallel Relationship Loading

Relationships are automatically processed in parallel when there are 3 or more:

defmodule PostSerializer do
  use NbSerializer.Serializer

  schema do
    field :id, :number
    field :title, :string

    # These 4 relationships will be loaded in parallel
    has_one :author, AuthorSerializer
    has_many :comments, CommentSerializer
    has_many :tags, TagSerializer
    has_many :categories, CategorySerializer
  end
end

# Parallel loading happens automatically
NbSerializer.serialize!(PostSerializer, post)

# Configure the threshold
NbSerializer.serialize!(PostSerializer, post,
  parallel_threshold: 2,  # Start parallel at 2 relationships
  relationship_timeout: 30_000  # Timeout per relationship
)

# Use System.schedulers_online() for max concurrency

Computed Fields

defmodule PostSerializer do
  use NbSerializer.Serializer

  schema do
    field :id, :number
    field :title, :string
    field :excerpt, :string, compute: :generate_excerpt
    field :reading_time, :number, compute: :calculate_reading_time
  end

  def generate_excerpt(%{body: body}, _opts) do
    String.slice(body, 0, 150) <> "..."
  end

  def calculate_reading_time(%{body: body}, _opts) do
    word_count = String.split(body) |> length()
    div(word_count, 200) # Assumes 200 words per minute
  end
end

Relationships

defmodule BlogSerializer do
  use NbSerializer.Serializer

  schema do
    field :id, :number
    field :title, :string
    field :body, :string

    has_one :author, serializer: AuthorSerializer
    has_many :comments, serializer: CommentSerializer
    has_many :tags, serializer: TagSerializer, if: :include_tags?
  end

  def include_tags?(_data, opts) do
    opts[:include_tags] == true
  end
end

Conditional Fields

defmodule UserDetailSerializer do
  use NbSerializer.Serializer

  schema do
    field :id, :number
    field :name, :string
    field :email, :string, if: :show_email?
    field :admin_notes, :string, if: :is_admin?
    field :private_data, :string, unless: :is_public_view?
  end

  def show_email?(_user, opts) do
    opts[:current_scope] && opts[:current_scope].id == user.id
  end

  def is_admin?(_user, opts) do
    opts[:current_scope] && opts[:current_scope].role == "admin"
  end

  def is_public_view?(_user, opts) do
    opts[:view] == :public
  end
end

Field Transformations

defmodule ProductSerializer do
  use NbSerializer.Serializer

  schema do
    field :id, :number
    field :name, :string, transform: :titleize
    field :price, :number, format: :currency
    field :created_at, :datetime, format: :iso8601
    field :sku, :string, transform: :upcase_sku
  end

  def titleize(value) do
    value
    |> String.split()
    |> Enum.map(&String.capitalize/1)
    |> Enum.join(" ")
  end

  def upcase_sku(value) do
    String.upcase(value)
  end
end

Circular Reference Handling

# Prevent infinite recursion in circular references
NbSerializer.serialize(BookSerializer, book,
  within: [
    author: [books: []],  # Serialize author and their books, but stop there
    comments: [user: []],  # Serialize comments and users, but not user's comments
    tags: []              # Serialize tags with no nested associations
  ]
)

# Set maximum nesting depth
NbSerializer.serialize(PostSerializer, post, max_depth: 3)

Root Keys and Metadata

# Add root key
NbSerializer.serialize(UserSerializer, users, root: "users")
# => {:ok, %{"users" => [...]}}

# Add metadata
NbSerializer.serialize(UserSerializer, users,
  root: "users",
  meta: %{version: "1.0", generated_at: DateTime.utc_now()}
)
# => {:ok, %{"users" => [...], "meta" => %{...}}}

# Pagination metadata
NbSerializer.serialize(UserSerializer, users,
  page: 2,
  per_page: 20,
  total: 100
)
# => {:ok, %{data: [...], meta: %{pagination: %{page: 2, per_page: 20, total: 100, total_pages: 5}}}}

Phoenix Integration

In Phoenix JSON Views (Phoenix 1.7+)

defmodule MyAppWeb.UserJSON do
  use NbSerializer.Phoenix

  alias MyApp.Serializers.UserSerializer

  def index(%{users: users}) do
    %{users: render_many(users, UserSerializer)}
  end

  def show(%{user: user}) do
    %{user: render_one(user, UserSerializer)}
  end

  def create(%{user: user}) do
    %{user: render_one(user, UserSerializer, view: :detailed)}
  end

  def error(%{changeset: changeset}) do
    render_errors(changeset)
  end
end

Controller Usage

defmodule MyAppWeb.UserController do
  use MyAppWeb, :controller

  def index(conn, _params) do
    users = Users.list_users()
    render(conn, :index, users: users)
  end

  def show(conn, %{"id" => id}) do
    user = Users.get_user!(id)
    render(conn, :show, user: user)
  end
end

Plug Middleware

Automatically serialize controller assigns:

# In your router or controller
plug NbSerializer.Plug,
  serializers: %{
    user: UserSerializer,
    users: UserSerializer,
    post: PostSerializer,
    posts: PostSerializer
  },
  meta: %{api_version: "1.0"},
  cache: true,
  cache_ttl: 300

Ecto Integration

NbSerializer automatically handles Ecto schemas and associations:

defmodule PostWithEctoSerializer do
  use NbSerializer.Serializer

  schema do
    field :id, :number
    field :title, :string
    field :body, :string

    # Only serialize if association is loaded
    has_one :author, serializer: AuthorSerializer, if: :author_loaded?
    has_many :comments, serializer: CommentSerializer
  end

  def author_loaded?(post, _opts) do
    # Check if Ecto association is loaded
    NbSerializer.Ecto.loaded?(post.author)
  end
end

Error Handling

NbSerializer provides comprehensive error handling:

defmodule SafeSerializer do
  use NbSerializer.Serializer

  schema do
    field :id, :number
    field :name, :string
    # Handle errors gracefully
    field :risky_field, :string, compute: :compute_risky, on_error: :null  # Returns nil on error
    field :important_field, :string, compute: :compute_important, on_error: {:default, "N/A"}  # Returns default value
    field :skippable_field, :string, compute: :compute_skippable, on_error: :skip  # Omits field from output
    field :critical_field, :string, compute: :compute_critical, on_error: :reraise  # Raises SerializationError with context
  end

  def compute_risky(_data, _opts) do
    # This might fail
    raise "Something went wrong"
  end
end

Performance Features

Performance Monitoring

NbSerializer includes a telemetry module for future performance monitoring integration. While telemetry events are not currently emitted during serialization, the module structure is in place for adding instrumentation.

Compile-Time Optimizations

The DSL compiles to efficient runtime code:

No anonymous functions in hot paths
Optimized field access patterns
Minimal runtime overhead

Configuration

# config/config.exs
config :nb_serializer,
  encoder: Jason,  # JSON encoder (defaults to Jason if available)
  camelize_props: true,  # Auto-convert to camelCase (default: true)
  default_view: :public,
  max_depth: 10

# config/dev.exs
config :nb_serializer,
  # Enable compile-time struct field validation warnings
  validate_struct_fields: true  # default: true in dev/test

Serialization Options

All serialization functions accept these options:

NbSerializer.serialize(UserSerializer, user,
  # Circular reference control
  within: [author: [books: []]],
  max_depth: 5,

  # Protocol-based formatting (opt-in)
  use_protocol: true,

  # Parallel relationship loading
  parallel_threshold: 3,
  relationship_timeout: 30_000,

  # View and scope
  view: :detailed,
  current_scope: current_user,

  # Output formatting
  camelize: true,
  root: "users",
  meta: %{version: "1.0"},

  # Pagination
  page: 1,
  per_page: 20,
  total: 100
)

Testing

# Run tests
mix test

# Run tests with coverage
mix coveralls

# Run benchmarks
mix run bench/serialization_bench.exs
mix run bench/quick_bench.exs

Development

Project Structure

lib/
├── nb_serializer.ex              # Main entry point
├── nb_serializer/
│   ├── serializer.ex       # Core serializer module
│   ├── compiler.ex         # DSL compiler
│   ├── dsl.ex             # DSL macros
│   ├── ecto.ex            # Ecto integration
│   ├── phoenix.ex         # Phoenix integration
│   ├── plug.ex            # Plug middleware
│   ├── formatters.ex      # Built-in formatters
│   ├── telemetry.ex       # Telemetry events
│   └── utils.ex           # Utility functions

Design Principles

No Anonymous Functions in DSL - All functions must be named module functions for compile-time safety
Compile-Time Optimization - DSL compiles to efficient runtime code via macros
Explicit Field Definition - Serializers must explicitly define included fields
Ecto-First Design - Built-in handling for Ecto associations and schemas
Protocol-Based Extensibility - Use Elixir protocols for custom type formatting
Idiomatic Elixir - Follows Elixir best practices (behaviours, protocols, function capturing, with statements)
Performance-Conscious - Automatic parallelization, streaming support, and efficient compilation

Credo Checks

NbSerializer includes 8 custom Credo checks for code quality:

Check ID	Check	Priority	Description
EX6010	`InvalidNestedSerializerType`	HIGH	Detects invalid nested serializer references
EX6011	`OptionalVsNullable`	HIGH	Warns about confusion between `optional` and `nullable`
EX6012	`InconsistentNumericTypes`	NORMAL	Detects mixing `:number` and `:integer` types
EX6013	`DatetimeAsString`	NORMAL	Warns when datetime fields use `:string` type
EX6014	`MissingDatetimeFormat`	NORMAL	Warns when datetime fields lack format specification
EX6015	`MissingModuledoc`	LOW	Detects serializers without module documentation
EX6016	`LargeSchema`	LOW	Warns when schema has too many fields (configurable)
EX6017	`SimpleFieldCompute`	LOW	Suggests simpler alternatives for trivial computed fields

Enable in .credo.exs:

%{
  configs: [
    %{
      checks: [
        {NbSerializer.Credo.InvalidNestedSerializerType, []},
        {NbSerializer.Credo.OptionalVsNullable, []},
        {NbSerializer.Credo.InconsistentNumericTypes, []},
        {NbSerializer.Credo.LargeSchema, [max_fields: 20]},
        # ... other checks
      ]
    }
  ]
}

Related Libraries

NbSerializer focuses on core serialization functionality. TypeScript and Inertia.js integrations have been extracted into separate libraries:

nb_ts - TypeScript Type Generation

Automatic TypeScript interface generation from NbSerializer schemas:

# mix.exs
def deps do
  [
    {:nb_ts, github: "nordbeam/nb_ts"}
  ]
end

Features:

Generate TypeScript interfaces from serializers
Support for nullable, arrays, enums, and custom types
Automatic camelCase conversion
Runtime type validation with OXC
Real-time type regeneration during development (via compile hooks)

When nb_ts is installed, serializers automatically trigger TypeScript type regeneration when recompiled during development. This provides real-time type updates without manually running mix nb_ts.gen.types.

Configure automatic generation in config/dev.exs:

config :nb_ts,
  output_dir: "assets/js/types",
  auto_generate: true  # Enable real-time type updates (default in dev)

See: github.com/nordbeam/nb_ts

nb_inertia - Inertia.js Integration

Seamless Inertia.js integration with automatic serialization:

# mix.exs
def deps do
  [
    {:nb_inertia, github: "nordbeam/nb_inertia"}
  ]
end

Features:

Controller helpers for Inertia responses
Lazy, deferred, and merge props support
Shared props management
TypeScript prop type generation
Automatic camelCase conversion

See: github.com/nordbeam/nb_inertia

Contributing

Fork the repository
Create your feature branch (git checkout -b feature/amazing-feature)
Write tests for your changes
Ensure all tests pass (mix test)
Check code formatting (mix format)
Commit your changes (git commit -m 'Add amazing feature')
Push to the branch (git push origin feature/amazing-feature)
Open a Pull Request

License

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

Acknowledgments

Inspired by Alba for Ruby
Built with love for the Elixir community

Name		Name	Last commit message	Last commit date
Latest commit History 25 Commits
.github/workflows		.github/workflows
bench		bench
lib		lib
priv/native		priv/native
test		test
.DS_Store		.DS_Store
.formatter.exs		.formatter.exs
.gitignore		.gitignore
CLAUDE.md		CLAUDE.md
LICENSE		LICENSE
README.md		README.md
mix.exs		mix.exs
mix.lock		mix.lock
usage-rules.md		usage-rules.md

License

nordbeam/nb_serializer

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NbSerializer

Features

Installation

Quick Start

Basic Serializer

Auto-Registration (New in 0.2.0)

Field Types

Custom TypeScript Types

Type Modifiers

Lists and Collections

Enums

Complete Example with All Field Types

Automatic CamelCase Conversion

Advanced Features

Serializer Auto-Discovery

Stream Serialization

Protocol-Based Extensibility

Compile-Time Struct Validation

Better Circular Reference Handling

Preserving Key Case

Namespace for TypeScript Files

Custom TypeScript Interface Names

Parallel Relationship Loading

Computed Fields

Relationships

Conditional Fields

Field Transformations

Circular Reference Handling

Root Keys and Metadata

Phoenix Integration

In Phoenix JSON Views (Phoenix 1.7+)

Controller Usage

Plug Middleware

Ecto Integration

Error Handling

Performance Features

Performance Monitoring

Compile-Time Optimizations

Configuration

Serialization Options

Testing

Development

Project Structure

Design Principles

Credo Checks

Related Libraries

nb_ts - TypeScript Type Generation

nb_inertia - Inertia.js Integration

Contributing

License

Acknowledgments

Links

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