Crate scim_server

Expand description

§SCIM Server Library for Rust

A comprehensive System for Cross-domain Identity Management (SCIM) server library that enables developers to implement SCIM-compliant identity providers with minimal effort.

§Overview

This library transforms SCIM from a complex enterprise integration challenge into a straightforward provider implementation task, allowing developers to focus on their core business logic while automatically gaining enterprise SSO and provisioning capabilities.

§Key Value Propositions

For SaaS Developers: Add enterprise-grade SCIM provisioning without protocol expertise
For Enterprise Customers: Seamless identity provisioning and deprovisioning
For Integration Teams: Standards-compliant SCIM 2.0 implementation out of the box

§Table of Contents

Two Main Components
Table of Contents
Features
Installation
MCP Integration
Architecture Overview
ETag Concurrency Control
Logging Support
Multi-Tenant Support
Quick Start - Full SCIM Server
Schema Discovery
Provider Implementation
Examples
Schema Validation Utility
Performance
SCIM 2.0 Compliance
Contributing

§Two Main Components

This library provides two distinct components:

ScimServer - Full-featured dynamic server for production SCIM endpoints with runtime resource registration and CRUD operations
SchemaDiscovery - Lightweight component for schema discovery and service provider configuration

§Features

RFC Compliance: Full RFC 7643/7644 compliance for core User and Group schemas
Type Safety: Compile-time guarantees preventing invalid operations
Multi-Tenant Ready: Built-in tenant isolation and context management
Provider Agnostic: Works with any storage backend via trait abstraction
Async-First: Non-blocking operations with tokio integration
Value Objects: Type-safe SCIM attribute handling with validation
Schema-Driven: Dynamic resource types with runtime schema validation
Comprehensive Logging: Structured logging with request IDs and tenant context
Flexible Backends: Choose from env_logger, tracing, slog, or any log-compatible crate
Auto-Discovery: Automatic provider capability detection
ETag Concurrency Control: Built-in optimistic locking with conditional operations
MCP Integration: AI agent support via Model Context Protocol (optional feature)

§Installation

Add this to your Cargo.toml:

[dependencies]
scim-server = "0.1.0"

# For async runtime
tokio = { version = "1.0", features = ["full"] }

# For logging (choose one)
env_logger = "0.10"  # Simple logging
# OR
tracing-subscriber = "0.3"  # Structured logging

§Optional Features

[dependencies]
scim-server = { version = "0.1.0", features = ["mcp"] }

mcp: Enables Model Context Protocol integration for AI agents

§MCP (Model Context Protocol) Integration

The SCIM server provides optional MCP integration for AI agent interactions. When enabled, the server exposes SCIM operations as structured tools that AI agents can discover and use.

§Enabling MCP Support

Add the MCP feature to your Cargo.toml:

[dependencies]
scim-server = { version = "0.1.0", features = ["mcp"] }

§Basic MCP Server Setup

use scim_server::{ScimServer, providers::InMemoryProvider};
// Note: MCP integration requires the "mcp" feature
// use scim_server::mcp_integration::ScimMcpServer;

#[tokio::main]
async fn main() -> Result<(), Box<dyn std::error::Error>> {
    // Create SCIM server
    let provider = InMemoryProvider::new();
    let scim_server = ScimServer::new(provider)?;

    // With MCP feature enabled:
    // let mcp_server = ScimMcpServer::new(scim_server);
    // let tools = mcp_server.get_tools();
    // All operations automatically include ETag versioning
    // mcp_server.run_stdio().await?;

    println!("SCIM server created successfully");
    Ok(())
}

§Available MCP Tools with ETag Support

The MCP integration provides these tools for AI agents with automatic ETag versioning:

scim_create_user - Create new users with SCIM schema validation (returns ETag)
scim_get_user - Retrieve user by ID with full attribute access (returns ETag)
scim_update_user - Update user attributes with optional ETag conflict detection
scim_delete_user - Remove users with optional ETag safety checks
scim_list_users - List all users with pagination support
scim_search_users - Search users by attributes with filtering
scim_user_exists - Check user existence for validation
scim_get_schemas - Retrieve all available schemas for AI understanding
scim_get_schema - Get specific schema details for validation
scim_server_info - Get server capabilities and supported operations

§AI Agent ETag Usage Pattern

use serde_json::json;
use scim_server::mcp_integration::ScimMcpServer;
use scim_server::providers::InMemoryProvider;
use scim_server::ScimServer;

// AI agent workflow with ETag versioning
let provider = InMemoryProvider::new();
let scim_server = ScimServer::new(provider).unwrap();
let mcp_server = ScimMcpServer::new(scim_server);

// 1. Create user - captures ETag for subsequent operations
let create_result = mcp_server.execute_tool(
    "scim_create_user",
    json!({
        "user_data": {
            "schemas": ["urn:ietf:params:scim:schemas:core:2.0:User"],
            "userName": "ai.agent@company.com",
            "active": true
        }
    })
).await;

let metadata = create_result.metadata.unwrap();
let user_id = metadata["resource_id"].as_str().unwrap();
let etag = metadata["etag"].as_str().unwrap();

// 2. Conditional update using ETag - prevents lost updates
let update_result = mcp_server.execute_tool(
    "scim_update_user",
    json!({
        "user_id": user_id,
        "user_data": {"userName": "ai.agent@company.com", "active": false},
        "expected_version": etag  // ETag from create operation
    })
).await;

// 3. Handle version conflicts automatically
if !update_result.success {
    if update_result.content["is_version_conflict"].as_bool().unwrap_or(false) {
        // AI agent should refresh and retry with current version
        println!("Version conflict - resource modified by another client");
    }
}

§Multi-Tenant MCP Operations

AI agents can work with multi-tenant environments:

use serde_json::json;
use scim_server::mcp_integration::ScimMcpServer;
use scim_server::providers::InMemoryProvider;
use scim_server::ScimServer;

// Set up MCP server with InMemoryProvider
let provider = InMemoryProvider::new();
let scim_server = ScimServer::new(provider).unwrap();
let mcp_server = ScimMcpServer::new(scim_server);

// Create user in specific tenant
let result = mcp_server.execute_tool(
    "scim_create_user",
    json!({
        "user_data": {
            "schemas": ["urn:ietf:params:scim:schemas:core:2.0:User"],
            "userName": "ai.agent@company.com",
            "active": true
        },
        "tenant_id": "enterprise-corp"
    })
).await;
println!("MCP operation success: {}", result.success);

§AI Agent Integration Benefits

Schema Discovery: AI agents can introspect SCIM schemas for proper validation
ETag Versioning: Automatic optimistic locking prevents lost updates in concurrent scenarios
Type Safety: All operations include JSON schema validation for inputs
Error Handling: Structured error responses with actionable information
Version Conflict Detection: Clear indicators for AI agents to handle concurrent modifications
Multi-Tenant: Automatic tenant isolation for enterprise scenarios
Comprehensive CRUD: Full resource lifecycle management with version control
Standards Compliance: SCIM 2.0 compliant operations for enterprise integration

§Custom MCP Server Configuration

use scim_server::mcp_integration::{ScimMcpServer, McpServerInfo};

let provider = InMemoryProvider::new();
let scim_server = ScimServer::new(provider)?;

// Custom server information for AI agent discovery
let server_info = McpServerInfo {
    name: "Enterprise SCIM Server".to_string(),
    version: "2.0.0".to_string(),
    description: "Production SCIM server with AI agent support".to_string(),
    supported_resource_types: vec!["User".to_string(), "Group".to_string()],
};

let mcp_server = ScimMcpServer::with_info(scim_server, server_info);

See examples/mcp_server_example.rs for a complete MCP integration demonstration.

§When to Use MCP Integration

Use MCP integration when:

Building AI agents that need identity management capabilities
Creating automated provisioning systems with AI decision making
Developing chatbots or virtual assistants with user management features
Building intelligent HR systems with automated user lifecycle management
Creating AI-powered compliance and audit systems

Use regular SCIM server when:

Building traditional web applications with SCIM endpoints
Integrating with existing identity providers (Okta, Azure AD, etc.)
Creating standard enterprise SCIM provisioning bridges
Building REST APIs for human operators or traditional applications

The MCP integration adds AI-specific tooling and structured schemas on top of the core SCIM functionality without changing the underlying SCIM compliance.

§Architecture Overview

The SCIM server library follows a layered architecture:

┌─────────────────────────────────────────────────┐
│                HTTP Layer                       │  ← Your web framework
│             (Axum, Actix, etc.)                │
├─────────────────────────────────────────────────┤
│              SCIM Protocol Layer                │  ← This library
│         (ScimServer, SchemaDiscovery)           │
├─────────────────────────────────────────────────┤
│            Provider Abstraction                 │  ← ResourceProvider trait
│        (InMemoryProvider, your impl)            │
├─────────────────────────────────────────────────┤
│              Storage Layer                      │  ← Your database/storage
│        (PostgreSQL, MongoDB, etc.)              │
└─────────────────────────────────────────────────┘

§ETag Concurrency Control

The library provides built-in optimistic concurrency control using ETags as specified in RFC 7232. This prevents accidental overwrites when multiple clients modify the same resource simultaneously.

§Automatic Version Management

All resources automatically include version information computed from their content:

use scim_server::resource::{conditional_provider::VersionedResource, version::ScimVersion};
use scim_server::{ScimServer, providers::InMemoryProvider};
use serde_json::json;

let provider = InMemoryProvider::new();
let server = ScimServer::new(provider)?;

// All operations automatically include version information
let context = scim_server::resource::RequestContext::with_generated_id();

// Create returns a versioned resource
let user_data = json!({
    "schemas": ["urn:ietf:params:scim:schemas:core:2.0:User"],
    "userName": "john.doe",
    "active": true
});

let versioned = server.provider().create_versioned_resource("User", user_data, &context).await.unwrap();
println!("Resource version: {}", versioned.version().to_http_header());

§Conditional Operations

Perform safe updates and deletes using expected versions:

use scim_server::resource::{
    version::{ScimVersion, ConditionalResult},
    conditional_provider::VersionedResource,
    RequestContext,
};
use scim_server::{ScimServer, providers::InMemoryProvider};
use serde_json::json;

let provider = InMemoryProvider::new();
let server = ScimServer::new(provider)?;
let context = RequestContext::with_generated_id();

// Get current resource with version
let versioned = server.provider().get_versioned_resource("User", "123", &context).await.unwrap();
if let Some(versioned) = versioned {
    let current_version = versioned.version().clone();

    // Conditional update - only succeeds if version matches
    let update_data = json!({
        "id": "123",
        "schemas": ["urn:ietf:params:scim:schemas:core:2.0:User"],
        "userName": "john.doe",
        "active": false  // Changed field
    });

    match server.provider().conditional_update(
        "User", "123", update_data, &current_version, &context
    ).await? {
        ConditionalResult::Success(updated_resource) => {
            println!("Update successful: {}", updated_resource.version().to_http_header());
        },
        ConditionalResult::VersionMismatch(conflict) => {
            println!("Version conflict: {}", conflict.message);
        },
        ConditionalResult::NotFound => {
            println!("Resource not found");
        }
    }
}

§HTTP Integration

ETags work seamlessly with HTTP frameworks:

use scim_server::operation_handler::{ScimOperationHandler, ScimOperationRequest};
use scim_server::resource::version::ScimVersion;
use scim_server::{ScimServer, providers::InMemoryProvider};
use serde_json::json;

let provider = InMemoryProvider::new();
let server = ScimServer::new(provider)?;
let handler = ScimOperationHandler::new(server);

// Conditional update with ETag from HTTP If-Match header
let expected_version = ScimVersion::parse_http_header("W/\"abc123\"")?;
let update_request = ScimOperationRequest::update(
    "User",
    "123",
    json!({"userName": "jane.doe", "active": true})
).with_expected_version(expected_version);

let response = handler.handle_operation(update_request).await;
if response.success {
if let Some(version_str) = response.metadata.additional.get("etag") {
        println!("New weak ETag: {}", version_str);
    }
}

§Version Computation

Versions are computed deterministically from resource content using SHA-256 hashing:

Content-Based: Versions change when any resource field changes
Deterministic: Same content always produces the same version
Collision-Resistant: Cryptographic hashing prevents accidental conflicts
Provider-Agnostic: Works with any storage backend

§Benefits

Prevent Lost Updates: Automatic detection of concurrent modifications
Data Integrity: Ensure operations only proceed with expected resource state
HTTP Compliance: Full RFC 7232 weak ETag support for web applications
Zero Configuration: Works automatically with any ResourceProvider implementation
Performance: Efficient hash-based versioning with minimal overhead

§Logging Support

The library uses the standard Rust log crate facade, allowing you to choose your preferred logging backend. All SCIM operations are logged with structured information including:

Request IDs for operation tracing
Tenant context for multi-tenant deployments
Resource lifecycle events (create, read, update, delete)
Error conditions with full context
Performance and debugging information

§Quick Logging Setup

// Simple logging for development
env_logger::init();

// Or with custom configuration
env_logger::Builder::from_env(env_logger::Env::default().default_filter_or("info"))
    .format_timestamp_secs()
    .init();

See examples/logging_example.rs for comprehensive logging demonstrations.

§Multi-Tenant Support

The library provides built-in multi-tenant capabilities:

use scim_server::{TenantContext, RequestContext};
use serde_json::json;

// Create tenant context
let tenant = TenantContext::new("customer-123".to_string(), "app-456".to_string());
let context = RequestContext::with_tenant_generated_id(tenant);

// Example user data
let user_data = json!({"userName": "john.doe", "active": true});
println!("Tenant ID: {}", context.tenant_context.unwrap().tenant_id);
println!("User data: {}", user_data);

// All operations are automatically scoped to this tenant
// let user = server.create_resource("User", user_data, &context).await?;

§Quick Start - Full SCIM Server

use scim_server::{ScimServer, ResourceProvider, Resource, RequestContext, ScimOperation, ListQuery, create_user_resource_handler};
use std::collections::HashMap;
use tokio::sync::RwLock;
use std::sync::Arc;
use serde_json::Value;
use std::future::Future;

struct MyResourceProvider {
    resources: Arc<RwLock<HashMap<String, Resource>>>,
}

impl MyResourceProvider {
    fn new() -> Self {
        Self {
            resources: Arc::new(RwLock::new(HashMap::new())),
        }
    }
}

#[derive(Debug, thiserror::Error)]
#[error("Provider error")]
struct MyError;

impl ResourceProvider for MyResourceProvider {
    type Error = MyError;

    fn create_resource(&self, resource_type: &str, data: Value, _context: &RequestContext) -> impl Future<Output = Result<Resource, Self::Error>> + Send {
        async move {
            Resource::from_json(resource_type.to_string(), data)
                .map_err(|_| MyError)
        }
    }

    fn get_resource(&self, _resource_type: &str, _id: &str, _context: &RequestContext) -> impl Future<Output = Result<Option<Resource>, Self::Error>> + Send {
        async move { Ok(None) }
    }

    fn update_resource(&self, resource_type: &str, _id: &str, data: Value, _context: &RequestContext) -> impl Future<Output = Result<Resource, Self::Error>> + Send {
        async move {
            Resource::from_json(resource_type.to_string(), data)
                .map_err(|_| MyError)
        }
    }

    fn delete_resource(&self, _resource_type: &str, _id: &str, _context: &RequestContext) -> impl Future<Output = Result<(), Self::Error>> + Send {
        async move { Ok(()) }
    }

    fn list_resources(&self, _resource_type: &str, _query: Option<&ListQuery>, _context: &RequestContext) -> impl Future<Output = Result<Vec<Resource>, Self::Error>> + Send {
        async move { Ok(vec![]) }
    }

    fn find_resource_by_attribute(&self, _resource_type: &str, _attribute: &str, _value: &Value, _context: &RequestContext) -> impl Future<Output = Result<Option<Resource>, Self::Error>> + Send {
        async move { Ok(None) }
    }

    fn resource_exists(&self, _resource_type: &str, _id: &str, _context: &RequestContext) -> impl Future<Output = Result<bool, Self::Error>> + Send {
        async move { Ok(false) }
    }

    // Conditional operations are automatically available with default implementations
    // Override conditional_update and conditional_delete for more efficient provider-specific implementations
}

#[tokio::main]
async fn main() -> Result<(), Box<dyn std::error::Error>> {
    // Implement your data access layer
    let provider = MyResourceProvider::new();

    // Create dynamic SCIM server
    let mut server = ScimServer::new(provider)?;

    // Register resource types with their operations
    let user_schema = server.get_schema_by_id("urn:ietf:params:scim:schemas:core:2.0:User").unwrap().clone();
    let user_handler = create_user_resource_handler(user_schema);
    let _ = server.register_resource_type("User", user_handler, vec![ScimOperation::Create, ScimOperation::Read]);

    // Use server for SCIM operations
    let schemas = server.get_all_schemas();
    println!("Available schemas: {}", schemas.len());

    Ok(())
}

§Schema Discovery

For schema discovery and service provider configuration only:

use scim_server::SchemaDiscovery;

let discovery = SchemaDiscovery::new().unwrap();
// Get available schemas
let schemas = discovery.get_schemas().await.unwrap();
println!("Available schemas: {}", schemas.len());

// Get service provider configuration
let config = discovery.get_service_provider_config().await.unwrap();
println!("Bulk operations supported: {}", config.bulk_supported);

§Provider Implementation

Implement the ResourceProvider trait for your storage backend:

use scim_server::{ResourceProvider, Resource, RequestContext, ListQuery};
use serde_json::Value;
use std::future::Future;

struct MyDatabaseProvider {
    // Your database connection, etc.
}

#[derive(Debug, thiserror::Error)]
#[error("Database error")]
struct MyError;

impl ResourceProvider for MyDatabaseProvider {
    type Error = MyError;

    fn create_resource(&self, resource_type: &str, data: Value, context: &RequestContext) -> impl Future<Output = Result<Resource, Self::Error>> + Send {
        async move {
            // Implement your database creation logic here
            Resource::from_json(resource_type.to_string(), data)
                .map_err(|_| MyError)
        }
    }

    // Implement other required methods...
}

§Examples

This crate includes comprehensive examples in the examples/ directory:

basic_usage.rs - Simple SCIM server setup
etag_concurrency_example.rs - ETag concurrency control and conditional operations
mcp_etag_example.rs - AI agent ETag usage with Model Context Protocol
multi_tenant_demo.rs - Multi-tenant operations
logging_example.rs - Comprehensive logging configuration
operation_handler_example.rs - Framework-agnostic operation handling
provider_capabilities.rs - Automatic capability discovery

Run examples with:

cargo run --example basic_usage
cargo run --example etag_concurrency_example
cargo run --example mcp_etag_example --features mcp

§Schema Validation Utility

This crate includes a command-line schema validation utility for testing and validating SCIM schema files. The schema-validator binary helps ensure your schemas conform to the expected format before using them in production.

§Usage

§During Development (with Cargo)

# Validate a single schema file
cargo run --bin schema-validator schemas/User.json

# Validate all schemas in a directory
cargo run --bin schema-validator ./schemas/

§Standalone Installation

# Install the binary globally
cargo install --path . --bin schema-validator

# Then use directly
schema-validator schemas/User.json
schema-validator ./schemas/

§From Published Crate (when available)

# Install from crates.io
cargo install scim-server --bin schema-validator

# Use anywhere
schema-validator /path/to/schemas/

§Features

Schema File Validation: Validates JSON structure and SCIM schema format
Directory Processing: Batch validation of multiple schema files
Schema Registry Testing: Tests loading schemas into the registry
Detailed Error Reporting: Clear error messages for debugging
Schema Summary: Displays attribute counts and types for valid schemas

§Example Output

Validating schema file: schemas/User.json
✓ Schema is valid!

Schema Summary:
  ID: urn:ietf:params:scim:schemas:core:2.0:User
  Name: User
  Attributes: 15
  Required attributes: 2
  Multi-valued attributes: 4
  Required attribute names: id, userName

The validator performs comprehensive checks including:

JSON syntax validation
Required field presence (id, name, attributes)
Schema ID URI format validation
Attribute structure validation
Complex attribute sub-attribute validation
Canonical values format checking

§Performance

The library is designed for high performance with:

Zero-copy JSON processing where possible
Async-first architecture for high concurrency
Efficient value object system with minimal allocations
Type-safe operations that compile to efficient code

Benchmarks show 40,000+ operations/second on modern hardware.

§SCIM 2.0 Compliance

This library implements the following SCIM 2.0 specifications:

RFC 7643: SCIM Core Schema (User, Group, Schema definitions)
RFC 7644: SCIM Protocol (HTTP operations, filtering, pagination)

§Supported Operations

Resource CRUD (Create, Read, Update, Delete)
Resource listing with pagination
Attribute-based search and filtering
Schema discovery and introspection
Service provider configuration
Multi-valued attribute handling
Complex attribute validation
Conditional operations with ETag support
Optimistic concurrency control

§Standards Compliance

Full User schema implementation
Group schema support
Extension schema framework
JSON Schema validation
HTTP status code compliance
Error response formatting
RFC 7232 weak ETag support for conditional operations
RFC 7644 versioning requirements

§Contributing

Contributions are welcome! Please see the repository for:

Issue reporting and feature requests
Pull request guidelines
Development setup instructions
Testing requirements

§License

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

Re-exports§

pub use error::BuildError;
pub use error::ScimError;
pub use error::ValidationError;
pub use provider_capabilities::AuthenticationCapabilities;
pub use provider_capabilities::BulkCapabilities;
pub use provider_capabilities::CapabilityDiscovery;
pub use provider_capabilities::CapabilityIntrospectable;
pub use provider_capabilities::ExtendedCapabilities;
pub use provider_capabilities::FilterCapabilities;
pub use provider_capabilities::FilterOperator;
pub use provider_capabilities::PaginationCapabilities;
pub use provider_capabilities::ProviderCapabilities;
pub use multi_tenant::RateLimit;
pub use multi_tenant::ScimAuditConfig;
pub use multi_tenant::ScimAuthScheme;
pub use multi_tenant::ScimClientAuth;
pub use multi_tenant::ScimClientConfig;
pub use multi_tenant::ScimConfigurationError;
pub use multi_tenant::ScimCustomAttribute;
pub use multi_tenant::ScimEndpointConfig;
pub use multi_tenant::ScimOperation;
pub use multi_tenant::ScimRateLimits;
pub use multi_tenant::ScimSchemaConfig;
pub use multi_tenant::ScimSchemaExtension;
pub use multi_tenant::ScimSearchConfig;
pub use multi_tenant::ScimTenantConfiguration;
pub use providers::InMemoryError;
pub use providers::InMemoryProvider;
pub use providers::InMemoryStats;
pub use storage::InMemoryStorage;
pub use storage::InMemoryStorageStats;
pub use storage::StorageError;
pub use storage::StorageKey;
pub use storage::StoragePrefix;
pub use storage::StorageProvider;
pub use multi_tenant::SingleTenantAdapter;
pub use multi_tenant::StaticTenantResolver;
pub use multi_tenant::TenantResolver;
pub use multi_tenant::TenantValidator;
pub use multi_tenant::ToSingleTenant;
pub use resource::Address;
pub use resource::DatabaseMapper;
pub use resource::DynamicResource;
pub use resource::EmailAddress;
pub use resource::IsolationLevel;
pub use resource::ListQuery;
pub use resource::Meta;
pub use resource::Name;
pub use resource::PhoneNumber;
pub use resource::RequestContext;
pub use resource::Resource;
pub use resource::ResourceBuilder;
pub use resource::ResourceProvider;
pub use resource::ResourceProviderExt;
pub use resource::SchemaResourceBuilder;
pub use resource::TenantContext;
pub use resource::TenantPermissions;
pub use resource_handlers::create_group_resource_handler;
pub use resource_handlers::create_user_resource_handler;
pub use schema::AttributeDefinition;
pub use schema::AttributeType;
pub use schema::Mutability;
pub use schema::Schema;
pub use schema::SchemaRegistry;
pub use schema::Uniqueness;
pub use schema_discovery::SchemaDiscovery;
pub use schema_discovery::ServiceProviderConfig;
pub use scim_server::ScimServer;
pub use operation_handler::OperationMetadata;
pub use operation_handler::ScimOperationHandler;
pub use operation_handler::ScimOperationRequest;
pub use operation_handler::ScimOperationResponse;
pub use operation_handler::ScimOperationType;
pub use operation_handler::ScimQuery;
pub use mcp_integration::McpServerInfo;
pub use mcp_integration::ScimMcpServer;
pub use mcp_integration::ScimToolResult;

Modules§

auth: Compile-time authentication system with type-level proofs.
error: Error types for SCIM server operations.
mcp_integration: MCP (Model Context Protocol) Integration for SCIM Server
multi_tenant: Multi-tenant SCIM server capabilities.
operation_handler: Operation Handler Foundation
provider_capabilities: Automated Provider Capability Discovery System
providers: Standard resource provider implementations.
resource: Resource model and provider trait for SCIM resources.
resource_handlers: Resource handler implementations using the dynamic schema approach.
schema: Schema definitions and validation for SCIM resources.
schema_discovery: Schema discovery implementation with state machine design.
scim_server: Dynamic SCIM server implementation with runtime resource type registration.
storage: Storage abstraction layer for SCIM resources.

Macros§

impl_value_object: Helper macro for implementing ValueObject trait for existing value objects

Crate scim_serverCopy item path

§SCIM Server Library for Rust

§Overview

§Key Value Propositions

§Table of Contents

§Two Main Components

§Features

§Installation

§Optional Features

§MCP (Model Context Protocol) Integration

§Enabling MCP Support

§Basic MCP Server Setup

§Available MCP Tools with ETag Support

§AI Agent ETag Usage Pattern

§Multi-Tenant MCP Operations

§AI Agent Integration Benefits

§Custom MCP Server Configuration

§When to Use MCP Integration

§Architecture Overview

§ETag Concurrency Control

§Automatic Version Management

§Conditional Operations

§HTTP Integration

§Version Computation

§Benefits

§Logging Support

§Quick Logging Setup

§Multi-Tenant Support

§Quick Start - Full SCIM Server

§Schema Discovery

§Provider Implementation

§Examples

§Schema Validation Utility

§Usage

§During Development (with Cargo)

§Standalone Installation

§From Published Crate (when available)

§Features

§Example Output

§Performance

§SCIM 2.0 Compliance

§Supported Operations

§Standards Compliance

§Contributing

§License

Re-exports§

Modules§

Macros§

Crate scim_server