Overview

The cborm module will enhance your ORM Entities and ColdBox application by providing you with features in the following areas:
Active Record Pattern
You can extend your entities from our ActiveEntity class and take advantage of both Active Record and Hibernate ORM
Entity Population
Easily populate entities from json, structs, xml, queries and build up even the entity relationships from flat data.
Entity Marshalling to raw data types (mementifier)
Easily extract the data from entities and their relationships so you can marshall them to json, xml, etc.
Automatic CRUD Resource Handler
If you extend our cborm.models.resources.BaseHandler it will generate the full CRUD for a specific entity based on ColdBox Resources
ORM Events
Easily listen to multiple ORM events via ColdBox Interceptors
Service Layers
Enhance the ability to list, query, find entities, work with native hibernate constructs and more.
Validation
We provide you with a unique validator to validate against unique columns
Just write your entities and their relationships and we will take care of the rest!
Base ORM Service
Let's begin our adventure with the BaseORMService model. This model can be injected or requested via WireBox and will be used to interact with any entity in our system or with Hibernate directly:
// inject via dsl
property name="ormService" inject="entityService";
// inject via alias
property name="ormService" inject="baseORMService@cborm";
​
// use via alias
getInstance( "BaseORMService@cborm" );
// use via dsl
getInstance( dsl="entityService" );
This service object acts as an abstraction layer to the ColdFusion ORM (Hibernate) and can work with any entity in your system as all methods most likely receive the entityName argument. You will be able to do the following category of actions from this service class:
Hibernate Session utility methods
Entity metadata methods
Querying methods
Criteria Queries or fluent SQL
Getters
Finders
Dynamic Finders
Counters
Dynamic Counters
Persistence (save,update,delete) and bulk persistence with transactions
Eviction Methods
Population Methods
This means that you don't need to create a service layer CFC in order to work with ORM entities, you can leverage this abstraction to work with your ORM needs. You can also specifically bind (root) the service to a specific entity, which we lovingly call a VirtualEntityService. This way you don't have to be passing the entity names left and right, the virtual entity service will be constructed with the name and all operations will be done upon that entity.
Example
Once you have access to the injected base ORM service, you can use it in all of its glory.
Important Please check out the latest API Docs for the latest methods and functionality: https://apidocs.ortussolutions.com/#/coldbox-modules/cborm/​
component{
​
    inject name="ormService" inject="entityService";
​
    function saveUser( event, rc, prc ){
        // retrieve and populate a new user object
        var user = populateModel( ormService.new( "User" ) );
​
        // save the entity using hibernate transactions
        ormService.save( user );
​
        relocate( "user.list" );
    }
​
    function list( event, rc, prc ){
​
        // get a listing of all users with pagination and filtering
        prc.users = ormService.list(
            entityName = "User",
            criteria   = { isActive : true },
            sortOrder  = "fname",
            offset     = event.getValue( "startrow", 1 ),
            max         = 20
        );
​
        event.setView( "user/list" );
    }
​
    // Dynamic Finders
    function findUsers( event, rc, prc ){
        prc.data = ormService.findByRoleAndIsActive( "User", "Admin", true );
    }
​
    // Fluent Criteria Queries
    function searchContent( event, rc, prc ){
        prc.dataStream = ormService
            .newCriteria( "Content" )
                .isEq( "published", rc.isPublished  )
                .isLt( "publishedDate", now() )
                .or( 
                    ormService.getRestrictions().isNull( "expireDate" ), 
                    ormService.getRestrictions().isGT( "expireDate", now() ) 
                )
                .isEq( "passwordProtection", "" )
                .joinTo( "activeContent", "ac" )
                    .like( "title", "%#rc.searchTerm#%" )
            .asStream()
            .list( offset=rc.offset, max=50 );
​
        event.setView( "content/search")
    }
​
}
What is this asStream() call? What are Streams?
A stream is an abstraction, it’s not a data structure. It’s not a collection where you can store elements. The most important difference between a stream and a structure is that a stream doesn’t hold the data. For example you cannot point to a location in the stream where a certain element exists. You can only specify the functions that operate on that data. A stream is an abstraction of a non-mutable collection of functions applied in some order to the data.
More information can be found here: https://forgebox.io/view/cbstreams​
Virtual Services
We also have a virtual service layer that can be mapped to specific entities and create entity driven service layers virtually. Meaning you don't have to be passing any entity names to the API methods to save you precious typing time. This is achieved via the VirtualEntityService model which inherits from the BaseORMService class.
You can achieve this in several manners:
Injection 
entityService:{EntityName}
Request via WireBox using the DSL argument of getInstance()
getInstance( dsl = entityService:{EntityName} );
Request via a Base ORM Service
createService()
// Injection
property name="userService" inject="entityService:User"
​
// Request it
contentService = getInstance( dsl = "entityService:Content" );
​
// Via ORM Service
ormService.createService( entityName="Content", useQueryCaching=true );
That's it! You can use it just like the BaseORMService except no more passing the entity name.
Example
component{
​
    inject name="userService" inject="entityService:User";
​
    function saveUser( event, rc, prc ){
        // retrieve and populate a new user object
        var user = populateModel( userService.new() );
​
        // save the entity using hibernate transactions
        userService.save( user );
​
        relocate( "user.list" );
    }
​
    function list( event, rc, prc ){
​
        // get a listing of all users with pagination and filtering
        prc.users = userService.list(
            criteria   = { isActive : true },
            sortOrder  = "fname",
            offset     = event.getValue( "startrow", 1 ),
            max         = 20
        );
​
        event.setView( "user/list" );
    }
​
    // Dynamic Finders
    function findUsers( event, rc, prc ){
        prc.data = userService.findByRoleAndIsActive( "Admin", true );
    }
​
    // Criteria Queries
    function searchContent( event, rc, prc ){
        prc.dataStream = userService
            .newCriteria()
                .isEq( "published", rc.isPublished  )
                .isLt( "publishedDate", now() )
                .or( 
                    ormService.getRestrictions().isNull( "expireDate" ), 
                    ormService.getRestrictions().isGT( "expireDate", now() ) 
                )
                .isEq( "passwordProtection", "" )
                .joinTo( "activeContent", "ac" )
                    .like( "title", "%#rc.searchTerm#%" )
            .asStream()
            .list( offset=rc.offset, max=50 );
​
        event.setView( "content/search")
    }
​
}
Concrete Services
This is where you create your own CFC that inherits from our VirtualEntityService and either adds or overrides methods. The virtual and base services takes you about 90% of the way. With you concrete services, you can complete the functionality to your liking.
All you need to do is inherit from the cborm.models.VirtualEntityService and call the parent class constructor with the available arguments:
entityname - The name of the entity to root this service with (REQUIRED)
queryCacheRegion - The name of the query cache region if using caching, defaults to #arguments.entityName#.defaultVSCache
useQueryCaching - Activate query caching, defaults to false
eventHandling - Activate event handling, defaults to true
useTransactions - Activate transaction blocks on calls, defaults to true
defaultAsQuery - Return query or array of objects on list(), executeQuery(), criteriaQuery(), defaults to true
datasource - The datasource name to be used for the rooted entity, if not we use the default datasource
models/ContentService.cfc
component extends="cborm.models.VirtualEntityService" singleton{
​
    /**
     * Constructor
     * @entityName The content entity name to bind this service to.
     */
    ContentService function init( entityName="cbContent" ){
        // init it
        super.init( entityName=arguments.entityName, useQueryCaching=true );
​
        return this;
    }
​
}
Active Entity
If you want to apply an Active Record and fluent feel to your entities then ActiveEntity is just for you. Just inherit from cborm.models.ActiveEntity and you are on your way to Active Record bliss.
ActiveEntity inherits from the VirtualEntityService class which inherits from the BaseORMService class. So you have the full gamut of usage plus the ability for the active entity to validate itself. It has the isValid() and getValidationResults() methods to help you with the validation of a populated entity.
Example Entity
models/User.cfc
component persistent="true" table="users" extends="cborm.models.ActiveEntity"{
​
    property name="id" column="user_id" fieldType="id" generator="uuid";
​
    /**
     * @display First Name
     * @message Please provide firstname
     * @NotEmpty
     */
    property name="firstName";
​
    /**
     * @display Last Name
     * @message Please provide lastname
     * @NotEmpty
     */
    property name="lastName";
    property name="userName";
    property name="password";
    property name="lastLogin" ormtype="date";
​
    // M20 -> Role
    property name="role" cfc="Role" fieldtype="many-to-one" fkcolumn="FKRoleID" lazy="true" notnull="false";
​
    // DI Test
    property name="wirebox" inject="wirebox" persistent="false";
​
    // Constraints
    this.constraints = {
        firstName = { required=true }, 
        lastName  = { required=true }, 
        username  = { required=true, min=5, validator="UniqueValidator@cborm" }, 
        password  = { required=true, min=6 }
    };
​
}
Example Usage
user = entityNew( "User" ).get( 2 );
var isValid = entityNew( "User" )
    .populate( memento=rc, composeRelationships=true )
    .isValid();
​
user = entityNew( "User" ).findAllByIsActive( true );
user = entityNew( "User" )
    .get( 4 )
    .setName( "Awesome" )
    .save();
​
entityNew( "User" )
    .getOrFail( 4 )
    .delete();
​
prc.users = entityNew( "User" )
    .findAllWhere( 
       criteria = { isActive:true, role:entityNew( "Role" ).findByName( "Admin" ) },
       stream = true
    );
Automatic ORM Resource Handler
If you are creating RESTful services, you can leverage our new Base ORM Handler that will give you a full CRUD service for your entities. All you have to do is the following:
Create your entities
Add mementifier data (https://forgebox.io/view/mementifier)
Add validation data (https://forgebox.io/view/cbvalidation)
Register the resource in your application router or module router
resources( "users" )
Create the handler that will manage that resource and extend our base handler, spice up as needed and you are done:
handlers/users.cfc
/**
* My awesome cb6 resources handler
*/
component extends="cborm.models.resources.BaseHandler"{
​
    // Inject the correct service as the `ormService` for the resource Handler
    property name="ormService" inject="entityService:Role";
​
    // The default sorting order string: permission, name, data desc, etc.
    variables.sortOrder = "name";
    // The name of the entity this resource handler controls. Singular name please.
    variables.entity    = "Role";
​
}
That's it! This handler will now manage ALL the CRUD operations in REST format for your entity including relationships, validations, pagination and data marshalling.
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Last updated 4 weeks ago