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edited Feb 2, 2012 at 6:42

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You map your entityproperty as DateTime type then set the value in the constructor using a new DateTime instance:

/** * @Entity * @Table(name="...") */ class MyEntity { /** @Column(type="datetime") */ protected $registration_date; public function __construct() { $this->registration_date = new DateTime(); } }

This works as the constructor of a persisted class is not called upon hydration.

You map your entity as DateTime type then set the value in the constructor using a new DateTime instance:

/** * @Entity * @Table(name="...") */ class MyEntity { /** @Column(type="datetime") */ protected $registration_date; public function __construct() { $this->registration_date = new DateTime(); } }

This works as the constructor of a persisted class is not called upon hydration.

You map your property as DateTime type then set the value in the constructor using a new DateTime instance:

/** * @Entity * @Table(name="...") */ class MyEntity { /** @Column(type="datetime") */ protected $registration_date; public function __construct() { $this->registration_date = new DateTime(); } }

This works as the constructor of a persisted class is not called upon hydration.

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answered Oct 8, 2011 at 17:55

BMBM

16.1k
19
83
135

You map your entity as DateTime type then set the value in the constructor using a new DateTime instance:

/** * @Entity * @Table(name="...") */ class MyEntity { /** @Column(type="datetime") */ protected $registration_date; public function __construct() { $this->registration_date = new DateTime(); } }

This works as the constructor of a persisted class is not called upon hydration.

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