class `Athena::Validator::Constraints::All`
inherits `Athena::Validator::Constraints::Composite` #

Validates each element of an Iterable is valid based on a collection of constraints.

Configuration#

Required Arguments#

constraints#

Type: Array(AVD::Constraint) | AVD::Constraint

The AVD::Constraint(s) that you want to apply to each element of the underlying iterable.

Optional Arguments#

Note

This constraint does not support a message argument.

groups#

Type: Array(String) | String | Nil Default: nil

The validation groups this constraint belongs to. AVD::Constraint::DEFAULT_GROUP is assumed if nil.

payload#

Type: Hash(String, String)? Default: nil

Any arbitrary domain-specific data that should be stored with this constraint. The payload is not used by Athena::Validator, but its processing is completely up to you.

Usage#

class Example
  include AVD::Validatable

  def initialize(@strings : Array(String)); end

  # Assert each string is not blank and is at least 5 characters long.
  @[Assert::All([
    @[Assert::NotBlank],
    @[Assert::Size(5..)],
  ])]
  getter strings : Array(String)
end

Note

The annotation approach only supports two levels of nested annotations. Manually wire up the constraint via code if you require more than that.

Constructors#

`.new(constraints : AVD::Constraints::Composite::Type, groups : Array(String) | String | Nil = nil, payload : Hash(String, String) | Nil = nil)`#

View source

Methods#

`#validated_by : AVD::ConstraintValidator.class`#

Returns the AVD::ConstraintValidator.class that should handle validating self.