com.hazelcast.config.properties

Interface PropertyDefinition

All Known Implementing Classes:

SimplePropertyDefinition

public interface PropertyDefinition

This interface describes an extended approach of the currently available pure property based configuration inside Hazelcast and helps implementing an automatic and transparent way to verify configuration as well as converting types based on provided validators and converters.

All verification is done on property level which means that the configuration overall might still be invalid and needs to be checked by the provider vendor before actually using it.

All used TypeConverters and ValueValidators need to be fully thread-safe and are recommended to be stateless to prevent any kind of unexpected concurrency issues.

Method Summary

Modifier and Type	Method and Description
String	key() Returns the key (the name) of this property inside the configuration.
boolean	optional() Defines if this property is optional or not.
TypeConverter	typeConverter() The TypeConverter to be used to convert the string value read from XML to the expected type automatically.
ValueValidator	validator() Returns an optional validator to validate a value before finalizing the configuration.

Method Detail

typeConverter

TypeConverter typeConverter()

The TypeConverter to be used to convert the string value read from XML to the expected type automatically.

Returns:

a defined type converter to convert from string to another type

key

String key()

Returns the key (the name) of this property inside the configuration.

Returns:

returns the property key

validator

ValueValidator validator()

Returns an optional validator to validate a value before finalizing the configuration.

Returns:

true if validation passed, otherwise false

optional

boolean optional()

Defines if this property is optional or not. Optional properties don't have to be set inside the configuration but if set they need to pass a possibly defined ValueValidator test.

Returns:

true if this property is optional, otherwise false