public final class JavaBeanLongProperty extends LongProperty implements JavaBeanProperty<Number>
JavaBeanLongProperty provides an adapter between a regular
Java Bean property of type long or Long and a JavaFX
LongProperty. It cannot be created directly, but a
JavaBeanLongPropertyBuilder has to be used.
As a minimum, the Java Bean must implement a getter and a setter for the
property. If the getter of an instance of this class is called, the property of
the Java Bean is returned. If the setter is called, the value will be passed
to the Java Bean property. If the Java Bean property is bound (i.e. it supports
PropertyChangeListeners), this JavaBeanLongProperty will be
aware of changes in the Java Bean. Otherwise it can be notified about
changes by calling fireValueChangedEvent(). If the Java Bean property
is also constrained (i.e. it supports VetoableChangeListeners), this
JavaBeanLongProperty will reject changes, if it is bound to an
ObservableValue<Long>.
LongProperty,
JavaBeanLongPropertyBuilder| Modifier and Type | Method and Description |
|---|---|
void |
addListener(ChangeListener<? super Number> listener)
Adds a
ChangeListener which will be notified whenever the value
of the ObservableValue changes. |
void |
addListener(InvalidationListener listener)
Adds an
InvalidationListener which will be notified whenever the
Observable becomes invalid. |
void |
bind(ObservableValue<? extends Number> observable)
Create a unidirection binding for this
Property. |
void |
dispose()
Signals to the JavaFX property that it will not be used anymore and any
references can be removed.
|
void |
fireValueChangedEvent()
This method can be called to notify the adapter of a change of the Java
Bean value, if the Java Bean property is not bound (i.e.
|
long |
get()
Get the wrapped value.
|
Object |
getBean()
Returns the
Object that contains this property. |
String |
getName()
Returns the name of this property.
|
boolean |
isBound()
Can be used to check, if a
Property is bound. |
void |
removeListener(ChangeListener<? super Number> listener)
Removes the given listener from the list of listeners, that are notified
whenever the value of the
ObservableValue changes. |
void |
removeListener(InvalidationListener listener)
Removes the given listener from the list of listeners, that are notified
whenever the value of the
Observable becomes invalid. |
void |
set(long value)
Set the wrapped value.
|
String |
toString()
Returns a string representation of this
JavaBeanLongProperty object. |
void |
unbind()
Remove the unidirectional binding for this
Property. |
asObject, bindBidirectional, longProperty, setValue, unbindBidirectionalreadOnlyLongPropertyadd, add, add, add, divide, divide, divide, divide, doubleValue, floatValue, getValue, intValue, longExpression, longExpression, longValue, multiply, multiply, multiply, multiply, negate, subtract, subtract, subtract, subtractadd, asString, asString, asString, divide, greaterThan, greaterThan, greaterThan, greaterThan, greaterThan, greaterThanOrEqualTo, greaterThanOrEqualTo, greaterThanOrEqualTo, greaterThanOrEqualTo, greaterThanOrEqualTo, isEqualTo, isEqualTo, isEqualTo, isEqualTo, isEqualTo, isEqualTo, isEqualTo, isEqualTo, isNotEqualTo, isNotEqualTo, isNotEqualTo, isNotEqualTo, isNotEqualTo, isNotEqualTo, isNotEqualTo, isNotEqualTo, lessThan, lessThan, lessThan, lessThan, lessThan, lessThanOrEqualTo, lessThanOrEqualTo, lessThanOrEqualTo, lessThanOrEqualTo, lessThanOrEqualTo, multiply, numberExpression, subtractclone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, waitbindBidirectional, unbindBidirectionalgetValuegetValue, setValuepublic long get()
WritableValue.getValue(),
this method returns primitive long.
Needs to be identical to WritableValue.getValue().get in interface ObservableLongValueget in interface WritableLongValueUndeclaredThrowableException - if calling the getter of the Java Bean
property throws an IllegalAccessException or an
InvocationTargetException.public void set(long value)
WritableLongValue.setValue(java.lang.Number),
this method uses primitive long.set in interface WritableLongValuevalue - The new valueUndeclaredThrowableException - if calling the getter of the Java Bean
property throws an IllegalAccessException or an
InvocationTargetException.public void bind(ObservableValue<? extends Number> observable)
Property.
Note that JavaFX has all the bind calls implemented through weak listeners. This means the bound property can be garbage collected and stopped from being updated.
public void unbind()
Property.
If the Property is not bound, calling this method has no effect.unbind in interface Property<Number>Property.bind(javafx.beans.value.ObservableValue)public boolean isBound()
Property is bound.isBound in interface Property<Number>true if the Property is bound, false
otherwiseProperty.bind(javafx.beans.value.ObservableValue)public Object getBean()
Object that contains this property. If this property
is not contained in an Object, null is returned.getBean in interface ReadOnlyProperty<Number>Object or nullpublic String getName()
String.getName in interface ReadOnlyProperty<Number>Stringpublic void addListener(ChangeListener<? super Number> listener)
ChangeListener which will be notified whenever the value
of the ObservableValue changes. If the same listener is added
more than once, then it will be notified more than once. That is, no
check is made to ensure uniqueness.
Note that the same actual ChangeListener instance may be safely
registered for different ObservableValues.
The ObservableValue stores a strong reference to the listener
which will prevent the listener from being garbage collected and may
result in a memory leak. It is recommended to either unregister a
listener by calling removeListener after use or to use an instance of
WeakChangeListener avoid this situation.
addListener in interface ObservableValue<Number>listener - The listener to registerObservableValue.removeListener(ChangeListener)public void removeListener(ChangeListener<? super Number> listener)
ObservableValue changes.
If the given listener has not been previously registered (i.e. it was never added) then this method call is a no-op. If it had been previously added then it will be removed. If it had been added more than once, then only the first occurrence will be removed.
removeListener in interface ObservableValue<Number>listener - The listener to removeObservableValue.addListener(ChangeListener)public void addListener(InvalidationListener listener)
InvalidationListener which will be notified whenever the
Observable becomes invalid. If the same
listener is added more than once, then it will be notified more than
once. That is, no check is made to ensure uniqueness.
Note that the same actual InvalidationListener instance may be
safely registered for different Observables.
The Observable stores a strong reference to the listener
which will prevent the listener from being garbage collected and may
result in a memory leak. It is recommended to either unregister a
listener by calling removeListener after use or to use an instance of
WeakInvalidationListener avoid this situation.
addListener in interface Observablelistener - The listener to registerObservable.removeListener(InvalidationListener)public void removeListener(InvalidationListener listener)
Observable becomes invalid.
If the given listener has not been previously registered (i.e. it was never added) then this method call is a no-op. If it had been previously added then it will be removed. If it had been added more than once, then only the first occurrence will be removed.
removeListener in interface Observablelistener - The listener to removeObservable.addListener(InvalidationListener)public void fireValueChangedEvent()
fireValueChangedEvent in interface ReadOnlyJavaBeanProperty<Number>public void dispose()
dispose in interface ReadOnlyJavaBeanProperty<Number>public String toString()
JavaBeanLongProperty object.toString in class LongPropertyJavaBeanLongProperty object.Submit a bug or feature
For further API reference and developer documentation, see Java SE Documentation. That documentation contains more detailed, developer-targeted descriptions, with conceptual overviews, definitions of terms, workarounds, and working code examples.
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