BeanProvider beanProvider
Object beanId
String beanProperty
BeanProvider beanProvider
Object beanId
String beanProperty
String postPath
String appHostPath
String baseUrl
"http://localhost:1234/bar/something?a=b"
, it would be
"http://localhost/bar"
.String hostFreeBaseUrl
"http://localhost:1234/bar/something?a=b"
, it would be
"bar"
.String appId
String sessionToken
int step
int actionStep
String formEncType
UserAgentInfo userAgentInfo
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputTableTreeNode root
protected Object writeReplace() throws ObjectStreamException
ObjectStreamException
- never, but Serializable requires this method signature to declare it.Serializable
boolean locked
ComponentModel sharedModel
private void readObject(ObjectInputStream in) throws IOException, ClassNotFoundException
IOException
- if there is an error reading from the stream.ClassNotFoundException
- if the class can't be found.Serializable
private void writeObject(ObjectOutputStream out) throws IOException
IOException
- if there is an error writing to the stream.Serializable
private Object readResolve() throws ObjectStreamException
ObjectStreamException
- never, but Serializable requires this method signature to declare it.Serializable
String repositoryKey
int[] nodeLocation
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputboolean allowNoSelection
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputAdapterBasicTableModel.BasicTableModel model
String triggerId
List<E> targetIds
String targetContainerId
AjaxOperation.AjaxAction action
boolean internalAjaxRequest
int duration
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputList<E> collapsibleList
WCollapsibleToggle collapsibleToggle
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWComponent component
UIContext context
ContentAccess contentAccess
boolean cacheable
boolean displayInline
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputint code
boolean developerFriendly
Throwable error
String forwardTo
Dimension size
Size all
Size top
Size right
Size bottom
Size left
int oldAll
int north
int east
int south
int west
String message
Serializable[] args
int type
Message.SUCCESS_MESSAGE
, Message.INFO_MESSAGE
, Message.WARNING_MESSAGE
or
Message.ERROR_MESSAGE
).Map<K,V> comparators
boolean editable
boolean selectable
List<E> levels
boolean iterateFirstLevel
int maxIterations
String levelBeanProperty
String[] columnBeanProperties
Class<T> renderer
boolean rowPerListItem
Map<K,V> comparators
boolean editable
Serializable[] data
String[] properties
Map<K,V> comparators
boolean editable
Serializable[][] data
Map<K,V> comparators
boolean editable
Serializable[][] data
boolean expanded
Serializable data
Class<T> rendererClass
boolean rendererSpansAllCols
custom renderer
spans the entire row.int nodeCount
UIContext backing
WComponent ui
long creationTime
Map<K,V> map
Map<K,V> attribMap
Environment environment
Locale locale
byte browserVersion
Dimension size
int duration
AjaxTrigger trigger
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWAjaxControl control
WAjaxControl
control to perform polling.String resourceId
String url
InternalResource resource
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputcom.github.bordertech.wcomponents.WButton.ButtonImage buttonImage
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWInvisibleContainer cardContainer
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWComponent content
WDecoratedLabel label
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWContainer columns
WRepeater repeater
WContainer actions
WTableColumn rowHeaderColumn
int minSelectedRowCount
int maxSelectedRowCount
boolean error
String message
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWDataTable table
WDecoratedLabel rowHeader
Map<K,V> expandedRenderers
boolean lenient
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWContainer content
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWNamingContext holder
The holder is a naming context to make the ids in the dialog all unique and have the same prefix.
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWLabel label
WComponent field
WFieldWarningIndicator warningIndicator
WFieldErrorIndicator errorIndicator
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWDecoratedLabel title
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWDecoratedLabel label
WComponent content
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWDecoratedLabel label
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputcom.github.bordertech.wcomponents.WLink.LinkImage linkImage
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWLink link
String windowName
boolean resizable
boolean scrollbars
boolean toolbars
boolean location
boolean directories
boolean status
boolean menubar
int left
int top
int width
int height
Size space
int gap
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWMenu.MenuType type
WContainer content
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWDecoratedLabel label
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWDecoratedLabel label
WContainer content
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWMessageBox successMessages
WMessageBox infoMessages
WMessageBox warningMessages
WMessageBox errorMessages
WValidationErrors validationErrors
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputRadioButtonGroup group
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputint rowIndex
String rowRenderId
Object rowId
WRepeater.WRepeatRoot repeatRoot
int contextId
Map<K,V> componentModels
WRepeater repeater
Size space
int gap
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWDecoratedLabel label
WPanel content
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWDecoratedLabel label
WContainer content
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWDecoratedLabel label
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWContainer columns
WContainer footers
WTable.TableRepeater repeater
WContainer actions
int minSelectedRowCount
int maxSelectedRowCount
boolean error
String message
WTable table
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputClass<T> rendererClass
WComponent renderer
WDecoratedLabel label
WComponent footerRender
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWDataTable table
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputpublic void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputWNamingContext holderNamingContext
WInvisibleContainer holder
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputString key
WebComponent backing
Response response
ResponseCacheInterceptor.CacheType type
String targetId
boolean doTransform
boolean debugRequested
String templateUrl
String windowId
boolean attachWindow
org.apache.commons.fileupload.FileItem backing
Size hSpace
Size vSpace
int hgap
int vgap
int[] columnWidths
ColumnLayout.Alignment[] columnAlignments
Size hSpace
Size vSpace
int hgap
int vgap
FlowLayout.Alignment alignment
Size space
int gap
FlowLayout.ContentAlignment contentAlignment
int rows
int cols
Size hSpace
Size vSpace
int hgap
int vgap
ListLayout.Alignment alignment
ListLayout.Type type
ListLayout.Separator separator
boolean ordered
Size space
int gap
String url
int subsessionId
Map<K,V> attributes
int maxInactiveInterval
long creationTime
long lastAccessedTime
int sessionId
boolean invalid
javax.servlet.http.HttpSession backing
WComponent noUI
SubordinateTarget target
Object value
SubordinateTarget targetInGroup
SubordinateTrigger trigger
Object value
Condition condition
AbstractCompare.CompareType type
SubordinateTrigger trigger
Object value
List<E> operands
GroupExpression.Type type
Serializable first
Serializable second
String fieldName
String type
ObjectGraphNode.value
's class.Object value
int size
int id
ObjectGraphNode refNode
int startIndex
int endIndex
WComponent relatedField
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputint severity
UIContext uic
WComponent component
Input
.String message
MessageFormat
syntax if args are present.Object[] args
WValidationErrors errorsBox
WComponent componentToValidate
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
After the ComponentModel data is read in, some fields may be in a "unset" state. The static model needs to be
supplied using ComponentModel.setSharedModel(ComponentModel)
IOException
- if there is an error reading from the ObjectInputClassNotFoundException
- If the class of a serialized object cannot be found.public void writeExternal(ObjectOutput out) throws IOException
Implementation of the Externalizable interface to ensure that we don't serialize redundant data (anything
contained by the ComponentModel.sharedModel
.
Data is obtained using reflection so that subclasses don't need concern themselves with the ComponentModel serialization mechanism.
IOException
- if there is an error writing to the ObjectOutputDate fixedPivot
WDateField variablePivot
int operator
Pattern pattern
Copyright © 2021. All rights reserved.