javax.faces.application.Application.createComponent(ValueBinding, FacesContext, String)
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javax.faces.application.Application.createMethodBinding(String, Class>[])
This has been replaced by calling Application.getExpressionFactory() then ExpressionFactory.createMethodExpression(javax.el.ELContext, java.lang.String, java.lang.Class<?>, java.lang.Class<?>[]) .
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javax.faces.application.Application.createValueBinding(String)
This has been replaced by calling Application.getExpressionFactory() then ExpressionFactory.createValueExpression(javax.el.ELContext, java.lang.String, java.lang.Class<?>) .
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javax.faces.webapp.UIComponentClassicTagBase.encodeBegin()
No encoding is done during JSP page execution.
Encoding is deferred until the page has completed executing to
allow the entire tree to be built before any encoding occurs.
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javax.faces.webapp.UIComponentClassicTagBase.encodeChildren()
No encoding is done during JSP page execution.
Encoding is deferred until the page has completed executing to
allow the entire tree to be built before any encoding occurs.
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javax.faces.webapp.UIComponentClassicTagBase.encodeEnd()
No encoding is done during JSP page execution.
Encoding is deferred until the page has completed executing to
allow the entire tree to be built before any encoding occurs.
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javax.faces.component.UICommand.getAction()
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javax.faces.component.ActionSource.getAction()
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javax.faces.component.UICommand.getActionListener()
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javax.faces.component.ActionSource.getActionListener()
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javax.faces.render.ResponseStateManager.getComponentStateToRestore(FacesContext)
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javax.faces.application.StateManager.getComponentStateToSave(FacesContext)
the distinction between tree structure and component
state is now an implementation detail. The default
implementation returns null .
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javax.faces.application.Application.getPropertyResolver()
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javax.faces.render.ResponseStateManager.getTreeStructureToRestore(FacesContext, String)
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javax.faces.application.StateManager.getTreeStructureToSave(FacesContext)
the distinction between tree structure and component
state is now an implementation detail. The default
implementation returns null .
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javax.faces.component.EditableValueHolder.getValidator()
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javax.faces.component.UIInput.getValidator()
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javax.faces.component.UIComponent.getValueBinding(String)
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javax.faces.component.UISelectMany.getValueBinding(String)
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javax.faces.component.UISelectBoolean.getValueBinding(String)
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javax.faces.component.UIComponentBase.getValueBinding(String)
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javax.faces.component.UIGraphic.getValueBinding(String)
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javax.faces.component.EditableValueHolder.getValueChangeListener()
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javax.faces.application.Application.getVariableResolver()
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javax.faces.application.StateManager.restoreComponentState(FacesContext, UIViewRoot, String)
the distinction between tree structure and component
state is now an implementation detail. The default
implementation does nothing.
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javax.faces.application.StateManager.restoreTreeStructure(FacesContext, String, String)
the distinction between tree structure and component
state is now an implementation detail. The default
implementation returns null .
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javax.faces.application.StateManager.saveSerializedView(FacesContext)
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javax.faces.component.UICommand.setAction(MethodBinding)
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javax.faces.component.ActionSource.setAction(MethodBinding)
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javax.faces.component.UICommand.setActionListener(MethodBinding)
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javax.faces.component.ActionSource.setActionListener(MethodBinding)
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javax.faces.application.Application.setPropertyResolver(PropertyResolver)
The recommended way to affect the execution of the EL
is to provide an <el-resolver> element at the
right place in the application configuration resources which will
be considered in the normal course of expression evaluation.
This method now will cause the argument resolver to
be wrapped inside an implementation of ELResolver and
exposed to the EL resolution system as if the user had called
Application.addELResolver(javax.el.ELResolver) .
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javax.faces.component.EditableValueHolder.setValidator(MethodBinding)
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javax.faces.component.UIInput.setValidator(MethodBinding)
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javax.faces.component.UIData.setValueBinding(String, ValueBinding)
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javax.faces.component.UIComponent.setValueBinding(String, ValueBinding)
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javax.faces.component.UISelectMany.setValueBinding(String, ValueBinding)
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javax.faces.component.UISelectBoolean.setValueBinding(String, ValueBinding)
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javax.faces.component.UIComponentBase.setValueBinding(String, ValueBinding)
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javax.faces.component.UIGraphic.setValueBinding(String, ValueBinding)
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javax.faces.component.EditableValueHolder.setValueChangeListener(MethodBinding)
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javax.faces.component.UIInput.setValueChangeListener(MethodBinding)
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javax.faces.application.Application.setVariableResolver(VariableResolver)
The recommended way to affect the execution of the EL
is to provide an <el-resolver> element at the
right place in the application configuration resources which will
be considered in the normal course of expression evaluation.
This method now will cause the argument resolver to
be wrapped inside an implementation of ELResolver and
exposed to the EL resolution system as if the user had called
Application.addELResolver(javax.el.ELResolver) .
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javax.faces.application.StateManager.writeState(FacesContext, StateManager.SerializedView)
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javax.faces.render.ResponseStateManager.writeState(FacesContext, StateManager.SerializedView)
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