((StateHolder) result).restoreState(context, tuple[StateHolderTupleIndices.StateHolderSaverInstance.ordinal()]);
((StateHolder) result).restoreState(context, tuple[StateHolderTupleIndices.StateHolderSaverInstance.ordinal()]);
((StateHolder) result).restoreState(context, tuple[StateHolderTupleIndices.StateHolderSaverInstance.ordinal()]);
((StateHolder) result).restoreState(context, tuple[StateHolderTupleIndices.StateHolderSaverInstance.ordinal()]);
public StateHolderSaver(FacesContext context, Object toSave) { if (toSave == null) { className = null; } else { className = toSave.getClass().getName(); } if (toSave instanceof StateHolder) { // do not save an attached object that is marked transient. if (!((StateHolder) toSave).isTransient()) { Serializable [] tuple = new Serializable[StateHolderTupleIndices.LastMember.ordinal()]; tuple[StateHolderTupleIndices.StateHolderSaverInstance.ordinal()] = (Serializable) ((StateHolder) toSave).saveState(context); if (toSave instanceof UIComponent) { tuple[StateHolderTupleIndices.ComponentAddedDynamically.ordinal()] = ((UIComponent)toSave).getAttributes().containsKey(DYNAMIC_COMPONENT) ? Boolean.TRUE : Boolean.FALSE; } savedState = tuple; } else { className = null; } } else if (toSave instanceof Serializable) { savedState = (Serializable) toSave; className = null; } }
public StateHolderSaver(FacesContext context, Object toSave) { if (toSave == null) { className = null; } else { className = toSave.getClass().getName(); } if (toSave instanceof StateHolder) { // do not save an attached object that is marked transient. if (!((StateHolder) toSave).isTransient()) { Serializable [] tuple = new Serializable[StateHolderTupleIndices.LastMember.ordinal()]; tuple[StateHolderTupleIndices.StateHolderSaverInstance.ordinal()] = (Serializable) ((StateHolder) toSave).saveState(context); if (toSave instanceof UIComponent) { tuple[StateHolderTupleIndices.ComponentAddedDynamically.ordinal()] = ((UIComponent)toSave).getAttributes().containsKey(DYNAMIC_COMPONENT) ? Boolean.TRUE : Boolean.FALSE; } savedState = tuple; } else { className = null; } } else if (toSave instanceof Serializable) { savedState = (Serializable) toSave; className = null; } }
public boolean componentAddedDynamically() { boolean result = false; // if the Object to save implemented Serializable but not // StateHolder if (null == className && null != savedState) { return result; } // if the Object to save did not implement Serializable or // StateHolder if (className == null) { return result; } // else the object to save did implement StateHolder if (null != savedState) { // don't need to check transient, since that was done on // the saving side. Serializable [] tuple = (Serializable []) savedState; result = (Boolean) tuple[StateHolderTupleIndices.ComponentAddedDynamically.ordinal()]; } return result; }
public boolean componentAddedDynamically() { boolean result = false; // if the Object to save implemented Serializable but not // StateHolder if (null == className && null != savedState) { return result; } // if the Object to save did not implement Serializable or // StateHolder if (className == null) { return result; } // else the object to save did implement StateHolder if (null != savedState) { // don't need to check transient, since that was done on // the saving side. Serializable [] tuple = (Serializable []) savedState; result = (Boolean) tuple[StateHolderTupleIndices.ComponentAddedDynamically.ordinal()]; } return result; }
public StateHolderSaver(FacesContext context, Object toSave) { if(toSave == null) { className = null; } else { className = toSave.getClass().getName(); } if (toSave instanceof StateHolder) { // do not save an attached object that is marked transient. if (!((StateHolder) toSave).isTransient()) { Serializable [] tuple = new Serializable[StateHolderTupleIndices.LastMember.ordinal()]; tuple[StateHolderTupleIndices.StateHolderSaverInstance.ordinal()] = (Serializable) ((StateHolder) toSave).saveState(context); if (toSave instanceof UIComponent) { tuple[StateHolderTupleIndices.ComponentAddedDynamically.ordinal()] = ((UIComponent)toSave).getAttributes().containsKey(DYNAMIC_COMPONENT) ? Boolean.TRUE : Boolean.FALSE; } savedState = tuple; } else { className = null; } } else if (toSave instanceof Serializable) { savedState = (Serializable) toSave; className = null; } }
public StateHolderSaver(FacesContext context, Object toSave) { if (toSave == null) { className = null; } else { className = toSave.getClass().getName(); } if (toSave instanceof StateHolder) { // do not save an attached object that is marked transient. if (!((StateHolder) toSave).isTransient()) { Serializable [] tuple = new Serializable[StateHolderTupleIndices.LastMember.ordinal()]; tuple[StateHolderTupleIndices.StateHolderSaverInstance.ordinal()] = (Serializable) ((StateHolder) toSave).saveState(context); if (toSave instanceof UIComponent) { tuple[StateHolderTupleIndices.ComponentAddedDynamically.ordinal()] = ((UIComponent)toSave).getAttributes().containsKey(DYNAMIC_COMPONENT) ? Boolean.TRUE : Boolean.FALSE; } savedState = tuple; } else { className = null; } } else if (toSave instanceof Serializable) { savedState = (Serializable) toSave; className = null; } }
public StateHolderSaver(FacesContext context, Object toSave) { if(toSave == null) { className = null; } else { className = toSave.getClass().getName(); } if (toSave instanceof StateHolder) { // do not save an attached object that is marked transient. if (!((StateHolder) toSave).isTransient()) { Serializable [] tuple = new Serializable[StateHolderTupleIndices.LastMember.ordinal()]; tuple[StateHolderTupleIndices.StateHolderSaverInstance.ordinal()] = (Serializable) ((StateHolder) toSave).saveState(context); if (toSave instanceof UIComponent) { tuple[StateHolderTupleIndices.ComponentAddedDynamically.ordinal()] = ((UIComponent)toSave).getAttributes().containsKey(DYNAMIC_COMPONENT) ? Boolean.TRUE : Boolean.FALSE; } savedState = tuple; } else { className = null; } } else if (toSave instanceof Serializable) { savedState = (Serializable) toSave; className = null; } }
public StateHolderSaver(FacesContext context, Object toSave) { if (toSave == null) { className = null; } else { className = toSave.getClass().getName(); } if (toSave instanceof StateHolder) { // do not save an attached object that is marked transient. if (!((StateHolder) toSave).isTransient()) { Serializable [] tuple = new Serializable[StateHolderTupleIndices.LastMember.ordinal()]; tuple[StateHolderTupleIndices.StateHolderSaverInstance.ordinal()] = (Serializable) ((StateHolder) toSave).saveState(context); if (toSave instanceof UIComponent) { tuple[StateHolderTupleIndices.ComponentAddedDynamically.ordinal()] = ((UIComponent)toSave).getAttributes().containsKey(DYNAMIC_COMPONENT) ? Boolean.TRUE : Boolean.FALSE; } savedState = tuple; } else { className = null; } } else if (toSave instanceof Serializable) { savedState = (Serializable) toSave; className = null; } }
public boolean componentAddedDynamically() { boolean result = false; // if the Object to save implemented Serializable but not // StateHolder if (null == className && null != savedState) { return result; } // if the Object to save did not implement Serializable or // StateHolder if (className == null) { return result; } // else the object to save did implement StateHolder if (null != savedState) { // don't need to check transient, since that was done on // the saving side. Serializable [] tuple = (Serializable []) savedState; result = (Boolean) tuple[StateHolderTupleIndices.ComponentAddedDynamically.ordinal()]; } return result; }
public boolean componentAddedDynamically() { boolean result = false; // if the Object to save implemented Serializable but not // StateHolder if (null == className && null != savedState) { return result; } // if the Object to save did not implement Serializable or // StateHolder if (className == null) { return result; } // else the object to save did implement StateHolder if (null != savedState) { // don't need to check transient, since that was done on // the saving side. Serializable [] tuple = (Serializable []) savedState; result = (Boolean) tuple[StateHolderTupleIndices.ComponentAddedDynamically.ordinal()]; } return result; }
public boolean componentAddedDynamically() { boolean result = false; // if the Object to save implemented Serializable but not // StateHolder if (null == className && null != savedState) { return result; } // if the Object to save did not implement Serializable or // StateHolder if (className == null) { return result; } // else the object to save did implement StateHolder if (null != savedState) { // don't need to check transient, since that was done on // the saving side. Serializable [] tuple = (Serializable []) savedState; result = (Boolean) tuple[StateHolderTupleIndices.ComponentAddedDynamically.ordinal()]; } return result; }
public StateHolderSaver(FacesContext context, Object toSave) { className = toSave.getClass().getName(); if (toSave instanceof StateHolder) { // do not save an attached object that is marked transient. if (!((StateHolder) toSave).isTransient()) { Serializable [] tuple = new Serializable[StateHolderTupleIndices.LastMember.ordinal()]; tuple[StateHolderTupleIndices.StateHolderSaverInstance.ordinal()] = (Serializable) ((StateHolder) toSave).saveState(context); if (toSave instanceof UIComponent) { tuple[StateHolderTupleIndices.ComponentAddedDynamically.ordinal()] = ((UIComponent)toSave).getAttributes().containsKey(DYNAMIC_COMPONENT) ? Boolean.TRUE : Boolean.FALSE; } savedState = tuple; } else { className = null; } } else if (toSave instanceof Serializable) { savedState = (Serializable) toSave; className = null; } }
public StateHolderSaver(FacesContext context, Object toSave) { className = toSave.getClass().getName(); if (toSave instanceof StateHolder) { // do not save an attached object that is marked transient. if (!((StateHolder) toSave).isTransient()) { Serializable [] tuple = new Serializable[StateHolderTupleIndices.LastMember.ordinal()]; tuple[StateHolderTupleIndices.StateHolderSaverInstance.ordinal()] = (Serializable) ((StateHolder) toSave).saveState(context); if (toSave instanceof UIComponent) { tuple[StateHolderTupleIndices.ComponentAddedDynamically.ordinal()] = ((UIComponent)toSave).getAttributes().containsKey(DYNAMIC_COMPONENT) ? Boolean.TRUE : Boolean.FALSE; } savedState = tuple; } else { className = null; } } else if (toSave instanceof Serializable) { savedState = (Serializable) toSave; className = null; } }
public boolean componentAddedDynamically() { boolean result = false; // if the Object to save implemented Serializable but not // StateHolder if (null == className && null != savedState) { return result; } // if the Object to save did not implement Serializable or // StateHolder if (className == null) { return result; } // else the object to save did implement StateHolder if (null != savedState) { // don't need to check transient, since that was done on // the saving side. Serializable [] tuple = (Serializable []) savedState; result = (Boolean) tuple[StateHolderTupleIndices.ComponentAddedDynamically.ordinal()]; } return result; }
public boolean componentAddedDynamically() { boolean result = false; // if the Object to save implemented Serializable but not // StateHolder if (null == className && null != savedState) { return result; } // if the Object to save did not implement Serializable or // StateHolder if (className == null) { return result; } // else the object to save did implement StateHolder if (null != savedState) { // don't need to check transient, since that was done on // the saving side. Serializable [] tuple = (Serializable []) savedState; result = (Boolean) tuple[StateHolderTupleIndices.ComponentAddedDynamically.ordinal()]; } return result; }
public boolean componentAddedDynamically() { boolean result = false; // if the Object to save implemented Serializable but not // StateHolder if (null == className && null != savedState) { return result; } // if the Object to save did not implement Serializable or // StateHolder if (className == null) { return result; } // else the object to save did implement StateHolder if (null != savedState) { // don't need to check transient, since that was done on // the saving side. Serializable [] tuple = (Serializable []) savedState; result = (Boolean) tuple[StateHolderTupleIndices.ComponentAddedDynamically.ordinal()]; } return result; }