/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled()) {
// Traverse the members.
if (mIsWhileStatement) {
getCondition().traverseAll(pAction);
getStatement().traverseAll(pAction);
} else {
getStatement().traverseAll(pAction);
getCondition().traverseAll(pAction);
}
}
pAction.actionPerformed(this);
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <p>
* Note that this <code>JSOM</code> type has no <code>JSOM</code> members to
* traverse.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
// Nothing to traverse.
pAction.actionPerformed(this);
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled())
{
// Traverse the members.
getModifierList().traverseAll(pAction);
getType().traverseAll(pAction);
getIdentifier().traverseAll(pAction);
}
pAction.actionPerformed(this);
}
/**
* If <code>pAction.isMemberTraversionEnabled() == true</code> this method
* traverses all <code>JSOM</code> members that belong to <code>this</code>
* by calling the <code>traverseAll(...)</code> method on these members with
* <code>pAction</code> as argument.
* <p>
* Calling the methods <code>pAction.performAction(this)</code> and <code>
* pAction.actionPerformed(this)</code> is up to classes that implement all
* the abstract methods not implemented by this class.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public virtual void traverseAll(TraverseAction pAction)
{
if (pAction.isMemberTraversingEnabled()) {
// Traverse the members.
getModifierList().traverseAll(pAction);
getType().traverseAll(pAction);
if (mVariableDeclarators == null) {
resolveVariableDeclarators();
}
foreach (VariableDeclarator declarator in mVariableDeclarators) {
declarator.traverseAll(pAction);
}
}
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled()) {
// Traverse the members.
getStatementBlockScope().traverseAll(pAction);
if (mCatchClauseListTree != null) {
if (mCatchClauses == null) {
resolveCatchClauses();
}
foreach (Catch catchClause in mCatchClauses) {
catchClause.traverseAll(pAction);
}
}
StatementBlockScope scope = getFinallyStatementBlockScope();
if (scope != null) {
scope.traverseAll(pAction);
}
}
pAction.actionPerformed(this);
}
/**
* If <code>pAction.isMemberTraversionEnabled() == true</code> this method
* traverses all <code>JSOM</code> members that belong to <code>this</code>
* by calling the <code>traverseAll(...)</code> method on these members with
* <code>pAction</code> as argument.
* <p>
* Calling the methods <code>pAction.performAction(this)</code> and <code>
* pAction.actionPerformed(this)</code> is up to classes that implement all
* the abstract methods not implemented by this class.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public virtual void traverseAll(TraverseAction pAction)
{
if (pAction.isMemberTraversingEnabled()) {
// Traverse the members.
getModifierList().traverseAll(pAction);
}
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled()) {
// Traverse the members.
ModifierList modifiers = getLocalModifiers();
if (modifiers != null) {
modifiers.traverseAll(pAction);
}
getType().traverseAll(pAction);
getExpression().traverseAll(pAction);
getStatement().traverseAll(pAction);
}
pAction.actionPerformed(this);
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled()) {
// Traverse the members.
mArrayAccess.traverseAll(pAction);
mOffset.traverseAll(pAction);
}
pAction.actionPerformed(this);
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled()) {
// Traverse the members.
if (!mIsArrayInitializer) {
getExpression().traverseAll(pAction);
} else if (mInitializerTree != null) {
if (mArrayInitializers == null) {
resolveArrayInitializers();
}
foreach (VariableInitializer initializer in mArrayInitializers) {
initializer.traverseAll(pAction);
}
}
}
pAction.actionPerformed(this);
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public override void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled()) {
// Traverse the members.
base.traverseAll(pAction, true);
getStatementBlockScope().traverseAll(pAction);
}
pAction.actionPerformed(this);
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled()) {
// Traverse the members.
if (mRValueType == RValueType.ANNOTATION_ELEMENT_VALUES) {
if (mAnnotationElemArray == null) {
resolveAnnotationElementValues();
}
foreach (AnnotationElementValue value in mAnnotationElemArray) {
value.traverseAll(pAction);
}
} else if (mRValueType == RValueType.ANNOTATION) {
getAnnotation().traverseAll(pAction);
} else if (mRValueType == RValueType.EXPRESSION) {
getExpression().traverseAll(pAction);
}
}
pAction.actionPerformed(this);
}
/**
* @see #traverseAll(TraverseAction)
*
* @param pAction A user define action.
* @param pTraverseMembersOnly If <code>true</code> the methods <code>
* pAction.performAction()</code> and
* <code>pAction.actionPerformed</code> will
* not be called by this method.
*/
protected void traverseAll(
TraverseAction pAction, bool pTraverseMembersOnly)
{
if (!pTraverseMembersOnly) {
pAction.performAction(this);
}
if (pAction.isMemberTraversingEnabled()) {
// Traverse the members.
base.traverseAll(pAction);
Type returnType = getReturnType();
if (returnType != null) {
returnType.traverseAll(pAction);
}
}
if (!pTraverseMembersOnly) {
pAction.actionPerformed(this);
}
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public override void traverseAll(TraverseAction pAction)
{
traverseAll(pAction, false);
}
/**
* @see #traverseAll(TraverseAction)
*
* @param pAction A user define action.
* @param pTraverseMembersOnly If <code>true</code> the methods <code>
* pAction.performAction()</code> and
* <code>pAction.actionPerformed</code> will
* not be called by this method.
*/
protected void traverseAll(
TraverseAction pAction, bool pTraverseMembersOnly)
{
if (!pTraverseMembersOnly) {
pAction.performAction(this);
}
if (pAction.isMemberTraversingEnabled()) {
// Traverse the members.
base.traverseAll(pAction);
if (mGenericTypeParamTree != null) {
if (mGenericTypeParams == null) {
resolveGenericTypeParameters();
}
foreach (GenericTypeParameter param in mGenericTypeParams) {
param.traverseAll(pAction);
}
}
ClassExtendsClause extendsClause = (ClassExtendsClause) getExtendsClause();
if (extendsClause != null) {
extendsClause.traverseAll(pAction);
}
ImplementsClause implementsClause = (ImplementsClause) getImplementsClause();
if (implementsClause != null) {
implementsClause.traverseAll(pAction);
}
getTopLevelScope().traverseAll(pAction);
}
if (!pTraverseMembersOnly) {
pAction.actionPerformed(this);
}
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled()) {
// Traverse the members.
if (mHasAnnotations) {
if (mAnnotations == null) {
resolveAnnotations();
}
foreach (Annotation annotation in mAnnotations) {
annotation.traverseAll(pAction);
}
}
if (mArgumentsTree != null) {
if (mArguments == null) {
resolveArguments();
}
foreach (Expression expression in mArguments) {
expression.traverseAll(pAction);
}
}
ClassTopLevelScope scope = getClassTopLevelScope();
if (scope != null) {
scope.traverseAll(pAction);
}
}
pAction.actionPerformed(this);
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled()) {
// Traverse the members.
if (mIsArrayOfPrimitiveType) {
getPrimitiveType().traverseAll(pAction);
} else {
getQualifiedIdentifier().traverseAll(pAction);
}
}
pAction.actionPerformed(this);
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public override void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled()) {
// Traverse the members.
base.traverseAll(pAction);
if (mGenericTypeParamTree != null) {
if (mGenericTypeParams == null) {
resolveGenericTypeParameters();
}
foreach (GenericTypeParameter param in mGenericTypeParams) {
param.traverseAll(pAction);
}
}
InterfaceExtendsClause extendsClause = (InterfaceExtendsClause) getExtendsClause();
if (extendsClause != null) {
extendsClause.traverseAll(pAction);
}
getTopLevelScope().traverseAll(pAction);
}
pAction.actionPerformed(this);
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled()) {
// Traverse the types.
if (mTypes == null) {
resolveTypes();
}
foreach (Type type in mTypes) {
type.traverseAll(pAction);
}
}
pAction.actionPerformed(this);
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public override void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled()) {
base.traverseAll(pAction, true);
}
pAction.actionPerformed(this);
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled()) {
// Traverse the members.
getIdentifier().traverseAll(pAction);
if (mHasInitializers) {
if (mInitializers == null) {
resolveInitializers();
}
foreach (AnnotationInitializer initializer in mInitializers) {
initializer.traverseAll(pAction);
}
}
}
pAction.actionPerformed(this);
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled()) {
// Traverse the members.
if (mAnnotationTrees != null) {
if (mAnnotations == null) {
resolveAnnotations();
}
foreach (Annotation annotation in mAnnotations) {
annotation.traverseAll(pAction);
}
}
}
pAction.actionPerformed(this);
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled())
{
// Traverse the members.
if (!mIsEmptyFormalParameterList)
{
if (mParams == null)
{
resolveFormalParameterDeclarations();
}
foreach (FormalParameterDeclaration declaration in mParams)
{
declaration.traverseAll(pAction);
}
}
}
pAction.actionPerformed(this);
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled()) {
PrimaryExpression expression = getSuperType();
if (expression != null) {
expression.traverseAll(pAction);
}
if (mGenericTypeArgumentListTree != null) {
if (mGenericTypeArguments == null) {
mGenericTypeArguments =
AST2GenericTypeArgument.resolveGenericTypeArgumentList(
mGenericTypeArgumentListTree,
getTokenRewriteStream());
}
foreach (GenericTypeArgument arg in mGenericTypeArguments) {
arg.traverseAll(pAction);
}
}
// Traverse the members.
if (mArgumentListTree != null) {
if (mArguments == null) {
resolveArguments();
}
foreach (Expression arg in mArguments) {
arg.traverseAll(pAction);
}
}
}
pAction.actionPerformed(this);
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled()) {
// Traverse the members.
if (mHasGenericTypeArg) {
if (mGenericTypeArguments == null) {
resolveGenericTypeArguments();
}
foreach (GenericTypeArgument arg in mGenericTypeArguments) {
arg.traverseAll(pAction);
}
}
}
pAction.actionPerformed(this);
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as
* argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true
* </code> all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)
* </code> method on these members with <code>pAction</code> as
* argument. This will be done after the <code>
* pAction.performAction(...)</code> call but before the <code>
* pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled())
{
// Traverse the members.
getFormalParameter().traverseAll(pAction);
getStatementBlockScope().traverseAll(pAction);
}
pAction.actionPerformed(this);
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled()) {
// Traverse the members.
getModifierList().traverseAll(pAction);
getType().traverseAll(pAction);
AnnotationElementValue defaultValue = getDefaultValue();
if (defaultValue != null) {
defaultValue.traverseAll(pAction);
}
}
pAction.actionPerformed(this);
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled()) {
// Traverse the members.
getValue().traverseAll(pAction);
}
pAction.actionPerformed(this);
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled())
{
// Traverse the members.
getCondition().traverseAll(pAction);
getIfTrueExpression().traverseAll(pAction);
getIfFalseExpression().traverseAll(pAction);
}
pAction.actionPerformed(this);
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public override void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled()) {
// Traverse the members.
base.traverseAll(pAction);
if (hasMethodDeclaration()) {
foreach (AnnotationMethodDeclaration declaration in mMethodDecls) {
declaration.traverseAll(pAction);
}
}
}
pAction.actionPerformed(this);
}
/**
* Calls the methods <code>pAction.performAction(...)</code> and <code>
* pAction.actionPerformed(...)</code> with <code>this</code> as argument.
* <P>
* Furthermore, if <code>pAction.isMemberTraversionEnabled() == true</code>
* all <code>JSOM</code> members that belong to <code>this
* </code> will be traversed by calling the <code>traverseAll(...)</code>
* method on these members with <code>pAction</code> as argument. This will
* be done after the <code>pAction.performAction(...)</code> call but before
* the <code>pAction.actionPerformed(...)</code> call.
*
* @see JSOM#traverseAll(TraverseAction)
*
* @param pAction User define traverse actions.
*
* @throws NullPointerException if <code>pAction</code> is <code>
* null</code>.
*/
public void traverseAll(TraverseAction pAction)
{
pAction.performAction(this);
if (pAction.isMemberTraversingEnabled()) {
// Traverse the members.
if (mDotExprType != DotExprType.PRIMITIVE_TYPE_DOT_CLASS) {
getLeftExpression().traverseAll(pAction);
} else {
getPrimitiveTypeFromLeft().traverseAll(pAction);
}
getRightExpression().traverseAll(pAction);
}
pAction.actionPerformed(this);
}
