/**
* Creates a {@link CommentNode} node and returns the same builder.
*
* @param value The comment value.
* @return Returns this for method chaining.
*/
public GenericBuilder<P> comment(final String value) {
parentNode.addChild(CommentNode.newInstance(parentNode, value));
return this;
}
/**
* Creates a {@link ChoiceNode} node and returns a sub builder for adding nodes to the {@link
* ChoiceNode} node.
*
* @return Returns a new generic builder for a choice node.
*/
public GenericBuilder<GenericBuilder<P>> choice() {
final ChoiceNode choice = ChoiceNode.newInstance(parentNode);
parentNode.addChild(choice);
return new GenericBuilder<GenericBuilder<P>>(this, choice);
}
/**
* Creates a {@link TerminalNode} node and returns the same builder.
*
* @param value The terminal value.
* @return Returns this for method chaining.
*/
public GenericBuilder<P> terminal(final String value) {
parentNode.addChild(TerminalNode.newInstance(parentNode, value));
return this;
}
/**
* Creates an {@link IdentifierNode} node and returns the same builder.
*
* @param value The identifier value.
* @return Returns this for method chaining.
*/
public GenericBuilder<P> identifier(final String value) {
parentNode.addChild(IdentifierNode.newInstance(parentNode, value));
return this;
}
/**
* Creates a {@link SequenceNode} node and returns a sub builder for adding nodes to the {@link
* SequenceNode} node.
*
* @return Returns a new generic builder for a sequence node.
*/
public GenericBuilder<GenericBuilder<P>> sequence() {
final SequenceNode seq = SequenceNode.newInstance(parentNode);
parentNode.addChild(seq);
return new GenericBuilder<GenericBuilder<P>>(this, seq);
}
/**
* Creates a {@link Option} node and returns a sub builder for adding nodes to the {@link Option}
* node.
*
* @return Returns a new generic builder for a option node.
*/
public GenericBuilder<GenericBuilder<P>> option() {
final Option option = Option.newInstance(parentNode);
parentNode.addChild(option);
return new GenericBuilder<GenericBuilder<P>>(this, option);
}
/**
* Creates a {@link LoopNode} node and returns a sub builder for adding nodes to the {@link
* LoopNode} node.
*
* @return Returns a new generic builder for a loop node.
*/
public GenericBuilder<GenericBuilder<P>> loop() {
final LoopNode loop = LoopNode.newInstance(parentNode);
parentNode.addChild(loop);
return new GenericBuilder<GenericBuilder<P>>(this, loop);
}