Package io.deephaven.lang.generated

Class ChunkerNew

java.lang.Object

io.deephaven.lang.generated.SimpleNode

io.deephaven.lang.generated.ScopedNode

io.deephaven.lang.api.AbstractChunkerInvokable

io.deephaven.lang.generated.ChunkerNew

All Implemented Interfaces:

ChunkerInvokable, HasScope, IsScope, Node

public class ChunkerNew
extends AbstractChunkerInvokable
implements IsScope

Field Summary

Fields inherited from class io.deephaven.lang.generated.SimpleNode

children, firstToken, id, lastToken, parent, parser, value

Constructor Summary

Constructors

Constructor	Description
ChunkerNew(int id)
ChunkerNew(Chunker p, int id)

Method Summary

Modifier and Type	Method	Description
java.lang.String	getName()
boolean	isAutocompleteTerminal()	Overridden manually for nodes who can "have a cursor on them" with respect to autocomplete.
java.lang.Object	jjtAccept(ChunkerVisitor visitor, java.lang.Object data)	Accept the visitor.
void	setName(java.lang.String name)

Methods inherited from class io.deephaven.lang.api.AbstractChunkerInvokable

addArgument, addToken, getArgument, getArgumentCount, getArguments, getScopeTarget, setScopeTarget

Methods inherited from class io.deephaven.lang.generated.ScopedNode

getScope, setScope

Methods inherited from class io.deephaven.lang.generated.SimpleNode

addJunk, addToken, adopt, childrenAccept, dump, getChildren, getId, getJunk, indexOf, isWellFormed, jjtAddChild, jjtClose, jjtGetChild, jjtGetFirstToken, jjtGetLastToken, jjtGetNumChildren, jjtGetParent, jjtGetValue, jjtInsertChild, jjtOpen, jjtSetFirstToken, jjtSetLastToken, jjtSetParent, jjtSetValue, removeChild, removeToken, setWellFormed, toString, toString

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Methods inherited from interface io.deephaven.lang.api.ChunkerInvokable

getNameToken

Methods inherited from interface io.deephaven.lang.api.HasScope

addScope

Methods inherited from interface io.deephaven.lang.api.IsScope

asScopeList, getScope, getScopeTarget, setScopeTarget

Methods inherited from interface io.deephaven.lang.generated.Node

addChild, addChild, addJunk, addScope, addToken, adopt, append, asRange, contains, containsIndex, containsLines, distanceTo, findToken, getChildren, getEndIndex, getId, getStartIndex, indexOf, insertChild, isChildOf, isWellFormed, jjtAddChild, jjtClose, jjtGetChild, jjtGetFirstToken, jjtGetLastToken, jjtGetNumChildren, jjtGetParent, jjtInsertChild, jjtOpen, jjtSetFirstToken, jjtSetLastToken, jjtSetParent, maybeDetach, removeChild, rescope, tokens, tokensReversed, toSource

Constructor Detail

ChunkerNew

public ChunkerNew(int id)

ChunkerNew

public ChunkerNew(Chunker p,
                  int id)

Method Detail

jjtAccept

public java.lang.Object jjtAccept(ChunkerVisitor visitor,
                                  java.lang.Object data)

Accept the visitor.

Specified by:

jjtAccept in interface Node

Overrides:

jjtAccept in class SimpleNode

getName

public java.lang.String getName()

Specified by:

getName in interface IsScope

setName

public void setName(java.lang.String name)

isAutocompleteTerminal

public boolean isAutocompleteTerminal()

Description copied from interface: Node

Overridden manually for nodes who can "have a cursor on them" with respect to autocomplete. If any part of an ast node collects tokens that are "leaf nodes" (i.e. there are cursor positions where your ast node will be the most derived child found), then it is a candidate to be a terminal autocomplete source. When encountering whitespace or . or , we might search left or right for interesting nodes, and those ast nodes who are autocomplete terminal will be preferred over their children. The normal search algorithm is a standard binary tree search, where the next-leftmost|rightmost leaf node is transversed. When an `isAutocompleteTerminal() == true` node is found, however, we stop there to continue searches.

Specified by:

isAutocompleteTerminal in interface Node

Returns:

true for nodes that the visitor in ChunkerCompleter will visit and generate results. This is not needed for always-terminal nodes, like ChunkerNum or ChunkerIdent, but is needed by terminal-nodes-with-children, like ChunkerInvoke or ChunkerNew.