Name (rhino 1.7.15 API)

Package org.mozilla.javascript.ast

## Class Name

- java.lang.Object
- - org.mozilla.javascript.Node
  - - org.mozilla.javascript.ast.AstNode
    - - org.mozilla.javascript.ast.Name

- All Implemented Interfaces:
    `java.lang.Comparable<AstNode>`, `java.lang.Iterable<Node>`

      public class Name
      extends AstNode

  AST node for a simple name. A simple name is an identifier that is not a keyword. Node type is `Token.NAME`.

  This node type is also used to represent certain non-identifier names that are part of the language syntax. It's used for the "get" and "set" pseudo-keywords for object-initializer getter/setter properties, and it's also used for the "*" wildcard in E4X XML namespace and name expressions.

- - ### Nested Class Summary

    - ### Nested classes/interfaces inherited from class org.mozilla.javascript.ast.AstNode

      `AstNode.DebugPrintVisitor, AstNode.PositionComparator`

    - ### Nested classes/interfaces inherited from class org.mozilla.javascript.Node

      `Node.NodeIterator`

  - ### Field Summary

    - ### Fields inherited from class org.mozilla.javascript.ast.AstNode

      `inlineComment, length, parent, position`

    - ### Fields inherited from class org.mozilla.javascript.Node

      `ARROW_FUNCTION_PROP, ATTRIBUTE_FLAG, BOTH, CASEARRAY_PROP, CATCH_SCOPE_PROP, CONTROL_BLOCK_PROP, DECR_FLAG, DESCENDANTS_FLAG, DESTRUCTURING_ARRAY_LENGTH, DESTRUCTURING_NAMES, DESTRUCTURING_PARAMS, DIRECTCALL_PROP, END_DROPS_OFF, END_RETURNS, END_RETURNS_VALUE, END_UNREACHED, END_YIELDS, EXPRESSION_CLOSURE_PROP, first, FUNCTION_PROP, GENERATOR_END_PROP, INCRDECR_PROP, ISNUMBER_PROP, JSDOC_PROP, LABEL_ID_PROP, last, LAST_PROP, LEFT, lineno, LOCAL_BLOCK_PROP, LOCAL_PROP, MEMBER_TYPE_PROP, NAME_PROP, next, NON_SPECIALCALL, OBJECT_IDS_PROP, PARENTHESIZED_PROP, POST_FLAG, PROPERTY_FLAG, propListHead, REGEXP_PROP, RIGHT, SHORTHAND_PROPERTY_NAME, SKIP_INDEXES_PROP, SPECIALCALL_EVAL, SPECIALCALL_PROP, SPECIALCALL_WITH, TARGETBLOCK_PROP, TEMPLATE_LITERAL_PROP, TRAILING_COMMA, type, VARIABLE_PROP`

  - ### Constructor Summary

    Constructors
    Constructor | Description
    --- | ---
    `Name()` |
    `Name​(int pos)` |
    `Name​(int pos, int len)` |
    `Name​(int pos, int len, java.lang.String name)` | Constructs a new `Name`
    `Name​(int pos, java.lang.String name)` |

  - ### Method Summary

    All Methods Instance Methods Concrete Methods
    Modifier and Type | Method | Description
    --- | --- | ---
    `Scope` | `getDefiningScope()` | Returns the `Scope` in which this `Name` is defined.
    `java.lang.String` | `getIdentifier()` | Returns the node's identifier
    `Scope` | `getScope()` | Return the `Scope` associated with this node.
    `boolean` | `isLocalName()` | Return true if this node is known to be defined as a symbol in a lexical scope other than the top-level (global) scope.
    `int` | `length()` | Return the length of this node's identifier, to let you pretend it's a `String`.
    `void` | `setIdentifier​(java.lang.String identifier)` | Sets the node's identifier
    `void` | `setScope​(Scope s)` | Set the `Scope` associated with this node.
    `java.lang.String` | `toSource​(int depth)` | Emits source code for this node.
    `void` | `visit​(NodeVisitor v)` | Visits this node.

    - ### Methods inherited from class org.mozilla.javascript.ast.AstNode

      `addChild, assertNotNull, codeBug, compareTo, debugPrint, depth, getAbsolutePosition, getAstRoot, getEnclosingFunction, getEnclosingScope, getInlineComment, getLength, getLineno, getParent, getPosition, hasSideEffects, makeIndent, operatorToString, printList, setBounds, setInlineComment, setLength, setParent, setPosition, setRelative, shortName, toSource`

    - ### Methods inherited from class org.mozilla.javascript.Node

      `addChildAfter, addChildBefore, addChildrenToBack, addChildrenToFront, addChildToBack, addChildToFront, getBigInt, getChildBefore, getDouble, getExistingIntProp, getFirstChild, getIntProp, getJsDoc, getJsDocNode, getLastChild, getLastSibling, getNext, getProp, getString, getType, hasChildren, hasConsistentReturnUsage, iterator, labelId, labelId, newNumber, newString, newString, newTarget, putIntProp, putProp, removeChild, removeChildren, removeProp, replaceChild, replaceChildAfter, resetTargets, setBigInt, setDouble, setJsDocNode, setLineno, setString, setType, toString, toStringTree`

    - ### Methods inherited from class java.lang.Object

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

    - ### Methods inherited from interface java.lang.Iterable

      `forEach, spliterator`

- - ### Constructor Detail

    - #### Name

          public Name()

    - #### Name

          public Name​(int pos)

    - #### Name

          public Name​(int pos,
                      int len)

    - #### Name

          public Name​(int pos,
                      int len,
                      java.lang.String name)

      Constructs a new `Name`
      Parameters:
        `pos` - node start position
        `len` - node length
        `name` - the identifier associated with this `Name` node

    - #### Name

          public Name​(int pos,
                      java.lang.String name)

  - ### Method Detail

    - #### getIdentifier

          public java.lang.String getIdentifier()

      Returns the node's identifier

    - #### setIdentifier

          public void setIdentifier​(java.lang.String identifier)

      Sets the node's identifier
      Throws:
        `java.lang.IllegalArgumentException` - if identifier is null

    - #### setScope

          public void setScope​(Scope s)

      Set the `Scope` associated with this node. This method does not set the scope's ast-node field to this node. The field exists only for temporary storage by the code generator. Not every name has an associated scope - typically only function and variable names (but not property names) are registered in a scope.
      Overrides:
        `setScope` in class `Node`
      Parameters:
        `s` - the scope. Can be null. Doesn't set any fields in the scope.

    - #### getScope

          public Scope getScope()

      Return the `Scope` associated with this node. This is only used for (and set by) the code generator, so it will always be null in frontend AST-processing code. Use `getDefiningScope()` to find the lexical `Scope` in which this `Name` is defined, if any.
      Overrides:
        `getScope` in class `Node`

    - #### getDefiningScope

          public Scope getDefiningScope()

      Returns the `Scope` in which this `Name` is defined.
      Returns:
        the scope in which this name is defined, or `null` if it's not defined in the current lexical scope chain

    - #### isLocalName

          public boolean isLocalName()

      Return true if this node is known to be defined as a symbol in a lexical scope other than the top-level (global) scope.
      Returns:
        `true` if this name appears as local variable, a let-bound variable not in the global scope, a function parameter, a loop variable, the property named in a `PropertyGet`, or in any other context where the node is known not to resolve to the global scope. Returns `false` if the node is defined in the top-level scope (i.e., its defining scope is an `AstRoot` object), or if its name is not defined as a symbol in the symbol table, in which case it may be an external or built-in name (or just an error of some sort.)

    - #### length

          public int length()

      Return the length of this node's identifier, to let you pretend it's a `String`. Don't confuse this method with the `AstNode.getLength()` method, which returns the range of characters that this node overlaps in the source input.

    - #### toSource

          public java.lang.String toSource​(int depth)

      Description copied from class: `AstNode`
      Emits source code for this node. Callee is responsible for calling this function recursively on children, incrementing indent as appropriate.

      Note: if the parser was in error-recovery mode, some AST nodes may have `null` children that are expected to be non-`null` when no errors are present. In this situation, the behavior of the `toSource` method is undefined: `toSource` implementations may assume that the AST node is error-free, since it is intended to be invoked only at runtime after a successful parse.

      Specified by:
        `toSource` in class `AstNode`
      Parameters:
        `depth` - the current recursion depth, typically beginning at 0 when called on the root node.

    - #### visit

          public void visit​(NodeVisitor v)

      Visits this node. There are no children to visit.
      Specified by:
        `visit` in class `AstNode`
      Parameters:
        `v` - the object to call with this node and its children