public class SwitchStatement extends Jump
Token.SWITCH
.
SwitchStatement : switch ( Expression ) CaseBlock CaseBlock : { [CaseClauses] } { [CaseClauses] DefaultClause [CaseClauses] } CaseClauses : CaseClause CaseClauses CaseClause CaseClause : case Expression : [StatementList] DefaultClause : default : [StatementList]
AstNode.PositionComparator
Node.NodeIterator
ATTRIBUTE_FLAG, BOTH, CASEARRAY_PROP, CATCH_SCOPE_PROP, CONTROL_BLOCK_PROP, DECR_FLAG, DESCENDANTS_FLAG, DESTRUCTURING_ARRAY_LENGTH, DESTRUCTURING_NAMES, DESTRUCTURING_PARAMS, DESTRUCTURING_SHORTHAND, DIRECTCALL_PROP, END_DROPS_OFF, END_RETURNS, END_RETURNS_VALUE, END_UNREACHED, END_YIELDS, EXPRESSION_CLOSURE_PROP, FUNCTION_PROP, GENERATOR_END_PROP, INCRDECR_PROP, ISNUMBER_PROP, JSDOC_PROP, LABEL_ID_PROP, LAST_PROP, LEFT, LOCAL_BLOCK_PROP, LOCAL_PROP, MEMBER_TYPE_PROP, NAME_PROP, NON_SPECIALCALL, OBJECT_IDS_PROP, PARENTHESIZED_PROP, POST_FLAG, PROPERTY_FLAG, REGEXP_PROP, RIGHT, SKIP_INDEXES_PROP, SPECIALCALL_EVAL, SPECIALCALL_PROP, SPECIALCALL_WITH, TARGETBLOCK_PROP, VARIABLE_PROP
Constructor and Description |
---|
SwitchStatement() |
SwitchStatement(int pos) |
SwitchStatement(int pos,
int len) |
Modifier and Type | Method and Description |
---|---|
void |
addCase(SwitchCase switchCase)
Adds a switch case statement to the end of the list.
|
java.util.List<SwitchCase> |
getCases()
Returns case statement list.
|
AstNode |
getExpression()
Returns the switch discriminant expression
|
int |
getLp()
Returns left paren position, -1 if missing
|
int |
getRp()
Returns right paren position, -1 if missing
|
void |
setCases(java.util.List<SwitchCase> cases)
Sets case statement list, and sets the parent of each child
case to this node.
|
void |
setExpression(AstNode expression)
Sets the switch discriminant expression, and sets its parent
to this node.
|
void |
setLp(int lp)
Sets left paren position
|
void |
setParens(int lp,
int rp)
Sets both paren positions
|
void |
setRp(int rp)
Sets right paren position
|
java.lang.String |
toSource(int depth)
Emits source code for this node.
|
void |
visit(NodeVisitor v)
Visits this node, then the switch-expression, then the cases
in lexical order.
|
getContinue, getDefault, getFinally, getJumpStatement, getLoop, setContinue, setDefault, setFinally, setJumpStatement, setLoop
addChild, codeBug, compareTo, debugPrint, depth, getAbsolutePosition, getAstRoot, getEnclosingFunction, getEnclosingScope, getLength, getLineno, getParent, getPosition, hasSideEffects, makeIndent, operatorToString, setBounds, setLength, setParent, setPosition, setRelative, shortName, toSource
addChildAfter, addChildBefore, addChildrenToBack, addChildrenToFront, addChildToBack, addChildToFront, getChildBefore, getDouble, getExistingIntProp, getFirstChild, getIntProp, getJsDoc, getJsDocNode, getLastChild, getLastSibling, getNext, getProp, getScope, getString, getType, hasChildren, hasConsistentReturnUsage, iterator, labelId, labelId, newNumber, newString, newString, newTarget, putIntProp, putProp, removeChild, removeChildren, removeProp, replaceChild, replaceChildAfter, resetTargets, setDouble, setJsDocNode, setLineno, setScope, setString, setType, toString, toStringTree
public SwitchStatement()
public SwitchStatement(int pos)
public SwitchStatement(int pos, int len)
public AstNode getExpression()
public void setExpression(AstNode expression)
IllegalArgumentException}
- if expression is null
public java.util.List<SwitchCase> getCases()
public void setCases(java.util.List<SwitchCase> cases)
cases
- list, which may be null
to remove all the casespublic void addCase(SwitchCase switchCase)
IllegalArgumentException}
- if switchCase is null
public int getLp()
public void setLp(int lp)
public int getRp()
public void setRp(int rp)
public void setParens(int lp, int rp)
public java.lang.String toSource(int depth)
AstNode
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.
public void visit(NodeVisitor v)
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