TryStatementAst Class
Definition
Important
Some information relates to prerelease product that may be substantially modified before it’s released. Microsoft makes no warranties, express or implied, with respect to the information provided here.
The ast that represents a try statement.
public ref class TryStatementAst : System::Management::Automation::Language::StatementAstpublic class TryStatementAst : System.Management.Automation.Language.StatementAsttype TryStatementAst = class
inherit StatementAstPublic Class TryStatementAst
Inherits StatementAst- Inheritance
Constructors
| TryStatementAst(IScriptExtent, StatementBlockAst, IEnumerable<CatchClauseAst>, StatementBlockAst) |
Construct a try statement ast. |
Properties
| Body |
The body of the try statement. This property is never null. |
| CatchClauses |
A collection of catch clauses, which is empty if there are no catches. |
| Extent |
The extent in the source this ast represents. (Inherited from Ast) |
| Finally |
The ast for the finally block, or null if no finally block was specified, in which case CatchClauses is a non-null, non-empty collection. |
| Parent |
The parent tree for this node. (Inherited from Ast) |
Methods
| Copy() |
Copy the TryStatementAst instance. |
| Find(Func<Ast,Boolean>, Boolean) |
Traverse the entire Ast, returning the first node in the tree for which |
| FindAll(Func<Ast,Boolean>, Boolean) |
Traverse the entire Ast, returning all nodes in the tree for which |
| SafeGetValue() |
Constructs the resultant object from the AST and returns it if it is safe. (Inherited from Ast) |
| SafeGetValue(Boolean) |
Constructs the resultant object from the AST and returns it if it is safe. (Inherited from Ast) |
| ToString() |
Formats the ast and returns a string. (Inherited from Ast) |
| Visit(AstVisitor) |
Visit each node in the Ast, calling the methods in |
| Visit(ICustomAstVisitor) |
Visit the Ast using a visitor that can choose how the tree traversal is performed. This visit method is for advanced uses of the visitor pattern where an AstVisitor is insufficient. (Inherited from Ast) |