See: Description
Interface | Description |
---|---|
AnnotatedTypeTree |
A tree node for an annotated type
For example:
|
AnnotationTree |
A tree node for an annotation.
|
ArrayAccessTree |
A tree node for an array access expression.
|
ArrayTypeTree |
A tree node for an array type.
|
AssertTree |
A tree node for an 'assert' statement.
|
AssignmentTree |
A tree node for an assignment expression.
|
BinaryTree |
A tree node for a binary expression.
|
BlockTree |
A tree node for a statement block.
|
BreakTree |
A tree node for a 'break' statement.
|
CaseTree |
A tree node for a 'case' in a 'switch' statement.
|
CatchTree |
A tree node for a 'catch' block in a 'try' statement.
|
ClassTree |
A tree node for a class, interface, enum, or annotation
type declaration.
|
CompilationUnitTree |
Represents the abstract syntax tree for compilation units (source
files) and package declarations (package-info.java).
|
CompoundAssignmentTree |
A tree node for compound assignment operator.
|
ConditionalExpressionTree |
A tree node for the conditional operator ? :.
|
ContinueTree |
A tree node for a 'continue' statement.
|
DoWhileLoopTree |
A tree node for a 'do' statement.
|
EmptyStatementTree |
A tree node for an empty (skip) statement.
|
EnhancedForLoopTree |
A tree node for an "enhanced" 'for' loop statement.
|
ErroneousTree |
A tree node to stand in for a malformed expression.
|
ExpressionStatementTree |
A tree node for an expression statement.
|
ExpressionTree |
A tree node used as the base class for the different types of
expressions.
|
ForLoopTree |
A tree node for a basic 'for' loop statement.
|
IdentifierTree |
A tree node for an identifier expression.
|
IfTree |
A tree node for an 'if' statement.
|
ImportTree |
A tree node for an import statement.
|
InstanceOfTree |
A tree node for an 'instanceof' expression.
|
IntersectionTypeTree |
A tree node for an intersection type in a cast expression.
|
LabeledStatementTree |
A tree node for a labeled statement.
|
LambdaExpressionTree |
A tree node for a lambda expression.
|
LineMap |
Provides methods to convert between character positions and line numbers
for a compilation unit.
|
LiteralTree |
A tree node for a literal expression.
|
MemberReferenceTree |
A tree node for a member reference expression.
|
MemberSelectTree |
A tree node for a member access expression.
|
MethodInvocationTree |
A tree node for a method invocation expression.
|
MethodTree |
A tree node for a method or annotation type element declaration.
|
ModifiersTree |
A tree node for the modifiers, including annotations, for a declaration.
|
NewArrayTree |
A tree node for an expression to create a new instance of an array.
|
NewClassTree |
A tree node to declare a new instance of a class.
|
ParameterizedTypeTree |
A tree node for a type expression involving type parameters.
|
ParenthesizedTree |
A tree node for a parenthesized expression.
|
PrimitiveTypeTree |
A tree node for a primitive type.
|
ReturnTree |
A tree node for a 'return' statement.
|
Scope |
Interface for determining locally available program elements, such as
local variables and imports.
|
StatementTree |
A tree node used as the base class for the different kinds of
statements.
|
SwitchTree |
A tree node for a 'switch' statement.
|
SynchronizedTree |
A tree node for a 'synchronized' statement.
|
ThrowTree |
A tree node for a 'throw' statement.
|
Tree |
Common interface for all nodes in an abstract syntax tree.
|
TreeVisitor<R,P> |
A visitor of trees, in the style of the visitor design pattern.
|
TryTree |
A tree node for a 'try' statement.
|
TypeCastTree |
A tree node for a type cast expression.
|
TypeParameterTree |
A tree node for a type parameter.
|
UnaryTree |
A tree node for postfix and unary expressions.
|
UnionTypeTree |
A tree node for a union type expression in a multicatch var declaration.
|
VariableTree |
A tree node for a variable declaration.
|
WhileLoopTree |
A tree node for a 'while' loop statement.
|
WildcardTree |
A tree node for a wildcard type argument.
|
Enum | Description |
---|---|
LambdaExpressionTree.BodyKind |
Lambda expressions come in two forms: (i) expression lambdas, whose body
is an expression, and (ii) statement lambdas, whose body is a block
|
MemberReferenceTree.ReferenceMode |
There are two kinds of member references: (i) method references and
(ii) constructor references
|
Tree.Kind |
Enumerates all kinds of trees.
|
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