Package org.openrewrite.java
Class JavaVisitor<P>
- java.lang.Object
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- org.openrewrite.TreeVisitor<J,P>
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- org.openrewrite.java.JavaVisitor<P>
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- Direct Known Subclasses:
JavaIsoVisitor
,JavaPrinter
,SimplifyBooleanExpressionVisitor
,SimplifyBooleanReturnVisitor
,UnnecessaryParenthesesVisitor
,UnwrapParentheses
public class JavaVisitor<P> extends org.openrewrite.TreeVisitor<J,P>
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Constructor Summary
Constructors Constructor Description JavaVisitor()
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Method Summary
All Methods Instance Methods Concrete Methods Modifier and Type Method Description <J2 extends J>
J2autoFormat(J2 j, @Nullable J stopAfter, P p, org.openrewrite.Cursor cursor)
<J2 extends J>
J2autoFormat(J2 j, P p)
<J2 extends J>
J2autoFormat(J2 j, P p, org.openrewrite.Cursor cursor)
java.lang.String
getLanguage()
protected boolean
isInSameNameScope(org.openrewrite.Cursor child)
Check if a child AST element is in the same lexical scope as that of the AST element associated with the current cursor.protected boolean
isInSameNameScope(org.openrewrite.Cursor base, org.openrewrite.Cursor child)
Check if a child AST element is in the same lexical scope as that of the AST element associated with the base cursor.void
maybeAddImport(java.lang.String fullyQualifiedName)
This method will add an import to the compilation unit if there is a reference to the type.void
maybeAddImport(java.lang.String fullyQualifiedName, java.lang.String statik)
This method will add a static import to the compilation unit if there is a reference to the type/method.void
maybeAddImport(JavaType.FullyQualified clazz)
This method will add an import to the compilation unit if there is a reference to the type.<J2 extends J>
J2maybeAutoFormat(J2 before, J2 after, @Nullable J stopAfter, P p, org.openrewrite.Cursor cursor)
<J2 extends J>
J2maybeAutoFormat(J2 before, J2 after, P p)
<J2 extends J>
J2maybeAutoFormat(J2 before, J2 after, P p, org.openrewrite.Cursor cursor)
void
maybeRemoveImport(java.lang.String fullyQualifiedName)
void
maybeRemoveImport(JavaType.FullyQualified clazz)
J
visitAnnotatedType(J.AnnotatedType annotatedType, P p)
J
visitAnnotation(J.Annotation annotation, P p)
J
visitArrayAccess(J.ArrayAccess arrayAccess, P p)
J
visitArrayDimension(J.ArrayDimension arrayDimension, P p)
J
visitArrayType(J.ArrayType arrayType, P p)
J
visitAssert(J.Assert azzert, P p)
J
visitAssignment(J.Assignment assignment, P p)
J
visitAssignmentOperation(J.AssignmentOperation assignOp, P p)
J
visitBinary(J.Binary binary, P p)
J
visitBlock(J.Block block, P p)
J
visitBreak(J.Break breakStatement, P p)
J
visitCase(J.Case caze, P p)
J
visitCatch(J.Try.Catch catzh, P p)
J
visitClassDeclaration(J.ClassDeclaration classDecl, P p)
J
visitCompilationUnit(J.CompilationUnit cu, P p)
<J2 extends J>
JContainer<J2>visitContainer(JContainer<J2> container, JContainer.Location loc, P p)
J
visitContinue(J.Continue continueStatement, P p)
<T extends J>
JvisitControlParentheses(J.ControlParentheses<T> controlParens, P p)
J
visitDoWhileLoop(J.DoWhileLoop doWhileLoop, P p)
J
visitElse(J.If.Else elze, P p)
J
visitEmpty(J.Empty empty, P p)
J
visitEnumValue(J.EnumValue enoom, P p)
J
visitEnumValueSet(J.EnumValueSet enums, P p)
J
visitExpression(Expression expression, P p)
J
visitFieldAccess(J.FieldAccess fieldAccess, P p)
J
visitForControl(J.ForLoop.Control control, P p)
J
visitForEachControl(J.ForEachLoop.Control control, P p)
J
visitForEachLoop(J.ForEachLoop forLoop, P p)
J
visitForLoop(J.ForLoop forLoop, P p)
J
visitIdentifier(J.Identifier ident, P p)
J
visitIf(J.If iff, P p)
J
visitImport(J.Import impoort, P p)
J
visitInstanceOf(J.InstanceOf instanceOf, P p)
J
visitLabel(J.Label label, P p)
J
visitLambda(J.Lambda lambda, P p)
<T> JLeftPadded<T>
visitLeftPadded(JLeftPadded<T> left, JLeftPadded.Location loc, P p)
J
visitLiteral(J.Literal literal, P p)
J
visitMemberReference(J.MemberReference memberRef, P p)
J
visitMethodDeclaration(J.MethodDeclaration method, P p)
J
visitMethodInvocation(J.MethodInvocation method, P p)
J
visitMultiCatch(J.MultiCatch multiCatch, P p)
J
visitNewArray(J.NewArray newArray, P p)
J
visitNewClass(J.NewClass newClass, P p)
J
visitPackage(J.Package pkg, P p)
J
visitParameterizedType(J.ParameterizedType type, P p)
<T extends J>
JvisitParentheses(J.Parentheses<T> parens, P p)
J
visitPrimitive(J.Primitive primitive, P p)
J
visitReturn(J.Return retrn, P p)
<T> JRightPadded<T>
visitRightPadded(@Nullable JRightPadded<T> right, JRightPadded.Location loc, P p)
Space
visitSpace(Space space, Space.Location loc, P p)
J
visitStatement(Statement statement, P p)
J
visitSwitch(J.Switch switzh, P p)
J
visitSynchronized(J.Synchronized synch, P p)
J
visitTernary(J.Ternary ternary, P p)
J
visitThrow(J.Throw thrown, P p)
J
visitTry(J.Try tryable, P p)
J
visitTryResource(J.Try.Resource tryResource, P p)
J
visitTypeCast(J.TypeCast typeCast, P p)
<N extends NameTree>
NvisitTypeName(N nameTree, P p)
J
visitTypeParameter(J.TypeParameter typeParam, P p)
J
visitUnary(J.Unary unary, P p)
J
visitVariable(J.VariableDeclarations.NamedVariable variable, P p)
J
visitVariableDeclarations(J.VariableDeclarations multiVariable, P p)
J
visitVarType(J.VarType varType, P p)
J
visitWhileLoop(J.WhileLoop whileLoop, P p)
J
visitWildcard(J.Wildcard wildcard, P p)
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Method Detail
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getLanguage
public java.lang.String getLanguage()
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maybeAddImport
public void maybeAddImport(@Nullable JavaType.FullyQualified clazz)
This method will add an import to the compilation unit if there is a reference to the type. It adds an additional visitor which means the "add import" is deferred and does not complete immediately. This operation is idempotent and calling this method multiple times with the same arguments will only add an import once.- Parameters:
clazz
- The class that will be imported into the compilation unit.
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maybeAutoFormat
public <J2 extends J> J2 maybeAutoFormat(J2 before, J2 after, P p, org.openrewrite.Cursor cursor)
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maybeAutoFormat
public <J2 extends J> J2 maybeAutoFormat(J2 before, J2 after, @Nullable @Nullable J stopAfter, P p, org.openrewrite.Cursor cursor)
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autoFormat
public <J2 extends J> J2 autoFormat(J2 j, @Nullable @Nullable J stopAfter, P p, org.openrewrite.Cursor cursor)
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maybeAddImport
public void maybeAddImport(java.lang.String fullyQualifiedName)
This method will add an import to the compilation unit if there is a reference to the type. It adds an additional visitor which means the "add import" is deferred and does not complete immediately. This operation is idempotent and calling this method multiple times with the same arguments will only add an import once.- Parameters:
fullyQualifiedName
- Fully-qualified name of the class.
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maybeAddImport
public void maybeAddImport(java.lang.String fullyQualifiedName, java.lang.String statik)
This method will add a static import to the compilation unit if there is a reference to the type/method. It adds an additional visitor which means the "add import" is deferred and does not complete immediately. This operation is idempotent and calling this method multiple times with the same arguments will only add an import once.- Parameters:
fullyQualifiedName
- Fully-qualified name of the class.statik
- The static method or field to be imported. A wildcard "*" may also be used to statically import all methods/fields.
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maybeRemoveImport
public void maybeRemoveImport(@Nullable JavaType.FullyQualified clazz)
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maybeRemoveImport
public void maybeRemoveImport(java.lang.String fullyQualifiedName)
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visitExpression
public J visitExpression(Expression expression, P p)
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visitSpace
public Space visitSpace(Space space, Space.Location loc, P p)
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visitAnnotatedType
public J visitAnnotatedType(J.AnnotatedType annotatedType, P p)
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visitAnnotation
public J visitAnnotation(J.Annotation annotation, P p)
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visitArrayAccess
public J visitArrayAccess(J.ArrayAccess arrayAccess, P p)
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visitArrayDimension
public J visitArrayDimension(J.ArrayDimension arrayDimension, P p)
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visitArrayType
public J visitArrayType(J.ArrayType arrayType, P p)
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visitAssignment
public J visitAssignment(J.Assignment assignment, P p)
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visitAssignmentOperation
public J visitAssignmentOperation(J.AssignmentOperation assignOp, P p)
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visitCatch
public J visitCatch(J.Try.Catch catzh, P p)
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visitClassDeclaration
public J visitClassDeclaration(J.ClassDeclaration classDecl, P p)
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visitCompilationUnit
public J visitCompilationUnit(J.CompilationUnit cu, P p)
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visitContinue
public J visitContinue(J.Continue continueStatement, P p)
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visitControlParentheses
public <T extends J> J visitControlParentheses(J.ControlParentheses<T> controlParens, P p)
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visitDoWhileLoop
public J visitDoWhileLoop(J.DoWhileLoop doWhileLoop, P p)
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visitEnumValue
public J visitEnumValue(J.EnumValue enoom, P p)
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visitEnumValueSet
public J visitEnumValueSet(J.EnumValueSet enums, P p)
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visitFieldAccess
public J visitFieldAccess(J.FieldAccess fieldAccess, P p)
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visitForEachLoop
public J visitForEachLoop(J.ForEachLoop forLoop, P p)
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visitForEachControl
public J visitForEachControl(J.ForEachLoop.Control control, P p)
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visitForControl
public J visitForControl(J.ForLoop.Control control, P p)
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visitIdentifier
public J visitIdentifier(J.Identifier ident, P p)
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visitInstanceOf
public J visitInstanceOf(J.InstanceOf instanceOf, P p)
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visitMemberReference
public J visitMemberReference(J.MemberReference memberRef, P p)
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visitMethodDeclaration
public J visitMethodDeclaration(J.MethodDeclaration method, P p)
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visitMethodInvocation
public J visitMethodInvocation(J.MethodInvocation method, P p)
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visitMultiCatch
public J visitMultiCatch(J.MultiCatch multiCatch, P p)
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visitVariableDeclarations
public J visitVariableDeclarations(J.VariableDeclarations multiVariable, P p)
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visitNewArray
public J visitNewArray(J.NewArray newArray, P p)
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visitNewClass
public J visitNewClass(J.NewClass newClass, P p)
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visitParameterizedType
public J visitParameterizedType(J.ParameterizedType type, P p)
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visitParentheses
public <T extends J> J visitParentheses(J.Parentheses<T> parens, P p)
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visitPrimitive
public J visitPrimitive(J.Primitive primitive, P p)
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visitSynchronized
public J visitSynchronized(J.Synchronized synch, P p)
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visitTryResource
public J visitTryResource(J.Try.Resource tryResource, P p)
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visitTypeCast
public J visitTypeCast(J.TypeCast typeCast, P p)
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visitTypeParameter
public J visitTypeParameter(J.TypeParameter typeParam, P p)
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visitVariable
public J visitVariable(J.VariableDeclarations.NamedVariable variable, P p)
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visitWhileLoop
public J visitWhileLoop(J.WhileLoop whileLoop, P p)
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visitWildcard
public J visitWildcard(J.Wildcard wildcard, P p)
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visitRightPadded
public <T> JRightPadded<T> visitRightPadded(@Nullable @Nullable JRightPadded<T> right, JRightPadded.Location loc, P p)
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visitLeftPadded
public <T> JLeftPadded<T> visitLeftPadded(JLeftPadded<T> left, JLeftPadded.Location loc, P p)
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visitContainer
public <J2 extends J> JContainer<J2> visitContainer(JContainer<J2> container, JContainer.Location loc, P p)
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isInSameNameScope
protected boolean isInSameNameScope(org.openrewrite.Cursor base, org.openrewrite.Cursor child)
Check if a child AST element is in the same lexical scope as that of the AST element associated with the base cursor. (i.e.: Are the variables and declarations visible in the base scope also visible to the child AST element?)The base lexical scope is first established by walking up the path of the base cursor to find its first enclosing element. The child path is traversed by walking up the child path elements until either the base scope has been found, a "terminating" element is encountered, or there are no more elements in the path.
A terminating element is one of the following:
- A static class declaration
- An enumeration declaration
- An interface declaration
- An annotation declaration
- Parameters:
base
- A pointer within the AST that is used to establish the "base lexical scope".child
- A pointer within the AST that will be traversed (up the tree) looking for an intersection with the base lexical scope.- Returns:
- true if the child is in within the lexical scope of the base
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isInSameNameScope
protected boolean isInSameNameScope(org.openrewrite.Cursor child)
Check if a child AST element is in the same lexical scope as that of the AST element associated with the current cursor.See
isInSameNameScope(org.openrewrite.Cursor, org.openrewrite.Cursor)
- Parameters:
child
- A pointer to an element within the abstract syntax tree- Returns:
- true if the child is in within the lexical scope of the current cursor
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