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There's one serious problem though: The cleanup routine modifies the eclipse internal AST, but doesn't update our bi-directional AST. Thus, or example, having a @Cleanup annotation inside the scope
of another @Cleanup fails, because the application of the second one climbs up to the wrong block level (the original block level instead of newly built try block).
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generating annotations for both javac and eclipse (@Getter, @Setter, and @Data).
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HandleData is COMPLETE! w00t!
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createHashCode method when there are 0 fields in the type (it would generate a local variable never used warning!)
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type. Whoops.
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exist, and the staticConstructor is now also completed. Left: toString, hashCode, equals.
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and updating HandleGetter/Setter to call into it.
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constructor or not.
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and addition. The rule is now: children traversal traverses through the tree mostly as it was when it started.
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throw eclipse errors if you had 0 non-static fields.
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deepToString, and added @Override in case people have warnings for missing @Override annotations on.
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without any raw generics warnings - it is effectively done.
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directly to other nodes (e.g. from a FieldDeclaration's type to a method argument) is NOT a good idea, as this screws up when
the TypeReference object represents a generic type (like 'T') - each instance of a generic type has a different resolution, but 1 TypeReference object can only hold 1 resolution.
Thus, a copyType() method has been written, and the Handle* classes have been updated to use it.
Also, generateEquals() is half-finished in HandleData.
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** DO NOT REUSE TYPEREFERENCE OBJECTS **
because that makes the binding process go pearshaped - after hte first run, that TypeReference object's binding parameter is set, and as its set, the resolver won't bother re-resolving it.
However, each parse run starts with new scope objects, and any 2 bindings created by different scopes aren't equal to each other. urrrrrrgh!
Fortunately, a lot of code that 'fixed' methods by adding bindings and scope have all been removed, as the parser patch point is well before these bindings are created. Thus:
** NEVER CREATE YOUR OWN BINDINGS AND SCOPE OBJECTS **
because if it comes down to that, you're doing it entirely wrong. That's eclipse's job. We're patching where we are so you don't have to do this.
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missing a 0!
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implementation details in there. If switching primes is so important, hash the type name and turn that into a prime, or something.
Also added some javadoc.
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static constructor not so much.
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that processor.
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access level for @Getter and @Setter have now just been hardcoded in GetterHandler and SetterHandler.
Added ability to look up the Node object for any given AST object on Node itself, as you don't usually have the AST object.
Added toString() method generating to @Data, and this required some fancy footwork in finding if we've already generated methods, and editing a generated method to fill in binding and type resolutions. HandleGetter and HandleSetter have been updated to use these features.
Exceptions caused by lombok handlers show up in the eclipse error log, but now, if they are related to a CompilationUnit, also as a problem (error) on the CUD - those error log entries are easy to miss!
Our ASTs can now be appended to. When you generate a new AST node, you should add it to the AST, obviously. Getter/Setter have been updated to use this.
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and setters only,
not yet a constructor, toString, hashCode, or equals.
HandleGetter and HandleSetter have been updated to handle static (theoretic; you can't put annotations on static fields normally).
You can now make AnnotationValue objects using just an annotationNode and a target type, as well as check if a given annotationNode is likely to represent a target annotation type. This is in Javac and Eclipse classes.
HandleGetter and HandleSetter can now be asked to make a getter/setter, and will grab access level off of a Getter/Setter annotation, if present.
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its clearly eclipse-specific.
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agent though I never tested it. I found a bug while browsing this code. fixed it.
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parser, but also the CompilationUnitDeclaration class so we can store our AST in it for caching purposes.
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HandleGetter a little mostly to stuff common code into PKG.
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@PrintAST annotation to let you supply an optional filename. Useful particularly for IDEs, which don't usually have a viewable console.
Also renamed the printers to just 'Printer', as they are already inner classes of a specifically named type (JavacASTVisitor & co).
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the annotation or not (previously, the presumption was they always handled the annotation).
This is very useful for PrintAST on eclipse, because before this change, you'd never see method contents (as the initial dietParse would come first). Now Eclipse PrintASTHandler
will skip any non-full runs, and only print non-diet. It then returns true only if it printed.
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If they exist (with any returntype/paramlist), no getter/setter is generated, and instead a warning is added on the annotation.
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on a JavacAST.Node, because you need it to e.g. access constant types like 'void'.
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more verbose), and bumped the version number in honour of quite a bit of redesign these past few commits.
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XASTPrinters in each ASTVisitor interface.
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printing the raw (instead of resolved) types for fields etc, because usually they aren't resolved yet.
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you can start your traversal at any point, not just from the top.
Also a bugfix for endVisitStatement which passed the wrong node, and method arguments in Javac are no longer misfiled as local declarations.
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neccessary to have the lombok.jar in the deployment path of whatever you write WITH lombok, which is a good idea.
Though - rewriting to e.g. a Lombok.sneakyThrow() call would require lombok.jar anyway. We'll cross that bridge when we get there.
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off. The only issue is that the count by javac is being misreported (it doesn't count lombok errors).
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