Directory in which output files are written")
public static String outdir = "annotated/";
/**
* If true, overwrite original source files (making a backup first).
* Furthermore, if the backup files already exist, they are used instead
* of the .java files. This behavior permits a user to tweak the .jaif
* file and re-run the annotator.
*
*
* Note that if the user runs the annotator with --in-place, makes edits,
* and then re-runs the annotator with this --in-place option, those
* edits are lost. Similarly, if the user runs the annotator twice in a
* row with --in-place, only the last set of annotations will appear in
* the codebase at the end.
*
*
* To preserve changes when using the --in-place option, first remove the
* backup files. Or, use the -d . option, which makes (and
* reads) no backup, instead of --in-place.
*/
@Option("-i Overwrite original source files")
public static boolean in_place = false;
@Option("-a Abbreviate annotation names")
public static boolean abbreviate = true;
@Option("-c Insert annotations in comments")
public static boolean comments = false;
@Option("-o Omit given annotation")
public static String omit_annotation;
@Option("Suppress warnings about disallowed insertions")
public static boolean nowarn;
// Instead of doing insertions, create new JAIFs using AST paths
// extracted from existing JAIFs and source files they match
@Option("Convert JAIFs to AST Path format")
public static boolean convert_jaifs = false;
@Option("-h Print usage information and exit")
public static boolean help = false;
// Debugging options go below here.
@OptionGroup("Debugging options")
@Option("-v Verbose (print progress information)")
public static boolean verbose;
@Option("Debug (print debug information)")
public static boolean debug = false;
@Option("Print error stack")
public static boolean print_error_stack = false;
private static ElementVisitor classFilter =
new ElementVisitor() {
Void filter(VivifyingMap vm0, VivifyingMap vm1) {
for (Map.Entry entry : vm0.entrySet()) {
entry.getValue().accept(this, vm1.vivify(entry.getKey()));
}
return null;
}
@Override
public Void visitAnnotationDef(AnnotationDef def, AElement el) {
// not used, since package declarations not handled here
return null;
}
@Override
public Void visitBlock(ABlock el0, AElement el) {
ABlock el1 = (ABlock) el;
filter(el0.locals, el1.locals);
return visitExpression(el0, el);
}
@Override
public Void visitClass(AClass el0, AElement el) {
AClass el1 = (AClass) el;
filter(el0.methods, el1.methods);
filter(el0.fields, el1.fields);
filter(el0.fieldInits, el1.fieldInits);
filter(el0.staticInits, el1.staticInits);
filter(el0.instanceInits, el1.instanceInits);
return visitDeclaration(el0, el);
}
@Override
public Void visitDeclaration(ADeclaration el0, AElement el) {
ADeclaration el1 = (ADeclaration) el;
VivifyingMap insertAnnotations =
el1.insertAnnotations;
VivifyingMap insertTypecasts =
el1.insertTypecasts;
for (Map.Entry entry :
el0.insertAnnotations.entrySet()) {
ASTPath p = entry.getKey();
ATypeElement e = entry.getValue();
insertAnnotations.put(p, e);
// visitTypeElement(e, insertAnnotations.vivify(p));
}
for (Map.Entry entry :
el0.insertTypecasts.entrySet()) {
ASTPath p = entry.getKey();
ATypeElementWithType e = entry.getValue();
type.Type type = e.getType();
if (type instanceof type.DeclaredType
&& ((type.DeclaredType) type).getName().isEmpty()) {
insertAnnotations.put(p, e);
// visitTypeElement(e, insertAnnotations.vivify(p));
} else {
insertTypecasts.put(p, e);
// visitTypeElementWithType(e, insertTypecasts.vivify(p));
}
}
return null;
}
@Override
public Void visitExpression(AExpression el0, AElement el) {
AExpression el1 = (AExpression) el;
filter(el0.typecasts, el1.typecasts);
filter(el0.instanceofs, el1.instanceofs);
filter(el0.news, el1.news);
return null;
}
@Override
public Void visitField(AField el0, AElement el) {
return visitDeclaration(el0, el);
}
@Override
public Void visitMethod(AMethod el0, AElement el) {
AMethod el1 = (AMethod) el;
filter(el0.bounds, el1.bounds);
filter(el0.parameters, el1.parameters);
filter(el0.throwsException, el1.throwsException);
el0.returnType.accept(this, el1.returnType);
el0.receiver.accept(this, el1.receiver);
el0.body.accept(this, el1.body);
return visitDeclaration(el0, el);
}
@Override
public Void visitTypeElement(ATypeElement el0, AElement el) {
ATypeElement el1 = (ATypeElement) el;
filter(el0.innerTypes, el1.innerTypes);
return null;
}
@Override
public Void visitTypeElementWithType(ATypeElementWithType el0,
AElement el) {
ATypeElementWithType el1 = (ATypeElementWithType) el;
el1.setType(el0.getType());
return visitTypeElement(el0, el);
}
@Override
public Void visitElement(AElement el, AElement arg) {
return null;
}
};
private static AScene filteredScene(final AScene scene) {
final AScene filtered = new AScene();
filtered.packages.putAll(scene.packages);
filtered.imports.putAll(scene.imports);
for (Map.Entry entry : scene.classes.entrySet()) {
String key = entry.getKey();
AClass clazz0 = entry.getValue();
AClass clazz1 = filtered.classes.vivify(key);
clazz0.accept(classFilter, clazz1);
}
filtered.prune();
return filtered;
}
private static ATypeElement findInnerTypeElement(Tree t,
ASTRecord rec, ADeclaration decl, Type type, Insertion ins) {
ASTPath astPath = rec.astPath;
GenericArrayLocationCriterion galc =
ins.getCriteria().getGenericArrayLocation();
assert astPath != null && galc != null;
List tpes = galc.getLocation();
ASTPath.ASTEntry entry;
for (TypePathEntry tpe : tpes) {
switch (tpe.tag) {
case ARRAY:
if (!astPath.isEmpty()) {
entry = astPath.get(-1);
if (entry.getTreeKind() == Tree.Kind.NEW_ARRAY
&& entry.childSelectorIs(ASTPath.TYPE)) {
entry = new ASTPath.ASTEntry(Tree.Kind.NEW_ARRAY,
ASTPath.TYPE, entry.getArgument() + 1);
break;
}
}
entry = new ASTPath.ASTEntry(Tree.Kind.ARRAY_TYPE,
ASTPath.TYPE);
break;
case INNER_TYPE:
entry = new ASTPath.ASTEntry(Tree.Kind.MEMBER_SELECT,
ASTPath.EXPRESSION);
break;
case TYPE_ARGUMENT:
entry = new ASTPath.ASTEntry(Tree.Kind.PARAMETERIZED_TYPE,
ASTPath.TYPE_ARGUMENT, tpe.arg);
break;
case WILDCARD:
entry = new ASTPath.ASTEntry(Tree.Kind.UNBOUNDED_WILDCARD,
ASTPath.BOUND);
break;
default:
throw new IllegalArgumentException("unknown type tag " + tpe.tag);
}
astPath = astPath.extend(entry);
}
return decl.insertAnnotations.vivify(astPath);
}
private static void convertInsertion(String pkg,
JCTree.JCCompilationUnit tree, ASTRecord rec, Insertion ins,
AScene scene, Multimap insertionSources) {
Collection annos = insertionSources.get(ins);
if (rec == null) {
if (ins.getCriteria().isOnPackage()) {
for (Annotation anno : annos) {
scene.packages.get(pkg).tlAnnotationsHere.add(anno);
}
}
} else if (scene != null && rec.className != null) {
AClass clazz = scene.classes.vivify(rec.className);
ADeclaration decl = null; // insertion target
if (ins.getCriteria().onBoundZero()) {
int n = rec.astPath.size();
if (!rec.astPath.get(n-1).childSelectorIs(ASTPath.BOUND)) {
ASTPath astPath = ASTPath.empty();
for (int i = 0; i < n; i++) {
astPath = astPath.extend(rec.astPath.get(i));
}
astPath = astPath.extend(
new ASTPath.ASTEntry(Tree.Kind.TYPE_PARAMETER,
ASTPath.BOUND, 0));
rec = rec.replacePath(astPath);
}
}
if (rec.methodName == null) {
decl = rec.varName == null ? clazz
: clazz.fields.vivify(rec.varName);
} else {
AMethod meth = clazz.methods.vivify(rec.methodName);
if (rec.varName == null) {
decl = meth; // ?
} else {
try {
int i = Integer.parseInt(rec.varName);
decl = i < 0 ? meth.receiver
: meth.parameters.vivify(i);
} catch (NumberFormatException e) {
TreePath path = ASTIndex.getTreePath(tree, rec);
JCTree.JCVariableDecl varTree = null;
JCTree.JCMethodDecl methTree = null;
JCTree.JCClassDecl classTree = null;
loop:
while (path != null) {
Tree leaf = path.getLeaf();
switch (leaf.getKind()) {
case VARIABLE:
varTree = (JCTree.JCVariableDecl) leaf;
break;
case METHOD:
methTree = (JCTree.JCMethodDecl) leaf;
break;
case ANNOTATION:
case CLASS:
case ENUM:
case INTERFACE:
break loop;
default:
path = path.getParentPath();
}
}
while (path != null) {
Tree leaf = path.getLeaf();
Tree.Kind kind = leaf.getKind();
if (kind == Tree.Kind.METHOD) {
methTree = (JCTree.JCMethodDecl) leaf;
int i = LocalVariableScanner.indexOfVarTree(path,
varTree, rec.varName);
int m = methTree.getStartPosition();
int a = varTree.getStartPosition();
int b = varTree.getEndPosition(tree.endPositions);
LocalLocation loc = new LocalLocation(i, a-m, b-a);
decl = meth.body.locals.vivify(loc);
break;
}
if (ASTPath.isClassEquiv(kind)) {
classTree = (JCTree.JCClassDecl) leaf;
// ???
break;
}
path = path.getParentPath();
}
}
}
}
if (decl != null) {
AElement el;
if (rec.astPath.isEmpty()) {
el = decl;
} else if (ins.getKind() == Insertion.Kind.CAST) {
annotations.el.ATypeElementWithType elem =
decl.insertTypecasts.vivify(rec.astPath);
elem.setType(((CastInsertion) ins).getType());
el = elem;
} else {
el = decl.insertAnnotations.vivify(rec.astPath);
}
for (Annotation anno : annos) {
el.tlAnnotationsHere.add(anno);
}
if (ins instanceof TypedInsertion) {
TypedInsertion ti = (TypedInsertion) ins;
if (!rec.astPath.isEmpty()) {
// addInnerTypePaths(decl, rec, ti, insertionSources);
}
for (Insertion inner : ti.getInnerTypeInsertions()) {
Tree t = ASTIndex.getNode(tree, rec);
if (t != null) {
ATypeElement elem = findInnerTypeElement(t,
rec, decl, ti.getType(), inner);
for (Annotation a : insertionSources.get(inner)) {
elem.tlAnnotationsHere.add(a);
}
}
}
}
}
}
}
// Implementation details:
// 1. The annotator partially compiles source
// files using the compiler API (JSR-199), obtaining an AST.
// 2. The annotator reads the specification file, producing a set of
// annotator.find.Insertions. Insertions completely specify what to
// write (as a String, which is ultimately translated according to the
// keyword file) and how to write it (as annotator.find.Criteria).
// 3. It then traverses the tree, looking for nodes that satisfy the
// Insertion Criteria, translating the Insertion text against the
// keyword file, and inserting the annotations into the source file.
/**
* Runs the annotator, parsing the source and spec files and applying
* the annotations.
*/
public static void main(String[] args) throws IOException {
if (verbose) {
System.out.printf("insert-annotations-to-source (%s)",
annotations.io.classfile.ClassFileReader.INDEX_UTILS_VERSION);
}
Options options = new Options(
"Main [options] { jaif-file | java-file | @arg-file } ...\n"
+ "(Contents of argfiles are expanded into the argument list.)",
Main.class);
String[] file_args;
try {
String[] cl_args = CommandLine.parse(args);
file_args = options.parse_or_usage(cl_args);
} catch (IOException ex) {
System.err.println(ex);
System.err.println("(For non-argfile beginning with \"@\", use \"@@\" for initial \"@\".");
System.err.println("Alternative for filenames: indicate directory, e.g. as './@file'.");
System.err.println("Alternative for flags: use '=', as in '-o=@Deprecated'.)");
file_args = null; // Eclipse compiler issue workaround
System.exit(1);
}
DebugWriter dbug = new DebugWriter();
DebugWriter verb = new DebugWriter();
DebugWriter both = dbug.or(verb);
dbug.setEnabled(debug);
verb.setEnabled(verbose);
TreeFinder.warn.setEnabled(!nowarn);
TreeFinder.stak.setEnabled(print_error_stack);
TreeFinder.dbug.setEnabled(debug);
Criteria.dbug.setEnabled(debug);
if (help) {
options.print_usage();
System.exit(0);
}
if (in_place && outdir != "annotated/") { // interned
options.print_usage("The --outdir and --in-place options are mutually exclusive.");
System.exit(1);
}
if (file_args.length < 2) {
options.print_usage("Supplied %d arguments, at least 2 needed%n", file_args.length);
System.exit(1);
}
// The insertions specified by the annotation files.
Insertions insertions = new Insertions();
// The Java files into which to insert.
List javafiles = new ArrayList();
// Indices to maintain insertion source traces.
Map> insertionIndex =
new HashMap>();
Map insertionOrigins = new HashMap();
Map scenes = new HashMap();
IndexFileParser.setAbbreviate(abbreviate);
for (String arg : file_args) {
if (arg.endsWith(".java")) {
javafiles.add(arg);
} else if (arg.endsWith(".jaif") ||
arg.endsWith(".jann")) {
IndexFileSpecification spec = new IndexFileSpecification(arg);
try {
List parsedSpec = spec.parse();
AScene scene = spec.getScene();
Collections.sort(parsedSpec, new Comparator() {
@Override
public int compare(Insertion i1, Insertion i2) {
ASTPath p1 = i1.getCriteria().getASTPath();
ASTPath p2 = i2.getCriteria().getASTPath();
return p1 == null
? p2 == null ? 0 : -1
: p2 == null ? 1 : p1.compareTo(p2);
}
});
if (convert_jaifs) {
scenes.put(arg, filteredScene(scene));
for (Insertion ins : parsedSpec) {
insertionOrigins.put(ins, arg);
}
if (!insertionIndex.containsKey(arg)) {
insertionIndex.put(arg,
LinkedHashMultimap.create());
}
insertionIndex.get(arg).putAll(spec.insertionSources());
}
both.debug("Read %d annotations from %s%n", parsedSpec.size(), arg);
if (omit_annotation != null) {
List filtered =
new ArrayList(parsedSpec.size());
for (Insertion insertion : parsedSpec) {
// TODO: this won't omit annotations if the insertion is more than
// just the annotation (such as if the insertion is a cast
// insertion or a 'this' parameter in a method declaration).
if (! omit_annotation.equals(insertion.getText())) {
filtered.add(insertion);
}
}
parsedSpec = filtered;
both.debug("After filtering: %d annotations from %s%n",
parsedSpec.size(), arg);
}
insertions.addAll(parsedSpec);
} catch (RuntimeException e) {
if (e.getCause() != null
&& e.getCause() instanceof FileNotFoundException) {
System.err.println("File not found: " + arg);
System.exit(1);
} else {
throw e;
}
} catch (FileIOException e) {
// Add 1 to the line number since line numbers in text editors are usually one-based.
System.err.println("Error while parsing annotation file " + arg + " at line "
+ (e.lineNumber + 1) + ":");
if (e.getMessage() != null) {
System.err.println('\t' + e.getMessage());
}
if (e.getCause() != null && e.getCause().getMessage() != null) {
System.err.println('\t' + e.getCause().getMessage());
}
if (print_error_stack) {
e.printStackTrace();
}
System.exit(1);
}
} else {
throw new Error("Unrecognized file extension: " + arg);
}
}
if (dbug.isEnabled()) {
dbug.debug("%d insertions, %d .java files%n",
insertions.size(), javafiles.size());
dbug.debug("Insertions:%n");
for (Insertion insertion : insertions) {
dbug.debug(" %s%n", insertion);
}
}
for (String javafilename : javafiles) {
verb.debug("Processing %s%n", javafilename);
File javafile = new File(javafilename);
File unannotated = new File(javafilename + ".unannotated");
if (in_place) {
// It doesn't make sense to check timestamps;
// if the .java.unannotated file exists, then just use it.
// A user can rename that file back to just .java to cause the
// .java file to be read.
if (unannotated.exists()) {
verb.debug("Renaming %s to %s%n", unannotated, javafile);
boolean success = unannotated.renameTo(javafile);
if (! success) {
throw new Error(String.format("Failed renaming %s to %s",
unannotated, javafile));
}
}
}
String fileSep = System.getProperty("file.separator");
String fileLineSep = System.getProperty("line.separator");
Source src;
// Get the source file, and use it to obtain parse trees.
try {
// fileLineSep is set here so that exceptions can be caught
fileLineSep = UtilMDE.inferLineSeparator(javafilename);
src = new Source(javafilename);
verb.debug("Parsed %s%n", javafilename);
} catch (Source.CompilerException e) {
e.printStackTrace();
return;
} catch (IOException e) {
e.printStackTrace();
return;
}
// Imports required to resolve annotations (when abbreviate==true).
LinkedHashSet imports = new LinkedHashSet();
int num_insertions = 0;
String pkg = "";
for (CompilationUnitTree cut : src.parse()) {
JCTree.JCCompilationUnit tree = (JCTree.JCCompilationUnit) cut;
ExpressionTree pkgExp = cut.getPackageName();
pkg = pkgExp == null ? "" : pkgExp.toString();
// Create a finder, and use it to get positions.
TreeFinder finder = new TreeFinder(tree);
SetMultimap, Insertion> positions =
finder.getPositions(tree, insertions);
if (convert_jaifs) {
// program used only for JAIF conversion; execute following
// block and then skip remainder of loop
Multimap astInsertions =
finder.getPaths();
for (Map.Entry> entry :
astInsertions.asMap().entrySet()) {
ASTRecord rec = entry.getKey();
for (Insertion ins : entry.getValue()) {
if (ins.getCriteria().getASTPath() != null) { continue; }
String arg = insertionOrigins.get(ins);
AScene scene = scenes.get(arg);
Multimap insertionSources =
insertionIndex.get(arg);
// String text =
// ins.getText(comments, abbreviate, false, 0, '\0');
// TODO: adjust for missing end of path (?)
if (insertionSources.containsKey(ins)) {
convertInsertion(pkg, tree, rec, ins, scene, insertionSources);
}
}
}
continue;
}
// Apply the positions to the source file.
if (both.isEnabled()) {
System.err.printf(
"getPositions returned %d positions in tree for %s%n",
positions.size(), javafilename);
}
Set> positionKeysUnsorted =
positions.keySet();
Set> positionKeysSorted =
new TreeSet>(
new Comparator>() {
@Override
public int compare(Pair p1,
Pair p2) {
int c = Integer.compare(p2.a, p1.a);
if (c == 0) {
c = p2.b == null ? p1.b == null ? 0 : -1
: p1.b == null ? 1 : p2.b.compareTo(p1.b);
}
return c;
}
});
positionKeysSorted.addAll(positionKeysUnsorted);
for (Pair pair : positionKeysSorted) {
boolean receiverInserted = false;
boolean newInserted = false;
boolean constructorInserted = false;
Set seen = new TreeSet();
List toInsertList = new ArrayList(positions.get(pair));
Collections.reverse(toInsertList);
dbug.debug("insertion pos: %d%n", pair.a);
assert pair.a >= 0
: "pos is negative: " + pair.a + " " + toInsertList.get(0) + " " + javafilename;
for (Insertion iToInsert : toInsertList) {
// Possibly add whitespace after the insertion
String trailingWhitespace = "";
boolean gotSeparateLine = false;
int pos = pair.a; // reset each iteration in case of dyn adjustment
if (iToInsert.getSeparateLine()) {
// System.out.printf("getSeparateLine=true for insertion at pos %d: %s%n", pos, iToInsert);
int indentation = 0;
while ((pos - indentation != 0)
// horizontal whitespace
&& (src.charAt(pos-indentation-1) == ' '
|| src.charAt(pos-indentation-1) == '\t')) {
// System.out.printf("src.charAt(pos-indentation-1 == %d-%d-1)='%s'%n",
// pos, indentation, src.charAt(pos-indentation-1));
indentation++;
}
if ((pos - indentation == 0)
// horizontal whitespace
|| (src.charAt(pos-indentation-1) == '\f'
|| src.charAt(pos-indentation-1) == '\n'
|| src.charAt(pos-indentation-1) == '\r')) {
trailingWhitespace = fileLineSep + src.substring(pos-indentation, pos);
gotSeparateLine = true;
}
}
char precedingChar;
if (pos != 0) {
precedingChar = src.charAt(pos - 1);
} else {
precedingChar = '\0';
}
if (iToInsert.getKind() == Insertion.Kind.ANNOTATION) {
AnnotationInsertion ai = (AnnotationInsertion) iToInsert;
if (ai.isGenerateBound()) { // avoid multiple ampersands
try {
String s = src.substring(pos, pos+9);
if ("Object & ".equals(s)) {
ai.setGenerateBound(false);
precedingChar = '.'; // suppress leading space
}
} catch (StringIndexOutOfBoundsException e) {}
}
if (ai.isGenerateExtends()) { // avoid multiple "extends"
try {
String s = src.substring(pos, pos+9);
if (" extends ".equals(s)) {
ai.setGenerateExtends(false);
pos += 8;
}
} catch (StringIndexOutOfBoundsException e) {}
}
} else if (iToInsert.getKind() == Insertion.Kind.CAST) {
((CastInsertion) iToInsert)
.setOnArrayLiteral(src.charAt(pos) == '{');
} else if (iToInsert.getKind() == Insertion.Kind.RECEIVER) {
ReceiverInsertion ri = (ReceiverInsertion) iToInsert;
ri.setAnnotationsOnly(receiverInserted);
receiverInserted = true;
} else if (iToInsert.getKind() == Insertion.Kind.NEW) {
NewInsertion ni = (NewInsertion) iToInsert;
ni.setAnnotationsOnly(newInserted);
newInserted = true;
} else if (iToInsert.getKind() == Insertion.Kind.CONSTRUCTOR) {
ConstructorInsertion ci = (ConstructorInsertion) iToInsert;
if (constructorInserted) { ci.setAnnotationsOnly(true); }
constructorInserted = true;
}
String toInsert = iToInsert.getText(comments, abbreviate,
gotSeparateLine, pos, precedingChar) + trailingWhitespace;
if (seen.contains(toInsert)) { continue; } // eliminate duplicates
seen.add(toInsert);
// If it's already there, don't re-insert. This is a hack!
// Also, I think this is already checked when constructing the
// insertions.
int precedingTextPos = pos-toInsert.length()-1;
if (precedingTextPos >= 0) {
String precedingTextPlusChar
= src.getString().substring(precedingTextPos, pos);
if (toInsert.equals(
precedingTextPlusChar.substring(0, toInsert.length()))
|| toInsert.equals(precedingTextPlusChar.substring(1))) {
dbug.debug(
"Inserting %s at %d in code of length %d with preceding text '%s'%n",
toInsert, pos, src.getString().length(),
precedingTextPlusChar);
dbug.debug("Already present, skipping%n");
continue;
}
}
// TODO: Neither the above hack nor this check should be
// necessary. Find out why re-insertions still occur and
// fix properly.
if (iToInsert.getInserted()) { continue; }
src.insert(pos, toInsert);
if (verbose && !debug) {
System.out.print(".");
num_insertions++;
if ((num_insertions % 50) == 0) {
System.out.println(); // terminate the line that contains dots
}
}
dbug.debug("Post-insertion source: %n" + src.getString());
Set packageNames = iToInsert.getPackageNames();
if (!packageNames.isEmpty()) {
dbug.debug("Need import %s%n due to insertion %s%n",
packageNames, toInsert);
imports.addAll(packageNames);
}
}
}
}
if (convert_jaifs) {
for (Map.Entry entry : scenes.entrySet()) {
String filename = entry.getKey();
AScene scene = entry.getValue();
try {
IndexFileWriter.write(scene, filename + ".converted");
} catch (DefException e) {
System.err.println(filename + ": " + " format error in conversion");
if (print_error_stack) {
e.printStackTrace();
}
}
}
return; // done with conversion
}
if (dbug.isEnabled()) {
dbug.debug("%d imports to insert%n", imports.size());
for (String classname : imports) {
dbug.debug(" %s%n", classname);
}
}
// insert import statements
{
Pattern importPattern = Pattern.compile("(?m)^import\\b");
Pattern packagePattern = Pattern.compile("(?m)^package\\b.*;(\\n|\\r\\n?)");
int importIndex = 0; // default: beginning of file
String srcString = src.getString();
Matcher m = importPattern.matcher(srcString);
Set inSource = new TreeSet();
if (m.find()) {
importIndex = m.start();
do {
int i = m.start();
int j = srcString.indexOf(System.lineSeparator(), i) + 1;
if (j <= 0) {
j = srcString.length();
}
String s = srcString.substring(i, j);
inSource.add(s);
} while (m.find());
} else {
// Debug.info("Didn't find import in " + srcString);
m = packagePattern.matcher(srcString);
if (m.find()) {
importIndex = m.end();
}
}
for (String classname : imports) {
String toInsert = "import " + classname + ";" + fileLineSep;
if (!inSource.contains(toInsert)) {
inSource.add(toInsert);
src.insert(importIndex, toInsert);
importIndex += toInsert.length();
}
}
}
// Write the source file.
File outfile = null;
try {
if (in_place) {
outfile = javafile;
if (verbose) {
System.out.printf("Renaming %s to %s%n", javafile, unannotated);
}
boolean success = javafile.renameTo(unannotated);
if (! success) {
throw new Error(String.format("Failed renaming %s to %s",
javafile, unannotated));
}
} else {
if (pkg.isEmpty()) {
outfile = new File(outdir, javafile.getName());
} else {
String[] pkgPath = pkg.split("\\.");
StringBuilder sb = new StringBuilder(outdir);
for (int i = 0 ; i < pkgPath.length ; i++) {
sb.append(fileSep).append(pkgPath[i]);
}
outfile = new File(sb.toString(), javafile.getName());
}
outfile.getParentFile().mkdirs();
}
OutputStream output = new FileOutputStream(outfile);
if (verbose) {
System.out.printf("Writing %s%n", outfile);
}
src.write(output);
output.close();
} catch (IOException e) {
System.err.println("Problem while writing file " + outfile);
e.printStackTrace();
System.exit(1);
}
}
}
public static String pathToString(TreePath path) {
if (path == null) {
return "null";
}
return treeToString(path.getLeaf());
}
public static String treeToString(Tree node) {
String asString = node.toString();
String oneLine = firstLine(asString);
return "\"" + oneLine + "\"";
}
/**
* Return the first non-empty line of the string, adding an ellipsis
* (...) if the string was truncated.
*/
public static String firstLine(String s) {
while (s.startsWith("\n")) {
s = s.substring(1);
}
int newlineIndex = s.indexOf('\n');
if (newlineIndex == -1) {
return s;
} else {
return s.substring(0, newlineIndex) + "...";
}
}
/**
* Separates the annotation class from its arguments.
*
* @return given @foo(bar) it returns the pair { @foo, (bar) }.
*/
public static Pair removeArgs(String s) {
int pidx = s.indexOf("(");
return (pidx == -1) ?
Pair.of(s, (String)null) :
Pair.of(s.substring(0, pidx), s.substring(pidx));
}
}