org.bytedeco.javacpp.tools.Parser Maven / Gradle / Ivy
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/*
* Copyright (C) 2013-2018 Samuel Audet
*
* Licensed either under the Apache License, Version 2.0, or (at your option)
* under the terms of the GNU General Public License as published by
* the Free Software Foundation (subject to the "Classpath" exception),
* either version 2, or any later version (collectively, the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
* http://www.gnu.org/licenses/
* http://www.gnu.org/software/classpath/license.html
*
* or as provided in the LICENSE.txt file that accompanied this code.
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package org.bytedeco.javacpp.tools;
import java.io.File;
import java.io.FileNotFoundException;
import java.io.IOException;
import java.io.Writer;
import java.util.ArrayList;
import java.util.Arrays;
import java.util.HashMap;
import java.util.Iterator;
import java.util.LinkedHashSet;
import java.util.List;
import java.util.Map;
import java.util.Properties;
import java.util.regex.Matcher;
import java.util.regex.Pattern;
import org.bytedeco.javacpp.ClassProperties;
import org.bytedeco.javacpp.Loader;
/**
* The Parser, just like the Generator, is a mess that is not meant to support the
* entirety of C++, but an appropriate subset as used by typical C/C++ header files.
* To figure out what that subset is and what the output should be, the idea is to
* apply it on as many C/C++ libraries as possible, and patch the code as we go.
* At one point in time, when this prototype code appears to have stabilized, we can
* start to redesign it in a more meaningful way.
*
* That said, to understand how it is supposed to function in its present state,
* one can step through the code at runtime: It is quite friendly to debuggers.
*
* Moreover, it relies on {@link Info} objects created as part of the execution
* of {@link InfoMapper#map(InfoMap)}. We can understand better how the parsing
* is supposed to get accomplished by studying that documentation as well.
*
* To do:
* - Inherit constructors from helper classes, if possible
* - etc.
*
* @see Info
* @see InfoMap
* @see InfoMapper
*
* @author Samuel Audet
*/
public class Parser {
public Parser(Logger logger, Properties properties) {
this(logger, properties, null, null);
}
public Parser(Logger logger, Properties properties, String encoding, String lineSeparator) {
this.logger = logger;
this.properties = properties;
this.encoding = encoding;
this.lineSeparator = lineSeparator;
}
Parser(Parser p, String text) {
this.logger = p.logger;
this.properties = p.properties;
this.encoding = p.encoding;
this.infoMap = p.infoMap;
Token t = p.tokens != null ? p.tokens.get() : Token.EOF;
this.tokens = new TokenIndexer(infoMap, new Tokenizer(text, t.file, t.lineNumber).tokenize(), false);
this.lineSeparator = p.lineSeparator;
}
final Logger logger;
final Properties properties;
final String encoding;
InfoMap infoMap = null;
InfoMap leafInfoMap = null;
TokenIndexer tokens = null;
String lineSeparator = null;
String translate(String text) {
Info info = infoMap.getFirst(text);
if (info != null && info.javaNames != null && info.javaNames.length > 0) {
return info.javaNames[0];
}
int namespace = text.lastIndexOf("::");
if (namespace >= 0) {
Info info2 = infoMap.getFirst(text.substring(0, namespace));
String localName = text.substring(namespace + 2);
if (info2 != null && info2.pointerTypes != null) {
text = info2.pointerTypes[0] + "." + localName;
} else if (localName.length() > 0 && Character.isJavaIdentifierStart(localName.charAt(0))) {
for (char c : localName.toCharArray()) {
if (!Character.isJavaIdentifierPart(c)) {
localName = null;
break;
}
}
if (localName != null) {
text = localName;
}
}
}
int castStart = text.lastIndexOf('(');
int castEnd = text.indexOf(')', castStart);
if (castStart >= 0 && castStart < castEnd) {
Info info2 = infoMap.getFirst(text.substring(castStart + 1, castEnd));
if (info2 != null && info2.valueTypes != null && info2.valueTypes.length > 0) {
text = text.substring(0, castStart + 1) + info2.valueTypes[0] + text.substring(castEnd);
}
}
return text;
}
void containers(Context context, DeclarationList declList) throws ParserException {
List basicContainers = new ArrayList();
for (Info info : infoMap.get("basic/containers")) {
basicContainers.addAll(Arrays.asList(info.cppTypes));
}
for (String containerName : basicContainers) {
LinkedHashSet infoSet = new LinkedHashSet();
infoSet.addAll(leafInfoMap.get("const " + containerName));
infoSet.addAll(leafInfoMap.get(containerName));
for (Info info : infoSet) {
Declaration decl = new Declaration();
if (info == null || info.skip || !info.define) {
continue;
}
int dim = containerName.endsWith("pair") ? 0 : 1;
boolean constant = info.cppNames[0].startsWith("const "), resizable = !constant;
Type containerType = new Parser(this, info.cppNames[0]).type(context),
indexType, valueType, firstType = null, secondType = null;
if (containerType.arguments == null || containerType.arguments.length == 0 || containerType.arguments[0] == null
|| containerType.arguments[containerType.arguments.length - 1] == null) {
continue;
} else if (containerType.arguments.length > 1 && containerType.arguments[1].javaName.length() > 0) {
resizable = false;
indexType = containerType.arguments[0];
valueType = containerType.arguments[1];
} else {
resizable &= containerType.arguments.length == 1; // assume second argument is the fixed size
indexType = new Type();
indexType.annotations = "@Cast(\"size_t\") ";
indexType.cppName = "size_t";
indexType.javaName = "long";
valueType = containerType.arguments[0];
}
String indexFunction = "(function = \"at\")";
boolean list = resizable; // also vector, etc
if (valueType.javaName == null || valueType.javaName.length() == 0
|| containerName.endsWith("bitset")) {
indexFunction = "";
valueType.javaName = "boolean";
resizable = false;
} else if (containerName.endsWith("list") || containerName.endsWith("set")) {
indexType = null;
resizable = false;
list = containerName.endsWith("list");
} else if (!constant && !resizable) {
indexFunction = ""; // maps need operator[] to be writable
}
while (valueType.cppName.startsWith(containerName)
&& leafInfoMap.get(valueType.cppName, false).size() == 0) {
// increase dimension, unless the user has provided info for the intermediate type
dim++;
valueType = valueType.arguments[0];
}
int valueTemplate = valueType.cppName.indexOf("<");
if (containerName.endsWith("pair")) {
firstType = containerType.arguments[0];
secondType = containerType.arguments[1];
} else if (valueTemplate >= 0 && valueType.cppName.substring(0, valueTemplate).endsWith("pair")) {
firstType = valueType.arguments[0];
secondType = valueType.arguments[1];
}
if (firstType != null && (firstType.annotations == null || firstType.annotations.length() == 0)) {
firstType.annotations = (firstType.constValue ? "@Const " : "") + (firstType.indirections == 0 && !firstType.value ? "@ByRef " : "");
}
if (secondType != null && (secondType.annotations == null || secondType.annotations.length() == 0)) {
secondType.annotations = (secondType.constValue ? "@Const " : "") + (secondType.indirections == 0 && !secondType.value ? "@ByRef " : "");
}
if (indexType != null && (indexType.annotations == null || indexType.annotations.length() == 0)) {
indexType.annotations = (indexType.constValue ? "@Const " : "") + (indexType.indirections == 0 && !indexType.value ? "@ByRef " : "");
}
if (valueType != null && (valueType.annotations == null || valueType.annotations.length() == 0)) {
valueType.annotations = (valueType.constValue ? "@Const " : "") + (valueType.indirections == 0 && !valueType.value ? "@ByRef " : "");
}
Info valueInfo = infoMap.getFirst(valueType.cppName);
if (valueInfo != null && valueInfo.cast) {
String cast = valueType.cppName;
if (valueType.constValue && !cast.startsWith("const ")) {
cast = "const " + cast;
}
if (valueType.constPointer && !cast.endsWith(" const")) {
cast = cast + " const";
}
if (valueType.indirections > 0) {
for (int i = 0; i < valueType.indirections; i++) {
cast += "*";
}
} else if (!valueType.value) {
cast += "*";
}
if (valueType.reference) {
cast += "&";
}
valueType.annotations = "@Cast(\"" + cast + "\") " + valueType.annotations;
}
String arrayBrackets = "";
for (int i = 0; i < dim - 1; i++) {
arrayBrackets += "[]";
}
decl.text += (dim == 0 ? "\n@NoOffset " : "\n")
+ "@Name(\"" + containerType.cppName + "\") public static class " + containerType.javaName + " extends Pointer {\n"
+ " static { Loader.load(); }\n"
+ " /** Pointer cast constructor. Invokes {@link Pointer#Pointer(Pointer)}. */\n"
+ " public " + containerType.javaName + "(Pointer p) { super(p); }\n";
if (!constant && (dim == 0 || containerType.arguments.length == 1) && firstType != null && secondType != null) {
String[] firstNames = firstType.javaNames != null ? firstType.javaNames : new String[] {firstType.javaName};
String[] secondNames = secondType.javaNames != null ? secondType.javaNames : new String[] {secondType.javaName};
String brackets = arrayBrackets + (dim > 0 ? "[]" : "");
for (int n = 0; n < firstNames.length || n < secondNames.length; n++) {
decl.text += " public " + containerType.javaName + "(" + firstNames[Math.min(n, firstNames.length - 1)] + brackets + " firstValue, "
+ secondNames[Math.min(n, secondNames.length - 1)] + brackets + " secondValue) "
+ "{ this(" + (dim > 0 ? "Math.min(firstValue.length, secondValue.length)" : "") + "); put(firstValue, secondValue); }\n";
}
} else if (resizable && firstType == null && secondType == null) {
for (String javaName : valueType.javaNames != null ? valueType.javaNames : new String[] {valueType.javaName}) {
if (dim < 2 && !javaName.equals("int") && !javaName.equals("long")) {
decl.text += " public " + containerType.javaName + "(" + javaName + " value) { this(1); put(0, value); }\n";
}
decl.text += " public " + containerType.javaName + "(" + javaName + arrayBrackets + " ... array) { this(array.length); put(array); }\n";
}
}
decl.text += " public " + containerType.javaName + "() { allocate(); }\n" + (!resizable ? ""
: " public " + containerType.javaName + "(long n) { allocate(n); }\n")
+ " private native void allocate();\n" + (!resizable ? ""
: " private native void allocate(@Cast(\"size_t\") long n);\n")
+ " public native @Name(\"operator=\") @ByRef " + containerType.javaName + " put(@ByRef " + containerType.javaName + " x);\n\n";
for (int i = 0; i < dim; i++) {
String indexAnnotation = i > 0 ? ("@Index(" + (i > 1 ? "value = " + i + ", " : "" ) + "function = \"at\") ") : "";
String indices = "", indices2 = "", separator = "";
for (int j = 0; indexType != null && j < i; j++) {
indices += separator + indexType.annotations + indexType.javaName + " " + (char)('i' + j);
indices2 += separator + (char)('i' + j);
separator = ", ";
}
decl.text += " public boolean empty(" + indices + ") { return size(" + indices2 + ") == 0; }\n"
+ " public native " + indexAnnotation + "long size(" + indices + ");\n" + (!resizable ? ""
: " public void clear(" + indices + ") { resize(" + indices2 + separator + "0); }\n"
+ " public native " + indexAnnotation + "void resize(" + indices + separator + "@Cast(\"size_t\") long n);\n");
}
String params = "", separator = "";
for (int i = 0; indexType != null && i < dim; i++) {
params += separator + indexType.annotations + indexType.javaName + " " + (char)('i' + i);
separator = ", ";
}
if (firstType != null && secondType != null) {
String indexAnnotation = dim == 0 ? "@MemberGetter " : "@Index(" + (dim > 1 ? "value = " + dim + ", " : "") + "function = \"at\") ";
decl.text += "\n"
+ " " + indexAnnotation + "public native " + firstType.annotations + firstType.javaName + " first(" + params + ");"
+ " public native " + containerType.javaName + " first(" + params + separator + firstType.javaName.substring(firstType.javaName.lastIndexOf(' ') + 1) + " first);\n"
+ " " + indexAnnotation + "public native " + secondType.annotations + secondType.javaName + " second(" + params + "); "
+ " public native " + containerType.javaName + " second(" + params + separator + secondType.javaName.substring(secondType.javaName.lastIndexOf(' ') + 1) + " second);\n";
for (int i = 1; !constant && firstType.javaNames != null && i < firstType.javaNames.length; i++) {
decl.text += " @MemberSetter @Index" + indexFunction + " public native " + containerType.javaName + " first(" + params + separator + firstType.annotations + firstType.javaNames[i] + " first);\n";
}
for (int i = 1; !constant && secondType.javaNames != null && i < secondType.javaNames.length; i++) {
decl.text += " @MemberSetter @Index" + indexFunction + " public native " + containerType.javaName + " second(" + params + separator + secondType.annotations + secondType.javaNames[i] + " second);\n";
}
} else {
if (indexType != null) {
decl.text += "\n"
+ " @Index" + indexFunction + " public native " + valueType.annotations + valueType.javaName + " get(" + params + ");\n";
if (!constant) {
decl.text += " public native " + containerType.javaName + " put(" + params + separator + valueType.javaName.substring(valueType.javaName.lastIndexOf(' ') + 1) + " value);\n";
}
for (int i = 1; !constant && valueType.javaNames != null && i < valueType.javaNames.length; i++) {
decl.text += " @ValueSetter @Index" + indexFunction + " public native " + containerType.javaName + " put(" + params + separator + valueType.annotations + valueType.javaNames[i] + " value);\n";
}
}
if (dim == 1 && !containerName.endsWith("bitset") && containerType.arguments.length >= 1 && containerType.arguments[containerType.arguments.length - 1].javaName.length() > 0) {
decl.text += "\n";
if (!constant) {
if (list) {
decl.text += " public native @ByVal Iterator insert(@ByVal Iterator pos, " + valueType.annotations + valueType.javaName + " value);\n"
+ " public native @ByVal Iterator erase(@ByVal Iterator pos);\n";
} else if (indexType == null) {
decl.text += " public native void insert(" + valueType.annotations + valueType.javaName + " value);\n"
+ " public native void erase(" + valueType.annotations + valueType.javaName + " value);\n";
}
// XXX: else need to figure out something for maps
}
if (indexType != null && !indexType.annotations.contains("@Const") && !indexType.annotations.contains("@Cast") && !indexType.value) {
indexType.annotations += "@Const ";
}
if (!valueType.annotations.contains("@Const") && !valueType.value) {
valueType.annotations += "@Const ";
}
decl.text += " public native @ByVal Iterator begin();\n"
+ " public native @ByVal Iterator end();\n"
+ " @NoOffset @Name(\"iterator\") public static class Iterator extends Pointer {\n"
+ " public Iterator(Pointer p) { super(p); }\n"
+ " public Iterator() { }\n\n"
+ " public native @Name(\"operator++\") @ByRef Iterator increment();\n"
+ " public native @Name(\"operator==\") boolean equals(@ByRef Iterator it);\n"
+ (containerType.arguments.length > 1 ?
" public native @Name(\"operator*().first\") @MemberGetter " + indexType.annotations + indexType.javaName + " first();\n"
+ " public native @Name(\"operator*().second\") @MemberGetter " + valueType.annotations + valueType.javaName + " second();\n"
:
" public native @Name(\"operator*\") " + valueType.annotations + valueType.javaName + " get();\n")
+ " }\n";
}
if (resizable) {
decl.text += "\n"
+ " public " + valueType.javaName + arrayBrackets + "[] get() {\n";
String indent = " ", indices = "", args = "", brackets = arrayBrackets;
separator = "";
for (int i = 0; i < dim; i++) {
char c = (char)('i' + i);
decl.text +=
indent + (i == 0 ? valueType.javaName + brackets + "[] " : "") + "array" + indices + " = new " + valueType.javaName
+ "[size(" + args + ") < Integer.MAX_VALUE ? (int)size(" + args + ") : Integer.MAX_VALUE]" + brackets + ";\n" +
indent + "for (int " + c + " = 0; " + c + " < array" + indices + ".length; " + c + "++) {\n";
indent += " ";
indices += "[" + c + "]";
args += separator + c;
brackets = brackets.length() < 2 ? "" : brackets.substring(2);
separator = ", ";
}
decl.text += indent + "array" + indices + " = get(" + args + ");\n";
for (int i = 0; i < dim; i++) {
indent = indent.substring(4);
decl.text += indent + "}\n";
}
decl.text += " return array;\n"
+ " }\n"
+ " @Override public String toString() {\n"
+ " return java.util.Arrays." + (dim < 2 ? "toString" : "deepToString" ) + "(get());\n"
+ " }\n";
}
}
if (!constant && (dim == 0 || containerType.arguments.length == 1) && firstType != null && secondType != null) {
String[] firstNames = firstType.javaNames != null ? firstType.javaNames : new String[] {firstType.javaName};
String[] secondNames = secondType.javaNames != null ? secondType.javaNames : new String[] {secondType.javaName};
String brackets = arrayBrackets + (dim > 0 ? "[]" : "");
for (int n = 0; n < firstNames.length || n < secondNames.length; n++) {
decl.text += "\n"
+ " public " + containerType.javaName + " put(" + firstNames[Math.min(n, firstNames.length - 1)] + brackets + " firstValue, "
+ secondNames[Math.min(n, secondNames.length - 1)] + brackets + " secondValue) {\n";
String indent = " ", indices = "", args = "";
separator = "";
for (int i = 0; i < dim; i++) {
char c = (char)('i' + i);
decl.text +=
indent + "for (int " + c + " = 0; " + c + " < firstValue" + indices + ".length && "
+ c + " < secondValue" + indices + ".length; " + c + "++) {\n";
indent += " ";
indices += "[" + c + "]";
args += separator + c;
separator = ", ";
}
decl.text += indent + "first(" + args + separator + "firstValue" + indices + ");\n"
+ indent + "second(" + args + separator + "secondValue" + indices + ");\n";
for (int i = 0; i < dim; i++) {
indent = indent.substring(4);
decl.text += indent + "}\n";
}
decl.text += " return this;\n"
+ " }\n";
}
} else if (resizable && firstType == null && secondType == null) {
boolean first = true;
for (String javaName : valueType.javaNames != null ? valueType.javaNames : new String[] {valueType.javaName}) {
decl.text += "\n";
if (dim < 2) {
if (first) {
decl.text += " public " + javaName + " pop_back() {\n"
+ " long size = size();\n"
+ " " + javaName + " value = get(size - 1);\n"
+ " resize(size - 1);\n"
+ " return value;\n"
+ " }\n";
}
decl.text += " public " + containerType.javaName + " push_back(" + javaName + " value) {\n"
+ " long size = size();\n"
+ " resize(size + 1);\n"
+ " return put(size, value);\n"
+ " }\n"
+ " public " + containerType.javaName + " put(" + javaName + " value) {\n"
+ " if (size() != 1) { resize(1); }\n"
+ " return put(0, value);\n"
+ " }\n";
}
decl.text += " public " + containerType.javaName + " put(" + javaName + arrayBrackets + " ... array) {\n";
String indent = " ", indices = "", args = "";
separator = "";
for (int i = 0; i < dim; i++) {
char c = (char)('i' + i);
decl.text +=
indent + "if (size(" + args + ") != array" + indices + ".length) { resize(" + args + separator + "array" + indices + ".length); }\n" +
indent + "for (int " + c + " = 0; " + c + " < array" + indices + ".length; " + c + "++) {\n";
indent += " ";
indices += "[" + c + "]";
args += separator + c;
separator = ", ";
}
decl.text += indent + "put(" + args + separator + "array" + indices + ");\n";
for (int i = 0; i < dim; i++) {
indent = indent.substring(4);
decl.text += indent + "}\n";
}
decl.text += " return this;\n"
+ " }\n";
first = false;
}
}
decl.text += "}\n";
declList.add(decl);
}
}
}
TemplateMap template(Context context) throws ParserException {
if (!tokens.get().match(Token.TEMPLATE)) {
return null;
}
TemplateMap map = new TemplateMap(context.templateMap);
tokens.next().expect('<');
for (Token token = tokens.next(); !token.match(Token.EOF); token = tokens.next()) {
if (token.match(Token.IDENTIFIER)) {
Token t = tokens.next();
if (t.match("...")) {
map.variadic = true;
t = tokens.next();
}
if (t.match(Token.IDENTIFIER)) {
String key = t.value;
map.put(key, map.get(key));
token = tokens.next();
}
}
if (!token.match(',', '>')) {
// ignore default argument
int count = 0;
for (token = tokens.get(); !token.match(Token.EOF); token = tokens.next()) {
if (count == 0 && token.match(',', '>')) {
break;
} else if (token.match('<', '(')) {
count++;
} else if (token.match('>', ')')) {
count--;
}
}
}
if (token.expect(',', '>').match('>')) {
if (tokens.next().match(Token.TEMPLATE)) {
tokens.next().expect('<');
} else {
break;
}
}
}
return map;
}
Type[] templateArguments(Context context) throws ParserException {
if (!tokens.get().match('<')) {
return null;
}
List arguments = new ArrayList();
for (Token token = tokens.next(); !token.match(Token.EOF); token = tokens.next()) {
Type type = type(context);
arguments.add(type);
token = tokens.get();
if (!token.match(',', '>')) {
// may not actually be a type
int count = 0;
for (token = tokens.get(); !token.match(Token.EOF); token = tokens.next()) {
if (count == 0 && token.match(',', '>')) {
break;
} else if (token.match('<', '(')) {
count++;
} else if (token.match('>', ')')) {
count--;
}
type.cppName += token;
if (token.match(Token.CONST, Token.__CONST)) {
type.cppName += " ";
}
}
if (type.cppName.endsWith("*")) {
type.javaName = "PointerPointer";
type.annotations += "@Cast(\"" + type.cppName + "*\") ";
}
}
if (token.expect(',', '>').match('>')) {
break;
}
}
return arguments.toArray(new Type[arguments.size()]);
}
Type type(Context context) throws ParserException {
return type(context, false);
}
Type type(Context context, boolean definition) throws ParserException {
Type type = new Type();
List attributes = new ArrayList();
for (Token token = tokens.get(); !token.match(Token.EOF); token = tokens.get()) {
if (token.match("::")) {
Info info = infoMap.getFirst(type.cppName, false);
if (info != null && info.pointerTypes != null && info.pointerTypes.length > 0
&& !type.cppName.contains("::") && token.spacing.length() > 0) {
break;
}
type.cppName += token;
} else if (token.match(Token.DECLTYPE)) {
type.cppName += token.toString() + tokens.next().expect('(');
int count = 0;
for (token = tokens.next(); !token.match(')', Token.EOF); token = tokens.next()) {
type.cppName += token;
}
type.cppName += token;
tokens.next();
break;
} else if (token.match('<')) {
type.arguments = templateArguments(context);
type.cppName += "<";
String separator = "";
for (Type t : type.arguments) {
if (t == null) {
// skip over variadic templates
continue;
}
type.cppName += separator;
Info info = infoMap.getFirst(t.cppName);
String s = info != null && info.cppTypes != null ? info.cppTypes[0] : t.cppName;
if (t.constValue && !s.startsWith("const ")) {
s = "const " + s;
}
if (t.constPointer && !s.endsWith(" const")) {
s = s + " const";
}
for (int i = 0; i < t.indirections; i++) {
s += "*";
}
if (t.reference) {
s += "&";
}
type.cppName += s;
separator = ",";
}
type.cppName += type.cppName.endsWith(">") ? " >" : ">";
} else if (token.match(Token.CONST, Token.__CONST, Token.CONSTEXPR)) {
int template = type.cppName.lastIndexOf('<');
String simpleName = template >= 0 ? type.cppName.substring(0, template) : type.cppName;
if (!simpleName.trim().contains(" ") || type.simple) {
type.constValue = true;
} else {
type.constPointer = true;
}
} else if (token.match('*')) {
type.indirections++;
tokens.next();
break;
} else if (token.match('&')) {
type.reference = true;
tokens.next();
break;
} else if (token.match("&&")) {
// rvalue reference... ignore?
} else if (token.match('~')) {
type.cppName += "~";
type.destructor = true;
} else if (token.match(Token.STATIC)) {
type.staticMember = true;
} else if (token.match(Token.OPERATOR)) {
if (type.cppName.length() == 0) {
type.operator = true;
tokens.next();
continue;
} else if (type.cppName.endsWith("::")) {
type.operator = true;
tokens.next();
break;
} else {
break;
}
} else if (token.match(Token.USING)) {
type.using = true;
} else if (token.match(Token.FRIEND)) {
type.friend = true;
} else if (token.match(Token.TYPEDEF)) {
type.typedef = true;
} else if (token.match(Token.VIRTUAL)) {
type.virtual = true;
} else if (token.match(Token.AUTO, Token.ENUM, Token.EXPLICIT, Token.EXTERN, Token.INLINE, Token.CLASS, Token.FINAL,
Token.INTERFACE, Token.__INTERFACE, Token.MUTABLE, Token.NAMESPACE, Token.STRUCT, Token.UNION,
Token.TYPENAME, Token.REGISTER, Token.THREAD_LOCAL, Token.VOLATILE)) {
token = tokens.next();
continue;
} else if (token.match((Object[])infoMap.getFirst("basic/types").cppTypes) && (type.cppName.length() == 0 || type.simple)) {
type.cppName += token.value + " ";
type.simple = true;
} else if (token.match(Token.IDENTIFIER)) {
int backIndex = tokens.index;
Attribute attr = attribute();
if (attr != null && attr.annotation) {
type.annotations += attr.javaName;
attributes.add(attr);
continue;
} else {
tokens.index = backIndex;
if (type.cppName.length() == 0 || type.cppName.endsWith("::") || type.cppName.endsWith("~")) {
type.cppName += token.value;
} else {
Info info = infoMap.getFirst(tokens.get(1).value);
if ((info != null && info.annotations != null) ||
!tokens.get(1).match('*', '&', Token.IDENTIFIER, Token.CONST, Token.__CONST, Token.CONSTEXPR, Token.FINAL)) {
// we probably reached a variable or function name identifier
break;
}
}
}
} else {
if (token.match('}')) {
type.anonymous = true;
tokens.next();
}
break;
}
tokens.next();
}
if (attributes.size() > 0) {
type.attributes = attributes.toArray(new Attribute[attributes.size()]);
}
type.cppName = type.cppName.trim();
if (tokens.get().match("...")) {
// skip over variable arguments
tokens.next();
if (tokens.get().match(Token.IDENTIFIER)) {
// skip over template parameter packs as well
tokens.next();
}
return null;
} else if (type.operator) {
for (Token token = tokens.get(); !token.match(Token.EOF, '(', ';'); token = tokens.next()) {
type.cppName += token;
}
}
// remove * and & to query template map
if (type.cppName.endsWith("*")) {
type.indirections++;
type.cppName = type.cppName.substring(0, type.cppName.length() - 1);
}
if (type.cppName.endsWith("&")) {
type.reference = true;
type.cppName = type.cppName.substring(0, type.cppName.length() - 1);
}
// perform template substitution
if (context.templateMap != null) {
String[] types = type.cppName.split("::");
String separator = "";
type.cppName = "";
List arguments = new ArrayList();
for (String t : types) {
Type t2 = context.templateMap.get(t);
type.cppName += separator + (t2 != null ? t2.cppName : t);
if (t2 != null && t2.arguments != null) {
arguments.addAll(Arrays.asList(t2.arguments));
}
separator = "::";
}
if (arguments.size() > 0) {
type.arguments = arguments.toArray(new Type[arguments.size()]);
}
}
// remove const, * and & after template substitution for consistency
if (type.cppName.startsWith("const ")) {
type.constValue = true;
type.cppName = type.cppName.substring(6);
}
if (type.cppName.endsWith("*")) {
type.indirections++;
if (type.reference) {
type.constValue = false;
}
type.cppName = type.cppName.substring(0, type.cppName.length() - 1);
}
if (type.cppName.endsWith("&")) {
type.reference = true;
type.cppName = type.cppName.substring(0, type.cppName.length() - 1);
}
if (type.cppName.endsWith(" const")) {
type.constPointer = true;
type.cppName = type.cppName.substring(0, type.cppName.length() - 6);
}
Info info = null;
String[] names = context.qualify(type.cppName);
if (definition && names.length > 0) {
String constName = type.constValue || type.constPointer ? "const " + names[0] : names[0];
info = infoMap.getFirst(constName, false);
type.cppName = names[0];
} else {
// guess the fully qualified C++ type with what's available in the InfoMap
for (String name : names) {
String constName = type.constValue || type.constPointer ? "const " + name : name;
if ((info = infoMap.getFirst(constName, false)) != null) {
type.cppName = name;
break;
} else if (infoMap.getFirst(constName) != null) {
type.cppName = name;
}
}
}
if (info != null && info.cppTypes != null && info.cppTypes.length > 0) {
// use user defined type
type.cppName = info.cppTypes[0];
}
// remove const, * and & after user defined substitution for consistency
if (type.cppName.startsWith("const ")) {
type.constValue = true;
type.cppName = type.cppName.substring(6);
}
if (type.cppName.endsWith("*")) {
type.indirections++;
if (type.reference) {
type.constValue = false;
}
type.cppName = type.cppName.substring(0, type.cppName.length() - 1);
}
if (type.cppName.endsWith("&")) {
type.reference = true;
type.cppName = type.cppName.substring(0, type.cppName.length() - 1);
}
if (type.cppName.endsWith(" const")) {
type.constPointer = true;
type.cppName = type.cppName.substring(0, type.cppName.length() - 6);
}
// produce some appropriate name for the peer Java class, relying on Info if available
int namespace = type.cppName.lastIndexOf("::");
int template = type.cppName.lastIndexOf('<');
type.javaName = namespace >= 0 && template < 0 ? type.cppName.substring(namespace + 2) : type.cppName;
if (info != null) {
if (type.indirections == 0 && !type.reference && info.valueTypes != null && info.valueTypes.length > 0) {
type.javaName = info.valueTypes[0];
type.javaNames = info.valueTypes;
type.value = true;
} else if (info.pointerTypes != null && info.pointerTypes.length > 0) {
type.javaName = info.pointerTypes[0];
type.javaNames = info.pointerTypes;
}
}
if (type.operator) {
if (type.constValue) {
type.annotations += "@Const ";
}
if (type.indirections == 0 && !type.reference && !type.value) {
type.annotations += "@ByVal ";
} else if (type.indirections == 0 && type.reference && !type.value) {
type.annotations += "@ByRef ";
}
if (info != null && info.cast) {
type.annotations += "@Cast(\"" + type.cppName + (type.indirections == 0 && !type.value ? "*" : "") + "\") ";
}
type.annotations += "@Name(\"operator " + (type.constValue ? "const " : "")
+ type.cppName + (type.indirections > 0 ? "*" : type.reference ? "&" : "") + "\") ";
}
if (info != null && info.annotations != null) {
for (String s : info.annotations) {
type.annotations += s + " ";
}
}
if (context.cppName != null && type.javaName.length() > 0) {
String cppName = type.cppName;
String groupName = context.cppName;
int template2 = groupName != null ? groupName.lastIndexOf('<') : -1;
if (template < 0 && template2 >= 0) {
groupName = groupName.substring(0, template2);
} else if (template >= 0 && template2 < 0) {
cppName = cppName.substring(0, template);
}
int namespace2 = groupName != null ? groupName.lastIndexOf("::") : -1;
if (namespace < 0 && namespace2 >= 0) {
groupName = groupName.substring(namespace2 + 2);
}
if (cppName.equals(groupName)) {
type.constructor = !type.destructor && !type.operator
&& type.indirections == 0 && !type.reference && tokens.get().match('(', ':');
}
type.javaName = context.shorten(type.javaName);
}
return type;
}
Declarator declarator(Context context, String defaultName, int infoNumber, boolean useDefaults,
int varNumber, boolean arrayAsPointer, boolean pointerAsArray) throws ParserException {
boolean typedef = tokens.get().match(Token.TYPEDEF);
boolean using = tokens.get().match(Token.USING);
Declarator dcl = new Declarator();
Type type = type(context);
if (type == null) {
return null;
}
typedef |= type.typedef;
// pick the requested identifier out of the statement in the case of multiple variable declaractions
int count = 0, number = 0;
for (Token token = tokens.get(); number < varNumber && !token.match(Token.EOF); token = tokens.next()) {
if (token.match('(','[','{')) {
count++;
} else if (token.match(')',']','}')) {
count--;
} else if (count > 0) {
continue;
} else if (token.match(',')) {
number++;
} else if (token.match(';')) {
tokens.next();
return null;
}
}
// start building an appropriate cast for the C++ type
String precast = null, cast = type.cppName;
if (type.constPointer) {
dcl.constPointer = true;
cast += " const";
}
if (varNumber == 0 && type.indirections > 0) {
dcl.indirections += type.indirections;
for (int i = 0; i < type.indirections; i++) {
cast += "*";
}
}
if (varNumber == 0 && type.reference) {
dcl.reference = true;
cast += "&";
}
for (Token token = tokens.get(); !token.match(Token.EOF); token = tokens.next()) {
if (token.match('*')) {
dcl.indirections++;
} else if (token.match('&')) {
dcl.reference = true;
} else if (token.match("&&")) {
// rvalue reference... ignore?
} else if (token.match(Token.CONST, Token.__CONST, Token.CONSTEXPR)) {
dcl.constPointer = true;
} else {
break;
}
cast += token;
}
// translate C++ attributes to equivalent Java annotations
List attributes = new ArrayList();
if (type.attributes != null) {
attributes.addAll(Arrays.asList(type.attributes));
}
int backIndex = tokens.index;
Attribute attr = attribute();
while (attr != null && attr.annotation) {
type.annotations += attr.javaName;
attributes.add(attr);
backIndex = tokens.index;
attr = attribute();
}
// consider attributes of the form SOMETHING(name) as hints for an appropriate Java name
attr = null;
tokens.index = backIndex;
for (Attribute a : attributes) {
if (a.javaName != null && a.javaName.contains("@Name ")
&& a.arguments.length() > 0 && Character.isJavaIdentifierStart(a.arguments.charAt(0))) {
attr = a;
for (char c : a.arguments.toCharArray()) {
if (!Character.isJavaIdentifierPart(c)) {
attr = null;
break;
}
}
}
if (attr != null) {
type.annotations = type.annotations.replace("@Name ", ""); // gets added back below
break;
}
}
// ignore superfluous parentheses
count = 0;
while (tokens.get().match('(') && tokens.get(1).match('(')) {
tokens.next();
count++;
}
int[] dims = new int[256];
int indirections2 = 0;
dcl.cppName = "";
Info groupInfo = null;
Declaration definition = new Declaration();
boolean fieldPointer = false;
Attribute convention = null;
for (Attribute a : attributes) {
if (a.annotation && a.javaName.length() == 0 && a.arguments.length() == 0) {
// we may have a calling convention for function pointers
convention = a;
}
}
if (tokens.get().match('(') || (typedef && tokens.get(1).match('('))) {
// probably a function pointer declaration
if (tokens.get().match('(')) {
tokens.next();
}
for (Token token = tokens.get(); !token.match(Token.EOF); token = tokens.get()) {
if (token.match(Token.IDENTIFIER, "::")) {
int backIndex2 = tokens.index;
Attribute attr2 = attribute();
if (attr2 != null && attr2.annotation) {
type.annotations += attr2.javaName;
attributes.add(attr2);
convention = attr2;
continue;
} else {
tokens.index = backIndex2;
dcl.cppName += token;
}
} else if (token.match('*')) {
indirections2++;
if (dcl.cppName.endsWith("::")) {
dcl.cppName = dcl.cppName.substring(0, dcl.cppName.length() - 2);
for (String name : context.qualify(dcl.cppName)) {
if ((groupInfo = infoMap.getFirst(name, false)) != null) {
dcl.cppName = name;
break;
} else if (infoMap.getFirst(name) != null) {
dcl.cppName = name;
}
}
definition.text += "@Namespace(\"" + dcl.cppName + "\") ";
} else if (convention != null || dcl.cppName.length() > 0) {
definition.text += "@Convention(\"" + (convention != null ? convention.cppName : dcl.cppName) + "\") ";
convention = null;
}
dcl.cppName = "";
} else if (token.match('[')) {
Token n = tokens.get(1);
try {
dims[dcl.indices++] = n.match(Token.INTEGER) ? Integer.decode(n.value) : -1;
} catch (NumberFormatException e) {
dims[dcl.indices++] = -1;
}
} else if (token.match('(', ')')) {
break;
}
tokens.next();
}
if (tokens.get().match(')')) {
tokens.next();
}
} else if (tokens.get().match(Token.IDENTIFIER, "::")) {
for (Token token = tokens.get(); !token.match(Token.EOF); token = tokens.next()) {
if (dcl.cppName.length() > 0 && token.match('*')) {
// a data member pointer or something
dcl.cppName = dcl.cppName.substring(0, dcl.cppName.length() - 2);
for (String name : context.qualify(dcl.cppName)) {
if ((groupInfo = infoMap.getFirst(name, false)) != null) {
dcl.cppName = name;
break;
} else if (infoMap.getFirst(name) != null) {
dcl.cppName = name;
}
}
definition.text += "@Namespace(\"" + dcl.cppName + "\") ";
for (token = tokens.get(); !token.match(Token.EOF); token = tokens.next()) {
if (token.match('*')) {
indirections2++;
} else {
break;
}
}
dcl.cppName = token.match(Token.IDENTIFIER) ? token.toString() : "";
fieldPointer = groupInfo != null;
} else if (token.match("::")) {
dcl.cppName += token;
} else if (token.match(Token.OPERATOR)) {
dcl.operator = true;
if (!tokens.get(1).match(Token.IDENTIFIER) || tokens.get(1).match(Token.NEW, Token.DELETE)) {
// assume we can have any symbols until the first open parenthesis
dcl.cppName += "operator " + tokens.next();
for (token = tokens.next(); !token.match(Token.EOF, '('); token = tokens.next()) {
dcl.cppName += token;
}
break;
}
} else if (token.match('<')) {
// template arguments
dcl.cppName += token;
int count2 = 0;
for (token = tokens.next(); !token.match(Token.EOF); token = tokens.next()) {
dcl.cppName += token;
if (count2 == 0 && token.match('>')) {
break;
} else if (token.match('<')) {
count2++;
} else if (token.match('>')) {
count2--;
}
}
} else if (token.match(Token.IDENTIFIER) &&
(dcl.cppName.length() == 0 || dcl.cppName.endsWith("::"))) {
dcl.cppName += token;
} else {
break;
}
}
}
if (dcl.cppName.length() == 0) {
dcl.cppName = defaultName;
}
boolean bracket = false;
for (Token token = tokens.get(); !token.match(Token.EOF); token = tokens.next()) {
if (!bracket && token.match('[')) {
bracket = true;
Token n = tokens.get(1);
try {
dims[dcl.indices++] = n.match(Token.INTEGER) ? Integer.decode(n.value) : -1;
} catch (NumberFormatException e) {
dims[dcl.indices++] = -1;
}
} else if (!bracket) {
break;
} else if (bracket && token.match(']')) {
bracket = false;
}
}
while (dcl.indices > 0 && indirections2 > 0) {
// treat complex combinations of arrays and pointers as multidimensional arrays
dims[dcl.indices++] = -1;
indirections2--;
}
if (arrayAsPointer && dcl.indices > 0) {
// treat array as an additional indirection
dcl.indirections++;
String dimCast = "";
for (int i = 1; i < dcl.indices; i++) {
if (dims[i] > 0) {
dimCast += "[" + dims[i] + "]";
}
}
if (!dimCast.isEmpty()) {
if (dims[0] != -1) {
// Annotate with the first dimension's value
cast += "(* /*[" + dims[0] + "]*/ )";
} else {
// Unknown size
cast += "(*)";
}
cast += dimCast;
} else {
cast += "*";
}
}
if (pointerAsArray && dcl.indirections > (type.anonymous ? 0 : 1)) {
// treat second indirection as an array, unless anonymous
dims[dcl.indices++] = -1;
dcl.indirections--;
cast = cast.substring(0, cast.length() - 1);
}
if (tokens.get().match(':')) {
// ignore bitfields
type.annotations += "@NoOffset ";
tokens.next().expect(Token.INTEGER, Token.IDENTIFIER);
tokens.next().expect(',', ';');
if (dcl.cppName == null) {
dcl.cppName = "";
}
}
// if this is a function pointer, get parameters
dcl.parameters = parameters(context, infoNumber, useDefaults);
if (type.cppName.equals("void") && indirections2 == 1 && !typedef && tokens.get(1).match('(')) {
// weird non-ANSI function declaration
tokens.next().expect('(');
tokens.next().expect(Token.IDENTIFIER);
type(context); // ignore?
indirections2 = 0;
} else if (indirections2 == 1 && !typedef && tokens.get(1).match('[')) {
// weird template function returning an array
tokens.next().expect('[');
tokens.next().expect(Token.IDENTIFIER);
tokens.next().expect(']');
dcl.indirections++;
indirections2--;
}
int infoLength = 1;
boolean valueType = false, needCast = arrayAsPointer && dcl.indices > 1, implicitConst = false;
Info constInfo = infoMap.getFirst("const " + type.cppName, false);
Info info = type.constValue && dcl.indirections < 2 && !dcl.reference ? constInfo
: infoMap.getFirst(type.cppName, false);
if ((!typedef || dcl.parameters != null)
&& (constInfo == null || (constInfo.cppTypes != null && constInfo.cppTypes.length > 0))
&& (info == null || (info.cppTypes != null && info.cppTypes.length > 0))) {
// substitute template types that have no info with appropriate adapter annotation
Type type2 = type;
if (info != null) {
type2 = new Parser(this, info.cppTypes[0]).type(context);
}
List infoList = infoMap.get(type2.cppName);
for (Info info2 : infoList) {
if (type2.arguments != null && info2.annotations != null) {
type.constPointer = type2.arguments[0].constPointer;
type.constValue = type2.arguments[0].constValue;
type.simple = type2.arguments[0].simple;
type.indirections = type2.arguments[0].indirections;
type.reference = type2.arguments[0].reference;
type.annotations = type2.arguments[0].annotations;
type.cppName = type2.arguments[0].cppName;
type.javaName = type2.arguments[0].javaName;
dcl.indirections = 1;
dcl.reference = false;
if (context.virtualize) {
// force cast in callbacks
needCast = true;
precast = cast;
}
cast = type.cppName + "*";
if (type.constValue && !cast.startsWith("const ")) {
cast = "const " + cast;
}
if (type.constPointer && !cast.endsWith(" const")) {
cast = cast + " const";
}
if (type.indirections > 0) {
dcl.indirections += type.indirections;
for (int i = 0; i < type.indirections; i++) {
cast += "*";
}
}
if (type.reference) {
dcl.reference = true;
cast += "&";
}
for (String s : info2.annotations) {
type.annotations += s + " ";
}
info = infoMap.getFirst(type.cppName, false);
break;
}
}
}
if (!using && info != null) {
valueType = (info.enumerate || info.valueTypes != null)
&& ((type.constValue && dcl.indirections == 0 && dcl.reference)
|| (dcl.indirections == 0 && !dcl.reference)
|| info.pointerTypes == null);
implicitConst = info.cppNames[0].startsWith("const ") && !info.define;
infoLength = valueType ? (info.valueTypes != null ? info.valueTypes.length : 1)
: (info.pointerTypes != null ? info.pointerTypes.length : 1);
dcl.infoNumber = infoNumber < 0 ? 0 : infoNumber % infoLength;
type.javaName = valueType ? (info.valueTypes != null ? info.valueTypes[dcl.infoNumber] : type.javaName)
: (info.pointerTypes != null ? info.pointerTypes[dcl.infoNumber] : type.javaName);
type.javaName = context.shorten(type.javaName);
needCast |= info.cast && !type.cppName.equals(type.javaName);
}
if (!valueType || context.virtualize) {
if (!valueType && dcl.indirections == 0 && !dcl.reference) {
type.annotations += "@ByVal ";
} else if (dcl.indirections == 0 && dcl.reference) {
if (type.javaName.contains("@ByPtrPtr ")) {
type.javaName = type.javaName.replace("@ByPtrPtr ", "@ByPtrRef ");
} else {
type.annotations += "@ByRef ";
}
} else if (!type.javaName.contains("@ByPtrRef ") && dcl.indirections == 1 && dcl.reference) {
type.annotations += "@ByPtrRef ";
} else if (!type.javaName.contains("@ByPtrPtr ") && dcl.indirections == 2 && !dcl.reference
&& (infoNumber >= 0 || type.javaName.equals("PointerPointer"))) {
type.annotations += "@ByPtrPtr ";
needCast |= type.cppName.equals("void");
} else if (dcl.indirections >= 2) {
dcl.infoNumber += infoLength;
needCast = true;
if (type.javaName.contains("@ByPtrRef ") || dcl.reference) {
type.annotations += "@ByRef ";
} else if (type.javaName.contains("@ByPtrPtr ") || dcl.indirections >= 3) {
type.annotations += "@ByPtrPtr ";
}
type.javaName = "PointerPointer";
}
if (!needCast && !type.javaName.contains("@Cast")) {
if (type.constValue && !implicitConst && !type.constPointer) {
type.annotations = "@Const " + type.annotations;
} else if (type.constPointer) {
type.annotations = "@Const({" + type.constValue + ", " + type.constPointer + "}) " + type.annotations;
}
}
}
if (needCast) {
if (dcl.indirections == 0 && dcl.reference) {
// consider as pointer type
cast = cast.replace('&', '*');
}
if (valueType && type.constValue && dcl.reference) {
// consider as value type
cast = cast.substring(0, cast.length() - 1);
}
if (type.constValue && !cast.startsWith("const ")) {
cast = "const " + cast;
}
if (precast != null) {
type.annotations = "@Cast({\"" + cast + "\", \"" + precast + "\"}) " + type.annotations;
} else if (!valueType && dcl.indirections == 0 && !dcl.reference) {
type.annotations += "@Cast(\"" + cast + "*\") ";
} else {
type.annotations = "@Cast(\"" + cast + "\") " + type.annotations;
}
}
// initialize shorten Java name and get fully qualified C++ name
info = null;
dcl.javaName = attr != null ? attr.arguments : dcl.cppName;
if (defaultName == null) {
// get Info for fully qualified C++ names only, which function arguments cannot have
for (String name : context.qualify(dcl.cppName)) {
if ((info = infoMap.getFirst(name, false)) != null) {
dcl.cppName = name;
break;
} else if (infoMap.getFirst(name) != null) {
dcl.cppName = name;
}
}
}
// pick the Java name from the InfoMap if appropriate
String originalName = fieldPointer ? groupInfo.pointerTypes[0] : dcl.javaName;
if (attr == null && defaultName == null && info != null && info.javaNames != null && info.javaNames.length > 0
&& (dcl.operator || !info.cppNames[0].contains("<") || (context.templateMap != null && context.templateMap.type == null))) {
dcl.javaName = info.javaNames[0];
}
if (info != null && info.annotations != null) {
for (String s : info.annotations) {
type.annotations += s + " ";
}
}
// deal with function parameters and function pointers
dcl.type = type;
dcl.signature = dcl.javaName;
if (dcl.parameters != null || fieldPointer) {
if (dcl.parameters != null) {
dcl.infoNumber = Math.max(dcl.infoNumber, dcl.parameters.infoNumber);
}
if (dcl.parameters != null && indirections2 == 0 && !typedef) {
dcl.signature += dcl.parameters.signature;
} else {
if (convention != null) {
definition.text += "@Convention(\"" + convention.cppName + "\") ";
}
String cppType = "";
if (dcl.type != null) {
cppType += dcl.type.cppName;
for (int i = 0; i < dcl.indirections; i++) {
cppType += "*";
}
if (dcl.reference) {
cppType += "&";
}
}
cppType += " (*)(";
String separator = "";
if (dcl.parameters != null) {
for (Declarator d : dcl.parameters.declarators) {
if (d != null) {
cppType += separator + d.type.cppName;
for (int i = 0; i < d.indirections; i++) {
cppType += "*";
}
if (d.reference) {
cppType += "&";
}
separator = ", ";
}
}
}
info = infoMap.getFirst(cppType += ")");
if (info == null) {
info = infoMap.getFirst(dcl.cppName);
}
String functionType = null;
if (originalName != null) {
functionType = Character.toUpperCase(originalName.charAt(0)) + originalName.substring(1);
}
if (info != null && info.pointerTypes != null && info.pointerTypes.length > 0) {
functionType = info.pointerTypes[0];
} else if (typedef) {
functionType = originalName;
} else if (dcl.parameters != null && dcl.parameters.signature.length() > 0) {
functionType += dcl.parameters.signature;
} else if (!type.javaName.equals("void")) {
String s = type.javaName.trim();
int n = s.lastIndexOf(' ');
if (n > 0) {
s = s.substring(n + 1);
}
functionType = Character.toUpperCase(s.charAt(0)) + s.substring(1) + "_" + functionType;
}
if (info != null && info.annotations != null) {
for (String s : info.annotations) {
definition.text += s + " ";
}
}
functionType = functionType.substring(functionType.lastIndexOf(' ') + 1); // get rid of pointer annotations
if (!functionType.equals("Pointer")) {
definition.text += (tokens.get().match(Token.CONST, Token.__CONST, Token.CONSTEXPR) ? "@Const " : "") +
"public static class " + functionType + " extends FunctionPointer {\n" +
" static { Loader.load(); }\n" +
" /** Pointer cast constructor. Invokes {@link Pointer#Pointer(Pointer)}. */\n" +
" public " + functionType + "(Pointer p) { super(p); }\n" +
(groupInfo != null ? "" :
" protected " + functionType + "() { allocate(); }\n" +
" private native void allocate();\n");
if (fieldPointer) {
definition.text +=
" public native " + type.annotations + type.javaName + " get(" + groupInfo.pointerTypes[0] + " o);\n" +
" public native " + functionType + " put(" + groupInfo.pointerTypes[0] + " o, " + type.annotations + type.javaName + " v);\n" +
"}\n";
} else {
definition.text +=
" public native " + type.annotations + type.javaName + " call" +
(groupInfo != null ? "(" + groupInfo.pointerTypes[0] + " o" + (dcl.parameters.list.charAt(1) == ')' ?
")" : ", " + dcl.parameters.list.substring(1)) : dcl.parameters.list) + ";\n" +
"}\n";
}
}
definition.signature = functionType;
definition.declarator = new Declarator();
definition.declarator.parameters = dcl.parameters;
if (info == null || !info.skip) {
dcl.definition = definition;
}
dcl.indirections = indirections2;
if (pointerAsArray && dcl.indirections > 1) {
// treat second indirection as an array
dims[dcl.indices++] = -1;
dcl.indirections--;
}
if (!fieldPointer) {
dcl.parameters = null;
}
if (dcl.indirections > 1) {
int n = cppType.indexOf('(');
type.annotations = "@Cast(\"" + cppType.substring(0, n + 1) + "*" + cppType.substring(n + 1) + "\") ";
type.javaName = "PointerPointer";
} else {
type.annotations = info != null && info.cast ? "@Cast(\"" + cppType + "\") " : "";
type.javaName = functionType;
}
}
}
// annotate with @Name if the Java name doesn't match with the C++ name
if (dcl.cppName != null) {
String localName = dcl.cppName;
if (context.namespace != null && localName.startsWith(context.namespace + "::")) {
localName = dcl.cppName.substring(context.namespace.length() + 2);
}
int template = localName.lastIndexOf('<');
String simpleName = template >= 0 ? localName.substring(0, template) : localName;
if (!simpleName.equals(dcl.javaName) && (!localName.contains("::") || context.javaName == null)) {
type.annotations += "@Name(\"" + localName + "\") ";
}
}
// ignore superfluous parentheses
while (tokens.get().match(')') && count > 0) {
tokens.next();
count--;
}
return dcl;
}
/** Documentation tags, where we keep only the ones that could be compatible between Javadoc and Doxygen. */
String[] docTags = {"author", "deprecated", "exception", "param", "return", "see", "since", "throws", "version",
/* "code", "docRoot", "inheritDoc", "link", "linkplain", "literal", "serial", "serialData", "serialField", "value" */};
/** Tries to adapt a Doxygen-style documentation comment to Javadoc-style. */
String commentDoc(String s, int startIndex) {
if (startIndex < 0 || startIndex > s.length()) {
return s;
}
int index = s.indexOf("/**", startIndex);
StringBuilder sb = new StringBuilder(s);
while (index < sb.length()) {
char c = sb.charAt(index);
String ss = sb.substring(index + 1);
if (c == '`' && ss.startsWith("``") && sb.length() - index > 3) {
sb.replace(index, index + 3, "{@code"
+ (Character.isWhitespace(sb.charAt(index + 3)) ? "" : " "));
index = sb.indexOf("```", index);
if (index < 0) {
break;
}
sb.replace(index, index + 3, "}");
} else if (c == '`') {
sb.replace(index, index + 1, "{@code ");
index = sb.indexOf("`", index);
if (index < 0) {
break;
}
sb.replace(index, index + 1, "}");
} else if ((c == '\\' || c == '@') && ss.startsWith("code")) {
sb.replace(index, index + 5, "{@code"
+ (Character.isWhitespace(sb.charAt(index + 5)) ? "" : " "));
index = sb.indexOf(c + "endcode", index);
if (index < 0) {
break;
}
sb.replace(index, index + 8, "}");
} else if ((c == '\\' || c == '@') && ss.startsWith("verbatim")) {
sb.replace(index, index + 9, "{@literal"
+ (Character.isWhitespace(sb.charAt(index + 9)) ? "" : " "));
index = sb.indexOf(c + "endverbatim", index);
if (index < 0) {
break;
}
sb.replace(index, index + 12, "}");
} else if (c == '\n' && ss.length() > 0 && ss.charAt(0) == '\n') {
int n = 0;
while (n < ss.length() && ss.charAt(n) == '\n') {
n++;
}
String indent = "";
while (n < ss.length() && Character.isWhitespace(ss.charAt(n))) {
indent += ss.charAt(n);
n++;
}
sb.insert(index + 1, indent + "");
} else if (c == '\\' || c == '@') {
String foundTag = null;
for (String tag : docTags) {
if (ss.startsWith(tag)) {
foundTag = tag;
break;
}
}
if (foundTag != null) {
sb.setCharAt(index, '@');
int n = index + foundTag.length() + 1;
if (sb.charAt(n) == 's' && !foundTag.endsWith("s")) {
sb.deleteCharAt(n);
} else if (!Character.isWhitespace(sb.charAt(n))) {
sb.insert(n, ' ');
}
} else {
// keep unmapped tags around as part of the comments
sb.setCharAt(index, '\\');
}
} else if (c == '*' && ss.charAt(0) == '/') {
index = sb.indexOf("/**", index);
if (index < 0) {
break;
}
}
index++;
}
return sb.toString();
}
/** Converts Doxygen-like documentation comments placed before identifiers to Javadoc-style.
* Also leaves as is non-documentation comments. */
String commentBefore() throws ParserException {
String comment = "";
tokens.raw = true;
while (tokens.index > 0 && tokens.get(-1).match(Token.COMMENT)) {
tokens.index--;
}
boolean closeComment = false;
int startDoc = -1;
for (Token token = tokens.get(); token.match(Token.COMMENT); token = tokens.next()) {
String s = token.value;
if (s.startsWith("/**") || s.startsWith("/*!") || s.startsWith("///") || s.startsWith("//!")) {
if (s.startsWith("//") && s.contains("*/") && s.indexOf("*/") < s.length() - 2) {
s = s.replace("*/", "* /");
}
if (s.length() > 3 && s.charAt(3) == '<') {
continue;
} else if (s.length() >= 3 && (s.startsWith("///") || s.startsWith("//!"))
&& !s.startsWith("////") && !s.startsWith("///*")) {
String lastComment = comment.trim();
int n2 = lastComment.indexOf('\n');
while (!lastComment.startsWith("/*") && n2 > 0) {
lastComment = n2 + 1 < lastComment.length() ? lastComment.substring(n2 + 1).trim() : "";
n2 = lastComment.indexOf('\n');
}
s = (comment.length() == 0 || comment.contains("*/")
|| !lastComment.startsWith("/*") ? "/**" : " * ") + s.substring(3);
closeComment = true;
} else if (s.length() > 3 && !s.startsWith("///")) {
s = "/**" + s.substring(3);
}
} else if (closeComment && !comment.endsWith("*/")) {
closeComment = false;
comment += " */";
}
if (startDoc < 0 && s.startsWith("/**")) {
startDoc = comment.length();
}
comment += token.spacing + s;
}
if (closeComment && !comment.endsWith("*/")) {
comment += " */";
}
tokens.raw = false;
return commentDoc(comment, startDoc);
}
/** Converts Doxygen-like documentation comments placed after identifiers to Javadoc-style. */
String commentAfter() throws ParserException {
String comment = "";
tokens.raw = true;
while (tokens.index > 0 && tokens.get(-1).match(Token.COMMENT)) {
tokens.index--;
}
boolean closeComment = false;
int startDoc = -1;
for (Token token = tokens.get(); token.match(Token.COMMENT); token = tokens.next()) {
String s = token.value;
String spacing = token.spacing;
int n = spacing.lastIndexOf('\n') + 1;
if (s.startsWith("/**") || s.startsWith("/*!") || s.startsWith("///") || s.startsWith("//!")) {
if (s.length() > 3 && s.charAt(3) != '<') {
continue;
} else if (s.length() > 4 && (s.startsWith("///") || s.startsWith("//!"))) {
String lastComment = comment.trim();
int n2 = lastComment.indexOf('\n');
while (!lastComment.startsWith("/*") && n2 > 0) {
lastComment = n2 + 1 < lastComment.length() ? lastComment.substring(n2 + 1).trim() : "";
n2 = lastComment.indexOf('\n');
}
s = (comment.length() == 0 || comment.contains("*/")
|| !lastComment.startsWith("/*") ? "/**" : " * ") + s.substring(4);
closeComment = true;
} else if (s.length() > 4) {
s = "/**" + s.substring(4);
}
if (startDoc < 0 && s.startsWith("/**")) {
startDoc = comment.length();
}
comment += spacing.substring(0, n) + s;
}
}
if (closeComment && !comment.endsWith("*/")) {
comment += " */";
}
if (comment.length() > 0) {
comment += "\n";
}
tokens.raw = false;
return commentDoc(comment, startDoc);
}
Attribute attribute() throws ParserException {
return attribute(false);
}
Attribute attribute(boolean explicit) throws ParserException {
// attributes might have arguments that start with '(', but not '<'
if (!tokens.get().match(Token.IDENTIFIER) || tokens.get(1).match('<')) {
return null;
}
Attribute attr = new Attribute();
Info info = infoMap.getFirst(attr.cppName = tokens.get().value);
if (attr.annotation = info != null && info.annotations != null
&& info.javaNames == null && info.valueTypes == null && info.pointerTypes == null) {
for (String s : info.annotations) {
attr.javaName += s + " ";
}
}
if (explicit && !attr.annotation) {
return null;
}
if (!tokens.next().match('(')) {
return attr;
}
int count = 1;
tokens.raw = true;
for (Token token = tokens.next(); !token.match(Token.EOF) && count > 0; token = tokens.next()) {
if (token.match('(')) {
count++;
} else if (token.match(')')) {
count--;
} else if (info == null || !info.skip) {
attr.arguments += token.value;
}
}
tokens.raw = false;
return attr;
}
String body() throws ParserException {
String text = "";
if (!tokens.get().match('{')) {
return null;
}
int count = 1;
tokens.raw = true;
for (Token token = tokens.next(); !token.match(Token.EOF) && count > 0; token = tokens.next()) {
if (token.match('{')) {
count++;
} else if (token.match('}')) {
count--;
}
if (count > 0) {
text += token.spacing + token;
}
}
tokens.raw = false;
return text;
}
Parameters parameters(Context context, int infoNumber, boolean useDefaults) throws ParserException {
int backIndex = tokens.index;
if (!tokens.get().match('(')) {
return null;
}
int count = 0;
Parameters params = new Parameters();
List dcls = new ArrayList();
params.list = "(";
params.names = "(";
int lastVarargs = -1;
for (Token token = tokens.next(); !token.match(Token.EOF); token = tokens.get()) {
String spacing = token.spacing;
if (token.match(')')) {
params.list += spacing + ")";
params.names += ")";
tokens.next();
break;
}
Declarator dcl = declarator(context, "arg" + count++, infoNumber, useDefaults, 0, true, false);
boolean hasDefault = !tokens.get().match(',', ')');
Token defaultToken = null;
String defaultValue = "";
if (dcl != null && hasDefault) {
defaultToken = tokens.get();
int count2 = 0;
for (token = tokens.next(), token.spacing = ""; !token.match(Token.EOF); token = tokens.next()) {
if (count2 == 0 && token.match(',', ')', '}')) {
break;
} else if (token.match('(', '{')) {
count2++;
} else if (token.match(')', '}')) {
count2--;
}
// try to qualify all the identifiers
String cppName = token.value;
for (String name : context.qualify(cppName)) {
if (infoMap.getFirst(name, false) != null) {
cppName = name;
break;
} else if (infoMap.getFirst(name) != null) {
cppName = name;
}
}
if (token.match(Token.IDENTIFIER)) {
while (tokens.get(1).equals("::")) {
tokens.next();
Token t = tokens.next();
cppName += "::" + t.spacing + t;
}
}
defaultValue += token.spacing + (cppName != null && cppName.length() > 0 ? cppName : token);
}
for (String name : context.qualify(defaultValue)) {
if (infoMap.getFirst(name, false) != null) {
defaultValue = name;
break;
} else if (infoMap.getFirst(name) != null) {
defaultValue = name;
}
}
// insert default value as nullValue for pass by value or by reference
String s = dcl.type.annotations;
int n = s.indexOf("@ByVal ");
if (n < 0) {
n = s.indexOf("@ByRef ");
}
if (n >= 0) {
if (!defaultValue.startsWith(dcl.type.cppName)) {
defaultValue = dcl.type.cppName + "(" + defaultValue + ")";
}
Info info = infoMap.getFirst(defaultValue);
if (info != null && info.skip) {
if (useDefaults) {
tokens.index = backIndex;
return parameters(context, infoNumber, false);
}
} else {
defaultValue = defaultValue.replaceAll("\"", "\\\\\"").replaceAll("\n(\\s*)", "\"\n$1 + \"");
s = s.substring(0, n + 6) + "(nullValue = \"" + defaultValue + "\")" + s.substring(n + 6);
}
}
dcl.type.annotations = s;
}
if (dcl != null && !dcl.type.javaName.equals("void") && (!hasDefault || !useDefaults)) {
if (lastVarargs >= 0) {
// substitute varargs that are not last with array
params.list = params.list.substring(0, lastVarargs) + "[]" + params.list.substring(lastVarargs + 3);
}
int n = params.list.length();
params.infoNumber = Math.max(params.infoNumber, dcl.infoNumber);
params.list += (count > 1 ? "," : "") + spacing + dcl.type.annotations + dcl.type.javaName + " " + dcl.javaName;
lastVarargs = params.list.indexOf("...", n);
if (hasDefault && !dcl.type.annotations.contains("(nullValue = ")) {
// output default argument as a comment
params.list += "/*" + defaultToken + defaultValue + "*/";
}
params.signature += '_';
for (char c : dcl.type.javaName.substring(dcl.type.javaName.lastIndexOf(' ') + 1).toCharArray()) {
params.signature += Character.isJavaIdentifierPart(c) ? c : '_';
}
params.names += (count > 1 ? ", " : "") + dcl.javaName;
if (dcl.javaName.startsWith("arg")) {
try {
count = Integer.parseInt(dcl.javaName.substring(3)) + 1;
} catch (NumberFormatException e) { /* don't care if not int */ }
}
}
if (!hasDefault || !useDefaults) {
dcls.add(dcl);
}
if (tokens.get().expect(',', ')').match(',')) {
tokens.next();
}
}
if (dcls.size() == 1 && (dcls.get(0) == null || dcls.get(0).type == null
|| dcls.get(0).type.cppName == null || dcls.get(0).type.cppName.length() == 0)) {
// this looks more like a variable initialization
tokens.index = backIndex;
return null;
}
params.declarators = dcls.toArray(new Declarator[dcls.size()]);
return params;
}
static String incorporateConstAnnotation(String annotations, int constValueIndex, boolean constValue) {
int start = annotations.indexOf("@Const");
int end = annotations.indexOf("@", start + 1);
if (end == -1) {
end = annotations.length();
}
String prefix = annotations.substring(0, start);
String constAnnotation = annotations.substring(start, end);
String suffix = " " + annotations.substring(end, annotations.length());
String boolPatternStr = "(true|false)";
Pattern boolPattern = Pattern.compile(boolPatternStr);
Matcher matcher = boolPattern.matcher(constAnnotation);
/** default value same with {@link org.bytedeco.javacpp.annotation.Const} **/
boolean constArray[] = {true, false, false};
int index = 0;
while (matcher.find()) {
constArray[index++] = Boolean.parseBoolean(matcher.group(1));
}
constArray[constValueIndex] = constValue;
String incorporatedConstAnnotation = "@Const({" + constArray[0] + ", " + constArray[1] + ", " + constArray[2] + "})";
return prefix + incorporatedConstAnnotation + suffix;
}
boolean function(Context context, DeclarationList declList) throws ParserException {
int backIndex = tokens.index;
String spacing = tokens.get().spacing;
String modifiers = "public native ";
int startIndex = tokens.index;
Type type = type(context);
Parameters params = parameters(context, 0, false);
Declarator dcl = new Declarator();
Declaration decl = new Declaration();
if (type.javaName.length() == 0) {
// not a function, probably an attribute
tokens.index = backIndex;
return false;
} else if (context.javaName == null && !type.operator && params != null) {
// this is a constructor definition or specialization, skip over
if (tokens.get().match(':')) {
for (Token token = tokens.next(); !token.match(Token.EOF); token = tokens.next()) {
if (token.match('{', ';')) {
break;
}
}
}
if (tokens.get().match('{')) {
body();
} else {
tokens.next();
}
decl.text = spacing;
decl.function = true;
declList.add(decl);
return true;
} else if ((type.constructor || type.destructor || type.operator) && params != null) {
// this is a constructor, destructor, or cast operator
dcl.type = type;
dcl.parameters = params;
dcl.cppName = type.cppName;
dcl.javaName = type.javaName.substring(type.javaName.lastIndexOf(' ') + 1);
if (type.operator) {
dcl.cppName = "operator " + dcl.cppName;
dcl.javaName = "as" + Character.toUpperCase(dcl.javaName.charAt(0)) + dcl.javaName.substring(1);
}
dcl.signature = dcl.javaName + params.signature;
} else {
tokens.index = startIndex;
dcl = declarator(context, null, 0, false, 0, false, false);
type = dcl.type;
}
if (dcl.cppName == null || type.javaName.length() == 0 || dcl.parameters == null) {
tokens.index = backIndex;
return false;
}
int namespace = dcl.cppName.lastIndexOf("::");
if (context.namespace != null && namespace < 0) {
dcl.cppName = context.namespace + "::" + dcl.cppName;
}
Info info = null, fullInfo = null;
String fullname = dcl.cppName, fullname2 = dcl.cppName;
if (dcl.parameters != null) {
fullname += "(";
fullname2 += "(";
String separator = "";
for (Declarator d : dcl.parameters.declarators) {
if (d != null) {
String s = d.type.cppName;
String s2 = d.type.cppName;
if (d.type.constValue && !s.startsWith("const ")) {
s = "const " + s;
}
if (d.type.constPointer && !s.endsWith(" const")) {
s = s + " const";
}
if (d.indirections > 0) {
for (int i = 0; i < d.indirections; i++) {
s += "*";
s2 += "*";
}
}
if (d.reference) {
s += "&";
s2 += "&";
}
fullname += separator + s;
fullname2 += separator + s2;
separator = ", ";
}
}
info = fullInfo = infoMap.getFirst(fullname += ")");
if (info == null) {
info = infoMap.getFirst(fullname2 += ")");
}
}
if (info == null) {
info = infoMap.getFirst(dcl.cppName);
if (!type.constructor && !type.destructor && !type.operator) {
infoMap.put(info != null ? new Info(info).cppNames(fullname) : new Info(fullname));
}
}
String localName = dcl.cppName;
if (localName.startsWith(context.namespace + "::")) {
localName = dcl.cppName.substring(context.namespace.length() + 2);
}
int localNamespace = 0;
int templateCount = 0;
for (int i = 0; i < localName.length(); i++) {
int c = localName.charAt(i);
if (c == '<') {
templateCount++;
} else if (c == '>') {
templateCount--;
} else if (templateCount == 0 && localName.substring(i).startsWith("::")) {
localNamespace = i;
break;
}
}
if (type.friend || (context.javaName == null && localNamespace > 0) || (info != null && info.skip)) {
// this is a friend declaration, or a member function definition or specialization, skip over
for (Token token = tokens.get(); !token.match(Token.EOF); token = tokens.get()) {
if (attribute() == null) {
break;
}
}
if (tokens.get().match(':')) {
for (Token token = tokens.next(); !token.match(Token.EOF); token = tokens.next()) {
if (token.match('{', ';')) {
break;
}
}
}
if (tokens.get().match('{')) {
body();
} else {
while (!tokens.get().match(';', Token.EOF)) {
tokens.next();
}
}
decl.text = spacing;
decl.function = true;
declList.add(decl);
return true;
} else if (type.staticMember || context.javaName == null) {
modifiers = "public static native ";
if (tokens.isCFile) {
modifiers = "@NoException " + modifiers;
}
}
List prevDcl = new ArrayList();
boolean first = true;
for (int n = -2; n < Integer.MAX_VALUE; n++) {
decl = new Declaration();
tokens.index = startIndex;
if ((type.constructor || type.destructor || type.operator) && params != null) {
type = type(context);
params = parameters(context, n / 2, (info == null || !info.skipDefaults) && n % 2 != 0);
dcl = new Declarator();
dcl.type = type;
dcl.parameters = params;
dcl.cppName = type.cppName;
dcl.javaName = type.javaName.substring(type.javaName.lastIndexOf(' ') + 1);
if (type.operator) {
dcl.cppName = "operator " + dcl.cppName;
dcl.javaName = "as" + Character.toUpperCase(dcl.javaName.charAt(0)) + dcl.javaName.substring(1);
}
dcl.signature = dcl.javaName + params.signature;
if (tokens.get().match(':')) {
for (Token token = tokens.next(); !token.match(Token.EOF); token = tokens.next()) {
if (token.match('{', ';')) {
break;
}
}
}
} else {
dcl = declarator(context, null, n / 2, (info == null || !info.skipDefaults) && n % 2 != 0, 0, false, false);
type = dcl.type;
namespace = dcl.cppName.lastIndexOf("::");
if (context.namespace != null && namespace < 0) {
dcl.cppName = context.namespace + "::" + dcl.cppName;
}
}
// check for const and pure virtual functions, ignoring the body if present
for (Token token = tokens.get(); !token.match(Token.EOF); token = tokens.get()) {
decl.constMember |= token.match(Token.CONST, Token.__CONST, Token.CONSTEXPR);
if (attribute() == null) {
break;
}
}
if (tokens.get().match('{')) {
body();
} else {
// may be a pure virtual function
if (tokens.get().match('=')) {
Token token = tokens.next().expect("0", Token.DELETE, Token.DEFAULT);
if (token.match("0")) {
decl.abstractMember = true;
} else if (token.match(Token.DELETE)) {
decl.text = spacing;
declList.add(decl);
return true;
}
tokens.next().expect(';');
}
tokens.next();
}
// add @Const annotation only for const virtual functions
if (decl.constMember && type.virtual && context.virtualize) {
if (type.annotations.contains("@Const")) {
type.annotations = incorporateConstAnnotation(type.annotations, 2, true);
} else {
type.annotations += "@Const({false, false, true}) ";
}
}
// add @Virtual annotation on user request only, inherited through context
if (type.virtual && context.virtualize) {
modifiers = "@Virtual" + (decl.abstractMember ? "(true) " : " ")
+ (context.inaccessible ? "protected native " : "public native ");
}
// compose the text of the declaration with the info we got up until this point
decl.declarator = dcl;
if (context.namespace != null && context.javaName == null) {
decl.text += "@Namespace(\"" + context.namespace + "\") ";
}
// append annotations specified for a full function declaration only to avoid overlap with type.annotations
if (fullInfo != null && fullInfo.annotations != null) {
for (String s : fullInfo.annotations) {
decl.text += s + " ";
}
}
if (type.constructor && params != null) {
decl.text += "public " + context.shorten(context.javaName) + dcl.parameters.list + " { super((Pointer)null); allocate" + params.names + "; }\n" +
"private native " + type.annotations + "void allocate" + dcl.parameters.list + ";\n";
} else {
decl.text += modifiers + type.annotations + context.shorten(type.javaName) + " " + dcl.javaName + dcl.parameters.list + ";\n";
}
decl.signature = dcl.signature;
// replace all of the declaration by user specified text
if (info != null && info.javaText != null) {
if (first) {
decl.text = info.javaText;
} else {
break;
}
}
String comment = commentAfter();
if (first) {
declList.spacing = spacing;
decl.text = comment + decl.text;
}
decl.function = true;
// only add nonduplicate declarations and ignore destructors
boolean found = false;
for (Declarator d : prevDcl) {
found |= dcl.signature.equals(d.signature);
}
if (dcl.javaName.length() > 0 && !found && (!type.destructor || (info != null && info.javaText != null))) {
if (declList.add(decl)) {
first = false;
}
if (type.virtual && context.virtualize) {
break;
}
} else if (found && n / 2 > 0 && n % 2 == 0 && n / 2 > Math.max(dcl.infoNumber, dcl.parameters.infoNumber)) {
break;
}
prevDcl.add(dcl);
}
declList.spacing = null;
return true;
}
boolean variable(Context context, DeclarationList declList) throws ParserException {
int backIndex = tokens.index;
String spacing = tokens.get().spacing;
String modifiers = "public static native ";
String setterType = "void ";
Declarator dcl = declarator(context, null, 0, false, 0, false, true);
Declaration decl = new Declaration();
String cppName = dcl.cppName;
String javaName = dcl.javaName;
Attribute attr = attribute();
if (attr != null && attr.annotation) {
dcl.type.annotations += attr.javaName;
}
if (cppName == null || javaName == null || !tokens.get().match('(', '[', '=', ',', ':', ';', '{')) {
tokens.index = backIndex;
return false;
} else if (!dcl.type.staticMember && context.javaName != null) {
modifiers = "public native ";
setterType = context.shorten(context.javaName) + " ";
}
int namespace = cppName.lastIndexOf("::");
if (context.namespace != null && namespace < 0) {
cppName = context.namespace + "::" + cppName;
}
Info info = infoMap.getFirst(cppName);
if (dcl.cppName.length() == 0 || (info != null && info.skip)) {
decl.text = spacing;
declList.add(decl);
while (!tokens.get().match(Token.EOF, ';')) {
tokens.next();
}
tokens.next();
return true;
} else if (info == null) {
Info info2 = infoMap.getFirst(dcl.cppName);
infoMap.put(info2 != null ? new Info(info2).cppNames(cppName) : new Info(cppName));
}
boolean first = true;
Declarator metadcl = context.variable;
for (int n = 0; n < Integer.MAX_VALUE; n++) {
decl = new Declaration();
tokens.index = backIndex;
dcl = declarator(context, null, -1, false, n, false, true);
if (dcl == null || dcl.cppName == null) {
break;
}
decl.declarator = dcl;
cppName = dcl.cppName;
namespace = cppName.lastIndexOf("::");
if (context.namespace != null && namespace < 0) {
cppName = context.namespace + "::" + cppName;
}
info = infoMap.getFirst(cppName);
namespace = cppName.lastIndexOf("::");
String shortName = cppName;
if (namespace >= 0) {
shortName = cppName.substring(namespace + 2);
}
javaName = dcl.javaName;
if (metadcl == null || metadcl.indices == 0 || dcl.indices == 0) {
// arrays are currently not supported for both metadcl and dcl at the same time
String indices = "";
for (int i = 0; i < (metadcl == null || metadcl.indices == 0 ? dcl.indices : metadcl.indices); i++) {
if (i > 0) {
indices += ", ";
}
indices += "int " + (char)('i' + i);
}
if (context.namespace != null && context.javaName == null) {
decl.text += "@Namespace(\"" + context.namespace + "\") ";
}
if (metadcl != null && metadcl.cppName.length() > 0) {
decl.text += metadcl.indices == 0
? "@Name(\"" + metadcl.cppName + "." + shortName + "\") "
: "@Name({\"" + metadcl.cppName + "\", \"." + shortName + "\"}) ";
dcl.type.annotations = dcl.type.annotations.replaceAll("@Name\\(.*\\) ", "");
javaName = metadcl.javaName + "_" + shortName;
}
if (dcl.type.constValue || dcl.constPointer) {
decl.text += "@MemberGetter ";
}
decl.text += modifiers + dcl.type.annotations.replace("@ByVal ", "@ByRef ")
+ dcl.type.javaName + " " + javaName + "(" + indices + ");";
if (!dcl.type.constValue && !dcl.constPointer) {
if (indices.length() > 0) {
indices += ", ";
}
String javaTypeWithoutAnnotations = dcl.type.javaName.substring(dcl.type.javaName.lastIndexOf(" ") + 1);
decl.text += " " + modifiers + setterType + javaName + "(" + indices + javaTypeWithoutAnnotations + " " + javaName + ");";
}
decl.text += "\n";
if ((dcl.type.constValue || dcl.constPointer) && dcl.type.staticMember && indices.length() == 0) {
String rawType = dcl.type.javaName.substring(dcl.type.javaName.lastIndexOf(' ') + 1);
if ("byte".equals(rawType) || "short".equals(rawType) || "int".equals(rawType) || "long".equals(rawType)
|| "float".equals(rawType) || "double".equals(rawType) || "char".equals(rawType) || "boolean".equals(rawType)) {
// only mind of what looks like constants that we can keep without hogging memory
decl.text += "public static final " + rawType + " " + javaName + " = " + javaName + "();\n";
}
}
}
if (dcl.indices > 0) {
// in the case of arrays, also add a pointer accessor
tokens.index = backIndex;
dcl = declarator(context, null, -1, false, n, true, false);
String indices = "";
for (int i = 0; i < (metadcl == null ? 0 : metadcl.indices); i++) {
if (i > 0) {
indices += ", ";
}
indices += "int " + (char)('i' + i);
}
if (context.namespace != null && context.javaName == null) {
decl.text += "@Namespace(\"" + context.namespace + "\") ";
}
if (metadcl != null && metadcl.cppName.length() > 0) {
decl.text += metadcl.indices == 0
? "@Name(\"" + metadcl.cppName + "." + shortName + "\") "
: "@Name({\"" + metadcl.cppName + "\", \"." + shortName + "\"}) ";
dcl.type.annotations = dcl.type.annotations.replaceAll("@Name\\(.*\\) ", "");
javaName = metadcl.javaName + "_" + shortName;
}
tokens.index = backIndex;
Declarator dcl2 = declarator(context, null, -1, false, n, false, false);
if (dcl2.type.constValue || dcl2.constPointer || dcl2.indirections < 2) {
decl.text += "@MemberGetter ";
}
decl.text += modifiers + dcl.type.annotations.replace("@ByVal ", "@ByRef ")
+ dcl.type.javaName + " " + javaName + "(" + indices + ");";
if (!dcl.type.constValue && !dcl.constPointer && !(dcl2.indirections < 2)) {
if (indices.length() > 0) {
indices += ", ";
}
decl.text += " " + modifiers + setterType + javaName + "(" + indices + dcl.type.javaName + " " + javaName + ");";
}
decl.text += "\n";
}
decl.signature = dcl.signature;
if (info != null && info.javaText != null) {
decl.text = info.javaText;
decl.declarator = null;
}
while (!tokens.get().match(Token.EOF, ';')) {
tokens.next();
}
tokens.next();
String comment = commentAfter();
if (first) {
first = false;
declList.spacing = spacing;
decl.text = comment + decl.text;
}
decl.variable = true;
declList.add(decl);
}
declList.spacing = null;
return true;
}
boolean macro(Context context, DeclarationList declList) throws ParserException {
int backIndex = tokens.index;
if (!tokens.get().match('#')) {
return false;
}
tokens.raw = true;
String spacing = tokens.get().spacing;
Token keyword = tokens.next();
// parse all of the macro to find its last token
tokens.next();
int beginIndex = tokens.index;
for (Token token = tokens.get(); !token.match(Token.EOF); token = tokens.next()) {
if (token.spacing.indexOf('\n') >= 0) {
break;
}
}
int endIndex = tokens.index;
while (tokens.get(-1).match(Token.COMMENT)) {
tokens.index--;
}
int lastIndex = tokens.index;
Declaration decl = new Declaration();
if (keyword.match(Token.DEFINE) && beginIndex < endIndex) {
tokens.index = beginIndex;
String macroName = tokens.get().value;
Token first = tokens.next();
boolean hasArgs = first.spacing.length() == 0 && first.match('(');
List infoList = infoMap.get(macroName);
for (Info info : infoList.size() > 0 ? infoList : Arrays.asList(new Info[] { null })) {
if (info != null && info.skip) {
break;
} else if ((info == null && (hasArgs || beginIndex + 1 == endIndex))
|| (info != null && info.cppText == null && info.cppTypes != null && info.cppTypes.length == 0)) {
// save declaration for expansion
info = new Info(macroName).cppText("");
tokens.index = backIndex;
for (Token token = tokens.get(); tokens.index < endIndex; token = tokens.next()) {
info.cppText += token.match("\n") ? token : token.spacing + token;
}
infoMap.put(info);
break;
} else if (info != null && info.cppText == null &&
info.cppTypes != null && info.cppTypes.length > (hasArgs ? 0 : 1)) {
// declare as a static native method
List prevDcl = new ArrayList();
for (int n = -1; n < Integer.MAX_VALUE; n++) {
int count = 1;
tokens.index = beginIndex + 2;
String params = "(";
for (Token token = tokens.get(); hasArgs && tokens.index < lastIndex
&& count < info.cppTypes.length; token = tokens.next()) {
if (token.match(Token.IDENTIFIER)) {
String type = info.cppTypes[count];
String name = token.value;
if (name.equals("...")) {
name = "arg" + count;
}
params += type + " " + name;
if (++count < info.cppTypes.length) {
params += ", ";
}
} else if (token.match(')')) {
break;
}
}
while (count < info.cppTypes.length) {
String type = info.cppTypes[count];
String name = "arg" + count;
params += type + " " + name;
if (++count < info.cppTypes.length) {
params += ", ";
}
}
params += ")";
Declarator dcl = new Parser(this, info.cppTypes[0] + " " + macroName + params).declarator(context, null, n, false, 0, false, false);
for (int i = 0; i < info.cppNames.length; i++) {
if (macroName.equals(info.cppNames[i]) && info.javaNames != null) {
macroName = "@Name(\"" + info.cppNames[0] + "\") " + info.javaNames[i];
break;
}
}
boolean found = false;
for (Declarator d : prevDcl) {
found |= dcl.signature.equals(d.signature);
}
if (!found) {
decl.text += "public static native " + dcl.type.annotations + dcl.type.javaName + " " + macroName + dcl.parameters.list + ";\n";
decl.signature = dcl.signature;
} else if (found && n > 0) {
break;
}
prevDcl.add(dcl);
}
} else if (lastIndex > beginIndex + 1 && (info == null || (info.cppText == null &&
(info.cppTypes == null || info.cppTypes.length == 1)))) {
// declare as a static final variable
String value = "";
String cppType = "int";
String type = "int";
String cat = "";
tokens.index = beginIndex + 1;
Token prevToken = new Token();
boolean translate = true;
for (Token token = tokens.get(); tokens.index < lastIndex; token = tokens.next()) {
if (token.match(Token.STRING)) {
cppType = "const char*"; type = "String"; cat = " + "; break;
} else if (token.match(Token.FLOAT)) {
cppType = "double"; type = "double"; cat = ""; break;
} else if (token.match(Token.INTEGER) && token.value.endsWith("L")) {
cppType = "long long"; type = "long"; cat = ""; break;
} else if ((prevToken.match(Token.IDENTIFIER, '>') && token.match(Token.IDENTIFIER, '(')) || token.match('{', '}')) {
translate = false;
} else if (token.match(Token.IDENTIFIER)) {
// get types for the values of the macro
Info info2 = infoMap.getFirst(token.value);
if (info == null && info2 != null && info2.cppTypes != null) {
info = info2;
}
}
prevToken = token;
}
if (info != null) {
if (info.cppTypes != null && info.cppTypes.length > 0) {
Declarator dcl = new Parser(this, info.cppTypes[0]).declarator(context, null, -1, false, 0, false, true);
if (!dcl.type.javaName.equals("int")) {
cppType = dcl.type.cppName;
type = dcl.type.annotations + (info.pointerTypes != null ? info.pointerTypes[0] : dcl.type.javaName);;
}
}
for (int i = 0; i < info.cppNames.length; i++) {
if (macroName.equals(info.cppNames[i]) && info.javaNames != null) {
macroName = "@Name(\"" + info.cppNames[0] + "\") " + info.javaNames[i];
break;
}
}
translate = info.translate;
}
tokens.index = beginIndex + 1;
if (translate) {
for (Token token = tokens.get(); tokens.index < lastIndex; token = tokens.next()) {
value += token.spacing;
if (type.equals("String") && token.match("L")) {
// strip unnecessary prefixes from strings
continue;
}
value += token + (tokens.index + 1 < lastIndex && token.value.trim().length() > 0 ? cat : "");
}
value = translate(value);
if (type.equals("int")) {
if (value.contains("(String)")) {
cppType = "const char*"; type = "String";
} else if (value.contains("(float)") || value.contains("(double)")) {
cppType = "double"; type = "double";
} else if (value.contains("(long)")) {
cppType = "long long"; type = "long";
} else {
try {
String trimmedValue = value.trim();
long longValue = Long.parseLong(trimmedValue);
if (longValue > Integer.MAX_VALUE && (longValue >>> 32) == 0) {
// probably some unsigned value, so let's just cast to int
value = value.substring(0, value.length() - trimmedValue.length()) + "(int)" + trimmedValue + "L";
} else if (longValue > Integer.MAX_VALUE || longValue < Integer.MIN_VALUE) {
cppType = "long long"; type = "long"; value += "L";
}
} catch (NumberFormatException e) {
// leave as int?
}
}
}
} else {
if (info != null && info.annotations != null) {
for (String s : info.annotations) {
decl.text += s + " ";
}
}
decl.text += "public static native @MemberGetter " + type + " " + macroName + "();\n";
value = " " + macroName + "()";
}
int i = type.lastIndexOf(' ');
if (i >= 0) {
type = type.substring(i + 1);
}
if (value.length() > 0) {
decl.text += "public static final " + type + " " + macroName + " =" + value + ";\n";
}
decl.signature = macroName;
if (info == null || !Arrays.asList(info.cppNames).contains(macroName)) {
// save the C++ type (and Java type via pointerTypes) to propagate to other macros referencing this one
infoMap.put(new Info(macroName).define(true).cppTypes(cppType).pointerTypes(type).translate(translate));
}
}
if (info != null && info.javaText != null) {
decl.text = info.javaText;
break;
}
}
}
if (decl.text.length() == 0) {
// output whatever we did not process as comment
tokens.index = beginIndex;
int n = spacing.lastIndexOf('\n') + 1;
decl.text += "// " + spacing.substring(n) + "#" + keyword.spacing + keyword;
for (Token token = tokens.get(); tokens.index < lastIndex; token = tokens.next()) {
decl.text += token.match("\n") ? "\n// " : token.spacing + token.toString().replace("\n", "\n//");
}
spacing = spacing.substring(0, n);
}
if (decl.text.length() > 0) {
tokens.index = lastIndex;
String comment = commentAfter();
decl.text = comment + decl.text;
}
tokens.raw = false;
declList.spacing = spacing;
declList.add(decl);
declList.spacing = null;
return true;
}
boolean typedef(Context context, DeclarationList declList) throws ParserException {
String spacing = tokens.get().spacing;
// the "using" token can also act as a "typedef"
String usingDefName = tokens.get().match(Token.USING) && tokens.get(1).match(Token.IDENTIFIER)
&& tokens.get(2).match('=') ? tokens.get(1).value : null;
if (!tokens.get().match(Token.TYPEDEF) && !tokens.get(1).match(Token.TYPEDEF) && usingDefName == null) {
return false;
}
Declaration decl = new Declaration();
if (usingDefName != null) {
tokens.next().expect(Token.IDENTIFIER);
tokens.next().expect('=');
tokens.next();
}
int backIndex = tokens.index;
for (int n = 0; n < Integer.MAX_VALUE; n++) {
decl = new Declaration();
tokens.index = backIndex;
Declarator dcl = declarator(context, null, 0, false, n, true, false);
if (dcl == null) {
break;
}
if (usingDefName != null) {
dcl.cppName = usingDefName;
}
if (attribute() == null) {
tokens.next();
}
String typeName = dcl.type.cppName, defName = dcl.cppName;
if (defName == null) {
dcl.cppName = defName = typeName;
}
if (dcl.javaName == null) {
dcl.javaName = dcl.cppName;
}
int namespace = defName.lastIndexOf("::");
if (context.namespace != null && namespace < 0) {
defName = context.namespace + "::" + defName;
}
Info info = infoMap.getFirst(defName);
if (dcl.definition != null) {
// a function pointer or something
decl = dcl.definition;
if (dcl.javaName.length() > 0 && context.javaName != null) {
dcl.javaName = context.javaName + "." + dcl.javaName;
}
if (info == null || !info.skip) {
info = info != null ? new Info(info).cppNames(defName) : new Info(defName);
infoMap.put(info.valueTypes(dcl.javaName)
.pointerTypes((dcl.indirections > 0 ? "@ByPtrPtr " : "") + dcl.javaName));
}
} else if (typeName.equals("void")) {
// some opaque data type
if ((info == null || !info.skip) && !dcl.javaName.equals("Pointer")) {
if (dcl.indirections > 0) {
decl.text += "@Namespace @Name(\"void\") ";
info = info != null ? new Info(info).cppNames(defName) : new Info(defName);
infoMap.put(info.valueTypes(dcl.javaName).pointerTypes("@ByPtrPtr " + dcl.javaName));
} else if (context.namespace != null && context.javaName == null) {
decl.text += "@Namespace(\"" + context.namespace + "\") ";
}
decl.text += "@Opaque public static class " + dcl.javaName + " extends Pointer {\n" +
" /** Empty constructor. Calls {@code super((Pointer)null)}. */\n" +
" public " + dcl.javaName + "() { super((Pointer)null); }\n" +
" /** Pointer cast constructor. Invokes {@link Pointer#Pointer(Pointer)}. */\n" +
" public " + dcl.javaName + "(Pointer p) { super(p); }\n" +
"}";
}
} else {
// point back to original type
info = infoMap.getFirst(typeName);
if (info == null || !info.skip) {
info = info != null ? new Info(info).cppNames(defName) : new Info(defName);
if (info.cppTypes == null && info.annotations != null) {
// set original C++ type for typedef of types we want to use with adapters
String s = typeName;
if (dcl.type.constValue && !s.startsWith("const ")) {
s = "const " + s;
}
if (dcl.type.constPointer && !s.endsWith(" const")) {
s = s + " const";
}
if (dcl.type.indirections > 0) {
for (int i = 0; i < dcl.type.indirections; i++) {
s += "*";
}
}
if (dcl.type.reference) {
s += "&";
}
info.cppNames(defName, s).cppTypes(s);
}
if (info.valueTypes == null && dcl.indirections > 0) {
info.valueTypes(info.pointerTypes != null ? info.pointerTypes : new String[] {typeName});
info.pointerTypes("PointerPointer");
} else if (info.pointerTypes == null) {
info.pointerTypes(typeName);
}
if (info.annotations == null) {
if (dcl.type.annotations != null && dcl.type.annotations.length() > 0
&& !dcl.type.annotations.startsWith("@ByVal ")
&& !dcl.type.annotations.startsWith("@Cast(")
&& !dcl.type.annotations.startsWith("@Const ")) {
info.annotations(dcl.type.annotations.trim());
} else {
info.cast(!dcl.cppName.equals(info.pointerTypes[0]));
}
}
infoMap.put(info);
}
}
if (info != null && info.javaText != null) {
decl.text = info.javaText;
}
String comment = commentAfter();
decl.text = comment + decl.text;
declList.spacing = spacing;
declList.add(decl);
declList.spacing = null;
}
return true;
}
boolean using(Context context, DeclarationList declList) throws ParserException {
if (!tokens.get().match(Token.USING)) {
return false;
}
String spacing = tokens.get().spacing;
boolean namespace = tokens.get(1).match(Token.NAMESPACE);
Declarator dcl = declarator(context, null, 0, false, 0, true, false);
tokens.next();
context.usingList.add(dcl.type.cppName + (namespace ? "::" : ""));
Declaration decl = new Declaration();
if (dcl.definition != null) {
decl = dcl.definition;
}
Info info = infoMap.getFirst(dcl.type.cppName);
if (info != null && info.javaText != null) {
// inherit constructors
decl.text = info.javaText;
decl.declarator = dcl;
}
String comment = commentAfter();
decl.text = comment + decl.text;
declList.spacing = spacing;
declList.add(decl);
declList.spacing = null;
return true;
}
boolean group(Context context, DeclarationList declList) throws ParserException {
int backIndex = tokens.index;
String spacing = tokens.get().spacing;
boolean typedef = tokens.get().match(Token.TYPEDEF) || tokens.get(1).match(Token.TYPEDEF);
boolean foundGroup = false, friend = false;
Context ctx = new Context(context);
Token[] prefixes = {Token.CLASS, Token.INTERFACE, Token.__INTERFACE, Token.STRUCT, Token.UNION};
for (Token token = tokens.get(); !token.match(Token.EOF); token = tokens.next()) {
if (token.match(prefixes)) {
foundGroup = true;
ctx.inaccessible = token.match(Token.CLASS);
break;
} else if (token.match(Token.FRIEND)) {
friend = true;
} else if (!token.match(Token.IDENTIFIER)) {
break;
}
}
if (!foundGroup) {
tokens.index = backIndex;
return false;
}
tokens.next().expect(Token.IDENTIFIER, '{', "::");
if (!tokens.get().match('{') && tokens.get(1).match(Token.IDENTIFIER)
&& !tokens.get(1).match(Token.FINAL)
&& (typedef || !tokens.get(2).match(';'))) {
tokens.next();
}
Type type = type(context, true);
List baseClasses = new ArrayList();
Declaration decl = new Declaration();
decl.text = type.annotations;
String name = type.javaName;
boolean anonymous = !typedef && type.cppName.length() == 0, derivedClass = false, skipBase = false;
if (type.cppName.length() > 0 && tokens.get().match(':')) {
derivedClass = true;
for (Token token = tokens.next(); !token.match(Token.EOF); token = tokens.next()) {
boolean accessible = false;
if (token.match(Token.VIRTUAL)) {
continue;
} else if (token.match(Token.PRIVATE, Token.PROTECTED, Token.PUBLIC)) {
accessible = token.match(Token.PUBLIC);
tokens.next();
}
Type t = type(context);
Info info = infoMap.getFirst(t.cppName);
if (info != null && info.skip) {
skipBase = true;
}
if (accessible) {
baseClasses.add(t);
}
if (tokens.get().expect(',', '{').match('{')) {
break;
}
}
}
if (typedef && type.indirections > 0) {
// skip pointer typedef
while (!tokens.get().match(';', Token.EOF)) {
tokens.next();
}
}
if (!tokens.get().match('{', ',', ';')) {
tokens.index = backIndex;
return false;
}
int startIndex = tokens.index;
List variables = new ArrayList();
String originalName = type.cppName;
String body = body();
boolean hasBody = body != null && body.length() > 0;
if (!tokens.get().match(';')) {
if (typedef) {
Token token = tokens.get();
while (!token.match(';', Token.EOF)) {
int indirections = 0;
while (token.match('*')) {
indirections++;
token = tokens.next();
}
if (token.match(Token.IDENTIFIER)) {
String name2 = token.value;
// use first typedef name, unless it's something weird like a pointer
if (indirections > 0) {
infoMap.put(new Info(name2).cast().valueTypes(name).pointerTypes("PointerPointer"));
} else {
if (type.cppName.equals(originalName)) {
name = type.javaName = type.cppName = token.value;
}
infoMap.put(new Info(name2).cast().pointerTypes(name));
}
}
token = tokens.next();
}
decl.text += token.spacing;
} else {
int index = tokens.index - 1;
for (int n = 0; n < Integer.MAX_VALUE; n++) {
tokens.index = index;
Declarator dcl = declarator(context, null, -1, false, n, false, true);
if (dcl == null) {
break;
} else {
// declares variable, treat as anonymous
anonymous = true;
variables.add(dcl);
}
}
int n = spacing.lastIndexOf('\n');
if (n >= 0) {
decl.text += spacing.substring(0, n);
}
}
}
int namespace = type.cppName.lastIndexOf("::");
if (context.namespace != null && namespace < 0) {
type.cppName = context.namespace + "::" + type.cppName;
originalName = context.namespace + "::" + originalName;
}
Info info = infoMap.getFirst(type.cppName);
if (((info == null || info.base == null) && skipBase) || (info != null && info.skip)) {
decl.text = "";
declList.add(decl);
return true;
} else if (info != null && info.pointerTypes != null && info.pointerTypes.length > 0) {
type.javaName = info.pointerTypes[0];
name = context.shorten(type.javaName);
} else if (info == null) {
if (type.javaName.length() > 0 && context.javaName != null) {
type.javaName = context.javaName + "." + type.javaName;
}
infoMap.put(info = new Info(type.cppName).pointerTypes(type.javaName));
}
Type base = new Type("Pointer");
Iterator it = baseClasses.iterator();
while (it.hasNext()) {
Type next = it.next();
Info nextInfo = infoMap.getFirst(next.cppName);
if (nextInfo == null || !nextInfo.flatten) {
base = next;
it.remove();
break;
}
}
String casts = "";
if (baseClasses.size() > 0) {
for (Type t : baseClasses) {
casts += " public " + t.javaName + " as" + t.javaName + "() { return as" + t.javaName + "(this); }\n"
+ " @Namespace public static native @Name(\"static_cast<" + t.cppName + "*>\") "
+ t.javaName + " as" + t.javaName + "(" + type.javaName + " pointer);\n";
}
}
decl.signature = type.javaName;
tokens.index = startIndex;
if (name.length() > 0 && !hasBody) {
// incomplete type (forward or friend declaration)
if (!tokens.get().match(';')) {
tokens.next();
tokens.next();
}
tokens.next();
if (friend) {
decl.text = "";
declList.add(decl);
return true;
} else if (info != null && info.base != null) {
base.javaName = info.base;
}
if (name.equals("Pointer")) {
return true;
}
String fullName = context.namespace != null ? context.namespace + "::" + name : name;
String cppName = type.cppName;
for (Token prefix : prefixes) {
if (info != null && info.cppNames[0].startsWith(prefix.value + " ")) {
// make it possible to force resolution with a prefix
cppName = prefix.value + " " + cppName;
break;
}
}
if (!fullName.equals(cppName)) {
decl.text += "@Name(\"" + (context.javaName == null || namespace < 0 ? cppName : cppName.substring(namespace + 2)) + "\") ";
} else if (context.namespace != null && context.javaName == null) {
decl.text += "@Namespace(\"" + context.namespace + "\") ";
}
decl.text += "@Opaque public static class " + name + " extends " + base.javaName + " {\n" +
" /** Empty constructor. Calls {@code super((Pointer)null)}. */\n" +
" public " + name + "() { super((Pointer)null); }\n" +
" /** Pointer cast constructor. Invokes {@link Pointer#Pointer(Pointer)}. */\n" +
" public " + name + "(Pointer p) { super(p); }\n" +
"}";
decl.type = type;
decl.incomplete = true;
String comment = commentAfter();
decl.text = comment + decl.text;
declList.spacing = spacing;
declList.add(decl);
declList.spacing = null;
return true;
} else if (tokens.get().match('{')) {
tokens.next();
}
if (type.cppName.length() > 0) {
// name of the typedef type
ctx.namespace = type.cppName;
// used to match constructors
ctx.cppName = originalName;
}
if (!anonymous) {
// used for setter methods
ctx.javaName = type.javaName;
}
if (info != null && info.virtualize) {
ctx.virtualize = true;
}
DeclarationList declList2 = new DeclarationList();
if (variables.size() == 0) {
declarations(ctx, declList2);
} else for (Declarator var : variables) {
if (context.variable != null) {
var.cppName = context.variable.cppName + "." + var.cppName;
var.javaName = context.variable.javaName + "_" + var.javaName;
}
ctx.variable = var;
declarations(ctx, declList2);
}
String modifiers = "public static ", constructors = "", explicitConstructors = "";
boolean implicitConstructor = true, defaultConstructor = false, longConstructor = false,
pointerConstructor = false, abstractClass = info != null && info.purify && !ctx.virtualize,
allPureConst = true, haveVariables = false;
for (Declaration d : declList2) {
if (d.declarator != null && d.declarator.type != null && d.declarator.type.using && decl.text != null) {
// inheriting constructors
defaultConstructor |= d.text.contains("private native void allocate();");
longConstructor |= d.text.contains("private native void allocate(long");
pointerConstructor |= d.text.contains("private native void allocate(Pointer");
implicitConstructor &= !defaultConstructor && !longConstructor && !pointerConstructor;
String baseType = d.declarator.type.cppName;
baseType = baseType.substring(0, baseType.lastIndexOf("::"));
Info info2 = infoMap.getFirst(baseType);
constructors = d.text.replace(info2.pointerTypes[0], name) + "\n";
d.text = "";
} else if (d.declarator != null && d.declarator.type != null && d.declarator.type.constructor) {
implicitConstructor = false;
Declarator[] paramDcls = d.declarator.parameters.declarators;
defaultConstructor |= (paramDcls.length == 0 || (paramDcls.length == 1 && paramDcls[0].type.javaName.equals("void"))) && !d.inaccessible;
longConstructor |= paramDcls.length == 1 && paramDcls[0].type.javaName.equals("long") && !d.inaccessible;
pointerConstructor |= paramDcls.length == 1 && paramDcls[0].type.javaName.equals("Pointer") && !d.inaccessible;
}
abstractClass |= d.abstractMember;
allPureConst &= d.constMember && d.abstractMember;
haveVariables |= d.variable;
}
if (allPureConst && ctx.virtualize) {
modifiers = "@Const " + modifiers;
}
if (!anonymous) {
String fullName = context.namespace != null ? context.namespace + "::" + name : name;
String cppName = type.cppName;
for (Token prefix : prefixes) {
if (info != null && info.cppNames[0].startsWith(prefix.value + " ")) {
// make it possible to force resolution with a prefix
cppName = prefix.value + " " + cppName;
break;
}
}
if (!fullName.equals(cppName)) {
decl.text += "@Name(\"" + cppName + "\") ";
} else if (context.namespace != null && context.javaName == null) {
decl.text += "@Namespace(\"" + context.namespace + "\") ";
}
if ((!implicitConstructor || derivedClass) && haveVariables) {
decl.text += "@NoOffset ";
}
if (info != null && info.base != null) {
base.javaName = info.base;
}
decl.text += modifiers + "class " + name + " extends " + base.javaName + " {\n" +
" static { Loader.load(); }\n";
explicitConstructors = constructors;
if (implicitConstructor && (info == null || !info.purify) && (!abstractClass || ctx.virtualize)) {
constructors += " /** Default native constructor. */\n" +
" public " + name + "() { super((Pointer)null); allocate(); }\n" +
" /** Native array allocator. Access with {@link Pointer#position(long)}. */\n" +
" public " + name + "(long size) { super((Pointer)null); allocateArray(size); }\n" +
" /** Pointer cast constructor. Invokes {@link Pointer#Pointer(Pointer)}. */\n" +
" public " + name + "(Pointer p) { super(p); }\n" +
" private native void allocate();\n" +
" private native void allocateArray(long size);\n" +
" @Override public " + name + " position(long position) {\n" +
" return (" + name + ")super.position(position);\n" +
" }\n";
} else {
if (!pointerConstructor) {
constructors += " /** Pointer cast constructor. Invokes {@link Pointer#Pointer(Pointer)}. */\n" +
" public " + name + "(Pointer p) { super(p); }\n";
}
if (defaultConstructor && (info == null || !info.purify) && (!abstractClass || ctx.virtualize) && !longConstructor) {
constructors += " /** Native array allocator. Access with {@link Pointer#position(long)}. */\n" +
" public " + name + "(long size) { super((Pointer)null); allocateArray(size); }\n" +
" private native void allocateArray(long size);\n" +
" @Override public " + name + " position(long position) {\n" +
" return (" + name + ")super.position(position);\n" +
" }\n";
}
}
decl.text += constructors;
declList.spacing = spacing;
decl.text = declList.rescan(decl.text + casts + "\n");
declList.spacing = null;
}
for (Type base2 : baseClasses) {
Info baseInfo = infoMap.getFirst(base2.cppName);
if (baseInfo != null && baseInfo.flatten && baseInfo.javaText != null) {
String text = baseInfo.javaText;
int start = text.indexOf('{');
for (int n = 0; n < 2; start++) {
int c = text.charAt(start);
if (c == '\n') {
n++;
} else if (!Character.isWhitespace(c)) {
n = 0;
}
}
int end = text.lastIndexOf('}');
decl.text += text.substring(start, end).replaceAll("(\\s+)" + base2.javaName + "(\\s+)", "$1" + type.javaName + "$2");
}
}
for (Declaration d : declList2) {
if (!d.inaccessible && (d.declarator == null || d.declarator.type == null || !d.declarator.type.constructor || !abstractClass)) {
decl.text += d.text;
if (d.declarator != null && d.declarator.type != null && d.declarator.type.constructor) {
explicitConstructors += d.text;
}
}
}
String constructorName = originalName;
int template2 = constructorName.lastIndexOf('<');
if (template2 >= 0) {
constructorName = constructorName.substring(0, template2);
}
int namespace2 = constructorName.lastIndexOf("::");
if (namespace2 >= 0) {
constructorName = constructorName.substring(namespace2 + 2);
}
Info constructorInfo = infoMap.getFirst(type.cppName + "::" + constructorName);
if (constructorInfo == null) {
// save constructors to be able inherit them with C++11 "using" statements
infoMap.put(new Info(type.cppName + "::" + constructorName).javaText(explicitConstructors));
}
if (!anonymous) {
decl.text += tokens.get().spacing + '}';
}
for (Token token = tokens.next(); !token.match(Token.EOF); token = tokens.next()) {
if (token.match(';')) {
decl.text += token.spacing;
break;
}
}
tokens.next();
decl.type = type;
if (info != null && info.javaText != null) {
decl.text = info.javaText;
} else if (info != null && info.flatten) {
info.javaText = decl.text;
}
declList.add(decl);
return true;
}
boolean enumeration(Context context, DeclarationList declList) throws ParserException {
int backIndex = tokens.index;
String enumSpacing = tokens.get().spacing;
boolean typedef = tokens.get().match(Token.TYPEDEF);
boolean foundEnum = false;
for (Token token = tokens.get(); !token.match(Token.EOF); token = tokens.next()) {
if (token.match(Token.ENUM)) {
foundEnum = true;
break;
} else if (!token.match(Token.IDENTIFIER)) {
break;
}
}
if (!foundEnum) {
tokens.index = backIndex;
return false;
}
boolean enumClass = false;
String enumType = "enum";
if (tokens.get(1).match(Token.CLASS, Token.STRUCT)) {
enumClass = true;
enumType += " " + tokens.next();
}
if (typedef && !tokens.get(1).match('{') && tokens.get(2).match(Token.IDENTIFIER)) {
tokens.next();
}
int count = 0;
boolean longenum = false;
String cppType = "int";
String javaType = "int";
String separator = "";
String enumPrefix = "public static final " + javaType;
String countPrefix = "";
String enumerators = "";
String enumerators2 = "";
HashMap enumeratorMap = new HashMap();
String extraText = "";
String name = "";
Token token = tokens.next().expect(Token.IDENTIFIER, '{', ':', ';');
if (token.match(Token.IDENTIFIER)) {
while (tokens.get(1).match(Token.IDENTIFIER)) {
Attribute attr = attribute(true);
if (attr != null && attr.annotation) {
// XXX: What to do with annotations here?
} else {
break;
}
token = tokens.get();
}
name = token.value;
token = tokens.next();
}
if (token.match(':')) {
token = tokens.next();
Type type = type(context);
cppType = type.cppName;
javaType = type.javaName;
enumPrefix = "public static final " + javaType;
token = tokens.get();
}
if (!typedef && token.match(';')) {
// skip for loop
} else if (!token.match('{')) {
// not an enum
tokens.index = backIndex;
return false;
} else for (token = tokens.next(); !token.match(Token.EOF, '}'); token = tokens.get()) {
String comment = commentBefore();
if (macro(context, declList)) {
Declaration macroDecl = declList.remove(declList.size() - 1);
extraText += comment + macroDecl.text;
if (separator.equals(",") && !macroDecl.text.trim().startsWith("//")) {
separator = ";";
enumPrefix = "public static final " + javaType;
}
continue;
}
Token enumerator = tokens.get();
String cppName = enumerator.value;
if (cppName == null || cppName.length() == 0) {
// skip over stray commas, etc
tokens.next().spacing = token.spacing;
continue;
}
String javaName = cppName;
if (enumClass) {
cppName = name + "::" + cppName;
}
if (context.namespace != null) {
cppName = context.namespace + "::" + cppName;
}
Info info = infoMap.getFirst(cppName);
if (info != null && info.javaNames != null && info.javaNames.length > 0) {
javaName = info.javaNames[0];
} else if (info == null) {
infoMap.put(info = new Info(cppName).cppText(""));
}
String spacing2 = "";
if (tokens.next().match('=')) {
spacing2 = tokens.get().spacing;
if (spacing2.length() > 0 && spacing2.charAt(0) == ' ') {
spacing2 = spacing2.substring(1);
}
countPrefix = "";
int count2 = 0;
Token prevToken = new Token();
boolean translate = true;
for (token = tokens.next(); !token.match(Token.EOF, '#', ',', '}') || count2 > 0; token = tokens.next()) {
if (token.match(Token.INTEGER) && token.value.endsWith("L")) {
longenum = true;
}
countPrefix += token.spacing + token;
if (token.match('(')) {
count2++;
} else if (token.match(')')) {
count2--;
}
if ((prevToken.match(Token.IDENTIFIER) && token.match('(')) || token.match('{', '}')) {
translate = false;
}
prevToken = token;
}
try {
count = Integer.parseInt(countPrefix.trim());
countPrefix = "";
} catch (NumberFormatException e) {
count = 0;
if (translate) {
countPrefix = translate(countPrefix);
if (countPrefix.length() > 0 && countPrefix.charAt(0) == ' ') {
countPrefix = countPrefix.substring(1);
}
} else {
if (separator.equals(",")) {
separator = ";";
}
extraText += "\npublic static native @MemberGetter " + javaType + " " + javaName + "();\n";
enumPrefix = "public static final " + javaType;
countPrefix = javaName + "()";
}
}
}
if (extraText.length() > 0 && !extraText.endsWith("\n") && enumPrefix.length() > 0) {
extraText += comment + "\n";
comment = "";
}
String text = separator + extraText + enumPrefix + comment;
String text2 = separator + comment;
comment = commentAfter();
if (comment.length() == 0 && tokens.get().match(',')) {
tokens.next();
comment = commentAfter();
}
String spacing = enumerator.spacing;
if (comment.length() > 0) {
text += spacing + comment;
text2 += spacing + comment;
int newline = spacing.lastIndexOf('\n');
if (newline >= 0) {
spacing = spacing.substring(newline + 1);
}
}
if (spacing.length() == 0 && !text.endsWith(",")) {
spacing = " ";
}
String cast = javaType.equals("byte") || javaType.equals("short") ? "(" + javaType + ")" : "";
text += spacing + javaName + spacing2 + " = " + countPrefix;
text2 += spacing + javaName + spacing2 + "(" + cast + countPrefix;
if (countPrefix.trim().length() > 0) {
if (count > 0) {
text += " + " + count;
if (enumeratorMap.containsKey(countPrefix)) {
text2 += ".value";
}
text2 += " + " + count;
}
} else {
text += count;
text2 += count;
}
count++;
if (info == null || !info.skip) {
enumerators += text;
enumerators2 += text2 + ")";
enumeratorMap.put(javaName, text);
separator = ",";
enumPrefix = "";
extraText = "";
}
}
if (longenum) {
enumerators = enumerators.replace(" " + javaType, " long");
cppType = "long long";
javaType = "long";
}
String comment = commentBefore();
Declaration decl = new Declaration();
token = tokens.get();
while (!token.match(';', Token.EOF)) {
// deal with typedefs
int indirections = 0;
while (token.match('*')) {
indirections++;
token = tokens.next();
}
if (token.match(Token.IDENTIFIER)) {
// XXX: If !typedef, this is a variable declaration with anonymous type
String name2 = token.value;
if (name == null || name.length() == 0) {
name = name2;
}
Info info2 = infoMap.getFirst(cppType);
if (indirections > 0) {
infoMap.put(new Info(info2).cast().cppNames(name2).valueTypes(info2.pointerTypes).pointerTypes("PointerPointer"));
} else {
infoMap.put(new Info(info2).cast().cppNames(name2));
}
}
token = tokens.next();
}
String cppName = context.namespace != null ? context.namespace + "::" + name : name;
Info info = infoMap.getFirst(cppName);
boolean enumerate = info != null ? info.enumerate : false;
for (Info i : infoMap.get(null)) {
enumerate |= i.enumerate;
}
if (info != null && info.skip) {
decl.text = enumSpacing;
} else {
int newline = enumSpacing.lastIndexOf('\n');
String enumSpacing2 = newline < 0 ? enumSpacing : enumSpacing.substring(newline + 1);
if (enumerate) {
String javaName = info != null && info.valueTypes != null && info.valueTypes.length > 0 ? info.valueTypes[0] : name;
String fullName = context.namespace != null ? context.namespace + "::" + javaName : javaName;
String annotations = "";
if (!fullName.equals(cppName)){
annotations += "@Name(\"" + cppName + "\") ";
} else if (context.namespace != null && context.javaName == null) {
annotations += "@Namespace(\"" + context.namespace + "\") ";
}
decl.text += enumSpacing + annotations + "public enum " + javaName + " {"
+ enumerators2 + token.expect(';').spacing + ";"
+ (comment.length() > 0 && comment.charAt(0) == ' ' ? comment.substring(1) : comment) + "\n\n"
+ enumSpacing2 + " public final " + javaType + " value;\n"
+ enumSpacing2 + " private " + javaName + "(" + javaType + " v) { this.value = v; }\n"
+ enumSpacing2 + " private " + javaName + "(" + javaName + " e) { this.value = e.value; }\n"
+ enumSpacing2 + " public " + javaName + " intern() { for (" + javaName + " e : values()) if (e.value == value) return e; return this; }\n"
+ enumSpacing2 + " @Override public String toString() { return intern().name(); }\n"
+ enumSpacing2 + "}";
Info info2 = new Info(infoMap.getFirst(cppType)).cppNames(cppName);
info2.valueTypes = Arrays.copyOf(info2.valueTypes, info2.valueTypes.length + 1);
for (int i = 1; i < info2.valueTypes.length; i++) {
info2.valueTypes[i] = "@Cast(\"" + cppName + "\") " + info2.valueTypes[i - 1];
}
info2.valueTypes[0] = javaName;
info2.pointerTypes = Arrays.copyOf(info2.pointerTypes, info2.pointerTypes.length);
for (int i = 0; i < info2.pointerTypes.length; i++) {
info2.pointerTypes[i] = "@Cast(\"" + cppName + "*\") " + info2.pointerTypes[i];
}
infoMap.put(info2.cast(false).enumerate());
} else {
decl.text += enumSpacing + "/** " + enumType + " " + cppName + " */\n"
+ enumSpacing2 + enumerators + token.expect(';').spacing + ";";
if (cppName.length() > 0) {
Info info2 = infoMap.getFirst(cppType);
infoMap.put(new Info(info2).cast().cppNames(cppName));
}
decl.text += extraText + comment;
}
}
declList.add(decl);
tokens.next();
return true;
}
boolean namespace(Context context, DeclarationList declList) throws ParserException {
if (!tokens.get().match(Token.NAMESPACE)) {
return false;
}
Declaration decl = new Declaration();
String spacing = tokens.get().spacing;
String name = null;
tokens.next();
if (tokens.get().match(Token.IDENTIFIER)) {
// get the name, unless anonymous
name = tokens.get().value;
tokens.next();
}
if (tokens.get().match('=')) {
// deal with namespace aliases
tokens.next();
Type type = type(context);
context.namespaceMap.put(name, type.cppName);
tokens.get().expect(';');
tokens.next();
return true;
}
tokens.get().expect('{');
tokens.next();
if (tokens.get().spacing.indexOf('\n') < 0) {
tokens.get().spacing = spacing;
}
context = new Context(context);
context.namespace = name == null ? context.namespace : context.namespace != null ? context.namespace + "::" + name : name;
declarations(context, declList);
decl.text += tokens.get().expect('}').spacing;
tokens.next();
declList.add(decl);
return true;
}
boolean extern(Context context, DeclarationList declList) throws ParserException {
if (!tokens.get().match(Token.EXTERN) || !tokens.get(1).match(Token.STRING)) {
return false;
}
String spacing = tokens.get().spacing;
Declaration decl = new Declaration();
tokens.next().expect("\"C\"", "\"C++\"");
if (!tokens.next().match('{')) {
tokens.get().spacing = spacing;
declList.add(decl);
return true;
}
tokens.next();
declarations(context, declList);
tokens.get().expect('}');
tokens.next();
declList.add(decl);
return true;
}
void declarations(Context context, DeclarationList declList) throws ParserException {
for (Token token = tokens.get(); !token.match(Token.EOF, '}'); token = tokens.get()) {
if (token.match(Token.PRIVATE, Token.PROTECTED, Token.PUBLIC) && tokens.get(1).match(':')) {
context.inaccessible = !token.match(Token.PUBLIC);
tokens.next();
tokens.next();
continue;
}
Context ctx = context;
String comment = commentBefore();
token = tokens.get();
String spacing = token.spacing;
TemplateMap map = template(ctx);
if (map != null) {
token = tokens.get();
token.spacing = spacing;
ctx = new Context(ctx);
ctx.templateMap = map;
}
Declaration decl = new Declaration();
if (comment != null && comment.length() > 0) {
decl.inaccessible = ctx.inaccessible;
decl.text = comment;
declList.add(decl);
}
int startIndex = tokens.index;
declList.infoMap = infoMap;
declList.context = ctx;
declList.templateMap = map;
declList.infoIterator = null;
declList.spacing = null;
do {
if (map != null && declList.infoIterator != null && declList.infoIterator.hasNext()) {
Info info = declList.infoIterator.next();
if (info == null) {
continue;
}
Type type = new Parser(this, info.cppNames[0]).type(context);
if (type.arguments == null) {
continue;
}
int count = 0;
for (Map.Entry e : map.entrySet()) {
if (count < type.arguments.length) {
Type t = type.arguments[count++];
String s = t.cppName;
if (t.constValue && !s.startsWith("const ")) {
s = "const " + s;
}
if (t.constPointer && !s.endsWith(" const")) {
s = s + " const";
}
if (t.indirections > 0) {
for (int i = 0; i < t.indirections; i++) {
s += "*";
}
}
if (t.reference) {
s += "&";
}
t.cppName = s;
e.setValue(t);
}
}
tokens.index = startIndex;
}
if (!tokens.get().match(';')
&& !macro(ctx, declList) && !extern(ctx, declList) && !namespace(ctx, declList)
&& !enumeration(ctx, declList) && !group(ctx, declList) && !typedef(ctx, declList)
&& !using(ctx, declList) && !function(ctx, declList) && !variable(ctx, declList)) {
spacing = tokens.get().spacing;
if (attribute() != null) {
tokens.get().spacing = spacing;
} else {
throw new ParserException(token.file + ":" + token.lineNumber + ":"
+ (token.text != null ? "\"" + token.text + "\": " : "")
+ "Could not parse declaration at '" + token + "'");
}
}
while (tokens.get().match(';') && !tokens.get().match(Token.EOF)) {
tokens.next();
}
} while (declList.infoIterator != null && declList.infoIterator.hasNext());
}
// for comments at the end without declarations
String comment = commentBefore() + (tokens.get().match(Token.EOF) ? tokens.get().spacing : "");
Declaration decl = new Declaration();
if (comment != null && comment.length() > 0) {
decl.text = comment;
declList.add(decl);
}
}
void parse(Context context,
DeclarationList declList,
String[] includePath,
String include,
boolean isCFile) throws IOException, ParserException {
List tokenList = new ArrayList();
File file = null;
String filename = include;
if (filename.startsWith("<") && filename.endsWith(">")) {
filename = filename.substring(1, filename.length() - 1);
} else {
File f = new File(filename);
if (f.exists()) {
file = f;
}
}
if (file == null && includePath != null) {
for (String path : includePath) {
File f = new File(path, filename).getCanonicalFile();
if (f.exists()) {
file = f;
break;
}
}
}
if (file == null) {
file = new File(filename);
}
Info info = infoMap.getFirst(file.getName());
if (info != null && info.skip && info.linePatterns == null) {
return;
} else if (!file.exists()) {
throw new FileNotFoundException("Could not parse \"" + file + "\": File does not exist");
}
logger.info("Parsing " + file);
Token token = new Token();
token.type = Token.COMMENT;
token.value = "\n// Parsed from " + include + "\n\n";
tokenList.add(token);
Tokenizer tokenizer = new Tokenizer(file, encoding);
if (info != null && info.linePatterns != null) {
tokenizer.filterLines(info.linePatterns, info.skip);
}
while (!(token = tokenizer.nextToken()).isEmpty()) {
if (token.type == -1) {
token.type = Token.COMMENT;
}
tokenList.add(token);
}
if (lineSeparator == null) {
lineSeparator = tokenizer.lineSeparator;
}
tokenizer.close();
token = new Token(Token.EOF);
token.spacing = "\n";
token.file = file;
token.lineNumber = tokenList.get(tokenList.size() - 1).lineNumber;
tokenList.add(token);
tokens = new TokenIndexer(infoMap, tokenList.toArray(new Token[tokenList.size()]), isCFile);
declarations(context, declList);
}
public File parse(String outputDirectory, String[] classPath, Class cls) throws IOException, ParserException {
return parse(new File(outputDirectory), classPath, cls);
}
public File parse(File outputDirectory, String[] classPath, Class cls) throws IOException, ParserException {
ClassProperties allProperties = Loader.loadProperties(cls, properties, true);
ClassProperties clsProperties = Loader.loadProperties(cls, properties, false);
// Capture c-includes from "class" and "all" properties
List cIncludes = new ArrayList<>();
cIncludes.addAll(clsProperties.get("platform.cinclude"));
cIncludes.addAll(allProperties.get("platform.cinclude"));
// Capture class includes
List clsIncludes = new ArrayList();
clsIncludes.addAll(clsProperties.get("platform.include"));
clsIncludes.addAll(clsProperties.get("platform.cinclude"));
// Capture all includes
List allIncludes = new ArrayList();
allIncludes.addAll(allProperties.get("platform.include"));
allIncludes.addAll(allProperties.get("platform.cinclude"));
List allTargets = allProperties.get("target");
List clsTargets = clsProperties.get("target");
List clsHelpers = clsProperties.get("helper");
String target = clsTargets.get(0); // there can only be one
List allInherited = allProperties.getInheritedClasses();
infoMap = new InfoMap();
for (Class c : allInherited) {
try {
InfoMapper infoMapper = ((InfoMapper)c.newInstance());
if (infoMapper instanceof BuildEnabled) {
((BuildEnabled)infoMapper).init(logger, properties, encoding);
}
infoMapper.map(infoMap);
} catch (ClassCastException | InstantiationException | IllegalAccessException e) {
// fail silently as if the interface wasn't implemented
}
}
leafInfoMap = new InfoMap();
try {
InfoMapper infoMapper = ((InfoMapper)cls.newInstance());
if (infoMapper instanceof BuildEnabled) {
((BuildEnabled)infoMapper).init(logger, properties, encoding);
}
infoMapper.map(leafInfoMap);
} catch (ClassCastException | InstantiationException | IllegalAccessException e) {
// fail silently as if the interface wasn't implemented
}
infoMap.putAll(leafInfoMap);
String version = Parser.class.getPackage().getImplementationVersion();
if (version == null) {
version = "unknown";
}
String text = "// Targeted by JavaCPP version " + version + ": DO NOT EDIT THIS FILE\n\n";
int n = target.lastIndexOf('.');
if (n >= 0) {
text += "package " + target.substring(0, n) + ";\n\n";
}
List infoList = leafInfoMap.get(null);
for (Info info : infoList) {
if (info.javaText != null && info.javaText.startsWith("import")) {
text += info.javaText + "\n";
}
}
text += "import java.nio.*;\n"
+ "import org.bytedeco.javacpp.*;\n"
+ "import org.bytedeco.javacpp.annotation.*;\n\n";
for (String s : allTargets) {
if (!target.equals(s)) {
text += "import static " + s + ".*;\n";
}
}
if (allTargets.size() > 1) {
text += "\n";
}
text += "public class " + target.substring(n + 1) + " extends "
+ (clsHelpers.size() > 0 && clsIncludes.size() > 0 ? clsHelpers.get(0) : cls.getCanonicalName()) + " {\n"
+ " static { Loader.load(); }\n";
String targetPath = target.replace('.', File.separatorChar);
File targetFile = new File(outputDirectory, targetPath + ".java");
logger.info("Targeting " + targetFile);
Context context = new Context();
context.infoMap = infoMap;
String[] includePath = classPath;
n = targetPath.lastIndexOf(File.separatorChar);
if (n >= 0) {
includePath = classPath.clone();
for (int i = 0; i < includePath.length; i++) {
includePath[i] += File.separator + targetPath.substring(0, n);
}
}
List paths = allProperties.get("platform.includepath");
for (String s : allProperties.get("platform.includeresource")) {
for (File f : Loader.cacheResources(s)) {
paths.add(f.getCanonicalPath());
}
}
if (clsIncludes.size() == 0) {
logger.info("Nothing targeted for " + targetFile);
return null;
}
String[] includePaths = paths.toArray(new String[paths.size() + includePath.length]);
System.arraycopy(includePath, 0, includePaths, paths.size(), includePath.length);
DeclarationList declList = new DeclarationList();
for (String include : allIncludes) {
if (!clsIncludes.contains(include)) {
boolean isCFile = cIncludes.contains(include);
parse(context, declList, includePaths, include, isCFile);
}
}
declList = new DeclarationList(declList);
if (clsIncludes.size() > 0) {
containers(context, declList);
for (String include : clsIncludes) {
if (allIncludes.contains(include)) {
boolean isCFile = cIncludes.contains(include);
parse(context, declList, includePaths, include, isCFile);
}
}
}
if (declList.size() == 0) {
logger.info("Nothing targeted for " + targetFile);
return null;
}
File targetDir = targetFile.getParentFile();
if (targetDir != null) {
targetDir.mkdirs();
}
try (Writer out = encoding != null ? new EncodingFileWriter(targetFile, encoding, lineSeparator)
: new EncodingFileWriter(targetFile, lineSeparator)) {
out.append(text);
for (Info info : infoList) {
if (info.javaText != null && !info.javaText.startsWith("import")) {
out.append(info.javaText + "\n");
}
}
for (Declaration d : declList) {
out.append(d.text);
}
out.append("\n}\n").close();
}
return targetFile;
}
}