Many resources are needed to download a project. Please understand that we have to compensate our server costs. Thank you in advance.
Project price only 1 $
You can buy this project and download/modify it how often you want.
com.caucho.xsl.JavaGenerator Maven / Gradle / Ivy
/*
* Copyright (c) 1998-2012 Caucho Technology -- all rights reserved
*
* This file is part of Resin(R) Open Source
*
* Each copy or derived work must preserve the copyright notice and this
* notice unmodified.
*
* Resin Open Source is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*
* Resin Open Source is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE, or any warranty
* of NON-INFRINGEMENT. See the GNU General Public License for more
* details.
*
* You should have received a copy of the GNU General Public License
* along with Resin Open Source; if not, write to the
* Free SoftwareFoundation, Inc.
* 59 Temple Place, Suite 330
* Boston, MA 02111-1307 USA
*
* @author Scott Ferguson
*/
package com.caucho.xsl;
import com.caucho.VersionFactory;
import com.caucho.java.JavaCompilerUtil;
import com.caucho.java.JavaWriter;
import com.caucho.loader.DynamicClassLoader;
import com.caucho.server.util.CauchoSystem;
import com.caucho.util.CharBuffer;
import com.caucho.util.IntArray;
import com.caucho.util.IntMap;
import com.caucho.vfs.Depend;
import com.caucho.vfs.Path;
import com.caucho.vfs.WriteStream;
import com.caucho.xml.QAbstractNode;
import com.caucho.xml.QAttr;
import com.caucho.xml.QElement;
import com.caucho.xml.QName;
import com.caucho.xml.XmlChar;
import com.caucho.xpath.Expr;
import com.caucho.xpath.NamespaceContext;
import com.caucho.xpath.expr.NumericExpr;
import com.caucho.xpath.pattern.*;
import com.caucho.xsl.fun.KeyFun;
import com.caucho.xsl.java.*;
import org.w3c.dom.*;
import java.io.IOException;
import java.text.DecimalFormatSymbols;
import java.util.ArrayList;
import java.util.HashMap;
import java.util.Iterator;
import java.util.Locale;
import java.util.logging.Logger;
/**
* Generates code for a Java based stylesheet.
*
*
* package work.xsl;
* public class foo extends JavaStylesheet {
* }
*
*/
public class JavaGenerator extends Generator {
private static final Logger log
= Logger.getLogger(JavaGenerator.class.getName());
private static HashMap _tagMap;
private static HashMap _topTagMap;
private static int _count;
Path _path;
WriteStream _s;
JavaWriter _out;
ArrayList _matchPatterns = new ArrayList();
IntMap _matchMap = new IntMap();
ArrayList _selectPatterns = new ArrayList();
IntMap _selectMap = new IntMap();
ArrayList _exprs = new ArrayList();
IntMap _exprMap = new IntMap();
ArrayList _sorts = new ArrayList();
ArrayList _namespaces = new ArrayList();
ArrayList _formats = new ArrayList();
ArrayList _functions = new ArrayList();
ArrayList _templateList = new ArrayList();
ArrayList _stylesheets = new ArrayList();
int _templateCount = 0;
// integer counting unique identifier
int _unique;
HashMap _macros = new HashMap();
ArrayList _fragments = new ArrayList();
ArrayList _strings = new ArrayList();
IntMap _stringMap = new IntMap();
IntArray _envDepth = new IntArray();
ArrayList _modes = new ArrayList();
private XslNode _xslNode;
private boolean _isLineBegin;
private int _depth;
private int _callDepth;
// integer counting the depth of nested selects
private int _selectDepth;
private int _selectLoopDepth;
private int _flagCount;
private String _className;
private String _pkg;
private String _currentPos;
private ClassLoader _parentLoader;
private JavaCompilerUtil _compiler;
private boolean _disableEscaping;
private boolean _printLocation = true;
private String _oldFilename = null;
private int _oldLine = -1;
private boolean _hasHeader;
/**
* Creates a new XSL generator for Java.
*
* @param xslGenerator the owning factory.
* @param className the name of the generated class
* @param encoding the generated output encoding.
*/
JavaGenerator(AbstractStylesheetFactory xslGenerator,
String className, String encoding)
throws IOException
{
super(xslGenerator);
_parentLoader = xslGenerator.getClassLoader();
ArrayList pathDepends = new ArrayList();
_compiler = JavaCompilerUtil.create(_parentLoader);
_compiler.setClassDir(_workPath);
if (encoding == null) {
}
else if (encoding.equalsIgnoreCase("UTF-16")) {
// utf-16 isn't supported by some javac
encoding = "UTF-8";
_compiler.setEncoding(encoding);
} else {
_compiler.setEncoding(encoding);
}
int p = className.lastIndexOf('.');
if (p >= 0) {
_pkg = className.substring(0, p);
className = className.substring(p + 1);
}
else {
_pkg = "_xsl";
className = className;
}
_className = className;
init((_pkg + "." + className).replace('.', '/') + ".java");
String fileName = (_pkg + "." + className).replace('.', '/') + ".java";
_path = _workPath.lookup(fileName);
_path.getParent().mkdirs();
_s = _path.openWrite();
if (encoding != null)
_s.setEncoding(encoding);
if (_s.getEncoding() == null || _s.getEncoding().equals("ISO-8859-1"))
_s.setEncoding("JAVA");
_out = new JavaWriter(_s);
_out.setLineMap(_lineMap);
_matchPatterns = new ArrayList();
_selectPatterns = new ArrayList();
_modes = new ArrayList();
_modes.add("");
}
protected JavaWriter getOut()
{
return _out;
}
public int getSelectDepth()
{
return _selectDepth;
}
public void setSelectDepth(int depth)
{
_selectDepth = depth;
}
public int pushSelectDepth()
{
return ++_selectDepth;
}
public int popSelectDepth()
{
return _selectDepth--;
}
public int getSelectLoopDepth()
{
return _selectLoopDepth;
}
public int pushSelectLoopDepth()
{
return ++_selectLoopDepth;
}
public int popSelectLoopDepth()
{
return _selectLoopDepth--;
}
public void setSelectLoopDepth(int depth)
{
_selectLoopDepth = depth;
}
public int generateId()
{
return _unique++;
}
public void clearUnique()
{
_unique = 0;
}
/**
* Prints the generated header.
*/
protected void printHeader()
throws IOException
{
if (_hasHeader)
return;
_hasHeader = true;
println("/*");
println(" * Generated by " + VersionFactory.getFullVersion());
println(" */");
println();
println("package " + _pkg + ";");
println();
println("import java.io.*;");
println("import java.util.*;");
println("import org.w3c.dom.*;");
println("import org.xml.sax.*;");
println("import com.caucho.util.*;");
println("import com.caucho.xml.*;");
println("import com.caucho.xpath.*;");
println("import com.caucho.xpath.expr.*;");
println("import com.caucho.xpath.pattern.*;");
println("import com.caucho.xsl.*;");
try {
Class.forName("javax.servlet.Servlet");
println("import javax.servlet.*;");
println("import javax.servlet.jsp.*;");
println("import javax.servlet.http.*;");
} catch (Throwable e) {
}
for (int i = 0; i < _imports.size(); i++)
println("import " + _imports.get(i) + ";");
println();
println("public class " + _className + " extends JavaStylesheet {");
pushDepth();
println("private StylesheetEnv stylesheets[];");
}
protected void generateChild(Node child)
throws Exception
{
XslNode node = createChild(child);
if (node != null)
node.generate(_out);
}
protected XslNode createChild(XslNode parent, Node childNode)
throws Exception
{
XslNode xslNode = _xslNode;
_xslNode = parent;
XslNode child = createChild(childNode);
_xslNode = xslNode;
return child;
}
protected XslNode createChild(Node child)
throws Exception
{
XslNode xslNode = null;
if (child instanceof QElement) {
QElement elt = (QElement) child;
Class cl = _tagMap.get(elt.getQName());
if (cl != null) {
xslNode = (XslNode) cl.newInstance();
xslNode.setGenerator(this);
xslNode.setParent(_xslNode);
xslNode.setStartLocation(((QAbstractNode) child).getBaseURI(),
((QAbstractNode) child).getFilename(),
((QAbstractNode) child).getLine());
QAttr attr = (QAttr) elt.getFirstAttribute();
for (; attr != null; attr = (QAttr) attr.getNextSibling()) {
xslNode.addAttribute(attr.getQName(), attr.getNodeValue());
}
xslNode.endAttributes();
XslNode oldNode = _xslNode;
_xslNode = xslNode;
Node node = elt.getFirstChild();
for (; node != null; node = node.getNextSibling()) {
XslNode xslChild = createChild(node);
if (xslChild != null)
xslNode.addChild(xslChild);
}
xslNode.endElement();
_xslNode = oldNode;
}
/*
else if (elt.getNodeName().equals("jsp:decl") ||
elt.getNodeName().equals("jsp:declaration") ||
elt.getNodeName().startsWith("jsp:directive")) {
}
*/
else if (child.getNodeName().startsWith("xsl:") &&
! XSLNS.equals(child.getNamespaceURI())) {
throw error(child, L.l("<{0}> has an xsl: prefix, but is not in the {1} namespace. XSL requires an xmlns:xsl=\"{1}\" namespace attribute.",
child.getNodeName(),
XSLNS));
}
else if (! XSLNS.equals(child.getNamespaceURI()) &&
! XTPNS.equals(child.getNamespaceURI())) {
xslNode = new XslElementNode(elt.getQName());
xslNode.setGenerator(this);
xslNode.setParent(_xslNode);
xslNode.setStartLocation(((QAbstractNode) child).getBaseURI(),
((QAbstractNode) child).getFilename(),
((QAbstractNode) child).getLine());
QAttr attr = (QAttr) elt.getFirstAttribute();
for (; attr != null; attr = (QAttr) attr.getNextSibling())
xslNode.addAttribute(attr.getQName(), attr.getNodeValue());
xslNode.endAttributes();
XslNode oldNode = _xslNode;
_xslNode = xslNode;
Node node = elt.getFirstChild();
for (; node != null; node = node.getNextSibling()) {
XslNode xslChild = createChild(node);
xslNode.addChild(xslChild);
}
xslNode.endElement();
_xslNode = oldNode;
}
else {
throw error(child, L.l("<{0}> is an unknown XSL tag.",
child.getNodeName()));
/*
XslWrapperNode wrapNode = new XslWrapperNode();
wrapNode.setNode(child);
xslNode = wrapNode;
xslNode.setGenerator(this);
*/
}
}
else if (child instanceof Text) {
xslNode = new TextNode(((Text) child).getData());
xslNode.setGenerator(this);
xslNode.setParent(_xslNode);
}
else if (child instanceof Comment) {
}
else if (child instanceof ProcessingInstruction) {
}
else
throw new UnsupportedOperationException(String.valueOf(child));
if (xslNode != null) {
xslNode.setStartLocation(((QAbstractNode) child).getBaseURI(),
((QAbstractNode) child).getFilename(),
((QAbstractNode) child).getLine());
}
return xslNode;
}
/**
* Generates code for a template
*
* @param absNode the XSL node for the emplace
* @param name the template name
* @param pattern the pattern string
* @param mode the template's mode
* @param priority the template's priority
*/
protected void printTemplate(Element absNode, String name,
String pattern, String mode, double priority)
throws Exception
{
throw new RuntimeException();
/*
QElement node = (QElement) absNode;
if (name != null && ! name.equals(""))
addMacro(name, node);
if (! pattern.equals("")) {
String fun = createTemplatePattern(name, pattern,
mode, priority);
print("// '" + pattern.replace('\n', ' ') + "'");
if (mode != null && mode != "") {
if (! _modes.contains(mode))
_modes.add(mode);
println(" mode '" + mode + "'");
}
else
println();
printString("// " + node.getFilename() + ":" + node.getLine());
println();
println("private void " + fun +
"(XslWriter out, Node inputNode, Env env)");
println(" throws Exception");
println("{");
pushDepth();
println("Object _xsl_tmp;");
println("Node node = inputNode;");
println("int _xsl_top = env.getTop();");
if (_isRawText)
println("boolean oldEscaping = out.disableEscaping(true);");
else
println("boolean oldEscaping = out.disableEscaping(false);");
String filename = node.getBaseURI();
if (filename != null) {
int pos = _stylesheets.indexOf(filename);
if (pos < 0) {
pos = _stylesheets.size();
_stylesheets.add(filename);
}
println("env.setStylesheetEnv(stylesheets[" + pos + "]);");
}
_selectDepth = 0;
_unique = 0;
if (node.getLocalName().equals("template") ||
node.getLocalName().equals("xsl:template"))
generateChildren(node);
else
generateChild((QAbstractNode) node);
if (! _isCacheable)
println("out.setNotCacheable();");
println("out.disableEscaping(oldEscaping);");
println("env.popToTop(_xsl_top);");
popDepth();
println("}");
println();
}
*/
}
public void addMacro(String name, String functionName)
{
_macros.put(name, functionName);
}
/*
public void addMacro(String name)
{
addMacro(name, "_xsl_macro_" + toJavaIdentifier(name);
}
*/
public boolean hasMacro(String name)
{
return _macros.keySet().contains(name);
}
/**
* Generates the pattern for a matching pattern
*
* @param name the mangled name of the function
* @param match the XPath match pattern
* @param mode the template mode
* @param priority the template priority
* @param node the source XML node from the XSL file
*
* @return the name of the function
*/
public String createTemplatePattern(String name, AbstractPattern match,
String mode, double priority)
throws Exception
{
String tagName;
if (name != null)
tagName = getName(name);
else
tagName = getName(match.toString());
String function = "_xsl_template_" + tagName;
_functions.add(function);
if (match != null) {
Template template = addPattern(match,
mode, priority, function,
_functions.size());
_templateList.add(template);
}
else
_templateList.add(null);
return function;
}
protected void startDisableEscaping()
throws IOException
{
if (! _isRawText)
println("out.disableEscaping(true);");
}
protected void endDisableEscaping()
throws IOException
{
if (! _isRawText)
println("out.disableEscaping(false);");
}
/**
* Creates Java code to print plain text.
*/
protected void writeText(String text)
throws Exception
{
if (text == null || text.length() == 0)
return;
int index = _stringMap.get(text);
if (index < 0) {
index = _strings.size();
_stringMap.put(text, index);
_strings.add(text);
}
printLocation(_systemId, _filename, _line);
println("out.write(_xsl_string" + index + ", 0, " + text.length() + ");");
}
protected void printElement(Node node)
throws Exception
{
QElement elt = (QElement) node;
String name = node.getNodeName();
if (name.equals("jsp:decl") || name.equals("jsp:declaration")) {
println("if (out.isFlagFirst(" + _flagCount++ + ")) {");
pushDepth();
}
String prefix = elt.getPrefix();
String local = elt.getLocalName();
String namespace = elt.getNamespaceURI();
String []postPrefix = (String []) _namespaceAliases.get(namespace);
if (postPrefix != null) {
prefix = postPrefix[0];
namespace = postPrefix[1];
if (prefix == null || prefix.equals(""))
name = local;
else
name = prefix + ":" + local;
}
if (_excludedNamespaces.get(namespace) != null)
namespace = null;
printLocation(_systemId, _filename, _line);
if (namespace == null || namespace.equals("")) {
print("out.pushElement(");
print(name == null ? "null" : ("\"" + name + "\""));
println(");");
} else {
print("out.pushElement(");
print(namespace == null ? "null" : ("\"" + namespace + "\""));
print(prefix == null ? ", null" : (", \"" + prefix + "\""));
print(local == null ? ", null" : (", \"" + local + "\""));
print(name == null ? ", null" : (", \"" + name + "\""));
println(");");
}
printUseAttributeSet((QElement) node, false);
NamedNodeMap list = node.getAttributes();
for (int i = 0; i < list.getLength(); i++) {
QAbstractNode attr = (QAbstractNode) list.item(i);
printAttribute(attr, elt);
}
generateChildren(node);
println("out.popElement();");
if (node.getNodeName().equals("jsp:decl") ||
node.getNodeName().equals("jsp:declaration")) {
popDepth();
println("}");
}
}
/**
* Prints a command to set the current file and line into the
* generated document.
*
* @param filename the source filename
* @param line the source line number.
*/
public void printLocation(String systemId, String filename, int line)
throws Exception
{
if (_printLocation && filename != null && ! _isSpecial) {
print("out.setLocation(");
if (systemId != null) {
print("\"");
printString(systemId);
print("\"");
}
else
print("null");
print(", \"");
printString(filename);
println("\", " + line + ");");
_oldFilename = filename;
_oldLine = line;
}
}
/**
* Prints code for an element's attributes.
*/
private void printAttribute(QAbstractNode attr, QElement elt)
throws Exception
{
if (attr.getNodeName().equals("xsl:use-attribute-sets")) {
}
else if (XSLNS.equals(elt.getNamespace(attr.getPrefix()))) {
}
else if (XTPNS.equals(elt.getNamespace(attr.getPrefix()))) {
}
else {
QAbstractNode qnode = (QAbstractNode) attr;
String prefix = qnode.getPrefix();
String local = qnode.getLocalName();
String namespace = qnode.getNamespaceURI();
String value = attr.getNodeValue();
String []postSuffix = (String []) _namespaceAliases.get(namespace);
if (postSuffix != null) {
prefix = postSuffix[0];
namespace = postSuffix[1];
}
else if (value.equals(XSLNS) && prefix.equals("xmlns"))
return;
else if (value.equals(XTPNS) && prefix.equals("xmlns"))
return;
if (_excludedNamespaces.get(namespace) != null)
namespace = null;
if ("".equals(prefix) && ("".equals(namespace) || namespace == null)) {
String var = generateStringVar(value, elt);
println("out.setAttribute(\"" + local + "\", " + var + ");");
}
else {
print("out.pushAttribute(");
print(prefix == null ? "null" : ("\"" + prefix + "\""));
print(local == null ? ", null" : (", \"" + local + "\""));
print(namespace == null ? ", null" : (", \"" + namespace + "\""));
println(");");
generateString(value, ',', elt);
println("out.popAttribute();");
}
}
}
protected void pushCall()
throws IOException
{
println("{");
pushDepth();
_callDepth++;
println("Env _xsl_arg" + _callDepth + " = XPath.createCall(env);");
}
public int pushCallDepth()
{
return ++_callDepth;
}
public int popCallDepth()
{
return _callDepth--;
}
public int getCallDepth()
{
return _callDepth;
}
protected void popCall()
throws IOException
{
//println("_xsl_arg" + callDepth + ".free();");
_callDepth--;
popDepth();
println("}");
}
/**
* Prints code for xsl:apply-templates
*
* @param select the select pattern
* @param mode the template mode
* @param sort the sort expressions
*/
protected void printApplyTemplates(AbstractPattern select,
String mode,
Sort []sort)
throws Exception
{
int min = 0;
int max = Integer.MAX_VALUE;
String applyName = "applyNode" + getModeName(mode);
String env = "_xsl_arg" + _callDepth;
if (select == null && sort == null) {
println("for (Node _xsl_node = node.getFirstChild();");
println(" _xsl_node != null;");
println(" _xsl_node = _xsl_node.getNextSibling()) {");
println(" " + env + ".setSelect(node, null);");
println(" " + env + ".setCurrentNode(_xsl_node);");
println(" " + applyName + "(out, _xsl_node, " + env + ", " +
min + ", " + max + ");");
println("}");
}
else if (sort == null) {
int oldSelectDepth = _selectDepth;
println(env + ".setSelect(node, _select_patterns[" +
addSelect(select) + "]);");
String name = printSelectBegin(select, false, null);
println(env + ".setCurrentNode(" + name + ");");
println(applyName + "(out, " + name + ", " + env + ", " +
min + ", " + max + ");");
for (; _selectDepth > oldSelectDepth; _selectDepth--) {
popDepth();
println("}");
}
}
else {
println("{");
pushDepth();
println("ArrayList _xsl_list = xslSort(node, env" +
", _select_patterns[" + addSelect(select) + "]" +
", _xsl_sorts[" + _sorts.size() + "]);");
println(env + ".setContextSize(_xsl_list.size());");
println("for (int _xsl_i = 0; _xsl_i < _xsl_list.size(); _xsl_i++) {");
println(" " + env + ".setContextPosition(_xsl_i + 1);");
println(" " + applyName + "(out, (Node) _xsl_list.get(_xsl_i)" +
", " + env + ", " + min + ", " + max + ");");
println("}");
popDepth();
println("}");
_sorts.add(sort);
}
}
public int addSort(Sort []sort)
{
int index = _sorts.size();
_sorts.add(sort);
return index;
}
/**
* Prints code to implement xsl:apply-imports
*
* @param mode the mode of the imported files
* @param min the min importance
* @param max the max importance
*/
protected void printApplyImports(String mode, int min, int max)
throws Exception
{
}
protected void printCallTemplate(String name, String mode)
throws Exception
{
println(getMacroName(name) + "(out, node, _xsl_arg" +
_callDepth + ");");
}
public String getMacroName(String name)
{
return _macros.get(name);
//return "_xsl_macro_" + toJavaIdentifier(name);
}
/**
* Prints the value for a parameter.
*/
protected void printParam(String name, String value, Element elt)
throws Exception
{
print("_xsl_arg" + _callDepth + ".addVar(\"" + name + "\", ");
generateString(value, '+', elt);
println(");");
}
protected void printParam(String name, Object value)
throws Exception
{
if (value instanceof Expr) {
print("_exprs[" + addExpr((Expr) value) + "]");
println(".addVar(_xsl_arg" + _callDepth + ", \"" + name + "\", " +
"node, env);");
}
else {
print("_xsl_arg" + _callDepth + ".addVar(\"");
print(name);
print("\", ");
printVariableValue(value);
println(");");
}
}
/**
* Prints code to add the value of an expression as a parameter.
*/
protected void printParamVariable(String name, Expr value)
throws Exception
{
print("_exprs[" + addExpr(value) + "]");
println(".addParam(env, \"" + name + "\", " +
"node, env);");
}
protected void printParamVariable(String name, Element value)
throws Exception
{
if (value.getFirstChild() != null) {
println("_xsl_tmp = env.getVar(\"" + name + "\");");
println("if (_xsl_tmp == null)");
print(" _xsl_tmp = ");
printVariableValue(value);
println(";");
println("env.addVar(\"" + name + "\", _xsl_tmp);");
}
}
protected void printVariable(String name, Object value)
throws Exception
{
if (value instanceof Expr) {
print("_exprs[" + addExpr((Expr) value) + "]");
println(".addVar(env, \"" + name + "\", node, env);");
}
else {
print("env.addVar(\"");
print(name);
print("\", ");
printVariableValue(value);
println(");");
}
}
protected void printAssign(String name, Object value)
throws Exception
{
if (value instanceof Expr) {
print("_exprs[" + addExpr((Expr) value) + "]");
println(".setVar(\"" + name + "\", node, env, node);");
}
else {
print("env.setVar(\"");
print(name);
print("\", ");
printVariableValue(value);
println(");");
}
}
private void printVariableValue(Object value)
throws Exception
{
if (value instanceof Expr) {
print("_exprs[" + addExpr((Expr) value) + "].evalObject(node, env)");
}
else if (value instanceof Node) {
print("_xsl_fragment" + _fragments.size() + "(out, node, env)");
_fragments.add(value);
}
else
throw new RuntimeException();
}
protected void printPopScope(int count)
throws Exception
{
if (count > 0)
println("env.popVars(" + count + ");");
}
protected void printCopyOf(String select, Element elt)
throws Exception
{
println("out.copyOf(_exprs[ " + addExpr(select) +
"].evalObject(node, env));");
}
protected void printSelectValue(String select, Element elt)
throws Exception
{
printStringExpr(select, elt);
}
protected void printForEach(Element element, String select)
throws Exception
{
println("{");
pushDepth();
AbstractPattern selectPattern = null;
try {
selectPattern = parseSelect(select);
} catch (Exception e) {
}
boolean hasExprEnv = ! allowJavaSelect(selectPattern);
int id = _unique++;
String sel = "_xsl_sel" + id;
String oldCxt = "_xsl_cxt" + id;
String oldCur = "_xsl_cur" + id;
String oldSel = "_xsl_old_sel" + id;
String oldEnv = "_xsl_env" + id;
println("com.caucho.xpath.pattern.AbstractPattern " + sel + ";");
print(sel + " = _select_patterns[");
print(createNodeSet(select, element));
println("];");
println("Node " + oldCxt + " = env.getContextNode();");
println("Node " + oldCur + " = env.getCurrentNode();");
if (! hasExprEnv) {
println("AbstractPattern " + oldSel + " = env.setSelect(node, " + sel + ");");
}
// String pos = "_xsl_pos" + unique++;
String iter = "_xsl_iter" + _unique++;
int oldSelectDepth = _selectDepth;
// println("int " + pos + " = 0;");
boolean hasEnv = false;
if (allowJavaSelect(selectPattern)) {
println("ExprEnvironment " + oldEnv + " = env.setExprEnv(null);");
String ptr = printSelectBegin(selectPattern, true, null);
pushLoop();
println("Node " + getElement() + " = node;");
println("node = " + ptr + ";");
}
else {
print("NodeIterator " + iter + " = " + sel);
println(".select(node, " + getEnv() + ");");
println("ExprEnvironment " + oldEnv + " = env.setExprEnv(" + iter + ");");
println("while (" + iter + ".hasNext()) {");
pushDepth();
_selectDepth++;
pushLoop();
println("Node " + getElement() + " = node;");
println("node = " + iter + ".nextNode();");
}
println("env.setCurrentNode(node);");
// println(pos + "++;");
// String oldPos = currentPos;
// currentPos = pos;
AbstractPattern oldNodeListContext = _nodeListContext;
_nodeListContext = parseMatch(select);
generateChildren(element);
_nodeListContext = oldNodeListContext;
// currentPos = oldPos;
println("node = " + getElement() + ";");
println("env.setCurrentNode(" + oldCur + ");");
for (; _selectDepth > oldSelectDepth; _selectDepth--) {
popDepth();
println("}");
}
println("env.setExprEnv(" + oldEnv + ");");
if (! hasExprEnv) {
println("env.setSelect(" + oldCxt + ", " + oldSel + ");");
//println("env.setCurrentNode(node);");
}
popDepth();
println("}");
popLoop();
}
/**
* Prints code for xsl:for-each when the for-each has any xsl:sort.
*/
protected void printForEach(Element element, String select, Sort []sort)
throws Exception
{
println("{");
pushDepth();
println("env.setCurrentNode(node);");
String pos = "_xsl_pos" + _unique++;
String list = "_xsl_list" + _unique++;
println("ArrayList " + list +
" = xslSort(node, env" +
", _select_patterns[" + addSelect(select) + "]" +
", _xsl_sorts[" + _sorts.size() + "]);");
println("env.setContextSize(" + list + ".size());");
println("for (int " + pos + " = 1; " + pos +
" <= " + list + ".size(); " + pos + "++) {");
pushLoop();
pushDepth();
println("Node " + getElement() + " = node;");
println("node = (Node) " + list + ".get(" + pos + " - 1);");
String oldPos = _currentPos;
_currentPos = pos;
println("env.setPosition(" + _currentPos + ");");
_sorts.add(sort);
AbstractPattern oldNodeListContext = _nodeListContext;
_nodeListContext = parseMatch(select);
generateChildren(element);
_currentPos = oldPos;
_nodeListContext = oldNodeListContext;
println("node = " + getElement() + ";");
popDepth();
println("}");
popLoop();
popDepth();
println("}");
}
public String getCurrentPosition()
{
return _currentPos;
}
public void setCurrentPosition(String pos)
{
_currentPos = pos;
}
public AbstractPattern getNodeListContext()
{
return _nodeListContext;
}
public void setNodeListContext(AbstractPattern context)
{
_nodeListContext = context;
}
protected void printIf(Element element, Expr test)
throws Exception
{
print("if (");
printExprTest(test, "node");
println(") {");
pushDepth();
generateChildren(element);
popDepth();
println("}");
}
protected void printChoose(Element element, Expr expr, boolean first)
throws Exception
{
if (! first)
print("else if (");
else
print("if (");
printExprTest(expr, "node");
println(") {");
pushDepth();
generateChildren(element);
popDepth();
println("}");
}
protected void printOtherwise(Element element, boolean first)
throws Exception
{
if (! first)
print("else ");
println("{");
pushDepth();
generateChildren(element);
popDepth();
println("}");
}
void printNumber(Expr expr, XslNumberFormat format)
throws Exception
{
print("exprNumber(out, node, env, _exprs[" + addExpr(expr) + "]");
print(", _xsl_formats[" + _formats.size() + "]");
println(");");
_formats.add(format);
}
void printNumber(String level,
AbstractPattern countPattern,
AbstractPattern fromPattern,
XslNumberFormat format)
throws Exception
{
if (level.equals("single"))
print("singleNumber(out, ");
else if (level.equals("multiple"))
print("multiNumber(out, ");
else if (level.equals("any"))
print("anyNumber(out, ");
else
throw error("xsl:number cannot understand level=`" + level + "'");
print("node, env, ");
printPattern(countPattern);
print(", ");
printPattern(fromPattern);
print(", _xsl_formats[" + _formats.size() + "]");
println(");");
_formats.add(format);
}
public int addFormat(XslNumberFormat format)
{
int index = _formats.size();
_formats.add(format);
return index;
}
protected void printCopy(Element element)
throws Exception
{
println("out.pushCopy(node);");
printUseAttributeSet(element, true);
generateChildren(element);
println("out.popCopy(node);");
}
protected void printResultDocument(Element element, String href, String format)
throws Exception
{
println("XslWriter oldOut = out;");
println("OutputStream os = null;");
println("try {");
pushDepth();
print("os = out.openWrite(env, ");
generateString(href, '+', element);
println(");");
println("out = out.openResultDocument(os);");
generateChildren(element);
println("out.close();");
popDepth();
println("} finally {");
println(" if (os != null)");
println(" os.close();");
println(" out = oldOut;");
println("}");
}
protected void printElement(Element element, String name)
throws Exception
{
print("out.pushElement(");
generateString(name, '+', element);
if (_namespace != null) {
print(", ");
printNamespace(_namespace);
}
println(");");
printUseAttributeSet(element, true);
generateChildren(element);
println("out.popElement();");
}
protected void printElement(Element element, String name, String namespace)
throws Exception
{
print("out.pushElementNs(");
generateString(name, '+', element);
print(", ");
generateString(namespace, '+', element);
println(");");
printUseAttributeSet(element, true);
generateChildren(element);
print("out.popElement();");
}
/**
* Prints the attributes in a use-attribute-set.
*/
private void printUseAttributeSet(Element element, boolean isXSL)
throws Exception
{
Attr attr = (Attr) ((QElement) element).getFirstAttribute();
for (; attr != null; attr = (Attr) attr.getNextSibling()) {
if (isXSL && attr.getNodeName().equals("use-attribute-sets") ||
! isXSL && attr.getNodeName().equals("xsl:use-attribute-sets")) {
HashMap set = getAttributeSet(attr.getNodeValue());
if (set == null)
continue;
Iterator iter = set.keySet().iterator();
while (iter.hasNext()) {
String key = (String) iter.next();
String value = (String) set.get(key);
printAttributeValue(key, value, element);
}
}
}
}
/**
* Returns the named attribute set.
*/
public HashMap getAttributeSet(String name)
{
CharBuffer cb = CharBuffer.allocate();
int i = 0;
int len = name.length();
HashMap map = new HashMap();
while (i < len) {
for (; i < len && name.charAt(i) == ' '; i++) {
}
cb.clear();
for (; i < len && name.charAt(i) != ' '; i++)
cb.append(name.charAt(i));
if (cb.length() > 0) {
XslAttributeSet newSet = _attributeSets.get(cb.toString());
if (newSet != null) {
ArrayList attrList = newSet.getAttributes();
for (int j = 0; j < attrList.size(); j++) {
XslAttribute attr = attrList.get(j);
map.put(attr.getName(), attr.getValue());
}
}
}
}
return map;
}
/**
* Returns the named attribute set.
*/
public ArrayList getAttributeSetList(String name)
{
CharBuffer cb = CharBuffer.allocate();
int i = 0;
int len = name.length();
ArrayList set = new ArrayList();
while (i < len) {
for (; i < len && name.charAt(i) == ' '; i++) {
}
cb.clear();
for (; i < len && name.charAt(i) != ' '; i++)
cb.append(name.charAt(i));
if (cb.length() > 0) {
XslAttributeSet newSet = _attributeSets.get(cb.toString());
if (newSet != null) {
set.addAll(newSet.getAttributes());
}
}
}
return set;
}
/**
* Prints an xsl:attribute
*/
protected void printAttribute(Element element, String name)
throws Exception
{
print("out.pushAttribute(");
generateString(name, '+', element);
if (_namespace != null) {
print(", ");
printNamespace(_namespace);
}
println(");");
generateChildren(element);
println("out.popAttribute();");
}
/**
* Prints a single attribute value.
*/
private void printAttributeValue(String key, String value, Element elt)
throws Exception
{
if (_namespace == null && ! attributeHasSpecial(key) &&
! attributeHasSpecial(value)) {
print("out.setAttribute(");
generateString(key, '+', elt);
print(", ");
generateString(value, '+', elt);
println(");");
}
else {
print("out.pushAttribute(");
generateString(key, '+', elt);
if (_namespace != null) {
print(", ");
printNamespace(_namespace);
}
println(");");
generateString(value, ',', elt);
println("out.popAttribute();");
}
}
public void printNamespace(NamespaceContext namespace)
throws Exception
{
for (int i = 0; i < _namespaces.size(); i++) {
if (_namespaces.get(i).equals(namespace)) {
print("_namespaces[" + i + "]");
return;
}
}
print("_namespaces[" + _namespaces.size() + "]");
_namespaces.add(namespace);
}
public int addNamespace(NamespaceContext namespace)
throws Exception
{
for (int i = 0; i < _namespaces.size(); i++) {
if (_namespaces.get(i).equals(namespace)) {
return i;
}
}
_namespaces.add(namespace);
return _namespaces.size() - 1;
}
protected void printAttribute(Element element, String name, String namespace)
throws Exception
{
print("out.pushAttributeNs(");
generateString(name, '+', element);
print(", ");
generateString(namespace, '+', element);
println(");");
generateChildren(element);
println("out.popAttribute();");
}
protected void printPi(Element element)
throws Exception
{
String name = element.getAttribute("name");
if (name.equals(""))
throw error("xsl:pi expected `name' attribute.");
print("out.pushPi();");
generateChildren(element);
println("out.popPi(");
generateString(name, '+', element);
println(");");
}
protected void printComment(Element element)
throws Exception
{
println("out.pushComment();");
generateChildren(element);
println("out.popComment();");
}
protected void printError(String msg)
throws Exception
{
println("if (true) throw new javax.xml.transform.TransformerException(\"" + msg + "\");");
}
protected void printMessage(Element msg)
throws Exception
{
int unique = _unique++;
println("XMLWriter frag" + unique + " = out.pushFragment();");
generateChildren(msg);
String terminate = msg.getAttribute("terminate");
if (terminate.equals("yes"))
println("if (true) throw new javax.xml.transform.TransformerException(((QAbstractNode) out.popFragment(frag" + unique + ")).getTextValue());");
else
println("System.err.println(((QAbstractNode) out.popFragment(frag" + unique + ")).getTextValue());");
}
/**
* Prints code to implement the xtp:expression tag, i.e. print
* the value of the Java expression.
*/
protected void printExpression(Element element)
throws Exception
{
String expr = element.getAttribute("expr");
if (! expr.equals("")) {
print("out.print(");
print(expr);
println(");");
}
else {
print("out.print(");
print(((QAbstractNode) element).getTextValue());
println(");");
}
}
protected void printScriptlet(Element element)
throws Exception
{
println(((QAbstractNode) element).getTextValue());
}
protected void printWhile(Element element, Expr test)
throws Exception
{
print("while (");
printExprTest(test, "node");
println(") {");
pushDepth();
generateChildren(element);
popDepth();
println("}");
}
protected void printDeclaration(Element element)
throws Exception
{
println(((QAbstractNode) element).getTextValue());
}
protected void printCacheDepends(String name)
throws Exception
{
print("out.addCacheDepend(((com.caucho.vfs.Path) out.getProperty(\"caucho.pwd\")).lookup(\"");
printString(name);
println("\"));");
}
public String getElement()
{
return "node" + _loopDepth;
}
public void pushLoop()
{
_loopDepth++;
}
public void popLoop()
{
_loopDepth--;
}
public String getEnv()
{
return "env";
}
void pushEnv()
{
_envDepth.add(0);
}
void popEnv()
{
_envDepth.pop();
}
void printPattern(AbstractPattern pattern)
throws Exception
{
if (pattern == null)
print("null");
else {
print("_match_patterns[" + _matchPatterns.size() + "]");
_matchPatterns.add(pattern);
}
}
private int createNodeSet(String select, Element element)
throws Exception
{
return addSelect(select);
}
int createSelectPattern(AbstractPattern pattern)
throws Exception
{
return addSelect(pattern);
}
int createMatchPattern(String select, Element element)
throws Exception
{
AbstractPattern pattern = parseMatch(select);
_matchPatterns.add(pattern);
return _matchPatterns.size() - 1;
}
String getName(String tag)
{
CharBuffer newTag = new CharBuffer();
for (int i = 0; i < tag.length(); i++) {
int ch = tag.charAt(i);
switch (ch) {
case ' ':
case '\t':
case '\r':
case '\n':
case '(':
case ')':
break;
case ':':
case '.':
case '|':
newTag.append('_');
break;
default:
if (ch >= 'a' && ch <= 'z' ||
ch >= 'A' && ch <= 'Z' ||
ch >= '0' && ch <= '9')
newTag.append((char) ch);
}
}
tag = newTag.toString();
if (_names.get(tag) == null) {
_names.put(tag, tag);
return tag;
}
int i = 0;
while (true) {
String subname = tag + i;
if (_names.get(subname) == null) {
_names.put(subname, subname);
return subname;
}
i++;
}
}
void printExprTest(Expr expr, String element)
throws Exception
{
print("_exprs[" + addExpr(expr) + "].evalBoolean(" + element +
", " + getEnv() + ")");
}
public void printExprTest(int exprId, String element)
throws Exception
{
print("_exprs[" + exprId + "].evalBoolean(" + element +
", " + getEnv() + ")");
}
private boolean attributeHasSpecial(String string)
{
int length = string.length();
for (int i = 0; i < length; i++) {
char ch = string.charAt(i);
if (ch == '{' && i + 1 < length) {
// {{ is treated as a single {
if (string.charAt(i + 1) == '{') {
i++;
continue;
}
return true;
}
// <#= interpolates
else if (i + 2 < length && ch == '<' &&
string.charAt(i + 1) == '#' &&
string.charAt(i + 2) == '=')
return true;
}
return false;
}
/**
* Produces code to generate an attribute value template. The same
* code is used to produce a string ('a{b}c' -> "a" + b + "c") or a series of
* print statements (',').
*
* @param string the source template
* @param mode separator: either '+' or ','
* @param elt the containing element. Needed for namespaces.
*/
void generateString(String string, int mode, Element elt)
throws Exception
{
CharBuffer cb = new CharBuffer();
int i = 0;
boolean first = true;
int length = string.length();
for (; i < length; i++) {
char ch = string.charAt(i);
if (ch == '\n') {
cb.append("\\n");
}
else if (ch == '"') {
cb.append("\\\"");
}
else if (ch == '{' && i + 1 < length) {
// {{ is treated as a single {
if (string.charAt(i + 1) == '{') {
cb.append('{');
i++;
}
// the value is computed from an XPath expr
else {
// print the gathered text if any
if (mode == ',') {
if (cb.length() > 0)
println("out.print(\"" + cb.toString() + "\");");
}
else {
if (! first)
print((char) mode);
if (cb.length() > 0) {
print("\"");
print(cb.toString());
print("\"");
print((char) mode);
}
}
// scan the contents of '{' ... '}'
cb.clear();
for (i++; i < length && string.charAt(i) != '}'; i++)
cb.append(string.charAt(i));
// and add the results
if (mode == ',')
printStringExpr(cb.toString(), elt);
else
stringExpr(cb.toString(), elt);
cb.clear();
first = false;
}
}
// }} is treated as a single }
else if (ch == '}' && i + 1 < length) {
if (string.charAt(i + 1) == '}') {
cb.append('}');
i++;
}
else
cb.append('}');
}
// <#= interpolates
else if (i + 2 < length && ch == '<' &&
string.charAt(i + 1) == '#' &&
string.charAt(i + 2) == '=') {
// print the gathered text if any
if (mode == ',') {
if (cb.length() > 0)
println("out.print(\"" + cb.toString() + "\");");
}
else {
if (! first)
print((char) mode);
if (cb.length() > 0) {
print("\"");
print(cb.toString());
print("\"");
print((char) mode);
}
}
// scan the contents of '{' ... '}'
cb.clear();
for (i += 3;
i + 1 < length && string.charAt(i) != '#' &&
string.charAt(i + 1) != '>';
i++)
cb.append(string.charAt(i));
i++;
// and add the results
if (mode == ',')
println("out.print(" + cb + ");");
else {
print("(" + cb + ")");
}
cb.clear();
first = false;
}
else
cb.append((char) ch);
}
// add any trailing text
if (cb.length() > 0) {
if (mode == ',')
println("out.print(\"" + cb + "\");");
else {
if (! first)
print((char) mode);
print("\"" + cb + "\"");
}
} else if (first && mode == '+')
print("\"\"");
}
/**
* Produces code to generate an attribute value template. The same
* code is used to produce a string ('a{b}c' -> "a" + b + "c") or a series of
* print statements (',').
*
* @param string the source template
* @param elt the containing element. Needed for namespaces.
*
* @return the variable storing the generated string.
*/
String generateStringVar(String string, Element elt)
throws Exception
{
CharBuffer cb = new CharBuffer();
int i = 0;
boolean first = true;
int length = string.length();
String strVar = "_xsl_str" + _unique++;
if (string.indexOf('{') < 0 &&
string.indexOf('}') < 0) {
print("String " + strVar + " = \"");
printString(string);
println("\";");
return strVar;
}
else if (string.lastIndexOf('{') == 0 &&
string.indexOf('}') == string.length() - 1) {
println("String " + strVar + " = \"\";");
string = string.substring(1, string.length() - 1);
addStringExpr(strVar, string, elt, true);
return strVar;
}
String cbVar = "_xsl_cb" + _unique++;
println("com.caucho.util.CharBuffer " + cbVar +
" = com.caucho.util.CharBuffer.allocate();");
for (; i < length; i++) {
char ch = string.charAt(i);
if (ch == '\n') {
cb.append("\\n");
}
else if (ch == '"') {
cb.append("\\\"");
}
else if (ch == '{' && i + 1 < length) {
// {{ is treated as a single {
if (string.charAt(i + 1) == '{') {
cb.append('{');
i++;
}
// the value is computed from an XPath expr
else {
// print the gathered text if any
if (cb.length() > 0)
println(cbVar + ".append(\"" + cb.toString() + "\");");
// scan the contents of '{' ... '}'
cb.clear();
for (i++; i < length && string.charAt(i) != '}'; i++)
cb.append(string.charAt(i));
// and add the results
addStringExpr(cbVar, cb.toString(), elt, false);
cb.clear();
first = false;
}
}
// }} is treated as a single }
else if (ch == '}' && i + 1 < length) {
if (string.charAt(i + 1) == '}') {
cb.append('}');
i++;
}
else
cb.append('}');
}
// <#= interpolates
else if (i + 2 < length && ch == '<' &&
string.charAt(i + 1) == '#' &&
string.charAt(i + 2) == '=') {
// print the gathered text if any
if (cb.length() > 0)
println(cbVar + ".append(\"" + cb.toString() + "\");");
// scan the contents of '<#=' ... '#>'
cb.clear();
for (i += 3;
i + 1 < length && string.charAt(i) != '#' &&
string.charAt(i + 1) != '>';
i++)
cb.append(string.charAt(i));
i++;
// and add the results
println(cbVar + ".append(" + cb + ");");
cb.clear();
first = false;
}
else
cb.append((char) ch);
}
// add any trailing text
if (cb.length() > 0)
println(cbVar + ".append(\"" + cb + "\");");
println("String " + strVar + " = " + cbVar + ".close();");
return strVar;
}
/**
* Prints a value-of expression
*/
private void printStringExpr(String exprString, Element elt)
throws Exception
{
int length = exprString.length();
if (length == 0)
return;
AbstractPattern select = null;
try {
select = parseSelect(exprString);
} catch (Exception e) {
}
if (exprString.equals(".")) {
println("out.valueOf(node);");
return;
}
else if (exprString.charAt(0) == '@') {
boolean isSimple = true;
for (int i = 1; i < length; i++) {
char ch = exprString.charAt(i);
if (! XmlChar.isNameChar(ch) || ch == ':')
isSimple = false;
}
if (isSimple) {
println("if (node instanceof Element)");
print(" out.print(((Element) node).getAttribute(\"");
print(exprString.substring(1));
println("\"));");
return;
}
}
else if (allowJavaSelect(select)) {
int oldSelectDepth = _selectDepth;
String loop = "_xsl_loop" + _unique++;
_selectLoopDepth = 0;
String ptr = printSelectBegin(select, true, loop);
println("out.valueOf(" + ptr + ");");
println("break " + loop + ";");
for (; _selectDepth > oldSelectDepth; _selectDepth--) {
popDepth();
println("}");
}
return;
}
println("out.valueOf(_exprs[" + addExpr(exprString) +
"].evalObject(node, " + getEnv() + "));");
}
/**
* Prints a value-of expression
*/
private void addStringExpr(String var, String exprString,
Element elt, boolean isSingleString)
throws Exception
{
int length = exprString.length();
if (length == 0)
return;
AbstractPattern select = null;
try {
select = parseSelect(exprString);
} catch (Exception e) {
}
if (exprString.equals(".")) {
if (isSingleString)
println(var + " = XmlUtil.textValue(node);");
else
println("XmlUtil.textValue(" + var + ", node);");
return;
}
else if (exprString.charAt(0) == '@') {
boolean isSimple = true;
for (int i = 1; i < length; i++) {
char ch = exprString.charAt(i);
if (! XmlChar.isNameChar(ch) || ch == ':')
isSimple = false;
}
if (isSimple) {
println("if (node instanceof Element)");
if (isSingleString) {
print(" " + var + " = ((Element) node).getAttribute(\"");
print(exprString.substring(1));
println("\");");
}
else {
print(" " + var + ".append(((Element) node).getAttribute(\"");
print(exprString.substring(1));
println("\"));");
}
return;
}
}
else if (allowJavaSelect(select)) {
int oldSelectDepth = _selectDepth;
String loopVar = "_xsl_loop" + _unique++;
_selectLoopDepth = 0;
String ptr = printSelectBegin(select, true, loopVar);
if (isSingleString)
println(var + " = XmlUtil.textValue(" + ptr + ");");
else
println("XmlUtil.textValue(" + var + ", " + ptr + ");");
println("break " + loopVar + ";");
for (; _selectDepth > oldSelectDepth; _selectDepth--) {
popDepth();
println("}");
}
return;
}
if (isSingleString) {
println(var + " = _exprs[" + addExpr(exprString) +
"].evalString(node, " + getEnv() + ");");
}
else {
println("_exprs[" + addExpr(exprString) + "].evalString(" +
var + ", node, " + getEnv() + ");");
}
}
/**
* Prints iterator code to start a select.
*/
private String printSelectBegin(AbstractPattern select,
boolean isForEach, String loopVar)
throws IOException, XslParseException
{
if (select == null)
throw new NullPointerException();
if (select instanceof FromContext &&
((FromContext) select).getCount() == 0)
return "node";
else if (select instanceof FromRoot)
return "ownerDocument(node)";
boolean useXPath = allowJavaSelect(select);
String name = "node";
if (! useXPath) {
// punt and let XPath handle it.
String iterName = "_xsl_iter" + _unique++;
String ptrName = "_xsl_ptr" + _unique++;
if (isForEach)
println("env.setCurrentNode(node);");
println("Iterator " + iterName + " = _select_patterns[" +
addSelect(select) + "].select(" + name + ", env);");
if (loopVar != null && _selectLoopDepth == 0)
println(loopVar + ":");
println("while (" + iterName + ".hasNext()) {");
pushDepth();
_selectDepth++;
_selectLoopDepth++;
println("Node " + ptrName + " = (Node) " + iterName + ".next();");
return ptrName;
}
if (select instanceof FromChildren) {
name = printSelectBegin(select.getParent(), isForEach, loopVar);
String ptrName = "_xsl_ptr" + _unique++;
if (loopVar != null && _selectLoopDepth == 0)
println(loopVar + ":");
println("for (Node " + ptrName + " = " + name + ".getFirstChild();");
println(" " + ptrName + " != null;");
println(" " + ptrName + " = " + ptrName + ".getNextSibling()) {");
pushDepth();
_selectDepth++;
_selectLoopDepth++;
return ptrName;
}
else if (select instanceof FromNextSibling) {
name = printSelectBegin(select.getParent(), isForEach, loopVar);
String ptrName = "_xsl_ptr" + _unique++;
if (loopVar != null && _selectLoopDepth == 0)
println(loopVar + ":");
println("for (Node " + ptrName + " = " + name + ".getNextSibling();");
println(" " + ptrName + " != null;");
println(" " + ptrName + " = " + ptrName + ".getNextSibling()) {");
pushDepth();
_selectDepth++;
_selectLoopDepth++;
return ptrName;
}
else if (select instanceof NodePattern) {
name = printSelectBegin(select.getParent(), isForEach, loopVar);
NodePattern pat = (NodePattern) select;
println("if (" + name + ".getNodeName() == \"" + pat.getNodeName() + "\" &&");
println(" " + name + " instanceof Element) {");
pushDepth();
_selectDepth++;
return name;
}
else if (select instanceof NodeTypePattern) {
name = printSelectBegin(select.getParent(), isForEach, loopVar);
NodeTypePattern pat = (NodeTypePattern) select;
if (pat.getNodeType() >= 0) {
println("if (" + name + ".getNodeType() == " + pat.getNodeType() + ") {");
pushDepth();
_selectDepth++;
}
return name;
}
else if (select instanceof FilterPattern) {
String posId = "_xsl_pos" + _unique++;
println("int " + posId + " = 0;");
name = printSelectBegin(select.getParent(), isForEach, loopVar);
println(posId + "++;");
FilterPattern pat = (FilterPattern) select;
Expr expr = pat.getExpr();
if (expr instanceof NumericExpr) {
NumericExpr num = (NumericExpr) expr;
if (num.isConstant()) {
println("if (" + posId + " > " + (int) num.getValue() + ")");
println(" break;");
println("else if (" + posId + " == " + (int) num.getValue() + ") {");
pushDepth();
_selectDepth++;
return name;
}
}
throw new RuntimeException();
}
throw new RuntimeException(String.valueOf(select));
}
/**
* Returns true if we can compile in the java select.
*/
private boolean allowJavaSelect(AbstractPattern select)
{
if (select == null)
return false;
else if (! select.isStrictlyAscending())
return false;
else if (select instanceof FromContext)
return ((FromContext) select).getCount() == 0;
else if (select instanceof FromRoot)
return true;
else if (select instanceof NodePattern)
return allowJavaSelect(select.getParent());
else if (select instanceof NodeTypePattern)
return allowJavaSelect(select.getParent());
else if (select instanceof FromChildren)
return allowJavaSelect(select.getParent());
else if (select instanceof FromNextSibling)
return allowJavaSelect(select.getParent());
else if (select instanceof FilterPattern) {
if (! allowJavaSelect(select.getParent()))
return false;
Expr expr = ((FilterPattern) select).getExpr();
return ((expr instanceof NumericExpr) &&
((NumericExpr) expr).isConstant());
}
else
return false;
}
private void stringExpr(String exprString, Element element)
throws Exception, XslParseException
{
print("_exprs[" + addExpr(exprString) +
"].evalString(node, " + getEnv() + ")");
}
/**
* Adds an expression constant returning its index.
*
* @param expr the expression to add.
*
* @return the index into the runtime expression array
*/
public int addExpr(Expr expr)
throws XslParseException
{
String exprStr = expr.toString();
int i = _exprMap.get(exprStr);
if (i >= 0)
return i;
i = _exprs.size();
_exprMap.put(exprStr, i);
_exprs.add(expr);
return i;
}
/**
* Adds an expression constant returning its index.
*
* @param exprString the expression to add.
*
* @return the index into the runtime expression array
*/
public int addExpr(String exprString)
throws XslParseException
{
int i = _exprMap.get(exprString);
if (i >= 0)
return i;
Expr expr = parseExpr(exprString);
i = _exprs.size();
_exprs.add(expr);
_exprMap.put(exprString, i);
return i;
}
/**
* Adds a select pattern returning its index.
*
* @param select the select pattern to add.
*
* @return the index into the runtime expression array
*/
public int addSelect(AbstractPattern select)
throws IOException, XslParseException
{
String selectStr = select.toString();
int i = _selectMap.get(selectStr);
if (i >= 0)
return i;
i = _selectPatterns.size();
_selectMap.put(selectStr, i);
_selectPatterns.add(select);
return i;
}
/**
* Adds a select pattern, returning its index.
*
* @param selectString the expression to add.
*
* @return the index into the runtime select pattern array
*/
public int addSelect(String selectString)
throws IOException, XslParseException
{
int i = _selectMap.get(selectString);
if (i >= 0)
return i;
AbstractPattern select = parseSelect(selectString);
i = _selectPatterns.size();
_selectPatterns.add(select);
_selectMap.put(selectString, i);
return i;
}
/**
* Adds a match pattern, returning its index.
*
* @param pattern the expression to add.
*
* @return the index into the runtime expression array
*/
public int addMatch(AbstractPattern pattern)
throws XslParseException
{
int index = _matchPatterns.size();
_matchPatterns.add(pattern);
return index;
}
protected StylesheetImpl completeGenerate(ArrayList inits,
ArrayList globals)
throws Exception
{
printTemplates();
printMacros();
printInitVars(inits);
printFragments();
printInit();
printStrings();
printExpressions();
printPatterns();
popDepth();
println("}");
_s.close();
_s = null;
/*
if (dbg.canWrite()) {
ReadStream is = path.openRead();
dbg.writeStream(is);
is.close();
}
*/
if (_parentLoader instanceof DynamicClassLoader)
((DynamicClassLoader) _parentLoader).make();
_compiler.compile(_path.getPath(), _lineMap);
StylesheetImpl stylesheet;
stylesheet = (StylesheetImpl) _xslGenerator.loadStylesheet(_path.getFullPath(),
_pkg + "." + _className);
//if (stylesheet != null)
// stylesheet.init(context);
return stylesheet;
}
private long getLastModified()
{
long lastModified = 0;
for (int i = 0; i < _depends.size(); i++) {
Path path = _depends.get(i);
if (path.getLastModified() > lastModified)
lastModified = path.getLastModified();
}
return lastModified;
}
/**
* Generate code executed for all transformations.
*
* Add the stylesheet namespaces to the generated document.
* Assign the global variables.
* Initialize the cache dependencies.
*/
protected void printInitVars(ArrayList inits)
throws Exception
{
println("private void _xsl_init_vars(XslWriter out, Node node, Env env)");
println(" throws Exception");
println("{");
pushDepth();
// Add the stylesheet namespaces to the generated document.
HashMap namespaces = _qDoc.getNamespaces();
if (namespaces != null) {
Iterator prefixes = namespaces.keySet().iterator();
while (prefixes.hasNext()) {
String prefix = (String) prefixes.next();
String url = (String) namespaces.get(prefix);
if (url.startsWith("http://www.w3.org/XSL/Transform/") ||
url.startsWith("http://www.w3.org/1999/XSL/Transform") ||
url.startsWith("http://www.w3.org/XML/2000/xmlns") ||
url.startsWith("http://www.w3.org/2000/xmlns") ||
url.equals(XTPNS))
continue;
else if (_excludedNamespaces.get(url) != null)
continue;
else if (_namespaceAliases.get(url) != null)
continue;
if (prefix == null)
println("out.addNamespace(\"\", \"" + url + "\");");
else
println("out.addNamespace(\"" + prefix + "\", \"" + url + "\");");
}
}
// Initialize the global stylesheet variables
println("Object _xsl_tmp;");
for (int i = 0; i < inits.size(); i++) {
XslNode node = inits.get(i);
// NamespaceContext oldNamespace = addNamespace(elt);
node.generate(getOut());
/*
if ("variable".equals(getXslLocal(elt)) ||
"assign".equals(getXslLocal(elt))) {
String name = elt.getAttribute("name");
String expr = elt.getAttribute("select");
print("env.setGlobal(\"" + name + "\", ");
if (! expr.equals(""))
printVariableValue(parseExpr(expr));
else
printVariableValue(elt);
println(");");
}
else if ("param".equals(getXslLocal(elt))) {
String name = elt.getAttribute("name");
String expr = elt.getAttribute("select");
print("env.setGlobal(\"" + name + "\", ");
if (! expr.equals(""))
printVariableValue(parseExpr(expr));
else
printVariableValue(elt);
println(");");
println("_xsl_tmp = out.getParameter(\"" + name + "\");");
println("if (_xsl_tmp != null)");
println(" env.setGlobal(\"" + name + "\", _xsl_tmp);");
}
*/
// oldNamespace = _namespace;
}
// Initialize the cache dependencies.
println("com.caucho.vfs.Path pwd;");
println("pwd = (com.caucho.vfs.Path) out.getProperty(\"caucho.pwd\");");
for (int i = 0; i < _cacheDepends.size(); i++) {
String depend = (String) _cacheDepends.get(i);
print("out.addCacheDepend(pwd.lookup(\"");
printString(depend);
println("\"));");
}
popDepth();
println("}");
}
protected void printInit()
throws Exception
{
println("protected void _xsl_init(XslWriter out, Node node, Env env)");
println(" throws Exception");
println("{");
pushDepth();
println("Object _xsl_tmp;");
println("_xsl_init_vars(out, node, env);");
// Generic init vars
// println("templates = _staticTemplates;");
for (int i = 0; _globalActions != null && i < _globalActions.size(); i++) {
QAbstractNode node = (QAbstractNode) _globalActions.get(i);
generateChild(node);
}
popDepth();
println("}");
// depends
println("public boolean isModified()");
println("{");
pushDepth();
println("return com.caucho.server.util.CauchoSystem.getVersionId() != " +
CauchoSystem.getVersionId() + "L ||");
println(" super.isModified();");
popDepth();
println("}");
println("public void init(com.caucho.vfs.Path path)");
println(" throws Exception");
println("{");
pushDepth();
println("super.init(path);");
println("com.caucho.vfs.Path pwd = path.getParent();");
for (int i = 0; i < _depends.size(); i++) {
Path path = _depends.get(i);
if (path.canRead() && ! path.isDirectory()) {
Depend depend = new Depend(path);
print("addDepend(new com.caucho.vfs.Depend(pwd.lookup(\"");
printString(path.getRelativePath());
println("\"), " + depend.getDigest() + "L));");
}
}
println("stylesheets = new StylesheetEnv[" + _stylesheets.size() + "];");
println("StylesheetEnv env;");
for (int i = 0; i < _stylesheets.size(); i++) {
String ss = _stylesheets.get(i);
println("env = new StylesheetEnv();");
println("stylesheets[" + i + "] = env;");
print("env.setPath(pwd.lookup(\"");
printString(ss);
println("\"));");
}
if (! _strip.isEmpty()) {
println("HashMap preserve = new HashMap();");
println("HashMap preservePrefix = new HashMap();");
Iterator iter = _preserve.keySet().iterator();
while (iter.hasNext()) {
String key = (String) iter.next();
if (key.endsWith(":*")) {
String prefix = key.substring(0, key.length() - 2);
println("preservePrefix.put(\"" + prefix + "\", \"true\");");
}
else
println("preserve.put(\"" + key + "\", \"true\");");
}
println("HashMap strip = new HashMap();");
println("HashMap stripPrefix = new HashMap();");
iter = _strip.keySet().iterator();
while (iter.hasNext()) {
String key = (String) iter.next();
if (key.endsWith(":*")) {
String prefix = key.substring(0, key.length() - 2);
println("stripPrefix.put(\"" + prefix + "\", \"true\");");
}
else
println("strip.put(\"" + key + "\", \"true\");");
}
println("setSpaces(preserve, preservePrefix, strip, stripPrefix);");
}
printOutput();
if (_errorPage != null) {
print("setProperty(\"caucho.error.page\", \"");
printString(_errorPage);
println("\");");
}
if (_globalParameters != null && _globalParameters.size() > 0) {
println("ArrayList params = new ArrayList();");
for (int i = 0; i < _globalParameters.size(); i++) {
String param = _globalParameters.get(i);
println("params.add(\"" + param + "\");");
}
print("setProperty(\"caucho.global.param\", params);");
}
String disable = null;
/*
if (_outputAttributes != null)
disable = (String) _outputAttributes.get("disable-output-escaping");
if (disable != null && ! disable.equals("no") && ! disable.equals("false"))
println("defaultDisableEscaping = true;");
*/
if (_isRawText)
println("_defaultDisableEscaping = true;");
printNamespaces();
printFunctions();
printSorts();
printFormats();
popDepth();
println("}");
}
/**
* Sets the property for the xsl:output keys.
*/
private void printOutput() throws Exception
{
Iterator iter = _outputAttributes.keySet().iterator();
if (_outputAttributes.get("encoding") == null)
println("_output.put(\"encoding\", \"utf-8\");");
while (iter.hasNext()) {
String key = (String) iter.next();
String value = (String) _outputAttributes.get(key);
println("_output.put(\"" + key + "\", \"" + value + "\");");
}
}
private void printSorts() throws Exception
{
if (_sorts.size() == 0)
return;
println();
println("_xsl_sorts = new com.caucho.xsl.Sort[][] { ");
pushDepth();
for (int i = 0; i < _sorts.size(); i++) {
Sort []sorts = _sorts.get(i);
print("new com.caucho.xsl.Sort[] {");
for (int j = 0; j < sorts.length; j++) {
Sort sort = sorts[j];
Expr lang = sort.getLang();
Expr caseOrder = sort.getCaseOrder();
if (lang != null || caseOrder != null) {
print("new com.caucho.xsl.Sort(\"" + sort.getExpr() + "\", " +
"\"" + sort.getAscending() + "\", " +
(lang == null ? "null, " : "\"" + lang + "\", ") +
(caseOrder == null ? "null), " : "\"" + caseOrder + "\"), "));
}
else
print("new com.caucho.xsl.Sort(\"" + sort.getExpr() + "\", " +
"\"" + sort.getAscending() + "\", " +
sort.isText() + "), ");
}
println("},");
}
popDepth();
println("};");
}
private void printLocale(Locale locale) throws Exception
{
String language = locale.getLanguage();
String country = locale.getCountry();
String variant = locale.getVariant();
if (variant != null && country != null) {
print("new java.util.Locale(\"" + language + "\", " +
"\"" + country + "\", \"" + variant + "\")");
}
else if (country != null) {
print("new java.util.Locale(\"" + language + "\", " +
"\"" + country + "\")");
}
else {
print("new java.util.Locale(\"" + language + "\")");
}
}
private void printFormats() throws Exception
{
if (_formats.size() == 0)
return;
println();
println("_xsl_formats = new XslNumberFormat[] { ");
pushDepth();
for (int i = 0; i < _formats.size(); i++) {
XslNumberFormat format = (XslNumberFormat) _formats.get(i);
println("new XslNumberFormat(\"" + format.getFormat() + "\", \"" +
format.getLang() + "\", " + format.isAlphabetic() + ", \"" +
format.getGroupSeparator() + "\", " +
format.getGroupSize() + "),");
}
popDepth();
println("};");
}
private void printNamespaces() throws Exception
{
if (_namespaces.size() == 0)
return;
println();
println("_namespaces = new NamespaceContext[] { ");
pushDepth();
for (int i = 0; i < _namespaces.size(); i++) {
NamespaceContext ns = _namespaces.get(i);
printNamespaceDef(ns);
println(",");
}
popDepth();
println("};");
}
private void printNamespaceDef(NamespaceContext ns) throws Exception
{
if (ns == null) {
print("null");
return;
}
print("new NamespaceContext(");
printNamespaceDef(ns.getPrev());
print(", \"" + ns.getPrefix() + "\", \"" + ns.getUrl() + "\")");
}
private void printFunctions() throws Exception
{
println();
println("com.caucho.xsl.fun.KeyFun keyFun = new com.caucho.xsl.fun.KeyFun();");
HashMap keys = _keyFun.getKeys();
Iterator iter = keys.keySet().iterator();
while (iter.hasNext()) {
String name = (String) iter.next();
KeyFun.Key key = (KeyFun.Key) keys.get(name);
println("keyFun.add(\"" + name + "\", XPath.parseMatch(\"" +
key.getMatch() + "\").getPattern(), XPath.parseExpr(\"" +
key.getUse() + "\"));");
}
println("addFunction(\"key\", keyFun);");
println();
println("com.caucho.xsl.fun.FormatNumberFun formatFun = new com.caucho.xsl.fun.FormatNumberFun();");
println("java.text.DecimalFormatSymbols symbols;");
JavaWriter out = _out;
HashMap locales = _formatNumberFun.getLocales();
iter = locales.keySet().iterator();
while (iter.hasNext()) {
String name = (String) iter.next();
DecimalFormatSymbols symbols = (DecimalFormatSymbols) locales.get(name);
out.println("symbols = new java.text.DecimalFormatSymbols();");
out.print("symbols.setDecimalSeparator(\'");
out.printJavaChar(symbols.getDecimalSeparator());
out.println("\');");
out.print("symbols.setGroupingSeparator(\'");
out.printJavaChar(symbols.getGroupingSeparator());
out.println("\');");
out.print("symbols.setInfinity(\"");
out.printJavaString(symbols.getInfinity());
out.println("\");");
out.print("symbols.setMinusSign(\'");
out.printJavaChar(symbols.getMinusSign());
out.println("\');");
out.print("symbols.setNaN(\"");
out.printJavaString(symbols.getNaN());
out.println("\");");
out.print("symbols.setPercent(\'");
out.printJavaChar(symbols.getPercent());
out.println("\');");
out.print("symbols.setPerMill(\'");
out.printJavaChar(symbols.getPerMill());
out.println("\');");
out.print("symbols.setZeroDigit(\'");
out.printJavaChar(symbols.getZeroDigit());
out.println("\');");
out.print("symbols.setDigit(\'");
out.printJavaChar(symbols.getDigit());
out.println("\');");
out.print("symbols.setPatternSeparator(\'");
out.printJavaChar(symbols.getPatternSeparator());
out.println("\');");
println("formatFun.addLocale(\"" + name + "\", symbols);");
}
println("addFunction(\"format-number\", formatFun);");
}
private void printMacros() throws Exception
{
/*
for (int i = 0; i < _macros.size(); i++) {
Macro macro = _macros.get(i);
println("void " + getMacroName(macro.getName()) +
"(XslWriter out, Node inputNode, Env env)");
println(" throws Exception");
println("{");
pushDepth();
println("Object _xsl_tmp;");
println("Node node = inputNode;");
generateChildren(macro.getElement());
popDepth();
println("}");
}
*/
}
private void printFragments() throws Exception
{
for (int i = 0; i < _fragments.size(); i++) {
Element elt = (Element) _fragments.get(i);
println("Object _xsl_fragment" + i +
"(XslWriter out, Node inputNode, Env env )");
println(" throws Exception");
println("{");
pushDepth();
println("Object _xsl_tmp;");
println("Node node = inputNode;");
println("XMLWriter _xsl_frag = out.pushFragment();");
generateChildren(elt);
println("return out.popFragment(_xsl_frag);");
popDepth();
println("}");
}
}
/**
* Prints the template definitions, i.e. the set of XPath
* match patterns to test a node.
*/
private void printTemplates() throws Exception
{
for (int j = 0; j < _modes.size(); j++) {
String mode = _modes.get(j);
String modeName = getModeName(mode);
printApplyNode(mode);
println();
println("static HashMap _static_templates" + modeName + ";");
println();
println("static {");
pushDepth();
println("_static_templates" + modeName + " = new HashMap();");
println("Template []values;");
println("try {");
pushDepth();
ArrayList defaultTemplateList = (ArrayList) _templates.get("*");
if (defaultTemplateList == null)
defaultTemplateList = new ArrayList();
println("Template []star = new Template[] {");
pushDepth();
for (int i = 0; i < defaultTemplateList.size(); i++) {
Template template = (Template) defaultTemplateList.get(i);
if (template.getMode().equals(mode)) {
printTemplate(template);
println(",");
}
}
popDepth();
println("};");
println();
println("_static_templates" + modeName + ".put(\"*\", star);");
int count = _templates.size();
for (int i = 0; i < count; i += 64)
println("_init_templates" + modeName + "_" + i + "(star);");
popDepth();
println("} catch (Exception e) {");
println(" e.printStackTrace();");
println("}");
popDepth();
println("}");
for (int i = 0; i < count; i += 64)
printTemplateInitFun(mode, i, 64, defaultTemplateList);
}
}
/**
* Prints a function to initialize some of the templates.
*/
private void printApplyNode(String mode)
throws Exception
{
String modeName = getModeName(mode);
print("protected void applyNode" + modeName);
println("(XslWriter out, Node node, Env env, int _xsl_min, int _xsl_max)");
println(" throws Exception");
println("{");
pushDepth();
println("Object _xsl_tmp;");
println();
println("switch (getTemplateId(_static_templates" + modeName + ", " +
"node, env, _xsl_min, _xsl_max)) {");
// XXX: name issue below functions/templateList
for (int i = 0; i < _functions.size(); i++) {
Template template = (Template) _templateList.get(i);
if (template == null || ! template.getMode().equals(mode))
continue;
println("case " + (i + 1) + ":");
println(" " + _functions.get(i) + "(out, node, env);");
println(" break;");
}
println("default:");
println(" switch (node.getNodeType()) {");
println(" case Node.ELEMENT_NODE:");
println(" case Node.DOCUMENT_NODE:");
println(" case Node.DOCUMENT_FRAGMENT_NODE:");
println(" env.setSelect(node, null);");
println(" for (Node child = node.getFirstChild();");
println(" child != null;");
println(" child = child.getNextSibling()) {");
println(" env.setCurrentNode(child);");
println(" applyNode" + modeName + "(out, child, env, 0, " + Integer.MAX_VALUE + ");");
println(" }");
println(" break;");
println(" default:");
println(" applyNodeDefault(out, node, env);");
println(" break;");
println(" }");
println(" break;");
println("}");
popDepth();
println("}");
}
/**
* Prints a function to initialize some of the templates.
*/
private void printTemplateInitFun(String mode, int offset, int length,
ArrayList defaultTemplateList)
throws Exception
{
String modeName = getModeName(mode);
println("private static void _init_templates" + modeName + "_" + offset + "(Template []star)");
println(" throws Exception");
println("{");
pushDepth();
Iterator iter = _templates.keySet().iterator();
while (iter.hasNext() && length > 0) {
String name = iter.next();
if (name.equals("*"))
continue;
ArrayList templateList = (ArrayList) _templates.get(name);
if (modeTemplateCount(mode, templateList) == 0)
continue;
if (offset > 0) {
offset--;
continue;
}
println("_static_templates" + modeName + ".put(\"" + name + "\", ");
println(" mergeTemplates(star, new Template[] {");
pushDepth();
pushDepth();
for (int i = 0; i < templateList.size(); i++) {
Template template = (Template) templateList.get(i);
if (template.getMode().equals(mode)) {
printTemplate(template);
println(",");
}
}
popDepth();
popDepth();
println("}));");
length--;
}
popDepth();
println("}");
}
/**
* Returns true if the template list contains a template with the given
* mode.
*/
private int modeTemplateCount(String mode, ArrayList templateList)
{
int count = 0;
for (int i = 0; i < templateList.size(); i++) {
Template template = (Template) templateList.get(i);
if (template.getMode().equals(mode))
count++;
}
return count;
}
/**
* Prints initialization code for a single template.
*/
private void printTemplate(Template template)
throws IOException
{
print("new Template(");
AbstractPattern pattern = template.getPattern();
print("XPath.parseMatch(\"" +
template.getPattern().toPatternString() + "\").getPattern(), ");
print("\"" + template.getMode() + "\", ");
print(template.getMin() + ", ");
print(template.getMax() + ", ");
print(template.getPriority() + ", ");
print(template.getCount() + ", ");
print("\"" + template.getFunction() + "\", ");
print("" + template.getId() + ")");
}
/**
* Prints the constant strings.
*/
private void printStrings() throws Exception
{
for (int j = 0; j < _strings.size(); j++) {
String text = (String) _strings.get(j);
print("static char[] _xsl_string" + j + " = \"");
printString(text);
println("\".toCharArray();");
}
}
/**
* Prints the precompiled XPath expressions as static variables.
*/
private void printExpressions() throws Exception
{
if (_exprs.size() == 0)
return;
println("private static Expr []_exprs;");
println("static {");
pushDepth();
println("try {");
pushDepth();
println("_exprs = new Expr[] { ");
pushDepth();
for (int i = 0; i < _exprs.size(); i++) {
Expr expr = _exprs.get(i);
println("XPath.parseExpr(\"" + expr + "\"),");
// System.out.println("EXPR: " + expr + " " + expr.getListContext());
/*
if (expr.getListContext() == null) // || currentPos != null)
println("XPath.parseExpr(\"" + expr + "\"),");
else {
print("XPath.parseExpr(\"" + expr + "\", null,");
println("XPath.parseMatch(\"" + expr.getListContext() +"\").getPattern()),");
}
*/
}
popDepth();
println("};");
popDepth();
println("} catch (Exception e) {");
println(" e.printStackTrace();");
println("}");
popDepth();
println("}");
}
/**
* Prints the precompiled XPath select and match patterns as static
* variables.
*/
private void printPatterns() throws Exception
{
if (_selectPatterns.size() == 0 && _matchPatterns.size() == 0)
return;
println("private static com.caucho.xpath.pattern.AbstractPattern []_select_patterns;");
println("private static com.caucho.xpath.pattern.AbstractPattern []_match_patterns;");
println("static {");
pushDepth();
println("try {");
pushDepth();
println("_select_patterns = new com.caucho.xpath.pattern.AbstractPattern[] { ");
pushDepth();
for (int i = 0; i < _selectPatterns.size(); i++) {
AbstractPattern pattern = _selectPatterns.get(i);
println("XPath.parseSelect(\"" + pattern + "\").getPattern(),");
}
popDepth();
println("};");
println("_match_patterns = new com.caucho.xpath.pattern.AbstractPattern[] { ");
pushDepth();
for (int i = 0; i < _matchPatterns.size(); i++) {
AbstractPattern pattern = _matchPatterns.get(i);
println("XPath.parseMatch(\"" + pattern + "\").getPattern(),");
}
popDepth();
println("};");
popDepth();
println("} catch (Exception e) {");
println(" e.printStackTrace();");
println("}");
popDepth();
println("}");
}
private boolean isSingleStylesheet()
{
// return stylesheets.size() < 2;
return false;
}
/**
* Prints a character to the generated Java.
*/
private void print(char ch)
throws IOException
{
_out.print(ch);
}
/**
* Prints a string to the generated Java.
*/
private void print(String string)
throws IOException
{
_out.print(string);
}
/**
* Prints an integer to the generated Java.
*/
private void print(int i)
throws IOException
{
_out.print(i);
}
/**
* Prints a new line.
*/
private void println()
throws IOException
{
_out.println();
}
private void println(char ch)
throws IOException
{
_out.println(ch);
}
private void println(String s)
throws IOException
{
_out.println(s);
}
/**
* Pushes the pretty-printed depth of the generated java.
*/
private void pushDepth()
throws IOException
{
_out.pushDepth();
}
/**
* Pops the pretty-printed depth of the generated java.
*/
private void popDepth()
throws IOException
{
_out.popDepth();
}
/**
* Prints the contents of a string, taking care of escapes.
*/
protected void printString(String str) throws IOException
{
_out.printJavaString(str);
}
/**
* Returns the name of the applyNode method.
*
* @param mode the template's mode.
*/
public String getModeName(String mode)
{
if (mode != null && ! _modes.contains(mode))
_modes.add(mode);
if (mode == null || mode.equals(""))
return "";
else
return "_" + toJavaIdentifier(mode);
}
public void addMode(String mode)
{
if (! _modes.contains(mode))
_modes.add(mode);
}
public int addStylesheet(String filename)
{
int pos = _stylesheets.indexOf(filename);
if (pos < 0) {
pos = _stylesheets.size();
_stylesheets.add(filename);
}
return pos;
}
/**
* Converts a string to a Java identifier, encoding unknown characters
* as "_"
*/
public String toJavaIdentifier(String name)
{
CharBuffer cb = new CharBuffer();
char ch = name.charAt(0);
if (Character.isJavaIdentifierStart(ch))
cb.append(ch);
else
cb.append("_");
for (int i = 1; i < name.length(); i++) {
ch = name.charAt(i);
if (Character.isJavaIdentifierPart(ch))
cb.append(ch);
else {
cb.append("_");
cb.append((char) ((ch & 0xf) + 'a'));
cb.append((char) ((ch / 16 & 0xf) + 'a'));
}
}
return cb.toString();
}
/**
* Close call when an error occurs.
*/
public void close()
throws IOException
{
if (_s != null)
_s.close();
}
static class Macro {
String _name;
Element _elt;
Macro(String name, Element elt)
{
_name = name;
_elt = elt;
}
public Element getElement()
{
return _elt;
}
public String getName()
{
return _name;
}
}
static {
_tagMap = new HashMap();
_tagMap.put(new QName("xsl", "attribute", XSLNS), XslAttribute.class);
_tagMap.put(new QName("xsl", "attribute-set", XSLNS),
XslAttributeSet.class);
_tagMap.put(new QName("xsl", "apply-imports", XSLNS),
XslApplyImports.class);
_tagMap.put(new QName("xsl", "apply-templates", XSLNS),
XslApplyTemplates.class);
_tagMap.put(new QName("xsl", "call-template", XSLNS), XslCallTemplate.class);
_tagMap.put(new QName("xsl", "choose", XSLNS), XslChoose.class);
_tagMap.put(new QName("xsl", "comment", XSLNS), XslComment.class);
_tagMap.put(new QName("xsl", "copy", XSLNS), XslCopy.class);
_tagMap.put(new QName("xsl", "copy-of", XSLNS), XslCopyOf.class);
_tagMap.put(new QName("xsl", "decimal-format", XSLNS),
XslDecimalFormat.class);
_tagMap.put(new QName("xsl", "element", XSLNS), XslElement.class);
_tagMap.put(new QName("xsl", "for-each", XSLNS), XslForEach.class);
_tagMap.put(new QName("xsl", "if", XSLNS), XslIf.class);
_tagMap.put(new QName("xsl", "import", XSLNS), XslImport.class);
_tagMap.put(new QName("xsl", "include", XSLNS), XslInclude.class);
_tagMap.put(new QName("xsl", "key", XSLNS), XslKey.class);
_tagMap.put(new QName("xsl", "message", XSLNS), XslMessage.class);
_tagMap.put(new QName("xsl", "namespace-alias", XSLNS),
XslNamespaceAlias.class);
_tagMap.put(new QName("xsl", "number", XSLNS), XslNumber.class);
_tagMap.put(new QName("xsl", "otherwise", XSLNS), XslOtherwise.class);
_tagMap.put(new QName("xsl", "output", XSLNS), XslOutput.class);
_tagMap.put(new QName("xsl", "param", XSLNS), XslParam.class);
_tagMap.put(new QName("xsl", "processing-instruction", XSLNS),
XslProcessingInstruction.class);
_tagMap.put(new QName("xsl", "sort", XSLNS), XslSort.class);
_tagMap.put(new QName("xsl", "stylesheet", XSLNS), XslStylesheet.class);
_tagMap.put(new QName("xsl", "text", XSLNS), XslText.class);
_tagMap.put(new QName("xsl", "transform", XSLNS), XslTransform.class);
_tagMap.put(new QName("xsl", "value-of", XSLNS), XslValueOf.class);
_tagMap.put(new QName("xsl", "variable", XSLNS), XslVariable.class);
_tagMap.put(new QName("xsl", "when", XSLNS), XslWhen.class);
_tagMap.put(new QName("xsl", "with-param", XSLNS), XslWithParam.class);
_tagMap.put(new QName("xsl", "template", XSLNS),
XslTemplate.class);
_tagMap.put(new QName("xsl", "strip-space", XSLNS),
XslStripSpace.class);
_tagMap.put(new QName("xsl", "preserve-space", XSLNS),
XslPreserveSpace.class);
_tagMap.put(new QName("xsl", "result-document", XSLNS),
XslResultDocument.class);
_tagMap.put(new QName("xtp", "expression", XTPNS),
XtpExpression.class);
_tagMap.put(new QName("xtp:expression", null), XtpExpression.class);
_tagMap.put(new QName("xtp", "eval", XTPNS), XtpExpression.class);
_tagMap.put(new QName("xtp:eval", null), XtpExpression.class);
_tagMap.put(new QName("xtp", "expr", XTPNS), XtpExpression.class);
_tagMap.put(new QName("xtp:expr", null), XtpExpression.class);
_tagMap.put(new QName("xtp", "scriptlet", XTPNS),
XtpScriptlet.class);
_tagMap.put(new QName("xtp:scriptlet", null), XtpScriptlet.class);
_tagMap.put(new QName("xtp", "declaration", XTPNS),
XtpDeclaration.class);
_tagMap.put(new QName("xtp", "decl", XTPNS),
XtpDeclaration.class);
_tagMap.put(new QName("xtp:declaration", null), XtpDeclaration.class);
_tagMap.put(new QName("xtp:decl", null), XtpDeclaration.class);
_tagMap.put(new QName("xtp:directive.page", null), XtpDirectivePage.class);
_tagMap.put(new QName("xtp", "directive.page", XTPNS),
XtpDirectivePage.class);
_tagMap.put(new QName("xtp:directive.cache", null), XtpDirectiveCache.class);
_tagMap.put(new QName("xtp", "directive.cache", XTPNS),
XtpDirectiveCache.class);
_tagMap.put(new QName("xtp:assign", null), XslVariable.class);
_tagMap.put(new QName("xtp", "assign", XTPNS),
XslVariable.class);
}
}
