/**
* Translates the body of the package and writes it to the output stream.
*
* @param out The output stream.
* @return The output stream.
*/
public Printer translate(Printer out) {
// Include the header file
out.p("#include \"").p(getFilename()).pln(".h\"").pln();
// Print the array template specializations for the classes in this package
out.pln("namespace __rt {").incr();
for (JavaFile f : files) {
for (JavaClass cls : f.getClasses()) {
cls.translateArrayTemplate(out);
}
}
out.decr().pln("}").pln();
// Add the namespace
for (String part : pkg) {
out.indent().p("namespace ").p(part).pln(" {").incr();
}
// Print all the files in the package
for (JavaFile f : files) {
for (JavaClass cls : f.getClasses()) {
cls.translate(out).pln();
}
out.pln();
}
// Close the namespace
for (int i = 0; i < pkg.size(); i++) {
out.decr().indent().pln("}");
}
// If this package contains the main file, print the main method here
if (null != main) {
out.pln("int main(int argc, char *argv[]) {").incr();
out.indent().pln("__rt::Ptr<__rt::Array<String> > args = new __rt::Array<String>(argc-1);");
out.indent().pln("for (int i = 1; i < argc; i++) {").incr();
out.indent().pln("(*args)[i-1] = __rt::literal(argv[i]);");
out.decr().indent().pln("}");
out.indent();
if (!getNamespace().equals("")) out.p(getNamespace()).p("::");
out.p("__").p(main.getPublicClass().getName()).pln("::main$array1_String(args);");
out.decr().pln("}");
}
return out;
}
/**
* Print a tool header to the specified printer. This method prints a header documenting the tool
* name, version, copyright, and current time. It also prints a warning not to edit the result.
*
* @param printer The printer.
*/
public void printHeader(Printer printer) {
printer.sep();
printer.indent().pln("// This file has been generated by");
printer.indent().p("// ").p(getName()).p(", version ").p(getVersion()).pln(',');
printer.p("// ").p(getCopy()).pln(',');
Date now = new Date();
printer
.indent()
.p("// on ")
.p(DateFormat.getDateInstance(DateFormat.FULL).format(now))
.p(" at ")
.p(DateFormat.getTimeInstance(DateFormat.MEDIUM).format(now))
.pln('.');
printer.indent().pln("// Edit at your own risk.");
printer.sep();
printer.pln();
}
public void print(
Printer out) // TODO: Print the actual class (along with the already printed vtable)
{
if (toPrint) // TODO: Add constructors in class struct
{
int t, i, j;
int dims;
// Print the class
out.indent();
out.pln("struct __" + name);
out.indent();
out.pln("{");
out.incr();
out.indent();
out.pln("__" + name + "_VT* __vptr;");
out.pln();
for (t = 0; t < members.size(); t++) {
out.indent();
out.pln(members.get(t).getType() + " " + members.get(t).getName() + ";");
}
out.pln();
for (t = 0; t < constructors.size(); t++) {
out.indent();
out.p("__" + name + "(");
for (i = 0; i < constructors.get(t).size(); i++) {
dims = constructors.get(t).get(i).getDimensions();
for (j = 0; j < dims; j++) {
out.p("__rt::Ptr<__rt::Array<");
}
out.p(constructors.get(t).get(i).getType());
for (j = 0; j < dims; j++) {
out.p(">, __rt::array_policy>");
if (j < dims - 1) out.p(" ");
}
if (i < constructors.get(t).size() - 1) out.p(", ");
}
out.pln(");");
}
out.pln();
out.indent();
out.pln("static __" + name + "* init(__" + name + "*);");
out.pln();
for (t = 0; t < methods.size(); t++) {
ClassMethod m = methods.get(t);
dims = m.getReturnType().getDimensions();
out.indent();
out.p("static ");
for (j = 0; j < dims; j++) {
out.p("__rt::Ptr<__rt::Array<");
}
out.p(m.getReturnType().getType() + " " + m.getName() + "(");
for (j = 0; j < dims; j++) {
out.p(">, __rt::array_policy>");
if (j < dims - 1) out.p(" ");
}
if (!m.isStatic()) {
out.p(m.getDefiningClass());
if (m.getParameters().size() > 0) out.p(", ");
}
for (i = 0; i < m.getParameters().size(); i++) {
dims = m.getParameters().get(i).getDimensions();
for (j = 0; j < dims; j++) {
out.p("__rt::Ptr<__rt::Array<");
}
out.p(m.getParameters().get(i).getType());
for (j = 0; j < dims; j++) {
out.p(">, __rt::array_policy>");
if (j < dims - 1) out.p(" ");
}
if (i < m.getParameters().size() - 1) out.p(", ");
}
out.pln(");");
}
out.pln();
out.indent();
out.pln("static Class __class();");
out.indent();
out.pln("static __" + name + "_VT __vtable;");
out.decr();
out.indent();
out.pln("};");
out.pln();
// Print the vtable
out.indent();
out.pln("struct __" + name + "_VT");
out.indent();
out.pln("{");
out.incr();
out.indent();
out.pln("Class __isa;");
out.indent();
out.pln("void (*__delete)(__" + name + "*);");
for (t = 0; t < methods.size(); t++) {
ClassMethod m = methods.get(t);
if (!m.isStatic()) {
dims = m.getReturnType().getDimensions();
out.indent();
for (j = 0; j < dims; j++) {
out.p("__rt::Ptr<__rt::Array<");
}
out.p(m.getReturnType().getType());
for (j = 0; j < dims; j++) {
out.p(">, __rt::array_policy>");
if (j < dims - 1) out.p(" ");
}
out.p(" (*" + m.getName() + ")");
out.p("(");
if (m.getName().equals("getClass")) out.p(name);
else out.p(m.getDefiningClass());
if (m.getParameters().size() > 0) out.p(", ");
for (i = 0; i < m.getParameters().size(); i++) {
out.p(m.getParameters().get(i).getType());
if (i < m.getParameters().size() - 1) out.p(", ");
}
out.pln(");");
}
}
out.pln();
out.indent();
out.pln("__" + name + "_VT() :");
out.incr();
out.indent();
out.pln("__isa(__" + name + "::__class()),");
out.indent();
out.p("__delete(__rt::__delete<__" + name + ">)");
for (t = 0; t < methods.size(); t++) {
ClassMethod m = methods.get(t);
if (!m.isStatic()) {
out.pln(",");
out.indent();
out.p(m.getName() + "(");
if (m.getName().equals("getClass"))
out.p("(Class(*)(" + name + "))&__" + m.getDefiningClass() + "::" + m.getName());
else out.p("&__" + m.getDefiningClass() + "::" + m.getName());
out.p(")");
}
}
out.pln();
out.decr();
out.indent();
out.pln("{");
out.indent();
out.pln("}");
out.decr();
out.indent();
out.pln("};");
out.pln();
// Print internal __class() method
out.indent();
out.pln("Class __" + name + "::__class()");
out.indent();
out.pln("{");
out.incr();
out.indent();
out.pln(
"static Class k = new __Class(__rt::literal(\""
+ name
+ "\"), __"
+ superclass
+ "::__class());");
out.indent();
out.pln("return k;");
out.decr();
out.indent();
out.pln("}");
out.pln();
}
int k;
for (k = 0; k < children.size(); k++) {
children.get(k).print(out);
}
}
/**
* Writes the C++ header for the package to the specified output stream.
*
* @param out The output stream.
* @return The output stream.
*/
public Printer translateHeader(Printer out) {
// Get any imports
Set<JavaPackage> using = new HashSet<JavaPackage>();
for (JavaFile file : files) {
Set<JavaPackage> imports = file.getImports();
for (JavaPackage i : imports) {
if (!i.getPath().equals(getPath())) using.add(i);
}
}
// Include any imported headers
out.pln("#pragma once").pln();
out.pln("#include <iostream>");
out.pln("#include <sstream>").pln();
out.pln("#include \"include/java_lang.h\"");
for (JavaPackage i : using) {
out.p("#include \"").p(i.getFilename()).pln(".h\"");
}
// Declare namespaces being used
out.pln().pln("using namespace java::lang;");
for (JavaPackage i : using) {
out.p("using namespace ").p(i.getNamespace()).pln(";");
}
out.pln();
// Add the namespace
for (String part : pkg) {
out.indent().p("namespace ").p(part).pln(" {").incr();
}
// Declare the class structs
for (JavaFile file : files) {
file.orderClasses();
for (JavaClass cls : file.getClasses()) {
String className = cls.getName();
out.indent().p("struct __").p(className).pln(";");
out.indent().p("struct __").p(className).pln("_VT;");
out.pln()
.indent()
.p("typedef __rt::Ptr<__")
.p(className)
.p("> ")
.p(className)
.pln(";")
.pln();
}
}
// Print header structs
for (JavaFile file : files) {
for (JavaClass cls : file.getClasses()) {
cls.translateHeader(out).pln();
}
}
// Close the namespace
for (int i = 0; i < pkg.size(); i++) {
out.decr().indent().pln("}");
}
return out;
}