public void run(InternalMethod m, JavaValue[] args) throws Exception {
logger.setLevel(Level.ALL);
logger.fine("run " + m.getName());
try {
nativeMethods.initialize();
pushFrame(m, args);
while (true) {
int index = getCurrentPC().getValue();
Instruction currentInstruction = getCurrentMethod().getInstructions()[index];
incrementPC(currentInstruction.getLength());
// System.out.print(indent);
if (debug_instructions) {
// logger.info(instructionCount + " " + getCurrentClass().getDesc() + "
// :: " + getCurrentMethod().getName() + " " +
// index + ": " + currentInstruction);// + ", " +
// getCurrentFrame());
System.out.println(
instructionCount
+ " "
+ getCurrentClass().getDesc()
+ " :: "
+ getCurrentMethod().getName()
+ " "
+ index
+ ": "
+ currentInstruction
+ ", "
+ threadsArea.getStackSize()); // + ", " + getCurrentFrame());
}
// System.out.println(getCurrentFrame());
currentInstruction.accept(bytecodeInterpreter);
if (++instructionCount == maxInstructions && maxInstructions != 0) {
throw new ExecutionTimeExceededException();
}
}
} catch (ThreadHaltE e) {
return; // kill current thread and see if you can start another thread, otherwise return
}
// catch (JavaException e) {
// throw new Exception(e.getMessage()); // todo
// }
catch (InternalException e) {
throw new Exception(e.getMessage()); // todo
}
}
public void callNative(InternalMethod internalMethod, JavaValue[] args)
throws LinkE, LocalVarsE, BadConversionE, OperandStackE, JavaException {
nativeMethods.call(internalMethod, args);
}