TestReflectpublic class TestReflect extends TestCase
| Fields Summary |
|---|
| static final String | slave | | com.sun.cldc.isolate.Isolate | iso |
| Methods Summary |
|---|
| public void | runTests()
declare("one");
testOne();
| | void | setUp()
// Make sure we can find the slave class. This isn't strictly
// necessary, but it serves as a useful cross-check to ensure
// that the class is visible to both the master and slave
// isolates. It also helps if the classname is wrong for
// some reason: you get a useful error message instead of
// an obscure isolate startup error.
try {
Class.forName(slave);
} catch (ClassNotFoundException cnfe) {
throw new RuntimeException(
"Class.forName() can't find slave class " + slave);
}
// Initialize the isolate synchronization mechanism.
// This must be done before the other isolate is started.
// This must be called ONLY in the "master" isolate.
IsolateSynch.init();
// Create the slave isolate and start it.
try {
iso = new Isolate(slave, new String[0]);
iso.start();
} catch (IsolateStartupException ise) {
throw new RuntimeException("can't start isolate");
}
// Wait for the slave isolate to become ready.
IsolateSynch.awaitReady();
| | void | tearDown()
// Tell the other isolate to continue.
IsolateSynch.signalContinue();
// Alternatively, kill the other isolate instead of
// telling it to continue. Do one or the other, but not both.
/* iso.exit(0); */
// Wait for the other isolate to exit.
iso.waitForExit();
// Clean up isolate synchronization mechanism.
IsolateSynch.fini();
| | void | testOne()
setUp();
int x = Reflect.getStaticIntValue(iso, slave, "integerValue");
assertEquals(17, ReflectSlave.integerValue);
assertEquals(42, x);
tearDown();
|
|
