@Test
public void testBottomCatched() throws JellyException {
String funId = IdUtils.qualify(this.exn, "bottomCatched");
Future<ExecutionContext> f = this.runtime.eval(funId);
ExecutionContext ctx = f.get();
assertEquals("Ok", ((Str) ctx.getWhnf()).s);
}
@Test
public void testHandle() throws JellyException {
String funId = IdUtils.qualify(this.exn, "handle");
Future<ExecutionContext> f = this.runtime.eval(funId);
ExecutionContext ctx = f.get();
assertEquals(6, ((Int) ctx.getWhnf()).i);
}
@Test
public void testPrintFalse() throws JellyException {
String funId = IdUtils.qualify(this.prn, "printFalse");
Future<ExecutionContext> f = this.runtime.eval(funId);
ExecutionContext ctx = f.get();
assertEquals(TyCon.mkzTyCon(0), ctx.getWhnf());
}
@Test
public void testTrickyMatch1() throws JellyException {
String funId = IdUtils.qualify(this.bar, "trickyMatch1");
Future<ExecutionContext> f = this.runtime.eval(funId);
ExecutionContext ctx = f.get();
assertEquals(-1, ((Int) ctx.getWhnf()).i);
}
@Test
public void testBigIntArith() throws JellyException {
String funId = IdUtils.qualify(this.foo, "bigIntArith");
Future<ExecutionContext> f = this.runtime.eval(funId);
assertTrue(
((BigInt) f.get().getWhnf(0)).i.equals(new BigInteger("335385764583214543694543533")));
}
@Test
public void testInt() throws JellyException {
Future<ExecutionContext> f = this.runtime.eval("test", Int.mkInt(0));
ExecutionContext ctx = f.get();
assertEquals(0, ctx.sp);
assertEquals(((Int) ctx.s[0]).i, 0);
}
@Test
public void testQuickSum() throws JellyException {
String funId = IdUtils.qualify(this.baz, "quickSum");
Future<ExecutionContext> f = this.runtime.eval(funId);
ExecutionContext ctx = f.get();
assertEquals(21, ((Int) ctx.getWhnf()).i);
}
@Test
public void testAddInt() throws JellyException {
String funId = IdUtils.qualify(this.baz, "addInt");
Future<ExecutionContext> f = this.runtime.eval(funId);
ExecutionContext ctx = f.get();
assertEquals(3, ((Int) ctx.s[0]).i);
}
@Test
public void testPolyInt() throws JellyException {
String funId = IdUtils.qualify(this.poly, "polyInt");
Future<ExecutionContext> f = this.runtime.eval(funId);
ExecutionContext ctx = f.get();
assertEquals(42, ((Int) ctx.getWhnf()).i);
}
@Test
public void testPolyDbl() throws JellyException {
String funId = IdUtils.qualify(this.poly, "polyDbl");
Future<ExecutionContext> f = this.runtime.eval(funId);
ExecutionContext ctx = f.get();
assertEquals(Math.PI, ((Double) ctx.getWhnf()).d);
}
@Test
public void testWhnfUpd() throws JellyException {
String funId = IdUtils.qualify(this.baz, "whnfUpd");
Future<ExecutionContext> f = this.runtime.eval(funId);
ExecutionContext ctx = f.get();
assertEquals(0, ((TyCon) ctx.s[0]).getTag());
assertTrue(App.class.isAssignableFrom(((TyCon) ctx.s[0]).getNodes()[0].getClass()));
}
@Test
public void testNApp() throws JellyException {
String funId = IdUtils.qualify(this.foo, "nApp");
Future<ExecutionContext> f = this.runtime.eval(funId);
ExecutionContext ctx = f.get();
assertEquals(ctx.sp, 0);
assertEquals(((Int) ctx.s[0]).i, 2);
}
@Test
public void testMain() throws JellyException {
String funId = IdUtils.qualify(this.foo, "main");
Future<ExecutionContext> f = this.runtime.eval(funId);
ExecutionContext ctx = f.get();
assertEquals(ctx.sp, 0);
assertEquals(((Code) ctx.s[0]).getFunctionName(), "id");
}
@Test
public void testApp() throws JellyException {
String funId = IdUtils.qualify(this.foo, "app");
Future<ExecutionContext> f = this.runtime.eval(funId);
ExecutionContext ctx = f.get();
assertEquals(ctx.sp, 1);
assertEquals(((Int) ctx.s[0]).i, 1);
assertEquals(((Code) ctx.s[1]).getFunctionName(), "swap");
}
@Test
public void testTooFewArgs() throws JellyException {
String funId = IdUtils.qualify(this.bar, "whnfTest");
Future<ExecutionContext> f = this.runtime.eval(funId);
ExecutionContext ctx = f.get();
assertEquals(ctx.sp, 1);
assertEquals(((Int) ctx.s[0]).i, 1);
assertEquals(((Code) ctx.s[1]).getFunctionName(), "_const");
}
@Test
public void testTrickyMatch() throws JellyException {
String funId = IdUtils.qualify(this.bar, "trickyMatch");
Future<ExecutionContext> f = this.runtime.eval(funId);
ExecutionContext ctx = f.get();
TyCon t = (TyCon) ctx.getWhnf();
assertEquals(0, t.getTag());
assertEquals(1, ((Int) t.getNodes()[0]).i);
assertEquals(2, ((Int) t.getNodes()[1]).i);
}
@Test
public void testBottom() {
try {
String funId = IdUtils.qualify(this.exn, "bottom");
Future<ExecutionContext> f = this.runtime.eval(funId);
f.get();
assertTrue(false);
} catch (JellyException e) {
assertTrue(e.getCause() instanceof JellyRuntimeException);
}
}
@Test
public void testRaise() {
String funId = IdUtils.qualify(this.exn, "raise");
Future<ExecutionContext> f = this.runtime.eval(funId);
try {
// f.get() must raise an exception
f.get();
assertTrue(false);
} catch (JellyException e) {
// We expect to get here
assertTrue(e.getCause() instanceof JellyRuntimeException);
}
}
@Test
public void testTorture1() throws JellyException {
String funId = IdUtils.qualify(this.foo, "startTorture1");
Future<ExecutionContext> f = this.runtime.eval(funId);
assertTrue(((Int) f.get().getWhnf(0)).i == 1);
}
@Test
public void testPrintEmptyList() throws JellyException {
String funId = IdUtils.qualify(this.prn, "printEmptyList");
Future<ExecutionContext> f = this.runtime.eval(funId);
f.get();
}