@Test(timeout = 10000)
public void testPow() {
Math.pow a = new Math.pow();
assertCEquals(C.onstruct(25), a.exec(Target.UNKNOWN, env, C.onstruct(5), C.onstruct(2)));
assertCEquals(C.onstruct(27), a.exec(Target.UNKNOWN, env, C.onstruct(3), C.onstruct(3)));
assertCEquals(C.onstruct(1), a.exec(Target.UNKNOWN, env, C.onstruct(-1), C.onstruct(-2)));
}
@Test(timeout = 10000)
public void testAbs() {
Math.abs a = new Math.abs();
assertCEquals(C.onstruct(5), a.exec(Target.UNKNOWN, env, C.onstruct(5)));
assertCEquals(C.onstruct(3), a.exec(Target.UNKNOWN, env, C.onstruct(-3)));
assertCEquals(C.onstruct(0), a.exec(Target.UNKNOWN, env, C.onstruct(0)));
}
@Test(timeout = 10000)
public void testMod() {
Math.mod a = new Math.mod();
assertCEquals(C.onstruct(1), a.exec(Target.UNKNOWN, env, C.onstruct(5), C.onstruct(2)));
assertCEquals(C.onstruct(0), a.exec(Target.UNKNOWN, env, C.onstruct(3), C.onstruct(3)));
assertCEquals(C.onstruct(-1), a.exec(Target.UNKNOWN, env, C.onstruct(-3), C.onstruct(-2)));
}
@Test(timeout = 10000)
public void testMultiply() {
Math.multiply a = new Math.multiply();
assertCEquals(C.onstruct(10), a.exec(Target.UNKNOWN, env, C.onstruct(5), C.onstruct(2)));
assertCEquals(C.onstruct(9), a.exec(Target.UNKNOWN, env, C.onstruct(3), C.onstruct(3)));
assertCEquals(C.onstruct(6), a.exec(Target.UNKNOWN, env, C.onstruct(-3), C.onstruct(-2)));
assertCEquals(C.onstruct(5), a.exec(Target.UNKNOWN, env, C.onstruct(10), C.onstruct(0.5)));
}
@Test(timeout = 10000)
public void testSubtract() {
Math.subtract a = new Math.subtract();
assertCEquals(C.onstruct(3), a.exec(Target.UNKNOWN, env, C.onstruct(5), C.onstruct(2)));
assertCEquals(C.onstruct(0), a.exec(Target.UNKNOWN, env, C.onstruct(3), C.onstruct(3)));
assertCEquals(C.onstruct(-1), a.exec(Target.UNKNOWN, env, C.onstruct(-3), C.onstruct(-2)));
assertCEquals(
C.onstruct(3), a.exec(Target.UNKNOWN, env, C.onstruct(3.1415), C.onstruct(0.1415)));
}
@Test(timeout = 10000)
public void testDivide() {
Math.divide a = new Math.divide();
assertCEquals(C.onstruct(2.5), a.exec(Target.UNKNOWN, env, C.onstruct(5), C.onstruct(2)));
assertCEquals(C.onstruct(1), a.exec(Target.UNKNOWN, env, C.onstruct(3), C.onstruct(3)));
assertCEquals(C.onstruct(3), a.exec(Target.UNKNOWN, env, C.onstruct(-3), C.onstruct(-1)));
assertCEquals(
C.onstruct(Double.POSITIVE_INFINITY),
a.exec(Target.UNKNOWN, env, C.onstruct(1), C.onstruct(0)));
}
@Test(timeout = 10000)
public void testAdd() {
Math.add a = new Math.add();
assertCEquals(C.onstruct(7), a.exec(Target.UNKNOWN, env, C.onstruct(5), C.onstruct(2)));
assertCEquals(C.onstruct(6), a.exec(Target.UNKNOWN, env, C.onstruct(3), C.onstruct(3)));
assertCEquals(C.onstruct(-4), a.exec(Target.UNKNOWN, env, C.onstruct(-3), C.onstruct(-1)));
assertCEquals(C.onstruct(1), a.exec(Target.UNKNOWN, env, C.onstruct(1), C.onstruct(0)));
assertCEquals(
C.onstruct(3.1415), a.exec(Target.UNKNOWN, env, C.onstruct(3), C.onstruct(0.1415)));
}
@Test(timeout = 10000)
public void testInc() throws ConfigCompileException {
Math.inc a = new Math.inc();
IVariable v =
(IVariable)
a.exec(Target.UNKNOWN, env, new IVariable("var", C.onstruct(1), Target.UNKNOWN));
IVariable v2 =
(IVariable)
a.exec(Target.UNKNOWN, env, new IVariable("var2", C.onstruct(2.5), Target.UNKNOWN));
assertCEquals(C.onstruct(2), v.ival());
assertCEquals(C.onstruct(3.5), v2.ival());
StaticTest.SRun("assign(@var, 0) inc(@var, 2) msg(@var)", fakePlayer);
verify(fakePlayer).sendMessage("2");
}
@Test(timeout = 10000)
public void testCeil() {
Math.ceil a = new Math.ceil();
assertCEquals(C.onstruct(4), a.exec(Target.UNKNOWN, env, C.onstruct(3.1415)));
assertCEquals(C.onstruct(-3), a.exec(Target.UNKNOWN, env, C.onstruct(-3.1415)));
}
@Test(timeout = 10000)
public void testFloor() {
Math.floor a = new Math.floor();
assertCEquals(C.onstruct(3), a.exec(Target.UNKNOWN, env, C.onstruct(3.8415)));
assertCEquals(C.onstruct(-4), a.exec(Target.UNKNOWN, env, C.onstruct(-3.1415)));
}