private CatchExceptionTest createTest() { if (!Helper.IS_THOROUGH) { return new CatchExceptionTest( TestCase.CONSTRUCTORS.get(constructor++).get(), Helper.RNG.nextBoolean(), args, dropArgs); } else { if (isVararg) { isVararg = false; return new CatchExceptionTest( TestCase.CONSTRUCTORS.get(constructor++).get(), isVararg, args, dropArgs); } else { isVararg = true; return new CatchExceptionTest( TestCase.CONSTRUCTORS.get(constructor).get(), isVararg, args, dropArgs); } } }
private static List<CatchExceptionTest> createTests(int argsCount, int catchDrops) { if (catchDrops > argsCount || argsCount < 0 || catchDrops < 0) { throw new IllegalArgumentException( "argsCount = " + argsCount + ", catchDrops = " + catchDrops); } List<CatchExceptionTest> result = new ArrayList<>(TestCase.CONSTRUCTORS.size()); for (Supplier<TestCase> constructor : TestCase.CONSTRUCTORS) { result.add( new CatchExceptionTest(constructor.get(), /* isVararg = */ true, argsCount, catchDrops)); result.add( new CatchExceptionTest(constructor.get(), /* isVararg = */ false, argsCount, catchDrops)); } return result; }
public TestFactory() { if (Helper.IS_THOROUGH) { maxArgs = maxDrops = CatchExceptionTest.MAX_ARITY; } else { maxArgs = MIN_TESTED_ARITY + Helper.RNG.nextInt(CatchExceptionTest.MAX_ARITY - MIN_TESTED_ARITY) + 1; maxDrops = MIN_TESTED_ARITY + Helper.RNG.nextInt(maxArgs - MIN_TESTED_ARITY) + 1; args = 1; } if (Helper.IS_VERBOSE) { System.out.printf("maxArgs = %d%nmaxDrops = %d%n", maxArgs, maxDrops); } constructorSize = TestCase.CONSTRUCTORS.size(); }