@Test(dataProvider = "Stream.limit")
public void testSubsizedWithRange(String description, UnaryOperator<Stream<Long>> fs) {
    // Range is [0, Long.MAX_VALUE), splits are SUBSIZED
    // Such a size will induce out of memory errors for incorrect
    // slice implementations
    withData(refLongs()).
            stream(s -> fs.apply(s)).
            without(StreamTestScenario.CLEAR_SIZED_SCENARIOS).
            exercise();
}
 

@Test(dataProvider = "Stream.limit")
public void testSubsizedWithRange(String description, UnaryOperator<Stream<Long>> fs) {
    // Range is [0, Long.MAX_VALUE), splits are SUBSIZED
    // Such a size will induce out of memory errors for incorrect
    // slice implementations
    withData(refLongs()).
            stream(s -> fs.apply(s)).
            without(StreamTestScenario.CLEAR_SIZED_SCENARIOS).
            exercise();
}
 

@Test(dataProvider = "Stream.limit")
public void testSubsizedWithRange(String description, UnaryOperator<Stream<Long>> fs) {
    // Range is [0, Long.MAX_VALUE), splits are SUBSIZED
    // Such a size will induce out of memory errors for incorrect
    // slice implementations
    withData(refLongs()).
            stream(s -> fs.apply(s)).
            without(StreamTestScenario.CLEAR_SIZED_SCENARIOS).
            exercise();
}
 

@Test(dataProvider = "Stream.limit")
public void testSubsizedWithRange(String description, UnaryOperator<Stream<Long>> fs) {
    // Range is [0, Long.MAX_VALUE), splits are SUBSIZED
    // Such a size will induce out of memory errors for incorrect
    // slice implementations
    withData(refLongs()).
            stream(s -> fs.apply(s)).
            without(StreamTestScenario.CLEAR_SIZED_SCENARIOS).
            exercise();
}
 

@Test(dataProvider = "Stream.limit")
public void testSubsizedWithRange(String description, UnaryOperator<Stream<Long>> fs) {
    // Range is [0, Long.MAX_VALUE), splits are SUBSIZED
    // Such a size will induce out of memory errors for incorrect
    // slice implementations
    withData(refLongs()).
            stream(s -> fs.apply(s)).
            without(StreamTestScenario.CLEAR_SIZED_SCENARIOS).
            exercise();
}
 

@Test(dataProvider = "Stream.limit")
public void testSubsizedWithRange(String description, UnaryOperator<Stream<Long>> fs) {
    // Range is [0, Long.MAX_VALUE), splits are SUBSIZED
    // Such a size will induce out of memory errors for incorrect
    // slice implementations
    withData(refLongs()).
            stream(s -> fs.apply(s)).
            without(StreamTestScenario.CLEAR_SIZED_SCENARIOS).
            exercise();
}
 

@Test(dataProvider = "Stream.limit")
public void testSubsizedWithRange(String description, UnaryOperator<Stream<Long>> fs) {
    // Range is [0, Long.MAX_VALUE), splits are SUBSIZED
    // Such a size will induce out of memory errors for incorrect
    // slice implementations
    withData(refLongs()).
            stream(s -> fs.apply(s)).
            without(StreamTestScenario.CLEAR_SIZED_SCENARIOS).
            exercise();
}
 

@Test(dataProvider = "Stream.limit")
public void testSubsizedWithRange(String description, UnaryOperator<Stream<Long>> fs) {
    // Range is [0, Long.MAX_VALUE), splits are SUBSIZED
    // Such a size will induce out of memory errors for incorrect
    // slice implementations
    withData(refLongs()).
            stream(s -> fs.apply(s)).
            without(StreamTestScenario.CLEAR_SIZED_SCENARIOS).
            exercise();
}
 

@Test(dataProvider = "Stream.limit")
public void testSubsizedWithRange(String description, UnaryOperator<Stream<Long>> fs) {
    // Range is [0, Long.MAX_VALUE), splits are SUBSIZED
    // Such a size will induce out of memory errors for incorrect
    // slice implementations
    withData(refLongs()).
            stream(s -> fs.apply(s)).
            without(StreamTestScenario.PAR_STREAM_TO_ARRAY_CLEAR_SIZED).
            exercise();
}
 

@Test(dataProvider = "Stream.limit")
public void testSubsizedWithRange(String description, UnaryOperator<Stream<Long>> fs) {
    // Range is [0, Long.MAX_VALUE), splits are SUBSIZED
    // Such a size will induce out of memory errors for incorrect
    // slice implementations
    withData(refLongs()).
            stream(s -> fs.apply(s)).
            without(StreamTestScenario.PAR_STREAM_TO_ARRAY_CLEAR_SIZED).
            exercise();
}
 

@Test(dataProvider = "Stream.limit")
public void testSubsizedWithRange(String description, UnaryOperator<Stream<Long>> fs) {
    // Range is [0, Long.MAX_VALUE), splits are SUBSIZED
    // Such a size will induce out of memory errors for incorrect
    // slice implementations
    withData(refLongs()).
            stream(s -> fs.apply(s)).
            without(StreamTestScenario.CLEAR_SIZED_SCENARIOS).
            exercise();
}
 

@Test(dataProvider = "Stream.limit")
public void testSubsizedWithRange(String description, UnaryOperator<Stream<Long>> fs) {
    // Range is [0, Long.MAX_VALUE), splits are SUBSIZED
    // Such a size will induce out of memory errors for incorrect
    // slice implementations
    withData(refLongs()).
            stream(s -> fs.apply(s)).
            without(StreamTestScenario.PAR_STREAM_TO_ARRAY_CLEAR_SIZED).
            exercise();
}
 

@Test(dataProvider = "Stream.limit")
public void testSubsizedWithRange(String description, UnaryOperator<Stream<Long>> fs) {
    // Range is [0, Long.MAX_VALUE), splits are SUBSIZED
    // Such a size will induce out of memory errors for incorrect
    // slice implementations
    withData(refLongs()).
            stream(s -> fs.apply(s)).
            without(StreamTestScenario.PAR_STREAM_TO_ARRAY_CLEAR_SIZED).
            exercise();
}