@Test(dataProvider = "flags")
public void setXAndGetConfigurationBehaveAsExpeced(List<Boolean> flags) {
// builder with no template
XId linkConfigId = XId.newId();
Builder builder = LinkConfiguration.builder(linkConfigId);
for (Fragment fragment : Fragment.values()) {
setConfigParameter(flags, builder, fragment);
}
LinkConfiguration linkConfig = builder.newInstance();
assertThat(
"", //
linkConfig.getId(),
isEqualTo(linkConfigId));
for (Fragment fragment : Fragment.values()) {
testConfigsParameter(flags, linkConfig, fragment, LinkConfiguration.DEFAULT_CONFIGURATION);
}
// builder with template
linkConfigId = XId.newId();
builder = LinkConfiguration.builder(linkConfigId).setTemplate(TEMPLATE);
for (Fragment fragment : Fragment.values()) {
setConfigParameter(flags, builder, fragment);
}
linkConfig = builder.newInstance();
assertThat(
"", //
linkConfig.getId(),
isEqualTo(linkConfigId));
for (Fragment fragment : Fragment.values()) {
testConfigsParameter(flags, linkConfig, fragment, TEMPLATE);
}
}
@SuppressWarnings("unchecked")
private void setConfigParameter(List<Boolean> flags, Builder builder, Fragment fragment) {
int index = fragment.ordinal();
if (flags.get(index)) {
Builder b = null;
switch (fragment) {
case CAPACITY:
b =
builder.setCapacity( //
(Range<Float>) RANGES[2 * index], //
(Range<Float>) RANGES[2 * index + 1]);
break;
case CAPACITY_ATTACK:
b =
builder.setCapacityAttack( //
(Range<Float>) RANGES[2 * index], //
(Range<Float>) RANGES[2 * index + 1]);
break;
case CAPACITY_DECAY:
b =
builder.setCapacityDecay( //
(Range<Float>) RANGES[2 * index], //
(Range<Float>) RANGES[2 * index + 1]);
break;
case STRENGTH:
b =
builder.setStrength( //
(Range<Float>) RANGES[2 * index], //
(Range<Float>) RANGES[2 * index + 1]);
break;
case STRENGTH_ATTACK:
b =
builder.setStrengthAttack( //
(Range<Float>) RANGES[2 * index], //
(Range<Float>) RANGES[2 * index + 1]);
break;
case STRENGTH_DECAY:
b =
builder.setStrengthDecay( //
(Range<Float>) RANGES[2 * index], //
(Range<Float>) RANGES[2 * index + 1]);
break;
case IS_INHIBITORY:
b =
builder.setInhibitoryFlag( //
(Range<Boolean>) RANGES[2 * index], //
(Range<Boolean>) RANGES[2 * index + 1]);
break;
default:
// nothing to set, just assign for post set test
b = builder;
break;
}
assertThat(
"", //
b,
isSameAs(builder));
}
}
static {
List<Boolean> addFlags = new ArrayList<Boolean>();
for (int i = 0; i < Fragment.values().length; i++) {
addFlags.add(RandomUtil.nextBoolean());
}
List<List<Boolean>> testFlags = new ArrayList<List<Boolean>>();
for (int i = 0; i < Fragment.values().length; i++) {
Collections.rotate(addFlags, 1);
testFlags.add(new ArrayList<Boolean>(addFlags));
}
FLAGS = TestUtils.createData(testFlags.toArray());
List<Range<?>> ranges = new ArrayList<Range<?>>();
for (Fragment fragment : Fragment.values()) {
switch (fragment) {
case IS_INHIBITORY:
ranges.add(Range.getInstance(false, true));
ranges.add(Range.getInstance(false, true));
break;
default:
ranges.add(Range.getInstance(RandomUtils.nextFloat()));
ranges.add(Range.getInstance(RandomUtils.nextFloat()));
break;
}
}
RANGES = ranges.toArray(new Range<?>[0]);
TEMPLATE =
LinkConfiguration //
.builder() //
.setCapacity(Range.<Float>openRange(), null) //
.setCapacityAttack(Range.<Float>openRange(), null) //
.setCapacityDecay(Range.<Float>openRange(), null) //
.setStrength(Range.<Float>openRange(), null) //
.setStrengthAttack(Range.<Float>openRange(), null) //
.setStrengthDecay(Range.<Float>openRange(), null) //
.setInhibitoryFlag(Range.<Boolean>openRange(), null) //
.newInstance();
}
private void testConfigsParameter(
List<Boolean> flags,
LinkConfiguration linkConfig,
Fragment fragment,
LinkConfiguration template) {
if (!Fragment.OUTPUT_ENERGY.equals(fragment)) {
int index = fragment.ordinal();
if (flags.get(index)) {
assertThat(
fragment.getParameterId().toString(), //
((RangeXParameter<?>) linkConfig.getParameter(fragment.getParameterId()))
.getLifetimeRange(), //
isEqualTo(RANGES[2 * index]));
assertThat(
fragment.getParameterId().toString(), //
((RangeXParameter<?>) linkConfig.getParameter(fragment.getParameterId()))
.getInitialRange(), //
isEqualTo(RANGES[2 * index + 1]));
} else {
assertThat(
fragment.getParameterId().toString(), //
((RangeXParameter<?>) linkConfig.getParameter(fragment.getParameterId()))
.getLifetimeRange(), //
isEqualTo(
((RangeXParameter<?>) template.getParameter(fragment.getParameterId()))
.getLifetimeRange()));
assertThat(
fragment.getParameterId().toString(), //
((RangeXParameter<?>) linkConfig.getParameter(fragment.getParameterId()))
.getInitialRange(), //
isEqualTo(
((RangeXParameter<?>) template.getParameter(fragment.getParameterId()))
.getInitialRange()));
}
}
}