@Override
public void wait(String message, long timeoutInMilliseconds, long intervalInMilliseconds) {
try {
super.wait(message, timeoutInMilliseconds, intervalInMilliseconds);
} catch (Throwable t) {
}
}
private static void gas(double chance) {
if (Random.whole() <= chance) {
Wait.milliseconds(322);
System.out.print("\n\n");
Burp burp = new Burp();
if (Random.whole() <= .12) gas(1);
}
}
@SuppressWarnings("unchecked")
@Test
public void shouldSilentlyCaptureNoSuchWindowExceptions() {
final ExpectedCondition<WebElement> condition = mock(ExpectedCondition.class);
checking(
new Expectations() {
{
one(condition).apply(mockDriver);
will(throwException(new NoSuchWindowException("foo")));
one(condition).apply(mockDriver);
will(returnValue(true));
}
});
TickingClock clock = new TickingClock(500);
Wait<WebDriver> wait = new WebDriverWait(mockDriver, clock, clock, 5, 500);
wait.until(condition);
}
/**
* Types characters and check that output will not change for defined time (queue delay) and when
* it actually change, check that it have value of input and that counters are printed right.
*/
@Test
public void testRequestDelay() {
Integer[] delays = stringsToInteger.transform(MSG_DELAY_LIST);
for (final int delay : delays) {
setQueue(delay, false, false);
// initiate time borders for the test
final long start = currentTime();
final long end = start + 10000;
// create a buffer for whole text in input
final StringBuffer typedText = new StringBuffer();
// type at least 3 and at most 100 characters and don't exhause
// border of 10 sec. for this tests
while (typedText.length() <= 3 || (typedText.length() <= 100 && currentTime() < end)) {
final String lastText = typedText.toString();
// type char '1-9' like last decimal char of buffer's length
typedText.append(Integer.toString(typedText.length() % 10));
selenium.type(LOC_INPUT_TYPED_TEXT, typedText.toString());
final long eventTime = currentTime();
selenium.fireEvent(LOC_INPUT_TYPED_TEXT, Event.KEYUP);
// check that text will not change for defined time (delay)
Wait.dontFail()
.interval(delay / 4)
.timeout(delay)
.until(
new Condition() {
public boolean isTrue() {
final String actualText = selenium.getText(LOC_OUTPUT_TYPED_TEXT);
long currentTime = currentTime();
assertTrue(currentTime >= eventTime + delay || lastText.equals(actualText));
return currentTime >= eventTime + delay;
}
});
// wait for output actually changes to value of input
waitForTextEquals(LOC_OUTPUT_TYPED_TEXT, typedText.toString());
// check that all output counts are right
String actualCount = Integer.toString(typedText.length());
assertEquals(actualCount, selenium.getText(LOC_OUTPUT_EVENTS_COUNT));
assertEquals(actualCount, selenium.getText(LOC_OUTPUT_REQUESTS_COUNT));
assertEquals(actualCount, selenium.getText(LOC_OUTPUT_DOM_UPDATES_COUNT));
}
}
}
public void run() {
for (int j = 0; j < 20; j++) butI[j].removeActionListener(this);
Wait.manySec(10);
if (but.getIcon() == butn.getIcon()) {
but.setVisible(false);
butn.setVisible(false);
} else {
but.setIcon(iconOrg);
butn.setIcon(iconOrg);
}
isVisibl();
for (int j = 0; j < 20; j++) butI[j].addActionListener(this);
}
@Override
public void handleEvent(PersonDepartureEvent event) {
try {
if (transitDriverIds.contains(event.getPersonId())) return;
TravellerChain chain = chains.get(event.getPersonId());
Journey journey;
Trip trip;
switch (event.getLegMode()) {
case TransportMode.walk:
// fall through to the next
case TransportMode.transit_walk:
if (!chain.traveling) {
chain.traveling = true;
journey = chain.addJourney();
journey.setOrig(network.getLinks().get(event.getLinkId()).getCoord());
journey.setFromAct(chain.getActs().getLast());
journey.setStartTime(event.getTime());
Walk walk = journey.addWalk();
walk.setAccessWalk(true);
walk.setStartTime(event.getTime());
walk.setOrig(journey.getOrig());
} else {
journey = chain.getJourneys().getLast();
Walk walk = journey.addWalk();
walk.setStartTime(event.getTime());
walk.setOrig(network.getLinks().get(event.getLinkId()).getCoord());
journey.getPossibleTransfer().getWalks().add(walk);
}
break;
case TransportMode.car:
chain.inCar = true;
journey = chain.addJourney();
journey.setCarJourney(true);
journey.setOrig(network.getLinks().get(event.getLinkId()).getCoord());
journey.setFromAct(chain.getActs().getLast());
journey.setStartTime(event.getTime());
trip = journey.addTrip();
trip.setMode("car");
trip.setStartTime(event.getTime());
break;
case TransportMode.pt:
if (isTransitScenario) {
// person waits till they enter the vehicle
journey = chain.getJourneys().getLast();
Wait wait = journey.addWait();
if (journey.getWaits().size() == 1) wait.setAccessWait(true);
wait.setStartTime(event.getTime());
wait.setCoord(network.getLinks().get(event.getLinkId()).getCoord());
if (!wait.isAccessWait()) {
journey.getPossibleTransfer().getWaits().add(wait);
}
} else {
journey = chain.addJourney();
journey.setTeleportJourney(true);
journey.setOrig(network.getLinks().get(event.getLinkId()).getCoord());
journey.setFromAct(chain.getActs().getLast());
journey.setStartTime(event.getTime());
journey.setMainmode(event.getLegMode());
trip = journey.addTrip();
trip.setMode(event.getLegMode());
trip.setStartTime(event.getTime());
}
break;
default:
journey = chain.addJourney();
journey.setTeleportJourney(true);
journey.setOrig(network.getLinks().get(event.getLinkId()).getCoord());
journey.setFromAct(chain.getActs().getLast());
journey.setStartTime(event.getTime());
journey.setMainmode(event.getLegMode());
trip = journey.addTrip();
trip.setMode(event.getLegMode());
trip.setStartTime(event.getTime());
break;
}
} catch (Exception e) {
System.err.println(e.getStackTrace());
System.err.println(event.toString());
}
}
public Drink(Player player, Scenario scenario, boolean World, boolean from_Ahead) {
boolean tavern = scenario.environment.tavern,
waterskin_specific =
Array.subcontainment_case_ignored(
Act.input_backup,
Array.combine(triggers_subsafe_uncolloquial_specific, new String[] {"inv"})),
resupplying =
Array.subcontainment_case_ignored(
Act.input_backup, triggers_subsafe_uncolloquial_resupplies),
resupplying_order = Random.binary();
if (resupplying && resupplying_order) {
Eat eat = new Eat(player, scenario, true, World, from_Ahead);
}
String quench_your_thirst_phrase =
Random.text_of(triggers_subsafe_verbs_colloquial)
+ " your "
+ Random.text_of(triggers_subsafe_objects_colloquial);
if (World || from_Ahead) {
if (tavern && (!waterskin_specific || resupplying)) {
if (resupplying) extra(player, new int[] {player.water_max - player.water}, tavern);
else {
Type.delay(
Random.text_of(new String[] {"🍶", "🍷"})
+ ": You "
+ Random.text_of(ordering_statements)
+ Random.text_of(new String[] {"", " at the bar"})
+ ".");
drink(player, 1, player.quenched, new int[] {0, 1, 1, 2, 2, 3}, tavern, .2);
}
} else if (Array.subcontainment_case_ignored(
Act.input_backup, triggers_subsafe_uncolloquial_ordering)
|| Array.containment_case_ignored(
triggers_nonsubsafe_uncolloquial_ordering, Act.input_backup)) {
Type.delay_line(
Random.text_of(
new String[] {"You are not in a tavern.", "There is no bartender here!"}));
} else if ((!waterskin_specific && scenario.environment.water && Random.whole() <= .95)
|| (scenario.environment.water && resupplying)) {
Wait.milliseconds(400);
Type.delay(
"💧: "
+ Random.text_of(
new String[] {
"You find some water available here", "You access the water source here"
})
+ ".");
if (resupplying) extra(player, new int[] {player.water_max - player.water}, tavern);
else {
if (scenario.environment.snowy)
Type.delay_line(
"❄: "
+ Random.text_of(
new String[] {
"You feel cold.",
"That was chilling.",
"You shiver.",
"That was cold water!"
}));
drink(
player,
1,
Random.integer_of(new int[] {player.quenched - 1, player.quenched}),
new int[] {0, 0, 0, 0, 1, 1, 1, 1, 2, 2, 2, 3},
tavern,
.1);
}
} else if (player.water >= 1 && !resupplying) {
int drunk = 1;
if (Random.whole() <= .8) {
drunk = player.quenched - player.wetness;
while (drunk > player.water) drunk--;
if (drunk == 0) drunk = 1;
} else drunk = Random.integer_of(new int[] {1, 1, 1, 1, 1, 2, 2, 2, 3});
player.water -= drunk;
Type.delay(
"💧: You "
+ Random.text_of(
new String[] {
"drink"
+ Random.text_of(
new String[] {
"",
" "
+ Random.text_of(
new String[] {
"some water",
"some of your water",
"from your waterskin",
"some water from your waterskin",
"a few sips of water"
+ Random.text_of(
new String[] {"", " from your waterskin"})
}),
}),
"sip "
+ Random.text_of(
new String[] {
"some water",
"on some water",
"some of your water",
"on some of your water",
"from your waterskin",
"on your waterskin",
"some water from your waterskin"
}),
Random.text_of(triggers_subsafe_colloquial_guzzles)
+ " "
+ Random.text_of(
new String[] {
"some water", "some of your water", "some water from your waterskin"
}),
quench_your_thirst_phrase
})
+ ".");
drink(player, drunk, drunk, new int[] {}, tavern, .1);
}
// type a statement explaining why the player cannot drink //
else {
if (resupplying)
Type.delay_line(
Random.text_of(
new String[] {
"There is no drinkable water nearby",
"You have no clean water around to fill your waterskin with"
})
+ ".");
else
Type.delay_line(
"You have no water"
+ Random.text_of(
new String[] {
"",
" "
+ Random.text_of(new String[] {"", "available", "left"})
+ Random.text_of(
new String[] {"", " to " + quench_your_thirst_phrase + " with"}),
"in your waterskin, nor is there any good water around",
"on hand, and there is nothing here to " + quench_your_thirst_phrase,
"with you, and there is no good drinking water here"
})
+ ".");
}
} else {
if (resupplying) Type.delay_line("You have no time to resupply during combat!");
else {
Type.delay_line(
"You have no time to "
+ Random.text_of(
new String[] {
"drink",
Random.text_of(triggers_subsafe_colloquial_guzzles)
+ " "
+ Random.text_of(new String[] {"", "any "})
+ "water",
"take a "
+ Random.text_of(triggers_subsafe_colloquial_guzzles)
+ Random.text_of(new String[] {"", " of water"}),
quench_your_thirst_phrase,
})
+ " during combat!");
}
}
if (resupplying && !resupplying_order) {
Eat eat = new Eat(player, scenario, true, World, from_Ahead);
}
}
