private void fastTyping() {
StringBuffer text = new StringBuffer();
for (int i = 1; i <= 75; i++) {
text.append(MSG_CHAR_FAST_TYPING);
selenium.type(LOC_INPUT_TYPED_TEXT, text.toString());
selenium.fireEvent(LOC_INPUT_TYPED_TEXT, Event.KEYUP);
}
waitModelUpdate.waitForTimeout();
}
/**
* 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));
}
}
}
@Test
public void testInvalidBewit4() throws Exception {
// Test an invalid bewit due to missing mac
SimpleHttpServer server = new SimpleHttpServer(this.testcredentials1, null);
// Calculate expiry from ttl and current time
Long expiry = System.currentTimeMillis() / 1000L + 120L;
// final String mac = Hawk.calculateMAC(this.testcredentials1, Hawk.AuthType.BEWIT, expiry,
// new URI(BASEBEWITURI), null, null, null, null);
final StringBuffer sb = new StringBuffer(256);
sb.append(this.testcredentials1.getKeyId());
sb.append('\\');
sb.append(String.valueOf(expiry));
sb.append('\\');
sb.append('\\');
final String bewit = BaseEncoding.base64().encode(sb.toString().getBytes());
try {
URI testUri = new URI(BASEBEWITURI + "?bewit=" + bewit);
final HttpURLConnection connection = connect(testUri, null, null);
assertEquals(connection.getResponseCode(), 401);
} finally {
server.stop();
}
}