}
        return difference(multiset1, multiset2);
      }
    };
  }

  private static final ImmutableMultiset<String> ELEMENTS_TO_FILTER_OUT =
      ImmutableMultiset.of("foobar", "bazfoo", "foobar", "foobar");

  private static final Predicate<String> PREDICATE = not(Predicates.in(ELEMENTS_TO_FILTER_OUT));

  private static TestStringMultisetGenerator filteredGenerator() {

text=foobar...

    assertChecksum(CRC_32, "");
    assertChecksum(CRC_32, "Z");
    assertChecksum(CRC_32, "foobar");
  }

  public void testAdler32_equalsChecksumValue() throws Exception {
    assertChecksum(ADLER_32, "");
    assertChecksum(ADLER_32, "Z");
    assertChecksum(ADLER_32, "foobar");
  }

  public void testCrc32_knownValues() throws Exception {
    assertHash32(0x1C8600E3, CRC_32, "hell");

The following self-signed certificate is issued for `consoleAdmin`. So, MinIO would associate it with the pre-defined `consoleAdmin` policy.

```
Certificate:
    Data:
        Version: 3 (0x2)

        publicSuffix = publicSuffix.replace("\\*".toRegex(), "square")
      }
      assertThat(publicSuffixDatabase.getEffectiveTldPlusOne(publicSuffix)).isNull()
      val test = "foobar.$publicSuffix"
      assertThat(publicSuffixDatabase.getEffectiveTldPlusOne(test)).isEqualTo(test)
    }
  }

  @Test
  fun publicSuffixExceptions() {
    val buffer = Buffer()

    void testCreateExactMatcher() {
        RequirementMatcher matcher;
        matcher = RequirementMatcherFactory.createExactMatcher("foo");
        assertFalse(matcher.matches("bar"));
        assertFalse(matcher.matches("foobar"));
        assertFalse(matcher.matches("foob"));
        assertTrue(matcher.matches("foo"));
    }

    /**
     * Test of createVersionMatcher method, of class RequirementMatcherFactory.
     */
    @Test

    * Ancak o endpoint için authentication gereklidir.
    * Bu yüzden API’mizle authenticate olmak için `Authorization` header’ını, `Bearer ` + token değeriyle gönderir.
    * Token `foobar` içeriyorsa `Authorization` header’ının içeriği `Bearer foobar` olur.

## **FastAPI**’nin `OAuth2PasswordBearer`’ı { #fastapis-oauth2passwordbearer }

    * So, to authenticate with our API, it sends a header `Authorization` with a value of `Bearer ` plus the token.
    * If the token contains `foobar`, the content of the `Authorization` header would be: `Bearer foobar`.

## **FastAPI**'s `OAuth2PasswordBearer` { #fastapis-oauth2passwordbearer }

**FastAPI** provides several tools, at different levels of abstraction, to implement these security features.

    - Donc, pour s'authentifier auprès de notre API, il envoie un en-tête `Authorization` avec une valeur `Bearer ` suivie du token.
    - Si le token contient `foobar`, le contenu de l'en-tête `Authorization` serait : `Bearer foobar`.

## Le `OAuth2PasswordBearer` de **FastAPI** { #fastapis-oauth2passwordbearer }

    * Поэтому, чтобы аутентифицироваться в нашем API, он отправляет HTTP-заголовок `Authorization` со значением `Bearer ` плюс сам токен.
    * Если токен содержит `foobar`, то содержимое заголовка `Authorization` будет: `Bearer foobar`.

## Класс `OAuth2PasswordBearer` в **FastAPI** { #fastapis-oauth2passwordbearer }