Examples of javax.naming.CompoundName.compareTo()

javax.naming.CompoundName.compareTo()
Compare this CompoundName with the one supplied as a param.
See the definition of the equals() method to see how the direction, ignorecase and trimblanks properties affect the comparison of a CompoundName. Other than that the comparison is the same as that for a CompositeName.
@return a negative number means this is less than the supplied Object o. a positive number means this is greater than the supplied Object o. zero means the two objects are equal. @param o the object to compare - cannot be null. @throws ClassCastException when o is not a compatible class that can be compared or if the object to compare o is null.

    log.setMethod("testCompareTo_Null()");
    CompoundName name;


    name = new CompoundName("a/b/c/d", props);
    try {
      name.compareTo(null);
      fail("compareTo(null) should throw ClassCastException");
    } catch (ClassCastException e) {
    }
  }

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    log.setMethod("testCompareTo_NotCompoundName()");
    CompoundName name;


    name = new CompoundName("a/b/c/d", props);
    try {
      name.compareTo(new CompositeName("a/b/c"));
      fail("compareTo(CompositeName) should throw ClassCastException");
    } catch (ClassCastException e) {
    }
  }

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    props2.put("jndi.syntax.ignorecase", "true");
    props2.put("jndi.syntax.trimblanks", "false");
    CompoundName abcd_ic = new CompoundName("a/b/c/d", props2);
    CompoundName ABCD_ic = new CompoundName("A/B/C/D", props2);
    assertEquals(0, abcd_ic.compareTo(ABCD_ic));
    assertEquals(0, ABCD_ic.compareTo(abcd_ic));
    assertEquals(0, abcd_ic.compareTo(abcd));
    assertEquals(0, abcd.compareTo(abcd_ic));
    assertEquals(0, ABCD_ic.compareTo(abcd));
    assertEquals(32, abcd.compareTo(ABCD_ic));

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    CompoundName ABCD_ic = new CompoundName("A/B/C/D", props2);
    assertEquals(0, abcd_ic.compareTo(ABCD_ic));
    assertEquals(0, ABCD_ic.compareTo(abcd_ic));
    assertEquals(0, abcd_ic.compareTo(abcd));
    assertEquals(0, abcd.compareTo(abcd_ic));
    assertEquals(0, ABCD_ic.compareTo(abcd));
    assertEquals(32, abcd.compareTo(ABCD_ic));


    props2.put("jndi.syntax.ignorecase", "false");
    props2.put("jndi.syntax.trimblanks", "true");
    CompoundName abcd_tb = new CompoundName("a/b/c/d", props2);

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    props2.put("jndi.syntax.ignorecase", "false");
    props2.put("jndi.syntax.trimblanks", "true");
    CompoundName abcd_tb = new CompoundName("a/b/c/d", props2);
    CompoundName _a_b_c_d_tb = new CompoundName(" a / b / c / d ", props2);
    assertEquals(0, abcd_tb.compareTo(_a_b_c_d_tb));
    assertEquals(0, _a_b_c_d_tb.compareTo(abcd_tb));
    assertEquals(0, abcd_tb.compareTo(abcd));
    assertEquals(0, abcd.compareTo(abcd_tb));
    assertEquals(65, abcd.compareTo(_a_b_c_d_tb));
    assertEquals(0, _a_b_c_d_tb.compareTo(abcd));
  }

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    assertEquals(0, abcd_tb.compareTo(_a_b_c_d_tb));
    assertEquals(0, _a_b_c_d_tb.compareTo(abcd_tb));
    assertEquals(0, abcd_tb.compareTo(abcd));
    assertEquals(0, abcd.compareTo(abcd_tb));
    assertEquals(65, abcd.compareTo(_a_b_c_d_tb));
    assertEquals(0, _a_b_c_d_tb.compareTo(abcd));
  }


  public void testSize() throws InvalidNameException {
    log.setMethod("testSize()");
    CompoundName name;

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    log.setMethod("testCompareTo_Null()");
    CompoundName name;


    name = new CompoundName("a/b/c/d", props);
    try {
      name.compareTo(null);
      fail("compareTo(null) should throw ClassCastException");
    } catch (ClassCastException e) {
    }
  }

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    log.setMethod("testCompareTo_NotCompoundName()");
    CompoundName name;


    name = new CompoundName("a/b/c/d", props);
    try {
      name.compareTo(new CompositeName("a/b/c"));
      fail("compareTo(CompositeName) should throw ClassCastException");
    } catch (ClassCastException e) {
    }
  }

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    props2.put("jndi.syntax.ignorecase", "true");
    props2.put("jndi.syntax.trimblanks", "false");
    CompoundName abcd_ic = new CompoundName("a/b/c/d", props2);
    CompoundName ABCD_ic = new CompoundName("A/B/C/D", props2);
    assertEquals(0, abcd_ic.compareTo(ABCD_ic));
    assertEquals(0, ABCD_ic.compareTo(abcd_ic));
    assertEquals(0, abcd_ic.compareTo(abcd));
    assertEquals(0, abcd.compareTo(abcd_ic));
    assertEquals(0, ABCD_ic.compareTo(abcd));
    assertEquals(32, abcd.compareTo(ABCD_ic));

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    CompoundName ABCD_ic = new CompoundName("A/B/C/D", props2);
    assertEquals(0, abcd_ic.compareTo(ABCD_ic));
    assertEquals(0, ABCD_ic.compareTo(abcd_ic));
    assertEquals(0, abcd_ic.compareTo(abcd));
    assertEquals(0, abcd.compareTo(abcd_ic));
    assertEquals(0, ABCD_ic.compareTo(abcd));
    assertEquals(32, abcd.compareTo(ABCD_ic));


    props2.put("jndi.syntax.ignorecase", "false");
    props2.put("jndi.syntax.trimblanks", "true");
    CompoundName abcd_tb = new CompoundName("a/b/c/d", props2);

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