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are both true A second form of startsWith( ), shown here, lets you specify a starting point: boolean startsWith(String str, int startIndex) Here, startIndex specifies the index into the invoking string at which point the search will begin For example,

The RECEIVE MESSAGE block works similarly to the SEND MESSAGE block. Select the mailbox number from the drop-down menu in the Mailbox section. Again, the mailboxes are numbered 1 to 10. You must also select the type of data you are expecting to receive from the SEND MESSAGE block (Text, Number, or Logic) in the drop-down menu in the Message section. You ll notice that in the Message section there is a Compare to text box. If you enter a value in this box, a True or False logic value will be determined, and using an output data wire, you can obtain this logic value to give it to another block. For example, if Mailbox 3 is holding a Number data type value of 250, your RECEIVE MESSAGE block is configured to read a Number value from Mailbox 3, and you ve entered 250 in the Compare to text box, a True value will result from the comparison. Now, for a quick example of a simple program, let s take the following pseudo-code and convert it to an NXT-G program: Me: SPOT, move forward until your Ultrasonic sensor detects an object at least 10 inches in front of you. Me: Read the value on your Light sensor. Me: Send the Light sensor Intensity value to SPOT2 using Mailbox 3. As you can see from Figure 25-8, I ve created a simple program that causes SPOT to start moving forward (unlimited duration) while monitoring his Ultrasonic sensor. When the Ultrasonic sensor is triggered, the second MOVE block stops motors B and C. The Light sensor takes a reading, and this value is sent to the SEND MESSAGE block using a data wire configured to hold a Number value.

16:

"Foobar"startsWith("bar", 3)

It is important to understand that the equals( ) method and the == operator perform two different operations As just explained, the equals( ) method compares the characters inside a String object The == operator compares two object references to see whether they refer to the same instance The following program shows how two different String objects can contain the same characters, but references to these objects will not compare as equal:

To query the local name server for the IPv6 reverse lookup information (PTR RR) for 2001:db8::2, type

// equals() vs == class EqualsNotEqualTo {

15:

The dig program is incredibly powerful Its options are too numerous to properly cover here You should read the man page that was installed with dig to learn how to use some of its more advanced features

public static void main(String args[]) { String s1 = "Hello"; String s2 = new String(s1); Systemoutprintln(s1 + " equals " + s2 + " -> " + s1equals(s2)); Systemoutprintln(s1 + " == " + s2 + " -> " + (s1 == s2)); } }

The variable s1 refers to the String instance created by Hello The object referred to by s2 is created with s1 as an initializer Thus, the contents of the two String objects are identical, but they are distinct objects This means that s1 and s2 do not refer to the same objects and are, therefore, not ==, as is shown here by the output of the preceding example: Hello equals Hello -> true Hello == Hello -> false