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The MIDlet then reads the HTTP response sent by the server The HTTP response consists of several components, which are discussed in the previous section Components can be read in any order, although the status line should be read first to determine the status of the response The MIDlet calls the getResponseCode() method and getResponseMessage() method to retrieve the status line code and status line message from the HTTP response Both are displayed on the console for illustrative purposes If the server successfully fulfills the request, the response code has the value of HTTP_OK; otherwise the request isn t fulfilled and the server sends a different response code The MIDlet uses a conditional expression in the if statement to determine whether the response code is equivalent to HTTP_OK If so, then the values of the selected HTTP header fields are read and displayed on the console for illustrative purposes You don t need to read HTTP header fields unless you require them to process the HTTP response The Quick Reference Guide section at the end of this chapter contains a list of HttpConnection methods that you can use to retrieve connection information from an HTTP response First, the header field and header key field are retrieved by passing the field index to the getHeaderField() method and getHeaderFieldKey() method Next, the date of the header field is retrieved by passing the getHeaderField() method the name of the header field The MIDlet then reads the body of the HTTP response There are two techniques for reading the body First, you can read the entire contents of the body into an array, which is possible only if the length of the content can be determined by the MIDlet If the length cannot be determined, the second technique is used to read each byte of the contents of the body The MIDlet begins reading the body of the HTTP response by creating a string to hold the contents and opening an input stream to read the contents The input stream is opened by calling the openInputStream method() Once the input stream is opened, the getLength() method is called to determine the length of the content of the body of the HTTP response The getLength() method returns an int that represents either the length of the body or a 1, which means that the length cannot be established If the return value of getLength() is not a 1, the MIDlet proceeds to read the entire contents of the body into an array First, a byte array is created using the value returned by the getLength() method to determine the size of the array Next, the read() method is called and passed the name of the byte array The read() method copies the contents of the body into the byte array The byte array is then assigned to a string If the return value of getLength() is 1, the MIDlet cannot determine the size of the content of the body and therefore must read the content a byte at a time The MIDlet begins this process by creating a ByteArrayOutputStream The read() method is called as a component of the conditional expression in the while loop The read() method returns a byte from the contents of the body of the HTTP response, which is compared to 1 A 1 indicates the end of the stream The MIDlet calls.

7 Align the hikingjpg image to the right of the text in that section 8 Align the raftingjpg image to the left of the text in that section 9 Save the file 10 Open your web browser and choose File | Open Page (or Open File or Open, depending on

13:

changes, return to your text editor to make changes When you finish, save the file and switch back to the browser Choose Refresh or Reload to preview the changes you just made If you re using Chop Point, you can compare your files to the following code and Figure 6-10

Here are the steps required to use an HttpConnection to communicate with a server: 1 Declare references

Code before this section stays the same <a name="hiking"><h2>Hiking Trips</h2></a> <a href="hikinghtml" title="Click to learn more about our hiking trips"><img

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2 Obtain a reference to the instance of the Display class 3 Create an instance of a Command class to exit the MIDlet 4 Create an instance of a Command class to start the MIDlet 5 Create an instance of the Form class 6 Associate the instance of the Command class to the instance of the Form class 7 Associate a CommandListener with the instance of the Form class 8 Display the instance of the Form class on the screen 9 If the Start command is selected, create an HttpConnection reference and an InputStream reference 10 Open an HTTP connection 11 Set the request method and required properties 12 Set the Connection field to close 13 Read the response code and response message, and print them to the console 14 If HttpConnectionHTTP_OK is received, read header fields and the header field key, and display them on the console 15 Open the input stream and determine the number of bytes to be read from the input stream (length) 16 If the length of the input stream cannot be determined, create a byte array the size of the length of the input stream 17 Read bytes from the input stream into the byte array 18 Assign the byte array to a string 19 If the length of the input stream can be determined, create a ByteArrayOutputStream 20 Read each byte from the input stream and into the ByteArrayOutputStream 21 Assign the ByteArrayOutputStream to a string 22 Close the byte stream 23 Print the string to the console

Captured at: 15017728 Length: 66 Status: Ok Ethernet: Destination Address 333300000002 <333300000002> Ethernet: Multicast Address Ethernet: Local Address Ethernet: Source Address 00A0246FB702 <00A0246FB702> Ethernet: Individual Address Ethernet: Universal Address Ethernet: Ethernet V2, Type IPv6 <86DD> IPv6: Version: 6 <6F> IPv6: Priority: 15 IPv6: Flow Label: 0x000000 (Packet Do Not Belong To a Flow Carry) IPv6: Payload Length: 8 <0008> IPv6: Next Header: 58 Internet Control Message Protocol <3A> IPv6: Hop Limit: 255 <FF> IPv6: Source Address: FE80::A0:246F:B702 IPv6: Destination Address: FF02::2 ICMPv6: Type: 133 Router Solicitation <85> ICMPv6: Code: 0 <00> ICMPv6: Checksum: 0xA125 <A125> ICMPv6: Reserved: 0x00000000 <00000000> Frame Tail OFFST DATA ASCII 003E: 3D BE 4C 0B =L

24 Trap errors thrown during this process 25 If the Exit command is selected, terminate the MIDlet 26 Trap exceptions thrown within the commandAction() method 27 If the MIDletStateChangeException is thrown, indicate that conditions are now safe to terminate the MIDlet by assigning a true value to the exit flag variable 28 Terminate the MIDlet when the Exit command is entered the second time

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