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Description Decomposes the invoking string into parts and returns an array that contains the result Each part is delimited by the regular expression passed in regExp Decomposes the invoking string into parts and returns an array that contains the result Each part is delimited by the regular expression passed in regExp The number of pieces is specified by max If max is negative, then the invoking string is fully decomposed Otherwise, if max contains a nonzero value, the last entry in the returned array contains the remainder of the invoking string If max is zero, the invoking string is fully decomposed Returns a substring of the invoking string, beginning at startIndex and stopping at stopIndex This method is required by the CharSequence interface, which is now implemented by String

String[ ] split(String regExp, int max)

he File Transfer Protocol (FTP) has existed for the Internet since around 1971 Remarkably, the protocol has undergone little change since then Clients and servers, on the other hand, have been almost constantly improved and refined This chapter covers the Very Secure FTP Daemon (vsftpd) software package The vsftpd program is a fairly popular FTP server and is being used by major FTP sites such as kernelorg, redhatcom, iscorg, and openbsdorg The fact that these sites run the software attests to its robustness and security As the name implies, the vsftpd software was designed from the ground up to be fast, stable, and secure NOTE Like most other services, vsftpd is only as secure as you make it The authors of the program have provided all of the necessary tools to make the software as secure as possible out of the box, but a bad configuration can cause your site to become vulnerable Remember to double-check your configuration and test it out before going live Also remember to check the vsftpd web site frequently for any software updates

CharSequence subSequence(int startIndex, int stopIndex)

Notice that several of these methods work with regular expressions Regular expressions are described in 27

In this chapter, we will discuss how to obtain, install, and configure the latest version of vsftpd We will show how to configure it for private access as well as anonymous access And finally, we will show how to use the ftp client and test out your new FTP server

StringBuffer is a peer class of String that provides much of the functionality of strings As you know, String represents fixed-length, immutable character sequences In contrast, StringBuffer represents growable and writeable character sequences StringBuffer may have characters and substrings inserted in the middle or appended to the end StringBuffer will automatically grow to make room for such additions and often has more characters preallocated than are actually needed, to allow room for growth Java uses both classes heavily, but many programmers deal only with String and let Java manipulate StringBuffers behind the scenes by using the overloaded + operator

Figure 26-5. The start of creating a My Block After you ve created your small NXT-G collection of blocks that you want to make repeatable, click and drag to select the blocks, as shown in Figure 26-6.

The TCP/IP model is an architectural model that helps describe the components of the TCP/IP protocol suite It is also known by other names: Internet reference model, Department of Defense (DoD) ARPANET reference model The original TCP/IP model (RFC 1122) loosely identifies four layers: Link layer, Internet layer, Transport layer, and Application layer The ISO s OSI (Open Systems Interconnection) model is a well-known reference model for describing the various abstraction layers in networking The OSI model has seven layers: Physical layer, Data Link layer, Network layer, Transport layer, Session layer, Presentation layer, and Application layer The TCP/IP model was created before the OSI model Unfortunately, the OSI model does not have a convenient one-to-one mapping to the original TCP/IP model But fortunately, there doesn t have to be one to make the concepts useful Software and hardware network vendors managed to make a mapping, and a general understanding of what each layer of the OSI model represents in each layer of the TCP/IP model has emerged Figure 11-3 shows the relative mapping between the OSI model and the TCP/IP model In the following section, we will be discussing the layers of the OSI model in more detail