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one can plug into an Ethernet jack and gain access to the Physical layer of the network However, higher layers are not necessarily open, either through the limited station isolation provided through an Ethernet switch, or through virtual LAN (VLAN) network privacy Private networks simply implement a crude method of VLAN through a network name and associated password This can be a significant advantage, as the casual user cannot simply jump onto a wireless LAN and perhaps use sniffer technology to penetrate further Encryption methods may also be an enhanced feature that is important to a network administrator While conventional wired networks do indeed emit tiny signals that can be picked up by an intruder, at least they do not intentionally broadcast network traffic But your sensitive data, from correspondence to personnel information, passes along any network, and now can be broadcast to the nearby world through the wonder of WLANs The only way to deal with this real or perceived threat is to encrypt all data passing over the WLAN Many encryption standards are available, and this fact can lead to incompatible enhancements between manufacturers

< xml version="10" encoding="UTF-8" > <!DOCTYPE plist PUBLIC "-//Apple//DTD PLIST 10//EN" "http://wwwapplecom/DTDs/PropertyList-10dtd"> <plist version="10"> <dict> <key>age</key> <integer>40</integer> <key>kids</key> <array> <string>Nicolas</string> <string>Juliana</string> </array> <key>name</key> <string>James</string> </dict> </plist>

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Before we get into planning the wireless network, let s look at the types of wireless links Regardless of the type of WLAN technology, there are basically three types of links, of which two are closely related (Fig 137) Indoor Point-to-Multipoint LANs The majority of WLAN implementations are made within a building (Fig 137a) Invariably, these are multipoint connections, although rarely a point-to-point link is made to span a large distance in an industrial plant or an aircraft hanger These indoor point-to-point links are sometimes best accomplished with infrared links, as none of the disadvantages normally associated with outdoor infrared links are present The typical indoor LAN serves to link wireless workstations to a corporate LAN backbone Access points (APs) are distributed throughout the building to provide wireless coverage at all the needed locations Often, the APs are mounted above the ceiling tiles and out of view, except for an unobtrusive antenna Multipoint LANs may also be implemented without APs, but this is normally limited to a small number of devices within a particular room, as there is no straightforward method to distribute the signal to other areas

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[Session started at 2009-02-15 14:25:19 -0500] 2009-02-15 14:25:21487 Properties[729:20b] /Users/jamesbrannan/Library/Application Support/iPhone Simulator/User/Applications/01AB70B1-26C5-4DE5-B222 -264710477218/Documents/propertiesplist 2009-02-15 14:25:21488 Properties[729:20b] property file exists 2009-02-15 14:25:21492 Properties[729:20b] name: James 2009-02-15 14:25:21497 Properties[729:20b] age: 40 2009-02-15 14:25:21497 Properties[729:20b] kid: Nicolas 2009-02-15 14:25:21499 Properties[729:20b] kid: Juliana

Outdoor Point-to-Point Links An outdoor point-to-point connection is typically made to connect two buildings, each with an internal wired network (Fig 137b) The main differences from the indoor network are that the APs must use special bridging software, and that weatherproof outdoor directional antennas are connected via an appropriate length of RF cable to the indoor-mounted AP The server is then connected to the wired LAN, and the bridge is complete The operation is somewhat more complex than the classic wireless LAN, because each building may have an extensive wired LAN, and the appropriate bridge tables must be constructed by either wireless server/bridge A router function could also be employed, which would allow the buildings to have separate network addressed (IP subnets, or IPX network numbers) Bridges intended for outdoor point-to-point operation require special software on the AP Outdoor point-to-point bridging can span distances of up to 20 km, if there is clear line of sight and high-gain directional antennas are used However, it is sometimes possible to bounce signals off buildings and other structures Other considerations are the provision of very low loss RF cable to the antennas and lightning protection for the outdoor structures

You can only serialize and deserialize property list objects Moreover, all of a property list object s constituent objects must also be property list objects This limitation hinders the usefulness of property lists Thus, rather than using a property list, you can use archiving Archiving is a more flexible approach to persisting an object than a property list You create an archive using an NSKeyedArchiver This class persists any object that adopts the NSCoding protocol You reconstitute an object by using NSKeyedArchiver s complement, the NSKeyedUnarchiver class In this section, you learn how to create a class that adopts the NSCoding protocol You then learn how to archive and unarchive this class

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