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Configuring file-sharing security can be one of the more challenging aspects of working with shared computer data in a networked environment. The challenge is twofold how do you keep files accessible to those who need them while simultaneously keeping them inaccessible to those who don t Sharing files over a network is also an inherently dangerous activity. Other computers users can access files on your system without physically gaining access to your computer; thus, if configured incorrectly, the wrong data can easily get into the wrong hands, which can prove to be catastrophic. However, in most environments, it is crucial that multiple computers have access to data on a single computer. So, how do we manage this file-sharing conundrum In 3 we discussed how to apply security settings to users and groups. In this chapter, we will discuss these security settings as they apply to sharing files. We ll explore the security differences between file sharing between Macs on a peer-to-peer network versus a central file-sharing networked system, and we ll look at how to strengthen these file-sharing policies in a networked Mac environment using the native tools within Mac OS X (Apple Filing Protocol when file sharing with other Macs, and Samba to connect a Windows-based machine to a Mac.). We ll also look at third-party software, DAVE and FTP.

Figure 4-13. SQLiteManager application and isTransaction checkbox is checked. Once you click the Rollback button the transaction will reverse, as shown in Figure 4-14.

If you write custom document applications and wish to have them behave like Office 2003 applications, you must incorporate the dialogview method. The basic approach is to programmatically make web requests against the method and then extract the information you need from the resulting HTML. Listing 2-10 shows a simple example of this concept using an HTML Application (HTA) file. Using this code, you can select a file from a Document Library and display the address of the document.

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Giving others access to files on your computer can be risky on many levels. First, you risk someone obtaining access to the system who shouldn t. For example, when a file is remotely deleted from your system, the file does not go to the trash, you do not get alerted about the deletion, and anyone who knows the right password typically can delete files. If the wrong folders on a system are shared, you can also give someone the ability to delete critical files, whether intentionally or not. For all of these reasons, and with the risks of confidential data being accessed over file-sharing protocols, you need to properly lock down the security of any file sharing on your systems. In 3, we discussed creating a limited Sharing Only account. This was added into Mac OS X Leopard for this very reason, and when creating accounts solely to give access to files, we recommend using this account type versus any other.

One of the features that customers have come to expect from desktop applications is the ability to selfupdate. The application, on startup, should look for any updates to the code and then will download and install them if the user desires. AIR supports this through the Updater class, but there is still some user interface and networking work to be done to get it all to hang together. The first thing to do is to define a method where the server can indicate to the AIR application what the most recent version is and where the download is. To do this, you will use a simple XML file. An example of this is shown in the following:

Before we discuss how to configure file-sharing permissions correctly, it s important to examine the differences between peer-to-peer and client-server file-sharing environments It is common in a networked Mac environment to have a handful of computers, each with file sharing enabled, with users trading files back and forth between each other without a central repository for the files This type of environment is known as peer-topeer networking (P2P) Security in a P2P environment is generally straightforward and tends to be rather loose Anyone with access to the computer usually has access to files on that machine NOTE: Peer-to-peer in this context is not the same as it is when using an application like LimeWire to access files hosted anonymously on the Internet In this context, peer-to-peer is strictly meant to indicate sharing files over network connections in small environments.

<version> <latest>2</latest> <download>http://eladelrom.com/temp/SelfUpdatingApp.air</download> </version>

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