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Read-only. The file pointer is placed at the start of the file. Both reading and writing are allowed. The file pointer is placed at the start of the file. Write-only. A new file is created (or an old one overwritten as if new). Both reading and writing are allowed, but File.new creates a new file from scratch (or overwrites an old one as if new). Write (in append mode). The file pointer is placed at the end of the file and writes will make the file longer. Both reading and writing are allowed (in append mode). The file pointer is placed at the end of the file and writes will make the file longer. Binary file mode. You can use it in conjunction with any of the other modes listed. This mode is optional in Ruby 1.8 (except on Windows) but is required in Ruby 1.9 if you are reading files that are not just text.

I ll start with a couple of simple examples demonstrating the use of EXEC . Suppose that you have a separate Orders table for each year, and the table is named OrdersYYYY, where YYYY represents the year . For reasons beyond your control, you can t create a partitioned view across these tables . You need to write code that queries the table representing the current year . For the code samples to actually work, first run the following code to create an Orders table for the current year in the tempdb database for test purposes:

Built-in application directory partitions For DNS, two built-in application directory partitions exist for each Active Direc tory domain: DomainDnsZones and ForestDnsZones. The DomainDnsZones application directory partition is replicated among all DNS servers that are also domain controllers in an Active Directory domain. The ForestDnsZones applica tion directory partition is replicated among all DNS servers that are also domain controllers in an Active Directory forest. Each of these application directory parti tions is designated by a DNS subdomain and an FQDN. For example, in an Active Directory domain named bern.lucernepublishing.com whose root domain in the Active Directory forest is lucernepublishing.com, the built-in DNS application par tition directories are specified by these FQDNs: DomainDnsZones.bern.lucerne publishing.com and ForestDnsZones.lucernepublishing.com. When you select the To All DNS Servers In The Active Directory Forest option in the Change Zone Replication Scope dialog box, you are in fact choosing to store DNS zone data in the ForestDnsZones application directory partition. When you select the To All DNS Servers In The Active Directory Domain option, you are choosing to store DNS zone data in the DomainDnsZones application directory partition.

Although you may not know it, many well regarded applications use Qt, an open crossplatform framework acquired by Nokia through its acquisition of Trolltech in 2008; Google Earth, KDE, Opera, and Skype all use Qt to ease porting between multiple platforms. Qt as a framework for portable computing devices is not new either, having been used in mobile computing, running Linux and Window Mobile devices for several years. As you learn in s 4, 5 and 6, Qt provides a broad set of abstractions above native hardware, including: Help with memory management in C++ through its use of smart pointers, owned objects, and shared data between objects with copyon-write. A lightweight meta-object framework implemented using the C preprocessor and C++ to permit run-time type detection and message dispatching. Not one, but two graphics frameworks, one based on widget hierarchies and the other on scene-based rendering and transformation of viewable items. Cross-platform wrappers for network, file system, and other operating system services.

There is a network segment representing a corporate intranet and a network segment representing the Internet. All computers on the corporate intranet are connected to a common hub or Layer 2 switch. All computers on the Internet are connected to a separate common hub or Layer 2 switch. Private addresses are used throughout the test lab configuration. The private network of 172.16.0.0/24 is used for the intranet. The private network of 10.0.0.0/24 is used for the simulated Internet. IIS1 obtains its IP address configuration using DHCP. CLIENT1 uses DHCP for its IP address configuration; however, it is also configured with an alternate IP configura tion so that it can be placed on either the intranet network segment or the simu lated Internet. All other computers have a manual IP address configuration. There are no Windows Internet Name Service (WINS) servers present. The following sections describe the configuration required for each computer in the test lab to set up the basic infrastructure and to do a PPTP-based remote access