barcode generator dll c# INTERNATIONALIZATION in Word

Integrating Quick Response Code in Word INTERNATIONALIZATION

This special attribute allows you to mark a method of a .NET Remoting server as a one-way method. One-way methods do not have any return values, out values, or ref parameters. In the case of remoting, the call message is sent by client objects without verifying any return values or success on calling the remote method. Usage example: public class BroadcastEventWrapper: MarshalByRefObject { // ...some other class members ... [OneWay] public void SampleOneWay (String msg) { // Do something here without returning anything } } Details about the OneWayAttribute class and its advantages and disadvantages can be found in 7. More information on MSDN: http://msdn.microsoft.com/library/en-us/cpref/html/ frlrfsystemruntimeremotingmessagingonewayattributeclasstopic.asp

Now let s create a new crawler to crawl the external link:

#!/bin/bash ## setup a variable for our offline system's system configuration file preferencesfile="/Volumes/MacBookHD/Library/Preferences/SystemConfiguration/preferences. plist" ## fetch the csv file curl http://NetBoot.myco.com/machinedata.csv -o /tmp/machinedata.csv ## get our primary ethernet MAC address ## this assumes we are booted off our target computer as opposed to imaging ## an external system over firewire ethernetAddress=$(ifconfig en0 | awk '/ether/ {print $2}') ## search our machinedata.csv file for the appropriate ComputerName computername=$(grep "$ethernetAddress" /tmp/machinedata.csv | awk F, '{print$2}') ## make sure we have a computername value, if not, use the ethernet address if [ -z "$computername" ]; then computername="Mac-$ethernetAddress" fi ## set the computer name on our offline volume's system configuration /usr/libexec/PlistBuddy c "Set:System:System:ComputerName $computername" "$preferencesfile" ## also update the bonjour name /usr/libexec/PlistBuddy -c "Set:System:Network:HostNames:LocalHostName $comutername" "$preferencesfile"

In classic C++, a method can be declared const, which enforces that the method does not affect the value of any data in the object, for example: class N { void f() const { /* code which does not modify the object data */} }; This is an important element of const correctness, a design idiom in which operations that work on constant objects are consistently marked const, ensuring that programming errors in which a modification is attempted on a const object can be detected at compile time. Const correctness is an important part of developing robust C++ code, in which errors are detected at compile time, not at runtime. Proper const parameter types and return values go a long way to prevent common programming errors, even without true const correctness in the classic C++ sense. Even so, many C++ programmers do not use const correctness, either because the codebase they are working on did not implement it from the ground up, or because the amount of extra time to design it correctly was too great a price to pay in the results-oriented corporate world. In that sense, full const correctness is like flossing one s teeth. For those who do it, it s unthinkable not to do it. For those who don t, it s just too much hassle, even though they may know deep down that they should do it. In general, const correctness works well only if all parts of a library implement it consistently. Anyone who s ever tried to retrofit an existing library with const correctness knows this, since anytime you add const in one location, it often requires const to be added in several other locations. Like it or not, the CLI is not designed from the ground up to enable full const correctness in the classic C++ sense. Other CLI languages do not support full C++-style const correctness. Since the .NET Framework isn t implemented with C++ const correctness in mind, attempting to support full C++ const correctness in C++/CLI would be an exercise in futility and force programmers to use const_cast to cast away const when using .NET Framework functionality. Hence, C++/CLI does not support const methods on managed types. At one point early in the development of the C++/CLI language, this support was included, but the results were ugly and nearly unusable, so the effort was dropped. While this knocks out one of the pillars of const correctness, C++/CLI does support const parameter types and return values, and, although they are not alone enough to enforce const correctness, they at least enable many common const correctness errors to be detected at compile time.

You define an entity class, Customer: <Table(Name:="Customers")> _ Public Class Customer <Column()> _ Public customerId As String <Column()> _ Public companyName As String <Column()> _ Public city As String <Column()> _ Public counTry As String Entity classes provide objects in which LINQ stores data from data sources. They re like any other Visual Basic class, but LINQ defines attributes that tell it how to use the class. The <Table> attribute marks the class as an entity class and has an optional Name property that can be used to give the name of a table, which defaults to the class name. That s why you name the class Customers rather than Customer. A more typical approach would be <Table(Name:="Customers")> _ Public Class Customer and then you d have to change the typed table definition to Dim Customers As Table(Of Customer) = _ db.GetTable(Of Customer)() to be consistent. The <Column()> attribute marks a field as one that will hold data from a table. You can declare fields in an entity class that don t map to table columns, and LINQ will just ignore them, but those decorated with the <Column()> attribute must be of types compatible with the table columns they map to. (Note that since SQL Server table and column names aren t case sensitive, the default names do not have to be identical in case to the names used in the database.) You create a data context: 'create data context Dim db As DataContext = New DataContext(connString A data context does what an ADO.NET connection does, but it also does things that a data provider handles. It not only manages the connection to a data source, but also translates LINQ requests (expressed in SQO) into SQL, passes the SQL to the database server, and creates objects from the result set. You create a typed table: 'create typed table Dim Customers As Table(Of Customer) = _ db.GetTable(Of Customer)()

var SilverlightControl; var theTextBlock; function handleLoad(control, userContext, rootElement) { SilverlightControl = control; theTextBlock = SilverlightControl.content.findName("txt"); theTextBlock.addEventListener("MouseLeftButtonDown", "txtClicked"); } function txtClicked(sender, args) { theTextBlock.Text = "Hello to you too!"; }

Up to this point we have focused on VMware and Parallels. The primary reason is that most enterprises are going to want to pay for support and are not typically considering free and open source software. However, there are two stand-out applications that can be used in place of VMware and Parallels that can help to keep TCO numbers in check. The first is VirtualBox, by Sun Microsystems. VirtualBox, like VMware, is cross platform. It can run on practically any operating system and virtual machines can be traded between hosts. VirtualBox comes in a package and can therefore be mass deployed with little fanfare. VirtualBox does not come with some of the slick additional features that VMware or Parallels has, but it is capable of running most operating systems as guests and is a solution that can be deployed inexpensively. For more on VirtualBox, see: http://www.virtualbox.org. Another free solution is Q, which can be obtained from http://www.kju-app.org. Q comes in an .app bundle and can be copied to client computers as a payload of a package. Bother Q and VirtualBox can have virtual machines deployed alongside the applications themselves in a package or using a separate package, as we did previously with VMware and Parallels.