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When the project file has been updated with one or more translations, it is time to identify the strings that need to be translated by extracting them from the various tr() calls found throughout the application. There are other cases, too, but they will be discussed later. The lupdate tool is used to extract the phrases it creates or updates all ts files listed in a given project file. It is nice to know that when it updates an existing file it does not remove anything all the translations already done are kept intact. Because the project file is called sdi.pro, the command to enter at the command line is lupdate sdi.pro. This will create the sdi_sv_SE.ts file from the strings found in the sources in the project file. Although Qt comes with a tool for software translators, not all translation businesses want to use custom tools. Fortunately, the ts files are quite easy to process because they are formatted as XML. Listing 10-1 shows an extract of the untranslated sdi_sv_SE.ts file. Listing 10-1. An example of the contents of an untranslated ts file < xml version="1.0" encoding="utf-8" > <!DOCTYPE TS><TS version="1.1"> <context> <name>SdiWindow</name> <message> <location filename="sdiwindow.cpp" line="254"/> <source>%1[*] - %2</source> <translation type="unfinished"></translation> </message> <message> <location filename="sdiwindow.cpp" line="19"/> ... </context> </TS> As you can see from the extraction, it shouldn t be hard to convert it into the format that your translation company prefers and back again.

namespace CFirstSequentialWFConsoleApplication { class Program { static AutoResetEvent waitHandle = new AutoResetEvent(false); static void Main(string[] args) { WorkflowRuntime workflowRuntime = new WorkflowRuntime(); workflowRuntime.WorkflowCompleted += OnWorkflowCompleted; workflowRuntime.WorkflowTerminated += OnWorkflowTerminated; { Console.WriteLine(e.Exception.Message); waitHandle.Set(); }; WorkflowInstance instance = workflowRuntime.CreateWorkflow(typeof( CFirstSequentialWFConsoleApplication.Workflow1)); instance.Start(); waitHandle.WaitOne(); } Again, you ll notice the using instead of Imports : using System.Workflow.Runtime; using System.Workflow.Runtime.Hosting; If you aren t familiar with C# code, the static void Main(string[] args) is the same as the Sub Main() declaration in VB .NET. The next lines of code create an instance of the WorkflowRuntime class and call it workflowRuntime: static void Main(string[] args) { WorkflowRuntime workflowRuntime = new WorkflowRuntime(); These three lines of code create the variable of type WorkflowRuntime and assign a new instance of the WorkflowRuntime type to that variable. The next line creates a new variable called waitHandle: AutoResetEvent waitHandle = new AutoResetEvent(false); In the VB .NET code, this was done in the variable declarations of the class instead of here, further into the code of Sub Main(). The next two lines create the delegates to handle when the workflow is completed and when the workflow is terminated. These are the same as adding a handler with AddHandler within the VB .NET code:

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<script language="JavaScript"> var g_panel; function pageLoad() { // Set up the atlas panel and set up the initial css g_panel = new Sys.UI.Control($('panel')); g_panel.initialize(); g_panel.set_cssClass('normal'); var btnVisibility = new Sys.UI.Button($('Button1')); btnVisibility.initialize(); btnVisibility.click.add(onSetVisibilityClick); } function onSetVisibilityClick() { g_panel.set_visible(!g_panel.get_visible()); } </script>

Qt is bundled with the Linguist tool, which provides the translator with a convenient overview of the strings to translate and their respective status: done, unknown, or missing. It also provides some simple checks to ensure that the translations are okay. For example, it checks that the final punctuation is the same in both the original and the translated string. Starting Linguist produces the user interface shown in Figure 10-2. The figure shows the application after the translation has been opened and a few strings have been translated. If you look more closely at Figure 10-2, you can see that the Linguist interface consists of three panels. In the Context panel (on the left) are the classes containing strings and their respective strings. The currently selected string is shown in its original and translated form in the main panel (top right). In the Phrases panel, Qt suggests translations from looking at earlier translations and a phrase book that you can load. (Phrase books are not covered here.)

Figure 10-2. Linguist with a fresh translation file loaded The easiest way to work in Linguist is to pick a string from the Context panel, translate it, and press Ctrl + Enter. This brings you to the next nontranslated string if the four validators are okay. The validators can be turned on and off from the Validation menu. Their functions are listed as follows: Accelerators: This function ensures that there is an accelerator in the translation if there is an accelerator in the original string. Ending Punctuation: This function ensures that the ending punctuation of the original and the translated strings match. Phrase Matches: This function checks to see whether the original string matches a known phrase. In that case, the translation should be the same as the translation of the known phrase. Place Marker Matches: This function ensures that place markers (for example, %1, %2) from the original string also exist in the translation.

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