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1 2 3 4 5 objectValue = (ctx as FXLocalContext)mirrorOf(instance); value = objectValueinvoke("multiply", [ctxmirrorOf(4), ctxmirrorOf(5)]); actualValue = getActualValue(value); println("Result of multiply() via FXObjectValue #2: {actual Value}");

One key aspect of Web services therefore is achieving and maintaining interoperability and compatibility For Web services truly to succeed, vendor products must become and remain as compatible with one another as today's browsers, Web servers, and HTML tools This concept is being applied to Web services proposals and must be adhered to for Web services to succeed as widely as HTML and Web servers have Interoperability needs to be maintained

As you can see, this is much simpler than all the previous examples, because most of the work is done by the invoke() method itself Note that the actual types of the arguments passed to the invoke() method, in this case two Integers, are used to choose between the two variants of the multiply() function in the FunctionsAndVariables class

This section describes how to use the Reflection APIs to retrieve values from a sequence and to create a new sequence with a given element type Accessing a Sequence If you use the Reflection APIs to read a sequence variable or to invoke a function that returns a sequence, you will get a value of type FXSequenceValueThe following example declares a script variable that is a sequence of Strings in a class called

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Connection Strings Over the last couple of pages we looked into how to create different kinds of web parts but all of our samples were either displaying values from SharePoint objects, such as lists or from the code itself You will probably run into situations in which you need to display data from databases or REST and SOAP services Accessing data from such data sources requires either connection strings or at least the URL of the endpoints of the services to be stored somewhere, so you might wonder, where can I store this information The first decision to make is whether we are developing a sandboxed solution or not Let s look at the farm solution first As you might have

// Declare a sequence var sequence = ["A", "B", "C", "D"]; // Get the value of the sequence var ctx = FXContextgetInstance(); var classType = ctxfindClass("javafxreflectionSequenceReflection"); var sequenceMember = classTypegetVariable("sequence"); var value = sequenceMembergetValue(null); var seqValue = value as FXSequenceValue;

You can get the type of the sequence from the getType() method of actual type returned by this method is FXSequenceType, which provides a method called getComponentType() that returns the type of the elements in the sequence:

FXSequenceValueThe // Get the sequence type var seqType = seqValuegetType() as FXSequenceType; var elementType = seqTypegetComponentType(); println("Sequence type is {seqType}"); println("Element type is {elementType}");

surmised by now, farm solutions have access to the file system How else can they get to the ASCX file installed to the SharePoint hive Because every site collection is hosted in a web application and every web application has a webconfig file, the webconfig file associated with your farm solution is one place you can store connection strings or other data Let s take a look at the webconfig file Open the Windows Explorer on your development machine and browse to the folder C:\inetpub\wwwroot\ This folder contains the directories of all the web applications installed on the machine If you open the folder wwwroot you can find a folder called WSS Figure 9-45 shows the WSS folder

The result is the following:

FXSequenceValue FXValue:

Many unresolved problems remain within the Web services community, as shown by the additional proposals in 7 and in the continuing work to complete ebXML Different vendors focus on different value propositions and are therefore likely to implement different sets of additional Web services technologies

To get the individual elements, you first call the getItemCount() method of the object and then call getItem() to retrieve each element as an

// Get and print the elements println("Number of elements: {seqValuegetItemCount()}"); for (i in [0<seqValuegetItemCount()]) { var elementValue = seqValuegetItem(i); var actualValue = getActualValue(elementValue); println(" Element {i}: {actualValue}"); }

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