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< xml version="1.0" encoding="utf-8" > <s:Application xmlns:fx="http://ns.adobe.com/mxml/2009" xmlns:s="library://ns.adobe.com/flex/spark" xmlns:mx="library://ns.adobe.com/flex/halo" minWidth="1024" minHeight="768"> <fx:Script> <![CDATA[ import mx.collections.ArrayCollection; import mx.rpc.events.ResultEvent; import com.adobe.serialization.json.JSON; private function onJSONLoad(event:ResultEvent):void { //get the raw JSON data and cast to String var rawData:String = String(event.result); //decode the data to ActionScript using the JSON API //in this case, the JSON data is a serialize Array of Objects. var arr:Array = (JSON.decode(rawData) as Array); //create a new ArrayCollection passing the de-serialized Array //ArrayCollections work better as DataProviders, as they can //be watched for changes. var dp:ArrayCollection = new ArrayCollection(arr); //pass the ArrayCollection to the DataGrid as its dataProvider. grid.dataProvider = dp; } ]]> </fx:Script> <fx:Declarations> <!-- Place non-visual elements (e.g., services, value objects) here -->

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that s not what they want to do In other words, they re more interested in software engineering matters (in particular, with such issues as code reuse) and not so interested in models of reality as such this latter, perhaps, being a matter of more interest to the database community However, DN then went on to say that A model of inheritance whose purpose was to model subtyping .. would be relatively useless in an OOPL .. There may, of course, be cases where [such a facility] is useful, but in all my C++ programming years I have never come across this There are a couple of (major) points I want to make in response to these remarks: a First, Hugh Darwen and I have never claimed that our brand of type inheritance would be useful in an OOPL.

<mx:HTTPService id="service" resultFormat="text" url=" ttp://someurl.com/somedata.json" h result="onJSONLoad(event)" /> </fx:Declarations> <s:SkinnableContainer> <s:layout> <s:VerticalLayout horizontalAlign="center" paddingLeft="40" paddingTop="40" /> </s:layout> <mx:DataGrid id="grid" right="10" left="10" top="10" bottom="10"> <mx:columns> <mx:DataGridColumn headerText="Service" dataField="src"/> <mx:DataGridColumn headerText="Title" dataField="title"/> </mx:columns> </mx:DataGrid> </s:SkinnableContainer> </s:Application>

Au contraire, in fact: We recognize that our brand of inheritance doesn t work with objects (at least inasmuch as we can agree on what objects are) To be specific, if using an OOPL means using objects that have object IDs, then we recognize that specialization by constraint (S by C) and generalization by constraint (G by C) see my response to KU, earlier can t be made to work Since we regard S by C and G by C as essential components of a good model of subtyping and inheritance, we conclude that OOPLs (or objects) and a good model of subtyping and inheritance are incompatible concepts This is one of several reasons why we reject objects, as such, entirely in The Third Manifesto.

Figure 5-18. The green check mark in the lower-right corner turns into a red light when Animate Editing mode is activated. Click in the gray timeline at the bottom of the main window; the timeline cursor moves, and the current time point is displayed in seconds and frames in a small box in the lower-left corner (see Figure 5-19).

JSON-RPC is a lightweight Remote Procedure Call specification that uses the simple but powerful JSON message scheme. JSON-RPC defines communication between two peers. The specification does not limit the type of protocol for communication but recommends persistent communication over TCP/IP-based socket connections. JSON-RPC can also use HTTP with a few workarounds. The peers can send two types of messages:

(See Appendix F of the book Databases, Types, and the Relational Model: The Third Manifesto, 3rd edition, Addison-Wesley, 2006, for arguments and examples in support of the foregoing position) b Second, there s an implicit wider suggestion in DN s letter (possibly unintended) to the effect that a model of inheritance whose purpose was to model subtyping would be relatively useless in general (ie, not just in an OOPL ) Well, here I d like to observe that, in sharp contrast with this position, Hugh Darwen and I have discovered the following:.

A remote method call sends one of these two types of messages. In each case, the message is a single object serialized using JSON. Request objects have three properties:

Our brand of inheritance provides an elegant solution to a certain problem that arises in connection with something we re currently very interested in: namely, the proper handling of temporal data. What s more, we haven t seen any other good solution to the problem in question in the literature. Our brand of inheritance also deals elegantly with a somewhat vexing problem that arises in connection with questions such as this one: Are NUMERIC(3) and NUMERIC(2) different types or not Preliminary investigations seem to show that our brand of inheritance also provides an elegant approach to certain important problems that arise in the world of geospatial applications. (We plan to publish our thoughts on these matters as soon as we can, but don t hold your breath.)

Figure 5-19. The circle has been moved to the bottom edge of the canvas at 12 frames half a second into the animation.

Notifications have the same three properties but null for Id, because notifications are not expected to get a response. Responses to requests have three properties: