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finally { if (conReport.State == ConnectionState.Open) { conReport.Close(); } } } void ReportViewer1_Drillthrough(object sender, Microsoft.Reporting.WebForms.DrillthroughEventArgs e) { DataSet ds = new DataSet(); ds = (DataSet)Session["dsProductInventory"]; LocalReport InventoryReport = (LocalReport)e.Report; InventoryReport.DataSources.Add(new ReportDataSource ("dsProductInventory_dtInventoryStatus", ds.Tables[0])); } } This code has a few extra special instructions compared with previous examples. First, you ll see that there are page-load and button-click events. In the page-load event, I m taking care of the drill-through event handler; I need to handle this event while the page loads, because when the user clicks the product number a postback happens. Due to this postback event, we need to handle the drill-through event again. With the button-click event, I m doing the bulk of the job. Since we have two tables to fill in this example, I sent two separate SQL SELECT statements to the database: cmdReport.CommandText = "SELECT * FROM ProductDrilldown ORDER BY ProductNumber; SELECT * FROM InventoryStatus ORDER BY ProductNumber"; Next, I load the data from the data reader to the dataset by calling the Load method like this: dsReport.Load(drReport, LoadOption.OverwriteChanges, dsReport.Tables[1], dsReport.Tables[0]); If you notice, I m calling the Load method by passing some extra parameters; the first parameter sets the overwrite condition and the second passes in each table reference to fill from the dataset. You might be wondering how our drill-through report manages to get the data; for that, we have to create a handler, which looks like the following: ReportViewer1.Drillthrough += new DrillthroughEventHandler(ReportViewer1_Drillthrough); With the preceding lines added to code, we add an event handler to the Drillthrough event of the parent report. Next, we add another method, ReportViewer1_Drillthrough, that responds to this event. The code behind our method takes care of getting the data for our child report. The code inside our method looks like this:

Listing 13-6. Button5_Click()

import mx.rpc.events.ResultEvent; import flash.utils.describeType; function faultHandler(event:FaultEvent):void { Alert.show('Oops there is a problem!....' + event.fault.faultString); } function resultHandler(event:ResultEvent):void { trace(describeType(event.result)); var img:Image = new Image(); var byteLoader:Loader=new Loader(); var byteArray:ByteArray=new ByteArray(); byteArray.writeUTFBytes(event.result as String); byteLoader.loadBytes(byteArray); var bitMap:Bitmap=Bitmap(byteLoader.content); img.source = bitMap; myVBox.addChild(img); Alert.show('It Works!....' + event.result); } ]]> </fx:Script> <fx:Declarations> <!-- Place non-visual elements (e.g., services, value objects) here --> <mx:HTTPService id="myHTTPService" url="http://localhost:8080/ NBAScorers/treasury_of_ideas_logo.png" fault="faultHandler(event)" result="resultHandler(event)"/> </fx:Declarations> <s:SkinnableContainer> <s:layout> <s:VerticalLayout horizontalAlign="center" paddingLeft="40" paddingTop="40" /> </s:layout> <mx:VBox id="myVBox" width="100%" height="100%" /> <mx:Button label="Invoke HTTPService" click="myHTTPService.send()"/> </s:SkinnableContainer> </s:Application>

Table 5-3 shows some examples of common themable functions, what they would be named if overridden in the Bluemarine theme, and how they are evoked (parameters omitted). Table 5-3. Examples of Overriding Themable Functions in the Bluemarine Theme

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namespace LibraryReservation { class Program { static void Main(string[] args) { // Open the config file and get the name for this branch // and its network address Configuration config = ConfigurationManager .OpenExeConfiguration(ConfigurationUserLevel.None); AppSettingsSection app = (AppSettingsSection)config.GetSection("appSettings"); string adr = app.Settings["Address"].Value; Console.WriteLine(app.Settings["Branch Name"].Value); // Create a service to handle incoming requests WorkflowService service = new WorkflowService { Name = "LibraryReservation", Body = new ProcessRequest(), Endpoints = { new Endpoint { ServiceContractName="ILibraryReservation", AddressUri = new Uri("http://localhost:" + adr + "/LibraryReservation"), Binding = new BasicHttpBinding(), } } }; // Create a WorkflowServiceHost that listens for incoming messages System.ServiceModel.Activities.WorkflowServiceHost wsh = new System.ServiceModel.Activities.WorkflowServiceHost(service); wsh.Open(); Console.WriteLine ("Waiting for requests, press ENTER to send a request."); Console.ReadLine();

This is an unusual data type, as it is used for a column for which you would not be expected to supply a value. The timestamp data type holds a binary number generated by SQL Server, which will be unique for each row within a database. Every time a record is modified, the column with this data type in the record will be modified to reflect the time of modification. Therefore, you can use columns with this data type in more advanced techniques where you want to keep a version history of what has been changed.

package com.elad.framework.musicplayer.events { import flash.events.Event; public class PlayProgressEvent extends Event { public static const PLAYER_PROGRESS:String = "playerProgress"; public var playPosition:Number; public var total:Number; public function PlayProgressEvent(playPosition:Number, total:Number) { this.playPosition = playPosition; this.total = total; super(PLAYER_PROGRESS); } } }

This is another long one, which results in another best so far. Join order[7]: PARENT[P]#1 GRANDPARENT[GP]#2 CHILD[C]#0 GREATGRANDPARENT[GGP]#3 Now joining: GRANDPARENT[GP]#2 ******* NL Join Outer table: cost: 631 cdn: 110 rcz: 27 resp: 631 Inner table: GRANDPARENT Alias: GP Access Path: table-scan Resc: 126 Join: Resc: 14473 Resp: 14473 Access Path: index (unique) Index: GP_PK rsc_cpu: 15589 rsc_io: 1 ix_sel: 5.0000e-004 ix_sel_with_filters: 5.0000e-004 NL Join: resc: 741 resp: 741 Access Path: index (eq-unique) Index: GP_PK rsc_cpu: 15789 rsc_io: 1 ix_sel: 0.0000e+000 ix_sel_with_filters: 0.0000e+000 NL Join: resc: 741 resp: 741 Best NL cost: 741 resp: 741 Using concatenated index cardinality for table GRANDPARENT Revised join selectivity: 5.0000e-004 = 8.3417e-005 * (1/2000) * (1/8.3417e-005) Join Card: 6.07 = outer (110.05) * inner (110.25) * sel (5.0000e-004) SM Join Outer table: resc: 631 cdn: 110 rcz: 27 deg: 1

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