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Utility class that encapsulates the use of reflection to find method information and invoke methods Exception thrown by the data portal when an exception occurs while calling a data access method Attribute applied to a business object s data access methods to force the data portal to always run that method on the client, bypassing the configuration settings EventArgs subclass passed as a parameter for events raised by Csla.DataPortal Primary entry point to the data portal infrastructure; used by business developers Portal to the message router functionality on the server; acts as a single point of entry for all server communication Interface defining the methods required for data portal host objects Interface defining the methods required for clientside data portal proxy objects Loads Csla.Server.DataPortal directly into memory on the client and runs all server-side operations in the client process Uses .NET Remoting to communicate with a remoting server running in IIS or within a custom host (typically a Windows service) Exposed on the server by IIS or a custom host; called by RemotingProxy Uses Enterprise Services (DCOM) to communicate with a server running in COM+ Exposed on the server by Enterprise Services; called by EnterpriseServicesProxy Uses Web Services to communicate with a service hosted in IIS Exposed on the server as a web service by IIS; called by WebServicesProxy

Fortunately, however, in this case the solution was fairly easy A review of some of the Oracle V$ tables (the V$ tables are one way Oracle exposes its instrumentation its statistics) revealed that the major contention was around a single table, a queue table of sorts We could see this based on the V$LOCK view, which would show us the blocked sessions, and V$SQL, which would show us the SQL that these blocked sessions were trying to execute The application would place records into this table, and another set of processes would pull the records out of this table and process them Digging deeper, we found a bitmap index on the PROCESSED_FLAG column in this table..

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byte controlByte = CONTROL_OneShot | CONTROL_DataLengthTwelveBits | CONTROL_EnergyModeShutdown; byte[] captureData = new byte[] { REGISTER_Control, controlByte }; WriteToDevice(captureData); //the conversion time is the maximum time //it takes the sensor to convert a physical reading to bits Thread.Sleep(conversionTime); //prepare the control byte to tell the sensor to send //the temperature register byte[] temperatureData = new byte[] { REGISTER_Temperature }; WriteToDevice(temperatureData); //prepare the array of bytes that will hold the result //comming back from the sensor byte[] inputData = new byte[2]; ReadFromDevice(inputData); //get raw temperature register short rawTemperature = (short)((inputData[0] << 8) | inputData[1]); //convert raw temperature register to Celsius degrees //the highest 12 Bits of the 16 Bit-Signed-Integer (short) are used //one digit is 0.0625 Celsius, divide by 16 to shift right 4 Bits //this results in a division by 256 float temperature = rawTemperature * (1 / 256.0f); return temperature; } private void WriteToDevice(byte[] outputData) { //create an I2C write transaction to be sent to the temperature sensor I2CDevice.I2CTransaction writeXAction = device.CreateWriteTransaction(outputData); //the I2C data is sent here to the temperature sensor int transferred = this.device.Execute(new I2CDevice.I2CTransaction[] { writeXAction }, transactionTimeout); //make sure the data was sent if (transferred != outputData.Length) throw new Exception("Could not write to device."); }

are not just for low-cardinality values and why they are not appropriate for update-intensive columns.

Csla.Server.IDataPortalServer Csla.DataPortalClient.IDataPortalProxy Csla.DataPortalClient.LocalProxy

The reasoning was that this column, the PROCESSED_FLAG column, had only two values: Y and N. Records inserted into the table would have a value of N (for not processed). As the other processes read and processed the record, they would update the value from N to Y. These processes needed to be able to find the N records rapidly, hence the developers knew

Csla.Server.Hosts.RemotingPortal Csla.DataPortalClient.EnterpriseServicesProxy Csla.Server.Hosts.EnterpriseServicesPortal Csla.DataPortalClient.WebServicesProxy Csla.Server.Hosts.WebServicePortal

private void ReadFromDevice(byte[] inputData) { //prepare a I2C read transaction to be read from the temperature sensor I2CDevice.I2CTransaction readXAction = device.CreateReadTransaction(inputData); //the I2C data is received here from the temperature sensor int transferred = this.device.Execute(new I2CDevice.I2CTransaction[] { readXAction }, transactionTimeout); //make sure the data was received if (transferred != inputData.Length) throw new Exception("Could not read from device."); } public byte Address { get { return this.address; } } } }

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