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In these cases, the server may be supporting many clients at the same time All the client requests are handled by the same Windows process and by the same NET AppDomain It turns out that Shared fields exist at the AppDomain level: meaning that a given Shared field is shared across all threads in an AppDomain This is problematic because multiple client requests are handled within the same AppDomain, but on different threads So Shared fields aren t the answer The solution is different in ASPNET and in any other NET code Either way, the NET Framework illustrates the right answer Look at CurrentPrincipal: it is associated with the current Thread object, which provides an answer for any code running outside of ASPNET Within ASPNET, there s the HttpContext object, which is automatically maintained by ASPNET itself So when outside ASP.

Also, for the SPI bus, you can implement and register a hardware provider for your platform so that the three pins necessary for the bus can be reserved and thus excluded from other usage. To do so, the virtual GetSpiPins method must be overwritten and must deliver the pin numbers of the three pins for the indicated SPI bus. public override void GetSpiPins(SPI.SPI_module spi_mod, out Cpu.Pin msk, out Cpu.Pin miso, out Cpu.Pin mosi) { msk = Cpu.Pin.GPIO_Pin10; miso = Cpu.Pin.GPIO_Pin11; mosi = Cpu.Pin.GPIO_Pin12; } Here are the names of the wires: msk is the serial clock line. miso is the master in/slave out line. mosi is the master out/slave in line.

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The reporting/warehouse data, which might be based on the transactional data, would benefit from the larger blocksizes due in part to less block overhead (it takes less storage overall), and larger logical I/O sizes perhaps And since reporting/warehouse data does not have the same update contention issues, the fact that there are more rows per block is not a concern, but a benefit Additionally, the transactional users get their own buffer cache in effect; they do not have to worry about the reporting queries overrunning their cache But in general, the Default, Keep, and Recycle pools should be sufficient for fine-tuning the block buffer cache, and multiple blocksizes would be used primarily for transporting data from database to database and perhaps for a hybrid reporting/transactional system..

NET, the answer is to associate the context data directly with the current Thread object, and when inside ASPNET, the context data can be stored using the HttpContext Let s discuss the Thread option first While the NET Thread object already has a property for CurrentPrincipal, it doesn t have a property for CslaContext But it does have a concept called named slots Every Thread object has a collection associated with it Each entry in this collection is referred to as a slot Slots can be referred to by a key, or name: hence the term named slot The GetNameDataSlot() method on the Thread object returns access to a specific slot as an object of type LocalDataStoreSlot You can then use the Thread object s GetData() and SetData() methods to get and set data in that slot.

The Shared pool is one of the most critical pieces of memory in the SGA, especially with regard to performance and scalability A Shared pool that is too small can kill performance to the point where the system appears to hang A Shared pool that is too large can have the same effect A Shared pool that is used incorrectly will be a disaster as well So, what exactly is the Shared pool The Shared pool is where Oracle caches many bits of program data When we parse a query, the parsed representation is cached there Before we go through the job of parsing an entire query, Oracle searches the Shared pool to see if the work has already been done PL/SQL code that you run is cached in the Shared pool, so the next time you run it, Oracle doesn t have to read it in from disk again.

Though the .NET Micro Framework lacks direct support for pulse-width modulation (PWM), file systems, and USB devices, you can use these features anyway, as explained in this section.

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