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The micro-kernel is an extensive pattern that, when implemented, acts like a container for the external servers. This is the approach you should take when implementing your own microkernel. However, what you should never think about is turning your micro-kernel into a very sophisticated container that attempts to solve more complex issues like scalability. This is because many pieces of the micro-kernel use black boxes where the implementation details are delegated. The best example of this is the Resolver type in the micro-kernel. Instead of implementing a new resolution mechanism, the Client-Dispatcher-Server pattern was plugged in. The resulting micro-kernel works, even though multiple patterns were combined. This is why you should never have grand plans when building your own container it isn t necessary, nor desirable. The Micro-Kernel pattern has clear distinctions of the responsibilities of each piece that makes up a complete micro-kernel. It s important to only implement the responsibilities

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We establish a contract for the quote service, but its implementation details are subject to change based on the changes of the available networking and/or I/O API that is determined by the underlying device As we will see, the component fulfilling the quote service need is really just a facade to a financial investment quote service available over the Internet (Figure 36) The application does not get all the stock and mutual fund quotes being published from the trading floor Instead, the quote service inquires on the current price (or as near to current price as can be obtained through an on-line service) for a stock or mutual fund price via standard networking protocols Throughout the book we often refer to this external service as the secondary actor depicted in the previous use case diagram (figure 31) called the QuoteService.

In the tutorial, the quote service component will connect via the hypertext transfer protocol (HTTP) to this external service In the real world, our dot-com employer probably provides this external service As a financial institution, it probably has the price data and merely provides us with a data portal which we can network into in.

Following the class-in-charge model from 2, you can see that the UI code calls a factory method on the business class. The factory method then calls the appropriate method on the Csla.DataPortal class to create or retrieve the business object. The Csla.Server.DataPortal object then creates the object and invokes the appropriate data access method (DataPortal_Create() or DataPortal_Fetch()). The populated business object is returned to the UI, which can then use it as needed by the application. Immediate deletion follows the same basic process, with the exception that no business object is returned to the UI as a result. The BusinessBase and BusinessListBase classes need to implement a Save() method to make the update process work, as illustrated by Figure 4-7. The process is almost identical to creating or loading an object, except that the UI starts off by calling the Save() method on the object to be saved, rather than invoking a factory method on the business class.

Listing 2.21 shows ranges created using an extra step parameter. The first runs from 0 to 100 in steps of 5 (0, 5, 10, ...), and the second does the same in reverse (100, 95, 90, ...) The third goes from 0 to 100 backwards, resulting (quite rightly!) in an empty sequence. Finally, just to prove ranges aren t all about integers, we have a range from 0 to 1 in steps of a quarter. Ranges can nest inside larger declarations, expanding in place to create a single sequence. We can exploit this fact for more readable source code, as listing 2.22 shows.

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c# code 128 reader

c# code 128 reader

c# code 128 reader

code 128 barcode reader c#

code 128 barcode reader c#

code 128 barcode reader c#

code 128 barcode reader c#

c# code 128 reader

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code 128 barcode reader c#

c# code 128 reader

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