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This is CSLA .NET version 3.6, including support .NET 3.5 SP1. Version 3.6.0 of the framework is documented in the Expert C# 2008 Business Objects book from Apress. Please note: this archive is a special archive created for the Expert C# 2008 Business Objects book. The official CSLA .NET download includes more samples, unit tests and other code. It is likely that the official version is also more recent, and may vary from the code shown in the book. For information on installation, book errata, updates to the framework and so forth, please visit http://www.lhotka.net/cslanet This zip file contains the following folders: cslacs\ The CSLA .NET framework code. ProjectTrackercs\ The ProjectTracker reference application. For ease of use, you may consider unzipping this archive into the following folder structure: C:\Visual Studio Projects\csla\Source\cslacs C:\Visual Studio Projects\csla\Samples\CslaNet\cs\ProjectTrackercs Then make sure to build the Csla project before opening the ProjectTracker solution. This will ensure that the references to Csla.dll in the ProjectTracker projects work correctly. If you do not follow these instructions, you will need to remove and re-reference Csla.dll from all ProjectTracker projects before the ProjectTracker solution will build.

不大但经典The Fourier transform has long been a principle analytical tool in such diverse fields as linear systems, optics, probability theory, quantum physics, antennas, and signal analysis. A similar statement is not true for the discrete Fourier transform. Even with the tremendous computing speeds available with modern computers, the discrete Fourier transform found relatively few applications because of the exorbitant amount of computation time required. However, with the development of the fast Fourier transform (an algorithm that efficiently computes the discrete Fourier transform), many facets of scientific analysis have been completely revolutionized. As with any new development that brings about significant