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appropriate steps to reset the password (assuming you have told her how to do that), and what exactly would the bad guy do with the note Which system does the password belong to Is it even a password, or is it a shopping list A password the user can write down is far easier to manage than one she has to memorize after typing twice. Moreover, for all the other passwords we use every day, you can use an electronic password management tool, such as Password Safe (http://passwordsafe.sourceforge.net). Which is really worse: a weak password that the user can remember after typing it twice, or a very strong one that is securely recorded What exact exposures are we worried about here Now imagine that you told your users that they could keep the password on a note until they remembered them, and after that they had to put the notes in the secret disposal bin, or eat them, whichever they preferred. If you do that, your users may even let you set the password policy to require 10 characters and live to tell the tale.

<UnitTestRoot>$(SourceRoot)</UnitTestRoot> <OutDirName>bin\</OutDirName> <Configuration>Debug</Configuration> <NUnitOutputDir>$(SourceRoot)BuildTemp\</NUnitOutputDir> <GenericBuildRoot>$(SourceRoot)\..\BUILD\GenericBuild\</GenericBuildRoot> </PropertyGroup> <ItemGroup> <UnitTestProjects Include="$(UnitTestRoot)\Unittest.Proj1\Unittest.Proj1.csproj"> <ProjectName>Unittest.Proj1</ProjectName> </UnitTestProjects> <UnitTestProjects Include="$(UnitTestRoot)Unittest.Proj2\Unittest.Proj2.csproj"> <ProjectName>Unittest.Proj2</ProjectName> </UnitTestProjects> </ItemGroup> <PropertyGroup> <BuildDependsOn> $(BuildDependsOn); Clean; CoreBuild; UnitTest </BuildDependsOn> </PropertyGroup> <Target Name="Build" DependsOnTargets="$(BuildDependsOn)" /> <Target Name="Clean"> <MSBuild Projects="@(UnitTestProjects)" Targets="Clean" /> </Target> <Target Name="CoreBuild"> <!-Build the NUnit assemblies & put the assemblies in the NUnitAssemblies Item --> <MSBuild Projects="@(UnitTestProjects)"> <Output ItemName="NUnitAssemblies" TaskParameter="TargetOutputs" /> </MSBuild> </Target> <PropertyGroup> <RebuildDependsOn> $(RebuildDependsOn); Clean; Build </RebuildDependsOn> </PropertyGroup> <Target Name="Rebuild" DependsOnTargets="$(RebuildDependsOn)" /> <!-- The MSBuild Community Tasks must be imported for the nunit.targets file --> <Import Project= "$(GenericBuildRoot)Contrib\MSBuildCommunityTasks\MSBuild.Community.Tasks.Targets" /> <!-- Import the nunit.proj file here --> <Import Project="$(GenericBuildRoot)Build\nunit.targets" />

3, The Page Rendering Model, describes the fundamental architecture behind the ASP .NET rendering model . System.Web.UI.Page manages a list of server-side controls, and it s the job of each server-side control to render a particular portion of the page . ASP .NET broadly classifies server-side controls into two categories:

Of all these types, the System.RuntimeType is by far the most interesting. RuntimeType is a type that is internal to the FCL, which means that you won t find it documented in the .NET Framework documentation. The first time a type is accessed in an AppDomain, the CLR constructs an instance of a RuntimeType and initializes the object s fields to reflect (pun intended) information about the type. Recall that System.Object defines a method named GetType. When you call this method, the CLR determines the specified object s type and returns a reference to its RuntimeType object. Because there is only one RuntimeType object per type in an AppDomain, you can use equality and inequality operators to see whether two objects are of the same type:

with a name of .ctor) is public, and its code is also IL . The constructor has a void return type, has no arguments, and has a this pointer, which refers to the object s memory that is to be constructed when the method is called . I strongly encourage you to experiment with using ILDasm . It can show you a wealth of information, and the more you understand what you re seeing, the better you ll understand the CLR and its capabilities . As you ll see, I ll use ILDasm quite a bit more in this book . Just for fun, let s look at some statistics about the Program .exe assembly . When you select ILDasm s View/Statistics menu item, the following information is displayed:

[Flags] // The C# compiler allows either "Flags" or "FlagsAttribute". enum Actions { Read = 0x0001, Write = 0x0002, Delete = 0x0004, Query = 0x0008, Sync = 0x0010 }

In this manner, you control which filter will be applied before adding outer rows and which will be applied after.

This routine is typical of circumstances in which experienced programmers decide to use a goto. Similar cases come up when a routine needs to allocate and clean up resources like database connections, memory, or temporary files. The alternative to gotos in those cases is usually duplicating code to clean up the resources. In such cases, a programmer might balance the evil of the goto against

Figure 19 9 : New objects are allocated in generation 0; generation 1 has some garbage Now let s say that attempting to allocate object L would put generation 0 over its 256 KB threshold Because generation 0 has reached its threshold, a garbage collection must start When starting a garbage collection, the garbage collector must decide which generations to examine Earlier, I said that when the CLR initializes, it selects a threshold for generation 0 Well, it also selects a threshold for generation 1 Let s say that the threshold selected for generation 1 is 2 MB When starting a garbage collection, the garbage collector also sees how much memory is occupied by generation 1 In this case, generation 1 occupies much less than 2 MB, so the garbage collector examines only the objects in generation 0 Look again at the assumptions that a generational garbage collector makes.

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