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has changed the code along with exact descriptions and records of the code the individual has changed. If you know who made a change that you don't understand, you can walk down the hall, call, or e-mail that person and ask him or her about it. Tracking down a developer for quick communication is often a great solution for understanding recent changes or changes made to a current version of a product, but what do you do if the developer has gone home, has left the group, or has left the company The source control system often houses many points of highly relevant data, including developer comments and a bug number or link to the issue fixed by the change in the bug management system. When code is committed (a working copy is merged into the master source control system), the author of the change is generally required to fill in several fields in a submission form including the bug fixed by the change (or in the case of new code, an ID associated with the particular feature). Other fields might include such items as the name of the code reviewer and a short description of the details of the change, as shown in Figure 12-3. All of these items are clues that aid testers and developers alike in bug investigations.

don t offend anyone. If your postings sound too demanding or are of the wrong tone, you might not get any responses.

Figure 12-3: The MAP file settings in the project Property Pages dialog box Although you might not need the MAP files in your day-to-day operation, chances are that you'll need them in the future. CrashFinder and your debugger rely on symbol tables and a symbol engine to read them. If the format of the symbol table changes or if you forget to save the Program Database (PDB) files, you're completely out of luck. Forgetting to save the PDB files is your fault, but you have no control over symbol table formats. They change frequently. For example, many people who upgraded from Microsoft Visual Studio 6 to Microsoft Visual Studio .NET noticed that tools such as CrashFinder quit working with 437

3

Relative Time Consumed Operation Level 2 object dereference Each additional dereference Integer Operations Integer assignment (local) Integer assignment (inherited) Integer addition Integer subtraction Integer multiplication Integer division Floating Point Operations Floating-point assignment Floating-point addition Floating-point subtraction Floating-point multiplication Floating-point division Transcendental Functions Floating-point square root Floating-point sine Floating-point logarithm Floating-point e Arrays Access integer array with constant subscript Access integer array with variable subscript Access two-dimensional integer array with constant subscripts Access two-dimensional integer array with variable subscripts Access floating-point array with constant subscript i = a[ 5 ] i = a[ j ] i = a[ 3, 5 ] 1 1 1 1 1 1

<PageRule Address=""/> </TabDisplayRule> </TabDisplayRules> <DisplayRules> <DisplayRule Id=""> <CrmClientTypeRule Type=""/> <CrmOfflineAccessStateRule State=""/> <CrmOutlookClientTypeRule Type=""/> <CrmOutlookClientVersionRule Major=""/> <EntityPrivilegeRule PrivilegeDepth="" PrivilegeType=""/> <EntityPropertyRule PropertyName="" PropertyValue=""/> <EntityRule/> <FormEntityContextRule EntityName=""/> <FormStateRule State=""/> <MiscellaneousPrivilegeRule PrivilegeDepth="" PrivilegeName=""/> <OrganizationSettingRule Setting=""/> <OrRule/> <OutlookRenderTypeRule Type=""/> <OutlookVersionRule Version=""/> <PageRule Address=""/> <ReferencingAttributeRequiredRule/> <RelationshipTypeRule AppliesTo=""/> <SkuRule Sku=""/> <ValueRule Field="" Value=""/> </DisplayRule> </DisplayRules> <EnableRules> <EnableRule Id=""> <CrmClientTypeRule Type=""/> <CrmOfflineAccessStateRule State=""/> <CrmOutlookClientTypeRule Type=""/> <CustomRule Library="" FunctionName=""></CustomRule> <EntityRule/> <FormStateRule State=""/> <OrRule/> <OutlookItemTrackingRule AppliesTo="" TrackedInCrm=""/> <OutlookVersionRule Version=""/> <RecordPrivilegeRule PrivilegeType=""/> <SelectionCountRule AppliesTo=""/> <PageRule Address=""/> <SkuRule Sku=""/> <ValueRule Field="" Value=""/> </EnableRule> </EnableRules> </RuleDefinitions>

An auxiliary table of numbers is a very powerful tool that I often use in my solutions. So I decided to dedicate a section in this chapter to it. In this section, I ll simply describe the concept and the methods used to generate such a table. I ll refer to this auxiliary table throughout the book and demonstrate many of its applications. An auxiliary table of numbers (call it Nums) is simply a table that contains the integers between 1 and n for some (typically large) value of n. I recommend that you create a permanent Nums table and populate it with as many values as you might need for your solutions. The code in Listing 6-3 demonstrates how to create such a table containing 1,000,000 rows. Of course, you might want a different number of rows, depending on your needs.

Objective 1.3: Troubleshoot TCP/IP Addressing 13-27

country --------------Argentina Austria Belgium Brazil Canada Denmark Finland France Germany Ireland Italy Mexico numcities ----------1 2 2 4 3 2 2 9 11 1 3 1

context.MapRoute( "NewSurvey", "survey/{tenant}/newsurvey", new { controller = "Surveys", action = "New" }); context.MapRoute( "NewQuestion", "survey/{tenant}/newquestion", new { controller = "Surveys", action = "NewQuestion" }); context.MapRoute( "AddQuestion", "survey/{tenant}/newquestion/add", new { controller = "Surveys", action = "AddQuestion" }); }