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Three methods specific to SortedList are based on indexes to values. Because a Hashtable doesn t have an index to its values, these methods wouldn t make sense, so they aren t included. You can get a value by index or you can get the index of a key or a value. Console::WriteLine("Index {0} contains: {1}", i, sort->GetByIndex(i)); Console::WriteLine("Index key 'B': {0}", sort->IndexOfKey( B")); Console::WriteLine("Index val 'cat': {0}", sort->IndexOfValue("cat")); Listing 7-3 shows the Hashtable and SortedList in action and demonstrates the functionality described previously. Listing 7-3. Working with Hashtables and SortedLists using namespace System; using namespace System::Collections; void main() { Hashtable ^hash = gcnew Hashtable(); SortedList ^sort = gcnew SortedList(); array<String^>^ keys = gcnew array<String^> {"B", "A", "C", "D"}; array<String^>^ skeys = gcnew array<String^>{"A", "B", "C", "D"}; array<String^>^ values = gcnew array<String^> {"moose", "zebra", "horse", "frog" }; for (int i = 0; i < keys->Length; i++) { hash->Add(keys[i], values[i]); sort->Add(keys[i], values[i]); }

Note The Test Manager window is available only in the Team Edition for Software Testers edition, not the

Console::WriteLine("Hashtable\tSortedList"); Console::WriteLine("By indexed property"); for (int i = 0; i < hash->Count; i++) { Console::WriteLine("{0} {1}\t\t{2} {3}", skeys[i], hash[skeys[i]], skeys[i], sort[skeys[i]]); } Console::WriteLine("\nBy index"); for (int i = 0; i < sort->Count; i++) { Console::WriteLine("N/A\t\t{0} {1}", i, sort->GetByIndex(i)); } Console::WriteLine("\nBy enumerator"); IDictionaryEnumerator ^enum1 = hash->GetEnumerator(); IDictionaryEnumerator ^enum2 = sort->GetEnumerator(); while ( enum1->MoveNext() && enum2->MoveNext()) { Console::Write("{0} {1}\t\t", enum1->Key, enum1->Value); Console::WriteLine("{0} {1}", enum2->Key, enum2->Value); } Console::WriteLine("\nEnumerate Key"); IEnumerator ^keys1 = hash->Keys->GetEnumerator(); IEnumerator ^keys2 = sort->Keys->GetEnumerator(); while ( keys1->MoveNext() && keys2->MoveNext()) { Console::Write("{0}\t\t", keys1->Current); Console::WriteLine("{0}", keys2->Current); } Console::WriteLine("\nEnumerate Value"); IEnumerator ^vals1 = hash->Values->GetEnumerator(); IEnumerator ^vals2 = sort->Values->GetEnumerator(); while ( vals1->MoveNext() && vals2->MoveNext()) { Console::Write("{0}\t\t", vals1->Current); Console::WriteLine("{0}", vals2->Current); } Console::WriteLine("\nContains a Key 'A' and 'Z'"); Console::WriteLine("{0}\t\t{1}", hash->Contains("A"), sort->Contains("A")); Console::WriteLine("{0}\t\t{1}", hash->ContainsKey("Z"), sort->ContainsKey("Z")); Console::WriteLine("\nContains a Value 'frog' and 'cow'"); Console::WriteLine("{0}\t\t{1}", hash->ContainsValue("frog"), sort->ContainsValue("frog")); Console::WriteLine("{0}\t\t{1}", hash->ContainsValue("cow"), sort->ContainsValue("cow"));

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<configuration> <system.web> <compilation debug="true" targetFramework="4.0" /> <caching> <outputCache enableOutputCache="true"/> <outputCacheSettings> <outputCacheProfiles> <add name=" CacheforTradeService " duration="120" varyByParam="ticker" varyByHeader="Accept" /> </outputCacheProfiles> </outputCacheSettings> </caching> </system.web> </configuration>

The ToolStripManager class is made up of several static properties and methods that you use to control the arrangement, rendering, and display style of strip controls. You can, in most cases, just use the defaults and ignore the ToolStripManager class completely, but if you find you have the need, the following three properties are available to specify a renderer and display styles:

As you can see, there are a few more options for managing and categorizing your tests in this window than in the Test View window. You can view lists of tests, tests that are not in a list, and all loaded tests. In addition, you can load additional tests that are not part of the current solution by selecting the Load Tests into Test Manager option from the list of available tasks in the lower-left side of the Test Manager window.

Renderer is a ToolStripRenderer object that specifies the default painting styles for the Windows Form. RenderMode is a ToolStripManagerRenderMode enum specifying whether the System (flat style with system colors) or Professional (custom palette and a streamlined style) mode will be used. VisualStylesEnabled is a Boolean that represents whether rendered is done using themes. The main reason I use the ToolStripManager class is to merge two strip controls together and then later, when I no longer need the controls to be merged, undo the merge. The merging of two strip controls is done with the aptly named method Merge(), while you undo or revert the merge using the RevertMerge() method.

The duration is specified in seconds, so a value of 120 indicates that the response should be cached for 2 minutes. The varyByParam attribute specifies that requests with different values for the ticker URI query string parameter should be considered to be different requests, and should be cached separately. Likewise, the varyByHeader attribute specifies that requests with different Accept header values should be considered different requests.

Note To view the different tests in each grouping, just select the text in the tree view. Do not check the

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