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public: Point2D(); Point2D(T x, T y); T X; T Y; static Point2D^ operator-(const Point2D^ lhs, const Point2D^ rhs); static Point2D^ operator*(const Point2D^ lhs, const T rhs); virtual String^ ToString() override; }; template <class T> Point2D<T>::Point2D() : X((T)0), Y((T)0) {} template <class T> Point2D<T>::Point2D(T x, T y) : X(x), Y(y) {} template <class T> Point2D<T>^ Point2D<T>::operator-(const Point2D^ lhs, const Point2D^ rhs) { Point2D^ ret = gcnew Point2D(); ret->X = lhs->X - rhs->X; ret->Y = lhs->Y - rhs->Y; return ret; } template <class T> Point2D<T>^ Point2D<T>::operator*(const Point2D^ lhs, const T rhs) { Point2D^ ret = gcnew Point2D(); ret->X = lhs->X * rhs; ret->Y = lhs->Y * rhs; return ret; } template <class T> String^ Point2D<T>::ToString() { return String::Format("X={0} Y={1}", X, Y); } // Class Template Specialization template <> ref class Point2D<char> { ----------------------------

.ToString()); request4Body.FormPostParameters.Add( "ctl00$ContentPlaceHolder1$Details1$cboCategory", this.Context["efforttrackingtests1.save_task_test.st_cat_id"] .ToString()); request4Body.FormPostParameters.Add( "ctl00$ContentPlaceHolder1$Details1$cboWeekEnding", this.Context["efforttrackingtests1.save_task_test.st_we_id"].ToString()); request4Body.FormPostParameters.Add( "ctl00$ContentPlaceHolder1$Details1$btnOK", "Save"); request4Body.FormPostParameters.Add("__EVENTVALIDATION", this.Context["$HIDDEN1.__EVENTVALIDATION"].ToString()); request4.Body = request4Body; yield return request4; } VB <DataSource("efforttrackingtests1", "Provider=SQLNCLI.1;Data Source=localhost; Integrated Security=SSPI;Initial Catalog=efforttrackingtests", Microsoft.VisualStudio.TestTools.WebTesting.DataBindingAccessMethod.Sequential, "save_task_test"), _ DataBinding("efforttrackingtests1", "save_task_test", "st_wi_title", "efforttrackingtests1.save_task_test.st_wi_title"), _ DataBinding("efforttrackingtests1", "save_task_test", "st_wi_description", "efforttrackingtests1.save_task_test.st_wi_description"), _ DataBinding("efforttrackingtests1", "save_task_test", "st_cat_id", _ "efforttrackingtests1.save_task_test.st_cat_id"), _ DataBinding("efforttrackingtests1", "save_task_test", "st_we_id", _ "efforttrackingtests1.save_task_test.st_we_id")> _ Public Class AddItemCoded Inherits ThreadedWebTest Public Sub New() MyBase.New() Me.PreAuthenticate = True End Sub Public Overrides Sub Run() Dim request1 As WebTestRequest = New WebTestRequest("http://localhost/EffortTrackingWeb/secure/Default.aspx") . . . . . . Dim request4 As WebTestRequest = New _ WebTestRequest("http://localhost/EffortTrackingWeb/secure/Edit.aspx") request4.Method = "POST" request4.QueryStringParameters.Add("id", "0", False, False) request4.QueryStringParameters.Add("mode", "add", False, False) request4.QueryStringParameters.Add("we_id", "1", False, False)

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Usually, the nodes, or peers, in a P2P network are ordinary computers that most people use in their dayto-day life at home or work. Often these computers are on a home Internet connection (such as dial-up or broadband), and on average most of them are available only for a relatively short period of time in a day. Setting up a P2P network is relatively easy you do not need to have a technical background in computer science or be an ubergeek. As a result, P2P is popular and has a wide adoption rate among all categories of users. One of the guiding principles for P2P solutions is that all nodes provide resources to the group (processing power, bandwidth, storage, etc.). Therefore, when the overall demand increases with the addition of more nodes, so does the capacity. This is significantly different from a traditional clientserver model, where adding more clients would slow everyone because more clients are competing for the same set of resources on the server. In addition, the distributed, ad hoc nature of the P2P network increases the resilience of the overall system by eliminating single points of failures by distributing data over multiple peers. Because of this, data can be shared effectively, and a network can be scaled up at a relatively low cost. By its nature, a P2P solution allows support for ad hoc and disconnected networks.

public: Point2D() { throw gcnew Exception("Data Type is too small"); } Point2D(char x, char y) { throw gcnew Exception("Data Type is too small"); } }; // main function --------------------------------------------

Dim request4Body As FormPostHttpBody = New FormPostHttpBody request4Body.FormPostParameters.Add("__VIEWSTATE", _ Me.Context("$HIDDEN1.__VIEWSTATE").ToString) request4Body.FormPostParameters.Add( _ "ctl00$ContentPlaceHolder1$Details1$txtTitle", _ Me.Context("efforttrackingtests1.save_task_test.st_wi_title").ToString) request4Body.FormPostParameters.Add( _ "ctl00$ContentPlaceHolder1$Details1$fldID", _ Me.Context( _ "$HIDDEN1.ctl00$ContentPlaceHolder1$Details1$fldID").ToString) request4Body.FormPostParameters.Add( _ "ctl00$ContentPlaceHolder1$Details1$fldWE", _ Me.Context("$HIDDEN1.ctl00$ContentPlaceHolder1$Details1$fldWE").ToString) request4Body.FormPostParameters.Add( _ "ctl00$ContentPlaceHolder1$Details1$txtDescription", _ Me.Context( _ "efforttrackingtests1.save_task_test.st_wi_description").ToString) request4Body.FormPostParameters.Add( _ "ctl00$ContentPlaceHolder1$Details1$cboCategory", _ Me.Context("efforttrackingtests1.save_task_test.st_cat_id").ToString) request4Body.FormPostParameters.Add( _ "ctl00$ContentPlaceHolder1$Details1$cboWeekEnding", _ Me.Context("efforttrackingtests1.save_task_test.st_we_id").ToString) request4Body.FormPostParameters.Add( _ "ctl00$ContentPlaceHolder1$Details1$btnOK", "Save") request4Body.FormPostParameters.Add("__EVENTVALIDATION", _ Me.Context("$HIDDEN1.__EVENTVALIDATION").ToString) request4.Body = request4Body MyBase.Send(request4) End Sub The key to this scenario is the Attributes added to the class (at the top of the code listing). The DataSource attribute specifies the database in which the table to be used for testing is located. There can be as many data sources as necessary to complete a test. The last part of the data source contains the table (or tables) the test is specifically bound to. This controls how many iterations of the test will be performed. The DataBinding attribute maps table columns to form fields and is a simple and straight mapping. To assign the bound fields to the form parameters, use the same syntax as is shown in the Web Test window: request4Body.FormPostParameters.Add("ctl00$ContentPlaceHolder1$Details1$fldID", this.Context["$HIDDEN1.ctl00$ContentPlaceHolder1$Details1$fldID"].ToString()); Aside from these differences, a data-driven coded web test and a non-data-driven web test are identical. Now that you have seen how to record, run, and convert a web test into code you can examine how to create plugins and custom extraction and validation rules.

void main() { int a = 5; int b = 6; double c = 5.1; Console::WriteLine("The min of {0} and {1} is {2}", a, b, min(a,b)); Console::WriteLine("The min of {0} and {1} is {2}", a, c, min<double>(a,c)); Console::WriteLine("----------------------------"); Point2D<int>^ TopLeftI = gcnew Point2D<int>(10, 10); Point2D<int>^ BottomRightI = gcnew Point2D<int>(15, 20); Point2D<int>^ SizeI = BottomRightI - TopLeftI; Console::WriteLine(SizeI); SizeI = SizeI * 2; Console::WriteLine(SizeI); Console::WriteLine("----------------------------"); Point2D<double>^ TopLeft = gcnew Point2D<double>(10.5, 10.9); Point2D<double>^ BottomRight = gcnew Point2D<double>(15.2, 20.3); Point2D<double>^ SizeD = BottomRight - TopLeft; Console::WriteLine(SizeD); SizeD = SizeD * 0.5; Console::WriteLine(SizeD); Console::WriteLine("----------------------------"); try { Point2D<char>^ TopLeft = gcnew Point2D<char>(10, 10); } catch (Exception^ ex) { Console::WriteLine(ex->Message); } } Figure 4-2 shows the results of this little program.

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