Muchas veces con los proyectos ASP.NET tenemos el problema de que los controles de usuario definidos en el diseñador no aparecen definidas en la vista de código.

Esto suele pasar al migrar Sitios Web a Aplicaciones Web en ASP.NET, y se debe básicamente a que no se recompilan los archivos .aspx.designer.cs. Para solucionarlo sólo tenemos que ir al proyecto y con botón derecho, elegir la opción

I have a VB.NET collection class EmployeesCollection for an Employee Class that got an Integer Property named Age; I want to create a method (SortByAge) to sort the collection members by Age.

This is the EmployeesCollection Class:

End Class
 

To create the SortByAge method I need a SortHelper Class, This helper Class will include a Function called Compare to compare between the Age values of the employees, the SortHelper Class will be part of the EmployeesCollection Class.

 
Private Class AgeSortHelper
        Implements IComparer

            Return 0
        End Function
    End Class

 

Now we need to create the SortByAge method for the EmployeesCollection Class, in this method we will use the AgeSortHelper to sort the Employees.

This is the Final EmployeesCollection Class:

    End Class
End Class


Voy a poner como ejemplo la página de contacto de www.nmsoft.com.uy, es una página simple pero muestra perfectamente el funcionamiento.
La siguiente imagen muestra la vista de diseño en VS2005 con los nombres correspondientes para cada objeto.

Formulario de contacto en vista de diseño del sitio de NMS@ft

En esta imagen se ven los correspondientes Labels para la identificación de cada campo, los TextBox para las entradas, aplicandole al TextBox del campo Mensaje (txtMensaje) el valor MultiLine a la propiedad TextMode, las Labels para el control de errores y por su puesto el boton enviar.

El siguiente código es del botón Enviar (btnEnviar):

protected void btnEnviar_Click(object sender, EventArgs e)
{
Session["Asunto"] = txtAsunto.Text.ToString();
lblENombre.Text = “”;
lblEMail.Text = “”;
lblETelefono.Text = “”;
lblEAsunto.Text = “”;
lblEnviado.Text = “”;
if (txtNombre.Text == “”)
{
lblENombre.Text = “¿No tienes nombre?”;
}
else if (txtMail.Text == “” && txtTelefono.Text==”")
{
lblEMail.Text = “Dejanos al menos un e-mail,”;
lblETelefono.Text = “o un teléfono para comunicarnos.”;
}
else if (txtAsunto.Text == “”)
{
lblEAsunto.Text = “¿De que se trata el mensaje?”;
}
else if (txtMensaje.Text == “”)
{
lblEnviado.Text = “¿Que es lo que deseas consultar?”;
}
else
{
try
{
MailMessage email = new MailMessage();

//Datos necesarios para el envío del mensaje
email.From = new MailAddress(txtMail.Text);
email.To.Add(“ventas@tuempresa.com”);
email.Subject = txtAsunto.Text;
email.Body = txtMensaje.Text;

//Servidor de correo
SmtpClient smtp = new SmtpClient(“servidor.tuempresa.com”);

//E-Mail y password halla creado en el panel de control, puede ser una cuenta que no utilices, crearla simplemente como credencial.
smtp.Credentials = new System.Net.NetworkCredential(“auxiliar@tuempresa.com”, “contraseña”);
smtp.UseDefaultCredentials = false;

//Enviar el correo
smtp.Send(email);

//Mostrar la etiqueta “Enviado”
lblEnviado.Visible = true;
//Redireccionamos a la página de confirmación de envío del mensaje
Response.Redirect(“~/Mensaje-Enviado.aspx”);

//Limpiar los campos para posteriores mensajes
Session["Asunto"] = null;
txtNombre.Text = “”;
txtMail.Text = “”;
txtTelefono.Text = “”;
txtAsunto.Text = “”;
txtMensaje.Text = “”;
}
catch
{
lblEMail.Text = “No fué posible envíar el mensaje, verifica el E-Mail detallado.”;
}
}
}

La primer sentencia de la variable Session["Asunto"] es simplemente para una facilitación de ingreso de datos en el campo asunto desde otras páginas.
Las asignaciones de las Labels están para limpiar los errores detallados en la instancia anterior.
Las sentencias if a continuación un control básico de errores, siendo obligatorios todos los campos excepto los campos Mail y Teléfono que son optativos.

Espero les haya sido de utilidad, y como agradecer no cuesta nada, comenten.

Wer sich schon immer gefragt hat wie man das Prozess Template anpassen kann kommt auf keinen Fall am “Process Template Manager” des TFS vorbei.

Zu finden ist dieser im “Team Explorer” (z.B. Visual Studio 2005/2008 öffnen) und das Team Explorer Fenster anzeigen (View > Team Explorer). Wenn man dort den TFS Server eingetragen hat, kann man den “Process Template Manager” unter “Team Foundation Server Settings” finden.

 
Process Template Manager starten

Im Manager kann man dann komplette Templates Hoch- und Runterladen sowie löschen.

Process Template Manager

Ein Prozess-Template besteht aus einer Reihe Ordner und Dateien (viel XML). Zum Anpassen eines Templates kann man z.B. ein vorhandenes (Standard-Template bei TFS Installation oder z.B. von Codeplex) in einen lokalen Ordner herunterladen und an der gewünschten Stelle mit Visual Studio bearbeiten.

Ordnerstruktur eines TFS Process Templates

Visual Studio unterstützt sowohl bei der Bearbeitung von Feldern, Layouts, Workflows und Workitem Typen. Das ganze kann man beliebig Komplex betreiben und ist sicher Inhalt vieler weiterer Blogeinträge, Artikel, …

 
TFS Process Template im Visaul Studio bearbeiten

Hat man nun seine gewünschten Änderungen vorgenommen lädt man das angepasste Template über den Process Template Manager wieder hoch (Auswahl des Ordners wo die “ProcessTemplate.xml” liegt). Zuvor sollte man die Bezeichnung des Templates anpassen. War der Upload erfolgreich kann man nun ein neues Projekt mit dem gewünschten Template anlegen.

Viel Spaß beim ersten anpassen eines Templates.

If you want to generate crystal reports without using database tables, stored procedures, datasets but you want to generate reports with direct user inputs, for example printing receipts directly from user inputs, then here is your stop. It is all about using parameters. It is assumed you know how to generate reports with crystal reports.

Below is a simple procedure for you to do so.

To start with

Add a new crystal report document to your   project by choosing a blank report. Also create a form and add a crystalreportviewer to it. Design your report by creating the needed parameters that the report will accept from the user. For example as shown below

Then add the method below to a click event. Don’t forget to do these imports

1.  Imports CrystalDecisions.CrystalReports.Engine

2. Imports CrystalDecisions.Shared

Private Sub printfees()

Dim rpd As New ReportDocument

‘loading the report from a specified location

rpd.Load(Application.StartupPath & "\reports\rptPaymentReceipt.rpt")

‘assigning values to your report parameters

rpd.SetParameterValue("prog", Me.txtProgram.Text)

rpd.SetParameterValue("sname", Me.txtName.Text.Replace("–", "").Trim)

rpd.SetParameterValue("acadyear", "Year: " & Me.lblYear.Text & " Sem:  " & Me.lblSemester.Text)

rpd.SetParameterValue("pdate", CDate(Me.dtpPaid.Value))

rpd.SetParameterValue("indexno", Me.txtIndexNo.Text)

rpd.SetParameterValue("ptype", Me.dspaytype.Rows(Me.cmbPaytype.SelectedIndex)(1).ToString)

‘frmReportsFace is a form with a crystalreportsviewer called crv1

Dim f As New frmReportsFace

f.crv1.ReportSource = rpd

‘below is a method to make your crystal reports independent on a ‘patrticular database server

SetDBLogonForReport(rpd)

f.Show()

End Sub

‘ a method that makes your crsystal reports independent on the database sever

Private Sub SetDBLogonForReport(ByVal myReportDocument As ReportDocument)

Dim myConnectionInfo As ConnectionInfo = New ConnectionInfo()

‘dbase is a class to return certain information about databases,

myConnectionInfo.DatabaseName = dbase.getDataname

myConnectionInfo.UserID = dbase.getUName

myConnectionInfo.Password = dbase.getdbasePassword

myConnectionInfo.ServerName = dbase.getServerName

myConnectionInfo.IntegratedSecurity = dbase.getIntegratedSecurity

myConnectionInfo.AllowCustomConnection = True

Dim myTables As Tables = myReportDocument.Database.Tables

For Each myTable As CrystalDecisions.CrystalReports.Engine.Table In myTables

Dim myTableLogonInfo As TableLogOnInfo = myTable.LogOnInfo

myTableLogonInfo.ConnectionInfo = myConnectionInfo

myTable.ApplyLogOnInfo(myTableLogonInfo)

Next

End Sub

Today I started woking on a windows application at home and I was very annoyed by the error I was getting whenever I tried to debug/build the application that said: “Could not execute CVTRES.EXE“

Tried lots of things like giving full rights to “everyone”  on the debug folder and some other silly things, untill I found out that there was something there was something in ZoneAlarm that was causing the problem. I had to uninstall and re-install ZoneAlarm. Turning it off was not sufficient. I never understood what was causing the problem at that time and to be honest I’m not too concerned with that either. May be there was some setting that needed a reset or something. But anyway like they say: “All is well that ends well”!

Hope some of you might find this useful someday.

If you’re a routine Visual Studio user like me, I don’t need to tell you how awesome Intellisense is. Not only would some of us be lost without it, but it also helps us be way more efficient programmers either through simple selection of methods or properties or by discovering new object members that maybe we didn’t know about previously. Additionally, one of the main benefits of Intellisense is that it tells you  about the item in question, for instance, that the String.IsNullOrEmpty() function “Indicates whether the specified System.String object is null or an System.String.Empty string.”

When writing my own objects, however, I used to find myself yearning for this kind of help for my own functions. Wouldn’t it be great to get Intellisense to tell me what that “GetUserInfo” function I wrote five weeks ago does rather than me having to go look it up? What about what those parameter names mean? Luckily, there is a way, and it is super easy.

For example, let’s say you have an object that returns its own permalink in a shared function called GetHTMLPermaLink(). To document it, simply place your cursor above the function and press the apostrophe key three times: '''. Automagically, the following pops up:

All you have to do is fill in the blanks and viola, you have documented code! (NOTE: in C#, I believe the syntax is /// but I’m not sure.) To see this in action, after you fill in the appropriate information, go try to pull up your function somewhere and watch the magic:

More information on Visual Studio Code Documentation (C#)

Happy documenting!

當接上SAP後，就可以利用Remote Function Module (RFM)或Business APIs (BAPIs)去讀取SAP data。如果用RFM，要SAP那個Function Module 選擇 Remote-Enable function (Function builder SE37 -> Attributes -> Processing Type)。如用BAPI便要在Add Reference加入SAPBAPIControlLib.dll。以下以call BAPI_COMPANYCODE_GETLIST為例子。

if (conn.Logon(0, true))
{

SAPFunctionsOCX.SAPFunctionsClass func = new SAPFunctionsOCX.SAPFunctionsClass();
func.Connection = conn;
SAPFunctionsOCX.IFunction ifunc = (SAPFunctionsOCX.IFunction)func.Add(“BAPI_COMPANYCODE_GETLIST”);
ifunc.Call();
SAPTableFactoryCtrl.Tables tables = (SAPTableFactoryCtrl.Tables)ifunc.Tables;
SAPTableFactoryCtrl.Table ENQ = (SAPTableFactoryCtrl.Table)tables.get_Item(“COMPANYCODE_LIST”);

if (ENQ != null)
{
int n = ENQ.RowCount;

LabelRowCount.Text = n.ToString();

DataTable dt = new DataTable();
dt.Columns.Add(“COMP_CODE”);
dt.Columns.Add(“COMP_NAME”);

for (int i = 1 ; i <= n; i++)
{
DataRow dr = dt.NewRow();
dr["COMP_CODE"] = ENQ.get_Cell(i, “COMP_CODE”).ToString();
dr["COMP_NAME"] = ENQ.get_Cell(i, “COMP_NAME”).ToString();
dt.Rows.Add(dr);
}
GridView1.DataSource = dt;
GridView1.DataBind();
GridView1.Visible = true;
}
else
LabelLabelRowCount.Text = “0″;
}
else
{
LabelStatus.Text = “Fail!”;
}
conn.Logoff();
}

Are you having trouble with VS2008 after conversion from VS2005 to VS2008? Most common complaints are that the executable is way to slow when compared to it’s counterpart generated with VS2005. The reason for this is given in this MSDN forum thread have a look…

http://social.msdn.microsoft.com/Forums/en-US/vcgeneral/thread/fb32033b-7bad-439b-a94c-943a17f0cbb2

The essence of this thread is given below (quote from the thread, thanks to Jon Baggott)…

To change the connection string of a typed dataset in vb.net 2005 and also Building a dynamic connection strings in Vb.net. Below are easy ways these can be done.

1. To change the connection string of a typed dataset, add the method below to the setting file. To see the setting.vb file, go the your project properties, on the settings tab, click on the the view code button and there you go.

Private Sub MySettings_SettingsLoaded(ByVal sender As Object, ByVal e As System.Configuration.SettingsLoadedEventArgs) Handles Me.SettingsLoaded

Dim db As New DBConnect

Me.Item("HospitalConnectionString")  =db.returnConnectionString

End Sub

Note: HospitalConnectionString is the name of the connections string as saved in your project settings

Below is the detail of the “returnConnectionString” procedure

Also note that servername, username, database, password are all saved in the settings

Public function returnConnectionString ()as string

Try

client = getClientName()

With My.Settings

If .servername = client Then

If Me.integratedSecurity = False Then

connectionString = "Data source= " & .servername & "; initial catalog= " & .database & ";user id= " & .username & " ;password = " & .password

Else

connectionString = "Data source= " & servername & "; initial catalog= " & database & "; Integrated Security= " & integratedSecurity

End If

Else

connectionString = "workstation id= " & client & " ;Data source= " & servername & " ;initial catalog= " & database & " ;user id= " & username & " ;password = " & password & " ;Integrated Security=" & integratedSecurity & " ; Connect TimeOut=30"

End If

End With

Catch ex As Exception

Msgbox(ex.ToString)

End Try

Return connectonString

End function

——————————

A function to return the name of the current machine(the machine the program is running on)

Public Function getClientName() As String

Dim client As String = ""

client = Dns.GetHostName

Return client

End Function

Saving items in the Settings

Below is code under the save setting buttons

With My.Settings

.Server = Me.txtServer.Text

.Dbase = Me.txtDbase.Text

.UserName = Me.txtUserName.Text

.Password = Me.txtPassWord.Text

.integrated = Me.ChkSecurity.Checked

.Save()

End With

Tags: ConnectionStrings, Typed dataset, Settings, vb.net, vs2005

I have IDictionary Object called ListOptions. To use it as the data source for an ASP.NET DropDownList called objDropDownList:

objDropDownList.DataSource = ListOptions;

objDropDownList.DataTextField = “Value”;

          objDropDownList.DataValueField  = “Key”;

          objDropDownList.DataBind(); 

 

Para solventar este error con vs2005 cuando ejecutamos nuestro proyecto (el cual tiene referencias a servicios web) seguimos los siguientes pasos:
1.- Abrir propiedades del proyecto.
2.- Pestaña Build
3.- Poner “Generate Serialization Assembly” a “Off”

I had developed an application in VS2008 with .NET 2.0 . The application was deployed using the VS2008 deployment project  with .NET Framework as pre-req. AutoCAD 2009 was already installed on all the client machines so the pre-req conditions were satisfied so .NET Framework was not skipped during the installation of the application.

Later on,  I made a clean installation of WIN XP SP3 on my development machine. I skipped VS 2008 because I could not find its proper usage. VS2005 was sufficient for me.

Today, I got the a request for some updates in the application. For this purpose, I converted it to VS2005. On building the application is got the error about OpenFileDialog.SafeFileName. It was really a strange thing as the application was working smoothly on all the client machines.

SafeFileName returns only the File Name from the whole path. Although, I got the problem solved by doing some string operations:
String safeName = opdg.FileName.Substring(opdg.FileName.LastIndexOf("\\") + 1);
// 1 has been added to skip the \

I Googled about it and it was disclosed that this property is available in .NET Framework 2.0 SP1 which is installed along with VS2008.

When using ValueMember and DisplayMember with ComboBox and ListBox controls, the corresponding members of the objects listed in your DataSource need to be public properties, and not public fields. If you do not do this, your list controls will display the ToString() equivalent, which is frequently just the objects’ class name.

e.g.

namespace Example
{
  public class ListEntry
  {
    public Guid ID;
    public string Title;
  }
}

This object will display “Example.ListEntry” as its entry in a ListBox, even if the ValueMember is set to “ID” and DisplayMember is set to “Title”.

Yes, I know the documentation says “Gets or sets the property to display for this ListControl”. However, if you’re given a third-party object to use, you now have to be aware of how it encapsulates its data and that’s unfortunate.

Damit ein UnitTest, den wir gegen einen WebService (z.B. TOService) ausführen auch auf dem Team-Build Server läuft sind folgende Schritte notwendig:

1. Im UnitTest eine WebReference zum Webservice einfügen:

2. Im UnitTest folgendes Attribut über der UnitTest-Methode einfügen:

[AspNetDevelopmentServer("TOServiceHost",
		"%PathToWebRoot%\\Test.TOServiceHost")]

3. In der UnitTest-Methode den WebServiceHelper verwenden:

var sc = new TOService();
WebServiceHelper.TryUrlRedirection(sc,
			TestContext,"TOServiceHost");
Assert.NotNull(sc.MyMethodForTest());

4. Im Visual Studio unter “Tools” > “Options” > “Test Tools” > “Test Execution” den Pfad eintragen:

Es kann passieren, das auf dem Client der Ordner zum Webservice nicht richtig aufgelöst wird. Dann kann man im VS einstellen, wo der Basisordner (%PathToWebRoot%) liegen soll. Den Ordner, wo der Webservice “Test.TOServiceHost” drin liegt den ihr testen wollt entsprechend einstellen.

5. In der .vsmdi Datei den Test in die Liste eintragen, die im Teambuild ausgeführt wird:

In der VSMDI Datei können dann alle UnitTests der Solution in eine Liste eingefügt werden:

Im Teambuild File wird die Liste aus dem VSMDI File angegeben, womit alle UnitTests dieser Liste auf dem Teambuild Server ausgeführt werden:

<MetaDataFile Include=
   "$(BuildProjectFolderPath)/../../Main/Source/Test/test.vsmdi">
   <TestList>AllTests</TestList>
</MetaDataFile>

In der Liste können jetzt auch Tests aufgeführt werden, die einen WebService aus der Solution aufrufen.

6. SolutionFile ggf. bearbeiten:

Wichtig ist, dass der Webservice bzw. die Webapplikation mit auf dem Server compiliert wird. Das kann z.B. über die Solution Configuration “Debug” sichergestellt werden. Wenn hier ein anderer Typ eingeführt wurde (z.B. “Debug_CodeAnalysis”) kann es passieren, dass die Website auf dem Server nicht unter “_PublishedWebsites” kompiliert/abgelegt wird. Dann funktionieren die UnitTests auf dem Server wieder nicht. Es bietet sich an den Solution-Typ “Debug” und für alle gewünschten Projekte (außer Webprojekte) einen anderen Typ z.B. “Debug_CodeAnalysis” zu verwenden:

7. Teambuild mit Codeanalysis, CodeCoverage und UnitTests:

Jetzt sind wir schon ziemlich weit gekommen und freuen uns das endlich unser Webservice um den es im Projekt zentral geht auch über UnitTests auf dem Team Build Server jeder Zeit (z.B. jede Nacht – Continuous Integration) getestet werden kann. Verwendet man nun alle Features die zum Team Build dazu gehören, wie Code Analysis und Code Coverage, wundert man sich doch recht schnell warum die Coverage Werte sehr niedrig sind. Ein kleine Recherche in den erzeugten Dateien und Reports ergibt, dass alle UnitTests die über den WebService gelaufen sind nicht im CodeCoverage auftauchen ;(… Das ist natürlich schlecht!!! Wenn ich aber die WebService-Methoden nicht über die WebReference sondern direkt teste fehlt mir wieder der HTTP-Context in den Tests.) Was ist hier nun die beste Lösung? Mocking vom HTTPContext und wieder ohne WebReference testen?

WordPress Tags: Team,Build,Webservice,UnitTests,PathToWebRoot,Test

I have a collection object (EmployeesCollection) for custom Employee class, In the Employee class there are two properties Name and EmployeeID. I want to sort the EmployeesCollection by Name and use it in a DropDown List (ddEmployees).

DataTable dtEmployees = new DataTable();

          dtEmployees.Columns.Add(“Name”);

          dtEmployees.Columns.Add(“EmployeeID”);

          foreach (Employee vEmployee in EmployeesCollection)

          {

                    dtEmployees.Rows.Add(new object[] { vEmployee.Name, vEmployee. EmployeeID  });

          }

          dtEmployees.DefaultView.Sort = “Name”;

          ddEmployees.DataSource = dtEmployees;

          ddEmployees.DataTextField = “Name”;

          ddEmployees.DataValueField = “EmployeeID”;

          ddEmployees.DataBind();

http://forums.asp.net/p/989112/1282012.aspx

http://geekswithblogs.net/ehammersley/archive/2005/11/08/59451.aspx

Problem

After I made a clean install of my Vista development computer, and running VS05/VS08, I have a problem using dynamic ports when developing ASP.NET web applications.

When web applications are executed in VS05/VS08, they may run on dynamic ports on the development server, e.g. localhost:12345. This worked before my computer was blown clean, but now I’m just redirected to www.localhost.com:12345. I am not redirected IE, but the web page just won’t load, so I guess the same thing happens here although it’s not displayed to the user.

Solution

After some struggling, I found the solution at
http://bvencel.blogspot.com/2008/05/aspnet-development-server-problems.html

It does not feel that good to go through with this change without knowing exactly what it does, but it works.

I’m not sure if I’m the only one, I recently used another user profile on VS2005, needless to say all the environment settings were reset and I realized that my favourite Step Into button no longer exists, and the keyboard F11 no longer works. Only using Step Over F10 isn’t very favourable. 

http://msdn.microsoft.com/en-us/library/bb245788(VS.80).aspx

Anyway, this is what I did.

Tools > Import and Export Settings

Import selected environment settings

Yes, save my current settings

Default Settings > General Development Settings

(Description: Configures the environment to closely match VS .NET 2003 to provide an experience that is already familiar to you. Select this collection of settings if you develop in more than one programming language)

Someone else has blogged about the menu settings different for C# and VB, so he adds/changes the C# environment into the menu to get the Step Into button

http://blogs.vertigo.com/personal/keithc/Blog/archive/2007/07/20/missing-menu-options-in-visual-studio-2005.aspx

Fast immer benötigt man für das Ausführen von UnitTests eine Umgebung wie im wirklichen Leben. Es sind also auch z.B. Konfigurationsfiles an einem bestimmten Ort (wie z.B. in einem Unterordner “config”) notwendig. Die Visual Studio UnitTests werden aber in einem eigenen Ordner ausgeführt und genau dort braucht man nun auch diesen Unterordner mit seinen Dateien. Hier gibt es im großen und ganzen zwei Ansätze. Entweder man konfiguriert die Testkonfiguration (siehe 2 Abbildungen):

–> öffnen der Testkonfiguration mit Wizard

–> Definieren von Dateien die für die UnitTests notwendig sind unter “Deployment”

Leider bietet der Wizard keine Möglichkeit einen Unterordner/Zielordner mit anzugeben. Dazu muss man das “.testconfig” File im XML-Editor öffnen und selbst am DeploymentItem-Tag herumeditieren. Dort steht einem nun das Attribut “outputDirectory” zur Verfügung.

<Deployment>
  <DeploymentItem filename="log4net.conf.xml"
    outputDirectory="config" />
  <DeploymentItem filename="myentlib.config" />
</Deployment>

–> .testconfig File im XML-Editor

Der zweite Ansatz ist über ein Attribut im Testcode selbst zu definieren welche Dateien für den Test notwendig sind:

DeploymentItems (DeploymentItemsAttribute bei MSDN)

[TestMethod()]
[DeploymentItem("config\\log4net.conf.xml", "config")]
public void MyTest()
{
    ...
}

–> DeploymentItemAttribut im Code

DeploymentItems und TFS Team Build:

Leider hat man nun das nächste Problem mit den DeploymentItems und UnitTests im Zusammenhang mit Teambuild. Auf dem Teambuild Server können die UnitTests nur ausgeführt werden, wenn Visual Studio installiert ist. Das VS2008 hat hier wohl einen Bug, denn er sucht die für den UnitTest definierten DeploymentItems nicht im Ordner wo die Tests ausgeführt werden, sondern im Ordner wo Visual Studio auf dem Teambuild Server installiert ist (System.Configuration.ConfigurationErrorsException: The configuration folder ‘D:\Program Files\Microsoft Visual Studio 9.0\Common7\IDE\config\log4net.conf.xml’ doesn’t exist).

Geholfen hat jetzt nur ein Workaround im Testcode:

[ClassInitialize()]
public static void MyClassInitialize(
  TestContext testContext)
{
    AppDomain.CurrentDomain.SetData("APPBASE",
     Environment.CurrentDirectory);
}

–> Bei jedem UnitTest in der Initialisierung einzufügen (Forum post hier)

Team Build – Code Coverage – Partially Succeeded

Manchmal kommt es trotz erfolgreichen Build und auch erfolgreichen durchführen aller UnitTests zu dem Status “Partially Succeeded”.

–> “Partially Succeeded” trotz erfolgreichem Build und no failed UnitTests ?!

Ein bisschen Nachforschung bringt einen dann auf den Pfad, dass es ein paar Warnungen gegeben hat, die man auch Abarbeiten kann. Man lädt sich die Testresults auf den lokalen Rechner (Link unter “Test Run” anklicken) und arbeitet die Warnungen ab. Zum Beispiel will Code Coverage zwingend x86 dlls (siehe auch hier). Weiterhin müssen alle dlls die im Code Coverage eingeschlossen sind auch verfügbar sein. Code Coverage wird übrigens auch in der .testconfig Datei definiert und kann mit dem Wizard (siehe oben im Artikel) eingerichtet werden.

HTML

<%@ Page Language=”C#” AutoEventWireup=”true” CodeFile=”Default.aspx.cs” Inherits=”Default” %>

<!DOCTYPE html PUBLIC “-//W3C//DTD XHTML 1.0 Transitional//EN” “http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd”>

<html xmlns=”http://www.w3.org/1999/xhtml” >

<head id=”Head1″ runat=”server”>

    <title>Untitled Page</title>

   <script type=”text/javascript” language=”javascript” src=”Script.js”> </script>

</head>

<body>

    <form id=”form1″ runat=”server”>

    <asp:ScriptManager ID=”ScriptManager1″ runat=”server” EnablePageMethods=”True”>

</asp:ScriptManager>

   <div>

        <asp:Label ID=”lblCustId1″ runat=”server” Text=”Customer ID 1″></asp:Label>

        <asp:TextBox ID=”txtId1″ runat=”server”></asp:TextBox><br />

            <asp:TextBox ID=”txtContact1″ runat=”server” BorderColor=”Transparent” BorderStyle=”None”

                ReadOnly=”True”></asp:TextBox><br />

        <br />

        <asp:Label ID=”lblCustId2″ runat=”server” Text=”Customer ID 2″></asp:Label>

        &nbsp;

        <asp:TextBox ID=”txtId2″ runat=”server”></asp:TextBox><br />

            <asp:TextBox ID=”txtContact2″ runat=”server” BorderColor=”Transparent” BorderStyle=”None”

                ReadOnly=”True”></asp:TextBox>&nbsp;<br />

            </div>

    <asp:Button ID=”Button1″ runat=”server” onclick=”Button1_Click” Text=”Button” />

    </form>

</body>

</html>

Code Behind:

using System;

using System.Configuration;

using System.Data;

using System.Linq;

using System.Web;

using System.Web.Security;

using System.Web.UI;

using System.Web.UI.HtmlControls;

using System.Web.UI.WebControls;

using System.Web.UI.WebControls.WebParts;

using System.Xml.Linq;

public partial class Default : System.Web.UI.Page 

{

    protected void Page_Load(object sender, EventArgs e)

    {

        if (!Page.IsPostBack)

        {

            txtId1.Attributes.Add(“onblur”, “javascript:CallMe(‘” + txtId1.ClientID + “‘, ‘” + txtContact1.ClientID + “‘)”);

            txtId2.Attributes.Add(“onblur”, “javascript:CallMe(‘” + txtId2.ClientID + “‘, ‘” + txtContact2.ClientID + “‘)”);

        }

    }

    [System.Web.Services.WebMethod(EnableSession = true)]

    public static void  GetContactName(string custid)

    {

            HttpContext.Current.Session["Testing"] = custid;

    }

    protected void Button1_Click(object sender, EventArgs e)

    {

        Response.Redirect(“DEfault2.aspx”);

    }

}