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C# How to use WSDL-Service

i want to use a WSDL-Service, but i've never done this before. I have to use a certificate, but don't know how to implement this.
I did the following steps:
Added service reference
inserted the link to the online wsdl file
he got it and i selected O.K
Now i can use the namespace "ServiceReference1" in my project
When i want to call the Login-Method, then i get a error and vs tells me, that more informations are on the "faultDetailString." but how can i get these informations?
ServiceReference1.SessionWSIClient client = new ServiceReference1.SessionWSIClient();
string result = client.Login(this.transaktionsId, this.benutzerId, this.pin);

Get Direct Reports from Logged in user from Exchange

I need to get the direct reports from a logged in user (MVC 4)
I don't need the names of the direct reports but I do need their email addresses including their proxy addresses.
So for this reason I need to search through Exchange. I personally have never attempted to search Exchange in the past and everything I find out there tells me how to get from step 8 to the finish line but says nothing about how to go from step 1 to 8.
I can get the current users user name by simply
User.Identity.Name.Replace(#"yourdomain\", "")
and I have found this example which so far is probably the best example I have found
http://msdn.microsoft.com/en-us/library/office/ff184617(v=office.15).aspx
but even with that example the line
Outlook.AddressEntry currentUser =
Application.Session.CurrentUser.AddressEntry;
is not actually getting the current user logged into the site.
I really hope someone out there is familiar with this and can get me past this point.

I reworked the sample from the URL as the following LINQPad 4 query. I've found that LINQPad is a great way to experiment because it is very scripty, allowing quick experimentation, and you can easily view data by using the Dump() extension method. Purchasing intellisense support is totally worthwhile.
Also, I noticed there is a lot of fine print like:
The logged-on user must be online for this method to return an AddressEntries collection; otherwise, GetDirectReports returns a null reference. For production code, you must test for the user being offline by using the _NameSpace.ExchangeConnectionMode property, or the _Account.ExchangeConnectionMode property for multiple Exchange scenarios.
and
If the current user has a manager, GetDirectReports() is called to return an AddressEntries collection that represents the address entries for all the direct reports of user’s manager. If the manager has no direct reports, GetDirectReports returns an AddressEntries collection that has a count of zero.
So there are a lot of assumptions like Exchange is configured properly with Direct Report relationships, and the current user is online...which I believe brings Lync into the equation. Hopefully this LINQPad query will be useful to you. Just copy and paste it into a text editor and name it with the .linq file extension. You'll then be able to open it in LINQPad 4. BTW: You're question caught my attention because there was talk recently at my work of pulling direct reports from Active Directory. I wish I could be more helpful...good luck.
<Query Kind="Program">
<Reference><ProgramFilesX86>\Microsoft Visual Studio 12.0\Visual Studio Tools for Office\PIA\Office15\Microsoft.Office.Interop.Outlook.dll</Reference>
<Reference><ProgramFilesX86>\Microsoft Visual Studio 12.0\Visual Studio Tools for Office\PIA\Office15\Microsoft.Office.Interop.OutlookViewCtl.dll</Reference>
<Namespace>Microsoft.Office.Interop.Outlook</Namespace>
</Query>
void Main()
{
GetManagerDirectReports();
}
// Define other methods and classes here
private void GetManagerDirectReports()
{
var app = new Microsoft.Office.Interop.Outlook.Application();
AddressEntry currentUser = app.Session.CurrentUser.AddressEntry;
if (currentUser.Type == "EX")
{
ExchangeUser manager = currentUser.GetExchangeUser().GetExchangeUserManager();
manager.Dump();
if (manager != null)
{
AddressEntries addrEntries = manager.GetDirectReports();
if (addrEntries != null)
{
foreach (AddressEntry addrEntry in addrEntries)
{
ExchangeUser exchUser = addrEntry.GetExchangeUser();
StringBuilder sb = new StringBuilder();
sb.AppendLine("Name: " + exchUser.Name);
sb.AppendLine("Title: " + exchUser.JobTitle);
sb.AppendLine("Department: " + exchUser.Department);
sb.AppendLine("Location: " + exchUser.OfficeLocation);
sb.Dump();
}
}
}
}
}

I would suggest using EWS Managed API in conjunction with your code to get the direct reports for a user. As Jeremy mentioned in his response that you need to have your direct report relationships already set up. To help you get started, here some steps to get EWS Managed API up and running:
Download the latest version of EWS Managed API
Get started with EWS Managed API client applications to learn about how to reference the assembly, set the service URL, and communicate with EWS.
Start working with your code. If you need some functioning code to get you going, check out the Exchange 2013 101 Code Samples that has some authentication code already written and a bunch of examples you can modify to make your own.
If you have the email address or user name of the current user you can use the ResolveName() method to get to their mailbox to retrieve additional information. Here is an article to help with that method: How to: Resolve ambiguous names by using EWS in Exchange 2013
Essentially you want to get to the point where you can run a command similar to this:
NameResolutionCollection coll = service.ResolveName(NameToResolve, ResolveNameSearchLocation.DirectoryOnly, true, new PropertySet(BasePropertySet.FirstClassProperties));
If you give a unique enough value in the NameToResolve parameter you should only get back one item in the collection. With that, you can look at the direct reports collection within that one item and see not only the names of their direct reports, but their email addresses as well.
I hope this information helps. If this does resolve your problem, please mark the post as answered.
Thanks,
--- Bob ---

C# program connecting to example DBus daemon always gets 'Access is denied: DBus.BusObject'

For our current project we are using DBus (1.6.n).
It is largely accessed from C++ in shared memory mode, and this works really well.
I am now trying to access the same DBus from a C# program.
In order to try things out first, I downloaded the latest version of dbus-sharp I could find, and started the daemon included in the download to see if I could connect to it from my test C# app.
Whenever I make a connection, the daemon console shows that I am communicating with it, but as soon as I try to access any methods on the connection I get the error;
'Access is denied: DBus.BusObject'
Here is the code I have tried;
DBus.Bus dBus = null;
try
{
//input address comes from the UI and ends up as "tcp:host=localhost,port=12345";
//dBus = new Bus(InputAddress.Text + inputAddressExtension.Text);
//string s = dBus.GetId();
//dBus.Close();
//DBus.Bus bus = DBus.Bus.System;
//DBus.Bus bus = Bus.Open(InputAddress.Text + inputAddressExtension.Text);
//DBus.Bus bus = DBus.Bus.Session;
//DBus.Bus bus = DBus.Bus.Starter;
var conn = Connection.Open(InputAddress.Text + inputAddressExtension.Text);
var bus = conn.GetObject<Introspectable>(#"org.freedesktop.DBus.Introspectable", new ObjectPath("/org/freedesktop/DBus/Introspectable"));
bus.Introspect();
}
finally
{
if(dBus != null)
dBus.Close();
}
The commented code produces the same error eventually too.
I have stepped through with the debugger and it always gets to the following code in the TypeImplementer.cs;
public Type GetImplementation (Type declType)
{
Type retT;
lock (getImplLock)
if (map.TryGetValue (declType, out retT))
return retT;
string proxyName = declType.FullName + "Proxy";
Type parentType;
if (declType.IsInterface)
parentType = typeof (BusObject);
else
parentType = declType;
TypeBuilder typeB = modB.DefineType (proxyName, TypeAttributes.Class | TypeAttributes.Public, parentType);
if (declType.IsInterface)
Implement (typeB, declType);
foreach (Type iface in declType.GetInterfaces ())
Implement (typeB, iface);
retT = typeB.CreateType (); <======== Fails here ==========
lock (getImplLock)
map[declType] = retT;
return retT;
}
I have not found any useful examples or documentation about accessing DBus from C#, and there seem to be few recent entries about this anywhere, so maybe no-one else is trying this.
I am running the daemon in the same folder as the test program.
As I am running on windows, the daemon is listening on the tcp setting;
string addr = "tcp:host=localhost,port=12345";
Since this is the example included with the download, I thought it would be really simple to get it going, but alas no luck yet.
Has anyone else been here and know the next piece of the puzzle?
Any ideas would be appreciated.

Having received no comment or response, I will answer the question with the information I have found since asking it.
There appears to be no useful C# interface to DBus. (By useful, I mean one that works!)
The only information or examples I could find are not up to date and no effort appears to be being expended on providing a working interface.
I have decided to interface with DBus by using a C++ implementation written as a Windows service, and my C# program will send messages to DBus via the service. This seems to work ok, so satisfies the business need.
I am disappointed not to be able to get the C# to DBus working, but there are lots of service bus implementations that work on Windows, so in future I will look at implementing those instead of DBus.
If anyone does come up with a workable, documented solution to accessing DBus from C# on Windows, I would still be interested to see it.

I had the same error when I created new test project and add dbus cs source files to it main project assembly. It was when IBusProxy type dynamically created in dynamically created assembly.
asmB = AppDomain.CurrentDomain.DefineDynamicAssembly (new AssemblyName ("NDesk.DBus.Proxies"), canSave ? AssemblyBuilderAccess.RunAndSave : AssemblyBuilderAccess.Run);
modB = asmB.DefineDynamicModule ("NDesk.DBus.Proxies");
......
retT = typeB.CreateType ();
I think it was cause current running assembly isnt friendly for created assembly. And just when I add to project compiled NDesk.DBus.dll this error disappeared.

vmware .net api help vmware.vim.dll problems

Vmware's .net api reference is somewhat confusing and hard to follow. I have been able to connect to my vcenter host then get a list of esxi hosts. Then I have been able get all the running modules on the host using HostKernelModuleSystem, and probe the properties on the variable "mod"... but I am not able to figure out how to get license info, I tried creating an object lic below, trying all different kinds of "types" from vmware with the word license in the type. but, it never works it has a problem converting the line with LicenseManagerLicenseInfo lic = .... I always get the following:
"Cannot convert type 'Vmware.Vim.Viewbase' to
'Vmware.Vim.LicenseManagerLicenseInfo'"
but the declaration above it for "mod" works fine.
I have also tried:
HostLicenseConnectInfo
LicenseAssignmentManagerLicenseAssignment
LicenseManager
I am hoping someone who has worked with vmware .net api can shed some light on what i am doing wrong? I am new to C# about 1 year :) but these VMware APIs are somewhat confusing to me.
esxList = client.FindEntityViews(typeof(HostSystem), null, null, null);
foreach (HostSystem host in esxList)
{
HostKernelModuleSystem mod = (HostKernelModuleSystem)client.GetView(host.ConfigManager.KernelModuleSystem, null);
LicenseManagerLicenseInfo lic = (LicenseManagerLicenseInfo)client.GetView(host.ConfigManager.LicenseManager, null);
string name = lic.Name;
}

I'll have to go to work tomorrow to look at this ( don't have ESX and VMWare SDK for .NET at home ) but I've done a bit of this work.
I wrote a generics method that wraps FindEntityViews and takes a filter as an argument. That makes it easy to search for anything. Also I've noticed that searches come back as ManagedObjectReferences and can't be cast to the subclasses. You have to construct them passing the ManagedObjectReference as an argument.
Also I find searching for PowerCLI examples and watching the classes in the immeadiate window very help in navigating this API. It's a fairly decent SDK but they put all of the classes in a single namespace and there's lots of little style inconsistencies ( Device instead of Devices and properties that take strings instead of enums when an enum exists ).

i figured out how to do it :) , by using http://vcenter_hostname/mob I was able to walk through api better. here is what I did, plus instead of of using "host" which was type HostSystem I jused my instance of my vCenter host "client"
VMware.Vim.LicenseManager lic_manager = (VMware.Vim.LicenseManager)client.GetView(client.ServiceContent.LicenseManager, null);
LicenseManagerLicenseInfo[] lic_found = lic_manager.Licenses;
foreach (LicenseManagerLicenseInfo lic in lic_found)
{
string test = lic.Name.ToString();
string test2 = lic.LicenseKey.ToString();
}

How do I popup the compose / create mail dialog using the user's default email client?

The use case is simple. At a certain point of time, I need to be able to show the user his familiar compose email dialog (Outlook or other) with
fields like from, to, Subject already filled up with certain application determined values.
The email would also have an attachment along with it.
The mail should not be sent unless the user explicitly okays it.
I did this once back in the ol' VB6 days.. can't figure out how now.. I just remember that it was quite easy.
Managed app, C#, .net 3.0+
Update#1: Yeah seems like mailto removed support for attachments (as a security risk?). I tried
You need to include ShellExecute signature as described here. All I got from this was a 5 SE_ERR_ACCESSDENIED and a 2 just for some variety
string sMailToLink = #"mailto:some.address#gmail.com?subject=Hey&body= yeah yeah yeah";
IntPtr result = ShellExecute(IntPtr.Zero, "open", sMailToLink, "", "", ShowCommands.SW_SHOWNORMAL);
Debug.Assert(result.ToInt32() > 32, "Shell Execute failed with return code " + result.ToInt32());
The same MailtoLink works perfectly with Process.Start... but as long as thou shalt not mention attachments.
System.Diagnostics.Process.Start(sMailToLink);
The other options are using the Outlook Object model to do this.. but I've been told that this requires you to add assembly references based to the exact version of Outlook installed. Also this would blow up if the user doesn't prefer MS for email.
The next option are Mapi and something called Mapi33.. Status still IN PROGRESS. Ears still open to suggestions.

You can create a process object and have it call "mailto:user#example.com?subject=My+New+Subject". This will cause the system to act on the mailto with its default handler, however, while you can set subjects and such this wont handle adding an attachment. I'll freely admit im not entirely sure how you'd go about forcing an attachment without writing some mail plugin.
The process code is:
System.Diagnostics.Process.Start("mailto:user#example.com?subject=My+New+Subject");

It's probably not the most efficient or elegant way, but shelling a "mailto:" link will do what you want, I think.
EDIT: Sorry, left out a very important "not".

Since mailto does not support attachments, and since MAPI is not supported within managed code, your best bet is to write (or have someone write) a small non-managed program to call MAPI functions that you can call with command-line arguments. Pity that .NET does not have a cleaner alternative.
See also : MAPI and managed code experiences?

Could it be that you used the mailto: protocol?
Almost all of what you highlight can be done, but I am quite sure, that you cant do attachments.
Microsoft MailTo Documentation

Starting process with mailto: arguments is the simplest approach. Yet, it does not allow anything more or less complex.
Slightly different approach involves creating email template and then feeding it to the Process.Start:
var client = new SmtpClient();
var folder = new RandomTempFolder();
client.DeliveryMethod =
SmtpDeliveryMethod.SpecifiedPickupDirectory;
client.PickupDirectoryLocation = folder.FullName;
var message = new MailMessage("to#no.net",
"from#no.net", "Subject","Hi and bye");
// add attachments here, if needed
// need this to open email in Edit mode in OE
message.Headers.Add("X-Unsent", "1");
client.Send(message);
var files = folder.GetFiles();
Process.Start(files[0].FullName);
Scenarios for the default email handler:
Outlook express opens
Windows: Outlook - does not handle by default, Outlook Express is called instead
Windows: The Bat! - message is opened for viewing, hit Shift-F6 and Enter to send
I've also tested with Mono and it worked more or less.
Additional details are available in this post: Information integration - simplest approach for templated emails
PS: in the end I went for slightly more complex scenario:
Defined interface IEmailIntegraton
Code above went into the DefaultEmailIntegration
Added implementations for OutlookEmailIntegration (automation) and theBat! email integration (using their template format).
Allowed users of the SmartClient to select their scenario from the drop-down (alternatively this could've been implemented as "Check the system for the default email handler and decide automatically")

You're making the assumption that they will have an email client installed, of course.
The option I've taken in the past (in a corporate environment where everyone has at least one version of Outlook installed) was to use the Outlook interop - you only need to reference the earliest version you need to support.
You could look at P/Invoking MAPISendDocuments (which I'd try and avoid, personally), or the other option would be to create your own "compose" form and use the objects from the System.Net.Mail namespace.

you can use a trick if you intend to use Outlook[this code is based on outlook 2010[v14.0.0.]]
Create Outlook MailItem
and transmit file (ie download)
if user opens the file (.msg) the compose message dialog opens automatically
here is the code ...
Microsoft.Office.Interop.Outlook.Application outapp = new Application();
try
{
_NameSpace np = outapp.GetNamespace("MAPI");
MailItem oMsg = (MailItem)outapp.CreateItem(OlItemType.olMailItem);
oMsg.To = "a#b.com";
oMsg.Subject = "Subject";
//add detail
oMsg.SaveAs("C:\\Doc.msg", OlSaveAsType.olMSGUnicode);//your path
oMsg.Close(OlInspectorClose.olSave);
}
catch (System.Exception e)
{
status = false;
}
finally
{
outapp.Quit();
}
then transmit the file you created say "Doc.msg"
string filename ="Doc.msg";//file name created previously
path = "C:\\" + filename; //full path ;
Response.ContentType="application/outlook";
Response.AppendHeader("Content-Disposition", "filename=\"" + filename + "\"");
FileInfo fl = new FileInfo(path);
Response.AddHeader("Content-Length", fl.Length.ToString());
Response.TransmitFile(path,0,fl.Length);
Response.End();