New Info:
I thought I would paste this in full as I can not seem to find any samples on the web of a c# solution for StarLink so hopefully anyone else looking for something may find this helpful and may contribute.
My New Proto File - (partial) - I took the advise of Yuri below. Thanks for the direction here. I was able to I have been using this tool and it has brought a lot of insight but I am still stuck on the c# side of the solution. I am an old VB.Net developer though I have done a bunch in c# I am by no means savvy in it and am probably missing something so simple. Again, any insight would be awesome. I can not post the full proto here as stack has char limit on posts. this is the first bit with messages etc. I can post more if it helps but trying to keep it to the important part.
syntax = "proto3";
option csharp_namespace = "SpaceX.API.Device";
package SpaceX.API.Device;
service Device {
//rpc Handle (.SpaceX.API.Device.Request) returns (.SpaceX.API.Device.Response) {}
//rpc Stream (stream .SpaceX.API.Device.ToDevice) returns (stream .SpaceX.API.Device.FromDevice) {}
rpc Handle (Request) returns (Response);
rpc Stream (Request) returns (Response);
}
message ToDevice {
string message = 1;
}
message Request {
uint64 id = 1;
string target_id = 13;
uint64 epoch_id = 14;
oneof request {
SignedData signed_request = 15;
RebootRequest reboot = 1001;
SpeedTestRequest speed_test = 1003;
GetStatusRequest get_status = 1004;
AuthenticateRequest authenticate = 1005;
GetNextIdRequest get_next_id = 1006;
GetHistoryRequest get_history = 1007;
GetDeviceInfoRequest get_device_info = 1008;
GetPingRequest get_ping = 1009;
SetTrustedKeysRequest set_trusted_keys = 1010;
FactoryResetRequest factory_reset = 1011;
GetLogRequest get_log = 1012;
SetSkuRequest set_sku = 1013;
UpdateRequest update = 1014;
GetNetworkInterfacesRequest get_network_interfaces = 1015;
PingHostRequest ping_host = 1016;
GetLocationRequest get_location = 1017;
EnableFlowRequest enable_flow = 1018;
GetHeapDumpRequest get_heap_dump = 1019;
RestartControlRequest restart_control = 1020;
FuseRequest fuse = 1021;
GetPersistentStatsRequest get_persistent_stats = 1022;
GetConnectionsRequest get_connections = 1023;
FlushTelemRequest flush_telem = 1026;
StartSpeedtestRequest start_speedtest = 1027;
GetSpeedtestStatusRequest get_speedtest_status = 1028;
ReportClientSpeedtestRequest report_client_speedtest = 1029;
InitiateRemoteSshRequest initiate_remote_ssh = 1030;
SelfTestRequest self_test = 1031;
SetTestModeRequest set_test_mode = 1032;
DishStowRequest dish_stow = 2002;
DishGetContextRequest dish_get_context = 2003;
DishSetEmcRequest dish_set_emc = 2007;
DishGetObstructionMapRequest dish_get_obstruction_map = 2008;
DishGetEmcRequest dish_get_emc = 2009;
DishSetConfigRequest dish_set_config = 2010;
DishGetConfigRequest dish_get_config = 2011;
StartDishSelfTestRequest start_dish_self_test = 2012;
WifiSetConfigRequest wifi_set_config = 3001;
WifiGetClientsRequest wifi_get_clients = 3002;
WifiSetupRequest wifi_setup = 3003;
WifiGetPingMetricsRequest wifi_get_ping_metrics = 3007;
WifiGetDiagnosticsRequest wifi_get_diagnostics = 3008;
WifiGetConfigRequest wifi_get_config = 3009;
WifiSetMeshDeviceTrustRequest wifi_set_mesh_device_trust = 3012;
WifiSetMeshConfigRequest wifi_set_mesh_config = 3013;
WifiGetClientHistoryRequest wifi_get_client_history = 3015;
TransceiverIFLoopbackTestRequest transceiver_if_loopback_test = 4001;
TransceiverGetStatusRequest transceiver_get_status = 4003;
TransceiverGetTelemetryRequest transceiver_get_telemetry = 4004;
}
reserved 1025, 3011, 3014;
}
message SignedData {
bytes data = 1;
bytes signature = 2;
}
My New .cs
I have tried many things from Microsoft's examples to thing I can gather from other samples. I simply can not get it to work and am lost. Again, any insight would be amazing and hopefully helpful to others looking for a solution in c#. You will see my commented code of this I have been playing with. Basically I am attempting to achieve three things and have made some movement in one of them.
Goals:
1 - Use Server Reflection to discover services.
I think I got this one resolved with dot-net grpc.
2 - Simply want to check available methods under a service and potentially either check or generate a new .proto file in case things change. StaLink does not publish its proto schema so I assume it could change anytime without warning.
3 - Just run any one of the available methods. I have tried the GetDeviceInfoRequest but can not seem to construct the request message properly. I have not been able to get this accomplishe in the gRPCurl tool either. I can do it on the basic service shown by Microsoft of course but these methods seem to be more complex and I simply get all kinds of errors.
Again, any insight or assistance would be amazing. Thanks to any and all in advance.
New .cs File
using System;
using System.Diagnostics;
using System.Threading.Tasks;
using Grpc.Core;
using Grpc.Net.Client;
using Grpc.Reflection.V1Alpha;
using ServerReflectionClient = Grpc.Reflection.V1Alpha.ServerReflection.ServerReflectionClient;
using SpaceX.API.Device;
public class Program
{
static async Task Main(string[] args)
{
//SETUP CHANNEL AND CLIENT
using var channel = GrpcChannel.ForAddress("http://192.168.100.1:9200");
var client = new ServerReflectionClient(channel);
var StarLinkClient = new Device.DeviceClient(channel);
//using var call = StarLinkClient.StreamAsync(new ToDevice { Request = GetDeviceInfoRequest });
//await foreach (var response in call.ResponseStream.ReadAllAsync())
//var request = Device.GetDeviceInfoRequest;
//var reply = await StarLinkClient.HandleAsync(
// new Request {'"getDeviceInfo" : {} '});
//Console.WriteLine(reply.Message);
//=============================================SERVER REFLECTION=============================================================
Console.WriteLine("Calling reflection service:");
var response = await SingleRequestAsync(client, new ServerReflectionRequest
{
ListServices = "" // Get all services
});
Console.WriteLine("Services:");
foreach (var item in response.ListServicesResponse.Service)
{
Console.WriteLine("- " + item.Name);
Console.WriteLine();
var StarLink = item.Name;
//Console.WriteLine(StarLink.getStatus());
}
//=============================================SERVER REFLECTION=============================================================
Console.WriteLine("Press any key to exit...");
Console.ReadKey();
}
void setupchannel()
{
}
private static Task SingleRequestAsync(ServerReflectionClient client, Metadata metadata)
{
throw new NotImplementedException();
}
private static async Task<ServerReflectionResponse> SingleRequestAsync(ServerReflectionClient client, ServerReflectionRequest request)
{
using var call = client.ServerReflectionInfo();
await call.RequestStream.WriteAsync(request);
Debug.Assert(await call.ResponseStream.MoveNext());
var response = call.ResponseStream.Current;
await call.RequestStream.CompleteAsync();
return response;
}
}
Again, thanks in advance to anyone willing to assist here. Hopefully this helps others as well.
I am new to Google APIs. I want to know how to call Google Dialogflow API in C# to get intent form the input text. But I can't find any example to call Dialogflow using C#.
Please provide some example to call Dialogflow from C#.
If I understand your question correctly you want to call the DialogFlow API from within a C# application (rather than writing fulfillment endpoint(s) that are called from DialogFlow. If that's the case here's a sample for making that call:
using Google.Cloud.Dialogflow.V2;
...
...
var query = new QueryInput
{
Text = new TextInput
{
Text = "Something you want to ask a DF agent",
LanguageCode = "en-us"
}
};
var sessionId = "SomeUniqueId";
var agent = "MyAgentName";
var creds = GoogleCredential.FromJson("{ json google credentials file)");
var channel = new Grpc.Core.Channel(SessionsClient.DefaultEndpoint.Host,
creds.ToChannelCredentials());
var client = SessionsClient.Create(channel);
var dialogFlow = client.DetectIntent(
new SessionName(agent, sessionId),
query
);
channel.ShutdownAsync();
In an earlier version of the DialogFlowAPI I was running into file locking issues when trying to re-deploy a web api project which the channel.ShutDownAsync() seemed to solve. I think this has been fixed in a recent release.
This is the simplest version of a DF request I've used. There is a more complicated version that passes in an input context in this post:
Making DialogFlow v2 DetectIntent Calls w/ C# (including input context)
(Nitpicking: I assume you know DialogFlow will call your code as specified/registered in the action at DialogFlow? So your code can only respond to DialogFlow, and not call it.)
Short answer/redirect:
Don't use Google.Apis.Dialogflow.v2 (with GoogleCloudDialogflowV2WebhookRequest and GoogleCloudDialogflowV2WebhookResponse) but use Google.Cloud.Dialogflow.v2 (with WebhookRequest and WebhookResponse) - see this eTag-error. I will also mention some other alternatives underneath.
Google.Cloud.Dialogflow.v2
Using Google.Cloud.Dialogflow.v2 NuGet (Edit: FWIW: this code was written for the beta-preview):
[HttpPost]
public dynamic PostWithCloudResponse([FromBody] WebhookRequest dialogflowRequest)
{
var intentName = dialogflowRequest.QueryResult.Intent.DisplayName;
var actualQuestion = dialogflowRequest.QueryResult.QueryText;
var testAnswer = $"Dialogflow Request for intent '{intentName}' and question '{actualQuestion}'";
var dialogflowResponse = new WebhookResponse
{
FulfillmentText = testAnswer,
FulfillmentMessages =
{ new Intent.Types.Message
{ SimpleResponses = new Intent.Types.Message.Types.SimpleResponses
{ SimpleResponses_ =
{ new Intent.Types.Message.Types.SimpleResponse
{
DisplayText = testAnswer,
TextToSpeech = testAnswer,
//Ssml = $"<speak>{testAnswer}</speak>"
}
}
}
}
}
};
var jsonResponse = dialogflowResponse.ToString();
return new ContentResult { Content = jsonResponse, ContentType = "application/json" }; ;
}
Edit: It turns out that the model binding may not bind all properties from the 'ProtoBuf-json' correctly (e.g. WebhookRequest.outputContexts[N].parameters),
so one should probably use the Google.Protobuf.JsonParser (e.g. see this documentation).
This parser may trip over unknown fields, so one probably also wants to ignore that. So now I use this code (I may one day make the generic method more generic and thus useful, by making HttpContext.Request.InputStream a parameter):
public ActionResult PostWithCloudResponse()
{
var dialogflowRequest = ParseProtobufRequest<WebhookRequest>();
...
var jsonResponse = dialogflowResponse.ToString();
return new ContentResult { Content = jsonResponse, ContentType = "application/json" }; ;
}
private T ParseProtobufRequest<T>() where T : Google.Protobuf.IMessage, new()
{
// parse ProtoBuf (not 'normal' json) with unknown fields, else it may not bind ProtoBuf correctly
// https://github.com/googleapis/google-cloud-dotnet/issues/2425 "ask the Protobuf code to parse the result"
string requestBody;
using (var reader = new StreamReader(HttpContext.Request.InputStream))
{
requestBody = reader.ReadToEnd();
}
var parser = new Google.Protobuf.JsonParser(JsonParser.Settings.Default.WithIgnoreUnknownFields(true));
var typedRequest = parser.Parse<T>(requestBody);
return typedRequest;
}
BTW: This 'ProtoBuf-json' is also the reason to use WebhookResponse.ToString() which in turn uses Google.Protobuf.JsonFormatter.ToDiagnosticString.
Microsoft's BotBuilder
Microsoft's BotBuilder packages and Visual Studio template.
I havent't used it yet, but expect approximately the same code?
Hand written proprietary code
A simple example of incoming request code (called an NLU-Response by Google) is provided by Madoka Chiyoda (Chomado) at Github. The incoming call is simply parsed to her DialogFlowResponseModel:
public static async Task<HttpResponseMessage> Run([...]HttpRequestMessage req, [...]CloudBlockBlob mp3Out, TraceWriter log)
...
var data = await req.Content.ReadAsAsync<Models.DialogFlowResponseModel>();
Gactions
If you plan to work without DialogFlow later on, please note that the interface for Gactions differs significantly from the interface with DialogFlow.
The json-parameters and return-values have some overlap, but nothing gaining you any programming time (probably loosing some time by starting 'over').
However, starting with DialogFlow may gain you some quick dialog-experience (e.g. question & answer design/prototyping).
And the DialogFlow-API does have a NuGet package, where the Gactions-interface does not have a NuGet-package just yet.
Using Visual Studio, and AWS .NET V 3.0.
I'm trying to perform a real-time Predict operation, and to verify the basic setup works, I first perform a GetMLModel() which works and returns the endpoint (Somewhere in the documentation is was mentioned to use that result as the service endpoint, but it's the same that is listed in the console). Is has status "READY", so far so good.
The exception occurs below on the line below "Prediction P = RTP.Predict(Data)". Data contains a Dictionary with all the prediction values.
Error: Error making request with Error Code UnknownOperationException and Http Status Code BadRequest. No further error information was returned by the service.
public static APIResult GetRealTimePrediction(Dictionary<string, string> Data, string PayloadJSON = null) {
AmazonMachineLearningConfig MLConfig = new AmazonMachineLearningConfig();
MLConfig.RegionEndpoint = Amazon.RegionEndpoint.USEast1;
MLConfig.Validate();
AmazonMachineLearningClient MLClient = new AmazonMachineLearningClient("xxx", "xxx", MLConfig);
GetMLModelResponse MLMOdelResp = MLClient.GetMLModel("xxx"); // <-- WORKS
MLConfig.ServiceURL = MLMOdelResp.EndpointInfo.EndpointUrl;
Console.WriteLine(MLConfig.ServiceURL);
MLConfig.Validate();
Amazon.MachineLearning.Util.RealtimePredictor RTP = new Amazon.MachineLearning.Util.RealtimePredictor(MLClient, "xxx");
Prediction P = RTP.Predict(Data); // <----------------EXCEPTION HERE
}
(Obviously replace xxx with relevant values) :)
It turns out that this line:
MLConfig.ServiceURL = MLMOdelResp.EndpointInfo.EndpointUrl;
cases the MLConfig.RegionEndpoint to be reset. Even though the documentation indicates the RegionEndpoint can be determined from the ServiceURL (I'm pretty sure I read that), the RegionEndpoint needs to be set again before the RTP.Predict(Data) call.
Once I figured that out, I was able to reduce the code to just this, in case anyone else needs help. I guess adding too much information to the Configuration is NOT a good thing, as the AWS. NET library seems to figure all this out on its own.
public static APIResult GetRealTimePrediction(Dictionary<string, string> Data, string PayloadJSON = null) {
AmazonMachineLearningConfig MLConfig = new AmazonMachineLearningConfig();
MLConfig.RegionEndpoint = Amazon.RegionEndpoint.USEast1;
MLConfig.Validate(); // Just in case, not really needed
AmazonMachineLearningClient MLClient = new AmazonMachineLearningClient("xxx", "xxx", MLConfig);
Amazon.MachineLearning.Util.RealtimePredictor RTP = new Amazon.MachineLearning.Util.RealtimePredictor(MLClient, "xxx");
Prediction P = RTP.Predict(Data);
}
I'd like to create a small application that can collect system information (Win32_blablabla) using WinRM as opposed to WMI. How can i do that from C#?
The main goal is to use WS-Man (WinRm) as opposed to DCOM (WMI).
I guess the easiest way would be to use WSMAN automation. Reference wsmauto.dll from windwos\system32 in your project:
then, code below should work for you. API description is here: msdn: WinRM C++ API
IWSMan wsman = new WSManClass();
IWSManConnectionOptions options = (IWSManConnectionOptions)wsman.CreateConnectionOptions();
if (options != null)
{
try
{
// options.UserName = ???;
// options.Password = ???;
IWSManSession session = (IWSManSession)wsman.CreateSession("http://<your_server_name>/wsman", 0, options);
if (session != null)
{
try
{
// retrieve the Win32_Service xml representation
var reply = session.Get("http://schemas.microsoft.com/wbem/wsman/1/wmi/root/cimv2/Win32_Service?Name=winmgmt", 0);
// parse xml and dump service name and description
var doc = new XmlDocument();
doc.LoadXml(reply);
foreach (var elementName in new string[] { "p:Caption", "p:Description" })
{
var node = doc.GetElementsByTagName(elementName)[0];
if (node != null) Console.WriteLine(node.InnerText);
}
}
finally
{
Marshal.ReleaseComObject(session);
}
}
}
finally
{
Marshal.ReleaseComObject(options);
}
}
hope this helps, regards
I've got an article that describes an easy way to run Powershell through WinRM from .NET at http://getthinktank.com/2015/06/22/naos-winrm-windows-remote-management-through-net/.
The code is in a single file if you want to just copy it and it's also a NuGet package that includes the reference to System.Management.Automation.
It auto manages trusted hosts, can run script blocks, and also send files (which isn't really supported but I created a work around). The returns are always the raw objects from Powershell.
// this is the entrypoint to interact with the system (interfaced for testing).
var machineManager = new MachineManager(
"10.0.0.1",
"Administrator",
MachineManager.ConvertStringToSecureString("xxx"),
true);
// will perform a user initiated reboot.
machineManager.Reboot();
// can run random script blocks WITH parameters.
var fileObjects = machineManager.RunScript(
"{ param($path) ls $path }",
new[] { #"C:\PathToList" });
// can transfer files to the remote server (over WinRM's protocol!).
var localFilePath = #"D:\Temp\BigFileLocal.nupkg";
var fileBytes = File.ReadAllBytes(localFilePath);
var remoteFilePath = #"D:\Temp\BigFileRemote.nupkg";
machineManager.SendFile(remoteFilePath, fileBytes);
Hope this helps, I've been using this for a while with my automated deployments. Please leave comments if you find issues.
I would like to note that this shows an interop error by default in Visual Studio 2010.
c.f. http://blogs.msdn.com/b/mshneer/archive/2009/12/07/interop-type-xxx-cannot-be-embedded-use-the-applicable-interface-instead.aspx
There appear to be two ways to solve this. This first is documented in the article listed above and appears to be the correct way to handle the problem. The pertinent changes for this example is:
WSMan wsManObject = new WSMan();
This is in lieu of IWSMan wsman = new WSManClass(); which will throw the error.
The second resolution is to go to the VS2010—>Solution Explorer—>Solution—>Project—>References and select WSManAutomation. Right click or hit Alt-Enter to access the properties. Change the value of the "Embed Interop Types" property of the wsmauto reference.
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Does anyone have any sample code in that makes use of the .Net framework that connects to googlemail servers via IMAP SSL to check for new emails?
I'd recommend looking at MailKit as it is probably the most robust mail library out there and it's Open Source (MIT).
One of the awesome things about MailKit is that all network APIs are cancelable (something I haven't seen available in any other IMAP library).
It's also the only library that I know of that supports threading of messages.
using System;
using System.Net;
using System.Threading;
using MailKit.Net.Imap;
using MailKit.Search;
using MailKit;
using MimeKit;
namespace TestClient {
class Program
{
public static void Main (string[] args)
{
using (var client = new ImapClient ()) {
using (var cancel = new CancellationTokenSource ()) {
client.Connect ("imap.gmail.com", 993, true, cancel.Token);
// If you want to disable an authentication mechanism,
// you can do so by removing the mechanism like this:
client.AuthenticationMechanisms.Remove ("XOAUTH");
client.Authenticate ("joey", "password", cancel.Token);
// The Inbox folder is always available...
var inbox = client.Inbox;
inbox.Open (FolderAccess.ReadOnly, cancel.Token);
Console.WriteLine ("Total messages: {0}", inbox.Count);
Console.WriteLine ("Recent messages: {0}", inbox.Recent);
// download each message based on the message index
for (int i = 0; i < inbox.Count; i++) {
var message = inbox.GetMessage (i, cancel.Token);
Console.WriteLine ("Subject: {0}", message.Subject);
}
// let's try searching for some messages...
var query = SearchQuery.DeliveredAfter (DateTime.Parse ("2013-01-12"))
.And (SearchQuery.SubjectContains ("MailKit"))
.And (SearchQuery.Seen);
foreach (var uid in inbox.Search (query, cancel.Token)) {
var message = inbox.GetMessage (uid, cancel.Token);
Console.WriteLine ("[match] {0}: {1}", uid, message.Subject);
}
client.Disconnect (true, cancel.Token);
}
}
}
}
}
The URL listed here might be of interest to you
http://www.codeplex.com/InterIMAP
which was extension to
http://www.codeproject.com/KB/IP/imaplibrary.aspx?fid=91819&df=90&mpp=25&noise=5&sort=Position&view=Quick&fr=26&select=2562067#xx2562067xx
As the author of the above project i can say that yes it does support SSL.
I am currently working on a new version of the library that will be completely asynchronous to increase the speed with which it can interact with IMAP servers.
That code, while not complete, can be downloaded, along with the original synchronous library (which also supports SSL), from the code plex site linked to above.
Cross posted from the other similar question. See what happens when they get so similar?
I've been searching for an IMAP solution for a while now, and after trying quite a few, I'm going with AE.Net.Mail.
There is no documentation, which I consider a downside, but I was able to whip this up by looking at the source code (yay for open source!) and using Intellisense. The below code connects specifically to Gmail's IMAP server:
// Connect to the IMAP server. The 'true' parameter specifies to use SSL
// which is important (for Gmail at least)
ImapClient ic = new ImapClient("imap.gmail.com", "name#gmail.com", "pass",
ImapClient.AuthMethods.Login, 993, true);
// Select a mailbox. Case-insensitive
ic.SelectMailbox("INBOX");
Console.WriteLine(ic.GetMessageCount());
// Get the first *11* messages. 0 is the first message;
// and it also includes the 10th message, which is really the eleventh ;)
// MailMessage represents, well, a message in your mailbox
MailMessage[] mm = ic.GetMessages(0, 10);
foreach (MailMessage m in mm)
{
Console.WriteLine(m.Subject);
}
// Probably wiser to use a using statement
ic.Dispose();
I'm not affiliated with this library or anything, but I've found it very fast and stable.
Lumisoft.net has both IMAP client and server code that you can use.
I've used it to download email from Gmail. The object model isn't the best, but it is workable, and seems to be rather flexible and stable.
Here is the partial result of my spike to use it. It fetches the first 10 headers with envelopes, and then fetches the full message:
using (var client = new IMAP_Client())
{
client.Connect(_hostname, _port, _useSsl);
client.Authenticate(_username, _password);
client.SelectFolder("INBOX");
var sequence = new IMAP_SequenceSet();
sequence.Parse("0:10");
var fetchItems = client.FetchMessages(sequence, IMAP_FetchItem_Flags.Envelope | IMAP_FetchItlags.UID,
false, true);
foreach (var fetchItem in fetchItems)
{
Console.Out.WriteLine("message.UID = {0}", fetchItem.UID);
Console.Out.WriteLine("message.Envelope.From = {0}", fetchItem.Envelope.From);
Console.Out.WriteLine("message.Envelope.To = {0}", fetchItem.Envelope.To);
Console.Out.WriteLine("message.Envelope.Subject = {0}", fetchItem.Envelope.Subject);
Console.Out.WriteLine("message.Envelope.MessageID = {0}", fetchItem.Envelope.MessageID);
}
Console.Out.WriteLine("Fetching bodies");
foreach (var fetchItem in client.FetchMessages(sequence, IMAP_FetchItem_Flags.All, false, true)
{
var email = LumiSoft.Net.Mail.Mail_Message.ParseFromByte(fetchItem.MessageData);
Console.Out.WriteLine("email.BodyText = {0}", email.BodyText);
}
}
There is no .NET framework support for IMAP. You'll need to use some 3rd party component.
Try Mail.dll email component, it's very affordable and easy to use, it also supports SSL:
using(Imap imap = new Imap())
{
imap.ConnectSSL("imap.company.com");
imap.Login("user", "password");
imap.SelectInbox();
List<long> uids = imap.Search(Flag.Unseen);
foreach (long uid in uids)
{
string eml = imap.GetMessageByUID(uid);
IMail message = new MailBuilder()
.CreateFromEml(eml);
Console.WriteLine(message.Subject);
Console.WriteLine(message.Text);
}
imap.Close(true);
}
Please note that this is a commercial product I've created.
You can download it here: https://www.limilabs.com/mail.
MailSystem.NET contains all your need for IMAP4. It's free & open source.
(I'm involved in the project)
the source to the ssl version of this is here: http://atmospherian.wordpress.com/downloads/
Another alternative: HigLabo
https://higlabo.codeplex.com/documentation
Good discussion: https://higlabo.codeplex.com/discussions/479250
//====Imap sample================================//
//You can set default value by Default property
ImapClient.Default.UserName = "your server name";
ImapClient cl = new ImapClient("your server name");
cl.UserName = "your name";
cl.Password = "pass";
cl.Ssl = false;
if (cl.Authenticate() == true)
{
Int32 MailIndex = 1;
//Get all folder
List<ImapFolder> l = cl.GetAllFolders();
ImapFolder rFolder = cl.SelectFolder("INBOX");
MailMessage mg = cl.GetMessage(MailIndex);
}
//Delete selected mail from mailbox
ImapClient pop = new ImapClient("server name", 110, "user name", "pass");
pop.AuthenticateMode = Pop3AuthenticateMode.Pop;
Int64[] DeleteIndexList = new.....//It depend on your needs
cl.DeleteEMail(DeleteIndexList);
//Get unread message list from GMail
using (ImapClient cl = new ImapClient("imap.gmail.com"))
{
cl.Port = 993;
cl.Ssl = true;
cl.UserName = "xxxxx";
cl.Password = "yyyyy";
var bl = cl.Authenticate();
if (bl == true)
{
//Select folder
ImapFolder folder = cl.SelectFolder("[Gmail]/All Mail");
//Search Unread
SearchResult list = cl.ExecuteSearch("UNSEEN UNDELETED");
//Get all unread mail
for (int i = 0; i < list.MailIndexList.Count; i++)
{
mg = cl.GetMessage(list.MailIndexList[i]);
}
}
//Change mail read state as read
cl.ExecuteStore(1, StoreItem.FlagsReplace, "UNSEEN")
}
//Create draft mail to mailbox
using (ImapClient cl = new ImapClient("imap.gmail.com"))
{
cl.Port = 993;
cl.Ssl = true;
cl.UserName = "xxxxx";
cl.Password = "yyyyy";
var bl = cl.Authenticate();
if (bl == true)
{
var smg = new SmtpMessage("from mail address", "to mail addres list"
, "cc mail address list", "This is a test mail.", "Hi.It is my draft mail");
cl.ExecuteAppend("GMail/Drafts", smg.GetDataText(), "\\Draft", DateTimeOffset.Now);
}
}
//Idle
using (var cl = new ImapClient("imap.gmail.com", 993, "user name", "pass"))
{
cl.Ssl = true;
cl.ReceiveTimeout = 10 * 60 * 1000;//10 minute
if (cl.Authenticate() == true)
{
var l = cl.GetAllFolders();
ImapFolder r = cl.SelectFolder("INBOX");
//You must dispose ImapIdleCommand object
using (var cm = cl.CreateImapIdleCommand()) Caution! Ensure dispose command object
{
//This handler is invoked when you receive a mesage from server
cm.MessageReceived += (Object o, ImapIdleCommandMessageReceivedEventArgs e) =>
{
foreach (var mg in e.MessageList)
{
String text = String.Format("Type is {0} Number is {1}", mg.MessageType, mg.Number);
Console.WriteLine(text);
}
};
cl.ExecuteIdle(cm);
while (true)
{
var line = Console.ReadLine();
if (line == "done")
{
cl.ExecuteDone(cm);
break;
}
}
}
}
}
LumiSoft.ee - works great, fairly easy. Compiles with .NET 4.0.
Here are the required links to their lib and examples.
Downloads Main:
http://www.lumisoft.ee/lsWWW/Download/Downloads/
Code Examples:
are located here: ...lsWWW/Download/Downloads/Examples/
.NET:
are located here: ...lsWWW/Download/Downloads/Net/
I am putting a SIMPLE sample up using their lib on codeplex (IMAPClientLumiSoft.codeplex.com). You must get their libraries directly from their site. I am not including them because I don't maintain their code nor do I have any rights to the code. Go to the links above and download it directly. I set LumiSoft project properties in my VS2010 to build all of it in .NET 4.0 which it did with no errors.
Their samples are fairly complex and maybe even overly tight coding when just an example. Although I expect that these are aimed at advanced level developers in general.
Their project worked with minor tweaks. The tweaks: Their IMAP Client Winform example is set in the project properties as "Release" which prevents VS from breaking on debug points. You must use the solution "Configuration Manager" to set the project to "Active(Debug)" for breakpoints to work. Their examples use anonymous methods for event handlers which is great tight coding... not real good as a teaching tool. My project uses "named" event method handlers so you can set breakpoints inside the handlers. However theirs is an excellent way to handle inline code. They might have used the newer Lambda methods available since .NET 3.0 but did not and I didn't try to convert them.
From their samples I simplified the IMAP client to bare minimum.