We are used MandrillApp in production server without autotesting. How to I can mocking mandriil api call for unit test, without real sending message?
In Mandrill, go to SMTP & API Credentials on your main menu.
Click "+ New API Key"
Give it a description (something like TEST KEY is good).
Check the "Test Key" check-box.
Click the "Create API Key" button.
You will create a new API key in your list. It's a ~22 digit key just like your main API key.
Use this key instead of your main API key in any test calls and the message(s) will not be sent.
To observe the simulated results in Mandrill, go to your account menu and turn on "Test Mode". You will then be able to see all the incoming test API calls.
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Their is a requirement in a project to send emails from java application through lotus notes.
Note: the domino server is installed on client server.
Currently i am able to send email using notesFactory on my local machine.using notes.jar file
Which accesses the user by .nsf by its password.
I.e creating secure connection by password.
And gtting database object by calling
Session.getdatabase(null,"user.nsf")
Its perfectly working.
But for some types of emails the client have shared a generic id...(link) over an email... By clicking on that link the generic mail box opens under active user. In separate tab... Through which we can send emails.
But have not shared their .nsf path or id or password.
It directly opens by clicking on that link.
Now i want to access that generic id in notesfactory session
I tried to keep open that id and then running my code...but still it sends email through active user itself.
And client is not ready to share the id and password details of that user. Not the id file is getting generated in our local machine.
Is their any way to send emails through that id?
If anyone want code i am using..ill share.
But for some types of emails the client have shared a generic
id...(link) over an email... By clicking on that link the generic mail
box opens under active user. In separate tab... Through which we can
send emails.
That does not sound like a "shared id", it sounds more like a mail database with the ACL set to give a group of users access.
When you send an email from within Notes (no matter if it is through the UI or through code), the actual logged in user is used as the sender. It is intentionally by design, to prevent users from spoofing the sender.
There is an unsupported way to fake the sender address, by dropping the email directly into mail.box, but that should only be done by someone know what they are doing.
I wrote a script library several years ago, intended to help sending emails. It includes the ability to set the sender address. You can find it on my blog, it's free to use. But I would not recommend you using it without first understanding what the code is doing.
Here is the relevant part of the code:
Set mailbox = New NotesDatabase(mailservername,"mail.box")
If mailbox.Isopen = False Then
Print "mail.box on " & mailservername & " could not be opened"
Exit Sub
End If
Set me.maildoc = New NotesDocument(mailbox)
Call me.maildoc.ReplaceItemValue("Form","Memo")
Set me.body = New NotesRichTextItem(maildoc,"Body")
Call maildoc.ReplaceItemValue("Principal", me.p_principal)
' If principal is set, we want to fix so mail looks like
' it is coming from that address, need to set these fields
Call maildoc.ReplaceItemValue("From", me.p_principal)
Call maildoc.ReplaceItemValue("Sender", me.p_principal)
Call maildoc.ReplaceItemValue("ReplyTo", me.p_principal)
Call maildoc.ReplaceItemValue("SMTPOriginator", me.p_principal)
Call maildoc.ReplaceItemValue("PostedDate",Now())
If me.p_principal<>"" Then
Call maildoc.Save(True,False) ' Save in mail.box
Else
Call maildoc.Send(True) ' Send mail normally
End If
You use the Principal field to set the sender address.
Requirement is to sync mails from Gmail for an user into our CRM. The system in place is based on Google Pub/Sub which watches inbox of the user for any change and fires the notification to our HTTPs endpoint. More on this at Gmail cloud pub/sub.
Based on the above procedure we git history of changes. And then i am interested in only new messages, so history.getMessagesAdded is preferred as per this guide. Issue we are facing now is the first mail of a thread is not captured under messagesAdded all the subsequent messages are passing through our system.
Note: For the first mail, we do get push from Google. But when we try to get Messages added it turns out empty. Is there anything special needs to be done for the first mail of the thread or am i missing out something.
I was experiencing a very similar problem, and my mistake was that I was using the historyId from the push notification, the solution was to store the last known historyId on my database, so, every time I get a notification, I get the history from the id I have stored, not the one from the notification.
In my case, the historyId from the notification doesn't even make part of the history, maybe because of my watch restrictions: labelIds=['INBOX']
This is the google pub/sub notification:
{
message:
{
data: {"emailAddress": "user#example.com", "historyId": "9876543210"},
message_id: "1234567890",
}
subscription: "projects/myproject/subscriptions/mysubscription"
}
I was using the message.data.historyId, wich was causing the confusion!
The message.data, comes as a base64 encoded string, in this example I just decoded it!
Step by step for watching new e-mails on the inbox:
Do all the configuration in the google pub/sub.
Start watching the user with the filters you want (docs.: https://developers.google.com/gmail/api/v1/reference/users/watch)
Store the historyId obtained in the step 2
When receive the notification, get all the events (history) using the stored id as the startHistoryId parameter (docs: https://developers.google.com/gmail/api/v1/reference/users/history/list)
In the history list obtained on the step 4, look for the new messages: history.getMessagesAdded().
Update the last known history id in your database, so you don't need to deal with the whole history every time!
I hope it helps.
I'll first say that I'm sure it is just me since people have probably got this to work out of the box without having to edit the ADAL 4 Android Library without editing the source.
When running the sample program and authenticating with a token I get an error from AZURE that it is not passing the client_secret in the message body. I can confirm that this is in fact the case - it is not passing the client_secret.
Although if I edit the OAuth2.java file and change the method buildTokenRequestMessage to something like the following the workflow works perfectly
public String buildTokenRequestMessage(String code) throws UnsupportedEncodingException {
String message = String.format("%s=%s&%s=%s&%s=%s&%s=%s&%s=%s",
AuthenticationConstants.OAuth2.GRANT_TYPE,
StringExtensions.URLFormEncode(AuthenticationConstants.OAuth2.AUTHORIZATION_CODE),
AuthenticationConstants.OAuth2.CODE, StringExtensions.URLFormEncode(code),
AuthenticationConstants.OAuth2.CLIENT_ID,
StringExtensions.URLFormEncode(mRequest.getClientId()),
AuthenticationConstants.OAuth2.REDIRECT_URI,
StringExtensions.URLFormEncode(mRequest.getRedirectUri())
// these are the two lines I've added to make it work
AuthenticationConstants.OAuth2.CLIENT_SECRET,
StringExtensions.URLFormEncode("<MY CLIENT SECRET>")
);
return message;
}
Am I doing something wrong? If not, what is the correct way to access the client secret?
My implementation is straight from the demo application with only changes being setting up the strings to match my endpoints.
Thanks
You need to register your app as a Native application at Azure AD portal. You don't need client secret for native app.
I am working on a Phonegap application that uses an Android service to check for message updates while the app isn't being used. In order to do that, however, I need the session key generated by the user's username and password. The generation of the session key is handled on the Javascript/HTML side of things while the app is active in the foreground.
My question is, how do I access a Javascript variable for use in Java? I need the session key value as a String object in Java. I just need to access it once, and I don't have a clue how Javascript-to-Java communication works.
You can pass a javascript variable to the java while using the plugins as below.
cordova.exec(null, null, "service", "action", ["firstArgument", "secondArgument", 42]);
Here the first and second parameter to the exec method are the sucess and failure calllback.
service and action are the native class and method names respectively.
And the last parameter ["firstArgument", "secondArgument", 42] are the javascript variables which you can pass to the native method.
For more details please go through the following link.
http://docs.phonegap.com/en/2.8.0/guide_plugin-development_index.md.html
I want to debug GCM messages which receives my application but the problem I can't log fields outside the data array: collapse key, time-to-live , etc. GCM message which comes from the server is look like this:
{
"registration_ids" : ["xyz"],
"data" : {
text: {...}
},
"time_to_live" : 3
},
For debugging purposes i want to log time-to live parameters and others.But when I do this: String text = intent.getExtras().getString("text"); I can only view what is inside data. How can I view all the GCM message structure?
I don't believe you can.
The parameters outside of data are not part of the notification payload. It's quite reasonable to believe that they are not even passed by the GCM server to your application. These outside params' only purpose is to tell the GCM server how to deliver the message (whether to send it to an idle device, how long to keep it in the GCM server when the device is not available, whether to override older undelivered messages that have the same collapse key, etc...).
EDIT :
Handling Received Data
The com.google.android.c2dm.intent.RECEIVE intent is used by GCM to deliver the messages sent by the 3rd-party server to the application running in the device. If the server included key-pair values in the data parameter, they are available as extras in this intent, with the keys being the extra names. GCM also includes an extra called from which contains the sender ID as an string, and another called collapse_key containing the collapse key (when in use).
From this quote, it seems you can also retrieve the collapse_key and the sender ID in addition to the key/value pairs inside data.