Sebastien,
Thats good to know that your key starts the same as mine. Can I suggest
that we have a standard name for what this key is?
The docs refer to ‘Client ID’, ‘Server Key’ and ‘Google Cloud
Messaging Key’
”In the Wizard after you create a PushApplication, click the Add
Variant button and fill out the Android options. You will want to use
the ***Client ID*** and Project Number from the Google API Console in
their appropriate fields:”
“On the last screen we are finally get to see the actual value of the
generated ***Server Key***, which we will use later:”
‘Google Cloud Messaging Key’ is on the dialogue box that pops up
when you create the Android Variant.
I think that ‘Client ID’, ‘Server Key’ and ‘Google Cloud
Messaging Key’ are actually all the same key, the one created in this
attachment
Are they all the same k,ey?
Rob
On 26 Nov 2015, at 14:45, Sebastien Blanc wrote:
On Thu, Nov 26, 2015 at 3:38 PM, Rob Willett
<rob.aerogear(a)robertwillett.com
> wrote:
> Daniel,
>
> Thanks for the reply and the diagram.
>
> We are definitely sending the right project number.
>
> and here’s the same thing in the UPS console. We’ve obscured the
> Google
> Cloud messaging Key. Thats the one thing we are not certain on. Do
> you mind
> saying if your GCM Key starts 5xxxxx or AlZa as ours does. The UPS
> docs are
> little unclear here.
>
I can confirm that my keys starts also with AIza , you're saying that
the
placeholder in this screenshot
https://aerogear.org/docs/unifiedpush/aerogear-push-android//img/variant_...
is confusing ? I agree, let me fill a ticket for that.
>
>
> Rob
>
>
>
>
> On 26 Nov 2015, at 14:27, Daniel Passos wrote:
>
> It's seems to me some config problem. Are you sure you are using the
>> correct project number in "senderID" instead of project id?
>>
>>
http://monosnap.com/file/QmMAO1JQ4aWynfmatYat66vipsYxjr
>>
>> On Thu, Nov 26, 2015 at 8:24 AM, Rob Willett <
>> rob.aerogear(a)robertwillett.com
>>
>>> wrote:
>>>
>>
>> Hi,
>>>
>>> We’ve got iOS notifications working well and so we thought we’d
>>> push our
>>> luck and get Android notifications up and running. We’ve had them
>>> working
>>> before with another plugin so it can’t be that difficult….
>>>
>>> We’ve followed the guide from here
>>>
>>>
>>>
>>>
https://aerogear.org/docs/unifiedpush/aerogear-push-android/guides/#troub...
>>>
>>> The Google web interface has changed but its still pretty much the
>>> same.
>>>
>>> 1.
>>>
>>> We’ve got and logged the Project Number (which is the Sender Id).
>>> 2.
>>>
>>> We’ve created a new server API key (is this the same as the GCM
>>> Messaging key?)
>>>
>>> This appears to be all thats needed. We have an very old version of
>>> our
>>> app sitting in development in the Google Play Store but its never
>>> been
>>> released as we focussed on the iOS version. That used to linked to
>>> the
>>> GCM
>>> information but we have unlinked that now.
>>>
>>> 1.
>>>
>>> We have created a new variant on the UPS for Android. We create a
>>> name, description and where it asks for the Google Cloud Messaging
>>> Key we
>>> enter the Server API key we created in point 2. This is a bit we
>>> are
>>> unclear about, is the google Cloud Messaging Key the same as the
>>> Server
>>> API
>>> key we generated in Google Play services console? One of the things
>>> we
>>> noticed is that the example Google Cloud Messaging Key in the UPS
>>> dialogue
>>> box starts with a different few header bytes e.g. 5a44 whereas all
>>> the
>>> Server ApI keys start Alza. We are not experts on cryptography but
>>> we
>>> thought that *might* indicate a different type of key. It also
>>> might
>>> be nothing at all and Google has simply updated something.
>>> 2.
>>>
>>> We add in the Project number.
>>> 3.
>>>
>>> This creates the Android variant in the UPS dashboard. If we click
>>> on
>>> the variant we can see the expanded information showing the Server
>>> URL,
>>> the
>>> Variant ID and the Variant Secret.
>>> 4.
>>>
>>> This seems to work much the same as the iOS variant.
>>> 5.
>>>
>>> We then update our Cordova app and update the pushConfig field.
>>>
>>> var aeroGearPushConfig = {
>>> pushServerURL: "
>>>
https://push-jambuster.rhcloud.com/ag-push/", // Checked that this
>>> matches the Android variant.
>>> ios: {
>>> variantID: “XXXXX-TTTc-OOOO-RRRR-BBBHBHBH”, //
>>> Obscured
>>> variantSecret: “JKJKJ-HHHH-PPOPIO-sdsds-1231232”
>>> //
>>> Obscured
>>> } ,
>>> android: {
>>> senderID: “XXXXXX” , // Changed to protect the
>>> innocent but checked that the senderID is the same as the Google
>>> Project Id
>>> variantID: “345345-345345-45345-xxxx-zzzzz” , //
>>> Changed but checked to make sure this is the Android VariantId
>>> variantSecret:
>>> "9b762d92-a7f0-4e8b-b6e4-adde4950c7e6" // Changed but checked to
>>> make sure
>>> this is the Android VariantSecret
>>> } ,
>>> sendMetricInfo: true,
>>> alias: UUID // This is a unique string
>>> };
>>>
>>> We compile and run it on a real device, a Nexus 5. We create a
>>> unique
>>> alias to be sent to be sent as the alias. This is the UUID field
>>>
>>> 1.
>>>
>>> When we run the code and inspect the output in Chrome, the aeroGear
>>> Success Handler is called which we hope means success.
>>> 2.
>>>
>>> When we inspect the variant in the UPS dashboard, we can see that
>>> the
>>> a device with the right alias is created. The alias matches the
>>> alias we
>>> sent.
>>> 3.
>>>
>>> This all looks good. We have three real (i.e. non simulator) test
>>> devices in our UPS dashboard, two iOS devices and one Android
>>> device.
>>> 4.
>>>
>>> We click on the Send Push icon in the UPS dashboard to create some
>>> sample notifications. We send a simple test message to all
>>> variants. The
>>> two iPhones each get the test message and the Android phone
>>> doesn’t.
>>> 5.
>>>
>>> We click on the Dashboard icon in the UPS console, and then recent
>>> activity. We can see that the UPS server thinks it has sent the
>>> test
>>> message to the iOS and the Android variants. with no issues. We get
>>> alerts
>>> for the iOS pop up but nothing for the Android version.
>>>
>>> Notification Receivers Status Timestamp
>>> {"ipAddress”:”XX.YY.ZZ.216","clientIdentifier":"A...
3
>>> installations
>>> Succeeded 26 Nov, 10:09:04, 2015
>>> Request IP: XX.YY.ZZ.216 Details
>>> Message: test11
>>> Variants:
>>> Android Jambuster Succeeded 1 installations
>>> Jambuster Development Succeeded 2 installations
>>>
>>>
>>> 1.
>>>
>>> The main UPS console doesn’t report any errors and it states that
>>> 3
>>> installations are registered. We’ve sent 657 notifications since
>>> yesterday
>>> trying to see what the problem is. We though that using the UPS
>>> console
>>> removed any issues with us creating the test message. Since we can
>>> see
>>> the
>>> iOS devices getting the test message, we are struggling to
>>> understand why
>>> the Android wouldn’t.
>>> 2.
>>>
>>> We’ve tried with the Android app running in the foreground,
>>> background
>>> and not running at all to see if that makes any difference and
>>> still
>>> nothing comes through.
>>> 3.
>>>
>>>
>>> If we look at the log files using roc tail, we can see that the
>>> messages get passed on. No error messages are reported.
>>>
>>> 2015/11/26 05:20:38,528 INFO [PushNotificationSenderEndpoint] (EJB
>>> default - 7) Processing send request with '[alert=Test12,
>>> criteria=[aliases=null, deviceTypes=null, categories=null,
>>> variants=null],
>>> time-to-live=-1]' payload
>>> 2015/11/26 05:20:38,530 INFO [PushNotificationSenderEndpoint]
>>> (http-/127.3.204.1:8080-5) Message submitted to PushNetworks for
>>> further processing
>>> 2015/11/26 05:20:38,533 INFO [GCMPushNotificationSender] (EJB
>>> default -
>>> 7) Sending payload for [1] devices to GCM
>>> 2015/11/26 05:20:38,590 INFO [GCMPushNotificationSender] (EJB
>>> default -
>>> 7) Message to GCM has been submitted
>>> 2015/11/26 05:20:38,726 INFO [APNsPushNotificationSender] (EJB
>>> default
>>> - 7) Message to APNs has been submitted
>>>
>>> Whilst it is impossible for people to debug our code and we don’t
>>> want
>>> people to, we’re struggling to understand what we could have done
>>> wrong.
>>> The fact we are getting iOS messages through whilst Android
>>> messages are
>>> failing (but with no error) is perplexing. We have rebuild the
>>> Server API
>>> kets in Google, deleted and rebuilt the Android variant but we’ve
>>> now
>>> hit a
>>> brick wall. We have a nagging feeling it is something to do with
>>> the GCM
>>> Server API key but everything reports OK.
>>>
>>> Any and all suggestions gratefully received.
>>>
>>> Thanks
>>>
>>> Rob
>>>
>>> _______________________________________________
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>>> Aerogear-users(a)lists.jboss.org
>>>
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>>>
>>>
>>>
>>
>> --
>> -- Passos
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