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So now you may ask that so what happens after the use that has actually interacted with an other intent



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in order to actually be able to access the Google Play services in order to sign in or install the Google



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Play services.



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So after that we want this application to be able to actually try connecting again.



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So in order to do that we need to actually overwrite an activity result it.



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So after the Adian curly brace of this connection failed method I want to overwrite on activity resolved



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with if it's just they've been here on activity resolved.



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So just choose this method and that person entered general keyboard.



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So first of all you can see that the Smurfette actually accepts free arguments requests quote result



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quote and the data which is of the intent.



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And then at first it's called the super version of this method is going to call them if it is on the



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superclass so superb that unactivated is out.



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And then this can actually pass these arguments here in order to initialize an activity result of the



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superclass.



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OK so far for after this line of code we want to actually put our own quotes here.



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So here I can create an if statement if I request code.



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So we get the request code from this argument the first argument of this on activity resolve method.



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If request code is equal to the request quote that we have inside our class.



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So notice that we actually use the sequence code here in order to interact with another intent in order



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to be able to sign in to Google Play services or install the Google Play services.



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So look at this line of Cahir number 69.



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We can see that inside is tribal touch.



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I want to actually start a new resolution in order to solve the problem so you can see that I use this



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request.



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So you want to actually use the same request code in order to be able to actually identify that the



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user has interacted with other entities in order to solve that specific problem of actually accessing



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the Google Play services.



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So I put an ontological.



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Operator And and then here I can see the results code is equal to.



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Result.



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OK so just let this one result.



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OK.



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This means that everything event actually fine.



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So the result code is actually OK only in that case.



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Inside this if statement I can't say Google API client dot connect.



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So it can actually try connecting it to the Google API.



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Google API client.



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OK.



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So we call this method here inside this Mefford and I can with the result.



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And we want to also call this connect Meffert of the Google API client India and so on On-Star Smurfette



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this is actually one of the Android lifecycle Mefford that is going to be called after the uncreate



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method.



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So after the NDA curly brace of this activity result here I want to actually call the conics Smurfette



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of the Google Play client.



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So when I actually called the connect method of the Google Play API a client is going actually called



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the uncorrect method here unconnected here.



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Right.



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If there is going actually to try connecting to the Google API client and if it was actually successful



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it was actually successfully managed to connect to the Google API client in order to get the location.



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Then it's going to actually call this unconnected if Israelis can actually send back some efforts.



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If it was successful it is going to call unconnected.



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If it was actually suspended it is going to call on connections suspended if it was actually if it actually



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failed to connect to the Google Play client or for any reasons.



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Going to call on connection fate.



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OK.



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So here after the end in curly brace of this unactivated result here I can just step in and start over



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with.



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So after this line of court that actually caused unstop on the block last year I can't just say Google



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if let's actually create an if statement if Google API client is not equal to null then in that case



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I can say google it for a client that can.



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Right.



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So now it's time to run our application on our actual Android device in order to get the physical location



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00:04:16,230 --> 00:04:16,930

of the device.



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But for now I just want to show you that how it is how it's going to work on the emulator.



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So let's actually come right here and now this is my actual device HTC Desire but no one to actually



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test my application on the emulator Nexus 6 API 25 Android 7.0 1.1 API 25.



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Let's select this one and then just click on OK.



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So now you can see that our application is actually running on the simulator so for now.



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First of all let's look at the text of this text.



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It says This app is not allowed to access the location so it can actually show us this message allow



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GPS location app to access these devices location.



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Can I ask you this question.



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So click can allow it's going to allow this app to access the location it's going to allow.



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Now you can see that this app is actually allowed to access the location but nothing happened here.



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Why.



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Because we called it the Smurfette.



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This connect with it on this Google API Client ID and start prefet right.



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00:05:18,000 --> 00:05:22,220

So the unstacking if this is the Meffert that is going to be called after the uncreate MF'er.



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00:05:22,440 --> 00:05:28,200

So now that if it is already called its not going to be called again sooner or later actually we need



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to just close this app now.



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Let's click on this.



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I can here in order to actually show all these devices now let me just close all this up.



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Now let's actually go to the applications here let's find our application G.P.A. application app.



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Now you can see that it says this app is not able to access the location now.



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Try again later.



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00:05:49,200 --> 00:05:50,340

What does this mean.



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00:05:50,370 --> 00:05:58,520

This means that this emulator cannot access the actual location of this device.



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00:05:58,590 --> 00:06:02,650

We are testing this application on an emulator not on not a physical device.



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00:06:02,820 --> 00:06:09,210

So you must run your application on your physical Android device in order to see the coordinates the



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00:06:09,210 --> 00:06:10,970

latitude and longitude.



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00:06:10,980 --> 00:06:16,410

So now I'm going to actually tested on my own device in order to see if this works or not.



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00:06:16,410 --> 00:06:22,730

So now let me just click on one button and this time I want to choose my own actual Android device.



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Let's click on OK.



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00:06:23,910 --> 00:06:29,370

So now that I actually ran my Android application on my PC called Android device I cannot show you that



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00:06:29,370 --> 00:06:33,390

here but I can see the coordinates the latitude and longitude.



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00:06:33,570 --> 00:06:39,090

So make sure to test your app on your physical Android device.



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So in order in order to see the latitude and longitude.