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Welcome back.

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Now that we have the item task, it's time to add the adapter for our RV card list for this of you.

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All right.

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So we will need an adapter.

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Of course, each time that we use a recycler view, we, of course, need to give it an adapter.

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So let's prepare that, OK?

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And we're going to do that in the adapters folder.

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So let's create a new file class.

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And I'm just going to call this one task list item adapter.

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All right, so here, this one will be an open class so that we can inherit from it and we will use

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the default constructor here as we have it, private volle context, context.

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So pretty much the same thing as we have with the board items.

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Adaptor is going to be very similar, but there are some minor changes here as well.

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So private var list, which is an array list of.

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Task.

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So we will need to have a new class called task.

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And we have already actually let me see.

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Yes, we have it already.

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OK, so we created this little task which has a title and is created by so perfect.

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We prepared it already.

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So now we can go ahead and import it.

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So import task and then import context as well.

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And here it's the Android context when it comes to task.

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There are also multiple choices and I want to use the one that we created.

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So you thought of project management or Project Monash.

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That's the name of our project, OK.

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And of course, this should inherit from Recycler View Adapter.

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With a recital of you.

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That view holder.

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All right, nothing too fancy here.

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We've done that multiple times before, so let's close the bracket and just like that.

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OK, so once we add all of that.

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Like this, we need to make sure that recyclable use there, but it does it seems the error disappeared.

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So it's there and now we can go ahead and implement the missing function.

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So implement members here.

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As usual, that's all of those members or at all of those members, so we have the uncreate view holder

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get item cound and on bond fueler.

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Now, this time, we will need to make minor changes to what we usually would do, OK?

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Usually we would just take the whole space available and our view holder would just be the hole with.

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Right.

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But this time, what I will do is I will just make it 70 percent.

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OK, so you can see here it's roughly 70 percent of the screen with that we are using.

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And that's what I want to do.

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So I want this to recyclability, of course, also just have a certain percentage of the screen available.

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So once we wipe over to the other side, we can still see that there are more lists.

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OK, so that's the idea behind this.

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You can, of course, change the value, if you like, 80 or 90 percent more than than what I'm using

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here, but I'm just going to work with 70 percent.

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So in order to do that, I will need to create a function which calculates that correctly.

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OK, so it has to calculate the width into density pixels.

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So let me just create a new function here, which will do that private fun int to DP will return an

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integer.

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OK, and what this will do is it will just do this thought or resources, get the system.

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Todd display metrics.

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Sheer resources needs to be imported so that we can use it and the standard resources and here we can

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now get the display metrics that density.

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And now we want to transfer that into an integer, so to and that is it looks a little confusing, I'd

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say, but what it does is basically it allows us to get the density of the screen and convert that into

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an integer so that we see how big the density pixel value is so that we can then adjust our width of

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the application accordingly.

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All of this adapter list items adapter.

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So we get the density pixel from the pixel.

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And now let's get the pixel from the density pixel.

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So now we do it the other way around.

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So let me just copy this code here, because now we use to P x.

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Okay.

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So you maybe recall TP stands for density pixel P, X stands for Pixel.

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And by the way, I think I'll just use DPE with the capital and P non capitalized.

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So to dip here and to X here and now.

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This time it's not dividing by but it's multiplying by and we want to multiply it with the density to

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it.

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OK, so the one way is to divide it, the other way is to multiply it.

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So now we have both directions.

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So this one gets us the pixel from density pixel and this one gives us the density pixel from pixel.

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Now, as we always do, we create a little class here, which is my view, holder, view, view, recycler.

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View that view holder.

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And here we just passed into view, so you here now we need to import, view and enter, import it and

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it's under a dark view that we want to use.

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So this view Holder describes an item view and metadata about its place within the sight of you.

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So that's the idea behind this class here.

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OK, now let's go ahead and implement all of the functions that we have here.

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So the easiest one will be get item count.

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So here we're just going to return the list that size.

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Easy one.

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Right.

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Then we have our function, which is the unbind view holder here.

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We first of all, get the.

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Position and and of the position, we can create our model, which is list at position, so whatever

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list we get at any position given, we will get the model from it.

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So in one case, it was the board.

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In this case it will be the task.

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So now our model will be the task because we are in the task list items adapter.

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And here at the top we get the list of tasks of, let's say, idea of a religious task.

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OK, so now we get the model and we can now check if the holder is our recycler of UV holder, if that

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one is the my view holder.

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So the one that we just prepared here at the bottom.

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OK, so if that's the case, then go ahead and check if the position is equal to list that size minus

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one.

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So if the position is equal to the list size, whatever that is, let's say we have no entries there,

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minus one, then we want to display our task list.

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TextView, OK, so then we want to display this ad, least I text you pretty much right.

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So let's just do that.

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Let's just say holder dot item, view dot TV.

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Our task list visibility should be the view that visible.

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OK, what do we want to make invisible or gone in that case?

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Well, all of the rest, right.

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So Holder item view l l on this core task item, visibility should be said to view dot com.

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I guess what this is l'oeil task item is basically, as you can see, everything underneath.

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So this whole part here, which is all of the stuff that has to do with the individual carts.

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So every little task item that we have inside of our list, that should not be visible then.

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OK, so that's the idea here behind this code that we have here, so the taxpayers should be visible

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if we have no entries in our list and.

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The other stuff should not be visible, but if we have an entry on our list.

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Then we want to do it the other way around.

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OK, so then we just basically want to do the same code as here.

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Only that now this one should be gone and this one should be.

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Visible.

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So this TV ad task list.

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If you look at it so here, I only want to display this ad list, if there is no list, as soon as there

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is a list, I don't want to have this ad list I can hear.

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Instead, I want to have the title of the element with all of the different cards.

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And if there are no cards, of course, I want to prepare the cards.

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So I want to create a new card more.

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Add a new card.

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OK, so this is our unbind view, holder, as you can see, it's a little more complex than what we

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have had before.

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Then.

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We need to look at our creative view, holder, that's this one here.

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So what we want to do here is, of course, to inflate our view, which is our item task.

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So basically this whole exome that we prepared.

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So Vul view lay out inflator.

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Not from context inflate or dot layout dot.

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And it's this item to ask.

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This, of course, only works if we import our and now the in-flight function, as you might recall,

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needs some more information here.

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So then it needs to have the review group and the attached to route, which I'm going to set falls,

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as we have done multiple times before, by default.

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OK, now we want to set the linear layout as the layout parameters.

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So layout parameters, layout paradigms.

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It's going to be a linear layout.

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Don't lay out parameters, so lay out programs, and here we can define the layout parameters of the

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linear layout that we want to use.

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And the thing is, I want to use the parent with so the width of the whole screen and multiply that

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with seven point seven.

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And then make an integer out of it again, because this function here does layout parents needs an integer,

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and then I can pass in the layout programs, prep content.

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So this is something that we have not done before, but basically what I'm doing with this code here

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is I'm just saying, OK, the view holder should be point seven times the width of the parent of the

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screen, pretty much that we have available and make an integer out of it, because that's what the

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real parents require.

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So it requires a with and a height.

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So as the width, we just use point seven as as the height we say use Øvrebø content.

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So use only as much height as you require.

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So that's basically what we define here with the layout parents.

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OK, then basically what we're doing here is we do XML stuff, right.

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So we just create our own code to use XML stuff.

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OK, now we can go ahead and set the margin for our layout parameters.

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So basically this layer of parents variable that's just there to add a lot of parameters that you want

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to have for your layout.

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And I'm just going to say that it should create some margins or have some margins.

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I'm going to use 15 to DPE and then I need to make it to pixels again to be X again, and then I need

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to say what the top and the bottom is.

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So basically what I'm doing here is I want to have margins and the left and right hand side, but none

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at the top and bottom.

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OK, so I'm just saying.

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Here it should be.

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By the way, it's like this, and then we have to come on here, so then it's zero and 40 to DPE.

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Two pixels and zero.

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OK, so this looks a little more confusing, but basically I'm just saying, OK, I want to have 15

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margin towards the left and for the margins to what's the right?

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OK, because look at margins.

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Left is the first entry Topo's to second, right is the third, and bottom is the last one.

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So as the first entry I'm saying use 15 density pixels, then zero, then 40, then zero.

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So you can see why we need this to DPN to here.

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It's a little counterintuitive, but that's how we have to handle this situation here.

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All right.

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And then we can set those layout parameters for our view.

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We can just say layout parameters.

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The ones that we prepared should be the one used for our view here.

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And then we can return my view.

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Holder.

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With the view that we just prepared, so now everything comes together, right?

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It was a little confusing before I think about we have prepared this view Holder, which requires a

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view which basically is just a result of your view.

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Holder So it inherits from it.

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But we want to use our own view.

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Holder Here.

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We want to return our own view.

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Holder.

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With all of those settings, so we'll create a new view, we say it should be this item task view,

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which is this XML file that we prepared here, but then we adjust it in the code.

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So then we just say, OK, just take point seven of the width and wrap your content to what's the height?

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Then have a little margin towards the left and right hand side.

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And then we just assign those layout parameters that we prepared here in those lines.

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We assign them to the view that we prepared here at the top and then we pass it to our my view holder,

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which will then be the one that will be created once the screen is displayed or once this adapter is

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prepared.

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OK, so this is the task list item adapter.

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Now let's use it in our tasks list activity, because that's what we prepared it for.

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Right.

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So now and fun board details.

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So I'm setting up the action bar.

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Right.

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But at the same time, I also need to load all of the tasks.

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So I'm just going to say at task list should be a task.

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Which I'm going to import here, and the first task will be the ad list, so it's just the resources

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to be prepared.

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So it's a string here.

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It's this atlast string, this one here.

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OK.

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So then.

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Once I have that, I can use that task list to be added to my task list, so it looks a little weird,

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but basically what I'm saying is my task list off the board.

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So our board has a task list.

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So let's look at the board here.

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You can see it has this task list.

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And now I'm adding to the task list, which is this array list here instead of our board.

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I am adding.

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The ad task list.

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So just just text here, which is just going to say add a list, even though it's not really part of

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the task list.

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Right.

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It's just a UI element, but there's just a workaround that we're working with here.

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So that's how we can make our UI completely codependent or based on events instead of just being a fixed

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UI that we have there.

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And then we can go ahead and set our RV task list layout manager to be the linear layout manager that

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we've come to love with this and.

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The setting, that element should be horizontally positioned and reverse.

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Layout is such a false.

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OK.

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So let me put that into line so it's a little more readable.

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Then I'm just going to say that it should have a fixed size so said has fixed size, said to Drew,

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and now we can prepare the adapter.

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So let's go ahead and create an adapter, which will be our task list items adapter.

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So it's this class that we prepared, of course.

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And here we need to pass in the context and the list that we want to display.

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And and it's our board DOT task list that we want to pass.

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OK, I know we can set that as the RV task list adapter so we can say, OK, depth that we just prepared

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is going to be the adapter of the arbutus.

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This so this whole thing that we prepared in this items adapter is just here for this line of code here,

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actually, just as the task list items adapter that we prepared where we needed to pass in the context

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of the task list of of our board.

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And that's what we get here.

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We get a bunch of tasks and array list of tasks, and then we can do all of the magic that we just prepare.

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And now before we test that, we, of course, need to add all of the images that we are still lacking.

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OK, so if we look at our item task list, which we prepared in the last video, we still have a bunch

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of errors here.

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See cancel.

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I see.

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Done so all of these images are still missing.

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So let's add those to our project as well.

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Therefore, you can download the project which is assigned to this chapter, and then you can go to

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your troubles folder.

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Actually, to your resources folder is going to be fine, so show an explorer and then do the same thing

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with the other project and then paste all of the drawable stuff in here.

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So just.

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Mark, all of that and pasted in from the other project.

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OK, so just copy this code here and paste it into this one and skip the files that we have already

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prepared right now at this point.

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We can run the application.

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I hope the error should disappear or will disappear.

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So let's run it again.

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Now we have this icey council.

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I see the lead.

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I see down at it.

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So these are the images that are used now.

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OK, and that we aren't now, let's open up a board, let's see if our application crashes.

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No, it doesn't.

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You can see the atlas takes the view is here.

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OK, so that is it for this video.

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It is a lot of stuff that comes together now, so it's really important that you have seen all of the

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basics and learned all of the basics, be forced to understand all of the new stuff that we're using

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here.

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But I think at this point, we have prepared everything we need to do in order to now load data and

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display it.

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And there are still, of course, quite some changes that we will need to do on the way.

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But so far I think so.

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Good.

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And now let's go over to the next video.

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And thanks a lot for still being with me after this long video.

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See you in the next one.