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So now will cover how we see the customer U.S. office, OK and attach it within my copy.

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So whenever you are in a situation where that is it, you will have your heart a very low code and that

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consists of your hardware actually hand rectangular interface that with and microblogs, you need to

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attach those specific interface to it so it could be the master or sleeve and disease state.

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And then we again have three type of an interface that really vertically to be applied equally, to

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be a scheme or a master interface, to not be covering all the interface because that itself is the

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big task.

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So the fundamental thing that will be helpful are you frequently do with the micro-business creating

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and hardware accelerator and then attaching the same interface to it so that we could access the data

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from the sleeve.

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That is what we're going to consider here.

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Later on, we'll try to add the boot to our IP, and we also cover some of the fundamental of how you

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are streaming interface, the logic of a master interface, because that is very difficult to understand.

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But as you progress and understand us, leaving piece progressing towards the master interface and implementing

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it on your own becomes very, very easy, right?

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So this will just be to give you a fundamental laid out.

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Things need to be done when you want to attach the interface to do it right.

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So we already have created a new project where we have a fundamental block design been really utilizing

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the script.

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Now what we're going to do is we will first be creating an IP and in this specific case, what we're

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going to do is we will be implementing simple either.

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OK, that will serve as an hydroxyurea for us.

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So we go to tools and click on create and package IP.

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So when you follow this process, we are basically utilizing the template that we will write this OK?

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And utilizing that template, we will be creating our own.

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So click next, and here you have an option to create an essay for America.

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So we'll just be choosing that option.

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Click next.

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And then I just need this as either.

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In fact, we will also be implementing and multiplying the same IP, and we'll just be naming this as

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a right click next and then you get an window where you specify the type of thing.

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Right now here you could clearly notice that you have an interface type used to be light full on steam

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right there.

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Then you would have a more different musically W.M. sleeve.

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So Master is someone who will be initiating or transaction.

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In this case, microplates will initiate the transaction, so will use this leaving the state.

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So, all right, will just respond to the microplates request in the detail of it, which is fixed and

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it is 32 bit.

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And we also have a number of registers.

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The number of registers are used to specify the minimum value, the speaker and the maximum.

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You could have up to five one to register, right?

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When we consider the list as you.

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And I do so for basically men, we have for 32 bit registers where we could 230.

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If we're going to do that and we have to input, let's assume both of you studied it right.

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So for two input, we will be requiring two independent register and then the result of variation will

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be stored in one register.

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Right.

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So we require three register for performing and that in fact, we also required one more back to allocate

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carry out, but later do more number will always be of 16 bit same day.

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So there is a lot of variation could be easily stored.

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They in the third register and the food register will be used to store the result of multiplication.

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So the idea that we are planning to implement for that four registers are fine.

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So you, whenever you are implementing your IP, try to count the number of independent registers that

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you require.

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For storing and import processing or retiring there, you will be storing an output.

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And once you finalize that, these are the number of registers that you require.

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You just look around over here, but you cannot not go below for.

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OK, so even though if you require less than four, you could just stick to four, right and well over

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80, this could be unused.

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Click next and then you get four option, right, so we will be adding the logic and then we'll be adding

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an IP to a repository, and this is the general procedure that we always this one, right?

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Because if you add an IP to a repository, so it will be shown in and the design, but then you need

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to perform generation of a logic before you actually use it.

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So instead of later on editing an IP here, it said we will be added an IP added logic to it and then

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we will be invoking that IP block this great.

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So click next and then finish.

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So once you select an elite Typekit, this will automatically open up the new project off by right.

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If you can see here we have our original project that we have created.

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And here is the new project right now will try to perform an.

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Addition of a large chicken to an IP, OK, and then we will be packaging it right, so we go ahead

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now you could see we have a two fold over here, so we have a pairing model and we have a daughter,

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right?

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So, Dr. Mahmood consist of all the logic if you just open up this fight.

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So we'll be finding an entire logic of how an interface should work is retinoic, right?

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And this just consists of all the code mapping, right?

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So if you just open that, so it consists of all the code that we have in our the model and the code

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that your IP will have.

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And finally, the connection between this rate.

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So we need to work on this data module, right?

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So we'll go ahead and we open up the call.

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Right.

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So the most important part when you start working with any excuse to find the block where it is written

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as right logic generation.

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Right.

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So if you go ahead and look for rate logic translation, OK, so this is the place where you will be

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getting the data from an external one saying, OK, is this it will be the block that is handling an

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entire transaction from a micro right.

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So this is an entire logic to do that, and we do not need to do anything.

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We will assume that to register, we'll be assigning power to detain so far.

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In addition, we require two inputs.

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So one, not our this decision will be the same party Typekit one.

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And one of the register will be asking for the temperature, right?

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We just know that this is the base address that we have.

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And there you need to add the data.

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So this entire logic will automatically handle that.

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We do not need to do anything right.

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So when we go through this mirek zero, so this have the same address as the B side so far.

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Right, when we consider the Slave Lake one, it will be B side risk plus four if we consider slavery

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two, it will be based at risk policy and against slavery b surgeries, right?

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Because we already know that memories fight oriented.

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So if you want to write the leader, you just need to write ladies.

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As for into a slavery zero.

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So you just need to write the deed that will be set to the states, declared one pointer and write the

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leader to the B service that will be automatically stored in this liberty log.

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So the entire transaction and entire process of that is handled.

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By this logic, we do not need to do any great outrage and will just be that, for example, user right

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to data OK into slavery zero and celebrate one.

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So our agenda would be to read back the result of our recent decision saying slavery to begin, which

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doesn't exist, that we are saying where we have the result of and the last address where we have the

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multiplication, right?

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So here you could clearly see we just need to modify the code that we have for read logic conditions,

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right?

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So we go ahead and look for new logic generation.

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So here we have a logic temptation, right, so this handle and entire process of reading the data.

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Now here you could see as users disadvantages, depending on an address that is specified.

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We have a four piece rate.

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So if zero is specified, it will basically allow us to celebrate zero celebrate one.

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Now here, if you can remember Harvard accelerated functionality, so we want to read the result of

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citation.

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So what we want to do is instead of reading slavery too, we could just add slave slavery, 0+ sleep

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rig.

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Right now, what this will do is this will allow us to read the result of ED. Note OK, then use it

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out to be at risk policy.

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Similarly, when we consider the last case, what we gonna do is we'll just be reading slavery at zero.

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OK.

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Cross the.

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Request, so this will basically return the result of multiplication, then use a tie to the base actress

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plus two.

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Right.

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So this is this simple modification that we did to an existing template and now entirely excitons action

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will be mandated by the entire right.

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So whenever you are building your IP, these are the small modification that you need to do and utilizing

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and template that we get.

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Then you are.

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You could be easily build up an interface, right?

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So once this is, then we go back to our.

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Right, and here you have a package, I predict right now you won't see any modification because we

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haven't seen that.

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So let's just press control.

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So once you see your project, you go to a package, you know, you will see here we have some modification,

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right to file group have a modification.

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So we just go in there and more changes from fighting, right?

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Similarly, we go to repackage type.

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You could clearly see that it has been modified.

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OK.

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And then we just repackage.

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OK.

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So once you repackage an IP, you get an option whether you want to keep the project open or whether

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you want to close it.

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So in most of the cases, we will be losing a project.

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So once you lose a project, you are back to your original project, right?

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And since we have created that IP from this project, so it will automatically refresh our IP reportedly.

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So if you just click on this plus button and look for an either, so you could clearly see we have our

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IP look ready to work, right?

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So we'll just be adding that IP to our site.

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And once you add an IP with the correct interface, you get a connection.

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So that is the easiest way to know whether I interfaces successfully argued or not.

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Right now, we perform a connection or permission.

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Again, what this will do is this will again use an exchange to connect to interfaces are IP with CD

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people.

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So if we just regenerate.

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So now you see you have and you are like IP.

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I decided for debugging purposes, you also have your IP, OK?

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And that is when connected to people who go from, I can place it with the help of the token.

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So with this, we have one, two and three pins which are present in our block design.

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And if you go to a that we have one, two and three checkmarks.

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So we do not need to do.

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Any Consti that we just go ahead and do it and they still drop, right?

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So once our output is ready without performing the synthesis, OK, independently, we'll just proceed

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to change the bits, so that will automatically do an entire flow for us, right?

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So we go ahead and then make.