din | keras implementation about Deep Interest Network | Machine Learning library

The invoice informations div is not shown in the din5008 report, unstead a new information block is added and get its values from _compute_l10n_de_template_data method.

To show the new field inside the information block, you can simply override that method and add the field description and field value like the following:

In main, int len = argv[1]; is wrong. If you compiled with warnings enabled (e.g. -Wall), this statement would be flagged by the compiler.

As is, you're getting a huge value for len. So, later, the for loop will overflow the array you allocate and you have UB.

You probably want: int len = atoi(argv[1]); as you have for the malloc.

And, you want to do this after the argc check.

And, why call atoi twice [with the fix]?

Here's the refactored code:

I made a small sandbox to demonstrate how you could implement your use case using react-hook-form.

The reason it isn't working is, that you never update react-hook-form's internal state when toggling the switch, you only update your useState. So when you call handleUpdateUser the data that is passed as the argument is the initial data you set via defaultValues.

Actually there is no need to use useState here, as you could just use react-hook-form's internal form state. For this to work you have to use the component react-hook-form provides as the component from Headless UI @headlessui/react is an external controlled component which doesn't expose a ref prop for an actual element ( uses a instead of an element). You can find more info here.

This way to you can also make your more generic for a reuse by providing a value and onChange prop instead of status and setStatus. But of course you could also use these names still. The will provide a value and onChange prop on the field object which i spread on the component.

In your example it isn't clear how your component will receive the initial userData. I assumed you'd make an api request and so i put it in a useEffect. To update the form state after the api call finished you have to use the reset method react-hook-form provides. If you only render when the userData is already loaded you can omit this step and just pass the result to the defaultValues to useForm.

I mocked the api calls with a simple Promise, but you should get the idea.

Component.js

"Octet string" is just a spec phrase that modern languages call "byte array". You've extracted the value as of octs, and should compare that value to whatever nonce you're supposed to compare it against.

You cannot have DAYS= 'D' as default, because it's not tuple. Change the field to that:

After several good questions in the comment track by the OP, it is reasonable to post some design that can serve as an example for a solution.

Please note, that there was not any precise specification of the intended operation, e.g. what is priority between different inputs, and how should timing be for outputs, so the code below is provided with the intention of showing some VHDL structures that may works as a template for further update by the OP.

Yes, you can do this with either $display or $monitor.

Typically, $monitor would be called inside an initial block since it should only be called at one time in your simulation. It automatically displays values whenever one of its argument signals changes value.

Unlike $monitor, $display only displays values when it is called; it must be called whenever you want to display a signal value. It can be called in an initial block, but it is often called in an always block.

Regarding when to use either one, it is up to you to decide what you require.

If you are not planning to synthesize your modules, you could place monitor/display inside your design module directly. However, if you plan to synthesize, it might be better to place them in the testbench.

You can use hierarchical scoping to view internal signals from the testbench module. For example, assume you named the instance of the Register_File_RF module in the testbench as dut:

You never execute the line with the shift because the if condition is always true. The following line is always true because you mistakenly omitted Opcode == for the last 2 comparisons:

I suggest you not to use