isp | camera pipeline | Camera library

From the error message, probably it's a DNS issue on your Azure VM.

You can verify if you use the Azure-provided DNS server in the Azure VNet where Azure VM located. If you use a custom DNS server and make sure it should be able to resolve the Azure file share FQDN. You need to restart the Azure VM to update the DNS server settings.

There are a few ways to go about doing this, and I'm sure you will get it so I'll try giving some good imports or ideas.

https://www.npmjs.com/package/ping is a very good wrapper for ip pinging related ideas, and it does have the min/avg/max reply time you want to include, I'd recommend it.

For testing download and upload speeds, Have a look at https://www.npmjs.com/package/network-speed it seems to have the stuff you'd need for an api endpoint regarding download and upload speeds.

If you are unsure on how to setup a node server for GET and POST requests, watch a few youtube videos or google how to setup a basic server, then begin to implement the features using the libraries. If you have a specific question then about how to do a certain thing, I'm sure people will be happy to assist you.

You need to add 'https' in proxies:

If you are facing similar problem, using the latest spring version solved the issue for me.

I managed to find a solution after days of searching and trying new things.

Basically I used the mrequests lib ( https://github.com/SpotlightKid/mrequests )

With this I managed to get the whole thing working as expected using the following code - Done in Micropython

I did make a free account with No-IP to set my ISP external IP to a URL, I dont think this has a massive change but it is worth noting. I did try the older methods with this new URL and they still did not work.

Here is the new code with the mrequest lib.

One possible but not the best approach can be the database solution that you suggested but with some additional data. When the user subscribes for the first time you can always save the subscription datetime in the DB and you know for how long the subscription is valid. Then you just have to play with datetime library to know wether the user is subscribed or not.

This will not be helpful if your skill is already running and is live, but if not then this can help.

According the comments and more information You have provided, it seems that the issue is the fact that two Flink consumers can't consume from the same partition. So, in Your case only one parallel instance of the operator will consume from kafka partition and the other one will be idle.

In general Flink operator will select MIN([all_downstream_parallel_watermarks]), so In Your case one Kafka Consumer will produce normal Watermarks and the other will never produce anything (flink assumes Long.Min in that case), so Flink will select the lower one which is Long.Min. So, window will never be fired, because while the data is flowing one of the watermarks is never generated. The good practice is to use the same paralellism as the number of Kafka partitions when working with Kafka.

You can do all operations while first iteration using filter to filter the records and reduce, This is just an approach using reduce method but i haven't validated since i don't have sample data

No, that's not possible. Once the control flow reaches your Node application, an attacker will know that it exists. They will be able to tell the difference between a page that is rendered by the browser on failure to look up a domain name in DNS, and a page you return to them. Besides, they won't be using browsers to investigate targets, so they will see quite a bit more than what a user in a browser would.

I think your best bet would be to copy & paste one of those annoying domain parking pages that web hosts put on a domain when it was purchased but isn't yet hosting a page yet. Ideally you would use the parking page of the domain registrar you used to acquire your domain because it will be the most believable. And of course, try to replicate the entire message (including headers), not just the HTTP body. Unlike the idea of serving a fake "can't resolve domain" page, this one should be entirely possible.