Telemetry | ABUSING WINDOWS TELEMETRY FOR PERSISTENCE | SQL Database library

I haven't found a solution, but I have a workaround. If you go to the last working workflow run in the Actions tab (look for a green checkmark), you can click Re-run all jobs, which should deploy your webpage for you, including the latest changes.

Hope this works for the time being until there is a better solution!

What you configured is the Connection source enforcement which makes sure that a Hono device (identified via the AMQP header device_id) may only updates the twin with the same "thing id" in Ditto.

That enforcement fails as your thingId you set in the Ditto Protocol JSON is my-tenant:org.acme:my-device-1 - the topic's first segment is the namespace, the second segment the name - combined those 2 segments become the "thing ID", see also: Protocol topic specification.

So you probably want to send the following message instead:

AFAIK istio collects only ingress HTTP logs by default.

In the istio documentation there is an old article (from 2018) describing how to enable egress traffic HTTP logs.

Please keep in mind that some of the information may be outdated, however I believe this is the part that you are missing.

The problem is that the returned value of csv is not matching the expected value. The actual returned value includes a \n at the end. If you add this to your expectedCsv string, your test will pass.

The timeout error is a red herring.

If you console.log(csv.replace(/\n/g, '\\n')) in the 'end' function you will see the extra linefeed at the end of the string.

Finally I was able to resolve the issue as follows:

I've found the following documentation:

Setting up certificates for Azure CLI on Azure Stack Development Kit

The basic idea is to find the python installation used for Azure CLI and update the related certificate file.

In my case the Azure CLI was installed with python on the following location:

C:\Program Files (x86)\Microsoft SDKs\Azure\CLI2\python.exe

And using the command, that was suggested, returned as follows:

It seems next-auth/client was renamed to next-auth/react in v4:

https://github.com/nextauthjs/next-auth/releases/tag/v4.0.0-beta.1

At the time of this writing, the author pushed a fix to Master in Github. This fix addresses the issue of the application taking a long time to close, however it does not address the Chrome_WidgetWin_0. Error issue.

This issue is a known one and has already been reported, but there are no signs of fixing it from the Chrome project, so I guess we just have to live with it for the time being: https://bugs.chromium.org/p/chromium/issues/detail?id=113008

Another issue is the crash. Is likely happens because of the previous issue, and therefore there is little one can do here.

Since the main problem was fixed, I am marking this as solved.

To expand on Hans' comment, each letter in a string literal usually equates to one byte. E.g. A is stored as 0x41, B is stored as 0x42, 0 is stored as 0x30. Search for ASCII and UTF8 character encodings for more info. When you write a string like '1000', then get the underlying bytes, you end up with the sequence 0x31 0x30 0x30 0x30. The number of bytes here is equal to the number of digits in your string. This is a variable-length number, and it's not a very compact way to store the information, because instead of using the full range of each byte (00 to FF) for a total of 256 possibilities per byte, it only uses 10 of the possibilities (30 to 39). This inefficiency becomes more obvious when you use larger numbers, e.g. 1000000 takes up 7 bytes.

The server is expecting the request id in a different format, int32, which always takes up 4 bytes. You can get the data into this format by calling BinaryPrimitives.WriteInt32BigEndian(buffer, 1000). The same applies for the message type id and the data size fields, they should be provided as Int16.

After reading the documentation you posted, it looks like the expected data for a 'Set Pause' request would be like this:

I got the same problem. Open your terminal and write this: