DAR | DAR - Disk ARchive | Continuous Backup library

You can call your method like this,

Manually mocking http.Client is tricky. Stubs must match arguments exactly. In your case, you created a stub for:

Place

The issue is your map() call. It will return an Object (your org) if it has at least one client that passes the filter(), but implicity returns undefined if filtered.length is not greater than zero.

In JS every function has a return -- either declared with return, or implicit. The default implicit value is undefined which is where those array entries are coming from. You could switch map() to filter() and it should work (since it will omit the falsy undefined values from the array).

You can iterate over lst and create a dictionary out where the keys correspond to "id" values in the dicts in lst and the values are dicts. In each iteration, check if the value under "language" key is a list or not and append to the list if it's a list, create a list, if not. Finally, pass the values of out to a list constructor for the final outcome.

For H.264, nvenc has a max. resolution limit of 4096x4096. Use a software encoder like libx264. But note that a resolution of 7200x3600 is beyond the limit of any valid H.264 level so hope your target player doesn't care. Or use HEVC with different parameters.

Looks like the issue is caused by the fact that some strings are split over multiple lines (copy / past error or some automatic editor setting at 80(?) characters per line), i.e lines like:

To be honest, this looks like a bug in maven-surefire-plugin, or at best some behavior change that isn't documented properly.

I took the sample you posted to GitHub, downgraded it to maven-surefire-plugin 2.19.1, and it works just fine.

You may want to report this bug Apache's Jira.

If you are reading JPEGs, PNGs, or video into OpenCV, it will hold them in memory in BGR channel ordering. If you are feeding such frames into ffmpeg you must either:

• convert the frames to RGB first inside OpenCV with cv2.cvtColor(... cv2.COLOR_BGR2RGB) before sending to ffmpeg, or
• tell ffmpeg that the frames are in BGR order by putting -pix_fmt bgr24 before the input specifier, i.e. before -i -