2048 | A C/Qt clone of the popular 2048 game

Because everytime you send a command a new shell is created in the original folder.

To set an other working directory you have to send cd /to/other/dir && yourcommand

You can try setting the root folder for the new shell terminal:

You've used -Xms to force the JVM to get ~30GB at JVM startup.

It has tried, and failed. It only obtained 8GB. It needs another 22-ish GB but cannot get it. That is what the error message is telling you. This is consistent with a dump that says the heap is only 8GB.

You're asking for more than the OS will provide. You'll need to figure out what's going on in the OS in general.

Your application code is probably not involved. The JVM is still initializing its heap in accordance with your command-line options.

After looking into the code and finding what looks a lot like the default entry point I'll put what I think is the confirmation of my guess as an answer: the global_allocator must be fully initialised before main, because the default entry point relies on it and allocates: https://github.com/rust-lang/rust/blob/master/library/std/src/rt.rs#L40-L45

The general guidance is that consuming services should be deployed/started before producing services. And a bus shouldn't be used until it has been started.

While some of the values can be specified as query parameters on the destination address, the only ones supported by Azure Service bus are autodelete and type (only one of those is useful to end users).

The queue description/settings aren't updated because they would change constantly if services aren't consistent.

UPDATE: The other reason is that some deploy their topics/queues with resource manager scripts (or something like Terraform) and if MassTransit changed them it would break those deployments by removing their custom settings.

When I get your question right, you want to reconstruct the real/imaginary spectrum from your magnitude values. You will need the phase component for that, then its all simple complex number arithmetic. You should be aware that the output of an STFT is an array of complex numbers, and the amplitude is the absulute value of each number, while the phase is the angle of each number

Here´s an example of a time-domain signal transformed to magnitude/phase and back without modifying it:

You can submit two jobs with

Solved by Project::where('product_id',Product::where('user_id',Auth::id())->pluck('id')->last())->delete(); In ProjectImport

$table->unsignedBigInteger('product_id')->references('id')->on('products')->onDelete('cascade'); I userd This on projects table

The command is for bash so obviously it can't run in PowerShell. There are many changes necessary

• PowerShell currently doesn't support process substitution (which is that <(command) part) so you must save the output into file
• The escape character in PowerShell is ` and not \ so you must replace all those escape characters to the correct one

So the result would be something like this