headroom | Max Headroom style filters for audio in Python | Machine Learning library

frameMax is negotiated between the amqp client and server; all headers must fit in one frame. You can increase it with broker configuration.

Stack traces can be large and can easily exceed the frameMax alone; in order to leave room for other headers, the framework leaves at least 20,000 bytes (by default) free for other headers, by truncating the stacktrace header if necessary.

If you are exceeding your frameMax, you must have other large headers - you need to increase the headroom to allow for those headers, so the stack trace is truncated further.

Posting this out of comments for better visibility.

An important thing to mention is when free command is run inside a pod's container, it shows all available memory on the node where this pod is scheduled and running.

At this point it's very important to have memory resources and limits for java applications since JVM memory allocation can be set incorrectly if it happens by the application.

There are two main options for resource allocation (in this particular case is memory):

• requests (spec.containers[].resources.requests.memory) - kubernetes scheduler has to find a node which has requested amount of memory, not less than specified.

  It's very important to set the requests reasonably since it's used for scheduling and there are chances that kubernetes scheduler won't be able to find a sufficient node with enough free memory to schedule the pod - good example of incorrect requests

• limits (spec.containers[].resources.limits.memory) - kubelet insures that pod will not consume more than specified in limits, since containers in pod are allowed to consume more than requested.

  It's also important to have limits set up for predictable resource consumption since containers can exceed requested memory and consume all node's memory until OOM killer is involved. Possible cases when limits are not set

You have forgotten to build your forked library with the build command.

So, build it:

One bug is that in your first loop, when you start from 0 (which happens even at first invocation,) you'd be incrementing the vector iterator 127 times, which clearly is out of range.

The copies work and your loops don't because your loops and the std::copy calls you are making are doing different things. They don't start or stop at the same indices, and therefore they aren't copying the same stuff.

Loops similar to the copies would be:

If the goal is to have packet transfer between Pktgen and testpmd that is connected by OVS-DPDK one has to use net_vhost and virtio_user pair.

Is there a certain plugin i need to use to "link" the partially compiled libraries so I avoid this issue?

Yes! You need to add the Angular Linker to process the problematic plugin. It's currently only available as a Babel plugin: @angular/compiler-cli/linker/babel

In short, add this to your Webpack config and replace ng-click-outside with your plugin(s):

The community-contributed texsave appears to be made for precisely this. It has a varlabels option to write labels in the header instead of variable names.

So what exactly is the problem here? Without knowing more about the application, I can't really tell why it's trying localhost first, but it seems like it's able to connect to mongo running on the person-db container after that based on these logs:

The maximum room space for metadata is only 32 bytes, so what you observe is expected.

You can check this by reading the relevant kernel code, or the logs for the commit that introduced the feature.

The documentation that you cited refers to the room size for encapsulation headers that you can modify with bpf_xdp_adjust_head(), not to the size for metadata. Admittedly it's not clear from the text (but PRs are welcome!).