sdb | A command line client for the Mono soft debugger | Code Inspection library

The disk sdb is 1,000 GB, but the file system placed on that disk is 98 GB. The simplest solution is to copy the data from that disk and reformat it with a larger file system.

If you use shell=True, you must only pass a single string argument as the first argument to subprocess.run. When you write:

Here is my 100% working version. Globally, i'm now checking for Megabytes instead of Gigabytes, and avoid using bc.

To my knowledge, Kafka doesn't have an intra node rebalance like Hadoop has.

In theory, you could try shutting down the broker, mounting the new partitions to a directory, adding those to log.dirs, then moving the topic partitions over to those directories, and restarting the broker. However, I'm not sure how you'd handle files like meta.properties

Another alternative, after updating the broker config, would be to use the reassign partition tool to completely move partitions or topics off that larger broker, then move it back. Or just completely start deleting directories from the large usage disk, and let replication move it back across all disks, hopefully

multipath.conf refers to disk already discovered by OS - not vice versa.

• Check if disk is zoned to you server on SAN level
• re-scan SCSI "bus" by executing rescan-scsi-bus.sh script.
• check whether disk visible by OS by executing lsscsi
• then check WWN of a disk by executing multipath -ll
• then modify multipath.conf

PS: Linux usually prepends digit "3" to all WWNs. So your stanza from multipath.conf seems to be wrong.

The .iso format (ISO 9660) is read-only by design, and doesn't have a system for allocating space for new files.

Instead, you can configure Yocto to bulid a .hddimg file instead, which will be writable. It's described in image-live.bbclass:

A .hddimg file which is an msdos filesystem containing syslinux, a kernel, an initrd and a rootfs image. These can be written to harddisks directly and also booted on USB flash disks (write them there with dd).

To bulid this format, add hddimg to IMAGE_FSTYPES.

yaml.safe_load will process the yaml into a dictionary. This means you can then iterate over it using the standard dictionary methods (i.e. no need to try to parse it as strings with split etc).

Assuming you want each column to be the values of the 3 entries in each nested dict, we can take advantage of the items being added to the dict in order and just use values() to extract them. The following demonstrates the process with a single bit of yaml data - but it should be easy to nest this inside the code iterating over all the files:

There are different terminal command sequences for that sort of thing. You might be able to save the cursor position and restore it with:

When you request the IFC translation, you should get a response that the IFC translation request was accepted (success). Later when you request the manifest, you will not see the IFC output until it is fully processed. In your example, you see the SVF2 output because this one is mandatory on BIM360 for RVT files. The IFC entry will appear when the IFC file is ready. Since you requested the IFC sometime ago now, do ask for the manifest again, it should be there by now. If not, please contact us at forge.help at autodesk.com and share the URN which failed and we will take a look at out logs to isolate the issue.