Older OSes did that, but modern ones usually just do the equivalent of format /q in DOS (write new filesystem metadata only, don’t check for bad sectors)
Older OSes did that, but modern ones usually just do the equivalent of format /q in DOS (write new filesystem metadata only, don’t check for bad sectors)
If the heatsink isn’t big enough that it blocks the socket lever, you could attach it to the CPU with thermal glue
It should be possible to detect non-ads by downloading different versions of the audio file and checking which sections are identical, but you’d need some way of detecting transitions between sections.
If the ads use a voice actor who doesn’t talk on the podcast, maybe you could try to detect that.
Then the snippet won’t work because it only ever renames/copies the file '_2023 Summary Page.docx'
. What are the actual names of the files you want to rename?
Just use Copy-Item instead of Rename-Item if you want multiple identical files with different names
That will crash if there is more than one line in individuals.txt, because by the second iteration ‘.\_2023 Summary Page.docx’ has been renamed.
I have no idea why this wouldn’t work on your machine - I’ve tested it on mine and it works fine. So maybe you have overlooked some small things:
If there are any other PDFs in the directory that you don’t want to rename, then the list of files is longer than the list of names.
If the PS window closes completely, you might have typed it into the terminal instead of running it as a script - then the problem might just be that you closed the if block too early, so PS immediately executes the exit
command.
If your list of new names contains a column label like in a one-column CSV, then it has one more line than there are files.
If the CSV file contains both the current names and the new names, this should work if you use the first line for column labels (I’m using OldName and NewName in this example):
Import-CSV $pathToCSV | ForEach-Object { Rename-Item $_.OldName $_.NewName }
If you just have a list of new names as a text file where the first line of the file is the new name for the first file (by name, sorted alphabetically), this should work:
$files = Get-ChildItem -File *.pdf | Sort-Object -Property Name #I think the output of Get-ChildItem is already sorted by name, but I'm not sure
$newNames = Get-Content $pathToTXT
if ($files.Count -ne $newNames.Count) {
Write-Error "The number of PDF files to be renamed does not match the number of new names"
exit
}
0..($files.Count - 1) | ForEach-Object { Rename-Item $files[$_] $newNames[$_] }
The problem with that is that comments that are removed by moderators behave the same way - that might actually cause legal problems if someone posts something that you’re obligated to remove instead of just hiding it
That has nothing to do with federation - I can still read deleted comments that other users of my instance posted in local communities
It should always cause a syntax error if the code contains } else
.
You only need mount points in each distro for partitions that you want to be able to access from that distro. If you don’t need access to your Arch system files from Debian, don’t mount the Arch partition in Debian.
But if you have a partition that you want to access from multiple distros, you don’t need to use the same mountpoint in each distro - just like a USB flash drive can be E:\ on one Windows computer and H:\ on another - that is just a name and the files on it are the same.
Mount points are specific to one install - for example, you can mount your Manjaro root partition as /mnt/manjaro on Fedora. From every distro’s perspective, the partition it is installed on is /.
You seem to be mixing up the locations of partitions and mount points - a partition is somewhere on a disk and a mount point is basically a sign that points to it, and every distro can have different signs that point to the same thing.
You can only mount one partition at one mount point, but any empty directory on one partition can be a mount point for another partition.
GPT is a partition table and is not used for Linux specifically, but on any computer with UEFI - it defines how to find partitions on a disk, but not how they are formatted.
ext4 is a filesystem - formatting a partition with ext4 means creating data structures that tell the OS where to find files and directories in the partition.
It’s similar to how drive letters work in Windows: the partition you installed it on is C:\ and you can assign any other letter to any other partition.
On Linux, the partition you installed it on is / and you can mount other partitions in any empty directory.
Usually you create an entry in /etc/fstab that tells the system which partition should be mounted where. I’d do that in each distro once you have installed all of them.
If you install your first distro without creating any partitions manually, the installer will probably create an EFI partition. Maybe it wouldn’t need to create one on your specific system, but it will probably do it anyway.
You can create dedicated partitions for /home, but unless you know why it makes sense in your specific situation, you shouldn’t.
The data partition is just another partition that you can mount somewhere, for example /mnt/storage.
If the installer doesn’t automatically create an EFI partition, you can create a small FAT16 or FAT32 partition (a few hundred MB should be enough).
The swap partition is just a swap partition - that is the partition type you select in your partitioning tool.
The storage partition can be any format you want. If you don’t need to access it from Windows, just use ext4.
Mount points are similar to drive letters, but more flexible. You can read these Wikipedia articles: https://en.wikipedia.org/wiki/Mount_(computing) https://en.wikipedia.org/wiki/Fstab
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