Android Studio – The white space in Google File Stream in the path of the home directory causes errors

BACKGROUND

When I install Google File Stream on my PC, a new one is created G: Drive and a directory named My Drive Inside is a mirror of my Google drive directories and files.

PROBLEM

When using certain software, such as unit or Android Studiothey expressly agree Don't keep files and projects in paths that contain Space.

Since I keep all my files in the My Drive If it contains a space, I cannot save my Unity projects (etc.) there.
Obviously, this is not a niche function – it is my ability to sync and secure my projects, an ability that I pay for.

Things I've tried

Change the folder name to e.g. MyDrive is not possible, as can be seen here:
Error message that prohibits this

I spoke to a Google representative who offered no help or insight into the problem.

Are there any workarounds that I can use to save projects (in these frameworks) and sync them with my Google Drive account?

How to free up space in Google Storage

My Google memory got full recently, mostly because of Google photos. I deleted some things in the drive and released a few GB that were mysteriously used up within a week. Since then, I've been deleting photos (deleting involves emptying the trash). The problem is that there didn't seem to be any space available. I curiously checked one.google.com/storage, deleted some pictures and checked again. Nothing has changed. I thought maybe it took some time, so I waited. About a week and 2,000 photos deleted later, there were negligible changes (the space actually used) increased by 10 mb). And to repeat it again, I also deleted all files from the trash. I have no idea what is going to happen. Does anyone have any idea what's going on?

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dnd 5e – Is the space within a half-plane for controlling the weather considered "outdoors"?

The Demiplane The magic creates a door that leads to another level of existence:

You create a shady door on a flat, solid surface that you can see within easy reach. The door is large enough for medium-sized creatures to pass through freely. When opened, the door leads to a half-level that appears to be an empty space of 30 feet in every dimension, made of wood or stone. […]

It seems that this space is the entirety of this level. There is nothing beyond the ceiling, floor, or walls. In a sense, the ceiling is the limit of the "sky", although it is questionable whether there is weather.

In view of this, the space within a half-plane is considered for the purposes of "outside" Check the weather spell? Check the weather does this need:

[…] You have to be outside to cast this spell. If you move to a place where you don't have a clear path to heaven, the spell will end prematurely.

pde – Help to prove that square integrable functions form a hilbert space.

Marcus here.

I am currently trying to understand the Hilbert space concept specifically for functions that can be integrated into a square. The definition of a Hilbert space is "An inner product space $ ( langle cdot, cdot rangle, E) $ is considered complete when each Cauchy sequence is convergent. Then $ ( langle cdot, cdot rangle, E) $ is also called a Hilbert space ". A standard example is that the set of functions that can be integrated into the square is a Hilbert space, that is
begin {align *}
L ^ 2 ( Omega) = {f: Omega bis mathbb {C}: int _ { Omega} | f | ^ 2 dx < infty }
end {align *}

To the $ f, g in L ^ 2 ( Omega) $ We define the inner product $ langle f, g rangle = int _ { Omega} f ^ * g dx $, this inner product space, $ ( langle cdot, cdot rangle, L ^ 2 ( Omega)) $forms a hilbert room. I am trying to use Hilbert space theory to understand the wave equation that is endowed with the Dirichlet constraint on $ Omega $, so in my case I'm interested in the case where $ Omega subseteq mathbb {R} ^ 2 $. But I stick to the basic question of why $ ( langle cdot, cdot rangle, L ^ 2 ( Omega)) $ a hilbert room at all? I don't know much about functional analysis and measurement theory, so I'm interested in proof using basic principles. So the question is whether there is such basic evidence.

macos – How can I find out what is slowly consuming my HD storage space?

I had a very similar problem and therefore decided to compile different methods to solve this problem. In the following there are these options and I got some of them from the answers already given here. I understand that this is a little different from the question, but it is consistent with the answers. It has many parts and they are all software that I could somehow try myself.

It is generally a good idea to pay close attention to the use of sudo Options below so the software can have access every filethat will likely contain some large hid.


Here is a short list of apps to check disk usage:

  • GrandPerspective is only graphic. With the Treemap, files can be measured using logical or physical methods, package contents can be shown / hidden and the color scheme can be changed during operation. It is also able to save the scanned data for archiving or comparing multiple windows.

  • Disk Inventory X also uses the graphical treemap scheme, but alongside a list view of folders and files. The graphics aren't as good as GrandPerspective and the list isn't as good as OmniDiskSweeper, but it does a good job of mixing the two. It has a Finder plugin and most of the options between the 3 settings. It is the most complex, but not all complete.

  • OmniDiskSweeper is not graphical and very similar to Finder's column view. If you select the folder to be analyzed or the hard disk to be analyzed, these are sorted according to hard disk usage after you have taken the time to calculate. You can then simply delete all the items listed (move them to the trash).

Everyone has their advantages and disadvantages. I am still not sure if there is one who is ahead. You are all free.


There is also another approach for apps that may not be able to scan certain expected locations and files for space usage in a non-optimal way. You are basically collecting some known things about the system that can inflate your hard drive in a nice interface so you can see and decide what to delete.

  • CleanMyMac lists caches, protocols, language files, universal binary files, development junk, extensions and applications. It searches the files and also uses a knowledge base. Great surface, easy to use. CleanMyMac has one free trial that only cleans up to 500 MB.

  • XSlimmer is very specific. It Remove "unnecessary" code from "fat" binary files and Remove unnecessary languagesas it says on the website. Universal binaries use a lot of space to store files to run in different architectures and languages. This will remove them all just to meet the needs of your computer. XSlimmer is currently being discontinued.


Another approach is to look for duplicate files. There are many commercial options, some may be better than those listed below, I haven't tried them all. Anyway, I list my selection of apps and consider which ones I could try.

  • TidyUp is a very well-known app in this area. You can specify where to look for which duplicates. It offers basic and advanced modes, different strategies and criteria.

  • MrClean is a free tool that only searches for folders and puts them in the trash. Very simple, but efficient if you are sure of what you are doing.

  • Chipmunk scans duplicates and lets you choose which ones you want to throw in the trash. It offers a node view of folders and you can choose to "Delete all files in a folder that contain duplicates elsewhere, or vice versa"as well as picking by hand. It can take a long time to scan all the files, but after that it does a very decent job.

  • DupeCheck "When you drop a file on it, your Spotlight index is used to determine if you have a potential duplicate anywhere"It's about this nice open source app. Not a great tool for instant room cleaning, but over time it will help you keep your room clean.

  • DuplicateFileSearcher from the website: "is a free, powerful software utility that helps you find and delete duplicate files on your computer. It can also be used to calculate MD5 and SHA hashes. The software runs on Windows, Linux, Solaris and MacOS.". Enough said.


Next, I'll briefly take a similar approach by quoting relevant parts about two other things that can be done to look for space without installing anything new, just from the command line (the terminal).

This (long but good) comes from the MacFixIt forums (you can find more options and details there):

In most cases, there are actually files that occupy part of the volume, but the files are invisible when the Finder is used normally.

Use the Finder's Go To Folder feature (on the Go menu) to check the size of the contents of these folders by including the following path names:

/private/var/vm 
/private/var/log 
/Volumes 

The / private / var / vm directory contains the swap files used by virtual memory. New ones are created when more data is transferred from RAM to the hard disk. The entire creation process begins with every restart or restart. Do not try to remove them yourself. Check the total size of all swap files immediately after booting and when filling the hard drive. In Panther, the first two swap files are 64 MB, and each new file is twice the size of the previous one (128 MB, 256 MB, 512 MB, 1 GB) up to a maximum size of 1 GB. In Tiger, the first two swap files are 64 MB, the next 128 MB, and all additional swap files are 256 MB.

If you do not run the daily, weekly, and monthly maintenance scripts (either by using a utility or by running the sudo periodic daily, sudo periodic weekly, and sudo periodic month commands in Terminal), the logs on the startup disk may be too large. If an error occurs frequently and is logged, you can have a very large file at /private/var/log/system.log.

The files in / Volumes should be aliases for your mounted volumes. Do not remove these aliases because everything you do to them happens with the contents of the corresponding volumes. If you are unsure whether you can accidentally browse this folder before you begin, properly mount any volumes other than the startup volume if the lack of space issue affects only that volume. External FireWire drives can be detached after proper disassembly.

Sometimes backup programs that cannot find an intended target (or target) volume for a backup create a folder with the same name as the target and place the folder in the / Volumes directory. There are cases where the entire startup volume has been saved to itself in a folder in / Volumes. If the lack of space is roughly the size of your home folder, such a backup is probably the explanation. If you use Carbon Copy Cloner or another backup or cloning program and its settings are configured so that a backup is created on a schedule and the intended target disk is not mounted or is in hibernation at the scheduled time, the backup will be in the directory / Volumes created.

Open a new Finder window to check the size of the normally invisible directory / volume on the active startup volume. Select the startup disk from the list on the left, then choose the column view (the right of the three views). From the Finder's Go menu, choose Go To Folder and paste the following:

/Volumes 

The directory / volumes is displayed in the Finder. Find the size by selecting it and entering command I. The My / Volumes directory is 12 KB.

This other comes from the Mac OS X Hints forums (not much more to see):

You might want to do a you in the terminal to see what's going on. This can take a few minutes.

An example would be to open terminal.app and then run the following commands:

sudo du -h -d 1 -c /

Enter your password when prompted, and then release it. The execution takes a few minutes. So be careful.

you stand for Disk Usage. There is also df. I like it -x to the command above:

sudo du -cxhd 1 /

If you add the command line option, you can use an Automator service to open any app. This gives you different (and more complete) results on the GUI.

Or, If you are on a Power PC, use Rosetta or something else before Snow Leopardyou can mix any of the aforementioned apps with pseudo. It is a small app to open things as an administrator. Think of it like a GUI for sudo.


Finally, there is a complete guide for newcomers to "The X Lab", which I will simply not quote here because it is too long.

Algorithms – Why does MergeSort have O (n) space complexity when it divides the array protocol (s) times?

I know that this is a common algorithm with a lot of analysis, but when I was looking for an answer, all I found was "Merge Sorting has O (n) Auxiliary Space because it copies the array into L and R".

I don't understand this because it is called recursively before operations are performed, the entire array is still divided log (n) times. If we follow the binary tree diagram that represents the recursion, we see (if n = 16) that it divides into 2×8, 4×4, 8×2, 16×1.

Since all of these divisions occur before merging, why is the auxiliary space O (n) and not O (nlog (n))?