Instructions
Launch Explorer using the assigned hotkey combination WIN + E (Russian letter U). In addition to this method, there are others - for example, by right-clicking on the “My Computer” shortcut, you can select “Explorer” from the context menu that appears. Or you can simply double-click this shortcut or select “Run” from the main menu on the “Start” button, enter the command explorer and press the Enter key.
Navigate to the folder whose size you want to determine by sequentially opening the directories in the left pane of Explorer. When you reach the desired folder, click it and in the status bar you will see the total size of all files stored here. The status bar is located at the bottom edge of the file manager window. If it is not displayed in your Explorer, then expand the “View” section in its menu and click the item that is called “Status Bar”. Please note that the number in the status bar indicates the size of only the files in that folder, not taking into account the presence or absence of subdirectories.
Right-click this folder's icon in the left pane of Explorer if the folder contains subdirectories and you want to know their total size. In the context menu that appears, select the bottom line - “Properties”. A separate folder properties window will open, where on the “General” tab (by default) in the “Size” line you will see the total weight of all files in this directory along with the weight of files in all subfolders. In addition to the total weight, here you can find out the total number of files and subfolders.
Helpful advice
In the status bar of Explorer, you can also see the size of the remaining free space on the disk where the folder is located.
Before posting on the Internet, photographs must be compressed to a certain size, because... Large files can significantly slow down page loading. To find out the size of an uploaded photo in Linux, you need to use the programs from the standard package.
You will need
- Operating system Linux Ubuntu.
Instructions
On Ubuntu Linux operating systems, the image size can be found directly from the file properties. To do this, open the folder with the image and right-click on the image. In the context menu that opens, select “Properties”.
A window with the title “Properties_file_name.jpg” will appear in front of you. The physical file size (in MB) is indicated on the “Basic” tab in the “Size” line. The actual size of the picture is indicated on the last “Images” tab in the “Width” and “Height” lines. To close the window, click the corresponding button.
To view the file properties and then edit it, you need to open the image through the Gimp program. Right-click on the image, select the “Open in program” section, then click on the line “Gimp Image Editor”. In the main program window, click the top menu “Image” and select “Image Size”.
In the window that opens, you will see the actual size of the image and can change it. To do this, change the value of the “Width” or “Height” blocks. After clicking on the “Edit” button, the edited image will be transformed.
Sometimes when cleaning the system of debris, there are cases when something large is lying somewhere, but it is not possible to find where exactly. And at the same time, optimizers of various kinds also cannot find these files, since often these files are not system files but user ones. This is where Explorer will help us, as it can show the size of folders. This feature is sorely lacking in the standard Windows Explorer.
Explorers showing folder sizes
1. The first on this list will be a program called TreeSize Free.
A small and free program that very conveniently displays the size and number of files in a folder. Hidden files are also shown. The application is in English, but this does not provide any discomfort in use. There are different sorting and filtering methods for convenient use.
You can download TreeSize Free from the following links below:
TreeSize Free (Yandex disk)
TreeSize Free (Mail cloud)
2. The next useful explorer in our review is called Explorer++.
It is a free Russian-language program that has a good set of functionality for convenient viewing of folders. There is also a function to show hidden files and show their size in bytes, kilobytes, megabytes, gigabytes. There is an advanced search function. Overall, a good replacement for the standard file manager.
You can download Explorer++ from the following links below:
Explorer++ (Yandex disk)
Explorer++ (Mail cloud)
3. The next application to review is called Folder Size Explorer.
It is a simple free file manager in English. I don’t even know what to add; functionally it’s practically no different from the previous ones. Has a file search and a subfolder counting calculator.
You can download Folder Size Explorer from the following links below:
Folder Size (Yandex storage)
Folder Size (Mail cloud)
4. Program number four is called Q-Dir.
It is worth paying tribute to this explorer, first of all, for the variety of panel displays, for example, 4, 3, or 2 panels can be shown in a window, despite the fact that they can be individually customized. The program is distributed free of charge and has a choice of 25 different languages. Large folder sizes are highlighted, but the size is not calculated as a standard. To activate this feature you need to do the following:
Press the F9 key and in the window that opens, select the “Internal Q-Dir algorithm” item, after which we update the window and see the result.
Q-Dir (Yandex disk)
Q-Dir (Mail cloud)
5. Explorer number five is called GetFoldersize.
In principle, it is also a fairly functional file manager. It is possible to select English and Russian languages, but there is some problem with the display of the font when choosing Russian. To correct it, you need to click on the red letter A and select one of the following fonts there: Courier, MS San Serif, Fixedsys.
I didn’t find anything else special that could be highlighted in it; personally, it seemed visually loaded to me. I also didn’t like that the program must first scan the local disk and only then produce the data; in the other listed programs it was much faster. Also distributed free of charge.
You can download GetFoldersize from the following links below:
(Yandex storage)
(Mail cloud)
6. The next program is called MeinPlatz.
This software will show the folder architecture including system and hidden files. There is a window display setting, search and several additional functions. Small size and the ability to choose Russian from nineteen possible languages. Good folder scanning speed. Free distribution.
(Yandex storage)
(Mail cloud)
7. The seventh penultimate explorer in the review is called WizTree.
The best thing I liked about this program was the speed of scanning local drives. Scanning is almost instantaneous; for me, 183 gigabytes took 2.39 seconds. A nice interface and good speed make this explorer a good solution for simple everyday tasks. It is also worth noting a very useful function that will help you radically clean your hard drive of the largest files, it is called “Top 100 large files”.
Optimizing folders in Windows Explorer is a setting option that does not relate to the traditional understanding of the term “optimization” as applied to the software product field. This is not about maximizing beneficial settings for the sake of performance when working with folders, but the ability to use templates for displaying individual file characteristics in the tabular view of the explorer. Templates apply to specific types of content that are stored in folders. Individual Windows user profile folders - “Pictures”, “Documents”, “Videos”, “Music” - are initially configured for their content type. By calling the context menu on any of these folders and selecting “Properties”,
in the “Settings” tab of the properties window we will see the “Optimize this folder” column, which allows you to select one or another type of content – “General elements”, “Documents”, “Images”, “Video”, “Music”.
The specified user profile folders have a preset content type. The only thing that can be corrected as part of their so-called optimization is to check the box for applying the template to all subfolders, so that the settings are applied to the subfolders.
By default, for all other Windows folders, the content type is “Common Items,” but this type can be changed to any other by selecting it from the drop-down list and clicking “Apply” at the bottom of the window.
Templates for displaying file characteristics are a selection of certain table columns in Explorer for each type of content. Some of the columns are active by default, and some are provided for potential and can be used in the Explorer tab of Windows 8.1 and 10 “View”. When you click the “Add Columns” button, a list appears for adding table columns. In order for the required columns to be displayed in the table, you need to check their box.
In the table view of the Windows 7 system explorer, to add columns for other file characteristics, you need to call the context menu at the top of the table. The same method works for Windows 8.1 and 10 systems.
For folders optimized for the Shared Items content type, the default Explorer table displays file modification date, file type, and size columns. Potentially, characteristics such as creation date, authors, tags, title may be involved. The “Documents” content type, in addition to active and inactive columns of general elements, also provides an inactive column of file categories. For the “Images” content type, the image size and tags are additionally displayed. By checking the appropriate boxes, the columns for creation, modification, photo taking, and rating dates can be activated.
The “Video” content type in the Explorer table, in addition to displaying standard file characteristics, is also configured to display the default duration of video files by time. Potentially, it is possible to use columns for the creation and modification dates of video files.
We get the most characteristics in the Explorer table when optimizing folders for the “Music” content type. In the case of audio files, the system explorer can be turned into something like a functional audio player interface, displaying the music genre, artists, albums, their year of release, track duration, etc.
What does this folder optimization give? Tabular display of files with their various characteristics is convenient when working with large amounts of data. To find the desired file, for example, having forgotten its name, but remembering some other property, the table in Explorer can be sorted by this property. If you sort files by one or another criterion, individual files below or above a certain property can be deleted, copied or moved in batches by selecting them with the keys Shift + Page Down or Shift + Page Up, respectively. However, in order to be able to sort the Explorer table by individual file data, the files themselves must be optimized for this data.
For the convenience of working with the Explorer table, it is not necessary to apply folder optimization settings for a particular type of content. For any folder in a Windows environment, you can configure your own selection of table columns in Explorer. To do this, in Windows 8.1 and 10, in the “View” tab, you need to click the “Add Columns” button, then click “Select Columns”. In the window that appears, you need to check individual columns from a huge list of possible ones that will be displayed in the Explorer table, and click “Ok”.
The same window for adding table columns also appears when you click “More details” in the context menu called up at the top of the table. This way you can add columns to a Windows 7 Explorer table.
Have a great day!
Most Windows users are used to the fact that the easiest way to get the size of a folder is to open its properties in Windows Explorer. More experienced ones prefer to use utilities such as TreeSize or WinDirStat. But, if you need to get more detailed statistics on the size of folders in a specific directory, or exclude certain types of files, in this case it is better to use PowerShell. In this article, we'll show you how to quickly get the size of a specific directory on a drive (or all subdirectories) using PowerShell.
Advice. To get the size of a specific folder on a disk, you can also use the du.exe console utility.
To get the sizes of files and directories in PowerShell, you can use the commands Get-ChildItem(alias gci) and Measure-Object(alias measure).
The first cmdlet allows you to generate a list of files in a given directory using specified criteria, and the second one performs an arithmetic operation.
For example, to get the size of the c:\ps folder, run the command:
Get-ChildItem c:\iso | Measure-Object -Property Length -sum
As you can see, the total size of the files in this directory is indicated in the Sum field and is about 2 GB (size is indicated in bytes).
To convert the size to a more convenient MB or GB, use this command:
(gci c:\iso | measure Length -s).sum / 1Gb
(gci c:\iso | measure Length -s).sum / 1Mb
To round the result to two decimal places, run the command:
"(0:N2) GB" -f ((gci c:\iso | measure Length -s).sum / 1Gb)
(gci c:\iso *.iso | measure Length -s).sum / 1Mb
The above commands only allow you to get the total size of files in the specified directory. If a folder contains subdirectories, the size of the files in those directories will not be counted. To get the total size of all files in a directory, taking into account subdirectories, you need to use the parameter –Recurse. Let's get the total size of all files in the c:\Windows folder.
"(0:N2) GB" -f ((gci –force c:\Windows –Recurse -ErrorAction SilentlyContinue| measure Length -s).sum / 1Gb)
To take into account the size of hidden and system files, I additionally specified the argument –force.
So, the size of the C:\Windows directory on our disk is about 16 GB.
Advice. To not show directory access errors, use the parameter -ErrorAction SilentlyContinue.
You can get the size of all first-level subfolders in a specified directory. For example, we need to get the size of all user profiles in the C:\users folder.
gci -force "C:\Users" -ErrorAction SilentlyContinue | ? ( $_ -is ) | % (
$len = 0
$_.fullname, "(0:N2) GB" -f ($len / 1Gb)
}
% is an alias for the loop foreach-object.
Go ahead. Let's say your task is to find out the size of each directory in the root of the system hard drive and present the information in an easy-to-analyze tabular form with the ability to sort by directory size. To do this, we will use the Out-GridView cmdlet.
To obtain information about the size of directories on the C:\ drive, run the following PowerShell script:
$targetfolder="C:\"
$dataColl = @()
gci -force $targetfolder -ErrorAction SilentlyContinue | ? ( $_ -is ) | % (
$len = 0
gci -recurse -force $_.fullname -ErrorAction SilentlyContinue | % ( $len += $_.length )
$foldername = $_.fullname
$foldersize= "(0:N2)" -f ($len / 1Gb)
$dataObject = New-Object PSObject
Add-Member -inputObject $dataObject -memberType NoteProperty -name “foldername” -value $foldername
Add-Member -inputObject $dataObject -memberType NoteProperty -name “foldersizeGb” -value $foldersize
$dataColl += $dataObject
}
$dataColl | Out-GridView -Title “Size of subdirectories”
As you can see, a graphical representation of a table should appear in front of you, indicating all the folders in the root of the system drive C:\ and their size. By clicking on the table column header, you can sort the folders by size.
