How can I allow directory listing in Apache for a specific (root) folder and its subfolders, but without showing a link to parent of that root folder. When user is in a subfolder, the 'Parent Directory'link is displayed to navigate to its parent, but when user is at the root folder I need to remove/hide this 'Parent Directory' link so that user cannot move above that 'root' hierarchy.
Because I won't be maintaining the indexed directory tree, I needed a solution that could exist just in the index root without any specific knowledge of its sub-directories. However, it does use an absolute path to the index root, so if your parent folder structure changes a lot, it may not work for you.
What I came up with was using a CSS URL attribute selector to hide the "Parent Directory" link when it led to the parent of the index root. It leaves a blank row, but at least it's not as intimidating as the "403 FORBIDDEN" error a user gets if they click Parent Directory one too many times.
You have to pass the -np/--no-parent option to wget (in addition to -r/--recursive, of course), otherwise it will follow the link in the directory index on my site to the parent directory. So the command would look like this:
I've already installed OMV 1.9 on my machine and was trying to create samba shares on its gui. However, I'm having a lot of trouble setting up permissions with what I am trying to achieve. We really need a NAS in our office for our files. What I want is to have a single parent directory, no user authentication with sub-folders inside for each and every staff with user authentication for each folder. To visualize:
The DirectoryCheckHandler directive determines whether mod_dir should check for directory indexes or add trailing slashes when some other handler has been configured for the current URL. Handlers can be set by directives such as SetHandler or by other modules, such as mod_rewrite during per-directory substitutions.
In releases prior to 2.4, this module did not take any action if any other handler was configured for a URL. This allows directory indexes to be served even when a SetHandler directive is specified for an entire directory, but it can also result in some conflicts with modules such as mod_rewrite.
The DirectoryIndex directive sets the list of resources to look for, when the client requests an index of the directory by specifying a / at the end of the directory name. Local-url is the (%-encoded) URL of a document on the server relative to the requested directory; it is usually the name of a file in the directory. Several URLs may be given, in which case the server will return the first one that it finds. If none of the resources exist and the Indexes option is set, the server will generate its own listing of the directory.
Turning off the trailing slash redirect may result in an information disclosure. Consider a situation where mod_autoindex is active (Options +Indexes) and DirectoryIndex is set to a valid resource (say, index.html) and there's no other special handler defined for that URL. In this case a request with a trailing slash would show the index.html file. But a request without trailing slash would list the directory contents.
Since the matching applies to sub-directories, "/www" has options Indexes and ExexCGI, "/www/sales" has option Indexes only (the setting in the parent directory is ignored), and "/www/support" has option ExecCGI (inherited from its parent directory).
If a client issues a URL selecting a directory, Apache returns a listing of that directory, if Options Indexes is on; otherwise it returns error "403 forbidden". However, if the directory contains a file called "index.html", Apache returns this "index.html" instead. You can use directive DirectoryIndex to specify the name of the indexing file. For example,
If there is no package.json file present in the directory, or if the"main" entry is missing or cannot be resolved, then Node.jswill attempt to load an index.js or index.node file out of thatdirectory. For example, if there was no package.json file in the previousexample, then require('./some-library') would attempt to load:
Schools may disclose, without consent, "directory" information such as a student's name, address, telephone number, date and place of birth, honors and awards, and dates of attendance. However, schools must tell parents and eligible students about directory information and allow parents and eligible students a reasonable amount of time to request that the school not disclose directory information about them. Schools must notify parents and eligible students annually of their rights under FERPA. The actual means of notification (special letter, inclusion in a PTA bulletin, student handbook, or newspaper article) is left to the discretion of each school.
The FileBrowser widget lists the contents of a directory. If theuser double-clicks the name of a subdirectory, the FileBrowserupdates itself with the contents of that subdirectory (as illustratedbelow). And by double-clicking "dot dot", the user can return tothe parent directory.->Whenever the user highlights a new file, FileBrowser emits asignal that the rest of the application can connect to. For example,the screenshot below shows an application that combines aFileBrowser with a QTextBrowser to provide a simple HTMLbrowser.
Next come two private slots. They are connected to QListBox'shighlighted(int) and selected(int) signals. Thehighlighted(int) signal is emitted when the user makes a new itemthe current item (for example, by single-clicking or by pressing arrowkeys), while the selected(int) signal is emitted only when theuser double-clicks an item or presses Enter. For theFileBrowser widget, we happen to need both---a single-click on aregular file is enough to pick that file, but a double-click (orpressing Enter) is necessary to enter a directory.
The constructor stores the nameFilter parameter for later use.Then it calls setDir() to populate itself with the contents of thecurrent working directory and connects two signals inherited fromQListBox to the appropriate FileBrowser private slots.
Next we clear the QListBox and fill it with the contents of thedirectory, as returned by QDir::entryList()---but we skip the"dot" directory. We store the current path in the private memberbasePath for later use.
Whenever a list box entry is selected (double-clicked), theitemSelected() slot is called with the entry's index. If theselected entry is a directory, FileBrowser updates itself withthe contents of that directory.
Have you ever stumbled upon a website that shows a list of files and folders, some of which contain private images that are not meant to be seen by anyone else? If so, you have encountered a parent directory index of private images, which is a common way of exposing sensitive data on the internet. In this article, we will explain what a parent directory index of private images is, how to find one, how to protect your own private images from being indexed, and what are the risks and consequences of accessing one.
A parent directory index of private images is a web page that displays the contents of a folder or a directory on a server, usually without any authorization or authentication. The folder or directory may contain various types of files, such as documents, videos, music, or images. Some of these files may be private or personal, such as photos of yourself, your family, your friends, or your intimate moments. These files are not intended to be shared with anyone else, but they may end up being exposed on the internet due to various reasons.
A parent directory index works by listing all the files and subfolders in a given folder or directory on a server. The server may be a web server, an FTP server, or any other type of server that hosts files and folders. The parent directory index may be generated automatically by the server software, such as Apache or Nginx, or manually by the owner or administrator of the server. The parent directory index may have different formats and layouts, depending on the server software and configuration. For example, some parent directory indexes may show the file names, sizes, dates, and types, while others may show thumbnails or previews of the files.
Some private images are exposed on the internet because of human errors or negligence. For example, some people may upload their private images to a public folder or directory on a server without realizing that anyone can access them. Some people may forget to delete their private images from a server after using them for a specific purpose. Some people may not know how to configure their server software properly to prevent unauthorized access to their files and folders. Some people may not care about their privacy or security and leave their private images unprotected on the internet.
One way to find a parent directory index of private images is to use search engines, such as Google or Bing. Search engines crawl and index millions of web pages every day, including some parent directory indexes. You can use specific keywords or operators to narrow down your search results and find potential parent directory indexes that contain private images. For example, you can use keywords like "index of", "parent directory", "private", "images", "jpg", "png", etc., or operators like "intitle:", "inurl:", "filetype:", etc., to refine your search query. However, this method may not be very reliable or accurate, as search engines may not index all the parent directory indexes on the internet, or they may remove them from their results due to legal or ethical reasons.
Another way to find a parent directory index of private images is to use FTP clients, such as FileZilla or WinSCP. FTP clients are software applications that allow you to connect to and transfer files between different servers using the File Transfer Protocol (FTP). FTP clients can also display the contents of folders and directories on servers in a similar way as web browsers do for web pages. You can use FTP clients to browse through different servers and look for folders or directories that contain private images. However, this method may require some technical skills and knowledge, as you need to know the address, username, password, and port number of the server you want to connect to. Also, some servers may not allow anonymous access or may block FTP connections altogether.
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