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Return to iPhone home screen and open the iFile on iOS app by tapping on its icon. IFile File Manager App; for PC Users: iFile Download for PC on (Windows & Mac) Laptop. Conclusion: iFile IPA Download on iOS(iPhone/iPad) Without Jailbreak. IFile is a comprehensive file manager for iOS devices that allows you to manage files on the iOS file system. The reason those apps are pop ups is because 3rd party app developers can’t release their apps written against the new APIs until iOS 11 is released. When it is, and those versions of the apps are released, they will look and work just like iCloud does in the Files app. With amazing new capabilities and updates to features you use every day, iOS 8 is the biggest iOS release ever. Learn more about iOS 8; The latest version of OS X features an elegant design, includes enhancements to the apps you use most, and enables your Mac and iOS devices to work together in new ways.
Access iPhone Files
iBrowse is a simple app that lets your Mac or PC access an iOS device file system. Simply connect your device to your computer and you can read and write to the device's media, app and root* directories.
*Root directory access requires a jailbroken device with AFC2Add
*Root directory access requires a jailbroken device with AFC2Add
Browse iTunes Backups
With iBrowse, you can easily view and access iTunes backups of an iPhone or iPad. You can connect your device and have iBrowse automatically create a fresh backup of it, or you can use iBrowse to view the existing backups of your iPhones and iPads created by iTunes.
Intuitive & Powerful Design
With drag and drop, file previews, image thumbnails and file searching, iBrowse makes it easy to transfer files to and from your iPhone and your computer.
Supports All Devices
iBrowse runs on any Mac or Windows computer and allows you to connect with any iPhone, iPad, iPod Touch or even your Apple TV. It also works with every version of iOS released on any device.
iBrowse is now part of iExplorer: The Ultimate iPhone, iPad, and iPod File Transfer Utility for Mac and Windows
With iBrowse you get to go through the backup data stored on your computer, without having to restore it to a device.
By Ulysses GrantSeptember 26 - addictivetips
An easy, intuitive way to have more control over the contents of your iPhone.
By Chris Page November 9 - CNET
Get pictures, videos, recordings, & books off any iPhone or iPad just as easily as you could copy a file off a flash drive.
By Matthew Guay September 27 - Mac Appstorm
Press | Help
A file system handles the persistent storage of data files, apps, and the files associated with the operating system itself. Therefore, the file system is one of the fundamental resources used by all processes.
APFS is the default file system in macOS, iOS, watchOS, and tvOS. APFS replaces HFS+ as the default file system for iOS 10.3 and later, and macOS High Sierra and later. macOS additionally supports a variety of other formats, as described in Supported File Systems.
Regardless of the underlying format, all of the disks attached to the device—whether they are physically plugged in or are connected indirectly through the network—contribute space to create a single collection of files. Because the number of files can easily be many millions, the file system uses directories to create a hierarchical organization. Although the basic directory structures are similar for iOS and macOS, there are differences in the way each system organizes apps and user data.
Before you begin writing code that interacts with the file system, you should first understand a little about the organization of file system and the rules that apply to your code. Aside from the basic tenet that you cannot write files to directories for which you do not have appropriate security privileges, apps are also expected to be good citizens and put files in appropriate places. Precisely where you put files depends on the platform, but the overarching goal is to make sure that the user’s files remain easily discoverable and that the files your code uses internally are kept out of the user’s way.
About the iOS File System
The iOS file system is geared toward apps running on their own. To keep the system simple, users of iOS devices do not have direct access to the file system and apps are expected to follow this convention.
iOS Standard Directories: Where Files Reside
For security purposes, an iOS app’s interactions with the file system are limited to the directories inside the app’s sandbox directory. During installation of a new app, the installer creates a number of container directories for the app inside the sandbox directory. Each container directory has a specific role. The bundle container directory holds the app’s bundle, whereas the data container directory holds data for both the app and the user. The data container directory is further divided into a number of subdirectories that the app can use to sort and organize its data. The app may also request access to additional container directories—for example, the iCloud container—at runtime.
These container directories constitute the app’s primary view of the file system. Figure 1-1 shows a representation of the sandbox directory for an app.
An app is generally prohibited from accessing or creating files outside its container directories. One exception to this rule is when an app uses public system interfaces to access things such as the user’s contacts or music. In those cases, the system frameworks use helper apps to handle any file-related operations needed to read from or modify the appropriate data stores.
Table 1-1 lists some of the more important subdirectories inside the sandbox directory and describes their intended usage. This table also describes any additional access restrictions for each subdirectory and points out whether the directory’s contents are backed up by iTunes and iCloud.
Directory | Description |
---|---|
AppName .app | This is the app’s bundle. This directory contains the app and all of its resources. You cannot write to this directory. To prevent tampering, the bundle directory is signed at installation time. Writing to this directory changes the signature and prevents your app from launching. You can, however, gain read-only access to any resources stored in the apps bundle. For more information, see the Resource Programming Guide The contents of this directory are not backed up by iTunes or iCloud. However, iTunes does perform an initial sync of any apps purchased from the App Store. |
Documents/ | Use this directory to store user-generated content. The contents of this directory can be made available to the user through file sharing; therefore, this directory should only contain files that you may wish to expose to the user. The contents of this directory are backed up by iTunes and iCloud. |
Documents/Inbox | Use this directory to access files that your app was asked to open by outside entities. Specifically, the Mail program places email attachments associated with your app in this directory. Document interaction controllers may also place files in it. Your app can read and delete files in this directory but cannot create new files or write to existing files. If the user tries to edit a file in this directory, your app must silently move it out of the directory before making any changes. The contents of this directory are backed up by iTunes and iCloud. |
Library/ | This is the top-level directory for any files that are not user data files. You typically put files in one of several standard subdirectories. iOS apps commonly use the Application Support and Caches subdirectories; however, you can create custom subdirectories. Use the Library subdirectories for any files you don’t want exposed to the user. Your app should not use these directories for user data files. The contents of the Library directory (with the exception of the Caches subdirectory) are backed up by iTunes and iCloud.For additional information about the Library directory and its commonly used subdirectories, see The Library Directory Stores App-Specific Files. |
tmp/ | Mac cannot delete an app. Use this directory to write temporary files that do not need to persist between launches of your app. Your app should remove files from this directory when they are no longer needed; however, the system may purge this directory when your app is not running. Facebook messenger mac app. The contents of this directory are not backed up by iTunes or iCloud. |
An iOS app may create additional directories in the
Documents
, Library
, and tmp
directories. You might do this to better organize the files in those locations.For information about how to get references to the preceding directories from your iOS app, see Locating Items in the Standard Directories. For tips on where to put files, see Where You Should Put Your App’s Files.
Where You Should Put Your App’s Files
To prevent the syncing and backup processes on iOS devices from taking a long time, be selective about where you place files. Apps that store large files can slow down the process of backing up to iTunes or iCloud. These apps can also consume a large amount of a user's available storage, which may encourage the user to delete the app or disable backup of that app's data to iCloud. With this in mind, you should store app data according to the following guidelines:
- Put user data in
Documents/
. User data generally includes any files you might want to expose to the user—anything you might want the user to create, import, delete or edit. For a drawing app, user data includes any graphic files the user might create. For a text editor, it includes the text files. Video and audio apps may even include files that the user has downloaded to watch or listen to later. - Put app-created support files in the
Library/Application support/
directory. In general, this directory includes files that the app uses to run but that should remain hidden from the user. This directory can also include data files, configuration files, templates and modified versions of resources loaded from the app bundle. - Remember that files in
Documents/
andApplication Support/
are backed up by default. You can exclude files from the backup by calling-[NSURL setResourceValue:forKey:error:]
using theNSURLIsExcludedFromBackupKey
key. Any file that can be re-created or downloaded must be excluded from the backup. This is particularly important for large media files. If your application downloads video or audio files, make sure they are not included in the backup. - Put temporary data in the
tmp/
directory. Temporary data comprises any data that you do not need to persist for an extended period of time. Remember to delete those files when you are done with them so that they do not continue to consume space on the user’s device. The system will periodically purge these files when your app is not running; therefore, you cannot rely on these files persisting after your app terminates. - Put data cache files in the
Library/Caches/
directory. Cache data can be used for any data that needs to persist longer than temporary data, but not as long as a support file. Generally speaking, the application does not require cache data to operate properly, but it can use cache data to improve performance. Examples of cache data include (but are not limited to) database cache files and transient, downloadable content. Note that the system may delete theCaches/
directory to free up disk space, so your app must be able to re-create or download these files as needed.
About the macOS File System
The macOS file system is designed for Mac computers, where both users and software have access to the file system. Users access the file system directly through the Finder, which presents a user-oriented view of the file system by hiding or renaming some files and directories. Apps access the file system using the system interfaces, which show the complete file system precisely as it appears on disk.
Domains Determine the Placement of Files
In macOS, the file system is divided into multiple domains, which separate files and resources based on their intended usage. This separation provides simplicity for the user, who only needs to worry about a specific subset of files. Arranging files by domain also lets the system apply blanket access privileges to files in that domain, preventing unauthorized users from changing files intentionally or inadvertently.
- The user domain contains resources specific to the users who log in to the system. Although it technically encompasses all users, this domain reflects only the home directory of the current user at runtime. User home directories can reside on the computer’s boot volume (in the
/Users
directory) or on a network volume. Each user (regardless of privileges) has access to and control over the files in their own home directory. - The local domain contains resources such as apps that are local to the current computer and shared among all users of that computer. The local domain does not correspond to a single physical directory, but instead consists of several directories on the local boot (and root) volume. This domain is typically managed by the system, but users with administrative privileges may add, remove, or modify items in this domain.
- The network domain contains resources such as apps and documents that are shared among all users of a local area network. Items in this domain are typically located on network file servers and are under the control of a network administrator.
- The system domain contains the system software installed by Apple. The resources in the system domain are required by the system to run. Users cannot add, remove, or alter items in this domain.
Figure 1-2 shows how the local, system, and user domains map to the local file system of a macOS installation. (The network domain is not shown but is similar in many ways to the local domain.) This figure shows the visible directories that the user might see. Depending on the user’s system, other directories may be visible or some of the ones shown here may be hidden.
For information about the contents of the directories in macOS, see macOS Standard Directories: Where Files Reside. For information about the directories that macOS normally hides from the user (and why), see Hidden Files and Directories: Simplifying the User Experience.
macOS Standard Directories: Where Files Reside
Whether provided by the system or created by your app, every file has its place in macOS. Table 1-2 lists some of the top-level directories in a macOS installation and the types of content that each one contains.
Directory | Usage |
---|---|
/Applications | This directory is where you install apps intended for use by all users of a computer. The App Store installs apps purchased by the user in this directory automatically. The Utilities subdirectory contains a subset of apps that are intended for use in managing the local system. This directory is part of the local domain. |
Library | There are multiple Library directories on the system, each one associated with a different domain or specific user. Apps should use the Library directory to store app-specific (or system-specific) resources. Best app text to speech for mac.For detailed information about the contents of this directory and how you use it to support your apps, see The Library Directory Stores App-Specific Files. |
/Network | This directory contains the list of computers in the local area network. There is no guarantee that files located on network file servers will have the
/Network directory at the beginning of their path. Path names vary depending
|