Download ipad file explorer mac, ipad file explorer mac, ipad file explorer mac download free. IPod & iTunes. IPad File Explorer. IPad File Explorer. 3.20 for Mac easyPadApps.com. Manage the files and folders of your iPad or iPhone. How to Perform the Best iOS File Explorer/Manager on Windows/Mac? Browse iOS Files Arbitrarily. To browse iOS files on the desktop computer, you should be sure the device have been connected to the computer, and recognized by the program that you have installed on the PC or Mac.
IPad File Explore memungkinkan Anda untuk mengelola semua berkas, aplikasi dan folder di iPad, iPhone dan iPod touch, selama Anda menggunakannya sebagai penyimpanan portabel ('pen drive'). Untuk menggunakan program ini, Anda harus menghubungkan peranti Anda ke komputer menggunakan kabel yang sesuai, lalu memilihnya. Anda dengan cepat akan melihat semua folder yang ada, termasuk pratinjau dokumen-dokumen yang lebih kecil (Anda bisa mengatur sendiri ukuran maksimum berkas). IPad File Explore adalah sebuah peralatan yang sangat mudah digunakan, namun akan sangat berguna. Jika Anda memiliki peranti portabel Apple, jangan ragu untuk menggunakan aplikasi termudah ini untuk menelusuri sistem penyimpanan internalnya.
AppVeyor Travis CI cordova-plugin-file This plugin implements a File API allowing read/write access to files residing on the device. This plugin is based on several specs, including: The HTML5 File API The Directories and System extensions Latest: Although most of the plugin code was written when an earlier spec was current: It also implements the FileWriter spec: Note While the W3C FileSystem spec is deprecated for web browsers, the FileSystem APIs are supported in Cordova applications with this plugin for the platforms listed in the Supported Platforms list, with the exception of the Browser platform. To get a few ideas how to use the plugin, check out the at the bottom of this page. For additional examples (browser focused), see the HTML5 Rocks' For an overview of other storage options, refer to Cordova's. This plugin defines global cordova.file object. Although in the global scope, it is not available until after the deviceready event. Cordova plugin add cordova-plugin-file Supported Platforms.
Ipad File Explorer 3.20 For Mac
Android. iOS. OS X. Windows.
Browser. These platforms do not support FileReader.readAsArrayBuffer nor FileWriter.write(blob). Where to Store Files As of v1.2.0, URLs to important file-system directories are provided. Each URL is in the form file:///path/to/spot/, and can be converted to a DirectoryEntry using window.resolveLocalFileSystemURL.
cordova.file.applicationDirectory - Read-only directory where the application is installed. ( iOS, Android, BlackBerry 10, OSX, windows). cordova.file.applicationStorageDirectory - Root directory of the application's sandbox; on iOS & windows this location is read-only (but specific subdirectories like /Documents on iOS or /localState on windows are read-write). All data contained within is private to the app. ( iOS, Android, BlackBerry 10, OSX). cordova.file.dataDirectory - Persistent and private data storage within the application's sandbox using internal memory (on Android, if you need to use external memory, use.externalDataDirectory).
On iOS, this directory is not synced with iCloud (use.syncedDataDirectory). ( iOS, Android, BlackBerry 10, windows). cordova.file.cacheDirectory - Directory for cached data files or any files that your app can re-create easily. The OS may delete these files when the device runs low on storage, nevertheless, apps should not rely on the OS to delete files in here. ( iOS, Android, BlackBerry 10, OSX, windows). cordova.file.externalApplicationStorageDirectory - Application space on external storage.
( Android). cordova.file.externalDataDirectory - Where to put app-specific data files on external storage.
( Android). cordova.file.externalCacheDirectory - Application cache on external storage. ( Android). cordova.file.externalRootDirectory - External storage (SD card) root. ( Android, BlackBerry 10). cordova.file.tempDirectory - Temp directory that the OS can clear at will.
Do not rely on the OS to clear this directory; your app should always remove files as applicable. ( iOS, OSX, windows). cordova.file.syncedDataDirectory - Holds app-specific files that should be synced (e.g.
( iOS, windows). cordova.file.documentsDirectory - Files private to the app, but that are meaningful to other application (e.g. Office files). Note that for OSX this is the user's /Documents directory. ( iOS, OSX). cordova.file.sharedDirectory - Files globally available to all applications ( BlackBerry 10) File System Layouts Although technically an implementation detail, it can be very useful to know how the cordova.file. properties map to physical paths on a real device.
IOS File System Layout Device Path cordova.file. iosExtraFileSystems r/w? OS clears sync private /var/mobile/Applications// applicationStorageDirectory - r N/A N/A N/A Yes appname.app/ applicationDirectory bundle r N/A N/A N/A Yes www/ -r N/A N/A N/A Yes Documents/ documentsDirectory documents r/w Yes No Yes Yes NoCloud/ - documents-nosync r/w Yes No No Yes Library - library r/w Yes No Yes? Yes NoCloud/ dataDirectory library-nosync r/w Yes No No Yes Cloud/ syncedDataDirectory - r/w Yes No Yes Yes Caches/ cacheDirectory cache r/w Yes. Yes.
No Yes tmp/ tempDirectory - r/w No. Yes. No Yes. Files persist across app restarts and upgrades, but this directory can be cleared whenever the OS desires.
Your app should be able to recreate any content that might be deleted. Files may persist across app restarts, but do not rely on this behavior. Files are not guaranteed to persist across updates. Your app should remove files from this directory when it is applicable, as the OS does not guarantee when (or even if) these files are removed. The OS may clear the contents of this directory whenever it feels it is necessary, but do not rely on this. You should clear this directory as appropriate for your application. Android File System Layout Device Path cordova.file.
AndroidExtraFileSystems r/w? OS clears private file:///androidasset/ applicationDirectory assets r N/A N/A Yes /data/data// applicationStorageDirectory - r/w N/A N/A Yes cache cacheDirectory cache r/w Yes Yes. Yes files dataDirectory files r/w Yes No Yes Documents documents r/w Yes No Yes / externalRootDirectory sdcard r/w Yes No No Android/data// externalApplicationStorageDirectory - r/w Yes No No cache externalCacheDirectory cache-external r/w Yes No. No files externalDataDirectory files-external r/w Yes No No.
The OS may periodically clear this directory, but do not rely on this behavior. Clear the contents of this directory as appropriate for your application. Should a user purge the cache manually, the contents of this directory are removed.
The OS does not clear this directory automatically; you are responsible for managing the contents yourself. Should the user purge the cache manually, the contents of the directory are removed.
Ipad File Explorer 3.20 For Mac Windows 10
Note: If external storage can't be mounted, the cordova.file.external. properties are null. OS X File System Layout Device Path cordova.file. iosExtraFileSystems r/w? OS clears private /Applications/.app/ - bundle r N/A Yes Content/Resources/ applicationDirectory - r N/A Yes /Library/Application Support// applicationStorageDirectory - r/w No Yes files/ dataDirectory - r/w No Yes /Documents/ documentsDirectory documents r/w No No /Library/Caches// cacheDirectory cache r/w No Yes /tmp/ tempDirectory - r/w Yes.
Yes / rootDirectory root r/w No. No Note: This is the layout for non sandboxed applications. I you enable sandboxing, the applicationStorageDirectory will be below /Library/Containers//Data/Library/Application Support. Files persist across app restarts and upgrades, but this directory can be cleared whenever the OS desires. Your app should be able to recreate any content that might be deleted. You should clear this directory as appropriate for your application. Allows access to the entire file system.
This is only available for non sandboxed apps. Windows File System Layout Device Path cordova.file. r/w? OS clears private ms-appdata:/// applicationDirectory r N/A N/A Yes local/ dataDirectory r/w Yes No Yes temp/ cacheDirectory r/w No Yes. Yes temp/ tempDirectory r/w No Yes.
Yes roaming/ syncedDataDirectory r/w Yes No Yes. The OS may periodically clear this directory Android Quirks Android Persistent storage location There are multiple valid locations to store persistent files on an Android device. See for an extensive discussion of the various possibilities. Previous versions of the plugin would choose the location of the temporary and persistent files on startup, based on whether the device claimed that the SD Card (or equivalent storage partition) was mounted. If the SD Card was mounted, or if a large internal storage partition was available (such as on Nexus devices,) then the persistent files would be stored in the root of that space. This meant that all Cordova apps could see all of the files available on the card.
If the SD card was not available, then previous versions would store data under /data/data/, which isolates apps from each other, but may still cause data to be shared between users. It is now possible to choose whether to store files in the internal file storage location, or using the previous logic, with a preference in your application's config.xml file. To do this, add one of these two lines to config.xml.
Without this line, the File plugin will use Internal as the default. If a preference tag is present, and is not one of these values, the application will not start. If your application has previously been shipped to users, using an older (pre- 3.0.0) version of this plugin, and has stored files in the persistent filesystem, then you should set the preference to Compatibility if your config.xml does not specify a location for the persistent filesystem.
Switching the location to 'Internal' would mean that existing users who upgrade their application may be unable to access their previously-stored files, depending on their device. If your application is new, or has never previously stored files in the persistent filesystem, then the Internal setting is generally recommended. Slow recursive operations for /androidasset Listing asset directories is really slow on Android.
You can speed it up though, by adding src/android/build-extras.gradle to the root of your android project (also requires cordova-android@4.0.0 or greater). Permisson to write to external storage when it's not mounted on Marshmallow Marshmallow requires the apps to ask for permissions when reading/writing to external locations. By, your app has permission to write to cordova.file.applicationStorageDirectory and cordova.file.externalApplicationStorageDirectory, and the plugin doesn't request permission for these two directories unless external storage is not mounted. However due to a limitation, when external storage is not mounted, it would ask for permission to write to cordova.file.externalApplicationStorageDirectory. IOS Quirks. cordova.file.applicationStorageDirectory is read-only; attempting to store files within the root directory will fail. Use one of the other cordova.file.
properties defined for iOS (only applicationDirectory and applicationStorageDirectory are read-only). FileReader.readAsText(blob, encoding). The encoding parameter is not supported, and UTF-8 encoding is always in effect. IOS Persistent storage location There are two valid locations to store persistent files on an iOS device: the Documents directory and the Library directory. Previous versions of the plugin only ever stored persistent files in the Documents directory. This had the side-effect of making all of an application's files visible in iTunes, which was often unintended, especially for applications which handle lots of small files, rather than producing complete documents for export, which is the intended purpose of the directory. It is now possible to choose whether to store files in the documents or library directory, with a preference in your application's config.xml file.
To do this, add one of these two lines to config.xml. /path/to/file If your application works with device-absolute-paths, and you previously retrieved those paths through the fullPath property of Entry objects, then you should update your code to use entry.toURL instead. For backwards compatibility, the resolveLocalFileSystemURL method will accept a device-absolute-path, and will return an Entry object corresponding to it, as long as that file exists within either the TEMPORARY or PERSISTENT filesystems. This has particularly been an issue with the File-Transfer plugin, which previously used device-absolute-paths (and can still accept them). It has been updated to work correctly with FileSystem URLs, so replacing entry.fullPath with entry.toURL should resolve any issues getting that plugin to work with files on the device.
In v1.1.0 the return value of toURL was changed (see ) to return an absolute 'file://' URL. Wherever possible. To ensure a 'cdvfile:'-URL you can use toInternalURL now. This method will now return filesystem URLs of the form. Cdvfile://localhost/persistent/path/to/file which can be used to identify the file uniquely. Cdvfile protocol Purpose cdvfile://localhost/persistent temporary another-fs-root./path/to/file can be used for platform-independent file paths.
Cdvfile paths are supported by core plugins - for example you can download an mp3 file to cdvfile-path via cordova-plugin-file-transfer and play it via cordova-plugin-media.Note: See, and for more details about available fs roots. To use cdvfile as a tag' src you can convert it to native path via toURL method of the resolved fileEntry, which you can get via resolveLocalFileSystemURL - see examples below. You can also use cdvfile:// paths directly in the DOM, for example. Var mymedia = new Media ( 'cdvfile://localhost/temporary/path/to/file.mp3'.); mymedia. Play ; cdvfile quirks. Using cdvfile:// paths in the DOM is not supported on Windows platform (a path can be converted to native instead).
List of Error Codes and Meanings When an error is thrown, one of the following codes will be used. Code Constant 1 NOTFOUNDERR 2 SECURITYERR 3 ABORTERR 4 NOTREADABLEERR 5 ENCODINGERR 6 NOMODIFICATIONALLOWEDERR 7 INVALIDSTATEERR 8 SYNTAXERR 9 INVALIDMODIFICATIONERR 10 QUOTAEXCEEDEDERR 11 TYPEMISMATCHERR 12 PATHEXISTSERR Configuring the Plugin (Optional) The set of available filesystems can be configured per-platform. Both iOS and Android recognize a tag in config.xml which names the filesystems to be installed. By default, all file-system roots are enabled. Android. files: The application's internal file storage directory.
files-external: The application's external file storage directory. sdcard: The global external file storage directory (this is the root of the SD card, if one is installed). You must have the android.permission.WRITEEXTERNALSTORAGE permission to use this. cache: The application's internal cache directory. cache-external: The application's external cache directory. assets: The application's bundle (read-only).
root: The entire device filesystem Android also supports a special filesystem named 'documents', which represents a '/Documents/' subdirectory within the 'files' filesystem. IOS. library: The application's Library directory. documents: The application's Documents directory. cache: The application's Cache directory. bundle: The application's bundle; the location of the app itself on disk (read-only). root: The entire device filesystem By default, the library and documents directories can be synced to iCloud.
You can also request two additional filesystems, library-nosync and documents-nosync, which represent a special non-synced directory within the /Library or /Documents filesystem. Sample: Create Files and Directories, Write, Read, and Append files The File plugin allows you to do things like store files in a temporary or persistent storage location for your app (sandboxed storage) and to store files in other platform-dependent locations. The code snippets in this section demonstrate different tasks including:. Using cross-platform Cordova file URLs to (see Where to Store Files for more info).
Creating and. Create a persistent file Before you use the File plugin APIs, you can get access to the file system using requestFileSystem. When you do this, you can request either persistent or temporary storage.
Persistent storage will not be removed unless permission is granted by the user. When you get file system access using requestFileSystem, access is granted for the sandboxed file system only (the sandbox limits access to the app itself), not for general access to any file system location on the device. (To access file system locations outside the sandboxed storage, use other methods such as window.resolveLocalFileSystemURL, which support platform-specific locations.
For one example of this, see Append a File.) Here is a request for persistent storage. Note When targeting WebView clients (instead of a browser) or native apps (Windows), you dont need to use requestQuota before using persistent storage.
Create Directories In the code here, you create directories in the root of the app storage location. You could use this code with any writable storage location (that is, any DirectoryEntry).
Here, you write to the application cache (assuming that you used window.TEMPORARY to get your FileSystem object) by passing fs.root into this function. This code creates the /NewDirInRoot/images folder in the application cache. For platform-specific values, look at File System Layouts.