/**@class android.content.ContentResolver @extends java.lang.Object This class provides applications access to the content model. <div class="special reference"> <h3>Developer Guides</h3> <p>For more information about using a ContentResolver with content providers, read the <a href="{@docRoot}guide/topics/providers/content-providers.html">Content Providers</a> developer guide.</p> */ var ContentResolver = { /** @deprecated instead use {@link #requestSync(android.accounts.Account, String, android.os.Bundle)} */ SYNC_EXTRAS_ACCOUNT : "account", /** If this extra is set to true, the sync request will be scheduled at the front of the sync request queue and without any delay */ SYNC_EXTRAS_EXPEDITED : "expedited", /** @deprecated instead use {@link #SYNC_EXTRAS_MANUAL} */ SYNC_EXTRAS_FORCE : "force", /** If this extra is set to true then the sync settings (like getSyncAutomatically()) are ignored by the sync scheduler. */ SYNC_EXTRAS_IGNORE_SETTINGS : "ignore_settings", /** If this extra is set to true then any backoffs for the initial attempt (e.g. due to retries) are ignored by the sync scheduler. If this request fails and gets rescheduled then the retries will still honor the backoff. */ SYNC_EXTRAS_IGNORE_BACKOFF : "ignore_backoff", /** If this extra is set to true then the request will not be retried if it fails. */ SYNC_EXTRAS_DO_NOT_RETRY : "do_not_retry", /** Setting this extra is the equivalent of setting both {@link #SYNC_EXTRAS_IGNORE_SETTINGS} and {@link #SYNC_EXTRAS_IGNORE_BACKOFF} */ SYNC_EXTRAS_MANUAL : "force", /** Indicates that this sync is intended to only upload local changes to the server. For example, this will be set to true if the sync is initiated by a call to {@link android.content.ContentResolver#notifyChange(android.net.Uri, android.database.ContentObserver, boolean)} */ SYNC_EXTRAS_UPLOAD : "upload", /** Indicates that the sync adapter should proceed with the delete operations, even if it determines that there are too many. See {@link android.content.SyncResult#tooManyDeletions} */ SYNC_EXTRAS_OVERRIDE_TOO_MANY_DELETIONS : "deletions_override", /** Indicates that the sync adapter should not proceed with the delete operations, if it determines that there are too many. See {@link android.content.SyncResult#tooManyDeletions} */ SYNC_EXTRAS_DISCARD_LOCAL_DELETIONS : "discard_deletions", /**{@hide} User-specified flag for expected upload size. */ SYNC_EXTRAS_EXPECTED_UPLOAD : "expected_upload", /**{@hide} User-specified flag for expected download size. */ SYNC_EXTRAS_EXPECTED_DOWNLOAD : "expected_download", /**{@hide} Priority of this sync with respect to other syncs scheduled for this application. */ SYNC_EXTRAS_PRIORITY : "sync_priority", /**{@hide} Flag to allow sync to occur on metered network. */ SYNC_EXTRAS_DISALLOW_METERED : "allow_metered", /** Set by the SyncManager to request that the SyncAdapter initialize itself for the given account/authority pair. One required initialization step is to ensure that {@link #setIsSyncable(android.accounts.Account, String, int)} has been called with a >= 0 value. When this flag is set the SyncAdapter does not need to do a full sync, though it is allowed to do so. */ SYNC_EXTRAS_INITIALIZE : "initialize", /**@hide */ ACTION_SYNC_CONN_STATUS_CHANGED : "null", /***/ SCHEME_CONTENT : "content", /***/ SCHEME_ANDROID_RESOURCE : "android.resource", /***/ SCHEME_FILE : "file", /** An extra {@link Point} describing the optimal size for a requested image resource, in pixels. If a provider has multiple sizes of the image, it should return the image closest to this size. @see #openTypedAssetFileDescriptor(Uri, String, Bundle) @see #openTypedAssetFileDescriptor(Uri, String, Bundle, CancellationSignal) */ EXTRA_SIZE : "android.content.extra.SIZE", /** This is the Android platform's base MIME type for a content: URI containing a Cursor of a single item. Applications should use this as the base type along with their own sub-type of their content: URIs that represent a particular item. For example, hypothetical IMAP email client may have a URI <code>content://com.company.provider.imap/inbox/1</code> for a particular message in the inbox, whose MIME type would be reported as <code>CURSOR_ITEM_BASE_TYPE + "/vnd.company.imap-msg"</code> <p>Compare with {@link #CURSOR_DIR_BASE_TYPE}. */ CURSOR_ITEM_BASE_TYPE : "vnd.android.cursor.item", /** This is the Android platform's base MIME type for a content: URI containing a Cursor of zero or more items. Applications should use this as the base type along with their own sub-type of their content: URIs that represent a directory of items. For example, hypothetical IMAP email client may have a URI <code>content://com.company.provider.imap/inbox</code> for all of the messages in its inbox, whose MIME type would be reported as <code>CURSOR_DIR_BASE_TYPE + "/vnd.company.imap-msg"</code> <p>Note how the base MIME type varies between this and {@link #CURSOR_ITEM_BASE_TYPE} depending on whether there is one single item or multiple items in the data set, while the sub-type remains the same because in either case the data structure contained in the cursor is the same. */ CURSOR_DIR_BASE_TYPE : "vnd.android.cursor.dir", /** This is the Android platform's generic MIME type to match any MIME type of the form "{@link #CURSOR_ITEM_BASE_TYPE}/{@code SUB_TYPE}". {@code SUB_TYPE} is the sub-type of the application-dependent content, e.g., "audio", "video", "playlist". */ ANY_CURSOR_ITEM_TYPE : "vnd.android.cursor.item/*", /**@hide */ SYNC_ERROR_SYNC_ALREADY_IN_PROGRESS : "1", /**@hide */ SYNC_ERROR_AUTHENTICATION : "2", /**@hide */ SYNC_ERROR_IO : "3", /**@hide */ SYNC_ERROR_PARSE : "4", /**@hide */ SYNC_ERROR_CONFLICT : "5", /**@hide */ SYNC_ERROR_TOO_MANY_DELETIONS : "6", /**@hide */ SYNC_ERROR_TOO_MANY_RETRIES : "7", /**@hide */ SYNC_ERROR_INTERNAL : "8", /***/ SYNC_OBSERVER_TYPE_SETTINGS : "1", /***/ SYNC_OBSERVER_TYPE_PENDING : "2", /***/ SYNC_OBSERVER_TYPE_ACTIVE : "4", /**@hide */ SYNC_OBSERVER_TYPE_STATUS : "8", /**@hide */ SYNC_OBSERVER_TYPE_ALL : "2147483647", /**@hide */ CONTENT_SERVICE_NAME : "content", /** @hide */ syncErrorToString : function( ) {}, /** @hide */ syncErrorStringToInt : function( ) {}, /** @hide */ releaseProvider : function( ) {}, /** @hide */ releaseUnstableProvider : function( ) {}, /** @hide */ unstableProviderDied : function( ) {}, /** @hide */ appNotRespondingViaProvider : function( ) {}, /**Return the MIME type of the given content URL. @param {Object {Uri}} url A Uri identifying content (either a list or specific type), using the content:// scheme. @return {String} A MIME type for the content, or null if the URL is invalid or the type is unknown */ getType : function( ) {}, /**Query for the possible MIME types for the representations the given content URL can be returned when opened as as stream with {@link #openTypedAssetFileDescriptor}. Note that the types here are not necessarily a superset of the type returned by {@link #getType} -- many content providers cannot return a raw stream for the structured data that they contain. @param {Object {Uri}} url A Uri identifying content (either a list or specific type), using the content:// scheme. @param {String} mimeTypeFilter The desired MIME type. This may be a pattern, such as */*, to query for all available MIME types that match the pattern. @return {String} Returns an array of MIME type strings for all available data streams that match the given mimeTypeFilter. If there are none, null is returned. */ getStreamTypes : function( ) {}, /**Query the given URI, returning a {@link Cursor} over the result set. <p> For best performance, the caller should follow these guidelines: <ul> <li>Provide an explicit projection, to prevent reading data from storage that aren't going to be used.</li> <li>Use question mark parameter markers such as 'phone=?' instead of explicit values in the {@code selection} parameter, so that queries that differ only by those values will be recognized as the same for caching purposes.</li> </ul> </p> @param {Object {Uri}} uri The URI, using the content:// scheme, for the content to retrieve. @param {Object {java.lang.String[]}} projection A list of which columns to return. Passing null will return all columns, which is inefficient. @param {String} selection A filter declaring which rows to return, formatted as an SQL WHERE clause (excluding the WHERE itself). Passing null will return all rows for the given URI. @param {Object {java.lang.String[]}} selectionArgs You may include ?s in selection, which will be replaced by the values from selectionArgs, in the order that they appear in the selection. The values will be bound as Strings. @param {String} sortOrder How to order the rows, formatted as an SQL ORDER BY clause (excluding the ORDER BY itself). Passing null will use the default sort order, which may be unordered. @return {Object {android.database.Cursor}} A Cursor object, which is positioned before the first entry, or null @see Cursor */ query : function( ) {}, /**Query the given URI, returning a {@link Cursor} over the result set with optional support for cancellation. <p> For best performance, the caller should follow these guidelines: <ul> <li>Provide an explicit projection, to prevent reading data from storage that aren't going to be used.</li> <li>Use question mark parameter markers such as 'phone=?' instead of explicit values in the {@code selection} parameter, so that queries that differ only by those values will be recognized as the same for caching purposes.</li> </ul> </p> @param {Object {Uri}} uri The URI, using the content:// scheme, for the content to retrieve. @param {Object {java.lang.String[]}} projection A list of which columns to return. Passing null will return all columns, which is inefficient. @param {String} selection A filter declaring which rows to return, formatted as an SQL WHERE clause (excluding the WHERE itself). Passing null will return all rows for the given URI. @param {Object {java.lang.String[]}} selectionArgs You may include ?s in selection, which will be replaced by the values from selectionArgs, in the order that they appear in the selection. The values will be bound as Strings. @param {String} sortOrder How to order the rows, formatted as an SQL ORDER BY clause (excluding the ORDER BY itself). Passing null will use the default sort order, which may be unordered. @param {Object {CancellationSignal}} cancellationSignal A signal to cancel the operation in progress, or null if none. If the operation is canceled, then {@link OperationCanceledException} will be thrown when the query is executed. @return {Object {android.database.Cursor}} A Cursor object, which is positioned before the first entry, or null @see Cursor */ query : function( ) {}, /**Transform the given <var>url</var> to a canonical representation of its referenced resource, which can be used across devices, persisted, backed up and restored, etc. The returned Uri is still a fully capable Uri for use with its content provider, allowing you to do all of the same content provider operations as with the original Uri -- {@link #query}, {@link #openInputStream(android.net.Uri)}, etc. The only difference in behavior between the original and new Uris is that the content provider may need to do some additional work at each call using it to resolve it to the correct resource, especially if the canonical Uri has been moved to a different environment. <p>If you are moving a canonical Uri between environments, you should perform another call to {@link #canonicalize} with that original Uri to re-canonicalize it for the current environment. Alternatively, you may want to use {@link #uncanonicalize} to transform it to a non-canonical Uri that works only in the current environment but potentially more efficiently than the canonical representation.</p> @param {Object {Uri}} url The {@link Uri} that is to be transformed to a canonical representation. Like all resolver calls, the input can be either a non-canonical or canonical Uri. @return {Object {android.net.Uri}} Returns the official canonical representation of <var>url</var>, or null if the content provider does not support a canonical representation of the given Uri. Many providers may not support canonicalization of some or all of their Uris. @see #uncanonicalize */ canonicalize : function( ) {}, /**Given a canonical Uri previously generated by {@link #canonicalize}, convert it to its local non-canonical form. This can be useful in some cases where you know that you will only be using the Uri in the current environment and want to avoid any possible overhead when using it with the content provider or want to verify that the referenced data exists at all in the new environment. @param {Object {Uri}} url The canonical {@link Uri} that is to be convered back to its non-canonical form. @return {Object {android.net.Uri}} Returns the non-canonical representation of <var>url</var>. This will return null if data identified by the canonical Uri can not be found in the current environment; callers must always check for null and deal with that by appropriately falling back to an alternative. @see #canonicalize */ uncanonicalize : function( ) {}, /**Open a stream on to the content associated with a content URI. If there is no data associated with the URI, FileNotFoundException is thrown. <h5>Accepts the following URI schemes:</h5> <ul> <li>content ({@link #SCHEME_CONTENT})</li> <li>android.resource ({@link #SCHEME_ANDROID_RESOURCE})</li> <li>file ({@link #SCHEME_FILE})</li> </ul> <p>See {@link #openAssetFileDescriptor(Uri, String)} for more information on these schemes. @param {Object {Uri}} uri The desired URI. @return {Object {java.io.InputStream}} InputStream @throws FileNotFoundException if the provided URI could not be opened. @see #openAssetFileDescriptor(Uri, String) */ openInputStream : function( ) {}, /**Synonym for {@link #openOutputStream(Uri, String) openOutputStream(uri, "w")}. @throws FileNotFoundException if the provided URI could not be opened. */ openOutputStream : function( ) {}, /**Open a stream on to the content associated with a content URI. If there is no data associated with the URI, FileNotFoundException is thrown. <h5>Accepts the following URI schemes:</h5> <ul> <li>content ({@link #SCHEME_CONTENT})</li> <li>file ({@link #SCHEME_FILE})</li> </ul> <p>See {@link #openAssetFileDescriptor(Uri, String)} for more information on these schemes. @param {Object {Uri}} uri The desired URI. @param {String} mode May be "w", "wa", "rw", or "rwt". @return {Object {java.io.OutputStream}} OutputStream @throws FileNotFoundException if the provided URI could not be opened. @see #openAssetFileDescriptor(Uri, String) */ openOutputStream : function( ) {}, /**Open a raw file descriptor to access data under a URI. This is like {@link #openAssetFileDescriptor(Uri, String)}, but uses the underlying {@link android.content.ContentProvider#openFile} android.content.ContentProvider.openFile()} method, so will <em>not</em> work with providers that return sub-sections of files. If at all possible, you should use {@link #openAssetFileDescriptor(Uri, String)}. You will receive a FileNotFoundException exception if the provider returns a sub-section of a file. <h5>Accepts the following URI schemes:</h5> <ul> <li>content ({@link #SCHEME_CONTENT})</li> <li>file ({@link #SCHEME_FILE})</li> </ul> <p>See {@link #openAssetFileDescriptor(Uri, String)} for more information on these schemes. <p> If opening with the exclusive "r" or "w" modes, the returned ParcelFileDescriptor could be a pipe or socket pair to enable streaming of data. Opening with the "rw" mode implies a file on disk that supports seeking. If possible, always use an exclusive mode to give the underlying {@link android.content.ContentProvider} the most flexibility. <p> If you are writing a file, and need to communicate an error to the provider, use {@link ParcelFileDescriptor#closeWithError(String)}. @param {Object {Uri}} uri The desired URI to open. @param {String} mode The file mode to use, as per {@link ContentProvider#openFile ContentProvider.openFile}. @return {Object {android.os.ParcelFileDescriptor}} Returns a new ParcelFileDescriptor pointing to the file. You own this descriptor and are responsible for closing it when done. @throws FileNotFoundException Throws FileNotFoundException if no file exists under the URI or the mode is invalid. @see #openAssetFileDescriptor(Uri, String) */ openFileDescriptor : function( ) {}, /**Open a raw file descriptor to access data under a URI. This is like {@link #openAssetFileDescriptor(Uri, String)}, but uses the underlying {@link android.content.ContentProvider#openFile} android.content.ContentProvider.openFile()} method, so will <em>not</em> work with providers that return sub-sections of files. If at all possible, you should use {@link #openAssetFileDescriptor(Uri, String)}. You will receive a FileNotFoundException exception if the provider returns a sub-section of a file. <h5>Accepts the following URI schemes:</h5> <ul> <li>content ({@link #SCHEME_CONTENT})</li> <li>file ({@link #SCHEME_FILE})</li> </ul> <p>See {@link #openAssetFileDescriptor(Uri, String)} for more information on these schemes. <p> If opening with the exclusive "r" or "w" modes, the returned ParcelFileDescriptor could be a pipe or socket pair to enable streaming of data. Opening with the "rw" mode implies a file on disk that supports seeking. If possible, always use an exclusive mode to give the underlying {@link android.content.ContentProvider} the most flexibility. <p> If you are writing a file, and need to communicate an error to the provider, use {@link ParcelFileDescriptor#closeWithError(String)}. @param {Object {Uri}} uri The desired URI to open. @param {String} mode The file mode to use, as per {@link ContentProvider#openFile ContentProvider.openFile}. @param {Object {CancellationSignal}} cancellationSignal A signal to cancel the operation in progress, or null if none. If the operation is canceled, then {@link OperationCanceledException} will be thrown. @return {Object {android.os.ParcelFileDescriptor}} Returns a new ParcelFileDescriptor pointing to the file. You own this descriptor and are responsible for closing it when done. @throws FileNotFoundException Throws FileNotFoundException if no file exists under the URI or the mode is invalid. @see #openAssetFileDescriptor(Uri, String) */ openFileDescriptor : function( ) {}, /**Open a raw file descriptor to access data under a URI. This interacts with the underlying {@link android.content.ContentProvider#openAssetFile} method of the provider associated with the given URI, to retrieve any file stored there. <h5>Accepts the following URI schemes:</h5> <ul> <li>content ({@link #SCHEME_CONTENT})</li> <li>android.resource ({@link #SCHEME_ANDROID_RESOURCE})</li> <li>file ({@link #SCHEME_FILE})</li> </ul> <h5>The android.resource ({@link #SCHEME_ANDROID_RESOURCE}) Scheme</h5> <p> A Uri object can be used to reference a resource in an APK file. The Uri should be one of the following formats: <ul> <li><code>android.resource://package_name/id_number</code><br/> <code>package_name</code> is your package name as listed in your AndroidManifest.xml. For example <code>com.example.myapp</code><br/> <code>id_number</code> is the int form of the ID.<br/> The easiest way to construct this form is <pre>Uri uri = Uri.parse("android.resource://com.example.myapp/" + R.raw.my_resource");</pre> </li> <li><code>android.resource://package_name/type/name</code><br/> <code>package_name</code> is your package name as listed in your AndroidManifest.xml. For example <code>com.example.myapp</code><br/> <code>type</code> is the string form of the resource type. For example, <code>raw</code> or <code>drawable</code>. <code>name</code> is the string form of the resource name. That is, whatever the file name was in your res directory, without the type extension. The easiest way to construct this form is <pre>Uri uri = Uri.parse("android.resource://com.example.myapp/raw/my_resource");</pre> </li> </ul> <p>Note that if this function is called for read-only input (mode is "r") on a content: URI, it will instead call {@link #openTypedAssetFileDescriptor} for you with a MIME type of "*/*". This allows such callers to benefit from any built-in data conversion that a provider implements. @param {Object {Uri}} uri The desired URI to open. @param {String} mode The file mode to use, as per {@link ContentProvider#openAssetFile ContentProvider.openAssetFile}. @return {Object {android.content.res.AssetFileDescriptor}} Returns a new ParcelFileDescriptor pointing to the file. You own this descriptor and are responsible for closing it when done. @throws FileNotFoundException Throws FileNotFoundException of no file exists under the URI or the mode is invalid. */ openAssetFileDescriptor : function( ) {}, /**Open a raw file descriptor to access data under a URI. This interacts with the underlying {@link android.content.ContentProvider#openAssetFile} method of the provider associated with the given URI, to retrieve any file stored there. <h5>Accepts the following URI schemes:</h5> <ul> <li>content ({@link #SCHEME_CONTENT})</li> <li>android.resource ({@link #SCHEME_ANDROID_RESOURCE})</li> <li>file ({@link #SCHEME_FILE})</li> </ul> <h5>The android.resource ({@link #SCHEME_ANDROID_RESOURCE}) Scheme</h5> <p> A Uri object can be used to reference a resource in an APK file. The Uri should be one of the following formats: <ul> <li><code>android.resource://package_name/id_number</code><br/> <code>package_name</code> is your package name as listed in your AndroidManifest.xml. For example <code>com.example.myapp</code><br/> <code>id_number</code> is the int form of the ID.<br/> The easiest way to construct this form is <pre>Uri uri = Uri.parse("android.resource://com.example.myapp/" + R.raw.my_resource");</pre> </li> <li><code>android.resource://package_name/type/name</code><br/> <code>package_name</code> is your package name as listed in your AndroidManifest.xml. For example <code>com.example.myapp</code><br/> <code>type</code> is the string form of the resource type. For example, <code>raw</code> or <code>drawable</code>. <code>name</code> is the string form of the resource name. That is, whatever the file name was in your res directory, without the type extension. The easiest way to construct this form is <pre>Uri uri = Uri.parse("android.resource://com.example.myapp/raw/my_resource");</pre> </li> </ul> <p>Note that if this function is called for read-only input (mode is "r") on a content: URI, it will instead call {@link #openTypedAssetFileDescriptor} for you with a MIME type of "*/*". This allows such callers to benefit from any built-in data conversion that a provider implements. @param {Object {Uri}} uri The desired URI to open. @param {String} mode The file mode to use, as per {@link ContentProvider#openAssetFile ContentProvider.openAssetFile}. @param {Object {CancellationSignal}} cancellationSignal A signal to cancel the operation in progress, or null if none. If the operation is canceled, then {@link OperationCanceledException} will be thrown. @return {Object {android.content.res.AssetFileDescriptor}} Returns a new ParcelFileDescriptor pointing to the file. You own this descriptor and are responsible for closing it when done. @throws FileNotFoundException Throws FileNotFoundException of no file exists under the URI or the mode is invalid. */ openAssetFileDescriptor : function( ) {}, /**Open a raw file descriptor to access (potentially type transformed) data from a "content:" URI. This interacts with the underlying {@link android.content.ContentProvider#openTypedAssetFile} method of the provider associated with the given URI, to retrieve retrieve any appropriate data stream for the data stored there. <p>Unlike {@link #openAssetFileDescriptor}, this function only works with "content:" URIs, because content providers are the only facility with an associated MIME type to ensure that the returned data stream is of the desired type. <p>All text/* streams are encoded in UTF-8. @param {Object {Uri}} uri The desired URI to open. @param {String} mimeType The desired MIME type of the returned data. This can be a pattern such as */*, which will allow the content provider to select a type, though there is no way for you to determine what type it is returning. @param {Object {Bundle}} opts Additional provider-dependent options. @return {Object {android.content.res.AssetFileDescriptor}} Returns a new ParcelFileDescriptor from which you can read the data stream from the provider. Note that this may be a pipe, meaning you can't seek in it. The only seek you should do is if the AssetFileDescriptor contains an offset, to move to that offset before reading. You own this descriptor and are responsible for closing it when done. @throws FileNotFoundException Throws FileNotFoundException of no data of the desired type exists under the URI. */ openTypedAssetFileDescriptor : function( ) {}, /**Open a raw file descriptor to access (potentially type transformed) data from a "content:" URI. This interacts with the underlying {@link android.content.ContentProvider#openTypedAssetFile} method of the provider associated with the given URI, to retrieve retrieve any appropriate data stream for the data stored there. <p>Unlike {@link #openAssetFileDescriptor}, this function only works with "content:" URIs, because content providers are the only facility with an associated MIME type to ensure that the returned data stream is of the desired type. <p>All text/* streams are encoded in UTF-8. @param {Object {Uri}} uri The desired URI to open. @param {String} mimeType The desired MIME type of the returned data. This can be a pattern such as */*, which will allow the content provider to select a type, though there is no way for you to determine what type it is returning. @param {Object {Bundle}} opts Additional provider-dependent options. @param {Object {CancellationSignal}} cancellationSignal A signal to cancel the operation in progress, or null if none. If the operation is canceled, then {@link OperationCanceledException} will be thrown. @return {Object {android.content.res.AssetFileDescriptor}} Returns a new ParcelFileDescriptor from which you can read the data stream from the provider. Note that this may be a pipe, meaning you can't seek in it. The only seek you should do is if the AssetFileDescriptor contains an offset, to move to that offset before reading. You own this descriptor and are responsible for closing it when done. @throws FileNotFoundException Throws FileNotFoundException of no data of the desired type exists under the URI. */ openTypedAssetFileDescriptor : function( ) {}, /**Resolves an android.resource URI to a {@link Resources} and a resource id. @hide */ getResourceId : function( ) {}, /**Inserts a row into a table at the given URL. If the content provider supports transactions the insertion will be atomic. @param {Object {Uri}} url The URL of the table to insert into. @param {Object {ContentValues}} values The initial values for the newly inserted row. The key is the column name for the field. Passing an empty ContentValues will create an empty row. @return {Object {android.net.Uri}} the URL of the newly created row. */ insert : function( ) {}, /**Applies each of the {@link android.content.ContentProviderOperation} objects and returns an array of their results. Passes through OperationApplicationException, which may be thrown by the call to {@link android.content.ContentProviderOperation#apply}. If all the applications succeed then a {@link android.content.ContentProviderResult} array with the same number of elements as the operations will be returned. It is implementation-specific how many, if any, operations will have been successfully applied if a call to apply results in a {@link android.content.OperationApplicationException}. @param {String} authority the authority of the ContentProvider to which this batch should be applied @param {Object {java.util.ArrayList}} operations the operations to apply @return {Object {android.content.ContentProviderResult}} the results of the applications @throws OperationApplicationException thrown if an application fails. See {@link ContentProviderOperation#apply} for more information. @throws RemoteException thrown if a RemoteException is encountered while attempting to communicate with a remote provider. */ applyBatch : function( ) {}, /**Inserts multiple rows into a table at the given URL. This function make no guarantees about the atomicity of the insertions. @param {Object {Uri}} url The URL of the table to insert into. @param {Object {android.content.ContentValues[]}} values The initial values for the newly inserted rows. The key is the column name for the field. Passing null will create an empty row. @return {Number} the number of newly created rows. */ bulkInsert : function( ) {}, /**Deletes row(s) specified by a content URI. If the content provider supports transactions, the deletion will be atomic. @param {Object {Uri}} url The URL of the row to delete. @param {String} where A filter to apply to rows before deleting, formatted as an SQL WHERE clause (excluding the WHERE itself). @return {Number} The number of rows deleted. */ delete : function( ) {}, /**Update row(s) in a content URI. If the content provider supports transactions the update will be atomic. @param {Object {Uri}} uri The URI to modify. @param {Object {ContentValues}} values The new field values. The key is the column name for the field. A null value will remove an existing field value. @param {String} where A filter to apply to rows before updating, formatted as an SQL WHERE clause (excluding the WHERE itself). @return {Number} the number of rows updated. @throws NullPointerException if uri or values are null */ update : function( ) {}, /**Call a provider-defined method. This can be used to implement read or write interfaces which are cheaper than using a Cursor and/or do not fit into the traditional table model. @param {Object {Uri}} method provider-defined method name to call. Opaque to framework, but must be non-null. @param {String} arg provider-defined String argument. May be null. @param {String} extras provider-defined Bundle argument. May be null. @return {Object {android.os.Bundle}} a result Bundle, possibly null. Will be null if the ContentProvider does not implement call. @throws NullPointerException if uri or method is null @throws IllegalArgumentException if uri is not known */ call : function( ) {}, /**Returns the content provider for the given content URI. @param {Object {Uri}} uri The URI to a content provider @return {Object {android.content.IContentProvider}} The ContentProvider for the given URI, or null if no content provider is found. @hide */ acquireProvider : function( ) {}, /**Returns the content provider for the given content URI if the process already has a reference on it. @param {Object {Uri}} uri The URI to a content provider @return {Object {android.content.IContentProvider}} The ContentProvider for the given URI, or null if no content provider is found. @hide */ acquireExistingProvider : function( ) {}, /** @hide */ acquireProvider : function( ) {}, /**Returns the content provider for the given content URI. @param {Object {Uri}} uri The URI to a content provider @return {Object {android.content.IContentProvider}} The ContentProvider for the given URI, or null if no content provider is found. @hide */ acquireUnstableProvider : function( ) {}, /** @hide */ acquireUnstableProvider : function( ) {}, /**Returns a {@link android.content.ContentProviderClient} that is associated with the {@link android.content.ContentProvider} that services the content at uri, starting the provider if necessary. Returns null if there is no provider associated wih the uri. The caller must indicate that they are done with the provider by calling {@link android.content.ContentProviderClient#release} which will allow the system to release the provider it it determines that there is no other reason for keeping it active. @param {Object {Uri}} uri specifies which provider should be acquired @return {Object {android.content.ContentProviderClient}} a {@link ContentProviderClient} that is associated with the {@link ContentProvider} that services the content at uri or null if there isn't one. */ acquireContentProviderClient : function( ) {}, /**Returns a {@link android.content.ContentProviderClient} that is associated with the {@link android.content.ContentProvider} with the authority of name, starting the provider if necessary. Returns null if there is no provider associated wih the uri. The caller must indicate that they are done with the provider by calling {@link android.content.ContentProviderClient#release} which will allow the system to release the provider it it determines that there is no other reason for keeping it active. @param {String} name specifies which provider should be acquired @return {Object {android.content.ContentProviderClient}} a {@link ContentProviderClient} that is associated with the {@link ContentProvider} with the authority of name or null if there isn't one. */ acquireContentProviderClient : function( ) {}, /**Like {@link #acquireContentProviderClient}(Uri), but for use when you do not trust the stability of the target content provider. This turns off the mechanism in the platform clean up processes that are dependent on a content provider if that content provider's process goes away. Normally you can safely assume that once you have acquired a provider, you can freely use it as needed and it won't disappear, even if your process is in the background. If using this method, you need to take care to deal with any failures when communicating with the provider, and be sure to close it so that it can be re-opened later. In particular, catching a {@link android.os.DeadObjectException} from the calls there will let you know that the content provider has gone away; at that point the current ContentProviderClient object is invalid, and you should release it. You can acquire a new one if you would like to try to restart the provider and perform new operations on it. */ acquireUnstableContentProviderClient : function( ) {}, /**Like {@link #acquireContentProviderClient}(String), but for use when you do not trust the stability of the target content provider. This turns off the mechanism in the platform clean up processes that are dependent on a content provider if that content provider's process goes away. Normally you can safely assume that once you have acquired a provider, you can freely use it as needed and it won't disappear, even if your process is in the background. If using this method, you need to take care to deal with any failures when communicating with the provider, and be sure to close it so that it can be re-opened later. In particular, catching a {@link android.os.DeadObjectException} from the calls there will let you know that the content provider has gone away; at that point the current ContentProviderClient object is invalid, and you should release it. You can acquire a new one if you would like to try to restart the provider and perform new operations on it. */ acquireUnstableContentProviderClient : function( ) {}, /**Register an observer class that gets callbacks when data identified by a given content URI changes. @param {Object {Uri}} uri The URI to watch for changes. This can be a specific row URI, or a base URI for a whole class of content. @param {Boolean} notifyForDescendents When false, the observer will be notified whenever a change occurs to the exact URI specified by <code>uri</code> or to one of the URI's ancestors in the path hierarchy. When true, the observer will also be notified whenever a change occurs to the URI's descendants in the path hierarchy. @param {Object {ContentObserver}} observer The object that receives callbacks when changes occur. @see #unregisterContentObserver */ registerContentObserver : function( ) {}, /** @hide - designated user version */ registerContentObserver : function( ) {}, /**Unregisters a change observer. @param {Object {ContentObserver}} observer The previously registered observer that is no longer needed. @see #registerContentObserver */ unregisterContentObserver : function( ) {}, /**Notify registered observers that a row was updated and attempt to sync changes to the network. To register, call {@link #registerContentObserver(android.net.Uri , boolean, android.database.ContentObserver) registerContentObserver()}. By default, CursorAdapter objects will get this notification. @param {Object {Uri}} uri The uri of the content that was changed. @param {Object {ContentObserver}} observer The observer that originated the change, may be <code>null</null>. The observer that originated the change will only receive the notification if it has requested to receive self-change notifications by implementing {@link ContentObserver#deliverSelfNotifications()} to return true. */ notifyChange : function( ) {}, /**Notify registered observers that a row was updated. To register, call {@link #registerContentObserver(android.net.Uri , boolean, android.database.ContentObserver) registerContentObserver()}. By default, CursorAdapter objects will get this notification. If syncToNetwork is true, this will attempt to schedule a local sync using the sync adapter that's registered for the authority of the provided uri. No account will be passed to the sync adapter, so all matching accounts will be synchronized. @param {Object {Uri}} uri The uri of the content that was changed. @param {Object {ContentObserver}} observer The observer that originated the change, may be <code>null</null>. The observer that originated the change will only receive the notification if it has requested to receive self-change notifications by implementing {@link ContentObserver#deliverSelfNotifications()} to return true. @param {Boolean} syncToNetwork If true, attempt to sync the change to the network. @see #requestSync(android.accounts.Account, String, android.os.Bundle) */ notifyChange : function( ) {}, /**Notify registered observers within the designated user(s) that a row was updated. @hide */ notifyChange : function( ) {}, /**Take a persistable URI permission grant that has been offered. Once taken, the permission grant will be remembered across device reboots. Only URI permissions granted with {@link android.content.Intent#FLAG_GRANT_PERSISTABLE_URI_PERMISSION} can be persisted. If the grant has already been persisted, taking it again will touch {@link android.content.UriPermission#getPersistedTime()}. @see #getPersistedUriPermissions() */ takePersistableUriPermission : function( ) {}, /**Relinquish a persisted URI permission grant. The URI must have been previously made persistent with {@link #takePersistableUriPermission(Uri, int)}. Any non-persistent grants to the calling package will remain intact. @see #getPersistedUriPermissions() */ releasePersistableUriPermission : function( ) {}, /**Return list of all URI permission grants that have been persisted by the calling app. That is, the returned permissions have been granted <em>to</em> the calling app. Only persistable grants taken with {@link #takePersistableUriPermission(Uri, int)} are returned. @see #takePersistableUriPermission(Uri, int) @see #releasePersistableUriPermission(Uri, int) */ getPersistedUriPermissions : function( ) {}, /**Return list of all persisted URI permission grants that are hosted by the calling app. That is, the returned permissions have been granted <em>from</em> the calling app. Only grants taken with {@link #takePersistableUriPermission(Uri, int)} are returned. */ getOutgoingPersistedUriPermissions : function( ) {}, /**Start an asynchronous sync operation. If you want to monitor the progress of the sync you may register a SyncObserver. Only values of the following types may be used in the extras bundle: <ul> <li>Integer</li> <li>Long</li> <li>Boolean</li> <li>Float</li> <li>Double</li> <li>String</li> <li>Account</li> <li>null</li> </ul> @param {Object {Uri}} uri the uri of the provider to sync or null to sync all providers. @param {Object {Bundle}} extras any extras to pass to the SyncAdapter. @deprecated instead use {@link #requestSync(android.accounts.Account, String, android.os.Bundle)} */ startSync : function( ) {}, /**Start an asynchronous sync operation. If you want to monitor the progress of the sync you may register a SyncObserver. Only values of the following types may be used in the extras bundle: <ul> <li>Integer</li> <li>Long</li> <li>Boolean</li> <li>Float</li> <li>Double</li> <li>String</li> <li>Account</li> <li>null</li> </ul> @param {Object {Account}} account which account should be synced @param {String} authority which authority should be synced @param {Object {Bundle}} extras any extras to pass to the SyncAdapter. */ requestSync : function( ) {}, /** @see #requestSync(Account, String, Bundle) @hide */ requestSyncAsUser : function( ) {}, /**Register a sync with the SyncManager. These requests are built using the {@link android.content.SyncRequest.Builder}. */ requestSync : function( ) {}, /**Check that only values of the following types are in the Bundle: <ul> <li>Integer</li> <li>Long</li> <li>Boolean</li> <li>Float</li> <li>Double</li> <li>String</li> <li>Account</li> <li>null</li> </ul> @param {Object {Bundle}} extras the Bundle to check */ validateSyncExtrasBundle : function( ) {}, /**Cancel any active or pending syncs that match the Uri. If the uri is null then all syncs will be canceled. @param {Object {Uri}} uri the uri of the provider to sync or null to sync all providers. @deprecated instead use {@link #cancelSync(android.accounts.Account, String)} */ cancelSync : function( ) {}, /**Cancel any active or pending syncs that match account and authority. The account and authority can each independently be set to null, which means that syncs with any account or authority, respectively, will match. @param {Object {Account}} account filters the syncs that match by this account @param {String} authority filters the syncs that match by this authority */ cancelSync : function( ) {}, /** @see #cancelSync(Account, String) @hide */ cancelSyncAsUser : function( ) {}, /**Get information about the SyncAdapters that are known to the system. @return {Object {android.content.SyncAdapterType}} an array of SyncAdapters that have registered with the system */ getSyncAdapterTypes : function( ) {}, /** @see #getSyncAdapterTypes() @hide */ getSyncAdapterTypesAsUser : function( ) {}, /** @hide Returns the package names of syncadapters that match a given user and authority. */ getSyncAdapterPackagesForAuthorityAsUser : function( ) {}, /**Check if the provider should be synced when a network tickle is received <p>This method requires the caller to hold the permission {@link android.Manifest.permission#READ_SYNC_SETTINGS}. @param {Object {Account}} account the account whose setting we are querying @param {String} authority the provider whose setting we are querying @return {Boolean} true if the provider should be synced when a network tickle is received */ getSyncAutomatically : function( ) {}, /** @see #getSyncAutomatically(Account, String) @hide */ getSyncAutomaticallyAsUser : function( ) {}, /**Set whether or not the provider is synced when it receives a network tickle. <p>This method requires the caller to hold the permission {@link android.Manifest.permission#WRITE_SYNC_SETTINGS}. @param {Object {Account}} account the account whose setting we are querying @param {String} authority the provider whose behavior is being controlled @param {Boolean} sync true if the provider should be synced when tickles are received for it */ setSyncAutomatically : function( ) {}, /** @see #setSyncAutomatically(Account, String, boolean) @hide */ setSyncAutomaticallyAsUser : function( ) {}, /**Specifies that a sync should be requested with the specified the account, authority, and extras at the given frequency. If there is already another periodic sync scheduled with the account, authority and extras then a new periodic sync won't be added, instead the frequency of the previous one will be updated. <p> These periodic syncs honor the "syncAutomatically" and "masterSyncAutomatically" settings. Although these sync are scheduled at the specified frequency, it may take longer for it to actually be started if other syncs are ahead of it in the sync operation queue. This means that the actual start time may drift. <p> Periodic syncs are not allowed to have any of {@link #SYNC_EXTRAS_DO_NOT_RETRY}, {@link #SYNC_EXTRAS_IGNORE_BACKOFF}, {@link #SYNC_EXTRAS_IGNORE_SETTINGS}, {@link #SYNC_EXTRAS_INITIALIZE}, {@link #SYNC_EXTRAS_FORCE}, {@link #SYNC_EXTRAS_EXPEDITED}, {@link #SYNC_EXTRAS_MANUAL} set to true. If any are supplied then an {@link IllegalArgumentException} will be thrown. <p>This method requires the caller to hold the permission {@link android.Manifest.permission#WRITE_SYNC_SETTINGS}. <p>The bundle for a periodic sync can be queried by applications with the correct permissions using {@link android.content.ContentResolver#getPeriodicSyncs(Account account, String provider)}, so no sensitive data should be transferred here. @param {Object {Account}} account the account to specify in the sync @param {String} authority the provider to specify in the sync request @param {Object {Bundle}} extras extra parameters to go along with the sync request @param {Number} pollFrequency how frequently the sync should be performed, in seconds. @throws IllegalArgumentException if an illegal extra was set or if any of the parameters are null. */ addPeriodicSync : function( ) {}, /**{@hide} Helper function to throw an <code>IllegalArgumentException</code> if any illegal extras were set for a periodic sync. @param {Object {Bundle}} extras bundle to validate. */ invalidPeriodicExtras : function( ) {}, /**Remove a periodic sync. Has no affect if account, authority and extras don't match an existing periodic sync. <p>This method requires the caller to hold the permission {@link android.Manifest.permission#WRITE_SYNC_SETTINGS}. @param {Object {Account}} account the account of the periodic sync to remove @param {String} authority the provider of the periodic sync to remove @param {Object {Bundle}} extras the extras of the periodic sync to remove */ removePeriodicSync : function( ) {}, /**Remove the specified sync. This will cancel any pending or active syncs. If the request is for a periodic sync, this call will remove any future occurrences. <p> If a periodic sync is specified, the caller must hold the permission {@link android.Manifest.permission#WRITE_SYNC_SETTINGS}. </p> It is possible to cancel a sync using a SyncRequest object that is not the same object with which you requested the sync. Do so by building a SyncRequest with the same adapter, frequency, <b>and</b> extras bundle. @param {Object {SyncRequest}} request SyncRequest object containing information about sync to cancel. */ cancelSync : function( ) {}, /**Get the list of information about the periodic syncs for the given account and authority. <p>This method requires the caller to hold the permission {@link android.Manifest.permission#READ_SYNC_SETTINGS}. @param {Object {Account}} account the account whose periodic syncs we are querying @param {String} authority the provider whose periodic syncs we are querying @return {Object {java.util.List}} a list of PeriodicSync objects. This list may be empty but will never be null. */ getPeriodicSyncs : function( ) {}, /**Check if this account/provider is syncable. <p>This method requires the caller to hold the permission {@link android.Manifest.permission#READ_SYNC_SETTINGS}. @return {Number} >0 if it is syncable, 0 if not, and <0 if the state isn't known yet. */ getIsSyncable : function( ) {}, /** @see #getIsSyncable(Account, String) @hide */ getIsSyncableAsUser : function( ) {}, /**Set whether this account/provider is syncable. <p>This method requires the caller to hold the permission {@link android.Manifest.permission#WRITE_SYNC_SETTINGS}. @param {Object {Account}} syncable >0 denotes syncable, 0 means not syncable, <0 means unknown */ setIsSyncable : function( ) {}, /**Gets the master auto-sync setting that applies to all the providers and accounts. If this is false then the per-provider auto-sync setting is ignored. <p>This method requires the caller to hold the permission {@link android.Manifest.permission#READ_SYNC_SETTINGS}. @return {Boolean} the master auto-sync setting that applies to all the providers and accounts */ getMasterSyncAutomatically : function( ) {}, /** @see #getMasterSyncAutomatically() @hide */ getMasterSyncAutomaticallyAsUser : function( ) {}, /**Sets the master auto-sync setting that applies to all the providers and accounts. If this is false then the per-provider auto-sync setting is ignored. <p>This method requires the caller to hold the permission {@link android.Manifest.permission#WRITE_SYNC_SETTINGS}. @param {Boolean} sync the master auto-sync setting that applies to all the providers and accounts */ setMasterSyncAutomatically : function( ) {}, /** @see #setMasterSyncAutomatically(boolean) @hide */ setMasterSyncAutomaticallyAsUser : function( ) {}, /**Returns true if there is currently a sync operation for the given account or authority actively being processed. <p>This method requires the caller to hold the permission {@link android.Manifest.permission#READ_SYNC_STATS}. @param {Object {Account}} account the account whose setting we are querying @param {String} authority the provider whose behavior is being queried @return {Boolean} true if a sync is active for the given account or authority. */ isSyncActive : function( ) {}, /**If a sync is active returns the information about it, otherwise returns null. <p> This method requires the caller to hold the permission {@link android.Manifest.permission#READ_SYNC_STATS}. <p> @return {Object {android.content.SyncInfo}} the SyncInfo for the currently active sync or null if one is not active. @deprecated Since multiple concurrent syncs are now supported you should use {@link #getCurrentSyncs()} to get the accurate list of current syncs. This method returns the first item from the list of current syncs or null if there are none. */ getCurrentSync : function( ) {}, /**Returns a list with information about all the active syncs. This list will be empty if there are no active syncs. <p> This method requires the caller to hold the permission {@link android.Manifest.permission#READ_SYNC_STATS}. <p> @return {Object {java.util.List}} a List of SyncInfo objects for the currently active syncs. */ getCurrentSyncs : function( ) {}, /** @see #getCurrentSyncs() @hide */ getCurrentSyncsAsUser : function( ) {}, /**Returns the status that matches the authority. @param {Object {Account}} account the account whose setting we are querying @param {String} authority the provider whose behavior is being queried @return {Object {android.content.SyncStatusInfo}} the SyncStatusInfo for the authority, or null if none exists @hide */ getSyncStatus : function( ) {}, /** @see #getSyncStatus(Account, String) @hide */ getSyncStatusAsUser : function( ) {}, /**Return true if the pending status is true of any matching authorities. <p>This method requires the caller to hold the permission {@link android.Manifest.permission#READ_SYNC_STATS}. @param {Object {Account}} account the account whose setting we are querying @param {String} authority the provider whose behavior is being queried @return {Boolean} true if there is a pending sync with the matching account and authority */ isSyncPending : function( ) {}, /** @see #requestSync(Account, String, Bundle) @hide */ isSyncPendingAsUser : function( ) {}, /**Request notifications when the different aspects of the SyncManager change. The different items that can be requested are: <ul> <li> {@link #SYNC_OBSERVER_TYPE_PENDING} <li> {@link #SYNC_OBSERVER_TYPE_ACTIVE} <li> {@link #SYNC_OBSERVER_TYPE_SETTINGS} </ul> The caller can set one or more of the status types in the mask for any given listener registration. @param {Number} mask the status change types that will cause the callback to be invoked @param {Object {SyncStatusObserver}} callback observer to be invoked when the status changes @return {Object {java.lang.Object}} a handle that can be used to remove the listener at a later time */ addStatusChangeListener : function( ) {}, /**Remove a previously registered status change listener. @param {Object {Object}} handle the handle that was returned by {@link #addStatusChangeListener} */ removeStatusChangeListener : function( ) {}, /** @hide */ getContentService : function( ) {}, /** @hide */ getPackageName : function( ) {}, /** @hide */ resolveUserId : function( ) {}, };