androidmanifest xml

Turn: http://www.2cto.com/kf/201208/151123.html In Android development, we often need to know the version information of the current application. You can perform automatic upgrade judgment. Extended Custom Data meta-data. How can we obtain this information in androidmanifest. xml? The following example shows how to read the data. 1. version information and application name 2 appliction meta-data 3. Meta-dat

Androidmanifest. xml in Android Projects The AndroidManifest. xml file in a project is as follows: Package = "tw. suggest" // specify the package path of the program file in the project. Android: versionCode = "1" // version number of this project Android: versionName = "1.0"> // version name of the project

Each application must have an AndroidManifest. xml file in its root directory. This list submits the basic information of the application to the Android system. The information system must be established before the application code can run. The following are some things to do in the configuration file: 1. Name the application with a Java package. The package name is the unique identifier of the application;

Syntax (syntax ): Android:Name="String"/> Included in (contained in ): Description ): This attribute is used to grant the application Program the required permissions for the correct operation. These permissions are granted during application installation, rather than during runtime. for more permission information, see androidmanifest. XML file description (3) describes "Permissions"

ProgramTo read security-sensitive items, you must declare related permission requests in androidmanifest. xml. The complete list is as follows: Android. Permission. access_checkin_propertiesAllow read/write access to the "properties" table in the checkin database. You can modify the value of the table (allows read/write access to the "properties" table in the checkin database, to change values that get up

Each application must have an androidmanifest. xml file in its root directory. This list submits the basic information of the application to the Android system. The information system must be established before the application code can run. The following are some things to do in the configuration file: 1. Name the application with a Java package. The package name is the unique identifier of the application;

To read security-sensitive items, the program must declare related permission requests in androidmanifest. xml. The complete list is as follows:Android. Permission. access_checkin_propertiesAllow read/write access to the "properties" table in the checkin database. You can modify the value of the table (allows read/write access to the "properties" table in the checkin database, to change values that get uplo

Next part ~ Now we have an interesting call. Here is an example called mr. Nom: Android: Label = "mr. Nom"Android: screenorientation = "portrait">Android: configchanges = "keyboard | keyboardhidden | orientation"> Let's take a look at the attributes of the 1. Name: it specifies the name of the activity class relative to the package attribute defined in the 2. Label: we have already specified the same attribute in On application launcher (how to translate this ..). If this parameter is not sp

complete path. permissions can only be granted to specific data subsets identified by this path. The pathPrefix attribute specifies the initial part of the path, and the permission can be granted to share all data subsets of the initial path. The pathPattern attribute specifies a complete path, but this path contains wildcards: 1. asterisk (*) is a wildcard. * Asterisk in the path represents the character before any number of asterisks, such as a *, which can be a, aa, aaa, aaaa ,... string mat

in the path represents the character before any number of asterisks, such as a *, which can be a, aa, aaa, aaaa ,... string matching. 2. A combination of dots and asterisks (. *) wildcard, which can be matched with any string, such as. * HTML, which can be followed by abchhtml?chtml=html#dssf.html ,... . Because the system uses the '\' symbol as a mandatory escape character when reading a string in XML, it needs to be escaped twice. For example, the

specifies a complete path to match the path in the intent object, but this path can contain the following wildcards: 1. asterisk (*) is a wildcard. * Asterisk in the path represents the character before any number of asterisks, such as a *, which can be a, AA, AAA, AAAA ,... string matching. 2.A wildcard character (. *) that can be used to match any string, such as. * html. It can be used to match with abchhtml?chtml=html=dssf.html ,... . Because the system uses the '\' symbol as a mandatory es

asterisks, such as a *, which can be a, AA, AAA, AAAA ,... string matching. 2. A combination of dots and asterisks (. *) wildcard, which can be matched with any string, such as. * HTML, which can be followed by abchhtml?chtml=html#dssf.html ,... . Because the system uses the '\' symbol as a mandatory escape character when reading a string in XML, it needs to be escaped twice. For example, the "*" symbol must be written as "\ *", and the '\' symbol mu