android-manifest 0.3.0

use crate::VarOrBool;

use super::attribute_list::{AttributeList, Semicolon};
use super::grant_uri_permission::GrantUriPermission;
use super::intent_filter::IntentFilter;
use super::meta_data::MetaData;
use super::path_permission::PathPermission;
use super::resources::{MipmapOrDrawableResource, StringResourceOrString};
use serde::{Deserialize, Serialize};

/// Declares a content provider component.
///
/// A content provider is a subclass of [`ContentProvider`] that supplies structured
/// access to data managed by the application. All content providers in your application
/// must be defined in a `<provider>` element in the manifest file; otherwise, the system
/// is unaware of them and doesn't run them.
///
/// You only declare content providers that are part of your application. Content
/// providers in other applications that you use in your application should not be
/// declared.
///
/// The Android system stores references to content providers according to an authority
/// string, part of the provider's content URI. For example, suppose you want to access a
/// content provider that stores information about health care professionals.
/// To do this, you call the method [`ContentResolver.query()`],
/// which among other arguments takes a URI that identifies the provider:
///
/// ## XML Example
/// ```xml
/// content://com.example.project.healthcareprovider/nurses/rn
/// ```
///
/// The `content:` `scheme` identifies the URI as a content URI pointing to an Android
/// content provider. The authority `com.example.project.healthcareprovider` identifies
/// the provider itself; the Android system looks up the authority in its list of known
/// providers and their authorities. The substring `nurses/rn` is a `path`, which the
/// content provider can use to identify subsets of the provider data.
///
/// Notice that when you define your provider in the `<provider>` element you don't
/// include the scheme or the path in the `android:name` argument, only the authority.
///
/// For information on using and developing content providers, see the API Guide,
/// [`Content Providers`].
///
/// ## XML Syntax
/// ```xml
/// <provider android:authorities="list"
///           android:directBootAware=["true" | "false"]
///           android:enabled=["true" | "false"]
///           android:exported=["true" | "false"]
///           android:grantUriPermissions=["true" | "false"]
///           android:icon="drawable resource"
///           android:initOrder="integer"
///           android:label="string resource"
///           android:multiprocess=["true" | "false"]
///           android:name="string"
///           android:permission="string"
///           android:process="string"
///           android:readPermission="string"
///           android:syncable=["true" | "false"]
///           android:writePermission="string" >
///     ...
/// </provider>
/// ```
///
/// ## Contained in
/// * [`<application>`]
///
/// ## Can contain
/// * [`<meta-data>`]
/// * [`<grant-uri-permission>`]
/// * [`<intent-filter>`]
/// * [`<path-permission>`]
///
/// ## Introduced in
/// API Level 1
///
/// [`ContentProvider`]: https://developer.android.com/reference/android/content/ContentProvider
/// [`ContentResolver.query()`]: https://developer.android.com/reference/android/content/ContentResolver#query(android.net.Uri,%20java.lang.String[],%20android.os.Bundle,%20android.os.CancellationSignal)
/// [`Content Providers`]: https://developer.android.com/guide/topics/providers/content-providers
/// [`<application>`]: crate::Application
/// [`<meta-data>`]: crate::MetaData
/// [`<grant-uri-permission>`]: crate::GrantUriPermission
/// [`<intent-filter>`]: crate::IntentFilter
/// [`<path-permission>`]: crate::PathPermission
#[derive(
    Debug, Deserialize, Serialize, YaSerialize, YaDeserialize, PartialEq, Eq, Default, Clone,
)]
#[serde(rename = "provider")]
pub struct Provider {
    /// A list of one or more URI authorities that identify data offered by the content
    /// provider. Multiple authorities are listed by separating their names with a
    /// semicolon. To avoid conflicts, authority names should use a Java-style naming
    /// convention (such as com.example.provider.cartoonprovider). Typically, it's the
    /// name of the [`ContentProvider`] subclass that implements the provider
    ///
    /// There is no default. At least one authority must be specified.
    ///
    /// [`ContentProvider`]: https://developer.android.com/reference/android/content/ContentProvider
    #[yaserde(
        attribute = true,
        prefix = "android",
        skip_serializing_if = "check_authorities"
    )]
    #[serde(skip_serializing_if = "AttributeList::is_empty")]
    pub authorities: AttributeList<Semicolon, String>,
    /// Whether or not the service can be instantiated by the system — `"true"` if it can
    /// be, and `"false"` if not. The default value is `"true"`.
    ///
    /// The [`<application>`] element has its own [`enabled`] attribute that applies to
    /// all application components, including services. The [`<application>`] and
    /// <service> attributes must both be `"true"` (as they both are by default) for
    /// the service to be enabled. If either is `"false"`, the service is disabled; it
    /// cannot be instantiated.
    ///
    /// [`<application>`]: crate::Application
    /// [`enabled`]: crate::Application#structfield.enabled
    #[yaserde(attribute = true, prefix = "android")]
    pub enabled: Option<VarOrBool>,
    /// Whether or not the service is direct-boot aware; that is, whether or not it can
    /// run before the user unlocks the device.
    ///
    /// ## Note
    /// During [`Direct Boot`], a service in your application can only access the data
    /// that is stored in device protected storage.
    ///
    /// The default value is `"false"`.
    ///
    /// [`Direct Boot`]: https://developer.android.com/training/articles/direct-boot
    #[yaserde(attribute = true, prefix = "android", rename = "directBootAware")]
    pub direct_boot_aware: Option<VarOrBool>,
    /// Whether the content provider is available for other applications to use:
    ///
    /// * `true:` The provider is available to other applications. Any application can use
    ///   the
    ///   provider's content URI to access it, subject to the permissions specified for
    ///   the provider.
    /// * `false:` The provider is not available to other applications.
    ///   Set `android:exported="false"` to limit access to the provider to your
    ///   applications. Only applications that have the same user ID (UID) as the
    ///   provider, or applications that have been temporarily granted access to the
    ///   provider through the [`android:grantUriPermissions`] element, have access to it.
    ///
    /// Because this attribute was introduced in API level 17, all devices running API
    /// level 16 and lower behave as though this attribute is set `"true"`. If you
    /// set [`android:targetSdkVersion`] to 17 or higher, then the default value
    /// is `"false"` for devices running API level 17 and higher.
    ///
    /// You can set `android:exported="false"` and still limit access to your
    /// provider by setting permissions with the [`permission`] attribute.
    ///
    /// [`android:grantUriPermissions`]: crate::Provider#structfield.grant_uri_permissions
    /// [`android:targetSdkVersion`]: crate::UsesSdk#structfield.target_sdk_version
    /// [`permission`]: crate::Provider#structfield.permission
    #[yaserde(attribute = true, prefix = "android")]
    pub exported: Option<VarOrBool>,
    /// Whether or not those who ordinarily would not have permission to access the
    /// content provider's data can be granted permission to do so, temporarily
    /// overcoming the restriction imposed by the [`readPermission`], [`writePermission`],
    /// [`permission`], and [`exported`] attributes — `"true"` if permission can be
    /// granted, and `"false"` if not. If `"true"`, permission can be granted to any
    /// of the content provider's data. If `"false"`, permission can be granted only
    /// to the data subsets listed in `<grant-uri-permission>` subelements, if any.
    ///
    /// The default value is `"false"`.
    ///
    /// Granting permission is a way of giving an application component one-time access to
    /// data protected by a permission. For example, when an e-mail message contains
    /// an attachment, the mail application may call upon the appropriate viewer to
    /// open it, even though the viewer doesn't have general permission to look at all
    /// the content provider's data.
    ///
    /// In such cases, permission is granted by [`FLAG_GRANT_READ_URI_PERMISSION`] and
    /// [`FLAG_GRANT_WRITE_URI_PERMISSION`] flags in the Intent object that activates
    /// the component. For example, the mail application might put
    /// `FLAG_GRANT_READ_URI_PERMISSION` in the Intent passed to
    /// `Context.startActivity()`. The permission is specific to the URI in the Intent.
    ///
    /// If you enable this feature, either by setting this attribute to
    /// `"true"` or by defining [`<grant-uri-permission>`] subelements, you must call
    /// [`Context.revokeUriPermission()`] when a covered URI is deleted from the
    /// provider.
    ///
    /// See also the [`<grant-uri-permission>`] element.
    ///
    /// [`readPermission`]: crate::Provider#structfield.read_permission
    /// [`writePermission`]: crate::Provider#structfield.write_permission
    /// [`permission`]: crate::Provider#structfield.permission
    /// [`exported`]: crate::Provider#structfield.exported
    /// [`FLAG_GRANT_READ_URI_PERMISSION`]: https://developer.android.com/reference/android/content/Intent#FLAG_GRANT_READ_URI_PERMISSION
    /// [`FLAG_GRANT_WRITE_URI_PERMISSION`]: https://developer.android.com/reference/android/content/Intent#FLAG_GRANT_WRITE_URI_PERMISSION
    /// [`<grant-uri-permission>`]: crate::GrantUriPermission
    #[yaserde(attribute = true, prefix = "android", rename = "grantUriPermissions")]
    pub grant_uri_permissions: Option<VarOrBool>,
    /// An icon representing the content provider. This attribute must be set as a
    /// reference to a drawable resource containing the image definition. If it is not
    /// set, the icon specified for the application as a whole is used instead (see
    /// the [`<application>`] element's [`icon`] attribute).
    ///
    /// [`<application>`]: crate::Application
    /// [`icon`]: crate::Application#structfield.icon
    #[yaserde(attribute = true, prefix = "android")]
    pub icon: Option<MipmapOrDrawableResource>,
    /// The order in which the content provider should be instantiated, relative to other
    /// content providers hosted by the same process. When there are dependencies
    /// among content providers, setting this attribute for each of them ensures that
    /// they are created in the order required by those dependencies. The value is a
    /// simple integer, with higher numbers being initialized first.
    #[yaserde(attribute = true, prefix = "android", rename = "initOrder")]
    pub init_order: Option<u32>,
    /// A user-readable label for the content provided. If this attribute is not set, the
    /// label set for the application as a whole is used instead (see
    /// the [`<application>`] element's [`label`] attribute).
    ///
    /// The label should be set as a reference to a string resource, so that it can be
    /// localized like other strings in the user interface. However, as a convenience
    /// while you're developing the application, it can also be set as a raw
    /// string.
    ///
    /// [`<application>`]: crate::Application
    /// [`label`]: crate::Application#structfield.label
    #[yaserde(attribute = true, prefix = "android")]
    pub label: Option<StringResourceOrString>,
    /// If the app runs in multiple processes, this attribute determines whether multiple
    /// instances of the content provider are created. If `true`, each of the app's
    /// processes has its own content provider object. If `false`, the app's processes
    /// share only one content provider object. The default value is `false`.
    ///
    /// Setting this flag to `true` may improve performance by reducing the overhead of
    /// interprocess communication, but it also increases the memory footprint of each
    /// process.
    #[yaserde(attribute = true, prefix = "android")]
    pub multiprocess: Option<VarOrBool>,
    /// The name of the class that implements the content provider, a subclass of
    /// [`ContentProvider`]. This should be a fully qualified class name (such
    /// as, `"com.example.project.TransportationProvider"`). However, as a
    /// shorthand, if the first character of the name is a period, it is
    /// appended to the package name specified in the [`<manifest>`] element.
    ///
    /// There is no default. The name must be specified.
    ///
    /// [`ContentProvider`]: https://developer.android.com/reference/android/content/ContentProvider
    /// [`<manifest>`]: crate::AndroidManifest
    #[yaserde(attribute = true, prefix = "android")]
    pub name: String,
    /// The name of a permission that clients must have to read or write the content
    /// provider's data. This attribute is a convenient way of setting a
    /// single permission for both reading and writing. However, the
    /// [`readPermission`], [`writePermission`], and [`grantUriPermissions`]
    /// attributes take precedence over this one. If the [`readPermission`]
    /// attribute is also set, it controls access for querying the content
    /// provider. And if the [`writePermission`] attribute is set, it controls
    /// access for modifying the provider's data.
    ///
    /// For more information ons permissions, see the [`Permissions`] section in the
    /// introduction and a separate document, [`Security and Permissions`].
    ///
    /// [`readPermission`]: crate::Provider#structfield.read_permission
    /// [`writePermission`]: crate::Provider#structfield.write_permission
    /// [`grantUriPermissions`]: crate::Provider#structfield.grant_uri_permissions
    /// [`Permissions`]: https://developer.android.com/guide/topics/manifest/manifest-intro#sectperm
    /// [`Security and Permissions`]: https://developer.android.com/training/articles/security-tips
    #[yaserde(attribute = true, prefix = "android")]
    pub permission: Option<String>,
    /// The name of the process in which the content provider should run. Normally, all
    /// components of an application run in the default process created for the
    /// application. It has the same name as the application package. The
    /// [`<application>`] element's [`process`] attribute can set a different default for
    /// all components. But each component can override the default with its own
    /// `process` attribute, allowing you to spread your application across multiple
    /// processes.
    ///
    /// If the name assigned to this attribute begins with a colon (':'), a
    /// new process, private to the application, is created when it's needed and the
    /// activity runs in that process. If the process name begins with a lowercase
    /// character, the activity will run in a global process of that name,
    /// provided that it has permission to do so. This allows components in
    /// different applications to share a process, reducing resource usage.
    ///
    /// [`<application>`]: crate::Application
    /// [`process`]: crate::Application#structfield.process
    #[yaserde(attribute = true, prefix = "android")]
    pub process: Option<String>,
    /// A permission that clients must have to query the content provider.
    ///
    /// If the provider sets [`android:grantUriPermissions`] to true, or if a given client
    /// satisfies the conditions of a [`<grant-uri-permission>`] subelement, the
    /// client can gain temporary read access to the content provider's data.
    ///
    /// See also the [`permission`] and [`writePermission`] attributes.
    ///
    /// [`android:grantUriPermissions`]: crate::Provider#structfield.grant_uri_permissions
    /// [`<grant-uri-permission>`]: crate::GrantUriPermission
    /// [`permission`]: crate::Provider#structfield.permission
    /// [`writePermission`]: crate::Provider#structfield.write_permission
    #[yaserde(attribute = true, prefix = "android", rename = "readPermission")]
    pub read_permission: Option<String>,
    /// Whether or not the data under the content provider's control is to be synchronized
    /// with data on a server — `"true"` if it is to be synchronized, and `"false"` if
    /// not.
    #[yaserde(attribute = true, prefix = "android")]
    pub syncable: Option<VarOrBool>,
    /// A permission that clients must have to make changes to the data controlled by the
    /// content provider.
    ///
    /// If the provider sets [`android:grantUriPermissions`] to true, or if a given client
    /// satisfies the conditions of a [`<grant-uri-permission>`] subelement the client
    /// can gain temporary write access to modify the content provider's data.
    ///
    /// See also the [`permission`] and [`readPermission`] attributes.
    ///
    /// [`android:grantUriPermissions`]: crate::Provider#structfield.grant_uri_permissions
    /// [`<grant-uri-permission>`]: crate::GrantUriPermission
    /// [`permission`]: crate::Provider#structfield.permission
    /// [`readPermission`]: crate::Provider#structfield.write_permission
    #[yaserde(attribute = true, prefix = "android", rename = "writePermission")]
    pub write_permission: Option<String>,
    #[yaserde(rename = "grant-uri-permission")]
    pub grant_uri_permission: Option<GrantUriPermission>,
    #[yaserde(rename = "path-permission")]
    #[serde(default, skip_serializing_if = "Vec::is_empty")]
    pub path_permission: Vec<PathPermission>,
    #[yaserde(rename = "intent-filter")]
    #[serde(default, skip_serializing_if = "Vec::is_empty")]
    pub intent_filter: Vec<IntentFilter>,
    #[yaserde(rename = "meta-data")]
    #[serde(default, skip_serializing_if = "Vec::is_empty")]
    pub meta_data: Vec<MetaData>,
    /// Specifies which attributes from lower priority manifest files should be replaced
    /// by attributes from this manifest. This is a comma-separated list of attribute
    /// names.
    ///
    /// Reference: [Merge manifest files - tools:replace](https://developer.android.com/studio/build/manage-manifests#merge-manifests)
    #[yaserde(attribute = true, prefix = "tools")]
    pub replace: Option<String>,
    /// Specifies which attributes or child elements from lower priority manifest files
    /// should be removed entirely.
    ///
    /// Reference: [Merge manifest files - tools:remove](https://developer.android.com/studio/build/manage-manifests#merge-manifests)
    #[yaserde(attribute = true, prefix = "tools")]
    pub remove: Option<String>,
    /// Specifies the merge strategy for this element.
    ///
    /// Reference: [Merge manifest files - tools:node](https://developer.android.com/studio/build/manage-manifests#merge-manifests)
    #[yaserde(attribute = true, prefix = "tools")]
    pub node: Option<String>,
    /// Lint issue IDs to ignore on this element.
    ///
    /// Reference: [Tools Attributes - tools:ignore](https://developer.android.com/studio/write/tool-attributes#tools-ignore)
    #[yaserde(attribute = true, prefix = "tools")]
    pub ignore: Option<String>,
    /// Target API level for this element.
    ///
    /// Reference: [Tools Attributes - tools:targetApi](https://developer.android.com/studio/write/tool-attributes#toolstargetapi)
    #[yaserde(attribute = true, prefix = "tools", rename = "targetApi")]
    pub target_api: Option<String>,
    /// Specifies library package names to apply the merge rule to.
    ///
    /// Reference: [Merge manifest files - tools:selector](https://developer.android.com/studio/build/manage-manifests#marker_selector)
    #[yaserde(attribute = true, prefix = "tools")]
    pub selector: Option<String>,
    /// Generate a build failure if attributes don't exactly match.
    ///
    /// Reference: [Merge manifest files - tools:strict](https://developer.android.com/studio/build/manage-manifests#attribute_markers)
    #[yaserde(attribute = true, prefix = "tools")]
    pub strict: Option<String>,
}

impl Provider {
    pub fn check_authorities(&self, value: &AttributeList<Semicolon, String>) -> bool {
        value.is_empty()
    }
}