Native modules¶

Cross-platform wrappers around device APIs that are not part of the view tree: camera, GPS, file I/O, notifications, clipboard, share sheet, deep links, permissions, connectivity, secure storage, battery, haptics, and biometrics. Each module is implemented twice (once per platform) and dispatches at runtime based on the IS_ANDROID and IS_IOS flags from pythonnative.utils, with a safe desktop fallback.

Both synchronous and coroutine APIs exist (chosen to match the platform call). For the call-site patterns, the reactive use_app_state / use_net_info hooks, and the runtime coroutines are scheduled on, see the Native modules guide and the Async + data guide.

Camera¶

Cross-platform camera and gallery access.

Both entry points are coroutines: await Camera.take_photo() returns the saved image path (a str) or None if the user cancels. Internally each call instantiates a fresh native delegate / activity request and bridges its completion onto the PythonNative asyncio runtime, so callers don't have to know whether the picker is backed by UIImagePickerController (iOS) or Intent(MediaStore.ACTION_IMAGE_CAPTURE) (Android).

Example

import pythonnative as pn

async def add_photo():
    path = await pn.Camera.take_photo()
    if path is None:
        return  # user cancelled
    await save_to_album(path)

Classes:

Name	Description
`Camera`	Camera and image-picker interface.

Functions:

Name	Description
`deliver_android_activity_result`	Forward an Activity result to the registered camera coroutine.

Camera ¶

Camera and image-picker interface.

All methods are static coroutines. They dispatch to the iOS or Android implementation at call time based on the runtime platform.

Methods:

Name	Description
`take_photo`	Launch the device camera to capture a photo.
`pick_from_gallery`	Open the system gallery picker.

take_photo `async` `staticmethod` ¶

take_photo(**options: Any) -> Optional[str]

Launch the device camera to capture a photo.

Parameters:

Name	Type	Description	Default
`**options`	`Any`	Reserved for platform-specific tuning. Currently unused; future kwargs (e.g., `quality`, `flash_mode`) will land here.	`{}`

Returns:

Type	Description
`Optional[str]`	The saved image path, or `None` if the user cancelled or
`Optional[str]`	no camera is available.

pick_from_gallery `async` `staticmethod` ¶

pick_from_gallery(**options: Any) -> Optional[str]

Open the system gallery picker.

Parameters:

Name	Type	Description	Default
`**options`	`Any`	Reserved for platform-specific tuning.	`{}`

Returns:

Type	Description
`Optional[str]`	The selected image path, or `None` if the user cancelled.

deliver_android_activity_result ¶

deliver_android_activity_result(request_code: int, result_code: int, data: Any) -> bool

Forward an Activity result to the registered camera coroutine.

The host Activity should call this from onActivityResult so the pending take_photo / pick_from_gallery awaitable receives a path. Returns True if a Python callback was invoked (so the host can short-circuit further handlers).

Location¶

Cross-platform location / GPS access.

Location.get_current is a coroutine that resolves to a (latitude, longitude) tuple, or None if no recent fix is available or the user denies permission.

Permission prompts are triggered the first time a location-using API is called; ensure the appropriate manifest entries (android.permission.ACCESS_FINE_LOCATION) and Info.plist keys (NSLocationWhenInUseUsageDescription) are present.

Example

import pythonnative as pn

async def show_position():
    coords = await pn.Location.get_current()
    if coords is None:
        return
    lat, lon = coords
    print(f"You are at {lat:.5f}, {lon:.5f}")

Classes:

Name	Description
`Location`	GPS / location-services interface.

Location ¶

GPS / location-services interface.

Methods:

Name	Description
`get_current`	Request the device's current location.

get_current `async` `staticmethod` ¶

get_current(**options: Any) -> Optional[Coords]

Request the device's current location.

Parameters:

Name	Type	Description	Default
`**options`	`Any`	Reserved for platform-specific tuning (e.g., `accuracy`, `timeout`).	`{}`

Returns:

Type	Description
`Optional[Coords]`	`(latitude, longitude)` if a fix was obtained, otherwise
`Optional[Coords]`	`None`.

File system¶

Cross-platform app-scoped file I/O.

Provides static helpers for reading, writing, and deleting files in the app's sandboxed storage area. Relative paths are resolved against FileSystem.app_dir; absolute paths are used as-is.

Example

from pythonnative import FileSystem

FileSystem.write_text("notes/today.txt", "Hello, file system!")
print(FileSystem.read_text("notes/today.txt"))

Classes:

Name	Description
`FileSystem`	App-scoped file I/O.

FileSystem ¶

App-scoped file I/O.

Every instance method operates on either an absolute path or a path relative to app_dir. Errors are swallowed and reported as falsy return values (None for readers, False for writers) so callers can treat the API as best-effort.

Methods:

Name	Description
`app_dir`	Return the app's writable data directory.
`read_text`	Read a text file.
`write_text`	Write a text file, creating parent directories as needed.
`exists`	Return whether a file or directory exists.
`delete`	Delete a single file.
`list_dir`	List the entries in a directory.
`read_bytes`	Read a binary file.
`write_bytes`	Write a binary file, creating parent directories as needed.
`get_size`	Return file size in bytes.
`ensure_dir`	Create a directory (and any missing parents) idempotently.
`join`	Join path components using the OS separator.

app_dir `staticmethod` ¶

app_dir() -> str

Return the app's writable data directory.

On Android the result is Context.getFilesDir(). On iOS it is the user's Documents directory. On a desktop machine without either runtime, a .pythonnative_data directory is created under the user's home folder.

Returns:

Type	Description
`str`	Absolute path to the app's data directory.

read_text `staticmethod` ¶

read_text(path: str, encoding: str = 'utf-8') -> Optional[str]

Read a text file.

Parameters:

Name	Type	Description	Default
`path`	`str`	Absolute path or path relative to `app_dir`.	required
`encoding`	`str`	Text encoding (default `"utf-8"`).	`'utf-8'`

Returns:

Type	Description
`Optional[str]`	File contents as a `str`, or `None` if the file cannot be
`Optional[str]`	read.

write_text `staticmethod` ¶

write_text(path: str, content: str, encoding: str = 'utf-8') -> bool

Write a text file, creating parent directories as needed.

Parameters:

Name	Type	Description	Default
`path`	`str`	Absolute or `app_dir`-relative path.	required
`content`	`str`	String to write.	required
`encoding`	`str`	Text encoding (default `"utf-8"`).	`'utf-8'`

Returns:

Type	Description
`bool`	`True` on success, `False` on `OSError`.

exists `staticmethod` ¶

exists(path: str) -> bool

Return whether a file or directory exists.

Parameters:

Name	Type	Description	Default
`path`	`str`	Absolute or `app_dir`-relative path.	required

Returns:

Type	Description
`bool`	`True` if the path exists.

delete `staticmethod` ¶

delete(path: str) -> bool

Delete a single file.

Parameters:

Name	Type	Description	Default
`path`	`str`	Absolute or `app_dir`-relative path.	required

Returns:

Type	Description
`bool`	`True` on success, `False` on `OSError`.

list_dir `staticmethod` ¶

list_dir(path: str = '') -> list

List the entries in a directory.

Parameters:

Name	Type	Description	Default
`path`	`str`	Absolute or `app_dir`-relative path. Defaults to the app data directory itself.	`''`

Returns:

Type	Description
`list`	A list of entry names, or an empty list on error.

read_bytes `staticmethod` ¶

read_bytes(path: str) -> Optional[bytes]

Read a binary file.

Parameters:

Name	Type	Description	Default
`path`	`str`	Absolute or `app_dir`-relative path.	required

Returns:

Type	Description
`Optional[bytes]`	File contents as `bytes`, or `None` if the file cannot be
`Optional[bytes]`	read.

write_bytes `staticmethod` ¶

write_bytes(path: str, data: bytes) -> bool

Write a binary file, creating parent directories as needed.

Parameters:

Name	Type	Description	Default
`path`	`str`	Absolute or `app_dir`-relative path.	required
`data`	`bytes`	Bytes to write.	required

Returns:

Type	Description
`bool`	`True` on success, `False` on `OSError`.

get_size `staticmethod` ¶

get_size(path: str) -> Optional[int]

Return file size in bytes.

Parameters:

Name	Type	Description	Default
`path`	`str`	Absolute or `app_dir`-relative path.	required

Returns:

Type	Description
`Optional[int]`	File size in bytes, or `None` if the file is missing or
`Optional[int]`	unreadable.

ensure_dir `staticmethod` ¶

ensure_dir(path: str) -> bool

Create a directory (and any missing parents) idempotently.

Parameters:

Name	Type	Description	Default
`path`	`str`	Absolute or `app_dir`-relative path.	required

Returns:

Type	Description
`bool`	`True` on success or if the directory already exists.

join `staticmethod` ¶

join(*parts: Any) -> str

Join path components using the OS separator.

Equivalent to os.path.join(*map(str, parts)). Provided as a convenience so callers do not need to import os.path directly.

Parameters:

Name	Type	Description	Default
`*parts`	`Any`	Path components (each coerced to `str`).	`()`

Returns:

Type	Description
`str`	The joined path string.

Notifications¶

Cross-platform local notifications.

Provides coroutines for requesting permission and scheduling / cancelling local push notifications. Uses Android's NotificationManager or iOS's UNUserNotificationCenter.

On iOS you must await Notifications.request_permission() before scheduling. On Android 13+ the runtime permission should be requested through standard Android APIs (the manifest declaration is otherwise sufficient).

Example

import pythonnative as pn

async def setup_reminders():
    if not await pn.Notifications.request_permission():
        return
    await pn.Notifications.schedule(
        title="Reminder",
        body="Time for a walk!",
        delay_seconds=60,
        identifier="walk",
    )

Classes:

Name	Description
`Notifications`	Local notification interface.

Notifications ¶

Local notification interface.

Methods:

Name	Description
`request_permission`	Request notification permission from the user.
`schedule`	Schedule a local notification.
`cancel`	Cancel a pending notification by its identifier.

request_permission `async` `staticmethod` ¶

request_permission() -> bool

Request notification permission from the user.

On Android the manifest declaration is normally sufficient for legacy permission grants and this returns True without prompting (the runtime POST_NOTIFICATIONS prompt for Android 13+ should be requested via standard Android APIs).

Returns:

Type	Description
`bool`	`True` if granted (or no prompt is needed), `False`
`bool`	otherwise.

schedule `async` `staticmethod` ¶

schedule(title: str, body: str = '', *, delay_seconds: float = 0, identifier: str = 'default', **options: Any) -> bool

Schedule a local notification.

Parameters:

Name	Type	Description	Default
`title`	`str`	Notification title.	required
`body`	`str`	Notification body text.	`''`
`delay_seconds`	`float`	Seconds from now until delivery. Use `0` for an effectively immediate notification.	`0`
`identifier`	`str`	Stable ID used by `cancel` to target this notification.	`'default'`
`**options`	`Any`	Reserved for future tuning (e.g., `sound`, `badge`, `category`).	`{}`

Returns:

Type	Description
`bool`	`True` on success, `False` if the underlying native
`bool`	call failed.

cancel `async` `staticmethod` ¶

cancel(identifier: str = 'default') -> None

Cancel a pending notification by its identifier.

Parameters:

Name	Type	Description	Default
`identifier`	`str`	The same string passed to `schedule`.	`'default'`

Clipboard¶

Cross-platform clipboard access.

Clipboard reads and writes the system pasteboard. All methods are synchronous: UIPasteboard (iOS) and ClipboardManager (Android) both answer immediately, so there's no need for a coroutine.

On a desktop machine (neither Android nor iOS) the module falls back to a process-local string buffer. That keeps it usable in the desktop mock target and unit tests instead of raising.

Example

import pythonnative as pn

pn.Clipboard.set_string("hello")
assert pn.Clipboard.get_string() == "hello"

Classes:

Name	Description
`Clipboard`	System clipboard interface (synchronous).

Clipboard ¶

System clipboard interface (synchronous).

Methods:

Name	Description
`set_string`	Copy `text` onto the system clipboard.
`get_string`	Return the current clipboard string (`""` when empty).
`has_string`	Return `True` when the clipboard holds non-empty text.

set_string `staticmethod` ¶

set_string(text: str) -> None

Copy text onto the system clipboard.

get_string `staticmethod` ¶

get_string() -> str

Return the current clipboard string ("" when empty).

has_string `staticmethod` ¶

has_string() -> bool

Return True when the clipboard holds non-empty text.

Present the system share sheet.

Share.share is a coroutine that opens UIActivityViewController (iOS) or an ACTION_SEND chooser (Android) and resolves to True once the user completes a share or False if they dismiss it.

Example

import pythonnative as pn

async def share_link():
    await pn.Share.share(
        message="Check out PythonNative!",
        url="https://example.com",
    )

Classes:

Name	Description
`Share`	System share-sheet interface.

Share ¶

System share-sheet interface.

Methods:

Name	Description
`share`	Open the share sheet with `message` / `url`.

share `async` `staticmethod` ¶

share(*, message: Optional[str] = None, url: Optional[str] = None, title: Optional[str] = None) -> bool

Open the share sheet with message / url.

Parameters:

Name	Type	Description	Default
`message`	`Optional[str]`	Text body to share.	`None`
`url`	`Optional[str]`	A URL to share (combined with `message` on Android).	`None`
`title`	`Optional[str]`	Chooser title (Android) / subject (iOS mail).	`None`

Returns:

Type	Description
`bool`	`True` if the user completed a share, `False` if they
`bool`	cancelled or no share UI is available.

Linking¶

Open URLs, deep links, and the system settings page.

Linking wraps UIApplication.openURL / Intent(ACTION_VIEW) so a Python app can hand a URL (https:, mailto:, tel:, a custom scheme, …) to the OS.

All methods are synchronous and return a bool describing whether the platform accepted the request. On desktop they return False.

Example

import pythonnative as pn

if pn.Linking.can_open_url("tel:+15551234567"):
    pn.Linking.open_url("tel:+15551234567")

Classes:

Name	Description
`Linking`	System URL / deep-link interface (synchronous).

Functions:

Name	Description
`set_initial_url`	Record the launch URL (called by the native host on cold start).

Linking ¶

System URL / deep-link interface (synchronous).

Methods:

Name	Description
`open_url`	Hand `url` to the OS. Returns `True` if it was accepted.
`can_open_url`	Return `True` when some installed app can handle `url`.
`open_settings`	Open this app's entry in the system Settings app.
`get_initial_url`	Return the URL that launched the app, if any.

open_url `staticmethod` ¶

open_url(url: str) -> bool

Hand url to the OS. Returns True if it was accepted.

can_open_url `staticmethod` ¶

can_open_url(url: str) -> bool

Return True when some installed app can handle url.

open_settings `staticmethod` ¶

open_settings() -> bool

Open this app's entry in the system Settings app.

get_initial_url `staticmethod` ¶

get_initial_url() -> Optional[str]

Return the URL that launched the app, if any.

set_initial_url ¶

set_initial_url(url: Optional[str]) -> None

Record the launch URL (called by the native host on cold start).

Permissions¶

Runtime permission checks and requests.

Permissions normalizes the very different iOS and Android permission models behind two calls:

check(permission): synchronous, returns a status string without prompting.
request(permission): a coroutine that shows the system prompt (if needed) and resolves to the resulting status.

Statuses are "granted", "denied", "blocked" (denied with "don't ask again" / Settings required), or "undetermined".

Supported permission names: "camera", "microphone", "location", "photos", "notifications", "contacts". Unknown names resolve to "undetermined".

Classes:

Name	Description
`Permissions`	Runtime permission interface.

Functions:

Name	Description
`deliver_android_permission_result`	Forward an `onRequestPermissionsResult` to the pending coroutine.

Permissions ¶

Runtime permission interface.

Methods:

Name	Description
`check`	Return the current status of `permission` without prompting.
`request`	Prompt for `permission` (if needed) and return the result.

check `staticmethod` ¶

check(permission: PermissionName) -> PermissionStatus

Return the current status of permission without prompting.

request `async` `staticmethod` ¶

request(permission: PermissionName) -> PermissionStatus

Prompt for permission (if needed) and return the result.

deliver_android_permission_result ¶

deliver_android_permission_result(request_code: int, permissions: Any, grant_results: Any) -> bool

Forward an onRequestPermissionsResult to the pending coroutine.

App state¶

Foreground / background app lifecycle state.

AppState exposes the current lifecycle phase ("active", "inactive", or "background") and lets you subscribe to transitions. The native host (the iOS app delegate / Android Activity) forwards lifecycle callbacks by calling dispatch_app_state, so the same listener machinery works on every platform and in tests.

Prefer the use_app_state hook inside components; use the imperative API for non-UI code.

Example

import pythonnative as pn

@pn.component
def Banner():
    state = pn.use_app_state()
    return pn.Text(f"App is {state}")

Classes:

Name	Description
`AppState`	App lifecycle state interface.

Functions:

Name	Description
`dispatch_app_state`	Update the current state and notify every listener.
`use_app_state`	Subscribe a component to `AppState`.

AppState ¶

App lifecycle state interface.

Methods:

Name	Description
`current_state`	Return the current lifecycle phase.
`add_listener`	Subscribe to lifecycle changes.

current_state `staticmethod` ¶

current_state() -> AppStateStatus

Return the current lifecycle phase.

add_listener `staticmethod` ¶

add_listener(callback: Callable[[AppStateStatus], None]) -> Callable[[], None]

Subscribe to lifecycle changes.

Returns:

Type	Description
`Callable[[], None]`	A zero-arg function that unsubscribes when called.

dispatch_app_state ¶

dispatch_app_state(state: AppStateStatus) -> None

Update the current state and notify every listener.

Called by the native host on lifecycle transitions. Unknown values are ignored so a misbehaving host can't push garbage into the tree.

use_app_state ¶

use_app_state() -> AppStateStatus

Subscribe a component to AppState.

Returns:

Type	Description
`AppStateStatus`	The current lifecycle phase; the component re-renders whenever
`AppStateStatus`	it changes.

Network connectivity¶

Network connectivity state.

NetInfo reports whether the device is online and over what kind of connection. fetch returns a snapshot dict; add_listener (and the use_net_info hook) deliver live updates as the native host forwards connectivity changes through dispatch_net_info.

A snapshot looks like::

{"is_connected": True, "type": "wifi", "is_internet_reachable": True}

type is one of "wifi", "cellular", "ethernet", "none", or "unknown".

Classes:

Name	Description
`NetInfo`	Network connectivity interface.

Functions:

Name	Description
`dispatch_net_info`	Push a new connectivity snapshot and notify listeners.
`use_net_info`	Subscribe a component to `NetInfo`.

NetInfo ¶

Network connectivity interface.

Methods:

Name	Description
`fetch`	Return a fresh snapshot of connectivity state.
`add_listener`	Subscribe to connectivity changes; returns an unsubscribe fn.

fetch `staticmethod` ¶

fetch() -> NetInfoState

Return a fresh snapshot of connectivity state.

add_listener `staticmethod` ¶

add_listener(callback: Callable[[NetInfoState], None]) -> Callable[[], None]

Subscribe to connectivity changes; returns an unsubscribe fn.

dispatch_net_info ¶

dispatch_net_info(state: NetInfoState) -> None

Push a new connectivity snapshot and notify listeners.

use_net_info ¶

use_net_info() -> NetInfoState

Subscribe a component to NetInfo.

Returns:

Type	Description
`NetInfoState`	The latest connectivity snapshot dict; the component
`NetInfoState`	re-renders whenever connectivity changes.

Secure storage¶

Encrypted key/value storage for secrets (tokens, credentials).

SecureStore persists small string values in the iOS Keychain and Android EncryptedSharedPreferences, the right place for auth tokens and other secrets that AsyncStorage (plain, unencrypted) should never hold.

All methods are synchronous and return a bool (writes/deletes) or Optional[str] (reads). On desktop the module falls back to an in-process dict so code paths stay exercisable without a device Keychain.

Example

import pythonnative as pn

pn.SecureStore.set_item("token", "abc123")
token = pn.SecureStore.get_item("token")

Classes:

Name	Description
`SecureStore`	Encrypted secret storage (synchronous).

SecureStore ¶

Encrypted secret storage (synchronous).

Methods:

Name	Description
`set_item`	Store `value` under `key`. Returns `True` on success.
`get_item`	Return the value for `key`, or `None` if absent.
`delete_item`	Delete `key`. Returns `True` if it existed and was removed.

set_item `staticmethod` ¶

set_item(key: str, value: str) -> bool

Store value under key. Returns True on success.

get_item `staticmethod` ¶

get_item(key: str) -> Optional[str]

Return the value for key, or None if absent.

delete_item `staticmethod` ¶

delete_item(key: str) -> bool

Delete key. Returns True if it existed and was removed.

Battery¶

Battery level and charging state.

Battery reports the current charge fraction (0.0–1.0, or -1.0 when unknown) and charging state, and lets you subscribe to changes that the native host forwards via dispatch_battery.

Classes:

Name	Description
`Battery`	Battery interface (synchronous getters + change listener).

Functions:

Name	Description
`dispatch_battery`	Notify listeners of a battery change (called by the native host).

Battery ¶

Battery interface (synchronous getters + change listener).

Methods:

Name	Description
`get_level`	Return the charge fraction in `[0, 1]` (`-1.0` if unknown).
`get_state`	Return `"charging"` / `"full"` / `"unplugged"` / `"unknown"`.
`add_listener`	Subscribe to battery changes; returns an unsubscribe fn.

get_level `staticmethod` ¶

get_level() -> float

Return the charge fraction in [0, 1] (-1.0 if unknown).

get_state `staticmethod` ¶

get_state() -> BatteryState

Return "charging" / "full" / "unplugged" / "unknown".

add_listener `staticmethod` ¶

add_listener(callback: Callable[[Dict[str, object]], None]) -> Callable[[], None]

Subscribe to battery changes; returns an unsubscribe fn.

Each callback receives {"level": float, "state": str}.

dispatch_battery ¶

dispatch_battery(level: float, state: BatteryState) -> None

Notify listeners of a battery change (called by the native host).

Haptics & vibration¶

Haptic feedback and raw vibration.

Two interfaces live here:

Haptics: semantic, iOS-style feedback (impact / notification / selection) backed by UIFeedbackGenerator on iOS and VibrationEffect patterns on Android.
Vibration: a blunt "buzz for N milliseconds" interface for cases where you want an explicit duration.

Every method is synchronous and best-effort: on a device that lacks a Taptic Engine / vibrator, or on desktop, calls are silent no-ops rather than errors.

Classes:

Name	Description
`Haptics`	Semantic haptic feedback (synchronous, best-effort).
`Vibration`	Raw vibration control (synchronous, best-effort).

Haptics ¶

Semantic haptic feedback (synchronous, best-effort).

Methods:

Name	Description
`impact`	Play a physical "impact" tap of the given `style`.
`notification`	Play a success / warning / error notification pattern.
`selection`	Play the light "selection changed" tick.

impact `staticmethod` ¶

impact(style: ImpactStyle = 'medium') -> None

Play a physical "impact" tap of the given style.

notification `staticmethod` ¶

notification(type_: NotificationType = 'success') -> None

Play a success / warning / error notification pattern.

selection `staticmethod` ¶

selection() -> None

Play the light "selection changed" tick.

Vibration ¶

Raw vibration control (synchronous, best-effort).

Methods:

Name	Description
`vibrate`	Vibrate for `duration_ms` milliseconds.
`cancel`	Cancel an in-progress vibration (Android only).

vibrate `staticmethod` ¶

vibrate(duration_ms: int = 400) -> None

Vibrate for duration_ms milliseconds.

cancel `staticmethod` ¶

cancel() -> None

Cancel an in-progress vibration (Android only).

Biometrics¶

Biometric authentication (Face ID / Touch ID / fingerprint).

Biometrics gates an action behind the device's biometric hardware via LAContext (iOS) and BiometricPrompt (Android).

is_available is synchronous; authenticate is a coroutine that presents the system prompt and resolves to True on success or False on failure / cancellation.

Example

import pythonnative as pn

async def unlock():
    if await pn.Biometrics.authenticate("Unlock your vault"):
        show_secrets()

Classes:

Name	Description
`Biometrics`	Biometric authentication interface.

Biometrics ¶

Biometric authentication interface.

Methods:

Name	Description
`is_available`	Return `True` when biometric auth can be attempted.
`authenticate`	Present the biometric prompt; resolve `True` on success.

is_available `staticmethod` ¶

is_available() -> bool

Return True when biometric auth can be attempted.

authenticate `async` `staticmethod` ¶

authenticate(reason: str = 'Authenticate') -> bool

Present the biometric prompt; resolve True on success.

Next steps¶

See guidance and permission setup in Native modules guide.

Native modules¶

Camera¶

Camera ¶

take_photo async staticmethod ¶

pick_from_gallery async staticmethod ¶

deliver_android_activity_result ¶

Location¶

Location ¶

get_current async staticmethod ¶

File system¶

FileSystem ¶

app_dir staticmethod ¶

read_text staticmethod ¶

write_text staticmethod ¶

exists staticmethod ¶

delete staticmethod ¶

list_dir staticmethod ¶

read_bytes staticmethod ¶

write_bytes staticmethod ¶

get_size staticmethod ¶

ensure_dir staticmethod ¶

join staticmethod ¶

Notifications¶

Notifications ¶

request_permission async staticmethod ¶

schedule async staticmethod ¶

cancel async staticmethod ¶

Clipboard¶

Clipboard ¶

set_string staticmethod ¶

get_string staticmethod ¶

has_string staticmethod ¶

Share¶

Share ¶

share async staticmethod ¶

Linking¶

Linking ¶

open_url staticmethod ¶

can_open_url staticmethod ¶

open_settings staticmethod ¶

get_initial_url staticmethod ¶

set_initial_url ¶

Permissions¶

Permissions ¶

check staticmethod ¶

request async staticmethod ¶

deliver_android_permission_result ¶

App state¶

AppState ¶

current_state staticmethod ¶

add_listener staticmethod ¶

dispatch_app_state ¶

use_app_state ¶

Network connectivity¶

NetInfo ¶

fetch staticmethod ¶

add_listener staticmethod ¶

dispatch_net_info ¶

use_net_info ¶

Secure storage¶

SecureStore ¶

set_item staticmethod ¶

get_item staticmethod ¶

delete_item staticmethod ¶

Battery¶

Battery ¶

get_level staticmethod ¶

get_state staticmethod ¶

add_listener staticmethod ¶

dispatch_battery ¶

Haptics & vibration¶

Haptics ¶

impact staticmethod ¶

notification staticmethod ¶

selection staticmethod ¶

Vibration ¶

vibrate staticmethod ¶

cancel staticmethod ¶

Biometrics¶

Biometrics ¶

take_photo `async` `staticmethod` ¶

pick_from_gallery `async` `staticmethod` ¶

get_current `async` `staticmethod` ¶

app_dir `staticmethod` ¶

read_text `staticmethod` ¶

write_text `staticmethod` ¶

exists `staticmethod` ¶

delete `staticmethod` ¶

list_dir `staticmethod` ¶

read_bytes `staticmethod` ¶

write_bytes `staticmethod` ¶

get_size `staticmethod` ¶

ensure_dir `staticmethod` ¶

join `staticmethod` ¶

request_permission `async` `staticmethod` ¶

schedule `async` `staticmethod` ¶

cancel `async` `staticmethod` ¶

set_string `staticmethod` ¶

get_string `staticmethod` ¶

has_string `staticmethod` ¶

share `async` `staticmethod` ¶

open_url `staticmethod` ¶

can_open_url `staticmethod` ¶

open_settings `staticmethod` ¶

get_initial_url `staticmethod` ¶

check `staticmethod` ¶

request `async` `staticmethod` ¶

current_state `staticmethod` ¶

add_listener `staticmethod` ¶

fetch `staticmethod` ¶

add_listener `staticmethod` ¶

set_item `staticmethod` ¶

get_item `staticmethod` ¶

delete_item `staticmethod` ¶

get_level `staticmethod` ¶

get_state `staticmethod` ¶

add_listener `staticmethod` ¶

impact `staticmethod` ¶

notification `staticmethod` ¶

selection `staticmethod` ¶

vibrate `staticmethod` ¶

cancel `staticmethod` ¶

is_available `staticmethod` ¶

authenticate `async` `staticmethod` ¶