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react-native-firebase/lib/index.d.ts

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// Type definitions for React Native Firebase v4.2.0
// Project: https://github.com/invertase/react-native-firebase
// Definitions by: React Native Firebase Contributors
// TypeScript Version: 2.1
declare module 'react-native-firebase' {
/** 3rd party provider Credentials */
type AuthCredential = {
providerId: string;
token: string;
secret: string;
};
type FirebaseModuleAndStatics<M, S = {}> = {
(): M;
nativeModuleExists: boolean;
} & S;
// Modules commented-out do not currently have type definitions
export class Firebase {
private constructor();
// admob: FirebaseModuleAndStatics<RNFirebase.admob.AdMob>;
analytics: FirebaseModuleAndStatics<RNFirebase.Analytics>;
auth: FirebaseModuleAndStatics<
RNFirebase.auth.Auth,
RNFirebase.auth.AuthStatics
>;
// config: FirebaseModule<RNFirebase.config.Config>;
crash: FirebaseModuleAndStatics<RNFirebase.crash.Crash>;
crashlytics: FirebaseModuleAndStatics<RNFirebase.crashlytics.Crashlytics>;
database: FirebaseModuleAndStatics<
RNFirebase.database.Database,
RNFirebase.database.DatabaseStatics
>;
firestore: FirebaseModuleAndStatics<
RNFirebase.firestore.Firestore,
RNFirebase.firestore.FirestoreStatics
>;
functions: FirebaseModuleAndStatics<
RNFirebase.functions.Functions,
RNFirebase.functions.FunctionsStatics
>;
iid: FirebaseModuleAndStatics<RNFirebase.iid.InstanceId>;
// invites: FirebaseModuleAndStatics<RNFirebase.invites.Invites>
links: FirebaseModuleAndStatics<
RNFirebase.links.Links,
RNFirebase.links.LinksStatics
>;
messaging: FirebaseModuleAndStatics<
RNFirebase.messaging.Messaging,
RNFirebase.messaging.MessagingStatics
>;
notifications: FirebaseModuleAndStatics<
RNFirebase.notifications.Notifications,
RNFirebase.notifications.NotificationsStatics
>;
// perf: FirebaseModuleAndStatics<RNFirebase.perf.Perf>;
storage: FirebaseModuleAndStatics<RNFirebase.storage.Storage>;
// utils: FirebaseModuleAndStatics<RNFirebase.utils.Utils>;
initializeApp(options: Firebase.Options, name: string): App;
app(name?: string): App;
readonly apps: App[];
readonly SDK_VERSION: string;
}
namespace Firebase {
interface Options {
apiKey: string;
appId: string;
databaseURL: string;
messagingSenderId: string;
projectId: string;
storageBucket: string;
}
}
const firebase: Firebase;
export default firebase;
// Modules commented-out do not currently have type definitions
export class App {
private constructor();
// admob(): RNFirebase.admob.AdMob;
analytics(): RNFirebase.Analytics;
auth(): RNFirebase.auth.Auth;
// config(): RNFirebase.config.Config;
crash(): RNFirebase.crash.Crash;
crashlytics(): RNFirebase.crashlytics.Crashlytics;
database(): RNFirebase.database.Database;
firestore(): RNFirebase.firestore.Firestore;
functions(): RNFirebase.functions.Functions;
iid(): RNFirebase.iid.InstanceId;
// invites(): RNFirebase.invites.Invites;
links(): RNFirebase.links.Links;
messaging(): RNFirebase.messaging.Messaging;
notifications(): RNFirebase.notifications.Notifications;
// perf(): RNFirebase.perf.Performance;
storage(): RNFirebase.storage.Storage;
// utils(): RNFirebase.utils.Utils;
readonly name: string;
readonly options: Firebase.Options;
onReady: () => Promise<App>;
}
export namespace RNFirebase {
interface RnError extends Error {
code?: string;
}
type GoogleApiAvailabilityType = {
status: number;
isAvailable: boolean;
isUserResolvableError?: boolean;
error?: string;
};
/**
* pass custom options by passing an object with configuration options.
* The configuration object will be generated first by the native configuration object, if set and then will be overridden if passed in JS.
* That is, all of the following key/value pairs are optional if the native configuration is set.
*/
interface configurationOptions {
/**
* default false
* When set to true, RNFirebase will log messages to the console and fire debug events we can listen to in js
* @usage
* firebase.on('debug', msg => console.log('Received debug message', msg))
*/
debug?: boolean;
/**
* default false
* When set to true, database persistence will be enabled.
*/
persistence?: boolean;
/**
* Default from app [NSBundle mainBundle] The bundle ID for the app to be bundled with
*/
bundleID?: string;
/**
* defualt ""
* The Google App ID that is used to uniquely identify an instance of an app.
*/
googleAppID?: string;
/**
* deufalt ""
* The database root (i.e. https://my-app.firebaseio.com)
*/
databaseURL?: string;
/**
* defualt ""
* URL scheme to set up durable deep link service
*/
deepLinkURLScheme?: string;
/**
* defualt ""
* The Google Cloud storage bucket name
*/
storageBucket?: string;
/**
* default ""
* The Android client ID used in Google AppInvite when an iOS app has it's android version
*/
androidClientID?: string;
/**
* default ""
* The Project number from the Google Developer's console used to configure Google Cloud Messaging
*/
GCMSenderID?: string;
/**
* default ""
* The tracking ID for Google Analytics
*/
trackingID?: string;
/**
* default ""
* The OAuth2 client ID for iOS application used to authenticate Google Users for signing in with Google
*/
clientID?: string;
/**
* defualt ""
* The secret iOS API key used for authenticating requests from our app
*/
APIKey?: string;
}
namespace storage {
interface StorageTask<T> extends Promise<T> {
on(
event: TaskEvent,
nextOrObserver: (snapshot: any) => any,
error: (error: RnError) => any,
complete: (complete: any) => any
): any;
/**
* is not currently supported by react-native-firebase
*/
pause(): void;
/**
* is not currently supported by react-native-firebase
*/
resume(): void;
/**
* is not currently supported by react-native-firebase
*/
cancel(): void;
}
interface RNStorage extends Reference {
/**
* Downloads a reference to the device
* @param {String} filePath Where to store the file
* @return {Promise}
* */
downloadFile(filePath: string): StorageTask<any>;
/**
* Upload a file path
* @returns {Promise}
*/
putFile(filePath: string, metadata?: any): StorageTask<any>;
setMaxDownloadRetryTime(time: number): void;
[key: string]: any;
}
interface Storage {
maxOperationRetryTime: number;
maxUploadRetryTime: number;
ref(path?: string): storage.RNStorage;
refFromURL(url: string): storage.RNStorage;
setMaxOperationRetryTime(time: number): any;
setMaxUploadRetryTime(time: number): any;
}
interface Reference {
bucket: string;
child(path: string): storage.Reference;
delete(): Promise<any>;
fullPath: string;
getDownloadURL(): Promise<any>;
getMetadata(): Promise<any>;
name: string;
parent: storage.Reference | null;
put(
data: any | Uint8Array | ArrayBuffer,
metadata?: storage.UploadMetadata
): storage.UploadTask;
putString(
data: string,
format?: storage.StringFormat,
metadata?: storage.UploadMetadata
): storage.UploadTask;
root: storage.Reference;
storage: storage.Storage;
toString(): string;
updateMetadata(metadata: storage.SettableMetadata): Promise<any>;
}
interface UploadMetadata extends storage.SettableMetadata {
md5Hash?: string | null;
}
interface SettableMetadata {
cacheControl?: string | null;
contentDisposition?: string | null;
contentEncoding?: string | null;
contentLanguage?: string | null;
contentType?: string | null;
customMetadata?: {
[/* warning: coerced from ? */ key: string]: string;
} | null;
}
type StringFormat = string;
var StringFormat: {
BASE64: StringFormat;
BASE64URL: StringFormat;
DATA_URL: StringFormat;
RAW: StringFormat;
};
interface UploadTask {
cancel(): boolean;
catch(onRejected: (a: RnError) => any): Promise<any>;
on(
event: storage.TaskEvent,
nextOrObserver?: null | Object,
error?: ((a: RnError) => any) | null,
complete?: (() => any) | null
): Function;
pause(): boolean;
resume(): boolean;
snapshot: storage.UploadTaskSnapshot;
then(
onFulfilled?: ((a: storage.UploadTaskSnapshot) => any) | null,
onRejected?: ((a: RnError) => any) | null
): Promise<any>;
}
interface UploadTaskSnapshot {
bytesTransferred: number;
downloadURL: string | null;
metadata: storage.FullMetadata;
ref: storage.Reference;
state: storage.TaskState;
task: storage.UploadTask;
totalBytes: number;
}
interface FullMetadata extends storage.UploadMetadata {
bucket: string;
downloadURLs: string[];
fullPath: string;
generation: string;
metageneration: string;
name: string;
size: number;
timeCreated: string;
updated: string;
}
type TaskEvent = string;
var TaskEvent: {
STATE_CHANGED: TaskEvent;
};
type TaskState = string;
var TaskState: {
CANCELED: TaskState;
ERROR: TaskState;
PAUSED: TaskState;
RUNNING: TaskState;
SUCCESS: TaskState;
};
}
namespace database {
interface Database {
/**
* Returns a new firebase reference instance
* */
ref(path?: string): RnReference;
/**
* register listener
*/
on(
path: string,
modifiersString: string,
modifiers: Array<string>,
eventName: string,
cb: () => void,
errorCb: () => void
): any;
/**
* unregister listener
*/
off(
path: string,
modifiersString: string,
eventName?: string,
origCB?: () => void
): any;
/**
* Removes all event handlers and their native subscriptions
*/
cleanup(): Promise<any>;
/**
* connect to firebase backend
*/
goOnline(): void;
/**
* disconnect to firebase backend
*/
goOffline(): void;
[key: string]: any;
}
interface RnReference extends Reference {
keepSynced(bool: boolean): any;
filter(name: string, value: any, key?: string): any;
[key: string]: any;
}
type QueryEventType =
| 'value'
| 'child_added'
| 'child_removed'
| 'child_changed'
| 'child_moved';
type QuerySuccessCallback = (
snapshot: DataSnapshot,
previousChildId?: string | null
) => void;
type QueryErrorCallback = (e: Error) => void;
interface Query {
endAt(
value: number | string | boolean | null,
key?: string
): database.Query;
equalTo(
value: number | string | boolean | null,
key?: string
): database.Query;
isEqual(other: database.Query | null): boolean;
limitToFirst(limit: number): database.Query;
limitToLast(limit: number): database.Query;
off(
eventType?: QueryEventType,
callback?: QuerySuccessCallback,
context?: Object
): void;
on(
eventType: QueryEventType,
callback: QuerySuccessCallback,
cancelCallbackOrContext?: QueryErrorCallback,
context?: Object
): (
a: database.DataSnapshot | null,
b?: string
) => QuerySuccessCallback;
once(
eventType: QueryEventType,
successCallback?: QuerySuccessCallback,
failureCallbackOrContext?: QueryErrorCallback,
context?: Object
): Promise<DataSnapshot>;
orderByChild(path: string): database.Query;
orderByKey(): database.Query;
orderByPriority(): database.Query;
orderByValue(): database.Query;
ref: database.Reference;
startAt(
value: number | string | boolean | null,
key?: string
): database.Query;
toJSON(): Object;
toString(): string;
}
interface DataSnapshot {
child(path: string): database.DataSnapshot;
exists(): boolean;
exportVal(): any;
forEach(action: (a: database.DataSnapshot) => boolean): boolean;
getPriority(): string | number | null;
hasChild(path: string): boolean;
hasChildren(): boolean;
key: string | null;
numChildren(): number;
ref: database.Reference;
toJSON(): Object | null;
val(): any;
}
interface ThenableReference<T> extends Promise<T> {}
interface ThenableReference<T> extends Reference {}
interface Reference extends database.Query {
child(path: string): database.Reference;
key: string | null;
onDisconnect(): any;
parent: database.Reference | null;
push(
value?: any,
onComplete?: (a: RnError | null) => any
): ThenableReference<any>;
remove(onComplete?: (a: RnError | null) => any): Promise<any>;
root: database.Reference;
set(value: any, onComplete?: (a: RnError | null) => any): Promise<any>;
setPriority(
priority: string | number | null,
onComplete: (a: RnError | null) => any
): Promise<any>;
setWithPriority(
newVal: any,
newPriority: string | number | null,
onComplete?: (a: RnError | null) => any
): Promise<any>;
transaction(
transactionUpdate: (a: any) => any,
onComplete?: (
a: RnError | null,
b: boolean,
c: database.DataSnapshot | null
) => any,
applyLocally?: boolean
): Promise<any>;
update(
values: Object,
onComplete?: (a: RnError | null) => any
): Promise<any>;
}
interface DatabaseStatics {
/** @see https://www.firebase.com/docs/java-api/javadoc/com/firebase/client/ServerValue.html#TIMESTAMP */
ServerValue: {
TIMESTAMP: {
[key: string]: string;
};
};
}
}
/**
* firebase Analytics
*/
interface Analytics {
/**Log a custom event with optional params. */
logEvent(event: string, params?: Object): void;
/** Sets whether analytics collection is enabled for this app on this device. */
setAnalyticsCollectionEnabled(enabled: boolean): void;
/**
* Sets the current screen name, which specifies the current visual context in your app.
* Whilst screenClassOverride is optional,
* it is recommended it is always sent as your current class name,
* for example on Android it will always show as 'MainActivity' if not specified.
*/
setCurrentScreen(
screenName: string | null,
screenClassOverride?: string
): void;
/**
* Sets the minimum engagement time required before starting a session.
* The default value is 10000 (10 seconds)
*/
setMinimumSessionDuration(miliseconds: number): void;
/**
* Sets the duration of inactivity that terminates the current session.
* The default value is 1800000 (30 minutes).
*/
setSessionTimeoutDuration(miliseconds: number): void;
/**
* Gives a user a uniqiue identificaition.
* @example
* const id = firebase.auth().currentUser.uid;
*
* firebase.analytics().setUserId(id);
*/
setUserId(id: string | null): void;
/**
* Sets a key/value pair of data on the current user.
*/
setUserProperty(name: string, value: string | null): void;
[key: string]: any;
}
type AdditionalUserInfo = {
isNewUser: boolean;
profile?: Object;
providerId: string;
username?: string;
};
type UserCredential = {
additionalUserInfo?: AdditionalUserInfo;
user: User;
};
type UserInfo = {
displayName?: string;
email?: string;
phoneNumber?: string;
photoURL?: string;
providerId: string;
uid: string;
};
type UpdateProfile = {
displayName?: string;
photoURL?: string;
};
type UserMetadata = {
creationTime?: string;
lastSignInTime?: string;
};
interface User {
/**
* The user's display name (if available).
*/
displayName: string | null;
/**
* - The user's email address (if available).
*/
email: string | null;
/**
* - True if the user's email address has been verified.
*/
emailVerified: boolean;
/**
*
*/
isAnonymous: boolean;
metadata: UserMetadata;
phoneNumber: string | null;
/**
* - The URL of the user's profile picture (if available).
*/
photoURL: string | null;
/**
* - Additional provider-specific information about the user.
*/
providerData: Array<UserInfo>;
/**
* - The authentication provider ID for the current user.
* For example, 'facebook.com', or 'google.com'.
*/
providerId: string;
/**
* - The user's unique ID.
*/
uid: string;
/**
* Delete the current user.
*/
delete(): Promise<void>;
/**
* Returns the users authentication token.
*
* @param forceRefresh: boolean - default to false
*/
getIdToken(forceRefresh?: boolean): Promise<string>;
getToken(forceRefresh?: boolean): Promise<string>;
linkAndRetrieveDataWithCredential(
credential: AuthCredential
): Promise<UserCredential>;
/**
* Link the user with a 3rd party credential provider.
*/
linkWithCredential(credential: AuthCredential): Promise<User>;
reauthenticateAndRetrieveDataWithCredential(
credential: AuthCredential
): Promise<UserCredential>;
/**
* Re-authenticate a user with a third-party authentication provider
*/
reauthenticateWithCredential(credential: AuthCredential): Promise<void>;
/**
* Refreshes the current user.
*/
reload(): Promise<void>;
/**
* Sends a verification email to a user.
* This will Promise reject is the user is anonymous.
*/
sendEmailVerification(
actionCodeSettings?: ActionCodeSettings
): Promise<void>;
toJSON(): object;
unlink(providerId: string): Promise<User>;
/**
* Updates the user's email address.
* See Firebase docs for more information on security & email validation.
* This will Promise reject is the user is anonymous.
*/
updateEmail(email: string): Promise<void>;
/**
* Important: this is a security sensitive operation that requires the user to have recently signed in.
* If this requirement isn't met, ask the user to authenticate again and then call firebase.User#reauthenticate.
* This will Promise reject is the user is anonymous.
*/
updatePassword(password: string): Promise<void>;
/**
* Updates a user's profile data.
* Profile data should be an object of fields to update:
*/
updateProfile(updates: UpdateProfile): Promise<void>;
}
type ActionCodeSettings = {
android: {
installApp?: boolean;
minimumVersion?: string;
packageName: string;
};
handleCodeInApp?: boolean;
iOS: {
bundleId?: string;
};
url: string;
};
interface ActionCodeInfo {
data: {
email?: string;
fromEmail?: string;
};
operation: 'PASSWORD_RESET' | 'VERIFY_EMAIL' | 'RECOVER_EMAIL';
}
interface ConfirmationResult {
confirm(verificationCode: string): Promise<User | null>;
verificationId: string | null;
}
type PhoneAuthSnapshot = {
state: 'sent' | 'timeout' | 'verified' | 'error';
verificationId: string;
code: string | null;
error: Error | null;
};
type PhoneAuthError = {
code: string | null;
verificationId: string;
message: string | null;
stack: string | null;
};
interface PhoneAuthListener {
on(
event: string,
observer: () => PhoneAuthSnapshot,
errorCb?: () => PhoneAuthError,
successCb?: () => PhoneAuthSnapshot
): PhoneAuthListener;
then(fn: () => PhoneAuthSnapshot): Promise<any>;
catch(fn: () => Error): Promise<any>;
}
namespace auth {
type AuthResult = {
authenticated: boolean;
user: object | null;
} | null;
type AuthProvider = {
PROVIDER_ID: string;
credential: (token: string, secret?: string) => AuthCredential;
};
type EmailAuthProvider = {
PROVIDER_ID: string;
EMAIL_LINK_SIGN_IN_METHOD: string;
EMAIL_PASSWORD_SIGN_IN_METHOD: string;
credential: (email: string, password: string) => AuthCredential;
credentialWithLink: (email: string, emailLink: string) => AuthCredential;
};
interface Auth {
readonly app: App;
/**
* Returns the current Firebase authentication state.
*/
authResult: AuthResult | null;
/**
* Returns the currently signed-in user (or null). See the User class documentation for further usage.
*/
currentUser: User | null;
/**
* Gets/Sets the language for the app instance
*/
languageCode: string | null;
/**
* Listen for changes in the users auth state (logging in and out).
* This method returns a unsubscribe function to stop listening to events.
* Always ensure you unsubscribe from the listener when no longer needed to prevent updates to components no longer in use.
*/
onAuthStateChanged(listener: Function): () => void;
/**
* Listen for changes in id token.
* This method returns a unsubscribe function to stop listening to events.
* Always ensure you unsubscribe from the listener when no longer needed to prevent updates to components no longer in use.
*/
onIdTokenChanged(listener: Function): () => void;
/**
* Listen for changes in the user.
* This method returns a unsubscribe function to stop listening to events.
* Always ensure you unsubscribe from the listener when no longer needed to prevent updates to components no longer in use.
*/
onUserChanged(listener: Function): () => void;
signOut(): Promise<void>;
signInAnonymouslyAndRetrieveData(): Promise<UserCredential>;
/**
* Sign an anonymous user.
* If the user has already signed in, that user will be returned
*/
signInAnonymously(): Promise<User>;
createUserAndRetrieveDataWithEmailAndPassword(
email: string,
password: string
): Promise<UserCredential>;
signInWithEmailLink(
email: string,
emailLink: string
): Promise<UserCredential>;
isSignInWithEmailLink(emailLink: string): boolean;
/**
* We can create a user by calling the createUserWithEmailAndPassword() function.
* The method accepts two parameters, an email and a password.
*/
createUserWithEmailAndPassword(
email: string,
password: string
): Promise<User>;
signInAndRetrieveDataWithEmailAndPassword(
email: string,
password: string
): Promise<UserCredential>;
/**
* To sign a user in with their email and password, use the signInWithEmailAndPassword() function.
* It accepts two parameters, the user's email and password:
*/
signInWithEmailAndPassword(
email: string,
password: string
): Promise<User>;
signInAndRetrieveDataWithCustomToken(
token: string
): Promise<UserCredential>;
/**
* Sign a user in with a self-signed JWT token.
* To sign a user using a self-signed custom token,
* use the signInWithCustomToken() function.
* It accepts one parameter, the custom token:
*/
signInWithCustomToken(token: string): Promise<User>;
signInAndRetrieveDataWithCredential(
credential: AuthCredential
): Promise<UserCredential>;
/**
* Sign in the user with a 3rd party credential provider.
* credential requires the following properties:
*/
signInWithCredential(credential: AuthCredential): Promise<User>;
/**
* Asynchronously signs in using a phone number.
*/
signInWithPhoneNumber(phoneNumber: string): Promise<ConfirmationResult>;
/**
* Returns a PhoneAuthListener to listen to phone verification events,
* on the final completion event a PhoneAuthCredential can be generated for
* authentication purposes.
*/
verifyPhoneNumber(
phoneNumber: string,
autoVerifyTimeout?: number
): PhoneAuthListener;
/**
* Sends a password reset email to the given email address.
* Unlike the web SDK,
* the email will contain a password reset link rather than a code.
*/
sendPasswordResetEmail(
email: string,
actionCodeSettings?: ActionCodeSettings
): Promise<void>;
sendSignInLinkToEmail(
email: string,
actionCodeSettings?: ActionCodeSettings
): Promise<void>;
/**
* Completes the password reset process, given a confirmation code and new password.
*/
confirmPasswordReset(code: string, newPassword: string): Promise<void>;
/**
* Applies a verification code sent to the user by email or other out-of-band mechanism.
*/
applyActionCode(code: string): Promise<void>;
/**
* Checks a verification code sent to the user by email or other out-of-band mechanism.
*/
checkActionCode(code: string): Promise<ActionCodeInfo>;
/**
* Returns a list of authentication providers that can be used to sign in a given user (identified by its main email address).
*/
fetchProvidersForEmail(email: string): Promise<Array<string>>;
verifyPasswordResetCode(code: string): Promise<string>;
[key: string]: any;
}
interface AuthStatics {
EmailAuthProvider: EmailAuthProvider;
PhoneAuthProvider: AuthProvider;
GoogleAuthProvider: AuthProvider;
GithubAuthProvider: AuthProvider;
OAuthProvider: AuthProvider;
TwitterAuthProvider: AuthProvider;
FacebookAuthProvider: AuthProvider;
PhoneAuthState: {
CODE_SENT: string;
AUTO_VERIFY_TIMEOUT: string;
AUTO_VERIFIED: string;
ERROR: string;
};
}
}
namespace messaging {
interface Messaging {
/**
* Returns the devices FCM token.
*/
getToken(): Promise<string>;
/**
* On a new message,
* the payload object is passed to the listener callback.
* This method is only triggered when the app is running.
*/
onMessage(listener: (message: any) => any): () => any;
/**
* On the event a devices FCM token is refreshed by Google,
* the new token is returned in a callback listener.
*/
onTokenRefresh(listener: (token: string) => any): () => any;
/**
* Requests app notification permissions in an Alert dialog.
*/
requestPermission(): Promise<boolean>;
/**
* Checks if the app has notification permissions.
*/
hasPermission(): Promise<boolean>;
/**
* Send an upstream message
*/
sendMessage(remoteMessage: RemoteMessage): Promise<void>;
/**
* Subscribes the device to a topic.
*/
subscribeToTopic(topic: string): void;
/**
* Unsubscribes the device from a topic.
*/
unsubscribeFromTopic(topic: string): void;
}
class RemoteMessage {
collapseKey?: string;
data: Object;
from?: string;
messageId?: string;
messageType: string;
sentTime?: number;
to?: string;
ttl?: number;
constructor();
setCollapseKey(collapseKey: string): RemoteMessage;
setData(data: Object): RemoteMessage;
setMessageId(messageId: string): RemoteMessage;
setMessageType(messageType: string): RemoteMessage;
setTo(to: string): RemoteMessage;
setTtl(ttl: number): RemoteMessage;
}
interface MessagingStatics {
RemoteMessage: typeof RemoteMessage;
}
}
namespace iid {
interface InstanceId {
delete(): Promise<void>;
get(): Promise<string>;
}
}
namespace notifications {
interface AndroidNotifications {
createChannel(channel: Android.Channel): Promise<void>;
createChannelGroup(channelGroup: Android.ChannelGroup): Promise<void>;
createChannelGroups(
channelGroups: Android.ChannelGroup[]
): Promise<void>;
createChannels(channels: Android.Channel[]): Promise<void>;
deleteChannelGroup(groupId: string): Promise<void>;
deleteChannel(channelId: string): Promise<void>;
}
interface Notifications {
android: AndroidNotifications;
/**
* Cancels all notifications
*/
cancelAllNotifications(): void;
/**
* Cancels a notification by ID
*/
cancelNotification(notificationId: string): void;
displayNotification(notification: Notification): Promise<void>;
/**
* Returns the current badge number on the app icon.
*/
getBadge(): Promise<number>;
getInitialNotification(): Promise<NotificationOpen>;
getScheduledNotifications(): Promise<Notification[]>;
onNotification(
listener: (notification: Notification) => any
): () => any;
onNotificationDisplayed(
listener: (notification: Notification) => any
): () => any;
onNotificationOpened(
listener: (notificationOpen: NotificationOpen) => any
): () => any;
removeAllDeliveredNotifications(): void;
removeDeliveredNotification(notificationId: string): void;
/**
* Schedule a local notification to be shown on the device.
*/
scheduleNotification(notification: Notification, schedule: any): any;
/**
* Sets the badge number on the iOS app icon.
*/
setBadge(badge: number): void;
}
class Notification {
android: AndroidNotification;
ios: IOSNotification;
body: string;
data: any;
notificationId: string;
sound?: string;
subtitle?: string;
title: string;
constructor();
setBody(body: string): Notification;
setData(data: any): Notification;
setNotificationId(notificationId: string): Notification;
setSound(sound: string): Notification;
setSubtitle(subtitle: string): Notification;
setTitle(title: string): Notification;
}
class NotificationOpen {
action: string;
notification: Notification;
results?: any;
}
class AndroidNotification {
actions?: Android.Action[];
autoCancel?: boolean;
badgeIconType?: Android.BadgeIconType;
bigPicture?: any;
bigText?: any;
category?: Android.Category;
channelId?: string;
clickAction?: string;
color?: string;
colorized?: boolean;
contentInfo?: string;
defaults?: Android.Defaults[];
group?: string;
groupAlertBehaviour?: Android.GroupAlert;
groupSummary?: boolean;
largeIcon?: string;
lights?: Android.Lights;
localOnly?: boolean;
number?: number;
ongoing?: boolean;
onlyAlertOnce?: boolean;
people?: string[];
priority?: Android.Priority;
progress?: Android.Progress;
remoteInputHistory?: string[];
shortcutId?: string;
showWhen?: boolean;
smallIcon?: any;
sortKey?: string;
ticker?: string;
timeoutAfter?: number;
usesChronometer?: boolean;
vibrate?: number[];
visibility?: Android.Visibility;
when?: number;
addAction(action: Android.Action): Notification;
addPerson(person: string): Notification;
setAutoCancel(autoCancel: boolean): Notification;
setBadgeIconType(badgeIconType: Android.BadgeIconType): Notification;
setBigPicture(
picture: string,
largeIcon?: string,
contentTitle?: string,
summaryText?: string
): Notification;
setBigText(
text: string,
contentTitle?: string,
summaryText?: string
): Notification;
setCategory(category: Android.Category): Notification;
setChannelId(channelId: string): Notification;
setClickAction(clickAction: string): Notification;
setColor(color: string): Notification;
setColorized(colorized: boolean): Notification;
setContentInfo(contentInfo: string): Notification;
setDefaults(defaults: Android.Defaults[]): Notification;
setGroup(group: string): Notification;
setGroupAlertBehaviour(
groupAlertBehaviour: Android.GroupAlert
): Notification;
setGroupSummary(groupSummary: boolean): Notification;
setLargeIcon(largeIcon: string): Notification;
setLights(argb: number, onMs: number, offMs: number): Notification;
setLocalOnly(localOnly: boolean): Notification;
setNumber(number: number): Notification;
setOngoing(ongoing: boolean): Notification;
setOnlyAlertOnce(onlyAlertOnce: boolean): Notification;
setPriority(priority: Android.Priority): Notification;
setProgress(
max: number,
progress: number,
indeterminate: boolean
): Notification;
//setPublicVersion(publicVersion: Notification): Notification
setRemoteInputHistory(remoteInputHistory: string[]): Notification;
setShortcutId(shortcutId: string): Notification;
setShowWhen(showWhen: boolean): Notification;
setSmallIcon(icon: string, level?: number): Notification;
setSortKey(sortKey: string): Notification;
setTicker(ticker: string): Notification;
setTimeoutAfter(timeoutAfter: number): Notification;
setUsesChronometer(usesChronometer: boolean): Notification;
setVibrate(vibrate: number[]): Notification;
setVisibility(visibility: Android.Visibility): Notification;
setWhen(when: number): Notification;
}
namespace Android {
class Action {
action: string;
allowGeneratedReplies: boolean;
icon: string;
remoteInputs: RemoteInput[];
semanticAction?: SemanticAction;
showUserInterface?: boolean;
title: string;
runInBackground?: boolean;
constructor(action: string, icon: string, title: string);
addRemoteInput(remoteInput: RemoteInput): Action;
setAllowGenerateReplies(allowGeneratedReplies: boolean): Action;
setSemanticAction(semanticAction: SemanticAction): Action;
setShowUserInterface(showUserInterface: boolean): Action;
setRunInBackground(runInBackground: boolean): Action;
}
class RemoteInput {
allowedDataTypes: any[];
allowFreeFormInput?: boolean;
choices: string[];
label?: string;
resultKey: string;
constructor(resultKey: string);
setAllowDataType(mimeType: string, allow: boolean): RemoteInput;
setAllowFreeFormInput(allowFreeFormInput: boolean): RemoteInput;
setChoices(choices: string[]): RemoteInput;
setLabel(label: string): RemoteInput;
}
class Channel {
channelId: string;
name: string;
importance: Importance;
bypassDnd?: boolean;
description?: string;
group?: string;
lightColor?: string;
lightsEnabled?: boolean;
lockScreenVisibility?: Visibility;
showBadge?: boolean;
sound?: string;
vibrationEnabled?: boolean;
vibrationPattern?: number[];
constructor(channelId: string, name: string, importance: Importance);
enableLights(lightsEnabled: boolean): Channel;
enableVibration(vibrationEnabled: boolean): Channel;
setBypassDnd(bypassDnd: boolean): Channel;
setDescription(description: string): Channel;
setGroup(groupId: string): Channel;
setLightColor(lightColor: string): Channel;
setLockScreenVisibility(lockScreenVisibility: Visibility): Channel;
setShowBadge(showBadge: boolean): Channel;
setSound(sound: string): Channel;
setVibrationPattern(vibrationPattern: number[]): Channel;
}
class ChannelGroup {
groupId: string;
name: string;
constructor(groupId: string, name: string);
}
export enum BadgeIconType {
Large = 2,
None = 0,
Small = 1,
}
export type Category =
| 'alarm'
| 'call'
| 'email'
| 'err'
| 'event'
| 'msg'
| 'progress'
| 'promo'
| 'recommendation'
| 'reminder'
| 'service'
| 'social'
| 'status'
| 'system'
| 'transport';
export enum Defaults {
All = -1,
Lights = 4,
Sound = 1,
Vibrate = 2,
}
export enum GroupAlert {
All = 0,
Children = 2,
Summary = 1,
}
export enum Importance {
Default = 3,
High = 4,
Low = 2,
Max = 5,
Min = 1,
None = 3,
Unspecified = -1000,
}
export enum Priority {
Default = 0,
High = 1,
Low = -1,
Max = 2,
Min = -2,
}
export enum SemanticAction {
Archive = 5,
Call = 10,
Delete = 4,
MarkAsRead = 2,
MarkAsUnread = 3,
Mute = 6,
None = 0,
Reply = 1,
ThumbsDown = 9,
ThumbsUp = 8,
Unmute = 7,
}
export enum Visibility {
Private = 0,
Public = 1,
Secret = -1,
}
class Lights {
argb: number;
offMs: number;
onMs: number;
}
class Progress {
indeterminate: boolean;
max: number;
progress: number;
}
}
class IOSNotification {
alertAction?: string;
attachments: IOSAttachment[];
badge?: string;
category?: string;
hasAction?: boolean;
launchImage?: string;
threadIdentifier?: string;
addAttachment(
identifier: string,
url: string,
options: IOSAttachmentOptions
): Notification;
setAlertAction(alertAction: string): Notification;
setBadge(badge: string): Notification;
setCategory(category: string): Notification;
setHasAction(hasAction: boolean): Notification;
setLaunchImage(launchImage: string): Notification;
setThreadIdentifier(threadIdentifier: string): Notification;
}
class IOSAttachment {
identifier: string;
options: IOSAttachmentOptions;
url: string;
}
class IOSAttachmentOptions {
typeHint: string;
thumbnailHidden: boolean;
thumbnailClippingRect: any;
thumbnailTime: string;
}
interface NotificationsStatics {
Android: {
Action: typeof Android.Action;
BadgeIconType: typeof Android.BadgeIconType;
Category: Android.Category;
Channel: typeof Android.Channel;
ChannelGroup: typeof Android.ChannelGroup;
Defaults: typeof Android.Defaults;
GroupAlert: typeof Android.GroupAlert;
Importance: typeof Android.Importance;
Priority: typeof Android.Priority;
RemoteInput: typeof Android.RemoteInput;
SemanticAction: typeof Android.SemanticAction;
Visibility: typeof Android.Visibility;
};
Notification: typeof Notification;
}
}
namespace crash {
interface Crash {
/** Logs a message that will appear in a subsequent crash report. */
log(message: string): void;
/**
* Android: Logs a message that will appear in a subsequent crash report as well as in logcat.
* iOS: Logs the message in the subsequest crash report only (same as log).
*/
logcat(level: number, tag: string, message: string): void;
/**
* Files a crash report, along with any previous logs to Firebase.
* An Error object must be passed into the report method.
*/
report(error: RnError, maxStackSize: Number): void;
[key: string]: any;
}
}
namespace crashlytics {
interface Crashlytics {
/**
* Forces a crash. Useful for testing your application is set up correctly.
*/
crash(): void;
/**
* Logs a message that will appear in any subsequent crash reports.
*/
log(message: string): void;
/**
* Logs a non fatal exception.
*/
recordError(code: number, message: string): void;
/**
* Set a boolean value to show alongside any subsequent crash reports.
*/
setBoolValue(key: string, value: boolean): void;
/**
* Set a float value to show alongside any subsequent crash reports.
*/
setFloatValue(key: string, value: number): void;
/**
* Set an integer value to show alongside any subsequent crash reports.
*/
setIntValue(key: string, value: number): void;
/**
* Set a string value to show alongside any subsequent crash reports.
*/
setStringValue(key: string, value: string): void;
/**
* Set the user ID to show alongside any subsequent crash reports.
*/
setUserIdentifier(userId: string): void;
}
}
namespace links {
interface Links {
/** Creates a standard dynamic link. */
createDynamicLink(dynamicLink: DynamicLink): Promise<string>;
/** Creates a short dynamic link. */
createShortDynamicLink(type: 'SHORT' | 'UNGUESSABLE'): Promise<string>;
/**
* Returns the URL that the app has been launched from. If the app was
* not launched from a URL the return value will be null.
*/
getInitialLink(): Promise<string | null>;
/**
* Subscribe to URL open events while the app is still running.
* The listener is called from URL open events whilst the app is still
* running, use getInitialLink for URLs which cause the app to open
* from a previously closed / not running state.
* Returns an unsubscribe function, call the returned function to
* unsubscribe from all future events.
*/
onLink(listener: (url: string) => void): () => void;
}
class DynamicLink {
analytics: AnalyticsParameters;
android: AndroidParameters;
ios: IOSParameters;
itunes: ITunesParameters;
navigation: NavigationParameters;
social: SocialParameters;
constructor(link: string, dynamicLinkDomain: string);
}
interface AnalyticsParameters {
setCampaign(campaign: string): DynamicLink;
setContent(content: string): DynamicLink;
setMedium(medium: string): DynamicLink;
setSource(source: string): DynamicLink;
setTerm(term: string): DynamicLink;
}
interface AndroidParameters {
setFallbackUrl(fallbackUrl: string): DynamicLink;
setMinimumVersion(minimumVersion: number): DynamicLink;
setPackageName(packageName: string): DynamicLink;
}
interface IOSParameters {
setAppStoreId(appStoreId: string): DynamicLink;
setBundleId(bundleId: string): DynamicLink;
setCustomScheme(customScheme: string): DynamicLink;
setFallbackUrl(fallbackUrl: string): DynamicLink;
setIPadBundleId(iPadBundleId: string): DynamicLink;
setIPadFallbackUrl(iPadFallbackUrl: string): DynamicLink;
setMinimumVersion(minimumVersion: string): DynamicLink;
}
interface ITunesParameters {
setAffiliateToken(affiliateToken: string): DynamicLink;
setCampaignToken(campaignToken: string): DynamicLink;
setProviderToken(providerToken: string): DynamicLink;
}
interface NavigationParameters {
setForcedRedirectEnabled(forcedRedirectEnabled: boolean): DynamicLink;
}
interface SocialParameters {
setDescriptionText(descriptionText: string): DynamicLink;
setImageUrl(imageUrl: string): DynamicLink;
setTitle(title: string): DynamicLink;
}
interface LinksStatics {
DynamicLink: typeof DynamicLink;
}
}
// Source: https://github.com/firebase/firebase-js-sdk/blob/master/packages/functions-types/index.d.ts
namespace functions {
type HttpsErrorCode = { [name: string]: FunctionsErrorCode };
/**
* The set of Firebase Functions status codes. The codes are the same at the
* ones exposed by gRPC here:
* https://github.com/grpc/grpc/blob/master/doc/statuscodes.md
*
* Possible values:
* - 'cancelled': The operation was cancelled (typically by the caller).
* - 'unknown': Unknown error or an error from a different error domain.
* - 'invalid-argument': Client specified an invalid argument. Note that this
* differs from 'failed-precondition'. 'invalid-argument' indicates
* arguments that are problematic regardless of the state of the system
* (e.g. an invalid field name).
* - 'deadline-exceeded': Deadline expired before operation could complete.
* For operations that change the state of the system, this error may be
* returned even if the operation has completed successfully. For example,
* a successful response from a server could have been delayed long enough
* for the deadline to expire.
* - 'not-found': Some requested document was not found.
* - 'already-exists': Some document that we attempted to create already
* exists.
* - 'permission-denied': The caller does not have permission to execute the
* specified operation.
* - 'resource-exhausted': Some resource has been exhausted, perhaps a
* per-user quota, or perhaps the entire file system is out of space.
* - 'failed-precondition': Operation was rejected because the system is not
* in a state required for the operation's execution.
* - 'aborted': The operation was aborted, typically due to a concurrency
* issue like transaction aborts, etc.
* - 'out-of-range': Operation was attempted past the valid range.
* - 'unimplemented': Operation is not implemented or not supported/enabled.
* - 'internal': Internal errors. Means some invariants expected by
* underlying system has been broken. If you see one of these errors,
* something is very broken.
* - 'unavailable': The service is currently unavailable. This is most likely
* a transient condition and may be corrected by retrying with a backoff.
* - 'data-loss': Unrecoverable data loss or corruption.
* - 'unauthenticated': The request does not have valid authentication
* credentials for the operation.
*/
type FunctionsErrorCode =
| 'ok'
| 'cancelled'
| 'unknown'
| 'invalid-argument'
| 'deadline-exceeded'
| 'not-found'
| 'already-exists'
| 'permission-denied'
| 'resource-exhausted'
| 'failed-precondition'
| 'aborted'
| 'out-of-range'
| 'unimplemented'
| 'internal'
| 'unavailable'
| 'data-loss'
| 'unauthenticated';
/**
* An HttpsCallableResult wraps a single result from a function call.
*/
interface HttpsCallableResult {
readonly data: any;
}
/**
* An HttpsCallable is a reference to a "callable" http trigger in
* Google Cloud Functions.
*/
interface HttpsCallable {
(data?: any): Promise<HttpsCallableResult>;
}
/**
* `FirebaseFunctions` represents a Functions app, and is the entry point for
* all Functions operations.
*/
interface Functions {
/**
* Gets an `HttpsCallable` instance that refers to the function with the given
* name.
*
* @param name The name of the https callable function.
* @return The `HttpsCallable` instance.
*/
httpsCallable(name: string): HttpsCallable;
}
/**
* firebase.functions.X
*/
interface FunctionsStatics {
/**
* Uppercased + underscored variables of @FunctionsErrorCode
*/
HttpsErrorCode: HttpsErrorCode;
}
interface HttpsError extends Error {
/**
* A standard error code that will be returned to the client. This also
* determines the HTTP status code of the response, as defined in code.proto.
*/
readonly code: FunctionsErrorCode;
/**
* Extra data to be converted to JSON and included in the error response.
*/
readonly details?: any;
}
}
namespace firestore {
interface Firestore {
readonly app: App;
batch(): WriteBatch;
collection(collectionPath: string): CollectionReference;
disableNetwork(): Promise<void>;
doc(documentPath: string): DocumentReference;
enableNetwork(): Promise<void>;
enablePersistence(enabled: boolean): Promise<void>;
runTransaction(
updateFunction: (transaction: Transaction) => Promise<any>
): Promise<any>;
settings(settings: Settings): Promise<void>;
}
interface FirestoreStatics {
Blob: typeof Blob;
FieldPath: typeof FieldPath;
FieldValue: typeof FieldValue;
GeoPoint: typeof GeoPoint;
enableLogging(enabled: boolean): void;
setLogLevel(logLevel: 'debug' | 'error' | 'silent'): void;
}
interface CollectionReference {
readonly firestore: Firestore;
readonly id: string;
readonly parent: DocumentReference;
add(data: object): Promise<DocumentReference>;
doc(documentPath?: string): DocumentReference;
endAt(snapshot: DocumentSnapshot): Query;
endAt(...varargs: any[]): Query;
endBefore(snapshot: DocumentSnapshot): Query;
endBefore(...varargs: any[]): Query;
get(): Promise<QuerySnapshot>;
limit(limit: number): Query;
onSnapshot(
onNext: Query.ObserverOnNext,
onError?: Query.ObserverOnError
): () => void;
onSnapshot(observer: Query.Observer): () => void;
onSnapshot(
metadataChanges: MetadataChanges,
onNext: Query.ObserverOnNext,
onError?: Query.ObserverOnError
): () => void;
onSnapshot(
metadataChanges: MetadataChanges,
observer: Query.Observer
): () => void;
orderBy(
fieldPath: string | FieldPath,
directionStr?: Types.QueryDirection
): Query;
startAfter(snapshot: DocumentSnapshot): Query;
startAfter(...varargs: any[]): Query;
startAt(snapshot: DocumentSnapshot): Query;
startAt(...varargs: any[]): Query;
where(
fieldPath: string | FieldPath,
op: Types.QueryOperator,
value: any
): Query;
}
interface DocumentChange {
readonly doc: DocumentSnapshot;
readonly newIndex: number;
readonly oldIndex: number;
readonly type: string;
}
interface DocumentReference {
readonly firestore: Firestore;
readonly id: string | null;
readonly parent: CollectionReference;
readonly path: string;
collection(collectionPath: string): CollectionReference;
delete(): Promise<void>;
get(): Promise<DocumentSnapshot>;
onSnapshot(
onNext: DocumentReference.ObserverOnNext,
onError?: DocumentReference.ObserverOnError
): () => void;
onSnapshot(observer: DocumentReference.Observer): () => void;
onSnapshot(
metadataChanges: MetadataChanges,
onNext: DocumentReference.ObserverOnNext,
onError?: DocumentReference.ObserverOnError
): () => void;
onSnapshot(
metadataChanges: MetadataChanges,
observer: DocumentReference.Observer
): () => void;
set(data: object, writeOptions?: Types.WriteOptions): Promise<void>;
update(obj: object): Promise<void>;
update(key1: Types.UpdateKey, val1: any): Promise<void>;
update(
key1: Types.UpdateKey,
val1: any,
key2: Types.UpdateKey,
val2: any
): Promise<void>;
update(
key1: Types.UpdateKey,
val1: any,
key2: Types.UpdateKey,
val2: any,
key3: Types.UpdateKey,
val3: any
): Promise<void>;
update(
key1: Types.UpdateKey,
val1: any,
key2: Types.UpdateKey,
val2: any,
key3: Types.UpdateKey,
val3: any,
key4: Types.UpdateKey,
val4: any
): Promise<void>;
update(
key1: Types.UpdateKey,
val1: any,
key2: Types.UpdateKey,
val2: any,
key3: Types.UpdateKey,
val3: any,
key4: Types.UpdateKey,
val4: any,
key5: Types.UpdateKey,
val5: any
): Promise<void>;
}
namespace DocumentReference {
type ObserverOnNext = (documentSnapshot: DocumentSnapshot) => void;
type ObserverOnError = (err: object) => void;
interface Observer {
next: ObserverOnNext;
error?: ObserverOnError;
}
}
interface DocumentSnapshot {
readonly exists: boolean;
readonly id: string | null;
readonly metadata: Types.SnapshotMetadata;
readonly ref: DocumentReference;
data(): object | void;
get(fieldPath: string | FieldPath): any | undefined;
}
class Blob {
static fromBase64String(base64: string): Blob;
static fromUint8Array(array: Uint8Array): Blob;
isEqual(other: Blob): boolean;
toBase64(): string;
toUint8Array: Uint8Array;
}
class FieldPath {
static documentId(): FieldPath;
constructor(...segments: string[]);
}
class FieldValue {
static delete(): FieldValue;
static serverTimestamp(): FieldValue;
}
class GeoPoint {
constructor(latitude: number, longitude: number);
readonly latitude: number;
readonly longitude: number;
}
class Path {
static fromName(name: string): Path;
constructor(pathComponents: string[]);
readonly id: string | null;
readonly isDocument: boolean;
readonly isCollection: boolean;
readonly relativeName: string;
child(relativePath: string): Path;
parent(): Path | null;
}
type MetadataChanges = {
includeMetadataChanges: boolean;
};
interface Query {
readonly firestore: Firestore;
endAt(snapshot: DocumentSnapshot): Query;
endAt(...varargs: any[]): Query;
endBefore(snapshot: DocumentSnapshot): Query;
endBefore(...varargs: any[]): Query;
get(): Promise<QuerySnapshot>;
limit(limit: number): Query;
onSnapshot(
onNext: Query.ObserverOnNext,
onError?: Query.ObserverOnError
): () => void;
onSnapshot(observer: Query.Observer): () => void;
onSnapshot(
metadataChanges: MetadataChanges,
onNext: Query.ObserverOnNext,
onError?: Query.ObserverOnError
): () => void;
onSnapshot(
metadataChanges: MetadataChanges,
observer: Query.Observer
): () => void;
orderBy(
fieldPath: string | FieldPath,
directionStr?: Types.QueryDirection
): Query;
startAfter(snapshot: DocumentSnapshot): Query;
startAfter(...varargs: any[]): Query;
startAt(snapshot: DocumentSnapshot): Query;
startAt(...varargs: any[]): Query;
where(
fieldPath: string | FieldPath,
op: Types.QueryOperator,
value: any
): Query;
}
namespace Query {
interface NativeFieldPath {
elements?: string[];
string?: string;
type: 'fieldpath' | 'string';
}
interface FieldFilter {
fieldPath: NativeFieldPath;
operator: string;
value: any;
}
interface FieldOrder {
direction: string;
fieldPath: NativeFieldPath;
}
interface QueryOptions {
endAt?: any[];
endBefore?: any[];
limit?: number;
offset?: number;
selectFields?: string[];
startAfter?: any[];
startAt?: any[];
}
type ObserverOnNext = (querySnapshot: QuerySnapshot) => void;
type ObserverOnError = (err: object) => void;
interface Observer {
next: ObserverOnNext;
error?: ObserverOnError;
}
}
interface QuerySnapshot {
readonly docChanges: DocumentChange[];
readonly docs: DocumentSnapshot[];
readonly empty: boolean;
readonly metadata: Types.SnapshotMetadata;
readonly query: Query;
readonly size: number;
forEach(callback: (snapshot: DocumentSnapshot) => any): void;
}
namespace QuerySnapshot {
interface NativeData {
changes: Types.NativeDocumentChange[];
documents: Types.NativeDocumentSnapshot[];
metadata: Types.SnapshotMetadata;
}
}
interface Settings {
host?: string;
persistence?: boolean;
ssl?: boolean;
timestampsInSnapshots?: boolean;
}
interface Transaction {
delete(docRef: DocumentReference): WriteBatch;
get(documentRef: DocumentReference): Promise<DocumentSnapshot>;
set(
documentRef: DocumentReference,
data: Object,
options?: Types.WriteOptions
): Transaction;
// multiple overrides for update() to allow strong-typed var_args
update(docRef: DocumentReference, obj: object): WriteBatch;
update(
docRef: DocumentReference,
key1: Types.UpdateKey,
val1: any
): WriteBatch;
update(
docRef: DocumentReference,
key1: Types.UpdateKey,
val1: any,
key2: Types.UpdateKey,
val2: any
): WriteBatch;
update(
docRef: DocumentReference,
key1: Types.UpdateKey,
val1: any,
key2: Types.UpdateKey,
val2: any,
key3: Types.UpdateKey,
val3: any
): WriteBatch;
update(
docRef: DocumentReference,
key1: Types.UpdateKey,
val1: any,
key2: Types.UpdateKey,
val2: any,
key3: Types.UpdateKey,
val3: any,
key4: Types.UpdateKey,
val4: any
): WriteBatch;
update(
docRef: DocumentReference,
key1: Types.UpdateKey,
val1: any,
key2: Types.UpdateKey,
val2: any,
key3: Types.UpdateKey,
val3: any,
key4: Types.UpdateKey,
val4: any,
key5: Types.UpdateKey,
val5: any
): WriteBatch;
}
interface WriteBatch {
commit(): Promise<void>;
delete(docRef: DocumentReference): WriteBatch;
set(
docRef: DocumentReference,
data: object,
options?: Types.WriteOptions
): WriteBatch;
// multiple overrides for update() to allow strong-typed var_args
update(docRef: DocumentReference, obj: object): WriteBatch;
update(
docRef: DocumentReference,
key1: Types.UpdateKey,
val1: any
): WriteBatch;
update(
docRef: DocumentReference,
key1: Types.UpdateKey,
val1: any,
key2: Types.UpdateKey,
val2: any
): WriteBatch;
update(
docRef: DocumentReference,
key1: Types.UpdateKey,
val1: any,
key2: Types.UpdateKey,
val2: any,
key3: Types.UpdateKey,
val3: any
): WriteBatch;
update(
docRef: DocumentReference,
key1: Types.UpdateKey,
val1: any,
key2: Types.UpdateKey,
val2: any,
key3: Types.UpdateKey,
val3: any,
key4: Types.UpdateKey,
val4: any
): WriteBatch;
update(
docRef: DocumentReference,
key1: Types.UpdateKey,
val1: any,
key2: Types.UpdateKey,
val2: any,
key3: Types.UpdateKey,
val3: any,
key4: Types.UpdateKey,
val4: any,
key5: Types.UpdateKey,
val5: any
): WriteBatch;
}
namespace Types {
interface NativeDocumentChange {
document: NativeDocumentSnapshot;
newIndex: number;
oldIndex: number;
type: string;
}
interface NativeDocumentSnapshot {
data: {
[key: string]: TypeMap;
};
metadata: SnapshotMetadata;
path: string;
}
interface SnapshotMetadata {
fromCache: boolean;
hasPendingWrites: boolean;
}
type QueryDirection = 'asc' | 'ASC' | 'desc' | 'DESC';
type QueryOperator = '=' | '==' | '>' | '>=' | '<' | '<=';
interface TypeMap {
type:
| 'array'
| 'boolean'
| 'date'
| 'documentid'
| 'fieldvalue'
| 'geopoint'
| 'null'
| 'number'
| 'object'
| 'reference'
| 'string';
value: any;
}
/** The key in update() function for DocumentReference and WriteBatch. */
type UpdateKey = string | FieldPath;
interface WriteOptions {
merge?: boolean;
}
}
}
}
}
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