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import AppsFlyerConstants from "./PurchaseConnector/constants/constants";
import InAppPurchaseValidationResult from "./PurchaseConnector/models/in_app_purchase_validation_result";
import ValidationFailureData from "./PurchaseConnector/models/validation_failure_data";
import SubscriptionValidationResult from "./PurchaseConnector/models/subscription_validation_result";
const { RNAppsFlyer } = NativeModules;
const appsFlyer = {};
const eventsMap = {};
const appsFlyerEventEmitter = new NativeEventEmitter(RNAppsFlyer);
//Purchase Connector native bridge objects
const { PCAppsFlyer } = NativeModules;
const AppsFlyerPurchaseConnector = {};
const pcEventsMap = {};
const purchaseConnectorEventEmitter = new NativeEventEmitter(PCAppsFlyer);
export const StoreKitVersion = {
SK1: "SK1",
SK2: "SK2",
};
function startObservingTransactions() {
PCAppsFlyer.startObservingTransactions();
}
AppsFlyerPurchaseConnector.startObservingTransactions =
startObservingTransactions;
function stopObservingTransactions() {
PCAppsFlyer.stopObservingTransactions();
}
AppsFlyerPurchaseConnector.stopObservingTransactions =
stopObservingTransactions;
AppsFlyerPurchaseConnector.onSubscriptionValidationResultSuccess = (
onSuccess
) => {
if (typeof onSuccess !== "function") {
throw new Error("onSuccess callback must be a function");
}
const subValidationSuccessListener =
purchaseConnectorEventEmitter.addListener(
AppsFlyerConstants.SUBSCRIPTION_VALIDATION_SUCCESS,
(result) => {
try {
const parsedResults = Object.entries(result).reduce(
(acc, [purchaseToken, validationResult]) => {
acc[purchaseToken] = SubscriptionValidationResult.fromJson(validationResult);
return acc;
},
{}
);
onSuccess(parsedResults);
} catch (error) {
console.error(
"Failed to parse subscription validation results:",
error
);
}
}
);
pcEventsMap[AppsFlyerConstants.SUBSCRIPTION_VALIDATION_SUCCESS] =
subValidationSuccessListener;
return function remove() {
subValidationSuccessListener.remove();
};
};
AppsFlyerPurchaseConnector.onSubscriptionValidationResultFailure = (
onFailure
) => {
if (typeof onFailure !== "function") {
throw new Error("onFailure callback must be a function");
}
const subValidationFailureListener =
purchaseConnectorEventEmitter.addListener(
AppsFlyerConstants.SUBSCRIPTION_VALIDATION_FAILURE,
(result) => {
try {
const failureValidationResult =
ValidationFailureData.fromJson(result);
onFailure(failureValidationResult);
} catch (error) {
console.error(
"Failed to handle subscription validation result:",
error
);
}
}
);
pcEventsMap[AppsFlyerConstants.SUBSCRIPTION_VALIDATION_FAILURE] =
subValidationFailureListener;
return function remove() {
subValidationFailureListener.remove();
};
};
AppsFlyerPurchaseConnector.onInAppValidationResultSuccess = (onSuccess) => {
if (typeof onSuccess !== "function") {
throw new Error("onSuccess callback must be a function");
}
const inAppValidationSuccessListener =
purchaseConnectorEventEmitter.addListener(
AppsFlyerConstants.IN_APP_PURCHASE_VALIDATION_SUCCESS,
(result) => {
try {
const parsedResults = Object.entries(result).reduce(
(acc, [purchaseToken, validationResult]) => {
acc[purchaseToken] = InAppPurchaseValidationResult.fromJson(validationResult);
return acc;
},
{}
);
onSuccess(parsedResults);
} catch (error) {
console.error(
"Failed to handle in-app purchase validation results:",
error
);
}
}
);
pcEventsMap[AppsFlyerConstants.IN_APP_PURCHASE_VALIDATION_SUCCESS] =
inAppValidationSuccessListener;
return function remove() {
inAppValidationSuccessListener.remove();
};
};
AppsFlyerPurchaseConnector.onInAppValidationResultFailure = (onFailure) => {
if (typeof onFailure !== "function") {
throw new Error("onFailure callback must be a function");
}
const inAppValidationFailureListener =
purchaseConnectorEventEmitter.addListener(
AppsFlyerConstants.IN_APP_PURCHASE_VALIDATION_FAILURE,
(result) => {
try {
const failureValidationResult =
ValidationFailureData.fromJson(result);
onFailure(failureValidationResult);
} catch (error) {
console.error(
"Failed to handle in-app purchase validation result:",
error
);
}
}
);
pcEventsMap[AppsFlyerConstants.IN_APP_PURCHASE_VALIDATION_FAILURE] =
inAppValidationFailureListener;
return function remove() {
inAppValidationFailureListener.remove();
};
};
AppsFlyerPurchaseConnector.OnReceivePurchaseRevenueValidationInfo = (
callback
) => {
if (typeof callback !== "function") {
throw new Error("The callback must be a function");
}
const revenueValidationListener = purchaseConnectorEventEmitter.addListener(
AppsFlyerConstants.DID_RECEIVE_PURCHASE_REVENUE_VALIDATION_INFO,
(info) => {
try {
if (info.error) {
callback(null, info.error);
}else{
const validationInfo = JSON.stringify(info);
callback(validationInfo, null);
}
} catch (error) {
console.error(
"Failed to handle iOS validation result:",
error
);
}
}
);
pcEventsMap[AppsFlyerConstants.DID_RECEIVE_PURCHASE_REVENUE_VALIDATION_INFO] =
revenueValidationListener;
return function remove() {
revenueValidationListener.remove();
};
};
function logConsumableTransaction(transactionId){
PCAppsFlyer.logConsumableTransaction(transactionId);
};
AppsFlyerPurchaseConnector.logConsumableTransaction = logConsumableTransaction;
const AppsFlyerPurchaseConnectorConfig = {
setConfig: ({ logSubscriptions, logInApps, sandbox, storeKitVersion }) => {
return {
logSubscriptions,
logInApps,
sandbox,
storeKitVersion: storeKitVersion || StoreKitVersion.SK1, // Default to SK1 if not provided
};
},
};
function create(config) {
if (!config) {
throw new MissingConfigurationException();
}
PCAppsFlyer.create(config);
}
AppsFlyerPurchaseConnector.create = create;
export { AppsFlyerPurchaseConnector, AppsFlyerPurchaseConnectorConfig };
/********************************************************/
function initSdkCallback(options, successC, errorC) {
if (
typeof options.appId !== "string" &&
typeof options.appId !== "undefined"
) {
return errorC("appId should be a string!");
}
if (
typeof options.isDebug !== "boolean" &&
typeof options.isDebug !== "undefined"
) {
return errorC("isDebug should be a boolean!");
}
return RNAppsFlyer.initSdkWithCallBack(options, successC, errorC);
}
function initSdkPromise(options): Promise<string> {
if (
typeof options.appId !== "string" &&
typeof options.appId !== "undefined"
) {
return Promise.reject("appId should be a string!");
}
if (
typeof options.isDebug !== "boolean" &&
typeof options.isDebug !== "undefined"
) {
return Promise.reject("isDebug should be a boolean!");
}
return RNAppsFlyer.initSdkWithPromise(options);
}
function initSdk(options, success, error): Promise<string> {
if (success && error) {
//initSdk is a callback function
initSdkCallback(options, success, error);
} else Eif (!success) {
//initSdk is a promise function
return initSdkPromise(options);
}
}
appsFlyer.initSdk = initSdk;
function logEventCallback(eventName, eventValues, successC, errorC) {
return RNAppsFlyer.logEvent(eventName, eventValues, successC, errorC);
}
function logEventPromise(eventName, eventValues): Promise<string> {
return RNAppsFlyer.logEventWithPromise(eventName, eventValues);
}
function logEvent(eventName, eventValues, success, error): Promise<string> {
if (success && error) {
//logEvent is a callback function
logEventCallback(eventName, eventValues, success, error);
} else Eif (!success) {
// logEvent is a promise function
return logEventPromise(eventName, eventValues);
}
}
appsFlyer.logEvent = logEvent;
export const MEDIATION_NETWORK = Object.freeze({
IRONSOURCE: "ironsource",
APPLOVIN_MAX: "applovinmax",
GOOGLE_ADMOB: "googleadmob",
FYBER: "fyber",
APPODEAL: "appodeal",
ADMOST: "Admost",
TOPON: "Topon",
TRADPLUS: "Tradplus",
YANDEX: "Yandex",
CHARTBOOST: "chartboost",
UNITY: "Unity",
TOPON_PTE: "toponpte",
CUSTOM_MEDIATION: "customMediation",
DIRECT_MONETIZATION_NETWORK: "directMonetizationNetwork",
});
function logAdRevenue(adRevenueData) {
RNAppsFlyer.logAdRevenue(adRevenueData);
}
appsFlyer.logAdRevenue = logAdRevenue;
/**
* Manually record the location of the user
*
* @param longitude latitude as double.
* @param latitude latitude as double.
* @param callback success callback function
*/
appsFlyer.logLocation = (longitude, latitude, callback) => {
if (
longitude == null ||
latitude == null ||
longitude == "" ||
latitude == ""
) {
console.log("longitude or latitude are missing!");
return;
}
if (typeof longitude != "number" || typeof latitude != "number") {
longitude = parseFloat(longitude);
latitude = parseFloat(latitude);
}
if (callback) {
return RNAppsFlyer.logLocation(longitude, latitude, callback);
} else {
return RNAppsFlyer.logLocation(longitude, latitude, (result) =>
console.log(result)
);
}
};
/**
* Set the user emails and encrypt them.
*
* @param options latitude as double.
* @param successC success callback function.
* @param errorC error callback function.
*/
appsFlyer.setUserEmails = (options, successC, errorC) => {
return RNAppsFlyer.setUserEmails(options, successC, errorC);
};
/**
* Set additional data to be sent to AppsFlyer.
*
* @param additionalData additional data Dictionary.
* @param successC success callback function.
*/
appsFlyer.setAdditionalData = (additionalData, successC) => {
if (successC) {
return RNAppsFlyer.setAdditionalData(additionalData, successC);
} else {
return RNAppsFlyer.setAdditionalData(additionalData, (result) =>
console.log(result)
);
}
};
/**
* Get AppsFlyer's unique device ID is created for every new install of an app.
*
* @callback callback function that returns (error,uid)
*/
appsFlyer.getAppsFlyerUID = (callback) => {
return RNAppsFlyer.getAppsFlyerUID(callback);
};
/**
* Manually pass the Firebase / GCM Device Token for Uninstall measurement.
*
* @param token Firebase Device Token.
* @param successC success callback function.
*/
appsFlyer.updateServerUninstallToken = (token, successC) => {
Iif (token == null) {
token = "";
}
Iif (typeof token != "string") {
token = token.toString();
}
if (successC) {
return RNAppsFlyer.updateServerUninstallToken(token, successC);
} else {
return RNAppsFlyer.updateServerUninstallToken(token, (result) =>
console.log(result)
);
}
};
/**
* Setting your own customer ID enables you to cross-reference your own unique ID with AppsFlyer’s unique ID and the other devices’ IDs.
* This ID is available in AppsFlyer CSV reports along with Postback APIs for cross-referencing with your internal IDs.
*
* @param {string} userId Customer ID for client.
* @param successC callback function.
*/
appsFlyer.setCustomerUserId = (userId, successC) => {
Iif (userId == null) {
userId = "";
}
Iif (typeof userId != "string") {
userId = userId.toString();
}
if (successC) {
return RNAppsFlyer.setCustomerUserId(userId, successC);
} else {
return RNAppsFlyer.setCustomerUserId(userId, (result) =>
console.log(result)
);
}
};
/**
* Once this API is invoked, our SDK no longer communicates with our servers and stops functioning.
* In some extreme cases you might want to shut down all SDK activity due to legal and privacy compliance.
* This can be achieved with the stop API.
*
* @param {boolean} isStopped boolean should SDK be stopped.
* @param successC callback function.
*/
appsFlyer.stop = (isStopped, successC) => {
if (successC) {
return RNAppsFlyer.stop(isStopped, successC);
} else {
return RNAppsFlyer.stop(isStopped, (result) => console.log(result));
}
};
/**
* Opt-out of collection of IMEI.
* If the app does NOT contain Google Play Services, device IMEI is collected by the SDK.
* However, apps with Google play services should avoid IMEI collection as this is in violation of the Google Play policy.
*
* @param {boolean} isCollect boolean, false to opt out.
* @param successC callback function.
* @platform android
*/
appsFlyer.setCollectIMEI = (isCollect, successC) => {
return RNAppsFlyer.setCollectIMEI(isCollect, successC);
};
/**
* Opt-out of collection of Android ID.
* If the app does NOT contain Google Play Services, Android ID is collected by the SDK.
* However, apps with Google play services should avoid Android ID collection as this is in violation of the Google Play policy.
*
* @param {boolean} isCollect boolean, false to opt out.
* @param successC callback function.
* @platform android
*/
appsFlyer.setCollectAndroidID = (isCollect, successC) => {
return RNAppsFlyer.setCollectAndroidID(isCollect, successC);
};
/**
* Set the OneLink ID that should be used for User-Invite-API.
* The link that is generated for the user invite will use this OneLink as the base link.
*
* @param {string} oneLinkID OneLink ID obtained from the AppsFlyer Dashboard.
* @param successC callback function.
*/
appsFlyer.setAppInviteOneLinkID = (oneLinkID, successC) => {
if (oneLinkID == null) {
oneLinkID = "";
}
if (typeof oneLinkID != "string") {
oneLinkID = oneLinkID.toString();
}
if (successC) {
return RNAppsFlyer.setAppInviteOneLinkID(oneLinkID, successC);
} else {
return RNAppsFlyer.setAppInviteOneLinkID(oneLinkID, (result) =>
console.log(result)
);
}
};
/**
* The LinkGenerator class builds the invite URL according to various setter methods which allow passing on additional information on the click.
* @see https://support.appsflyer.com/hc/en-us/articles/115004480866-User-invite-attribution-
*
* @param parameters Dictionary.
* @param success success callback function..
* @param error error callback function.
*/
appsFlyer.generateInviteLink = (parameters, success, error) => {
return RNAppsFlyer.generateInviteLink(parameters, success, error);
};
/**
* To attribute an impression use the following API call.
* Make sure to use the promoted App ID as it appears within the AppsFlyer dashboard.
*
* @param appId promoted App ID.
* @param campaign cross promotion campaign.
* @param parameters additional params to be added to the attribution link
*/
appsFlyer.logCrossPromotionImpression = (appId, campaign, parameters) => {
if (appId == null || appId == "") {
console.log("appid is missing!");
return;
}
if (campaign == null) {
campaign = "";
}
if (typeof appId != "string" || typeof campaign != "string") {
appId = appId.toString();
campaign = campaign.toString();
}
return RNAppsFlyer.logCrossPromotionImpression(appId, campaign, parameters);
};
/**
* Use the following API to attribute the click and launch the app store's app page.
*
* @param appId promoted App ID.
* @param campaign cross promotion campaign.
* @param params additional user params.
*/
appsFlyer.logCrossPromotionAndOpenStore = (appId, campaign, params) => {
if (appId == null || appId == "") {
console.log("appid is missing!");
return;
}
if (campaign == null) {
campaign = "";
}
if (typeof appId != "string" || typeof campaign != "string") {
appId = appId.toString();
campaign = campaign.toString();
}
return RNAppsFlyer.logCrossPromotionAndOpenStore(appId, campaign, params);
};
/**
* Setting user local currency code for in-app purchases.
* The currency code should be a 3 character ISO 4217 code. (default is USD).
* You can set the currency code for all events by calling the following method.
* @param currencyCode
* @param successC success callback function.
*/
appsFlyer.setCurrencyCode = (currencyCode, successC) => {
if (currencyCode == null || currencyCode == "") {
console.log("currencyCode is missing!");
return;
}
if (typeof currencyCode != "string") {
currencyCode = currencyCode.toString();
}
if (successC) {
return RNAppsFlyer.setCurrencyCode(currencyCode, successC);
} else {
return RNAppsFlyer.setCurrencyCode(currencyCode, (result) =>
console.log(result)
);
}
};
/**
* Accessing AppsFlyer Attribution / Conversion Data from the SDK (Deferred Deeplinking)
* @param callback: contains fields:
* status: success/failure
* type:
* onAppOpenAttribution
* onInstallConversionDataLoaded
* onAttributionFailure
* onInstallConversionFailure
* data: metadata,
* @example {"status":"success","type":"onInstallConversionDataLoaded","data":{"af_status":"Organic","af_message":"organic install"}}
*
* @returns {remove: function - unregister listener}
*/
appsFlyer.onInstallConversionData = (callback) => {
const listener = appsFlyerEventEmitter.addListener(
"onInstallConversionDataLoaded",
(_data) => {
Eif (callback && typeof callback === typeof Function) {
try {
let data = JSON.parse(_data);
callback(data);
} catch (_error) {
//throw new AFParseJSONException("...");
//TODO: for today we return an error in callback
callback(new AFParseJSONException("Invalid data structure", _data));
}
}
}
);
eventsMap["onInstallConversionData"] = listener;
// unregister listener (suppose should be called from componentWillUnmount() )
return function remove() {
listener.remove();
};
};
appsFlyer.onInstallConversionFailure = (callback) => {
const listener = appsFlyerEventEmitter.addListener(
"onInstallConversionFailure",
(_data) => {
if (callback && typeof callback === typeof Function) {
try {
let data = JSON.parse(_data);
callback(data);
} catch (_error) {
//throw new AFParseJSONException("...");
//TODO: for today we return an error in callback
callback(new AFParseJSONException("Invalid data structure", _data));
}
}
}
);
eventsMap["onInstallConversionFailure"] = listener;
// unregister listener (suppose should be called from componentWillUnmount() )
return function remove() {
listener.remove();
};
};
appsFlyer.onAppOpenAttribution = (callback) => {
const listener = appsFlyerEventEmitter.addListener(
"onAppOpenAttribution",
(_data) => {
Eif (callback && typeof callback === typeof Function) {
try {
let data = JSON.parse(_data);
callback(data);
} catch (_error) {
callback(new AFParseJSONException("Invalid data structure", _data));
}
}
}
);
eventsMap["onAppOpenAttribution"] = listener;
// unregister listener (suppose should be called from componentWillUnmount() )
return function remove() {
listener.remove();
};
};
appsFlyer.onAttributionFailure = (callback) => {
const listener = appsFlyerEventEmitter.addListener(
"onAttributionFailure",
(_data) => {
if (callback && typeof callback === typeof Function) {
try {
let data = JSON.parse(_data);
callback(data);
} catch (_error) {
callback(new AFParseJSONException("Invalid data structure", _data));
}
}
}
);
eventsMap["onAttributionFailure"] = listener;
// unregister listener (suppose should be called from componentWillUnmount() )
return function remove() {
listener.remove();
};
};
appsFlyer.onDeepLink = (callback) => {
const listener = appsFlyerEventEmitter.addListener(
"onDeepLinking",
(_data) => {
Eif (callback && typeof callback === typeof Function) {
try {
let data = JSON.parse(_data);
callback(data);
} catch (_error) {
callback(new AFParseJSONException("Invalid data structure", _data));
}
}
}
);
eventsMap["onDeepLinking"] = listener;
// unregister listener (suppose should be called from componentWillUnmount() )
return function remove() {
listener.remove();
};
};
/**
* Anonymize user Data.
* Use this API during the SDK Initialization to explicitly anonymize a user's installs, events and sessions.
* Default is false
* @param shouldAnonymize boolean
* @param successC success callback function.
*/
appsFlyer.anonymizeUser = (shouldAnonymize, successC) => {
if (successC) {
return RNAppsFlyer.anonymizeUser(shouldAnonymize, successC);
} else {
return RNAppsFlyer.anonymizeUser(shouldAnonymize, (result) =>
console.log(result)
);
}
};
/**
* Set Onelink custom/branded domains
* Use this API during the SDK Initialization to indicate branded domains.
* For more information please refer to https://support.appsflyer.com/hc/en-us/articles/360002329137-Implementing-Branded-Links
* @param domains array of strings
* @param successC success callback function.
* @param errorC error callback function.
*/
appsFlyer.setOneLinkCustomDomains = (domains, successC, errorC) => {
return RNAppsFlyer.setOneLinkCustomDomains(domains, successC, errorC);
};
/**
* Set domains used by ESP when wrapping your deeplinks.
* Use this API during the SDK Initialization to indicate that links from certain domains should be resolved
* in order to get original deeplink
* For more information please refer to https://support.appsflyer.com/hc/en-us/articles/360001409618-Email-service-provider-challenges-with-iOS-Universal-links
* @param urls array of strings
* @param successC success callback function.
* @param errorC error callback function.
*/
appsFlyer.setResolveDeepLinkURLs = (urls, successC, errorC) => {
return RNAppsFlyer.setResolveDeepLinkURLs(urls, successC, errorC);
};
/**
* This function allows developers to manually re-trigger onAppOpenAttribution with a specific link (URI or URL),
* without recording a new re-engagement.
* This method may be required if the app needs to redirect users based on the given link,
* or resolve the AppsFlyer short URL while staying in the foreground/opened. This might be needed because
* regular onAppOpenAttribution callback is only called if the app was opened with the deep link.
* @param urlString String representing the URL that needs to be resolved/returned in the onAppOpenAttribution callback
* @param callback Result callback
*/
appsFlyer.performOnAppAttribution = (urlString, successC, errorC) => {
if (typeof urlString != "string") {
urlString = urlString.toString();
}
return RNAppsFlyer.performOnAppAttribution(urlString, successC, errorC);
};
/**
* @deprecated starting SDK version 6.4.0, please use setSharingFilterForPartners()
* Used by advertisers to exclude **all** networks/integrated partners from getting data.
* Learn more - https://support.appsflyer.com/hc/en-us/articles/207032126#additional-apis-exclude-partners-from-getting-data
*/
appsFlyer.setSharingFilterForAllPartners = () => {
return appsFlyer.setSharingFilterForPartners(["all"]);
};
/**
* @deprecated starting SDK version 6.4.0, please use setSharingFilterForPartners()
* Used by advertisers to exclude specified networks/integrated partners from getting data.
* Learn more - https://support.appsflyer.com/hc/en-us/articles/207032126#additional-apis-exclude-partners-from-getting-data
* @param partners Comma separated array of partners that need to be excluded
* @param successC Success callback
* @param errorC Error callback
*/
appsFlyer.setSharingFilter = (partners, successC, errorC) => {
return appsFlyer.setSharingFilterForPartners(partners);
};
/**
* Disables IDFA collection in iOS and Advertising ID in Android
* @param shouldDisable Flag to disable/enable IDFA collection
*/
appsFlyer.disableAdvertisingIdentifier = (isDisable) => {
return RNAppsFlyer.disableAdvertisingIdentifier(isDisable);
};
/**
* Disables app vendor identifier (IDFV) collection in iOS
* @param shouldDisable Flag to disable/enable IDFA collection
* @platform iOS only
*/
appsFlyer.disableIDFVCollection = (shouldDisable) => {
return RNAppsFlyer.disableIDFVCollection(shouldDisable);
};
/**
* Disables Apple Search Ads collecting
* @param shouldDisable Flag to disable/enable Apple Search Ads data collection
* @platform iOS only
*/
appsFlyer.disableCollectASA = (shouldDisable) => {
return RNAppsFlyer.disableCollectASA(shouldDisable);
};
/**
* Receipt validation is a secure mechanism whereby the payment platform (e.g. Apple or Google) validates that an in-app purchase indeed occurred as reported.
* Learn more - https://support.appsflyer.com/hc/en-us/articles/207032106-Receipt-validation-for-in-app-purchases
* @param purchaseInfo ReadableMap includes: String publicKey, String signature, String purchaseData, String price, String currency, JSONObject additionalParameters.
* @param successC Success callback
* @param errorC Error callback
*/
appsFlyer.validateAndLogInAppPurchase = (purchaseInfo, successC, errorC) => {
return RNAppsFlyer.validateAndLogInAppPurchase(
purchaseInfo,
successC,
errorC
);
};
appsFlyer.setUseReceiptValidationSandbox = (isSandbox) => {
return RNAppsFlyer.setUseReceiptValidationSandbox(isSandbox);
};
/**
*
*Push-notification campaigns are used to create fast re-engagements with existing users.
*AppsFlyer supplies an open-for-all solution, that enables measuring the success of push-notification campaigns, for both iOS and Android platforms.
* Learn more - https://support.appsflyer.com/hc/en-us/articles/207364076-Measuring-Push-Notification-Re-Engagement-Campaigns
* @param pushPayload
*/
appsFlyer.sendPushNotificationData = (pushPayload, errorC = null) => {
return RNAppsFlyer.sendPushNotificationData(pushPayload, errorC);
};
/**
* Set a custom host
* @param hostPrefix
* @param hostName
* @param successC: success callback
*/
appsFlyer.setHost = (hostPrefix, hostName, successC) => {
RNAppsFlyer.setHost(hostPrefix, hostName, successC);
};
/**
* The addPushNotificationDeepLinkPath method provides app owners with a flexible interface for configuring how deep links are extracted from push notification payloads.
* for more information: https://support.appsflyer.com/hc/en-us/articles/207032126-Android-SDK-integration-for-developers#core-apis-65-configure-push-notification-deep-link-resolution
* @param path: an array of string that represents the path
* @param successC: success callback
* @param errorC: error callback
*/
appsFlyer.addPushNotificationDeepLinkPath = (path, successC, errorC) => {
RNAppsFlyer.addPushNotificationDeepLinkPath(path, successC, errorC);
};
/**
* enable or disable SKAD support. set True if you want to disable it!
* @param isDisabled
*/
appsFlyer.disableSKAD = (disableSkad) => {
return RNAppsFlyer.disableSKAD(disableSkad);
};
/**
* Set the language of the device. The data will be displayed in Raw Data Reports
* @param language
*/
appsFlyer.setCurrentDeviceLanguage = (language) => {
if (typeof language === "string") {
return RNAppsFlyer.setCurrentDeviceLanguage(language);
}
};
/**
* Used by advertisers to exclude specified networks/integrated partners from getting data.
*/
appsFlyer.setSharingFilterForPartners = (partners) => {
return RNAppsFlyer.setSharingFilterForPartners(partners);
};
/**
* Allows sending custom data for partner integration purposes.
* @param partnerId: ID of the partner (usually suffixed with "_int").
* @param partnerData: Customer data, depends on the integration configuration with the specific partner.
*/
appsFlyer.setPartnerData = (partnerId, partnerData) => {
if (typeof partnerId === "string" && typeof partnerData === "object") {
return RNAppsFlyer.setPartnerData(partnerId, partnerData);
}
};
/**
* Matches URLs that contain contains as a substring and appends query parameters to them. In case the URL does not match, parameters are not appended to it.
* @param contains: The string to check in URL.
* @param parameters: Parameters to append to the deeplink url after it passed validation.
*/
appsFlyer.appendParametersToDeepLinkingURL = (contains, parameters) => {
if (typeof contains === "string" && typeof parameters === "object") {
return RNAppsFlyer.appendParametersToDeepLinkingURL(contains, parameters);
}
};
appsFlyer.setDisableNetworkData = (disable) => {
return RNAppsFlyer.setDisableNetworkData(disable);
};
appsFlyer.startSdk = () => {
return RNAppsFlyer.startSdk();
};
appsFlyer.performOnDeepLinking = () => {
return RNAppsFlyer.performOnDeepLinking();
};
/**
* instruct the SDK to collect the TCF data from the device.
* @param enabled: if the sdk should collect the TCF data. true/false
*/
appsFlyer.enableTCFDataCollection = (enabled) => {
return RNAppsFlyer.enableTCFDataCollection(enabled);
};
/**
* If your app does not use a CMP compatible with TCF v2.2, use the SDK API detailed below to provide the consent data directly to the SDK.
* @param consentData: AppsFlyerConsent object.
*/
appsFlyer.setConsentData = (consentData) => {
return RNAppsFlyer.setConsentData(consentData);
};
function AFParseJSONException(_message, _data) {
this.message = _message;
this.data = _data;
this.name = "AFParseJSONException";
}
// Consent object
export const AppsFlyerConsent = (function () {
// Private constructor
function AppsFlyerConsent(
isUserSubjectToGDPR,
hasConsentForDataUsage,
hasConsentForAdsPersonalization
) {
this.isUserSubjectToGDPR = isUserSubjectToGDPR;
this.hasConsentForDataUsage = hasConsentForDataUsage;
this.hasConsentForAdsPersonalization = hasConsentForAdsPersonalization;
}
return {
// Factory method for GDPR user
forGDPRUser: function (
hasConsentForDataUsage,
hasConsentForAdsPersonalization
) {
return new AppsFlyerConsent(
true,
hasConsentForDataUsage,
hasConsentForAdsPersonalization
);
},
// Factory method for non GDPR user
forNonGDPRUser: function () {
return new AppsFlyerConsent(false, null, null);
},
};
})();
export default appsFlyer;
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