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main.com.wisetrack.sdk.ActivityHandler.kt Maven / Gradle / Ivy
package com.wisetrack.sdk
import android.app.ActivityManager
import android.content.Context
import android.content.Intent
import android.content.pm.PackageManager
import android.net.Uri
import android.os.Build
import android.os.Handler
import android.os.Process
import android.util.Log
import androidx.annotation.RequiresApi
import com.google.android.gms.common.util.Hex
import com.wisetrack.sdk.Constants.Companion.ACTIVITY_STATE_FILENAME
import com.wisetrack.sdk.Constants.Companion.ATTRIBUTION_FILENAME
import com.wisetrack.sdk.Constants.Companion.SESSION_CALLBACK_PARAMETERS_FILENAME
import com.wisetrack.sdk.Constants.Companion.SESSION_PARTNER_PARAMETERS_FILENAME
import com.wisetrack.sdk.network.ActivityPackageSender
import com.wisetrack.sdk.network.IActivityPackageSender
import com.wisetrack.sdk.scheduler.SingleThreadCachedScheduler
import com.wisetrack.sdk.scheduler.ThreadExecutor
import com.wisetrack.sdk.scheduler.TimerCycle
import com.wisetrack.sdk.scheduler.TimerOnce
import io.sentry.Sentry
import org.json.JSONArray
import org.json.JSONObject
import java.io.UnsupportedEncodingException
import java.util.*
import java.util.concurrent.Executors
import java.util.concurrent.TimeUnit
/**
@author hamed (@hamed-hsb)
* @since 09th October 2021
*/
class ActivityHandler private constructor(private var wiseTrackConfig: WiseTrackConfig?) :
IActivityHandler {
private var executor: ThreadExecutor? = null
private var packageHandler: IPackageHandler? = null
private var activityState: ActivityState? = null
private var logger: ILogger? = null
private var foregroundTimer: TimerCycle? = null
private var backgroundTimer: TimerOnce? = null
private var delayStartTimer: TimerOnce? = null
var internalState: InternalState? = null
private val basePath: String? = null
private val gdprPath: String? = null
private val subscriptionPath: String? = null
private var deviceInfo: DeviceInfo? = null
private var attribution: WiseTrackAttribution? = null
private var attributionHandler: IAttributionHandler? = null
private var sdkClickHandler: ISdkClickHandler? = null
private var sessionParameters: SessionParameters? = null
private var installReferrer: InstallReferrer? = null
private var installReferrerHuawei: InstallReferrerHuawei? = null
private var installReferrerDetails: String? = null
private var referrerApi: String? = null
init {
wiseTrackConfig?.let { init(it) }
logger = WiseTrackFactory.getLogger()
logger!!.lockLogLevel()
executor = SingleThreadCachedScheduler("ActivityHandler")
internalState = InternalState()
// enabled by default
internalState!!.isEnabled = wiseTrackConfig?.startEnabled ?: true
// online by default
internalState!!.isOffline = wiseTrackConfig?.startOffline!!
// in the background by default
internalState!!.isInBackground = true
// delay start not configured by default
internalState!!.isInDelayedStart = false
// does not need to update packages by default
internalState!!.updatePackages = false
// does not have the session response by default
internalState!!.sessionResponseProcessed = false
// does not have first start by default
internalState!!.firstSdkStart = false
// preinstall has not been read by default
internalState!!.preinstallHasBeenRead = false
internalState!!.autoDetectInstallReferrer = false
executor!!.submit { initI() }
}
private fun initI() {
SESSION_INTERVAL = WiseTrackFactory.sessionInterval
SUBSESSION_INTERVAL = WiseTrackFactory.subsessionInterval
// get timer values
FOREGROUND_TIMER_INTERVAL = WiseTrackFactory.timerInterval
FOREGROUND_TIMER_START = WiseTrackFactory.timerStart
BACKGROUND_TIMER_INTERVAL = WiseTrackFactory.timerInterval
// has to be read in the background
// has to be read in the background
readAttributionI(wiseTrackConfig!!.context!!)
readActivityStateI(wiseTrackConfig!!.context!!)
sessionParameters = SessionParameters()
readSessionCallbackParametersI(wiseTrackConfig!!.context!!)
readSessionPartnerParametersI(wiseTrackConfig!!.context!!)
wiseTrackConfig!!.startEnabled?.let {
wiseTrackConfig!!.preLaunchActions!!.preLaunchActionsArray.add(object :
IRunActivityHandler {
override fun run(activityHandler: ActivityHandler?) {
activityHandler!!.setEnabledI(wiseTrackConfig!!.startEnabled!!)
}
})
}
if (internalState!!.hasFirstSdkStartOccurred()) {
internalState!!.isEnabled = activityState!!.enabled
internalState!!.updatePackages = activityState!!.updatePackages
internalState!!.isFirstLaunch = false
} else {
internalState!!.isFirstLaunch = true // first launch if activity state is null
}
readConfigFile(wiseTrackConfig!!.context!!)
deviceInfo = DeviceInfo(wiseTrackConfig!!)
if (wiseTrackConfig!!.eventBufferingEnabled) {
logger!!.info("Event buffering is enabled")
}
deviceInfo!!.reloadPlayIds(wiseTrackConfig!!)
if (deviceInfo!!.playAdId == null) {
if (Util!!.canReadPlayIds(wiseTrackConfig!!)) {
logger!!.warn("Unable to get Google Play Services Advertising ID at start time")
} else {
logger!!.info("Cannot read Google Play Services Advertising ID for kids")
}
if (deviceInfo!!.androidId == null) {
if (Util!!.canReadNonPlayIds(wiseTrackConfig!!)) {
logger!!.error("Unable to get any device id's. Please check if Proguard is correctly set with WiseTrack SDK")
} else {
logger!!.info("Cannot read non Play Ids for kids")
}
}
} else {
logger!!.info("Google Play Services Advertising ID read correctly at start time")
}
wiseTrackConfig?.let {
it.defaultTracker?.let { defTracker ->
logger!!.info("Default tracker: '$defTracker'")
} ?: logger!!.info("Default tracker is not set.")
}
if (wiseTrackConfig!!.pushToken != null) {
logger!!.info("Push token: '${wiseTrackConfig!!.pushToken}'")
if (internalState!!.hasFirstSdkStartOccurred()) {
// since sdk has already started, try to send current push token
wiseTrackConfig!!.pushToken?.let { setPushToken(it, false) }
} else {
// since sdk has not yet started, save current push token for when it does
SharedPreferencesManager.getDefaultInstance(getContext())!!
.savePushToken(wiseTrackConfig!!.pushToken!!);
}
} else {
// since sdk has already started, check if there is a saved push from previous runs
if (internalState!!.hasFirstSdkStartOccurred()) {
val savedPushToken =
SharedPreferencesManager.getDefaultInstance(getContext())!!.getPushToken()
savedPushToken?.let { setPushToken(savedPushToken, true) }
}
}
// GDPR
if (internalState!!.hasFirstSdkStartOccurred()) {
val sharedPreferencesManager = SharedPreferencesManager.getDefaultInstance(getContext())
if (sharedPreferencesManager!!.getGdprForgetMe()) {
gdprForgetMe()
} else {
if (sharedPreferencesManager.getDisableThirdPartySharing()) {
disableThirdPartySharing()
}
for (wisetrackThirdPartySharing in wiseTrackConfig!!.preLaunchActions!!.preLaunchWiseTrackThirdPartyArray) {
trackThirdPartySharing(wisetrackThirdPartySharing)
}
if (wiseTrackConfig?.preLaunchActions?.lastMeasurementConsentTracked != null) {
trackMeasurementConsent(
wiseTrackConfig!!.preLaunchActions!!.lastMeasurementConsentTracked!!
)
}
wiseTrackConfig!!.preLaunchActions?.preLaunchWiseTrackThirdPartyArray =
ArrayList()
wiseTrackConfig!!.preLaunchActions!!.lastMeasurementConsentTracked = null
}
}
foregroundTimer = TimerCycle(
{ foregroundTimerFired() },
FOREGROUND_TIMER_START,
FOREGROUND_TIMER_INTERVAL,
FOREGROUND_TIMER_NAME
)
// create background timer
wiseTrackConfig?.let {
if (it.sendInBackground) {
logger!!.info("Send in background configured")
backgroundTimer = TimerOnce({ backgroundTimerFired() }, BACKGROUND_TIMER_NAME)
}
}
// configure delay start timer
if (internalState!!.hasFirstSdkStartNotOccurred() && wiseTrackConfig!!.delayStart != null && wiseTrackConfig!!.delayStart!! > 0.0) {
logger!!.info("Delay start configured")
internalState!!.isInDelayedStart = true
delayStartTimer = TimerOnce({ sendFirstPackages() }, DELAY_START_TIMER_NAME)
}
// UtilNetworking.setUserAgent(wisetrackConfig!!.userAgent)
val packageHandlerActivitySender: IActivityPackageSender = ActivityPackageSender(
wiseTrackConfig!!.getUrlStrategy(),
wiseTrackConfig!!.basePath,
wiseTrackConfig!!.gdprPath,
wiseTrackConfig!!.subscriptionPath,
deviceInfo!!.clientSdk
)
packageHandler = WiseTrackFactory.getPackageHandler(
this,
wiseTrackConfig!!.context,
toSendI(false),
packageHandlerActivitySender,
wiseTrackConfig!!
)
val attributionHandlerActivitySender: IActivityPackageSender = ActivityPackageSender(
wiseTrackConfig!!.getUrlStrategy(),
wiseTrackConfig!!.basePath,
wiseTrackConfig!!.gdprPath,
wiseTrackConfig!!.subscriptionPath,
deviceInfo!!.clientSdk
)
attributionHandler = WiseTrackFactory.getAttributionHandler(
this,
toSendI(false),
attributionHandlerActivitySender
)
val sdkClickHandlerActivitySender: IActivityPackageSender = ActivityPackageSender(
wiseTrackConfig!!.getUrlStrategy(),
wiseTrackConfig!!.basePath,
wiseTrackConfig!!.gdprPath,
wiseTrackConfig!!.subscriptionPath,
deviceInfo!!.clientSdk
)
sdkClickHandler = WiseTrackFactory.getSdkClickHandler(
this,
toSendI(true),
sdkClickHandlerActivitySender
)
if (isToUpdatePackagesI()) {
updatePackagesI()
}
installReferrer =
InstallReferrer(wiseTrackConfig!!.context!!, object : InstallReferrerReadListener {
override fun onInstallReferrerRead(
referrerDetails: ReferrerDetails?,
referrerApi: String
) {
internalState!!.autoDetectInstallReferrer = true;
sendInstallReferrer(referrerDetails!!, referrerApi)
}
})
installReferrerHuawei =
InstallReferrerHuawei(wiseTrackConfig!!.context, object : InstallReferrerReadListener {
override fun onInstallReferrerRead(
referrerDetails: ReferrerDetails?,
referrerApi: String
) {
internalState!!.autoDetectInstallReferrer = true;
sendInstallReferrer(referrerDetails!!, referrerApi)
}
})
Executors.newSingleThreadScheduledExecutor().schedule({
if (!internalState!!.isAutoDetectInstallReferrer())
sendManuallyInstallReferrer(
installReferrer!!.getManuallyInstallReferrerDetail(),
deviceInfo!!.deviceManufacturer ?: "device referrer"
)
}, 4, TimeUnit.SECONDS)
preLaunchActionsI(wiseTrackConfig!!.preLaunchActions!!.preLaunchActionsArray)
sendReftagReferrerI()
Executors.newSingleThreadScheduledExecutor().schedule({
sendPkgInfo()
}, 10, TimeUnit.SECONDS)
}
private fun sendManuallyInstallReferrer(
referrerDetails: ReferrerDetails?,
referrerApi: String
) {
sendInstallReferrer(referrerDetails!!, referrerApi)
}
private fun preLaunchActionsI(preLaunchActionsArray: List?) {
if (preLaunchActionsArray == null) {
return
}
for (preLaunchAction in preLaunchActionsArray) {
preLaunchAction.run(this)
}
}
private fun sendReftagReferrerI() {
if (!isEnabledI()) {
return
}
if (internalState!!.hasFirstSdkStartNotOccurred()) {
return
}
sdkClickHandler!!.sendReftagReferrers()
}
private fun readActivityStateI(context: Context) {
activityState = try {
Util.readObject(
context, ACTIVITY_STATE_FILENAME, ACTIVITY_STATE_NAME,
ActivityState::class.java
)
} catch (e: Exception) {
logger!!.error("Failed to read $ACTIVITY_STATE_NAME file (${e.message!!})")
logger!!.report("Failed to read $ACTIVITY_STATE_NAME file (${e.message!!})")
null
}
if (activityState != null) {
internalState!!.firstSdkStart = true
}
}
private fun readAttributionI(context: Context) {
attribution = try {
Util.readObject(
context, ATTRIBUTION_FILENAME, ATTRIBUTION_NAME,
WiseTrackAttribution::class.java
)
} catch (e: Exception) {
logger!!.error("Failed to read $ATTRIBUTION_NAME file (${e.message!!})")
logger!!.report("Failed to read $ATTRIBUTION_NAME file (${e.message!!})")
null
}
}
private fun readSessionCallbackParametersI(context: Context) {
try {
sessionParameters!!.callbackParameters = Util.readObject(
context,
SESSION_CALLBACK_PARAMETERS_FILENAME,
SESSION_CALLBACK_PARAMETERS_NAME,
HashMap::class.java as Class>
)
} catch (e: Exception) {
logger!!.error("Failed to read $SESSION_CALLBACK_PARAMETERS_NAME file (${e.message!!})")
logger!!.report("Failed to read $SESSION_CALLBACK_PARAMETERS_NAME file (${e.message!!})")
sessionParameters!!.callbackParameters = null
}
}
private fun readSessionPartnerParametersI(context: Context) {
try {
sessionParameters!!.partnerParameters = Util.readObject(
context,
SESSION_PARTNER_PARAMETERS_FILENAME,
SESSION_PARTNER_PARAMETERS_NAME,
HashMap::class.java as Class?>
)
} catch (e: Exception) {
logger!!.error("Failed to read $SESSION_PARTNER_PARAMETERS_NAME file (${e.message!!})")
logger!!.report("Failed to read $SESSION_PARTNER_PARAMETERS_NAME file (${e.message!!})")
sessionParameters!!.partnerParameters = null
}
}
private fun readConfigFile(context: Context) {
val properties: Properties
try {
val inputStream = context.assets.open(DefaultConfig.WISETRACK_CONFIG_FILE_NAME)
properties = Properties()
properties.load(inputStream)
} catch (e: java.lang.Exception) {
logger!!.debug("${e.message!!} file not found in this app")
logger!!.report("${e.message!!} file not found in this app")
return
}
logger!!.verbose("${DefaultConfig.WISETRACK_CONFIG_FILE_NAME} file read and loaded")
val defaultTracker = properties.getProperty("defaultTracker")
if (defaultTracker != null) {
wiseTrackConfig!!.defaultTracker = defaultTracker
}
}
override fun getWiseTrackConfig(): WiseTrackConfig {
return wiseTrackConfig!!
}
override fun getDeviceInfo(): DeviceInfo {
return deviceInfo!!
}
override fun getActivityState(): ActivityState? {
return activityState
}
override fun getSessionParameters(): SessionParameters {
return sessionParameters!!
}
override fun init(wiseTrackConfig: WiseTrackConfig) {
this.wiseTrackConfig = wiseTrackConfig
}
private fun updatePackagesI() {
// update activity packages
packageHandler!!.updatePackages(sessionParameters)
// no longer needs to update packages
internalState!!.updatePackages = false
if (activityState != null) {
activityState!!.updatePackages = false
writeActivityStateI()
}
}
private fun isToUpdatePackagesI(): Boolean {
return if (activityState != null) {
activityState!!.updatePackages
} else {
internalState!!.itHasToUpdatePackages()
}
}
private fun updateHandlersStatusAndSendI() {
// check if it should stop sending
if (!toSendI()) {
pauseSendingI()
return
}
resumeSendingI()
// if event buffering is not enabled
if (!wiseTrackConfig!!.eventBufferingEnabled || // or if it's the first launch and it hasn't received the session response
internalState!!.isFirstLaunch && internalState!!.hasSessionResponseNotBeenProcessed()
) {
// try to send
packageHandler!!.sendFirstPackage()
}
}
private fun pauseSendingI() {
attributionHandler!!.pauseSending()
packageHandler!!.pauseSending()
// the conditions to pause the sdk click handler are less restrictive
// it's possible for the sdk click handler to be active while others are paused
if (!toSendI(true)) {
sdkClickHandler!!.pauseSending()
} else {
sdkClickHandler!!.resumeSending()
}
}
private fun resumeSendingI() {
attributionHandler!!.resumeSending()
packageHandler!!.resumeSending()
sdkClickHandler!!.resumeSending()
}
override fun onResume() {
internalState!!.isInBackground = false
executor!!.submit {
delayStartI()
stopBackgroundTimerI()
startForegroundTimerI()
logger!!.verbose("Subsession start")
startI()
}
}
private fun delayStartI() {
// it's not configured to start delayed or already finished
if (internalState!!.isNotInDelayedStart()) {
return
}
// the delay has already started
if (isToUpdatePackagesI()) {
return
}
// check against max start delay
var delayStartSeconds =
if (wiseTrackConfig!!.delayStart != null) wiseTrackConfig!!.delayStart else 0.0
val maxDelayStartMilli: Long = WiseTrackFactory.maxDelayStart
var delayStartMilli = (delayStartSeconds!! * 1000).toLong()
if (delayStartMilli > maxDelayStartMilli) {
val maxDelayStartSeconds = (maxDelayStartMilli / 1000).toDouble()
val delayStartFormatted = Util.SecondsDisplayFormat.format(delayStartSeconds)
val maxDelayStartFormatted = Util.SecondsDisplayFormat.format(maxDelayStartSeconds)
logger!!.warn("Delay start of $delayStartFormatted seconds bigger than max allowed value of $maxDelayStartFormatted seconds")
delayStartMilli = maxDelayStartMilli
delayStartSeconds = maxDelayStartSeconds
}
val delayStartFormatted = Util.SecondsDisplayFormat.format(delayStartSeconds)
logger!!.info("Waiting $delayStartFormatted seconds before starting first session")
delayStartTimer!!.startIn(delayStartMilli)
internalState!!.updatePackages = true
if (activityState != null) {
activityState!!.updatePackages = true
writeActivityStateI()
}
}
override fun onPause() {
internalState!!.isInBackground = true
executor!!.submit {
stopForegroundTimerI()
startBackgroundTimerI()
logger!!.verbose("Subsession end")
endI()
}
}
private fun endI() {
// pause sending if it's not allowed to send
if (!toSendI()) {
pauseSendingI()
}
if (updateActivityStateI(System.currentTimeMillis())) {
writeActivityStateI()
}
}
override fun trackEvent(event: WiseTrackEvent) {
executor!!.submit {
if (internalState!!.hasFirstSdkStartNotOccurred()) {
logger!!.warn(
"""
Event tracked before first activity resumed.
If it was triggered in the Application class, it might timestamp or even send an install long before the user opens the app.
Please check https://github.com/wisetrack/AndroidSdk#can-i-trigger-an-event-at-application-launch for more information.
""".trimIndent()
)
startI()
}
trackEventI(event)
}
}
private fun updateReferrer() {
val sharedPreferencesManager = SharedPreferencesManager.getDefaultInstance(getContext())
installReferrerDetails = sharedPreferencesManager!!.getInstallReferrer()
referrerApi = sharedPreferencesManager!!.getInstallReferrerAPI()
}
private fun trackEventI(event: WiseTrackEvent) {
if (!checkActivityStateI(activityState)) return
if (!isEnabledI()) return
if (!checkEventI(event)) return
if (!checkOrderIdI(event.orderId)) return
if (activityState!!.isGdprForgotten) return
val now = System.currentTimeMillis()
activityState!!.eventCount++
updateActivityStateI(now)
updateReferrer()
val eventBuilder =
PackageBuilder(wiseTrackConfig!!, deviceInfo!!, activityState, sessionParameters, now)
val eventPackage = eventBuilder.buildEventPackage(
event,
internalState!!.isInDelayedStart,
installReferrerDetails!!,
referrerApi!!
)
packageHandler!!.addPackage(eventPackage)
if (wiseTrackConfig!!.eventBufferingEnabled) {
logger!!.info("Buffered event ${eventPackage.suffix!!}")
} else {
packageHandler!!.sendFirstPackage()
}
// if it is in the background and it can send, start the background timer
if (wiseTrackConfig!!.sendInBackground && internalState!!.isInBackground) {
startBackgroundTimerI()
}
writeActivityStateI()
}
private fun checkOrderIdI(orderId: String?): Boolean {
if (orderId == null || orderId.isEmpty()) {
return true // no order ID given
}
if (activityState!!.findOrderId(orderId)) {
logger!!.info("Skipping duplicated order ID '$orderId'")
return false // order ID found -> used already
}
activityState!!.addOrderId(orderId)
logger!!.verbose("Added order ID '$orderId'")
// activity state will get written by caller
return true
}
private fun checkEventI(event: WiseTrackEvent?): Boolean {
if (event == null) {
logger!!.error("Event missing")
return false
}
if (!event.isValid()) {
logger!!.error("Event not initialized correctly")
return false
}
return true
}
private fun startI() {
// check if it's the first sdk start
if (internalState!!.hasFirstSdkStartNotOccurred()) {
WiseTrackSigner.onResume(logger!!)
startFirstSessionI()
return
}
// it shouldn't start if it was disabled after a first session
if (!activityState!!.enabled) {
return
}
WiseTrackSigner.onResume(logger!!)
updateHandlersStatusAndSendI()
processCoppaComplianceI()
processSessionI()
checkAttributionStateI()
processCachedDeeplinkI()
}
private fun checkAttributionStateI() {
if (!checkActivityStateI(activityState)) {
return
}
// if it's the first launch
if (internalState!!.isFirstLaunch) {
// and it hasn't received the session response
if (internalState!!.hasSessionResponseNotBeenProcessed()) {
return
}
}
// if there is already an attribution saved and there was no attribution being asked
if (attribution != null && !activityState!!.askingAttribution) {
return
}
attributionHandler!!.getAttribution()
}
private fun startFirstSessionI() {
activityState = ActivityState()
internalState!!.firstSdkStart = true
// still update handlers status
updateHandlersStatusAndSendI()
val now = System.currentTimeMillis()
val sharedPreferencesManager = SharedPreferencesManager.getDefaultInstance(getContext())
activityState!!.pushToken = sharedPreferencesManager!!.getPushToken()
// activityState.isGdprForgotten = sharedPreferencesManager.getGdprForgetMe();
// track the first session package only if it's enabled
if (internalState!!.isEnabled) {
if (sharedPreferencesManager.getGdprForgetMe()) {
gdprForgetMeI()
} else {
// check if disable third party sharing request came, then send it first
if (sharedPreferencesManager.getDisableThirdPartySharing()) {
disableThirdPartySharingI()
}
for (wisetrackThirdPartySharing in wiseTrackConfig!!.preLaunchActions!!.preLaunchWiseTrackThirdPartyArray) {
trackThirdPartySharingI(wisetrackThirdPartySharing)
}
if (wiseTrackConfig!!.preLaunchActions!!.lastMeasurementConsentTracked != null) {
trackMeasurementConsentI(
wiseTrackConfig!!.preLaunchActions!!.lastMeasurementConsentTracked!!
)
}
wiseTrackConfig!!.preLaunchActions!!.preLaunchWiseTrackThirdPartyArray = ArrayList()
wiseTrackConfig!!.preLaunchActions!!.lastMeasurementConsentTracked = null
activityState!!.sessionCount = 1 // this is the first session
transferSessionPackageI(now)
checkAfterNewStartI(sharedPreferencesManager)
}
}
activityState!!.resetSessionAttributes(now)
activityState!!.enabled = internalState!!.isEnabled
activityState!!.updatePackages = internalState!!.itHasToUpdatePackages()
writeActivityStateI()
sharedPreferencesManager.removePushToken()
sharedPreferencesManager.removeGdprForgetMe()
sharedPreferencesManager.removeDisableThirdPartySharing()
// check for cached deep links
processCachedDeeplinkI()
// don't check attribution right after first sdk start
}
private fun processCachedDeeplinkI() {
if (!checkActivityStateI(activityState)) {
return
}
val sharedPreferencesManager = SharedPreferencesManager.getDefaultInstance(getContext())
val cachedDeeplinkUrl = sharedPreferencesManager!!.getDeeplinkUrl()
val cachedDeeplinkClickTime = sharedPreferencesManager!!.getDeeplinkClickTime()
if (cachedDeeplinkUrl == null) {
return
}
if (cachedDeeplinkClickTime == -1L) {
return
}
readOpenUrl(Uri.parse(cachedDeeplinkUrl), cachedDeeplinkClickTime)
sharedPreferencesManager.removeDeeplink()
}
private fun processSessionI() {
if (activityState!!.isGdprForgotten) {
return
}
val now = System.currentTimeMillis()
val lastInterval = now - activityState!!.lastActivity
if (lastInterval < 0) {
logger!!.error(TIME_TRAVEL)
activityState!!.lastActivity = now
writeActivityStateI()
return
}
// new session
if (lastInterval > SESSION_INTERVAL) {
trackNewSessionI(now)
checkAfterNewStartI()
return
}
// new subsession
if (lastInterval > SUBSESSION_INTERVAL) {
activityState!!.subsessionCount++
activityState!!.sessionLength += lastInterval
activityState!!.lastActivity = now
logger!!.verbose("Started subsession ${activityState!!.subsessionCount} of session ${activityState!!.sessionCount}")
writeActivityStateI()
checkForPreinstallI()
// Try to check if there's new referrer information.
installReferrer!!.startConnection()
installReferrerHuawei!!.readReferrer()
return
}
logger!!.verbose("Time span since last activity too short for a new subsession")
}
override fun finishedTrackingActivity(responseData: ResponseData) {
// redirect session responses to attribution handler to check for attribution information
if (responseData is SessionResponseData) {
logger!!.debug("Finished tracking session")
attributionHandler!!.checkSessionResponse((responseData as SessionResponseData?)!!)
return
}
// redirect sdk click responses to attribution handler to check for attribution information
if (responseData is SdkClickResponseData) {
checkForInstallReferrerInfo(responseData)
attributionHandler!!.checkSdkClickResponse((responseData as SdkClickResponseData?)!!)
return
}
// check if it's an event response
if (responseData is EventResponseData) {
launchEventResponseTasks((responseData as EventResponseData?)!!)
return
}
}
private fun checkForInstallReferrerInfo(responseData: SdkClickResponseData) {
if (!responseData.isInstallReferrer) {
return
}
val isInstallReferrerHuaweiAds = responseData.referrerApi != null &&
responseData.referrerApi.equals(
Constants.REFERRER_API_HUAWEI_ADS,
ignoreCase = true
)
if (isInstallReferrerHuaweiAds) {
activityState!!.clickTimeHuawei = responseData.clickTime!!
activityState!!.installBeginHuawei = responseData.installBegin!!
activityState!!.installReferrerHuawei = responseData.installReferrer
writeActivityStateI()
return
}
val isInstallReferrerHuaweiAppGallery = responseData.referrerApi != null &&
responseData.referrerApi.equals(
Constants.REFERRER_API_HUAWEI_APP_GALLERY,
ignoreCase = true
)
if (isInstallReferrerHuaweiAppGallery) {
activityState!!.clickTimeHuawei = responseData.clickTime!!
activityState!!.installBeginHuawei = responseData.installBegin!!
activityState!!.installReferrerHuaweiAppGallery = responseData.installReferrer
writeActivityStateI()
return
}
activityState!!.clickTime = responseData.clickTime!!
activityState!!.installBegin = responseData.installBegin!!
activityState!!.installReferrer = responseData.installReferrer
activityState!!.clickTimeServer = responseData.clickTimeServer!!
activityState!!.installBeginServer = responseData.installBeginServer!!
activityState!!.installVersion = responseData.installVersion
activityState!!.googlePlayInstant = responseData.googlePlayInstant
writeActivityStateI()
}
override fun setEnabled(enabled: Boolean) {
executor!!.submit { setEnabledI(enabled) }
}
override fun setOfflineMode(enabled: Boolean) {
executor!!.submit { setOfflineModeI(enabled) }
}
private fun setOfflineModeI(offline: Boolean) {
// compare with the internal state
if (!hasChangedStateI(
internalState!!.isOffline, offline,
"WiseTrack already in offline mode",
"WiseTrack already in online mode"
)
) {
return
}
internalState!!.isOffline = offline
if (internalState!!.hasFirstSdkStartNotOccurred()) {
updateStatusI(
offline,
"Handlers will start paused due to SDK being offline",
"Handlers will still start as paused",
"Handlers will start as active due to SDK being online"
)
return
}
updateStatusI(
offline,
"Pausing handlers to put SDK offline mode",
"Handlers remain paused",
"Resuming handlers to put SDK in online mode"
)
}
override fun isEnabled(): Boolean {
return isEnabledI()
}
private fun isEnabledI(): Boolean {
return if (activityState != null) {
activityState!!.enabled
} else {
internalState!!.isEnabled
}
}
override fun readOpenUrl(url: Uri, clickTime: Long) {
executor!!.submit { readOpenUrlI(url, clickTime) }
}
private fun readOpenUrlI(url: Uri, clickTime: Long) {
if (!isEnabledI()) {
return
}
if (Util.isUrlFilteredOut(url)) {
logger!!.debug("Deep link ($url) processing skipped")
return
}
val sdkClickPackage = PackageFactory.buildDeeplinkSdkClickPackage(
url,
clickTime,
activityState!!,
wiseTrackConfig!!,
deviceInfo!!,
sessionParameters!!
) ?: return
sdkClickHandler!!.sendSdkClick(sdkClickPackage)
}
override fun updateAttributionI(attribution: WiseTrackAttribution?): Boolean {
if (attribution == null) {
return false
}
if (attribution == this.attribution) {
return false
}
this.attribution = attribution
writeAttributionI()
return true
}
override fun launchEventResponseTasks(eventResponseData: EventResponseData) {
executor!!.submit { launchEventResponseTasksI(eventResponseData) }
}
override fun launchSessionResponseTasks(sessionResponseData: SessionResponseData) {
executor!!.submit { launchSessionResponseTasksI(sessionResponseData) }
}
private fun launchSessionResponseTasksI(sessionResponseData: SessionResponseData) {
logger!!.debug("Launching SessionResponse tasks")
// try to update adid from response
updateAdidI(sessionResponseData.adid)
// use the same handler to ensure that all tasks are executed sequentially
val handler = Handler(wiseTrackConfig!!.context!!.mainLooper)
// try to update the attribution
val attributionUpdated = updateAttributionI(sessionResponseData.attribution)
// if attribution changed, launch attribution changed delegate
if (attributionUpdated) {
launchAttributionListenerI(handler)
}
// if attribution didn't update and it's still null
// ask for attribution
if (attribution == null && !activityState!!.askingAttribution) {
attributionHandler!!.getAttribution()
}
// mark install as tracked on success
if (sessionResponseData.success) {
SharedPreferencesManager.getDefaultInstance(getContext())!!.setInstallTracked();
}
// launch Session tracking listener if available
launchSessionResponseListenerI(sessionResponseData, handler)
// mark session response has processed
internalState!!.sessionResponseProcessed = true
}
private fun launchSessionResponseListenerI(
sessionResponseData: SessionResponseData,
handler: Handler
) {
// success callback
if (sessionResponseData.success && wiseTrackConfig!!.onSessionTrackingSucceededListener != null) {
logger!!.debug("Launching success session tracking listener")
// add it to the handler queue
val runnable = Runnable {
if (wiseTrackConfig == null) {
return@Runnable
}
if (wiseTrackConfig!!.onSessionTrackingSucceededListener == null) {
return@Runnable
}
sessionResponseData.getSuccessResponseData()?.let {
wiseTrackConfig!!.onSessionTrackingSucceededListener!!.onFinishedSessionTrackingSucceeded(
it
)
}
}
handler.post(runnable)
return
}
// failure callback
if (!sessionResponseData.success && wiseTrackConfig!!.onSessionTrackingFailedListener != null) {
logger!!.debug("Launching failed session tracking listener")
// add it to the handler queue
val runnable = Runnable {
if (wiseTrackConfig == null) {
return@Runnable
}
if (wiseTrackConfig!!.onSessionTrackingFailedListener == null) {
return@Runnable
}
sessionResponseData.getFailureResponseData()?.let {
wiseTrackConfig!!.onSessionTrackingFailedListener!!.onFinishedSessionTrackingFailed(
it
)
}
}
handler.post(runnable)
return
}
}
private fun launchEventResponseTasksI(eventResponseData: EventResponseData) {
// try to update adid from response
updateAdidI(eventResponseData.adid)
val handler = Handler(wiseTrackConfig!!.context!!.mainLooper)
// success callback
if (eventResponseData.success && wiseTrackConfig!!.onEventTrackingSucceededListener != null) {
logger!!.debug("Launching success event tracking listener")
// add it to the handler queue
val runnable = Runnable {
if (wiseTrackConfig == null) {
return@Runnable
}
if (wiseTrackConfig!!.onEventTrackingSucceededListener == null) {
return@Runnable
}
wiseTrackConfig!!.onEventTrackingSucceededListener!!.onFinishedEventTrackingSucceeded(
eventResponseData.getSuccessResponseData()!!
)
}
handler.post(runnable)
return
}
// failure callback
if (!eventResponseData.success && wiseTrackConfig!!.onEventTrackingFailedListener != null) {
logger!!.debug("Launching failed event tracking listener")
// add it to the handler queue
val runnable = Runnable {
if (wiseTrackConfig == null) {
return@Runnable
}
if (wiseTrackConfig!!.onEventTrackingFailedListener == null) {
return@Runnable
}
wiseTrackConfig!!.onEventTrackingFailedListener!!.onFinishedEventTrackingFailed(
eventResponseData.getFailureResponseData()!!
)
}
handler.post(runnable)
return
}
}
private fun launchAttributionListenerI(handler: Handler) {
if (wiseTrackConfig!!.onAttributionChangedListener == null) {
return
}
// add it to the handler queue
val runnable = Runnable {
if (wiseTrackConfig == null) {
return@Runnable
}
if (wiseTrackConfig!!.onAttributionChangedListener == null) {
return@Runnable
}
attribution?.let {
wiseTrackConfig!!.onAttributionChangedListener!!.onAttributionChanged(
it
)
}
}
handler.post(runnable)
}
override fun launchSdkClickResponseTasks(sdkClickResponseData: SdkClickResponseData) {
executor!!.submit { launchSdkClickResponseTasksI(sdkClickResponseData) }
}
private fun launchSdkClickResponseTasksI(sdkClickResponseData: SdkClickResponseData) {
// try to update adid from response
updateAdidI(sdkClickResponseData.adid)
// use the same handler to ensure that all tasks are executed sequentially
val handler = Handler(wiseTrackConfig!!.context!!.mainLooper)
// try to update the attribution
val attributionUpdated = updateAttributionI(sdkClickResponseData.attribution)
// if attribution changed, launch attribution changed delegate
if (attributionUpdated) {
launchAttributionListenerI(handler)
}
}
private fun updateAdidI(adid: String?) {
if (adid == null) {
return
}
if (adid == activityState!!.adid) {
return
}
activityState!!.adid = adid
writeActivityStateI()
return
}
override fun launchAttributionResponseTasks(attributionResponseData: AttributionResponseData) {
executor!!.submit { launchAttributionResponseTasksI(attributionResponseData) }
}
private fun launchAttributionResponseTasksI(attributionResponseData: AttributionResponseData) {
// try to update adid from response
updateAdidI(attributionResponseData.adid)
val handler = Handler(wiseTrackConfig!!.context!!.mainLooper)
// try to update the attribution
val attributionUpdated = updateAttributionI(attributionResponseData.attribution)
// if attribution changed, launch attribution changed delegate
if (attributionUpdated) {
launchAttributionListenerI(handler)
}
// if there is any, try to launch the deeplink
prepareDeeplinkI(attributionResponseData.deeplink, handler)
}
private fun prepareDeeplinkI(deeplink: Uri?, handler: Handler) {
if (deeplink == null) {
return
}
logger!!.info("Deferred deeplink received ($deeplink)")
val deeplinkIntent: Intent = createDeeplinkIntentI(deeplink)
val runnable = Runnable {
if (wiseTrackConfig == null) {
return@Runnable
}
var toLaunchDeeplink = true
if (wiseTrackConfig!!.onDeeplinkResponseListener != null) {
toLaunchDeeplink =
wiseTrackConfig!!.onDeeplinkResponseListener!!.launchReceivedDeeplink(deeplink)
}
if (toLaunchDeeplink) {
launchDeeplinkMain(deeplinkIntent, deeplink)
}
}
handler.post(runnable)
}
private fun launchDeeplinkMain(deeplinkIntent: Intent, deeplink: Uri) {
// Verify it resolves
val packageManager: PackageManager = wiseTrackConfig!!.context!!.packageManager
val activities = packageManager.queryIntentActivities(deeplinkIntent, 0)
val isIntentSafe = activities.size > 0
// Start an activity if it's safe
if (!isIntentSafe) {
logger!!.error("Unable to open deferred deep link ($deeplink)")
return
}
// add it to the handler queue
logger!!.info("Open deferred deep link ($deeplink)")
wiseTrackConfig!!.context!!.startActivity(deeplinkIntent)
}
private fun createDeeplinkIntentI(deeplink: Uri): Intent {
val mapIntent: Intent = if (wiseTrackConfig!!.deepLinkComponent == null) {
Intent(Intent.ACTION_VIEW, deeplink)
} else {
Intent(
Intent.ACTION_VIEW,
deeplink,
wiseTrackConfig!!.context,
wiseTrackConfig!!.deepLinkComponent
)
}
mapIntent.flags = Intent.FLAG_ACTIVITY_NEW_TASK
mapIntent.setPackage(wiseTrackConfig!!.context!!.packageName)
return mapIntent
}
override fun sendRefTagReferrer() {
executor!!.submit { sendReftagReferrerI() }
}
override fun sendPreinstallReferrer() {
executor!!.submit { sendPreinstallReferrerI() }
}
override fun sendInstallReferrer(
referrerDetails: ReferrerDetails,
referrerApi: String
) {
val sharedPreferencesManager = SharedPreferencesManager.getDefaultInstance(getContext())
sharedPreferencesManager!!.saveInstallReferrer(referrerDetails.installReferrer)
sharedPreferencesManager!!.saveInstallReferrerApi(referrerApi)
sendInstallReferrerI(referrerDetails, referrerApi)
}
private fun sendInstallReferrerI(
referrerDetails: ReferrerDetails,
referrerApi: String
) {
executor!!.submit { sendInstallReferrerII(referrerDetails, referrerApi) }
}
override fun setAskingAttribution(askingAttribution: Boolean) {
executor!!.submit { setAskingAttributionI(askingAttribution) }
}
private fun setAskingAttributionI(askingAttribution: Boolean) {
activityState!!.askingAttribution = askingAttribution
writeActivityStateI()
}
override fun sendFirstPackages() {
executor!!.submit { sendFirstPackagesI() }
}
private fun sendFirstPackagesI() {
if (internalState!!.isNotInDelayedStart()) {
logger!!.info("Start delay expired or never configured")
return
}
// update packages in queue
updatePackagesI()
// no longer is in delay start
internalState!!.isInDelayedStart = false
// cancel possible still running timer if it was called by user
delayStartTimer!!.cancel()
// and release timer
delayStartTimer = null
// update the status and try to send first package
updateHandlersStatusAndSendI()
}
override fun addSessionCallbackParameter(key: String?, value: String?) {
executor!!.submit { addSessionCallbackParameterI(key, value) }
}
fun addSessionCallbackParameterI(key: String?, value: String?) {
if (!Util.isValidParameter(key, "key", "Session Callback")) return
if (!Util.isValidParameter(value, "value", "Session Callback")) return
if (sessionParameters!!.callbackParameters == null) {
sessionParameters!!.callbackParameters = LinkedHashMap()
}
val oldValue = sessionParameters!!.callbackParameters!![key]
if (value == oldValue) {
logger!!.verbose("Key ${key!!} already present with the same value")
return
}
if (oldValue != null) {
logger!!.warn("Key ${key!!} will be overwritten")
}
sessionParameters!!.callbackParameters!![key!!] = value!!
writeSessionCallbackParametersI()
}
override fun addSessionPartnerParameter(key: String?, value: String?) {
executor!!.submit { addSessionPartnerParameterI(key, value) }
}
fun addSessionPartnerParameterI(key: String?, value: String?) {
if (!Util.isValidParameter(key, "key", "Session Partner")) return
if (!Util.isValidParameter(value, "value", "Session Partner")) return
if (sessionParameters!!.partnerParameters == null) {
sessionParameters!!.partnerParameters = LinkedHashMap()
}
val oldValue = sessionParameters!!.partnerParameters!![key]
if (value == oldValue) {
logger!!.verbose("Key ${key!!} already present with the same value")
return
}
if (oldValue != null) {
logger!!.warn("Key ${key!!} will be overwritten")
}
sessionParameters!!.partnerParameters!![key!!] = value!!
writeSessionPartnerParametersI()
}
override fun removeSessionCallbackParameter(key: String?) {
executor!!.submit { removeSessionCallbackParameterI(key) }
}
fun removeSessionCallbackParameterI(key: String?) {
if (!Util.isValidParameter(key, "key", "Session Callback")) return
if (sessionParameters!!.callbackParameters == null) {
logger!!.warn("Session Callback parameters are not set")
return
}
val oldValue = sessionParameters!!.callbackParameters!!.remove(key)
if (oldValue == null) {
logger!!.warn("Key ${key!!} does not exist")
return
}
logger!!.debug("Key ${key!!} will be removed")
writeSessionCallbackParametersI()
}
override fun removeSessionPartnerParameter(key: String?) {
executor!!.submit { removeSessionPartnerParameterI(key) }
}
fun removeSessionPartnerParameterI(key: String?) {
if (!Util.isValidParameter(key, "key", "Session Partner")) return
if (sessionParameters!!.partnerParameters == null) {
logger!!.warn("Session Partner parameters are not set")
return
}
val oldValue = sessionParameters!!.partnerParameters!!.remove(key)
if (oldValue == null) {
logger!!.warn("Key ${key!!}does not exist")
return
}
logger!!.debug("Key ${key!!} will be removed")
writeSessionPartnerParametersI()
}
override fun resetSessionCallbackParameters() {
executor!!.submit { resetSessionCallbackParametersI() }
}
fun resetSessionCallbackParametersI() {
if (sessionParameters!!.callbackParameters == null) {
logger!!.warn("Session Callback parameters are not set")
}
sessionParameters!!.callbackParameters = null
writeSessionCallbackParametersI()
}
override fun resetSessionPartnerParameters() {
executor!!.submit { resetSessionPartnerParametersI() }
}
fun resetSessionPartnerParametersI() {
if (sessionParameters!!.partnerParameters == null) {
logger!!.warn("Session Partner parameters are not set")
}
sessionParameters!!.partnerParameters = null
writeSessionPartnerParametersI()
}
override fun teardown() {
backgroundTimer?.teardown()
foregroundTimer?.teardown()
delayStartTimer?.teardown()
executor?.teardown()
packageHandler?.teardown()
attributionHandler?.teardown()
sdkClickHandler?.teardown()
if (sessionParameters != null) {
sessionParameters!!.callbackParameters?.clear()
sessionParameters!!.callbackParameters?.clear()
}
teardownActivityStateS()
teardownAttributionS()
teardownAllSessionParametersS()
packageHandler = null
logger = null
foregroundTimer = null
executor = null
backgroundTimer = null
delayStartTimer = null
internalState = null
deviceInfo = null
wiseTrackConfig = null
attributionHandler = null
sdkClickHandler = null
sessionParameters = null
}
private fun updateActivityStateI(now: Long): Boolean {
if (!checkActivityStateI(activityState)) {
return false
}
val lastInterval = now - activityState!!.lastActivity
// ignore late updates
if (lastInterval > SESSION_INTERVAL) {
return false
}
activityState!!.lastActivity = now
if (lastInterval < 0) {
logger!!.error(TIME_TRAVEL)
} else {
activityState!!.sessionLength += lastInterval
activityState!!.timeSpent += lastInterval
}
return true
}
fun sendPkgInfo() {
executor!!.submit { sendPkgInfoI() }
}
fun sendPkgInfoI() {
if (!checkActivityStateI(activityState)) {
return
}
if (!isEnabledI()) {
return
}
if (activityState!!.isGdprForgotten) {
return
}
sendPkgInfoII()
}
fun sendPkgInfoII() {
val packageInfo = PkgInfo(wiseTrackConfig!!.context!!)
val result = packageInfo.getDevicePackagesInfo(wiseTrackConfig!!.context!!.packageManager)
var isChange = false
val sharedPreferencesManager = SharedPreferencesManager.getDefaultInstance(getContext())
val hash = sharedPreferencesManager!!.getPkgInfoHash()
if (hash == null) {
isChange = true
Util!!.sha256(result.toString())?.let {
sharedPreferencesManager.savePkgInfoHash(it)
}
} else {
Util!!.sha256(result.toString())?.let {
it.also {
if (it != hash) {
isChange = true
sharedPreferencesManager.savePkgInfoHash(it)
}
}
}
}
if (isChange) { //isChange
val lastInitiatedBy = "sdk"
// packageHandler
val now = System.currentTimeMillis()
val pkgInfoPackageBuilder =
PackageBuilder(
wiseTrackConfig!!,
deviceInfo!!,
activityState,
sessionParameters,
now
)
val pkgInfoPackage: ActivityPackage =
pkgInfoPackageBuilder.buildPkgPackage(lastInitiatedBy, result)
packageHandler!!.addPackage(pkgInfoPackage)
if (wiseTrackConfig!!.eventBufferingEnabled) {
logger!!.info("Buffered event ${pkgInfoPackage.suffix!!}")
} else {
packageHandler!!.sendFirstPackage()
}
}
}
override fun setPushToken(token: String, preSaved: Boolean) {
executor!!.submit(Runnable {
if (!preSaved) {
SharedPreferencesManager.getDefaultInstance(getContext())!!.savePushToken(token);
}
if (internalState!!.hasFirstSdkStartNotOccurred()) {
// No install has been tracked so far.
// Push token is saved, ready for the session package to pick it up.
return@Runnable
} else {
setPushTokenI(token)
}
})
}
private fun setPushTokenI(token: String?) {
if (!checkActivityStateI(activityState)) {
return
}
if (!isEnabledI()) {
return
}
if (activityState!!.isGdprForgotten) {
return
}
if (token == null) {
return
}
if (token == activityState!!.pushToken) {
return
}
updateReferrer()
// save new push token
activityState!!.pushToken = token
writeActivityStateI()
val now = System.currentTimeMillis()
val infoPackageBuilder =
PackageBuilder(wiseTrackConfig!!, deviceInfo!!, activityState, sessionParameters, now)
val infoPackage: ActivityPackage = infoPackageBuilder.buildInfoPackage(
Constants.PUSH,
installReferrerDetails!!,
referrerApi!!
)
packageHandler!!.addPackage(infoPackage)
// If push token was cached, remove it.
SharedPreferencesManager.getDefaultInstance(getContext())!!.removePushToken();
if (wiseTrackConfig!!.eventBufferingEnabled) {
logger!!.info("Buffered event ${infoPackage.suffix!!}")
} else {
packageHandler!!.sendFirstPackage()
}
}
private fun setEnabledI(enabled: Boolean) {
// compare with the saved or internal state
if (!hasChangedStateI(
isEnabledI(), enabled,
"WiseTrack already enabled", "WiseTrack already disabled"
)
) {
return
}
if (enabled) {
if (activityState != null && activityState!!.isGdprForgotten) {
logger!!.error("Re-enabling SDK not possible for forgotten user")
return
}
}
// save new enabled state in internal state
internalState!!.isEnabled = enabled
if (internalState!!.hasFirstSdkStartNotOccurred()) {
updateStatusI(
!enabled,
"Handlers will start as paused due to the SDK being disabled",
"Handlers will still start as paused",
"Handlers will start as active due to the SDK being enabled"
)
return
}
activityState!!.enabled = enabled
writeActivityStateI()
if (enabled) {
val sharedPreferencesManager = SharedPreferencesManager.getDefaultInstance(getContext())
if (sharedPreferencesManager!!.getGdprForgetMe()) {
gdprForgetMeI()
} else {
processCoppaComplianceI()
if (sharedPreferencesManager.getDisableThirdPartySharing()) {
disableThirdPartySharingI()
}
for (wisetrackThirdPartySharing in wiseTrackConfig?.preLaunchActions!!.preLaunchWiseTrackThirdPartyArray) {
trackThirdPartySharingI(wisetrackThirdPartySharing)
}
if (wiseTrackConfig!!.preLaunchActions!!.lastMeasurementConsentTracked != null) {
trackMeasurementConsentI(
wiseTrackConfig!!.preLaunchActions!!.lastMeasurementConsentTracked!!
)
}
wiseTrackConfig!!.preLaunchActions!!.preLaunchWiseTrackThirdPartyArray = ArrayList()
wiseTrackConfig!!.preLaunchActions!!.lastMeasurementConsentTracked = null
}
// check if install was tracked
if (!sharedPreferencesManager!!.getInstallTracked()) {
logger!!.debug("Detected that install was not tracked at enable time")
val now = System.currentTimeMillis()
trackNewSessionI(now)
}
checkAfterNewStartI(sharedPreferencesManager)
}
updateStatusI(
!enabled,
"Pausing handlers due to SDK being disabled",
"Handlers remain paused",
"Resuming handlers due to SDK being enabled"
)
}
private fun checkAfterNewStartI() {
SharedPreferencesManager.getDefaultInstance(getContext())?.let { checkAfterNewStartI(it) };
}
private fun checkAfterNewStartI(sharedPreferencesManager: SharedPreferencesManager) {
// check if there is a saved push token to send
val pushToken = sharedPreferencesManager.getPushToken()
if (pushToken != null && pushToken != activityState!!.pushToken) {
// queue set push token
setPushToken(pushToken, true)
}
// check if there are token to send
val referrers: Any = sharedPreferencesManager.getRawReferrerArray()
if (referrers != null) {
// queue send referrer tag
sendRefTagReferrer()
}
checkForPreinstallI()
// try to read and send the install referrer
installReferrer!!.startConnection()
installReferrerHuawei!!.readReferrer()
}
private fun checkForPreinstallI() {
if (activityState == null) return
if (!activityState!!.enabled) return
if (activityState!!.isGdprForgotten) return
// sending preinstall referrer doesn't require preinstall tracking flag to be enabled
sendPreinstallReferrerI()
if (!wiseTrackConfig!!.preinstallTrackingEnabled) return
if (internalState!!.hasPreinstallBeenRead()) return
if (deviceInfo!!.packageName == null || deviceInfo!!.packageName!!.isEmpty()) {
logger!!.debug("Can't read preinstall payload, invalid package name")
return
}
val sharedPreferencesManager = SharedPreferencesManager.getDefaultInstance(getContext())
var readStatus = sharedPreferencesManager!!.getPreinstallPayloadReadStatus()
if (PreinstallUtil.hasAllLocationsBeenRead(readStatus)) {
internalState!!.preinstallHasBeenRead = true
return
}
// 1. try reading preinstall payload from standard system property
if (PreinstallUtil.hasNotBeenRead(Constants.SYSTEM_PROPERTIES, readStatus)) {
val payloadSystemProperty = PreinstallUtil.getPayloadFromSystemProperty(
deviceInfo!!.packageName!!, logger!!
)
if (payloadSystemProperty != null && payloadSystemProperty.isNotEmpty()) {
sdkClickHandler!!.sendPreinstallPayload(
payloadSystemProperty,
Constants.SYSTEM_PROPERTIES
)
} else {
readStatus = PreinstallUtil.markAsRead(Constants.SYSTEM_PROPERTIES, readStatus)
}
}
// 2. try reading preinstall payload from system property using reflection
if (PreinstallUtil.hasNotBeenRead(Constants.SYSTEM_PROPERTIES_REFLECTION, readStatus)) {
val payloadSystemPropertyReflection =
PreinstallUtil.getPayloadFromSystemPropertyReflection(
deviceInfo!!.packageName!!, logger!!
)
if (payloadSystemPropertyReflection != null && payloadSystemPropertyReflection.isNotEmpty()) {
sdkClickHandler!!.sendPreinstallPayload(
payloadSystemPropertyReflection,
Constants.SYSTEM_PROPERTIES_REFLECTION
)
} else {
readStatus =
PreinstallUtil.markAsRead(Constants.SYSTEM_PROPERTIES_REFLECTION, readStatus)
}
}
// 3. try reading preinstall payload from system property file path
if (PreinstallUtil.hasNotBeenRead(Constants.SYSTEM_PROPERTIES_PATH, readStatus)) {
val payloadSystemPropertyFilePath = PreinstallUtil.getPayloadFromSystemPropertyFilePath(
deviceInfo!!.packageName!!, logger!!
)
if (payloadSystemPropertyFilePath != null && payloadSystemPropertyFilePath.isNotEmpty()) {
sdkClickHandler!!.sendPreinstallPayload(
payloadSystemPropertyFilePath,
Constants.SYSTEM_PROPERTIES_PATH
)
} else {
readStatus = PreinstallUtil.markAsRead(Constants.SYSTEM_PROPERTIES_PATH, readStatus)
}
}
// 4. try reading preinstall payload from system property file path using reflection
// 4. try reading preinstall payload from system property file path using reflection
if (PreinstallUtil.hasNotBeenRead(
Constants.SYSTEM_PROPERTIES_PATH_REFLECTION,
readStatus
)
) {
val payloadSystemPropertyFilePathReflection =
PreinstallUtil.getPayloadFromSystemPropertyFilePathReflection(
deviceInfo!!.packageName!!, logger!!
)
if (payloadSystemPropertyFilePathReflection != null && payloadSystemPropertyFilePathReflection.isNotEmpty()) {
sdkClickHandler!!.sendPreinstallPayload(
payloadSystemPropertyFilePathReflection,
Constants.SYSTEM_PROPERTIES_PATH_REFLECTION
)
} else {
readStatus = PreinstallUtil.markAsRead(
Constants.SYSTEM_PROPERTIES_PATH_REFLECTION,
readStatus
)
}
}
// 5. try reading preinstall payload from default content uri
if (PreinstallUtil.hasNotBeenRead(Constants.CONTENT_PROVIDER, readStatus)) {
val payloadContentProviderDefault = PreinstallUtil.getPayloadFromContentProviderDefault(
wiseTrackConfig!!.context!!,
deviceInfo!!.packageName!!,
logger!!
)
if (payloadContentProviderDefault != null && payloadContentProviderDefault.isNotEmpty()) {
sdkClickHandler!!.sendPreinstallPayload(
payloadContentProviderDefault,
Constants.CONTENT_PROVIDER
)
} else {
readStatus = PreinstallUtil.markAsRead(Constants.CONTENT_PROVIDER, readStatus)
}
}
// 6. try reading preinstall payload from all content provider with intent action and with install permission
if (PreinstallUtil.hasNotBeenRead(Constants.CONTENT_PROVIDER_INTENT_ACTION, readStatus)) {
val payloadListContentProviderIntentAction =
PreinstallUtil.getPayloadsFromContentProviderIntentAction(
wiseTrackConfig!!.context!!,
deviceInfo!!.packageName!!,
logger!!
)
if (payloadListContentProviderIntentAction != null && payloadListContentProviderIntentAction.isNotEmpty()) {
for (payload in payloadListContentProviderIntentAction) {
sdkClickHandler!!.sendPreinstallPayload(
payload,
Constants.CONTENT_PROVIDER_INTENT_ACTION
)
}
} else {
readStatus =
PreinstallUtil.markAsRead(Constants.CONTENT_PROVIDER_INTENT_ACTION, readStatus)
}
}
// 7. try reading preinstall payload from all content provider with intent action and without install permission
if (PreinstallUtil.hasNotBeenRead(Constants.CONTENT_PROVIDER_NO_PERMISSION, readStatus)) {
val payloadListContentProviderIntentAction =
PreinstallUtil.getPayloadsFromContentProviderNoPermission(
wiseTrackConfig!!.context!!,
deviceInfo!!.packageName!!,
logger!!
)
if (payloadListContentProviderIntentAction != null && payloadListContentProviderIntentAction.isNotEmpty()) {
for (payload in payloadListContentProviderIntentAction) {
sdkClickHandler!!.sendPreinstallPayload(
payload,
Constants.CONTENT_PROVIDER_NO_PERMISSION
)
}
} else {
readStatus =
PreinstallUtil.markAsRead(Constants.CONTENT_PROVIDER_NO_PERMISSION, readStatus)
}
}
// 8. try reading preinstall payload from file system (world readable)
if (PreinstallUtil.hasNotBeenRead(Constants.FILE_SYSTEM, readStatus)) {
val payloadFileSystem = PreinstallUtil.getPayloadFromFileSystem(
deviceInfo!!.packageName!!,
wiseTrackConfig!!.preinstallFilePath,
logger!!
)
if (payloadFileSystem != null && payloadFileSystem.isNotEmpty()) {
sdkClickHandler!!.sendPreinstallPayload(payloadFileSystem, Constants.FILE_SYSTEM)
} else {
readStatus = PreinstallUtil.markAsRead(Constants.FILE_SYSTEM, readStatus)
}
}
sharedPreferencesManager.setPreinstallPayloadReadStatus(readStatus)
internalState!!.preinstallHasBeenRead = true
}
private fun sendPreinstallReferrerI() {
if (!isEnabledI()) {
return
}
if (internalState!!.hasFirstSdkStartNotOccurred()) {
return
}
val referrerPayload =
SharedPreferencesManager.getDefaultInstance(getContext())!!.getPreinstallReferrer()
if (referrerPayload == null || referrerPayload.isEmpty()) {
return
}
sdkClickHandler!!.sendPreinstallPayload(
referrerPayload,
Constants.SYSTEM_INSTALLER_REFERRER
)
}
private fun sendInstallReferrerII(referrerDetails: ReferrerDetails, referrerApi: String) {
if (!isEnabledI()) {
return
}
if (!isValidReferrerDetails(referrerDetails)) {
return
}
if (Util.isEqualReferrerDetails(referrerDetails, referrerApi, activityState!!)) {
// Same click already sent before, nothing to be done.
return
}
// Create sdk click
val sdkClickPackage: ActivityPackage = PackageFactory.buildInstallReferrerSdkClickPackage(
referrerDetails,
referrerApi,
activityState!!,
wiseTrackConfig!!,
deviceInfo!!,
sessionParameters!!
)
sdkClickHandler!!.sendSdkClick(sdkClickPackage)
}
private fun isValidReferrerDetails(referrerDetails: ReferrerDetails?): Boolean {
if (referrerDetails == null) {
return false
}
return referrerDetails.installReferrer.isNotEmpty()
}
private fun trackNewSessionI(now: Long) {
val lastInterval = now - activityState!!.lastActivity
activityState!!.sessionCount++
activityState!!.lastInterval = lastInterval
transferSessionPackageI(now)
activityState!!.resetSessionAttributes(now)
writeActivityStateI()
}
private fun transferSessionPackageI(now: Long) {
Executors.newSingleThreadScheduledExecutor().schedule({
updateReferrer()
val builder = PackageBuilder(
wiseTrackConfig!!, deviceInfo!!, activityState,
sessionParameters, now
)
val sessionPackage: ActivityPackage =
builder.buildSessionPackage(
internalState!!.isInDelayedStart,
installReferrerDetails!!,
referrerApi!!
)
packageHandler!!.addPackage(sessionPackage)
packageHandler!!.sendFirstPackage()
}, 4, TimeUnit.SECONDS)
}
private fun hasChangedStateI(
previousState: Boolean, newState: Boolean,
trueMessage: String, falseMessage: String
): Boolean {
if (previousState != newState) {
return true
}
if (previousState) {
logger!!.debug(trueMessage)
} else {
logger!!.debug(falseMessage)
}
return false
}
private fun updateStatusI(
pausingState: Boolean, pausingMessage: String,
remainsPausedMessage: String, unPausingMessage: String
) {
// it is changing from an active state to a pause state
if (pausingState) {
logger!!.info(pausingMessage)
} else if (pausedI(false)) {
// including the sdk click handler
if (pausedI(true)) {
logger!!.info(remainsPausedMessage)
} else {
logger!!.info("$remainsPausedMessage, except the Sdk Click Handler")
}
} else {
// it is changing from a pause state to an active state
logger!!.info(unPausingMessage)
}
updateHandlersStatusAndSendI()
}
private fun checkActivityStateI(activityState: ActivityState?): Boolean {
internalState?.let {
if (it.hasFirstSdkStartNotOccurred()) {
logger!!.error("Sdk did not yet start")
return false
}
}
return true
}
private fun writeActivityStateI() {
synchronized(ActivityState::class.java) {
if (activityState == null) {
return
}
Util.writeObject(
activityState,
wiseTrackConfig!!.context!!,
ACTIVITY_STATE_FILENAME,
ACTIVITY_STATE_NAME
)
}
}
private fun teardownActivityStateS() {
synchronized(ActivityState::class.java) {
if (activityState == null) {
return
}
activityState = null
}
}
private fun writeAttributionI() {
synchronized(WiseTrackAttribution::class.java) {
if (attribution == null) {
return
}
Util.writeObject(
attribution,
wiseTrackConfig!!.context!!,
ATTRIBUTION_FILENAME,
ATTRIBUTION_NAME
)
}
}
private fun teardownAttributionS() {
synchronized(WiseTrackAttribution::class.java) {
if (attribution == null) {
return
}
attribution = null
}
}
private fun writeSessionCallbackParametersI() {
synchronized(SessionParameters::class.java) {
if (sessionParameters == null) {
return
}
Util.writeObject(
sessionParameters!!.callbackParameters,
wiseTrackConfig!!.context!!,
SESSION_CALLBACK_PARAMETERS_FILENAME,
SESSION_CALLBACK_PARAMETERS_NAME
)
}
}
private fun writeSessionPartnerParametersI() {
synchronized(SessionParameters::class.java) {
if (sessionParameters == null) {
return
}
Util.writeObject(
sessionParameters!!.partnerParameters,
wiseTrackConfig!!.context!!,
SESSION_PARTNER_PARAMETERS_FILENAME,
SESSION_PARTNER_PARAMETERS_NAME
)
}
}
private fun teardownAllSessionParametersS() {
synchronized(SessionParameters::class.java) {
if (sessionParameters == null) {
return
}
sessionParameters = null
}
}
fun foregroundTimerFired() {
executor!!.submit { foregroundTimerFiredI() }
}
fun backgroundTimerFired() {
executor!!.submit { backgroundTimerFiredI() }
}
private fun startForegroundTimerI() {
// don't start the timer if it's disabled
if (!isEnabledI()) {
return
}
foregroundTimer!!.start()
}
private fun stopForegroundTimerI() {
foregroundTimer!!.suspend()
}
private fun foregroundTimerFiredI() {
// stop the timer cycle if it's disabled
if (!isEnabledI()) {
stopForegroundTimerI()
return
}
if (toSendI()) {
packageHandler!!.sendFirstPackage()
}
if (updateActivityStateI(System.currentTimeMillis())) {
writeActivityStateI()
}
}
private fun startBackgroundTimerI() {
if (backgroundTimer == null) {
return
}
// check if it can send in the background
if (!toSendI()) {
return
}
// background timer already started
if (backgroundTimer!!.getFireIn() > 0) {
return
}
backgroundTimer!!.startIn(BACKGROUND_TIMER_INTERVAL)
}
private fun stopBackgroundTimerI() {
if (backgroundTimer == null) {
return
}
backgroundTimer!!.cancel()
}
private fun backgroundTimerFiredI() {
if (toSendI()) {
packageHandler!!.sendFirstPackage()
}
}
private fun pausedI(): Boolean {
return pausedI(false)
}
private fun pausedI(sdkClickHandlerOnly: Boolean): Boolean {
return if (sdkClickHandlerOnly) {
// sdk click handler is paused if either:
internalState!!.isOffline || // it's offline
!isEnabledI() // is disabled
} else {
// other handlers are paused if either:
internalState!!.isOffline || // it's offline
!isEnabledI() || // is disabled
internalState!!.isInDelayedStart // is in delayed start
}
}
private fun toSendI(): Boolean {
return toSendI(false)
}
private fun toSendI(sdkClickHandlerOnly: Boolean): Boolean {
// don't send when it's paused
if (pausedI(sdkClickHandlerOnly)) {
return false
}
// has the option to send in the background -> is to send
return if (wiseTrackConfig!!.sendInBackground) {
true
} else internalState!!.isInForeground()
// doesn't have the option -> depends on being on the background/foreground
}
override fun gdprForgetMe() {
executor!!.submit { gdprForgetMeI() }
}
private fun gdprForgetMeI() {
if (!checkActivityStateI(activityState)) {
return
}
if (!isEnabledI()) {
return
}
if (activityState!!.isGdprForgotten) {
return
}
activityState!!.isGdprForgotten = true
writeActivityStateI()
val now = System.currentTimeMillis()
val gdprPackageBuilder = PackageBuilder(
wiseTrackConfig!!,
deviceInfo!!, activityState, sessionParameters, now
)
val gdprPackage = gdprPackageBuilder.buildGdprPackage()
packageHandler!!.addPackage(gdprPackage)
// If GDPR choice was cached, remove it.
SharedPreferencesManager.getDefaultInstance(getContext())!!.removeGdprForgetMe();
if (wiseTrackConfig!!.eventBufferingEnabled) {
logger!!.info("Buffered event ${gdprPackage.suffix!!}")
} else {
packageHandler!!.sendFirstPackage()
}
}
override fun disableThirdPartySharing() {
executor!!.submit { disableThirdPartySharingI() }
}
private fun disableThirdPartySharingI() {
// cache the disable third party sharing request, so that the request order maintains
// even this call returns before making server request
val sharedPreferencesManager = SharedPreferencesManager.getDefaultInstance(getContext())
sharedPreferencesManager!!.setDisableThirdPartySharing()
if (!checkActivityStateI(activityState)) {
return
}
if (!isEnabledI()) {
return
}
if (activityState!!.isGdprForgotten) {
return
}
if (activityState!!.isThirdPartySharingDisabled) {
return
}
if (wiseTrackConfig!!.coppaCompliantEnabled == true) {
logger!!.warn("Call to disable third party sharing API ignored, already done when COPPA enabled")
return
}
activityState!!.isThirdPartySharingDisabled = true
writeActivityStateI()
val now = System.currentTimeMillis()
val packageBuilder =
PackageBuilder(wiseTrackConfig!!, deviceInfo!!, activityState, sessionParameters, now)
val activityPackage: ActivityPackage = packageBuilder.buildDisableThirdPartySharingPackage()
packageHandler!!.addPackage(activityPackage)
// Removed the cached disable third party sharing flag.
sharedPreferencesManager.removeDisableThirdPartySharing()
if (wiseTrackConfig!!.eventBufferingEnabled) {
logger!!.info("Buffered event ${activityPackage.suffix!!}")
} else {
packageHandler!!.sendFirstPackage()
}
}
override fun trackThirdPartySharing(wiseTrackThirdPartySharing: WiseTrackThirdPartySharing) {
executor!!.submit { trackThirdPartySharingI(wiseTrackThirdPartySharing) }
}
private fun trackThirdPartySharingI(wiseTrackThirdPartySharing: WiseTrackThirdPartySharing) {
if (!checkActivityStateI(activityState)) {
wiseTrackConfig!!.preLaunchActions!!.preLaunchWiseTrackThirdPartyArray.add(
wiseTrackThirdPartySharing
)
return
}
if (!isEnabledI()) {
return
}
if (activityState!!.isGdprForgotten) {
return
}
if (wiseTrackConfig!!.coppaCompliantEnabled != null && wiseTrackConfig!!.coppaCompliantEnabled!!) {
// block calling third party sharing API when COPPA enabled
return
}
val now = System.currentTimeMillis()
val packageBuilder =
PackageBuilder(wiseTrackConfig!!, deviceInfo!!, activityState, sessionParameters, now)
val activityPackage: ActivityPackage =
packageBuilder.buildThirdPartySharingPackage(wiseTrackThirdPartySharing)
packageHandler!!.addPackage(activityPackage)
if (wiseTrackConfig!!.eventBufferingEnabled) {
logger!!.info("Buffered event ${activityPackage.suffix!!}")
} else {
packageHandler!!.sendFirstPackage()
}
}
override fun trackMeasurementConsent(consentMeasurement: Boolean) {
executor!!.submit { trackMeasurementConsentI(consentMeasurement) }
}
private fun trackMeasurementConsentI(consentMeasurement: Boolean) {
if (!checkActivityStateI(activityState)) {
wiseTrackConfig!!.preLaunchActions!!.lastMeasurementConsentTracked = consentMeasurement
return
}
if (!isEnabledI()) {
return
}
if (activityState!!.isGdprForgotten) {
return
}
val now = System.currentTimeMillis()
val packageBuilder =
PackageBuilder(wiseTrackConfig!!, deviceInfo!!, activityState, sessionParameters, now)
val activityPackage: ActivityPackage =
packageBuilder.buildMeasurementConsentPackage(consentMeasurement)
packageHandler!!.addPackage(activityPackage)
if (wiseTrackConfig!!.eventBufferingEnabled) {
logger!!.info("Buffered event ${activityPackage.suffix!!}")
} else {
packageHandler!!.sendFirstPackage()
}
}
override fun trackAdRevenue(source: String, adRevenueJson: JSONObject) {
executor!!.submit { trackAdRevenueI(source, adRevenueJson) }
}
private fun trackAdRevenueI(source: String, adRevenueJson: JSONObject) {
if (!checkActivityStateI(activityState)) {
return
}
if (!isEnabledI()) {
return
}
if (activityState!!.isGdprForgotten) {
return
}
val now = System.currentTimeMillis()
val packageBuilder = PackageBuilder(
wiseTrackConfig!!,
deviceInfo!!, activityState, sessionParameters, now
)
val adRevenuePackage = packageBuilder.buildAdRevenuePackage(source, adRevenueJson)
packageHandler!!.addPackage(adRevenuePackage)
packageHandler!!.sendFirstPackage()
}
override fun trackAdRevenue(wiseTrackAdRevenue: WiseTrackAdRevenue) {
executor!!.submit { trackAdRevenueI(wiseTrackAdRevenue) }
}
private fun trackAdRevenueI(wiseTrackAdRevenue: WiseTrackAdRevenue) {
if (!checkActivityStateI(activityState)) {
return
}
if (!isEnabledI()) {
return
}
if (!checkWiseTrackAdRevenue(wiseTrackAdRevenue)) {
return
}
if (activityState!!.isGdprForgotten) {
return
}
val now = System.currentTimeMillis()
val packageBuilder = PackageBuilder(
wiseTrackConfig!!,
deviceInfo!!, activityState, sessionParameters, now
)
val adRevenuePackage: ActivityPackage = packageBuilder.buildAdRevenuePackage(
wiseTrackAdRevenue,
internalState!!.isInDelayedStart
)
packageHandler!!.addPackage(adRevenuePackage)
packageHandler!!.sendFirstPackage()
}
private fun checkWiseTrackAdRevenue(wiseTrackAdRevenue: WiseTrackAdRevenue?): Boolean {
if (wiseTrackAdRevenue == null) {
logger!!.error("Ad revenue object missing")
return false
}
if (!wiseTrackAdRevenue.isValid()) {
logger!!.error("Ad revenue object not initialized correctly")
return false
}
return true
}
override fun trackPlayStoreSubscription(wiseTrackPlayStoreSubscription: WiseTrackPlayStoreSubscription) {
executor!!.submit { trackSubscriptionI(wiseTrackPlayStoreSubscription) }
}
private fun trackSubscriptionI(subscription: WiseTrackPlayStoreSubscription) {
if (!checkActivityStateI(activityState)) {
return
}
if (!isEnabledI()) {
return
}
if (activityState!!.isGdprForgotten) {
return
}
val now = System.currentTimeMillis()
val packageBuilder = PackageBuilder(
wiseTrackConfig!!,
deviceInfo!!, activityState, sessionParameters, now
)
val subscriptionPackage = packageBuilder.buildSubscriptionPackage(
subscription,
internalState!!.isInDelayedStart
)
packageHandler!!.addPackage(subscriptionPackage)
packageHandler!!.sendFirstPackage()
}
override fun gotOptOutResponse() {
executor!!.submit { gotOptOutResponseI() }
}
private fun gotOptOutResponseI() {
activityState!!.isGdprForgotten = true
writeActivityStateI()
packageHandler!!.flush()
setEnabledI(false)
}
override fun getContext(): Context {
return wiseTrackConfig!!.context!!
}
override fun getAdid(): String? {
return activityState?.adid
}
override fun getAttribution(): WiseTrackAttribution? {
return attribution
}
class InternalState {
var isEnabled = false
var isOffline = false
var isInBackground = false
var isInDelayedStart = false
var updatePackages = false
var isFirstLaunch = false
var sessionResponseProcessed = false
var firstSdkStart = false
var preinstallHasBeenRead = false
var autoDetectInstallReferrer = false
fun isAutoDetectInstallReferrer(): Boolean {
return autoDetectInstallReferrer
}
fun isDisabled(): Boolean {
return !isEnabled
}
fun isOnline(): Boolean {
return !isOffline
}
fun isInForeground(): Boolean {
return !isInBackground
}
fun isNotInDelayedStart(): Boolean {
return !isInDelayedStart
}
fun itHasToUpdatePackages(): Boolean {
return updatePackages
}
fun isNotFirstLaunch(): Boolean {
return !isFirstLaunch
}
fun hasSessionResponseNotBeenProcessed(): Boolean {
return !sessionResponseProcessed
}
fun hasFirstSdkStartOccurred(): Boolean {
return firstSdkStart
}
fun hasFirstSdkStartNotOccurred(): Boolean {
return !firstSdkStart
}
fun hasPreinstallBeenRead(): Boolean {
return preinstallHasBeenRead
}
}
companion object {
private var FOREGROUND_TIMER_INTERVAL: Long = 0
private var FOREGROUND_TIMER_START: Long = 0
private var BACKGROUND_TIMER_INTERVAL: Long = 0
private var SESSION_INTERVAL: Long = 0
private var SUBSESSION_INTERVAL: Long = 0
private const val TIME_TRAVEL = "Time travel!"
private const val ACTIVITY_STATE_NAME = "Activity state"
private const val ATTRIBUTION_NAME = "Attribution"
private const val FOREGROUND_TIMER_NAME = "Foreground timer"
private const val BACKGROUND_TIMER_NAME = "Background timer"
private const val DELAY_START_TIMER_NAME = "Delay Start timer"
private const val SESSION_CALLBACK_PARAMETERS_NAME = "Session Callback parameters"
private const val SESSION_PARTNER_PARAMETERS_NAME = "Session Partner parameters"
public fun getInstance(wiseTrackConfig: WiseTrackConfig?): ActivityHandler? {
if (wiseTrackConfig == null) {
WiseTrackFactory.getLogger().error("WiseTrackConfig missing")
return null
}
if (!wiseTrackConfig.isValid()) {
WiseTrackFactory.getLogger().error("WiseTrackConfig not initialized correctly")
return null
}
if (wiseTrackConfig.processName != null) {
val currentPid = Process.myPid()
val manager =
wiseTrackConfig.context!!.getSystemService(Context.ACTIVITY_SERVICE) as ActivityManager?
?: return null
val processInfoList = manager.runningAppProcesses ?: return null
for (processInfo in processInfoList) {
if (processInfo.pid == currentPid) {
if (!processInfo.processName.equals(
wiseTrackConfig.processName,
ignoreCase = true
)
) {
WiseTrackFactory.getLogger().info(
"Skipping initialization in background process (${processInfo.processName})"
)
return null
}
break
}
}
}
return ActivityHandler(wiseTrackConfig)
}
fun deleteState(context: Context) {
deleteActivityState(context)
deleteAttribution(context)
deleteSessionCallbackParameters(context)
deleteSessionPartnerParameters(context)
SharedPreferencesManager.getDefaultInstance(context)!!.clear();
}
fun deleteActivityState(context: Context): Boolean {
return context.deleteFile(ACTIVITY_STATE_FILENAME)
}
fun deleteAttribution(context: Context): Boolean {
return context.deleteFile(ATTRIBUTION_FILENAME)
}
fun deleteSessionCallbackParameters(context: Context): Boolean {
return context.deleteFile(SESSION_CALLBACK_PARAMETERS_FILENAME)
}
fun deleteSessionPartnerParameters(context: Context): Boolean {
return context.deleteFile(SESSION_PARTNER_PARAMETERS_FILENAME)
}
}
private fun processCoppaComplianceI() {
if (wiseTrackConfig!!.coppaCompliantEnabled == null) {
resetThirdPartySharingCoppaActivityStateI()
return
}
if (wiseTrackConfig!!.coppaCompliantEnabled == false) {
resetThirdPartySharingCoppaActivityStateI();
return;
}
disableThirdPartySharingForCoppaEnabledI();
}
private fun disableThirdPartySharingForCoppaEnabledI() {
if (!shouldDisableThirdPartySharingWhenCoppaEnabled()) {
return
}
activityState!!.isThirdPartySharingDisabledForCoppa = true
writeActivityStateI()
val wisetrackThirdPartySharing = WiseTrackThirdPartySharing(false)
val now = System.currentTimeMillis()
val packageBuilder = PackageBuilder(
wiseTrackConfig!!, deviceInfo!!, activityState, sessionParameters, now
)
val activityPackage =
packageBuilder.buildThirdPartySharingPackage(wisetrackThirdPartySharing)
packageHandler!!.addPackage(activityPackage)
if (wiseTrackConfig!!.eventBufferingEnabled) {
logger!!.info("Buffered event %s", activityPackage.suffix!!)
} else {
packageHandler!!.sendFirstPackage()
}
}
private fun enableThirdPartySharingForCoppaDisabledI() {
if (shouldEnableThirdPartySharingForCoppaDisabled()) {
activityState!!.isThirdPartySharingDisabledForCoppa = false
writeActivityStateI()
val wisetrackThirdPartySharingForCoppaEnabled = WiseTrackThirdPartySharing(true)
trackThirdPartySharingI(wisetrackThirdPartySharingForCoppaEnabled)
}
}
private fun resetThirdPartySharingCoppaActivityStateI() {
if (activityState == null) {
return
}
if (activityState!!.isThirdPartySharingDisabledForCoppa != null &&
activityState!!.isThirdPartySharingDisabledForCoppa
) {
activityState!!.isThirdPartySharingDisabledForCoppa = false
writeActivityStateI()
}
}
private fun shouldDisableThirdPartySharingWhenCoppaEnabled(): Boolean {
if (activityState == null) {
return false
}
if (!isEnabledI()) {
return false
}
if (activityState!!.isGdprForgotten) {
return false
}
return if (activityState!!.isThirdPartySharingDisabledForCoppa == null) {
true
} else !activityState!!.isThirdPartySharingDisabledForCoppa
}
private fun shouldEnableThirdPartySharingForCoppaDisabled(): Boolean {
if (activityState == null) {
return false
}
return if (activityState!!.isThirdPartySharingDisabledForCoppa == null) {
false
} else activityState!!.isThirdPartySharingDisabledForCoppa
}
}
