iOS-SDK

Introduction

Beaconstac Advanced iOS SDK is meant only for specialized use cases. Please check with the support team before deciding to integrate this SDK.

Documentation

Please refer to the API reference.

Demo app

Try out the Beaconstac Demo app on the iTunes App Store.

Installation

Using Cocoapods (recommended):

Add the following to your Podfile in your project, we are supporting iOS 10.0+ make sure your pod has proper platform set.

platform :ios, '10.0'
target '<My-App-Target>''
  pod 'Beaconstac', '~> 3.2.9'
end

Run pod install in the project directory

Manually:

Download or clone this repo on your system.
Drag and drop the Beaconstac.framework file into your Xcode project. Make sure that "Copy Items to Destination's Group Folder" is checked.

Add the Beaconstac.framework and EddystoneScanner.framework to the embedded binaries section of your destination app target.
In Build Phases under destination app target, add the following frameworks in Link Binary With Libraries section:

CoreData.framework
SystemConfiguration.framework
CoreBluetooth.framework
CoreLocation.framework
EddystoneScanner.framework

Configure your project

In Info.plist, add a new fields, NSLocationAlwaysUsageDescription, NSLocationAlwaysAndWhenInUsageDescription, NSBluetoothPeripheralUsageDescription with relevant values that you want to show to the user. This is mandatory for iOS 10 and above.

Pre-requisites

Location

The app should take care of handling permissions as required.

To receive notifications in the background you must first enable the Location Updates and Uses Bluetooth LE accessories Background Modes in the Capabilities tab of your app target.

var locationManager = CLLocationManager()
locationManager.delegate = self
locationManager.requestAlwaysAuthorization()

func locationManager(_ manager: CLLocationManager, didChangeAuthorization status: CLAuthorizationStatus) {
    if status == .authorizedAlways {
        if beaconstac != nil {
            beaconstac?.startScanningBeacons()
        } else {
            // Initialise Beaconstac SDK
        }
    } else {
        beaconstac?.stopScanningBeacons()

        // Show Alert to enable alwyas permission
    }
}

// Make sure you retain the CLLocationManager for the callbacks
// You need to handle the case where user doesn't provide `Always` permission

CLLocationManager *locationmanager = [[CLLocationManager alloc] init];
locationManager.delegate = self;
[locationManager requestAlwaysAuthorization];

- (void)locationManager:(CLLocationManager *)manager 
didChangeAuthorizationStatus:(CLAuthorizationStatus)status {
    if (status == kCLAuthorizationStatusAuthorizedAlways) {
        if beaconstac != nil {
           [beaconstac startScanningBeacons];
        } else {
            // Initialise Beaconstac SDK
        }
    } else {
        [beaconstac stopScanningBeacons];

        // Show Alert to enable always permission
    }
}
// Make sure you retain the CLLocationManager for the callbacks
// You need to handle the case where user doesn't provide `Always` permission

To receive notifications only in the foreground

var locationManager = CLLocationManager()
locationManager.delegate = self
locationManager.requestWhenInUseAuthorization()

func locationManager(_ manager: CLLocationManager, didChangeAuthorization status: CLAuthorizationStatus) {
    if status == authorizedWhenInUse || status == .authorizedAlways {
        if beaconstac != nil {
            beaconstac?.startScanningBeacons()
        } else {
            // Initialise Beaconstac SDK
        }
    } else {
        beaconstac?.stopScanningBeacons()

        // Show Alert to enable permission
    }
}

// Make sure you retain the CLLocationManager for the callbacks
// You need to handle the case where user doesn't provide permission

CLLocationManager *locationmanager = [[CLLocationManager alloc] init];
locationManager.delegate = self;
[locationManager requestWhenInUseAuthorization];

- (void)locationManager:(CLLocationManager *)manager 
didChangeAuthorizationStatus:(CLAuthorizationStatus)status {
    if (status == kCLAuthorizationStatusAuthorizedWhenInUse || status == kCLAuthorizationStatusAuthorizedAlways) {
        if beaconstac != nil {
           [beaconstac startScanningBeacons];
        } else {
            // Initialise Beaconstac SDK
        }
    } else {
        [beaconstac stopScanningBeacons];

        // Show Alert to enable alwyas permission
    }
}
// Make sure you retain the CLLocationManager for the callbacks
// You need to handle the case where user doesn't provide permission

Bluetooth

The app should take care of enabling the bluetooth to range beacons.

var bluetoothManager = CBCentralManager(delegate: self, queue: nil, options: nil)

func centralManagerDidUpdateState(_ central: CBCentralManager) {
    if central.state == .poweredOn {
        beaconstac?.startScanningBeacons()
    } else {
        beaconstac?.stopScanningBeacons()
    }
}

// Make sure you retain the CBCentralManager for the callbacks
// You need to handle the case where user doesn't provide permission

CBCentralManager *bluetoothManager = [[CBCentralManager alloc] initWithDelegate:self queue:nil options:nil];

- (void)centralManagerDidUpdateState:(CBCentralManager *)central {
    if (central.state == CBManagerStatePoweredOn) {
        [beaconstac startScanningBeacons];
    } else {
        [beaconstac stopScanningBeacons];
    }
}
// Make sure you retain the CBCentralManager for the callbacks
// You need to handle the case where user doesn't provide permission

MY_DEVELOPER_TOKEN

The app should provide the developer token while initializing the SDK. Get it from Beaconstac Dashboard Account Page.

Monitoring Regions

If you are using the region monitoring API's from advanced location manager, make sure it won't affect the Beaconstac SDK.

Set Up

Import the framework header in your class

import Beaconstac

import <Beaconstac/Beaconstac.h>

Initialize Beaconstac using one-line initialization, the initialization starts scanning for beacons immediately.

do {
    Beaconstac.sharedInstance("MY_DEVELOPER_TOKEN", completion: : { (beaconstac, error) in
      if let beaconstacInstance = beaconstac {
        // Successful...
      } else if let e = error {
        print(e)
      }
    }))
} catch let error {
    print(error)
}

[Beaconstac sharedInstance:"" ibeaconOption:iBeaconOptionWhenInUseRange organization:123 delegate:self completion:^(Beaconstac * _Nullable beaconstacInstance, NSError * _Nullable error){
    if (!error) {
        //Successfull
    } else {
        NSLog("%@", error);
    }
}];

If you want to use the advacnced integration, use iBeaconOption as defined below

iBeaconOption	Location Authorization	Monitoring	Ranging	Description
WhenInUse	When In Use Authorization	CoreLocation API doesn't support	CoreLocation API supports	SDK works only in the foreground
BackgroundRangeOnDisplayWakeUp	Always Authorization	CoreLocation API supports	CoreLocation API supports	SDK works in the background as well

do {
    Beaconstac.sharedInstance("My_DEVELOPER_TOKEN", ibeaconOption: .BackgroundRangeOnDisplayWakeUp, delegate: self, completion: : { (beaconstac, error) in
      if let beaconstacInstance = beaconstac {
          beaconstac?.startScanningBeacons()
          // Initialization successful, it just works...
      } else if let e = error {
          print(e)
      }
    })
} catch let error {
    print(error)
}

[Beaconstac sharedInstance:"" ibeaconOption:iBeaconOptionWhenInUseRange organization:123 delegate:self completion:^(Beaconstac * _Nullable beaconstacInstance, NSError * _Nullable error){
    if (!error) {
        //Successfull
      [beaconstacInstance startScanningBeacons]; 
    } else {
        NSLog("%@", error);
    }
}];

If you wish to get the sharedInstance() of the Beaconstac SDK, after you initialize the Beaconstac SDK at any point in a single application life cycle

do {
    beaconstacInstance = try Beaconstac.sharedInstance()
} catch let error {
    print(error)
}

NSError *error = nil;
[Beaconstac sharedInstanceAndReturnError:&error];

If you wish to control start and stop of scanning for beacons:

beaconstac.startScanningBeacons() // Starts scanning for beacons...
beaconstac.stopScanningBeacons() // Stops scanning for beacons...

[beaconstacInstance startScanningBeacons];
[beaconstacInstance stopScanningBeacons];

Implement BeaconDelegate protocol methods to receive callbacks when beacons are scanned

// In the class where you want to listen to the beacon scanning events...
beaconstacInstance = try! Beaconstac.sharedInstance()
beaconstacInstance.delegate = self

// required
func didFail(_ beaconstac: Beaconstac, error: Error) {
    print(error)
}

//Optional
func didEnterRegion(_ beaconstac: Beaconstac, region: String) {
    print(region)
}

func didRangeBeacons(_ beaconstac: Beaconstac, beacons: [MBeacon]) {
    print(beacons)
}

func didEnterBeacon(_ beaconstac: Beaconstac, beacon: MBeacon) {
    print(beacon)
}

func didExitBeacon(_ beaconstac: Beaconstac, beacon: MBeacon) {
    print(beacon)
}

func didExitRegion(_ beaconstac: Beaconstac, region: String) {
    print(region)
}

// In the class where you want to listen to the beacon scanning events...
NSError *error = nil;
Beconstac *beaconstacInstance = [Beaconstac sharedInstanceAndReturnError:&error];
beaconstacInstance.delegate = self;

// required
- (void)didFail:(Beaconstac * _Nonnull)beaconstac error:(NSError * _Nonnull)error {
    NSLog("%@", error);
}

//Optional
- (void)didEnterRegion:(Beaconstac * _Nonnull)beaconstac region:(NSString * _Nonnull)region {
    NSLog("%@", region);
}
    
- (void)didRangeBeacons:(Beaconstac * _Nonnull)beaconstac beacons:(NSArray<MBeacon *> * _Nonnull)beacons {
    NSLog("%@", beacons);
}
    
- (void)campOnBeacon:(Beaconstac * _Nonnull)beaconstac beacon:(MBeacon * _Nonnull)beacon {
    NSLog("%@", beacon);
}
    
- (void)exitBeacon:(Beaconstac *)beaconstac beacon:(MBeacon *)beacon {
    NSLog("%@", beacon);
}
    
- (void)didExitRegion:(Beaconstac * _Nonnull)beaconstac region:(NSString * _Nonnull)region {
    NSLog("%@", region);
}

Implement RuleProcessorDelegate protocol methods to receive callbacks when rules are triggered

// In the class where you want to listen to the rule triggering events...
beaconstacInstance = try! Beaconstac.sharedInstance()
beaconstacInstance.ruleDelegate = self

func willTriggerRule(_ beaconstac: Beaconstac, rule: MRule) {
    // read which rule is about to trigger and the actions, filters set by the marketers...
}

func didTriggerRule(_ beaconstac: Beaconstac, rule: MRule) {
    // read which rule is triggered and the actions, filters set by the marketers...
}

// In the class where you want to listen to the rule triggering events...
NSError *error = nil;
Beconstac *beaconstacInstance = [Beaconstac sharedInstanceAndReturnError:&error];
beaconstacInstance.ruleDelegate = self;

- (void)willTriggerRule:(Beaconstac * _Nonnull)beaconstac rule:(MRule * _Nonnull)rule {
    // read which rule is about to trigger and the actions, filters set by the marketers...
}

- (void)didTriggerRule:(Beaconstac * _Nonnull)beaconstac rule:(MRule * _Nonnull)rule {
    // read which rule is triggered and the actions, filters set by the marketers...
}

Implement NotificationDelegate protocol methods to override the display of the Local Notification.

// In the class where you want to listen to notification events...
beaconstacInstance = try! Beaconstac.sharedInstance()
beaconstacInstance.notificationDelegate = self

func overrideNotification(_ beaconstac: Beaconstac, notification: MNotification) {
    // If you override, you should handle everything from configuring, triggering and displaying of the notification.
}

// In the class where you want to listen to notification events...
NSError *error = nil;
Beconstac *beaconstacInstance = [Beaconstac sharedInstanceAndReturnError:&error];
beaconstacInstance.notificationDelegate = self;

- (void)overrideNotification:(Beaconstac * _Nonnull)beaconstac notification:(MNotification * _Nonnull)notification {
    // If you override, you should handle everything from configuring, triggering and displaying of the notification.
}

Implement WebhookDelegate protocol methods to add additional parameters to be sent to the webhook.

// In the class where you want to listen to webhook events...
beaconstacInstance = try! Beaconstac.sharedInstance()
beaconstacInstance.webhookDelegate = self

func addParameters(_ beaconstac: Beaconstac, webhook: MWebhook) -> Dictionary<String, Any> {
    // If you override, make sure the keys of the previously added ones
}

// In the class where you want to listen to notification events...
NSError *error = nil;
Beconstac *beaconstacInstance = [Beaconstac sharedInstanceAndReturnError:&error];
beaconstacInstance.webhookDelegate = self;

- (NSDictionary<NSString *, id> * _Nonnull)addParameters:(Beaconstac * _Nonnull)beaconstac webhook:(MWebhook * _Nonnull)webhook {
    // If you override, make sure the keys of the previously added ones
}

The Latch_Latency, defines how the campOn/campOff behaviour is adjusted when the SDK finds the beacon. Lets say, the SDK camped on to a beacon and there is a beacon who's latest RSSI, is less than the latest RSSI of the camped On beacon + the latch latency, then SDK camps off from the current beacon and camps on to this beacon.

beaconstacInstance = try! Beaconstac.sharedInstance()
beaconstacInstance.latchLatency = HIGH

NSError *error = nil;
Beconstac *beaconstacInstance = [Beaconstac sharedInstanceAndReturnError:&error];
beaconstacInstance.latchLatency = LatchLatencyHIGH;

If you don't listen to the NotificationDelegate protocol, the SDK configures, triggers UNNotification. However to present the notification do the following.

// Check if the notification is from SDK and provide UNNotificationPresentationOptions or nil by invoking the below method.
public func notificationOptionsForBeaconstacNotification(_ notification: UNNotification) -> UNNotificationPresentationOptions?


// EXAMPLE:
func userNotificationCenter(_ center: UNUserNotificationCenter, willPresent notification: UNNotification, withCompletionHandler completionHandler: @escaping (UNNotificationPresentationOptions) -> Void) {
    var notificationPresentationOptions: UNNotificationPresentationOptions
    if let notificationOption = try! beaconstac.sharedInstance().notificationOptionsForBeaconstacNotification(notification) {
      notificationPresentationOptions = notificationOption
    } else {
      // My Presenation options...
    }
    completionHandler(notificationPresentationOptions)
}



// Check if SDK can handle the notification by invoking the below method.
public func showCardViewerForLocalNotification(_ notification: UNNotification) -> Bool


// EXAMPLE:
func userNotificationCenter(_ center: UNUserNotificationCenter, didReceive response: UNNotificationResponse, withCompletionHandler completionHandler: @escaping () -> Void) {
    let notification = response.notification
    if beaconstac.showCardViewerForLocalNotification(notification) {
        // We will handle the notification...
    } else {
        // Handle it...
    }
    completionHandler()
}

// Check if the notification is from SDK and provide UNNotificationPresentationOptions or nil by invoking the below method.
- (UNNotificationPresentationOptions)notificationOptionsForBeaconstacNotification:(UNNotification *)notification;

// EXAMPLE:
- (void)userNotificationCenter:(UNUserNotificationCenter *)center willPresentNotification:(UNNotification *)notification withCompletionHandler:(void (^)(UNNotificationPresentationOptions))completionHandler {
    UNNotificationPresentationOptions notificationPresentationOptions;
    
    NSError *error;
    Beaconstac *i = [Beaconstac sharedInstanceAndReturnError:&error];
    
    int option = [i notificationOptionsForBeaconstacNotification:notification];
    
    if (option != 0) {
        notificationPresentationOptions = (UNNotificationPresentationOptions)option;
    } else {
        // My Presenation options...
    }
    
    completionHandler(notificationPresentationOptions);
}



// Check if SDK can handle the notification by invoking the below method.
- (BOOL)showCardViewerForLocalNotification:(UNNotification * _Nonnull)notification;


// EXAMPLE:
- (void)userNotificationCenter:(UNUserNotificationCenter *)center didReceiveNotificationResponse:(UNNotificationResponse *)response withCompletionHandler:(void (^)(void))completionHandler {
    UNNotification *notification = response.notification;
    if ([i showCardViewerForLocalNotification:notification]) {
        // We will handle the notification...
    } else {
        // Handle it...
    }
    completionHandler();
}

You are required to add filters regarding the app user, if the marketer has provided the filters. To do so

// Provide the filters to the SDK as Key-Value pairs using dictionary. Note keys are case insensitive.
func addFilters(_ filters: Dictionary<String, Any>)

// Provide the filters to the SDK as Key-Value pairs using dictionary. Note keys are case insensitive.
- (void)addFilters:(NSDictionary<NSString *, id> * _Nonnull)filters;

Note: If the rule contains the filters and app doesn't provide it, the rule will be treated as a filter validation failed and we won't trigger that particular rule.

The SDK collects analytics regarding how we collect the iBeacon related information and tie it to app user(MVisitor). If you know information about your app user, create a MVisitor object and provide it to us.

// If you know the your app visitor, create a Visitor object and call this on the Beaconstac instance.
func setVisitor(_ visitor: MVisitor)

// If you know the your app visitor, create a Visitor object and call this on the Beaconstac instance.
- (void)setVisitor:(MVisitor * _Nonnull)visitor;

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README.md

README.md

iOS-SDK

Introduction

Documentation

Demo app

Installation

Using Cocoapods (recommended):

Manually:

Configure your project

Pre-requisites

Location

Set Up

Files

README.md

Latest commit

History

README.md

File metadata and controls

iOS-SDK

Introduction

Documentation

Demo app

Installation

Using Cocoapods (recommended):

Manually:

Configure your project

Pre-requisites

Location

Set Up