qr codes to provide services through fixed links, check out the details of the data fetch link. these static links can also be used by scanning qr codes. experience the service and practice you can experience service integration development using the codelab and use the testing tool to preregister the wallet cards created on the partner portal, which could be helpful. conclusion we've looked at how to provide digital content through the "add to samsung wallet" feature. we continuously update the guides on the developer portal, so please refer to them when preparing for integration. summary the "add to samsung wallet" service welcomes participation from content service partners and developers. for inquiries or technical support, please contact us through the form provided on the developer portal. i hope this post has been helpful, and now i'll conclude my writing here. thank you. this post was written based on the sdc23 korea session.

qr codes in a single ticket • batch update the status for all tickets, for example, when an event is canceled or postponed; this feature requires the partner to share the relevant information. • provide up to 2 barcodes or qr codes for extra services at your event, such as coupons for snacks or parking, in addition to the barcode or qr code for the ticket itself • push notifications sent 1 hour before the event begins integrate "add to samsung wallet" for your event tickets for a detailed description of the registration process, development specifications, and testing tools for integrating “add to samsung wallet” to your service, go to the samsung wallet partner portal (english language links below). the partner portal contains tutorials that walk you through the integration process step-by-step. step 1. register as a partner at the samsung wallet partner portal https://developer.samsung.com/wallet/onboarding.html step 2. create and manage samsung wallet cards https://developer.samsung.com/wallet/manage.html step 3. integrate “add to samsung wallet” to your service https://developer.samsung.com/wallet/api/overview.html if you are in a country where the event ticket menu is not supported on galaxy devices, contact us through developer support and we will help you as quickly as possible.

qr code copy to clipboard share through android’s share intent setting up the project and handling sbk data to set up your android project with the sbk sdk, follow these instructions. to use functionalities offered by the sdk, first fetch an instance of the service. private scwservice mscwservice = scwservice.getinstance(); after you have fetched the scwservice instance, you can check whether your device is keystore-supported. if (mscwservice == null) { log.e("keystoreapp", "keystore is not supported on this device."); } if the device is keystore-supported, you can fetch the address list with getaddresslist(): mscwservice.getaddresslist(addresslistcallback, hdpathlist); the first parameter to getaddresslist() is a scwgetaddresslistcallback, which is executed after getting a response from keystore. scwgetaddresslistcallback() has two functions: onsuccess(): this function is called when the address list has been fetched successfully from keystore. onfailure(): this function is called if any errors occur while fetching the address list from keystore. scwservice.scwgetaddresslistcallback addresslistcallback = new scwservice.scwgetaddresslistcallback() { @override public void onsuccess(list addresslist) { //you can share your address from the address list here } @override public void onfailure(int failurecode) { //based on the failure code you can show appropriate alerts here } }; the second parameter is an arraylist of hierarchical deterministic (hd) path(s) whose addresses you want to fetch. if you want to learn more about hd paths, please refer to bip-44. for example, if you want to find the public address of your first five accounts, pass the following list as a parameter: arraylist hdpathlist = new arraylist<>(); hdpathlist.add("m/44'/60'/0'/0/0"); hdpathlist.add("m/44'/60'/0'/0/1"); hdpathlist.add("m/44'/60'/0'/0/2"); hdpathlist.add("m/44'/60'/0'/0/3"); hdpathlist.add("m/44'/60'/0'/0/4"); a sample app with the sbk sdk now that we are familiar with getaddresslist(), let’s dive into our sample application. features of our public address with sbk app are: fetch your public address from the keystore switch between multiple public addresses display qr code of the selected account copy selected address into the clipboard send the selected address with supported applications with android’s share intent initially, only the address of the first account is loaded. when you press the add button, the hd path of a new account is added to hdpathlist, and public addresses are fetched. public void addaccount(view view) { //account index is incremented by 1 to get the new account accountindex++; //hdpath of new account is added to hdpathlist hdpathlist.add("m/44'/60'/0'/0/" + accountindex); showtoast("hdpath added to list"); //public address of new account is fetched getpublicaddress(); } public addresses are fetched using the getpublicaddress() function depicted below. if the address list is fetched successfully, onsuccess() is called, and: the spinner’s previous data is cleared. the newly fetched list is added to the spinner. the ui is updated. if an error occurs, it is logged and available from logcat. common errors such as error_invalid_scw_app_id can be fixed very easily by enabling developer mode from the keystore application. you can find instructions on how to enable developer mode here. private void getpublicaddress() { scwservice.scwgetaddresslistcallback addresslistcallback = new scwservice.scwgetaddresslistcallback() { @override public void onsuccess(final list publicaddresslist) { //after address list has been fetched spinner is updated with new list runonuithread(new runnable() { @override public void run() { //clear existing list spinneradapter.clear(); //new list is added spinneradapter.addall(publicaddresslist); spinneradapter.notifydatasetchanged(); if (publicaddresslist.size() == 1) { showtoast(publicaddresslist.size() + " address fetched."); } else { showtoast(publicaddresslist.size() + " addresses fetched."); } } }); } @override public void onfailure(int errorcode) { switch (errorcode) { case scwerrorcode.error_invalid_scw_app_id: log.e(log_tag,"developer option not enabled."); break; case scwerrorcode.error_check_app_version_failed: log.e(log_tag,"check internet connection."); break; case scwerrorcode.error_op_fail: log.e(log_tag,"operation failed"); break; default: log.e(log_tag,"error with error code: "+errorcode); break; } } }; if (mscwservice == null) { log.e(log_tag, "keystore is not supported in this device."); } else { //if keystore is supported on device address list is requested mscwservice.getaddresslist(addresslistcallback, hdpathlist); } } after loading all addresses into the spinner, we can now select any address from it. once an address is selected, its qr code is generated and displayed. publicaddressspinner.setonitemselectedlistener(new adapterview.onitemselectedlistener() { @override public void onitemselected(adapterview<?> adapterview, view view, int position, long l) { //get selected address from spinner selectedaddress = adapterview.getitematposition(position).tostring(); selectedaddresstextview.settext(selectedaddress); qrcodeimageview.setimagebitmap(generateqrcode(selectedaddress)); } } in this application, we used “zxing” to generate the qr bitmap of the selected public address. private bitmap generateqrcode(string text) { multiformatwriter multiformatwriter = new multiformatwriter(); bitmap bitmap = bitmap.createbitmap(10, 10, bitmap.config.rgb_565); try { //text encoded to qr bitmatrix bitmatrix bitmatrix = multiformatwriter.encode(text, barcodeformat.qr_code, 1000, 1000); barcodeencoder barcodeencoder = new barcodeencoder(); //qr bitmatrix encoded to bitmap bitmap = barcodeencoder.createbitmap(bitmatrix); } catch (writerexception e) { e.printstacktrace(); } finally { return bitmap; } } when you press the copy button, the address is copied to the clipboard. public void copyaddress(view view) { clipboardmanager clipboardmanager = (clipboardmanager) getsystemservice(context.clipboard_service); clipdata clipdata = clipdata.newplaintext("public address", selectedaddress); clipboardmanager.setprimaryclip(clipdata); toast.maketext(this, "address copied", toast.length_short).show(); } we can also share the selected public address using the android action_send intent. public void shareaddress(view view) { intent sendintent = new intent(); sendintent.setaction(intent.action_send); sendintent.putextra(intent.extra_text, selectedaddress); sendintent.settype("text/plain"); startactivity(sendintent); } conclusion now that you know more about the samsung blockchain keystore sdk, you can use it to enrich your blockchain application. additional resources: download the sbk example app more information on keystore sdk

qr code. step 3. within the smartthings application on the other mobile device, onboard the occupancy sensor by scanning the qr code. step 4. change the occupancy or battery status of the virtual occupancy sensor in the virtual device application. the values are synchronized to the smartthings application. conclusion this tutorial demonstrates how you can implement the occupancy sensor device type in the matter virtual device application and create a virtual occupancy sensor for testing purposes. to learn about implementing other device types, go to code lab (matter: create a virtual device and make an open source distribution). the code lab also describes how to contribute to the matter open source project.

qr code. step 3. within the sample iot application, to onboard the virtual smart lock, tap “+” and scan the qr code. step 4. to lock and unlock the virtual smart lock, tap the button in the iot application. conclusion this tutorial has demonstrated how you can create an application to onboard and control a smart lock using the smartthings home api. to learn about onboarding and controlling other device types, go to code lab (matter: build a matter iot app with smartthings home api). for more information about smartthings matter, see matter in smartthings.

qr code or scan for nearby devices to start onboarding. use the qr code and/or paring code (created in step 1) to proceed with the onboarding. after onboarding the device, you can control the device states with ioter or the mobile app. the below example demonstrates controlling the on/off states of a light bulb. 4. automated testing use automations to validate the connectivity and stability of various iot device types. some examples of how you can do this include: test multiple devices in a loop use the + or - button to add/remove on-boarded device or sleep commands automation scrips are saved in xml format and can be loaded on demand. once executed, the progress bar shows the current completion percentage. pro tips: device/sleep commands can be reordered by using the ↑ and ↓ buttons. log window shows the current activities including script loads, executions, saves, and number of successful/unsuccessful commands. reference: starts/ends the loop. add the command of the on-boarded device . add sleep for the given interval. device type (for example, light bulb, contact sensor, or door lock). device types supported commands (for example, on/off or level control). device command’s value (for example, light bulb is on or off). sleep interval, in seconds. loop count and loop interval, in seconds. clears all loops and commands. runs the automation script. clears the log window. script completion progress bar. the log window, which shows current activities. next steps ioter is a powerful tool to help you onboard and test various types of iot devices in a virtual smart home environment. now that you have a solid foundation, explore ioter's features and start testing any matter thread compliant iot devices. if you encounter any issues or have any questions, please do reach out on our ioter github repository or the developer section of our smartthings community forums.

qr code or scan nearby functions to quickly onboard your device. do not worry if the device does not show all of your device's features in the mobile app. after onboarding your device to smartthings, you are ready to use the edge device builder to update your device. select your onboarded device in the edge device builder open the edge device builder and select the device you want to match with an edge driver. you may need to hit refresh to see your device. notethe edge device builder displays all hub connected devices associated with your samsung account. match your device to an existing driver and device profile after selecting your device, the edge device builder provides you with potential edge driver matches that may fit your device and its capabilities. select the driver that most closely resembles your device — you can always change it later. after selecting a driver for your device, select your device capabilities to see potential profile matches. select a profile for your device to finish the edge driver selection process. test your device click apply changes in the edge device builder to apply the selected driver and device profile to your connected device. the selected capabilities of your device are now displayed. test your device to ensure all features function properly. if your device is working as expected, use the share your driver and profile link to share the same configuration with your peers. when you are ready to continue, the edge device builder can transfer your configuration to the certification console. submit for wwst certification the works with smartthings certification program provides consumers with the confidence that they’re buying high-quality devices that work seamlessly with the smartthings platform and their samsung products. we encourage you to read more about wwst certification on our developer documentation portal before finalizing your submission. the new certification console makes it easier than ever to certify your products. when using the edge driver builder to configure your product, your integration details are automatically populated after clicking submit for wwst certification in the edge device builder. once wwst certification is complete, customers can see your rich brand and product content — including images, descriptions, and purchase urls — in our supported devices catalog and in the smartthings app. visited by millions of users, the smartthings app and website present a great opportunity to showcase your wwst products with links to your own website. visit the certification console at any time to view your analytics dashboard and track user engagement with your products. conclusion smartthings edge builder brings a host of benefits to the smart home ecosystem and empowers developers to take control of their devices and speed through wwst certification. for more information, visit https://developer.smartthings.com. for support with bulk registration of your portfolio of products, contact partners@smartthings.com.

qr code error correction level. four error correction levels are available: l/m/q/h. merchantid optional. merchant identifier. use this field if you have merchant id. merchantname optional. merchant name. amount optional. total amount of points or initial balance. it is recommended to use a one-letter currency symbol. use any of these formats: $1,000 or 1,000p. balance optional. available points or remaining balance. use the same format as the amount field. card json example the card data must be in the json format and needs to follow the specific structure. the example below shows a card data sample that we have used to implement the loyalty card used in this content. modify the card data as per your card information. find more about the card data format in the wallet cards documentation. { "card": { "type": "loyalty", "subtype": "others", "data": [ { "refid": "9400ae65-751b-4327-866c-37e8c228f1c4", "createdat": 1672574400000, "updatedat": 1672574400000, "language": "en", "attributes": { "title": "card title", "eventid": "event-001", "groupingid": "group-001", "orderid": "order-001", "subtitle1": "card subtitle", "logoimage": "https://kr-cdn-gpp.stg.mcsvc.samsung.com/devops/ops/partner-portal/test-tool/assets/img/ticket_movie.jpg", "logoimage.lighturl": "https://kr-cdn-gpp.stg.mcsvc.samsung.com/devops/ops/partner-portal/test-tool/assets/img/ticket_movie.jpg", "logoimage.darkurl": "https://kr-cdn-gpp.stg.mcsvc.samsung.com/devops/ops/partner-portal/test-tool/assets/img/ticket_movie.jpg", "providername": "provider name", "startdate": 1715533051242, "enddate": 1715833051242, "noticedesc": "<ul><li>loyalty card notice. <a href=\"https://www.samsung.com/\">learn more.</a></li><li>loyalty card notice.</li></ul>", "csinfo": "{\"website\":\"https://homepage.com/cs\",\"email\":\"cs@email.com\",\"call\":\"555 333 111\"}", "applinklogo": "https://play-lh.googleusercontent.com/znfa1roz7hpv9j-jiacbjmjudl2x-fnuwte0oyvbbcwvf5vpzoqqikbxgk7d-aptvag=w240-h480-rw", "applinkname": "loyalty card link", "applinkdata": "www.samsung.com", "bgimage": "https://djcpagh05u38x.cloudfront.net/wlt/us/stg/x1iwgocnroqa5dmwpykfkq/qupknpwntmqt7letkgufag.png", "bgcolor": "#ffffff", "fontcolor": "#ffffff", "locations": "[{\"lat\":48.861614505643196,\"lng\":2.380811870098114,\"address\":\"38 rue saint-maur, 75011 paris\",\"name\":\"atelier des lumieres\"}]", "amount": "$1,000", "balance": "$100", "barcode.value": "cs16138353212584806754fg1802", "barcode.serialtype": "qrcode", "barcode.ptsubformat": "qr_code", "barcode.ptformat": "qrcodeserial", "barcode.errorcorrectionlevel": "m", "merchantid": "123344433", "merchantname": "merchantname" } } ] } } test with the add to wallet test tool once the card data specification details and the json structure of the loyalty card are established, we can test the "add to samsung wallet" functionality. first, we use the add to wallet test tool as this tool provides minimal card data in json format by default. after that, you can modify the json data and test the cards as you want. follow the instructions below to use the add to wallet test tool. for more details, refer to the add to wallet test tool documentation. sign in to the add to wallet test tool. enter the private key in the enter partner private key field. select the loyalty card we have created and then enter the json in the data field. finally add the card to samsung wallet. create jwt token if testing with add to wallet test tool is successful, you can implement the "add to samsung wallet" functionality with your application or website and handle the card data token generation process on your server. finally, generate the url and integrate it with the "add to samsung wallet" button. for more details on the implementation, check out our implementing "add to wallet" in an android application article, which is a complete guide to implementing the "add to samsung wallet" button on an android application and handling the card data token generation process on the server side. conclusion once the implementation of both the application and server is completed, you can integrate the loyalty card with your production server and perform a full test on the loyalty card. after the test is done, an admin will check and set the card as active. while implementing your card, follow the steps shown in seamlessly integrate "add to wallet" for samsung wallet, as this article focuses on the common mistakes. if you have any questions or face difficulties implementing the card, you can contact samsung developer support. related resources integrate "add to samsung wallet" button into partner services implementing "add to wallet" in an android application seamlessly integrate "add to wallet" for samsung wallet