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codelabintegrate in-app payment into merchant apps using samsung pay sdk objective learn how to integrate in-app payment with your merchant apps using samsung pay sdk partnership request to use the samsung pay sdk, you must become an official samsung partner once done, you can fully utilize this code lab you can learn more about the partnership process by visiting samsung pay page, here in samsung developers notein accordance with the applicable samsung partner agreements, this code lab covers setup and use of the samsung pay sdk for purposes of integrating the samsung pay app with partner apps the use cases and corresponding code samples included are representative examples only and should not be construed as either recommended or required overview the samsung pay sdk is an application framework for integrating selected samsung pay features with android-based partner apps on samsung devices in-app payment, which allows customers to pay for products and services with samsung pay, is one of the operations supported alongside push provisioning and open favorite cards partner apps can leverage the samsung pay sdk to perform different operations ― push provisioning and open favorite cards for issuers; in-app payment for merchants key components include partner app app developed by merchant or issuer for making online or offline payments and provisioning payment cards through samsung pay samsung pay sdk sdk integrated into the partner app for direct communication with samsung pay samsung pay app pay app with which the samsung pay sdk communicates financial network comprises the payment gateways, acquirers, card associations, and issuers that participate in transaction processing under agreement with the merchant most common use case for in-app payment the merchant app allows the user to make payments with samsung pay upon user selection of the samsung pay option, the merchant app calls the apis included in the samsung pay sdk to initiate a transaction with the samsung pay app the samsung pay app responds with the tokenized payment information necessary to complete the transaction the merchant app forwards this payment information to the designated payment gateway pg , either directly through the merchant's web server or indirectly via the samsung-pg interface server for standard transaction processing for more detailed information, see the official samsung pay sdk programming guide set up your environment you will need the following samsung wallet or samsung pay app depending on the country a compatible mobile device with android marshmallow 6 0 or android api level 23 or later android os versions samsung pay sdk android studio latest version recommended java se development kit jdk 11 or later sample code here is a sample code for you to start coding in this code lab download it and start your learning experience! in-app payment sample code 1 90 mb integrate the samsung pay sdk with your app the following steps comprise the general process for integrating the samsung pay sdk with your app sign up for the samsung pay developers site by clicking sign up and register your samsung account or create it if you don't already have one , then sign in follow the on-screen instructions for adding your app and creating a new service to generate the service id you'll need to use in your project download the samsung pay sdk by going to resources > sdk download add the samsung pay sdk jar file samsungpay jar to your android project using android studio or file explorer develop your partner app with the required api calls and callbacks for samsung pay integration upload a release version of your app to the samsung pay developers site for approval upon samsung approval, publish your partner app to the google play store and samsung galaxy apps notethe service id is already provided in the sample code for this code lab however, this service id is for test purposes only and cannot be used for an actual application or service using the provided test service id enforces your app to use the fixed properties below service id 0915499788d6493aa3a038 package name com test beta pay app version 1 0/ 1 or higher start your project after downloading the sample code containing the project files, in android studio click open to open existing project locate the downloaded android project sampleonlinepay from the directory and click ok add the samsungpaysdk_2 18 00_release jar file from the sdk's libs folder to your android project's libs folder go to gradle scripts > build gradle module sampleonlinepay app and enter the following to the dependencies block implementation files 'libs/samsungpaysdk_2 18 00_release jar' if the target sdk version is 30 android 11 or the r-os , you must include the following <queries> element in androidmanifest xml <queries> <package android name="com samsung android spay" /> </queries> configure the api level as of sdk version 1 4, enhanced version control management has been introduced to improve backward compatibility and handle api dependency from country and service type for example, if a partner integrates the latest sdk—for instance, api level 2 18—but continues to use apis based on level 1 4, the partner app remains compatible with samsung pay apps supporting api level 1 4 without upgrading the samsung pay app implement the following in application tag of androidmanifest xml <meta-data android name="spay_sdk_api_level" android value="2 17" /> // most recent sdk version is recommended to leverage the latest apis add an xml layout and modify the activity next, replace the xml layout in res > layout > activity_main xml this layout shows the sample item information such as image, name, and price <?xml version="1 0" encoding="utf-8"?> <layout xmlns tools="http //schemas android com/tools" xmlns app="http //schemas android com/apk/res-auto" xmlns android="http //schemas android com/apk/res/android"> <androidx constraintlayout widget constraintlayout android layout_width="match_parent" android layout_height="match_parent" tools context=" mainactivity"> <imageview android id="@+id/imageview" android layout_width="350dp" android layout_height="184dp" android layout_margintop="100dp" app layout_constraintend_toendof="parent" app layout_constraintstart_tostartof="parent" app layout_constrainttop_totopof="parent" android src="@drawable/galaxy_s23_ultra_image"/> <imageview android id="@+id/samsung_pay_button" android layout_width="wrap_content" android layout_height="75dp" app layout_constraintbottom_tobottomof="parent" app layout_constraintend_toendof="parent" app layout_constraintstart_tostartof="parent" android src="@drawable/pay_rectangular_full_screen_black" android visibility="invisible"/> <textview android id="@+id/textview" android layout_width="wrap_content" android layout_height="wrap_content" android layout_margintop="10dp" android text="galaxy s23 ultra" android textsize="16sp" android textstyle="bold" app layout_constraintend_toendof="parent" app layout_constraintstart_tostartof="parent" app layout_constrainttop_tobottomof="@+id/imageview" /> <textview android id="@+id/textview2" android layout_width="wrap_content" android layout_height="wrap_content" android layout_margintop="5dp" android text="$1,199 00" android textsize="14sp" app layout_constraintend_toendof="parent" app layout_constrainthorizontal_bias="0 517" app layout_constraintstart_tostartof="parent" app layout_constrainttop_tobottomof="@+id/textview" /> </androidx constraintlayout widget constraintlayout> </layout> since you added a data binding layout, you need to inflate the xml file differently go to java > com > test > beta > pay > mainactivity kt, and declare the databinding variable in the mainactivity class private lateinit var databinding activitymainbinding replace the standard setcontentview declaration with the data binding version inside the oncreate method databinding = databindingutil setcontentview this, r layout activity_main check samsung pay status in the mainactivity, create the samsungpay instance to determine if the device supports samsung pay and if the samsung pay button can be displayed as the user's payment option, check the samsung pay status samsungpay requires a valid partnerinfo from the merchant app, which consists of service id and service type during onboarding, the samsung pay developers site assigns the service id and service type in the mainactivity, declare the partnerinfo variable private lateinit var partnerinfo partnerinfo then, set the partnerinfo in the oncreate method val bundle = bundle bundle putstring spaysdk partner_service_type, spaysdk servicetype inapp_payment tostring partnerinfo = partnerinfo service_id, bundle after setting partnerinfo, call the getsamsungpaystatus method via updatesamsungpaybutton function inside the oncreate method updatesamsungpaybutton the getsamsungpaystatus method of the samsungpay class must be called before using any other feature in the samsung pay sdk write the updatesamsungpaybutton function as follows private fun updatesamsungpaybutton { val samsungpay = samsungpay this, partnerinfo samsungpay getsamsungpaystatus object statuslistener { override fun onsuccess status int, bundle bundle { when status { spaysdk spay_ready -> { databinding samsungpaybutton visibility = view visible // perform your operation } spaysdk spay_not_ready -> { // samsung pay is supported but not fully ready // if extra_error_reason is error_spay_app_need_to_update, // call gotoupdatepage // if extra_error_reason is error_spay_setup_not_completed, // call activatesamsungpay databinding samsungpaybutton visibility = view invisible } spaysdk spay_not_allowed_temporally -> { // if extra_error_reason is error_spay_connected_with_external_display, // guide user to disconnect it databinding samsungpaybutton visibility = view invisible } spaysdk spay_not_supported -> { databinding samsungpaybutton visibility = view invisible } else -> databinding samsungpaybutton visibility = view invisible } } override fun onfail errorcode int, bundle bundle { databinding samsungpaybutton visibility = view invisible toast maketext applicationcontext, "getsamsungpaystatus fail", toast length_short show } } } tipfor the list and detailed definition of status codes such as spay_ready, refer to checking samsung pay status noteas of sdk version 1 5, if the device has android lollipop 5 1 android api level 22 or earlier versions, the getsamsungpaystatus api method returns a spay_not supported status code merchant apps using sdk 1 4 or earlier must check their app's android version activate the samsung pay app the samsungpay class provides an api method called activatesamsungpay to activate the samsung pay app on the same device where the partner app is running if the getsamsungpaystatus returns spay_not_ready and the extra_error_reason is error_spay_setup_not_complete, the partner app needs to display an appropriate message to the user then, call activatesamsungpay to launch samsung pay app and request the user to sign in in updatesamsungpaybutton function, add the code to call activatesamsungpay method via doactivatesamsungpay function when the status is spay_not_ready // if extra_error_reason is error_spay_setup_not_completed, // call activatesamsungpay val extraerror = bundle getint samsungpay extra_error_reason if extraerror == samsungpay error_spay_setup_not_completed { doactivatesamsungpay spaysdk servicetype inapp_payment tostring } create the doactivatesamsungpay function as below private fun doactivatesamsungpay servicetype string { val bundle = bundle bundle putstring samsungpay partner_service_type, servicetype val partnerinfo = partnerinfo service_id, bundle val samsungpay = samsungpay this, partnerinfo samsungpay activatesamsungpay } create a transaction request upon successfully initializing the samsungpay class, the merchant app should create a transaction request with payment information samsung pay offers two types of online payment sheet―normal and custom the normal payment sheet has fixed display items ― items, tax, and shipping the custom payment sheet offers more dynamic controls for customizing the ui, together with additional customer order and payment data for this code lab, use the custom payment sheet and populate the fields in customsheetpaymentinfo to initiate a payment transaction /* * make user's transaction details * the merchant app should send paymentinfo to samsung pay via the applicable samsung pay sdk api method for the operation * being invoked * upon successful user authentication, samsung pay returns the "payment info" structure and the result string * the result string is forwarded to the pg for transaction completion and will vary based on the requirements of the pg used * the code example below illustrates how to populate payment information in each field of the paymentinfo class */ private fun maketransactiondetailswithsheet customsheetpaymentinfo? { val brandlist = brandlist val extrapaymentinfo = bundle val customsheet = customsheet customsheet addcontrol makeamountcontrol return customsheetpaymentinfo builder setmerchantid "123456" setmerchantname "sample merchant" setordernumber "amz007mar" // if you want to enter address, please refer to the javadoc // reference/com/samsung/android/sdk/samsungpay/v2/payment/sheet/addresscontrol html setaddressinpaymentsheet customsheetpaymentinfo addressinpaymentsheet do_not_show setallowedcardbrands brandlist setcardholdernameenabled true setrecurringenabled false setcustomsheet customsheet setextrapaymentinfo extrapaymentinfo build } private fun makeamountcontrol amountboxcontrol { val amountboxcontrol = amountboxcontrol amount_control_id, "usd" amountboxcontrol additem product_item_id, "item", 1199 00, "" amountboxcontrol additem product_tax_id, "tax", 5 0, "" amountboxcontrol additem product_shipping_id, "shipping", 1 0, "" amountboxcontrol setamounttotal 1205 00, amountconstants format_total_price_only return amountboxcontrol } private val brandlist arraylist<spaysdk brand> get { val brandlist = arraylist<spaysdk brand> brandlist add spaysdk brand visa brandlist add spaysdk brand mastercard brandlist add spaysdk brand americanexpress brandlist add spaysdk brand discover return brandlist } request payment with a custom payment sheet the startinapppaywithcustomsheet method of the paymentmanager class is applied to request payment using a custom payment sheet in samsung pay when you call the startinapppaywithcustomsheet method, a custom payment sheet is displayed on the merchant app screen from there, the user can select a registered card for payment and change the billing and shipping addresses as necessary the payment sheet lasts for 5 minutes after calling the api if the time limit expires, the transaction fails in the mainactivity class, declare the paymentmanager variable private lateinit var paymentmanager paymentmanager then, in oncreate , set an onclicklistener method before calling the updatesamsungpaybutton function to trigger the startinapppaywithcustomsheet function when the samsungpaybutton is clicked databinding samsungpaybutton setonclicklistener { startinapppaywithcustomsheet } lastly, create a function to call startinapppaywithcustomsheet method of the paymentmanager class /* * paymentmanager startinapppaywithcustomsheet is a method to request online in-app payment with samsung pay * partner app can use this method to make in-app purchase using samsung pay from their * application with custom payment sheet */ private fun startinapppaywithcustomsheet { paymentmanager = paymentmanager applicationcontext, partnerinfo paymentmanager startinapppaywithcustomsheet maketransactiondetailswithsheet , transactioninfolistener } /* * customsheettransactioninfolistener is for listening callback events of online in-app custom sheet payment * this is invoked when card is changed by the user on the custom payment sheet, * and also with the success or failure of online in-app payment */ private val transactioninfolistener paymentmanager customsheettransactioninfolistener = object paymentmanager customsheettransactioninfolistener { // this callback is received when the user changes card on the custom payment sheet in samsung pay override fun oncardinfoupdated selectedcardinfo cardinfo, customsheet customsheet { /* * called when the user changes card in samsung pay * newly selected cardinfo is passed and partner app can update transaction amount based on new card if needed * call updatesheet method this is mandatory */ paymentmanager updatesheet customsheet } override fun onsuccess response customsheetpaymentinfo, paymentcredential string, extrapaymentdata bundle { /* * you will receive the payloads shown below in paymentcredential parameter * the output paymentcredential structure varies depending on the pg you're using and the integration model direct, indirect with samsung */ toast maketext applicationcontext, "onsuccess ", toast length_short show } // this callback is received when the online payment transaction has failed override fun onfailure errorcode int, errordata bundle? { toast maketext applicationcontext, "onfailure ", toast length_short show } } run the app after building the apk, you can run the sample merchant app and see how it connects to samsung pay upon clicking the button at the bottom of the screen to thoroughly test the sample app, you must add at least one card to the samsung pay app you're done! congratulations! you have successfully achieved the goal of this code lab now, you can integrate in-app payment with your app by yourself! if you face any trouble, you may download this file in-app payment complete code 2 26 mb to learn more, explore samsung pay
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webtech sessions dive into the future of connected customer experiences through tech sessions by developers offering further insight into the innovations introduced in the keynote filter filter filter all reset apply there are no results. sessions contents & service, open innovation 8k visual quality and ecosystem in this session, we will present how the genuine 8k contents correctly displayed on 8k display devices could deliver our customers an immersive picture quality experience. we will start with a summary of the previous studies about user perceptions regarding the 8k visual quality. we then will explain why the full-frequency 8k contents are superior to the lower resolution in producing fine details on the image. we will also discuss some technical challenges we face toward adopting and utilizing 8k contents in a real-world environment and describe how we can overcome these hurdles. specifically, we will discuss technologies such as super-resolution and new image sensors to overcome the full-frequency barrier of 8k content. last, we will introduce the 8k association (8ka), a non-profit organization composed of key technology companies in the consumer and professional 8k ecosystem, and briefly mention 8ka's ongoing effects on the research, standardization, and promotion of 8k visual quality. sessions contents & service, developer program, mobile add samsung pay as your payment method in this session, we will share learnings from our experience developing the samsung pay mobile payment service, revealing insights that can be applied to your own platforms. we will also take a look at the samsung pay development kit and how you can use this for your own service. sessions game, ar, mobile ar emoji: your avatar, your experience the ar emoji feature on samsung devices enables users to create a 3d avatar model that can be used in other applications. similar to avatars currently available in games or in the metaverse, our ar emojis are a chance for users to 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health experiences. and now, this technology is even more powerful thanks to the samsung privileged health sdk. find out how the samsung privileged health sdk is allowing developers to retrieve raw or analyzed sensor data for their applications, including bia, ecg, blood oxygen level or sweat loss, and help users’ to accurately monitor their health stats. sessions web flexible and private web experience on samsung internet in this session, you will learn how to enhance and optimize your web experience for foldable devices using device posture api and viewport segment media query. we'll also take a closer look at how samsung internet protects users’ privacy online. sessions mobile, enterprise, developer program google and samsung strengthen enterprise ecosystem together samsung’s global mobile b2b team is working closely with the android enterprise team to build a galaxy ecosystem of partners who are bringing innovation into workplaces. discover how partner solutions create unique experiences on samsung devices and how we plan to work together to help future partners step into the samsung android ecosystem for enterprises and smbs. sessions contents & service, developer program, enterprise hdr10+/salt and automatic hdr video creations for productions hdr10+ is an essential technology for premium hdr viewing experience and it is widely reach to consumer displays including mobile devices. in order to provide hdr content services, it requires changing service provider's infra structure or workflows and video processing technology from sdr to hdr with a lot of engineering efforts. then, hdr10+/salt solutions and partnership program from samsung is designed to build an extremely cost effective automatic solution up for content creators, post production houses and ott service providers even including game developers. the solution package is designed with various standalone applications, reference apps, sdks on various oses and partnership programs to help 3rd parties for creation of hdr contents. hdr10+/salt partnership program provides full compatibility to hdr10+ llc certification program and major studios, ott service providers and tool makers are already partners of the program and samsung provides them the best hdr content quality. sessions developer program, open innovation, health healthcare research hub our open source project provides end-to-end solutions such as sdk, platform, and portal for various use cases from medical research studies to clinician services using wearable devices. medical research does not have to stay complicated. anyone can easily build and customize their own research studies or clinician services using this open source. recently, as the accuracy of sensors installed on wearable devices has improved, interest in healthcare research using wearable health data is increasing. however, it takes a lot of time for researchers to develop research applications and server infrastructure for storing and analyzing data from 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samsung products. these technologies automatically correct for room acoustics and the location of the listeners and loudspeakers. visitors will compare the sound of the system before and after the system’s unique automated calibration process. listeners will enjoy improved spatial and timbral performance in stereo, surround and immersive audio formats with both music and cinematic content. sessions security & privacy introducing blockchain wallet with knox vault in this session, we introduce blockchain wallet for samsung smart tv. blockchain wallet allows our smart tv users to manage their blockchain accounts and transfer their cryptocurrency to another blockchain account. it ensures to retain a key for blockchain transactions in a secure way. dapp developers can build their tv dapp with blockchain wallet for blockchain functions such as blockchain connection and transaction signing. knox vault is an enhanced hardware-based security solution to protect sensitive data such as cryptographic keys, passwords and personal data. knox vault provides strong security guarantees against hardware attacks such as physical attack, side-channel attack and fault attack. as a core component of the knox security platform, knox vault is an isolated, tamper-proof, secure subsystem with its own secure processor and memory. sessions developer program, enterprise, android introducing samsung galaxy camera ecosystem discover how advanced camera technologies, based on samsung’s leading hardware and software, can enable developers to create more powerful camera experiences for their users. we will take a look at some of the incredible partnerships samsung has already formed with numerous app developers and reveal how these collaborations enriched users’ camera experiences. sessions mobile, android, productivity intuitive multitasking experience based upon android 12l join us to see how samsung continues to enhance the large screen user experience further with fast app switching and intuitive multitasking capabilities. to maximize the galaxy foldable experience, we're expanding flex mode even further with more apps and partners as well as google's ongoing collaborative effort in android 12l. sessions iot, mobile, uwb joint efforts on standardization toward open ecosystem of uwb services the presentation will introduce samsung's joint efforts with industry partners on the uwb tech/service standardization, which is essential for creating an interoperable open ecosystem of uwb products and services. especially, it will introduce activities at fira consortium, which was established by samsung jointly with industry leaders to provide interoperability specifications as well as certification programs. it may also include target uwb services and relevant standardization status & plan. sessions ar, game, tizen journey to immersive interactive exp in big screen with xr and avatar fw xr framework webapis enable developers to build xr applications on the tizen platform. we will go over features of the webapis, share some demos, and provide information on how to get started. additionally we will show you a sample code of how to capture and handle user's gestures and full body movement. avatar framework for tizen is a unified solution providing high level apis that allow samsung developers to easily include the 3d avatar models and features in their samsung tv applications. we will go over all the cool features and options of our framework in this video. sessions connectivity, android, mobile le audio: the future of wireless sound introducing le audio: a new standard for bluetooth technology on galaxy devices. le audio will enhance the performance of classic bluetooth audio and introduce isochronous communication, creating whole new wireless audio experience on galaxy devices. in this session, we will introduce the technical features of le audio, what it means for the galaxy ux and how you could enhance wireless audio experience of your app with le audio. sessions design, ui/ux one ui design principles in partnership one ui creates a unified experience across our galaxy devices, from phones and tablets to watches and galaxy books. in creating and refining one ui, we've followed four key principles: simplicity, effortlessness, consistency, and authenticity. with one ui, we've also made a commitment to openness, which means some of the best things in one ui come from partnerships. in this session, we'll talk about some of those partnerships and how we aligned them with our four design principles to get great results. sessions ui/ux, design, android one ui: customer centric design one ui starts with a true understanding what our customers want. hear more about what samsung have learned from listening to extensive customer feedback and usage data, and how we have adapted our designs in response. we'll take a look at some real-life examples of how the ux design of the calendar, settings and samsung health app has evolved over time to better meet customer needs. sessions enterprise, data, security & privacy our journey to responsibly handling data at samsung, we place personal data protection as one of our top priorities. learn how we responsibly handle personal data in our applications and platforms. we'll share with you our journey in protecting personal data. we'll talk about what it means to responsibly govern and access data in samsung's enterprise environment. we'll cover specifics on how to classify & protect data as a whole. pick up insights on privacy technologies and design patterns we apply in our data intensive applications today. sessions developer program, tizen, ui/ux prism: the new ux development tool and process in today’s environment of rapid and unpredictable transformation, establishing a creative and increasingly collaborative tech culture is one of the most challenging requirements. in this session, we would like to introduce a new method to revolutionize the tizen platform-based app development process. a new development process named prism automates most of the inefficient overheads from design to implementation of app ui, innovatively improving app development productivity. we will introduce prism-based development process and deliver this innovative app development culture to developers through the sessions. sessions developer program, smart appliances, tizen remote test lab: what’s new in tv development environment the current tizen tv development environment, represented by emulator and tv, is a very limited support method for developers. depending on the version of emulator, the latest features currently supported by the tv may not be available, and various models of physical tvs may be required to verify actual operation. rtl tv tries to overcome the limitations of the current development environment. sessions contents & service, monetization, data samsung tv plus: the advanced ad-tech and partnerships that fund free tv samsung’s free ad-supported tv (fast) service “tv plus” has been a breakout success. although it looks and feels like traditional tv, it is anything but! behind the scenes of this slick tv & mobile experience is high-performance technology, vast amounts of data & algorithms, and a thriving partner ecosystem. join this session to learn more about the mind-boggling world of advertising technology, how it works, and how multiple companies come together to provide free tv to millions of consumers worldwide. sessions android, contents & service samsung wallet, it's convenient, personal and safe as the growth of digital wallets skyrockets, samsung recently announced samsung wallet – a new platform bringing almost all of the cards you’d typically find in a physical wallet, as well as important documents, into one easy-to-use and secure mobile application. as samsung wallet rapidly expands its content set, find out more about the future of digital wallets and how open api’s can allow developers to build integrations for this service. sessions iot, security & privacy smartthings edge: the next level experience discover how samsung is transitioning the smartthings-published groovy dths to edge drivers while maintaining a seamless experience for our users. we’ll walk through the process of onboarding edge-based devices and how to set up an automation with an edge device that runs locally. sessions iot, monetization, smart appliances smartthings energy service introduction of smartthings energy service and how partners (energy companies, smart device mfgs, etc) can integrate to provide a seamless energy management service for their consumers leveraging samsung's smartthings energy ecosystem. sessions iot, contents & service, open innovation smartthings find: find alongside 200+ million users smartthings find is samsung’s fastest growing service, powered by more than 200 million galaxy users. discover some of the new features and functions added over the past year and learn how partners can leverage the service to innovate their own solutions to meet the needs of businesses and consumers alike. sessions iot, contents & service, open innovation smartthings platform enhancements for openness and interoperability the smartthings platform continues to evolve to promote openness and interoperability. in this session, we will share some exciting new updates to the smartthings platform to support matter and thread, and discuss the home connectivity alliance. sessions health, tizen telehealth in samsung devices samsung display device (smart tvs & smart monitors) users will be able to launch telemedicine service within the samsung products. once you pick your physician, you can use one of the approved usb cameras to connect to the tv and jump on a video call with a physician via external service provider's built-in web applications. after a few account setup process on mobile / pc, you can easily start your session any time on tv without any additional complicated inputs. at your session, you can also receive a prescription to be filled in at a mail-in online pharmacy (pc or mobile) to receive prescription drugs at your doorstep. sessions open innovation, enterprise, productivity the next generation samsung retail solutions in a mobile-first world, device convergence, simplification, ergonomically designed accessories, sw solutions and the connected galaxy ecosystem are helping to boost productivity and efficiency in the retail industry. in this session, we will explore how the next generation of retail solutions are shaping the industry’s future and will take a closer look at samsung’s three major retail solutions - data capturing, payment, and push-to-talk. sessions developer program, mobile, android the samsung knox partner program: partner success journey the samsung knox partner program (kpp) equips you with everything you need to build ideas and market your mobile solutions. in this session, we will take a look at some of our partners’ solutions and how collaborating with the samsung kpp has helped enhance their user experience. join us to see why kpp is causing a stir in the business developer community! sessions enterprise, tizen tizen everywhere this session highlighted samsung's direction and goals for the enterprise and b2b markets, focused on taking tizen to the next level on so many platforms. various enterpriser displays based on tizen and solutions suitable for business purposes will always be together. tizen enterprise platform will provide all the technology infrastructure you need, including the samsung developers portal for b2b for developer support and the samsung apps tv seller office for custom application support in your own business. after announcing "tizen open" at sdc in 2019, samsung established licensing system to provide tizen tv os to other tv makers. in order for partners to develop tizen tv products faster, samsung prepared reference tv solution. in europe, australia, türkiye, tizen tvs have been released sequentially through more than 10 tv brands since september 22. sessions wearable, design, android watch face studio's first journey and expectation for next a must-have to create beautiful watch faces! watch face studio (wfs) is now a little over a year old. hear the developers of wsh share the highs and lows of bringing the tool to life and meet the designers responsible for creating the eco watch face. this session is an insight into the year-long journey to create wfs – and the story of where we’re going next. sessions iot, tizen, ui/ux what's new in tizen? are you curious about the direction in which intelligent iot platform “tizen” is developing? this session introduces ui assistant technology and extended 3d ui framework for providing advanced user experience, and explains innovative technologies that make run the tizen platform on top of the android hardware abstraction layer to facilitate securing new hws. and introduce the iot standard 'matter', which will be newly supported on tizen. finally, we provide a guide and tip for cross platform application development. sessions ai, iot, smart appliances what’s new in bixby for smart home bixby brings the smart home experience to life with the power of voice. find out how our new tool, bixby home studio, will enable device manufacturers to build more intelligent, more engaging voice experiences for smartthings-connected devices. sessions mobile, design, ui/ux what’s new in one ui 5 one ui 5 pushes personalization and productivity to the next level. explore new features that enable you to build a galaxy experience that reflects your personal style and help you to get more done on all your devices, wherever or whenever you need to.
Develop Samsung Pay
docsamsung pay sdk for android sample app the samsung pay sdk for android sample app aids you in understanding the sdk and implementing it in your app sample source code and apks are included in the samsung pay sdk for android, which can be downloaded from downloads and resources the sample app shows how to implement the payment sheet’s dynamic controls you can leverage additional customer order and payment data, and create a more customized ui look and feel the following payment sheet controls are available, each suited for a particular purpose or need addresscontrol plaintextcontrol amountboxcontrol spinnercontrol you can also update the payment sheet with a custom error message apply an address control you can use the address control to display the billing or shipping address on the payment sheet the address info comes from the samsung wallet app’s my info user profile or from the data provided by your app during the payment request the following figures show how the address control can display on a custom payment sheet address control type example billing address billing address zip code shipping address when you create the address control, use the following properties controlld and sheetitemtype are required the id uniquely identifies the control, and the type defines the kind of address used billing address, just the billing address zip code, or shipping address addresstitle displays a merchant-defined title on the payment sheet if empty, the default title such as billing address is displayed address provides various methods to retrieve the address details you can retrieve the phone number using the getphonenumber method of the customsheetpaymentinfo object called address starting from the api level 1 5, the addressee’s email address has also been added, and you can retrieve it using getemail you can also set a display option for the shipping address with setdisplayoption for more information, see the api reference javadoc and the sample code included with the samsung pay sdk for android sheetupdatedlistener captures the response from samsung wallet your app must deliver an amountboxcontrol to samsung wallet in order to display payment information on a custom payment sheet when you receive the onresult callback, you must call the updatesheet method to update the current payment sheet errorcode contains error codes directly related to the address the following figures illustrate the workflow for billing and shipping address controls the following code snippet is an example of using the billing and shipping address controls on the payment sheet // for billing address fun makebillingaddresscontrol addresscontrol { val billingaddresscontrol = if !iszipcodeonly { addresscontrol billing_address_id, sheetitemtype billing_address billingaddresscontrol addresstitle = "billing address" } else { /* * for billing address with zip code only * since api level 2 19, sheetitemtype zip_only_address * for us addresses only */ addresscontrol billing_address_id, sheetitemtype zip_only_address billingaddresscontrol addresstitle = "zip code" } // this callback is received when controls are updated billingaddresscontrol sheetupdatedlistener = sheetupdatedlistener return billingaddresscontrol } // listener for billing address or zip-code-only billing address fun sheetupdatedlistener sheetupdatedlistener { return sheetupdatedlistener { updatedcontrolid string, customsheet customsheet -> log d tag, "onresult billingaddresscontrol updatedcontrolid $updatedcontrolid" val addresscontrol = customsheet getsheetcontrol updatedcontrolid as addresscontrol val billaddress = addresscontrol address // validate only the zipcode or billing address, and set errorcode if needed if addresscontrol sheetitem sheetitemtype == sheetitemtype zip_only_address { val errorcode int = validatezipcodebillingaddress billaddress log d tag, "onresult updatesheetbilling errorcode $errorcode" addresscontrol errorcode = errorcode customsheet updatecontrol addresscontrol } else { val errorcode = validatebillingaddress billaddress log d tag, "onresult updatesheetbilling errorcode $errorcode" addresscontrol errorcode = errorcode customsheet updatecontrol addresscontrol } // update transaction values val amountboxcontrol = customsheet getsheetcontrol amount_control_id as amountboxcontrol amountboxcontrol updatevalue product_item_id, 1000 0 amountboxcontrol updatevalue product_tax_id, 50 0 amountboxcontrol updatevalue product_shipping_id, 10 0 amountboxcontrol updatevalue product_fuel_id, 0 0, "pending" amountboxcontrol setamounttotal 1060 0, amountconstants format_total_price_only customsheet updatecontrol amountboxcontrol try { // call updatesheet for the full amountboxcontrol this is mandatory paymentmanager updatesheet customsheet } catch e illegalstateexception { e printstacktrace } catch e nullpointerexception { e printstacktrace } } } // for shipping address fun makeshippingaddresscontrol addresscontrol { val shippingaddresscontrol = addresscontrol shipping_address_id, sheetitemtype shipping_address shippingaddresscontrol addresstitle = "shipping address" val shippingaddress = customsheetpaymentinfo address builder setaddressee "name" setaddressline1 "addline1" setaddressline2 "addline2" setcity "city" setstate "state" setcountrycode "usa" setpostalcode "zip" setphonenumber "555-123-1234" setemail "user@samsung com" build shippingaddresscontrol address = shippingaddress /* * set address display options on a custom payment sheet * if displayoption is not set, then default addresscontrol is displayed on the custom payment sheet * the possible values are a combination of the below constants * {display_option_addressee} * {display_option_address} * {display_option_phone_number} * {display_option_email} */ var displayoption_val = addressconstants display_option_addressee //addressee is mandatory displayoption_val += addressconstants display_option_address displayoption_val += addressconstants display_option_phone_number displayoption_val += addressconstants display_option_email shippingaddresscontrol displayoption = displayoption_val return shippingaddresscontrol } apply a plain text control you can use the plain text control to display plain text, such as a promotion notice, on the payment sheet the control consists of a title with 2 lines of text or a single line of text without a title the following figure show how the plain text control can display on a custom payment sheet when you create the plain text control, use the following properties controlld is required to uniquely identify the control settext method defines the title and text lines the following figure illustrates the workflow for the plain text control the following code snippet is an example of using the plain text control on the payment sheet fun makeplaintextcontrol plaintextcontrol { val plaintextcontrol = plaintextcontrol "exampleplaintextcontrolid" plaintextcontrol settext "plain text [example]", "this is example of plaintextcontrol" return plaintextcontrol } apply an amount box control you can use the amount box control to display purchase amount information on the payment sheet the following figure show how the amount box control can display on a custom payment sheet when you create the amount box control, use the following properties controlld is required to uniquely identify the control currencycode is required to define the purchase currency one or more item properties, where each consists of id, title, price, and extraprice if extraprice exists, its text is displayed on the payment sheet even though there is an actual numerical price value if there is no extraprice, the price value with currencycode is displayed amounttotal consists of price and displayoption the displayoption value allows predefined strings only your app can set the text to, for example, estimated amount, amount pending, pending, and free the ui format for the displayed string varies based on the text notethe setamounttotal method can accept as an argument strings that are not predefined, but then the method generates an invalid parameter condition or returns an error code for details, see the samsung pay sdk for android api reference javadoc, available in the documentation folder of your downloaded sdk package the following figure illustrates the workflow for the amount box control the following code snippet is an example of using the amount box control on the payment sheet fun makeamountcontrol amountboxcontrol { val amountboxcontrol = amountboxcontrol amount_control_id, "usd" amountboxcontrol additem product_item_id, "item", 1000 0, "" amountboxcontrol additem product_tax_id, "tax", 50 0, "" amountboxcontrol additem product_shipping_id, "shipping", 10 0, "" amountboxcontrol setamounttotal 1060 0, amountconstants format_total_price_only amountboxcontrol additem 3, product_fuel_id, "fuel", 0 0, "pending" return amountboxcontrol } when updating the payment sheet, you can add new items to the amount box control using the additem method of the amountboxcontrol class for example, if the customer selects a specific card in the payment sheet, you can add a discount item call the updatevalue item_id method of the amountboxcontrol class to update each amount item add any new items you need call the customsheet updatecontrol method for the changes to take effect in the customsheet object after you have made all the updates for the payment sheet, call the paymentmanager updatesheet customsheet method to let samsung pay know that no further actions are pending in your app the following code snippet is an example of adding items to the amount box control while updating the values val amount = sheet getsheetcontroll "id_amount" amount updatevalue "itemid", 900 0 amount updatevalue "taxid", 50 0 amount updatevalue "shippingid", 10 0 amount updatevalue "fuelid", 0 0 // add the “discount” item amount additem 4, "discountid", "discount", -60 0, "" amount setamounttotal 1000 0, amountconstants format_total_price_only sheet updatecontrol amount // call updatesheet with amountboxcontrol this is mandatory try { paymentmanager updatesheet sheet } catch e illegalstateexception { e printstacktrace } catch e nullpointerexception { e printstacktrace } apply a spinner control you can use the spinner control to display spinner options on the payment sheet the control consists of a title with 2 lines of text or a single line of text without a title when you create the spinner control, use the following properties controlld is required to uniquely identify the control title displays the title for the spinner options sheetitemtype distinguishes between the types of spinner to be displayed since the api level 1 6, the following spinner types are available shipping_method_spinner installment_spinner noteshipping_method_spinner can be used when the shipping address comes from samsung wallet, such as when the customsheetpaymentinfo addressinpaymentsheet option is set to need_billing_and_shipping or need_shipping_spay when the shipping address is provided by your app the customsheetpaymentinfo addressinpaymentsheet option is set to send_shipping or need_billing_send_shipping , it is not changeable in the payment sheet you must pre-calculate the shipping fee if applied in your app the following code snippet is an example of using the spinner control on the payment sheet // construct spinnercontrol for shipping method val spinnercontrol = spinnercontrol shippingmethod_spinner_id, "shipping method ", sheetitemtype shipping_method_spinner // let the customer select one shipping method option on the payment sheet spinnercontrol additem "shipping_method_1", getstring android r string standard_shipping_free spinnercontrol additem "shipping_method_2", getstring android r string twoday_shipping spinnercontrol additem "shipping_method_3", getstring android r string oneday_shipping spinnercontrol selecteditemid = "shipping_method_1" // set the default option // listen for sheetcontrol events spinnercontrol setsheetupdatedlistener sheetupdatedlistener { updatedcontrolid, customsheet -> val amountboxcontrol = customsheet getsheetcontrol amount_control_id as amountboxcontrol val spinnercontrol = customsheet getsheetcontrol updatedcontrolid as spinnercontrol when spinnercontrol selecteditemid { "shipping_method_1" -> amountboxcontrol updatevalue product_shipping_id, 10 0 "shipping_method_2" -> amountboxcontrol updatevalue product_shipping_id, 10 + 0 1 "shipping_method_3" -> amountboxcontrol updatevalue product_shipping_id, 10 + 0 2 else -> amountboxcontrol updatevalue product_shipping_id, 10 0 } amountboxcontrol setamounttotal 1000 + amountboxcontrol getvalue product_shipping_id , amountconstants format_total_price_only customsheet updatecontrol amountboxcontrol // call updatesheet with amountboxcontrol this is mandatory try { paymentmanager updatesheet customsheet } catch e illegalstateexception { e printstacktrace } catch e nullpointerexception { e printstacktrace } } // construct spinnercontrol for an installment plan val spinnercontrol = spinnercontrol installment_spinner_id, "installment", sheetitemtype installment_spinner spinnercontrol additem "installment_1", "1 month without interest" spinnercontrol additem "installment_2", "2 months with 2% monthly interest" spinnercontrol additem "installment_3", "3 months with 2 2% monthly interest" spinnercontrol selecteditemid = "installment_1" // set the default option // listen for sheetcontrol events spinnercontrol setsheetupdatedlistener sheetupdatedlistener { updatedcontrolid, customsheet -> val amountboxcontrol amountboxcontrol = customsheet getsheetcontrol amount_control_id as amountboxcontrol val spinnercontrol = customsheet getsheetcontrol updatedcontrolid as spinnercontrol val totalinterest = 0 0 when spinnercontrol selecteditemid { "installment1" -> amountboxcontrol updatevalue product_total_interest_id, totalinterest "installment2" -> // calculate total interest again and update the value amountboxcontrol updatevalue product_total_interest_id, totalinterest "installment3" -> // calculate total interest again and update the value amountboxcontrol updatevalue product_total_interest_id, totalinterest else -> amountboxcontrol updatevalue product_total_interest_id, totalinterest } amountboxcontrol setamounttotal 1000 + amountboxcontrol getvalue product_total_interest_id , amountconstants format_total_price_only customsheet updatecontrol amountboxcontrol // call updatesheet with amountboxcontrol this is mandatory try { paymentmanager updatesheet customsheet } catch e illegalstateexception { e printstacktrace } catch e nullpointerexception { e printstacktrace } } display a custom error message you can use custom error messages to inform the customer of any foreseen error scenarios to display a custom error message on the payment sheet, use the updatesheet method with a customerrormessage value fun updatesheet sheet customsheet, errorcode int, customerrormessage string this method is an extension of the existing updatesheet sheet method, allowing you to display a message in the payment sheet’s authentication area // update sheet with custom_message error code paymentmanager updatesheet customsheet, paymentmanager custom_message,"phone number entered is not valid please change your phone number "
Learn Code Lab
codelabcreate an android automotive operating system aaos app with payments via samsung checkout objective create a shopping app for android automotive os aaos , which uses templates from aaos and ignite store, and processes payments via the ignite payment sdk powered by samsung checkout partnership request to use the ignite payment sdk and have access to development tools and resources, such as ignite aaos emulators, you must become an official partner once done, you can fully utilize this code lab you can learn more about the partnership process by visiting the ignite store developer portal overview android automotive os android automotive os aaos is a base android platform that runs directly on the car and is deeply integrated with the underlying vehicle hardware unlike the android auto platform, users can download compatible apps with aaos directly into their cars, without needing a phone, and utilize an interface specifically designed for the car screen aaos can run both system and third-party android applications as aaos is not a fork and shares the same codebase as android for mobile devices, developers can easily adapt existing smartphone apps to function on aaos the diagram below illustrates the architecture of aaos at the hardware abstraction layer hal level, aaos incorporates additional components such as the vehicle hal vhal , exterior view system evs , and broadcast radio br to handle vehicle properties and connectivity at the framework level, car service and webview modules are included at the application level, the main system applications include car system ui, car launcher, and car input method editor ime additionally, car media and automotive host are incorporated as system apps third-party apps are classified into three categories audio media, car templated, and parked car templates the car templated apps use templates specified by the car app library, which are rendered by the automotive host, customized by original equipment manufacturers oem the library consists of approximately 10 templates list, grid, message, pane, navigation and is utilized in both android auto aa and android automotive os aaos apps to target aaos, you must incorporate an additional app-automotive library that injects the carappactivity into the app the carappactivity needs to be included in the manifest and can be set as distractionoptimized upon launching the application, the carappactivity provides a surface that is employed by the automotive host to render the template models additionally, on the harman ignite store, you can optionally integrate the ignite-car-app-lib, which adds supplementary templates such as explore, listdetails, routeoverview, and poistreaming harman ignite store the harman ignite store is a white-labeled and modular aaos-based automotive app store by connecting app developers with car manufacturers, harman creates unique in-vehicle experiences the ignite store has a rich app ecosystem with unique content, growth opportunities, and long-term partnerships it facilitates future-proof monetization with a payments api powered by samsung checkout after registering at the ignite store developer portal, developers can submit their apps for certification and testing by harman upon approval from the oem, the developer can proceed with publishing their app comprehensive developer documentation and tools are available to support app developers throughout the development process payments api the ignite store comes enabled with payment features empowering developers to monetize their apps developers are now able to offer their apps as paid apps the payment sdk exposes apis for goods and services, in-app purchases, and subscriptions developers can also integrate their own payment service providers psps , to sell goods or services, and receive the money directly in their bank account for a frictionless in-car payment experience, ignite provides a dedicated digital wallet app for end-users to securely store their credit card information the payment processor is powered by the industry proven samsung checkout the developer portal provides additional documentation to allow developers to access ignite aaos emulators, vim3, tablet or cuttlefish ignite images, and additional guidelines set up your environment you will need the following ignite aaos system image running on android emulator or on reference devices android studio latest version recommended java se development kit jdk 11 or later sample code here is a sample code for you to start coding in this code lab download it and start your learning experience! aaos ignite shopping app sample code 11 7 mb prepare your ignite aaos emulator add the ignite aaos emulator to your android studio by following the guide provided in the ignite store developer console open the device manager and start the emulator configure the emulator to use fake data for payments, as instructed in the ignite store developer console under the offline mode tab in the payment sdk section the sample app requires navigation from point a starting location to point b destination location the destination addresses are predefined and near san jose mcenery convention center to shorten the distance between two locations, follow the steps below to set the starting location a open the extended controls in the emulator panel b go to location, search for a location near the destination location, and click set location next, in the emulator, go to the ignite navigation app's settings and enable the following enable navigation simulation enable mock location provider go to settings > system > developer options > location and set ignite navigation as mock location app start your project after downloading the sample code containing the project files, open your android studio and click open to open an existing project locate the downloaded android project igniteautomotivepaymentssdc202488 from the directory and click ok check the ignite payment sdk dependency verify that the ignite payment sdk library is included in the dependencies section of the module's build gradle file dependencies { implementation files 'libs/ignite-payment-sdk-3 13 0 24030417-0-snapshot aar' } add payment permission next, go to the manifests folder and, in the androidmanifest xml file, include the payment_request permission to perform in-app purchases <uses-permission android name="com harman ignite permission payment_request" /> this ensures that the app has the necessary permissions to perform transactions and handle sensitive financial data show the payment screen when an item is added to the cart, the shopping cart screen displays the select store button, selected pickup store address, total amount to pay, and details of each item added the screen also includes the pay button go to kotlin + java > com harman ignite pickupstore > screens > shoppingcartscreen kt in the docheckout function, use the car app's screenmanager to navigate to the payment screen from the shopping cart screen after clicking the pay button getscreenmanager push paymentscreen carcontext, session notethe screenmanager class provides a screen stack you can use to push screens that can be popped automatically when the user selects a back button in the car screen or uses the hardware back button available in some cars instantiate the ignite payment client the ignite payment api provides a singleton class called ignitepaymentclientsingleton, which enables performing and tracking transactions navigate to the paymentscreen kt file and instantiate the ignite payment client private val mipc = ignitepaymentclientsingleton getinstance carcontext define the ignite payment transaction callback the ignite payment transaction provides three callback methods onsuccess, oncanceled, and onfailure after each callback, make sure to set the ispaymentfailed variable to track whether a payment is successful or not update the session which owns the shopping cart screen to reflect the status of the payment transaction call the updatetemplate function to invalidate the current template and create a new one with updated information private val mipctcb = object iignitepaymentclienttransactioncallback { override fun onsuccess requestuuid string?, sessionid string?, successmessage string?, paymentadditionalproperties hashmap<string, string>? { log d tag, log_prefix + "onsuccess rid $requestuuid, sid $sessionid, sm $successmessage" cartoast maketext carcontext, "payment successful", cartoast length_short show ispaymentfailed = false session paymentdone requestuuid, sessionid, successmessage updatetemplate } override fun oncanceled requestuuid string?, sessionid string? { log d tag, log_prefix + "oncanceled rid $requestuuid, sid $sessionid" cartoast maketext carcontext, "payment canceled", cartoast length_long show ispaymentfailed = true session paymenterror requestuuid, sessionid, null updatetemplate } override fun onfailure requestuuid string?, sessionid string?, wallererrorcode int, errormessage string { log d tag, log_prefix + "onfailure rid $requestuuid, sid $sessionid, wec $wallererrorcode, em $errormessage" cartoast maketext carcontext, "payment failed", cartoast length_long show ispaymentfailed = true session paymenterror requestuuid, sessionid, errormessage updatetemplate } } define the ignite payment client connection callback the ignite payment client needs to be connected in order to perform a payment request once the client connects successfully, retrieve the names of the shopping cart items and use them to create an order summary afterwards, construct an ignite payment request containing the total amount, currency code, merchant id, and details of the order summary then, initiate the payment process by invoking the readytopay function of the ignite payment client api private val mipccb = iignitepaymentclientconnectioncallback { connected -> log d tag, log_prefix + "onpaymentclientconnected $connected" if connected { val textsummary = session shoppingcart cartitems jointostring ", " { item -> item name } val ipr = ignitepaymentrequest builder setamount session shoppingcart gettotal * 100 setcurrencycode currencycode usd setpaymentoperation paymentoperation purchase setmerchantid constants merchant_id setordersummary ordersummary builder setordersummarybitmapimage bitmapfactory decoderesource carcontext resources, session shoppingcart store largeicon setordersummarylabel1 "${carcontext getstring r string pickupstore_app_title } ${session shoppingcart store title}" setordersummarysublabel1 session shoppingcart store address setordersummarylabel2 textsummary setordersummarysublabel2 carcontext getstring r string pickupstore_payment_sublabel2 build build try { mipc readytopay ipr, mipctcb } catch e exception { log d tag, log_prefix + "payment exception $e" e printstacktrace } catch e error { log d tag, log_prefix + "payment error $e" e printstacktrace } } } start the payment process and go back to previous screen after the transaction next, in the startpayment function, connect the ignite payment client and the connection callback to start the payment process mipc connect mipccb after the transaction is completed, the updatetemplate function refreshes the template used in the payment screen before calling the schedulegoback function modify the schedulegoback function to navigate back to the previous template screen shopping cart you can use the pop method of the screenmanager screenmanager pop start the navigation to the store to collect the paid pickup the shopping cart screen shows the pickup store location, details of the order, and go to store button after a successful payment go to kotlin + java > com harman ignite pickupstore > pickupstoresession kt modify the navigatetostore geofence geofence function to trigger the navigation to the pickup store when the go to store button is clicked you can use the intent carcontext action_navigate with geo schema rfc 5879 data, containing latitude and longitude e g , geo 12 345, 14 8767 to send the intent, use the carcontext startcarapp api call val geouristring = "geo ${geofence latitude},${geofence longitude}" val uri = uri parse geouristring val navintent = intent carcontext action_navigate, uri try { carcontext startcarapp navintent } catch e exception { log e tag, log_prefix + "navigatetostore exception starting navigation" e printstacktrace cartoast maketext carcontext, "failure starting navigation", cartoast length_short show } run the app on ignite aaos emulator run the pickup-store-app on ignite aaos emulator when the app starts for the first time, it requests for user permissions click grant permissions choose allow all the time for location permission and click the return button 4 browse the pickup store catalog and add items to shopping cart open the shopping cart and click pay you can also change the pickup store by clicking select store check the order summary and billing information then, click confirm and pay to process payment after a successful payment, the app returns to shopping cart screen with the updated transaction information click go to store to start the navigation to the store the app displays a notification when the car is near the store click the notification to show a reference qr code to present to the store upon pick up you're done! congratulations! you have successfully achieved the goal of this code lab topic now, you can create an aaos templated app, which supports payments by yourself! if you're having trouble, you may download this file aaos ignite shopping app complete code 11 7 mb to learn more, go to the developer console section of ignite store developer portal
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