thank you for a great sdc23! watch the keynote and tech sessions on demand, and we hope to see you next year! samsung developer conference 2023 thu, oct 5, 2023 10:00 am ptmoscone north in san francisco and online video thumbanil highlights though sdc23 has ended, the innovation lives on! whether you missed the event or just want to revisit the highlights, you can watch the excitement on demand. keynote discover samsung’s broad ecosystem of powerful, next-level tech and hear how samsung is building toward a smarter, safer, and more personally connected future. view keynote sessions view sessions dive into the future of connected customer experiences through tech sessions by developers offering further insight into the innovations introduced in the keynote. gamepad on tizen tv mega session screen experience, game, developer program, tizen this session provides valuable tips and techniques for game application developers and gamepad manufacturers. hdr10+ gaming mega session screen experience, game the hdr10+ gaming panel discussion covers an overview of hdr10+ gaming and how game developers can support it. games with samsung galaxy mega session mobile experience, game, android, mobile the latest in mobile gaming development technologies, responsive ui for flex mode, and mobile cloud gaming. exploring the digital health ecosystem: samsung health as digital front door mega session health experience, health, wearable, mobile new samsung health features, samsung privileged health sdk, and collaboration for research with samsung health stack. smartthings and matter tech session platform innovation, iot, open source, developer program get a brief introduction to matter, new enhancements with smartthings, and new developer tools that make it easy to integrate your devices. what's new and next in watch face studio 2023 tech session mobile experience, wearable, design, mobile let's learn the main new features of watch face studio 2023 and enjoy the new watch face studio plugin experience. speakers check out the speakers who joined us at sdc23 to share their experience and expertise, and get a sense of what you can expect from next year’s sdc event. view speakers code labs view code lab get hands-on with the latest development features through new code lab topics and samples introduced for sdc23. smartthings matter: build a matter iot app with smartthings home api 25 mins start smartthings develop a smartthings find-compatible device 30 mins start foldable develop a widget for flex window 25 mins start samsung wallet integrate 'add to samsung wallet' button into partner services 30 mins start gamedev galaxy z implement flex mode into a unity game 30 mins start watch face studio customize styles of a watch face with watch face studio 30 mins start tech square talk with product experts, experience innovations in tech square. catch up on new updates from samsung platforms and os like smartthings, knox and tizen, mobile & screen experience, home & health experience, sustainability. view tech square samsung c-lab meet six passionate entrepreneurs and start-ups accelerated by samsung c-lab, an in-house venture and start-up acceleration program. these start-ups are making waves in the healthcare and ai industries, and are here to showcase their latest innovations. view samsung c-lab prior years watch highlights of selected sessions from sdc events in last samsung developer conference. sdc22 october 12, 2022moscone north and onlinesan francisco, california sdc21 october 26, 2021online sdc19 october 29–30, 2019mcenery convention centersan jose, california sdc18 november 8-9, 2018moscone westsan francisco, california sdc17 october 18-19, 2017moscone westsan francisco, california sdc16 april 27-28, 2016moscone westsan francisco, california

overview package class tree deprecated index com.samsung.android.sdk.healthdata interface healthdataresolver.updaterequest enclosing class: healthdataresolver public static interface healthdataresolver.updaterequest this interface is able to make a request to update health data for the specific health data type. request for updating data healthdataresolver.update() helps that your application updates samsung health's existing data. the following information is mandatory to build an updaterequest instance. mandatory information description data type set the data type with: updaterequest.builder.setdatatype() data update set data to update with: updaterequest.builder.sethealthdata() you can make a request instance with updaterequest.builder.build(). since: 1.0.0 nested class summary nested classes modifier and type interface and description static class healthdataresolver.updaterequest.builder this class is a builder to configure healthdataresolver.updaterequest.

overview package class tree deprecated index com.samsung.android.sdk.healthdata class healthdataresolver.filter java.lang.object com.samsung.android.sdk.healthdata.healthdataresolver.filter all implemented interfaces: parcelable enclosing class: healthdataresolver public abstract static class healthdataresolver.filter extends object implements parcelable this class creates a filter to make the request range clear. it can be used with the following requests. healthdataresolver.readrequest healthdataresolver.updaterequest healthdataresolver.deleterequest healthdataresolver.aggregaterequest filter examples the multiple filters can be combined with and() and or(). if there are 3 filters: filter filter1 = filter.eq("property1", "aaa"); filter filter2 = filter.eq("property2", "bbb"); filter filter3 = filter.greaterthanequals("property3",100); case 1: and() the filter of the figure above can be created as: // good example filter goodfilterex = filter.and(filter1, filter2, filter3); // bad example filter badfilterex = filter.and(filter.and(filter1, filter2), filter3); case 2: or() the filter of the figure above can be created as: // good example filter goodfilterex = filter.in("property1", {"aaa", "bbb", "ccc"}); // bad example filter badfilterex = filter.or( filter.eq("property1", "aaa"), filter.eq("property2", "bbb"), filter.eq("property1", "ccc")); case 3: and(), or() the filter of the figure above can be created as: filter filter = filter.and(filter.or(filter1, filter2), filter3); since: 1.0.0 method summary all methods static methods concrete methods modifier and type method and description static healthdataresolver.filter and(healthdataresolver.filter filter, healthdataresolver.filter... additionalfilters) returns a logical expression filter combined with the and operator. static <t> healthdataresolver.filter eq(string property, t value) returns a filter which checks if a given property of health data is equal to a value. static <t extends comparable<t>>healthdataresolver.filter greaterthan(string property, t value) returns a filter which checks if a value of a given property is greater than a given value. static <t extends comparable<t>>healthdataresolver.filter greaterthanequals(string property, t value) returns a filter which checks if the value of a given property is greater than or equal to a given value. static <t> healthdataresolver.filter in(string property, t[] values) returns a filter to check if given values for a given property are included in health data. static <t extends comparable<t>>healthdataresolver.filter lessthan(string property, t value) returns a filter which checks if a value of a given property is less than a given value. static <t extends comparable<t>>healthdataresolver.filter lessthanequals(string property, t value) returns a filter which checks if a value of a given property is less than or equal to a given value. static healthdataresolver.filter not(healthdataresolver.filter filter) returns a negation filter of a given filter. static healthdataresolver.filter or(healthdataresolver.filter filter, healthdataresolver.filter... additionalfilters) returns a logical expression filter combined with the or operator. method detail and public static healthdataresolver.filter and(healthdataresolver.filter filter, healthdataresolver.filter... additionalfilters) returns a logical expression filter combined with the and operator. parameters: filter - the filter object to combine additionalfilters - the additional filter objects to combine returns: the filter object that combines filters with and throws: illegalargumentexception - if filter contains invalid instance type or null since: 1.0.0 or public static healthdataresolver.filter or(healthdataresolver.filter filter, healthdataresolver.filter... additionalfilters) returns a logical expression filter combined with the or operator. parameters: filter - the filter object to combine additionalfilters - the additional filter objects to combine returns: the filter object that combines filters with or throws: illegalargumentexception - if filter contains invalid instance type or null since: 1.0.0 not public static healthdataresolver.filter not(healthdataresolver.filter filter) returns a negation filter of a given filter. parameters: filter - the filter object in negation returns: the negation filter object of the filter throws: illegalargumentexception - if filter contains invalid instance type or null since: 1.0.0 eq public static <t> healthdataresolver.filter eq(string property, t value) returns a filter which checks if a given property of health data is equal to a value. parameters: property - the property name of health data value - the given property's value to check if it is equal. the value can be a number, string, or null. returns: the filter object that checks if the given property of health data is equal to the value throws: illegalargumentexception - if the property is null or if the value is not a number, string, or null since: 1.0.0 lessthan public static <t extends comparable<t>> healthdataresolver.filter lessthan(string property, t value) returns a filter which checks if a value of a given property is less than a given value. parameters: property - the property name of health data value - the specified value as number returns: the filter object that checks throws: illegalargumentexception - if the property or value is null or the value is not number since: 1.0.0 lessthanequals public static <t extends comparable<t>> healthdataresolver.filter lessthanequals(string property, t value) returns a filter which checks if a value of a given property is less than or equal to a given value. parameters: property - the property name of health data value - the specified value as number returns: the filter object that throws: illegalargumentexception - if the property or value is null or the value is not number object since: 1.0.0 greaterthan public static <t extends comparable<t>> healthdataresolver.filter greaterthan(string property, t value) returns a filter which checks if a value of a given property is greater than a given value. parameters: property - the property name of health data value - the specified value as number returns: the filter object that throws: illegalargumentexception - if the property or value is null or the value is not number object since: 1.0.0 greaterthanequals public static <t extends comparable<t>> healthdataresolver.filter greaterthanequals(string property, t value) returns a filter which checks if the value of a given property is greater than or equal to a given value. parameters: property - the property name of health data value - the specified value as number returns: the filter object that throws: illegalargumentexception - if the property or value is null or the value is not number object since: 1.0.0 in public static <t> healthdataresolver.filter in(string property, t[] values) returns a filter to check if given values for a given property are included in health data. parameters: property - the property name of health data values - the list of string or number typed values returns: filter the filter object that throws: illegalargumentexception - thrown if either of the following conditions has occurred: the property is null or empty string values is null or empty list values has a different type with string or number since: 1.0.0

overview package class tree deprecated index com.samsung.android.sdk.healthdata interface healthresultholder<t extends healthresultholder.baseresult> public interface healthresultholder<t extends healthresultholder.baseresult> this interface representing the result of invoking method. since: 1.0.0 nested class summary nested classes modifier and type interface and description static class healthresultholder.baseresult this class defines basic information that includes the status of a request. static interface healthresultholder.resultlistener<t extends healthresultholder.baseresult> this interface is a callback to receive a result for the health data request asynchronously. method summary all methods instance methods abstract methods deprecated methods modifier and type method and description t await() blocks the thread until the task is completed. void cancel() deprecated. void setresultlistener(healthresultholder.resultlistener<t> callback) sets the callback to get the result asynchronously. method detail await t await() blocks the thread until the task is completed. it's used to make the synchronous request for health data. the synchronous request has to be used only if it would not occur nra (no response of application). if it's not sure, use the asynchronous request with setresultlistener(healthresultholder.resultlistener). refer to an example to read health data synchronously. returns: the result status throws: illegalstateexception - if this method is called on the main thread since: 1.0.0 see also: setresultlistener(healthresultholder.resultlistener) cancel void cancel() deprecated. cancels the request. it doesn't give a callback event. since: 1.0.0 setresultlistener void setresultlistener(healthresultholder.resultlistener<t> callback) sets the callback to get the result asynchronously. refer to an example to read health data asynchronously. parameters: callback - the callback to be invoked. since: 1.0.0

overview package class tree deprecated index com.samsung.android.sdk.healthdata class healthdataresolver.aggregateresult java.lang.object com.samsung.android.sdk.healthdata.healthresultholder.baseresult com.samsung.android.sdk.healthdata.healthdataresolver.aggregateresult all implemented interfaces: parcelable, closeable, autocloseable, iterable<healthdata> enclosing class: healthdataresolver public static class healthdataresolver.aggregateresult extends healthresultholder.baseresult implements iterable<healthdata>, closeable this class represents the result of healthdataresolver.aggregaterequest. refer to example. each health data in the result can be checked with iterator() and close(). since: 1.0.0 field summary fields inherited from class com.samsung.android.sdk.healthdata.healthresultholder.baseresult status_canceled, status_failed, status_invalid_input_data, status_out_of_space, status_successful, status_unknown method summary all methods instance methods concrete methods modifier and type method and description void close() closes this result, releasing all of its resources and making it completely invalid. string getdatatype() gets a data type for the requested health data. cursor getresultcursor() gets a cursor object for the aggregate request. iterator<healthdata> iterator() returns an iterator over the healthdata objects in this result in proper sequence. methods inherited from class com.samsung.android.sdk.healthdata.healthresultholder.baseresult getcount, getstatus method detail getresultcursor public cursor getresultcursor() gets a cursor object for the aggregate request. check health data of the result as moving it to the next. returns: the cursor object, or null if the request doesn't work caused by an unknown error. since: 1.0.0 getdatatype public string getdatatype() gets a data type for the requested health data. returns: the data type since: 1.0.0 iterator public iterator<healthdata> iterator() returns an iterator over the healthdata objects in this result in proper sequence. returns: an iterator of this result. since: 1.3.0 close public void close() closes this result, releasing all of its resources and making it completely invalid. calling this method, the result will not be valid any more. since: 1.3.0

track deadlift exercise on galaxy watch objective create a native app for galaxy watch, operating on wear os powered by samsung, using health services to track deadlift exercise. this app measures repetition count, calories burned, and time spent during the exercise. overview health services provides a simple and unified way for accessing a wide range of health and wellness related data. with health services api, you will no longer need to develop your own algorithms processing sensors data in order to compute metrics like heart rate, steps counts, distance, calories burned, and other more. these are now accessible through health services embedded on wearables operating on wear os powered by samsung. see health platform descriptions for detailed information. set up your environment you will need the following: galaxy watch4 or newer 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! health track deadlift sample code (132.83 kb) turn on developer mode and adjust its settings on your watch, go to settings > about watch > software and tap on software version 5 times. upon successful activation of developer mode, a toast message will display as on the image below. afterwards, developer options will be visible under settings. tap developer options and enable the following options: adb debugging debug over wi-fi turn off automatic wi-fi connect your galaxy watch to wi-fi go to settings > connection > wi-fi and make sure that wi-fi is enabled. from the list of available wi-fi networks, choose and connect to the same one as your pc. when successfully connected, tap a wi-fi network name, swipe down, and note the ip address. you will need this to connect your watch over adb from your pc. connect your galaxy watch to android studio in android studio, go to terminal and type: adb connect <ip address as mentioned in previous step> when prompted, tap always allow from this computer to allow debugging. upon successful connection, you will see the following message in android studio’s terminal: connected to <ip address of your watch> now, you can run the app directly on your watch. 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 (deadlift) from the directory and click ok. check dependency and app manifest in the dependencies section of gradle scripts > build.gradle (module :app) file, see the appropriate dependency for health services. dependencies { implementation 'androidx.health:health-services-client:1.0.0-beta03' // ... } notesince the library might update from time to time, it is recommended to choose the version suggested by android studio. in androidmanifest.xml file, note the following: <queries> element <queries> <package android:name="com.google.android.wearable.healthservices" /> </queries> section with requests for necessary permissions <uses-permission android:name="android.permission.body_sensors" /> <uses-permission android:name="android.permission.activity_recognition" /> check capabilities to check what can be measured during an exercise, you need to check its capabilities. go to app > java > com.samsung.sdc21.deadlift. open the deadliftutil.java file and navigate to the checkcapabilities() method. an inner class c definition implements the methods of the futurecallback interface. within this definition, define the onsuccess() method to retrieve the exercise type capabilities: public void onsuccess(exercisecapabilities result) { objects.requirenonnull(result); log.i(tag, "got exercise capabilities"); /*********************************************************************************** * [practice 1] define the onsuccess() method * * - (hint) uncomment lines below and replace todo 1 * call getexercisetypecapabilities() method of result object, * passing already initialized t as an argument: **********************************************************************************/ final exercisetype t = exercisetype.deadlift; // final exercisetypecapabilities capabilities = "todo 1" // final exerciseconfig.builder builder = exerciseconfig.builder(t); // builder.setdatatypes(capabilities.getsupporteddatatypes()); // exerciseconfigbuilder = builder; } next, implement the findcapabilitesfuture() method to get a callback with exercisecapabilities: getcapabilitiesasync() returns the exercisecapabilities of the exerciseclient for the device. static listenablefuture<exercisecapabilities> findcapabilitiesfuture( exerciseclient client) { /******************************************************************************************* * [practice 1] create a listenablefuture object that will get a callback with * with exercise capabilities. choose the correct method from exerciseclient * * - (hint) uncomment line and replace null with todo 2 * for checking capabilities use getcapabilitiesasync() method. ******************************************************************************************/ return null; //"todo 2"; } start the exercise inside the startexercise() method, there is a call to the futures.addcallback() method. this method adds a callback function that executes when the asynchronous operation of starting the exercise completes. set an update callback for the exercise client within the onsuccess() method of the callback function: public void onsuccess(void result) { log.i(tag, "successfully started"); /*************************************************************************** * [practice 2] set an update callback * * - (hint) uncomment lines below and fill todos: * (1) make appropriate call of setupdatecallback method * and pass exerciseupdatelistener object as an argument * (2) change ismeasurementrunning flag value to true **************************************************************************/ // exerciseclient.setupdatecallback("todo 3 (1)"); log.i(tag, "successfully set update listener"); // "todo 3 (2)" } in the deadlift.java file, call the startexercise() method in onbuttonclickhelper(): public void onbuttonclickhelper() { /******************************************************************************************* * [practice 2] start the exercise using a method from deadliftutil.java * * - (hint) uncomment line below and fill todo 4: * call startexercise() method on util object: * ****************************************************************************************/ // "todo 4" } get the results go to the deadliftutil.java file, and in the getnewrepsvalue() method, call the getlatestmetrics() method from the exerciseupdate class to get the data collected during the exercise. store the data in the resultlist, where the last element holds the most up-to-date value of all your repetitions. public long getnewrepsvalue(exerciseupdate update, deltadatatype<long, intervaldatapoint<long>> datatype) { /******************************************************************************************* * [practice 3] get the data collected during exercise * * - (hint) uncomment lines below and fill todo 5 * call getlatestmetrics() method of exerciseupdate object. * then, get the data of appropriate type. * for this, you can use dedicated method getdata(), passing datatype as an argument * ****************************************************************************************/ // final list<intervaldatapoint<long>> resultlist = "todo 5" // if (!resultlist.isempty()) { // final int lastindex = resultlist.size() - 1; // return resultlist.get(lastindex).getvalue(); // } return no_new_value; } run unit tests for your convenience, you will find an additional unit tests package. this will let you verify your code changes even without using a physical watch. see instruction below on how to run unit tests: right click on com.samsung.sdc21.deadlift (test) > deadliftunittest and execute run 'deadliftunittest' command. if you completed all the tasks correctly, you will see all the unit tests passed successfully. run the app after building the apk, you can run the application on a connected device to measure actual deadlift parameters. right after the app is started, it will request for the user permission. allow the app to receive data of the activity. afterwards, the application main screen will be shown. before doing deadlifts, press the start button to track your exercise. when done, tap on the stop button. you're done! congratulations! you have successfully achieved the goal of this code lab. now, you can create a deadlift exercise tracker app by yourself! if you're having trouble, you may download this file: health track deadlift complete code (132.42 kb) learn more by going to health platform.

data | stepdiary stepdiary sample download (nov 3, 2020) the sdk's health data provides a stepdiary sample application to read the daily step count. prerequisites prerequisites to run stepdiary are: prepare an android device that supports android 6.0 marshmallow (api level 23) or above. (samsung and non-samsung devices are available both.) add the stepdiary app's dev access code developer mode. client id: com.samsung.android.app.stepdiary access code: lm13wujx import stepdiary with android studio (or eclipse). run stepdiary on the device. overview stepdiary demonstrates how to use health data's apis for retrieving the daily step count with healthconstants.stepcount and daily step count trend data types. it shows how to handle the step's binning data every 10 minutes. stepdiary's sources and resources are: source / resource description androidmanifest.xml declaring required permissions with the <meta-data> element. java/com/samsung/android/app/stepdiary stepdiaryactivity.kt stepdiary's main activity connecting to the health data store and handling exceptions through connectionlistener. checking permission to read healthconstants.stepcount and daily step count trend. requesting permission if required. creating an option menu for setting permission. showing daily step count. stepcountreader.kt reading today's healthconstants.stepcount asynchronously. reading today's healthconstants.stepdailytrend. it checks the total step count and binning data every 10 minutes.

samsung electronics is in partnership with the massachusetts institute of technology (mit) and the department of veterans affairs, veterans health administration (vha) to foster creativity and innovation to solve health care big problems, with the help of modern technology. as part of this partnership, we recently hosted the mit hacking medicine grand hack in washington dc. just like the boston event held in june, this hackathon differed from other developer events in a few important ways: the interdisciplinary focus was obvious from the moment teams were formed, just after the keynote on friday. feasibility and business viability were integral to all pitches. but most importantly, there was no need to code and all projects were problem-centered work or covered real user needs. the three-day event started on august 2nd and was hosted in samsung’s solutions center in washington d.c. during the weekend students, engineers, designers and developers participated in one of the three tracks forming groups, and bringing their diverse views and backgrounds to offer new solutions to problems that affect the lives of millions of people in america. these were the three tracks that participants could be part of: access to health care mental health and professional burnout rare and orphan diseases. each track had a winner, and sponsors and partners also awarded teams that showed promising ideas. samsung provided galaxy note9 phones and galaxy watches to allow teams experiment and find out the best way to integrate the different sensors and sdks into their own projects. we saw some creative uses of samsung technologies and genuine desire to improve the health care system leveraging modern technology. the key watch team won the samsung breakthroughs that matter award in the rare and orphan diseases track. this team was distinguished not only for the clarity of their project, but also for their enthusiasm to incorporate samsung technologies in their pitch. during the weekend, the team developed a way to monitor response to medication to tackle misdiagnosis of parkinson's disease vs drug-induced parkinsonism (dip), which is the second most common cause for parkinsonism. while displaying similar symptoms, a rare disease requires an entirely separate treatment process. additionally, up to 15% of parkinson’s disease patients have the rare variant dip, so, key watch’s solution could improve the life of tens of thousands, just in the us. their envisioned system would work like this: a patient having parkinsonism symptoms would come in to consult with the doctor on an actionable plan for their treatment. because parkinson’s disease accounts for 85% parkinsonism cases, they are likely to be classified as having parkinson’s disease (pd). they are given treatment for pd and monitored - if their symptoms get better, as detected by key watch’s platform, then that would support their diagnosis. however, if the patient actually has dip, the pd medication would have little to no effect, and through key watch’s continuous monitoring tool doctors can quickly intervene and pivot the treatment protocol. after enrolling on the platform, key watch would have continuous feedback on the patients tracked symptoms over time, which enables the doctor to effectively adjust the drug dosage. the key watch members looked into the different sensors that the samsung galaxy watches could provide them, and focused on the gyroscope and the accelerometer apis, that would give them data from a patient’s movements, including tremors and slow movement. with enough data, and medical experience, the proposed system would be able to detect the source of a patient’s movement abnormalities. to learn more about how you can get access to the samsung wearable devices sensors, visit the samsung developer program and start creating your own apps now. stay tuned for more information about this event in the coming weeks!

overview package class tree deprecated index com.samsung.android.sdk.healthdata interface healthconstants.waterintake all superinterfaces: healthconstants.common, healthconstants.discretemeasurement enclosing class: healthconstants public static interface healthconstants.waterintake extends healthconstants.discretemeasurement this interface defines water intake data of the user. properties properties of the following extending interfaces are available for this data type. healthconstants.common healthconstants.discretemeasurement water intake data has the following properties. see more common properties by spreading this section out. property name description healthconstants.waterintake.uuid [mandatory] data's unique id, assigned by the system when a new data is inserted healthconstants.waterintake.create_time [mandatory] utc milliseconds when a data is created in the health data store, assigned by the system when a new data is inserted healthconstants.waterintake.update_time [mandatory] utc milliseconds when a data is updated in the health data store, assigned by the system when a new data is inserted or the existing data is updated healthconstants.waterintake.package_name [mandatory] package name which provides data, assigned by the system when a new data is inserted healthconstants.waterintake.device_uuid [mandatory] device identifier which provides the health data healthconstants.waterintake.start_time [mandatory] utc milliseconds when the measurement is started healthconstants.waterintake.time_offset [mandatory] time offset in milliseconds which considers the time zone and daylight saving time healthconstants.waterintake.amount [mandatory] amount of water intake healthconstants.waterintake.unit_amount [mandatory] amount for one unit of water healthconstants.waterintake.comment comment healthconstants.waterintake.custom custom info which is formatted with json and compressed data data permission the user's consent is required to read or write this data type. healthpermissionmanager.requestpermissions() displays a data permission ui to the user. see permission manager and request data permission. since: 1.0.0 field summary fields modifier and type field and description static string amount amount of water intake in milliliters. static string comment comment for data. static string health_data_type data type name for water intake. static string unit_amount amount in milliliters for one unit of water, e.g. in glass or bottle. fields inherited from interface com.samsung.android.sdk.healthdata.healthconstants.discretemeasurement start_time, time_offset fields inherited from interface com.samsung.android.sdk.healthdata.healthconstants.common create_time, custom, device_uuid, package_name, update_time, uuid field detail amount static final string amount amount of water intake in milliliters. mandatory type: float value range: 0 and above since: 1.0.0 see also: constant field values unit_amount static final string unit_amount amount in milliliters for one unit of water, e.g. in glass or bottle. mandatory type: float value range: 0 and above note: samsung health's unit amount is 250 ml. if you want to show your app's water intake data rightly on samsung health, set it as 250. since: 1.0.0 see also: constant field values comment static final string comment comment for data. optional type: string value length: 0 ~ 255 since: 1.0.0 see also: constant field values health_data_type static final string health_data_type data type name for water intake. use "com.samsung.health.water_intake" to add permission to the manifest file. see also: constant field values

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development tech session sustainability / innovation, ai introduce samsung's multilingual code generation model and internal ai-powered coding assistant tool. hdr10+ gaming mega session screen experience, game the hdr10+ gaming panel discussion covers an overview of hdr10+ gaming and how game developers can support it. next-gen pet care with dr.tail open theater sustainability / innovation, health, contents&service, mobile merging past health records with cutting-edge veterinary consultations for pet wellness. open license of solarcell remote tech tech session screen experience, esg we explain the eco-friendly solarcell remote technology, and introduce the technology license open to everyone. open source on-device ai sw platform for optimized executions, personalization, pipelines, and mlops tech session platform innovation, ai, open source introduce open source on-device ai software platform nnstreamer, nntrainer programmable picture quality enhancement architecture tech session sustainability / innovation, ai introducing a programmable picture quality enhancement architecture to remove the limitations of the conventional model. relumino for people with low vision open theater sustainability / innovation, esg relumino mode enhances video playback to enable people with low vision to enjoy their favorite content. revolutionizing app design and development: prism open theater screen experience, ui/ux, productivity, ai prism and flux revolutionize the design process by automating the transition from design to code. s/w platform for digital appliance: part i. tizenrt tech session home experience, digital appliances, ai, iot introducing a full-fledged software platform for smart appliances that provides technologies for iot and on-device ai./conference/sdc23/sessions/sw-platform-for-digital-appliance-part-i-tizenrt s/w platform for digital appliance: part ii. tizen tech session home experience, digital appliances, tizen samsung's home appliances aim to create a better and more meaningful home ecosystem using the tizen os. samsung wallet: expanding the ecosystem tech session mobile experience, contents&service, productivity, wearable how samsung wallet is expanding and building experiences that improve our daily lives. smartthings and matter tech session platform innovation, iot, open source, developer program get a brief introduction to matter, new enhancements with smartthings, and new developer tools that make it easy to integrate your devices. smartthings enterprise api for multifamily tech session platform innovation, iot, enterprise, digital appliances learn more about the enterprise api, a new way to unlock the power of the smartthings platform for complex, multi-unit environments. smartthings find service update tech session platform innovation, developer program, iot, enterprise updates on the latest smartthings find developements, including smartthings find sdk. smartthings intelligence platform tech session platform innovation, iot, ai introduction to the smartthings intelligence platform and models for presence detection in the home. the role of ai & iot in making classrooms smarter & enabling personalized education open theater sustainability / innovation, iot, ai, esg unlock the future of education with ai & iot. learn how tech is personalizing classrooms. gain insights for your own setting. tizen sdk tech session screen experience, developer program, smarttv, tizen public launch of remote test lab for tv, enabling application testing on various tv models through your web browser. trends & challenges in ai/llm business, and how samsung co-operates with start-ups tech session sustainability / innovation, ai, enterprise, monetization covering trends in ai tech and business (on llm), upcoming regulations, and samsung's innovation efforts with start-ups. what's new and next in watch face studio 2023 tech session mobile experience, wearable, design, mobile let's learn the main new features of watch face studio 2023 and enjoy the new watch face studio plugin experience. what's new in foldables tech session mobile experience, android, mobile discover new possibilities with the large flex window and how to develop applications and widgets for foldables. what's new in tizen 8.0 tech session platform innovation, tizen, smarttv unveiling of the new features in tizen 8.0, elevating both developer and user experiences. what's new in tizen enterprise platform tech session screen experience, enterprise, tizen, productivity sharing the progress of the tizen enterprise platform and highlighting the new tbm portal and uem framework features. why tizen licensing? tech session screen experience, tizen how tizen platform licensing and becoming a samsung partner can enhance your product and business. works with smartthings 2.0 open theater platform innovation, developer program, iot learn how wwst helps your products stand out, perform their best, and how our new tools let you get to market faster. back to 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