openref: 0.1

info:
  id: reference/supabase-kotlin
  title: Supabase Kotlin Client
  description: |

    Supabase Kotlin.

  specUrl: https://github.com/supabase/supabase/edit/master/apps/docs/spec/supabase_kt_v1.yml
  slugPrefix: '/'
  libraries:
    - name: 'Kotlin'
      id: 'kt'
      version: '0.0.1'

functions:
  - id: initializing
    title: 'Initializing'
    description: |
      ### Create Supabase Client

      Independently of which Supabase module you are using, you will need to initialize the main client first and install the module.

      To create a new client, you can use the `createSupabaseClient` function.

      When installing a module, you can pass a block to configure it.

      ### OAuth and OTP link verification

      [supabase-kt](https://github.com/supabase-community/supabase-kt) provides several platform implementations for OAuth and OTP link verification. \
      **On JVM**, it uses a HTTP Callback Server to receive the session data from a successful OAuth login.

      *Note: OTP link verification such as sign ups are not supported on JVM. You may have to send a verification token rather than a url in your E-Mail. To send the token, rather than a redirect url, you have to change `{{ .ConfirmationURL }}` in your sign up email to `{{ .Token }}`*

      **On Android, IOS & macOS**, it uses deeplinks. Refer to the guide below on how to setup deeplinks. Alternatively you could use Native Google Auth or a WebView for OAuth. Refer to our [demo](https://github.com/supabase-community/supabase-kt/tree/master/demos/android-login) to learn more.
      **On JS**, it uses the website origin as the callback url. Session importing gets handled automatically.
      **Windows, tvOS, watchOS & Linux** currently have no default implementation. Feel free to create a PR.

      You always make your own implementation and use `gotrue.parseSessionFromFragment(fragment)` or `gotrue.parseSessionFromUrl(url)` to let [supabase-kt](https://github.com/supabase-community/supabase-kt) handle the parsing after receiving a callback.
      Then you can simply use `gotrue.importSession(session)`.

      ### Configure deeplink callbacks for Authentication

      Deeplinks are supported on Android, IOS and macOS.
      1. **Setup a deeplink for you app** \
      On Android you may setup a [deeplink](https://developer.android.com/training/app-links/deep-linking) in your Android manifest. \
      On IOS & macOS you may setup a [url scheme](https://developer.apple.com/documentation/xcode/defining-a-custom-url-scheme-for-your-app).
      2. **Add your deeplink to the [redirect URLs](https://supabase.com/dashboard/project/_/auth/url-configuration)** \
      **Pattern**: scheme://host
      3. **Configure the GoTrue plugin**
      You have to set the `host` and the `scheme` in the GoTrue config:
          ```kotlin
          install(GoTrue) {
             host = "deeplink host" // this can be anything, eg. your package name or app/company url (not your supabase url)
             scheme = "deeplink scheme"

             //Android only, you can also change that OAuth/SSO logins open in a custom tab, rather than an external browser:
             defaultExternalAuthAction = ExternalAuthAction.CUSTOM_TABS //defaults to EXTERNAL_BROWSER
          }
          ```
      4. **Call platform specific function on startup** \
      On Android: `supabase.handleDeeplinks(intent)` \
      On IOS/macOS: `supabase.handleDeeplinks(url)`

      Then you can just login using OAuth:
      ```kotlin
      supabase.gotrue.loginWith(Google)
      ```
      Or open OTP links directly in your app.

      ### PKCE Authentication flow
      supabase-kt supports the [PKCE authentication flow](https://supabase.com/blog/supabase-auth-sso-pkce).
      To use it, you just have to change the `flowType` in the GoTrue configuration:
      ```kotlin
      install(GoTrue) {
        flowType = FlowType.PKCE
      }
      ```
      That's it! If you already implemented deeplinks to handle OTPs and OAuth you don't have to change anything!
    examples:
      - id: initialize-client
        name: Initialize Client
        code: |
          ```kotlin
          val supabase = createSupabaseClient(
              supabaseUrl = "https://xyzcompany.supabase.co",
              supabaseKey = "public-anon-key"
          ) {
              install(GoTrue)
              install(Postgrest)
              //install other modules
          }
          ```
      - id: configure-gotrue
        name: Configure GoTrue module
        code: |
          ```kotlin
          val supabase = createSupabaseClient(
              supabaseUrl = "https://xyzcompany.supabase.co",
              supabaseKey = "public-anon-key"
          ) {
              install(GoTrue) {
                  alwaysAutoRefresh = false // default: true
                  autoLoadFromStorage = false // default: true
                  //and more...
              }
          }
          ```
        description: |
          **Common:**

          `alwaysAutoRefresh` - whether the GoTrue plugin should always auto refresh expired sessions automatically. Default: `true`

          `autoLoadFromStorage` - whether the GoTrue plugin should automatically load the session from the session manager. Default: `true`

          `autoSaveToStorage` - whether the GoTrue plugin should automatically save the session to the session manager. Default: `true`

          `flowType` - Which authentication flow to use. Currently available: FlowType.PKCE and FlowType.IMPLICIT. Default: `FlowType.IMPLICIT`

          `codeVerifierCache` - Interface for saving and loading codes for the PKCE authentication flow. Default: `SettingsCodeVerifierCache`

          `customUrl` - Custom url for the GoTrue API. Can be safely ignored when using Supabase. Default: `null`

          `jwtToken` - Plugin specific JWT Token. Can be ignored when using the GoTrue plugin. Default: `null`

          `retryDelay` - Duration after which the GoTrue plugin should retry a failed session refresh. Default: `10.seconds`

          `sessionManager` - Interface for saving and loading the user session. Default: `SettingsSessionManager`

          **Android & IOS:**

          `scheme` - The scheme for the redirect url, when using deep linking. Default: `supabase`

          `host` - The host for the redirect url, when using deep linking. Default: `login`

          **Android:**

          `enableLifecycleCallbacks` - Whether to stop auto-refresh on focus loss, and resume it on focus again. Default: `true`

          **Desktop:**

          `httpPort`: The port the web server is running on, when logging in with OAuth. Default: `0` (random port).

          `timeout`: The timeout for the web server, when logging in with OAuth. Default: `1.minutes`.

          `htmlTitle`: The title of the redirect page, when logging in with OAuth. Default: `"Supabase Auth"`.

          `htmlText`: The text of the redirect page, when logging in with OAuth. Default: `"Logged in. You may continue in your app."`.

          `htmlIconUrl`: The icon of the redirect page, when logging in with OAuth. Default: `"https://supabase.com/brand-assets/supabase-logo-icon.png"`.
      - id: configure-postgrest
        name: Configure PostgREST module
        code: |
          ```kotlin
          val supabase = createSupabaseClient(
              supabaseUrl = "https://xyzcompany.supabase.co",
              supabaseKey = "public-anon-key"
          ) {
              install(Postgrest) {
                  defaultSchema = "schema" // default: "public"
                  propertyConversionMethod = PropertyConversionMethod.SERIAL_NAME // default: PropertyConversionMethod.CAMEL_CASE_TO_SNAKE_CASE
              }
          }
          ```
        description: |
          `propertyConversionMethod` - The method to use to convert the property names to the column names when applying filters & using the update method. Default: `PropertyConversionMethod.CAMEL_CASE_TO_SNAKE_CASE`

          `defaultSchema` - The default schema to use for database requests. Default: `public`

          `customUrl` - Custom url for the PostgREST API. Can be safely ignored when using Supabase. Default: `null`

          `jwtToken` - Plugin specific JWT Token. Can be ignored when using the GoTrue plugin. Default: `null`
      - id: configure-storage
        name: Configure Storage module
        code: |
          ```kotlin
          val supabase = createSupabaseClient(
              supabaseUrl = "https://xyzcompany.supabase.co",
              supabaseKey = "public-anon-key"
          ) {
              install(Storage) {
                  transferTimeout = 90.seconds // Default: 120 seconds
              }
          }
          ```
        description: |
          `transferTimeout` - the timeout for uploading and downloading files. Default: `120.seconds`

          `resumable.cache` - Interface for storing resumable upload urls. Default: `SettingsResumableCache`

          `resumable.defaultChunkSize` - The default chunk size for resumable uploads. Supabase currently only supports a chunk size of 6MB, so be careful when changing this value. Default: `6MB`

          `resumable.retryTimeout` - the timeout for retrying resumable uploads when uploading a chunk fails. Default: `5.seconds`

          `resumable.onlyUpdateStateAfterChunk` - whether the upload state should only be updated after a chunk was uploaded successfully or also when the chunk is currently being uploaded. Default: `false`

          `customUrl` - Custom url for the Storage API. Can be safely ignored when using Supabase. Default: `null`

          `jwtToken` - Plugin specific JWT Token. Can be ignored when using the GoTrue plugin. Default: `null`
      - id: configure-realtime
        name: Configure Realtime module
        code: |
          ```kotlin
          val supabase = createSupabaseClient(
              supabaseUrl = "https://xyzcompany.supabase.co",
              supabaseKey = "public-anon-key"
          ) {
              install(Realtime) {
                  reconnectDelay = 5.seconds // Default: 7 seconds
              }
          }
          ```
        description: |
          `reconnectDelay` - The delay between reconnect attempts. Default: `7.seconds`

          `heartbeatInterval` - The interval between heartbeat messages. Default: `15.seconds`

          `disconnectOnSessionLoss` - Whether to disconnect from the websocket when the session is lost. Default: `true`

          `secure` - Whether to use wss or ws. Defaults to [SupabaseClient.useHTTPS] when null

          `websocketConfig` - Custom Ktor websocket config

          `customUrl` - Custom url for the Realtime websocket. Can be safely ignored when using Supabase. Default: `null`

          `jwtToken` - Plugin specific JWT Token. Can be ignored when using the GoTrue plugin. Default: `null`
      - id: configure-functions
        name: Configure Functions plugin
        code: |
          ```kotlin
          val supabase = createSupabaseClient(
              supabaseUrl = "https://xyzcompany.supabase.co",
              supabaseKey = "public-anon-key"
          ) {
              install(Functions) {
                  //no custom settings
              }
          }
          ```
        description: |
          `customUrl` - Custom url for the Functions API. Can be safely ignored when using Supabase. Default: `null`

          `jwtToken` - Plugin specific JWT Token. Can be ignored when using the GoTrue plugin. Default: `null`
      - id: configure-graphql
        name: Configure GraphQL plugin
        code: |
          ```kotlin
          val supabase = createSupabaseClient(
              supabaseUrl = "https://xyzcompany.supabase.co",
              supabaseKey = "public-anon-key"
          ) {
              install(GraphQL) {
                  apolloConfiguration {
                    //custom configuration
                  }
              }
          }
          ```
        description: |
          `apolloConfiguration` - Custom configuration for the ApolloClient

          `customUrl` - Custom url for the GraphQL API. Can be safely ignored when using Supabase. Default: `null`

          `jwtToken` - Plugin specific JWT Token. Can be ignored when using the GoTrue plugin. Default: `null`

          **You can access the created ApolloClient via `supabase.graphql.apolloClient`, which automatically adds the required headers depending on your session.**

  - id: select
    title: 'Fetch data: select()'
    notes: |
      Perform a SELECT query on the table or view.
      - When calling a `decode` method, you have to provide a [serializable class](/docs/reference/kotlin/installing#serialization) as the type parameter.
      - You can provide a `Columns` object to select specific columns.
      - You can provide a [filter](/docs/reference/kotlin/using-filters) block to filter the results
    examples:
      - id: getting-your-data
        name: Getting your data
        isSpotlight: true
        code: |
          ```kotlin
          val city = supabase.postgrest["cities"].select().decodeSingle<City>()
          ```
      - id: selecting-specific-columns
        name: Selecting specific columns
        description: You can select specific fields from your tables.
        code: |
          ```kotlin
          val city = supabase.postgrest["cities"].select(columns = Columns.list("id, name")).decodeSingle<City>()
          ```
      - id: query-foreign-tables
        name: Query foreign tables
        description: If your database has foreign key relationships, you can query related tables too.
        code: |
          ```kotlin
          val country = supabase.postgrest["countries"]
                      .select(
                          columns = Columns.raw(
                                          """
                                          id,
                                          name,
                                          cities (
                                              id,
                                              name
                                          )
                                          """)
                      )
                      .decodeSingle<Country>()
          ```
        note: |
          What about join tables
          If you're in a situation where your tables are **NOT** directly related, but instead are joined by a _join table_,
          you can still use the `select()` method to query the related data. The PostgREST engine detects the relationship automatically.
          For more details, [follow the link](https://postgrest.org/en/latest/api.html#embedding-through-join-tables).
      - id: query-the-same-foreign-table-multiple-times
        name: Query the same foreign table multiple times
        description: |
          Sometimes you will need to query the same foreign table twice.
          In this case, you can use the name of the joined column to identify
          which join you intend to use. For convenience, you can also give an
          alias for each column.
        code: |
          ```kotlin
          val message = supabase.postgrest["messages"]
                      .select(columns = Columns.raw(
                                        """
                                        content,
                                        from: sender_id(name),
                                        to: receiver_id(name)
                                        """))
                      .decodeSingle<Message>()
          ```
      - id: querying-with-count-option
        name: Querying with count option
        description: |
          You can get the number of rows by using the count option.
          Allowed values for count option are [Count.EXACT](https://postgrest.org/en/stable/api.html#exact-count), [Count.PLANNED](https://postgrest.org/en/stable/api.html#planned-count) and [Count.ESTIMATED](https://postgrest.org/en/stable/api.html#estimated-count).
        code: |
          ```kotlin
          val count = supabase.postgrest["countries"]
                      .select(head = true, count = Count.EXACT)
                      .count()!!
          ```
      - id: querying-json-data
        name: Querying JSON data
        description: |
          If you have data inside of a JSONB column, you can apply select
          and query filters to the data values. Postgres offers a
          [number of operators](https://www.postgresql.org/docs/current/functions-json.html)
          for querying JSON data. Also see
          [PostgREST docs](http://postgrest.org/en/v7.0.0/api.html#json-columns) for more details.
        code: |
          ```kotlin
          val user = supabase.postgrest["users"]
                      .select(columns = Columns.raw(
                                      """
                                      id, name
                                      address->city
                                      """)
                      .decodeSingle<User>()
          ```

  - id: insert
    title: 'Create data: insert()'
    $ref: '@supabase/postgrest-js."lib/PostgrestQueryBuilder".PostgrestQueryBuilder.insert'
    notes: |
      - When calling an `insert` method, you have to provide a [serializable value](/docs/reference/kotlin/installing#serialization).
      - By default, every time you run `insert()`, the client library will make a `select` to return the full record.
      This is convenient, but it can also cause problems if your policies are not configured to allow the `select` operation.
      If you are using Row Level Security and you are encountering problems, try setting the `returning` param to `Returning.MINIMAL`.
    examples:
      - id: create-a-record
        name: Create a record
        isSpotlight: true
        code: |
          ```kotlin
          val city = City(name = "The Shire", countryId = 554)
          supabase.postgrest["cities"].insert(city, returning = Returning.MINIMAL) //returning defaults to Returning.REPRESENTATION
          ```
      - id: bulk-create
        name: Bulk create
        description: |
          When running a bulk create, the operation is handled in a single transaction. If any of the inserts fail, all other operations are
          rolled back.
        code: |
          ```kotlin
          val theShire = City(name = "The Shire", countryId = 554)
          val rohan = City(name = "Rohan", countryId = 554)
          supabase.postgrest["cities"].insert(listOf(theShire, rohan), returning = Returning.MINIMAL) //returning defaults to Returning.REPRESENTATION
          ```
      - id: fetch-inserted-data
        name: Fetch inserted record
        code: |
          ```kotlin
          val theShire = City(name = "The Shire", countryId = 554)
          val rohan = City(name = "Rohan", countryId = 554)
          val result = supabase.postgrest["cities"].insert(listOf(theShire, rohan)).decodeList<City>()
          ```

  - id: update
    title: 'Modify data: update()'
    notes: |
      - `update()` should always be combined with a [filter](/docs/reference/kotlin/using-filters) block to avoid updating all records.
      - When calling `insert` or `update`, you have to provide a [serializable value](/docs/reference/kotlin/installing#serialization) in the function parameter.
    examples:
      - id: updating-your-data
        name: Updating your data
        isSpotlight: true
        code: |
          ```kotlin
          supabase.postgrest["characters"].update(
              {
                 Character::name setTo "Han Solo"
                 //or
                 set("name", "Han Solo")
              }
          ) {
             Character::id eq 1
             //or
             eq("id", 1)
          }
          ```
      - id: update-a-record-and-return-it
        name: Update a record and return it
        code: |
          ```kotlin
          val newCharacter = supabase.postgrest["characters"].update(
              {
                 Character::name setTo "Han Solo"
                 //or
                 set("name", "Han Solo")
              }
          ) {
             Character::id eq 1
             //or
             eq("id", 1)
          }.decodeSingle<Character>()
          ```
        data:
          sql: |
            ```sql
            create table
              characters (id int8 primary key, name text);

            insert into
              characters (id, name)
            values
              (1, 'Han');
            ```
        response: |
          ```json
          {
            "data": [
              {
                "id": 1,
                "name": "Han Solo"
              }
            ],
            "status": 200,
            "statusText": "OK"
          }
          ```
        hideCodeBlock: true
      - id: updating-json-data
        name: Updating JSON data
        description: |
          Postgres offers a
          [number of operators](https://www.postgresql.org/docs/current/functions-json.html)
          for working with JSON data. Right now it is only possible to update an entire JSON document,
          but we are [working on ideas](https://github.com/PostgREST/postgrest/issues/465) for updating individual keys.
        code: |
          ```kotlin
          val address = Address(street = "Melrose Place", postcode = 90210)
          supabase.postgrest["users"].update(
              {
                 User::address setTo address
              }
          ) {
             User::id eq 1
             //or
             eq("address->postcode", 90210)
          }.decodeSingle<Country>()
          ```

  - id: upsert
    title: 'Upsert data: upsert()'
    $ref: '@supabase/postgrest-js."lib/PostgrestQueryBuilder".PostgrestQueryBuilder.upsert'
    notes: |
      - Primary keys should be included in the data payload in order for an update to work correctly.
      - Primary keys  must be natural, not surrogate. There are however, [workarounds](https://github.com/PostgREST/postgrest/issues/1118) for surrogate primary keys.
      - If you need to insert new data and update existing data at the same time, use [Postgres triggers](https://github.com/supabase/postgrest-js/issues/173#issuecomment-825124550).
      - When calling `insert` or `update`, you have to provide a [serializable value](/docs/reference/kotlin/installing#serialization) in the function parameter.
    examples:
      - id: upsert-your-data
        name: Upsert your data
        isSpotlight: true
        code: |
          ```kotlin
          val toUpsert = Message(id = 3, message = "foo", username = "supabot")
          supabase.postgrest["messages"].insert(toUpsert, upsert = true)
          ```
      - id: upserting-into-tables-with-constraints
        name: Upserting into tables with constraints
        description: |
          Running the following will cause Supabase to upsert data into the `users` table.
          If the username 'supabot' already exists, the `onConflict` argument tells Supabase to overwrite that row
          based on the column passed into `onConflict`.
        isSpotlight: true
        code: |
          ```kotlin
          let toUpsert = User(username = "supabot")
          supabase.postgrest["users"].insert(toUpsert, upsert = true, onConflict = "username")
          ```
      - id: upsert-return-row-count
        name: Return the exact number of rows
        isSpotlight: true
        code: |
          ```kotlin
          let toUpsert = User(username = "supabot")
          val count = supabase.postgrest["users"].insert(toUpsert, upsert = true, onConflict = "username", count = Count.EXACT).count()
          ```

  - id: delete
    title: 'Delete data: delete()'
    $ref: '@supabase/postgrest-js."lib/PostgrestQueryBuilder".PostgrestQueryBuilder.delete'
    notes: |
      - `delete()` should always be combined with a [filter](/docs/reference/kotlin/using-filters) block to target the item(s) you wish to delete.
      - If you use `delete()` with filters and you have
        [RLS](/docs/learn/auth-deep-dive/auth-row-level-security) enabled, only
        rows visible through `SELECT` policies are deleted. Note that by default
        no rows are visible, so you need at least one `SELECT`/`ALL` policy that
        makes the rows visible.
    examples:
      - id: delete-records
        name: Delete records
        isSpotlight: true
        code: |
          ```kotlin
          supabase.postgrest["cities"].delete {
             City::id eq 666
             //or
             eq("id", 666)
          }
          ```
      - id: fetch-delete-records
        name: Fetch deleted records
        code: |
          ```kotlin
          val deletedCity = supabase.postgrest["cities"].delete {
             City::id eq 666
             //or
             eq("id", 666)
          }.decodeSingle<City>()
          ```
  - id: rpc
    title: 'Stored Procedures: rpc()'
    description: |
      You can call stored procedures as a "Remote Procedure Call".

      That's a fancy way of saying that you can put some logic into your database then call it from anywhere.
      It's especially useful when the logic rarely changes - like password resets and updates.

      - When calling `rpc` with parameters, you have to provide a [serializable value](/docs/reference/kotlin/installing#serialization) in the function parameter.
    examples:
      - id: call-a-stored-procedure
        name: Call a stored procedure
        isSpotlight: true
        description: This is an example invoking a stored procedure.
        code: |
          ```kotlin
          supabase.postgrest.rpc("hello_world")
          ```
      - id: with-parameters
        name: With Parameters
        code: |
          ```kotlin
          val rpcParams = City(name = "The Shire")
          supabase.postgrest.rpc("echo_city", rpcParams)
          ```
  - id: using-filters
    title: Using Filters
    description: |
      Filters allow you to only return rows that match certain conditions.

      Filters can be used on `select()`, `update()`, and `delete()` queries.

      You can use two different types for applying filters:
      ```kotlin
      eq("country_id", 1)
      ```
      And using a class property:
      ```kotlin
      City::countryId eq 1
      ```

      As you can see on the property syntax:
      the name of the `countryId` gets converted to `country_id`.

      By default, this is done by converting camel case to snake case, but you can customize this by changing the `PropertyConversionMethod` in the Postgrest Config

      If a database function returns a table response, you can also apply filters.
    examples:
      - id: applying-filters
        name: Applying a filter block
        description: |
          Filters can be applied on any of these functions: `select()`, `update()`, `upsert()`,
          `delete()`, and `rpc()`
        code: |
          ```kotlin
          supabase.postgrest["cities"].select(columns = Columns.list("name", "country_id")) {
              City::name eq "The Shire"
              //or
              eq("name", "The Shire")
          }
          ```
      - id: multiple-filters
        name: Multiple filters on one column
        description: |
          Filters can be applied on any of these functions: `select()`, `update()`, `upsert()`,
          `delete()`, and `rpc()`
        code: |
          ```kotlin
          supabase.postgrest["characters"].select(columns = Columns.list("name, book_id")) {
              and { //when both are true
                 Character::age gt 10
                 Character::age lt 150
              }
              or { //when either one of the filters are true
                 Character::name eq "Harry"
                 Character::name eq "Dumbledore"
              }
          }
          ```
      - id: filter-by-value-within-json-column
        name: Filter by values within a JSON column
        description: |
          Filters can be built up one step at a time and then executed. For example:
        data:
          sql: |
            ```sql
            create table
              users (
                id int8 primary key,
                name text,
                address jsonb
              );

            insert into
              users (id, name, address)
            values
              (1, 'Michael', '{ "postcode": 90210 }'),
              (2, 'Jane', null);
            ```
        response: |
          ```json
          {
            "data": [
              {
                "id": 1,
                "name": "Michael",
                "address": {
                  "postcode": 90210
                }
              }
            ],
            "status": 200,
            "statusText": "OK"
          }
          ```
        code: |
          ```kotlin
          supabase.postgrest["users"].select {
             eq("address->postcode", 90210)
          }
          ```
      - id: filter-foreign-tables
        name: Filter Foreign Tables
        code: |
          ```kotlin
          supabase.postgrest["orchestral_sections"].select(
                columns = Columns.raw("""
                                      name,
                                      instruments!inner (
                                        name
                                      )
                                      """)
          ) {
              eq("instruments.name", "flute")
          }
          ```
        data:
          sql: |
            ```sql
            create table
              orchestral_sections (id int8 primary key, name text);
            create table
              instruments (
                id int8 primary key,
                section_id int8 not null references orchestral_sections,
                name text
              );

            insert into
              orchestral_sections (id, name)
            values
              (1, 'strings'),
              (2, 'woodwinds');
            insert into
              instruments (id, section_id, name)
            values
              (1, 2, 'flute'),
              (2, 1, 'violin');
            ```
          response: |
            ```json
            {
              "data": [
                {
                  "name": "woodwinds",
                  "characters": [
                    {
                      "name": "flute"
                    }
                  ]
                }
              ],
              "status": 200,
              "statusText": "OK"
            }
            ```
  - id: or
    title: or()
    description: |
      Finds all rows satisfying at least one of the filters.
    notes: |
    examples:
      - id: with-select
        name: With `select()`
        isSpotlight: true
        code: |
          ```kotlin
          supabase.postgrest["countries"].select(columns = Columns.list("name")) {
              or {
                  Country::id eq 2
                  Country::name eq "Mordor"
                  //or
                  eq("id", 2)
                  eq("name", "Mordor")
              }
          }
          ```
      - id: use-or-with-and
        name: Use `or` with `and`
        code: |
          ```kotlin
          supabase.postgrest["countries"].select(columns = Columns.list("name")) {
              or {
                  Country::id gt 3
                  and {
                     Country::id eq 1
                     Country::name eq "Mordor"
                  }
              }
          }
          ```

  - id: not
    title: filterNot()
    description: |
      Finds all rows that don't satisfy the filter.
    notes: |
      - `.filterNot()` expects you to use the raw [PostgREST syntax](https://postgrest.org/en/stable/api.html#horizontal-filtering-rows) for the filter names and values.
    examples:
      - id: with-select
        name: With `select()`
        isSpotlight: true
        code: |
          ```kotlin
          supabase.postgrest["countries"].select {
              filterNot("name", FilterOperation.IS, "")
          }
          ```

  - id: eq
    title: eq()
    description: |
      Finds all rows whose value on the stated `column` exactly matches the specified `value`.
    examples:
      - id: with-select
        name: With `select()`
        isSpotlight: true
        code: |
          ```kotlin
          supabase.postgrest["cities"].select(columns = Columns.list("name", "country_id")) {
              City::name eq "The Shire"
              //or
              eq("name", "The Shire")
          }
          ```
      - id: with-update
        name: With `update()`
        code: |
          ```kotlin
          val toUpdate = City(name = "Mordor")
          supabase.postgrest["cities"].update(toUpdate) {
              City::name eq "The Shire"
              //or
              eq("name", "The Shire")
          }
          ```
      - id: with-delete
        name: With `delete()`
        code: |
          ```kotlin
          supabase.postgrest["cities"].delete {
              City::name eq "Mordor"
              //or
              eq("name", "Mordor")
          }
          ```
      - id: with-rpc
        name: With `rpc()`
        code: |
          ```kotlin
          supabase.postgrest.rpc("function") {
              City::name eq "Mordor"
              //or
              eq("name", "Mordor")
          }
          ```

  - id: neq
    title: neq()
    description: |
      Finds all rows whose value on the stated `column` doesn't match the specified `value`.
    examples:
      - id: with-select
        name: With `select()`
        isSpotlight: true
        code: |
          ```kotlin
          supabase.postgrest["cities"].select(columns = Columns.list("name", "country_id")) {
              City::name neq "The Shire"
              //or
              neq("name", "The Shire")
          }
          ```
      - id: with-update
        name: With `update()`
        code: |
          ```kotlin
          val toUpdate = City(name = "Mordor")
          supabase.postgrest["cities"].update(toUpdate) {
              City::name neq "The Shire"
              //or
              neq("name", "The Shire")
          }
          ```
      - id: with-delete
        name: With `delete()`
        code: |
          ```kotlin
          supabase.postgrest["cities"].delete {
              City::name neq "The Shire"
              //or
              neq("name", "The Shire")
          }
          ```
      - id: with-rpc
        name: With `rpc()`
        code: |
          ```kotlin
          supabase.rpc("echo_all_cities") {
              neq("address->postcode", 90210)
          }
          ```

  - id: gt
    title: gt()
    description: |
      Finds all rows whose value on the stated `column` is greater than the specified `value`.
    examples:
      - id: with-select
        name: With `select()`
        isSpotlight: true
        code: |
          ```kotlin
          supabase.postgrest["cities"].select(columns = Columns.list("name")) {
             City::countryId gt 300
             //or
             gt("country_id", 300)
          }
          ```
      - id: with-update
        name: With `update()`
        code: |
          ```kotlin
          val toUpdate = City(name = "Mordor")
          supabase.postgrest["cities"].update(toUpdate) {
             City::countryId gt 300
             //or
             gt("country_id", 300)
          }
          ```
      - id: with-delete
        name: With `delete()`
        code: |
          ```kotlin
          supabase.postgrest["cities"].delete {
             City::countryId gt 300
             //or
             gt("country_id", 300)
          }
          ```
      - id: with-rpc
        name: With `rpc()`
        code: |
          ```kotlin
          supabase.postgrest.rpc("echo_all_cities") {
             City::countryId gt 250
             //or
             gt("country_id", 300)
          }
          ```

  - id: gte
    title: gte()
    description: |
      Finds all rows whose value on the stated `column` is greater than or equal to the specified `value`.
    examples:
      - id: with-select
        name: With `select()`
        isSpotlight: true
        code: |
          ```kotlin
          supabase.postgrest["cities"].select(columns = Columns.list("name")) {
             City::countryId gte 300
             //or
             gte("country_id", 300)
          }
          ```
      - id: with-update
        name: With `update()`
        code: |
          ```kotlin
          val toUpdate = City(name = "Mordor")
          supabase.postgrest["cities"].update(toUpdate) {
             City::countryId gte 300
             //or
             gte("country_id", 300)
          }
          ```
      - id: with-delete
        name: With `delete()`
        code: |
          ```kotlin
          supabase.postgrest["cities"].delete {
             City::countryId gte 300
             //or
             gte("country_id", 300)
          }
          ```
      - id: with-rpc
        name: With `rpc()`
        code: |
          ```kotlin
          supabase.postgrest.rpc("echo_all_cities") {
             City::countryId gte 250
             //or
             gte("country_id", 300)
          }
          ```

  - id: lt
    title: lt()
    description: |
      Finds all rows whose value on the stated `column` is less than the specified `value`.
    examples:
      - id: with-select
        name: With `select()`
        isSpotlight: true
        code: |
          ```kotlin
          supabase.postgrest["cities"].select(columns = Columns.list("name")) {
             City::countryId lt 300
             //or
             lt("country_id", 300)
          }
          ```
      - id: with-update
        name: With `update()`
        code: |
          ```kotlin
          val toUpdate = City(name = "Mordor")
          supabase.postgrest["cities"].update(toUpdate) {
             City::countryId lt 300
             //or
             lt("country_id", 300)
          }
          ```
      - id: with-delete
        name: With `delete()`
        code: |
          ```kotlin
          supabase.postgrest["cities"].delete {
             City::countryId lt 300
             //or
             lt("country_id", 300)
          }
          ```
      - id: with-rpc
        name: With `rpc()`
        code: |
          ```kotlin
          supabase.postgrest.rpc("echo_all_cities") {
             City::countryId lt 250
             //or
             lt("country_id", 300)
          }
          ```

  - id: lte
    title: lte()
    description: |
      Finds all rows whose value on the stated `column` is less than or equal to the specified `value`.
    examples:
      - id: with-select
        name: With `select()`
        isSpotlight: true
        code: |
          ```kotlin
          supabase.postgrest["cities"].select(columns = Columns.list("name")) {
             City::countryId lte 300
             //or
             lte("country_id", 300)
          }
          ```
      - id: with-update
        name: With `update()`
        code: |
          ```kotlin
          val toUpdate = City(name = "Mordor")
          supabase.postgrest["cities"].update(toUpdate) {
             City::countryId lte 300
             //or
             lte("country_id", 300)
          }
          ```
      - id: with-delete
        name: With `delete()`
        code: |
          ```kotlin
          supabase.postgrest["cities"].delete {
             City::countryId lte 300
             //or
             lte("country_id", 300)
          }
          ```
      - id: with-rpc
        name: With `rpc()`
        code: |
          ```kotlin
          supabase.postgrest.rpc("echo_all_cities") {
             City::countryId lte 250
             //or
             lte("country_id", 300)
          }
          ```

  - id: like
    title: like()
    description: |
      Finds all rows whose value in the stated `column` matches the supplied `pattern` (case sensitive).
    examples:
      - id: with-select
        name: With `select()`
        isSpotlight: true
        code: |
          ```kotlin
          supabase.postgrest["cities"].select(columns = Columns.list("name")) {
             City::name like "%la%"
             //or
             like("name", "%la%")
          }
          ```
      - id: with-update
        name: With `update()`
        code: |
          ```kotlin
          val toUpdate = City(name = "Mordor")
          supabase.postgrest["cities"].update(toUpdate) {
             City::name like "%la%"
             //or
             like("name", "%la%")
          }
          ```
      - id: with-delete
        name: With `delete()`
        code: |
          ```kotlin
          supabase.postgrest["cities"].delete {
             City::name like "%la%"
             //or
             like("name", "%la%")
          }
          ```
      - id: with-rpc
        name: With `rpc()`
        code: |
          ```kotlin
          supabase.postgrest.rpc("echo_all_cities") {
             City::name like "%la%"
             //or
             like("name", "%la%")
          }
          ```

  - id: ilike
    title: ilike()
    description: |
      Finds all rows whose value in the stated `column` matches the supplied `pattern` (case insensitive).
    examples:
      - id: with-select
        name: With `select()`
        isSpotlight: true
        code: |
          ```kotlin
          supabase.postgrest["cities"].select(columns = Columns.list("name")) {
             City::name ilike "%la%"
             //or
             ilike("name", "%la%")
          }
          ```
      - id: with-update
        name: With `update()`
        code: |
          ```kotlin
          val toUpdate = City(name = "Mordor")
          supabase.postgrest["cities"].update(toUpdate) {
             City::name ilike "%la%"
             //or
             ilike("name", "%la%")
          }
          ```
      - id: with-delete
        name: With `delete()`
        code: |
          ```kotlin
          supabase.postgrest["cities"].delete {
             City::name ilike "%la%"
             //or
             ilike("name", "%la%")
          }
          ```
      - id: with-rpc
        name: With `rpc()`
        code: |
          ```kotlin
          supabase.postgrest.rpc("echo_all_cities") {
             City::name ilike "%la%"
             //or
             ilike("name", "%la%")
          }
          ```

  - id: is
    title: is_()
    description: |
      A check for exact equality (null, true, false), finds all rows whose value on the stated `column` exactly match the specified `value`.

      `is_` and `in_` filter methods are suffixed with `_` to avoid collisions with reserved keywords.
    examples:
      - id: with-select
        name: With `select()`
        isSpotlight: true
        code: |
          ```kotlin
          supabase.postgrest["cities"].select(columns = Columns.list("name")) {
             City::name isExact null
             //or
             exact("name", null)
          }
          ```
      - id: with-update
        name: With `update()`
        code: |
          ```kotlin
          val toUpdate = City(name = "Mordor")
          supabase.postgrest["cities"].update(toUpdate) {
             City::name isExact null
             //or
             exact("name", null)
          }
          ```
      - id: with-delete
        name: With `delete()`
        code: |
          ```kotlin
          supabase.postgrest["cities"].delete {
              City::name isExact null
             //or
             exact("name", null)
          }
          ```
      - id: with-rpc
        name: With `rpc()`
        code: |
          ```kotlin
          supabase.postgrest.rpc("echo_all_cities") {
             City::name isExact null
             //or
             exact("name", null)
          }
          ```

  - id: in
    title: in_()
    description: |
      Finds all rows whose value on the stated `column` is found on the specified `values`.
    examples:
      - id: with-select
        name: With `select()`
        isSpotlight: true
        code: |
          ```kotlin
          supabase.postgrest["cities"].select(columns = Columns.list("name")) {
             City::name isIn listOf("The Shire", "Mordor")
             //or
             isIn("name", listOf("The Shire", "Mordor"))
          }
          ```
      - id: with-update
        name: With `update()`
        code: |
          ```kotlin
          val toUpdate = City(name = "Mordor")
          supabase.postgrest["cities"].update(toUpdate) {
             City::name isIn listOf("Hobbiton", "Edoras")
             //or
             isIn("name", listOf("Hobbiton", "Edoras"))
          }
          ```
      - id: with-delete
        name: With `delete()`
        code: |
          ```kotlin
          supabase.postgrest["cities"].delete {
             City::name isIn listOf("Hobbiton", "Edoras")
             //or
             isIn("name", listOf("Hobbiton", "Edoras"))
          }
          ```
      - id: with-rpc
        name: With `rpc()`
        code: |
          ```kotlin
          supabase.postgrest.rpc("echo_all_cities") {
             City::name isIn listOf("Hobbiton", "Edoras")
             //or
             isIn("name", listOf("Hobbiton", "Edoras"))
          }
          ```

  - id: contains
    title: contains()
    examples:
      - id: with-select
        name: With `select()`
        isSpotlight: true
        code: |
          ```kotlin
          supabase.postgrest["cities"].select(columns = Columns.list("name")) {
             City::mainExports contains listOf("oil")
             //or
             contains("main_exports", listOf("oil"))
          }
          ```
      - id: with-update
        name: With `update()`
        code: |
          ```kotlin
          val toUpdate = City(name = "Mordor")
          supabase.postgrest["cities"].update(toUpdate) {
             City::mainExports contains listOf("oil")
             //or
             contains("main_exports", listOf("oil"))
          }
          ```
      - id: with-delete
        name: With `delete()`
        code: |
          ```kotlin
          supabase.postgrest["cities"].delete {
             City::mainExports contains listOf("oil")
             //or
             contains("main_exports", listOf("oil"))
          }
          ```
      - id: with-rpc
        name: With `rpc()`
        code: |
          ```kotlin
          supabase.postgrest.rpc("echo_all_cities") {
             City::mainExports contains listOf("oil")
             //or
             contains("main_exports", listOf("oil"))
          }
          ```

  - id: range-lt
    title: rangeLt()
    description: |
      Only relevant for range columns. Match only rows where every element in column is less than any element in range.
    examples:
      - id: with-select
        name: With `select()`
        isSpotlight: true
        code: |
          ```kotlin
            supabase.postgrest["reservations"].select {
               Reservation::during rangeLt ("2000-01-02 08:30" to "2000-01-02 09:30")
               //or
               rangeLt("during", "2000-01-02 08:30" to "2000-01-02 09:30")
            }
          ```
        data:
          sql: |
            ```sql
            create table
              reservations (
                id int8 primary key,
                room_name text,
                during tsrange
              );

            insert into
              reservations (id, room_name, during)
            values
              (1, 'Emerald', '[2000-01-01 13:00, 2000-01-01 15:00)'),
              (2, 'Topaz', '[2000-01-02 09:00, 2000-01-02 10:00)');
            ```
        response: |
          ```json
          {
            "data": [
              {
                "id": 1,
                "room_name": "Emerald",
                "during": "[\"2000-01-01 13:00:00\",\"2000-01-01 15:00:00\")"
              }
            ],
            "status": 200,
            "statusText": "OK"
          }
          ```
        description: |
          Postgres supports a number of [range
          types](https://www.postgresql.org/docs/current/rangetypes.html). You
          can filter on range columns using the string representation of range
          values.
        hideCodeBlock: true

  - id: range-gt
    title: rangeGt()
    description: |
      Only relevant for range columns. Match only rows where every element in column is greater than any element in range.

    examples:
      - id: with-select
        name: With `select()`
        isSpotlight: true
        code: |
          ```kotlin
            supabase.postgrest["reservations"].select {
               Reservation::during rangeGt ("2000-01-02 08:30" to "2000-01-02 09:30")
               //or
               rangeGt("during", "2000-01-02 08:30" to "2000-01-02 09:30")
            }
          ```
        data:
          sql: |
            ```sql
            create table
              reservations (
                id int8 primary key,
                room_name text,
                during tsrange
              );

            insert into
              reservations (id, room_name, during)
            values
              (1, 'Emerald', '[2000-01-01 13:00, 2000-01-01 15:00)'),
              (2, 'Topaz', '[2000-01-02 09:00, 2000-01-02 10:00)');
            ```
        response: |
          ```json
            {
              "data": [
                {
                  "id": 2,
                  "room_name": "Topaz",
                  "during": "[\"2000-01-02 09:00:00\",\"2000-01-02 10:00:00\")"
                }
              ],
              "status": 200,
              "statusText": "OK"
            }
            ```
        description: |
          Postgres supports a number of [range
          types](https://www.postgresql.org/docs/current/rangetypes.html). You
          can filter on range columns using the string representation of range
          values.
        hideCodeBlock: true

  - id: range-gte
    title: rangeGte()
    description: |
      Only relevant for range columns. Match only rows where every element in column is either contained in range or greater than any element in range.
    examples:
      - id: with-select
        name: With `select()`
        isSpotlight: true
        code: |
          ```kotlin
            supabase.postgrest["reservations"].select {
               Reservation::during rangeGte ("2000-01-02 08:30" to "2000-01-02 09:30")
               //or
               rangeGte("during", "2000-01-02 08:30" to "2000-01-02 09:30")
            }
          ```
        data:
          sql: |
            ```sql
            create table
              reservations (
                id int8 primary key,
                room_name text,
                during tsrange
              );

            insert into
              reservations (id, room_name, during)
            values
              (1, 'Emerald', '[2000-01-01 13:00, 2000-01-01 15:00)'),
              (2, 'Topaz', '[2000-01-02 09:00, 2000-01-02 10:00)');
            ```
        response: |
          ```json
            {
              "data": [
                {
                  "id": 2,
                  "room_name": "Topaz",
                  "during": "[\"2000-01-02 09:00:00\",\"2000-01-02 10:00:00\")"
                }
              ],
              "status": 200,
              "statusText": "OK"
            }
            ```
        description: |
          Postgres supports a number of [range
          types](https://www.postgresql.org/docs/current/rangetypes.html). You
          can filter on range columns using the string representation of range
          values.
        hideCodeBlock: true

  - id: range-lte
    title: rangeLte()
    description: |
      Only relevant for range columns. Match only rows where every element in column is either contained in range or less than any element in range.

    $ref: '@supabase/postgrest-js.PostgrestFilterBuilder.rangeLte'
    examples:
      - id: with-select
        name: With `select()`
        isSpotlight: true
        code: |
          ```kotlin
            supabase.postgrest["reservations"].select {
               Reservation::during rangeLte ("2000-01-02 08:30" to "2000-01-02 09:30")
               //or
               rangeLte("during", "2000-01-02 08:30" to "2000-01-02 09:30")
            }
          ```
        data:
          sql: |
            ```sql
            create table
              reservations (
                id int8 primary key,
                room_name text,
                during tsrange
              );

            insert into
              reservations (id, room_name, during)
            values
              (1, 'Emerald', '[2000-01-01 13:00, 2000-01-01 15:00)'),
              (2, 'Topaz', '[2000-01-02 09:00, 2000-01-02 10:00)');
            ```
        response: |
          ```json
            {
              "data": [
                {
                  "id": 1,
                  "room_name": "Emerald",
                  "during": "[\"2000-01-01 13:00:00\",\"2000-01-01 15:00:00\")"
                }
              ],
              "status": 200,
              "statusText": "OK"
            }
            ```
        description: |
          Postgres supports a number of [range
          types](https://www.postgresql.org/docs/current/rangetypes.html). You
          can filter on range columns using the string representation of range
          values.
        hideCodeBlock: true

  - id: range-adjacent
    title: rangeAdjacent()
    description: |
      Only relevant for range columns. Match only rows where column is mutually exclusive to range and there can be no element between the two ranges.

    examples:
      - id: with-select
        name: With `select()`
        isSpotlight: true
        code: |
          ```kotlin
            supabase.postgrest["reservations"].select {
               Reservation::during adjacent ("2000-01-02 08:30" to "2000-01-02 09:30")
               //or
               adjacent("during", "2000-01-02 08:30" to "2000-01-02 09:30")
            }
          ```
        data:
          sql: |
            ```sql
            create table
              reservations (
                id int8 primary key,
                room_name text,
                during tsrange
              );

            insert into
              reservations (id, room_name, during)
            values
              (1, 'Emerald', '[2000-01-01 13:00, 2000-01-01 15:00)'),
              (2, 'Topaz', '[2000-01-02 09:00, 2000-01-02 10:00)');
            ```
        response: |
          ```json
          {
            "data": [
              {
                "id": 1,
                "room_name": "Emerald",
                "during": "[\"2000-01-01 13:00:00\",\"2000-01-01 15:00:00\")"
              }
            ],
            "status": 200,
            "statusText": "OK"
          }
          ```

        hideCodeBlock: true

  - id: overlaps
    title: overlaps()
    $ref: '@supabase/postgrest-js.PostgrestFilterBuilder.overlaps'
    description: |
      Only relevant for array and range columns. Match only rows where column and value have an element in common.

    examples:
      - id: on-array-columns
        name: On array columns
        code: |
          ```kotlin
          supabase.postgrest["issues"].select(columns = Columns.list("title")) {
             Issue::tags overlaps listOf("is:closed", "severity:high")
             //or
             overlaps("tags", listOf("is:closed", "severity:high"))
          }
          ```
        data:
          sql: |
            ```sql
            create table
              issues (
                id int8 primary key,
                title text,
                tags text[]
              );

            insert into
              issues (id, title, tags)
            values
              (1, 'Cache invalidation is not working', array['is:open', 'severity:high', 'priority:low']),
              (2, 'Use better names', array['is:open', 'severity:low', 'priority:medium']);
            ```
        response: |
          ```json
          {
            "data": [
              {
                "title": "Cache invalidation is not working"
              }
            ],
            "status": 200,
            "statusText": "OK"
          }
          ```
        hideCodeBlock: true
        isSpotlight: true
      - id: on-range-columns
        name: On range columns
        code: |
          ```kotlin
          supabase.postgrest["issues"].select(columns = Columns.list("title")) {
             Issue::tags overlaps listOf("is:closed", "severity:high")
             //or
             overlaps("tags", listOf("is:closed", "severity:high"))
          }
          ```
        data:
          sql: |
            ```sql
            create table
              reservations (
                id int8 primary key,
                room_name text,
                during tsrange
              );

            insert into
              reservations (id, room_name, during)
            values
              (1, 'Emerald', '[2000-01-01 13:00, 2000-01-01 15:00)'),
              (2, 'Topaz', '[2000-01-02 09:00, 2000-01-02 10:00)');
            ```
        response: |
          ```json
          {
            "data": [
              {
                "id": 1,
                "room_name": "Emerald",
                "during": "[\"2000-01-01 13:00:00\",\"2000-01-01 15:00:00\")"
              }
            ],
            "status": 200,
            "statusText": "OK"
          }
          ```
        description: |
          Postgres supports a number of [range
          types](https://www.postgresql.org/docs/current/rangetypes.html). You
          can filter on range columns using the string representation of range
          values.
        hideCodeBlock: true

  - id: text-search
    title: textSearch()
    description: |
      Only relevant for text and tsvector columns. Match only rows where `column` matches the query string in `query`.

      For more information, see [Postgres full text search](https://supabase.com/docs/guides/database/full-text-search).
    examples:
      - id: text-search
        name: Text search
        code: |
          ```kotlin
          supabase.postgrest["quotes"].select(columns = Columns.list("catchphrase")) {
             textSearch(column = "catchphrase", query = "'fat' & 'cat'", config = "english", type = TextSearchType.YOUR_TYPE)
          }
          ```
      - id: basic-normalization
        name: Basic normalization
        description: Uses PostgreSQL's `plainto_tsquery` function.
        code: |
          ```kotlin
          supabase.postgrest["quotes"].select(columns = Columns.list("catchphrase")) {
             textSearch(column = "catchphrase", query = "'fat' & 'cat'", config = "english", type = TextSearchType.PLAINTO)
          }
          ```
      - id: full-normalization
        name: Full normalization
        description: Uses PostgreSQL's `phraseto_tsquery` function.
        code: |
          ```kotlin
          supabase.postgrest["quotes"].select(columns = Columns.list("catchphrase")) {
             textSearch(column = "catchphrase", query = "'fat' & 'cat'", config = "english", type = TextSearchType.PHRASETO)
          }
          ```
      - id: web-search
        name: Websearch
        description: |
          Uses PostgreSQL's `websearch_to_tsquery` function.
          This function will never raise syntax errors, which makes it possible to use raw user-supplied input for search, and can be used
          with advanced operators.

          - `unquoted text`: text not inside quote marks will be converted to terms separated by & operators, as if processed by plainto_tsquery.
          - `"quoted text"`: text inside quote marks will be converted to terms separated by `<->` operators, as if processed by phraseto_tsquery.
          - `OR`: the word “or” will be converted to the | operator.
          - `-`: a dash will be converted to the ! operator.

        code: |
          ```kotlin
          supabase.postgrest["quotes"].select(columns = Columns.list("catchphrase")) {
             textSearch(column = "catchphrase", query = "'fat' & 'cat'", config = "english", type = TextSearchType.WEBSEARCH)
          }
          ```

  - id: filter
    title: filter()
    $ref: '@supabase/postgrest-js.PostgrestFilterBuilder.filter'
    notes: |
      filter() expects you to use the raw PostgREST syntax for the filter values.
    examples:
      - id: with-select
        name: With `select()`
        code: |
          ```kotlin
          supabase.postgrest["characters"].select {
             filter(column = "name", operator = FilterOperator.IN, value = "('Han', 'Katniss')")
          }
          ```
        data:
          sql: |
            ```sql
            create table
              characters (id int8 primary key, name text);

            insert into
              characters (id, name)
            values
              (1, 'Luke'),
              (2, 'Leia'),
              (3, 'Han');
            ```
        response: |
          ```json
          {
            "data": [
              {
                "id": 3,
                "name": "Han"
              }
            ],
            "status": 200,
            "statusText": "OK"
          }
          ```
        hideCodeBlock: true
        isSpotlight: true
      - id: on-a-foreign-table
        name: On a foreign table
        code: |
          ```kotlin
          supabase.postgrest["orchestral_sections"].select(
             columns = Columns.raw("""
                                   name,
                                   instruments!inner (
                                     name
                                   )
                                   """)
          ) {
             filter(column = "instruments.name", operator = FilterOperator.EQ, value = "flute")
          }
          ```
        data:
          sql: |
            ```sql
            create table
              orchestral_sections (id int8 primary key, name text);
            create table
              instruments (
                id int8 primary key,
                section_id int8 not null references orchestral_sections,
                name text
              );

            insert into
              orchestral_sections (id, name)
            values
              (1, 'strings'),
              (2, 'woodwinds');
            insert into
              instruments (id, section_id, name)
            values
              (1, 2, 'flute'),
              (2, 1, 'violin');
            ```
        response: |
          ```json
          {
            "data": [
              {
                "name": "woodwinds",
                "instruments": [
                  {
                    "name": "flute"
                  }
                ]
              }
            ],
            "status": 200,
            "statusText": "OK"
          }
          ```
        hideCodeBlock: true
  - id: order
    title: order()
    description: |
      Order the query result by column.
    $ref: '@supabase/postgrest-js.PostgrestTransformBuilder.order'
    examples:
      - id: with-select
        name: With `select()`
        code: |
          ```kotlin
          supabase.postgrest["characters"].select(columns = Columns.list("id", "name")) {
             order(column = "id", order = Order.DESCENDING)
          }
          ```
        data:
          sql: |
            ```sql
            create table
              characters (id int8 primary key, name text);

            insert into
              characters (id, name)
            values
              (1, 'Luke'),
              (2, 'Leia'),
              (3, 'Han');
            ```
        response: |
          ```json
          {
            "data": [
              {
                "id": 3,
                "name": "Han"
              },
              {
                "id": 2,
                "name": "Leia"
              },
              {
                "id": 1,
                "name": "Luke"
              }
            ],
            "status": 200,
            "statusText": "OK"
          }
          ```
        hideCodeBlock: true
        isSpotlight: true
      - id: on-a-foreign-table
        name: On a foreign table
        code: |
          ```kotlin
          supabase.postgrest["orchestral_sections"].select(
              columns = Columns.raw(
                  """
                              name,
                              instruments (
                                name
                              )
                        """
              )
          ) {
              order(column = "name", order = Order.DESCENDING, foreignTable = "instruments")
          }
            ```
        data:
          sql: |
            ```sql
            create table
              orchestral_sections (id int8 primary key, name text);
            create table
              instruments (
                id int8 primary key,
                section_id int8 not null references orchestral_sections,
                name text
              );

            insert into
              orchestral_sections (id, name)
            values
              (1, 'strings'),
              (2, 'woodwinds');
            insert into
              instruments (id, section_id, name)
            values
              (1, 1, 'harp'),
              (2, 1, 'violin');
            ```
        response: |
          ```json
          {
            "data": [
              {
                "name": "strings",
                "instruments": [
                  {
                    "name": "violin"
                  },
                  {
                    "name": "harp"
                  }
                ]
              },
              {
                "name": "woodwinds",
                "instruments": []
              }
            ],
            "status": 200,
            "statusText": "OK"
          }
          ```
        description: |
          Ordering on foreign tables doesn't affect the ordering of
          the parent table.
        hideCodeBlock: true

  - id: limit
    title: limit()
    description: |
      Limit the query result by count.
    $ref: '@supabase/postgrest-js.PostgrestTransformBuilder.limit'
    examples:
      - id: with-select
        name: With `select()`
        code: |
          ```kotlin
          supabase.postgrest["characters"].select {
              limit(count = 1)
          }
          ```
        data:
          sql: |
            ```sql
            create table
              characters (id int8 primary key, name text);

            insert into
              characters (id, name)
            values
              (1, 'Luke'),
              (2, 'Leia'),
              (3, 'Han');
            ```
        response: |
          ```json
          {
            "data": [
              {
                "name": "Luke"
              }
            ],
            "status": 200,
            "statusText": "OK"
          }
          ```
        hideCodeBlock: true
        isSpotlight: true
      - id: on-a-foreign-table
        name: On a foreign table
        code: |
          ```kotlin
          supabase.postgrest["orchestral_sections"].select(
              columns = Columns.raw(
                  """
                              name,
                              instruments (
                                name
                              )
                        """
              )
          ) {
              limit(count = 1, foreignTable = "instruments")
          }
          ```
        data:
          sql: |
            ```sql
            create table
              orchestral_sections (id int8 primary key, name text);
            create table
              instruments (
                id int8 primary key,
                section_id int8 not null references orchestral_sections,
                name text
              );

            insert into
              orchestral_sections (id, name)
            values
              (1, 'strings');
            insert into
              instruments (id, section_id, name)
            values
              (1, 1, 'harp'),
              (2, 1, 'violin');
            ```
        response: |
          ```json
          {
            "data": [
              {
                "name": "strings",
                "cities": [
                  {
                    "name": "harp"
                  }
                ]
              }
            ],
            "status": 200,
            "statusText": "OK"
          }
          ```
        hideCodeBlock: true
  - id: range
    title: range()
    description: |
      Limit the query result by from and to inclusively.
    examples:
      - id: with-select
        name: With `select()`
        code: |
          ```kotlin
          supabase.postgrest["characters"].select {
              range(1L..5L)
          }
          ```
        data:
          sql: |
            ```sql
            create table
              characters (id int8 primary key, name text);

            insert into
              characters (id, name)
            values
              (1, 'Luke'),
              (2, 'Leia'),
              (3, 'Han');
            ```
        response: |
          ```json
          {
            "data": [
              {
                "name": "Luke"
              },
              {
                "name": "Leia"
              }
            ],
            "status": 200,
            "statusText": "OK"
          }
          ```
        hideCodeBlock: true
        isSpotlight: true
  - id: auth-api
    title: 'Overview'
    notes: |
      - The auth methods can be accessed via the Supabase GoTrue Auth client.
    examples:
      - id: create-auth-client
        name: Create gotrue client
        isSpotlight: true
        code: |
          ```kotlin
          val supabase = createSupabaseClient(supabaseURL = "https://xyzcompany.supabase.co'", supabaseKey = "public-anon-key") { ... }
          val gotrue = supabase.gotrue
          ```
  - id: sign-up
    title: 'signUp()'
    $ref: '@supabase/gotrue-js.GoTrueClient.signUp'
    notes: |
      Creates a new user.
      - By default, the user needs to verify their email address before logging in. To turn this off, disable **Confirm email** in [your project](https://supabase.com/dashboard/project/_/auth/providers).
      - **Confirm email** determines if users need to confirm their email address after signing up.
        - If **Confirm email** is enabled, the return value is the user and you won't be logged in automatically.
        - If **Confirm email** is disabled, the return value is null and you will be logged in instead.
      - When the user confirms their email address, they are redirected to the [`SITE_URL`](https://supabase.com/docs/guides/auth/redirect-urls) by default. You can modify your `SITE_URL` or add additional redirect URLs in [your project](https://supabase.com/dashboard/project/_/auth/url-configuration).
      - To learn how to handle OTP links & OAuth refer to [initializing](/docs/reference/kotlin/initializing)
      - If signUpWith() is called for an existing confirmed user:
        - If **Confirm email** is enabled in [your project](https://supabase.com/dashboard/project/_/auth/providers), an obfuscated/fake user object is returned.
        - If **Confirm email** is disabled, the error message, `User already registered` is returned.
    examples:
      - id: sign-up-email
        name: Sign up with email
        isSpotlight: true
        code: |
          ```kotlin
          val user = supabase.gotrue.signUpWith(Email) {
              email = "example@email.com"
              password = "example-password"
          }
          ```
      - id: sign-up-phone
        name: Sign up with a phone number
        isSpotlight: true
        code: |
          ```kotlin
          val user = supabase.gotrue.signUpWith(Phone) {
              phoneNumber = "+4912345679"
              password = "example-password"
          }
          ```
      - id: sign-up-with-additional-user-metadata
        name: Sign up with additional user metadata
        isSpotlight: false
        code: |
          ```kotlin
          val user = supabase.gotrue.signUpWith(Email) {
              email = "example@email.com"
              password = "example-password"
              data = buildJsonObject {
                 put("first_name", "John")
                 put("age", 24)
              }
          }
          ```
      - id: sign-up-with-redirect
        name: Sign up with a redirect URL
        description: |
          - See [redirect URLs and wildcards](/docs/guides/auth/overview#redirect-urls-and-wildcards) to add additional redirect URLs to your project.
        code: |
          ```kotlin
          val user = supabase.gotrue.signUpWith(Email, redirectUrl = "https://example.com") {
              email = "example@email.com"
              password = "example-password"
          }
          ```
  - id: sign-in-with-password
    title: 'loginWith()'
    $ref: '@supabase/gotrue-js.GoTrueClient.signInWithPassword'
    notes: |
      Logs in an existing user.
      - Requires either an email and password or a phone number and password.
    examples:
      - id: sign-in-with-email-and-password
        name: Sign in with email and password
        isSpotlight: true
        code: |
          ```kotlin
          supabase.gotrue.loginWith(Email) {
              email = "example@email.com"
              password = "example-password"
          }
          ```
      - id: sign-in-with-phone-and-password
        name: Sign in with phone and password
        isSpotlight: false
        code: |
          ```kotlin
          supabase.gotrue.loginWith(Phone) {
              phoneNumber = "+4912345679"
              password = "example-password"
          }
          ```
      - id: sign-in-with-id-token
        name: Sign in with id token
        isSpotlight: false
        code: |
          ```kotlin
          supabase.gotrue.loginWith(IDToken) {
              idToken = "token"
              provider = Google //Also supported: Apple, Azure and Facebook
              //optional:
              nonce = "nonce"
              data = buildJsonObject {
                  //...
              }
          }
          ```

  - id: sign-in-with-otp
    title: 'sendOtpTo()'
    $ref: '@supabase/gotrue-js.GoTrueClient.signInWithOtp'
    notes: |
      Sends a OTP to the user's email or phone number.
      - Requires either an email or phone number.
      - This method is used for passwordless sign-ins where a OTP is sent to the user's email or phone number.
      - If the user doesn't exist, `sendOtpTo()` will signup the user instead. To restrict this behavior, you can set `createUser` to `false`.
      - If you're using an email, you can configure whether you want the user to receive a magiclink or a OTP.
      - If you're using phone, you can configure whether you want the user to receive a OTP.
      - The magic link's destination URL is determined by the [`SITE_URL`](/docs/guides/auth/redirect-urls).
      - See [redirect URLs and wildcards](/docs/guides/auth/overview#redirect-urls-and-wildcards) to add additional redirect URLs to your project.
      - To learn how to handle OTP links & OAuth refer to [initializing](/docs/reference/kotlin/initializing)
      - Magic links and OTPs share the same implementation. To send users a one-time code instead of a magic link, [modify the magic link email template](https://supabase.com/dashboard/project/_/auth/templates) to include `{{ .Token }}` instead of `{{ .ConfirmationURL }}`.
    examples:
      - id: sign-in-with-email
        name: Sign in with email
        isSpotlight: true
        description: The user will be sent an email which contains either a magiclink or a OTP or both. By default, a given user can only request a OTP once every 60 seconds.
        code: |
          ```kotlin
          supabase.gotrue.sendOtpTo(Email) {
              email = "example@email.com"
          }
          ```
      - id: sign-in-with-sms-otp
        name: Sign in with SMS OTP
        isSpotlight: false
        description: The user will be sent a SMS which contains a OTP. By default, a given user can only request a OTP once every 60 seconds.
        code: |
          ```kotlin
          supabase.gotrue.sendOtpTo(Phone) {
              phoneNumber = "+4912345679"
          }
          ```
  - id: sign-in-with-oauth
    title: 'loginWith(OAuthProvider)'
    $ref: '@supabase/gotrue-js.GoTrueClient.signInWithOAuth'
    notes: |
      - This method is used for signing in using a third-party provider.
      - Supabase supports many different [third-party providers](https://supabase.com/docs/guides/auth#providers).
      - To learn how to handle OTP links & OAuth refer to [initializing](/docs/reference/kotlin/initializing)
    examples:
      - id: sign-in-using-a-third-party-provider
        name: Sign in using a third-party provider
        isSpotlight: true
        code: |
          ```kotlin
          supabase.gotrue.loginWith(Github)
          ```
      - id: sign-in-using-a-third-party-provider with scopes
        name: Sign in using a third-party provider with scopes
        isSpotlight: true
        code: |
          ```kotlin
          supabase.gotrue.loginWith(Github) {
              scopes.add("email")
          }
          ```

      - id: sign-in-using-a-third-party-provider-with-redirect
        name: Create a custom url
        isSpotlight: false
        description: |
          - When the third-party provider successfully authenticates the user, the provider redirects the user to the URL specified in the `redirectUrl` parameter. This parameter defaults to the [`SITE_URL`](/docs/guides/auth/redirect-urls). It does not redirect the user immediately after invoking this method.
          - See [redirect URLs and wildcards](/docs/guides/auth/overview#redirect-urls-and-wildcards) to add additional redirect URLs to your project.
          - oAuthUrl() provides the URL which needs to be opened in a browser.
          - The redirectTo URL needs to be setup correctly in your project under Authentication -> URL Configuration -> Redirect URLs.
          - To see how you can use a custom in-app browser on Android, check our [demo](https://github.com/supabase-community/supabase-kt/tree/development/demos/android-login) on GitHub.
        code: |
          ```kotlin
          val url = supabase.gotrue.oAuthUrl(Github, redirectUrl = "https://example.com")
          ```
      - id: sign-in-with-scopes
        name: Create a custom url with scopes
        isSpotlight: false
        description: |
          If you need additional data from an OAuth provider, you can include a space-separated list of scopes in your request to get back an OAuth provider token.
          You may also need to specify the scopes in the provider's OAuth app settings, depending on the provider. The list of scopes will be documented by the third-party provider you are using and specifying scopes will enable you to use the OAuth provider token to call additional APIs supported by the third-party provider to get more information.
        code: |
          ```kotlin
          val url = supabase.gotrue.oAuthUrl(Github, redirectUrl = "https://example.com") {
              scopes.add("email")
          }
          ```
  - id: sign-in-with-sso
    title: 'signInWithSSO()'
    $ref: '@supabase/gotrue-js.GoTrueClient.signInWithSSO'
    notes: |
      - Before you can call this method you need to [establish a connection](/docs/guides/auth/sso/auth-sso-saml#managing-saml-20-connections) to an identity provider. Use the [CLI commands](/docs/reference/cli/supabase-sso) to do this.
      - If you've associated an email domain to the identity provider, you can use the `SSO.withDomain()` function in the `loginWith` method to start a sign-in flow.
      - In case you need to use a different way to start the authentication flow with an identity provider, you can use the `SSO.withProviderId` function. For example:
          - Mapping specific user email addresses with an identity provider.
          - Using different hints to identity the identity provider to be used by the user, like a company-specific page, IP address or other tracking information.
      - To learn how to handle OTP links & OAuth refer to [initializing](/docs/reference/kotlin/initializing)

    examples:
      - id: sign-in-with-domain
        name: Sign in with email domain
        isSpotlight: true
        code: |
          ```kotlin
            // You can extract the user's email domain and use it to trigger the
            // authentication flow with the correct identity provider.

            supabase.gotrue.loginWith(SSO.withDomain("company.com"))

            //the url was opened automatically, if you don't want that, provide a custom redirect url
          ```
      - id: sign-in-with-provider-uuid
        name: Sign in with provider UUID
        isSpotlight: true
        code: |
          ```kotlin
            // Useful when you need to map a user's sign in request according
            // to different rules that can't use email domains.

            supabase.gotrue.loginWith(SSO.withProvider("21648a9d-8d5a-4555-a9d1-d6375dc14e92"))

            //the url was opened automatically, if you don't want that, provide a custom redirect url
          ```
  - id: sign-out
    title: 'logout()'
    $ref: '@supabase/gotrue-js.GoTrueClient.signOut'
    notes: |
      Logs out the current user.
      - In order to use the `logout()` method, the user needs to be signed in first.
    examples:
      - id: sign-out
        name: Sign out
        isSpotlight: true
        code: |
          ```kotlin
          supabase.gotrue.logout()
          ```
      - id: sign-out-all-sessions
        name: Sign out all sessions
        isSpotlight: true
        code: |
          ```kotlin
          supabase.gotrue.logout(LogoutScope.GLOBAL)
          ```
      - id: sign-out-others
        name: Sign out all sessions except the current
        isSpotlight: true
        code: |
          ```kotlin
          supabase.gotrue.logout(LogoutScope.OTHERS)
          ```
  - id: verify-otp
    title: 'Verify OTPs'
    $ref: '@supabase/gotrue-js.GoTrueClient.verifyOtp'
    notes: |
      Log in a user given a User supplied OTP received via mobile.
    examples:
      - id: verify-email-otp(otp)
        name: Verify an Email OTP
        isSpotlight: true
        code: |
          ```kotlin
          supabase.gotrue.verifyEmailOtp(type = OtpType.Email.INVITE, email = "example@email.com", token = "token")
          ```
        description: |
          Available types are:
            - `OtpType.Email.MAGIC_LINK`
            - `OtpType.Email.SIGNUP`
            - `OtpType.Email.INVITE`
            - `OtpType.Email.RECOVERY`
            - `OtpType.Email.EMAIL_CHANGE`
      - id: verify-phone-otp(otp)
        name: Verify an Phone OTP
        isSpotlight: false
        code: |
          ```kotlin
          supabase.gotrue.verifyPhoneOtp(type = OtpType.Phone.SMS, phoneNumber = "+491234567", token = "token")
          ```
        description: |
          Available types are:
            - `OtpType.Phone.SMS`
            - `OtpType.Phone.PHONE_CHANGE`
  - id: send-password-reauthentication
    title: 'reauthenticate()'
    $ref: '@supabase/gotrue-js.GoTrueClient.reauthenticate'
    notes: |
      - This method is used together with `modifyUser()` when a user's password needs to be updated.
      - This method will send a nonce to the user's email. If the user doesn't have a confirmed email address, the method will send the nonce to the user's confirmed phone number instead.
    examples:
      - id: send-reauthentication-nonce
        name: Send reauthentication nonce
        description: Sends a reauthentication nonce to the user's email or phone number.
        isSpotlight: true
        code: |
          ```kotlin
          supabase.gotrue.reauthenticate()
          ```
  - id: resend-email-or-phone-otps
    title: 'resend()'
    $ref: '@supabase/gotrue-js.GoTrueClient.resend'
    notes: |
      - Resends a signup confirmation, email change or phone change email to the user.
      - Passwordless sign-ins can be resent by calling the `sendOtpTo()` method again.
      - Password recovery emails can be resent by calling the `sendRecoveryEmail()` method again.
      - This method will only resend an email or phone OTP to the user if there was an initial signup, email change or phone change request being made.
    examples:
      - id: resend-email-signup-confirmation
        name: Resend an email signup confirmation
        description: Resends the email signup confirmation to the user
        isSpotlight: true
        code: |
          ```kotlin
          supabase.gotrue.resendEmail(OtpType.Email.SIGNUP, "example@email.com")
          ```
      - id: resend-phone-signup-confirmation
        name: Resend a phone signup confirmation
        description: Resends the phone signup confirmation email to the user
        code: |
          ```kotlin
          supabase.gotrue.resendPhone(OtpType.Phone.SMS, "1234567890")
          ```
      - id: resend-email-change-email
        name: Resend email change email
        description: Resends the email change email to the user
        code: |
          ```kotlin
          supabase.gotrue.resendEmail(OtpType.Email.EMAIL_CHANGE, "example@email.com")
          ```
      - id: resend-phone-change
        name: Resend phone change OTP
        description: Resends the phone change OTP to the user
        code: |
          ```kotlin
          supabase.gotrue.resendPhone(OtpType.Phone.PHONE_CHANGE, "1234567890")
          ```
  - id: get-session
    title: 'Get current session'
    $ref: '@supabase/gotrue-js.GoTrueClient.getSession'
    notes: |
      Returns the current session, or `null` if there is none.
    examples:
      - id: get-the-session-data
        name: Get the session data
        isSpotlight: true
        code: |
          ```kotlin
          val session = supabase.gotrue.currentSessionOrNull()
          ```
  - id: get-user
    title: 'getUser()'
    $ref: '@supabase/gotrue-js.GoTrueClient.getUser'
    description: |
      - This method gets the user object from the current session.
      - Fetches the user object from the database instead of local session.
      - Should be used only when you require the most current user data. For faster results, `getCurrentSessionOrNull()?.user` is recommended.
    examples:
      - id: get-the-logged-in-user-with-the-current-existing-session
        name: Get the logged in user with the current session
        isSpotlight: true
        code: |
          ```kotlin
          val user = supabase.gotrue.retrieveUserForCurrentSession(updateSession = true)
          ```
        description: |
          `updateSession` updates the local session with the new user
      - id: get-different-user
        name: Get a user based on their access token
        isSpotlight: true
        code: |
          ```kotlin
          val user = supabase.gotrue.retrieveUser("JWT")
          ```
  - id: update-user
    title: 'modifyUser()'
    $ref: '@supabase/gotrue-js.GoTrueClient.updateUser'
    notes: |
      Modifies the user data.
      - In order to use the `modifyUser()` method, the user needs to be signed in first.
      - By default, email updates sends a confirmation link to both the user's current and new email.
      To only send a confirmation link to the user's new email, disable **Secure email change** in your project's [email auth provider settings](https://supabase.com/dashboard/project/_/auth/providers).
    examples:
      - id: update-the-email-for-an-authenticated-user
        name: Update the email for an authenticated user
        description: Sends a "Confirm Email Change" email to the new email address.
        isSpotlight: false
        code: |
          ```kotlin
          val user = supabase.gotrue.modifyUser {
             email = "newEmail@email.com"
          }
          ```
      - id: update-the-password-for-an-authenticated-user
        name: Update the password for an authenticated user
        isSpotlight: false
        code: |
          ```kotlin
          val user = supabase.gotrue.modifyUser {
             password = "secretPassword"
          }
          ```
      - id: update-the-users-metadata
        name: Update the user's metadata
        isSpotlight: true
        code: |
          ```kotlin
          val user = supabase.gotrue.modifyUser {
             data {
                put("name", "John")
             }
          }
          ```
  - id: set-session
    title: 'importSession()'
    $ref: '@supabase/gotrue-js.GoTrueClient.setSession'
    notes: |
      Changes the local session.
      - `importSession()` takes in a UserSession.
      - [Refresh token rotation](/docs/reference/auth/config#refresh_token_rotation_enabled) is enabled by default on all projects to guard against replay attacks.
      - You can configure the [`REFRESH_TOKEN_REUSE_INTERVAL`](https://supabase.com/docs/reference/auth/config#refresh_token_reuse_interval) which provides a short window in which the same refresh token can be used multiple times in the event of concurrency or offline issues.
    examples:
      - id: refresh-the-session
        name: Set local session
        description: Sets the local session from refresh_token and returns current session or an error if the refresh_token is invalid.
        isSpotlight: true
        code: |
          ```kotlin
          supabase.gotrue.importSession(UserSession(accessToken = "token", refreshToken = "refresh", expiresIn = 2000, tokenType = "Bearer", user = null))
          ```
  - id: refresh-session
    title: 'refreshSession()'
    $ref: '@supabase/gotrue-js.GoTrueClient.refreshSession'
    notes: |
      This method will refresh the session whether the current one is expired or not.

      - This is done automatically, but can be disabled in the GoTrue config.
    examples:
      - id: refresh-current-session
        name: Refresh current session
        isSpotlight: true
        code: |
          ```kotlin
          val session = supabase.gotrue.refreshCurrentSession()
          ```
      - id: refresh-session-using-the-current-session
        name: Refresh session using the refresh token
        isSpotlight: true
        code: |
          ```kotlin
          val session = supabase.gotrue.refreshSession(refreshToken = "refreshToken")
          ```
  - id: on-auth-state-change
    title: 'sessionStatus'
    $ref: '@supabase/gotrue-js.GoTrueClient.onAuthStateChange'
    notes: |
      Listen to session changes.
    examples:
      - id: listen-to-auth-changes
        name: Listen to auth changes
        isSpotlight: true
        code: |
          ```kotlin
          supabase.gotrue.sessionStatus.collect {
              when(it) {
                  is SessionStatus.Authenticated -> println(it.session.user)
                  SessionStatus.LoadingFromStorage -> println("Loading from storage")
                  SessionStatus.NetworkError -> println("Network error")
                  SessionStatus.NotAuthenticated -> println("Not authenticated")
              }
          }
          ```
        description: |
          Types of statuses:
          - `NotAuthenticated`,
          - `LoadingFromStorage`,
          - `NetworkError`,
          - `Authenticated(session)`
  - id: reset-password-for-email
    title: 'Send a password reset request'
    notes: |
      Sends a password reset request to the given email address.
      - The password reset flow consist of 2 broad steps: (i) Allow the user to login via the password reset link; (ii) Update the user's password.
      - The `sendRecoveryEmail()` only sends a password reset link to the user's email.
      To update the user's password, see [`modifyUser()`](/docs/reference/kotlin/auth-updateuser).
      - The user gets redirected back to your app, assuming you setup [OTP handling](/docs/reference/kotlin/initializing)
      - After the user has been redirected successfully, prompt them for a new password and call `modifyUser()`:
        ```kotlin
        supabase.gotrue.modifyUser {
            password = "1234567"
        }
        ```
    examples:
      - id: send-password-reset-email
        name: Send password reset email
        isSpotlight: true
        code: |
          ```kotlin
          supabase.gotrue.sendRecoveryEmail(email = "example@email.com")
          ```
  - id: exchange-code-for-session
    title: 'exchangeCodeForSession()'
    $ref: '@supabase/gotrue-js.GoTrueClient.exchangeCodeForSession'
    notes: |
      - Used when `flowType` is set to `FlowType.PKCE` in the GoTrue configuration.
    examples:
      - id: exchange-auth-code
        name: Exchange Auth Code
        isSpotlight: true
        code: |
          ```kotlin
          supabase.gotrue.exchangeCodeForSession("34e770dd-9ff9-416c-87fa-43b31d7ef225")
          ```
  - id: auth-mfa-api
    title: 'Overview'
    notes: |
      This section contains methods commonly used for Multi-Factor Authentication (MFA) and are invoked behind the `supabase.gotrue.mfa` namespace.

      Currently, we only support time-based one-time password (TOTP) as the 2nd factor. We don't support recovery codes but we allow users to enroll more than 1 TOTP factor, with an upper limit of 10.

      Having a 2nd TOTP factor for recovery frees the user of the burden of having to store their recovery codes somewhere. It also reduces the attack surface since multiple recovery codes are usually generated compared to just having 1 backup TOTP factor.
  - id: mfa-enroll
    title: 'Enroll a factor'
    $ref: '@supabase/gotrue-js.GoTrueMFAApi.enroll'
    notes: |
      Enrolls a new factor.
      - Currently, `totp` is the only supported `factorType`. The returned `id` should be used to create a challenge.
      - To create a challenge, see [`mfa.createChallenge()`](/docs/reference/kotlin/auth-mfa-challenge).
      - To verify a challenge, see [`mfa.verifyChallenge()`](/docs/reference/kotlin/auth-mfa-verify).
      - To create and verify a challenge in a single step, see [`mfa.createChallengeAndVerify()`](/docs/reference/kotlin/auth-mfa-challengeandverify).
    examples:
      - id: enroll-totp-factor
        name: Enroll a time-based, one-time password (TOTP) factor
        isSpotlight: true
        code: |
          ```kotlin
          val factor = supabase.gotrue.mfa.enroll(factorType = FactorType.TOTP)

          // Use the id to create a challenge.
          // The challenge can be verified by entering the code generated from the authenticator app.
          // The code will be generated upon scanning the qr_code or entering the secret into the authenticator app.
          val (id, type, qrCode) = factor.data //qrCode is a svg as a string
          val (factorId, factorType, _) = factor
          ```
      - id: get-local-verified-factors
        name: Check the local user for verified factors
        isSpotlight: true
        code: |
          ```kotlin
          val verifiedFactors = supabase.gotrue.mfa.verifiedFactors
          ```
      - id: retrieve-verified-factors
        name: Retrieve verified factors
        isSpotlight: true
        code: |
          ```kotlin
          val verifiedFactors = supabase.gotrue.mfa.retrieveFactorsForCurrentUser()
          ```
  - id: mfa-challenge
    title: 'mfa.challenge()'
    $ref: '@supabase/gotrue-js.GoTrueMFAApi.challenge'
    notes: |
      Creates a challenge for a factor.
      - An [enrolled factor](/docs/reference/kotlin/auth-mfa-enroll) is required before creating a challenge.
      - To verify a challenge, see [`mfa.verifyChallenge()`](/docs/reference/kotlin/auth-mfa-verify).
    examples:
      - id: create-mfa-challenge
        name: Create a challenge for a factor
        isSpotlight: true
        code: |
          ```kotlin
          val challenge = supabase.gotrue.mfa.createChallenge(factorId = "34e770dd-9ff9-416c-87fa-43b31d7ef225")
          ```
  - id: mfa-verify
    title: 'mfa.verify()'
    $ref: '@supabase/gotrue-js.GoTrueMFAApi.verify'
    notes: |
      Verifies a challenge for a factor.
      - To verify a challenge, please [create a challenge](/docs/reference/kotlin/auth-mfa-challenge) first.
    examples:
      - id: verify-challenge
        name: Verify a challenge for a factor
        isSpotlight: true
        code: |
          ```kotlin
          supabase.gotrue.mfa.verifyChallenge(
              factorId = "34e770dd-9ff9-416c-87fa-43b31d7ef225",
              challengeId = "4034ae6f-a8ce-4fb5-8ee5-69a5863a7c15",
              code = "123456",
              saveSession = true // this is set to true by default, but you can set it to false if you want to handle the session yourself
          )
          ```
  - id: mfa-challenge-and-verify
    title: 'mfa.challengeAndVerify()'
    $ref: '@supabase/gotrue-js.GoTrueMFAApi.challengeAndVerify'
    notes: |
      Creates and verifies a challenge for a factor.
      - An [enrolled factor](/docs/reference/kotlin/auth-mfa-enroll) is required before invoking `createChallengeAndVerify()`.
      - Executes [`mfa.createChallenge()`](/docs/reference/kotlin/auth-mfa-challenge) and [`mfa.verifyChallenge()`](/docs/reference/kotlin/auth-mfa-verify) in a single step.
    examples:
      - id: challenge-and-verify
        name: Create and verify a challenge for a factor
        isSpotlight: true
        code: |
          ```kotlin
          supabase.gotrue.mfa.createChallengeAndVerify(
              factorId = "34e770dd-9ff9-416c-87fa-43b31d7ef225",
              code = "123456",
              saveSession = true // this is set to true by default, but you can set it to false if you want to handle the session yourself
          )
          ```
  - id: mfa-unenroll
    title: 'mfa.unenroll()'
    $ref: '@supabase/gotrue-js.GoTrueMFAApi.unenroll'
    notes: |
      Unenroll removes a MFA factor. A user has to have an `AAL2` authentication level in order to unenroll a verified factor.
    examples:
      - id: unenroll-a-factor
        name: Unenroll a factor
        isSpotlight: true
        code: |
          ```kotlin
          supabase.gotrue.mfa.unenroll(factorId = "34e770dd-9ff9-416c-87fa-43b31d7ef225")
          ```
  - id: mfa-get-authenticator-assurance-level
    title: 'mfa.getAuthenticatorAssuranceLevel()'
    $ref: '@supabase/gotrue-js.GoTrueMFAApi.getAuthenticatorAssuranceLevel'
    notes: |
      - Authenticator Assurance Level (AAL) is the measure of the strength of an authentication mechanism.
      - In Supabase, having an AAL of `aal1` refers to having the 1st factor of authentication such as an email and password or OAuth sign-in while `aal2` refers to the 2nd factor of authentication such as a time-based, one-time-password (TOTP).
      - If the user has a verified factor, the `next` field will return `AuthenticatorAssuranceLevel.AAL2`, else, it will return `AuthenticatorAssuranceLevel.AAL1`.
    examples:
      - id: get-aal
        name: Get the AAL details of the current session
        isSpotlight: true
        code: |
          ```kotlin
          val (current, next) = supabase.gotrue.mfa.getAuthenticatorAssuranceLevel()
          ```
      - id: aal-enabled
        name: Check whether the user has at least one verified factor
        isSpotlight: true
        code: |
          ```kotlin
          val enabled = supabase.gotrue.mfa.isMfaEnabled
          //flow variant, automatically emitting new values on session changes
          val enabledFlow = supabase.gotrue.mfa.isMfaEnabledFlow
          ```
      - id: aal-enabled-for-current-session
        name: Check whether the user is logged in using AAL2
        isSpotlight: true
        code: |
          ```kotlin
          val loggedInUsingMfa = supabase.gotrue.mfa.loggedInUsingMfa
          //flow variant, automatically emitting new values on session changes
          val loggedInUsingMfaFlow = supabase.gotrue.mfa.loggedInUsingMfaFlow
          ```
  - id: admin-api
    title: 'Overview'
    notes: |
      - Any method under the `supabase.gotrue.admin` namespace requires a `service_role` key.
      - These methods are considered admin methods and should be called on a trusted server. Never expose your `service_role` key in the browser.
    examples:
      - id: create-auth-admin-client
        name: Create server-side auth client
        isSpotlight: true
        code: |
          ```kotlin
          val supabase = createSupabaseClient(
              supabaseUrl = "https://id.supabase.co",
              supabaseKey = "supabaseKey"
          ) {
              install(GoTrue) {
                  autoLoadFromStorage = false
                  alwaysAutoRefresh = false
              }
              // install other plugins (these will use the service role key)
          }
          supabase.gotrue.importAuthToken("service_role")

          // Access auth admin api
          val adminGoTrueClient = supabase.gotrue.admin
          ```

  - id: get-user-by-id
    title: 'getUserById()'
    $ref: '@supabase/gotrue-js.GoTrueAdminApi.getUserById'
    notes: |
      Fetches the user object from the database based on the user's id.
      - The `retrieveUserById()` method requires the user's id which maps to the `auth.users.id` column.
    examples:
      - id: fetch-the-user-object-using-the-access-token-jwt
        name: Fetch the user object using the access_token jwt
        isSpotlight: true
        code: |
          ```kotlin
          val user = supabase.gotrue.admin.retrieveUserById(uid = "f2a0b0a0-6b1a-4b7a-8f1a-4b7a6b1a8f1a")
          ```

  - id: list-users
    title: 'listUsers()'
    $ref: '@supabase/gotrue-js.GoTrueAdminApi.listUsers'
    notes: |
      Retrieves a list of users.
      - Defaults to return 50 users per page.
    examples:
      - id: get-a-full-list-of-users
        name: Get a page of users
        isSpotlight: true
        code: |
          ```kotlin
          val users = supabase.gotrue.admin.retrieveUsers()
          ```
      - id: get-paginated-list-of-users
        name: Paginated list of users
        isSpotlight: false
        code: |
          ```kotlin
          val users = supabase.gotrue.admin.retrieveUsers(
              page = 1,
              perPage = 100
          )
          ```
  - id: create-user
    title: 'createUser()'
    $ref: '@supabase/gotrue-js.GoTrueAdminApi.createUser'
    notes: |
      Creates a new user.
      - To confirm the user's email address or phone number, set `autoConfirm` to true. Both arguments default to false.
    examples:
      - id: create-a-new-user-with-email-custom-user-metadata
        name: Create user with email
        isSpotlight: true
        code: |
          ```kotlin
          val userWithEmail = supabase.gotrue.admin.createUserWithEmail {
              email = "example@email.com"
              password = "secretpassword"
              userMetadata {
                  put("name", "John")
              }
          }
          ```
      - id: create-a-new-user-with-phone-custom-user-metadata
        name: Create user with phone
        isSpotlight: true
        code: |
          ```kotlin
          val userWithPhone = supabase.gotrue.admin.createUserWithPhone {
              phoneNumber = "+49123456789"
              password = "secretpassword"
              userMetadata {
                  put("name", "John")
              }
          }
          ```
      - id: auto-confirm-the-users-email
        name: Auto-confirm the user's email
        code: |
          ```kotlin
          val userWithEmail = supabase.gotrue.admin.createUserWithEmail {
              email = "example@email.com"
              password = "secretpassword"
              autoConfirm = true
          }
          ```
      - id: auto-confirm-the-users-phone-number
        name: Auto-confirm the user's phone number
        code: |
          ```kotlin
          val userWithPhone = supabase.gotrue.admin.createUserWithPhone {
              phoneNumber = "+49123456789"
              password = "secretpassword"
              autoConfirm = true
          }
          ```
  - id: delete-user
    title: 'deleteUser()'
    $ref: '@supabase/gotrue-js.GoTrueAdminApi.deleteUser'
    notes: |
      Deletes a user from the database.
      - The `deleteUser()` method requires the user's ID, which maps to the `auth.users.id` column.
    examples:
      - id: removes-a-user
        name: Removes a user
        isSpotlight: true
        code: |
          ```kotlin
          supabase.gotrue.admin.deleteUser(uid = "uid")
          ```

  - id: invite-user-by-email
    title: 'inviteUserByEmail()'
    $ref: '@supabase/gotrue-js.GoTrueAdminApi.inviteUserByEmail'
    notes: |
      Sends an invite link to the user's email address.
    examples:
      - id: invite-a-user
        name: Invite a user
        isSpotlight: true
        code: |
          ```kotlin
          supabase.gotrue.admin.inviteUserByEmail(
              email = "example@email.com",
              //optional:
              redirectTo = "https://example.com/redirect",
              data = buildJsonObject {
                  put("custom", "value")
              }
          )
          ```

  - id: generate-link
    title: 'generateLink()'
    $ref: '@supabase/gotrue-js.GoTrueAdminApi.generateLink'
    notes: |
      Generates email links and OTPs to be sent via a custom email provider.
    examples:
      - id: generate-a-signup-link
        name: Generate a signup link
        isSpotlight: true
        code: |
          ```kotlin
          val (url, user) = supabase.gotrue.admin.generateLinkFor(LinkType.Signup) {
              email = "example@email.com"
              password = "secretpassword"
          }
          ```
      - id: generate-an-invite-link
        name: Generate an invite link
        isSpotlight: false
        code: |
          ```kotlin
          val (url, user) = supabase.gotrue.admin.generateLinkFor(LinkType.Invite) {
              email = "example@email.com"
          }
          ```
      - id: generate-a-magic-link
        name: Generate a magic link
        isSpotlight: false
        code: |
          ```kotlin
          val (url, user) = supabase.gotrue.admin.generateLinkFor(LinkType.MagicLink) {
              email = "example@email.com"
          }
          ```
      - id: generate-a-recovery-link
        name: Generate a recovery link
        isSpotlight: false
        code: |
          ```kotlin
          val (url, user) = supabase.gotrue.admin.generateLinkFor(LinkType.Recovery) {
              email = "example@email.com"
          }
          ```
      - id: generate-links-to-change-current-email-address
        name: Generate links to change current email address
        isSpotlight: false
        code: |
          ```kotlin
          // generate an email change link to be sent to the current email address
          val (url, user) = supabase.gotrue.admin.generateLinkFor(LinkType.EmailChangeCurrent) {
              email = "example@email.com"
              newEmail = "newEmail@email.com"
          }

          // generate an email change link to be sent to the new email address
          val (url, user) = supabase.gotrue.admin.generateLinkFor(LinkType.EmailChangeNew) {
              email = "example@email.com"
              newEmail = "newEmail@email.com"
          }
          ```

  - id: update-user-by-id
    title: 'updateUserById()'
    $ref: '@supabase/gotrue-js.GoTrueAdminApi.updateUserById'
    notes: |
      Updates the user data.
    examples:
      - id: updates-a-users-email
        name: Updates a user's email
        isSpotlight: false
        code: |
          ```kotlin
          supabase.gotrue.admin.updateUserById(uid = "id") {
              email = "example@email.com"
          }
          ```
      - id: updates-a-users-password
        name: Updates a user's password
        isSpotlight: false
        code: |
          ```js
          supabase.gotrue.admin.updateUserById(uid = "id") {
              password = "password"
          }
          ```
      - id: updates-a-users-metadata
        name: Updates a user's metadata
        isSpotlight: true
        code: |
          ```kotlin
          supabase.gotrue.admin.updateUserById(uid = "id") {
              userMetadata = buildJsonObject {
                  put("key", "value")
              }
          }
          ```
      - id: updates-a-users-app-metadata
        name: Updates a user's app_metadata
        isSpotlight: false
        code: |
          ```kotlin
          supabase.gotrue.admin.updateUserById(uid = "id") {
              appMetadata = buildJsonObject {
                  put("key", "value")
              }
          }
          ```
      - id: confirms-a-users-email-address
        name: Confirms a user's email address
        isSpotlight: false
        code: |
          ```kotlin
          supabase.gotrue.admin.updateUserById(uid = "id") {
              emailConfirm = true
          }
          ```
      - id: confirms-a-users-phone-number
        name: Confirms a user's phone number
        isSpotlight: false
        code: |
          ```kotlin
          supabase.gotrue.admin.updateUserById(uid = "id") {
              phoneConfirm = true
          }
          ```
  - id: mfa-list-factors
    title: 'mfa.listFactors()'
    notes: |
      Lists all factors associated to a user.
    $ref: '@supabase/gotrue-js.GoTrueAdminMFAApi.listFactors'
    examples:
      - id: list-factors
        name: List all factors for a user
        isSpotlight: true
        code: |
          ```kotlin
          const factors = supabase.gotrue.admin.retrieveFactors(uid = "id")
          ```
  - id: mfa-delete-factor
    title: 'mfa.deleteFactor()'
    $ref: '@supabase/gotrue-js.GoTrueAdminMFAApi.deleteFactor'
    notes: |
      Deletes a factor on a user. This will log the user out of all active sessions if the deleted factor was verified.
    examples:
      - id: delete-factor
        name: Delete a factor for a user
        isSpotlight: true
        code: |
          ```kotlin
          supabase.gotrue.admin.deleteFactor(uid = "id", factorId = "factor_id")
          ```
  - id: invoke
    title: 'invoke()'
    description: |
      Invokes a Supabase Function. See the [guide](/docs/guides/functions) for details on writing Functions.
      - When invoking a function with parameters, you have to provide a [serializable value](/docs/reference/kotlin/installing#serialization) in the function parameter.
    notes: |
      - Requires an Authorization header.
    examples:
      - id: basic-invocation
        name: Basic invocation
        isSpotlight: true
        code: |
          ```kotlin
          supabase.functions.invoke("function_name")
          ```
      - id: basic-invocation-with-body
        name: Basic invocation with body
        isSpotlight: true
        code: |
          ```kotlin
          supabase.functions.invoke(
            function = "function_name",
            body = buildJsonObject {
                put("foo", "bar")
            },
            headers = Headers.build {
                append(HttpHeaders.ContentType, "application/json")
            }
          )
          ```
      - id: reuse-function
        name: Reuse function by saving it to a variable
        isSpotlight: true
        code: |
          ```kotlin
          val function = supabase.functions.buildEdgeFunction(
            function = "function",
            headers = Headers.build {
                /*Default headers*/
                //when you are sending a body you may want to add this header:
                append(HttpHeaders.ContentType, "application/json")
              }
            )
          //invoke it:
          function()
          //invoke it with a body:
          function(body)
          //invoke it with custom request options:
          function(body) {
              header("Header", "Value")
              parameter("Key", "Value") //url parameter
          }
          ```
  - id: subscribe
    description: |
      Subscribe to realtime changes in your database.
    title: 'on().subscribe()'
    notes: |
      - Realtime is disabled by default for new Projects for better database performance and security. You can turn it on by [managing replication](/docs/guides/database/api#managing-realtime).
      - If you want to receive the "previous" data for updates and deletes, you will need to set `REPLICA IDENTITY` to `FULL`, like this: `ALTER TABLE your_table REPLICA IDENTITY FULL;`
      - When using a method with a generic type like `track`, `broadcast` or `broadcastFlow`, you have to provide a [serializable class](/docs/reference/kotlin/installing#serialization) as the type parameter.
    examples:
      - id: connect-to-realtime-client
        name: Connect to Realtime
        isSpotlight: true
        code: |
          ```kotlin
          supabase.realtime.connect()
          ```
      - id: liste-to-broadcasts
        name: Listen to broadcasts
        code: |
          ```kotlin
          @Serializable
          data class Message(val content: String, val sender: String)

          val channel = supabase.realtime.createChannel("channelId") {
              //optional config
          }

          val broadcastFlow = channel.broadcastFlow<Message>(event = "message")

          //in a new coroutine (or use Flow.onEach().launchIn(scope)):
          broadcastFlow.collect { //it: Message
              println(it)
          }

          supabase.realtime.connect()
          channel.join(blockUntilJoined = true)

          channel.broadcast(event = "message", Message("I joined!", "John"))
          ```
      - id: listen-to-presence-updates
        name: Listen to presence updates
        code: |
          ```kotlin
          @Serializable
          data class PresenceState(val username: String)

          val connectedUsers = mutableSetOf<PresenceState>()
          val channel = supabase.realtime.createChannel("channelId") {
              //optional config
          }

          val presenceChangeFlow = channel.presenceChangeFlow()

          //in a new coroutine (or use Flow.onEach().launchIn(scope)):
          presenceChangeFlow.collect {
              connectedUsers += it.decodeJoinsAs<PresenceState>()
              connectedUsers -= it.decodeLeavesAs<PresenceState>()
          }

          supabase.realtime.connect()
          channel.join(blockUntilJoined = true)
          //send own state
          channel.track(PresenceState(username = "John"))
      - id: listen-to-all-database-changes
        name: Listen to all database changes
        code: |
          ```kotlin
          val channel = supabase.realtime.createChannel("channelId") {
              //optional config
          }
          val changeFlow = channel.postgresChangeFlow<PostgresAction>(schema = "public")

          //in a new coroutine (or use Flow.onEach().launchIn(scope)):
          changeFlow.collect {
              when(it) {
                  is PostgresAction.Delete -> println("Deleted: ${it.oldRecord}")
                  is PostgresAction.Insert -> println("Inserted: ${it.record}")
                  is PostgresAction.Select -> println("Selected: ${it.record}")
                  is PostgresAction.Update -> println("Updated: ${it.oldRecord} with ${it.record}")
              }
          }

          supabase.realtime.connect()
          channel.join()
          ```
      - id: listen-to-a-specific-table
        name: Listen to a specific table
        code: |
          ```kotlin
          val channel = supabase.realtime.createChannel("channelId") {
              //optional config
          }
          val changeFlow = channel.postgresChangeFlow<PostgresAction>(schema = "public") {
              table = "users"
          }

          //in a new coroutine (or use Flow.onEach().launchIn(scope)):
          changeFlow.collect {
              when(it) {
                  is PostgresAction.Delete -> println("Deleted: ${it.oldRecord}")
                  is PostgresAction.Insert -> println("Inserted: ${it.record}")
                  is PostgresAction.Select -> println("Selected: ${it.record}")
                  is PostgresAction.Update -> println("Updated: ${it.oldRecord} with ${it.record}")
              }
          }

          supabase.realtime.connect()
          channel.join()
          ```
      - id: listen-to-inserts
        name: Listen to inserts
        code: |
          ```kotlin
          val channel = supabase.realtime.createChannel("channelId") {
              //optional config
          }
          val changeFlow = channel.postgresChangeFlow<PostgresAction.Insert>(schema = "public") {
              table = "users"
          }

          //in a new coroutine (or use Flow.onEach().launchIn(scope)):
          changeFlow.collect {
              println(it.record)
          }

          supabase.realtime.connect()
          channel.join()
          ```
      - id: listen-to-updates
        name: Listen to updates
        description: |
          By default, Supabase will send only the updated record. If you want to receive the previous values as well you can
          enable full replication for the table you are listening too:

          ```sql
          alter table "your_table" replica identity full;
          ```
        code: |
          ```kotlin
          val channel = supabase.realtime.createChannel("channelId") {
              //optional config
          }
          val changeFlow = channel.postgresChangeFlow<PostgresAction.Update>(schema = "public") {
              table = "users"
          }

          //in a new coroutine (or use Flow.onEach().launchIn(scope)):
          changeFlow.collect {
              println(it.record)
              println(it.oldRecord)
          }

          supabase.realtime.connect()
          channel.join()
          ```
      - id: listen-to-deletes
        name: Listen to deletes
        description: |
          By default, Supabase does not send deleted records. If you want to receive the deleted record you can
          enable full replication for the table you are listening too:

          ```sql
          alter table "your_table" replica identity full;
          ```
        code: |
          ```kotlin
          val channel = supabase.realtime.createChannel("channelId") {
              //optional config
          }
          val changeFlow = channel.postgresChangeFlow<PostgresAction.Delete>(schema = "public") {
              table = "users"
          }

          //in a new coroutine (or use Flow.onEach().launchIn(scope)):
          changeFlow.collect {
              println(it.oldRecord)
          }

          supabase.realtime.connect()
          channel.join()
          ```
      - id: listening-to-row-level-changes
        name: Listen to row level changes
        description: You can listen to individual rows using the format `{table}:{col}=eq.{val}` - where `{col}` is the column name, and `{val}` is the value which you want to match.
        code: |
          ```kotlin
          val channel = supabase.realtime.createChannel("channelId") {
             //optional config
          }
          val changeFlow = channel.postgresChangeFlow<PostgresAction.Delete>(schema = "public") {
              table = "users"
              filter = "id=eq.1"
          }

          //in a new coroutine:
          changeFlow.collect {
              println(it.oldRecord)
          }

          supabase.realtime.connect()
          channel.join()
          ```

  - id: remove-channel
    description: |
      Unsubscribes and removes Realtime channel from Realtime client.
    title: 'removeChannel()'
    notes: |
      - Removing a channel is a great way to maintain the performance of your project's Realtime service as well as your database if you're listening to Postgres changes.
      - Supabase will automatically handle cleanup 30 seconds after a client is disconnected, but unused channels may cause degradation as more clients are simultaneously subscribed.
    examples:
      - id: removes-a-channel
        name: Remove a channel
        isSpotlight: true
        code: |
          ```kotlin
          val channel = supabase.realtime.createChannel("channelId") {
              //optional config
          }
          //...
          supabase.realtime.removeChannel(channel)
          ```
      - id: unsubscribe-channel
        name: Unsubscribe from a channel
        isSpotlight: true
        code: |
          ```kotlin
          val channel = supabase.realtime.createChannel("channelId") {
              //optional config
          }
          //...
          channel.leave()
          ```
  - id: remove-all-channels
    title: removeAllChannels()
    $ref: '@supabase/supabase-js.index.SupabaseClient.removeAllChannels'
    notes: |
      Unsubscribes and removes all Realtime channels from Realtime client.
      - Removing channels is a great way to maintain the performance of your project's Realtime service as well as your database if you're listening to Postgres changes. Supabase will automatically handle cleanup 30 seconds after a client is disconnected, but unused channels may cause degradation as more clients are simultaneously subscribed.
    examples:
      - id: remove-all-channels
        name: Remove all channels
        isSpotlight: true
        code: |
          ```kotlin
          supabase.realtime.removeAllChannels()
          ```
  - id: get-channels
    title: getChannels()
    $ref: '@supabase/supabase-js.index.SupabaseClient.getChannels'
    notes: |
      Returns all Realtime channels.
    examples:
      - id: get-all-channels
        name: Get all channels
        isSpotlight: true
        code: |
          ```kotlin
          val channels = supabase.realtime.subscriptions.entries
          ```
  - id: list-buckets
    title: listBuckets()
    $ref: '@supabase/storage-js.packages/StorageBucketApi.default.listBuckets'
    notes: |
      - RLS policy permissions required:
        - `buckets` table permissions: `select`
        - `objects` table permissions: none
      - Refer to the [Storage guide](/docs/guides/storage/security/access-control) on how access control works
    examples:
      - id: list-buckets
        name: List buckets
        isSpotlight: true
        code: |
          ```kotlin
          val buckets = supabase.storage.retrieveBuckets()
          ```

  - id: get-bucket
    title: getBucket()
    $ref: '@supabase/storage-js.packages/StorageBucketApi.default.getBucket'
    notes: |
      - RLS policy permissions required:
        - `buckets` table permissions: `select`
        - `objects` table permissions: none
      - Refer to the [Storage guide](/docs/guides/storage/security/access-control) on how access control works
    examples:
      - id: get-bucket
        name: Get bucket
        isSpotlight: true
        code: |
          ```kotlin
          val bucket = supabase.storage.retrieveBucketById(bucketId = "avatars")
          ```

  - id: create-bucket
    title: createBucket()
    $ref: '@supabase/storage-js.packages/StorageBucketApi.default.createBucket'
    notes: |
      - RLS policy permissions required:
        - `buckets` table permissions: `insert`
        - `objects` table permissions: none
      - Refer to the [Storage guide](/docs/guides/storage/security/access-control) on how access control works
    examples:
      - id: create-bucket
        name: Create bucket
        isSpotlight: true
        code: |
          ```kotlin
          supabase.storage.createBucket(name = "icons", id = "icons") {
              public = true
              fileSizeLimit = 5.megabytes
          }
          ```
  - id: update-bucket
    title: updateBucket()
    $ref: '@supabase/storage-js.packages/StorageBucketApi.default.updateBucket'
    notes: |
      - RLS policy permissions required:
        - `buckets` table permissions: `select` and `update`
        - `objects` table permissions: none
      - Refer to the [Storage guide](/docs/guides/storage/security/access-control) on how access control works
    examples:
      - id: update-bucket
        name: Update bucket
        isSpotlight: true
        code: |
          ```kotlin
          supabase.storage.updateBucket("cards") {
              public = false
              fileSizeLimit = 20.megabytes
              allowedMimeTypes(ContentType.Image.PNG, ContentType.Image.JPEG)
          }
          ```

  - id: empty-bucket
    title: emptyBucket()
    $ref: '@supabase/storage-js.packages/StorageBucketApi.default.emptyBucket'
    notes: |
      - RLS policy permissions required:
        - `buckets` table permissions: `select`
        - `objects` table permissions: `select` and `delete`
      - Refer to the [Storage guide](/docs/guides/storage/security/access-control) on how access control works
    examples:
      - id: empty-bucket
        name: Empty bucket
        isSpotlight: true
        code: |
          ```kotlin
          supabase.storage.emptyBucket(bucketId = "icons")
          ```
  - id: delete-bucket
    title: deleteBucket()
    $ref: '@supabase/storage-js.packages/StorageBucketApi.default.deleteBucket'
    notes: |
      - RLS policy permissions required:
        - `buckets` table permissions: `select` and `delete`
        - `objects` table permissions: none
      - Refer to the [Storage guide](/docs/guides/storage/security/access-control) on how access control works
    examples:
      - id: delete-bucket
        name: Delete bucket
        isSpotlight: true
        code: |
          ```kotlin
          supabase.storage.deleteBucket(bucketId = "icons")
          ```

  - id: from-upload
    title: from.upload()
    $ref: '@supabase/storage-js.packages/StorageFileApi.default.upload'
    notes: |
      - RLS policy permissions required:
        - `buckets` table permissions: none
        - `objects` table permissions: `insert`
      - Refer to the [Storage guide](/docs/guides/storage/security/access-control) on how access control works
      - Resumable uploads use a `Disk` cache by default to store the upload urls. You can customize that in the GoTrue config by changing the `resumable.cache` property.
    examples:
      - id: upload-file
        name: Upload file
        isSpotlight: true
        code: |
          ```kotlin
          val bucket = supabase.storage["avatars"]
          bucket.upload("myIcon.png", byteArray, upsert = false)
          //on JVM you can use java.io.File
          bucket.upload("myIcon.png", file, upsert = false)
          ```
      - id: upload-file-with-progress
        name: Upload file with progress
        isSpotlight: true
        code: |
          ```kotlin
          val bucket = supabase.storage["avatars"]
          bucket.uploadAsFlow("test.png", byteArrayOf()).collect {
              when(it) {
                  is UploadStatus.Progress -> println("Progress: ${it.totalBytesSend.toFloat() / it.contentLength * 100}%")
                  is UploadStatus.Success -> println("Success")
              }
          }
          ```
      - id: create-resumable-upload
        name: Create resumable upload
        isSpotlight: true
        code: |
          ```kotlin
          val bucket = supabase.storage["avatars"]
          //JVM/Android:
          val upload = bucket.resumable.createOrContinueUpload("icon.png", File("icon.png"))
          //Other platforms:
          val upload = bucket.resumable.createOrContinueUpload(data = byteArray, source = "this is for continuing previous uploads later", path = "icon.png")
          val upload = bucket.resumable.createOrContinueUpload( //Probably better to write an extension function
              channel = { offset -> /* create ByteReadChannel and seek to offset */ },
              source = "this is for continuing previous uploads later",
              size = dataSize,
              path = "icon.png"
          )
          ```
      - id: start-resumable-upload
        name: Start and resumable upload
        isSpotlight: true
        code: |
          ```kotlin
          upload.startOrResumeUploading()
          ```
      - id: pause-resumable-upload
        name: Pause resumable upload
        code: |
          ```kotlin
          upload.pause()
          ```
      - id: cancel-resumable-upload
        name: Cancel resumable upload
        code: |
          ```kotlin
          upload.cancel()
          ```
        description: |
          This will also remove the upload url from the cache
      - id: listen-to-upload-state
        name: Listen to the resumable upload state
        code: |
          ```kotlin
          upload.stateFlow.collect {
              println("Progress: ${it.progress * 100}%")
              println("Paused: ${it.paused}")
              println("Is done: ${it.isDone}")
          }
          ```
      - id: continue-previous-upload
        name: Continue previous uploads
        isSpotlight: true
        code: |
          ```kotlin
          val bucket = supabase.storage["avatars"]

          //only on JVM/Android:
          bucket.resumable.continuePreviousFileUploads()
              .map { it.await() } //await all uploads. This just makes sure the uploads have an update-to-date url. You can also do this in parallel
              .forEach { upload ->
                  upload.startOrResumeUploading()
              }

          //on other platforms you may have to continue uploads from the source (Probably better to write an extension function):
          bucket.resumable.continuePreviousUploads { source, offset ->
              //create ByteReadChannel from source and seek to offset
          }
              .map { it.await() } //await all uploads. This just makes sure the uploads have an update-to-date url. You can also do this in parallel
              .forEach { upload ->
                  upload.startOrResumeUploading()
              }
          ```

  - id: from-update
    title: from.update()
    $ref: '@supabase/storage-js.packages/StorageFileApi.default.update'
    notes: |
      - RLS policy permissions required:
        - `buckets` table permissions: none
        - `objects` table permissions: `update` and `select`
      - Refer to the [Storage guide](/docs/guides/storage/security/access-control) on how access control works
    examples:
      - id: update-file
        name: Update file
        isSpotlight: true
        code: |
          ```kotlin
          val bucket = supabase.storage["avatars"]
          bucket.update("myIcon.png", byteArray, upsert = false)
          //on JVM you can use java.io.File
          bucket.update("myIcon.png", file, upsert = false)
          ```

  - id: from-move
    title: from.move()
    $ref: '@supabase/storage-js.packages/StorageFileApi.default.move'
    notes: |
      - RLS policy permissions required:
        - `buckets` table permissions: none
        - `objects` table permissions: `update` and `select`
      - Refer to the [Storage guide](/docs/guides/storage/security/access-control) on how access control works
    examples:
      - id: move-file
        name: Move file
        isSpotlight: true
        code: |
          ```kotlin
          val bucket = supabase.storage["avatars"]
          bucket.move("icon1.png", "icon2.png")
          ```
  - id: from-copy
    title: from.copy()
    $ref: '@supabase/storage-js.packages/StorageFileApi.default.copy'
    notes: |
      - RLS policy permissions required:
        - `buckets` table permissions: none
        - `objects` table permissions: `insert` and `select`
      - Refer to the [Storage guide](/docs/guides/storage/security/access-control) on how access control works
    examples:
      - id: copy-file
        name: Copy file
        isSpotlight: true
        code: |
          ```kotlin
          supabase.storage["test"].copy(from = "avatar.png", to = "avatar2.png")
          ```
  - id: from-create-signed-url
    title: from.createSignedUrl()
    $ref: '@supabase/storage-js.packages/StorageFileApi.default.createSignedUrl'
    notes: |
      - RLS policy permissions required:
        - `buckets` table permissions: none
        - `objects` table permissions: `select`
      - Refer to the [Storage guide](/docs/guides/storage/security/access-control) on how access control works
    examples:
      - id: create-signed-url
        name: Create Signed URL
        isSpotlight: true
        code: |
          ```kotlin
          val bucket = supabase.storage["avatars"]
          val url = bucket.createSignedUrl(path = "icon.png", expiresIn = 3.minutes)
          ```
      - id: create-signed-url-with-transformation
        name: Create Signed URL with transformation
        code: |
          ```kotlin
          val bucket = supabase.storage["avatars"]
          val url = bucket.createSignedUrl(path = "icon.png", expiresIn = 3.minutes) {
              size(100, 100)
              fill()
              quality = 80
          }
          ```
  - id: from-create-signed-urls
    title: from.createSignedUrls()
    notes: |
      - RLS policy permissions required:
        - `buckets` table permissions: none
        - `objects` table permissions: `select`
      - Refer to the [Storage guide](/docs/guides/storage/security/access-control) on how access control works
    examples:
      - id: create-signed-urls
        name: Create Signed URLs
        isSpotlight: true
        code: |
          ```kotlin
          val urls = supabase.storage["avatars"].createSignedUrls(20.minutes, "avata1.jpg", "avatar2.jpg")
          ```
  - id: from-create-signed-upload-url
    title: from.createSignedUploadUrl()
    $ref: '@supabase/storage-js.packages/StorageFileApi.default.createSignedUploadUrl'
    notes: |
      - RLS policy permissions required:
        - `buckets` table permissions: none
        - `objects` table permissions: `insert`
      - Refer to the [Storage guide](/docs/guides/storage/security/access-control) on how access control works
    examples:
      - id: create-signed-upload-url
        name: Create Signed Upload URL
        isSpotlight: true
        code: |
          ```kotlin
          val url = supabase.storage["avatars"].createSignedUploadUrl("avatar.png")
          ```
  - id: from-upload-to-signed-url
    title: from.uploadToSignedUrl()
    $ref: '@supabase/storage-js.packages/StorageFileApi.default.uploadToSignedUrl'
    notes: |
      - RLS policy permissions required:
        - `buckets` table permissions: none
        - `objects` table permissions: none
      - Refer to the [Storage guide](/docs/guides/storage/security/access-control) on how access control works
    examples:
      - id: upload-to-signed-url
        name: Upload to a signed URL
        isSpotlight: true
        code: |
          ```kotlin
          supabase.storage["avatars"].uploadToSignedUrl(path = "avatar.jpg", token = "token-from-createSignedUploadUrl", data = bytes)
          //or on JVM:
          supabase.storage["avatars"].uploadToSignedUrl(path = "avatar.jpg", token = "token-from-createSignedUploadUrl", file = File("avatar.jpg"))
          ```
  - id: from-get-public-url
    title: from.getPublicUrl()
    $ref: '@supabase/storage-js.packages/StorageFileApi.default.getPublicUrl'
    notes: |
      - The bucket needs to be set to public, either via [updateBucket()](/docs/reference/kotlin/storage-updatebucket) or by going to Storage on [supabase.com/dashboard](https://supabase.com/dashboard), clicking the overflow menu on a bucket and choosing "Make public"
      - RLS policy permissions required:
        - `buckets` table permissions: none
        - `objects` table permissions: none
      - Refer to the [Storage guide](/docs/guides/storage/security/access-control) on how access control works
    examples:
      - id: returns-the-url-for-an-asset-in-a-public-bucket
        name: Returns the URL for an asset in a public bucket
        isSpotlight: true
        code: |
          ```kotlin
          val url = supabase.storage["public-bucket"].publicUrl("folder/avatar1.png")
          ```
      - id: transform-asset-in-public-bucket
        name: Returns the URL for an asset in a public bucket with transformations
        isSpotlight: true
        code: |
          ```kotlin
          val url = supabase.storage["public-bucket"].publicRenderUrl("folder/avatar1.png") {
              size(100, 100)
          }
          ```

  - id: from-download
    title: from.download()
    $ref: '@supabase/storage-js.packages/StorageFileApi.default.download'
    notes: |
      - RLS policy permissions required:
        - `buckets` table permissions: none
        - `objects` table permissions: `select`
      - Refer to the [Storage guide](/docs/guides/storage/security/access-control) on how access control works
    examples:
      - id: download-file-authenticated
        name: Download file from non-public bucket
        isSpotlight: true
        code: |
          ```kotlin
          val bucket = supabase.storage["avatars"]
          val bytes = bucket.downloadAuthenticated("test.png")
          //or on JVM:
          bucket.downloadAuthenticatedTo("test.png", File("test.png"))
          ```
      - id: download-file-public
        name: Download file from public bucket
        isSpotlight: true
        code: |
          ```kotlin
          val bucket = supabase.storage["avatars"]
          val bytes = bucket.downloadPublic("test.png")
          //or on JVM:
          bucket.downloadPublicTo("test.png", File("test.png"))
          ```
      - id: download-with-transformation
        name: Download file with transformation
        code: |
          ```kotlin
          val bucket = supabase.storage["avatars"]
          val bytes = bucket.downloadPublic("test.png") {
              size(100, 100)
              fill()
              quality = 100
          }
          //or on JVM:
          bucket.downloadPublicTo("test.png", File("test.png")) {
              size(100, 100)
              fill()
              quality = 100
          }
          ```
      - id: download-with-progress
        name: Download file with progress
        code: |
          ```kotlin
          val bucket = supabase.storage["avatars"]
          bucket.downloadAuthenticatedAsFlow("icon.png").collect {
              when(it) {
                  is DownloadStatus.ByteData -> println("Downloaded ${it.data.size} bytes")
                  is DownloadStatus.Progress -> println("Downloaded ${it.totalBytesReceived.toFloat() / it.contentLength * 100}%")
                  DownloadStatus.Success -> println("Downloaded successfully")
              }
          }
          //or on JVM:
          bucket.downloadAuthenticatedToAsFlow("icon.png", File("icon.png")).collect {
              when(it) {
                  is DownloadStatus.Progress -> println("Downloaded ${it.totalBytesReceived.toFloat() / it.contentLength * 100}%")
                  DownloadStatus.Success -> println("Downloaded successfully")
                  else -> {} //The ByteData status will never occur as we are writing directly to a file
              }
          }
          ```
  - id: from-remove
    title: from.remove()
    $ref: '@supabase/storage-js.packages/StorageFileApi.default.remove'
    notes: |
      - RLS policy permissions required:
        - `buckets` table permissions: none
        - `objects` table permissions: `delete` and `select`
      - Refer to the [Storage guide](/docs/guides/storage/security/access-control) on how access control works
    examples:
      - id: delete-file
        name: Delete file
        isSpotlight: true
        code: |
          ```kotlin
          val bucket = supabase.storage["avatars"]
          bucket.delete("test.png", "test2.png")
          ```

  - id: from-list
    title: from.list()
    $ref: '@supabase/storage-js.packages/StorageFileApi.default.list'
    notes: |
      - RLS policy permissions required:
        - `buckets` table permissions: none
        - `objects` table permissions: `select`
      - Refer to the [Storage guide](/docs/guides/storage/security/access-control) on how access control works
    examples:
      - id: list-files-in-a-bucket
        name: List files in a bucket
        isSpotlight: true
        code: |
          ```kotlin
          val bucket = supabase.storage["avatars"]
          val files = bucket.list()
          ```
