all: reformat with ktfmt

Signed-off-by: Harsh Shandilya <me@msfjarvis.dev>

12 files changed, 1572 insertions, 1612 deletions

diff --git a/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/AutofillFormParser.kt b/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/AutofillFormParser.kt
index 248db2c7..fb951cf8 100644
--- a/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/AutofillFormParser.kt
+++ b/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/AutofillFormParser.kt
@@ -19,41 +19,40 @@ import com.github.ajalt.timberkt.d
  */
 public sealed class FormOrigin(public open val identifier: String) {
 
-    public data class Web(override val identifier: String) : FormOrigin(identifier)
-    public data class App(override val identifier: String) : FormOrigin(identifier)
-
-    public companion object {
-
-        private const val BUNDLE_KEY_WEB_IDENTIFIER = "webIdentifier"
-        private const val BUNDLE_KEY_APP_IDENTIFIER = "appIdentifier"
-
-        public fun fromBundle(bundle: Bundle): FormOrigin? {
-            val webIdentifier = bundle.getString(BUNDLE_KEY_WEB_IDENTIFIER)
-            if (webIdentifier != null) {
-                return Web(webIdentifier)
-            } else {
-                return App(bundle.getString(BUNDLE_KEY_APP_IDENTIFIER) ?: return null)
-            }
-        }
+  public data class Web(override val identifier: String) : FormOrigin(identifier)
+  public data class App(override val identifier: String) : FormOrigin(identifier)
+
+  public companion object {
+
+    private const val BUNDLE_KEY_WEB_IDENTIFIER = "webIdentifier"
+    private const val BUNDLE_KEY_APP_IDENTIFIER = "appIdentifier"
+
+    public fun fromBundle(bundle: Bundle): FormOrigin? {
+      val webIdentifier = bundle.getString(BUNDLE_KEY_WEB_IDENTIFIER)
+      if (webIdentifier != null) {
+        return Web(webIdentifier)
+      } else {
+        return App(bundle.getString(BUNDLE_KEY_APP_IDENTIFIER) ?: return null)
+      }
+    }
+  }
+
+  public fun getPrettyIdentifier(context: Context, untrusted: Boolean = true): String =
+    when (this) {
+      is Web -> identifier
+      is App -> {
+        val info = context.packageManager.getApplicationInfo(identifier, PackageManager.GET_META_DATA)
+        val label = context.packageManager.getApplicationLabel(info)
+        if (untrusted) "“$label”" else "$label"
+      }
     }
 
-    public fun getPrettyIdentifier(context: Context, untrusted: Boolean = true): String =
-        when (this) {
-            is Web -> identifier
-            is App -> {
-                val info = context.packageManager.getApplicationInfo(
-                    identifier, PackageManager.GET_META_DATA
-                )
-                val label = context.packageManager.getApplicationLabel(info)
-                if (untrusted) "“$label”" else "$label"
-            }
-        }
-
-    public fun toBundle(): Bundle = Bundle().apply {
-        when (this@FormOrigin) {
-            is Web -> putString(BUNDLE_KEY_WEB_IDENTIFIER, identifier)
-            is App -> putString(BUNDLE_KEY_APP_IDENTIFIER, identifier)
-        }
+  public fun toBundle(): Bundle =
+    Bundle().apply {
+      when (this@FormOrigin) {
+        is Web -> putString(BUNDLE_KEY_WEB_IDENTIFIER, identifier)
+        is App -> putString(BUNDLE_KEY_APP_IDENTIFIER, identifier)
+      }
     }
 }
 
@@ -62,126 +61,123 @@ public sealed class FormOrigin(public open val identifier: String) {
  */
 @RequiresApi(Build.VERSION_CODES.O)
 private class AutofillFormParser(
-    context: Context,
-    structure: AssistStructure,
-    isManualRequest: Boolean,
-    private val customSuffixes: Sequence<String>
+  context: Context,
+  structure: AssistStructure,
+  isManualRequest: Boolean,
+  private val customSuffixes: Sequence<String>
 ) {
 
-    companion object {
-        private val SUPPORTED_SCHEMES = listOf("http", "https")
-    }
+  companion object {
+    private val SUPPORTED_SCHEMES = listOf("http", "https")
+  }
 
-    private val relevantFields = mutableListOf<FormField>()
-    val ignoredIds = mutableListOf<AutofillId>()
-    private var fieldIndex = 0
+  private val relevantFields = mutableListOf<FormField>()
+  val ignoredIds = mutableListOf<AutofillId>()
+  private var fieldIndex = 0
 
-    private var appPackage = structure.activityComponent.packageName
+  private var appPackage = structure.activityComponent.packageName
 
-    private val trustedBrowserInfo =
-        getBrowserAutofillSupportInfoIfTrusted(context, appPackage)
-    val saveFlags = trustedBrowserInfo?.saveFlags
+  private val trustedBrowserInfo = getBrowserAutofillSupportInfoIfTrusted(context, appPackage)
+  val saveFlags = trustedBrowserInfo?.saveFlags
 
-    private val webOrigins = mutableSetOf<String>()
+  private val webOrigins = mutableSetOf<String>()
 
-    init {
-        d { "Request from $appPackage (${computeCertificatesHash(context, appPackage)})" }
-        parseStructure(structure)
-    }
+  init {
+    d { "Request from $appPackage (${computeCertificatesHash(context, appPackage)})" }
+    parseStructure(structure)
+  }
 
-    val scenario = detectFieldsToFill(isManualRequest)
-    val formOrigin = determineFormOrigin(context)
+  val scenario = detectFieldsToFill(isManualRequest)
+  val formOrigin = determineFormOrigin(context)
 
-    init {
-        d { "Origin: $formOrigin" }
-    }
+  init {
+    d { "Origin: $formOrigin" }
+  }
 
-    private fun parseStructure(structure: AssistStructure) {
-        for (i in 0 until structure.windowNodeCount) {
-            visitFormNode(structure.getWindowNodeAt(i).rootViewNode)
-        }
+  private fun parseStructure(structure: AssistStructure) {
+    for (i in 0 until structure.windowNodeCount) {
+      visitFormNode(structure.getWindowNodeAt(i).rootViewNode)
     }
-
-    private fun visitFormNode(node: AssistStructure.ViewNode, inheritedWebOrigin: String? = null) {
-        trackOrigin(node)
-        val field =
-            if (trustedBrowserInfo?.multiOriginMethod == BrowserMultiOriginMethod.WebView) {
-                FormField(node, fieldIndex, true, inheritedWebOrigin)
-            } else {
-                check(inheritedWebOrigin == null)
-                FormField(node, fieldIndex, false)
-            }
-        if (field.relevantField) {
-            d { "Relevant: $field" }
-            relevantFields.add(field)
-            fieldIndex++
-        } else {
-            d { "Ignored : $field" }
-            ignoredIds.add(field.autofillId)
-        }
-        for (i in 0 until node.childCount) {
-            visitFormNode(node.getChildAt(i), field.webOriginToPassDown)
-        }
+  }
+
+  private fun visitFormNode(node: AssistStructure.ViewNode, inheritedWebOrigin: String? = null) {
+    trackOrigin(node)
+    val field =
+      if (trustedBrowserInfo?.multiOriginMethod == BrowserMultiOriginMethod.WebView) {
+        FormField(node, fieldIndex, true, inheritedWebOrigin)
+      } else {
+        check(inheritedWebOrigin == null)
+        FormField(node, fieldIndex, false)
+      }
+    if (field.relevantField) {
+      d { "Relevant: $field" }
+      relevantFields.add(field)
+      fieldIndex++
+    } else {
+      d { "Ignored : $field" }
+      ignoredIds.add(field.autofillId)
+    }
+    for (i in 0 until node.childCount) {
+      visitFormNode(node.getChildAt(i), field.webOriginToPassDown)
     }
+  }
 
-    private fun detectFieldsToFill(isManualRequest: Boolean) = autofillStrategy.match(
-        relevantFields,
-        singleOriginMode = trustedBrowserInfo?.multiOriginMethod == BrowserMultiOriginMethod.None,
-        isManualRequest = isManualRequest
+  private fun detectFieldsToFill(isManualRequest: Boolean) =
+    autofillStrategy.match(
+      relevantFields,
+      singleOriginMode = trustedBrowserInfo?.multiOriginMethod == BrowserMultiOriginMethod.None,
+      isManualRequest = isManualRequest
     )
 
-    private fun trackOrigin(node: AssistStructure.ViewNode) {
-        if (trustedBrowserInfo == null) return
-        node.webOrigin?.let {
-            if (it !in webOrigins) {
-                d { "Origin encountered: $it" }
-                webOrigins.add(it)
-            }
-        }
+  private fun trackOrigin(node: AssistStructure.ViewNode) {
+    if (trustedBrowserInfo == null) return
+    node.webOrigin?.let {
+      if (it !in webOrigins) {
+        d { "Origin encountered: $it" }
+        webOrigins.add(it)
+      }
     }
-
-    private fun webOriginToFormOrigin(context: Context, origin: String): FormOrigin? {
-        val uri = Uri.parse(origin) ?: return null
-        val scheme = uri.scheme ?: return null
-        if (scheme !in SUPPORTED_SCHEMES) return null
-        val host = uri.host ?: return null
-        return FormOrigin.Web(getPublicSuffixPlusOne(context, host, customSuffixes))
+  }
+
+  private fun webOriginToFormOrigin(context: Context, origin: String): FormOrigin? {
+    val uri = Uri.parse(origin) ?: return null
+    val scheme = uri.scheme ?: return null
+    if (scheme !in SUPPORTED_SCHEMES) return null
+    val host = uri.host ?: return null
+    return FormOrigin.Web(getPublicSuffixPlusOne(context, host, customSuffixes))
+  }
+
+  private fun determineFormOrigin(context: Context): FormOrigin? {
+    if (scenario == null) return null
+    if (trustedBrowserInfo == null || webOrigins.isEmpty()) {
+      // Security assumption: If a trusted browser includes no web origin in the provided
+      // AssistStructure, then the form is a native browser form (e.g. for a sync password).
+      // TODO: Support WebViews in apps via Digital Asset Links
+      // See:
+      // https://developer.android.com/reference/android/service/autofill/AutofillService#web-security
+      return FormOrigin.App(appPackage)
     }
-
-    private fun determineFormOrigin(context: Context): FormOrigin? {
-        if (scenario == null) return null
-        if (trustedBrowserInfo == null || webOrigins.isEmpty()) {
-            // Security assumption: If a trusted browser includes no web origin in the provided
-            // AssistStructure, then the form is a native browser form (e.g. for a sync password).
-            // TODO: Support WebViews in apps via Digital Asset Links
-            // See: https://developer.android.com/reference/android/service/autofill/AutofillService#web-security
-            return FormOrigin.App(appPackage)
-        }
-        return when (trustedBrowserInfo.multiOriginMethod) {
-            BrowserMultiOriginMethod.None -> {
-                // Security assumption: If a browser is trusted but does not support tracking
-                // multiple origins, it is expected to annotate a single field, in most cases its
-                // URL bar, with a webOrigin. We err on the side of caution and only trust the
-                // reported web origin if no other web origin appears on the page.
-                webOriginToFormOrigin(context, webOrigins.singleOrNull() ?: return null)
-            }
-            BrowserMultiOriginMethod.WebView,
-            BrowserMultiOriginMethod.Field -> {
-                // Security assumption: For browsers with full autofill support (the `Field` case),
-                // every form field is annotated with its origin. For browsers based on WebView,
-                // this is true after the web origins of WebViews are passed down to their children.
-                //
-                // For browsers with the WebView or Field method of multi origin support, we take
-                // the single origin among the detected fillable or saveable fields. If this origin
-                // is null, but we encountered web origins elsewhere in the AssistStructure, the
-                // situation is uncertain and Autofill should not be offered.
-                webOriginToFormOrigin(
-                    context,
-                    scenario.allFields.map { it.webOrigin }.toSet().singleOrNull() ?: return null
-                )
-            }
-        }
+    return when (trustedBrowserInfo.multiOriginMethod) {
+      BrowserMultiOriginMethod.None -> {
+        // Security assumption: If a browser is trusted but does not support tracking
+        // multiple origins, it is expected to annotate a single field, in most cases its
+        // URL bar, with a webOrigin. We err on the side of caution and only trust the
+        // reported web origin if no other web origin appears on the page.
+        webOriginToFormOrigin(context, webOrigins.singleOrNull() ?: return null)
+      }
+      BrowserMultiOriginMethod.WebView, BrowserMultiOriginMethod.Field -> {
+        // Security assumption: For browsers with full autofill support (the `Field` case),
+        // every form field is annotated with its origin. For browsers based on WebView,
+        // this is true after the web origins of WebViews are passed down to their children.
+        //
+        // For browsers with the WebView or Field method of multi origin support, we take
+        // the single origin among the detected fillable or saveable fields. If this origin
+        // is null, but we encountered web origins elsewhere in the AssistStructure, the
+        // situation is uncertain and Autofill should not be offered.
+        webOriginToFormOrigin(context, scenario.allFields.map { it.webOrigin }.toSet().singleOrNull() ?: return null)
+      }
     }
+  }
 }
 
 public data class Credentials(val username: String?, val password: String?, val otp: String?)
@@ -191,29 +187,26 @@ public data class Credentials(val username: String?, val password: String?, val
  * entry point to all fill and save features.
  */
 @RequiresApi(Build.VERSION_CODES.O)
-public class FillableForm private constructor(
-    public val formOrigin: FormOrigin,
-    public val scenario: AutofillScenario<AutofillId>,
-    public val ignoredIds: List<AutofillId>,
-    public val saveFlags: Int?
+public class FillableForm
+private constructor(
+  public val formOrigin: FormOrigin,
+  public val scenario: AutofillScenario<AutofillId>,
+  public val ignoredIds: List<AutofillId>,
+  public val saveFlags: Int?
 ) {
-    public companion object {
-        /**
-         * Returns a [FillableForm] if a login form could be detected in [structure].
-         */
-        public fun parseAssistStructure(
-            context: Context,
-            structure: AssistStructure,
-            isManualRequest: Boolean,
-            customSuffixes: Sequence<String> = emptySequence(),
-        ): FillableForm? {
-            val form = AutofillFormParser(context, structure, isManualRequest, customSuffixes)
-            if (form.formOrigin == null || form.scenario == null) return null
-            return FillableForm(form.formOrigin, form.scenario.map { it.autofillId }, form.ignoredIds, form.saveFlags)
-        }
+  public companion object {
+    /** Returns a [FillableForm] if a login form could be detected in [structure]. */
+    public fun parseAssistStructure(
+      context: Context,
+      structure: AssistStructure,
+      isManualRequest: Boolean,
+      customSuffixes: Sequence<String> = emptySequence(),
+    ): FillableForm? {
+      val form = AutofillFormParser(context, structure, isManualRequest, customSuffixes)
+      if (form.formOrigin == null || form.scenario == null) return null
+      return FillableForm(form.formOrigin, form.scenario.map { it.autofillId }, form.ignoredIds, form.saveFlags)
     }
+  }
 
-    public fun toClientState(): Bundle = scenario.toBundle().apply {
-        putAll(formOrigin.toBundle())
-    }
+  public fun toClientState(): Bundle = scenario.toBundle().apply { putAll(formOrigin.toBundle()) }
 }
diff --git a/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/AutofillHelper.kt b/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/AutofillHelper.kt
index c60a00ec..7f193cfc 100644
--- a/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/AutofillHelper.kt
+++ b/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/AutofillHelper.kt
@@ -20,19 +20,19 @@ import com.github.ajalt.timberkt.e
 import java.security.MessageDigest
 
 private fun ByteArray.sha256(): ByteArray {
-    return MessageDigest.getInstance("SHA-256").run {
-        update(this@sha256)
-        digest()
-    }
+  return MessageDigest.getInstance("SHA-256").run {
+    update(this@sha256)
+    digest()
+  }
 }
 
 private fun ByteArray.base64(): String {
-    return Base64.encodeToString(this, Base64.NO_WRAP)
+  return Base64.encodeToString(this, Base64.NO_WRAP)
 }
 
 private fun stableHash(array: Collection<ByteArray>): String {
-    val hashes = array.map { it.sha256().base64() }
-    return hashes.sorted().joinToString(separator = ";")
+  val hashes = array.map { it.sha256().base64() }
+  return hashes.sorted().joinToString(separator = ";")
 }
 
 /**
@@ -43,25 +43,22 @@ private fun stableHash(array: Collection<ByteArray>): String {
  * returns all of them in sorted order and separated with `;`.
  */
 public fun computeCertificatesHash(context: Context, appPackage: String): String {
-    // The warning does not apply since 1) we are specifically hashing **all** signatures and 2) it
-    // no longer applies to Android 4.4+.
-    // Even though there is a new way to get the certificates as of Android Pie, we need to keep
-    // hashes comparable between versions and hence default to using the deprecated API.
-    @SuppressLint("PackageManagerGetSignatures")
-    @Suppress("DEPRECATION")
-    val signaturesOld =
-        context.packageManager.getPackageInfo(appPackage, PackageManager.GET_SIGNATURES).signatures
-    val stableHashOld = stableHash(signaturesOld.map { it.toByteArray() })
-    if (Build.VERSION.SDK_INT >= 28) {
-        val info = context.packageManager.getPackageInfo(
-            appPackage, PackageManager.GET_SIGNING_CERTIFICATES
-        )
-        val signaturesNew =
-            info.signingInfo.signingCertificateHistory ?: info.signingInfo.apkContentsSigners
-        val stableHashNew = stableHash(signaturesNew.map { it.toByteArray() })
-        if (stableHashNew != stableHashOld) tag("CertificatesHash").e { "Mismatch between old and new hash: $stableHashNew != $stableHashOld" }
-    }
-    return stableHashOld
+  // The warning does not apply since 1) we are specifically hashing **all** signatures and 2) it
+  // no longer applies to Android 4.4+.
+  // Even though there is a new way to get the certificates as of Android Pie, we need to keep
+  // hashes comparable between versions and hence default to using the deprecated API.
+  @SuppressLint("PackageManagerGetSignatures")
+  @Suppress("DEPRECATION")
+  val signaturesOld = context.packageManager.getPackageInfo(appPackage, PackageManager.GET_SIGNATURES).signatures
+  val stableHashOld = stableHash(signaturesOld.map { it.toByteArray() })
+  if (Build.VERSION.SDK_INT >= 28) {
+    val info = context.packageManager.getPackageInfo(appPackage, PackageManager.GET_SIGNING_CERTIFICATES)
+    val signaturesNew = info.signingInfo.signingCertificateHistory ?: info.signingInfo.apkContentsSigners
+    val stableHashNew = stableHash(signaturesNew.map { it.toByteArray() })
+    if (stableHashNew != stableHashOld)
+      tag("CertificatesHash").e { "Mismatch between old and new hash: $stableHashNew != $stableHashOld" }
+  }
+  return stableHashOld
 }
 
 /**
@@ -69,59 +66,56 @@ public fun computeCertificatesHash(context: Context, appPackage: String): String
  * its `webDomain` and `webScheme`, if available.
  */
 internal val AssistStructure.ViewNode.webOrigin: String?
-    @RequiresApi(Build.VERSION_CODES.O) get() = webDomain?.let { domain ->
-        val scheme = (if (Build.VERSION.SDK_INT >= 28) webScheme else null) ?: "https"
-        "$scheme://$domain"
+  @RequiresApi(Build.VERSION_CODES.O)
+  get() =
+    webDomain?.let { domain ->
+      val scheme = (if (Build.VERSION.SDK_INT >= 28) webScheme else null) ?: "https"
+      "$scheme://$domain"
     }
 
 @RequiresApi(Build.VERSION_CODES.O)
 public class FixedSaveCallback(context: Context, private val callback: SaveCallback) {
 
-    private val applicationContext = context.applicationContext
+  private val applicationContext = context.applicationContext
 
-    public fun onFailure(message: CharSequence) {
-        callback.onFailure(message)
-        // When targeting SDK 29, the message is no longer shown as a toast.
-        // See https://developer.android.com/reference/android/service/autofill/SaveCallback#onFailure(java.lang.CharSequence)
-        if (applicationContext.applicationInfo.targetSdkVersion >= 29) {
-            Toast.makeText(applicationContext, message, Toast.LENGTH_LONG).show()
-        }
+  public fun onFailure(message: CharSequence) {
+    callback.onFailure(message)
+    // When targeting SDK 29, the message is no longer shown as a toast.
+    // See
+    // https://developer.android.com/reference/android/service/autofill/SaveCallback#onFailure(java.lang.CharSequence)
+    if (applicationContext.applicationInfo.targetSdkVersion >= 29) {
+      Toast.makeText(applicationContext, message, Toast.LENGTH_LONG).show()
     }
+  }
 
-    public fun onSuccess(intentSender: IntentSender) {
-        if (Build.VERSION.SDK_INT >= 28) {
-            callback.onSuccess(intentSender)
-        } else {
-            callback.onSuccess()
-            // On SDKs < 28, we cannot advise the Autofill framework to launch the save intent in
-            // the context of the app that triggered the save request. Hence, we launch it here.
-            applicationContext.startIntentSender(intentSender, null, 0, 0, 0)
-        }
+  public fun onSuccess(intentSender: IntentSender) {
+    if (Build.VERSION.SDK_INT >= 28) {
+      callback.onSuccess(intentSender)
+    } else {
+      callback.onSuccess()
+      // On SDKs < 28, we cannot advise the Autofill framework to launch the save intent in
+      // the context of the app that triggered the save request. Hence, we launch it here.
+      applicationContext.startIntentSender(intentSender, null, 0, 0, 0)
     }
+  }
 }
 
 private fun visitViewNodes(structure: AssistStructure, block: (AssistStructure.ViewNode) -> Unit) {
-    for (i in 0 until structure.windowNodeCount) {
-        visitViewNode(structure.getWindowNodeAt(i).rootViewNode, block)
-    }
+  for (i in 0 until structure.windowNodeCount) {
+    visitViewNode(structure.getWindowNodeAt(i).rootViewNode, block)
+  }
 }
 
-private fun visitViewNode(
-    node: AssistStructure.ViewNode,
-    block: (AssistStructure.ViewNode) -> Unit
-) {
-    block(node)
-    for (i in 0 until node.childCount) {
-        visitViewNode(node.getChildAt(i), block)
-    }
+private fun visitViewNode(node: AssistStructure.ViewNode, block: (AssistStructure.ViewNode) -> Unit) {
+  block(node)
+  for (i in 0 until node.childCount) {
+    visitViewNode(node.getChildAt(i), block)
+  }
 }
 
 @RequiresApi(Build.VERSION_CODES.O)
 internal fun AssistStructure.findNodeByAutofillId(autofillId: AutofillId): AssistStructure.ViewNode? {
-    var node: AssistStructure.ViewNode? = null
-    visitViewNodes(this) {
-        if (it.autofillId == autofillId)
-            node = it
-    }
-    return node
+  var node: AssistStructure.ViewNode? = null
+  visitViewNodes(this) { if (it.autofillId == autofillId) node = it }
+  return node
 }
diff --git a/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/AutofillScenario.kt b/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/AutofillScenario.kt
index ad26a36c..7df5d9c5 100644
--- a/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/AutofillScenario.kt
+++ b/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/AutofillScenario.kt
@@ -14,7 +14,10 @@ import androidx.annotation.RequiresApi
 import com.github.ajalt.timberkt.e
 
 public enum class AutofillAction {
-    Match, Search, Generate, FillOtpFromSms
+  Match,
+  Search,
+  Generate,
+  FillOtpFromSms
 }
 
 /**
@@ -26,276 +29,270 @@ public enum class AutofillAction {
 @RequiresApi(Build.VERSION_CODES.O)
 public sealed class AutofillScenario<out T : Any> {
 
-    public companion object {
+  public companion object {
 
-        internal const val BUNDLE_KEY_USERNAME_ID = "usernameId"
-        internal const val BUNDLE_KEY_FILL_USERNAME = "fillUsername"
-        internal const val BUNDLE_KEY_OTP_ID = "otpId"
-        internal const val BUNDLE_KEY_CURRENT_PASSWORD_IDS = "currentPasswordIds"
-        internal const val BUNDLE_KEY_NEW_PASSWORD_IDS = "newPasswordIds"
-        internal const val BUNDLE_KEY_GENERIC_PASSWORD_IDS = "genericPasswordIds"
+    internal const val BUNDLE_KEY_USERNAME_ID = "usernameId"
+    internal const val BUNDLE_KEY_FILL_USERNAME = "fillUsername"
+    internal const val BUNDLE_KEY_OTP_ID = "otpId"
+    internal const val BUNDLE_KEY_CURRENT_PASSWORD_IDS = "currentPasswordIds"
+    internal const val BUNDLE_KEY_NEW_PASSWORD_IDS = "newPasswordIds"
+    internal const val BUNDLE_KEY_GENERIC_PASSWORD_IDS = "genericPasswordIds"
 
-        @Deprecated("Use `fromClientState` instead.", ReplaceWith("fromClientState(clientState)", "com.github.androidpasswordstore.autofillparser.AutofillScenario.Companion.fromClientState"))
-        public fun fromBundle(clientState: Bundle): AutofillScenario<AutofillId>? {
-            return fromClientState(clientState)
-        }
+    @Deprecated(
+      "Use `fromClientState` instead.",
+      ReplaceWith(
+        "fromClientState(clientState)",
+        "com.github.androidpasswordstore.autofillparser.AutofillScenario.Companion.fromClientState"
+      )
+    )
+    public fun fromBundle(clientState: Bundle): AutofillScenario<AutofillId>? {
+      return fromClientState(clientState)
+    }
 
-        public fun fromClientState(clientState: Bundle): AutofillScenario<AutofillId>? {
-            return try {
-                Builder<AutofillId>().apply {
-                    username = clientState.getParcelable(BUNDLE_KEY_USERNAME_ID)
-                    fillUsername = clientState.getBoolean(BUNDLE_KEY_FILL_USERNAME)
-                    otp = clientState.getParcelable(BUNDLE_KEY_OTP_ID)
-                    currentPassword.addAll(
-                        clientState.getParcelableArrayList(
-                            BUNDLE_KEY_CURRENT_PASSWORD_IDS
-                        ) ?: emptyList()
-                    )
-                    newPassword.addAll(
-                        clientState.getParcelableArrayList(
-                            BUNDLE_KEY_NEW_PASSWORD_IDS
-                        ) ?: emptyList()
-                    )
-                    genericPassword.addAll(
-                        clientState.getParcelableArrayList(
-                            BUNDLE_KEY_GENERIC_PASSWORD_IDS
-                        ) ?: emptyList()
-                    )
-                }.build()
-            } catch(e: Throwable) {
-                e(e)
-                null
-            }
-        }
+    public fun fromClientState(clientState: Bundle): AutofillScenario<AutofillId>? {
+      return try {
+        Builder<AutofillId>()
+          .apply {
+            username = clientState.getParcelable(BUNDLE_KEY_USERNAME_ID)
+            fillUsername = clientState.getBoolean(BUNDLE_KEY_FILL_USERNAME)
+            otp = clientState.getParcelable(BUNDLE_KEY_OTP_ID)
+            currentPassword.addAll(clientState.getParcelableArrayList(BUNDLE_KEY_CURRENT_PASSWORD_IDS) ?: emptyList())
+            newPassword.addAll(clientState.getParcelableArrayList(BUNDLE_KEY_NEW_PASSWORD_IDS) ?: emptyList())
+            genericPassword.addAll(clientState.getParcelableArrayList(BUNDLE_KEY_GENERIC_PASSWORD_IDS) ?: emptyList())
+          }
+          .build()
+      } catch (e: Throwable) {
+        e(e)
+        null
+      }
     }
+  }
 
-    internal class Builder<T : Any> {
+  internal class Builder<T : Any> {
 
-        var username: T? = null
-        var fillUsername = false
-        var otp: T? = null
-        val currentPassword = mutableListOf<T>()
-        val newPassword = mutableListOf<T>()
-        val genericPassword = mutableListOf<T>()
+    var username: T? = null
+    var fillUsername = false
+    var otp: T? = null
+    val currentPassword = mutableListOf<T>()
+    val newPassword = mutableListOf<T>()
+    val genericPassword = mutableListOf<T>()
 
-        fun build(): AutofillScenario<T> {
-            require(genericPassword.isEmpty() || (currentPassword.isEmpty() && newPassword.isEmpty()))
-            return if (currentPassword.isNotEmpty() || newPassword.isNotEmpty()) {
-                ClassifiedAutofillScenario(
-                    username = username,
-                    fillUsername = fillUsername,
-                    otp = otp,
-                    currentPassword = currentPassword,
-                    newPassword = newPassword
-                )
-            } else {
-                GenericAutofillScenario(
-                    username = username,
-                    fillUsername = fillUsername,
-                    otp = otp,
-                    genericPassword = genericPassword
-                )
-            }
-        }
+    fun build(): AutofillScenario<T> {
+      require(genericPassword.isEmpty() || (currentPassword.isEmpty() && newPassword.isEmpty()))
+      return if (currentPassword.isNotEmpty() || newPassword.isNotEmpty()) {
+        ClassifiedAutofillScenario(
+          username = username,
+          fillUsername = fillUsername,
+          otp = otp,
+          currentPassword = currentPassword,
+          newPassword = newPassword
+        )
+      } else {
+        GenericAutofillScenario(
+          username = username,
+          fillUsername = fillUsername,
+          otp = otp,
+          genericPassword = genericPassword
+        )
+      }
     }
+  }
 
-    public abstract val username: T?
-    public abstract val passwordFieldsToSave: List<T>
+  public abstract val username: T?
+  public abstract val passwordFieldsToSave: List<T>
 
-    internal abstract val otp: T?
-    internal abstract val allPasswordFields: List<T>
-    internal abstract val fillUsername: Boolean
-    internal abstract val passwordFieldsToFillOnMatch: List<T>
-    internal abstract val passwordFieldsToFillOnSearch: List<T>
-    internal abstract val passwordFieldsToFillOnGenerate: List<T>
+  internal abstract val otp: T?
+  internal abstract val allPasswordFields: List<T>
+  internal abstract val fillUsername: Boolean
+  internal abstract val passwordFieldsToFillOnMatch: List<T>
+  internal abstract val passwordFieldsToFillOnSearch: List<T>
+  internal abstract val passwordFieldsToFillOnGenerate: List<T>
 
-    public val fieldsToSave: List<T>
-        get() = listOfNotNull(username) + passwordFieldsToSave
+  public val fieldsToSave: List<T>
+    get() = listOfNotNull(username) + passwordFieldsToSave
 
-    internal val allFields: List<T>
-        get() = listOfNotNull(username, otp) + allPasswordFields
+  internal val allFields: List<T>
+    get() = listOfNotNull(username, otp) + allPasswordFields
 
-    internal fun fieldsToFillOn(action: AutofillAction): List<T> {
-        val credentialFieldsToFill = when (action) {
-            AutofillAction.Match -> passwordFieldsToFillOnMatch + listOfNotNull(otp)
-            AutofillAction.Search -> passwordFieldsToFillOnSearch + listOfNotNull(otp)
-            AutofillAction.Generate -> passwordFieldsToFillOnGenerate
-            AutofillAction.FillOtpFromSms -> listOfNotNull(otp)
-        }
-        return when {
-            action == AutofillAction.FillOtpFromSms -> {
-                // When filling from an SMS, we cannot get any data other than the OTP itself.
-                credentialFieldsToFill
-            }
-            credentialFieldsToFill.isNotEmpty() -> {
-                // If the current action would fill into any password field, we also fill into the
-                // username field if possible.
-                listOfNotNull(username.takeIf { fillUsername }) + credentialFieldsToFill
-            }
-            allPasswordFields.isEmpty() && action != AutofillAction.Generate -> {
-                // If there no password fields at all, we still offer to fill the username, e.g. in
-                // two-step login scenarios, but we do not offer to generate a password.
-                listOfNotNull(username.takeIf { fillUsername })
-            }
-            else -> emptyList()
-        }
+  internal fun fieldsToFillOn(action: AutofillAction): List<T> {
+    val credentialFieldsToFill =
+      when (action) {
+        AutofillAction.Match -> passwordFieldsToFillOnMatch + listOfNotNull(otp)
+        AutofillAction.Search -> passwordFieldsToFillOnSearch + listOfNotNull(otp)
+        AutofillAction.Generate -> passwordFieldsToFillOnGenerate
+        AutofillAction.FillOtpFromSms -> listOfNotNull(otp)
+      }
+    return when {
+      action == AutofillAction.FillOtpFromSms -> {
+        // When filling from an SMS, we cannot get any data other than the OTP itself.
+        credentialFieldsToFill
+      }
+      credentialFieldsToFill.isNotEmpty() -> {
+        // If the current action would fill into any password field, we also fill into the
+        // username field if possible.
+        listOfNotNull(username.takeIf { fillUsername }) + credentialFieldsToFill
+      }
+      allPasswordFields.isEmpty() && action != AutofillAction.Generate -> {
+        // If there no password fields at all, we still offer to fill the username, e.g. in
+        // two-step login scenarios, but we do not offer to generate a password.
+        listOfNotNull(username.takeIf { fillUsername })
+      }
+      else -> emptyList()
     }
+  }
 
-    public fun hasFieldsToFillOn(action: AutofillAction): Boolean {
-        return fieldsToFillOn(action).isNotEmpty()
-    }
+  public fun hasFieldsToFillOn(action: AutofillAction): Boolean {
+    return fieldsToFillOn(action).isNotEmpty()
+  }
 
-    public val hasFieldsToSave: Boolean
-        get() = fieldsToSave.isNotEmpty()
+  public val hasFieldsToSave: Boolean
+    get() = fieldsToSave.isNotEmpty()
 
-    public val hasPasswordFieldsToSave: Boolean
-        get() = fieldsToSave.minus(listOfNotNull(username)).isNotEmpty()
+  public val hasPasswordFieldsToSave: Boolean
+    get() = fieldsToSave.minus(listOfNotNull(username)).isNotEmpty()
 
-    public val hasUsername: Boolean
-        get() = username != null
+  public val hasUsername: Boolean
+    get() = username != null
 }
 
 @RequiresApi(Build.VERSION_CODES.O)
 internal data class ClassifiedAutofillScenario<T : Any>(
-    override val username: T?,
-    override val fillUsername: Boolean,
-    override val otp: T?,
-    val currentPassword: List<T>,
-    val newPassword: List<T>
+  override val username: T?,
+  override val fillUsername: Boolean,
+  override val otp: T?,
+  val currentPassword: List<T>,
+  val newPassword: List<T>
 ) : AutofillScenario<T>() {
 
-    override val allPasswordFields
-        get() = currentPassword + newPassword
-    override val passwordFieldsToFillOnMatch
-        get() = currentPassword
-    override val passwordFieldsToFillOnSearch
-        get() = currentPassword
-    override val passwordFieldsToFillOnGenerate
-        get() = newPassword
-    override val passwordFieldsToSave
-        get() = if (newPassword.isNotEmpty()) newPassword else currentPassword
+  override val allPasswordFields
+    get() = currentPassword + newPassword
+  override val passwordFieldsToFillOnMatch
+    get() = currentPassword
+  override val passwordFieldsToFillOnSearch
+    get() = currentPassword
+  override val passwordFieldsToFillOnGenerate
+    get() = newPassword
+  override val passwordFieldsToSave
+    get() = if (newPassword.isNotEmpty()) newPassword else currentPassword
 }
 
 @RequiresApi(Build.VERSION_CODES.O)
 internal data class GenericAutofillScenario<T : Any>(
-    override val username: T?,
-    override val fillUsername: Boolean,
-    override val otp: T?,
-    val genericPassword: List<T>
+  override val username: T?,
+  override val fillUsername: Boolean,
+  override val otp: T?,
+  val genericPassword: List<T>
 ) : AutofillScenario<T>() {
 
-    override val allPasswordFields
-        get() = genericPassword
-    override val passwordFieldsToFillOnMatch
-        get() = if (genericPassword.size == 1) genericPassword else emptyList()
-    override val passwordFieldsToFillOnSearch
-        get() = if (genericPassword.size == 1) genericPassword else emptyList()
-    override val passwordFieldsToFillOnGenerate
-        get() = genericPassword
-    override val passwordFieldsToSave
-        get() = genericPassword
+  override val allPasswordFields
+    get() = genericPassword
+  override val passwordFieldsToFillOnMatch
+    get() = if (genericPassword.size == 1) genericPassword else emptyList()
+  override val passwordFieldsToFillOnSearch
+    get() = if (genericPassword.size == 1) genericPassword else emptyList()
+  override val passwordFieldsToFillOnGenerate
+    get() = genericPassword
+  override val passwordFieldsToSave
+    get() = genericPassword
 }
 
 internal fun AutofillScenario<FormField>.passesOriginCheck(singleOriginMode: Boolean): Boolean {
-    return if (singleOriginMode) {
-        // In single origin mode, only the browsers URL bar (which is never filled) should have
-        // a webOrigin.
-        allFields.all { it.webOrigin == null }
-    } else {
-        // In apps or browsers in multi origin mode, every field in a dataset has to belong to
-        // the same (possibly null) origin.
-        allFields.map { it.webOrigin }.toSet().size == 1
-    }
+  return if (singleOriginMode) {
+    // In single origin mode, only the browsers URL bar (which is never filled) should have
+    // a webOrigin.
+    allFields.all { it.webOrigin == null }
+  } else {
+    // In apps or browsers in multi origin mode, every field in a dataset has to belong to
+    // the same (possibly null) origin.
+    allFields.map { it.webOrigin }.toSet().size == 1
+  }
 }
 
 @RequiresApi(Build.VERSION_CODES.O)
 @JvmName("fillWithAutofillId")
 public fun Dataset.Builder.fillWith(
-    scenario: AutofillScenario<AutofillId>,
-    action: AutofillAction,
-    credentials: Credentials?
+  scenario: AutofillScenario<AutofillId>,
+  action: AutofillAction,
+  credentials: Credentials?
 ) {
-    val credentialsToFill = credentials ?: Credentials(
-        "USERNAME",
-        "PASSWORD",
-        "OTP"
-    )
-    for (field in scenario.fieldsToFillOn(action)) {
-        val value = when (field) {
-            scenario.username -> credentialsToFill.username
-            scenario.otp -> credentialsToFill.otp
-            else -> credentialsToFill.password
-        }
-        setValue(field, AutofillValue.forText(value))
-    }
+  val credentialsToFill = credentials ?: Credentials("USERNAME", "PASSWORD", "OTP")
+  for (field in scenario.fieldsToFillOn(action)) {
+    val value =
+      when (field) {
+        scenario.username -> credentialsToFill.username
+        scenario.otp -> credentialsToFill.otp
+        else -> credentialsToFill.password
+      }
+    setValue(field, AutofillValue.forText(value))
+  }
 }
 
 internal inline fun <T : Any, S : Any> AutofillScenario<T>.map(transform: (T) -> S): AutofillScenario<S> {
-    val builder = AutofillScenario.Builder<S>()
-    builder.username = username?.let(transform)
-    builder.fillUsername = fillUsername
-    builder.otp = otp?.let(transform)
-    when (this) {
-        is ClassifiedAutofillScenario -> {
-            builder.currentPassword.addAll(currentPassword.map(transform))
-            builder.newPassword.addAll(newPassword.map(transform))
-        }
-        is GenericAutofillScenario -> {
-            builder.genericPassword.addAll(genericPassword.map(transform))
-        }
+  val builder = AutofillScenario.Builder<S>()
+  builder.username = username?.let(transform)
+  builder.fillUsername = fillUsername
+  builder.otp = otp?.let(transform)
+  when (this) {
+    is ClassifiedAutofillScenario -> {
+      builder.currentPassword.addAll(currentPassword.map(transform))
+      builder.newPassword.addAll(newPassword.map(transform))
     }
-    return builder.build()
+    is GenericAutofillScenario -> {
+      builder.genericPassword.addAll(genericPassword.map(transform))
+    }
+  }
+  return builder.build()
 }
 
 @RequiresApi(Build.VERSION_CODES.O)
 @JvmName("toBundleAutofillId")
-internal fun AutofillScenario<AutofillId>.toBundle(): Bundle = when (this) {
+internal fun AutofillScenario<AutofillId>.toBundle(): Bundle =
+  when (this) {
     is ClassifiedAutofillScenario<AutofillId> -> {
-        Bundle(5).apply {
-            putParcelable(AutofillScenario.BUNDLE_KEY_USERNAME_ID, username)
-            putBoolean(AutofillScenario.BUNDLE_KEY_FILL_USERNAME, fillUsername)
-            putParcelable(AutofillScenario.BUNDLE_KEY_OTP_ID, otp)
-            putParcelableArrayList(
-                AutofillScenario.BUNDLE_KEY_CURRENT_PASSWORD_IDS, ArrayList(currentPassword)
-            )
-            putParcelableArrayList(
-                AutofillScenario.BUNDLE_KEY_NEW_PASSWORD_IDS, ArrayList(newPassword)
-            )
-        }
+      Bundle(5).apply {
+        putParcelable(AutofillScenario.BUNDLE_KEY_USERNAME_ID, username)
+        putBoolean(AutofillScenario.BUNDLE_KEY_FILL_USERNAME, fillUsername)
+        putParcelable(AutofillScenario.BUNDLE_KEY_OTP_ID, otp)
+        putParcelableArrayList(AutofillScenario.BUNDLE_KEY_CURRENT_PASSWORD_IDS, ArrayList(currentPassword))
+        putParcelableArrayList(AutofillScenario.BUNDLE_KEY_NEW_PASSWORD_IDS, ArrayList(newPassword))
+      }
     }
     is GenericAutofillScenario<AutofillId> -> {
-        Bundle(4).apply {
-            putParcelable(AutofillScenario.BUNDLE_KEY_USERNAME_ID, username)
-            putBoolean(AutofillScenario.BUNDLE_KEY_FILL_USERNAME, fillUsername)
-            putParcelable(AutofillScenario.BUNDLE_KEY_OTP_ID, otp)
-            putParcelableArrayList(
-                AutofillScenario.BUNDLE_KEY_GENERIC_PASSWORD_IDS, ArrayList(genericPassword)
-            )
-        }
+      Bundle(4).apply {
+        putParcelable(AutofillScenario.BUNDLE_KEY_USERNAME_ID, username)
+        putBoolean(AutofillScenario.BUNDLE_KEY_FILL_USERNAME, fillUsername)
+        putParcelable(AutofillScenario.BUNDLE_KEY_OTP_ID, otp)
+        putParcelableArrayList(AutofillScenario.BUNDLE_KEY_GENERIC_PASSWORD_IDS, ArrayList(genericPassword))
+      }
     }
-}
+  }
 
 @RequiresApi(Build.VERSION_CODES.O)
-public fun AutofillScenario<AutofillId>.recoverNodes(structure: AssistStructure): AutofillScenario<AssistStructure.ViewNode>? {
-    return map { autofillId ->
-        structure.findNodeByAutofillId(autofillId) ?: return null
-    }
+public fun AutofillScenario<AutofillId>.recoverNodes(
+  structure: AssistStructure
+): AutofillScenario<AssistStructure.ViewNode>? {
+  return map { autofillId -> structure.findNodeByAutofillId(autofillId) ?: return null }
 }
 
 public val AutofillScenario<AssistStructure.ViewNode>.usernameValue: String?
-    @RequiresApi(Build.VERSION_CODES.O) get() {
-        val value = username?.autofillValue ?: return null
-        return if (value.isText) value.textValue.toString() else null
-    }
+  @RequiresApi(Build.VERSION_CODES.O)
+  get() {
+    val value = username?.autofillValue ?: return null
+    return if (value.isText) value.textValue.toString() else null
+  }
 public val AutofillScenario<AssistStructure.ViewNode>.passwordValue: String?
-    @RequiresApi(Build.VERSION_CODES.O) get() {
-        val distinctValues = passwordFieldsToSave.map {
-            if (it.autofillValue?.isText == true) {
-                it.autofillValue?.textValue?.toString()
-            } else {
-                null
-            }
-        }.toSet()
-        // Only return a non-null password value when all password fields agree
-        return distinctValues.singleOrNull()
-    }
+  @RequiresApi(Build.VERSION_CODES.O)
+  get() {
+    val distinctValues =
+      passwordFieldsToSave
+        .map {
+          if (it.autofillValue?.isText == true) {
+            it.autofillValue?.textValue?.toString()
+          } else {
+            null
+          }
+        }
+        .toSet()
+    // Only return a non-null password value when all password fields agree
+    return distinctValues.singleOrNull()
+  }
diff --git a/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/AutofillStrategy.kt b/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/AutofillStrategy.kt
index 94cc17ba..c1e0f234 100644
--- a/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/AutofillStrategy.kt
+++ b/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/AutofillStrategy.kt
@@ -9,220 +9,172 @@ import androidx.annotation.RequiresApi
 import com.github.androidpasswordstore.autofillparser.CertaintyLevel.Certain
 import com.github.androidpasswordstore.autofillparser.CertaintyLevel.Likely
 
-private inline fun <T> Pair<T, T>.all(predicate: T.() -> Boolean) =
-    predicate(first) && predicate(second)
+private inline fun <T> Pair<T, T>.all(predicate: T.() -> Boolean) = predicate(first) && predicate(second)
 
-private inline fun <T> Pair<T, T>.any(predicate: T.() -> Boolean) =
-    predicate(first) || predicate(second)
+private inline fun <T> Pair<T, T>.any(predicate: T.() -> Boolean) = predicate(first) || predicate(second)
 
-private inline fun <T> Pair<T, T>.none(predicate: T.() -> Boolean) =
-    !predicate(first) && !predicate(second)
+private inline fun <T> Pair<T, T>.none(predicate: T.() -> Boolean) = !predicate(first) && !predicate(second)
 
 /**
- * The strategy used to detect [AutofillScenario]s; expressed using the DSL implemented in
+ * The strategy used to detect [AutofillScenario] s; expressed using the DSL implemented in
  * [AutofillDsl].
  */
 @RequiresApi(Build.VERSION_CODES.O)
 internal val autofillStrategy = strategy {
 
-    // Match two new password fields, an optional current password field right below or above, and
-    // an optional username field with autocomplete hint.
-    // TODO: Introduce a custom fill/generate/update flow for this scenario
-    rule {
-        newPassword {
-            takePair { all { hasHintNewPassword } }
-            breakTieOnPair { any { isFocused } }
-        }
-        currentPassword(optional = true) {
-            takeSingle { alreadyMatched ->
-                val adjacentToNewPasswords =
-                    directlyPrecedes(alreadyMatched) || directlyFollows(alreadyMatched)
-                // The Autofill framework has not hint that applies to current passwords only.
-                // In this scenario, we have already matched fields a pair of fields with a specific
-                // new password hint, so we take a generic Autofill password hint to mean a current
-                // password.
-                (hasAutocompleteHintCurrentPassword || hasAutofillHintPassword) &&
-                    adjacentToNewPasswords
-            }
-        }
-        username(optional = true) {
-            takeSingle { hasHintUsername }
-            breakTieOnSingle { alreadyMatched -> directlyPrecedes(alreadyMatched) }
-            breakTieOnSingle { isFocused }
-        }
+  // Match two new password fields, an optional current password field right below or above, and
+  // an optional username field with autocomplete hint.
+  // TODO: Introduce a custom fill/generate/update flow for this scenario
+  rule {
+    newPassword {
+      takePair { all { hasHintNewPassword } }
+      breakTieOnPair { any { isFocused } }
     }
-
-    // Match a single focused current password field and hidden username field with autocomplete
-    // hint. This configuration is commonly used in two-step login flows to allow password managers
-    // to save the username.
-    // See: https://www.chromium.org/developers/design-documents/form-styles-that-chromium-understands
-    // Note: The username is never filled in this scenario since usernames are generally only filled
-    // in visible fields.
-    rule {
-        username(matchHidden = true) {
-            takeSingle {
-                couldBeTwoStepHiddenUsername
-            }
-        }
-        currentPassword {
-            takeSingle {
-                hasAutocompleteHintCurrentPassword && isFocused
-            }
-        }
+    currentPassword(optional = true) {
+      takeSingle { alreadyMatched ->
+        val adjacentToNewPasswords = directlyPrecedes(alreadyMatched) || directlyFollows(alreadyMatched)
+        // The Autofill framework has not hint that applies to current passwords only.
+        // In this scenario, we have already matched fields a pair of fields with a specific
+        // new password hint, so we take a generic Autofill password hint to mean a current
+        // password.
+        (hasAutocompleteHintCurrentPassword || hasAutofillHintPassword) && adjacentToNewPasswords
+      }
     }
-
-    // Match a single current password field and optional username field with autocomplete hint.
-    rule {
-        currentPassword {
-            takeSingle { hasAutocompleteHintCurrentPassword }
-            breakTieOnSingle { isFocused }
-        }
-        username(optional = true) {
-            takeSingle { hasHintUsername }
-            breakTieOnSingle { alreadyMatched -> directlyPrecedes(alreadyMatched) }
-            breakTieOnSingle { isFocused }
-        }
+    username(optional = true) {
+      takeSingle { hasHintUsername }
+      breakTieOnSingle { alreadyMatched -> directlyPrecedes(alreadyMatched) }
+      breakTieOnSingle { isFocused }
     }
-
-    // Match two adjacent password fields, implicitly understood as new passwords, and optional
-    // username field.
-    rule {
-        newPassword {
-            takePair { all { passwordCertainty >= Likely } }
-            breakTieOnPair { all { passwordCertainty >= Certain } }
-            breakTieOnPair { any { isFocused } }
-        }
-        username(optional = true) {
-            takeSingle { usernameCertainty >= Likely }
-            breakTieOnSingle { usernameCertainty >= Certain }
-            breakTieOnSingle { alreadyMatched -> directlyPrecedes(alreadyMatched) }
-            breakTieOnSingle { isFocused }
-        }
+  }
+
+  // Match a single focused current password field and hidden username field with autocomplete
+  // hint. This configuration is commonly used in two-step login flows to allow password managers
+  // to save the username.
+  // See:
+  // https://www.chromium.org/developers/design-documents/form-styles-that-chromium-understands
+  // Note: The username is never filled in this scenario since usernames are generally only filled
+  // in visible fields.
+  rule {
+    username(matchHidden = true) { takeSingle { couldBeTwoStepHiddenUsername } }
+    currentPassword { takeSingle { hasAutocompleteHintCurrentPassword && isFocused } }
+  }
+
+  // Match a single current password field and optional username field with autocomplete hint.
+  rule {
+    currentPassword {
+      takeSingle { hasAutocompleteHintCurrentPassword }
+      breakTieOnSingle { isFocused }
     }
-
-    // Match a single password field and optional username field.
-    rule {
-        genericPassword {
-            takeSingle { passwordCertainty >= Likely }
-            breakTieOnSingle { passwordCertainty >= Certain }
-            breakTieOnSingle { isFocused }
-        }
-        username(optional = true) {
-            takeSingle { usernameCertainty >= Likely }
-            breakTieOnSingle { usernameCertainty >= Certain }
-            breakTieOnSingle { alreadyMatched -> directlyPrecedes(alreadyMatched) }
-            breakTieOnSingle { isFocused }
-        }
+    username(optional = true) {
+      takeSingle { hasHintUsername }
+      breakTieOnSingle { alreadyMatched -> directlyPrecedes(alreadyMatched) }
+      breakTieOnSingle { isFocused }
     }
-
-    // Match a single focused new password field and optional preceding username field.
-    // This rule can apply in single origin mode since it only fills into a single focused password
-    // field.
-    rule(applyInSingleOriginMode = true) {
-        newPassword {
-            takeSingle { hasHintNewPassword && isFocused }
-        }
-        username(optional = true) {
-            takeSingle { alreadyMatched ->
-                usernameCertainty >= Likely && directlyPrecedes(alreadyMatched.singleOrNull())
-            }
-        }
+  }
+
+  // Match two adjacent password fields, implicitly understood as new passwords, and optional
+  // username field.
+  rule {
+    newPassword {
+      takePair { all { passwordCertainty >= Likely } }
+      breakTieOnPair { all { passwordCertainty >= Certain } }
+      breakTieOnPair { any { isFocused } }
     }
-
-    // Match a single focused current password field and optional preceding username field.
-    // This rule can apply in single origin mode since it only fills into a single focused password
-    // field.
-    rule(applyInSingleOriginMode = true) {
-        currentPassword {
-            takeSingle { hasAutocompleteHintCurrentPassword && isFocused }
-        }
-        username(optional = true) {
-            takeSingle { alreadyMatched ->
-                usernameCertainty >= Likely && directlyPrecedes(alreadyMatched.singleOrNull())
-            }
-        }
+    username(optional = true) {
+      takeSingle { usernameCertainty >= Likely }
+      breakTieOnSingle { usernameCertainty >= Certain }
+      breakTieOnSingle { alreadyMatched -> directlyPrecedes(alreadyMatched) }
+      breakTieOnSingle { isFocused }
     }
-
-    // Match a single focused password field and optional preceding username field.
-    // This rule can apply in single origin mode since it only fills into a single focused password
-    // field.
-    rule(applyInSingleOriginMode = true) {
-        genericPassword {
-            takeSingle { passwordCertainty >= Likely && isFocused }
-        }
-        username(optional = true) {
-            takeSingle { alreadyMatched ->
-                usernameCertainty >= Likely && directlyPrecedes(alreadyMatched.singleOrNull())
-            }
-        }
+  }
+
+  // Match a single password field and optional username field.
+  rule {
+    genericPassword {
+      takeSingle { passwordCertainty >= Likely }
+      breakTieOnSingle { passwordCertainty >= Certain }
+      breakTieOnSingle { isFocused }
     }
-
-    // Match a focused username field with autocomplete hint directly followed by a hidden password
-    // field, which is a common scenario in two-step login flows. No tie breakers are used to limit
-    // filling of hidden password fields to scenarios where this is clearly warranted.
-    rule {
-        username {
-            takeSingle { hasHintUsername && isFocused }
-        }
-        currentPassword(matchHidden = true) {
-            takeSingle { alreadyMatched ->
-                directlyFollows(alreadyMatched.singleOrNull()) && couldBeTwoStepHiddenPassword
-            }
-        }
+    username(optional = true) {
+      takeSingle { usernameCertainty >= Likely }
+      breakTieOnSingle { usernameCertainty >= Certain }
+      breakTieOnSingle { alreadyMatched -> directlyPrecedes(alreadyMatched) }
+      breakTieOnSingle { isFocused }
     }
-
-    // Match a single focused OTP field.
-    rule(applyInSingleOriginMode = true) {
-        otp {
-            takeSingle { otpCertainty >= Likely && isFocused }
-        }
+  }
+
+  // Match a single focused new password field and optional preceding username field.
+  // This rule can apply in single origin mode since it only fills into a single focused password
+  // field.
+  rule(applyInSingleOriginMode = true) {
+    newPassword { takeSingle { hasHintNewPassword && isFocused } }
+    username(optional = true) {
+      takeSingle { alreadyMatched -> usernameCertainty >= Likely && directlyPrecedes(alreadyMatched.singleOrNull()) }
     }
-
-    // Match a single focused username field without a password field.
-    rule(applyInSingleOriginMode = true) {
-        username {
-            takeSingle { usernameCertainty >= Likely && isFocused }
-            breakTieOnSingle { usernameCertainty >= Certain }
-            breakTieOnSingle { hasHintUsername }
-        }
+  }
+
+  // Match a single focused current password field and optional preceding username field.
+  // This rule can apply in single origin mode since it only fills into a single focused password
+  // field.
+  rule(applyInSingleOriginMode = true) {
+    currentPassword { takeSingle { hasAutocompleteHintCurrentPassword && isFocused } }
+    username(optional = true) {
+      takeSingle { alreadyMatched -> usernameCertainty >= Likely && directlyPrecedes(alreadyMatched.singleOrNull()) }
     }
-
-    // Fallback rule for the case of a login form with a password field and other fields that are
-    // not recognized by any other rule. If one of the other fields is focused and we return no
-    // response, the system will not invoke the service again if focus later changes to the password
-    // field. Hence, we must mark it as fillable now.
-    // This rule can apply in single origin mode since even though the password field may not be
-    // focused at the time the rule runs, the fill suggestion will only show if it ever receives
-    // focus.
-    rule(applyInSingleOriginMode = true) {
-        currentPassword {
-            takeSingle { hasAutocompleteHintCurrentPassword }
-        }
+  }
+
+  // Match a single focused password field and optional preceding username field.
+  // This rule can apply in single origin mode since it only fills into a single focused password
+  // field.
+  rule(applyInSingleOriginMode = true) {
+    genericPassword { takeSingle { passwordCertainty >= Likely && isFocused } }
+    username(optional = true) {
+      takeSingle { alreadyMatched -> usernameCertainty >= Likely && directlyPrecedes(alreadyMatched.singleOrNull()) }
     }
-
-    // See above.
-    rule(applyInSingleOriginMode = true) {
-        genericPassword {
-            takeSingle { true }
-        }
+  }
+
+  // Match a focused username field with autocomplete hint directly followed by a hidden password
+  // field, which is a common scenario in two-step login flows. No tie breakers are used to limit
+  // filling of hidden password fields to scenarios where this is clearly warranted.
+  rule {
+    username { takeSingle { hasHintUsername && isFocused } }
+    currentPassword(matchHidden = true) {
+      takeSingle { alreadyMatched -> directlyFollows(alreadyMatched.singleOrNull()) && couldBeTwoStepHiddenPassword }
     }
+  }
 
-    // Match any focused password field with optional username field on manual request.
-    rule(applyInSingleOriginMode = true, applyOnManualRequestOnly = true) {
-        genericPassword {
-            takeSingle { isFocused }
-        }
-        username(optional = true) {
-            takeSingle { alreadyMatched ->
-                usernameCertainty >= Likely && directlyPrecedes(alreadyMatched.singleOrNull())
-            }
-        }
-    }
+  // Match a single focused OTP field.
+  rule(applyInSingleOriginMode = true) { otp { takeSingle { otpCertainty >= Likely && isFocused } } }
 
-    // Match any focused username field on manual request.
-    rule(applyInSingleOriginMode = true, applyOnManualRequestOnly = true) {
-        username {
-            takeSingle { isFocused }
-        }
+  // Match a single focused username field without a password field.
+  rule(applyInSingleOriginMode = true) {
+    username {
+      takeSingle { usernameCertainty >= Likely && isFocused }
+      breakTieOnSingle { usernameCertainty >= Certain }
+      breakTieOnSingle { hasHintUsername }
+    }
+  }
+
+  // Fallback rule for the case of a login form with a password field and other fields that are
+  // not recognized by any other rule. If one of the other fields is focused and we return no
+  // response, the system will not invoke the service again if focus later changes to the password
+  // field. Hence, we must mark it as fillable now.
+  // This rule can apply in single origin mode since even though the password field may not be
+  // focused at the time the rule runs, the fill suggestion will only show if it ever receives
+  // focus.
+  rule(applyInSingleOriginMode = true) { currentPassword { takeSingle { hasAutocompleteHintCurrentPassword } } }
+
+  // See above.
+  rule(applyInSingleOriginMode = true) { genericPassword { takeSingle { true } } }
+
+  // Match any focused password field with optional username field on manual request.
+  rule(applyInSingleOriginMode = true, applyOnManualRequestOnly = true) {
+    genericPassword { takeSingle { isFocused } }
+    username(optional = true) {
+      takeSingle { alreadyMatched -> usernameCertainty >= Likely && directlyPrecedes(alreadyMatched.singleOrNull()) }
     }
+  }
+
+  // Match any focused username field on manual request.
+  rule(applyInSingleOriginMode = true, applyOnManualRequestOnly = true) { username { takeSingle { isFocused } } }
 }
diff --git a/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/AutofillStrategyDsl.kt b/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/AutofillStrategyDsl.kt
index 3e15fda8..293ec467 100644
--- a/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/AutofillStrategyDsl.kt
+++ b/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/AutofillStrategyDsl.kt
@@ -9,381 +9,404 @@ import androidx.annotation.RequiresApi
 import com.github.ajalt.timberkt.d
 import com.github.ajalt.timberkt.w
 
-@DslMarker
-internal annotation class AutofillDsl
+@DslMarker internal annotation class AutofillDsl
 
 @RequiresApi(Build.VERSION_CODES.O)
 internal interface FieldMatcher {
 
-    fun match(fields: List<FormField>, alreadyMatched: List<FormField>): List<FormField>?
+  fun match(fields: List<FormField>, alreadyMatched: List<FormField>): List<FormField>?
 
-    @AutofillDsl
-    class Builder {
+  @AutofillDsl
+  class Builder {
 
-        private var takeSingle: (FormField.(List<FormField>) -> Boolean)? = null
-        private val tieBreakersSingle: MutableList<FormField.(List<FormField>) -> Boolean> =
-            mutableListOf()
+    private var takeSingle: (FormField.(List<FormField>) -> Boolean)? = null
+    private val tieBreakersSingle: MutableList<FormField.(List<FormField>) -> Boolean> = mutableListOf()
 
-        private var takePair: (Pair<FormField, FormField>.(List<FormField>) -> Boolean)? = null
-        private var tieBreakersPair: MutableList<Pair<FormField, FormField>.(List<FormField>) -> Boolean> =
-            mutableListOf()
+    private var takePair: (Pair<FormField, FormField>.(List<FormField>) -> Boolean)? = null
+    private var tieBreakersPair: MutableList<Pair<FormField, FormField>.(List<FormField>) -> Boolean> = mutableListOf()
 
-        fun takeSingle(block: FormField.(alreadyMatched: List<FormField>) -> Boolean = { true }) {
-            check(takeSingle == null && takePair == null) { "Every block can only have at most one take{Single,Pair} block" }
-            takeSingle = block
-        }
+    fun takeSingle(block: FormField.(alreadyMatched: List<FormField>) -> Boolean = { true }) {
+      check(takeSingle == null && takePair == null) { "Every block can only have at most one take{Single,Pair} block" }
+      takeSingle = block
+    }
 
-        fun breakTieOnSingle(block: FormField.(alreadyMatched: List<FormField>) -> Boolean) {
-            check(takeSingle != null) { "Every block needs a takeSingle block before a breakTieOnSingle block" }
-            check(takePair == null) { "takePair cannot be mixed with breakTieOnSingle" }
-            tieBreakersSingle.add(block)
-        }
+    fun breakTieOnSingle(block: FormField.(alreadyMatched: List<FormField>) -> Boolean) {
+      check(takeSingle != null) { "Every block needs a takeSingle block before a breakTieOnSingle block" }
+      check(takePair == null) { "takePair cannot be mixed with breakTieOnSingle" }
+      tieBreakersSingle.add(block)
+    }
 
-        fun takePair(block: Pair<FormField, FormField>.(alreadyMatched: List<FormField>) -> Boolean = { true }) {
-            check(takeSingle == null && takePair == null) { "Every block can only have at most one take{Single,Pair} block" }
-            takePair = block
-        }
+    fun takePair(block: Pair<FormField, FormField>.(alreadyMatched: List<FormField>) -> Boolean = { true }) {
+      check(takeSingle == null && takePair == null) { "Every block can only have at most one take{Single,Pair} block" }
+      takePair = block
+    }
 
-        fun breakTieOnPair(block: Pair<FormField, FormField>.(alreadyMatched: List<FormField>) -> Boolean) {
-            check(takePair != null) { "Every block needs a takePair block before a breakTieOnPair block" }
-            check(takeSingle == null) { "takeSingle cannot be mixed with breakTieOnPair" }
-            tieBreakersPair.add(block)
-        }
+    fun breakTieOnPair(block: Pair<FormField, FormField>.(alreadyMatched: List<FormField>) -> Boolean) {
+      check(takePair != null) { "Every block needs a takePair block before a breakTieOnPair block" }
+      check(takeSingle == null) { "takeSingle cannot be mixed with breakTieOnPair" }
+      tieBreakersPair.add(block)
+    }
 
-        fun build(): FieldMatcher {
-            val takeSingle = takeSingle
-            val takePair = takePair
-            return when {
-                takeSingle != null -> SingleFieldMatcher(takeSingle, tieBreakersSingle)
-                takePair != null -> PairOfFieldsMatcher(takePair, tieBreakersPair)
-                else -> throw IllegalArgumentException("Every block needs a take{Single,Pair} block")
-            }
-        }
+    fun build(): FieldMatcher {
+      val takeSingle = takeSingle
+      val takePair = takePair
+      return when {
+        takeSingle != null -> SingleFieldMatcher(takeSingle, tieBreakersSingle)
+        takePair != null -> PairOfFieldsMatcher(takePair, tieBreakersPair)
+        else -> throw IllegalArgumentException("Every block needs a take{Single,Pair} block")
+      }
     }
+  }
 }
 
 @RequiresApi(Build.VERSION_CODES.O)
 internal class SingleFieldMatcher(
-    private val take: (FormField, List<FormField>) -> Boolean,
-    private val tieBreakers: List<(FormField, List<FormField>) -> Boolean>
+  private val take: (FormField, List<FormField>) -> Boolean,
+  private val tieBreakers: List<(FormField, List<FormField>) -> Boolean>
 ) : FieldMatcher {
 
-    @AutofillDsl
-    class Builder {
+  @AutofillDsl
+  class Builder {
 
-        private var takeSingle: (FormField.(List<FormField>) -> Boolean)? = null
-        private val tieBreakersSingle: MutableList<FormField.(List<FormField>) -> Boolean> =
-            mutableListOf()
-
-        fun takeSingle(block: FormField.(alreadyMatched: List<FormField>) -> Boolean = { true }) {
-            check(takeSingle == null) { "Every block can only have at most one takeSingle block" }
-            takeSingle = block
-        }
+    private var takeSingle: (FormField.(List<FormField>) -> Boolean)? = null
+    private val tieBreakersSingle: MutableList<FormField.(List<FormField>) -> Boolean> = mutableListOf()
 
-        fun breakTieOnSingle(block: FormField.(alreadyMatched: List<FormField>) -> Boolean) {
-            check(takeSingle != null) { "Every block needs a takeSingle block before a breakTieOnSingle block" }
-            tieBreakersSingle.add(block)
-        }
+    fun takeSingle(block: FormField.(alreadyMatched: List<FormField>) -> Boolean = { true }) {
+      check(takeSingle == null) { "Every block can only have at most one takeSingle block" }
+      takeSingle = block
+    }
 
-        fun build() = SingleFieldMatcher(
-            takeSingle
-                ?: throw IllegalArgumentException("Every block needs a take{Single,Pair} block"),
-            tieBreakersSingle
-        )
+    fun breakTieOnSingle(block: FormField.(alreadyMatched: List<FormField>) -> Boolean) {
+      check(takeSingle != null) { "Every block needs a takeSingle block before a breakTieOnSingle block" }
+      tieBreakersSingle.add(block)
     }
 
-    override fun match(fields: List<FormField>, alreadyMatched: List<FormField>): List<FormField>? {
-        return fields.minus(alreadyMatched).filter { take(it, alreadyMatched) }.let { contestants ->
-            when (contestants.size) {
-                1 -> return@let listOf(contestants.single())
-                0 -> return@let null
-            }
-            var current = contestants
-            for ((i, tieBreaker) in tieBreakers.withIndex()) {
-                // Successively filter matched fields via tie breakers...
-                val new = current.filter { tieBreaker(it, alreadyMatched) }
-                // skipping those tie breakers that are not satisfied for any remaining field...
-                if (new.isEmpty()) {
-                    d { "Tie breaker #${i + 1}: Didn't match any field; skipping" }
-                    continue
-                }
-                // and return if the available options have been narrowed to a single field.
-                if (new.size == 1) {
-                    d { "Tie breaker #${i + 1}: Success" }
-                    current = new
-                    break
-                }
-                d { "Tie breaker #${i + 1}: Matched ${new.size} fields; continuing" }
-                current = new
-            }
-            listOf(current.singleOrNull() ?: return null)
+    fun build() =
+      SingleFieldMatcher(
+        takeSingle ?: throw IllegalArgumentException("Every block needs a take{Single,Pair} block"),
+        tieBreakersSingle
+      )
+  }
+
+  override fun match(fields: List<FormField>, alreadyMatched: List<FormField>): List<FormField>? {
+    return fields.minus(alreadyMatched).filter { take(it, alreadyMatched) }.let { contestants ->
+      when (contestants.size) {
+        1 -> return@let listOf(contestants.single())
+        0 -> return@let null
+      }
+      var current = contestants
+      for ((i, tieBreaker) in tieBreakers.withIndex()) {
+        // Successively filter matched fields via tie breakers...
+        val new = current.filter { tieBreaker(it, alreadyMatched) }
+        // skipping those tie breakers that are not satisfied for any remaining field...
+        if (new.isEmpty()) {
+          d { "Tie breaker #${i + 1}: Didn't match any field; skipping" }
+          continue
         }
+        // and return if the available options have been narrowed to a single field.
+        if (new.size == 1) {
+          d { "Tie breaker #${i + 1}: Success" }
+          current = new
+          break
+        }
+        d { "Tie breaker #${i + 1}: Matched ${new.size} fields; continuing" }
+        current = new
+      }
+      listOf(current.singleOrNull() ?: return null)
     }
+  }
 }
 
 @RequiresApi(Build.VERSION_CODES.O)
 private class PairOfFieldsMatcher(
-    private val take: (Pair<FormField, FormField>, List<FormField>) -> Boolean,
-    private val tieBreakers: List<(Pair<FormField, FormField>, List<FormField>) -> Boolean>
+  private val take: (Pair<FormField, FormField>, List<FormField>) -> Boolean,
+  private val tieBreakers: List<(Pair<FormField, FormField>, List<FormField>) -> Boolean>
 ) : FieldMatcher {
 
-    override fun match(fields: List<FormField>, alreadyMatched: List<FormField>): List<FormField>? {
-        return fields.minus(alreadyMatched).zipWithNext()
-            .filter { it.first directlyPrecedes it.second }.filter { take(it, alreadyMatched) }
-            .let { contestants ->
-                when (contestants.size) {
-                    1 -> return@let contestants.single().toList()
-                    0 -> return@let null
-                }
-                var current = contestants
-                for ((i, tieBreaker) in tieBreakers.withIndex()) {
-                    val new = current.filter { tieBreaker(it, alreadyMatched) }
-                    if (new.isEmpty()) {
-                        d { "Tie breaker #${i + 1}: Didn't match any pair of fields; skipping" }
-                        continue
-                    }
-                    // and return if the available options have been narrowed to a single field.
-                    if (new.size == 1) {
-                        d { "Tie breaker #${i + 1}: Success" }
-                        current = new
-                        break
-                    }
-                    d { "Tie breaker #${i + 1}: Matched ${new.size} pairs of fields; continuing" }
-                    current = new
-                }
-                current.singleOrNull()?.toList()
-            }
-    }
+  override fun match(fields: List<FormField>, alreadyMatched: List<FormField>): List<FormField>? {
+    return fields
+      .minus(alreadyMatched)
+      .zipWithNext()
+      .filter { it.first directlyPrecedes it.second }
+      .filter { take(it, alreadyMatched) }
+      .let { contestants ->
+        when (contestants.size) {
+          1 -> return@let contestants.single().toList()
+          0 -> return@let null
+        }
+        var current = contestants
+        for ((i, tieBreaker) in tieBreakers.withIndex()) {
+          val new = current.filter { tieBreaker(it, alreadyMatched) }
+          if (new.isEmpty()) {
+            d { "Tie breaker #${i + 1}: Didn't match any pair of fields; skipping" }
+            continue
+          }
+          // and return if the available options have been narrowed to a single field.
+          if (new.size == 1) {
+            d { "Tie breaker #${i + 1}: Success" }
+            current = new
+            break
+          }
+          d { "Tie breaker #${i + 1}: Matched ${new.size} pairs of fields; continuing" }
+          current = new
+        }
+        current.singleOrNull()?.toList()
+      }
+  }
 }
 
 @RequiresApi(Build.VERSION_CODES.O)
-internal class AutofillRule private constructor(
-    private val matchers: List<AutofillRuleMatcher>,
-    private val applyInSingleOriginMode: Boolean,
-    private val applyOnManualRequestOnly: Boolean,
-    private val name: String
+internal class AutofillRule
+private constructor(
+  private val matchers: List<AutofillRuleMatcher>,
+  private val applyInSingleOriginMode: Boolean,
+  private val applyOnManualRequestOnly: Boolean,
+  private val name: String
 ) {
 
-    data class AutofillRuleMatcher(
-        val type: FillableFieldType,
-        val matcher: FieldMatcher,
-        val optional: Boolean,
-        val matchHidden: Boolean
-    )
+  data class AutofillRuleMatcher(
+    val type: FillableFieldType,
+    val matcher: FieldMatcher,
+    val optional: Boolean,
+    val matchHidden: Boolean
+  )
+
+  enum class FillableFieldType {
+    Username,
+    Otp,
+    CurrentPassword,
+    NewPassword,
+    GenericPassword,
+  }
+
+  @AutofillDsl
+  class Builder(private val applyInSingleOriginMode: Boolean, private val applyOnManualRequestOnly: Boolean) {
+
+    companion object {
 
-    enum class FillableFieldType {
-        Username, Otp, CurrentPassword, NewPassword, GenericPassword,
+      private var ruleId = 1
     }
 
-    @AutofillDsl
-    class Builder(
-        private val applyInSingleOriginMode: Boolean,
-        private val applyOnManualRequestOnly: Boolean
-    ) {
+    private val matchers = mutableListOf<AutofillRuleMatcher>()
+    var name: String? = null
 
-        companion object {
+    fun username(
+      optional: Boolean = false,
+      matchHidden: Boolean = false,
+      block: SingleFieldMatcher.Builder.() -> Unit
+    ) {
+      require(matchers.none { it.type == FillableFieldType.Username }) {
+        "Every rule block can only have at most one username block"
+      }
+      matchers.add(
+        AutofillRuleMatcher(
+          type = FillableFieldType.Username,
+          matcher = SingleFieldMatcher.Builder().apply(block).build(),
+          optional = optional,
+          matchHidden = matchHidden
+        )
+      )
+    }
 
-            private var ruleId = 1
-        }
+    fun otp(optional: Boolean = false, block: SingleFieldMatcher.Builder.() -> Unit) {
+      require(matchers.none { it.type == FillableFieldType.Otp }) {
+        "Every rule block can only have at most one otp block"
+      }
+      matchers.add(
+        AutofillRuleMatcher(
+          type = FillableFieldType.Otp,
+          matcher = SingleFieldMatcher.Builder().apply(block).build(),
+          optional = optional,
+          matchHidden = false
+        )
+      )
+    }
 
-        private val matchers = mutableListOf<AutofillRuleMatcher>()
-        var name: String? = null
-
-        fun username(optional: Boolean = false, matchHidden: Boolean = false, block: SingleFieldMatcher.Builder.() -> Unit) {
-            require(matchers.none { it.type == FillableFieldType.Username }) { "Every rule block can only have at most one username block" }
-            matchers.add(
-                AutofillRuleMatcher(
-                    type = FillableFieldType.Username,
-                    matcher = SingleFieldMatcher.Builder().apply(block).build(),
-                    optional = optional,
-                    matchHidden = matchHidden
-                )
-            )
-        }
+    fun currentPassword(
+      optional: Boolean = false,
+      matchHidden: Boolean = false,
+      block: FieldMatcher.Builder.() -> Unit
+    ) {
+      require(matchers.none { it.type == FillableFieldType.GenericPassword }) {
+        "Every rule block can only have either genericPassword or {current,new}Password blocks"
+      }
+      matchers.add(
+        AutofillRuleMatcher(
+          type = FillableFieldType.CurrentPassword,
+          matcher = FieldMatcher.Builder().apply(block).build(),
+          optional = optional,
+          matchHidden = matchHidden
+        )
+      )
+    }
 
-        fun otp(optional: Boolean = false, block: SingleFieldMatcher.Builder.() -> Unit) {
-            require(matchers.none { it.type == FillableFieldType.Otp }) { "Every rule block can only have at most one otp block" }
-            matchers.add(
-                AutofillRuleMatcher(
-                    type = FillableFieldType.Otp,
-                    matcher = SingleFieldMatcher.Builder().apply(block).build(),
-                    optional = optional,
-                    matchHidden = false
-                )
-            )
-        }
+    fun newPassword(optional: Boolean = false, block: FieldMatcher.Builder.() -> Unit) {
+      require(matchers.none { it.type == FillableFieldType.GenericPassword }) {
+        "Every rule block can only have either genericPassword or {current,new}Password blocks"
+      }
+      matchers.add(
+        AutofillRuleMatcher(
+          type = FillableFieldType.NewPassword,
+          matcher = FieldMatcher.Builder().apply(block).build(),
+          optional = optional,
+          matchHidden = false
+        )
+      )
+    }
 
-        fun currentPassword(optional: Boolean = false, matchHidden: Boolean = false, block: FieldMatcher.Builder.() -> Unit) {
-            require(matchers.none { it.type == FillableFieldType.GenericPassword }) { "Every rule block can only have either genericPassword or {current,new}Password blocks" }
-            matchers.add(
-                AutofillRuleMatcher(
-                    type = FillableFieldType.CurrentPassword,
-                    matcher = FieldMatcher.Builder().apply(block).build(),
-                    optional = optional,
-                    matchHidden = matchHidden
-                )
+    fun genericPassword(optional: Boolean = false, block: FieldMatcher.Builder.() -> Unit) {
+      require(
+        matchers.none {
+          it.type in
+            listOf(
+              FillableFieldType.CurrentPassword,
+              FillableFieldType.NewPassword,
             )
         }
+      ) { "Every rule block can only have either genericPassword or {current,new}Password blocks" }
+      matchers.add(
+        AutofillRuleMatcher(
+          type = FillableFieldType.GenericPassword,
+          matcher = FieldMatcher.Builder().apply(block).build(),
+          optional = optional,
+          matchHidden = false
+        )
+      )
+    }
 
-        fun newPassword(optional: Boolean = false, block: FieldMatcher.Builder.() -> Unit) {
-            require(matchers.none { it.type == FillableFieldType.GenericPassword }) { "Every rule block can only have either genericPassword or {current,new}Password blocks" }
-            matchers.add(
-                AutofillRuleMatcher(
-                    type = FillableFieldType.NewPassword,
-                    matcher = FieldMatcher.Builder().apply(block).build(),
-                    optional = optional,
-                    matchHidden = false
-                )
-            )
+    fun build(): AutofillRule {
+      if (applyInSingleOriginMode) {
+        require(matchers.none { it.matcher is PairOfFieldsMatcher }) {
+          "Rules with applyInSingleOriginMode set to true must only match single fields"
         }
-
-        fun genericPassword(optional: Boolean = false, block: FieldMatcher.Builder.() -> Unit) {
-            require(matchers.none {
-                it.type in listOf(
-                    FillableFieldType.CurrentPassword,
-                    FillableFieldType.NewPassword,
-                )
-            }) { "Every rule block can only have either genericPassword or {current,new}Password blocks" }
-            matchers.add(
-                AutofillRuleMatcher(
-                    type = FillableFieldType.GenericPassword,
-                    matcher = FieldMatcher.Builder().apply(block).build(),
-                    optional = optional,
-                    matchHidden = false
-                )
-            )
+        require(matchers.filter { it.type != FillableFieldType.Username }.size <= 1) {
+          "Rules with applyInSingleOriginMode set to true must only match at most one password field"
         }
-
-        fun build(): AutofillRule {
-            if (applyInSingleOriginMode) {
-                require(matchers.none { it.matcher is PairOfFieldsMatcher }) { "Rules with applyInSingleOriginMode set to true must only match single fields" }
-                require(matchers.filter { it.type != FillableFieldType.Username }.size <= 1) { "Rules with applyInSingleOriginMode set to true must only match at most one password field" }
-                require(matchers.none { it.matchHidden }) { "Rules with applyInSingleOriginMode set to true must not fill into hidden fields" }
-            }
-            return AutofillRule(
-                matchers, applyInSingleOriginMode, applyOnManualRequestOnly, name ?: "Rule #$ruleId"
-            ).also { ruleId++ }
+        require(matchers.none { it.matchHidden }) {
+          "Rules with applyInSingleOriginMode set to true must not fill into hidden fields"
         }
+      }
+      return AutofillRule(matchers, applyInSingleOriginMode, applyOnManualRequestOnly, name ?: "Rule #$ruleId").also {
+        ruleId++
+      }
     }
-
-    fun match(
-        allPassword: List<FormField>,
-        allUsername: List<FormField>,
-        allOtp: List<FormField>,
-        singleOriginMode: Boolean,
-        isManualRequest: Boolean
-    ): AutofillScenario<FormField>? {
-        if (singleOriginMode && !applyInSingleOriginMode) {
-            d { "$name: Skipped in single origin mode" }
-            return null
-        }
-        if (!isManualRequest && applyOnManualRequestOnly) {
-            d { "$name: Skipped since not a manual request" }
+  }
+
+  fun match(
+    allPassword: List<FormField>,
+    allUsername: List<FormField>,
+    allOtp: List<FormField>,
+    singleOriginMode: Boolean,
+    isManualRequest: Boolean
+  ): AutofillScenario<FormField>? {
+    if (singleOriginMode && !applyInSingleOriginMode) {
+      d { "$name: Skipped in single origin mode" }
+      return null
+    }
+    if (!isManualRequest && applyOnManualRequestOnly) {
+      d { "$name: Skipped since not a manual request" }
+      return null
+    }
+    d { "$name: Applying..." }
+    val scenarioBuilder = AutofillScenario.Builder<FormField>()
+    val alreadyMatched = mutableListOf<FormField>()
+    for ((type, matcher, optional, matchHidden) in matchers) {
+      val fieldsToMatchOn =
+        when (type) {
+          FillableFieldType.Username -> allUsername
+          FillableFieldType.Otp -> allOtp
+          else -> allPassword
+        }.filter { matchHidden || it.isVisible }
+      val matchResult =
+        matcher.match(fieldsToMatchOn, alreadyMatched)
+          ?: if (optional) {
+            d { "$name: Skipping optional $type matcher" }
+            continue
+          } else {
+            d { "$name: Required $type matcher didn't match; passing to next rule" }
             return null
+          }
+      d { "$name: Matched $type" }
+      when (type) {
+        FillableFieldType.Username -> {
+          check(matchResult.size == 1 && scenarioBuilder.username == null)
+          scenarioBuilder.username = matchResult.single()
+          // Hidden username fields should be saved but not filled.
+          scenarioBuilder.fillUsername = scenarioBuilder.username!!.isVisible == true
         }
-        d { "$name: Applying..." }
-        val scenarioBuilder = AutofillScenario.Builder<FormField>()
-        val alreadyMatched = mutableListOf<FormField>()
-        for ((type, matcher, optional, matchHidden) in matchers) {
-            val fieldsToMatchOn = when (type) {
-                FillableFieldType.Username -> allUsername
-                FillableFieldType.Otp -> allOtp
-                else -> allPassword
-            }.filter { matchHidden || it.isVisible }
-            val matchResult = matcher.match(fieldsToMatchOn, alreadyMatched) ?: if (optional) {
-                d { "$name: Skipping optional $type matcher" }
-                continue
-            } else {
-                d { "$name: Required $type matcher didn't match; passing to next rule" }
-                return null
-            }
-            d { "$name: Matched $type" }
-            when (type) {
-                FillableFieldType.Username -> {
-                    check(matchResult.size == 1 && scenarioBuilder.username == null)
-                    scenarioBuilder.username = matchResult.single()
-                    // Hidden username fields should be saved but not filled.
-                    scenarioBuilder.fillUsername = scenarioBuilder.username!!.isVisible == true
-                }
-                FillableFieldType.Otp -> {
-                    check(matchResult.size == 1 && scenarioBuilder.otp == null)
-                    scenarioBuilder.otp = matchResult.single()
-                }
-                FillableFieldType.CurrentPassword -> scenarioBuilder.currentPassword.addAll(
-                    matchResult
-                )
-                FillableFieldType.NewPassword -> scenarioBuilder.newPassword.addAll(matchResult)
-                FillableFieldType.GenericPassword -> scenarioBuilder.genericPassword.addAll(
-                    matchResult
-                )
-            }
-            alreadyMatched.addAll(matchResult)
+        FillableFieldType.Otp -> {
+          check(matchResult.size == 1 && scenarioBuilder.otp == null)
+          scenarioBuilder.otp = matchResult.single()
         }
-        return scenarioBuilder.build().takeIf { scenario ->
-            scenario.passesOriginCheck(singleOriginMode = singleOriginMode).also { passed ->
-                if (passed) {
-                    d { "$name: Detected scenario:\n$scenario" }
-                } else {
-                    w { "$name: Scenario failed origin check:\n$scenario" }
-                }
-            }
+        FillableFieldType.CurrentPassword -> scenarioBuilder.currentPassword.addAll(matchResult)
+        FillableFieldType.NewPassword -> scenarioBuilder.newPassword.addAll(matchResult)
+        FillableFieldType.GenericPassword -> scenarioBuilder.genericPassword.addAll(matchResult)
+      }
+      alreadyMatched.addAll(matchResult)
+    }
+    return scenarioBuilder.build().takeIf { scenario ->
+      scenario.passesOriginCheck(singleOriginMode = singleOriginMode).also { passed ->
+        if (passed) {
+          d { "$name: Detected scenario:\n$scenario" }
+        } else {
+          w { "$name: Scenario failed origin check:\n$scenario" }
         }
+      }
     }
+  }
 }
 
 @RequiresApi(Build.VERSION_CODES.O)
 internal class AutofillStrategy private constructor(private val rules: List<AutofillRule>) {
 
-    @AutofillDsl
-    class Builder {
-
-        private val rules: MutableList<AutofillRule> = mutableListOf()
-
-        fun rule(
-            applyInSingleOriginMode: Boolean = false,
-            applyOnManualRequestOnly: Boolean = false,
-            block: AutofillRule.Builder.() -> Unit
-        ) {
-            rules.add(
-                AutofillRule.Builder(
-                    applyInSingleOriginMode = applyInSingleOriginMode,
-                    applyOnManualRequestOnly = applyOnManualRequestOnly
-                ).apply(block).build()
-            )
-        }
+  @AutofillDsl
+  class Builder {
+
+    private val rules: MutableList<AutofillRule> = mutableListOf()
 
-        fun build() = AutofillStrategy(rules)
+    fun rule(
+      applyInSingleOriginMode: Boolean = false,
+      applyOnManualRequestOnly: Boolean = false,
+      block: AutofillRule.Builder.() -> Unit
+    ) {
+      rules.add(
+        AutofillRule.Builder(
+            applyInSingleOriginMode = applyInSingleOriginMode,
+            applyOnManualRequestOnly = applyOnManualRequestOnly
+          )
+          .apply(block)
+          .build()
+      )
     }
 
-    fun match(
-        fields: List<FormField>,
-        singleOriginMode: Boolean,
-        isManualRequest: Boolean
-    ): AutofillScenario<FormField>? {
-        val possiblePasswordFields =
-            fields.filter { it.passwordCertainty >= CertaintyLevel.Possible }
-        d { "Possible password fields: ${possiblePasswordFields.size}" }
-        val possibleUsernameFields =
-            fields.filter { it.usernameCertainty >= CertaintyLevel.Possible }
-        d { "Possible username fields: ${possibleUsernameFields.size}" }
-        val possibleOtpFields =
-            fields.filter { it.otpCertainty >= CertaintyLevel.Possible }
-        d { "Possible otp fields: ${possibleOtpFields.size}" }
-        // Return the result of the first rule that matches
-        d { "Rules: ${rules.size}" }
-        for (rule in rules) {
-            return rule.match(
-                possiblePasswordFields,
-                possibleUsernameFields,
-                possibleOtpFields,
-                singleOriginMode = singleOriginMode,
-                isManualRequest = isManualRequest
-            )
-                ?: continue
-        }
-        return null
+    fun build() = AutofillStrategy(rules)
+  }
+
+  fun match(
+    fields: List<FormField>,
+    singleOriginMode: Boolean,
+    isManualRequest: Boolean
+  ): AutofillScenario<FormField>? {
+    val possiblePasswordFields = fields.filter { it.passwordCertainty >= CertaintyLevel.Possible }
+    d { "Possible password fields: ${possiblePasswordFields.size}" }
+    val possibleUsernameFields = fields.filter { it.usernameCertainty >= CertaintyLevel.Possible }
+    d { "Possible username fields: ${possibleUsernameFields.size}" }
+    val possibleOtpFields = fields.filter { it.otpCertainty >= CertaintyLevel.Possible }
+    d { "Possible otp fields: ${possibleOtpFields.size}" }
+    // Return the result of the first rule that matches
+    d { "Rules: ${rules.size}" }
+    for (rule in rules) {
+      return rule.match(
+        possiblePasswordFields,
+        possibleUsernameFields,
+        possibleOtpFields,
+        singleOriginMode = singleOriginMode,
+        isManualRequest = isManualRequest
+      )
+        ?: continue
     }
+    return null
+  }
 }
 
-internal fun strategy(block: AutofillStrategy.Builder.() -> Unit) =
-    AutofillStrategy.Builder().apply(block).build()
+internal fun strategy(block: AutofillStrategy.Builder.() -> Unit) = AutofillStrategy.Builder().apply(block).build()
diff --git a/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/FeatureAndTrustDetection.kt b/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/FeatureAndTrustDetection.kt
index 6d7bd7fb..8dba907c 100644
--- a/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/FeatureAndTrustDetection.kt
+++ b/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/FeatureAndTrustDetection.kt
@@ -14,40 +14,40 @@ import android.service.autofill.SaveInfo
 import androidx.annotation.RequiresApi
 
 /*
-    In order to add a new browser, do the following:
+   In order to add a new browser, do the following:
 
-    1. Obtain the .apk from a trusted source. For example, download it from the Play Store on your
-    phone and use adb pull to get it onto your computer. We will assume that it is called
-    browser.apk.
+   1. Obtain the .apk from a trusted source. For example, download it from the Play Store on your
+   phone and use adb pull to get it onto your computer. We will assume that it is called
+   browser.apk.
 
-    2. Run
+   2. Run
 
-    aapt dump badging browser.apk | grep package: | grep -Eo " name='[a-zA-Z0-9_\.]*" | cut -c8-
+   aapt dump badging browser.apk | grep package: | grep -Eo " name='[a-zA-Z0-9_\.]*" | cut -c8-
 
-    to obtain the package name (actually, the application ID) of the app in the .apk.
+   to obtain the package name (actually, the application ID) of the app in the .apk.
 
-    3. Run
+   3. Run
 
-    apksigner verify --print-certs browser.apk | grep "#1 certificate SHA-256" | grep -Eo "[a-f0-9]{64}" | tr -d '\n' | xxd -r -p | base64
+   apksigner verify --print-certs browser.apk | grep "#1 certificate SHA-256" | grep -Eo "[a-f0-9]{64}" | tr -d '\n' | xxd -r -p | base64
 
-    to calculate the hash of browser.apk's first signing certificate.
-    Note: This will only work if the apk has a single signing certificate. Apps with multiple
-    signers are very rare, so there is probably no need to add them.
-    Refer to computeCertificatesHash to learn how the hash would be computed in this case.
+   to calculate the hash of browser.apk's first signing certificate.
+   Note: This will only work if the apk has a single signing certificate. Apps with multiple
+   signers are very rare, so there is probably no need to add them.
+   Refer to computeCertificatesHash to learn how the hash would be computed in this case.
 
-    4. Verify the package name and the hash, for example by asking other people to repeat the steps
-    above.
+   4. Verify the package name and the hash, for example by asking other people to repeat the steps
+   above.
 
-    5. Add an entry with the browser apps's package name and the hash to
-    TRUSTED_BROWSER_CERTIFICATE_HASH.
+   5. Add an entry with the browser apps's package name and the hash to
+   TRUSTED_BROWSER_CERTIFICATE_HASH.
 
-    6. Optionally, try adding the browser's package name to BROWSERS_WITH_SAVE_SUPPORT and check
-    whether a save request to Password Store is triggered when you submit a registration form.
+   6. Optionally, try adding the browser's package name to BROWSERS_WITH_SAVE_SUPPORT and check
+   whether a save request to Password Store is triggered when you submit a registration form.
 
-    7. Optionally, try adding the browser's package name to BROWSERS_WITH_MULTI_ORIGIN_SUPPORT and
-    check whether it correctly distinguishes web origins even if iframes are present on the page.
-    You can use https://fabianhenneke.github.io/Android-Password-Store/ as a test form.
- */
+   7. Optionally, try adding the browser's package name to BROWSERS_WITH_MULTI_ORIGIN_SUPPORT and
+   check whether it correctly distinguishes web origins even if iframes are present on the page.
+   You can use https://fabianhenneke.github.io/Android-Password-Store/ as a test form.
+*/
 
 /*
  * **Security assumption**: Browsers on this list correctly report the web origin of the top-level
@@ -56,13 +56,15 @@ import androidx.annotation.RequiresApi
  * Note: Browsers can be on this list even if they don't report the correct web origins of all
  * fields on the page, e.g. of those in iframes.
  */
-private val TRUSTED_BROWSER_CERTIFICATE_HASH = mapOf(
+private val TRUSTED_BROWSER_CERTIFICATE_HASH =
+  mapOf(
     "com.android.chrome" to arrayOf("8P1sW0EPJcslw7UzRsiXL64w+O50Ed+RBICtay1g24M="),
     "com.brave.browser" to arrayOf("nC23BRNRX9v7vFhbPt89cSPU3GfJT/0wY2HB15u/GKw="),
     "com.chrome.beta" to arrayOf("2mM9NLaeY64hA7SdU84FL8X388U6q5T9wqIIvf0UJJw="),
     "com.chrome.canary" to arrayOf("IBnfofsj779wxbzRRDxb6rBPPy/0Nm6aweNFdjmiTPw="),
     "com.chrome.dev" to arrayOf("kETuX+5LvF4h3URmVDHE6x8fcaMnFqC8knvLs5Izyr8="),
-    "com.duckduckgo.mobile.android" to arrayOf("u3uzHFc8RqHaf8XFKKas9DIQhFb+7FCBDH8zaU6z0tQ=", "8HB9AhwL8+b43MEbo/VwBCXVl9yjAaMeIQVWk067Gwo="),
+    "com.duckduckgo.mobile.android" to
+      arrayOf("u3uzHFc8RqHaf8XFKKas9DIQhFb+7FCBDH8zaU6z0tQ=", "8HB9AhwL8+b43MEbo/VwBCXVl9yjAaMeIQVWk067Gwo="),
     "com.microsoft.emmx" to arrayOf("AeGZlxCoLCdJtNUMRF3IXWcLYTYInQp2anOCfIKh6sk="),
     "com.opera.mini.native" to arrayOf("V6y8Ul8bLr0ZGWzW8BQ5fMkQ/RiEHgroUP68Ph5ZP/I="),
     "com.opera.mini.native.beta" to arrayOf("V6y8Ul8bLr0ZGWzW8BQ5fMkQ/RiEHgroUP68Ph5ZP/I="),
@@ -81,16 +83,18 @@ private val TRUSTED_BROWSER_CERTIFICATE_HASH = mapOf(
     "org.ungoogled.chromium.stable" to arrayOf("29UOO5cXoxO/e/hH3hOu6bbtg1My4tK6Eik2Ym5Krtk="),
     "org.ungoogled.chromium.extensions.stable" to arrayOf("29UOO5cXoxO/e/hH3hOu6bbtg1My4tK6Eik2Ym5Krtk="),
     "com.kiwibrowser.browser" to arrayOf("wGnqlmMy6R4KDDzFd+b1Cf49ndr3AVrQxcXvj9o/hig="),
-)
+  )
 
 private fun isTrustedBrowser(context: Context, appPackage: String): Boolean {
-    val expectedCertificateHashes = TRUSTED_BROWSER_CERTIFICATE_HASH[appPackage] ?: return false
-    val certificateHash = computeCertificatesHash(context, appPackage)
-    return certificateHash in expectedCertificateHashes
+  val expectedCertificateHashes = TRUSTED_BROWSER_CERTIFICATE_HASH[appPackage] ?: return false
+  val certificateHash = computeCertificatesHash(context, appPackage)
+  return certificateHash in expectedCertificateHashes
 }
 
 internal enum class BrowserMultiOriginMethod {
-    None, WebView, Field
+  None,
+  WebView,
+  Field
 }
 
 /**
@@ -100,11 +104,12 @@ internal enum class BrowserMultiOriginMethod {
  *
  * There are two methods used by browsers:
  * - Browsers based on Android's WebView report web domains on each WebView view node, which then
- *   needs to be propagated to the child nodes ([BrowserMultiOriginMethod.WebView]).
+ * needs to be propagated to the child nodes ( [BrowserMultiOriginMethod.WebView]).
  * - Browsers with custom Autofill implementations report web domains on each input field (
- *   [BrowserMultiOriginMethod.Field]).
+ * [BrowserMultiOriginMethod.Field]).
  */
-private val BROWSER_MULTI_ORIGIN_METHOD = mapOf(
+private val BROWSER_MULTI_ORIGIN_METHOD =
+  mapOf(
     "com.duckduckgo.mobile.android" to BrowserMultiOriginMethod.WebView,
     "com.opera.mini.native" to BrowserMultiOriginMethod.WebView,
     "com.opera.mini.native.beta" to BrowserMultiOriginMethod.WebView,
@@ -119,10 +124,10 @@ private val BROWSER_MULTI_ORIGIN_METHOD = mapOf(
     "org.mozilla.focus" to BrowserMultiOriginMethod.Field,
     "org.mozilla.klar" to BrowserMultiOriginMethod.Field,
     "org.torproject.torbrowser" to BrowserMultiOriginMethod.WebView,
-)
+  )
 
 private fun getBrowserMultiOriginMethod(appPackage: String): BrowserMultiOriginMethod =
-    BROWSER_MULTI_ORIGIN_METHOD[appPackage] ?: BrowserMultiOriginMethod.None
+  BROWSER_MULTI_ORIGIN_METHOD[appPackage] ?: BrowserMultiOriginMethod.None
 
 /**
  * Browsers on this list issue Autofill save requests and provide unmasked passwords as
@@ -132,7 +137,8 @@ private fun getBrowserMultiOriginMethod(appPackage: String): BrowserMultiOriginM
  * `FLAG_SAVE_ON_ALL_VIEW_INVISIBLE` to be set.
  */
 @RequiresApi(Build.VERSION_CODES.O)
-private val BROWSER_SAVE_FLAG = mapOf(
+private val BROWSER_SAVE_FLAG =
+  mapOf(
     "com.duckduckgo.mobile.android" to 0,
     "org.mozilla.klar" to 0,
     "org.mozilla.focus" to 0,
@@ -142,89 +148,77 @@ private val BROWSER_SAVE_FLAG = mapOf(
     "com.opera.mini.native" to 0,
     "com.opera.mini.native.beta" to 0,
     "com.opera.touch" to 0,
-)
+  )
 
 @RequiresApi(Build.VERSION_CODES.O)
-private val BROWSER_SAVE_FLAG_IF_NO_ACCESSIBILITY = mapOf(
+private val BROWSER_SAVE_FLAG_IF_NO_ACCESSIBILITY =
+  mapOf(
     "com.android.chrome" to SaveInfo.FLAG_SAVE_ON_ALL_VIEWS_INVISIBLE,
     "com.chrome.beta" to SaveInfo.FLAG_SAVE_ON_ALL_VIEWS_INVISIBLE,
     "com.chrome.canary" to SaveInfo.FLAG_SAVE_ON_ALL_VIEWS_INVISIBLE,
     "com.chrome.dev" to SaveInfo.FLAG_SAVE_ON_ALL_VIEWS_INVISIBLE,
-)
+  )
 
 private fun isNoAccessibilityServiceEnabled(context: Context): Boolean {
-    // See https://chromium.googlesource.com/chromium/src/+/447a31e977a65e2eb78804e4a09633699b4ede33
-    return Settings.Secure.getString(context.contentResolver,
-        Settings.Secure.ENABLED_ACCESSIBILITY_SERVICES).isNullOrEmpty()
+  // See https://chromium.googlesource.com/chromium/src/+/447a31e977a65e2eb78804e4a09633699b4ede33
+  return Settings.Secure.getString(context.contentResolver, Settings.Secure.ENABLED_ACCESSIBILITY_SERVICES)
+    .isNullOrEmpty()
 }
 
 @RequiresApi(Build.VERSION_CODES.O)
 private fun getBrowserSaveFlag(context: Context, appPackage: String): Int? =
-    BROWSER_SAVE_FLAG[appPackage] ?: BROWSER_SAVE_FLAG_IF_NO_ACCESSIBILITY[appPackage]?.takeIf {
-            isNoAccessibilityServiceEnabled(context)
-        }
+  BROWSER_SAVE_FLAG[appPackage]
+    ?: BROWSER_SAVE_FLAG_IF_NO_ACCESSIBILITY[appPackage]?.takeIf { isNoAccessibilityServiceEnabled(context) }
 
-internal data class BrowserAutofillSupportInfo(
-    val multiOriginMethod: BrowserMultiOriginMethod,
-    val saveFlags: Int?
-)
+internal data class BrowserAutofillSupportInfo(val multiOriginMethod: BrowserMultiOriginMethod, val saveFlags: Int?)
 
 @RequiresApi(Build.VERSION_CODES.O)
-internal fun getBrowserAutofillSupportInfoIfTrusted(
-    context: Context,
-    appPackage: String
-): BrowserAutofillSupportInfo? {
-    if (!isTrustedBrowser(context, appPackage)) return null
-    return BrowserAutofillSupportInfo(
-        multiOriginMethod = getBrowserMultiOriginMethod(appPackage),
-        saveFlags = getBrowserSaveFlag(context, appPackage)
-    )
+internal fun getBrowserAutofillSupportInfoIfTrusted(context: Context, appPackage: String): BrowserAutofillSupportInfo? {
+  if (!isTrustedBrowser(context, appPackage)) return null
+  return BrowserAutofillSupportInfo(
+    multiOriginMethod = getBrowserMultiOriginMethod(appPackage),
+    saveFlags = getBrowserSaveFlag(context, appPackage)
+  )
 }
 
-private val FLAKY_BROWSERS = listOf(
+private val FLAKY_BROWSERS =
+  listOf(
     "org.bromite.bromite",
     "org.ungoogled.chromium.stable",
     "com.kiwibrowser.browser",
-)
+  )
 
 public enum class BrowserAutofillSupportLevel {
-    None,
-    FlakyFill,
-    PasswordFill,
-    PasswordFillAndSaveIfNoAccessibility,
-    GeneralFill,
-    GeneralFillAndSave,
+  None,
+  FlakyFill,
+  PasswordFill,
+  PasswordFillAndSaveIfNoAccessibility,
+  GeneralFill,
+  GeneralFillAndSave,
 }
 
 @RequiresApi(Build.VERSION_CODES.O)
-private fun getBrowserAutofillSupportLevel(
-    context: Context,
-    appPackage: String
-): BrowserAutofillSupportLevel {
-    val browserInfo = getBrowserAutofillSupportInfoIfTrusted(context, appPackage)
-    return when {
-        browserInfo == null -> BrowserAutofillSupportLevel.None
-        appPackage in FLAKY_BROWSERS -> BrowserAutofillSupportLevel.FlakyFill
-        appPackage in BROWSER_SAVE_FLAG_IF_NO_ACCESSIBILITY -> BrowserAutofillSupportLevel.PasswordFillAndSaveIfNoAccessibility
-        browserInfo.multiOriginMethod == BrowserMultiOriginMethod.None -> BrowserAutofillSupportLevel.PasswordFill
-        browserInfo.saveFlags == null -> BrowserAutofillSupportLevel.GeneralFill
-        else -> BrowserAutofillSupportLevel.GeneralFillAndSave
-    }
+private fun getBrowserAutofillSupportLevel(context: Context, appPackage: String): BrowserAutofillSupportLevel {
+  val browserInfo = getBrowserAutofillSupportInfoIfTrusted(context, appPackage)
+  return when {
+    browserInfo == null -> BrowserAutofillSupportLevel.None
+    appPackage in FLAKY_BROWSERS -> BrowserAutofillSupportLevel.FlakyFill
+    appPackage in BROWSER_SAVE_FLAG_IF_NO_ACCESSIBILITY ->
+      BrowserAutofillSupportLevel.PasswordFillAndSaveIfNoAccessibility
+    browserInfo.multiOriginMethod == BrowserMultiOriginMethod.None -> BrowserAutofillSupportLevel.PasswordFill
+    browserInfo.saveFlags == null -> BrowserAutofillSupportLevel.GeneralFill
+    else -> BrowserAutofillSupportLevel.GeneralFillAndSave
+  }
 }
 
 @RequiresApi(Build.VERSION_CODES.O)
-public fun getInstalledBrowsersWithAutofillSupportLevel(context: Context): List<Pair<String, BrowserAutofillSupportLevel>> {
-    val testWebIntent = Intent(Intent.ACTION_VIEW).apply {
-        data = Uri.parse("http://example.org")
-    }
-    val installedBrowsers = context.packageManager.queryIntentActivities(
-        testWebIntent,
-        PackageManager.MATCH_ALL
-    )
-    return installedBrowsers.map {
-        it to getBrowserAutofillSupportLevel(context, it.activityInfo.packageName)
-    }.filter { it.first.isDefault || it.second != BrowserAutofillSupportLevel.None }.map {
-        context.packageManager.getApplicationLabel(it.first.activityInfo.applicationInfo)
-            .toString() to it.second
-    }
+public fun getInstalledBrowsersWithAutofillSupportLevel(
+  context: Context
+): List<Pair<String, BrowserAutofillSupportLevel>> {
+  val testWebIntent = Intent(Intent.ACTION_VIEW).apply { data = Uri.parse("http://example.org") }
+  val installedBrowsers = context.packageManager.queryIntentActivities(testWebIntent, PackageManager.MATCH_ALL)
+  return installedBrowsers
+    .map { it to getBrowserAutofillSupportLevel(context, it.activityInfo.packageName) }
+    .filter { it.first.isDefault || it.second != BrowserAutofillSupportLevel.None }
+    .map { context.packageManager.getApplicationLabel(it.first.activityInfo.applicationInfo).toString() to it.second }
 }
diff --git a/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/FormField.kt b/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/FormField.kt
index f5e980dc..d3ce8408 100644
--- a/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/FormField.kt
+++ b/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/FormField.kt
@@ -14,291 +14,321 @@ import androidx.autofill.HintConstants
 import java.util.Locale
 
 internal enum class CertaintyLevel {
-    Impossible, Possible, Likely, Certain
+  Impossible,
+  Possible,
+  Likely,
+  Certain
 }
 
 /**
- * Represents a single potentially fillable or saveable field together with all meta data
- * extracted from its [AssistStructure.ViewNode].
+ * Represents a single potentially fillable or saveable field together with all meta data extracted
+ * from its [AssistStructure.ViewNode].
  */
 @RequiresApi(Build.VERSION_CODES.O)
 internal class FormField(
-    node: AssistStructure.ViewNode,
-    private val index: Int,
-    passDownWebViewOrigins: Boolean,
-    passedDownWebOrigin: String? = null
+  node: AssistStructure.ViewNode,
+  private val index: Int,
+  passDownWebViewOrigins: Boolean,
+  passedDownWebOrigin: String? = null
 ) {
 
-    companion object {
+  companion object {
 
-        private val HINTS_USERNAME = listOf(
-            HintConstants.AUTOFILL_HINT_USERNAME,
-            HintConstants.AUTOFILL_HINT_NEW_USERNAME,
-        )
-
-        private val HINTS_NEW_PASSWORD = listOf(
-            HintConstants.AUTOFILL_HINT_NEW_PASSWORD,
-        )
-
-        private val HINTS_PASSWORD = HINTS_NEW_PASSWORD + listOf(
-            HintConstants.AUTOFILL_HINT_PASSWORD,
-        )
+    private val HINTS_USERNAME =
+      listOf(
+        HintConstants.AUTOFILL_HINT_USERNAME,
+        HintConstants.AUTOFILL_HINT_NEW_USERNAME,
+      )
 
-        private val HINTS_OTP = listOf(
-            HintConstants.AUTOFILL_HINT_SMS_OTP,
-        )
+    private val HINTS_NEW_PASSWORD =
+      listOf(
+        HintConstants.AUTOFILL_HINT_NEW_PASSWORD,
+      )
 
-        @Suppress("DEPRECATION")
-        private val HINTS_FILLABLE = HINTS_USERNAME + HINTS_PASSWORD + HINTS_OTP + listOf(
-            HintConstants.AUTOFILL_HINT_EMAIL_ADDRESS,
-            HintConstants.AUTOFILL_HINT_NAME,
-            HintConstants.AUTOFILL_HINT_PERSON_NAME,
-            HintConstants.AUTOFILL_HINT_PHONE,
-            HintConstants.AUTOFILL_HINT_PHONE_NUMBER,
+    private val HINTS_PASSWORD =
+      HINTS_NEW_PASSWORD +
+        listOf(
+          HintConstants.AUTOFILL_HINT_PASSWORD,
         )
 
-        private val ANDROID_TEXT_FIELD_CLASS_NAMES = listOf(
-            "android.widget.EditText",
-            "android.widget.AutoCompleteTextView",
-            "androidx.appcompat.widget.AppCompatEditText",
-            "android.support.v7.widget.AppCompatEditText",
-            "com.google.android.material.textfield.TextInputEditText",
+    private val HINTS_OTP =
+      listOf(
+        HintConstants.AUTOFILL_HINT_SMS_OTP,
+      )
+
+    @Suppress("DEPRECATION")
+    private val HINTS_FILLABLE =
+      HINTS_USERNAME +
+        HINTS_PASSWORD +
+        HINTS_OTP +
+        listOf(
+          HintConstants.AUTOFILL_HINT_EMAIL_ADDRESS,
+          HintConstants.AUTOFILL_HINT_NAME,
+          HintConstants.AUTOFILL_HINT_PERSON_NAME,
+          HintConstants.AUTOFILL_HINT_PHONE,
+          HintConstants.AUTOFILL_HINT_PHONE_NUMBER,
         )
 
-        private const val ANDROID_WEB_VIEW_CLASS_NAME = "android.webkit.WebView"
-
-        private fun isPasswordInputType(inputType: Int): Boolean {
-            val typeClass = inputType and InputType.TYPE_MASK_CLASS
-            val typeVariation = inputType and InputType.TYPE_MASK_VARIATION
-            return when (typeClass) {
-                InputType.TYPE_CLASS_NUMBER -> typeVariation == InputType.TYPE_NUMBER_VARIATION_PASSWORD
-                InputType.TYPE_CLASS_TEXT -> typeVariation in listOf(
-                    InputType.TYPE_TEXT_VARIATION_PASSWORD,
-                    InputType.TYPE_TEXT_VARIATION_VISIBLE_PASSWORD,
-                    InputType.TYPE_TEXT_VARIATION_WEB_PASSWORD,
-                )
-                else -> false
-            }
-        }
-
-        private val HTML_INPUT_FIELD_TYPES_USERNAME = listOf(
-            "email",
-            "tel",
-            "text",
-        )
-        private val HTML_INPUT_FIELD_TYPES_PASSWORD = listOf(
-            "password",
-        )
-        private val HTML_INPUT_FIELD_TYPES_OTP = listOf(
-            "tel",
-            "text",
-        )
-        private val HTML_INPUT_FIELD_TYPES_FILLABLE =
-            (HTML_INPUT_FIELD_TYPES_USERNAME + HTML_INPUT_FIELD_TYPES_PASSWORD + HTML_INPUT_FIELD_TYPES_OTP).toSet().toList()
-
-        @RequiresApi(Build.VERSION_CODES.O)
-        private fun isSupportedHint(hint: String) = hint in HINTS_FILLABLE
-
-        private val EXCLUDED_TERMS = listOf(
-            "url_bar", // Chrome/Edge/Firefox address bar
-            "url_field", // Opera address bar
-            "location_bar_edit_text", // Samsung address bar
-            "search", "find", "captcha",
-            "postal", // Prevent postal code fields from being mistaken for OTP fields
-
-        )
-        private val PASSWORD_HEURISTIC_TERMS = listOf(
-            "pass",
-            "pswd",
-            "pwd",
-        )
-        private val USERNAME_HEURISTIC_TERMS = listOf(
-            "alias",
-            "benutzername",
-            "e-mail",
-            "email",
-            "login",
-            "user",
-        )
-        private val OTP_HEURISTIC_TERMS = listOf(
-            "einmal",
-            "otp",
-            "challenge",
-            "verification",
-        )
-        private val OTP_WEAK_HEURISTIC_TERMS = listOf(
-            "code",
-        )
+    private val ANDROID_TEXT_FIELD_CLASS_NAMES =
+      listOf(
+        "android.widget.EditText",
+        "android.widget.AutoCompleteTextView",
+        "androidx.appcompat.widget.AppCompatEditText",
+        "android.support.v7.widget.AppCompatEditText",
+        "com.google.android.material.textfield.TextInputEditText",
+      )
+
+    private const val ANDROID_WEB_VIEW_CLASS_NAME = "android.webkit.WebView"
+
+    private fun isPasswordInputType(inputType: Int): Boolean {
+      val typeClass = inputType and InputType.TYPE_MASK_CLASS
+      val typeVariation = inputType and InputType.TYPE_MASK_VARIATION
+      return when (typeClass) {
+        InputType.TYPE_CLASS_NUMBER -> typeVariation == InputType.TYPE_NUMBER_VARIATION_PASSWORD
+        InputType.TYPE_CLASS_TEXT ->
+          typeVariation in
+            listOf(
+              InputType.TYPE_TEXT_VARIATION_PASSWORD,
+              InputType.TYPE_TEXT_VARIATION_VISIBLE_PASSWORD,
+              InputType.TYPE_TEXT_VARIATION_WEB_PASSWORD,
+            )
+        else -> false
+      }
     }
 
-    private val List<String>.anyMatchesFieldInfo
-        get() = any {
-            fieldId.contains(it) || hint.contains(it) || htmlName.contains(it)
-        }
-
-    val autofillId: AutofillId = node.autofillId!!
-
-    // Information for heuristics and exclusion rules based only on the current field
-    private val htmlId = node.htmlInfo?.attributes?.firstOrNull { it.first == "id" }?.second
-    private val resourceId = node.idEntry
-    private val fieldId = (htmlId ?: resourceId ?: "").toLowerCase(Locale.US)
-    private val hint = node.hint?.toLowerCase(Locale.US) ?: ""
-    private val className: String? = node.className
-    private val inputType = node.inputType
-
-    // Information for advanced heuristics taking multiple fields and page context into account
-    val isFocused = node.isFocused
-
-    // The webOrigin of a WebView should be passed down to its children in certain browsers
-    private val isWebView = node.className == ANDROID_WEB_VIEW_CLASS_NAME
-    val webOrigin = node.webOrigin ?: if (passDownWebViewOrigins) passedDownWebOrigin else null
-    val webOriginToPassDown = if (passDownWebViewOrigins) {
-        if (isWebView) webOrigin else passedDownWebOrigin
+    private val HTML_INPUT_FIELD_TYPES_USERNAME =
+      listOf(
+        "email",
+        "tel",
+        "text",
+      )
+    private val HTML_INPUT_FIELD_TYPES_PASSWORD =
+      listOf(
+        "password",
+      )
+    private val HTML_INPUT_FIELD_TYPES_OTP =
+      listOf(
+        "tel",
+        "text",
+      )
+    private val HTML_INPUT_FIELD_TYPES_FILLABLE =
+      (HTML_INPUT_FIELD_TYPES_USERNAME + HTML_INPUT_FIELD_TYPES_PASSWORD + HTML_INPUT_FIELD_TYPES_OTP).toSet().toList()
+
+    @RequiresApi(Build.VERSION_CODES.O) private fun isSupportedHint(hint: String) = hint in HINTS_FILLABLE
+
+    private val EXCLUDED_TERMS =
+      listOf(
+        "url_bar", // Chrome/Edge/Firefox address bar
+        "url_field", // Opera address bar
+        "location_bar_edit_text", // Samsung address bar
+        "search",
+        "find",
+        "captcha",
+        "postal", // Prevent postal code fields from being mistaken for OTP fields
+      )
+    private val PASSWORD_HEURISTIC_TERMS =
+      listOf(
+        "pass",
+        "pswd",
+        "pwd",
+      )
+    private val USERNAME_HEURISTIC_TERMS =
+      listOf(
+        "alias",
+        "benutzername",
+        "e-mail",
+        "email",
+        "login",
+        "user",
+      )
+    private val OTP_HEURISTIC_TERMS =
+      listOf(
+        "einmal",
+        "otp",
+        "challenge",
+        "verification",
+      )
+    private val OTP_WEAK_HEURISTIC_TERMS =
+      listOf(
+        "code",
+      )
+  }
+
+  private val List<String>.anyMatchesFieldInfo
+    get() = any { fieldId.contains(it) || hint.contains(it) || htmlName.contains(it) }
+
+  val autofillId: AutofillId = node.autofillId!!
+
+  // Information for heuristics and exclusion rules based only on the current field
+  private val htmlId = node.htmlInfo?.attributes?.firstOrNull { it.first == "id" }?.second
+  private val resourceId = node.idEntry
+  private val fieldId = (htmlId ?: resourceId ?: "").toLowerCase(Locale.US)
+  private val hint = node.hint?.toLowerCase(Locale.US) ?: ""
+  private val className: String? = node.className
+  private val inputType = node.inputType
+
+  // Information for advanced heuristics taking multiple fields and page context into account
+  val isFocused = node.isFocused
+
+  // The webOrigin of a WebView should be passed down to its children in certain browsers
+  private val isWebView = node.className == ANDROID_WEB_VIEW_CLASS_NAME
+  val webOrigin = node.webOrigin ?: if (passDownWebViewOrigins) passedDownWebOrigin else null
+  val webOriginToPassDown =
+    if (passDownWebViewOrigins) {
+      if (isWebView) webOrigin else passedDownWebOrigin
     } else {
-        null
-    }
-
-    // Basic type detection for HTML fields
-    private val htmlTag = node.htmlInfo?.tag
-    private val htmlAttributes: Map<String, String> =
-        node.htmlInfo?.attributes?.filter { it.first != null && it.second != null }
-            ?.associate { Pair(it.first.toLowerCase(Locale.US), it.second.toLowerCase(Locale.US)) }
-            ?: emptyMap()
-
-    private val htmlAttributesDebug =
-        htmlAttributes.entries.joinToString { "${it.key}=${it.value}" }
-    private val htmlInputType = htmlAttributes["type"]
-    private val htmlName = htmlAttributes["name"] ?: ""
-    private val htmlMaxLength = htmlAttributes["maxlength"]?.toIntOrNull()
-    private val isHtmlField = htmlTag == "input"
-    private val isHtmlPasswordField =
-        isHtmlField && htmlInputType in HTML_INPUT_FIELD_TYPES_PASSWORD
-    private val isHtmlTextField = isHtmlField && htmlInputType in HTML_INPUT_FIELD_TYPES_FILLABLE
-
-    // Basic type detection for native fields
-    private val hasPasswordInputType = isPasswordInputType(inputType)
-
-    // HTML fields with non-fillable types (such as submit buttons) should be excluded here
-    private val isAndroidTextField = !isHtmlField && className in ANDROID_TEXT_FIELD_CLASS_NAMES
-    private val isAndroidPasswordField = isAndroidTextField && hasPasswordInputType
-
-    private val isTextField = isAndroidTextField || isHtmlTextField
-
-    // Autofill hint detection for native fields
-    private val autofillHints = node.autofillHints?.filter { isSupportedHint(it) } ?: emptyList()
-    private val excludedByAutofillHints =
-        if (autofillHints.isEmpty()) false else autofillHints.intersect(HINTS_FILLABLE).isEmpty()
-    val hasAutofillHintPassword = autofillHints.intersect(HINTS_PASSWORD).isNotEmpty()
-    private val hasAutofillHintNewPassword = autofillHints.intersect(HINTS_NEW_PASSWORD).isNotEmpty()
-    private val hasAutofillHintUsername = autofillHints.intersect(HINTS_USERNAME).isNotEmpty()
-    private val hasAutofillHintOtp = autofillHints.intersect(HINTS_OTP).isNotEmpty()
-
-    // W3C autocomplete hint detection for HTML fields
-    private val htmlAutocomplete = htmlAttributes["autocomplete"]
-
-    // Ignored for now, see excludedByHints
-    private val excludedByAutocompleteHint = htmlAutocomplete == "off"
-    private val hasAutocompleteHintUsername = htmlAutocomplete == "username"
-    val hasAutocompleteHintCurrentPassword = htmlAutocomplete == "current-password"
-    private val hasAutocompleteHintNewPassword = htmlAutocomplete == "new-password"
-    private val hasAutocompleteHintPassword =
-        hasAutocompleteHintCurrentPassword || hasAutocompleteHintNewPassword
-    private val hasAutocompleteHintOtp = htmlAutocomplete == "one-time-code"
-
-    // Results of hint-based field type detection
-    val hasHintUsername = hasAutofillHintUsername || hasAutocompleteHintUsername
-    val hasHintPassword = hasAutofillHintPassword || hasAutocompleteHintPassword
-    val hasHintNewPassword = hasAutofillHintNewPassword || hasAutocompleteHintNewPassword
-    val hasHintOtp = hasAutofillHintOtp || hasAutocompleteHintOtp
-
-    // Basic autofill exclusion checks
-    private val hasAutofillTypeText = node.autofillType == View.AUTOFILL_TYPE_TEXT
-    val isVisible = node.visibility == View.VISIBLE && htmlAttributes["aria-hidden"] != "true"
-
-    // Hidden username fields are used to help password managers save credentials in two-step login
-    // flows.
-    // See: https://www.chromium.org/developers/design-documents/form-styles-that-chromium-understands
-    val couldBeTwoStepHiddenUsername = !isVisible && isHtmlTextField && hasAutocompleteHintUsername
-
-    // Some websites with two-step login flows offer hidden password fields to fill the password
-    // already in the first step. Thus, we delegate the decision about filling invisible password
-    // fields to the fill rules and only exclude those fields that have incompatible autocomplete
-    // hint.
-    val couldBeTwoStepHiddenPassword =
-        !isVisible && isHtmlPasswordField && (hasAutocompleteHintCurrentPassword || htmlAutocomplete == null)
-
-    // Since many site put autocomplete=off on login forms for compliance reasons or since they are
-    // worried of the user's browser automatically (i.e., without any user interaction) filling
-    // them, which we never do, we choose to ignore the value of excludedByAutocompleteHint.
-    // TODO: Revisit this decision in the future
-    private val excludedByHints = excludedByAutofillHints
-
-    // Only offer to fill into custom views if they explicitly opted into Autofill.
-    val relevantField = hasAutofillTypeText && (isTextField || autofillHints.isNotEmpty()) && !excludedByHints
-
-    // Exclude fields based on hint, resource ID or HTML name.
-    // Note: We still report excluded fields as relevant since they count for adjacency heuristics,
-    // but ensure that they are never detected as password or username fields.
-    private val hasExcludedTerm = EXCLUDED_TERMS.anyMatchesFieldInfo
-    private val notExcluded = relevantField && !hasExcludedTerm
-
-    // Password field heuristics (based only on the current field)
-    private val isPossiblePasswordField =
-        notExcluded && (isAndroidPasswordField || isHtmlPasswordField || hasHintPassword)
-    private val isCertainPasswordField = isPossiblePasswordField && hasHintPassword
-    private val isLikelyPasswordField = isPossiblePasswordField &&
-        (isCertainPasswordField || PASSWORD_HEURISTIC_TERMS.anyMatchesFieldInfo)
-    val passwordCertainty =
-        if (isCertainPasswordField) CertaintyLevel.Certain else if (isLikelyPasswordField) CertaintyLevel.Likely else if (isPossiblePasswordField) CertaintyLevel.Possible else CertaintyLevel.Impossible
-
-    // OTP field heuristics (based only on the current field)
-    private val isPossibleOtpField = notExcluded && !isPossiblePasswordField
-    private val isCertainOtpField = isPossibleOtpField && hasHintOtp
-    private val isLikelyOtpField = isPossibleOtpField && (
-        isCertainOtpField || OTP_HEURISTIC_TERMS.anyMatchesFieldInfo ||
-            ((htmlMaxLength == null || htmlMaxLength in 6..8) && OTP_WEAK_HEURISTIC_TERMS.anyMatchesFieldInfo))
-    val otpCertainty =
-        if (isCertainOtpField) CertaintyLevel.Certain else if (isLikelyOtpField) CertaintyLevel.Likely else if (isPossibleOtpField) CertaintyLevel.Possible else CertaintyLevel.Impossible
-
-    // Username field heuristics (based only on the current field)
-    private val isPossibleUsernameField = notExcluded && !isPossiblePasswordField && !isCertainOtpField
-    private val isCertainUsernameField = isPossibleUsernameField && hasHintUsername
-    private val isLikelyUsernameField = isPossibleUsernameField && (isCertainUsernameField || (USERNAME_HEURISTIC_TERMS.anyMatchesFieldInfo))
-    val usernameCertainty =
-        if (isCertainUsernameField) CertaintyLevel.Certain else if (isLikelyUsernameField) CertaintyLevel.Likely else if (isPossibleUsernameField) CertaintyLevel.Possible else CertaintyLevel.Impossible
-
-    infix fun directlyPrecedes(that: FormField?): Boolean {
-        return index == (that ?: return false).index - 1
-    }
-
-    infix fun directlyPrecedes(that: Iterable<FormField>): Boolean {
-        val firstIndex = that.map { it.index }.minOrNull() ?: return false
-        return index == firstIndex - 1
-    }
-
-    infix fun directlyFollows(that: FormField?): Boolean {
-        return index == (that ?: return false).index + 1
-    }
-
-    infix fun directlyFollows(that: Iterable<FormField>): Boolean {
-        val lastIndex = that.map { it.index }.maxOrNull() ?: return false
-        return index == lastIndex + 1
-    }
-
-    override fun toString(): String {
-        val field = if (isHtmlTextField) "$htmlTag[type=$htmlInputType]" else className
-        val description =
-            "\"$hint\", \"$fieldId\"${if (isFocused) ", focused" else ""}${if (isVisible) ", visible" else ""}, $webOrigin, $htmlAttributesDebug, $autofillHints"
-        return "$field ($description): password=$passwordCertainty, username=$usernameCertainty, otp=$otpCertainty"
-    }
-
-    override fun equals(other: Any?): Boolean {
-        if (other == null) return false
-        if (this.javaClass != other.javaClass) return false
-        return autofillId == (other as FormField).autofillId
+      null
     }
 
-    override fun hashCode(): Int {
-        return autofillId.hashCode()
+  // Basic type detection for HTML fields
+  private val htmlTag = node.htmlInfo?.tag
+  private val htmlAttributes: Map<String, String> =
+    node.htmlInfo?.attributes?.filter { it.first != null && it.second != null }?.associate {
+      Pair(it.first.toLowerCase(Locale.US), it.second.toLowerCase(Locale.US))
     }
+      ?: emptyMap()
+
+  private val htmlAttributesDebug = htmlAttributes.entries.joinToString { "${it.key}=${it.value}" }
+  private val htmlInputType = htmlAttributes["type"]
+  private val htmlName = htmlAttributes["name"] ?: ""
+  private val htmlMaxLength = htmlAttributes["maxlength"]?.toIntOrNull()
+  private val isHtmlField = htmlTag == "input"
+  private val isHtmlPasswordField = isHtmlField && htmlInputType in HTML_INPUT_FIELD_TYPES_PASSWORD
+  private val isHtmlTextField = isHtmlField && htmlInputType in HTML_INPUT_FIELD_TYPES_FILLABLE
+
+  // Basic type detection for native fields
+  private val hasPasswordInputType = isPasswordInputType(inputType)
+
+  // HTML fields with non-fillable types (such as submit buttons) should be excluded here
+  private val isAndroidTextField = !isHtmlField && className in ANDROID_TEXT_FIELD_CLASS_NAMES
+  private val isAndroidPasswordField = isAndroidTextField && hasPasswordInputType
+
+  private val isTextField = isAndroidTextField || isHtmlTextField
+
+  // Autofill hint detection for native fields
+  private val autofillHints = node.autofillHints?.filter { isSupportedHint(it) } ?: emptyList()
+  private val excludedByAutofillHints =
+    if (autofillHints.isEmpty()) false else autofillHints.intersect(HINTS_FILLABLE).isEmpty()
+  val hasAutofillHintPassword = autofillHints.intersect(HINTS_PASSWORD).isNotEmpty()
+  private val hasAutofillHintNewPassword = autofillHints.intersect(HINTS_NEW_PASSWORD).isNotEmpty()
+  private val hasAutofillHintUsername = autofillHints.intersect(HINTS_USERNAME).isNotEmpty()
+  private val hasAutofillHintOtp = autofillHints.intersect(HINTS_OTP).isNotEmpty()
+
+  // W3C autocomplete hint detection for HTML fields
+  private val htmlAutocomplete = htmlAttributes["autocomplete"]
+
+  // Ignored for now, see excludedByHints
+  private val excludedByAutocompleteHint = htmlAutocomplete == "off"
+  private val hasAutocompleteHintUsername = htmlAutocomplete == "username"
+  val hasAutocompleteHintCurrentPassword = htmlAutocomplete == "current-password"
+  private val hasAutocompleteHintNewPassword = htmlAutocomplete == "new-password"
+  private val hasAutocompleteHintPassword = hasAutocompleteHintCurrentPassword || hasAutocompleteHintNewPassword
+  private val hasAutocompleteHintOtp = htmlAutocomplete == "one-time-code"
+
+  // Results of hint-based field type detection
+  val hasHintUsername = hasAutofillHintUsername || hasAutocompleteHintUsername
+  val hasHintPassword = hasAutofillHintPassword || hasAutocompleteHintPassword
+  val hasHintNewPassword = hasAutofillHintNewPassword || hasAutocompleteHintNewPassword
+  val hasHintOtp = hasAutofillHintOtp || hasAutocompleteHintOtp
+
+  // Basic autofill exclusion checks
+  private val hasAutofillTypeText = node.autofillType == View.AUTOFILL_TYPE_TEXT
+  val isVisible = node.visibility == View.VISIBLE && htmlAttributes["aria-hidden"] != "true"
+
+  // Hidden username fields are used to help password managers save credentials in two-step login
+  // flows.
+  // See:
+  // https://www.chromium.org/developers/design-documents/form-styles-that-chromium-understands
+  val couldBeTwoStepHiddenUsername = !isVisible && isHtmlTextField && hasAutocompleteHintUsername
+
+  // Some websites with two-step login flows offer hidden password fields to fill the password
+  // already in the first step. Thus, we delegate the decision about filling invisible password
+  // fields to the fill rules and only exclude those fields that have incompatible autocomplete
+  // hint.
+  val couldBeTwoStepHiddenPassword =
+    !isVisible && isHtmlPasswordField && (hasAutocompleteHintCurrentPassword || htmlAutocomplete == null)
+
+  // Since many site put autocomplete=off on login forms for compliance reasons or since they are
+  // worried of the user's browser automatically (i.e., without any user interaction) filling
+  // them, which we never do, we choose to ignore the value of excludedByAutocompleteHint.
+  // TODO: Revisit this decision in the future
+  private val excludedByHints = excludedByAutofillHints
+
+  // Only offer to fill into custom views if they explicitly opted into Autofill.
+  val relevantField = hasAutofillTypeText && (isTextField || autofillHints.isNotEmpty()) && !excludedByHints
+
+  // Exclude fields based on hint, resource ID or HTML name.
+  // Note: We still report excluded fields as relevant since they count for adjacency heuristics,
+  // but ensure that they are never detected as password or username fields.
+  private val hasExcludedTerm = EXCLUDED_TERMS.anyMatchesFieldInfo
+  private val notExcluded = relevantField && !hasExcludedTerm
+
+  // Password field heuristics (based only on the current field)
+  private val isPossiblePasswordField =
+    notExcluded && (isAndroidPasswordField || isHtmlPasswordField || hasHintPassword)
+  private val isCertainPasswordField = isPossiblePasswordField && hasHintPassword
+  private val isLikelyPasswordField =
+    isPossiblePasswordField && (isCertainPasswordField || PASSWORD_HEURISTIC_TERMS.anyMatchesFieldInfo)
+  val passwordCertainty =
+    if (isCertainPasswordField) CertaintyLevel.Certain
+    else if (isLikelyPasswordField) CertaintyLevel.Likely
+    else if (isPossiblePasswordField) CertaintyLevel.Possible else CertaintyLevel.Impossible
+
+  // OTP field heuristics (based only on the current field)
+  private val isPossibleOtpField = notExcluded && !isPossiblePasswordField
+  private val isCertainOtpField = isPossibleOtpField && hasHintOtp
+  private val isLikelyOtpField =
+    isPossibleOtpField &&
+      (isCertainOtpField ||
+        OTP_HEURISTIC_TERMS.anyMatchesFieldInfo ||
+        ((htmlMaxLength == null || htmlMaxLength in 6..8) && OTP_WEAK_HEURISTIC_TERMS.anyMatchesFieldInfo))
+  val otpCertainty =
+    if (isCertainOtpField) CertaintyLevel.Certain
+    else if (isLikelyOtpField) CertaintyLevel.Likely
+    else if (isPossibleOtpField) CertaintyLevel.Possible else CertaintyLevel.Impossible
+
+  // Username field heuristics (based only on the current field)
+  private val isPossibleUsernameField = notExcluded && !isPossiblePasswordField && !isCertainOtpField
+  private val isCertainUsernameField = isPossibleUsernameField && hasHintUsername
+  private val isLikelyUsernameField =
+    isPossibleUsernameField && (isCertainUsernameField || (USERNAME_HEURISTIC_TERMS.anyMatchesFieldInfo))
+  val usernameCertainty =
+    if (isCertainUsernameField) CertaintyLevel.Certain
+    else if (isLikelyUsernameField) CertaintyLevel.Likely
+    else if (isPossibleUsernameField) CertaintyLevel.Possible else CertaintyLevel.Impossible
+
+  infix fun directlyPrecedes(that: FormField?): Boolean {
+    return index == (that ?: return false).index - 1
+  }
+
+  infix fun directlyPrecedes(that: Iterable<FormField>): Boolean {
+    val firstIndex = that.map { it.index }.minOrNull() ?: return false
+    return index == firstIndex - 1
+  }
+
+  infix fun directlyFollows(that: FormField?): Boolean {
+    return index == (that ?: return false).index + 1
+  }
+
+  infix fun directlyFollows(that: Iterable<FormField>): Boolean {
+    val lastIndex = that.map { it.index }.maxOrNull() ?: return false
+    return index == lastIndex + 1
+  }
+
+  override fun toString(): String {
+    val field = if (isHtmlTextField) "$htmlTag[type=$htmlInputType]" else className
+    val description =
+      "\"$hint\", \"$fieldId\"${if (isFocused) ", focused" else ""}${if (isVisible) ", visible" else ""}, $webOrigin, $htmlAttributesDebug, $autofillHints"
+    return "$field ($description): password=$passwordCertainty, username=$usernameCertainty, otp=$otpCertainty"
+  }
+
+  override fun equals(other: Any?): Boolean {
+    if (other == null) return false
+    if (this.javaClass != other.javaClass) return false
+    return autofillId == (other as FormField).autofillId
+  }
+
+  override fun hashCode(): Int {
+    return autofillId.hashCode()
+  }
 }
diff --git a/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/PublicSuffixListCache.kt b/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/PublicSuffixListCache.kt
index f7f24ef6..8c95ee90 100644
--- a/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/PublicSuffixListCache.kt
+++ b/autofill-parser/src/main/java/com/github/androidpasswordstore/autofillparser/PublicSuffixListCache.kt
@@ -11,21 +11,20 @@ import mozilla.components.lib.publicsuffixlist.PublicSuffixList
 
 private object PublicSuffixListCache {
 
-    private lateinit var publicSuffixList: PublicSuffixList
+  private lateinit var publicSuffixList: PublicSuffixList
 
-    fun getOrCachePublicSuffixList(context: Context): PublicSuffixList {
-        if (!::publicSuffixList.isInitialized) {
-            publicSuffixList = PublicSuffixList(context)
-            // Trigger loading the actual public suffix list, but don't block.
-            @Suppress("DeferredResultUnused")
-            publicSuffixList.prefetch()
-        }
-        return publicSuffixList
+  fun getOrCachePublicSuffixList(context: Context): PublicSuffixList {
+    if (!::publicSuffixList.isInitialized) {
+      publicSuffixList = PublicSuffixList(context)
+      // Trigger loading the actual public suffix list, but don't block.
+      @Suppress("DeferredResultUnused") publicSuffixList.prefetch()
     }
+    return publicSuffixList
+  }
 }
 
 public fun cachePublicSuffixList(context: Context) {
-    PublicSuffixListCache.getOrCachePublicSuffixList(context)
+  PublicSuffixListCache.getOrCachePublicSuffixList(context)
 }
 
 /**
@@ -36,17 +35,15 @@ public fun cachePublicSuffixList(context: Context) {
  * the return value for valid domains.
  */
 internal fun getPublicSuffixPlusOne(context: Context, domain: String, customSuffixes: Sequence<String>) = runBlocking {
-    // We only feed valid domain names which are not IP addresses into getPublicSuffixPlusOne.
-    // We do not check whether the domain actually exists (actually, not even whether its TLD
-    // exists). As long as we restrict ourselves to syntactically valid domain names,
-    // getPublicSuffixPlusOne will return non-colliding results.
-    if (!Patterns.DOMAIN_NAME.matcher(domain).matches() || Patterns.IP_ADDRESS.matcher(domain)
-            .matches()
-    ) {
-        domain
-    } else {
-        getCanonicalSuffix(context, domain, customSuffixes)
-    }
+  // We only feed valid domain names which are not IP addresses into getPublicSuffixPlusOne.
+  // We do not check whether the domain actually exists (actually, not even whether its TLD
+  // exists). As long as we restrict ourselves to syntactically valid domain names,
+  // getPublicSuffixPlusOne will return non-colliding results.
+  if (!Patterns.DOMAIN_NAME.matcher(domain).matches() || Patterns.IP_ADDRESS.matcher(domain).matches()) {
+    domain
+  } else {
+    getCanonicalSuffix(context, domain, customSuffixes)
+  }
 }
 
 /**
@@ -56,26 +53,21 @@ internal fun getPublicSuffixPlusOne(context: Context, domain: String, customSuff
  * - the direct subdomain of [suffix] of which [domain] is a subdomain.
  */
 private fun getSuffixPlusUpToOne(domain: String, suffix: String): String? {
-    if (domain == suffix)
-        return domain
-    val prefix = domain.removeSuffix(".$suffix")
-    if (prefix == domain || prefix.isEmpty())
-        return null
-    val lastPrefixPart = prefix.takeLastWhile { it != '.' }
-    return "$lastPrefixPart.$suffix"
+  if (domain == suffix) return domain
+  val prefix = domain.removeSuffix(".$suffix")
+  if (prefix == domain || prefix.isEmpty()) return null
+  val lastPrefixPart = prefix.takeLastWhile { it != '.' }
+  return "$lastPrefixPart.$suffix"
 }
 
-private suspend fun getCanonicalSuffix(
-    context: Context, domain: String, customSuffixes: Sequence<String>): String {
-    val publicSuffixList = PublicSuffixListCache.getOrCachePublicSuffixList(context)
-    val publicSuffixPlusOne = publicSuffixList.getPublicSuffixPlusOne(domain).await()
-        ?: return domain
-    var longestSuffix = publicSuffixPlusOne
-    for (customSuffix in customSuffixes) {
-        val suffixPlusUpToOne = getSuffixPlusUpToOne(domain, customSuffix) ?: continue
-        // A shorter suffix is automatically a substring.
-        if (suffixPlusUpToOne.length > longestSuffix.length)
-            longestSuffix = suffixPlusUpToOne
-    }
-    return longestSuffix
+private suspend fun getCanonicalSuffix(context: Context, domain: String, customSuffixes: Sequence<String>): String {
+  val publicSuffixList = PublicSuffixListCache.getOrCachePublicSuffixList(context)
+  val publicSuffixPlusOne = publicSuffixList.getPublicSuffixPlusOne(domain).await() ?: return domain
+  var longestSuffix = publicSuffixPlusOne
+  for (customSuffix in customSuffixes) {
+    val suffixPlusUpToOne = getSuffixPlusUpToOne(domain, customSuffix) ?: continue
+    // A shorter suffix is automatically a substring.
+    if (suffixPlusUpToOne.length > longestSuffix.length) longestSuffix = suffixPlusUpToOne
+  }
+  return longestSuffix
 }
diff --git a/autofill-parser/src/main/java/mozilla/components/lib/publicsuffixlist/PublicSuffixList.kt b/autofill-parser/src/main/java/mozilla/components/lib/publicsuffixlist/PublicSuffixList.kt
index f50d0d5a..c31df752 100644
--- a/autofill-parser/src/main/java/mozilla/components/lib/publicsuffixlist/PublicSuffixList.kt
+++ b/autofill-parser/src/main/java/mozilla/components/lib/publicsuffixlist/PublicSuffixList.kt
@@ -22,52 +22,48 @@ import kotlinx.coroutines.async
 /**
  * API for reading and accessing the public suffix list.
  *
- * > A "public suffix" is one under which Internet users can (or historically could) directly register names. Some
- * > examples of public suffixes are .com, .co.uk and pvt.k12.ma.us. The Public Suffix List is a list of all known
- * > public suffixes.
+ * > A "public suffix" is one under which Internet users can (or historically could) directly
+ * register names. Some > examples of public suffixes are .com, .co.uk and pvt.k12.ma.us. The Public
+ * Suffix List is a list of all known > public suffixes.
  *
- * Note that this implementation applies the rules of the public suffix list only and does not validate domains.
+ * Note that this implementation applies the rules of the public suffix list only and does not
+ * validate domains.
  *
- * https://publicsuffix.org/
- * https://github.com/publicsuffix/list
+ * https://publicsuffix.org/ https://github.com/publicsuffix/list
  */
 internal class PublicSuffixList(
-    context: Context,
-    dispatcher: CoroutineDispatcher = Dispatchers.IO,
-    private val scope: CoroutineScope = CoroutineScope(dispatcher)
+  context: Context,
+  dispatcher: CoroutineDispatcher = Dispatchers.IO,
+  private val scope: CoroutineScope = CoroutineScope(dispatcher)
 ) {
 
-    private val data: PublicSuffixListData by lazy(LazyThreadSafetyMode.PUBLICATION) { PublicSuffixListLoader.load(context) }
+  private val data: PublicSuffixListData by lazy(LazyThreadSafetyMode.PUBLICATION) {
+    PublicSuffixListLoader.load(context)
+  }
 
-    /**
-     * Prefetch the public suffix list from disk so that it is available in memory.
-     */
-    fun prefetch(): Deferred<Unit> = scope.async {
-        data.run { Unit }
-    }
+  /** Prefetch the public suffix list from disk so that it is available in memory. */
+  fun prefetch(): Deferred<Unit> = scope.async { data.run { Unit } }
 
-    /**
-     * Returns the public suffix and one more level; known as the registrable domain. Returns `null` if
-     * [domain] is a public suffix itself.
-     *
-     * E.g.:
-     * ```
-     * wwww.mozilla.org -> mozilla.org
-     * www.bcc.co.uk    -> bbc.co.uk
-     * a.b.ide.kyoto.jp -> b.ide.kyoto.jp
-     * ```
-     *
-     * @param [domain] _must_ be a valid domain. [PublicSuffixList] performs no validation, and if any unexpected values
-     * are passed (e.g., a full URL, a domain with a trailing '/', etc) this may return an incorrect result.
-     */
-    fun getPublicSuffixPlusOne(domain: String): Deferred<String?> = scope.async {
-        when (val offset = data.getPublicSuffixOffset(domain)) {
-            is PublicSuffixOffset.Offset -> domain
-                .split('.')
-                .drop(offset.value)
-                .joinToString(separator = ".")
-            else -> null
-        }
+  /**
+   * Returns the public suffix and one more level; known as the registrable domain. Returns `null`
+   * if [domain] is a public suffix itself.
+   *
+   * E.g.:
+   * ```
+   * wwww.mozilla.org -> mozilla.org
+   * www.bcc.co.uk    -> bbc.co.uk
+   * a.b.ide.kyoto.jp -> b.ide.kyoto.jp
+   * ```
+   *
+   * @param [domain] _must_ be a valid domain. [PublicSuffixList] performs no validation, and if any
+   * unexpected values are passed (e.g., a full URL, a domain with a trailing '/', etc) this may
+   * return an incorrect result.
+   */
+  fun getPublicSuffixPlusOne(domain: String): Deferred<String?> =
+    scope.async {
+      when (val offset = data.getPublicSuffixOffset(domain)) {
+        is PublicSuffixOffset.Offset -> domain.split('.').drop(offset.value).joinToString(separator = ".")
+        else -> null
+      }
     }
-
 }
diff --git a/autofill-parser/src/main/java/mozilla/components/lib/publicsuffixlist/PublicSuffixListData.kt b/autofill-parser/src/main/java/mozilla/components/lib/publicsuffixlist/PublicSuffixListData.kt
index 47816ea0..eb59f3d3 100644
--- a/autofill-parser/src/main/java/mozilla/components/lib/publicsuffixlist/PublicSuffixListData.kt
+++ b/autofill-parser/src/main/java/mozilla/components/lib/publicsuffixlist/PublicSuffixListData.kt
@@ -15,154 +15,148 @@ package mozilla.components.lib.publicsuffixlist
 import java.net.IDN
 import mozilla.components.lib.publicsuffixlist.ext.binarySearch
 
-/**
- * Class wrapping the public suffix list data and offering methods for accessing rules in it.
- */
-internal class PublicSuffixListData(
-    private val rules: ByteArray,
-    private val exceptions: ByteArray
-) {
-
-    private fun binarySearchRules(labels: List<ByteArray>, labelIndex: Int): String? {
-        return rules.binarySearch(labels, labelIndex)
-    }
+/** Class wrapping the public suffix list data and offering methods for accessing rules in it. */
+internal class PublicSuffixListData(private val rules: ByteArray, private val exceptions: ByteArray) {
 
-    private fun binarySearchExceptions(labels: List<ByteArray>, labelIndex: Int): String? {
-        return exceptions.binarySearch(labels, labelIndex)
-    }
+  private fun binarySearchRules(labels: List<ByteArray>, labelIndex: Int): String? {
+    return rules.binarySearch(labels, labelIndex)
+  }
 
-    @Suppress("ReturnCount")
-    fun getPublicSuffixOffset(domain: String): PublicSuffixOffset? {
-        if (domain.isEmpty()) {
-            return null
-        }
+  private fun binarySearchExceptions(labels: List<ByteArray>, labelIndex: Int): String? {
+    return exceptions.binarySearch(labels, labelIndex)
+  }
 
-        val domainLabels = IDN.toUnicode(domain).split('.')
-        if (domainLabels.find { it.isEmpty() } != null) {
-            // At least one of the labels is empty: Bail out.
-            return null
-        }
+  @Suppress("ReturnCount")
+  fun getPublicSuffixOffset(domain: String): PublicSuffixOffset? {
+    if (domain.isEmpty()) {
+      return null
+    }
 
-        val rule = findMatchingRule(domainLabels)
+    val domainLabels = IDN.toUnicode(domain).split('.')
+    if (domainLabels.find { it.isEmpty() } != null) {
+      // At least one of the labels is empty: Bail out.
+      return null
+    }
 
-        if (domainLabels.size == rule.size && rule[0][0] != PublicSuffixListData.EXCEPTION_MARKER) {
-            // The domain is a public suffix.
-            return if (rule == PublicSuffixListData.PREVAILING_RULE) {
-                PublicSuffixOffset.PrevailingRule
-            } else {
-                PublicSuffixOffset.PublicSuffix
-            }
-        }
+    val rule = findMatchingRule(domainLabels)
 
-        return if (rule[0][0] == PublicSuffixListData.EXCEPTION_MARKER) {
-            // Exception rules hold the effective TLD plus one.
-            PublicSuffixOffset.Offset(domainLabels.size - rule.size)
-        } else {
-            // Otherwise the rule is for a public suffix, so we must take one more label.
-            PublicSuffixOffset.Offset(domainLabels.size - (rule.size + 1))
-        }
+    if (domainLabels.size == rule.size && rule[0][0] != PublicSuffixListData.EXCEPTION_MARKER) {
+      // The domain is a public suffix.
+      return if (rule == PublicSuffixListData.PREVAILING_RULE) {
+        PublicSuffixOffset.PrevailingRule
+      } else {
+        PublicSuffixOffset.PublicSuffix
+      }
     }
 
-    /**
-     * Find a matching rule for the given domain labels.
-     *
-     * This algorithm is based on OkHttp's PublicSuffixDatabase class:
-     * https://github.com/square/okhttp/blob/master/okhttp/src/main/java/okhttp3/internal/publicsuffix/PublicSuffixDatabase.java
-     */
-    private fun findMatchingRule(domainLabels: List<String>): List<String> {
-        // Break apart the domain into UTF-8 labels, i.e. foo.bar.com turns into [foo, bar, com].
-        val domainLabelsBytes = domainLabels.map { it.toByteArray(Charsets.UTF_8) }
-
-        val exactMatch = findExactMatch(domainLabelsBytes)
-        val wildcardMatch = findWildcardMatch(domainLabelsBytes)
-        val exceptionMatch = findExceptionMatch(domainLabelsBytes, wildcardMatch)
-
-        if (exceptionMatch != null) {
-            return ("${PublicSuffixListData.EXCEPTION_MARKER}$exceptionMatch").split('.')
-        }
+    return if (rule[0][0] == PublicSuffixListData.EXCEPTION_MARKER) {
+      // Exception rules hold the effective TLD plus one.
+      PublicSuffixOffset.Offset(domainLabels.size - rule.size)
+    } else {
+      // Otherwise the rule is for a public suffix, so we must take one more label.
+      PublicSuffixOffset.Offset(domainLabels.size - (rule.size + 1))
+    }
+  }
+
+  /**
+   * Find a matching rule for the given domain labels.
+   *
+   * This algorithm is based on OkHttp's PublicSuffixDatabase class:
+   * https://github.com/square/okhttp/blob/master/okhttp/src/main/java/okhttp3/internal/publicsuffix/PublicSuffixDatabase.java
+   */
+  private fun findMatchingRule(domainLabels: List<String>): List<String> {
+    // Break apart the domain into UTF-8 labels, i.e. foo.bar.com turns into [foo, bar, com].
+    val domainLabelsBytes = domainLabels.map { it.toByteArray(Charsets.UTF_8) }
+
+    val exactMatch = findExactMatch(domainLabelsBytes)
+    val wildcardMatch = findWildcardMatch(domainLabelsBytes)
+    val exceptionMatch = findExceptionMatch(domainLabelsBytes, wildcardMatch)
+
+    if (exceptionMatch != null) {
+      return ("${PublicSuffixListData.EXCEPTION_MARKER}$exceptionMatch").split('.')
+    }
 
-        if (exactMatch == null && wildcardMatch == null) {
-            return PublicSuffixListData.PREVAILING_RULE
-        }
+    if (exactMatch == null && wildcardMatch == null) {
+      return PublicSuffixListData.PREVAILING_RULE
+    }
 
-        val exactRuleLabels = exactMatch?.split('.') ?: PublicSuffixListData.EMPTY_RULE
-        val wildcardRuleLabels = wildcardMatch?.split('.') ?: PublicSuffixListData.EMPTY_RULE
+    val exactRuleLabels = exactMatch?.split('.') ?: PublicSuffixListData.EMPTY_RULE
+    val wildcardRuleLabels = wildcardMatch?.split('.') ?: PublicSuffixListData.EMPTY_RULE
 
-        return if (exactRuleLabels.size > wildcardRuleLabels.size) {
-            exactRuleLabels
-        } else {
-            wildcardRuleLabels
-        }
+    return if (exactRuleLabels.size > wildcardRuleLabels.size) {
+      exactRuleLabels
+    } else {
+      wildcardRuleLabels
     }
+  }
 
-    /**
-     * Returns an exact match or null.
-     */
-    private fun findExactMatch(labels: List<ByteArray>): String? {
-        // Start by looking for exact matches. We start at the leftmost label. For example, foo.bar.com
-        // will look like: [foo, bar, com], [bar, com], [com]. The longest matching rule wins.
-
-        for (i in 0 until labels.size) {
-            val rule = binarySearchRules(labels, i)
+  /** Returns an exact match or null. */
+  private fun findExactMatch(labels: List<ByteArray>): String? {
+    // Start by looking for exact matches. We start at the leftmost label. For example,
+    // foo.bar.com
+    // will look like: [foo, bar, com], [bar, com], [com]. The longest matching rule wins.
 
-            if (rule != null) {
-                return rule
-            }
-        }
+    for (i in 0 until labels.size) {
+      val rule = binarySearchRules(labels, i)
 
-        return null
+      if (rule != null) {
+        return rule
+      }
     }
 
-    /**
-     * Returns a wildcard match or null.
-     */
-    private fun findWildcardMatch(labels: List<ByteArray>): String? {
-        // In theory, wildcard rules are not restricted to having the wildcard in the leftmost position.
-        // In practice, wildcards are always in the leftmost position. For now, this implementation
-        // cheats and does not attempt every possible permutation. Instead, it only considers wildcards
-        // in the leftmost position. We assert this fact when we generate the public suffix file. If
-        // this assertion ever fails we'll need to refactor this implementation.
-        if (labels.size > 1) {
-            val labelsWithWildcard = labels.toMutableList()
-            for (labelIndex in 0 until labelsWithWildcard.size) {
-                labelsWithWildcard[labelIndex] = PublicSuffixListData.WILDCARD_LABEL
-                val rule = binarySearchRules(labelsWithWildcard, labelIndex)
-                if (rule != null) {
-                    return rule
-                }
-            }
+    return null
+  }
+
+  /** Returns a wildcard match or null. */
+  private fun findWildcardMatch(labels: List<ByteArray>): String? {
+    // In theory, wildcard rules are not restricted to having the wildcard in the leftmost
+    // position.
+    // In practice, wildcards are always in the leftmost position. For now, this implementation
+    // cheats and does not attempt every possible permutation. Instead, it only considers
+    // wildcards
+    // in the leftmost position. We assert this fact when we generate the public suffix file. If
+    // this assertion ever fails we'll need to refactor this implementation.
+    if (labels.size > 1) {
+      val labelsWithWildcard = labels.toMutableList()
+      for (labelIndex in 0 until labelsWithWildcard.size) {
+        labelsWithWildcard[labelIndex] = PublicSuffixListData.WILDCARD_LABEL
+        val rule = binarySearchRules(labelsWithWildcard, labelIndex)
+        if (rule != null) {
+          return rule
         }
-
-        return null
+      }
     }
 
-    private fun findExceptionMatch(labels: List<ByteArray>, wildcardMatch: String?): String? {
-        // Exception rules only apply to wildcard rules, so only try it if we matched a wildcard.
-        if (wildcardMatch == null) {
-            return null
-        }
+    return null
+  }
 
-        for (labelIndex in 0 until labels.size) {
-            val rule = binarySearchExceptions(labels, labelIndex)
-            if (rule != null) {
-                return rule
-            }
-        }
+  private fun findExceptionMatch(labels: List<ByteArray>, wildcardMatch: String?): String? {
+    // Exception rules only apply to wildcard rules, so only try it if we matched a wildcard.
+    if (wildcardMatch == null) {
+      return null
+    }
 
-        return null
+    for (labelIndex in 0 until labels.size) {
+      val rule = binarySearchExceptions(labels, labelIndex)
+      if (rule != null) {
+        return rule
+      }
     }
 
-    companion object {
+    return null
+  }
 
-        val WILDCARD_LABEL = byteArrayOf('*'.toByte())
-        val PREVAILING_RULE = listOf("*")
-        val EMPTY_RULE = listOf<String>()
-        const val EXCEPTION_MARKER = '!'
-    }
+  companion object {
+
+    val WILDCARD_LABEL = byteArrayOf('*'.toByte())
+    val PREVAILING_RULE = listOf("*")
+    val EMPTY_RULE = listOf<String>()
+    const val EXCEPTION_MARKER = '!'
+  }
 }
 
 internal sealed class PublicSuffixOffset {
-    data class Offset(val value: Int) : PublicSuffixOffset()
-    object PublicSuffix : PublicSuffixOffset()
-    object PrevailingRule : PublicSuffixOffset()
+  data class Offset(val value: Int) : PublicSuffixOffset()
+  object PublicSuffix : PublicSuffixOffset()
+  object PrevailingRule : PublicSuffixOffset()
 }
diff --git a/autofill-parser/src/main/java/mozilla/components/lib/publicsuffixlist/PublicSuffixListLoader.kt b/autofill-parser/src/main/java/mozilla/components/lib/publicsuffixlist/PublicSuffixListLoader.kt
index 785ee342..9fede799 100644
--- a/autofill-parser/src/main/java/mozilla/components/lib/publicsuffixlist/PublicSuffixListLoader.kt
+++ b/autofill-parser/src/main/java/mozilla/components/lib/publicsuffixlist/PublicSuffixListLoader.kt
@@ -20,38 +20,34 @@ private const val PUBLIC_SUFFIX_LIST_FILE = "publicsuffixes"
 
 internal object PublicSuffixListLoader {
 
-    fun load(context: Context): PublicSuffixListData = context.assets.open(
-        PUBLIC_SUFFIX_LIST_FILE
-    ).buffered().use { stream ->
-        val publicSuffixSize = stream.readInt()
-        val publicSuffixBytes = stream.readFully(publicSuffixSize)
+  fun load(context: Context): PublicSuffixListData =
+    context.assets.open(PUBLIC_SUFFIX_LIST_FILE).buffered().use { stream ->
+      val publicSuffixSize = stream.readInt()
+      val publicSuffixBytes = stream.readFully(publicSuffixSize)
 
-        val exceptionSize = stream.readInt()
-        val exceptionBytes = stream.readFully(exceptionSize)
+      val exceptionSize = stream.readInt()
+      val exceptionBytes = stream.readFully(exceptionSize)
 
-        PublicSuffixListData(publicSuffixBytes, exceptionBytes)
+      PublicSuffixListData(publicSuffixBytes, exceptionBytes)
     }
 }
 
 @Suppress("MagicNumber")
 private fun BufferedInputStream.readInt(): Int {
-    return (read() and 0xff shl 24
-        or (read() and 0xff shl 16)
-        or (read() and 0xff shl 8)
-        or (read() and 0xff))
+  return (read() and 0xff shl 24 or (read() and 0xff shl 16) or (read() and 0xff shl 8) or (read() and 0xff))
 }
 
 private fun BufferedInputStream.readFully(size: Int): ByteArray {
-    val bytes = ByteArray(size)
-
-    var offset = 0
-    while (offset < size) {
-        val read = read(bytes, offset, size - offset)
-        if (read == -1) {
-            throw IOException("Unexpected end of stream")
-        }
-        offset += read
+  val bytes = ByteArray(size)
+
+  var offset = 0
+  while (offset < size) {
+    val read = read(bytes, offset, size - offset)
+    if (read == -1) {
+      throw IOException("Unexpected end of stream")
     }
+    offset += read
+  }
 
-    return bytes
+  return bytes
 }
diff --git a/autofill-parser/src/main/java/mozilla/components/lib/publicsuffixlist/ext/ByteArray.kt b/autofill-parser/src/main/java/mozilla/components/lib/publicsuffixlist/ext/ByteArray.kt
index 735cf21d..8a8f3e94 100644
--- a/autofill-parser/src/main/java/mozilla/components/lib/publicsuffixlist/ext/ByteArray.kt
+++ b/autofill-parser/src/main/java/mozilla/components/lib/publicsuffixlist/ext/ByteArray.kt
@@ -24,107 +24,106 @@ private const val BITMASK = 0xff.toByte()
  */
 @Suppress("ComplexMethod", "NestedBlockDepth")
 internal fun ByteArray.binarySearch(labels: List<ByteArray>, labelIndex: Int): String? {
-    var low = 0
-    var high = size
-    var match: String? = null
-
-    while (low < high) {
-        val mid = (low + high) / 2
-        val start = findStartOfLineFromIndex(mid)
-        val end = findEndOfLineFromIndex(start)
-
-        val publicSuffixLength = start + end - start
-
-        var compareResult: Int
-        var currentLabelIndex = labelIndex
-        var currentLabelByteIndex = 0
-        var publicSuffixByteIndex = 0
-
-        var expectDot = false
-        while (true) {
-            val byte0 = if (expectDot) {
-                expectDot = false
-                '.'.toByte()
-            } else {
-                labels[currentLabelIndex][currentLabelByteIndex] and BITMASK
-            }
-
-            val byte1 = this[start + publicSuffixByteIndex] and BITMASK
-
-            // Compare the bytes. Note that the file stores UTF-8 encoded bytes, so we must compare the
-            // unsigned bytes.
-            @Suppress("EXPERIMENTAL_API_USAGE")
-            compareResult = (byte0.toUByte() - byte1.toUByte()).toInt()
-            if (compareResult != 0) {
-                break
-            }
-
-            publicSuffixByteIndex++
-            currentLabelByteIndex++
-
-            if (publicSuffixByteIndex == publicSuffixLength) {
-                break
-            }
-
-            if (labels[currentLabelIndex].size == currentLabelByteIndex) {
-                // We've exhausted our current label. Either there are more labels to compare, in which
-                // case we expect a dot as the next character. Otherwise, we've checked all our labels.
-                if (currentLabelIndex == labels.size - 1) {
-                    break
-                } else {
-                    currentLabelIndex++
-                    currentLabelByteIndex = -1
-                    expectDot = true
-                }
-            }
+  var low = 0
+  var high = size
+  var match: String? = null
+
+  while (low < high) {
+    val mid = (low + high) / 2
+    val start = findStartOfLineFromIndex(mid)
+    val end = findEndOfLineFromIndex(start)
+
+    val publicSuffixLength = start + end - start
+
+    var compareResult: Int
+    var currentLabelIndex = labelIndex
+    var currentLabelByteIndex = 0
+    var publicSuffixByteIndex = 0
+
+    var expectDot = false
+    while (true) {
+      val byte0 =
+        if (expectDot) {
+          expectDot = false
+          '.'.toByte()
+        } else {
+          labels[currentLabelIndex][currentLabelByteIndex] and BITMASK
         }
 
-        if (compareResult < 0) {
-            high = start - 1
-        } else if (compareResult > 0) {
-            low = start + end + 1
+      val byte1 = this[start + publicSuffixByteIndex] and BITMASK
+
+      // Compare the bytes. Note that the file stores UTF-8 encoded bytes, so we must compare
+      // the
+      // unsigned bytes.
+      @Suppress("EXPERIMENTAL_API_USAGE") compareResult = (byte0.toUByte() - byte1.toUByte()).toInt()
+      if (compareResult != 0) {
+        break
+      }
+
+      publicSuffixByteIndex++
+      currentLabelByteIndex++
+
+      if (publicSuffixByteIndex == publicSuffixLength) {
+        break
+      }
+
+      if (labels[currentLabelIndex].size == currentLabelByteIndex) {
+        // We've exhausted our current label. Either there are more labels to compare, in
+        // which
+        // case we expect a dot as the next character. Otherwise, we've checked all our
+        // labels.
+        if (currentLabelIndex == labels.size - 1) {
+          break
         } else {
-            // We found a match, but are the lengths equal?
-            val publicSuffixBytesLeft = publicSuffixLength - publicSuffixByteIndex
-            var labelBytesLeft = labels[currentLabelIndex].size - currentLabelByteIndex
-            for (i in currentLabelIndex + 1 until labels.size) {
-                labelBytesLeft += labels[i].size
-            }
-
-            if (labelBytesLeft < publicSuffixBytesLeft) {
-                high = start - 1
-            } else if (labelBytesLeft > publicSuffixBytesLeft) {
-                low = start + end + 1
-            } else {
-                // Found a match.
-                match = String(this, start, publicSuffixLength, Charsets.UTF_8)
-                break
-            }
+          currentLabelIndex++
+          currentLabelByteIndex = -1
+          expectDot = true
         }
+      }
+    }
+
+    if (compareResult < 0) {
+      high = start - 1
+    } else if (compareResult > 0) {
+      low = start + end + 1
+    } else {
+      // We found a match, but are the lengths equal?
+      val publicSuffixBytesLeft = publicSuffixLength - publicSuffixByteIndex
+      var labelBytesLeft = labels[currentLabelIndex].size - currentLabelByteIndex
+      for (i in currentLabelIndex + 1 until labels.size) {
+        labelBytesLeft += labels[i].size
+      }
+
+      if (labelBytesLeft < publicSuffixBytesLeft) {
+        high = start - 1
+      } else if (labelBytesLeft > publicSuffixBytesLeft) {
+        low = start + end + 1
+      } else {
+        // Found a match.
+        match = String(this, start, publicSuffixLength, Charsets.UTF_8)
+        break
+      }
     }
+  }
 
-    return match
+  return match
 }
 
-/**
- * Search for a '\n' that marks the start of a value. Don't go back past the start of the array.
- */
+/** Search for a '\n' that marks the start of a value. Don't go back past the start of the array. */
 private fun ByteArray.findStartOfLineFromIndex(start: Int): Int {
-    var index = start
-    while (index > -1 && this[index] != '\n'.toByte()) {
-        index--
-    }
-    index++
-    return index
+  var index = start
+  while (index > -1 && this[index] != '\n'.toByte()) {
+    index--
+  }
+  index++
+  return index
 }
 
-/**
- * Search for a '\n' that marks the end of a value.
- */
+/** Search for a '\n' that marks the end of a value. */
 private fun ByteArray.findEndOfLineFromIndex(start: Int): Int {
-    var end = 1
-    while (this[start + end] != '\n'.toByte()) {
-        end++
-    }
-    return end
+  var end = 1
+  while (this[start + end] != '\n'.toByte()) {
+    end++
+  }
+  return end
 }