refactor: tighten inline comments across the native bridge

Keeps the non-obvious rationale (pod naming, repository injection, one-shot
promise settling, optional guards) and drops restatements of what the code
already shows.

.gitignore

@@ -87,3 +87,6 @@ nitrogen/
 
 # local demo credentials
 example/.env*
+
+# Local notes, not part of the package
+plans/

RNMyidSdk.podspec

@@ -2,11 +2,9 @@ require "json"
 
 package = JSON.parse(File.read(File.join(__dir__, "package.json")))
 
-# The pod is deliberately NOT named "MyidSdk": that differs from the vendor pod
-# "MyIdSDK" only by case, and on a case-insensitive filesystem the two targets
-# collide on the same intermediate build directory, so this pod's generated
-# Swift header lands in the vendor's build dir and the ObjC++ layer cannot
-# import it. The JS module name is unaffected and stays "MyidSdk".
+# Not named "MyidSdk": that differs from the vendor pod "MyIdSDK" only by case,
+# and on a case-insensitive filesystem both targets share one build directory,
+# leaving this pod's generated Swift header where ObjC++ cannot import it.
 Pod::Spec.new do |s|
   s.name         = "RNMyidSdk"
   s.version      = package["version"]
@@ -21,12 +19,11 @@ Pod::Spec.new do |s|
   s.source_files = "ios/**/*.{h,m,mm,swift,cpp}"
   s.private_header_files = "ios/**/*.h"
 
-  # Binary XCFramework distributed on the public CocoaPods trunk.
   s.dependency "MyIdSDK", "3.1.3"
 
   s.swift_version = "5.0"
 
-  # DEFINES_MODULE lets the ObjC++ layer import the generated RNMyidSdk-Swift.h.
+  # Lets the ObjC++ layer import the generated RNMyidSdk-Swift.h.
   s.pod_target_xcconfig = { "DEFINES_MODULE" => "YES" }
 
   install_modules_dependencies(s)

android/build.gradle

@@ -3,8 +3,7 @@ buildscript {
     kotlinVersion: "2.0.21",
     minSdkVersion: 24,
     compileSdkVersion: 36,
-    // Override from the app's root build.gradle:
-    //   ext { myIdCaptureSdkVersion = "3.1.9" }
+    // Override with: ext { myIdCaptureSdkVersion = "3.1.9" }
     myIdCaptureSdkVersion: "3.1.9"
   ]
 
@@ -53,20 +52,12 @@ android {
   }
 }
 
-// MyID artifacts live outside Maven Central:
-//   artifactory.aigroup.uz  - the SDK itself, public read access, no credentials
-//   developer.huawei.com    - com.huawei.hms:safetydetect, pulled in by
-//                             myid-integrity-sdk, which the capture SDK depends on
+// MyID artifacts live outside Maven Central. Registered on every project, not
+// just this one: a consuming app resolves our transitive dependencies against
+// its own repository set, so a module-level block here is not enough.
 //
-// These are registered on every project, not just this one, because a consuming
-// app resolves our transitive dependencies against ITS OWN repository set when
-// building its runtime classpath. A module-level repositories block here is
-// enough to compile this library in isolation but still fails the app build
-// with "Could not find uz.myid.sdk.capture:myid-capture-sdk".
-//
-// Apps that manage repositories centrally (dependencyResolutionManagement with
-// FAIL_ON_PROJECT_REPOS) must set myIdSkipRepositoryInjection=true in
-// gradle.properties and declare the two URLs themselves — see the README.
+// Apps managing repositories centrally (FAIL_ON_PROJECT_REPOS) should set
+// myIdSkipRepositoryInjection=true and declare the URLs themselves.
 if (!rootProject.hasProperty("myIdSkipRepositoryInjection")) {
   rootProject.allprojects {
     repositories {
@@ -86,9 +77,8 @@ repositories {
 dependencies {
   implementation "com.facebook.react:react-android"
 
-  // The debug artifact is a separate, non-obfuscated build of the same SDK.
-  // Apps that define build types other than debug/release must declare
-  // matchingFallbacks for them, otherwise resolution fails — see the README.
+  // The debug artifact is a non-obfuscated build of the same SDK. Apps with
+  // build types beyond debug/release need matchingFallbacks — see the README.
   debugImplementation "uz.myid.sdk.capture:myid-capture-sdk-debug:${getExtOrDefault('myIdCaptureSdkVersion')}"
   releaseImplementation "uz.myid.sdk.capture:myid-capture-sdk:${getExtOrDefault('myIdCaptureSdkVersion')}"
 }

android/src/main/java/com/myidsdk/MyidSdkConfigMapper.kt

@@ -17,13 +17,8 @@ import uz.myid.android.sdk.capture.model.MyIdScreenOrientation
 /**
  * Translates the JS config payload into a [MyIdConfig].
  *
- * A `withX(...)` call only happens when the key is actually present, so an
- * omitted option keeps the SDK's own default instead of being overwritten with
- * a value invented here.
- *
- * An unrecognised enum string skips its setter rather than throwing — a typo
- * should not hard-fail a verification the user already started, and skipping is
- * what actually leaves the SDK default in place.
+ * A setter is only called when its key is present, so an omitted option — or an
+ * unrecognised enum string — leaves the SDK default in place.
  */
 internal object MyidSdkConfigMapper {
 
@@ -40,10 +35,6 @@ internal object MyidSdkConfigMapper {
     config.optBoolean("showErrorScreen")?.let { builder.withErrorScreen(it) }
     config.optString("huaweiAppId")?.let { builder.withHuaweiAppId(it) }
 
-    // An unrecognised value maps to null and the setter is skipped, so the SDK
-    // keeps its own default. Substituting a guess here would silently change
-    // behaviour on a typo — and the guess is not always right: the SDK defaults
-    // imageFormat to JPEG, not PNG.
     config.optEnum("environment")?.let {
       when (it) {
         "DEBUG" -> MyIdEnvironment.Debug
@@ -123,12 +114,8 @@ internal object MyidSdkConfigMapper {
       }
     }?.let(builder::withScreenOrientation)
 
-    // Only forwarded when the caller actually supplied something. withOrganizationDetails
-    // copies the object verbatim, so an empty one would replace the SDK default
-    // (which carries MyID's call-centre number) with blanks.
-    //
-    // Note the same copy semantics mean supplying only `logo` clears the default
-    // phone number; the SDK exposes no way to read it back. Documented in README.
+    // withOrganizationDetails copies the object verbatim, so an empty one would
+    // blank out the SDK default carrying MyID's call-centre number.
     config.optMap("organizationDetails")
       ?.takeIf { it.hasKey("phone") || it.hasKey("logo") }
       ?.let { details ->
@@ -149,7 +136,7 @@ internal object MyidSdkConfigMapper {
   private fun ReadableMap.optString(key: String): String? =
     if (hasKey(key) && !isNull(key)) getString(key) else null
 
-  /** Enum values travel as strings; normalise case so 'debug' works like 'DEBUG'. */
+  /** Normalise case so 'debug' works like 'DEBUG'. */
   private fun ReadableMap.optEnum(key: String): String? = optString(key)?.uppercase()
 
   private fun ReadableMap.optInt(key: String): Int? =
@@ -164,7 +151,7 @@ internal object MyidSdkConfigMapper {
   private fun ReadableMap.optMap(key: String): ReadableMap? =
     if (hasKey(key) && !isNull(key)) getMap(key) else null
 
-  /** Resolves a drawable by name; a missing asset degrades to no logo. */
+  /** A missing asset degrades to no logo. */
   private fun Context.drawableIdOrNull(name: String): Int? =
     resources.getIdentifier(name, "drawable", packageName).takeIf { it != 0 }
 }

android/src/main/java/com/myidsdk/MyidSdkModule.kt

@@ -26,21 +26,13 @@ class MyidSdkModule(reactContext: ReactApplicationContext) :
   private val client = MyIdClient()
 
   /**
-   * The SDK owns the screen for the whole flow, so at most one verification can
-   * be in flight. Guarded rather than queued: a second concurrent call is a
-   * caller bug, not something to silently serialise.
-   *
-   * Atomic because three threads touch it: start() runs on the JS thread,
-   * onActivityResult on the UI thread, and invalidate() on the native-modules
-   * thread. A plain field gives neither visibility nor an atomic check-then-set.
+   * At most one verification can be in flight. Atomic because three threads
+   * touch it: start() on the JS thread, onActivityResult on the UI thread and
+   * invalidate() on the native-modules thread.
    */
   private val pending = AtomicReference<PendingFlow?>(null)
 
-  /**
-   * Distinguishes one flow from the next, so a late duplicate callback from a
-   * finished flow cannot settle the promise of a newer one. The SDK can invoke a
-   * listener callback more than once.
-   */
+  /** Keeps a late duplicate callback from settling a newer flow's promise. */
   private val flowCounter = AtomicLong(0)
 
   private data class PendingFlow(val id: Long, val promise: Promise)
@@ -52,8 +44,7 @@ class MyidSdkModule(reactContext: ReactApplicationContext) :
       resultCode: Int,
       data: Intent?
     ) {
-      // handleActivityResult does not check the request code itself, so
-      // filtering here keeps unrelated results from settling our promise.
+      // handleActivityResult ignores the request code, so filter here.
       if (requestCode != MYID_REQUEST_CODE) return
 
       val flowId = pending.get()?.id ?: return
@@ -76,22 +67,16 @@ class MyidSdkModule(reactContext: ReactApplicationContext) :
       takePending(flowId)?.reject(CODE_USER_CANCELLED, "User canceled flow")
     }
 
-    override fun onEvent(event: MyIdEvent) {
-      // Progress telemetry (camera opened, face captured, ...). Not surfaced:
-      // the JS API is a single promise, and the SDK renders its own progress.
-    }
+    override fun onEvent(event: MyIdEvent) = Unit
   }
 
   init {
     reactContext.addActivityEventListener(activityEventListener)
   }
 
-  /**
-   * @param appearance accepted for bridge symmetry; theming on Android is done
-   *   by overriding the SDK's XML resources, not at runtime.
-   */
+  /** @param appearance unused: Android theming is XML resource overrides. */
   override fun start(config: ReadableMap, appearance: ReadableMap, promise: Promise) {
-    // Resolved before claiming the slot, so a missing activity cannot wedge it.
+    // Resolved before claiming the slot so a missing activity cannot wedge it.
     val activity = currentActivity
     if (activity == null) {
       promise.reject(CODE_FAILURE, "Cannot start MyID: no foreground activity")
@@ -100,7 +85,7 @@ class MyidSdkModule(reactContext: ReactApplicationContext) :
 
     val flow = PendingFlow(flowCounter.incrementAndGet(), promise)
 
-    // compareAndSet is both the single-flight guard and the claim, atomically.
+    // Guard and claim in one atomic step.
     if (!pending.compareAndSet(null, flow)) {
       promise.reject(CODE_FAILURE, "A MyID verification is already in progress")
       return
@@ -115,7 +100,7 @@ class MyidSdkModule(reactContext: ReactApplicationContext) :
         listener = resultListenerFor(flow.id)
       )
     } catch (error: Exception) {
-      // Never leak the config into the message — it carries clientHash.
+      // Never put the config in the message: it carries clientHash.
       takePending(flow.id)?.reject(CODE_FAILURE, "Failed to start MyID: ${error.message}")
     }
   }
@@ -128,11 +113,7 @@ class MyidSdkModule(reactContext: ReactApplicationContext) :
     super.invalidate()
   }
 
-  /**
-   * Claims the pending promise so it settles exactly once, and only for the flow
-   * that owns it — a duplicate callback from an earlier flow finds a different
-   * id and is dropped.
-   */
+  /** Settles exactly once, and only for the flow that owns the promise. */
   private fun takePending(flowId: Long): Promise? {
     val flow = pending.get()
 
@@ -144,10 +125,10 @@ class MyidSdkModule(reactContext: ReactApplicationContext) :
   private fun MyIdResult.toPayload(): WritableMap = Arguments.createMap().apply {
     putString("code", code)
 
+    // A missing portrait must not fail an otherwise successful verification.
     val portrait = try {
       getGraphicFieldImageByType(MyIdGraphicFieldType.FacePortrait)
     } catch (error: Exception) {
-      // A missing portrait must not fail an otherwise successful verification.
       null
     }
 

ios/MyidSdk.mm

 #import "MyidSdk.h"
 
-// Generated by the Swift compiler from MyidSdkImpl.swift. The bracketed form is
-// used when the pod is built as a framework; the quoted fallback covers static
-// linkage, where the header is copied next to the sources instead.
+// Framework linkage resolves the bracketed form; static linkage the quoted one.
 #if __has_include(<RNMyidSdk/RNMyidSdk-Swift.h>)
 #import <RNMyidSdk/RNMyidSdk-Swift.h>
 #else
@@ -10,12 +8,11 @@
 #endif
 
 /**
- * Codegen hands this layer C++ structs (JS::NativeMyidSdk::*Input), which Swift
- * cannot see. So the only job here is to flatten them into NSDictionary and
- * hand off to MyidSdkImpl, which owns all the actual SDK interaction.
+ * Codegen hands this layer C++ structs that Swift cannot see, so the only job
+ * here is to flatten them into NSDictionary for MyidSdkImpl.
  *
- * Optional fields are inserted only when they carry a value, so an omitted
- * option stays absent all the way down and the SDK keeps its own default.
+ * Optional fields are inserted only when set, so an omitted option stays absent
+ * and the SDK keeps its default.
  */
 @implementation MyidSdk {
   MyidSdkImpl *_impl;
@@ -30,7 +27,7 @@
   return self;
 }
 
-/** Inserts the string under `key`, skipping nil (an absent JS key). */
+/** Skips nil, which means the JS key was absent. */
 static void MyidSdkPutString(NSMutableDictionary *target, NSString *key, NSString *value)
 {
   if (value != nil) {
@@ -71,8 +68,7 @@ static NSDictionary *MyidSdkConfigToDictionary(JS::NativeMyidSdk::MyIdConfigInpu
   MyidSdkPutBool(result, @"showErrorScreen", config.showErrorScreen());
 
   // cameraResolution, imageFormat, screenOrientation, withSoundGuides and
-  // huaweiAppId are Android-only and have no counterpart in MyIdConfig here,
-  // so they are intentionally not forwarded.
+  // huaweiAppId are Android-only and deliberately not forwarded.
 
   auto organizationDetails = config.organizationDetails();
   if (organizationDetails.has_value()) {
@@ -121,8 +117,7 @@ static NSDictionary *MyidSdkAppearanceToDictionary(JS::NativeMyidSdk::MyIdAppear
                  }];
 }
 
-/// Called when the module is torn down, e.g. a reload mid-flow. Mirrors the
-/// Android module: settle the in-flight promise instead of leaving it hanging.
+/// Settles an in-flight promise when the module is torn down, e.g. a reload.
 - (void)invalidate
 {
   [_impl cancelActive];

ios/MyidSdkConfigBuilder.swift

@@ -4,13 +4,9 @@ import UIKit
 
 /// Translates the JS payload into the SDK's own config objects.
 ///
-/// A property is assigned only when its key is present, so an omitted option
-/// keeps whatever default `MyIdConfig()` / `MyIdAppearance()` already set rather
-/// than being overwritten with a value invented here.
-///
-/// An unrecognised enum string skips its assignment rather than throwing — a
-/// typo should not hard-fail a verification the user already started, and
-/// skipping is what actually leaves the SDK default in place.
+/// A property is assigned only when its key is present, so an omitted option —
+/// or an unrecognised enum string — keeps the default `MyIdConfig()` and
+/// `MyIdAppearance()` already set.
 enum MyidSdkConfigBuilder {
 
   static func makeConfig(
@@ -35,9 +31,6 @@ enum MyidSdkConfigBuilder {
       config.showErrorScreen = showErrorScreen.boolValue
     }
 
-    // An unrecognised value maps to nil and the assignment is skipped, so the
-    // SDK keeps its own default. Substituting a guess would silently change
-    // behaviour on a typo.
     if let environment = dictionary.enumValue(for: "environment") {
       switch environment {
       case "DEBUG": config.environment = .debug
@@ -68,8 +61,7 @@ enum MyidSdkConfigBuilder {
       switch locale {
       case "ENGLISH": config.locale = .english
       case "RUSSIAN": config.locale = .russian
-      // Documented platform fallback, not an unknown value: iOS has no
-      // Cyrillic, Karakalpak or Tajik locale.
+      // iOS has no Cyrillic, Karakalpak or Tajik locale.
       case "UZBEK", "UZBEK_CYRILLIC", "KARAKALPAK", "TAJIK": config.locale = .uzbek
       default: break
       }
@@ -99,9 +91,8 @@ enum MyidSdkConfigBuilder {
       }
     }
 
-    // Only forwarded when the caller supplied something: an empty details object
-    // would replace the SDK's own default, which carries MyID's call-centre
-    // number. Each field is likewise assigned only when present.
+    // An empty details object would replace the SDK default, which carries
+    // MyID's call-centre number.
     if let details = dictionary["organizationDetails"] as? NSDictionary, details.count > 0 {
       let organizationDetails = MyIdOrganizationDetails()
 
@@ -123,10 +114,8 @@ enum MyidSdkConfigBuilder {
     return config
   }
 
-  /// Every assignment is guarded: `MyIdAppearance()` seeds its own values, so
-  /// writing nil for a key the caller omitted would strip the SDK's defaults
-  /// rather than leave them alone. The same guard makes an unparseable color a
-  /// no-op instead of a wipe.
+  /// Assignments are guarded: `MyIdAppearance()` seeds its own values, so
+  /// writing nil for an omitted key would strip them.
   private static func makeAppearance(from dictionary: NSDictionary) -> MyIdAppearance {
     let appearance = MyIdAppearance()
 
@@ -169,7 +158,7 @@ private extension NSDictionary {
     self[key] as? NSNumber
   }
 
-  /// Enum values travel as strings; normalise case so "debug" works like "DEBUG".
+  /// Normalise case so "debug" works like "DEBUG".
   func enumValue(for key: String) -> String? {
     string(for: key)?.uppercased()
   }
@@ -183,8 +172,7 @@ private extension NSDictionary {
 
 extension UIColor {
 
-  /// Accepts `#RRGGBB` and `RRGGBB`. Returns nil for anything unparseable so a
-  /// bad value leaves the SDK's own color in place.
+  /// Accepts `#RRGGBB` and `RRGGBB`; nil for anything unparseable.
   convenience init?(myIdHex hex: String) {
     var value = hex.trimmingCharacters(in: .whitespacesAndNewlines)
 

ios/MyidSdkImpl.swift

@@ -4,15 +4,13 @@ import UIKit
 
 /// Entry point used by the ObjC++ turbo module.
 ///
-/// Deliberately imports no React headers: the ObjC++ layer passes plain
-/// closures instead of RCTPromise blocks, which keeps this compiling the same
-/// way under static and framework linkage.
+/// Imports no React headers: the bridge passes plain closures rather than
+/// RCTPromise blocks, so this compiles the same under static and framework
+/// linkage.
 ///
-/// The `MyIdClientDelegate` conformance lives on an internal proxy rather than
-/// on this class. Anything public and `@objc` here is re-emitted into the
-/// generated `RNMyidSdk-Swift.h`, and that header is parsed by ObjC++ that has
-/// no visibility of MyIdSDK's Swift types — exposing the conformance makes the
-/// bridge fail to compile on `MyIdClientDelegate` and `MyIdEvent`.
+/// `MyIdClientDelegate` conformance lives on an internal proxy. Anything public
+/// and `@objc` here is re-emitted into the generated Swift header, which ObjC++
+/// parses without visibility of MyIdSDK's Swift types.
 @objc(MyidSdkImpl)
 public final class MyidSdkImpl: NSObject {
 
@@ -22,11 +20,8 @@ public final class MyidSdkImpl: NSObject {
   static let codeUserCancelled = "101"
   static let codeFailure = "103"
 
-  /// The SDK presents full screen, so at most one flow can be in flight.
-  ///
-  /// Confined to the main queue: `start` is invoked on the JS thread while the
-  /// SDK's delegate callbacks arrive on the main thread, so an unsynchronised
-  /// field would race between the guard, the assignment and the clear.
+  /// At most one flow can be in flight. Confined to the main queue: `start`
+  /// runs on the JS thread while delegate callbacks arrive on the main thread.
   private var activeDelegate: MyidSdkDelegateProxy?
 
   @objc
@@ -36,8 +31,8 @@ public final class MyidSdkImpl: NSObject {
     onSuccess: @escaping SuccessHandler,
     onError: @escaping ErrorHandler
   ) {
-    // The SDK presents view controllers, so it must be touched on the main
-    // queue anyway; doing the whole state transition here keeps it race-free.
+    // Main queue: the SDK presents view controllers, and confining the whole
+    // state transition here keeps it race-free.
     DispatchQueue.main.async { [weak self] in
       guard let self else {
         onError(
@@ -75,9 +70,8 @@ public final class MyidSdkImpl: NSObject {
     }
   }
 
-  /// Settles an in-flight flow, mirroring the Android module's `invalidate`.
-  /// Without this a reload mid-flow leaves the promise hanging forever and the
-  /// proxy deallocated while the SDK still holds it.
+  /// Settles an in-flight flow on teardown; without it a reload mid-flow leaves
+  /// the promise hanging and the proxy deallocated while the SDK holds it.
   @objc
   public func cancelActive() {
     DispatchQueue.main.async { [weak self] in
@@ -92,15 +86,12 @@ public final class MyidSdkImpl: NSObject {
   }
 }
 
-/// Outcome of a single verification attempt.
 enum MyidSdkOutcome {
   case success(NSDictionary)
   case failure(code: String, message: String)
 }
 
-/// Bridges `MyIdClientDelegate` to a one-shot callback.
-///
-/// Internal on purpose — see the note on `MyidSdkImpl`.
+/// Bridges `MyIdClientDelegate` to a one-shot callback. Internal on purpose.
 final class MyidSdkDelegateProxy: NSObject, MyIdClientDelegate {
 
   private var settle: ((MyidSdkOutcome) -> Void)?
@@ -109,12 +100,10 @@ final class MyidSdkDelegateProxy: NSObject, MyIdClientDelegate {
     self.settle = settle
   }
 
-  /// Claims the callback so the promise settles exactly once — a delegate
-  /// method can fire more than once in edge cases.
+  /// Settles exactly once; a delegate method can fire more than once.
   ///
   /// `withExtendedLifetime` because the callback clears the only strong
-  /// reference to this proxy, which would otherwise deallocate it while a
-  /// delegate method is still on the stack.
+  /// reference to this proxy while a delegate method is still on the stack.
   private func settleOnce(_ outcome: MyidSdkOutcome) {
     guard let callback = settle else { return }
     settle = nil
@@ -130,8 +119,7 @@ final class MyidSdkDelegateProxy: NSObject, MyIdClientDelegate {
     let payload = NSMutableDictionary()
     payload["code"] = result.code
 
-    // JPEG rather than PNG keeps the base64 small enough to cross the bridge
-    // comfortably, and matches what the Android side returns.
+    // JPEG keeps the base64 small and matches the Android side.
     if let base64 = result.image?.jpegData(compressionQuality: 1.0)?.base64EncodedString() {
       payload["base64"] = base64
     }
@@ -149,8 +137,5 @@ final class MyidSdkDelegateProxy: NSObject, MyIdClientDelegate {
     )
   }
 
-  func onEvent(event: MyIdEvent) {
-    // Progress telemetry (camera opened, face captured, ...). Not surfaced:
-    // the JS API is a single promise and the SDK renders its own progress.
-  }
+  func onEvent(event: MyIdEvent) {}
 }

src/NativeMyidSdk.ts

@@ -2,19 +2,16 @@ import type { TurboModule } from 'react-native';
 import { TurboModuleRegistry } from 'react-native';
 
 /**
- * Codegen spec. This is the raw bridge contract, NOT the public API.
+ * Codegen spec — the raw bridge contract, not the public API.
  *
- * Every enum crosses as a plain `string` because codegen cannot express TS
- * string unions — the narrowing lives in `myid-types.ts`, and the native side
- * uppercases and falls back to the SDK default for anything it does not know.
- *
- * Nested object params must be *named* exported type aliases; an inline object
- * literal degrades to `AnyTypeAnnotation` and loses type safety on both platforms.
+ * Enums cross as plain strings because codegen cannot express TS string unions.
+ * Nested params must be named type aliases; an inline object literal degrades to
+ * `AnyTypeAnnotation`.
  */
 
 export type MyIdOrganizationDetailsInput = {
   phone?: string;
-  /** Native asset name: Android drawable / iOS image-set. Not a file path or URL. */
+  /** Native asset name: Android drawable / iOS image set. */
   logo?: string;
 };
 
@@ -62,10 +59,6 @@ export type MyIdResultPayload = {
 };
 
 export interface Spec extends TurboModule {
-  /**
-   * Both params are required at the bridge level — the public wrapper always
-   * sends an appearance object, passing `{}` when the caller omits it.
-   */
   start(
     config: MyIdConfigInput,
     appearance: MyIdAppearanceInput

src/myid-enums.ts

 /**
- * Wire values for every MyID enum.
- *
- * These strings are the bridge format and match the MyID Flutter plugin
- * exactly, so backend docs and existing integration knowledge transfer
- * unchanged. The native layer uppercases the incoming value and falls back to
- * the SDK's own default when it does not recognise it.
+ * Wire values for every MyID enum. Matches the MyID Flutter plugin, so backend
+ * docs transfer unchanged. Native uppercases the value and skips unknown ones.
  */
 
 export type MyIdEnvironment = 'PRODUCTION' | 'DEBUG';

src/start-myid.ts

@@ -8,12 +8,8 @@ import { MyIdError, MyIdErrorCode } from './myid-error';
 import type { MyIdResult, StartMyIdOptions } from './myid-types';
 
 /**
- * Drops keys whose value is `undefined`.
- *
- * This matters: the native layer only applies a setting when its key is
- * present, so an absent key preserves the SDK's own default. Forwarding
- * `undefined` would instead push a null through the bridge and could override a
- * default with an empty value.
+ * Drops undefined keys. Native only applies a setting when its key is present,
+ * so an absent key preserves the SDK default.
  */
 function stripUndefined<T extends object>(value: T): T {
   const entries = Object.entries(value).filter(
@@ -23,11 +19,7 @@ function stripUndefined<T extends object>(value: T): T {
   return Object.fromEntries(entries) as T;
 }
 
-/**
- * Reads the `code` a native rejection carries. React Native surfaces both
- * platforms' reject(code, message) as an Error with a `code` property, but it
- * arrives as a string on one platform and can be a number on the other.
- */
+/** Arrives as a string on one platform and a number on the other. */
 function readErrorCode(error: unknown): string {
   if (typeof error === 'object' && error !== null && 'code' in error) {
     const { code } = error as { code: unknown };
@@ -53,36 +45,24 @@ function readErrorMessage(error: unknown): string {
 }
 
 /**
- * Launches the MyID verification flow and resolves once the user completes it.
+ * Launches the MyID verification flow.
  *
- * Rejects with a {@link MyIdError} for every failure path — including the user
- * simply backing out, which arrives as code `101`.
+ * Rejects with a {@link MyIdError} on every failure path, including the user
+ * dismissing the flow (code `101`).
  *
  * @example
  * ```ts
- * try {
  * const result = await start({
  *   config: { sessionId, clientHash, clientHashId },
  * });
- *   console.log(result.code, result.base64);
- * } catch (error) {
- *   if (isMyIdError(error) && error.code === MyIdErrorCode.USER_CANCELLED) {
- *     // user backed out — usually not worth surfacing
- *   }
- * }
  * ```
  */
 export async function start(options: StartMyIdOptions): Promise<MyIdResult> {
   const { config, iosAppearance } = options;
 
-  // An organizationDetails that strips to {} must not be forwarded: native would
-  // build an empty details object and overwrite the SDK's own default, which
-  // carries MyID's call-centre number.
-  //
-  // The ternary also neutralises an explicit null. That matters more than it
-  // looks: the generated iOS accessor only checks for nil, not NSNull, so a null
-  // here would construct the param struct around NSNull and crash on first
-  // access.
+  // An empty details object would replace the SDK default, which carries MyID's
+  // call-centre number. The ternary also blocks an explicit null: the generated
+  // iOS accessor checks for nil but not NSNull, and would crash on first access.
   const organizationDetails = config.organizationDetails
     ? stripUndefined<MyIdOrganizationDetailsInput>(config.organizationDetails)
     : undefined;