Convert InternalValues to kotlin.

This commit is contained in:
Greyson Parrelli
2024-11-18 12:18:29 -05:00
parent 5f67bd9725
commit ae37001949
25 changed files with 270 additions and 289 deletions
@@ -115,7 +115,7 @@ class InternalSettingsViewModel(private val repository: InternalSettingsReposito
} }
fun setUseConversationItemV2Media(enabled: Boolean) { fun setUseConversationItemV2Media(enabled: Boolean) {
SignalStore.internal.setUseConversationItemV2Media(enabled) SignalStore.internal.useConversationItemV2Media = enabled
refresh() refresh()
} }
@@ -145,25 +145,25 @@ class InternalSettingsViewModel(private val repository: InternalSettingsReposito
} }
private fun getState() = InternalSettingsState( private fun getState() = InternalSettingsState(
seeMoreUserDetails = SignalStore.internal.recipientDetails(), seeMoreUserDetails = SignalStore.internal.recipientDetails,
shakeToReport = SignalStore.internal.shakeToReport(), shakeToReport = SignalStore.internal.shakeToReport,
gv2forceInvites = SignalStore.internal.gv2ForceInvites(), gv2forceInvites = SignalStore.internal.gv2ForceInvites,
gv2ignoreP2PChanges = SignalStore.internal.gv2IgnoreP2PChanges(), gv2ignoreP2PChanges = SignalStore.internal.gv2IgnoreP2PChanges,
allowCensorshipSetting = SignalStore.internal.allowChangingCensorshipSetting(), allowCensorshipSetting = SignalStore.internal.allowChangingCensorshipSetting,
forceWebsocketMode = SignalStore.internal.isWebsocketModeForced, forceWebsocketMode = SignalStore.internal.isWebsocketModeForced,
callingServer = SignalStore.internal.groupCallingServer(), callingServer = SignalStore.internal.groupCallingServer,
callingAudioProcessingMethod = SignalStore.internal.callingAudioProcessingMethod(), callingAudioProcessingMethod = SignalStore.internal.callingAudioProcessingMethod,
callingDataMode = SignalStore.internal.callingDataMode(), callingDataMode = SignalStore.internal.callingDataMode,
callingDisableTelecom = SignalStore.internal.callingDisableTelecom(), callingDisableTelecom = SignalStore.internal.callingDisableTelecom,
callingEnableOboeAdm = SignalStore.internal.callingEnableOboeAdm(), callingEnableOboeAdm = SignalStore.internal.callingEnableOboeAdm,
useBuiltInEmojiSet = SignalStore.internal.forceBuiltInEmoji(), useBuiltInEmojiSet = SignalStore.internal.forceBuiltInEmoji,
emojiVersion = null, emojiVersion = null,
removeSenderKeyMinimium = SignalStore.internal.removeSenderKeyMinimum(), removeSenderKeyMinimium = SignalStore.internal.removeSenderKeyMinimum,
delayResends = SignalStore.internal.delayResends(), delayResends = SignalStore.internal.delayResends,
disableStorageService = SignalStore.internal.storageServiceDisabled(), disableStorageService = SignalStore.internal.storageServiceDisabled,
canClearOnboardingState = SignalStore.story.hasDownloadedOnboardingStory && Stories.isFeatureEnabled(), canClearOnboardingState = SignalStore.story.hasDownloadedOnboardingStory && Stories.isFeatureEnabled(),
pnpInitialized = SignalStore.misc.hasPniInitializedDevices, pnpInitialized = SignalStore.misc.hasPniInitializedDevices,
useConversationItemV2ForMedia = SignalStore.internal.useConversationItemV2Media(), useConversationItemV2ForMedia = SignalStore.internal.useConversationItemV2Media,
hasPendingOneTimeDonation = SignalStore.inAppPayments.getPendingOneTimeDonation() != null, hasPendingOneTimeDonation = SignalStore.inAppPayments.getPendingOneTimeDonation() != null,
hevcEncoding = SignalStore.internal.hevcEncoding, hevcEncoding = SignalStore.internal.hevcEncoding,
newCallingUi = SignalStore.internal.newCallingUi newCallingUi = SignalStore.internal.newCallingUi
@@ -96,7 +96,7 @@ class AdvancedPrivacySettingsViewModel(
val websocketConnected: Boolean = AppDependencies.signalWebSocket.webSocketState.firstOrError().blockingGet() == WebSocketConnectionState.CONNECTED val websocketConnected: Boolean = AppDependencies.signalWebSocket.webSocketState.firstOrError().blockingGet() == WebSocketConnectionState.CONNECTED
return when { return when {
SignalStore.internal.allowChangingCensorshipSetting() -> { SignalStore.internal.allowChangingCensorshipSetting -> {
CensorshipCircumventionState.AVAILABLE CensorshipCircumventionState.AVAILABLE
} }
isCountryCodeCensoredByDefault && enabledState == SettingsValues.CensorshipCircumventionEnabled.DISABLED -> { isCountryCodeCensoredByDefault && enabledState == SettingsValues.CensorshipCircumventionEnabled.DISABLED -> {
@@ -84,7 +84,7 @@ class ConversationSettingsRepository(
} }
} }
fun isInternalRecipientDetailsEnabled(): Boolean = SignalStore.internal.recipientDetails() fun isInternalRecipientDetailsEnabled(): Boolean = SignalStore.internal.recipientDetails
fun hasGroups(consumer: (Boolean) -> Unit) { fun hasGroups(consumer: (Boolean) -> Unit) {
SignalExecutors.BOUNDED.execute { consumer(SignalDatabase.groups.getActiveGroupCount() > 0) } SignalExecutors.BOUNDED.execute { consumer(SignalDatabase.groups.getActiveGroupCount() > 0) }
@@ -107,7 +107,7 @@ class ConversationAdapterV2(
ConversationUpdateViewHolder(view) ConversationUpdateViewHolder(view)
} }
if (SignalStore.internal.useConversationItemV2Media()) { if (SignalStore.internal.useConversationItemV2Media) {
registerFactory(OutgoingMedia::class.java) { parent -> registerFactory(OutgoingMedia::class.java) { parent ->
val view = CachedInflater.from(parent.context).inflate<View>(R.layout.v2_conversation_item_media_outgoing, parent, false) val view = CachedInflater.from(parent.context).inflate<View>(R.layout.v2_conversation_item_media_outgoing, parent, false)
V2ConversationItemMediaViewHolder(V2ConversationItemMediaOutgoingBinding.bind(view).bridge(), this) V2ConversationItemMediaViewHolder(V2ConversationItemMediaOutgoingBinding.bind(view).bridge(), this)
@@ -104,7 +104,7 @@ class EmojiSource(
} }
private fun loadRemoteBasedEmojis(): EmojiSource? { private fun loadRemoteBasedEmojis(): EmojiSource? {
if (SignalStore.internal.forceBuiltInEmoji()) { if (SignalStore.internal.forceBuiltInEmoji) {
return null return null
} }
@@ -291,7 +291,7 @@ final class GroupManagerV2 {
Set<GroupCandidate> groupCandidates = groupCandidateHelper.recipientIdsToCandidates(new HashSet<>(newMembers)); Set<GroupCandidate> groupCandidates = groupCandidateHelper.recipientIdsToCandidates(new HashSet<>(newMembers));
if (SignalStore.internal().gv2ForceInvites()) { if (SignalStore.internal().getGv2ForceInvites()) {
groupCandidates = GroupCandidate.withoutExpiringProfileKeyCredentials(groupCandidates); groupCandidates = GroupCandidate.withoutExpiringProfileKeyCredentials(groupCandidates);
} }
@@ -792,7 +792,7 @@ final class GroupManagerV2 {
GroupCandidate self = groupCandidateHelper.recipientIdToCandidate(Recipient.self().getId()); GroupCandidate self = groupCandidateHelper.recipientIdToCandidate(Recipient.self().getId());
Set<GroupCandidate> candidates = new HashSet<>(groupCandidateHelper.recipientIdsToCandidates(members)); Set<GroupCandidate> candidates = new HashSet<>(groupCandidateHelper.recipientIdsToCandidates(members));
if (SignalStore.internal().gv2ForceInvites()) { if (SignalStore.internal().getGv2ForceInvites()) {
Log.w(TAG, "Forcing GV2 invites due to internal setting"); Log.w(TAG, "Forcing GV2 invites due to internal setting");
candidates = GroupCandidate.withoutExpiringProfileKeyCredentials(candidates); candidates = GroupCandidate.withoutExpiringProfileKeyCredentials(candidates);
} }
@@ -226,7 +226,7 @@ class GroupsV2StateProcessor private constructor(
currentLocalState: DecryptedGroup?, currentLocalState: DecryptedGroup?,
groupRecord: Optional<GroupRecord> groupRecord: Optional<GroupRecord>
): Boolean { ): Boolean {
if (SignalStore.internal.gv2IgnoreP2PChanges()) { if (SignalStore.internal.gv2IgnoreP2PChanges) {
Log.w(TAG, "$logPrefix Ignoring P2P group change by setting") Log.w(TAG, "$logPrefix Ignoring P2P group change by setting")
return false return false
} }
@@ -126,7 +126,7 @@ public class ResendMessageJob extends BaseJob {
@Override @Override
protected void onRun() throws Exception { protected void onRun() throws Exception {
if (SignalStore.internal().delayResends()) { if (SignalStore.internal().getDelayResends()) {
Log.w(TAG, "Delaying resend by 10 sec because of an internal preference."); Log.w(TAG, "Delaying resend by 10 sec because of an internal preference.");
ThreadUtil.sleep(10000); ThreadUtil.sleep(10000);
} }
@@ -158,7 +158,7 @@ class StorageSyncJob private constructor(parameters: Parameters) : BaseJob(param
return return
} }
if (SignalStore.internal.storageServiceDisabled()) { if (SignalStore.internal.storageServiceDisabled) {
Log.w(TAG, "Storage service has been manually disabled. Skipping.") Log.w(TAG, "Storage service has been manually disabled. Skipping.")
return return
} }
@@ -1,228 +0,0 @@
package org.thoughtcrime.securesms.keyvalue;
import androidx.annotation.NonNull;
import org.signal.ringrtc.CallManager;
import org.thoughtcrime.securesms.BuildConfig;
import org.thoughtcrime.securesms.util.Environment;
import org.thoughtcrime.securesms.util.RemoteConfig;
import java.util.Arrays;
import java.util.Collections;
import java.util.List;
public final class InternalValues extends SignalStoreValues {
public static final String GV2_FORCE_INVITES = "internal.gv2.force_invites";
public static final String GV2_IGNORE_P2P_CHANGES = "internal.gv2.ignore_p2p_changes";
public static final String RECIPIENT_DETAILS = "internal.recipient_details";
public static final String ALLOW_CENSORSHIP_SETTING = "internal.force_censorship";
public static final String FORCE_BUILT_IN_EMOJI = "internal.force_built_in_emoji";
public static final String REMOVE_SENDER_KEY_MINIMUM = "internal.remove_sender_key_minimum";
public static final String DELAY_RESENDS = "internal.delay_resends";
public static final String CALLING_SERVER = "internal.calling_server";
public static final String CALLING_AUDIO_PROCESSING_METHOD = "internal.calling_audio_processing_method";
public static final String CALLING_DATA_MODE = "internal.calling_bandwidth_mode";
public static final String CALLING_DISABLE_TELECOM = "internal.calling_disable_telecom";
public static final String CALLING_ENABLE_OBOE_ADM = "internal.calling_enable_oboe_adm";
public static final String SHAKE_TO_REPORT = "internal.shake_to_report";
public static final String DISABLE_STORAGE_SERVICE = "internal.disable_storage_service";
public static final String FORCE_WEBSOCKET_MODE = "internal.force_websocket_mode";
public static final String LAST_SCROLL_POSITION = "internal.last_scroll_position";
public static final String CONVERSATION_ITEM_V2_MEDIA = "internal.conversation_item_v2_media";
public static final String FORCE_ENTER_RESTORE_V2_FLOW = "internal.force_enter_restore_v2_flow";
public static final String WEB_SOCKET_SHADOWING_STATS = "internal.web_socket_shadowing_stats";
public static final String ENCODE_HEVC = "internal.hevc_encoding";
public static final String NEW_CALL_UI = "internal.new.call.ui";
InternalValues(KeyValueStore store) {
super(store);
}
@Override
void onFirstEverAppLaunch() {
}
@Override
@NonNull List<String> getKeysToIncludeInBackup() {
return Collections.emptyList();
}
/**
* Members will not be added directly to a GV2 even if they could be.
*/
public synchronized boolean gv2ForceInvites() {
return RemoteConfig.internalUser() && getBoolean(GV2_FORCE_INVITES, false);
}
/**
* Signed group changes are sent P2P, if the client ignores them, it will then ask the server
* directly which allows testing of certain testing scenarios.
*/
public synchronized boolean gv2IgnoreP2PChanges() {
return RemoteConfig.internalUser() && getBoolean(GV2_IGNORE_P2P_CHANGES, false);
}
/**
* Show detailed recipient info in the {@link org.thoughtcrime.securesms.components.settings.conversation.InternalConversationSettingsFragment}.
*/
public synchronized boolean recipientDetails() {
return RemoteConfig.internalUser() && getBoolean(RECIPIENT_DETAILS, true);
}
/**
* Allow changing the censorship circumvention setting regardless of network status.
*/
public synchronized boolean allowChangingCensorshipSetting() {
return RemoteConfig.internalUser() && getBoolean(ALLOW_CENSORSHIP_SETTING, false);
}
/**
* Force the app to use the emoji that ship with the app, as opposed to the ones that were downloaded.
*/
public synchronized boolean forceBuiltInEmoji() {
return RemoteConfig.internalUser() && getBoolean(FORCE_BUILT_IN_EMOJI, false);
}
/**
* Remove the requirement that there must be two sender-key-capable recipients to use sender key
*/
public synchronized boolean removeSenderKeyMinimum() {
return RemoteConfig.internalUser() && getBoolean(REMOVE_SENDER_KEY_MINIMUM, false);
}
/**
* Delay resending messages in response to retry receipts by 10 seconds.
*/
public synchronized boolean delayResends() {
return RemoteConfig.internalUser() && getBoolean(DELAY_RESENDS, false);
}
/**
* Whether or not "shake to report" is enabled.
*/
public synchronized boolean shakeToReport() {
return RemoteConfig.internalUser() && getBoolean(SHAKE_TO_REPORT, true);
}
/**
* Whether or not storage service is manually disabled.
*/
public synchronized boolean storageServiceDisabled() {
return RemoteConfig.internalUser() && getBoolean(DISABLE_STORAGE_SERVICE, false);
}
/**
* The selected group calling server to use.
* <p>
* The user must be an internal user and the setting must be one of the current set of internal servers otherwise
* the default SFU will be returned. This ensures that if the {@link BuildConfig#SIGNAL_SFU_INTERNAL_URLS} list changes,
* internal users cannot be left on old servers.
*/
public synchronized @NonNull String groupCallingServer() {
String internalServer = RemoteConfig.internalUser() ? getString(CALLING_SERVER, Environment.Calling.defaultSfuUrl()) : null;
if (internalServer != null && !Arrays.asList(BuildConfig.SIGNAL_SFU_INTERNAL_URLS).contains(internalServer)) {
internalServer = null;
}
return internalServer != null ? internalServer : BuildConfig.SIGNAL_SFU_URL;
}
/**
* Setting to override the default handling of hardware/software AEC.
*/
public synchronized CallManager.AudioProcessingMethod callingAudioProcessingMethod() {
if (RemoteConfig.internalUser()) {
return CallManager.AudioProcessingMethod.values()[getInteger(CALLING_AUDIO_PROCESSING_METHOD, CallManager.AudioProcessingMethod.Default.ordinal())];
} else {
return CallManager.AudioProcessingMethod.Default;
}
}
/**
* Setting to override the default calling bandwidth mode.
*/
public synchronized CallManager.DataMode callingDataMode() {
if (RemoteConfig.internalUser()) {
int index = getInteger(CALLING_DATA_MODE, CallManager.DataMode.NORMAL.ordinal());
CallManager.DataMode[] modes = CallManager.DataMode.values();
return index < modes.length ? modes[index] : CallManager.DataMode.NORMAL;
} else {
return CallManager.DataMode.NORMAL;
}
}
/**
* Whether or not Telecom integration is manually disabled.
*/
public synchronized boolean callingDisableTelecom() {
if (RemoteConfig.internalUser()) {
return getBoolean(CALLING_DISABLE_TELECOM, true);
} else {
return false;
}
}
/**
* Whether or not the Oboe ADM is used.
*/
public synchronized boolean callingEnableOboeAdm() {
if (RemoteConfig.internalUser()) {
return getBoolean(CALLING_ENABLE_OBOE_ADM, true);
} else {
return false;
}
}
/**
* Whether or not the system is forced to be in 'websocket mode', where FCM is ignored and we use a foreground service to keep the app alive.
*/
public boolean isWebsocketModeForced() {
if (RemoteConfig.internalUser()) {
return getBoolean(FORCE_WEBSOCKET_MODE, false);
} else {
return false;
}
}
public void setHevcEncoding(boolean enabled) {
putBoolean(ENCODE_HEVC, enabled);
}
public boolean getHevcEncoding() {
return getBoolean(ENCODE_HEVC, false);
}
public void setNewCallingUi(boolean enabled) {
putBoolean(NEW_CALL_UI, enabled);
}
public boolean getNewCallingUi() {
return getBoolean(NEW_CALL_UI, false);
}
public void setLastScrollPosition(int position) {
putInteger(LAST_SCROLL_POSITION, position);
}
public int getLastScrollPosition() {
return getInteger(LAST_SCROLL_POSITION, 0);
}
public void setUseConversationItemV2Media(boolean useConversationFragmentV2Media) {
putBoolean(CONVERSATION_ITEM_V2_MEDIA, useConversationFragmentV2Media);
}
public boolean useConversationItemV2Media() {
return RemoteConfig.internalUser() && getBoolean(CONVERSATION_ITEM_V2_MEDIA, false);
}
public synchronized void setWebSocketShadowingStats(byte[] bytes) {
putBlob(WEB_SOCKET_SHADOWING_STATS, bytes);
}
public synchronized byte[] getWebSocketShadowingStats(byte[] defaultValue) {
return getBlob(WEB_SOCKET_SHADOWING_STATS, defaultValue);
}
}
@@ -0,0 +1,161 @@
package org.thoughtcrime.securesms.keyvalue
import org.signal.ringrtc.CallManager.AudioProcessingMethod
import org.signal.ringrtc.CallManager.DataMode
import org.thoughtcrime.securesms.BuildConfig
import org.thoughtcrime.securesms.util.Environment.Calling.defaultSfuUrl
import org.thoughtcrime.securesms.util.RemoteConfig
class InternalValues internal constructor(store: KeyValueStore) : SignalStoreValues(store) {
companion object {
const val GV2_FORCE_INVITES: String = "internal.gv2.force_invites"
const val GV2_IGNORE_P2P_CHANGES: String = "internal.gv2.ignore_p2p_changes"
const val RECIPIENT_DETAILS: String = "internal.recipient_details"
const val ALLOW_CENSORSHIP_SETTING: String = "internal.force_censorship"
const val FORCE_BUILT_IN_EMOJI: String = "internal.force_built_in_emoji"
const val REMOVE_SENDER_KEY_MINIMUM: String = "internal.remove_sender_key_minimum"
const val DELAY_RESENDS: String = "internal.delay_resends"
const val CALLING_SERVER: String = "internal.calling_server"
const val CALLING_AUDIO_PROCESSING_METHOD: String = "internal.calling_audio_processing_method"
const val CALLING_DATA_MODE: String = "internal.calling_bandwidth_mode"
const val CALLING_DISABLE_TELECOM: String = "internal.calling_disable_telecom"
const val CALLING_ENABLE_OBOE_ADM: String = "internal.calling_enable_oboe_adm"
const val SHAKE_TO_REPORT: String = "internal.shake_to_report"
const val DISABLE_STORAGE_SERVICE: String = "internal.disable_storage_service"
const val FORCE_WEBSOCKET_MODE: String = "internal.force_websocket_mode"
const val LAST_SCROLL_POSITION: String = "internal.last_scroll_position"
const val CONVERSATION_ITEM_V2_MEDIA: String = "internal.conversation_item_v2_media"
const val WEB_SOCKET_SHADOWING_STATS: String = "internal.web_socket_shadowing_stats"
const val ENCODE_HEVC: String = "internal.hevc_encoding"
const val NEW_CALL_UI: String = "internal.new.call.ui"
}
public override fun onFirstEverAppLaunch() = Unit
public override fun getKeysToIncludeInBackup(): List<String> = emptyList()
/**
* Members will not be added directly to a GV2 even if they could be.
*/
var gv2ForceInvites by booleanValue(GV2_FORCE_INVITES, false).defaultForExternalUsers()
/**
* Signed group changes are sent P2P, if the client ignores them, it will then ask the server
* directly which allows testing of certain testing scenarios.
*/
var gv2IgnoreP2PChanges by booleanValue(GV2_IGNORE_P2P_CHANGES, false).defaultForExternalUsers()
/**
* Show detailed recipient info in the [org.thoughtcrime.securesms.components.settings.conversation.InternalConversationSettingsFragment].
*/
var recipientDetails by booleanValue(RECIPIENT_DETAILS, true).falseForExternalUsers()
/**
* Allow changing the censorship circumvention setting regardless of network status.
*/
var allowChangingCensorshipSetting by booleanValue(ALLOW_CENSORSHIP_SETTING, false).defaultForExternalUsers()
/**
* Force the app to use the emoji that ship with the app, as opposed to the ones that were downloaded.
*/
var forceBuiltInEmoji by booleanValue(FORCE_BUILT_IN_EMOJI, false).defaultForExternalUsers()
/**
* Remove the requirement that there must be two sender-key-capable recipients to use sender key
*/
var removeSenderKeyMinimum by booleanValue(REMOVE_SENDER_KEY_MINIMUM, false).defaultForExternalUsers()
/**
* Delay resending messages in response to retry receipts by 10 seconds.
*/
var delayResends by booleanValue(DELAY_RESENDS, false).defaultForExternalUsers()
/**
* Whether or not "shake to report" is enabled.
*/
var shakeToReport: Boolean by booleanValue(SHAKE_TO_REPORT, true).falseForExternalUsers()
/**
* Whether or not storage service is manually disabled.
*/
var storageServiceDisabled by booleanValue(DISABLE_STORAGE_SERVICE, false).defaultForExternalUsers()
/**
* The selected group calling server to use.
*
*
* The user must be an internal user and the setting must be one of the current set of internal servers otherwise
* the default SFU will be returned. This ensures that if the [BuildConfig.SIGNAL_SFU_INTERNAL_URLS] list changes,
* internal users cannot be left on old servers.
*/
var groupCallingServer: String
get() {
var internalServer = if (RemoteConfig.internalUser) getString(CALLING_SERVER, defaultSfuUrl()) else null
if (internalServer != null && !listOf(*BuildConfig.SIGNAL_SFU_INTERNAL_URLS).contains(internalServer)) {
internalServer = null
}
return internalServer ?: BuildConfig.SIGNAL_SFU_URL
}
set(value) = putString(CALLING_SERVER, value)
/**
* Setting to override the default handling of hardware/software AEC.
*/
val callingAudioProcessingMethod: AudioProcessingMethod
get() {
return if (RemoteConfig.internalUser) {
val entryIndex = getInteger(CALLING_AUDIO_PROCESSING_METHOD, AudioProcessingMethod.Default.ordinal)
AudioProcessingMethod.entries[entryIndex]
} else {
AudioProcessingMethod.Default
}
}
/**
* Setting to override the default calling bandwidth mode.
*/
val callingDataMode: DataMode
get() {
return if (RemoteConfig.internalUser) {
val index = getInteger(CALLING_DATA_MODE, DataMode.NORMAL.ordinal)
val modes: Array<DataMode> = DataMode.entries.toTypedArray()
if (index < modes.size) modes[index] else DataMode.NORMAL
} else {
DataMode.NORMAL
}
}
/**
* Whether or not Telecom integration is manually disabled.
*/
var callingDisableTelecom by booleanValue(CALLING_DISABLE_TELECOM, true).falseForExternalUsers()
/**
* Whether or not the Oboe ADM is used.
*/
var callingEnableOboeAdm by booleanValue(CALLING_ENABLE_OBOE_ADM, true).falseForExternalUsers()
/**
* Whether or not the system is forced to be in 'websocket mode', where FCM is ignored and we use a foreground service to keep the app alive.
*/
var isWebsocketModeForced: Boolean by booleanValue(FORCE_WEBSOCKET_MODE, false).defaultForExternalUsers()
var hevcEncoding by booleanValue(ENCODE_HEVC, false).defaultForExternalUsers()
var newCallingUi: Boolean by booleanValue(NEW_CALL_UI, false).defaultForExternalUsers()
var lastScrollPosition: Int by integerValue(LAST_SCROLL_POSITION, 0).defaultForExternalUsers()
var useConversationItemV2Media by booleanValue(CONVERSATION_ITEM_V2_MEDIA, false).defaultForExternalUsers()
var webSocketShadowingStats by nullableBlobValue(WEB_SOCKET_SHADOWING_STATS, null).defaultForExternalUsers()
private fun <T> SignalStoreValueDelegate<T>.defaultForExternalUsers(): SignalStoreValueDelegate<T> {
return this.withPrecondition { RemoteConfig.internalUser }
}
private fun SignalStoreValueDelegate<Boolean>.falseForExternalUsers(): SignalStoreValueDelegate<Boolean> {
return this.map { actualValue -> RemoteConfig.internalUser && actualValue }
}
}
@@ -42,11 +42,25 @@ internal fun <M> SignalStoreValues.protoValue(key: String, adapter: ProtoAdapter
return KeyValueProtoValue(key, adapter, this.store) return KeyValueProtoValue(key, adapter, this.store)
} }
internal fun <T> SignalStoreValueDelegate<T>.withPrecondition(precondition: () -> Boolean): SignalStoreValueDelegate<T> {
return PreconditionDelegate(
delegate = this,
precondition = precondition
)
}
internal fun <T> SignalStoreValueDelegate<T>.map(transform: (T) -> T): SignalStoreValueDelegate<T> {
return MappingDelegate(
delegate = this,
transform = transform
)
}
/** /**
* Kotlin delegate that serves as a base for all other value types. This allows us to only expose this sealed * Kotlin delegate that serves as a base for all other value types. This allows us to only expose this sealed
* class to callers and protect the individual implementations as private behind the various extension functions. * class to callers and protect the individual implementations as private behind the various extension functions.
*/ */
sealed class SignalStoreValueDelegate<T>(private val store: KeyValueStore) { sealed class SignalStoreValueDelegate<T>(val store: KeyValueStore, open val default: T) {
private var flow: Lazy<MutableStateFlow<T>> = lazy { MutableStateFlow(getValue(store)) } private var flow: Lazy<MutableStateFlow<T>> = lazy { MutableStateFlow(getValue(store)) }
@@ -69,7 +83,7 @@ sealed class SignalStoreValueDelegate<T>(private val store: KeyValueStore) {
internal abstract fun setValue(values: KeyValueStore, value: T) internal abstract fun setValue(values: KeyValueStore, value: T)
} }
private class LongValue(private val key: String, private val default: Long, store: KeyValueStore) : SignalStoreValueDelegate<Long>(store) { private class LongValue(private val key: String, default: Long, store: KeyValueStore) : SignalStoreValueDelegate<Long>(store, default) {
override fun getValue(values: KeyValueStore): Long { override fun getValue(values: KeyValueStore): Long {
return values.getLong(key, default) return values.getLong(key, default)
} }
@@ -79,7 +93,7 @@ private class LongValue(private val key: String, private val default: Long, stor
} }
} }
private class BooleanValue(private val key: String, private val default: Boolean, store: KeyValueStore) : SignalStoreValueDelegate<Boolean>(store) { private class BooleanValue(private val key: String, default: Boolean, store: KeyValueStore) : SignalStoreValueDelegate<Boolean>(store, default) {
override fun getValue(values: KeyValueStore): Boolean { override fun getValue(values: KeyValueStore): Boolean {
return values.getBoolean(key, default) return values.getBoolean(key, default)
} }
@@ -89,7 +103,7 @@ private class BooleanValue(private val key: String, private val default: Boolean
} }
} }
private class StringValue<T : String?>(private val key: String, private val default: T, store: KeyValueStore) : SignalStoreValueDelegate<T>(store) { private class StringValue<T : String?>(private val key: String, default: T, store: KeyValueStore) : SignalStoreValueDelegate<T>(store, default) {
override fun getValue(values: KeyValueStore): T { override fun getValue(values: KeyValueStore): T {
@Suppress("UNCHECKED_CAST") @Suppress("UNCHECKED_CAST")
return values.getString(key, default) as T return values.getString(key, default) as T
@@ -100,7 +114,7 @@ private class StringValue<T : String?>(private val key: String, private val defa
} }
} }
private class IntValue(private val key: String, private val default: Int, store: KeyValueStore) : SignalStoreValueDelegate<Int>(store) { private class IntValue(private val key: String, default: Int, store: KeyValueStore) : SignalStoreValueDelegate<Int>(store, default) {
override fun getValue(values: KeyValueStore): Int { override fun getValue(values: KeyValueStore): Int {
return values.getInteger(key, default) return values.getInteger(key, default)
} }
@@ -110,7 +124,7 @@ private class IntValue(private val key: String, private val default: Int, store:
} }
} }
private class FloatValue(private val key: String, private val default: Float, store: KeyValueStore) : SignalStoreValueDelegate<Float>(store) { private class FloatValue(private val key: String, default: Float, store: KeyValueStore) : SignalStoreValueDelegate<Float>(store, default) {
override fun getValue(values: KeyValueStore): Float { override fun getValue(values: KeyValueStore): Float {
return values.getFloat(key, default) return values.getFloat(key, default)
} }
@@ -120,7 +134,7 @@ private class FloatValue(private val key: String, private val default: Float, st
} }
} }
private class BlobValue(private val key: String, private val default: ByteArray, store: KeyValueStore) : SignalStoreValueDelegate<ByteArray>(store) { private class BlobValue(private val key: String, default: ByteArray, store: KeyValueStore) : SignalStoreValueDelegate<ByteArray>(store, default) {
override fun getValue(values: KeyValueStore): ByteArray { override fun getValue(values: KeyValueStore): ByteArray {
return values.getBlob(key, default) return values.getBlob(key, default)
} }
@@ -130,7 +144,7 @@ private class BlobValue(private val key: String, private val default: ByteArray,
} }
} }
private class NullableBlobValue(private val key: String, private val default: ByteArray?, store: KeyValueStore) : SignalStoreValueDelegate<ByteArray?>(store) { private class NullableBlobValue(private val key: String, default: ByteArray?, store: KeyValueStore) : SignalStoreValueDelegate<ByteArray?>(store, default) {
override fun getValue(values: KeyValueStore): ByteArray? { override fun getValue(values: KeyValueStore): ByteArray? {
return values.getBlob(key, default) return values.getBlob(key, default)
} }
@@ -144,7 +158,7 @@ private class KeyValueProtoValue<M>(
private val key: String, private val key: String,
private val adapter: ProtoAdapter<M>, private val adapter: ProtoAdapter<M>,
store: KeyValueStore store: KeyValueStore
) : SignalStoreValueDelegate<M?>(store) { ) : SignalStoreValueDelegate<M?>(store, null) {
override fun getValue(values: KeyValueStore): M? { override fun getValue(values: KeyValueStore): M? {
return if (values.containsKey(key)) { return if (values.containsKey(key)) {
adapter.decode(values.getBlob(key, null)) adapter.decode(values.getBlob(key, null))
@@ -162,7 +176,7 @@ private class KeyValueProtoValue<M>(
} }
} }
private class KeyValueEnumValue<T>(private val key: String, private val default: T, private val serializer: LongSerializer<T>, store: KeyValueStore) : SignalStoreValueDelegate<T>(store) { private class KeyValueEnumValue<T>(private val key: String, default: T, private val serializer: LongSerializer<T>, store: KeyValueStore) : SignalStoreValueDelegate<T>(store, default) {
override fun getValue(values: KeyValueStore): T { override fun getValue(values: KeyValueStore): T {
return if (values.containsKey(key)) { return if (values.containsKey(key)) {
serializer.deserialize(values.getLong(key, 0)) serializer.deserialize(values.getLong(key, 0))
@@ -175,3 +189,37 @@ private class KeyValueEnumValue<T>(private val key: String, private val default:
values.beginWrite().putLong(key, serializer.serialize(value)).apply() values.beginWrite().putLong(key, serializer.serialize(value)).apply()
} }
} }
private class PreconditionDelegate<T>(
private val delegate: SignalStoreValueDelegate<T>,
private val precondition: () -> Boolean
) : SignalStoreValueDelegate<T>(delegate.store, delegate.default) {
override fun getValue(values: KeyValueStore): T {
return if (precondition()) {
delegate.getValue(values)
} else {
delegate.default
}
}
override fun setValue(values: KeyValueStore, value: T) {
if (precondition()) {
delegate.setValue(values, value)
}
}
}
private class MappingDelegate<T>(
private val delegate: SignalStoreValueDelegate<T>,
private val transform: (T) -> T
) : SignalStoreValueDelegate<T>(delegate.store, delegate.default) {
override fun getValue(values: KeyValueStore): T {
return transform(delegate.getValue(values))
}
override fun setValue(values: KeyValueStore, value: T) {
delegate.setValue(values, value)
}
}
@@ -347,7 +347,7 @@ public final class GroupSendUtil {
senderKeyTargets.clear(); senderKeyTargets.clear();
senderKeyTargets.addAll(registeredTargets); senderKeyTargets.addAll(registeredTargets);
legacyTargets.clear(); legacyTargets.clear();
} else if (SignalStore.internal().removeSenderKeyMinimum()) { } else if (SignalStore.internal().getRemoveSenderKeyMinimum()) {
Log.i(TAG, "Sender key minimum removed. Using for " + senderKeyTargets.size() + " recipients."); Log.i(TAG, "Sender key minimum removed. Using for " + senderKeyTargets.size() + " recipients.");
} else if (senderKeyTargets.size() < 2) { } else if (senderKeyTargets.size() < 2) {
Log.i(TAG, "Too few sender-key-capable users (" + senderKeyTargets.size() + "). Doing all legacy sends."); Log.i(TAG, "Too few sender-key-capable users (" + senderKeyTargets.size() + "). Doing all legacy sends.");
@@ -29,11 +29,11 @@ class DefaultWebSocketShadowingBridge(private val context: Application) : WebSoc
private val store: InternalValues = SignalStore.internal private val store: InternalValues = SignalStore.internal
override fun writeStatsSnapshot(bytes: ByteArray) { override fun writeStatsSnapshot(bytes: ByteArray) {
store.setWebSocketShadowingStats(bytes) store.webSocketShadowingStats = bytes
} }
override fun readStatsSnapshot(): ByteArray? { override fun readStatsSnapshot(): ByteArray? {
return store.getWebSocketShadowingStats(null) return store.webSocketShadowingStats
} }
override fun triggerFailureNotification(message: String) { override fun triggerFailureNotification(message: String) {
@@ -193,7 +193,7 @@ object AndroidTelecomUtil {
private fun isTelecomAllowedForDevice(): Boolean { private fun isTelecomAllowedForDevice(): Boolean {
if (RemoteConfig.internalUser) { if (RemoteConfig.internalUser) {
return !SignalStore.internal.callingDisableTelecom() return !SignalStore.internal.callingDisableTelecom
} }
return RingRtcDynamicConfiguration.isTelecomAllowedForDevice() return RingRtcDynamicConfiguration.isTelecomAllowedForDevice()
} }
@@ -60,7 +60,7 @@ class CallLinkPreJoinActionProcessor(
.getCallLinkAuthorizationForToday(genericServerPublicParams, callLinkSecretParams) .getCallLinkAuthorizationForToday(genericServerPublicParams, callLinkSecretParams)
webRtcInteractor.callManager.createCallLinkCall( webRtcInteractor.callManager.createCallLinkCall(
SignalStore.internal.groupCallingServer(), SignalStore.internal.groupCallingServer,
callLinkAuthCredentialPresentation.serialize(), callLinkAuthCredentialPresentation.serialize(),
callLinkRootKey, callLinkRootKey,
callLink.credentials.adminPassBytes, callLink.credentials.adminPassBytes,
@@ -49,7 +49,7 @@ public class GroupNetworkUnavailableActionProcessor extends WebRtcActionProcesso
byte[] groupId = currentState.getCallInfoState().getCallRecipient().requireGroupId().getDecodedId(); byte[] groupId = currentState.getCallInfoState().getCallRecipient().requireGroupId().getDecodedId();
GroupCall groupCall = webRtcInteractor.getCallManager().createGroupCall(groupId, GroupCall groupCall = webRtcInteractor.getCallManager().createGroupCall(groupId,
SignalStore.internal().groupCallingServer(), SignalStore.internal().getGroupCallingServer(),
new byte[0], new byte[0],
null, null,
RingRtcDynamicConfiguration.getAudioProcessingMethod(), RingRtcDynamicConfiguration.getAudioProcessingMethod(),
@@ -47,7 +47,7 @@ public class GroupPreJoinActionProcessor extends GroupActionProcessor {
byte[] groupId = currentState.getCallInfoState().getCallRecipient().requireGroupId().getDecodedId(); byte[] groupId = currentState.getCallInfoState().getCallRecipient().requireGroupId().getDecodedId();
GroupCall groupCall = webRtcInteractor.getCallManager().createGroupCall(groupId, GroupCall groupCall = webRtcInteractor.getCallManager().createGroupCall(groupId,
SignalStore.internal().groupCallingServer(), SignalStore.internal().getGroupCallingServer(),
new byte[0], new byte[0],
AUDIO_LEVELS_INTERVAL, AUDIO_LEVELS_INTERVAL,
RingRtcDynamicConfiguration.getAudioProcessingMethod(), RingRtcDynamicConfiguration.getAudioProcessingMethod(),
@@ -182,7 +182,7 @@ public final class IncomingGroupCallActionProcessor extends DeviceAwareActionPro
protected @NonNull WebRtcServiceState handleAcceptCall(@NonNull WebRtcServiceState currentState, boolean answerWithVideo) { protected @NonNull WebRtcServiceState handleAcceptCall(@NonNull WebRtcServiceState currentState, boolean answerWithVideo) {
byte[] groupId = currentState.getCallInfoState().getCallRecipient().requireGroupId().getDecodedId(); byte[] groupId = currentState.getCallInfoState().getCallRecipient().requireGroupId().getDecodedId();
GroupCall groupCall = webRtcInteractor.getCallManager().createGroupCall(groupId, GroupCall groupCall = webRtcInteractor.getCallManager().createGroupCall(groupId,
SignalStore.internal().groupCallingServer(), SignalStore.internal().getGroupCallingServer(),
new byte[0], new byte[0],
AUDIO_LEVELS_INTERVAL, AUDIO_LEVELS_INTERVAL,
RingRtcDynamicConfiguration.getAudioProcessingMethod(), RingRtcDynamicConfiguration.getAudioProcessingMethod(),
@@ -15,8 +15,8 @@ object RingRtcDynamicConfiguration {
@JvmStatic @JvmStatic
fun getAudioProcessingMethod(): AudioProcessingMethod { fun getAudioProcessingMethod(): AudioProcessingMethod {
if (SignalStore.internal.callingAudioProcessingMethod() != AudioProcessingMethod.Default) { if (SignalStore.internal.callingAudioProcessingMethod != AudioProcessingMethod.Default) {
return SignalStore.internal.callingAudioProcessingMethod() return SignalStore.internal.callingAudioProcessingMethod
} }
return if (shouldUseOboeAdm()) { return if (shouldUseOboeAdm()) {
@@ -57,7 +57,7 @@ object RingRtcDynamicConfiguration {
@JvmStatic @JvmStatic
fun shouldUseOboeAdm(): Boolean { fun shouldUseOboeAdm(): Boolean {
if (RemoteConfig.internalUser) { if (RemoteConfig.internalUser) {
return SignalStore.internal.callingEnableOboeAdm() return SignalStore.internal.callingEnableOboeAdm
} }
// For now, only allow the Oboe ADM to be used for custom ROMS. // For now, only allow the Oboe ADM to be used for custom ROMS.
@@ -415,7 +415,7 @@ public final class SignalCallManager implements CallManager.Observer, GroupCall.
CallLinkSecretParams.deriveFromRootKey(callLinkRootKey.getKeyBytes()) CallLinkSecretParams.deriveFromRootKey(callLinkRootKey.getKeyBytes())
); );
callManager.peekCallLinkCall(SignalStore.internal().groupCallingServer(), callLinkAuthCredentialPresentation.serialize(), callLinkRootKey, peekInfo -> { callManager.peekCallLinkCall(SignalStore.internal().getGroupCallingServer(), callLinkAuthCredentialPresentation.serialize(), callLinkRootKey, peekInfo -> {
PeekInfo info = peekInfo.getValue(); PeekInfo info = peekInfo.getValue();
if (info == null) { if (info == null) {
Log.w(TAG, "Failed to get peek info: " + peekInfo.getStatus()); Log.w(TAG, "Failed to get peek info: " + peekInfo.getStatus());
@@ -465,7 +465,7 @@ public final class SignalCallManager implements CallManager.Observer, GroupCall.
List<GroupCall.GroupMemberInfo> members = Stream.of(GroupManager.getUuidCipherTexts(context, groupId)) List<GroupCall.GroupMemberInfo> members = Stream.of(GroupManager.getUuidCipherTexts(context, groupId))
.map(entry -> new GroupCall.GroupMemberInfo(entry.getKey(), entry.getValue().serialize())) .map(entry -> new GroupCall.GroupMemberInfo(entry.getKey(), entry.getValue().serialize()))
.toList(); .toList();
callManager.peekGroupCall(SignalStore.internal().groupCallingServer(), credential.token.getBytes(Charsets.UTF_8), members, peekInfo -> { callManager.peekGroupCall(SignalStore.internal().getGroupCallingServer(), credential.token.getBytes(Charsets.UTF_8), members, peekInfo -> {
Long threadId = SignalDatabase.threads().getThreadIdFor(group.getId()); Long threadId = SignalDatabase.threads().getThreadIdFor(group.getId());
if (threadId != null) { if (threadId != null) {
@@ -508,7 +508,7 @@ public final class SignalCallManager implements CallManager.Observer, GroupCall.
.map(entry -> new GroupCall.GroupMemberInfo(entry.getKey(), entry.getValue().serialize())) .map(entry -> new GroupCall.GroupMemberInfo(entry.getKey(), entry.getValue().serialize()))
.collect(Collectors.toList()); .collect(Collectors.toList());
callManager.peekGroupCall(SignalStore.internal().groupCallingServer(), callManager.peekGroupCall(SignalStore.internal().getGroupCallingServer(),
credential.token.getBytes(Charsets.UTF_8), credential.token.getBytes(Charsets.UTF_8),
members, members,
peekInfo -> receivedGroupCallPeekForRingingCheck(info, peekInfo)); peekInfo -> receivedGroupCallPeekForRingingCheck(info, peekInfo));
@@ -111,7 +111,7 @@ class SignalCallLinkManager(
// Credential // Credential
callManager.createCallLink( callManager.createCallLink(
SignalStore.internal.groupCallingServer(), SignalStore.internal.groupCallingServer,
credentialPresentation.serialize(), credentialPresentation.serialize(),
rootKey, rootKey,
adminPassKey, adminPassKey,
@@ -139,7 +139,7 @@ class SignalCallLinkManager(
): Single<ReadCallLinkResult> { ): Single<ReadCallLinkResult> {
return Single.create { emitter -> return Single.create { emitter ->
callManager.readCallLink( callManager.readCallLink(
SignalStore.internal.groupCallingServer(), SignalStore.internal.groupCallingServer,
requestCallLinkAuthCredentialPresentation(credentials.linkKeyBytes).serialize(), requestCallLinkAuthCredentialPresentation(credentials.linkKeyBytes).serialize(),
CallLinkRootKey(credentials.linkKeyBytes) CallLinkRootKey(credentials.linkKeyBytes)
) { ) {
@@ -165,7 +165,7 @@ class SignalCallLinkManager(
val credentialPresentation = requestCallLinkAuthCredentialPresentation(credentials.linkKeyBytes) val credentialPresentation = requestCallLinkAuthCredentialPresentation(credentials.linkKeyBytes)
callManager.updateCallLinkName( callManager.updateCallLinkName(
SignalStore.internal.groupCallingServer(), SignalStore.internal.groupCallingServer,
credentialPresentation.serialize(), credentialPresentation.serialize(),
CallLinkRootKey(credentials.linkKeyBytes), CallLinkRootKey(credentials.linkKeyBytes),
credentials.adminPassBytes, credentials.adminPassBytes,
@@ -192,7 +192,7 @@ class SignalCallLinkManager(
val credentialPresentation = requestCallLinkAuthCredentialPresentation(credentials.linkKeyBytes) val credentialPresentation = requestCallLinkAuthCredentialPresentation(credentials.linkKeyBytes)
callManager.updateCallLinkRestrictions( callManager.updateCallLinkRestrictions(
SignalStore.internal.groupCallingServer(), SignalStore.internal.groupCallingServer,
credentialPresentation.serialize(), credentialPresentation.serialize(),
CallLinkRootKey(credentials.linkKeyBytes), CallLinkRootKey(credentials.linkKeyBytes),
credentials.adminPassBytes, credentials.adminPassBytes,
@@ -218,7 +218,7 @@ class SignalCallLinkManager(
val credentialPresentation = requestCallLinkAuthCredentialPresentation(credentials.linkKeyBytes) val credentialPresentation = requestCallLinkAuthCredentialPresentation(credentials.linkKeyBytes)
callManager.deleteCallLink( callManager.deleteCallLink(
SignalStore.internal.groupCallingServer(), SignalStore.internal.groupCallingServer,
credentialPresentation.serialize(), credentialPresentation.serialize(),
CallLinkRootKey(credentials.linkKeyBytes), CallLinkRootKey(credentials.linkKeyBytes),
credentials.adminPassBytes credentials.adminPassBytes
@@ -48,26 +48,26 @@ public final class ShakeToReport implements ShakeDetector.Listener {
} }
public void enable() { public void enable() {
if (!SignalStore.internal().shakeToReport()) return; if (!SignalStore.internal().getShakeToReport()) return;
detector.start(ServiceUtil.getSensorManager(application)); detector.start(ServiceUtil.getSensorManager(application));
} }
public void disable() { public void disable() {
if (!SignalStore.internal().shakeToReport()) return; if (!SignalStore.internal().getShakeToReport()) return;
detector.stop(); detector.stop();
} }
public void registerActivity(@NonNull AppCompatActivity activity) { public void registerActivity(@NonNull AppCompatActivity activity) {
if (!SignalStore.internal().shakeToReport()) return; if (!SignalStore.internal().getShakeToReport()) return;
this.weakActivity = new WeakReference<>(activity); this.weakActivity = new WeakReference<>(activity);
} }
@Override @Override
public void onShakeDetected() { public void onShakeDetected() {
if (!SignalStore.internal().shakeToReport()) return; if (!SignalStore.internal().getShakeToReport()) return;
AppCompatActivity activity = weakActivity.get(); AppCompatActivity activity = weakActivity.get();
if (activity == null) { if (activity == null) {
@@ -43,8 +43,8 @@ public final class NetworkUtil {
} }
public static @NonNull CallManager.DataMode getCallingDataMode(@NonNull Context context, @NonNull PeerConnection.AdapterType networkAdapter) { public static @NonNull CallManager.DataMode getCallingDataMode(@NonNull Context context, @NonNull PeerConnection.AdapterType networkAdapter) {
if (SignalStore.internal().callingDataMode() != CallManager.DataMode.NORMAL) { if (SignalStore.internal().getCallingDataMode() != CallManager.DataMode.NORMAL) {
return SignalStore.internal().callingDataMode(); return SignalStore.internal().getCallingDataMode();
} }
return useLowDataCalling(context, networkAdapter) ? CallManager.DataMode.LOW : CallManager.DataMode.NORMAL; return useLowDataCalling(context, networkAdapter) ? CallManager.DataMode.LOW : CallManager.DataMode.NORMAL;
@@ -108,7 +108,7 @@ class GroupsV2StateProcessorTest {
} }
mockkObject(SignalStore) mockkObject(SignalStore)
every { SignalStore.internal.gv2IgnoreP2PChanges() } returns false every { SignalStore.internal.gv2IgnoreP2PChanges } returns false
Log.initialize(SystemOutLogger()) Log.initialize(SystemOutLogger())
SignalProtocolLoggerProvider.setProvider(CustomSignalProtocolLogger()) SignalProtocolLoggerProvider.setProvider(CustomSignalProtocolLogger())