amethyst/app/src/main/java/com/vitorpamplona/amethyst/model/Account.kt

1804 wiersze
63 KiB
Kotlin

package com.vitorpamplona.amethyst.model
import android.content.res.Resources
import android.util.Log
import androidx.compose.runtime.Immutable
import androidx.compose.runtime.Stable
import androidx.core.os.ConfigurationCompat
import androidx.lifecycle.LiveData
import androidx.lifecycle.distinctUntilChanged
import com.vitorpamplona.amethyst.OptOutFromFilters
import com.vitorpamplona.amethyst.service.FileHeader
import com.vitorpamplona.amethyst.service.NostrLnZapPaymentResponseDataSource
import com.vitorpamplona.amethyst.service.relays.Client
import com.vitorpamplona.amethyst.service.relays.Constants
import com.vitorpamplona.amethyst.service.relays.FeedType
import com.vitorpamplona.amethyst.service.relays.Relay
import com.vitorpamplona.amethyst.service.relays.RelayPool
import com.vitorpamplona.amethyst.ui.components.BundledUpdate
import com.vitorpamplona.amethyst.ui.note.combineWith
import com.vitorpamplona.quartz.crypto.CryptoUtils
import com.vitorpamplona.quartz.crypto.KeyPair
import com.vitorpamplona.quartz.encoders.ATag
import com.vitorpamplona.quartz.encoders.HexKey
import com.vitorpamplona.quartz.encoders.hexToByteArray
import com.vitorpamplona.quartz.encoders.toHexKey
import com.vitorpamplona.quartz.events.*
import kotlinx.collections.immutable.ImmutableSet
import kotlinx.collections.immutable.persistentSetOf
import kotlinx.collections.immutable.toImmutableSet
import kotlinx.coroutines.DelicateCoroutinesApi
import kotlinx.coroutines.Dispatchers
import kotlinx.coroutines.GlobalScope
import kotlinx.coroutines.launch
import java.math.BigDecimal
import java.net.Proxy
import java.util.Locale
val DefaultChannels = setOf(
"25e5c82273a271cb1a840d0060391a0bf4965cafeb029d5ab55350b418953fbb", // -> Anigma's Nostr
"42224859763652914db53052103f0b744df79dfc4efef7e950fc0802fc3df3c5" // -> Amethyst's Group
)
fun getLanguagesSpokenByUser(): Set<String> {
val languageList = ConfigurationCompat.getLocales(Resources.getSystem().getConfiguration())
val codedList = mutableSetOf<String>()
for (i in 0 until languageList.size()) {
languageList.get(i)?.let { codedList.add(it.language) }
}
return codedList
}
val GLOBAL_FOLLOWS = " Global "
val KIND3_FOLLOWS = " All Follows "
@OptIn(DelicateCoroutinesApi::class)
@Stable
class Account(
val keyPair: KeyPair,
var followingChannels: Set<String> = DefaultChannels, // deprecated
var followingCommunities: Set<String> = setOf(), // deprecated
var hiddenUsers: Set<String> = setOf(), // deprecated
var localRelays: Set<RelaySetupInfo> = Constants.defaultRelays.toSet(),
var dontTranslateFrom: Set<String> = getLanguagesSpokenByUser(),
var languagePreferences: Map<String, String> = mapOf(),
var translateTo: String = Locale.getDefault().language,
var zapAmountChoices: List<Long> = listOf(500L, 1000L, 5000L),
var reactionChoices: List<String> = listOf("+"),
var defaultZapType: LnZapEvent.ZapType = LnZapEvent.ZapType.PRIVATE,
var defaultFileServer: ServersAvailable = ServersAvailable.NOSTR_BUILD,
var defaultHomeFollowList: String = KIND3_FOLLOWS,
var defaultStoriesFollowList: String = GLOBAL_FOLLOWS,
var defaultNotificationFollowList: String = GLOBAL_FOLLOWS,
var defaultDiscoveryFollowList: String = GLOBAL_FOLLOWS,
var zapPaymentRequest: Nip47URI? = null,
var hideDeleteRequestDialog: Boolean = false,
var hideBlockAlertDialog: Boolean = false,
var hideNIP24WarningDialog: Boolean = false,
var backupContactList: ContactListEvent? = null,
var proxy: Proxy? = null,
var proxyPort: Int = 9050,
var showSensitiveContent: Boolean? = null,
var warnAboutPostsWithReports: Boolean = true,
var filterSpamFromStrangers: Boolean = true,
var lastReadPerRoute: Map<String, Long> = mapOf<String, Long>(),
var settings: Settings = Settings()
) {
var transientHiddenUsers: ImmutableSet<String> = persistentSetOf()
// Observers line up here.
val live: AccountLiveData = AccountLiveData(this)
val liveLanguages: AccountLiveData = AccountLiveData(this)
val liveLastRead: AccountLiveData = AccountLiveData(this)
val saveable: AccountLiveData = AccountLiveData(this)
@Immutable
data class LiveHiddenUsers(
val hiddenUsers: ImmutableSet<String>,
val spammers: ImmutableSet<String>,
val showSensitiveContent: Boolean?
)
val liveHiddenUsers: LiveData<LiveHiddenUsers> = live.combineWith(getBlockListNote().live().metadata) { localLive, liveMuteListEvent ->
val liveBlockedUsers = (liveMuteListEvent?.note?.event as? PeopleListEvent)?.publicAndPrivateUsers(keyPair.privKey)
LiveHiddenUsers(
hiddenUsers = liveBlockedUsers ?: persistentSetOf(),
spammers = localLive?.account?.transientHiddenUsers ?: persistentSetOf(),
showSensitiveContent = showSensitiveContent
)
}.distinctUntilChanged()
var userProfileCache: User? = null
fun updateAutomaticallyStartPlayback(
automaticallyStartPlayback: ConnectivityType
) {
settings.automaticallyStartPlayback = automaticallyStartPlayback
live.invalidateData()
saveable.invalidateData()
}
fun updateAutomaticallyShowUrlPreview(
automaticallyShowUrlPreview: ConnectivityType
) {
settings.automaticallyShowUrlPreview = automaticallyShowUrlPreview
live.invalidateData()
saveable.invalidateData()
}
fun updateAutomaticallyShowImages(
automaticallyShowImages: ConnectivityType
) {
settings.automaticallyShowImages = automaticallyShowImages
live.invalidateData()
saveable.invalidateData()
}
fun updateOptOutOptions(warnReports: Boolean, filterSpam: Boolean) {
warnAboutPostsWithReports = warnReports
filterSpamFromStrangers = filterSpam
OptOutFromFilters.start(warnAboutPostsWithReports, filterSpamFromStrangers)
if (!filterSpamFromStrangers) {
transientHiddenUsers = persistentSetOf()
}
live.invalidateData()
saveable.invalidateData()
}
fun userProfile(): User {
return userProfileCache ?: run {
val myUser: User = LocalCache.getOrCreateUser(keyPair.pubKey.toHexKey())
userProfileCache = myUser
myUser
}
}
fun isWriteable(): Boolean {
return keyPair.privKey != null
}
fun sendNewRelayList(relays: Map<String, ContactListEvent.ReadWrite>) {
if (!isWriteable()) return
val contactList = userProfile().latestContactList
if (contactList != null && contactList.tags.isNotEmpty()) {
val event = ContactListEvent.updateRelayList(
earlierVersion = contactList,
relayUse = relays,
privateKey = keyPair.privKey!!
)
Client.send(event)
LocalCache.consume(event)
} else {
val event = ContactListEvent.createFromScratch(
followUsers = listOf(),
followTags = listOf(),
followGeohashes = listOf(),
followCommunities = listOf(),
followEvents = DefaultChannels.toList(),
relayUse = relays,
privateKey = keyPair.privKey!!
)
// Keep this local to avoid erasing a good contact list.
// Client.send(event)
LocalCache.consume(event)
}
}
fun sendNewUserMetadata(toString: String, identities: List<IdentityClaim>) {
if (!isWriteable()) return
keyPair.privKey?.let {
val event = MetadataEvent.create(toString, identities, keyPair.privKey!!)
Client.send(event)
LocalCache.consume(event)
}
}
fun reactionTo(note: Note, reaction: String): List<Note> {
return note.reactedBy(userProfile(), reaction)
}
fun hasBoosted(note: Note): Boolean {
return boostsTo(note).isNotEmpty()
}
fun boostsTo(note: Note): List<Note> {
return note.boostedBy(userProfile())
}
fun hasReacted(note: Note, reaction: String): Boolean {
return note.hasReacted(userProfile(), reaction)
}
fun reactTo(note: Note, reaction: String) {
if (!isWriteable()) return
if (hasReacted(note, reaction)) {
// has already liked this note
return
}
if (note.event is ChatMessageEvent) {
val event = note.event as ChatMessageEvent
val users = event.recipientsPubKey().plus(event.pubKey).toSet().toList()
if (reaction.startsWith(":")) {
val emojiUrl = EmojiUrl.decode(reaction)
if (emojiUrl != null) {
note.event?.let {
val giftWraps = NIP24Factory().createReactionWithinGroup(
emojiUrl = emojiUrl,
originalNote = it,
to = users,
from = keyPair.privKey!!
)
broadcastPrivately(giftWraps)
}
return
}
}
note.event?.let {
val giftWraps = NIP24Factory().createReactionWithinGroup(
content = reaction,
originalNote = it,
to = users,
from = keyPair.privKey!!
)
broadcastPrivately(giftWraps)
}
} else {
if (reaction.startsWith(":")) {
val emojiUrl = EmojiUrl.decode(reaction)
if (emojiUrl != null) {
note.event?.let {
val event = ReactionEvent.create(emojiUrl, it, keyPair.privKey!!)
Client.send(event)
LocalCache.consume(event)
}
return
}
}
note.event?.let {
val event = ReactionEvent.create(reaction, it, keyPair.privKey!!)
Client.send(event)
LocalCache.consume(event)
}
}
}
fun createZapRequestFor(note: Note, pollOption: Int?, message: String = "", zapType: LnZapEvent.ZapType): LnZapRequestEvent? {
if (!isWriteable()) return null
note.event?.let { event ->
return LnZapRequestEvent.create(
event,
userProfile().latestContactList?.relays()?.keys?.ifEmpty { null }
?: localRelays.map { it.url }.toSet(),
keyPair.privKey!!,
pollOption,
message,
zapType
)
}
return null
}
fun hasWalletConnectSetup(): Boolean {
return zapPaymentRequest != null
}
fun isNIP47Author(pubkeyHex: String?): Boolean {
val privKey = zapPaymentRequest?.secret?.hexToByteArray() ?: keyPair.privKey
if (privKey == null) return false
val pubKey = CryptoUtils.pubkeyCreate(privKey).toHexKey()
return (pubKey == pubkeyHex)
}
fun decryptZapPaymentResponseEvent(zapResponseEvent: LnZapPaymentResponseEvent): Response? {
val myNip47 = zapPaymentRequest ?: return null
val privKey = myNip47.secret?.hexToByteArray() ?: keyPair.privKey
val pubKey = myNip47.pubKeyHex.hexToByteArray()
if (privKey == null) return null
return zapResponseEvent.response(privKey, pubKey)
}
fun calculateIfNoteWasZappedByAccount(zappedNote: Note?): Boolean {
return zappedNote?.isZappedBy(userProfile(), this) == true
}
fun calculateZappedAmount(zappedNote: Note?): BigDecimal {
val privKey = zapPaymentRequest?.secret?.hexToByteArray() ?: keyPair.privKey
val pubKey = zapPaymentRequest?.pubKeyHex?.hexToByteArray()
return zappedNote?.zappedAmount(privKey, pubKey) ?: BigDecimal.ZERO
}
fun sendZapPaymentRequestFor(bolt11: String, zappedNote: Note?, onResponse: (Response?) -> Unit) {
if (!isWriteable()) return
zapPaymentRequest?.let { nip47 ->
val event = LnZapPaymentRequestEvent.create(bolt11, nip47.pubKeyHex, nip47.secret?.hexToByteArray() ?: keyPair.privKey!!)
val wcListener = NostrLnZapPaymentResponseDataSource(
fromServiceHex = nip47.pubKeyHex,
toUserHex = event.pubKey,
replyingToHex = event.id,
authSigningKey = nip47.secret?.hexToByteArray() ?: keyPair.privKey!!
)
wcListener.start()
LocalCache.consume(event, zappedNote) {
// After the response is received.
val privKey = nip47.secret?.hexToByteArray()
if (privKey != null) {
onResponse(it.response(privKey, nip47.pubKeyHex.hexToByteArray()))
}
}
Client.send(event, nip47.relayUri, wcListener.feedTypes) {
wcListener.destroy()
}
}
}
fun createZapRequestFor(user: User): LnZapRequestEvent? {
return createZapRequestFor(user)
}
fun createZapRequestFor(userPubKeyHex: String, message: String = "", zapType: LnZapEvent.ZapType): LnZapRequestEvent? {
if (!isWriteable()) return null
return LnZapRequestEvent.create(
userPubKeyHex,
userProfile().latestContactList?.relays()?.keys?.ifEmpty { null } ?: localRelays.map { it.url }.toSet(),
keyPair.privKey!!,
message,
zapType
)
}
fun report(note: Note, type: ReportEvent.ReportType, content: String = "") {
if (!isWriteable()) return
if (note.hasReacted(userProfile(), "⚠️")) {
// has already liked this note
return
}
note.event?.let {
val event = ReactionEvent.createWarning(it, keyPair.privKey!!)
Client.send(event)
LocalCache.consume(event)
}
note.event?.let {
val event = ReportEvent.create(it, type, keyPair.privKey!!, content = content)
Client.send(event)
LocalCache.consume(event, null)
}
}
fun report(user: User, type: ReportEvent.ReportType) {
if (!isWriteable()) return
if (user.hasReport(userProfile(), type)) {
// has already reported this note
return
}
val event = ReportEvent.create(user.pubkeyHex, type, keyPair.privKey!!)
Client.send(event)
LocalCache.consume(event, null)
}
fun delete(note: Note) {
delete(listOf(note))
}
fun delete(notes: List<Note>) {
if (!isWriteable()) return
val myNotes = notes.filter { it.author == userProfile() }.map { it.idHex }
if (myNotes.isNotEmpty()) {
val event = DeletionEvent.create(myNotes, keyPair.privKey!!)
Client.send(event)
LocalCache.consume(event)
}
}
fun createHTTPAuthorization(url: String, method: String, body: String? = null): HTTPAuthorizationEvent? {
if (!isWriteable()) return null
return HTTPAuthorizationEvent.create(url, method, body, keyPair.privKey!!)
}
fun boost(note: Note) {
if (!isWriteable()) return
if (note.hasBoostedInTheLast5Minutes(userProfile())) {
// has already bosted in the past 5mins
return
}
note.event?.let {
if (it.kind() == 1) {
val event = RepostEvent.create(it, keyPair.privKey!!)
Client.send(event)
LocalCache.consume(event)
} else {
val event = GenericRepostEvent.create(it, keyPair.privKey!!)
Client.send(event)
LocalCache.consume(event)
}
}
}
fun broadcast(note: Note) {
note.event?.let {
Client.send(it)
}
}
private fun migrateCommunitiesAndChannelsIfNeeded(latestContactList: ContactListEvent?): ContactListEvent? {
if (latestContactList == null) return latestContactList
var returningContactList: ContactListEvent = latestContactList
if (followingCommunities.isNotEmpty()) {
followingCommunities.forEach {
ATag.parse(it, null)?.let {
returningContactList = ContactListEvent.followAddressableEvent(returningContactList, it, keyPair.privKey!!)
}
}
followingCommunities = emptySet()
}
if (followingChannels.isNotEmpty()) {
followingChannels.forEach {
returningContactList = ContactListEvent.followEvent(returningContactList, it, keyPair.privKey!!)
}
followingChannels = emptySet()
}
return returningContactList
}
fun follow(user: User) {
if (!isWriteable()) return
val contactList = migrateCommunitiesAndChannelsIfNeeded(userProfile().latestContactList)
val event = if (contactList != null) {
ContactListEvent.followUser(contactList, user.pubkeyHex, keyPair.privKey!!)
} else {
ContactListEvent.createFromScratch(
followUsers = listOf(Contact(user.pubkeyHex, null)),
followTags = emptyList(),
followGeohashes = emptyList(),
followCommunities = emptyList(),
followEvents = DefaultChannels.toList(),
relayUse = Constants.defaultRelays.associate { it.url to ContactListEvent.ReadWrite(it.read, it.write) },
privateKey = keyPair.privKey!!
)
}
Client.send(event)
LocalCache.consume(event)
}
fun follow(channel: Channel) {
if (!isWriteable()) return
val contactList = migrateCommunitiesAndChannelsIfNeeded(userProfile().latestContactList)
val event = if (contactList != null) {
ContactListEvent.followEvent(contactList, channel.idHex, keyPair.privKey!!)
} else {
ContactListEvent.createFromScratch(
followUsers = emptyList(),
followTags = emptyList(),
followGeohashes = emptyList(),
followCommunities = emptyList(),
followEvents = DefaultChannels.toList().plus(channel.idHex),
relayUse = Constants.defaultRelays.associate { it.url to ContactListEvent.ReadWrite(it.read, it.write) },
privateKey = keyPair.privKey!!
)
}
Client.send(event)
LocalCache.consume(event)
}
fun follow(community: AddressableNote) {
if (!isWriteable()) return
val contactList = migrateCommunitiesAndChannelsIfNeeded(userProfile().latestContactList)
val event = if (contactList != null) {
ContactListEvent.followAddressableEvent(contactList, community.address, keyPair.privKey!!)
} else {
val relays = Constants.defaultRelays.associate { it.url to ContactListEvent.ReadWrite(it.read, it.write) }
ContactListEvent.createFromScratch(
followUsers = emptyList(),
followTags = emptyList(),
followGeohashes = emptyList(),
followCommunities = listOf(community.address),
followEvents = DefaultChannels.toList(),
relayUse = relays,
privateKey = keyPair.privKey!!
)
}
Client.send(event)
LocalCache.consume(event)
}
fun followHashtag(tag: String) {
if (!isWriteable()) return
val contactList = migrateCommunitiesAndChannelsIfNeeded(userProfile().latestContactList)
val event = if (contactList != null) {
ContactListEvent.followHashtag(
contactList,
tag,
keyPair.privKey!!
)
} else {
ContactListEvent.createFromScratch(
followUsers = emptyList(),
followTags = listOf(tag),
followGeohashes = emptyList(),
followCommunities = emptyList(),
followEvents = DefaultChannels.toList(),
relayUse = Constants.defaultRelays.associate { it.url to ContactListEvent.ReadWrite(it.read, it.write) },
privateKey = keyPair.privKey!!
)
}
Client.send(event)
LocalCache.consume(event)
}
fun followGeohash(geohash: String) {
if (!isWriteable()) return
val contactList = migrateCommunitiesAndChannelsIfNeeded(userProfile().latestContactList)
val event = if (contactList != null) {
ContactListEvent.followGeohash(
contactList,
geohash,
keyPair.privKey!!
)
} else {
ContactListEvent.createFromScratch(
followUsers = emptyList(),
followTags = emptyList(),
followGeohashes = listOf(geohash),
followCommunities = emptyList(),
followEvents = DefaultChannels.toList(),
relayUse = Constants.defaultRelays.associate { it.url to ContactListEvent.ReadWrite(it.read, it.write) },
privateKey = keyPair.privKey!!
)
}
Client.send(event)
LocalCache.consume(event)
}
fun unfollow(user: User) {
if (!isWriteable()) return
val contactList = migrateCommunitiesAndChannelsIfNeeded(userProfile().latestContactList)
if (contactList != null && contactList.tags.isNotEmpty()) {
val event = ContactListEvent.unfollowUser(
contactList,
user.pubkeyHex,
keyPair.privKey!!
)
Client.send(event)
LocalCache.consume(event)
}
}
fun unfollowHashtag(tag: String) {
if (!isWriteable()) return
val contactList = migrateCommunitiesAndChannelsIfNeeded(userProfile().latestContactList)
if (contactList != null && contactList.tags.isNotEmpty()) {
val event = ContactListEvent.unfollowHashtag(
contactList,
tag,
keyPair.privKey!!
)
Client.send(event)
LocalCache.consume(event)
}
}
fun unfollowGeohash(geohash: String) {
if (!isWriteable()) return
val contactList = migrateCommunitiesAndChannelsIfNeeded(userProfile().latestContactList)
if (contactList != null && contactList.tags.isNotEmpty()) {
val event = ContactListEvent.unfollowGeohash(
contactList,
geohash,
keyPair.privKey!!
)
Client.send(event)
LocalCache.consume(event)
}
}
fun unfollow(channel: Channel) {
if (!isWriteable()) return
val contactList = migrateCommunitiesAndChannelsIfNeeded(userProfile().latestContactList)
if (contactList != null && contactList.tags.isNotEmpty()) {
val event = ContactListEvent.unfollowEvent(
contactList,
channel.idHex,
keyPair.privKey!!
)
Client.send(event)
LocalCache.consume(event)
}
}
fun unfollow(community: AddressableNote) {
if (!isWriteable()) return
val contactList = migrateCommunitiesAndChannelsIfNeeded(userProfile().latestContactList)
if (contactList != null && contactList.tags.isNotEmpty()) {
val event = ContactListEvent.unfollowAddressableEvent(
contactList,
community.address,
keyPair.privKey!!
)
Client.send(event)
LocalCache.consume(event)
}
}
fun createNip95(byteArray: ByteArray, headerInfo: FileHeader): Pair<FileStorageEvent, FileStorageHeaderEvent>? {
if (!isWriteable()) return null
val data = FileStorageEvent.create(
mimeType = headerInfo.mimeType ?: "",
data = byteArray,
privateKey = keyPair.privKey!!
)
val signedEvent = FileStorageHeaderEvent.create(
data,
mimeType = headerInfo.mimeType,
hash = headerInfo.hash,
size = headerInfo.size.toString(),
dimensions = headerInfo.dim,
blurhash = headerInfo.blurHash,
description = headerInfo.description,
sensitiveContent = headerInfo.sensitiveContent,
privateKey = keyPair.privKey!!
)
return Pair(data, signedEvent)
}
fun sendNip95(data: FileStorageEvent, signedEvent: FileStorageHeaderEvent, relayList: List<Relay>? = null): Note? {
if (!isWriteable()) return null
Client.send(data, relayList = relayList)
LocalCache.consume(data, null)
Client.send(signedEvent, relayList = relayList)
LocalCache.consume(signedEvent, null)
return LocalCache.notes[signedEvent.id]
}
fun sendHeader(headerInfo: FileHeader, relayList: List<Relay>? = null): Note? {
if (!isWriteable()) return null
val signedEvent = FileHeaderEvent.create(
url = headerInfo.url,
mimeType = headerInfo.mimeType,
hash = headerInfo.hash,
size = headerInfo.size.toString(),
dimensions = headerInfo.dim,
blurhash = headerInfo.blurHash,
description = headerInfo.description,
sensitiveContent = headerInfo.sensitiveContent,
privateKey = keyPair.privKey!!
)
Client.send(signedEvent, relayList = relayList)
LocalCache.consume(signedEvent, null)
return LocalCache.notes[signedEvent.id]
}
fun sendPost(
message: String,
replyTo: List<Note>?,
mentions: List<User>?,
tags: List<String>? = null,
zapReceiver: String? = null,
wantsToMarkAsSensitive: Boolean,
zapRaiserAmount: Long? = null,
replyingTo: String?,
root: String?,
directMentions: Set<HexKey>,
relayList: List<Relay>? = null,
geohash: String? = null
) {
if (!isWriteable()) return
val repliesToHex = replyTo?.filter { it.address() == null }?.map { it.idHex }
val mentionsHex = mentions?.map { it.pubkeyHex }
val addresses = replyTo?.mapNotNull { it.address() }
val signedEvent = TextNoteEvent.create(
msg = message,
replyTos = repliesToHex,
mentions = mentionsHex,
addresses = addresses,
extraTags = tags,
zapReceiver = zapReceiver,
markAsSensitive = wantsToMarkAsSensitive,
zapRaiserAmount = zapRaiserAmount,
replyingTo = replyingTo,
root = root,
directMentions = directMentions,
geohash = geohash,
privateKey = keyPair.privKey!!
)
Client.send(signedEvent, relayList = relayList)
LocalCache.consume(signedEvent)
}
fun sendPoll(
message: String,
replyTo: List<Note>?,
mentions: List<User>?,
pollOptions: Map<Int, String>,
valueMaximum: Int?,
valueMinimum: Int?,
consensusThreshold: Int?,
closedAt: Int?,
zapReceiver: String? = null,
wantsToMarkAsSensitive: Boolean,
zapRaiserAmount: Long? = null,
relayList: List<Relay>? = null,
geohash: String? = null
) {
if (!isWriteable()) return
val repliesToHex = replyTo?.map { it.idHex }
val mentionsHex = mentions?.map { it.pubkeyHex }
val addresses = replyTo?.mapNotNull { it.address() }
val signedEvent = PollNoteEvent.create(
msg = message,
replyTos = repliesToHex,
mentions = mentionsHex,
addresses = addresses,
privateKey = keyPair.privKey!!,
pollOptions = pollOptions,
valueMaximum = valueMaximum,
valueMinimum = valueMinimum,
consensusThreshold = consensusThreshold,
closedAt = closedAt,
zapReceiver = zapReceiver,
markAsSensitive = wantsToMarkAsSensitive,
zapRaiserAmount = zapRaiserAmount,
geohash = geohash
)
// println("Sending new PollNoteEvent: %s".format(signedEvent.toJson()))
Client.send(signedEvent, relayList = relayList)
LocalCache.consume(signedEvent)
}
fun sendChannelMessage(message: String, toChannel: String, replyTo: List<Note>?, mentions: List<User>?, zapReceiver: String? = null, wantsToMarkAsSensitive: Boolean, zapRaiserAmount: Long? = null, geohash: String? = null) {
if (!isWriteable()) return
// val repliesToHex = listOfNotNull(replyingTo?.idHex).ifEmpty { null }
val repliesToHex = replyTo?.map { it.idHex }
val mentionsHex = mentions?.map { it.pubkeyHex }
val signedEvent = ChannelMessageEvent.create(
message = message,
channel = toChannel,
replyTos = repliesToHex,
mentions = mentionsHex,
zapReceiver = zapReceiver,
markAsSensitive = wantsToMarkAsSensitive,
zapRaiserAmount = zapRaiserAmount,
geohash = geohash,
privateKey = keyPair.privKey!!
)
Client.send(signedEvent)
LocalCache.consume(signedEvent, null)
}
fun sendLiveMessage(message: String, toChannel: ATag, replyTo: List<Note>?, mentions: List<User>?, zapReceiver: String? = null, wantsToMarkAsSensitive: Boolean, zapRaiserAmount: Long? = null, geohash: String? = null) {
if (!isWriteable()) return
// val repliesToHex = listOfNotNull(replyingTo?.idHex).ifEmpty { null }
val repliesToHex = replyTo?.map { it.idHex }
val mentionsHex = mentions?.map { it.pubkeyHex }
val signedEvent = LiveActivitiesChatMessageEvent.create(
message = message,
activity = toChannel,
replyTos = repliesToHex,
mentions = mentionsHex,
zapReceiver = zapReceiver,
markAsSensitive = wantsToMarkAsSensitive,
zapRaiserAmount = zapRaiserAmount,
geohash = geohash,
privateKey = keyPair.privKey!!
)
Client.send(signedEvent)
LocalCache.consume(signedEvent, null)
}
fun sendPrivateMessage(message: String, toUser: User, replyingTo: Note? = null, mentions: List<User>?, zapReceiver: String? = null, wantsToMarkAsSensitive: Boolean, zapRaiserAmount: Long? = null, geohash: String? = null) {
sendPrivateMessage(message, toUser.pubkeyHex, replyingTo, mentions, zapReceiver, wantsToMarkAsSensitive, zapRaiserAmount, geohash)
}
fun sendPrivateMessage(message: String, toUser: HexKey, replyingTo: Note? = null, mentions: List<User>?, zapReceiver: String? = null, wantsToMarkAsSensitive: Boolean, zapRaiserAmount: Long? = null, geohash: String? = null) {
if (!isWriteable()) return
val repliesToHex = listOfNotNull(replyingTo?.idHex).ifEmpty { null }
val mentionsHex = mentions?.map { it.pubkeyHex }
val signedEvent = PrivateDmEvent.create(
recipientPubKey = toUser.hexToByteArray(),
publishedRecipientPubKey = toUser.hexToByteArray(),
msg = message,
replyTos = repliesToHex,
mentions = mentionsHex,
zapReceiver = zapReceiver,
markAsSensitive = wantsToMarkAsSensitive,
zapRaiserAmount = zapRaiserAmount,
geohash = geohash,
privateKey = keyPair.privKey!!,
advertiseNip18 = false
)
Client.send(signedEvent)
LocalCache.consume(signedEvent, null)
}
fun sendNIP24PrivateMessage(
message: String,
toUsers: List<HexKey>,
subject: String? = null,
replyingTo: Note? = null,
mentions: List<User>?,
zapReceiver: String? = null,
wantsToMarkAsSensitive: Boolean,
zapRaiserAmount: Long? = null,
geohash: String? = null
) {
if (!isWriteable()) return
val repliesToHex = listOfNotNull(replyingTo?.idHex).ifEmpty { null }
val mentionsHex = mentions?.map { it.pubkeyHex }
val signedEvents = NIP24Factory().createMsgNIP24(
msg = message,
to = toUsers,
subject = subject,
replyTos = repliesToHex,
mentions = mentionsHex,
zapReceiver = zapReceiver,
markAsSensitive = wantsToMarkAsSensitive,
zapRaiserAmount = zapRaiserAmount,
geohash = geohash,
from = keyPair.privKey!!
)
broadcastPrivately(signedEvents)
}
fun broadcastPrivately(signedEvents: List<GiftWrapEvent>) {
signedEvents.forEach {
Client.send(it)
// Only keep in cache the GiftWrap for the account.
if (it.recipientPubKey() == keyPair.pubKey.toHexKey()) {
it.cachedGift(keyPair.privKey!!)?.let {
if (it is SealedGossipEvent) {
it.cachedGossip(keyPair.privKey!!)?.let {
LocalCache.justConsume(it, null)
}
} else {
LocalCache.justConsume(it, null)
}
}
LocalCache.consume(it, null)
}
}
}
fun sendCreateNewChannel(name: String, about: String, picture: String) {
if (!isWriteable()) return
val metadata = ChannelCreateEvent.ChannelData(
name,
about,
picture
)
val event = ChannelCreateEvent.create(
channelInfo = metadata,
privateKey = keyPair.privKey!!
)
Client.send(event)
LocalCache.consume(event)
LocalCache.getChannelIfExists(event.id)?.let {
follow(it)
}
}
fun removeEmojiPack(usersEmojiList: Note, emojiList: Note) {
if (!isWriteable()) return
val noteEvent = usersEmojiList.event
if (noteEvent !is EmojiPackSelectionEvent) return
val emojiListEvent = emojiList.event
if (emojiListEvent !is EmojiPackEvent) return
val event = EmojiPackSelectionEvent.create(
noteEvent.taggedAddresses().filter { it != emojiListEvent.address() },
keyPair.privKey!!
)
Client.send(event)
LocalCache.consume(event)
}
fun addEmojiPack(usersEmojiList: Note, emojiList: Note) {
if (!isWriteable()) return
val emojiListEvent = emojiList.event
if (emojiListEvent !is EmojiPackEvent) return
val event = if (usersEmojiList.event == null) {
EmojiPackSelectionEvent.create(
listOf(emojiListEvent.address()),
keyPair.privKey!!
)
} else {
val noteEvent = usersEmojiList.event
if (noteEvent !is EmojiPackSelectionEvent) return
if (noteEvent.taggedAddresses().any { it == emojiListEvent.address() }) {
return
}
EmojiPackSelectionEvent.create(
noteEvent.taggedAddresses().plus(emojiListEvent.address()),
keyPair.privKey!!
)
}
Client.send(event)
LocalCache.consume(event)
}
fun addPrivateBookmark(note: Note) {
if (!isWriteable()) return
val bookmarks = userProfile().latestBookmarkList
val event = if (note is AddressableNote) {
BookmarkListEvent.create(
"bookmark",
bookmarks?.taggedEvents() ?: emptyList(),
bookmarks?.taggedUsers() ?: emptyList(),
bookmarks?.taggedAddresses() ?: emptyList(),
bookmarks?.privateTaggedEvents(privKey = keyPair.privKey!!) ?: emptyList(),
bookmarks?.privateTaggedUsers(privKey = keyPair.privKey!!) ?: emptyList(),
bookmarks?.privateTaggedAddresses(privKey = keyPair.privKey!!)?.plus(note.address) ?: listOf(note.address),
keyPair.privKey!!
)
} else {
BookmarkListEvent.create(
"bookmark",
bookmarks?.taggedEvents() ?: emptyList(),
bookmarks?.taggedUsers() ?: emptyList(),
bookmarks?.taggedAddresses() ?: emptyList(),
bookmarks?.privateTaggedEvents(privKey = keyPair.privKey!!)?.plus(note.idHex) ?: listOf(note.idHex),
bookmarks?.privateTaggedUsers(privKey = keyPair.privKey!!) ?: emptyList(),
bookmarks?.privateTaggedAddresses(privKey = keyPair.privKey!!) ?: emptyList(),
keyPair.privKey!!
)
}
Client.send(event)
LocalCache.consume(event)
}
fun addPublicBookmark(note: Note) {
if (!isWriteable()) return
val bookmarks = userProfile().latestBookmarkList
val event = if (note is AddressableNote) {
BookmarkListEvent.create(
"bookmark",
bookmarks?.taggedEvents() ?: emptyList(),
bookmarks?.taggedUsers() ?: emptyList(),
bookmarks?.taggedAddresses()?.plus(note.address) ?: listOf(note.address),
bookmarks?.privateTaggedEvents(privKey = keyPair.privKey!!) ?: emptyList(),
bookmarks?.privateTaggedUsers(privKey = keyPair.privKey!!) ?: emptyList(),
bookmarks?.privateTaggedAddresses(privKey = keyPair.privKey!!) ?: emptyList(),
keyPair.privKey!!
)
} else {
BookmarkListEvent.create(
"bookmark",
bookmarks?.taggedEvents()?.plus(note.idHex) ?: listOf(note.idHex),
bookmarks?.taggedUsers() ?: emptyList(),
bookmarks?.taggedAddresses() ?: emptyList(),
bookmarks?.privateTaggedEvents(privKey = keyPair.privKey!!) ?: emptyList(),
bookmarks?.privateTaggedUsers(privKey = keyPair.privKey!!) ?: emptyList(),
bookmarks?.privateTaggedAddresses(privKey = keyPair.privKey!!) ?: emptyList(),
keyPair.privKey!!
)
}
Client.send(event)
LocalCache.consume(event)
}
fun removePrivateBookmark(note: Note) {
if (!isWriteable()) return
val bookmarks = userProfile().latestBookmarkList
val event = if (note is AddressableNote) {
BookmarkListEvent.create(
"bookmark",
bookmarks?.taggedEvents() ?: emptyList(),
bookmarks?.taggedUsers() ?: emptyList(),
bookmarks?.taggedAddresses() ?: emptyList(),
bookmarks?.privateTaggedEvents(privKey = keyPair.privKey!!) ?: emptyList(),
bookmarks?.privateTaggedUsers(privKey = keyPair.privKey!!) ?: emptyList(),
bookmarks?.privateTaggedAddresses(privKey = keyPair.privKey!!)?.minus(note.address) ?: listOf(),
keyPair.privKey!!
)
} else {
BookmarkListEvent.create(
"bookmark",
bookmarks?.taggedEvents() ?: emptyList(),
bookmarks?.taggedUsers() ?: emptyList(),
bookmarks?.taggedAddresses() ?: emptyList(),
bookmarks?.privateTaggedEvents(privKey = keyPair.privKey!!)?.minus(note.idHex) ?: listOf(),
bookmarks?.privateTaggedUsers(privKey = keyPair.privKey!!) ?: emptyList(),
bookmarks?.privateTaggedAddresses(privKey = keyPair.privKey!!) ?: emptyList(),
keyPair.privKey!!
)
}
Client.send(event)
LocalCache.consume(event)
}
fun createAuthEvent(relay: Relay, challenge: String): RelayAuthEvent? {
if (!isWriteable()) return null
return RelayAuthEvent.create(relay.url, challenge, keyPair.privKey!!)
}
fun removePublicBookmark(note: Note) {
if (!isWriteable()) return
val bookmarks = userProfile().latestBookmarkList
val event = if (note is AddressableNote) {
BookmarkListEvent.create(
"bookmark",
bookmarks?.taggedEvents() ?: emptyList(),
bookmarks?.taggedUsers() ?: emptyList(),
bookmarks?.taggedAddresses()?.minus(note.address),
bookmarks?.privateTaggedEvents(privKey = keyPair.privKey!!) ?: emptyList(),
bookmarks?.privateTaggedUsers(privKey = keyPair.privKey!!) ?: emptyList(),
bookmarks?.privateTaggedAddresses(privKey = keyPair.privKey!!) ?: emptyList(),
keyPair.privKey!!
)
} else {
BookmarkListEvent.create(
"bookmark",
bookmarks?.taggedEvents()?.minus(note.idHex),
bookmarks?.taggedUsers() ?: emptyList(),
bookmarks?.taggedAddresses() ?: emptyList(),
bookmarks?.privateTaggedEvents(privKey = keyPair.privKey!!) ?: emptyList(),
bookmarks?.privateTaggedUsers(privKey = keyPair.privKey!!) ?: emptyList(),
bookmarks?.privateTaggedAddresses(privKey = keyPair.privKey!!) ?: emptyList(),
keyPair.privKey!!
)
}
Client.send(event)
LocalCache.consume(event)
}
fun isInPrivateBookmarks(note: Note): Boolean {
if (!isWriteable()) return false
if (note is AddressableNote) {
return userProfile().latestBookmarkList?.privateTaggedAddresses(keyPair.privKey!!)
?.contains(note.address) == true
} else {
return userProfile().latestBookmarkList?.privateTaggedEvents(keyPair.privKey!!)
?.contains(note.idHex) == true
}
}
fun isInPublicBookmarks(note: Note): Boolean {
if (!isWriteable()) return false
if (note is AddressableNote) {
return userProfile().latestBookmarkList?.taggedAddresses()?.contains(note.address) == true
} else {
return userProfile().latestBookmarkList?.taggedEvents()?.contains(note.idHex) == true
}
}
fun getBlockListNote(): AddressableNote {
val aTag = ATag(
PeopleListEvent.kind,
userProfile().pubkeyHex,
PeopleListEvent.blockList,
null
)
return LocalCache.getOrCreateAddressableNote(aTag)
}
fun getBlockList(): PeopleListEvent? {
return getBlockListNote().event as? PeopleListEvent
}
private fun migrateHiddenUsersIfNeeded(latestList: PeopleListEvent?): PeopleListEvent? {
if (latestList == null) return latestList
var returningList: PeopleListEvent = latestList
if (hiddenUsers.isNotEmpty()) {
returningList = PeopleListEvent.addUsers(returningList, hiddenUsers.toList(), true, keyPair.privKey!!)
hiddenUsers = emptySet()
}
return returningList
}
fun hideUser(pubkeyHex: String) {
val blockList = migrateHiddenUsersIfNeeded(getBlockList())
val event = if (blockList != null) {
PeopleListEvent.addUser(
earlierVersion = blockList,
pubKeyHex = pubkeyHex,
isPrivate = true,
privateKey = keyPair.privKey!!
)
} else {
PeopleListEvent.createListWithUser(
name = PeopleListEvent.blockList,
pubKeyHex = pubkeyHex,
isPrivate = true,
privateKey = keyPair.privKey!!
)
}
Client.send(event)
LocalCache.consume(event)
live.invalidateData()
saveable.invalidateData()
}
fun showUser(pubkeyHex: String) {
val blockList = migrateHiddenUsersIfNeeded(getBlockList())
if (blockList != null) {
val event = PeopleListEvent.removeUser(
earlierVersion = blockList,
pubKeyHex = pubkeyHex,
isPrivate = true,
privateKey = keyPair.privKey!!
)
Client.send(event)
LocalCache.consume(event)
}
transientHiddenUsers = (transientHiddenUsers - pubkeyHex).toImmutableSet()
live.invalidateData()
saveable.invalidateData()
}
fun changeDefaultZapType(zapType: LnZapEvent.ZapType) {
defaultZapType = zapType
live.invalidateData()
saveable.invalidateData()
}
fun changeDefaultFileServer(server: ServersAvailable) {
defaultFileServer = server
live.invalidateData()
saveable.invalidateData()
}
fun changeDefaultHomeFollowList(name: String) {
defaultHomeFollowList = name
live.invalidateData()
saveable.invalidateData()
}
fun changeDefaultStoriesFollowList(name: String) {
defaultStoriesFollowList = name
live.invalidateData()
saveable.invalidateData()
}
fun changeDefaultNotificationFollowList(name: String) {
defaultNotificationFollowList = name
live.invalidateData()
saveable.invalidateData()
}
fun changeDefaultDiscoveryFollowList(name: String) {
defaultDiscoveryFollowList = name
live.invalidateData()
saveable.invalidateData()
}
fun changeZapAmounts(newAmounts: List<Long>) {
zapAmountChoices = newAmounts
live.invalidateData()
saveable.invalidateData()
}
fun changeReactionTypes(newTypes: List<String>) {
reactionChoices = newTypes
live.invalidateData()
saveable.invalidateData()
}
fun changeZapPaymentRequest(newServer: Nip47URI?) {
zapPaymentRequest = newServer
live.invalidateData()
saveable.invalidateData()
}
fun selectedUsersFollowList(listName: String?): Set<String>? {
if (listName == GLOBAL_FOLLOWS) return null
if (listName == KIND3_FOLLOWS) return userProfile().cachedFollowingKeySet()
val privKey = keyPair.privKey
return if (listName != null) {
val aTag = ATag(
PeopleListEvent.kind,
userProfile().pubkeyHex,
listName,
null
).toTag()
val list = LocalCache.addressables[aTag]
if (list != null) {
val publicHexList = (list.event as? PeopleListEvent)?.bookmarkedPeople() ?: emptySet()
val privateHexList = privKey?.let {
(list.event as? PeopleListEvent)?.privateTaggedUsers(it)
} ?: emptySet()
(publicHexList + privateHexList).toSet()
} else {
emptySet()
}
} else {
emptySet()
}
}
fun selectedTagsFollowList(listName: String?): Set<String>? {
if (listName == GLOBAL_FOLLOWS) return null
if (listName == KIND3_FOLLOWS) return userProfile().cachedFollowingTagSet()
val privKey = keyPair.privKey
return if (listName != null) {
val aTag = ATag(
PeopleListEvent.kind,
userProfile().pubkeyHex,
listName,
null
).toTag()
val list = LocalCache.addressables[aTag]
if (list != null) {
val publicAddresses = list.event?.hashtags() ?: emptySet()
val privateAddresses = privKey?.let {
(list.event as? GeneralListEvent)?.privateHashtags(it)
} ?: emptySet()
(publicAddresses + privateAddresses).toSet()
} else {
emptySet()
}
} else {
emptySet()
}
}
fun selectedGeohashesFollowList(listName: String?): Set<String>? {
if (listName == GLOBAL_FOLLOWS) return null
if (listName == KIND3_FOLLOWS) return userProfile().cachedFollowingGeohashSet()
val privKey = keyPair.privKey
return if (listName != null) {
val aTag = ATag(
PeopleListEvent.kind,
userProfile().pubkeyHex,
listName,
null
).toTag()
val list = LocalCache.addressables[aTag]
if (list != null) {
val publicAddresses = list.event?.geohashes() ?: emptySet()
val privateAddresses = privKey?.let {
(list.event as? GeneralListEvent)?.privateGeohashes(it)
} ?: emptySet()
(publicAddresses + privateAddresses).toSet()
} else {
emptySet()
}
} else {
emptySet()
}
}
fun selectedCommunitiesFollowList(listName: String?): Set<String>? {
if (listName == GLOBAL_FOLLOWS) return null
if (listName == KIND3_FOLLOWS) return userProfile().cachedFollowingCommunitiesSet()
val privKey = keyPair.privKey
return if (listName != null) {
val aTag = ATag(
PeopleListEvent.kind,
userProfile().pubkeyHex,
listName,
null
).toTag()
val list = LocalCache.addressables[aTag]
if (list != null) {
val publicAddresses = list.event?.taggedAddresses()?.map { it.toTag() } ?: emptySet()
val privateAddresses = privKey?.let {
(list.event as? GeneralListEvent)?.privateTaggedAddresses(it)?.map { it.toTag() }
} ?: emptySet()
(publicAddresses + privateAddresses).toSet()
} else {
emptySet()
}
} else {
emptySet()
}
}
fun selectedChatsFollowList(): Set<String> {
val contactList = userProfile().latestContactList
return contactList?.taggedEvents()?.toSet() ?: DefaultChannels
}
fun sendChangeChannel(name: String, about: String, picture: String, channel: Channel) {
if (!isWriteable()) return
val metadata = ChannelCreateEvent.ChannelData(
name,
about,
picture
)
val event = ChannelMetadataEvent.create(
newChannelInfo = metadata,
originalChannelIdHex = channel.idHex,
privateKey = keyPair.privKey!!
)
Client.send(event)
LocalCache.consume(event)
follow(channel)
}
fun unwrap(event: GiftWrapEvent): Event? {
if (!isWriteable()) return null
return event.cachedGift(keyPair.privKey!!)
}
fun unseal(event: SealedGossipEvent): Event? {
if (!isWriteable()) return null
return event.cachedGossip(keyPair.privKey!!)
}
fun decryptContent(note: Note): String? {
val privKey = keyPair.privKey
val event = note.event
return if (event is PrivateDmEvent && privKey != null) {
event.plainContent(privKey, event.talkingWith(userProfile().pubkeyHex).hexToByteArray())
} else if (event is LnZapRequestEvent && privKey != null) {
decryptZapContentAuthor(note)?.content()
} else {
event?.content()
}
}
fun decryptZapContentAuthor(note: Note): Event? {
val event = note.event
val loggedInPrivateKey = keyPair.privKey
return if (event is LnZapRequestEvent && loggedInPrivateKey != null && event.isPrivateZap()) {
val recipientPK = event.zappedAuthor().firstOrNull()
val recipientPost = event.zappedPost().firstOrNull()
if (recipientPK == userProfile().pubkeyHex) {
// if the receiver is logged in, these are the params.
val privateKeyToUse = loggedInPrivateKey
val pubkeyToUse = event.pubKey
event.getPrivateZapEvent(privateKeyToUse, pubkeyToUse)
} else {
// if the sender is logged in, these are the params
val altPubkeyToUse = recipientPK
val altPrivateKeyToUse = if (recipientPost != null) {
LnZapRequestEvent.createEncryptionPrivateKey(
loggedInPrivateKey.toHexKey(),
recipientPost,
event.createdAt
)
} else if (recipientPK != null) {
LnZapRequestEvent.createEncryptionPrivateKey(
loggedInPrivateKey.toHexKey(),
recipientPK,
event.createdAt
)
} else {
null
}
try {
if (altPrivateKeyToUse != null && altPubkeyToUse != null) {
val altPubKeyFromPrivate = CryptoUtils.pubkeyCreate(altPrivateKeyToUse).toHexKey()
if (altPubKeyFromPrivate == event.pubKey) {
val result = event.getPrivateZapEvent(altPrivateKeyToUse, altPubkeyToUse)
if (result == null) {
Log.w(
"Private ZAP Decrypt",
"Fail to decrypt Zap from ${note.author?.toBestDisplayName()} ${note.idNote()}"
)
}
result
} else {
null
}
} else {
null
}
} catch (e: Exception) {
Log.e("Account", "Failed to create pubkey for ZapRequest ${event.id}", e)
null
}
}
} else {
null
}
}
fun addDontTranslateFrom(languageCode: String) {
dontTranslateFrom = dontTranslateFrom.plus(languageCode)
liveLanguages.invalidateData()
saveable.invalidateData()
}
fun updateTranslateTo(languageCode: String) {
translateTo = languageCode
liveLanguages.invalidateData()
saveable.invalidateData()
}
fun prefer(source: String, target: String, preference: String) {
languagePreferences = languagePreferences + Pair("$source,$target", preference)
saveable.invalidateData()
}
fun preferenceBetween(source: String, target: String): String? {
return languagePreferences.get("$source,$target")
}
private fun updateContactListTo(newContactList: ContactListEvent?) {
if (newContactList == null || newContactList.tags.isEmpty()) return
// Events might be different objects, we have to compare their ids.
if (backupContactList?.id != newContactList.id) {
backupContactList = newContactList
saveable.invalidateData()
}
}
// Takes a User's relay list and adds the types of feeds they are active for.
fun activeRelays(): Array<Relay>? {
var usersRelayList = userProfile().latestContactList?.relays()?.map {
val localFeedTypes = localRelays.firstOrNull() { localRelay -> localRelay.url == it.key }?.feedTypes ?: FeedType.values().toSet()
Relay(it.key, it.value.read, it.value.write, localFeedTypes, proxy)
} ?: return null
// Ugly, but forces nostr.band as the only search-supporting relay today.
// TODO: Remove when search becomes more available.
if (usersRelayList.none { it.activeTypes.contains(FeedType.SEARCH) }) {
usersRelayList = usersRelayList + Relay(
Constants.forcedRelayForSearch.url,
Constants.forcedRelayForSearch.read,
Constants.forcedRelayForSearch.write,
Constants.forcedRelayForSearch.feedTypes,
proxy
)
}
return usersRelayList.toTypedArray()
}
fun convertLocalRelays(): Array<Relay> {
return localRelays.map {
Relay(it.url, it.read, it.write, it.feedTypes, proxy)
}.toTypedArray()
}
fun convertGlobalRelays(): Array<String> {
return localRelays.filter { it.feedTypes.contains(FeedType.GLOBAL) }
.map { it.url }
.toTypedArray()
}
fun reconnectIfRelaysHaveChanged() {
val newRelaySet = activeRelays() ?: convertLocalRelays()
if (!Client.isSameRelaySetConfig(newRelaySet)) {
Client.disconnect()
Client.connect(newRelaySet)
RelayPool.requestAndWatch()
}
}
fun isAllHidden(users: Set<HexKey>): Boolean {
return users.all { isHidden(it) }
}
fun isHidden(user: User) = isHidden(user.pubkeyHex)
fun isHidden(userHex: String): Boolean {
val blockList = getBlockList()
return (blockList?.publicAndPrivateUsers(keyPair.privKey)?.contains(userHex) ?: false) || userHex in transientHiddenUsers
}
fun followingKeySet(): Set<HexKey> {
return userProfile().cachedFollowingKeySet()
}
fun followingTagSet(): Set<HexKey> {
return userProfile().cachedFollowingTagSet()
}
fun isAcceptable(user: User): Boolean {
if (!warnAboutPostsWithReports) {
return !isHidden(user) && // if user hasn't hided this author
user.reportsBy(userProfile()).isEmpty() // if user has not reported this post
}
return !isHidden(user) && // if user hasn't hided this author
user.reportsBy(userProfile()).isEmpty() && // if user has not reported this post
user.countReportAuthorsBy(followingKeySet()) < 5
}
private fun isAcceptableDirect(note: Note): Boolean {
if (!warnAboutPostsWithReports) {
return !note.hasReportsBy(userProfile())
}
return !note.hasReportsBy(userProfile()) && // if user has not reported this post
note.countReportAuthorsBy(followingKeySet()) < 5 // if it has 5 reports by reliable users
}
fun isFollowing(user: User): Boolean {
return user.pubkeyHex in followingKeySet()
}
fun isFollowing(user: HexKey): Boolean {
return user in followingKeySet()
}
fun isAcceptable(note: Note): Boolean {
return note.author?.let { isAcceptable(it) } ?: true && // if user hasn't hided this author
isAcceptableDirect(note) &&
(
(note.event !is RepostEvent && note.event !is GenericRepostEvent) ||
(note.replyTo?.firstOrNull { isAcceptableDirect(it) } != null)
) // is not a reaction about a blocked post
}
fun getRelevantReports(note: Note): Set<Note> {
val followsPlusMe = userProfile().latestContactList?.verifiedFollowKeySetAndMe ?: emptySet()
val innerReports = if (note.event is RepostEvent || note.event is GenericRepostEvent) {
note.replyTo?.map { getRelevantReports(it) }?.flatten() ?: emptyList()
} else {
emptyList()
}
return (
note.reportsBy(followsPlusMe) +
(
note.author?.reportsBy(followsPlusMe) ?: emptyList()
) + innerReports
).toSet()
}
fun saveRelayList(value: List<RelaySetupInfo>) {
localRelays = value.toSet()
sendNewRelayList(value.associate { it.url to ContactListEvent.ReadWrite(it.read, it.write) })
saveable.invalidateData()
}
fun setHideDeleteRequestDialog() {
hideDeleteRequestDialog = true
saveable.invalidateData()
}
fun setHideNIP24WarningDialog() {
hideNIP24WarningDialog = true
saveable.invalidateData()
}
fun setHideBlockAlertDialog() {
hideBlockAlertDialog = true
saveable.invalidateData()
}
fun updateShowSensitiveContent(show: Boolean?) {
showSensitiveContent = show
saveable.invalidateData()
live.invalidateData()
}
fun markAsRead(route: String, timestampInSecs: Long) {
val lastTime = lastReadPerRoute[route]
if (lastTime == null || timestampInSecs > lastTime) {
lastReadPerRoute = lastReadPerRoute + Pair(route, timestampInSecs)
saveable.invalidateData()
liveLastRead.invalidateData()
}
}
fun loadLastRead(route: String): Long {
return lastReadPerRoute[route] ?: 0
}
fun registerObservers() {
// Observes relays to restart connections
userProfile().live().relays.observeForever {
GlobalScope.launch(Dispatchers.IO) {
reconnectIfRelaysHaveChanged()
}
}
// saves contact list for the next time.
userProfile().live().follows.observeForever {
GlobalScope.launch(Dispatchers.IO) {
updateContactListTo(userProfile().latestContactList)
}
}
// imports transient blocks due to spam.
LocalCache.antiSpam.liveSpam.observeForever {
GlobalScope.launch(Dispatchers.IO) {
it.cache.spamMessages.snapshot().values.forEach {
if (it.pubkeyHex !in transientHiddenUsers && it.duplicatedMessages.size >= 5) {
if (it.pubkeyHex != userProfile().pubkeyHex && it.pubkeyHex !in followingKeySet()) {
transientHiddenUsers = (transientHiddenUsers + it.pubkeyHex).toImmutableSet()
live.invalidateData()
}
}
}
}
}
}
init {
Log.d("Init", "Account")
backupContactList?.let {
println("Loading saved contacts ${it.toJson()}")
if (userProfile().latestContactList == null) {
GlobalScope.launch(Dispatchers.IO) {
LocalCache.consume(it)
}
}
}
}
}
class AccountLiveData(private val account: Account) : LiveData<AccountState>(AccountState(account)) {
// Refreshes observers in batches.
private val bundler = BundledUpdate(300, Dispatchers.Default)
fun invalidateData() {
bundler.invalidate() {
if (hasActiveObservers()) {
refresh()
}
}
}
fun refresh() {
postValue(AccountState(account))
}
}
@Immutable
class AccountState(val account: Account)