import Foundation
import Postbox
import SwiftSignalKit
import TelegramApi
import MtProtoKit
public enum CallListViewType {
case all
case missed
}
public enum CallListViewEntry {
case message(Message, [Message])
case hole(MessageIndex)
}
public final class CallListView {
public let entries: [CallListViewEntry]
public let earlier: MessageIndex?
public let later: MessageIndex?
init(entries: [CallListViewEntry], earlier: MessageIndex?, later: MessageIndex?) {
self.entries = entries
self.earlier = earlier
self.later = later
}
}
private func pendingWebpages(entries: [MessageHistoryEntry]) -> (Set<MessageId>, [MessageId: (MediaId, String)]) {
var messageIds = Set<MessageId>()
var localWebpages: [MessageId: (MediaId, String)] = [:]
for entry in entries {
for media in entry.message.media {
if let media = media as? TelegramMediaWebpage {
if case let .Pending(_, url) = media.content {
messageIds.insert(entry.message.id)
if let url = url, media.webpageId.namespace == Namespaces.Media.LocalWebpage {
localWebpages[entry.message.id] = (media.webpageId, url)
}
}
break
}
}
}
return (messageIds, localWebpages)
}
private func pollMessages(entries: [MessageHistoryEntry]) -> (Set<MessageId>, [MessageId: Message]) {
var messageIds = Set<MessageId>()
var messages: [MessageId: Message] = [:]
for entry in entries {
for media in entry.message.media {
if let poll = media as? TelegramMediaPoll, poll.pollId.namespace == Namespaces.Media.CloudPoll, entry.message.id.namespace == Namespaces.Message.Cloud, !poll.isClosed {
messageIds.insert(entry.message.id)
messages[entry.message.id] = entry.message
break
}
}
}
return (messageIds, messages)
}
private func fetchWebpage(account: Account, messageId: MessageId) -> Signal<Void, NoError> {
return account.postbox.loadedPeerWithId(messageId.peerId)
|> take(1)
|> mapToSignal { peer in
if let inputPeer = apiInputPeer(peer) {
let isScheduledMessage = Namespaces.Message.allScheduled.contains(messageId.namespace)
let messages: Signal<Api.messages.Messages, MTRpcError>
if isScheduledMessage {
messages = account.network.request(Api.functions.messages.getScheduledMessages(peer: inputPeer, id: [messageId.id]))
} else {
switch inputPeer {
case let .inputPeerChannel(channelId, accessHash):
messages = account.network.request(Api.functions.channels.getMessages(channel: Api.InputChannel.inputChannel(channelId: channelId, accessHash: accessHash), id: [Api.InputMessage.inputMessageID(id: messageId.id)]))
default:
messages = account.network.request(Api.functions.messages.getMessages(id: [Api.InputMessage.inputMessageID(id: messageId.id)]))
}
}
return messages
|> retryRequest
|> mapToSignal { result in
let messages: [Api.Message]
let chats: [Api.Chat]
let users: [Api.User]
switch result {
case let .messages(messages: apiMessages, chats: apiChats, users: apiUsers):
messages = apiMessages
chats = apiChats
users = apiUsers
case let .messagesSlice(_, _, _, _, messages: apiMessages, chats: apiChats, users: apiUsers):
messages = apiMessages
chats = apiChats
users = apiUsers
case let .channelMessages(_, _, _, _, apiMessages, apiTopics, apiChats, apiUsers):
messages = apiMessages
let _ = apiTopics
chats = apiChats
users = apiUsers
case .messagesNotModified:
messages = []
chats = []
users = []
}
return account.postbox.transaction { transaction -> Void in
var peers: [Peer] = []
var peerPresences: [PeerId: Api.User] = [:]
for chat in chats {
if let groupOrChannel = mergeGroupOrChannel(lhs: transaction.getPeer(chat.peerId), rhs: chat) {
peers.append(groupOrChannel)
}
}
for apiUser in users {
if let user = TelegramUser.merge(transaction.getPeer(apiUser.peerId) as? TelegramUser, rhs: apiUser) {
peers.append(user)
peerPresences[user.id] = apiUser
}
}
for message in messages {
if let storeMessage = StoreMessage(apiMessage: message, peerIsForum: peer.isForum, namespace: isScheduledMessage ? Namespaces.Message.ScheduledCloud : Namespaces.Message.Cloud) {
var webpage: TelegramMediaWebpage?
for media in storeMessage.media {
if let media = media as? TelegramMediaWebpage {
webpage = media
}
}
if let webpage = webpage {
updateMessageMedia(transaction: transaction, id: webpage.webpageId, media: webpage)
} else {
if let previousMessage = transaction.getMessage(messageId) {
for media in previousMessage.media {
if let media = media as? TelegramMediaWebpage {
updateMessageMedia(transaction: transaction, id: media.webpageId, media: nil)
break
}
}
}
}
break
}
}
updatePeers(transaction: transaction, peers: peers, update: { _, updated -> Peer in
return updated
})
updatePeerPresences(transaction: transaction, accountPeerId: account.peerId, peerPresences: peerPresences)
}
}
} else {
return .complete()
}
}
}
private func fetchPoll(account: Account, messageId: MessageId) -> Signal<Void, NoError> {
return account.postbox.loadedPeerWithId(messageId.peerId)
|> take(1)
|> mapToSignal { peer -> Signal<Void, NoError> in
guard let inputPeer = apiInputPeer(peer) else {
return .complete()
}
return account.network.request(Api.functions.messages.getPollResults(peer: inputPeer, msgId: messageId.id))
|> map(Optional.init)
|> `catch` { _ -> Signal<Api.Updates?, NoError> in
return .single(nil)
}
|> mapToSignal { updates -> Signal<Void, NoError> in
if let updates = updates {
account.stateManager.addUpdates(updates)
}
return .complete()
}
}
}
private func wrappedHistoryViewAdditionalData(chatLocation: ChatLocationInput, additionalData: [AdditionalMessageHistoryViewData]) -> [AdditionalMessageHistoryViewData] {
var result = additionalData
switch chatLocation {
case let .peer(peerId, _):
if peerId.namespace == Namespaces.Peer.CloudChannel {
if result.firstIndex(where: { if case .peerChatState = $0 { return true } else { return false } }) == nil {
result.append(.peerChatState(peerId))
}
}
case let .thread(peerId, _, _):
if peerId.namespace == Namespaces.Peer.CloudChannel {
if result.firstIndex(where: { if case .peerChatState = $0 { return true } else { return false } }) == nil {
result.append(.peerChatState(peerId))
}
}
case .feed:
break
}
return result
}
private final class PeerCachedDataContext {
var viewIds = Set<Int32>()
var timestamp: Double?
var hasCachedData: Bool = false
let disposable = MetaDisposable()
deinit {
self.disposable.dispose()
}
}
private final class CachedChannelParticipantsContext {
var subscribers = Bag<Int32>()
var timestamp: Double?
let disposable = MetaDisposable()
deinit {
self.disposable.dispose()
}
}
private final class ChannelPollingContext {
var subscribers = Bag<Void>()
let disposable = MetaDisposable()
let isUpdated = Promise<Bool>(false)
private(set) var isUpdatedValue: Bool = false
private var isUpdatedDisposable: Disposable?
init(queue: Queue) {
self.isUpdatedDisposable = (self.isUpdated.get()
|> deliverOn(queue)).start(next: { [weak self] value in
self?.isUpdatedValue = value
})
}
deinit {
self.disposable.dispose()
self.isUpdatedDisposable?.dispose()
}
}
private final class FeaturedStickerPacksContext {
var subscribers = Bag<Void>()
let disposable = MetaDisposable()
var timestamp: Double?
deinit {
self.disposable.dispose()
}
}
private struct ViewCountContextState {
struct ReplyInfo {
var commentsPeerId: PeerId?
var maxReadIncomingMessageId: MessageId?
var maxMessageId: MessageId?
}
var timestamp: Int32
var clientId: Int32
var result: ReplyInfo?
func isStillValidFor(_ other: ViewCountContextState) -> Bool {
if other.timestamp > self.timestamp + 30 {
return false
}
if other.clientId > self.clientId {
return false
}
return true
}
}
public final class AccountViewTracker {
weak var account: Account?
private let queue = Queue()
private var nextViewId: Int32 = 0
private var viewPendingWebpageMessageIds: [Int32: Set<MessageId>] = [:]
private var viewPollMessageIds: [Int32: Set<MessageId>] = [:]
private var pendingWebpageMessageIds: [MessageId: Int] = [:]
private var pollMessageIds: [MessageId: Int] = [:]
private var webpageDisposables: [MessageId: Disposable] = [:]
private var pollDisposables: [MessageId: Disposable] = [:]
private var viewVisibleCallListHoleIds: [Int32: Set<MessageIndex>] = [:]
private var visibleCallListHoleIds: [MessageIndex: Int] = [:]
private var visibleCallListHoleDisposables: [MessageIndex: Disposable] = [:]
private var updatedViewCountMessageIdsAndTimestamps: [MessageId: ViewCountContextState] = [:]
private var nextUpdatedViewCountDisposableId: Int32 = 0
private var updatedViewCountDisposables = DisposableDict<Int32>()
private var updatedReactionsMessageIdsAndTimestamps: [MessageId: Int32] = [:]
private var nextUpdatedReactionsDisposableId: Int32 = 0
private var updatedReactionsDisposables = DisposableDict<Int32>()
private var updatedSeenLiveLocationMessageIdsAndTimestamps: [MessageId: Int32] = [:]
private var nextSeenLiveLocationDisposableId: Int32 = 0
private var seenLiveLocationDisposables = DisposableDict<Int32>()
private var updatedExtendedMediaMessageIdsAndTimestamps: [MessageId: Int32] = [:]
private var nextUpdatedExtendedMediaDisposableId: Int32 = 0
private var updatedExtendedMediaDisposables = DisposableDict<Int32>()
private var updatedUnsupportedMediaMessageIdsAndTimestamps: [MessageId: Int32] = [:]
private var refreshSecretChatMediaMessageIdsAndTimestamps: [MessageId: Int32] = [:]
private var nextUpdatedUnsupportedMediaDisposableId: Int32 = 0
private var updatedUnsupportedMediaDisposables = DisposableDict<Int32>()
private var updatedSeenPersonalMessageIds = Set<MessageId>()
private var updatedReactionsSeenForMessageIds = Set<MessageId>()
private var cachedDataContexts: [PeerId: PeerCachedDataContext] = [:]
private var cachedChannelParticipantsContexts: [PeerId: CachedChannelParticipantsContext] = [:]
private var channelPollingContexts: [PeerId: ChannelPollingContext] = [:]
private var featuredStickerPacksContext: FeaturedStickerPacksContext?
private var featuredEmojiPacksContext: FeaturedStickerPacksContext?
let chatHistoryPreloadManager: ChatHistoryPreloadManager
private let historyViewStateValidationContexts: HistoryViewStateValidationContexts
public var orderedPreloadMedia: Signal<[ChatHistoryPreloadMediaItem], NoError> {
return self.chatHistoryPreloadManager.orderedMedia
}
private let externallyUpdatedPeerIdDisposable = MetaDisposable()
public let chatListPreloadItems = Promise<Set<ChatHistoryPreloadItem>>([])
var resetPeerHoleManagement: ((PeerId) -> Void)?
init(account: Account) {
self.account = account
self.historyViewStateValidationContexts = HistoryViewStateValidationContexts(queue: self.queue, postbox: account.postbox, network: account.network, accountPeerId: account.peerId)
self.chatHistoryPreloadManager = ChatHistoryPreloadManager(postbox: account.postbox, network: account.network, accountPeerId: account.peerId, networkState: account.networkState, preloadItemsSignal: self.chatListPreloadItems.get() |> distinctUntilChanged |> map { Array($0) })
self.externallyUpdatedPeerIdDisposable.set((account.stateManager.externallyUpdatedPeerIds
|> deliverOn(self.queue)).start(next: { [weak self] peerIds in
guard let strongSelf = self else {
return
}
for (peerId, _) in strongSelf.cachedDataContexts {
if peerIds.contains(peerId) {
strongSelf.forceUpdateCachedPeerData(peerId: peerId)
}
}
}))
}
deinit {
self.updatedViewCountDisposables.dispose()
self.updatedReactionsDisposables.dispose()
self.externallyUpdatedPeerIdDisposable.dispose()
}
func reset() {
self.queue.async {
self.cachedDataContexts.removeAll()
}
}
private func updatePendingWebpages(viewId: Int32, messageIds: Set<MessageId>, localWebpages: [MessageId: (MediaId, String)]) {
self.queue.async {
var addedMessageIds: [MessageId] = []
var removedMessageIds: [MessageId] = []
let viewMessageIds: Set<MessageId> = self.viewPendingWebpageMessageIds[viewId] ?? Set()
let viewAddedMessageIds = messageIds.subtracting(viewMessageIds)
let viewRemovedMessageIds = viewMessageIds.subtracting(messageIds)
for messageId in viewAddedMessageIds {
if let count = self.pendingWebpageMessageIds[messageId] {
self.pendingWebpageMessageIds[messageId] = count + 1
} else {
self.pendingWebpageMessageIds[messageId] = 1
addedMessageIds.append(messageId)
}
}
for messageId in viewRemovedMessageIds {
if let count = self.pendingWebpageMessageIds[messageId] {
if count == 1 {
self.pendingWebpageMessageIds.removeValue(forKey: messageId)
removedMessageIds.append(messageId)
} else {
self.pendingWebpageMessageIds[messageId] = count - 1
}
} else {
assertionFailure()
}
}
if messageIds.isEmpty {
self.viewPendingWebpageMessageIds.removeValue(forKey: viewId)
} else {
self.viewPendingWebpageMessageIds[viewId] = messageIds
}
for messageId in removedMessageIds {
if let disposable = self.webpageDisposables.removeValue(forKey: messageId) {
disposable.dispose()
}
}
if let account = self.account {
for messageId in addedMessageIds {
if self.webpageDisposables[messageId] == nil {
if let (_, url) = localWebpages[messageId] {
self.webpageDisposables[messageId] = (webpagePreview(account: account, url: url) |> mapToSignal { webpage -> Signal<Void, NoError> in
return account.postbox.transaction { transaction -> Void in
if let webpage = webpage {
transaction.updateMessage(messageId, update: { currentMessage in
let storeForwardInfo = currentMessage.forwardInfo.flatMap(StoreMessageForwardInfo.init)
var media = currentMessage.media
for i in 0 ..< media.count {
if let _ = media[i] as? TelegramMediaWebpage {
media[i] = webpage
break
}
}
return .update(StoreMessage(id: currentMessage.id, globallyUniqueId: currentMessage.globallyUniqueId, groupingKey: currentMessage.groupingKey, threadId: currentMessage.threadId, timestamp: currentMessage.timestamp, flags: StoreMessageFlags(currentMessage.flags), tags: currentMessage.tags, globalTags: currentMessage.globalTags, localTags: currentMessage.localTags, forwardInfo: storeForwardInfo, authorId: currentMessage.author?.id, text: currentMessage.text, attributes: currentMessage.attributes, media: media))
})
}
}
}).start(completed: { [weak self] in
if let strongSelf = self {
strongSelf.queue.async {
strongSelf.webpageDisposables.removeValue(forKey: messageId)
}
}
})
} else if messageId.namespace == Namespaces.Message.Cloud {
self.webpageDisposables[messageId] = fetchWebpage(account: account, messageId: messageId).start(completed: { [weak self] in
if let strongSelf = self {
strongSelf.queue.async {
strongSelf.webpageDisposables.removeValue(forKey: messageId)
}
}
})
}
} else {
assertionFailure()
}
}
}
}
}
private func updatePolls(viewId: Int32, messageIds: Set<MessageId>, messages: [MessageId: Message]) {
let queue = self.queue
self.queue.async {
var addedMessageIds: [MessageId] = []
var removedMessageIds: [MessageId] = []
let viewMessageIds: Set<MessageId> = self.viewPollMessageIds[viewId] ?? Set()
let viewAddedMessageIds = messageIds.subtracting(viewMessageIds)
let viewRemovedMessageIds = viewMessageIds.subtracting(messageIds)
for messageId in viewAddedMessageIds {
if let count = self.pollMessageIds[messageId] {
self.pollMessageIds[messageId] = count + 1
} else {
self.pollMessageIds[messageId] = 1
addedMessageIds.append(messageId)
}
}
for messageId in viewRemovedMessageIds {
if let count = self.pollMessageIds[messageId] {
if count == 1 {
self.pollMessageIds.removeValue(forKey: messageId)
removedMessageIds.append(messageId)
} else {
self.pollMessageIds[messageId] = count - 1
}
} else {
assertionFailure()
}
}
if messageIds.isEmpty {
self.viewPollMessageIds.removeValue(forKey: viewId)
} else {
self.viewPollMessageIds[viewId] = messageIds
}
for messageId in removedMessageIds {
if let disposable = self.pollDisposables.removeValue(forKey: messageId) {
disposable.dispose()
}
}
if let account = self.account {
for messageId in addedMessageIds {
if self.pollDisposables[messageId] == nil {
var deadlineTimer: Signal<Bool, NoError> = .single(false)
if let message = messages[messageId] {
for media in message.media {
if let poll = media as? TelegramMediaPoll {
if let _ = poll.deadlineTimeout, message.id.namespace == Namespaces.Message.Cloud {
let startDate: Int32
if let forwardInfo = message.forwardInfo {
startDate = forwardInfo.date
} else {
startDate = message.timestamp
}
let timestamp = Int32(CFAbsoluteTimeGetCurrent() + NSTimeIntervalSince1970)
let remainingTime = timestamp - startDate - 1
if remainingTime > 0 {
deadlineTimer = .single(false)
|> then(
.single(true)
|> suspendAwareDelay(Double(remainingTime), queue: queue)
)
} else {
deadlineTimer = .single(true)
}
}
}
}
}
let pollSignal: Signal<Never, NoError> = deadlineTimer
|> distinctUntilChanged
|> mapToSignal { reachedDeadline -> Signal<Never, NoError> in
if reachedDeadline {
var signal = fetchPoll(account: account, messageId: messageId)
|> ignoreValues
signal = (signal |> then(
.complete()
|> delay(0.5, queue: Queue.concurrentDefaultQueue())
))
|> restart
return signal
} else {
var signal = fetchPoll(account: account, messageId: messageId)
|> ignoreValues
signal = (signal |> then(
.complete()
|> delay(30.0, queue: Queue.concurrentDefaultQueue())
))
|> restart
return signal
}
}
self.pollDisposables[messageId] = pollSignal.start()
} else {
assertionFailure()
}
}
}
}
}
private func updateVisibleCallListHoles(viewId: Int32, holeIds: Set<MessageIndex>) {
self.queue.async {
var addedHoleIds: [MessageIndex] = []
var removedHoleIds: [MessageIndex] = []
let viewHoleIds: Set<MessageIndex> = self.viewVisibleCallListHoleIds[viewId] ?? Set()
let viewAddedHoleIds = holeIds.subtracting(viewHoleIds)
let viewRemovedHoleIds = viewHoleIds.subtracting(holeIds)
for holeId in viewAddedHoleIds {
if let count = self.visibleCallListHoleIds[holeId] {
self.visibleCallListHoleIds[holeId] = count + 1
} else {
self.visibleCallListHoleIds[holeId] = 1
addedHoleIds.append(holeId)
}
}
for holeId in viewRemovedHoleIds {
if let count = self.visibleCallListHoleIds[holeId] {
if count == 1 {
self.visibleCallListHoleIds.removeValue(forKey: holeId)
removedHoleIds.append(holeId)
} else {
self.visibleCallListHoleIds[holeId] = count - 1
}
} else {
assertionFailure()
}
}
if holeIds.isEmpty {
self.viewVisibleCallListHoleIds.removeValue(forKey: viewId)
} else {
self.viewVisibleCallListHoleIds[viewId] = holeIds
}
for holeId in removedHoleIds {
if let disposable = self.visibleCallListHoleDisposables.removeValue(forKey: holeId) {
disposable.dispose()
}
}
if let account = self.account {
for holeId in addedHoleIds {
if self.visibleCallListHoleDisposables[holeId] == nil {
self.visibleCallListHoleDisposables[holeId] = fetchCallListHole(network: account.network, postbox: account.postbox, accountPeerId: account.peerId, holeIndex: holeId).start(completed: { [weak self] in
if let strongSelf = self {
strongSelf.queue.async {
strongSelf.visibleCallListHoleDisposables.removeValue(forKey: holeId)
}
}
})
} else {
assertionFailure()
}
}
}
}
}
public struct UpdatedMessageReplyInfo {
var timestamp: Int32
var commentsPeerId: PeerId
var maxReadIncomingMessageId: MessageId?
var maxMessageId: MessageId?
}
func applyMaxReadIncomingMessageIdForReplyInfo(id: MessageId, maxReadIncomingMessageId: MessageId) {
self.queue.async {
if var state = self.updatedViewCountMessageIdsAndTimestamps[id], var result = state.result {
result.maxReadIncomingMessageId = maxReadIncomingMessageId
state.result = result
self.updatedViewCountMessageIdsAndTimestamps[id] = state
}
}
}
public func replyInfoForMessageId(_ id: MessageId) -> Signal<UpdatedMessageReplyInfo?, NoError> {
return Signal { [weak self] subscriber in
let state = self?.updatedViewCountMessageIdsAndTimestamps[id]
let result = state?.result
if let state = state, let result = result, let commentsPeerId = result.commentsPeerId {
subscriber.putNext(UpdatedMessageReplyInfo(timestamp: state.timestamp, commentsPeerId: commentsPeerId, maxReadIncomingMessageId: result.maxReadIncomingMessageId, maxMessageId: result.maxMessageId))
} else {
subscriber.putNext(nil)
}
subscriber.putCompletion()
return EmptyDisposable
}
|> runOn(self.queue)
}
public func updateReplyInfoForMessageId(_ id: MessageId, info: UpdatedMessageReplyInfo) {
self.queue.async { [weak self] in
guard let strongSelf = self else {
return
}
guard let current = strongSelf.updatedViewCountMessageIdsAndTimestamps[id] else {
return
}
strongSelf.updatedViewCountMessageIdsAndTimestamps[id] = ViewCountContextState(timestamp: Int32(CFAbsoluteTimeGetCurrent()), clientId: current.clientId, result: ViewCountContextState.ReplyInfo(commentsPeerId: info.commentsPeerId, maxReadIncomingMessageId: info.maxReadIncomingMessageId, maxMessageId: info.maxMessageId))
}
}
public func updateViewCountForMessageIds(messageIds: Set<MessageId>, clientId: Int32) {
self.queue.async {
var addedMessageIds: [MessageId] = []
let updatedState = ViewCountContextState(timestamp: Int32(CFAbsoluteTimeGetCurrent()), clientId: clientId, result: nil)
for messageId in messageIds {
let messageTimestamp = self.updatedViewCountMessageIdsAndTimestamps[messageId]
if messageTimestamp == nil || !messageTimestamp!.isStillValidFor(updatedState) {
self.updatedViewCountMessageIdsAndTimestamps[messageId] = updatedState
addedMessageIds.append(messageId)
}
}
if !addedMessageIds.isEmpty {
for (peerId, messageIds) in messagesIdsGroupedByPeerId(Set(addedMessageIds)) {
let disposableId = self.nextUpdatedViewCountDisposableId
self.nextUpdatedViewCountDisposableId += 1
if let account = self.account {
let signal: Signal<[MessageId: ViewCountContextState], NoError> = (account.postbox.transaction { transaction -> Signal<[MessageId: ViewCountContextState], NoError> in
guard let peer = transaction.getPeer(peerId), let inputPeer = apiInputPeer(peer) else {
return .complete()
}
return account.network.request(Api.functions.messages.getMessagesViews(peer: inputPeer, id: messageIds.map { $0.id }, increment: .boolTrue))
|> map(Optional.init)
|> `catch` { _ -> Signal<Api.messages.MessageViews?, NoError> in
return .single(nil)
}
|> mapToSignal { result -> Signal<[MessageId: ViewCountContextState], NoError> in
guard case let .messageViews(viewCounts, chats, users)? = result else {
return .complete()
}
return account.postbox.transaction { transaction -> [MessageId: ViewCountContextState] in
var peers: [Peer] = []
var peerPresences: [PeerId: Api.User] = [:]
var resultStates: [MessageId: ViewCountContextState] = [:]
for apiUser in users {
if let user = TelegramUser.merge(transaction.getPeer(apiUser.peerId) as? TelegramUser, rhs: apiUser) {
peers.append(user)
peerPresences[user.id] = apiUser
}
}
for chat in chats {
if let groupOrChannel = mergeGroupOrChannel(lhs: transaction.getPeer(chat.peerId), rhs: chat) {
peers.append(groupOrChannel)
}
}
updatePeers(transaction: transaction, peers: peers, update: { _, updated -> Peer in
return updated
})
updatePeerPresences(transaction: transaction, accountPeerId: account.peerId, peerPresences: peerPresences)
for i in 0 ..< messageIds.count {
if i < viewCounts.count {
if case let .messageViews(_, views, forwards, replies) = viewCounts[i] {
transaction.updateMessage(messageIds[i], update: { currentMessage in
let storeForwardInfo = currentMessage.forwardInfo.flatMap(StoreMessageForwardInfo.init)
var attributes = currentMessage.attributes
var foundReplies = false
var commentsChannelId: PeerId?
var recentRepliersPeerIds: [PeerId]?
var repliesCount: Int32?
var repliesMaxId: Int32?
var repliesReadMaxId: Int32?
if let replies = replies {
switch replies {
case let .messageReplies(_, repliesCountValue, _, recentRepliers, channelId, maxId, readMaxId):
if let channelId = channelId {
commentsChannelId = PeerId(namespace: Namespaces.Peer.CloudChannel, id: PeerId.Id._internalFromInt64Value(channelId))
}
repliesCount = repliesCountValue
if let recentRepliers = recentRepliers {
recentRepliersPeerIds = recentRepliers.map { $0.peerId }
} else {
recentRepliersPeerIds = nil
}
repliesMaxId = maxId
repliesReadMaxId = readMaxId
}
}
var maxMessageId: MessageId?
if let commentsChannelId = commentsChannelId {
if let repliesMaxId = repliesMaxId {
maxMessageId = MessageId(peerId: commentsChannelId, namespace: Namespaces.Message.Cloud, id: repliesMaxId)
}
}
loop: for j in 0 ..< attributes.count {
if let attribute = attributes[j] as? ViewCountMessageAttribute {
if let views = views {
attributes[j] = ViewCountMessageAttribute(count: max(attribute.count, Int(views)))
}
} else if let _ = attributes[j] as? ForwardCountMessageAttribute {
if let forwards = forwards {
attributes[j] = ForwardCountMessageAttribute(count: Int(forwards))
}
} else if let attribute = attributes[j] as? ReplyThreadMessageAttribute {
foundReplies = true
if let repliesCount = repliesCount {
var resolvedMaxReadMessageId: MessageId.Id?
if let previousMaxReadMessageId = attribute.maxReadMessageId, let repliesReadMaxIdValue = repliesReadMaxId {
resolvedMaxReadMessageId = max(previousMaxReadMessageId, repliesReadMaxIdValue)
repliesReadMaxId = resolvedMaxReadMessageId
} else if let repliesReadMaxIdValue = repliesReadMaxId {
resolvedMaxReadMessageId = repliesReadMaxIdValue
repliesReadMaxId = resolvedMaxReadMessageId
} else {
resolvedMaxReadMessageId = attribute.maxReadMessageId
}
attributes[j] = ReplyThreadMessageAttribute(count: repliesCount, latestUsers: recentRepliersPeerIds ?? [], commentsPeerId: commentsChannelId, maxMessageId: repliesMaxId, maxReadMessageId: resolvedMaxReadMessageId)
}
}
}
var maxReadIncomingMessageId: MessageId?
if let commentsChannelId = commentsChannelId {
if let repliesReadMaxId = repliesReadMaxId {
maxReadIncomingMessageId = MessageId(peerId: commentsChannelId, namespace: Namespaces.Message.Cloud, id: repliesReadMaxId)
}
}
resultStates[messageIds[i]] = ViewCountContextState(timestamp: Int32(CFAbsoluteTimeGetCurrent()), clientId: clientId, result: ViewCountContextState.ReplyInfo(commentsPeerId: commentsChannelId, maxReadIncomingMessageId: maxReadIncomingMessageId, maxMessageId: maxMessageId))
if !foundReplies, let repliesCount = repliesCount {
attributes.append(ReplyThreadMessageAttribute(count: repliesCount, latestUsers: recentRepliersPeerIds ?? [], commentsPeerId: commentsChannelId, maxMessageId: repliesMaxId, maxReadMessageId: repliesReadMaxId))
}
return .update(StoreMessage(id: currentMessage.id, globallyUniqueId: currentMessage.globallyUniqueId, groupingKey: currentMessage.groupingKey, threadId: currentMessage.threadId, timestamp: currentMessage.timestamp, flags: StoreMessageFlags(currentMessage.flags), tags: currentMessage.tags, globalTags: currentMessage.globalTags, localTags: currentMessage.localTags, forwardInfo: storeForwardInfo, authorId: currentMessage.author?.id, text: currentMessage.text, attributes: attributes, media: currentMessage.media))
})
}
}
}
return resultStates
}
}
}
|> switchToLatest)
|> afterDisposed { [weak self] in
self?.queue.async {
self?.updatedViewCountDisposables.set(nil, forKey: disposableId)
}
}
|> deliverOn(self.queue)
self.updatedViewCountDisposables.set(signal.start(next: { [weak self] updatedStates in
guard let strongSelf = self else {
return
}
for (id, state) in updatedStates {
strongSelf.updatedViewCountMessageIdsAndTimestamps[id] = state
}
}), forKey: disposableId)
}
}
}
}
}
public func updateReactionsForMessageIds(messageIds: Set<MessageId>, force: Bool = false) {
self.queue.async {
var addedMessageIds: [MessageId] = []
let timestamp = Int32(CFAbsoluteTimeGetCurrent())
for messageId in messageIds {
let messageTimestamp = self.updatedReactionsMessageIdsAndTimestamps[messageId]
if messageTimestamp == nil || messageTimestamp! < timestamp - 1 * 20 || force {
self.updatedReactionsMessageIdsAndTimestamps[messageId] = timestamp
addedMessageIds.append(messageId)
}
}
if !addedMessageIds.isEmpty {
for (peerId, messageIds) in messagesIdsGroupedByPeerId(Set(addedMessageIds)) {
let disposableId = self.nextUpdatedReactionsDisposableId
self.nextUpdatedReactionsDisposableId += 1
if let account = self.account {
let signal = (account.postbox.transaction { transaction -> Signal<Void, NoError> in
if let peer = transaction.getPeer(peerId), let inputPeer = apiInputPeer(peer) {
return account.network.request(Api.functions.messages.getMessagesReactions(peer: inputPeer, id: messageIds.map { $0.id }))
|> map(Optional.init)
|> `catch` { _ -> Signal<Api.Updates?, NoError> in
return .single(nil)
}
|> mapToSignal { updates -> Signal<Void, NoError> in
guard let updates = updates else {
return .complete()
}
return account.postbox.transaction { transaction -> Void in
let updateList: [Api.Update]
switch updates {
case let .updates(updates, _, _, _, _):
updateList = updates
case let .updatesCombined(updates, _, _, _, _, _):
updateList = updates
case let .updateShort(update, _):
updateList = [update]
default:
updateList = []
}
for update in updateList {
switch update {
case let .updateMessageReactions(_, peer, msgId, _, reactions):
transaction.updateMessage(MessageId(peerId: peer.peerId, namespace: Namespaces.Message.Cloud, id: msgId), update: { currentMessage in
var updatedReactions = ReactionsMessageAttribute(apiReactions: reactions)
let storeForwardInfo = currentMessage.forwardInfo.flatMap(StoreMessageForwardInfo.init)
var added = false
var attributes = currentMessage.attributes
loop: for j in 0 ..< attributes.count {
if let attribute = attributes[j] as? ReactionsMessageAttribute {
added = true
updatedReactions = attribute.withUpdatedResults(reactions)
if updatedReactions == attribute {
return .skip
}
attributes[j] = updatedReactions
break loop
}
}
if !added {
attributes.append(updatedReactions)
}
var tags = currentMessage.tags
if updatedReactions.hasUnseen {
tags.insert(.unseenReaction)
} else {
tags.remove(.unseenReaction)
}
return .update(StoreMessage(id: currentMessage.id, globallyUniqueId: currentMessage.globallyUniqueId, groupingKey: currentMessage.groupingKey, threadId: currentMessage.threadId, timestamp: currentMessage.timestamp, flags: StoreMessageFlags(currentMessage.flags), tags: tags, globalTags: currentMessage.globalTags, localTags: currentMessage.localTags, forwardInfo: storeForwardInfo, authorId: currentMessage.author?.id, text: currentMessage.text, attributes: attributes, media: currentMessage.media))
})
default:
break
}
}
}
}
} else {
return .complete()
}
}
|> switchToLatest)
|> afterDisposed { [weak self] in
self?.queue.async {
self?.updatedReactionsDisposables.set(nil, forKey: disposableId)
}
}
self.updatedReactionsDisposables.set(signal.start(), forKey: disposableId)
}
}
}
}
}
public func updateSeenLiveLocationForMessageIds(messageIds: Set<MessageId>) {
self.queue.async {
var addedMessageIds: [MessageId] = []
let timestamp = Int32(CFAbsoluteTimeGetCurrent())
for messageId in messageIds {
let messageTimestamp = self.updatedSeenLiveLocationMessageIdsAndTimestamps[messageId]
if messageTimestamp == nil || messageTimestamp! < timestamp - 1 * 60 {
self.updatedSeenLiveLocationMessageIdsAndTimestamps[messageId] = timestamp
addedMessageIds.append(messageId)
}
}
if !addedMessageIds.isEmpty {
for (peerId, messageIds) in messagesIdsGroupedByPeerId(Set(addedMessageIds)) {
let disposableId = self.nextSeenLiveLocationDisposableId
self.nextSeenLiveLocationDisposableId += 1
if let account = self.account {
let signal = (account.postbox.transaction { transaction -> Signal<Void, NoError> in
if let peer = transaction.getPeer(peerId), let inputPeer = apiInputPeer(peer) {
let request: Signal<Bool, MTRpcError>
switch inputPeer {
case .inputPeerChat, .inputPeerSelf, .inputPeerUser:
request = account.network.request(Api.functions.messages.readMessageContents(id: messageIds.map { $0.id }))
|> map { _ in true }
case let .inputPeerChannel(channelId, accessHash):
request = account.network.request(Api.functions.channels.readMessageContents(channel: .inputChannel(channelId: channelId, accessHash: accessHash), id: messageIds.map { $0.id }))
|> map { _ in true }
default:
return .complete()
}
return request
|> `catch` { _ -> Signal<Bool, NoError> in
return .single(false)
}
|> mapToSignal { _ -> Signal<Void, NoError> in
return .complete()
}
} else {
return .complete()
}
}
|> switchToLatest)
|> afterDisposed { [weak self] in
self?.queue.async {
self?.seenLiveLocationDisposables.set(nil, forKey: disposableId)
}
}
self.seenLiveLocationDisposables.set(signal.start(), forKey: disposableId)
}
}
}
}
}
public func updatedExtendedMediaForMessageIds(messageIds: Set<MessageId>) {
self.queue.async {
var addedMessageIds: [MessageId] = []
let timestamp = Int32(CFAbsoluteTimeGetCurrent())
for messageId in messageIds {
let messageTimestamp = self.updatedExtendedMediaMessageIdsAndTimestamps[messageId]
if messageTimestamp == nil || messageTimestamp! < timestamp - 30 {
self.updatedExtendedMediaMessageIdsAndTimestamps[messageId] = timestamp
addedMessageIds.append(messageId)
}
}
if !addedMessageIds.isEmpty {
for (peerId, messageIds) in messagesIdsGroupedByPeerId(Set(addedMessageIds)) {
let disposableId = self.nextUpdatedExtendedMediaDisposableId
self.nextUpdatedExtendedMediaDisposableId += 1
if let account = self.account {
let signal = account.postbox.transaction { transaction -> Peer? in
if let peer = transaction.getPeer(peerId) {
return peer
} else {
return nil
}
}
|> mapToSignal { peer -> Signal<Void, NoError> in
guard let peer = peer, let inputPeer = apiInputPeer(peer) else {
return .complete()
}
return account.network.request(Api.functions.messages.getExtendedMedia(peer: inputPeer, id: messageIds.map { $0.id }))
|> map(Optional.init)
|> `catch` { _ -> Signal<Api.Updates?, NoError> in
return .single(nil)
}
|> mapToSignal { updates -> Signal<Void, NoError> in
if let updates = updates {
account.stateManager.addUpdates(updates)
}
return .complete()
}
}
|> afterDisposed { [weak self] in
self?.queue.async {
self?.updatedExtendedMediaDisposables.set(nil, forKey: disposableId)
}
}
self.updatedExtendedMediaDisposables.set(signal.start(), forKey: disposableId)
}
}
}
}
}
public func updateUnsupportedMediaForMessageIds(messageIds: Set<MessageId>) {
self.queue.async {
var addedMessageIds: [MessageId] = []
let timestamp = Int32(CFAbsoluteTimeGetCurrent())
for messageId in messageIds {
let messageTimestamp = self.updatedUnsupportedMediaMessageIdsAndTimestamps[messageId]
if messageTimestamp == nil || messageTimestamp! < timestamp - 10 * 60 * 60 {
self.updatedUnsupportedMediaMessageIdsAndTimestamps[messageId] = timestamp
addedMessageIds.append(messageId)
}
}
if !addedMessageIds.isEmpty {
for (peerId, messageIds) in messagesIdsGroupedByPeerId(Set(addedMessageIds)) {
let disposableId = self.nextUpdatedUnsupportedMediaDisposableId
self.nextUpdatedUnsupportedMediaDisposableId += 1
if let account = self.account {
let signal = account.postbox.transaction { transaction -> Peer? in
if let peer = transaction.getPeer(peerId) {
return peer
} else {
return nil
}
}
|> mapToSignal { peer -> Signal<Void, NoError> in
guard let peer = peer else {
return .complete()
}
var fetchSignal: Signal<Api.messages.Messages, MTRpcError>?
if let messageId = messageIds.first, messageId.namespace == Namespaces.Message.ScheduledCloud {
if let inputPeer = apiInputPeer(peer) {
fetchSignal = account.network.request(Api.functions.messages.getScheduledMessages(peer: inputPeer, id: messageIds.map { $0.id }))
}
} else if peerId.namespace == Namespaces.Peer.CloudUser || peerId.namespace == Namespaces.Peer.CloudGroup {
fetchSignal = account.network.request(Api.functions.messages.getMessages(id: messageIds.map { Api.InputMessage.inputMessageID(id: $0.id) }))
} else if peerId.namespace == Namespaces.Peer.CloudChannel {
if let inputChannel = apiInputChannel(peer) {
fetchSignal = account.network.request(Api.functions.channels.getMessages(channel: inputChannel, id: messageIds.map { Api.InputMessage.inputMessageID(id: $0.id) }))
}
}
guard let signal = fetchSignal else {
return .complete()
}
return signal
|> map { result -> (Peer, [Api.Message], [Api.Chat], [Api.User]) in
switch result {
case let .messages(messages, chats, users):
return (peer, messages, chats, users)
case let .messagesSlice(_, _, _, _, messages, chats, users):
return (peer, messages, chats, users)
case let .channelMessages(_, _, _, _, messages, _, chats, users):
return (peer, messages, chats, users)
case .messagesNotModified:
return (peer, [], [], [])
}
}
|> `catch` { _ in
return Signal<(Peer, [Api.Message], [Api.Chat], [Api.User]), NoError>.single((peer, [], [], []))
}
|> mapToSignal { topPeer, messages, chats, users -> Signal<Void, NoError> in
return account.postbox.transaction { transaction -> Void in
var peers: [Peer] = []
var peerPresences: [PeerId: Api.User] = [:]
for chat in chats {
if let groupOrChannel = mergeGroupOrChannel(lhs: transaction.getPeer(chat.peerId), rhs: chat) {
peers.append(groupOrChannel)
}
}
for apiUser in users {
if let user = TelegramUser.merge(transaction.getPeer(apiUser.peerId) as? TelegramUser, rhs: apiUser) {
peers.append(user)
peerPresences[user.id] = apiUser
}
}
updatePeers(transaction: transaction, peers: peers, update: { _, updated -> Peer in
return updated
})
updatePeerPresences(transaction: transaction, accountPeerId: account.peerId, peerPresences: peerPresences)
for message in messages {
guard let storeMessage = StoreMessage(apiMessage: message, peerIsForum: topPeer.isForum) else {
continue
}
guard case let .Id(id) = storeMessage.id else {
continue
}
transaction.updateMessage(id, update: { _ in
return .update(storeMessage)
})
}
}
}
}
|> afterDisposed { [weak self] in
self?.queue.async {
self?.updatedUnsupportedMediaDisposables.set(nil, forKey: disposableId)
}
}
self.updatedUnsupportedMediaDisposables.set(signal.start(), forKey: disposableId)
}
}
}
}
}
public func refreshSecretMediaMediaForMessageIds(messageIds: Set<MessageId>) {
self.queue.async {
var addedMessageIds: [MessageId] = []
let timestamp = Int32(CFAbsoluteTimeGetCurrent())
for messageId in messageIds {
let messageTimestamp = self.refreshSecretChatMediaMessageIdsAndTimestamps[messageId]
if messageTimestamp == nil {
self.refreshSecretChatMediaMessageIdsAndTimestamps[messageId] = timestamp
addedMessageIds.append(messageId)
}
}
if !addedMessageIds.isEmpty {
for (_, messageIds) in messagesIdsGroupedByPeerId(Set(addedMessageIds)) {
let disposableId = self.nextUpdatedUnsupportedMediaDisposableId
self.nextUpdatedUnsupportedMediaDisposableId += 1
if let account = self.account {
let signal = account.postbox.transaction { transaction -> [TelegramMediaFile] in
var result: [TelegramMediaFile] = []
for id in messageIds {
if let message = transaction.getMessage(id) {
for media in message.media {
if let file = media as? TelegramMediaFile, file.isAnimatedSticker {
result.append(file)
}
}
}
}
return result
}
|> mapToSignal { files -> Signal<Void, NoError> in
guard !files.isEmpty else {
return .complete()
}
var stickerPacks = Set<StickerPackReference>()
for file in files {
for attribute in file.attributes {
if case let .Sticker(_, packReferenceValue, _) = attribute, let packReference = packReferenceValue {
if case .id = packReference {
stickerPacks.insert(packReference)
}
}
}
}
var requests: [Signal<Api.messages.StickerSet?, NoError>] = []
for reference in stickerPacks {
if case let .id(id, accessHash) = reference {
requests.append(account.network.request(Api.functions.messages.getStickerSet(stickerset: .inputStickerSetID(id: id, accessHash: accessHash), hash: 0))
|> map(Optional.init)
|> `catch` { _ -> Signal<Api.messages.StickerSet?, NoError> in
return .single(nil)
})
}
}
if requests.isEmpty {
return .complete()
}
return combineLatest(requests)
|> mapToSignal { results -> Signal<Void, NoError> in
return account.postbox.transaction { transaction -> Void in
for result in results {
switch result {
case let .stickerSet(_, _, _, documents)?:
for document in documents {
if let file = telegramMediaFileFromApiDocument(document) {
if transaction.getMedia(file.fileId) != nil {
let _ = transaction.updateMedia(file.fileId, update: file)
}
}
}
default:
break
}
}
}
}
}
|> afterDisposed { [weak self] in
self?.queue.async {
self?.updatedUnsupportedMediaDisposables.set(nil, forKey: disposableId)
}
}
self.updatedUnsupportedMediaDisposables.set(signal.start(), forKey: disposableId)
}
}
}
}
}
public func updateMarkAllMentionsSeen(peerId: PeerId, threadId: Int64?) {
self.queue.async {
guard let account = self.account else {
return
}
let _ = (account.postbox.transaction { transaction -> Set<MessageId> in
let ids = Set(transaction.getMessageIndicesWithTag(peerId: peerId, threadId: threadId, namespace: Namespaces.Message.Cloud, tag: .unseenPersonalMessage).map({ $0.id }))
for id in ids {
transaction.updateMessage(id, update: { currentMessage in
let storeForwardInfo = currentMessage.forwardInfo.flatMap(StoreMessageForwardInfo.init)
var attributes = currentMessage.attributes
for i in 0 ..< attributes.count {
if let attribute = attributes[i] as? ConsumablePersonalMentionMessageAttribute {
attributes[i] = ConsumablePersonalMentionMessageAttribute(consumed: true, pending: attribute.pending)
break
}
}
var tags = currentMessage.tags
tags.remove(.unseenPersonalMessage)
return .update(StoreMessage(id: currentMessage.id, globallyUniqueId: currentMessage.globallyUniqueId, groupingKey: currentMessage.groupingKey, threadId: currentMessage.threadId, timestamp: currentMessage.timestamp, flags: StoreMessageFlags(currentMessage.flags), tags: tags, globalTags: currentMessage.globalTags, localTags: currentMessage.localTags, forwardInfo: storeForwardInfo, authorId: currentMessage.author?.id, text: currentMessage.text, attributes: attributes, media: currentMessage.media))
})
}
if let summary = transaction.getMessageTagSummary(peerId: peerId, threadId: threadId, tagMask: .unseenPersonalMessage, namespace: Namespaces.Message.Cloud), summary.count > 0 {
var maxId: Int32 = summary.range.maxId
if let index = transaction.getTopPeerMessageIndex(peerId: peerId, namespace: Namespaces.Message.Cloud) {
maxId = index.id.id
}
transaction.replaceMessageTagSummary(peerId: peerId, threadId: threadId, tagMask: .unseenPersonalMessage, namespace: Namespaces.Message.Cloud, count: 0, maxId: maxId)
addSynchronizeMarkAllUnseenPersonalMessagesOperation(transaction: transaction, peerId: peerId, maxId: summary.range.maxId)
}
return ids
}
|> deliverOn(self.queue)).start()
}
}
public func updateMarkMentionsSeenForMessageIds(messageIds: Set<MessageId>) {
self.queue.async {
var addedMessageIds: [MessageId] = []
for messageId in messageIds {
if !self.updatedSeenPersonalMessageIds.contains(messageId) {
self.updatedSeenPersonalMessageIds.insert(messageId)
addedMessageIds.append(messageId)
}
}
if !addedMessageIds.isEmpty {
if let account = self.account {
let _ = (account.postbox.transaction { transaction -> Void in
for id in addedMessageIds {
if let message = transaction.getMessage(id) {
var consume = false
inner: for attribute in message.attributes {
if let attribute = attribute as? ConsumablePersonalMentionMessageAttribute, !attribute.consumed, !attribute.pending {
consume = true
break inner
}
}
if consume {
transaction.updateMessage(id, update: { currentMessage in
var attributes = currentMessage.attributes
loop: for j in 0 ..< attributes.count {
if let attribute = attributes[j] as? ConsumablePersonalMentionMessageAttribute {
attributes[j] = ConsumablePersonalMentionMessageAttribute(consumed: attribute.consumed, pending: true)
break loop
}
}
return .update(StoreMessage(id: currentMessage.id, globallyUniqueId: currentMessage.globallyUniqueId, groupingKey: currentMessage.groupingKey, threadId: currentMessage.threadId, timestamp: currentMessage.timestamp, flags: StoreMessageFlags(currentMessage.flags), tags: currentMessage.tags, globalTags: currentMessage.globalTags, localTags: currentMessage.localTags, forwardInfo: currentMessage.forwardInfo.flatMap(StoreMessageForwardInfo.init), authorId: currentMessage.author?.id, text: currentMessage.text, attributes: attributes, media: currentMessage.media))
})
transaction.setPendingMessageAction(type: .consumeUnseenPersonalMessage, id: id, action: ConsumePersonalMessageAction())
}
}
}
}).start()
}
}
}
}
public func updateMarkAllReactionsSeen(peerId: PeerId, threadId: Int64?) {
self.queue.async {
guard let account = self.account else {
return
}
let _ = (account.postbox.transaction { transaction -> Set<MessageId> in
let ids = Set(transaction.getMessageIndicesWithTag(peerId: peerId, threadId: threadId, namespace: Namespaces.Message.Cloud, tag: .unseenReaction).map({ $0.id }))
for id in ids {
transaction.updateMessage(id, update: { currentMessage in
let storeForwardInfo = currentMessage.forwardInfo.flatMap(StoreMessageForwardInfo.init)
var attributes = currentMessage.attributes
for i in 0 ..< attributes.count {
if let attribute = attributes[i] as? ReactionsMessageAttribute {
attributes[i] = attribute.withAllSeen()
break
}
}
var tags = currentMessage.tags
tags.remove(.unseenReaction)
return .update(StoreMessage(id: currentMessage.id, globallyUniqueId: currentMessage.globallyUniqueId, groupingKey: currentMessage.groupingKey, threadId: currentMessage.threadId, timestamp: currentMessage.timestamp, flags: StoreMessageFlags(currentMessage.flags), tags: tags, globalTags: currentMessage.globalTags, localTags: currentMessage.localTags, forwardInfo: storeForwardInfo, authorId: currentMessage.author?.id, text: currentMessage.text, attributes: attributes, media: currentMessage.media))
})
}
if let summary = transaction.getMessageTagSummary(peerId: peerId, threadId: threadId, tagMask: .unseenReaction, namespace: Namespaces.Message.Cloud) {
var maxId: Int32 = summary.range.maxId
if let index = transaction.getTopPeerMessageIndex(peerId: peerId, namespace: Namespaces.Message.Cloud) {
maxId = index.id.id
}
transaction.replaceMessageTagSummary(peerId: peerId, threadId: threadId, tagMask: .unseenReaction, namespace: Namespaces.Message.Cloud, count: 0, maxId: maxId)
addSynchronizeMarkAllUnseenReactionsOperation(transaction: transaction, peerId: peerId, maxId: summary.range.maxId)
}
return ids
}
|> deliverOn(self.queue)).start()
}
}
public func updateMarkReactionsSeenForMessageIds(messageIds: Set<MessageId>) {
self.queue.async {
let addedMessageIds: [MessageId] = Array(messageIds)
if !addedMessageIds.isEmpty {
if let account = self.account {
let _ = (account.postbox.transaction { transaction -> Void in
for id in addedMessageIds {
if let _ = transaction.getMessage(id) {
transaction.updateMessage(id, update: { currentMessage in
if !currentMessage.tags.contains(.unseenReaction) {
return .skip
}
var attributes = currentMessage.attributes
loop: for j in 0 ..< attributes.count {
if let attribute = attributes[j] as? ReactionsMessageAttribute {
attributes[j] = attribute.withAllSeen()
break loop
}
}
var tags = currentMessage.tags
tags.remove(.unseenReaction)
return .update(StoreMessage(id: currentMessage.id, globallyUniqueId: currentMessage.globallyUniqueId, groupingKey: currentMessage.groupingKey, threadId: currentMessage.threadId, timestamp: currentMessage.timestamp, flags: StoreMessageFlags(currentMessage.flags), tags: tags, globalTags: currentMessage.globalTags, localTags: currentMessage.localTags, forwardInfo: currentMessage.forwardInfo.flatMap(StoreMessageForwardInfo.init), authorId: currentMessage.author?.id, text: currentMessage.text, attributes: attributes, media: currentMessage.media))
})
if transaction.getPendingMessageAction(type: .readReaction, id: id) == nil {
transaction.setPendingMessageAction(type: .readReaction, id: id, action: ReadReactionAction())
}
}
}
}).start()
}
}
}
}
public func forceUpdateCachedPeerData(peerId: PeerId) {
self.queue.async {
let context: PeerCachedDataContext
if let existingContext = self.cachedDataContexts[peerId] {
context = existingContext
} else {
context = PeerCachedDataContext()
self.cachedDataContexts[peerId] = context
}
context.timestamp = CFAbsoluteTimeGetCurrent()
guard let account = self.account else {
return
}
let queue = self.queue
context.disposable.set(combineLatest(fetchAndUpdateSupplementalCachedPeerData(peerId: peerId, accountPeerId: account.peerId, network: account.network, postbox: account.postbox), _internal_fetchAndUpdateCachedPeerData(accountPeerId: account.peerId, peerId: peerId, network: account.network, postbox: account.postbox)).start(next: { [weak self] supplementalStatus, cachedStatus in
queue.async {
guard let strongSelf = self else {
return
}
if !supplementalStatus || !cachedStatus {
if let existingContext = strongSelf.cachedDataContexts[peerId] {
existingContext.timestamp = nil
}
}
}
}))
}
}
private func updateCachedPeerData(peerId: PeerId, accountPeerId: PeerId, viewId: Int32, hasCachedData: Bool) {
self.queue.async {
let context: PeerCachedDataContext
var dataUpdated = false
if let existingContext = self.cachedDataContexts[peerId] {
context = existingContext
context.hasCachedData = hasCachedData
if context.timestamp == nil || abs(CFAbsoluteTimeGetCurrent() - context.timestamp!) > 60.0 * 5 {
context.timestamp = CFAbsoluteTimeGetCurrent()
dataUpdated = true
}
} else {
context = PeerCachedDataContext()
context.hasCachedData = hasCachedData
self.cachedDataContexts[peerId] = context
if !context.hasCachedData || context.timestamp == nil || abs(CFAbsoluteTimeGetCurrent() - context.timestamp!) > 60.0 * 5 {
context.timestamp = CFAbsoluteTimeGetCurrent()
dataUpdated = true
}
}
context.viewIds.insert(viewId)
if dataUpdated {
guard let account = self.account else {
return
}
let queue = self.queue
context.disposable.set(combineLatest(fetchAndUpdateSupplementalCachedPeerData(peerId: peerId, accountPeerId: accountPeerId, network: account.network, postbox: account.postbox), _internal_fetchAndUpdateCachedPeerData(accountPeerId: account.peerId, peerId: peerId, network: account.network, postbox: account.postbox)).start(next: { [weak self] supplementalStatus, cachedStatus in
queue.async {
guard let strongSelf = self else {
return
}
if !supplementalStatus || !cachedStatus {
if let existingContext = strongSelf.cachedDataContexts[peerId] {
existingContext.timestamp = nil
}
}
}
}))
}
}
}
private func removePeerView(peerId: PeerId, id: Int32) {
self.queue.async {
if let context = self.cachedDataContexts[peerId] {
context.viewIds.remove(id)
if context.viewIds.isEmpty {
context.disposable.set(nil)
context.hasCachedData = false
}
}
}
}
public func polledChannel(peerId: PeerId) -> Signal<Void, NoError> {
return Signal { subscriber in
let disposable = MetaDisposable()
self.queue.async {
let context: ChannelPollingContext
if let current = self.channelPollingContexts[peerId] {
context = current
} else {
context = ChannelPollingContext(queue: self.queue)
self.channelPollingContexts[peerId] = context
}
if context.subscribers.isEmpty {
if let account = self.account {
let queue = self.queue
context.disposable.set(keepPollingChannel(accountPeerId: account.peerId, postbox: account.postbox, network: account.network, peerId: peerId, stateManager: account.stateManager).start(next: { [weak context] isValidForTimeout in
queue.async {
guard let context = context else {
return
}
context.isUpdated.set(
.single(true)
|> then(
.single(false)
|> delay(Double(isValidForTimeout), queue: queue)
)
)
}
}))
}
}
let index = context.subscribers.add(Void())
disposable.set(ActionDisposable {
self.queue.async {
if let context = self.channelPollingContexts[peerId] {
context.subscribers.remove(index)
if context.subscribers.isEmpty {
context.disposable.set(nil)
}
}
}
})
}
return disposable
}
}
func wrappedMessageHistorySignal(chatLocation: ChatLocationInput, signal: Signal<(MessageHistoryView, ViewUpdateType, InitialMessageHistoryData?), NoError>, fixedCombinedReadStates: MessageHistoryViewReadState?, addHoleIfNeeded: Bool) -> Signal<(MessageHistoryView, ViewUpdateType, InitialMessageHistoryData?), NoError> {
var signal = signal
if let postbox = self.account?.postbox, let peerId = chatLocation.peerId, let threadId = chatLocation.threadId {
let viewKey: PostboxViewKey = .messageHistoryThreadInfo(peerId: peerId, threadId: threadId)
let fixedReadStates = Atomic<MessageHistoryViewReadState?>(value: nil)
signal = combineLatest(signal, postbox.combinedView(keys: [viewKey]))
|> map { view, additionalViews -> (MessageHistoryView, ViewUpdateType, InitialMessageHistoryData?) in
var view = view
if let threadInfo = additionalViews.views[viewKey] as? MessageHistoryThreadInfoView, let data = threadInfo.info?.data.get(MessageHistoryThreadData.self) {
let readState = CombinedPeerReadState(states: [(Namespaces.Message.Cloud, .idBased(maxIncomingReadId: data.maxIncomingReadId, maxOutgoingReadId: data.maxOutgoingReadId, maxKnownId: data.maxKnownMessageId, count: data.incomingUnreadCount, markedUnread: false))])
let fixed: MessageHistoryViewReadState?
if let fixedCombinedReadStates = fixedCombinedReadStates {
fixed = fixedCombinedReadStates
} else {
fixed = fixedReadStates.modify { current in
if let current = current {
return current
} else {
return .peer([peerId: readState])
}
}
}
view.0 = MessageHistoryView(
base: view.0,
fixed: fixed,
transient: .peer([peerId: readState])
)
}
return view
}
}
let history = withState(signal, { [weak self] () -> Int32 in
if let strongSelf = self {
return OSAtomicIncrement32(&strongSelf.nextViewId)
} else {
return -1
}
}, next: { [weak self] next, viewId in
if let strongSelf = self {
strongSelf.queue.async {
let (messageIds, localWebpages) = pendingWebpages(entries: next.0.entries)
strongSelf.updatePendingWebpages(viewId: viewId, messageIds: messageIds, localWebpages: localWebpages)
let (pollMessageIds, pollMessageDict) = pollMessages(entries: next.0.entries)
strongSelf.updatePolls(viewId: viewId, messageIds: pollMessageIds, messages: pollMessageDict)
if case let .peer(peerId, _) = chatLocation, peerId.namespace == Namespaces.Peer.CloudChannel {
strongSelf.historyViewStateValidationContexts.updateView(id: viewId, view: next.0, location: chatLocation)
} else if case let .thread(peerId, _, _) = chatLocation, peerId.namespace == Namespaces.Peer.CloudChannel {
strongSelf.historyViewStateValidationContexts.updateView(id: viewId, view: next.0, location: chatLocation)
}
}
}
}, disposed: { [weak self] viewId in
if let strongSelf = self {
strongSelf.queue.async {
strongSelf.updatePendingWebpages(viewId: viewId, messageIds: [], localWebpages: [:])
strongSelf.updatePolls(viewId: viewId, messageIds: [], messages: [:])
switch chatLocation {
case let .peer(peerId, _):
if peerId.namespace == Namespaces.Peer.CloudChannel {
strongSelf.historyViewStateValidationContexts.updateView(id: viewId, view: nil, location: chatLocation)
}
case let .thread(peerId, _, _):
if peerId.namespace == Namespaces.Peer.CloudChannel {
strongSelf.historyViewStateValidationContexts.updateView(id: viewId, view: nil, location: chatLocation)
}
case .feed:
break
}
}
}
})
let peerId: PeerId?
switch chatLocation {
case let .peer(peerIdValue, _):
peerId = peerIdValue
case let .thread(peerIdValue, _, _):
peerId = peerIdValue
case .feed:
peerId = nil
}
if let peerId = peerId, peerId.namespace == Namespaces.Peer.CloudChannel {
return Signal<(MessageHistoryView, ViewUpdateType, InitialMessageHistoryData?), NoError> { subscriber in
let combinedDisposable = MetaDisposable()
self.queue.async {
let polled = self.polledChannel(peerId: peerId).start()
var addHole = false
let pollingCompleted: Signal<Bool, NoError>
if let context = self.channelPollingContexts[peerId] {
if !context.isUpdatedValue {
addHole = true
}
pollingCompleted = context.isUpdated.get()
} else {
addHole = true
pollingCompleted = .single(true)
}
let resetPeerHoleManagement = self.resetPeerHoleManagement
let isAutomaticallyTracked = self.account!.postbox.transaction { transaction -> Bool in
if transaction.getPeerChatListIndex(peerId) == nil {
if addHole {
resetPeerHoleManagement?(peerId)
transaction.addHole(peerId: peerId, threadId: nil, namespace: Namespaces.Message.Cloud, space: .everywhere, range: 1 ... (Int32.max - 1))
}
return false
} else {
return true
}
}
let historyIsValid = combineLatest(queue: self.queue,
pollingCompleted,
isAutomaticallyTracked
)
|> map { lhs, rhs -> Bool in
return lhs || rhs
}
var loaded = false
let validHistory = historyIsValid
|> distinctUntilChanged
|> take(until: { next in
if next {
return SignalTakeAction(passthrough: true, complete: true)
} else {
return SignalTakeAction(passthrough: true, complete: false)
}
})
|> mapToSignal { isValid -> Signal<(MessageHistoryView, ViewUpdateType, InitialMessageHistoryData?), NoError> in
if isValid {
assert(!loaded)
loaded = true
return history
} else {
let view = MessageHistoryView(tagMask: nil, namespaces: .all, entries: [], holeEarlier: true, holeLater: true, isLoading: true)
return .single((view, .Initial, nil))
}
}
let disposable = validHistory.start(next: { next in
subscriber.putNext(next)
}, completed: {
subscriber.putCompletion()
})
combinedDisposable.set(ActionDisposable {
disposable.dispose()
polled.dispose()
})
}
return combinedDisposable
}
} else {
return history
}
}
public func scheduledMessagesViewForLocation(_ chatLocation: ChatLocationInput, additionalData: [AdditionalMessageHistoryViewData] = []) -> Signal<(MessageHistoryView, ViewUpdateType, InitialMessageHistoryData?), NoError> {
if let account = self.account {
let signal = account.postbox.aroundMessageHistoryViewForLocation(chatLocation, anchor: .upperBound, ignoreMessagesInTimestampRange: nil, count: 200, fixedCombinedReadStates: nil, topTaggedMessageIdNamespaces: [], tagMask: nil, appendMessagesFromTheSameGroup: false, namespaces: .just(Namespaces.Message.allScheduled), orderStatistics: [], additionalData: additionalData)
return withState(signal, { [weak self] () -> Int32 in
if let strongSelf = self {
return OSAtomicIncrement32(&strongSelf.nextViewId)
} else {
return -1
}
}, next: { [weak self] next, viewId in
if let strongSelf = self {
strongSelf.queue.async {
let (messageIds, localWebpages) = pendingWebpages(entries: next.0.entries)
strongSelf.updatePendingWebpages(viewId: viewId, messageIds: messageIds, localWebpages: localWebpages)
strongSelf.historyViewStateValidationContexts.updateView(id: viewId, view: next.0, location: chatLocation)
}
}
}, disposed: { [weak self] viewId in
if let strongSelf = self {
strongSelf.queue.async {
strongSelf.updatePendingWebpages(viewId: viewId, messageIds: [], localWebpages: [:])
strongSelf.historyViewStateValidationContexts.updateView(id: viewId, view: nil, location: nil)
}
}
})
} else {
return .never()
}
}
public func aroundMessageOfInterestHistoryViewForLocation(_ chatLocation: ChatLocationInput, ignoreMessagesInTimestampRange: ClosedRange<Int32>? = nil, count: Int, tagMask: MessageTags? = nil, appendMessagesFromTheSameGroup: Bool = false, orderStatistics: MessageHistoryViewOrderStatistics = [], additionalData: [AdditionalMessageHistoryViewData] = []) -> Signal<(MessageHistoryView, ViewUpdateType, InitialMessageHistoryData?), NoError> {
if let account = self.account {
let signal: Signal<(MessageHistoryView, ViewUpdateType, InitialMessageHistoryData?), NoError>
if let peerId = chatLocation.peerId, let threadId = chatLocation.threadId, tagMask == nil {
signal = account.postbox.transaction { transaction -> MessageHistoryThreadData? in
return transaction.getMessageHistoryThreadInfo(peerId: peerId, threadId: threadId)?.data.get(MessageHistoryThreadData.self)
}
|> mapToSignal { threadInfo -> Signal<(MessageHistoryView, ViewUpdateType, InitialMessageHistoryData?), NoError> in
if let threadInfo = threadInfo {
let anchor: HistoryViewInputAnchor
if threadInfo.maxIncomingReadId <= 1 {
anchor = .message(MessageId(peerId: peerId, namespace: Namespaces.Message.Cloud, id: 1))
} else if threadInfo.incomingUnreadCount > 0 && tagMask == nil {
let customUnreadMessageId = MessageId(peerId: peerId, namespace: Namespaces.Message.Cloud, id: threadInfo.maxIncomingReadId)
anchor = .message(customUnreadMessageId)
} else {
anchor = .upperBound
}
return account.postbox.aroundMessageHistoryViewForLocation(
chatLocation,
anchor: anchor,
ignoreMessagesInTimestampRange: ignoreMessagesInTimestampRange,
count: count,
fixedCombinedReadStates: nil,
topTaggedMessageIdNamespaces: [],
tagMask: tagMask,
appendMessagesFromTheSameGroup: false,
namespaces: .not(Namespaces.Message.allScheduled),
orderStatistics: orderStatistics,
additionalData: wrappedHistoryViewAdditionalData(chatLocation: chatLocation, additionalData: additionalData)
)
}
return account.postbox.aroundMessageOfInterestHistoryViewForChatLocation(chatLocation, ignoreMessagesInTimestampRange: ignoreMessagesInTimestampRange, count: count, topTaggedMessageIdNamespaces: [Namespaces.Message.Cloud], tagMask: tagMask, appendMessagesFromTheSameGroup: appendMessagesFromTheSameGroup, namespaces: .not(Namespaces.Message.allScheduled), orderStatistics: orderStatistics, customUnreadMessageId: nil, additionalData: wrappedHistoryViewAdditionalData(chatLocation: chatLocation, additionalData: additionalData))
}
} else {
signal = account.postbox.aroundMessageOfInterestHistoryViewForChatLocation(chatLocation, ignoreMessagesInTimestampRange: ignoreMessagesInTimestampRange, count: count, topTaggedMessageIdNamespaces: [Namespaces.Message.Cloud], tagMask: tagMask, appendMessagesFromTheSameGroup: appendMessagesFromTheSameGroup, namespaces: .not(Namespaces.Message.allScheduled), orderStatistics: orderStatistics, customUnreadMessageId: nil, additionalData: wrappedHistoryViewAdditionalData(chatLocation: chatLocation, additionalData: additionalData))
}
return wrappedMessageHistorySignal(chatLocation: chatLocation, signal: signal, fixedCombinedReadStates: nil, addHoleIfNeeded: true)
} else {
return .never()
}
}
public func aroundIdMessageHistoryViewForLocation(_ chatLocation: ChatLocationInput, ignoreMessagesInTimestampRange: ClosedRange<Int32>? = nil, count: Int, ignoreRelatedChats: Bool, messageId: MessageId, tagMask: MessageTags? = nil, appendMessagesFromTheSameGroup: Bool = false, orderStatistics: MessageHistoryViewOrderStatistics = [], additionalData: [AdditionalMessageHistoryViewData] = []) -> Signal<(MessageHistoryView, ViewUpdateType, InitialMessageHistoryData?), NoError> {
if let account = self.account {
let signal = account.postbox.aroundIdMessageHistoryViewForLocation(chatLocation, ignoreMessagesInTimestampRange: ignoreMessagesInTimestampRange, count: count, ignoreRelatedChats: ignoreRelatedChats, messageId: messageId, topTaggedMessageIdNamespaces: [Namespaces.Message.Cloud], tagMask: tagMask, appendMessagesFromTheSameGroup: appendMessagesFromTheSameGroup, namespaces: .not(Namespaces.Message.allScheduled), orderStatistics: orderStatistics, additionalData: wrappedHistoryViewAdditionalData(chatLocation: chatLocation, additionalData: additionalData))
return wrappedMessageHistorySignal(chatLocation: chatLocation, signal: signal, fixedCombinedReadStates: nil, addHoleIfNeeded: false)
} else {
return .never()
}
}
public func aroundMessageHistoryViewForLocation(_ chatLocation: ChatLocationInput, ignoreMessagesInTimestampRange: ClosedRange<Int32>? = nil, index: MessageHistoryAnchorIndex, anchorIndex: MessageHistoryAnchorIndex, count: Int, clipHoles: Bool = true, ignoreRelatedChats: Bool = false, fixedCombinedReadStates: MessageHistoryViewReadState?, tagMask: MessageTags? = nil, appendMessagesFromTheSameGroup: Bool = false, orderStatistics: MessageHistoryViewOrderStatistics = [], additionalData: [AdditionalMessageHistoryViewData] = []) -> Signal<(MessageHistoryView, ViewUpdateType, InitialMessageHistoryData?), NoError> {
if let account = self.account {
let inputAnchor: HistoryViewInputAnchor
switch index {
case .upperBound:
inputAnchor = .upperBound
case .lowerBound:
inputAnchor = .lowerBound
case let .message(index):
inputAnchor = .index(index)
}
let signal = account.postbox.aroundMessageHistoryViewForLocation(chatLocation, anchor: inputAnchor, ignoreMessagesInTimestampRange: ignoreMessagesInTimestampRange, count: count, clipHoles: clipHoles, ignoreRelatedChats: ignoreRelatedChats, fixedCombinedReadStates: fixedCombinedReadStates, topTaggedMessageIdNamespaces: [Namespaces.Message.Cloud], tagMask: tagMask, appendMessagesFromTheSameGroup: appendMessagesFromTheSameGroup, namespaces: .not(Namespaces.Message.allScheduled), orderStatistics: orderStatistics, additionalData: wrappedHistoryViewAdditionalData(chatLocation: chatLocation, additionalData: additionalData))
return wrappedMessageHistorySignal(chatLocation: chatLocation, signal: signal, fixedCombinedReadStates: fixedCombinedReadStates, addHoleIfNeeded: false)
} else {
return .never()
}
}
func wrappedPeerViewSignal(peerId: PeerId, signal: Signal<PeerView, NoError>, updateData: Bool) -> Signal<PeerView, NoError> {
if updateData {
self.queue.async {
if let existingContext = self.cachedDataContexts[peerId] {
existingContext.timestamp = nil
}
}
}
return withState(signal, { [weak self] () -> Int32 in
if let strongSelf = self {
return OSAtomicIncrement32(&strongSelf.nextViewId)
} else {
return -1
}
}, next: { [weak self] next, viewId in
if let strongSelf = self, let account = strongSelf.account {
strongSelf.updateCachedPeerData(peerId: peerId, accountPeerId: account.peerId, viewId: viewId, hasCachedData: next.cachedData != nil)
}
}, disposed: { [weak self] viewId in
if let strongSelf = self {
strongSelf.removePeerView(peerId: peerId, id: viewId)
}
})
}
public func peerView(_ peerId: PeerId, updateData: Bool = false) -> Signal<PeerView, NoError> {
if let account = self.account {
return wrappedPeerViewSignal(peerId: peerId, signal: account.postbox.peerView(id: peerId), updateData: updateData)
} else {
return .never()
}
}
public func featuredStickerPacks() -> Signal<[FeaturedStickerPackItem], NoError> {
return Signal { subscriber in
if let account = self.account {
let view = account.postbox.combinedView(keys: [.orderedItemList(id: Namespaces.OrderedItemList.CloudFeaturedStickerPacks)]).start(next: { next in
if let view = next.views[.orderedItemList(id: Namespaces.OrderedItemList.CloudFeaturedStickerPacks)] as? OrderedItemListView {
subscriber.putNext(view.items.map { $0.contents.get(FeaturedStickerPackItem.self)! })
} else {
subscriber.putNext([])
}
}, completed: {
subscriber.putCompletion()
})
let disposable = MetaDisposable()
self.queue.async {
let context: FeaturedStickerPacksContext
if let current = self.featuredStickerPacksContext {
context = current
} else {
context = FeaturedStickerPacksContext()
self.featuredStickerPacksContext = context
}
let timestamp = CFAbsoluteTimeGetCurrent()
if context.timestamp == nil || abs(context.timestamp! - timestamp) > 60.0 * 60.0 {
context.timestamp = timestamp
context.disposable.set(updatedFeaturedStickerPacks(network: account.network, postbox: account.postbox, category: .stickerPacks).start())
}
let index = context.subscribers.add(Void())
disposable.set(ActionDisposable {
self.queue.async {
if let context = self.featuredStickerPacksContext {
context.subscribers.remove(index)
}
}
})
}
return ActionDisposable {
view.dispose()
disposable.dispose()
}
} else {
subscriber.putNext([])
subscriber.putCompletion()
return EmptyDisposable
}
}
}
public func featuredEmojiPacks() -> Signal<[FeaturedStickerPackItem], NoError> {
return Signal { subscriber in
if let account = self.account {
let view = account.postbox.combinedView(keys: [.orderedItemList(id: Namespaces.OrderedItemList.CloudFeaturedEmojiPacks)]).start(next: { next in
if let view = next.views[.orderedItemList(id: Namespaces.OrderedItemList.CloudFeaturedEmojiPacks)] as? OrderedItemListView {
subscriber.putNext(view.items.map { $0.contents.get(FeaturedStickerPackItem.self)! })
} else {
subscriber.putNext([])
}
}, completed: {
subscriber.putCompletion()
})
let disposable = MetaDisposable()
self.queue.async {
let context: FeaturedStickerPacksContext
if let current = self.featuredEmojiPacksContext {
context = current
} else {
context = FeaturedStickerPacksContext()
self.featuredEmojiPacksContext = context
}
let timestamp = CFAbsoluteTimeGetCurrent()
if context.timestamp == nil || abs(context.timestamp! - timestamp) > 60.0 * 60.0 {
context.timestamp = timestamp
context.disposable.set(updatedFeaturedStickerPacks(network: account.network, postbox: account.postbox, category: .emojiPacks).start())
}
let index = context.subscribers.add(Void())
disposable.set(ActionDisposable {
self.queue.async {
if let context = self.featuredEmojiPacksContext {
context.subscribers.remove(index)
}
}
})
}
return ActionDisposable {
view.dispose()
disposable.dispose()
}
} else {
subscriber.putNext([])
subscriber.putCompletion()
return EmptyDisposable
}
}
}
public func callListView(type: CallListViewType, index: MessageIndex, count: Int) -> Signal<CallListView, NoError> {
if let account = self.account {
let granularity: Int32 = 60 * 60 * 24
let timezoneOffset: Int32 = {
let nowTimestamp = Int32(CFAbsoluteTimeGetCurrent() + NSTimeIntervalSince1970)
var now: time_t = time_t(nowTimestamp)
var timeinfoNow: tm = tm()
localtime_r(&now, &timeinfoNow)
return Int32(timeinfoNow.tm_gmtoff)
}()
let groupingPredicate: (Message, Message) -> Bool = { lhs, rhs in
if lhs.id.peerId != rhs.id.peerId {
return false
}
let lhsTimestamp = ((lhs.timestamp + timezoneOffset) / (granularity)) * (granularity)
let rhsTimestamp = ((rhs.timestamp + timezoneOffset) / (granularity)) * (granularity)
if lhsTimestamp != rhsTimestamp {
return false
}
var lhsVideo = false
var lhsMissed = false
var lhsOther = false
inner: for media in lhs.media {
if let action = media as? TelegramMediaAction {
if case let .phoneCall(_, discardReason, _, video) = action.action {
lhsVideo = video
if lhs.flags.contains(.Incoming), let discardReason = discardReason, case .missed = discardReason {
lhsMissed = true
} else {
lhsOther = true
}
break inner
}
}
}
var rhsVideo = false
var rhsMissed = false
var rhsOther = false
inner: for media in rhs.media {
if let action = media as? TelegramMediaAction {
if case let .phoneCall(_, discardReason, _, video) = action.action {
rhsVideo = video
if rhs.flags.contains(.Incoming), let discardReason = discardReason, case .missed = discardReason {
rhsMissed = true
} else {
rhsOther = true
}
break inner
}
}
}
if lhsMissed != rhsMissed || lhsOther != rhsOther || lhsVideo != rhsVideo {
return false
}
return true
}
let key = PostboxViewKey.globalMessageTags(globalTag: type == .all ? GlobalMessageTags.Calls : GlobalMessageTags.MissedCalls, position: index, count: count, groupingPredicate: groupingPredicate)
let signal = account.postbox.combinedView(keys: [key]) |> map { view -> GlobalMessageTagsView in
let messageView = view.views[key] as! GlobalMessageTagsView
return messageView
}
let managed = withState(signal, { [weak self] () -> Int32 in
if let strongSelf = self {
return OSAtomicIncrement32(&strongSelf.nextViewId)
} else {
return -1
}
}, next: { [weak self] next, viewId in
if let strongSelf = self {
var holes = Set<MessageIndex>()
for entry in next.entries {
if case let .hole(index) = entry {
holes.insert(index)
}
}
strongSelf.updateVisibleCallListHoles(viewId: viewId, holeIds: holes)
}
}, disposed: { [weak self] viewId in
if let strongSelf = self {
strongSelf.updateVisibleCallListHoles(viewId: viewId, holeIds: Set())
}
})
return managed
|> map { view -> CallListView in
var entries: [CallListViewEntry] = []
if !view.entries.isEmpty {
var currentMessages: [Message] = []
for entry in view.entries {
switch entry {
case .hole:
if !currentMessages.isEmpty {
entries.append(.message(currentMessages[currentMessages.count - 1], currentMessages))
currentMessages.removeAll()
}
//entries.append(.hole(index))
case let .message(message):
if currentMessages.isEmpty || groupingPredicate(message, currentMessages[currentMessages.count - 1]) {
currentMessages.append(message)
} else {
if !currentMessages.isEmpty {
entries.append(.message(currentMessages[currentMessages.count - 1], currentMessages))
currentMessages.removeAll()
}
currentMessages.append(message)
}
}
}
if !currentMessages.isEmpty {
entries.append(.message(currentMessages[currentMessages.count - 1], currentMessages))
currentMessages.removeAll()
}
}
return CallListView(entries: entries, earlier: view.earlier, later: view.later)
}
} else {
return .never()
}
}
public func unseenPersonalMessagesAndReactionCount(peerId: PeerId, threadId: Int64?) -> Signal<(mentionCount: Int32, reactionCount: Int32), NoError> {
if let account = self.account {
let pendingMentionsKey: PostboxViewKey = .pendingMessageActionsSummary(type: .consumeUnseenPersonalMessage, peerId: peerId, namespace: Namespaces.Message.Cloud)
let summaryMentionsKey: PostboxViewKey = .historyTagSummaryView(tag: .unseenPersonalMessage, peerId: peerId, threadId: threadId, namespace: Namespaces.Message.Cloud)
let pendingReactionsKey: PostboxViewKey = .pendingMessageActionsSummary(type: .readReaction, peerId: peerId, namespace: Namespaces.Message.Cloud)
let summaryReactionsKey: PostboxViewKey = .historyTagSummaryView(tag: .unseenReaction, peerId: peerId, threadId: threadId, namespace: Namespaces.Message.Cloud)
return account.postbox.combinedView(keys: [pendingMentionsKey, summaryMentionsKey, pendingReactionsKey, summaryReactionsKey])
|> map { views -> (mentionCount: Int32, reactionCount: Int32) in
var mentionCount: Int32 = 0
if let view = views.views[pendingMentionsKey] as? PendingMessageActionsSummaryView {
mentionCount -= view.count
}
if let view = views.views[summaryMentionsKey] as? MessageHistoryTagSummaryView {
if let unseenCount = view.count {
mentionCount += unseenCount
}
}
var reactionCount: Int32 = 0
/*if let view = views.views[pendingReactionsKey] as? PendingMessageActionsSummaryView {
reactionCount -= view.count
}*/
if let view = views.views[summaryReactionsKey] as? MessageHistoryTagSummaryView {
if let unseenCount = view.count {
reactionCount += unseenCount
}
}
return (max(0, mentionCount), max(0, reactionCount))
}
|> distinctUntilChanged(isEqual: { lhs, rhs in
if lhs.mentionCount != rhs.mentionCount {
return false
}
if lhs.reactionCount != rhs.reactionCount {
return false
}
return true
})
} else {
return .never()
}
}
private func wrappedChatListView(signal: Signal<(ChatListView, ViewUpdateType), NoError>) -> Signal<(ChatListView, ViewUpdateType), NoError> {
return withState(signal, { [weak self] () -> Int32 in
if let strongSelf = self {
return OSAtomicIncrement32(&strongSelf.nextViewId)
} else {
return -1
}
}, next: { [weak self] next, viewId in
if let strongSelf = self {
strongSelf.queue.async {
}
}
}, disposed: { [weak self] viewId in
if let strongSelf = self {
strongSelf.queue.async {
}
}
})
}
public func tailChatListView(groupId: PeerGroupId, filterPredicate: ChatListFilterPredicate? = nil, count: Int) -> Signal<(ChatListView, ViewUpdateType), NoError> {
if let account = self.account {
return self.wrappedChatListView(signal: account.postbox.tailChatListView(
groupId: groupId,
filterPredicate: filterPredicate,
count: count,
summaryComponents: ChatListEntrySummaryComponents(
components: [
ChatListEntryMessageTagSummaryKey(
tag: .unseenPersonalMessage,
actionType: PendingMessageActionType.consumeUnseenPersonalMessage
): ChatListEntrySummaryComponents.Component(
tagSummary: ChatListEntryMessageTagSummaryComponent(namespace: Namespaces.Message.Cloud),
actionsSummary: ChatListEntryPendingMessageActionsSummaryComponent(namespace: Namespaces.Message.Cloud)
),
ChatListEntryMessageTagSummaryKey(
tag: .unseenReaction,
actionType: PendingMessageActionType.readReaction
): ChatListEntrySummaryComponents.Component(
tagSummary: ChatListEntryMessageTagSummaryComponent(namespace: Namespaces.Message.Cloud),
actionsSummary: ChatListEntryPendingMessageActionsSummaryComponent(namespace: Namespaces.Message.Cloud)
)
]
)
))
} else {
return .never()
}
}
public func aroundChatListView(groupId: PeerGroupId, filterPredicate: ChatListFilterPredicate? = nil, index: ChatListIndex, count: Int) -> Signal<(ChatListView, ViewUpdateType), NoError> {
if let account = self.account {
return self.wrappedChatListView(signal: account.postbox.aroundChatListView(
groupId: groupId,
filterPredicate: filterPredicate,
index: index,
count: count,
summaryComponents: ChatListEntrySummaryComponents(
components: [
ChatListEntryMessageTagSummaryKey(
tag: .unseenPersonalMessage,
actionType: PendingMessageActionType.consumeUnseenPersonalMessage
): ChatListEntrySummaryComponents.Component(
tagSummary: ChatListEntryMessageTagSummaryComponent(namespace: Namespaces.Message.Cloud),
actionsSummary: ChatListEntryPendingMessageActionsSummaryComponent(namespace: Namespaces.Message.Cloud)
),
ChatListEntryMessageTagSummaryKey(
tag: .unseenReaction,
actionType: PendingMessageActionType.readReaction
): ChatListEntrySummaryComponents.Component(
tagSummary: ChatListEntryMessageTagSummaryComponent(namespace: Namespaces.Message.Cloud),
actionsSummary: ChatListEntryPendingMessageActionsSummaryComponent(namespace: Namespaces.Message.Cloud)
)
]
)
))
} else {
return .never()
}
}
}