pleroma-fe

statuses.js (22844B)

import {
  remove,
  slice,
  each,
  findIndex,
  find,
  maxBy,
  minBy,
  merge,
  first,
  last,
  isArray,
  omitBy
} from 'lodash'
import apiService from '../services/api/api.service.js'
const emptyTl = (userId = 0) => ({
  statuses: [],
  statusesObject: {},
  faves: [],
  visibleStatuses: [],
  visibleStatusesObject: {},
  newStatusCount: 0,
  maxId: 0,
  minId: 0,
  minVisibleId: 0,
  loading: false,
  followers: [],
  friends: [],
  userId,
  flushMarker: 0
})
export const defaultState = () => ({
  allStatuses: [],
  allStatusesObject: {},
  conversationsObject: {},
  maxId: 0,
  favorites: new Set(),
  timelines: {
    mentions: emptyTl(),
    public: emptyTl(),
    user: emptyTl(),
    favorites: emptyTl(),
    media: emptyTl(),
    publicAndExternal: emptyTl(),
    friends: emptyTl(),
    tag: emptyTl(),
    dms: emptyTl(),
    bookmarks: emptyTl(),
    list: emptyTl()
  }
})
export const prepareStatus = (status) => {
  // Set deleted flag
  status.deleted = false
  // To make the array reactive
  status.attachments = status.attachments || []
  return status
}
const mergeOrAdd = (arr, obj, item) => {
  const oldItem = obj[item.id]
  if (oldItem) {
    // We already have this, so only merge the new info.
    // We ignore null values to avoid overwriting existing properties with missing data
    // we also skip 'user' because that is handled by users module
    merge(oldItem, omitBy(item, (v, k) => v === null || k === 'user'))
    // Reactivity fix.
    oldItem.attachments.splice(oldItem.attachments.length)
    return { item: oldItem, new: false }
  } else {
    // This is a new item, prepare it
    prepareStatus(item)
    arr.push(item)
    obj[item.id] = item
    return { item, new: true }
  }
}
const sortById = (a, b) => {
  const seqA = Number(a.id)
  const seqB = Number(b.id)
  const isSeqA = !Number.isNaN(seqA)
  const isSeqB = !Number.isNaN(seqB)
  if (isSeqA && isSeqB) {
    return seqA > seqB ? -1 : 1
  } else if (isSeqA && !isSeqB) {
    return 1
  } else if (!isSeqA && isSeqB) {
    return -1
  } else {
    return a.id > b.id ? -1 : 1
  }
}
const sortTimeline = (timeline) => {
  timeline.visibleStatuses = timeline.visibleStatuses.sort(sortById)
  timeline.statuses = timeline.statuses.sort(sortById)
  timeline.minVisibleId = (last(timeline.visibleStatuses) || {}).id
  return timeline
}
// Add status to the global storages (arrays and objects maintaining statuses) except timelines
const addStatusToGlobalStorage = (state, data) => {
  const result = mergeOrAdd(state.allStatuses, state.allStatusesObject, data)
  if (result.new) {
    // Add to conversation
    const status = result.item
    const conversationsObject = state.conversationsObject
    const conversationId = status.statusnet_conversation_id
    if (conversationsObject[conversationId]) {
      conversationsObject[conversationId].push(status)
    } else {
      conversationsObject[conversationId] = [status]
    }
  }
  return result
}
const addNewStatuses = (state, { statuses, showImmediately = false, timeline, user = {}, noIdUpdate = false, userId, pagination = {} }) => {
  // Sanity check
  if (!isArray(statuses)) {
    return false
  }
  const allStatuses = state.allStatuses
  const timelineObject = state.timelines[timeline]
  // Mismatch between API pagination and our internal minId/maxId tracking systems:
  // pagination.maxId is the oldest of the returned statuses when fetching older,
  // and pagination.minId is the newest when fetching newer. The names come directly
  // from the arguments they're supposed to be passed as for the next fetch.
  const minNew = pagination.maxId || (statuses.length > 0 ? minBy(statuses, 'id').id : 0)
  const maxNew = pagination.minId || (statuses.length > 0 ? maxBy(statuses, 'id').id : 0)
  const newer = timeline && (maxNew > timelineObject.maxId || timelineObject.maxId === 0) && statuses.length > 0
  const older = timeline && (minNew < timelineObject.minId || timelineObject.minId === 0) && statuses.length > 0
  if (!noIdUpdate && newer) {
    timelineObject.maxId = maxNew
  }
  if (!noIdUpdate && older) {
    timelineObject.minId = minNew
  }
  // This makes sure that user timeline won't get data meant for other
  // user. I.e. opening different user profiles makes request which could
  // return data late after user already viewing different user profile
  if ((timeline === 'user' || timeline === 'media') && timelineObject.userId !== userId) {
    return
  }
  const addStatus = (data, showImmediately, addToTimeline = true) => {
    const result = addStatusToGlobalStorage(state, data)
    const status = result.item
    if (result.new) {
      // We are mentioned in a post
      if (status.type === 'status' && find(status.attentions, { id: user.id })) {
        const mentions = state.timelines.mentions
        // Add the mention to the mentions timeline
        if (timelineObject !== mentions) {
          mergeOrAdd(mentions.statuses, mentions.statusesObject, status)
          mentions.newStatusCount += 1
          sortTimeline(mentions)
        }
      }
      if (status.visibility === 'direct') {
        const dms = state.timelines.dms
        mergeOrAdd(dms.statuses, dms.statusesObject, status)
        dms.newStatusCount += 1
        sortTimeline(dms)
      }
    }
    // Decide if we should treat the status as new for this timeline.
    let resultForCurrentTimeline
    // Some statuses should only be added to the global status repository.
    if (timeline && addToTimeline) {
      resultForCurrentTimeline = mergeOrAdd(timelineObject.statuses, timelineObject.statusesObject, status)
    }
    if (timeline && showImmediately) {
      // Add it directly to the visibleStatuses, don't change
      // newStatusCount
      mergeOrAdd(timelineObject.visibleStatuses, timelineObject.visibleStatusesObject, status)
    } else if (timeline && addToTimeline && resultForCurrentTimeline.new) {
      // Just change newStatuscount
      timelineObject.newStatusCount += 1
    }
    if (status.quote) {
      addStatus(status.quote, /* showImmediately = */ false, /* addToTimeline = */ false)
    }
    return status
  }
  const favoriteStatus = (favorite, counter) => {
    const status = find(allStatuses, { id: favorite.in_reply_to_status_id })
    if (status) {
      // This is our favorite, so the relevant bit.
      if (favorite.user.id === user.id) {
        status.favorited = true
      } else {
        status.fave_num += 1
      }
    }
    return status
  }
  const processors = {
    status: (status) => {
      addStatus(status, showImmediately)
    },
    edit: (status) => {
      addStatus(status, showImmediately)
    },
    retweet: (status) => {
      // RetweetedStatuses are never shown immediately
      const retweetedStatus = addStatus(status.retweeted_status, false, false)
      let retweet
      // If the retweeted status is already there, don't add the retweet
      // to the timeline.
      if (timeline && find(timelineObject.statuses, (s) => {
        if (s.retweeted_status) {
          return s.id === retweetedStatus.id || s.retweeted_status.id === retweetedStatus.id
        } else {
          return s.id === retweetedStatus.id
        }
      })) {
        // Already have it visible (either as the original or another RT), don't add to timeline, don't show.
        retweet = addStatus(status, false, false)
      } else {
        retweet = addStatus(status, showImmediately)
      }
      retweet.retweeted_status = retweetedStatus
    },
    favorite: (favorite) => {
      // Only update if this is a new favorite.
      // Ignore our own favorites because we get info about likes as response to like request
      if (!state.favorites.has(favorite.id)) {
        state.favorites.add(favorite.id)
        favoriteStatus(favorite)
      }
    },
    follow: (follow) => {
      // NOOP, it is known status but we don't do anything about it for now
    },
    default: (unknown) => {
      console.log('unknown status type')
      console.log(unknown)
    }
  }
  each(statuses, (status) => {
    const type = status.type
    const processor = processors[type] || processors.default
    processor(status)
  })
  // Keep the visible statuses sorted
  if (timeline && !(timeline === 'bookmarks')) {
    sortTimeline(timelineObject)
  }
}
const removeStatus = (state, { timeline, userId }) => {
  const timelineObject = state.timelines[timeline]
  if (userId) {
    remove(timelineObject.statuses, { user: { id: userId } })
    remove(timelineObject.visibleStatuses, { user: { id: userId } })
    timelineObject.minVisibleId = timelineObject.visibleStatuses.length > 0 ? last(timelineObject.visibleStatuses).id : 0
    timelineObject.maxId = timelineObject.statuses.length > 0 ? first(timelineObject.statuses).id : 0
  }
}
export const mutations = {
  addNewStatuses,
  removeStatus,
  showNewStatuses (state, { timeline }) {
    const oldTimeline = (state.timelines[timeline])
    oldTimeline.newStatusCount = 0
    oldTimeline.visibleStatuses = slice(oldTimeline.statuses, 0, 50)
    oldTimeline.minVisibleId = last(oldTimeline.visibleStatuses).id
    oldTimeline.minId = oldTimeline.minVisibleId
    oldTimeline.visibleStatusesObject = {}
    each(oldTimeline.visibleStatuses, (status) => { oldTimeline.visibleStatusesObject[status.id] = status })
  },
  resetStatuses (state) {
    const emptyState = defaultState()
    Object.entries(emptyState).forEach(([key, value]) => {
      state[key] = value
    })
  },
  clearTimeline (state, { timeline, excludeUserId = false }) {
    const userId = excludeUserId ? state.timelines[timeline].userId : undefined
    state.timelines[timeline] = emptyTl(userId)
  },
  setFavorited (state, { status, value }) {
    const newStatus = state.allStatusesObject[status.id]
    if (newStatus.favorited !== value) {
      if (value) {
        newStatus.fave_num++
      } else {
        newStatus.fave_num--
      }
    }
    newStatus.favorited = value
  },
  setFavoritedConfirm (state, { status, user }) {
    const newStatus = state.allStatusesObject[status.id]
    newStatus.favorited = status.favorited
    newStatus.fave_num = status.fave_num
    const index = findIndex(newStatus.favoritedBy, { id: user.id })
    if (index !== -1 && !newStatus.favorited) {
      newStatus.favoritedBy.splice(index, 1)
    } else if (index === -1 && newStatus.favorited) {
      newStatus.favoritedBy.push(user)
    }
  },
  setMutedStatus (state, status) {
    const newStatus = state.allStatusesObject[status.id]
    newStatus.thread_muted = status.thread_muted
    if (newStatus.thread_muted !== undefined) {
      state.conversationsObject[newStatus.statusnet_conversation_id].forEach(status => { status.thread_muted = newStatus.thread_muted })
    }
  },
  setRetweeted (state, { status, value }) {
    const newStatus = state.allStatusesObject[status.id]
    if (newStatus.repeated !== value) {
      if (value) {
        newStatus.repeat_num++
      } else {
        newStatus.repeat_num--
      }
    }
    newStatus.repeated = value
  },
  setRetweetedConfirm (state, { status, user }) {
    const newStatus = state.allStatusesObject[status.id]
    newStatus.repeated = status.repeated
    newStatus.repeat_num = status.repeat_num
    const index = findIndex(newStatus.rebloggedBy, { id: user.id })
    if (index !== -1 && !newStatus.repeated) {
      newStatus.rebloggedBy.splice(index, 1)
    } else if (index === -1 && newStatus.repeated) {
      newStatus.rebloggedBy.push(user)
    }
  },
  setBookmarked (state, { status, value }) {
    const newStatus = state.allStatusesObject[status.id]
    newStatus.bookmarked = value
    newStatus.bookmark_folder_id = status.bookmark_folder_id
  },
  setBookmarkedConfirm (state, { status }) {
    const newStatus = state.allStatusesObject[status.id]
    newStatus.bookmarked = status.bookmarked
    if (status.pleroma) newStatus.bookmark_folder_id = status.pleroma.bookmark_folder
  },
  setDeleted (state, { status }) {
    const newStatus = state.allStatusesObject[status.id]
    if (newStatus) newStatus.deleted = true
  },
  setManyDeleted (state, condition) {
    Object.values(state.allStatusesObject).forEach(status => {
      if (condition(status)) {
        status.deleted = true
      }
    })
  },
  setLoading (state, { timeline, value }) {
    state.timelines[timeline].loading = value
  },
  setNsfw (state, { id, nsfw }) {
    const newStatus = state.allStatusesObject[id]
    newStatus.nsfw = nsfw
  },
  queueFlush (state, { timeline, id }) {
    state.timelines[timeline].flushMarker = id
  },
  queueFlushAll (state) {
    Object.keys(state.timelines).forEach((timeline) => {
      state.timelines[timeline].flushMarker = state.timelines[timeline].maxId
    })
  },
  addRepeats (state, { id, rebloggedByUsers, currentUser }) {
    const newStatus = state.allStatusesObject[id]
    newStatus.rebloggedBy = rebloggedByUsers.filter(_ => _)
    // repeats stats can be incorrect based on polling condition, let's update them using the most recent data
    newStatus.repeat_num = newStatus.rebloggedBy.length
    newStatus.repeated = !!newStatus.rebloggedBy.find(({ id }) => currentUser.id === id)
  },
  addFavs (state, { id, favoritedByUsers, currentUser }) {
    const newStatus = state.allStatusesObject[id]
    newStatus.favoritedBy = favoritedByUsers.filter(_ => _)
    // favorites stats can be incorrect based on polling condition, let's update them using the most recent data
    newStatus.fave_num = newStatus.favoritedBy.length
    newStatus.favorited = !!newStatus.favoritedBy.find(({ id }) => currentUser.id === id)
  },
  addEmojiReactionsBy (state, { id, emojiReactions, currentUser }) {
    const status = state.allStatusesObject[id]
    status.emoji_reactions = emojiReactions
  },
  addOwnReaction (state, { id, emoji, currentUser }) {
    const status = state.allStatusesObject[id]
    const reactionIndex = findIndex(status.emoji_reactions, { name: emoji })
    const reaction = status.emoji_reactions[reactionIndex] || { name: emoji, count: 0, accounts: [] }
    const newReaction = {
      ...reaction,
      count: reaction.count + 1,
      me: true,
      accounts: [
        ...reaction.accounts,
        currentUser
      ]
    }
    // Update count of existing reaction if it exists, otherwise append at the end
    if (reactionIndex >= 0) {
      status.emoji_reactions[reactionIndex] = newReaction
    } else {
      status.emoji_reactions = [...status.emoji_reactions, newReaction]
    }
  },
  removeOwnReaction (state, { id, emoji, currentUser }) {
    const status = state.allStatusesObject[id]
    const reactionIndex = findIndex(status.emoji_reactions, { name: emoji })
    if (reactionIndex < 0) return
    const reaction = status.emoji_reactions[reactionIndex]
    const accounts = reaction.accounts || []
    const newReaction = {
      ...reaction,
      count: reaction.count - 1,
      me: false,
      accounts: accounts.filter(acc => acc.id !== currentUser.id)
    }
    if (newReaction.count > 0) {
      status.emoji_reactions[reactionIndex] = newReaction
    } else {
      status.emoji_reactions = status.emoji_reactions.filter(r => r.name !== emoji)
    }
  },
  updateStatusWithPoll (state, { id, poll }) {
    const status = state.allStatusesObject[id]
    status.poll = poll
  },
  setVirtualHeight (state, { statusId, height }) {
    state.allStatusesObject[statusId].virtualHeight = height
  }
}
const statuses = {
  state: defaultState(),
  actions: {
    addNewStatuses ({ rootState, commit, dispatch, state }, { statuses, showImmediately = false, timeline = false, noIdUpdate = false, userId, pagination }) {
      commit('addNewStatuses', { statuses, showImmediately, timeline, noIdUpdate, user: rootState.users.currentUser, userId, pagination })
    },
    fetchStatus ({ rootState, dispatch }, id) {
      return rootState.api.backendInteractor.fetchStatus({ id })
        .then((status) => dispatch('addNewStatuses', { statuses: [status] }))
    },
    fetchStatusSource ({ rootState, dispatch }, status) {
      return apiService.fetchStatusSource({ id: status.id, credentials: rootState.users.currentUser.credentials })
    },
    fetchStatusHistory ({ rootState, dispatch }, status) {
      return apiService.fetchStatusHistory({ status })
    },
    deleteStatus ({ rootState, commit, dispatch }, status) {
      apiService.deleteStatus({ id: status.id, credentials: rootState.users.currentUser.credentials })
        .then((_) => {
          commit('setDeleted', { status })
        })
        .catch((e) => {
          dispatch('pushGlobalNotice', {
            level: 'error',
            messageKey: 'status.delete_error',
            messageArgs: [e.message],
            timeout: 5000
          })
        })
    },
    deleteStatusById ({ rootState, commit }, id) {
      const status = rootState.statuses.allStatusesObject[id]
      commit('setDeleted', { status })
    },
    markStatusesAsDeleted ({ commit }, condition) {
      commit('setManyDeleted', condition)
    },
    favorite ({ rootState, commit }, status) {
      // Optimistic favoriting...
      commit('setFavorited', { status, value: true })
      rootState.api.backendInteractor.favorite({ id: status.id })
        .then(status => commit('setFavoritedConfirm', { status, user: rootState.users.currentUser }))
    },
    unfavorite ({ rootState, commit }, status) {
      // Optimistic unfavoriting...
      commit('setFavorited', { status, value: false })
      rootState.api.backendInteractor.unfavorite({ id: status.id })
        .then(status => commit('setFavoritedConfirm', { status, user: rootState.users.currentUser }))
    },
    fetchPinnedStatuses ({ rootState, dispatch }, userId) {
      rootState.api.backendInteractor.fetchPinnedStatuses({ id: userId })
        .then(statuses => dispatch('addNewStatuses', { statuses, timeline: 'user', userId, showImmediately: true, noIdUpdate: true }))
    },
    pinStatus ({ rootState, dispatch }, statusId) {
      return rootState.api.backendInteractor.pinOwnStatus({ id: statusId })
        .then((status) => dispatch('addNewStatuses', { statuses: [status] }))
    },
    unpinStatus ({ rootState, dispatch }, statusId) {
      rootState.api.backendInteractor.unpinOwnStatus({ id: statusId })
        .then((status) => dispatch('addNewStatuses', { statuses: [status] }))
    },
    muteConversation ({ rootState, commit }, statusId) {
      return rootState.api.backendInteractor.muteConversation({ id: statusId })
        .then((status) => commit('setMutedStatus', status))
    },
    unmuteConversation ({ rootState, commit }, statusId) {
      return rootState.api.backendInteractor.unmuteConversation({ id: statusId })
        .then((status) => commit('setMutedStatus', status))
    },
    retweet ({ rootState, commit }, status) {
      // Optimistic retweeting...
      commit('setRetweeted', { status, value: true })
      rootState.api.backendInteractor.retweet({ id: status.id })
        .then(status => commit('setRetweetedConfirm', { status: status.retweeted_status, user: rootState.users.currentUser }))
    },
    unretweet ({ rootState, commit }, status) {
      // Optimistic unretweeting...
      commit('setRetweeted', { status, value: false })
      rootState.api.backendInteractor.unretweet({ id: status.id })
        .then(status => commit('setRetweetedConfirm', { status, user: rootState.users.currentUser }))
    },
    bookmark ({ rootState, commit }, status) {
      commit('setBookmarked', { status, value: true })
      rootState.api.backendInteractor.bookmarkStatus({ id: status.id, folder_id: status.bookmark_folder_id })
        .then(status => {
          commit('setBookmarkedConfirm', { status })
        })
    },
    unbookmark ({ rootState, commit }, status) {
      commit('setBookmarked', { status, value: false })
      rootState.api.backendInteractor.unbookmarkStatus({ id: status.id })
        .then(status => {
          commit('setBookmarkedConfirm', { status })
        })
    },
    queueFlush ({ rootState, commit }, { timeline, id }) {
      commit('queueFlush', { timeline, id })
    },
    queueFlushAll ({ rootState, commit }) {
      commit('queueFlushAll')
    },
    fetchFavsAndRepeats ({ rootState, commit }, id) {
      Promise.all([
        rootState.api.backendInteractor.fetchFavoritedByUsers({ id }),
        rootState.api.backendInteractor.fetchRebloggedByUsers({ id })
      ]).then(([favoritedByUsers, rebloggedByUsers]) => {
        commit('addFavs', { id, favoritedByUsers, currentUser: rootState.users.currentUser })
        commit('addRepeats', { id, rebloggedByUsers, currentUser: rootState.users.currentUser })
      })
    },
    reactWithEmoji ({ rootState, dispatch, commit }, { id, emoji }) {
      const currentUser = rootState.users.currentUser
      if (!currentUser) return
      commit('addOwnReaction', { id, emoji, currentUser })
      rootState.api.backendInteractor.reactWithEmoji({ id, emoji }).then(
        ok => {
          dispatch('fetchEmojiReactionsBy', id)
        }
      )
    },
    unreactWithEmoji ({ rootState, dispatch, commit }, { id, emoji }) {
      const currentUser = rootState.users.currentUser
      if (!currentUser) return
      commit('removeOwnReaction', { id, emoji, currentUser })
      rootState.api.backendInteractor.unreactWithEmoji({ id, emoji }).then(
        ok => {
          dispatch('fetchEmojiReactionsBy', id)
        }
      )
    },
    fetchEmojiReactionsBy ({ rootState, commit }, id) {
      return rootState.api.backendInteractor.fetchEmojiReactions({ id }).then(
        emojiReactions => {
          commit('addEmojiReactionsBy', { id, emojiReactions, currentUser: rootState.users.currentUser })
        }
      )
    },
    fetchFavs ({ rootState, commit }, id) {
      rootState.api.backendInteractor.fetchFavoritedByUsers({ id })
        .then(favoritedByUsers => commit('addFavs', { id, favoritedByUsers, currentUser: rootState.users.currentUser }))
    },
    fetchRepeats ({ rootState, commit }, id) {
      rootState.api.backendInteractor.fetchRebloggedByUsers({ id })
        .then(rebloggedByUsers => commit('addRepeats', { id, rebloggedByUsers, currentUser: rootState.users.currentUser }))
    },
    search (store, { q, resolve, limit, offset, following, type }) {
      return store.rootState.api.backendInteractor.search2({ q, resolve, limit, offset, following, type })
        .then((data) => {
          store.commit('addNewUsers', data.accounts)
          store.commit('addNewUsers', data.statuses.map(s => s.user).filter(u => u))
          store.commit('addNewStatuses', { statuses: data.statuses })
          return data
        })
    },
    setVirtualHeight ({ commit }, { statusId, height }) {
      commit('setVirtualHeight', { statusId, height })
    }
  },
  mutations
}
export default statuses