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4 Commits

Author SHA1 Message Date
Dave
5b11587380 feature/IO-3478-Mark-Conversation-Unread: Make Notifications more realtime 2025-12-30 14:20:26 -05:00
Dave
9dbe246575 feature/IO-3478-Mark-Conversation-Unread: Finished 2025-12-30 14:08:33 -05:00
Dave
657720cb10 Initial 2025-12-30 13:42:04 -05:00
Dave
2c7b328596 Initial 2025-12-30 13:41:26 -05:00
25 changed files with 959 additions and 1266 deletions

View File

@@ -2,7 +2,6 @@ import { useApolloClient } from "@apollo/client";
import { getToken } from "@firebase/messaging";
import axios from "axios";
import { useEffect } from "react";
import { useTranslation } from "react-i18next";
import { messaging, requestForToken } from "../../firebase/firebase.utils";
import ChatPopupComponent from "../chat-popup/chat-popup.component";
import "./chat-affix.styles.scss";
@@ -10,14 +9,14 @@ import { registerMessagingHandlers, unregisterMessagingHandlers } from "./regist
import { useSocket } from "../../contexts/SocketIO/useSocket.js";
export function ChatAffixContainer({ bodyshop, chatVisible, currentUser }) {
const { t } = useTranslation();
const client = useApolloClient();
const { socket } = useSocket();
// 1) FCM subscription (independent of socket handler registration)
useEffect(() => {
if (!bodyshop?.messagingservicesid) return;
async function SubscribeToTopicForFCMNotification() {
async function subscribeToTopicForFCMNotification() {
try {
await requestForToken();
await axios.post("/notifications/subscribe", {
@@ -32,17 +31,35 @@ export function ChatAffixContainer({ bodyshop, chatVisible, currentUser }) {
}
}
SubscribeToTopicForFCMNotification();
subscribeToTopicForFCMNotification();
}, [bodyshop?.messagingservicesid, bodyshop?.imexshopid]);
// Register WebSocket handlers
if (socket?.connected) {
registerMessagingHandlers({ socket, client, currentUser, bodyshop, t });
// 2) Register socket handlers as soon as socket is connected (regardless of chatVisible)
useEffect(() => {
if (!socket) return;
if (!bodyshop?.messagingservicesid) return;
if (!bodyshop?.id) return;
return () => {
unregisterMessagingHandlers({ socket });
};
// If socket isn't connected yet, ensure no stale handlers remain.
if (!socket.connected) {
unregisterMessagingHandlers({ socket });
return;
}
}, [bodyshop, socket, t, client]);
// Prevent duplicate listeners if this effect runs more than once.
unregisterMessagingHandlers({ socket });
registerMessagingHandlers({
socket,
client,
currentUser,
bodyshop
});
return () => {
unregisterMessagingHandlers({ socket });
};
}, [socket, socket?.connected, bodyshop?.id, bodyshop?.messagingservicesid, client, currentUser?.email]);
if (!bodyshop?.messagingservicesid) return <></>;

View File

@@ -13,68 +13,241 @@ const logLocal = (message, ...args) => {
}
};
// Utility function to enrich conversation data
const enrichConversation = (conversation, isOutbound) => ({
const safeIsoNow = () => new Date().toISOString();
const isSystemMsid = (msid) => typeof msid === "string" && msid.startsWith("SYS_");
const normalizeConversationForList = (raw, { isoutbound, isSystem } = {}) => {
const c = raw || {};
const id = c.id;
return {
__typename: "conversations",
id,
phone_num: c.phone_num ?? null,
updated_at: c.updated_at ?? safeIsoNow(),
unreadcnt: typeof c.unreadcnt === "number" ? c.unreadcnt : 0,
archived: c.archived ?? false,
label: c.label ?? null,
job_conversations: Array.isArray(c.job_conversations)
? c.job_conversations.map((jc) => {
const job = jc?.job || {};
const jobId = jc?.jobid ?? job?.id ?? null;
return {
__typename: "job_conversations",
jobid: jobId,
conversationid: jc?.conversationid ?? id ?? null,
job: {
__typename: "jobs",
id: jobId,
ro_number: job?.ro_number ?? null,
ownr_fn: job?.ownr_fn ?? null,
ownr_ln: job?.ownr_ln ?? null,
ownr_co_nm: job?.ownr_co_nm ?? null
}
};
})
: [],
messages_aggregate: c.messages_aggregate || {
__typename: "messages_aggregate",
aggregate: {
__typename: "messages_aggregate_fields",
count: isoutbound || isSystem ? 0 : 1
}
}
};
};
const CONVERSATION_LIST_ITEM_FRAGMENT = gql`
fragment _ConversationListItem on conversations {
id
phone_num
updated_at
unreadcnt
archived
label
job_conversations {
jobid
conversationid
job {
id
ro_number
ownr_fn
ownr_ln
ownr_co_nm
}
}
messages_aggregate(where: { read: { _eq: false }, isoutbound: { _eq: false }, is_system: { _eq: false } }) {
aggregate {
count
}
}
}
`;
const normalizeMessageForCache = (raw, fallbackConversationId) => {
const m = raw || {};
return {
__typename: "messages",
id: m.id,
conversationid: m.conversationid ?? m.conversation?.id ?? fallbackConversationId,
status: m.status ?? null,
text: m.text ?? "",
is_system: typeof m.is_system === "boolean" ? m.is_system : false,
isoutbound: typeof m.isoutbound === "boolean" ? m.isoutbound : false,
image: typeof m.image === "boolean" ? m.image : false,
image_path: m.image_path ?? null,
userid: m.userid ?? null,
created_at: m.created_at ?? safeIsoNow(),
read: typeof m.read === "boolean" ? m.read : false
};
};
const isConversationDetailsCached = (client, conversationId) => {
try {
return !!client.cache.readQuery({
query: GET_CONVERSATION_DETAILS,
variables: { conversationId }
})?.conversations_by_pk;
} catch {
return false;
}
};
const conversationDetailsCached = (client, conversationId) => {
try {
const res = client.cache.readQuery({
query: GET_CONVERSATION_DETAILS,
variables: { conversationId }
});
return !!res?.conversations_by_pk;
} catch {
return false;
}
};
const messageEntityCached = (client, messageId) => {
const cacheId = client.cache.identify({ __typename: "messages", id: messageId });
if (!cacheId) return false;
try {
client.cache.readFragment({
id: cacheId,
fragment: gql`
fragment _MsgExists on messages {
id
}
`
});
return true;
} catch {
return false;
}
};
const enrichConversation = (conversation, { isoutbound, isSystem }) => ({
...conversation,
updated_at: conversation.updated_at || new Date().toISOString(),
unreadcnt: conversation.unreadcnt || 0,
archived: conversation.archived || false,
label: conversation.label || null,
updated_at: conversation.updated_at || safeIsoNow(),
unreadcnt: typeof conversation.unreadcnt === "number" ? conversation.unreadcnt : 0,
archived: conversation.archived ?? false,
label: conversation.label ?? null,
job_conversations: conversation.job_conversations || [],
messages_aggregate: conversation.messages_aggregate || {
__typename: "messages_aggregate",
aggregate: {
__typename: "messages_aggregate_fields",
count: isOutbound ? 0 : 1
count: isoutbound || isSystem ? 0 : 1
}
},
__typename: "conversations"
});
// Can be uncommonted to test the playback of the notification sound
// window.testTone = () => {
// const notificationSound = new Audio(newMessageSound);
// notificationSound.play().catch((error) => {
// console.error("Error playing notification sound:", error);
// });
// };
const upsertConversationIntoOffsetZeroList = (client, conversationObj, { isoutbound, isSystem } = {}) => {
const normalized = normalizeConversationForList(conversationObj, { isoutbound, isSystem });
if (!normalized?.id) return;
const convCacheId = client.cache.identify(normalized);
if (!convCacheId) return;
client.cache.writeFragment({
id: convCacheId,
fragment: CONVERSATION_LIST_ITEM_FRAGMENT,
data: normalized
});
client.cache.modify({
id: "ROOT_QUERY",
fields: {
conversations(existing = [], { args, readField }) {
if (!args || args.offset !== 0) return existing;
const archivedEq = args?.where?.archived?._eq;
if (archivedEq === true) return existing;
const without = existing.filter((c) => readField("id", c) !== normalized.id);
return [{ __ref: convCacheId }, ...without];
}
}
});
};
export const registerMessagingHandlers = ({ socket, client, currentUser, bodyshop }) => {
if (!(socket && client)) return;
const handleNewMessageSummary = async (message) => {
const { conversationId, newConversation, existingConversation, isoutbound } = message;
// Coalesce unread refetches (avoid spamming during bursts)
let unreadRefetchInFlight = null;
const refetchUnreadCount = () => {
if (unreadRefetchInFlight) return;
// True only when DB value is strictly true; falls back to true on cache miss
const isNewMessageSoundEnabled = (client) => {
unreadRefetchInFlight = client
.refetchQueries({
include: ["UNREAD_CONVERSATION_COUNT"]
})
.catch(() => {
// best-effort
})
.finally(() => {
unreadRefetchInFlight = null;
});
};
const handleNewMessageSummary = async (message) => {
const { conversationId, newConversation, existingConversation, isoutbound, msid, updated_at } = message;
const isSystem = isSystemMsid(msid);
const isNewMessageSoundEnabled = (clientInstance) => {
try {
const email = currentUser?.email;
if (!email) return true; // default allow if we can't resolve user
const res = client.readQuery({
if (!email) return true;
const res = clientInstance.readQuery({
query: QUERY_ACTIVE_ASSOCIATION_SOUND,
variables: { email }
});
const flag = res?.associations?.[0]?.new_message_sound;
return flag === true; // strictly true => enabled
return flag === true;
} catch {
// If the query hasn't been seeded in cache yet, default ON
return true;
}
};
logLocal("handleNewMessageSummary - Start", { message, isNew: !existingConversation });
const queryVariables = { offset: 0 };
if (!isoutbound) {
// Play notification sound for new inbound message (scoped to bodyshop)
if (isLeaderTab(bodyshop.id) && isNewMessageSoundEnabled(client)) {
playNewMessageSound(bodyshop.id);
}
// Real-time badge update for affix (best-effort, coalesced)
if (!isSystem) {
refetchUnreadCount();
}
}
if (!existingConversation && conversationId) {
// Attempt to read from the cache to determine if this is actually a new conversation
try {
const cachedConversation = client.cache.readFragment({
id: client.cache.identify({ __typename: "conversations", id: conversationId }),
@@ -86,75 +259,54 @@ export const registerMessagingHandlers = ({ socket, client, currentUser, bodysho
});
if (cachedConversation) {
logLocal("handleNewMessageSummary - Existing Conversation inferred from cache", {
conversationId
});
return handleNewMessageSummary({
...message,
existingConversation: true
});
logLocal("handleNewMessageSummary - Existing Conversation inferred from cache", { conversationId });
return handleNewMessageSummary({ ...message, existingConversation: true });
}
} catch {
logLocal("handleNewMessageSummary - Cache miss", { conversationId });
// Cache miss is normal
}
}
// Handle new conversation
if (!existingConversation && newConversation?.phone_num) {
logLocal("handleNewMessageSummary - New Conversation", newConversation);
try {
const queryResults = client.cache.readQuery({
query: CONVERSATION_LIST_QUERY,
variables: queryVariables
});
const existingConversations = queryResults?.conversations || [];
const enrichedConversation = enrichConversation(newConversation, isoutbound);
if (!existingConversations.some((conv) => conv.id === enrichedConversation.id)) {
client.cache.modify({
id: "ROOT_QUERY",
fields: {
conversations(existingConversations = []) {
return [enrichedConversation, ...existingConversations];
}
}
});
}
upsertConversationIntoOffsetZeroList(client, newConversation, { isoutbound, isSystem });
} catch (error) {
console.error("Error updating cache for new conversation:", error);
}
return;
}
// Handle existing conversation
if (existingConversation) {
if (existingConversation && conversationId) {
try {
client.cache.modify({
id: client.cache.identify({ __typename: "conversations", id: conversationId }),
fields: {
updated_at: () => new Date().toISOString(),
updated_at: () => updated_at || safeIsoNow(),
archived: () => false,
messages_aggregate(cached = { aggregate: { count: 0 } }) {
const currentCount = cached.aggregate?.count || 0;
if (!isoutbound) {
return {
__typename: "messages_aggregate",
aggregate: {
__typename: "messages_aggregate_fields",
count: currentCount + 1
}
};
}
return cached;
messages_aggregate(cached = null) {
if (isoutbound || isSystem) return cached;
const currentCount = cached?.aggregate?.count ?? 0;
return {
__typename: "messages_aggregate",
aggregate: {
__typename: "messages_aggregate_fields",
count: currentCount + 1
}
};
},
unreadcnt(cached) {
if (isoutbound || isSystem) return cached;
const n = typeof cached === "number" ? cached : 0;
return n + 1;
}
}
});
} catch (error) {
console.error("Error updating cache for existing conversation:", error);
}
return;
}
@@ -166,88 +318,78 @@ export const registerMessagingHandlers = ({ socket, client, currentUser, bodysho
logLocal("handleNewMessageDetailed - Start", message);
try {
// Check if the conversation exists in the cache
const queryResults = client.cache.readQuery({
query: GET_CONVERSATION_DETAILS,
variables: { conversationId }
});
if (!conversationId || !isConversationDetailsCached(client, conversationId)) return;
if (!queryResults?.conversations_by_pk) {
console.warn("Conversation not found in cache:", { conversationId });
try {
const normalized = normalizeMessageForCache(newMessage, conversationId);
const messageCacheId = client.cache.identify(normalized);
if (!messageCacheId) {
console.warn("handleNewMessageDetailed - Could not identify message for cache", {
conversationId,
newMessageId: newMessage?.id
});
return;
}
// Append the new message to the conversation's message list using cache.modify
client.cache.writeFragment({
id: messageCacheId,
fragment: gql`
fragment _IncomingMessage on messages {
id
conversationid
status
text
is_system
isoutbound
image
image_path
userid
created_at
read
}
`,
data: normalized
});
client.cache.modify({
id: client.cache.identify({ __typename: "conversations", id: conversationId }),
fields: {
messages(existingMessages = []) {
return [...existingMessages, newMessage];
messages(existing = [], { readField }) {
const already = existing.some((ref) => readField("id", ref) === normalized.id);
if (already) return existing;
return [...existing, { __ref: messageCacheId }];
},
updated_at() {
return normalized.created_at || safeIsoNow();
}
}
});
logLocal("handleNewMessageDetailed - Message appended successfully", {
conversationId,
newMessage
});
logLocal("handleNewMessageDetailed - Message appended successfully", { conversationId });
} catch (error) {
console.error("Error updating conversation messages in cache:", error);
}
};
const handleMessageChanged = (message) => {
if (!message) {
logLocal("handleMessageChanged - No message provided", message);
return;
}
if (!message?.id) return;
logLocal("handleMessageChanged - Start", message);
if (!messageEntityCached(client, message.id)) return;
try {
const msgCacheId = client.cache.identify({ __typename: "messages", id: message.id });
client.cache.modify({
id: client.cache.identify({ __typename: "conversations", id: message.conversationid }),
id: msgCacheId,
fields: {
messages(existingMessages = [], { readField }) {
return existingMessages.map((messageRef) => {
// Check if this is the message to update
if (readField("id", messageRef) === message.id) {
const currentStatus = readField("status", messageRef);
// Handle known types of message changes
switch (message.type) {
case "status-changed":
// Prevent overwriting if the current status is already "delivered"
if (currentStatus === "delivered") {
logLocal("handleMessageChanged - Status already delivered, skipping update", {
messageId: message.id
});
return messageRef;
}
// Update the status field
return {
...messageRef,
status: message.status
};
case "text-updated":
// Handle changes to the message text
return {
...messageRef,
text: message.text
};
default:
// Log a warning for unhandled message types
logLocal("handleMessageChanged - Unhandled message type", { type: message.type });
return messageRef;
}
}
return messageRef;
});
status(existing) {
return message.type === "status-changed" ? (message.status ?? existing) : existing;
},
text(existing) {
return message.type === "text-updated" ? (message.text ?? existing) : existing;
}
}
});
@@ -262,149 +404,140 @@ export const registerMessagingHandlers = ({ socket, client, currentUser, bodysho
};
const handleConversationChanged = async (data) => {
if (!data) {
logLocal("handleConversationChanged - No data provided", data);
return;
}
if (!data?.conversationId) return;
const {
conversationId,
type,
job_conversations,
messageIds,
messageIdsMarkedRead,
lastUnreadMessageId,
unreadCount,
...fields
} = data;
const { conversationId, type, job_conversations, messageIds, ...fields } = data;
logLocal("handleConversationChanged - Start", data);
const updatedAt = new Date().toISOString();
const updatedAt = safeIsoNow();
const detailsCached = conversationDetailsCached(client, conversationId);
const updateConversationList = (newConversation) => {
try {
const existingList = client.cache.readQuery({
query: CONVERSATION_LIST_QUERY,
variables: { offset: 0 }
});
const updatedList = existingList?.conversations
? [newConversation, ...existingList.conversations.filter((conv) => conv.id !== newConversation.id)]
: [newConversation]; // Prevent duplicates
client.cache.writeQuery({
query: CONVERSATION_LIST_QUERY,
variables: { offset: 0 },
data: {
conversations: updatedList
}
});
logLocal("handleConversationChanged - Conversation list updated successfully", newConversation);
} catch (error) {
console.error("Error updating conversation list in the cache:", error);
}
};
// Handle specific types
try {
switch (type) {
case "conversation-marked-read":
if (conversationId && messageIds?.length > 0) {
client.cache.modify({
id: client.cache.identify({ __typename: "conversations", id: conversationId }),
fields: {
messages(existingMessages = [], { readField }) {
return existingMessages.map((message) => {
if (messageIds.includes(readField("id", message))) {
return { ...message, read: true };
}
return message;
});
},
messages_aggregate: () => ({
__typename: "messages_aggregate",
aggregate: { __typename: "messages_aggregate_fields", count: 0 }
})
}
case "conversation-marked-read": {
refetchUnreadCount();
if (detailsCached && Array.isArray(messageIds)) {
messageIds.forEach((id) => {
if (!messageEntityCached(client, id)) return;
client.cache.modify({
id: client.cache.identify({ __typename: "messages", id }),
fields: { read: () => true }
});
});
}
break;
case "conversation-created":
updateConversationList({ ...fields, job_conversations, updated_at: updatedAt });
client.cache.modify({
id: client.cache.identify({ __typename: "conversations", id: conversationId }),
fields: {
messages_aggregate: () => ({
__typename: "messages_aggregate",
aggregate: { __typename: "messages_aggregate_fields", count: 0 }
}),
unreadcnt: () => 0,
updated_at: () => updatedAt
}
});
break;
}
case "conversation-marked-unread": {
refetchUnreadCount();
const safeUnreadCount = typeof unreadCount === "number" ? unreadCount : 1;
const idsMarkedRead = Array.isArray(messageIdsMarkedRead) ? messageIdsMarkedRead : [];
if (detailsCached) {
idsMarkedRead.forEach((id) => {
if (!messageEntityCached(client, id)) return;
client.cache.modify({
id: client.cache.identify({ __typename: "messages", id }),
fields: { read: () => true }
});
});
if (lastUnreadMessageId && messageEntityCached(client, lastUnreadMessageId)) {
client.cache.modify({
id: client.cache.identify({ __typename: "messages", id: lastUnreadMessageId }),
fields: { read: () => false }
});
}
}
client.cache.modify({
id: client.cache.identify({ __typename: "conversations", id: conversationId }),
fields: {
updated_at: () => updatedAt,
messages_aggregate: () => ({
__typename: "messages_aggregate",
aggregate: {
__typename: "messages_aggregate_fields",
count: safeUnreadCount
}
}),
unreadcnt: () => safeUnreadCount
}
});
break;
}
case "conversation-created": {
// New conversation likely implies new unread inbound message(s)
refetchUnreadCount();
const conv = enrichConversation(
{ id: conversationId, job_conversations, ...fields, updated_at: updatedAt },
{ isoutbound: false, isSystem: false }
);
upsertConversationIntoOffsetZeroList(client, conv);
break;
}
case "conversation-unarchived":
case "conversation-archived":
try {
const listQueryVariables = { offset: 0 };
const detailsQueryVariables = { conversationId };
case "conversation-archived": {
// Keep unread badge correct even if archiving affects counts
refetchUnreadCount();
// Check if conversation details exist in the cache
const detailsExist = !!client.cache.readQuery({
query: GET_CONVERSATION_DETAILS,
variables: detailsQueryVariables
});
// Refetch conversation list
await client.refetchQueries({
include: [CONVERSATION_LIST_QUERY, ...(detailsExist ? [GET_CONVERSATION_DETAILS] : [])],
variables: [
{ query: CONVERSATION_LIST_QUERY, variables: listQueryVariables },
...(detailsExist
? [
{
query: GET_CONVERSATION_DETAILS,
variables: detailsQueryVariables
}
]
: [])
]
});
logLocal("handleConversationChanged - Refetched queries after state change", {
conversationId,
type
});
} catch (error) {
console.error("Error refetching queries after conversation state change:", error);
}
await client.refetchQueries({
include: [CONVERSATION_LIST_QUERY, GET_CONVERSATION_DETAILS]
});
break;
}
case "tag-added": {
// Ensure `job_conversations` is properly formatted
const formattedJobConversations = job_conversations.map((jc) => ({
const formattedJobConversations = (job_conversations || []).map((jc) => ({
__typename: "job_conversations",
jobid: jc.jobid || jc.job?.id,
conversationid: conversationId,
job: jc.job || {
job: {
__typename: "jobs",
id: data.selectedJob.id,
ro_number: data.selectedJob.ro_number,
ownr_co_nm: data.selectedJob.ownr_co_nm,
ownr_fn: data.selectedJob.ownr_fn,
ownr_ln: data.selectedJob.ownr_ln
id: jc.job?.id,
ro_number: jc.job?.ro_number,
ownr_co_nm: jc.job?.ownr_co_nm,
ownr_fn: jc.job?.ownr_fn,
ownr_ln: jc.job?.ownr_ln
}
}));
client.cache.modify({
id: client.cache.identify({ __typename: "conversations", id: conversationId }),
fields: {
job_conversations: (existing = []) => {
// Ensure no duplicates based on both `conversationid` and `jobid`
const existingLinks = new Set(
existing.map((jc) => {
const jobId = client.cache.readFragment({
id: client.cache.identify(jc),
fragment: gql`
fragment JobConversationLinkAdded on job_conversations {
jobid
conversationid
}
`
})?.jobid;
return `${jobId}:${conversationId}`; // Unique identifier for a job-conversation link
})
);
const newItems = formattedJobConversations.filter((jc) => {
const uniqueLink = `${jc.jobid}:${jc.conversationid}`;
return !existingLinks.has(uniqueLink);
});
return [...existing, ...newItems];
job_conversations(existing = [], { readField }) {
const seen = new Set(existing.map((x) => readField("jobid", x)).filter(Boolean));
const incoming = formattedJobConversations.filter((x) => x.jobid && !seen.has(x.jobid));
return [...existing, ...incoming];
}
}
});
@@ -412,46 +545,31 @@ export const registerMessagingHandlers = ({ socket, client, currentUser, bodysho
break;
}
case "tag-removed":
try {
const conversationCacheId = client.cache.identify({ __typename: "conversations", id: conversationId });
// Evict the specific cache entry for job_conversations
client.cache.evict({
id: conversationCacheId,
fieldName: "job_conversations"
});
// Garbage collect evicted entries
client.cache.gc();
logLocal("handleConversationChanged - tag removed - Refetched conversation list after state change", {
conversationId,
type
});
} catch (error) {
console.error("Error refetching queries after conversation state change: (Tag Removed)", error);
}
case "tag-removed": {
const conversationCacheId = client.cache.identify({ __typename: "conversations", id: conversationId });
client.cache.evict({
id: conversationCacheId,
fieldName: "job_conversations"
});
client.cache.gc();
break;
}
default:
logLocal("handleConversationChanged - Unhandled type", { type });
default: {
client.cache.modify({
id: client.cache.identify({ __typename: "conversations", id: conversationId }),
fields: {
...Object.fromEntries(
Object.entries(fields).map(([key, value]) => [key, (cached) => (value !== undefined ? value : cached)])
)
}
fields: Object.fromEntries(
Object.entries(fields).map(([key, value]) => [key, (cached) => (value !== undefined ? value : cached)])
)
});
}
}
} catch (error) {
console.error("Error handling conversation changes:", { type, error });
}
};
// Existing handler for phone number opt-out
const handlePhoneNumberOptedOut = async (data) => {
const { bodyshopid, phone_number } = data;
logLocal("handlePhoneNumberOptedOut - Start", data);
@@ -461,22 +579,18 @@ export const registerMessagingHandlers = ({ socket, client, currentUser, bodysho
id: "ROOT_QUERY",
fields: {
phone_number_opt_out(existing = [], { readField }) {
const phoneNumberExists = existing.some(
const exists = existing.some(
(ref) => readField("phone_number", ref) === phone_number && readField("bodyshopid", ref) === bodyshopid
);
if (phoneNumberExists) {
logLocal("handlePhoneNumberOptedOut - Phone number already in cache", { phone_number, bodyshopid });
return existing;
}
if (exists) return existing;
const newOptOut = {
__typename: "phone_number_opt_out",
id: `temporary-${phone_number}-${Date.now()}`,
bodyshopid,
phone_number,
created_at: new Date().toISOString(),
updated_at: new Date().toISOString()
created_at: safeIsoNow(),
updated_at: safeIsoNow()
};
return [...existing, newOptOut];
@@ -491,46 +605,36 @@ export const registerMessagingHandlers = ({ socket, client, currentUser, bodysho
args: { bodyshopid, search: phone_number }
});
client.cache.gc();
logLocal("handlePhoneNumberOptedOut - Cache updated successfully", data);
} catch (error) {
console.error("Error updating cache for phone number opt-out:", error);
logLocal("handlePhoneNumberOptedOut - Error", { error: error.message });
}
};
// New handler for phone number opt-in
const handlePhoneNumberOptedIn = async (data) => {
const { bodyshopid, phone_number } = data;
logLocal("handlePhoneNumberOptedIn - Start", data);
try {
// Update the Apollo cache for GET_PHONE_NUMBER_OPT_OUTS by removing the phone number
client.cache.modify({
id: "ROOT_QUERY",
fields: {
phone_number_opt_out(existing = [], { readField }) {
// Filter out the phone number from the opt-out list
return existing.filter(
(ref) => !(readField("phone_number", ref) === phone_number && readField("bodyshopid", ref) === bodyshopid)
);
}
},
broadcast: true // Trigger UI updates
broadcast: true
});
// Evict the cache entry to force a refetch on next query
client.cache.evict({
id: "ROOT_QUERY",
fieldName: "phone_number_opt_out",
args: { bodyshopid, search: phone_number }
});
client.cache.gc();
logLocal("handlePhoneNumberOptedIn - Cache updated successfully", data);
} catch (error) {
console.error("Error updating cache for phone number opt-in:", error);
logLocal("handlePhoneNumberOptedIn - Error", { error: error.message });
}
};

View File

@@ -12,7 +12,7 @@ import _ from "lodash";
import { ExclamationCircleOutlined } from "@ant-design/icons";
import "./chat-conversation-list.styles.scss";
import { useQuery } from "@apollo/client";
import { GET_PHONE_NUMBER_OPT_OUTS } from "../../graphql/phone-number-opt-out.queries.js";
import { GET_PHONE_NUMBER_OPT_OUTS_BY_NUMBERS } from "../../graphql/phone-number-opt-out.queries.js";
import { phone } from "phone";
import { useTranslation } from "react-i18next";
import { selectBodyshop } from "../../redux/user/user.selectors";
@@ -29,13 +29,26 @@ const mapDispatchToProps = (dispatch) => ({
function ChatConversationListComponent({ conversationList, selectedConversation, setSelectedConversation, bodyshop }) {
const { t } = useTranslation();
const [, forceUpdate] = useState(false);
const phoneNumbers = conversationList.map((item) => phone(item.phone_num, "CA").phoneNumber.replace(/^\+1/, ""));
const { data: optOutData } = useQuery(GET_PHONE_NUMBER_OPT_OUTS, {
const phoneNumbers = useMemo(() => {
return (conversationList || [])
.map((item) => {
try {
const p = phone(item.phone_num, "CA")?.phoneNumber;
return p ? p.replace(/^\+1/, "") : null;
} catch {
return null;
}
})
.filter(Boolean);
}, [conversationList]);
const { data: optOutData } = useQuery(GET_PHONE_NUMBER_OPT_OUTS_BY_NUMBERS, {
variables: {
bodyshopid: bodyshop.id,
bodyshopid: bodyshop?.id,
phone_numbers: phoneNumbers
},
skip: !conversationList.length,
skip: !bodyshop?.id || phoneNumbers.length === 0,
fetchPolicy: "cache-and-network"
});
@@ -58,15 +71,25 @@ function ChatConversationListComponent({ conversationList, selectedConversation,
return _.orderBy(conversationList, ["updated_at"], ["desc"]);
}, [conversationList]);
const renderConversation = (index, t) => {
const renderConversation = (index) => {
const item = sortedConversationList[index];
const normalizedPhone = phone(item.phone_num, "CA").phoneNumber.replace(/^\+1/, "");
const hasOptOutEntry = optOutMap.has(normalizedPhone);
const normalizedPhone = (() => {
try {
return phone(item.phone_num, "CA")?.phoneNumber?.replace(/^\+1/, "") || "";
} catch {
return "";
}
})();
const hasOptOutEntry = normalizedPhone ? optOutMap.has(normalizedPhone) : false;
const cardContentRight = <TimeAgoFormatter>{item.updated_at}</TimeAgoFormatter>;
const cardContentLeft =
item.job_conversations.length > 0
? item.job_conversations.map((j, idx) => <Tag key={idx}>{j.job.ro_number}</Tag>)
: null;
const names = <>{_.uniq(item.job_conversations.map((j) => OwnerNameDisplayFunction(j.job)))}</>;
const cardTitle = (
<>
@@ -80,9 +103,10 @@ function ChatConversationListComponent({ conversationList, selectedConversation,
)}
</>
);
const cardExtra = (
<>
<Badge count={item.messages_aggregate.aggregate.count} />
<Badge count={item.messages_aggregate?.aggregate?.count || 0} />
{hasOptOutEntry && (
<Tooltip title={t("consent.text_body")}>
<Tag color="red" icon={<ExclamationCircleOutlined />}>
@@ -92,6 +116,7 @@ function ChatConversationListComponent({ conversationList, selectedConversation,
)}
</>
);
const getCardStyle = () =>
item.id === selectedConversation
? { backgroundColor: "var(--card-selected-bg)" }
@@ -104,24 +129,8 @@ function ChatConversationListComponent({ conversationList, selectedConversation,
className={`chat-list-item ${item.id === selectedConversation ? "chat-list-selected-conversation" : ""}`}
>
<Card style={getCardStyle()} variant={true} size="small" extra={cardExtra} title={cardTitle}>
<div
style={{
display: "inline-block",
width: "70%",
textAlign: "left"
}}
>
{cardContentLeft}
</div>
<div
style={{
display: "inline-block",
width: "30%",
textAlign: "right"
}}
>
{cardContentRight}
</div>
<div style={{ display: "inline-block", width: "70%", textAlign: "left" }}>{cardContentLeft}</div>
<div style={{ display: "inline-block", width: "30%", textAlign: "right" }}>{cardContentRight}</div>
</Card>
</List.Item>
);
@@ -131,7 +140,7 @@ function ChatConversationListComponent({ conversationList, selectedConversation,
<div className="chat-list-container">
<Virtuoso
data={sortedConversationList}
itemContent={(index) => renderConversation(index, t)}
itemContent={(index) => renderConversation(index)}
style={{ height: "100%", width: "100%" }}
/>
</div>

View File

@@ -5,24 +5,24 @@ import ChatConversationTitleTags from "../chat-conversation-title-tags/chat-conv
import ChatLabelComponent from "../chat-label/chat-label.component";
import ChatPrintButton from "../chat-print-button/chat-print-button.component";
import ChatTagRoContainer from "../chat-tag-ro/chat-tag-ro.container";
import { createStructuredSelector } from "reselect";
import { connect } from "react-redux";
import ChatMarkUnreadButton from "../chat-mark-unread-button/chat-mark-unread-button.component";
const mapStateToProps = createStructuredSelector({});
const mapDispatchToProps = () => ({});
export function ChatConversationTitle({ conversation }) {
export function ChatConversationTitle({ conversation, onMarkUnread, markUnreadDisabled, markUnreadLoading }) {
return (
<Space className="chat-title" wrap>
<PhoneNumberFormatter>{conversation?.phone_num}</PhoneNumberFormatter>
<ChatLabelComponent conversation={conversation} />
<ChatPrintButton conversation={conversation} />
<ChatConversationTitleTags jobConversations={conversation?.job_conversations || []} />
<ChatTagRoContainer conversation={conversation || []} />
<ChatMarkUnreadButton disabled={markUnreadDisabled} loading={markUnreadLoading} onMarkUnread={onMarkUnread} />
<ChatArchiveButton conversation={conversation} />
</Space>
);
}
export default connect(mapStateToProps, mapDispatchToProps)(ChatConversationTitle);
export default ChatConversationTitle;

View File

@@ -19,7 +19,9 @@ export function ChatConversationComponent({
conversation,
messages,
handleMarkConversationAsRead,
bodyshop
handleMarkLastMessageAsUnread,
markingAsUnreadInProgress,
canMarkUnread
}) {
const [loading, error] = subState;
@@ -33,7 +35,12 @@ export function ChatConversationComponent({
onMouseDown={handleMarkConversationAsRead}
onKeyDown={handleMarkConversationAsRead}
>
<ChatConversationTitle conversation={conversation} bodyshop={bodyshop} />
<ChatConversationTitle
conversation={conversation}
onMarkUnread={handleMarkLastMessageAsUnread}
markUnreadDisabled={!canMarkUnread}
markUnreadLoading={markingAsUnreadInProgress}
/>
<ChatMessageListComponent messages={messages} />
<ChatSendMessage conversation={conversation} />
</div>

View File

@@ -1,6 +1,6 @@
import { gql, useApolloClient, useQuery, useSubscription } from "@apollo/client";
import axios from "axios";
import { useCallback, useEffect, useState } from "react";
import { useCallback, useEffect, useMemo, useState } from "react";
import { connect } from "react-redux";
import { createStructuredSelector } from "reselect";
import { CONVERSATION_SUBSCRIPTION_BY_PK, GET_CONVERSATION_DETAILS } from "../../graphql/conversations.queries";
@@ -18,8 +18,8 @@ function ChatConversationContainer({ bodyshop, selectedConversation }) {
const client = useApolloClient();
const { socket } = useSocket();
const [markingAsReadInProgress, setMarkingAsReadInProgress] = useState(false);
const [markingAsUnreadInProgress, setMarkingAsUnreadInProgress] = useState(false);
// Fetch conversation details
const {
loading: convoLoading,
error: convoError,
@@ -27,24 +27,23 @@ function ChatConversationContainer({ bodyshop, selectedConversation }) {
} = useQuery(GET_CONVERSATION_DETAILS, {
variables: { conversationId: selectedConversation },
fetchPolicy: "network-only",
nextFetchPolicy: "network-only"
nextFetchPolicy: "network-only",
skip: !selectedConversation
});
// Subscription for conversation updates
const conversation = convoData?.conversations_by_pk;
// Subscription for conversation updates (used when socket is NOT connected)
useSubscription(CONVERSATION_SUBSCRIPTION_BY_PK, {
skip: socket?.connected,
skip: socket?.connected || !selectedConversation,
variables: { conversationId: selectedConversation },
onData: ({ data: subscriptionResult, client }) => {
// Extract the messages array from the result
const messages = subscriptionResult?.data?.messages;
if (!messages || messages.length === 0) {
console.warn("No messages found in subscription result.");
return;
}
if (!messages || messages.length === 0) return;
messages.forEach((message) => {
const messageRef = client.cache.identify(message);
// Write the new message to the cache
client.cache.writeFragment({
id: messageRef,
fragment: gql`
@@ -64,7 +63,6 @@ function ChatConversationContainer({ bodyshop, selectedConversation }) {
data: message
});
// Update the conversation cache to include the new message
client.cache.modify({
id: client.cache.identify({ __typename: "conversations", id: selectedConversation }),
fields: {
@@ -82,6 +80,28 @@ function ChatConversationContainer({ bodyshop, selectedConversation }) {
}
});
/**
* Best-effort badge update:
* This assumes your list query uses messages_aggregate.aggregate.count as UNREAD inbound count.
* If its total messages, rename/create a dedicated unread aggregate in the list query and update that field instead.
*/
const setConversationUnreadCountBestEffort = useCallback(
(conversationId, unreadCount) => {
if (!conversationId) return;
client.cache.modify({
id: client.cache.identify({ __typename: "conversations", id: conversationId }),
fields: {
messages_aggregate(existing) {
if (!existing?.aggregate) return existing;
return { ...existing, aggregate: { ...existing.aggregate, count: unreadCount } };
}
}
});
},
[client.cache]
);
const updateCacheWithReadMessages = useCallback(
(conversationId, messageIds) => {
if (!conversationId || !messageIds?.length) return;
@@ -89,13 +109,34 @@ function ChatConversationContainer({ bodyshop, selectedConversation }) {
messageIds.forEach((messageId) => {
client.cache.modify({
id: client.cache.identify({ __typename: "messages", id: messageId }),
fields: {
read: () => true
}
fields: { read: () => true }
});
});
setConversationUnreadCountBestEffort(conversationId, 0);
},
[client.cache]
[client.cache, setConversationUnreadCountBestEffort]
);
const applyUnreadStateWithMaxOneUnread = useCallback(
({ conversationId, lastUnreadMessageId, messageIdsMarkedRead = [], unreadCount = 1 }) => {
if (!conversationId || !lastUnreadMessageId) return;
messageIdsMarkedRead.forEach((id) => {
client.cache.modify({
id: client.cache.identify({ __typename: "messages", id }),
fields: { read: () => true }
});
});
client.cache.modify({
id: client.cache.identify({ __typename: "messages", id: lastUnreadMessageId }),
fields: { read: () => false }
});
setConversationUnreadCountBestEffort(conversationId, unreadCount);
},
[client.cache, setConversationUnreadCountBestEffort]
);
// WebSocket event handlers
@@ -103,20 +144,25 @@ function ChatConversationContainer({ bodyshop, selectedConversation }) {
if (!socket?.connected) return;
const handleConversationChange = (data) => {
if (data.type === "conversation-marked-read") {
const { conversationId, messageIds } = data;
updateCacheWithReadMessages(conversationId, messageIds);
if (data?.type === "conversation-marked-read") {
updateCacheWithReadMessages(data.conversationId, data.messageIds);
}
if (data?.type === "conversation-marked-unread") {
applyUnreadStateWithMaxOneUnread({
conversationId: data.conversationId,
lastUnreadMessageId: data.lastUnreadMessageId,
messageIdsMarkedRead: data.messageIdsMarkedRead,
unreadCount: data.unreadCount
});
}
};
socket.on("conversation-changed", handleConversationChange);
return () => socket.off("conversation-changed", handleConversationChange);
}, [socket, updateCacheWithReadMessages, applyUnreadStateWithMaxOneUnread]);
return () => {
socket.off("conversation-changed", handleConversationChange);
};
}, [socket, updateCacheWithReadMessages]);
// Join and leave conversation via WebSocket
// Join/leave conversation via WebSocket
useEffect(() => {
if (!socket?.connected || !selectedConversation || !bodyshop?.id) return;
@@ -133,15 +179,21 @@ function ChatConversationContainer({ bodyshop, selectedConversation }) {
};
}, [socket, bodyshop, selectedConversation]);
// Mark conversation as read
const handleMarkConversationAsRead = async () => {
if (!convoData || markingAsReadInProgress) return;
const inboundNonSystemMessages = useMemo(() => {
const msgs = conversation?.messages || [];
return msgs
.filter((m) => m && !m.isoutbound && !m.is_system)
.slice()
.sort((a, b) => new Date(a.created_at).getTime() - new Date(b.created_at).getTime());
}, [conversation?.messages]);
const conversation = convoData.conversations_by_pk;
if (!conversation) return;
const canMarkUnread = inboundNonSystemMessages.length > 0;
const handleMarkConversationAsRead = async () => {
if (!conversation || markingAsReadInProgress) return;
const unreadMessageIds = conversation.messages
?.filter((message) => !message.read && !message.isoutbound)
?.filter((message) => !message.read && !message.isoutbound && !message.is_system)
.map((message) => message.id);
if (unreadMessageIds?.length > 0) {
@@ -162,12 +214,48 @@ function ChatConversationContainer({ bodyshop, selectedConversation }) {
}
};
const handleMarkLastMessageAsUnread = async () => {
if (!conversation || markingAsUnreadInProgress) return;
if (!bodyshop?.id || !bodyshop?.imexshopid) return;
const lastInbound = inboundNonSystemMessages[inboundNonSystemMessages.length - 1];
if (!lastInbound?.id) return;
setMarkingAsUnreadInProgress(true);
try {
const res = await axios.post("/sms/markLastMessageUnread", {
conversationId: conversation.id,
imexshopid: bodyshop.imexshopid,
bodyshopid: bodyshop.id
});
const payload = res?.data || {};
if (payload.lastUnreadMessageId) {
applyUnreadStateWithMaxOneUnread({
conversationId: conversation.id,
lastUnreadMessageId: payload.lastUnreadMessageId,
messageIdsMarkedRead: payload.messageIdsMarkedRead || [],
unreadCount: typeof payload.unreadCount === "number" ? payload.unreadCount : 1
});
} else {
setConversationUnreadCountBestEffort(conversation.id, 0);
}
} catch (error) {
console.error("Error marking last message unread:", error.message);
} finally {
setMarkingAsUnreadInProgress(false);
}
};
return (
<ChatConversationComponent
subState={[convoLoading, convoError]}
conversation={convoData?.conversations_by_pk || {}}
messages={convoData?.conversations_by_pk?.messages || []}
conversation={conversation || {}}
messages={conversation?.messages || []}
handleMarkConversationAsRead={handleMarkConversationAsRead}
handleMarkLastMessageAsUnread={handleMarkLastMessageAsUnread}
markingAsUnreadInProgress={markingAsUnreadInProgress}
canMarkUnread={canMarkUnread}
/>
);
}

View File

@@ -0,0 +1,24 @@
import { Button, Tooltip } from "antd";
import { useTranslation } from "react-i18next";
export default function ChatMarkUnreadButton({ disabled, loading, onMarkUnread }) {
const { t } = useTranslation();
return (
<Tooltip title={t("messaging.labels.mark_unread")}>
<Button
size="small"
className="unread-button"
type="primary"
children={t("messaging.labels.mark_unread")}
loading={loading}
disabled={disabled}
onMouseDown={(e) => e.stopPropagation()} // prevent parent mark-read handler
onClick={(e) => {
e.stopPropagation();
onMarkUnread?.();
}}
/>
</Tooltip>
);
}

View File

@@ -10,6 +10,11 @@
border-radius: 4px;
}
.unread-button {
height: 20px;
border-radius: 4px;
}
.chat-title {
margin-bottom: 5px;
}

View File

@@ -132,7 +132,7 @@ const NotificationSettingsForm = ({ currentUser, bodyshop }) => {
dataIndex: "scenarioLabel",
key: "scenario",
render: (_, record) => t(`notifications.scenarios.${record.key}`),
width: "80%"
width: "90%"
},
{
title: <ColumnHeaderCheckbox channel="app" form={form} onHeaderChange={() => setIsDirty(true)} />,
@@ -156,23 +156,20 @@ const NotificationSettingsForm = ({ currentUser, bodyshop }) => {
</Form.Item>
)
}
// TODO: Disabled for now until FCM is implemented.
// {
// title: <ColumnHeaderCheckbox channel="fcm" form={form} disabled onHeaderChange={() => setIsDirty(true)} />,
// dataIndex: "fcm",
// key: "fcm",
// align: "center",
// render: (_, record) => (
// <Form.Item name={[record.key, "fcm"]} valuePropName="checked" noStyle>
// <Checkbox disabled />
// </Form.Item>
// )
// }
];
// Currently disabled for prod
if (!import.meta.env.PROD) {
columns.push({
title: <ColumnHeaderCheckbox channel="fcm" form={form} onHeaderChange={() => setIsDirty(true)} />,
dataIndex: "fcm",
key: "fcm",
align: "center",
render: (_, record) => (
<Form.Item name={[record.key, "fcm"]} valuePropName="checked" noStyle>
<Checkbox />
</Form.Item>
)
});
}
const dataSource = notificationScenarios.map((scenario) => ({ key: scenario }));
return (
@@ -189,7 +186,13 @@ const NotificationSettingsForm = ({ currentUser, bodyshop }) => {
extra={
<Space>
<Typography.Text type="secondary">{t("notifications.labels.auto-add")}</Typography.Text>
<Switch checked={autoAddEnabled} onChange={handleAutoAddToggle} loading={savingAutoAdd} />
<Switch
checked={autoAddEnabled}
onChange={handleAutoAddToggle}
loading={savingAutoAdd}
// checkedChildren={t("notifications.labels.auto-add-on")}
// unCheckedChildren={t("notifications.labels.auto-add-off")}
/>
<Button type="default" onClick={handleReset} disabled={!isDirty && !isAutoAddDirty}>
{t("general.actions.clear")}
</Button>

View File

@@ -2,7 +2,27 @@ import { gql } from "@apollo/client";
export const UNREAD_CONVERSATION_COUNT = gql`
query UNREAD_CONVERSATION_COUNT {
messages_aggregate(where: { read: { _eq: false }, isoutbound: { _eq: false } }) {
# How many conversations have at least one unread inbound, non-system message
conversations_aggregate(
where: {
archived: { _eq: false }
messages: { read: { _eq: false }, isoutbound: { _eq: false }, is_system: { _eq: false } }
}
) {
aggregate {
count
}
}
# How many unread inbound, non-system messages exist (excluding archived conversations)
messages_aggregate(
where: {
read: { _eq: false }
isoutbound: { _eq: false }
is_system: { _eq: false }
conversation: { archived: { _eq: false } }
}
) {
aggregate {
count
}
@@ -19,7 +39,7 @@ export const CONVERSATION_LIST_QUERY = gql`
unreadcnt
archived
label
messages_aggregate(where: { read: { _eq: false }, isoutbound: { _eq: false } }) {
messages_aggregate(where: { read: { _eq: false }, isoutbound: { _eq: false }, is_system: { _eq: false } }) {
aggregate {
count
}
@@ -41,6 +61,7 @@ export const CONVERSATION_SUBSCRIPTION_BY_PK = gql`
subscription CONVERSATION_SUBSCRIPTION_BY_PK($conversationId: uuid!) {
messages(order_by: { created_at: asc_nulls_first }, where: { conversationid: { _eq: $conversationId } }) {
id
conversationid
status
text
is_system
@@ -76,6 +97,7 @@ export const GET_CONVERSATION_DETAILS = gql`
}
messages(order_by: { created_at: asc_nulls_first }) {
id
conversationid
status
text
is_system
@@ -110,7 +132,7 @@ export const CONVERSATION_ID_BY_PHONE = gql`
ro_number
}
}
messages_aggregate(where: { read: { _eq: false }, isoutbound: { _eq: false } }) {
messages_aggregate(where: { read: { _eq: false }, isoutbound: { _eq: false }, is_system: { _eq: false } }) {
aggregate {
count
}
@@ -139,7 +161,7 @@ export const CREATE_CONVERSATION = gql`
ro_number
}
}
messages_aggregate(where: { read: { _eq: false }, isoutbound: { _eq: false } }) {
messages_aggregate(where: { read: { _eq: false }, isoutbound: { _eq: false }, is_system: { _eq: false } }) {
aggregate {
count
}

View File

@@ -2430,7 +2430,8 @@
"selectmedia": "Select Media",
"sentby": "Sent by {{by}} at {{time}}",
"typeamessage": "Send a message...",
"unarchive": "Unarchive"
"unarchive": "Unarchive",
"mark_unread": "Mark as unread"
},
"render": {
"conversation_list": "Conversation List"

View File

@@ -2430,7 +2430,8 @@
"selectmedia": "",
"sentby": "",
"typeamessage": "Enviar un mensaje...",
"unarchive": ""
"unarchive": "",
"mark_unread": ""
},
"render": {
"conversation_list": ""

View File

@@ -2430,7 +2430,8 @@
"selectmedia": "",
"sentby": "",
"typeamessage": "Envoyer un message...",
"unarchive": ""
"unarchive": "",
"mark_unread": ""
},
"render": {
"conversation_list": ""

View File

@@ -148,6 +148,26 @@ const cache = new InMemoryCache({
Query: {
fields: {
// Note: This is required because we switch from a read to an unread state with a toggle,
conversations: {
keyArgs: ["where", "order_by"], // keep separate caches for archived/unarchived + sort
merge(existing = [], incoming = [], { args, readField }) {
const offset = args?.offset ?? 0;
const merged = existing ? existing.slice(0) : [];
for (let i = 0; i < incoming.length; i++) {
merged[offset + i] = incoming[i];
}
// Deduplicate by id (important when you also upsert via sockets)
const seen = new Set();
return merged.filter((ref) => {
const id = readField("id", ref);
if (!id || seen.has(id)) return false;
seen.add(id);
return true;
});
}
},
notifications: {
merge(existing = [], incoming = [], { readField }) {
// Create a map to deduplicate by __ref

View File

@@ -38,7 +38,6 @@ const { registerCleanupTask, initializeCleanupManager } = require("./server/util
const { loadEmailQueue } = require("./server/notifications/queues/emailQueue");
const { loadAppQueue } = require("./server/notifications/queues/appQueue");
const { loadFcmQueue } = require("./server/notifications/queues/fcmQueue");
const CLUSTER_RETRY_BASE_DELAY = 100;
const CLUSTER_RETRY_MAX_DELAY = 5000;
@@ -356,10 +355,9 @@ const loadQueues = async ({ pubClient, logger, redisHelpers, ioRedis }) => {
const queueSettings = { pubClient, logger, redisHelpers, ioRedis };
// Assuming loadEmailQueue and loadAppQueue return Promises
const [notificationsEmailsQueue, notificationsAppQueue, notificationsFcmQueue] = await Promise.all([
const [notificationsEmailsQueue, notificationsAppQueue] = await Promise.all([
loadEmailQueue(queueSettings),
loadAppQueue(queueSettings),
loadFcmQueue(queueSettings)
loadAppQueue(queueSettings)
]);
// Add error listeners or other setup for queues if needed
@@ -370,10 +368,6 @@ const loadQueues = async ({ pubClient, logger, redisHelpers, ioRedis }) => {
notificationsAppQueue.on("error", (error) => {
logger.log(`Error in notificationsAppQueue: ${error}`, "ERROR", "queue", "api", null, { error: error?.message });
});
notificationsFcmQueue.on("error", (error) => {
logger.log(`Error in notificationsFCMQueue: ${error}`, "ERROR", "queue", "api", null, { error: error?.message });
});
};
/**

View File

@@ -123,7 +123,7 @@ mutation RECEIVE_MESSAGE($msg: [messages_insert_input!]!) {
exports.INSERT_MESSAGE = `
mutation INSERT_MESSAGE($msg: [messages_insert_input!]!, $conversationid: uuid!) {
update_conversations_by_pk(pk_columns: {id: $conversationid}, _set: {archived: false}) {
update_conversations_by_pk(pk_columns: { id: $conversationid }, _set: { archived: false }) {
id
archived
}
@@ -147,6 +147,7 @@ mutation INSERT_MESSAGE($msg: [messages_insert_input!]!, $conversationid: uuid!)
image_path
image
isoutbound
is_system
msid
read
text
@@ -3187,20 +3188,3 @@ mutation INSERT_MEDIA_ANALYTICS($mediaObject: media_analytics_insert_input!) {
}
}
`;
exports.GET_USERS_FCM_TOKENS_BY_EMAILS = /* GraphQL */ `
query GET_USERS_FCM_TOKENS_BY_EMAILS($emails: [String!]!) {
users(where: { email: { _in: $emails } }) {
email
fcmtokens
}
}
`;
exports.UPDATE_USER_FCM_TOKENS_BY_EMAIL = /* GraphQL */ `
mutation UPDATE_USER_FCM_TOKENS_BY_EMAIL($email: String!, $fcmtokens: jsonb) {
update_users(where: { email: { _eq: $email } }, _set: { fcmtokens: $fcmtokens }) {
affected_rows
}
}
`;

View File

@@ -205,8 +205,9 @@ const handleTaskSocketEmit = (req) => {
* @returns {Promise<Object>} JSON response with a success message.
*/
const handleTasksChange = async (req, res) => {
// Handle Notification Event
processNotificationEvent(req, res, "req.body.event.new.jobid", "Tasks Notifications Event Handled.");
handleTaskSocketEmit(req);
return processNotificationEvent(req, res, "req.body.event.new.jobid", "Tasks Notifications Event Handled.");
};
/**

View File

@@ -42,13 +42,6 @@ const buildNotificationContent = (notifications) => {
};
};
/**
* Convert MS to S
* @param ms
* @returns {number}
*/
const seconds = (ms) => Math.max(1, Math.ceil(ms / 1000));
/**
* Initializes the notification queues and workers for adding and consolidating notifications.
*/
@@ -59,13 +52,6 @@ const loadAppQueue = async ({ pubClient, logger, redisHelpers, ioRedis }) => {
devDebugLogger(`Initializing Notifications Queues with prefix: ${prefix}`);
// Redis key helpers (per jobId)
const recipientsSetKey = (jobId) => `app:${devKey}:recipients:${jobId}`; // set of `${user}:${bodyShopId}`
const recipientAssocHashKey = (jobId) => `app:${devKey}:recipientAssoc:${jobId}`; // hash `${user}:${bodyShopId}` => associationId
const consolidateFlagKey = (jobId) => `app:${devKey}:consolidate:${jobId}`;
const lockKeyForJob = (jobId) => `lock:${devKey}:consolidate:${jobId}`;
const listKey = ({ jobId, user, bodyShopId }) => `app:${devKey}:notifications:${jobId}:${user}:${bodyShopId}`;
addQueue = new Queue("notificationsAdd", {
prefix,
connection: pubClient,
@@ -84,39 +70,27 @@ const loadAppQueue = async ({ pubClient, logger, redisHelpers, ioRedis }) => {
const { jobId, key, variables, recipients, body, jobRoNumber } = job.data;
devDebugLogger(`Adding notifications for jobId ${jobId}`);
const redisKeyPrefix = `app:${devKey}:notifications:${jobId}`;
const notification = { key, variables, body, jobRoNumber, timestamp: Date.now() };
// Store notifications atomically (RPUSH) and store recipients in a Redis set
for (const recipient of recipients || []) {
const { user, bodyShopId, associationId } = recipient;
if (!user || !bodyShopId) continue;
const rk = `${user}:${bodyShopId}`;
// (1) Store notification payload in a list (atomic append)
const lk = listKey({ jobId, user, bodyShopId });
await pubClient.rpush(lk, JSON.stringify(notification));
await pubClient.expire(lk, seconds(NOTIFICATION_STORAGE_EXPIRATION));
// (2) Track recipients in a set, and associationId in a hash
await pubClient.sadd(recipientsSetKey(jobId), rk);
await pubClient.expire(recipientsSetKey(jobId), seconds(NOTIFICATION_STORAGE_EXPIRATION));
if (associationId) {
await pubClient.hset(recipientAssocHashKey(jobId), rk, String(associationId));
}
await pubClient.expire(recipientAssocHashKey(jobId), seconds(NOTIFICATION_STORAGE_EXPIRATION));
for (const recipient of recipients) {
const { user } = recipient;
const userKey = `${redisKeyPrefix}:${user}`;
const existingNotifications = await pubClient.get(userKey);
const notifications = existingNotifications ? JSON.parse(existingNotifications) : [];
notifications.push(notification);
await pubClient.set(userKey, JSON.stringify(notifications), "EX", NOTIFICATION_STORAGE_EXPIRATION / 1000);
devDebugLogger(`Stored notification for ${user} under ${userKey}: ${JSON.stringify(notifications)}`);
}
// Schedule consolidation once per jobId
const flagKey = consolidateFlagKey(jobId);
const flagSet = await pubClient.setnx(flagKey, "pending");
const consolidateKey = `app:${devKey}:consolidate:${jobId}`;
const flagSet = await pubClient.setnx(consolidateKey, "pending");
devDebugLogger(`Consolidation flag set for jobId ${jobId}: ${flagSet}`);
if (flagSet) {
await consolidateQueue.add(
"consolidate-notifications",
{ jobId },
{ jobId, recipients },
{
jobId: `consolidate-${jobId}`,
delay: APP_CONSOLIDATION_DELAY,
@@ -124,9 +98,8 @@ const loadAppQueue = async ({ pubClient, logger, redisHelpers, ioRedis }) => {
backoff: LOCK_EXPIRATION
}
);
await pubClient.expire(flagKey, seconds(CONSOLIDATION_FLAG_EXPIRATION));
devDebugLogger(`Scheduled consolidation for jobId ${jobId}`);
await pubClient.expire(consolidateKey, CONSOLIDATION_FLAG_EXPIRATION / 1000);
} else {
devDebugLogger(`Consolidation already scheduled for jobId ${jobId}`);
}
@@ -141,167 +114,122 @@ const loadAppQueue = async ({ pubClient, logger, redisHelpers, ioRedis }) => {
const consolidateWorker = new Worker(
"notificationsConsolidate",
async (job) => {
const { jobId } = job.data;
const { jobId, recipients } = job.data;
devDebugLogger(`Consolidating notifications for jobId ${jobId}`);
const lockKey = lockKeyForJob(jobId);
const lockAcquired = await pubClient.set(lockKey, "locked", "NX", "EX", seconds(LOCK_EXPIRATION));
const redisKeyPrefix = `app:${devKey}:notifications:${jobId}`;
const lockKey = `lock:${devKey}:consolidate:${jobId}`;
const lockAcquired = await pubClient.set(lockKey, "locked", "NX", "EX", LOCK_EXPIRATION / 1000);
devDebugLogger(`Lock acquisition for jobId ${jobId}: ${lockAcquired}`);
if (!lockAcquired) {
devDebugLogger(`Skipped consolidation for jobId ${jobId} - lock held by another worker`);
return;
}
if (lockAcquired) {
try {
const allNotifications = {};
const uniqueUsers = [...new Set(recipients.map((r) => r.user))];
devDebugLogger(`Unique users for jobId ${jobId}: ${uniqueUsers}`);
try {
const rkSet = recipientsSetKey(jobId);
const assocHash = recipientAssocHashKey(jobId);
for (const user of uniqueUsers) {
const userKey = `${redisKeyPrefix}:${user}`;
const notifications = await pubClient.get(userKey);
devDebugLogger(`Retrieved notifications for ${user}: ${notifications}`);
const recipientKeys = await pubClient.smembers(rkSet);
if (!recipientKeys?.length) {
devDebugLogger(`No recipients found for jobId ${jobId}, nothing to consolidate.`);
await pubClient.del(consolidateFlagKey(jobId));
return;
}
const assocMap = await pubClient.hgetall(assocHash);
// Collect notifications by recipientKey
const notificationsByRecipient = new Map(); // rk => parsed notifications array
const listKeysToDelete = []; // delete only after successful insert+emit
for (const rk of recipientKeys) {
const [user, bodyShopId] = rk.split(":");
const lk = listKey({ jobId, user, bodyShopId });
const items = await pubClient.lrange(lk, 0, -1);
if (!items?.length) continue;
const parsed = items
.map((x) => {
try {
return JSON.parse(x);
} catch {
return null;
if (notifications) {
const parsedNotifications = JSON.parse(notifications);
const userRecipients = recipients.filter((r) => r.user === user);
for (const { bodyShopId } of userRecipients) {
allNotifications[user] = allNotifications[user] || {};
allNotifications[user][bodyShopId] = parsedNotifications;
}
})
.filter(Boolean);
if (parsed.length) {
notificationsByRecipient.set(rk, parsed);
// IMPORTANT: do NOT delete list yet; only delete after successful insert+emit
listKeysToDelete.push(lk);
}
}
if (!notificationsByRecipient.size) {
devDebugLogger(`No notifications found in lists for jobId ${jobId}, nothing to insert/emit.`);
if (listKeysToDelete.length) {
await pubClient.del(...listKeysToDelete);
}
await pubClient.del(rkSet);
await pubClient.del(assocHash);
await pubClient.del(consolidateFlagKey(jobId));
return;
}
// Build DB inserts
const inserts = [];
const insertMeta = []; // keep rk + associationId to emit after insert
for (const [rk, notifications] of notificationsByRecipient.entries()) {
const associationId = assocMap?.[rk];
// If your DB requires associationid NOT NULL, skip if missing
if (!associationId) {
devDebugLogger(`Skipping insert for ${rk} (missing associationId).`);
continue;
}
const { scenario_text, fcm_text, scenario_meta } = buildNotificationContent(notifications);
inserts.push({
jobid: jobId,
associationid: associationId,
// NOTE: if these are jsonb columns, remove JSON.stringify and pass arrays directly.
scenario_text: JSON.stringify(scenario_text),
fcm_text,
scenario_meta: JSON.stringify(scenario_meta)
});
insertMeta.push({ rk, associationId });
}
// Map notificationId by associationId from Hasura returning rows
const idByAssociationId = new Map();
if (inserts.length > 0) {
const insertResponse = await graphQLClient.request(INSERT_NOTIFICATIONS_MUTATION, { objects: inserts });
const returning = insertResponse?.insert_notifications?.returning || [];
returning.forEach((row) => {
// Expecting your mutation to return associationid as well as id.
// If your mutation currently doesnt return associationid, update it.
if (row?.associationid) idByAssociationId.set(String(row.associationid), row.id);
});
devDebugLogger(
`Inserted ${insertResponse.insert_notifications.affected_rows} notifications for jobId ${jobId}`
);
}
// Emit via Socket.io
// Group by user to reduce mapping lookups
const uniqueUsers = [...new Set(insertMeta.map(({ rk }) => rk.split(":")[0]))];
for (const user of uniqueUsers) {
const userMapping = await redisHelpers.getUserSocketMapping(user);
const entriesForUser = insertMeta
.map((m) => ({ ...m, user: m.rk.split(":")[0], bodyShopId: m.rk.split(":")[1] }))
.filter((m) => m.user === user);
for (const entry of entriesForUser) {
const { rk, bodyShopId, associationId } = entry;
const notifications = notificationsByRecipient.get(rk) || [];
if (!notifications.length) continue;
const jobRoNumber = notifications[0]?.jobRoNumber;
const notificationId = idByAssociationId.get(String(associationId)) || null;
if (userMapping && userMapping[bodyShopId]?.socketIds) {
userMapping[bodyShopId].socketIds.forEach((socketId) => {
ioRedis.to(socketId).emit("notification", {
jobId,
jobRoNumber,
bodyShopId,
notifications,
notificationId,
associationId
});
});
devDebugLogger(
`Sent ${notifications.length} consolidated notifications to ${user} for jobId ${jobId} (notificationId ${notificationId})`
);
await pubClient.del(userKey);
devDebugLogger(`Deleted Redis key ${userKey}`);
} else {
devDebugLogger(`No socket IDs found for ${user} in bodyShopId ${bodyShopId}`);
devDebugLogger(`No notifications found for ${user} under ${userKey}`);
}
}
}
// Cleanup recipient tracking keys + consolidation flag
await pubClient.del(rkSet);
await pubClient.del(assocHash);
await pubClient.del(consolidateFlagKey(jobId));
} catch (err) {
logger.log("app-queue-consolidation-error", "ERROR", "notifications", "api", {
message: err?.message,
stack: err?.stack
});
throw err;
} finally {
await pubClient.del(lockKey);
devDebugLogger(`Consolidated notifications: ${JSON.stringify(allNotifications)}`);
// Insert notifications into the database and collect IDs
const notificationInserts = [];
const notificationIdMap = new Map();
for (const [user, bodyShopData] of Object.entries(allNotifications)) {
const userRecipients = recipients.filter((r) => r.user === user);
const associationId = userRecipients[0]?.associationId;
for (const [bodyShopId, notifications] of Object.entries(bodyShopData)) {
const { scenario_text, fcm_text, scenario_meta } = buildNotificationContent(notifications);
notificationInserts.push({
jobid: jobId,
associationid: associationId,
scenario_text: JSON.stringify(scenario_text),
fcm_text: fcm_text,
scenario_meta: JSON.stringify(scenario_meta)
});
notificationIdMap.set(`${user}:${bodyShopId}`, null);
}
}
if (notificationInserts.length > 0) {
const insertResponse = await graphQLClient.request(INSERT_NOTIFICATIONS_MUTATION, {
objects: notificationInserts
});
devDebugLogger(
`Inserted ${insertResponse.insert_notifications.affected_rows} notifications for jobId ${jobId}`
);
insertResponse.insert_notifications.returning.forEach((row, index) => {
const user = uniqueUsers[Math.floor(index / Object.keys(allNotifications[uniqueUsers[0]]).length)];
const bodyShopId = Object.keys(allNotifications[user])[
index % Object.keys(allNotifications[user]).length
];
notificationIdMap.set(`${user}:${bodyShopId}`, row.id);
});
}
// Emit notifications to users via Socket.io with notification ID
for (const [user, bodyShopData] of Object.entries(allNotifications)) {
const userMapping = await redisHelpers.getUserSocketMapping(user);
const userRecipients = recipients.filter((r) => r.user === user);
const associationId = userRecipients[0]?.associationId;
for (const [bodyShopId, notifications] of Object.entries(bodyShopData)) {
const notificationId = notificationIdMap.get(`${user}:${bodyShopId}`);
const jobRoNumber = notifications[0]?.jobRoNumber;
if (userMapping && userMapping[bodyShopId]?.socketIds) {
userMapping[bodyShopId].socketIds.forEach((socketId) => {
ioRedis.to(socketId).emit("notification", {
jobId,
jobRoNumber,
bodyShopId,
notifications,
notificationId,
associationId
});
});
devDebugLogger(
`Sent ${notifications.length} consolidated notifications to ${user} for jobId ${jobId} with notificationId ${notificationId}`
);
} else {
devDebugLogger(`No socket IDs found for ${user} in bodyShopId ${bodyShopId}`);
}
}
}
await pubClient.del(`app:${devKey}:consolidate:${jobId}`);
} catch (err) {
logger.log(`app-queue-consolidation-error`, "ERROR", "notifications", "api", {
message: err?.message,
stack: err?.stack
});
throw err;
} finally {
await pubClient.del(lockKey);
}
} else {
devDebugLogger(`Skipped consolidation for jobId ${jobId} - lock held by another worker`);
}
},
{
@@ -316,14 +244,13 @@ const loadAppQueue = async ({ pubClient, logger, redisHelpers, ioRedis }) => {
consolidateWorker.on("completed", (job) => devDebugLogger(`Consolidate job ${job.id} completed`));
addWorker.on("failed", (job, err) =>
logger.log("app-queue-notification-error", "ERROR", "notifications", "api", {
logger.log(`app-queue-notification-error`, "ERROR", "notifications", "api", {
message: err?.message,
stack: err?.stack
})
);
consolidateWorker.on("failed", (job, err) =>
logger.log("app-queue-consolidation-failed", "ERROR", "notifications", "api", {
logger.log(`app-queue-consolidation-failed:`, "ERROR", "notifications", "api", {
message: err?.message,
stack: err?.stack
})
@@ -358,13 +285,11 @@ const dispatchAppsToQueue = async ({ appsToDispatch }) => {
for (const app of appsToDispatch) {
const { jobId, bodyShopId, key, variables, recipients, body, jobRoNumber } = app;
await appQueue.add(
"add-notification",
{ jobId, bodyShopId, key, variables, recipients, body, jobRoNumber },
{ jobId: `${jobId}-${Date.now()}` }
);
devDebugLogger(`Added notification to queue for jobId ${jobId} with ${recipients.length} recipients`);
}
};

View File

@@ -27,16 +27,6 @@ let emailConsolidateQueue;
let emailAddWorker;
let emailConsolidateWorker;
const seconds = (ms) => Math.max(1, Math.ceil(ms / 1000));
const escapeHtml = (s = "") =>
String(s)
.replace(/&/g, "&amp;")
.replace(/</g, "&lt;")
.replace(/>/g, "&gt;")
.replace(/"/g, "&quot;")
.replace(/'/g, "&#39;");
/**
* Initializes the email notification queues and workers.
*
@@ -75,21 +65,17 @@ const loadEmailQueue = async ({ pubClient, logger }) => {
const redisKeyPrefix = `email:${devKey}:notifications:${jobId}`;
for (const recipient of recipients || []) {
for (const recipient of recipients) {
const { user, firstName, lastName } = recipient;
if (!user) continue;
const userKey = `${redisKeyPrefix}:${user}`;
await pubClient.rpush(userKey, body);
await pubClient.expire(userKey, seconds(NOTIFICATION_EXPIRATION));
await pubClient.expire(userKey, NOTIFICATION_EXPIRATION / 1000);
const detailsKey = `email:${devKey}:recipientDetails:${jobId}:${user}`;
await pubClient.hsetnx(detailsKey, "firstName", firstName || "");
await pubClient.hsetnx(detailsKey, "lastName", lastName || "");
const tzValue = bodyShopTimezone || "UTC";
await pubClient.hsetnx(detailsKey, "bodyShopTimezone", tzValue);
await pubClient.expire(detailsKey, seconds(NOTIFICATION_EXPIRATION));
const recipientsSetKey = `email:${devKey}:recipients:${jobId}`;
await pubClient.sadd(recipientsSetKey, user);
await pubClient.expire(recipientsSetKey, seconds(NOTIFICATION_EXPIRATION));
await pubClient.hsetnx(detailsKey, "bodyShopTimezone", bodyShopTimezone);
await pubClient.expire(detailsKey, NOTIFICATION_EXPIRATION / 1000);
await pubClient.sadd(`email:${devKey}:recipients:${jobId}`, user);
devDebugLogger(`Stored message for ${user} under ${userKey}: ${body}`);
}
@@ -107,7 +93,7 @@ const loadEmailQueue = async ({ pubClient, logger }) => {
}
);
devDebugLogger(`Scheduled email consolidation for jobId ${jobId}`);
await pubClient.expire(consolidateKey, seconds(CONSOLIDATION_KEY_EXPIRATION));
await pubClient.expire(consolidateKey, CONSOLIDATION_KEY_EXPIRATION / 1000);
} else {
devDebugLogger(`Email consolidation already scheduled for jobId ${jobId}`);
}
@@ -127,7 +113,7 @@ const loadEmailQueue = async ({ pubClient, logger }) => {
devDebugLogger(`Consolidating emails for jobId ${jobId}`);
const lockKey = `lock:${devKey}:emailConsolidate:${jobId}`;
const lockAcquired = await pubClient.set(lockKey, "locked", "NX", "EX", seconds(LOCK_EXPIRATION));
const lockAcquired = await pubClient.set(lockKey, "locked", "NX", "EX", LOCK_EXPIRATION / 1000);
if (lockAcquired) {
try {
const recipientsSet = `email:${devKey}:recipients:${jobId}`;
@@ -153,7 +139,7 @@ const loadEmailQueue = async ({ pubClient, logger }) => {
<table class="row" style="border-spacing: 0; border-collapse: collapse; padding-top: 0; padding-right: 0; padding-bottom: 0; padding-left: 0; vertical-align: top; text-align: left; font-family: 'Montserrat', 'Montserrat Alternates', sans-serif; padding: 0; width: 100%; position: relative; display: table;"><tbody style="font-family: 'Montserrat', 'Montserrat Alternates', sans-serif; display: table-row-group;"><tr style="padding-top: 0; padding-right: 0; padding-bottom: 0; padding-left: 0; vertical-align: top; text-align: left; font-family: 'Montserrat', 'Montserrat Alternates', sans-serif;">
<th class="small-12 large-12 columns first last" style="word-wrap: break-word; -webkit-hyphens: auto; -moz-hyphens: auto; hyphens: auto; vertical-align: top; color: #0a0a0a; font-weight: normal; padding-top: 0; text-align: left; font-family: 'Montserrat', 'Montserrat Alternates', sans-serif; font-size: 15px; line-height: 1.2; margin: 0 auto; Margin: 0 auto; padding-bottom: 16px; width: 734px; padding-left: 8px; padding-right: 8px; border-collapse: collapse;"><table style="border-spacing: 0; border-collapse: collapse; padding-top: 0; padding-right: 0; padding-bottom: 0; padding-left: 0; vertical-align: top; text-align: left; font-family: 'Montserrat', 'Montserrat Alternates', sans-serif; width: 100%;"><tr style="padding-top: 0; padding-right: 0; padding-bottom: 0; padding-left: 0; vertical-align: top; text-align: left; font-family: 'Montserrat', 'Montserrat Alternates', sans-serif;"><td style="word-wrap: break-word; vertical-align: top; color: #0a0a0a; font-weight: normal; padding-top: 0; padding-right: 0; padding-bottom: 0; padding-left: 0; margin: 0; Margin: 0; text-align: left; font-family: 'Montserrat', 'Montserrat Alternates', sans-serif; font-size: 15px; word-break: keep-all; -moz-hyphens: none; -ms-hyphens: none; -webkit-hyphens: none; hyphens: none; line-height: 1.2; border-collapse: collapse;">
<ul style="font-family: 'Montserrat', 'Montserrat Alternates', sans-serif; margin: 1%; padding-left: 30px;">
${messages.map((msg) => `<li style="font-family: 'Montserrat', 'Montserrat Alternates', sans-serif; font-size: 90%;">${escapeHtml(msg)}</li>`).join("")}
${messages.map((msg) => `<li style="font-family: 'Montserrat', 'Montserrat Alternates', sans-serif; font-size: 90%;">${msg}</li>`).join("")}
</ul>
</td></tr></table></th>
</tr><tbody></table>
@@ -253,13 +239,7 @@ const dispatchEmailsToQueue = async ({ emailsToDispatch, logger }) => {
const emailAddQueue = getQueue();
for (const email of emailsToDispatch) {
const { jobId, bodyShopName, bodyShopTimezone, body, recipients } = email;
let { jobRoNumber } = email;
// Make sure Jobs that have not been coverted yet can still get notifications
if (jobRoNumber === null) {
jobRoNumber = "N/A";
}
const { jobId, jobRoNumber, bodyShopName, bodyShopTimezone, body, recipients } = email;
if (!jobId || !jobRoNumber || !bodyShopName || !body || !recipients.length) {
devDebugLogger(

View File

@@ -1,569 +0,0 @@
// NOTE: Despite the filename, this implementation targets Expo Push Tokens (ExponentPushToken[...]).
// It does NOT use Firebase Admin and does NOT require credentials (no EXPO_ACCESS_TOKEN).
const { Queue, Worker } = require("bullmq");
const { registerCleanupTask } = require("../../utils/cleanupManager");
const getBullMQPrefix = require("../../utils/getBullMQPrefix");
const devDebugLogger = require("../../utils/devDebugLogger");
const { client: gqlClient } = require("../../graphql-client/graphql-client");
const { GET_USERS_FCM_TOKENS_BY_EMAILS, UPDATE_USER_FCM_TOKENS_BY_EMAIL } = require("../../graphql-client/queries");
const FCM_CONSOLIDATION_DELAY_IN_MINS = (() => {
const envValue = process.env?.FCM_CONSOLIDATION_DELAY_IN_MINS;
const parsedValue = envValue ? parseInt(envValue, 10) : NaN;
return isNaN(parsedValue) ? 3 : Math.max(1, parsedValue);
})();
const FCM_CONSOLIDATION_DELAY = FCM_CONSOLIDATION_DELAY_IN_MINS * 60000;
// pegged constants (pattern matches your other queues)
const CONSOLIDATION_KEY_EXPIRATION = FCM_CONSOLIDATION_DELAY * 1.5;
// IMPORTANT: lock must outlive a full consolidation run to avoid duplicate sends.
const LOCK_EXPIRATION = FCM_CONSOLIDATION_DELAY * 1.5;
// Keep Bull backoff separate from lock TTL to avoid unexpected long retries.
const BACKOFF_DELAY = Math.max(1000, Math.floor(FCM_CONSOLIDATION_DELAY * 0.25));
const RATE_LIMITER_DURATION = FCM_CONSOLIDATION_DELAY * 0.1;
const NOTIFICATION_EXPIRATION = FCM_CONSOLIDATION_DELAY * 1.5;
const EXPO_PUSH_ENDPOINT = "https://exp.host/--/api/v2/push/send";
const EXPO_MAX_MESSAGES_PER_REQUEST = 100;
let fcmAddQueue;
let fcmConsolidateQueue;
let fcmAddWorker;
let fcmConsolidateWorker;
/**
* Milliseconds to seconds.
* @param ms
* @returns {number}
*/
const seconds = (ms) => Math.max(1, Math.ceil(ms / 1000));
/**
* Chunk an array into smaller arrays of given size.
* @param arr
* @param size
* @returns {*[]}
*/
const chunk = (arr, size) => {
const out = [];
for (let i = 0; i < arr.length; i += size) out.push(arr.slice(i, i + size));
return out;
};
/**
* Check if a string is an Expo push token.
* @param s
* @returns {boolean}
*/
const isExpoPushToken = (s) => {
if (!s || typeof s !== "string") return false;
// Common formats observed in the wild:
// - ExponentPushToken[xxxxxxxxxxxxxxxxxxxxxx]
// - ExpoPushToken[xxxxxxxxxxxxxxxxxxxxxx]
return /^ExponentPushToken\[[^\]]+\]$/.test(s) || /^ExpoPushToken\[[^\]]+\]$/.test(s);
};
/**
* Get unique, trimmed strings from an array.
* @param arr
* @returns {any[]}
*/
const uniqStrings = (arr) => [
...new Set(
arr
.filter(Boolean)
.map((x) => String(x).trim())
.filter(Boolean)
)
];
/**
* Normalize users.fcmtokens (jsonb) into an array of Expo push tokens.
*
* New expected shape (example):
* {
* "ExponentPushToken[dksJAdLUTofdEk7P59thue]": {
* "platform": "ios",
* "timestamp": 1767397802709,
* "pushTokenString": "ExponentPushToken[dksJAdLUTofdEk7P59thue]"
* }
* }
*
* Also supports older/alternate shapes:
* - string: "ExponentPushToken[...]"
* - array: ["ExponentPushToken[...]", ...]
* - object: token keys OR values containing token-like fields
* @param fcmtokens
* @returns {string[]|*[]}
*/
const normalizeTokens = (fcmtokens) => {
if (!fcmtokens) return [];
if (typeof fcmtokens === "string") {
const s = fcmtokens.trim();
return isExpoPushToken(s) ? [s] : [];
}
if (Array.isArray(fcmtokens)) {
return uniqStrings(fcmtokens).filter(isExpoPushToken);
}
if (typeof fcmtokens === "object") {
const keys = Object.keys(fcmtokens || {});
const vals = Object.values(fcmtokens || {});
const fromKeys = keys.filter(isExpoPushToken);
const fromValues = vals
.map((v) => {
if (!v) return null;
// Some shapes store token as a string value directly
if (typeof v === "string") return v;
if (typeof v === "object") {
// Your new shape uses pushTokenString
return v.pushTokenString || v.token || v.expoPushToken || null;
}
return null;
})
.filter(Boolean)
.map(String);
return uniqStrings([...fromKeys, ...fromValues]).filter(isExpoPushToken);
}
return [];
};
/**
* Remove specified tokens from the stored fcmtokens jsonb while preserving the original shape.
* @param fcmtokens
* @param tokensToRemove
* @returns {*}
*/
const removeTokensFromFcmtokens = (fcmtokens, tokensToRemove) => {
const remove = new Set((tokensToRemove || []).map((t) => String(t).trim()).filter(Boolean));
if (!remove.size) return fcmtokens;
if (!fcmtokens) return fcmtokens;
if (typeof fcmtokens === "string") {
const s = fcmtokens.trim();
return remove.has(s) ? null : fcmtokens;
}
if (Array.isArray(fcmtokens)) {
const next = fcmtokens.filter((t) => !remove.has(String(t).trim()));
return next.length ? next : [];
}
if (typeof fcmtokens === "object") {
const next = {};
for (const [k, v] of Object.entries(fcmtokens)) {
const keyIsToken = isExpoPushToken(k) && remove.has(k);
let valueToken = null;
if (typeof v === "string") valueToken = v;
else if (v && typeof v === "object") valueToken = v.pushTokenString || v.token || v.expoPushToken || null;
const valueIsToken = valueToken && remove.has(String(valueToken).trim());
if (keyIsToken || valueIsToken) continue;
next[k] = v;
}
return Object.keys(next).length ? next : {};
}
return fcmtokens;
};
/**
* Safely parse JSON response.
* @param res
* @returns {Promise<*|null>}
*/
const safeJson = async (res) => {
try {
return await res.json();
} catch {
return null;
}
};
/**
* Send Expo push notifications.
* Returns invalid tokens that should be removed (e.g., DeviceNotRegistered).
*
* @param {Array<Object>} messages Expo messages array
* @param {Object} logger
* @returns {Promise<{invalidTokens: string[], ticketIds: string[]}>}
*/
const sendExpoPush = async ({ messages, logger }) => {
if (!messages?.length) return { invalidTokens: [], ticketIds: [] };
const invalidTokens = new Set();
const ticketIds = [];
for (const batch of chunk(messages, EXPO_MAX_MESSAGES_PER_REQUEST)) {
const res = await fetch(EXPO_PUSH_ENDPOINT, {
method: "POST",
headers: {
accept: "application/json",
"content-type": "application/json"
},
body: JSON.stringify(batch)
});
const payload = await safeJson(res);
if (!res.ok) {
logger?.log?.("expo-push-http-error", "ERROR", "notifications", "api", {
status: res.status,
statusText: res.statusText,
payload
});
throw new Error(`Expo push HTTP error: ${res.status} ${res.statusText}`);
}
const tickets = Array.isArray(payload?.data) ? payload.data : payload?.data ? [payload.data] : [];
if (!tickets.length) {
logger?.log?.("expo-push-bad-response", "ERROR", "notifications", "api", { payload });
continue;
}
// Expo returns tickets in the same order as messages in the request batch
for (let i = 0; i < tickets.length; i++) {
const t = tickets[i];
const msg = batch[i];
const token = typeof msg?.to === "string" ? msg.to : null;
if (t?.status === "ok" && t?.id) ticketIds.push(String(t.id));
if (t?.status === "error") {
const errCode = t?.details?.error;
const msgText = String(t?.message || "");
const shouldDelete =
errCode === "DeviceNotRegistered" || /not a registered push notification recipient/i.test(msgText);
if (shouldDelete && token && isExpoPushToken(token)) {
invalidTokens.add(token);
}
logger?.log?.("expo-push-ticket-error", "ERROR", "notifications", "api", {
token,
ticket: t
});
}
}
}
return { invalidTokens: [...invalidTokens], ticketIds };
};
/**
* Build a summary string for push notification body.
* @param count
* @param jobRoNumber
* @param bodyShopName
* @returns {`${string} ${string} for ${string|string}${string|string}`}
*/
const buildPushSummary = ({ count, jobRoNumber, bodyShopName }) => {
const updates = count === 1 ? "update" : "updates";
const ro = jobRoNumber ? `RO ${jobRoNumber}` : "a job";
const shop = bodyShopName ? ` at ${bodyShopName}` : "";
return `${count} ${updates} for ${ro}${shop}`;
};
/**
* Loads the push notification queues and workers (Expo push).
* @param pubClient
* @param logger
* @returns {Promise<Queue|null>}
*/
const loadFcmQueue = async ({ pubClient, logger }) => {
if (!fcmAddQueue || !fcmConsolidateQueue) {
const prefix = getBullMQPrefix();
const devKey = process.env?.NODE_ENV === "production" ? "prod" : "dev";
devDebugLogger(`Initializing Expo Push Queues with prefix: ${prefix}`);
fcmAddQueue = new Queue("fcmAdd", {
prefix,
connection: pubClient,
defaultJobOptions: { removeOnComplete: true, removeOnFail: true }
});
fcmConsolidateQueue = new Queue("fcmConsolidate", {
prefix,
connection: pubClient,
defaultJobOptions: { removeOnComplete: true, removeOnFail: true }
});
fcmAddWorker = new Worker(
"fcmAdd",
async (job) => {
const { jobId, jobRoNumber, bodyShopId, bodyShopName, scenarioKey, key, variables, body, recipients } =
job.data;
devDebugLogger(`Adding push notifications for jobId ${jobId}`);
const recipientsSetKey = `fcm:${devKey}:recipients:${jobId}`; // set of user emails
const metaKey = `fcm:${devKey}:meta:${jobId}`;
const redisKeyPrefix = `fcm:${devKey}:notifications:${jobId}`; // per-user list keys
// Store job-level metadata (always keep latest values)
await pubClient.hset(metaKey, "jobRoNumber", jobRoNumber || "");
await pubClient.hset(metaKey, "bodyShopId", bodyShopId || "");
await pubClient.hset(metaKey, "bodyShopName", bodyShopName || "");
await pubClient.expire(metaKey, seconds(NOTIFICATION_EXPIRATION));
for (const r of recipients || []) {
const user = r?.user;
const associationId = r?.associationId;
if (!user) continue;
const userKey = `${redisKeyPrefix}:${user}`;
const payload = JSON.stringify({
body: body || "",
scenarioKey: scenarioKey || "",
key: key || "",
variables: variables || {},
associationId: associationId ? String(associationId) : null,
ts: Date.now()
});
await pubClient.rpush(userKey, payload);
await pubClient.expire(userKey, seconds(NOTIFICATION_EXPIRATION));
await pubClient.sadd(recipientsSetKey, user);
await pubClient.expire(recipientsSetKey, seconds(NOTIFICATION_EXPIRATION));
}
const consolidateKey = `fcm:${devKey}:consolidate:${jobId}`;
const flagSet = await pubClient.setnx(consolidateKey, "pending");
if (flagSet) {
await fcmConsolidateQueue.add(
"consolidate-fcm",
{ jobId },
{
jobId: `consolidate-${jobId}`,
delay: FCM_CONSOLIDATION_DELAY,
attempts: 3,
backoff: BACKOFF_DELAY
}
);
await pubClient.expire(consolidateKey, seconds(CONSOLIDATION_KEY_EXPIRATION));
devDebugLogger(`Scheduled consolidation for jobId ${jobId}`);
} else {
devDebugLogger(`Consolidation already scheduled for jobId ${jobId}`);
}
},
{ prefix, connection: pubClient, concurrency: 5 }
);
fcmConsolidateWorker = new Worker(
"fcmConsolidate",
async (job) => {
const { jobId } = job.data;
const devKey = process.env?.NODE_ENV === "production" ? "prod" : "dev";
const lockKey = `lock:${devKey}:fcmConsolidate:${jobId}`;
const lockAcquired = await pubClient.set(lockKey, "locked", "NX", "EX", seconds(LOCK_EXPIRATION));
if (!lockAcquired) {
devDebugLogger(`Skipped consolidation for jobId ${jobId} - lock held by another worker`);
return;
}
try {
const recipientsSet = `fcm:${devKey}:recipients:${jobId}`;
const userEmails = await pubClient.smembers(recipientsSet);
if (!userEmails?.length) {
devDebugLogger(`No recipients found for jobId ${jobId}`);
await pubClient.del(`fcm:${devKey}:consolidate:${jobId}`);
return;
}
// Load meta
const metaKey = `fcm:${devKey}:meta:${jobId}`;
const meta = await pubClient.hgetall(metaKey);
const jobRoNumber = meta?.jobRoNumber || "";
const bodyShopId = meta?.bodyShopId || "";
const bodyShopName = meta?.bodyShopName || "";
// Fetch tokens for all recipients (1 DB round-trip)
const usersResp = await gqlClient.request(GET_USERS_FCM_TOKENS_BY_EMAILS, { emails: userEmails });
// Map: email -> { raw, tokens }
const tokenMap = new Map(
(usersResp?.users || []).map((u) => [
String(u.email),
{ raw: u.fcmtokens, tokens: normalizeTokens(u.fcmtokens) }
])
);
for (const userEmail of userEmails) {
const userKey = `fcm:${devKey}:notifications:${jobId}:${userEmail}`;
const raw = await pubClient.lrange(userKey, 0, -1);
if (!raw?.length) {
await pubClient.del(userKey);
continue;
}
const parsed = raw
.map((x) => {
try {
return JSON.parse(x);
} catch {
return null;
}
})
.filter(Boolean);
const count = parsed.length;
const notificationBody = buildPushSummary({ count, jobRoNumber, bodyShopName });
// associationId should be stable for a user in a jobs bodyshop; take first non-null
const firstWithAssociation = parsed.find((p) => p?.associationId != null);
const associationId =
firstWithAssociation?.associationId != null ? String(firstWithAssociation.associationId) : "";
const tokenInfo = tokenMap.get(String(userEmail)) || { raw: null, tokens: [] };
const tokens = tokenInfo.tokens || [];
if (!tokens.length) {
devDebugLogger(`No Expo push tokens for ${userEmail}; skipping push for jobId ${jobId}`);
await pubClient.del(userKey);
continue;
}
// Build 1 message per device token
const messages = tokens.map((token) => ({
to: token,
title: "ImEX Online",
body: notificationBody,
priority: "high",
data: {
type: "job-notification",
jobId: String(jobId),
jobRoNumber: String(jobRoNumber || ""),
bodyShopId: String(bodyShopId || ""),
bodyShopName: String(bodyShopName || ""),
associationId: String(associationId || ""),
userEmail: String(userEmail),
count: String(count)
}
}));
const { invalidTokens } = await sendExpoPush({ messages, logger });
// Opportunistic cleanup: remove invalid tokens from users.fcmtokens
if (invalidTokens?.length) {
try {
const nextFcmtokens = removeTokensFromFcmtokens(tokenInfo.raw, invalidTokens);
await gqlClient.request(UPDATE_USER_FCM_TOKENS_BY_EMAIL, {
email: String(userEmail),
fcmtokens: nextFcmtokens
});
devDebugLogger(`Cleaned ${invalidTokens.length} invalid Expo tokens for ${userEmail}`);
} catch (e) {
logger?.log?.("expo-push-token-cleanup-failed", "ERROR", "notifications", "api", {
userEmail: String(userEmail),
message: e?.message,
stack: e?.stack
});
// Do not throw: cleanup failure should not retry the whole consolidation and risk duplicate pushes.
}
}
devDebugLogger(`Sent Expo push to ${userEmail} for jobId ${jobId} (${count} updates)`);
await pubClient.del(userKey);
}
await pubClient.del(recipientsSet);
await pubClient.del(metaKey);
await pubClient.del(`fcm:${devKey}:consolidate:${jobId}`);
} catch (err) {
logger.log("fcm-queue-consolidation-error", "ERROR", "notifications", "api", {
message: err?.message,
stack: err?.stack
});
throw err;
} finally {
await pubClient.del(lockKey);
}
},
{ prefix, connection: pubClient, concurrency: 1, limiter: { max: 1, duration: RATE_LIMITER_DURATION } }
);
fcmAddWorker.on("failed", (job, err) =>
logger.log("fcm-add-failed", "ERROR", "notifications", "api", { message: err?.message, stack: err?.stack })
);
fcmConsolidateWorker.on("failed", (job, err) =>
logger.log("fcm-consolidate-failed", "ERROR", "notifications", "api", {
message: err?.message,
stack: err?.stack
})
);
const shutdown = async () => {
devDebugLogger("Closing push queue workers...");
await Promise.all([fcmAddWorker.close(), fcmConsolidateWorker.close()]);
devDebugLogger("Push queue workers closed");
};
registerCleanupTask(shutdown);
}
return fcmAddQueue;
};
/**
* Get the add queue.
* @returns {*}
*/
const getQueue = () => {
if (!fcmAddQueue) throw new Error("FCM add queue not initialized. Ensure loadFcmQueue is called during bootstrap.");
return fcmAddQueue;
};
/**
* Dispatch push notifications to the add queue.
* @param fcmsToDispatch
* @returns {Promise<void>}
*/
const dispatchFcmsToQueue = async ({ fcmsToDispatch }) => {
const queue = getQueue();
for (const fcm of fcmsToDispatch) {
const { jobId, jobRoNumber, bodyShopId, bodyShopName, scenarioKey, key, variables, body, recipients } = fcm;
if (!jobId || !recipients?.length) continue;
await queue.add(
"add-fcm-notification",
{ jobId, jobRoNumber, bodyShopId, bodyShopName, scenarioKey, key, variables, body, recipients },
{ jobId: `${jobId}-${Date.now()}` }
);
}
};
module.exports = { loadFcmQueue, getQueue, dispatchFcmsToQueue };

View File

@@ -19,8 +19,6 @@ const buildNotification = (data, key, body, variables = {}) => {
jobId: data.jobId,
jobRoNumber: data.jobRoNumber,
bodyShopId: data.bodyShopId,
scenarioKey: data.scenarioKey,
scenarioTable: data.scenarioTable,
key,
body,
variables,
@@ -34,47 +32,21 @@ const buildNotification = (data, key, body, variables = {}) => {
body,
recipients: []
},
fcm: {
jobId: data.jobId,
jobRoNumber: data.jobRoNumber,
bodyShopId: data.bodyShopId,
bodyShopName: data.bodyShopName,
bodyShopTimezone: data.bodyShopTimezone,
scenarioKey: data.scenarioKey,
scenarioTable: data.scenarioTable,
key,
body,
variables,
recipients: []
}
fcm: { recipients: [] }
};
// Populate recipients from scenarioWatchers
data.scenarioWatchers.forEach((recipients) => {
const { user, app, fcm, email, firstName, lastName, employeeId, associationId } = recipients;
if (app === true) {
if (app === true)
result.app.recipients.push({
user,
bodyShopId: data.bodyShopId,
employeeId,
associationId
});
}
if (email === true) {
result.email.recipients.push({ user, firstName, lastName });
}
if (fcm === true) {
// Keep structure consistent and future-proof (token lookup is done server-side)
result.fcm.recipients.push({
user,
bodyShopId: data.bodyShopId,
employeeId,
associationId
});
}
if (fcm === true) result.fcm.recipients.push(user);
if (email === true) result.email.recipients.push({ user, firstName, lastName });
});
return result;

View File

@@ -14,7 +14,6 @@ const { isEmpty, isFunction } = require("lodash");
const { getMatchingScenarios } = require("./scenarioMapper");
const { dispatchEmailsToQueue } = require("./queues/emailQueue");
const { dispatchAppsToQueue } = require("./queues/appQueue");
const { dispatchFcmsToQueue } = require("./queues/fcmQueue"); // NEW
// If true, the user who commits the action will NOT receive notifications; if false, they will.
const FILTER_SELF_FROM_WATCHERS = process.env?.FILTER_SELF_FROM_WATCHERS !== "false";
@@ -299,16 +298,6 @@ const scenarioParser = async (req, jobIdField) => {
})
);
}
const fcmsToDispatch = scenariosToDispatch.map((scenario) => scenario?.fcm);
if (!isEmpty(fcmsToDispatch)) {
dispatchFcmsToQueue({ fcmsToDispatch, logger }).catch((e) =>
logger.log("Something went wrong dispatching FCMs to the FCM Notification Queue", "error", "queue", null, {
message: e?.message,
stack: e?.stack
})
);
}
};
module.exports = scenarioParser;

View File

@@ -3,7 +3,7 @@ const router = express.Router();
const twilio = require("twilio");
const { receive } = require("../sms/receive");
const { send } = require("../sms/send");
const { status, markConversationRead } = require("../sms/status");
const { status, markConversationRead, markLastMessageUnread } = require("../sms/status");
const validateFirebaseIdTokenMiddleware = require("../middleware/validateFirebaseIdTokenMiddleware");
// Twilio Webhook Middleware for production
@@ -14,5 +14,6 @@ router.post("/receive", twilioWebhookMiddleware, receive);
router.post("/send", validateFirebaseIdTokenMiddleware, send);
router.post("/status", twilioWebhookMiddleware, status);
router.post("/markConversationRead", validateFirebaseIdTokenMiddleware, markConversationRead);
router.post("/markLastMessageUnread", validateFirebaseIdTokenMiddleware, markLastMessageUnread);
module.exports = router;

View File

@@ -61,7 +61,8 @@ const send = async (req, res) => {
isoutbound: true,
userid: req.user.email,
image: selectedMedia.length > 0,
image_path: selectedMedia.length > 0 ? selectedMedia.map((i) => i.src) : []
image_path: selectedMedia.length > 0 ? selectedMedia.map((i) => i.src) : [],
is_system: false
};
try {

View File

@@ -8,6 +8,46 @@ const {
const logger = require("../utils/logger");
const { phone } = require("phone");
// Local GraphQL for “mark unread” (kept here to avoid requiring edits to graphql-client/queries.js)
const GET_LAST_INBOUND_NON_SYSTEM_MESSAGE = `
query GetLastInboundNonSystemMessage($conversationId: uuid!) {
messages(
where: {
conversationid: { _eq: $conversationId }
isoutbound: { _eq: false }
is_system: { _eq: false }
}
order_by: { created_at: desc }
limit: 1
) {
id
created_at
read
}
}
`;
const MARK_LAST_INBOUND_MESSAGE_UNREAD_MAX_ONE = `
mutation MarkLastInboundMessageUnreadMaxOne($conversationId: uuid!, $lastId: uuid!) {
markOthersRead: update_messages(
_set: { read: true }
where: {
conversationid: { _eq: $conversationId }
isoutbound: { _eq: false }
is_system: { _eq: false }
id: { _neq: $lastId }
}
) {
affected_rows
returning { id }
}
markLastUnread: update_messages_by_pk(pk_columns: { id: $lastId }, _set: { read: false }) {
id
}
}
`;
/**
* Handle the status of an SMS message
* @param req
@@ -176,7 +216,80 @@ const markConversationRead = async (req, res) => {
}
};
/**
* Mark last inbound (customer) non-system message as unread.
* Enforces: max unread inbound non-system messages per thread = 1
*
* Body: { conversationId, imexshopid, bodyshopid }
*/
const markLastMessageUnread = async (req, res) => {
const {
ioRedis,
ioHelpers: { getBodyshopRoom }
} = req;
const { conversationId, imexshopid, bodyshopid } = req.body;
if (!conversationId || !imexshopid || !bodyshopid) {
return res.status(400).json({ error: "Invalid conversation data provided." });
}
try {
const lastResp = await client.request(GET_LAST_INBOUND_NON_SYSTEM_MESSAGE, { conversationId });
const last = lastResp?.messages?.[0];
if (!last?.id) {
// No inbound message to mark unread
const broadcastRoom = getBodyshopRoom(bodyshopid);
ioRedis.to(broadcastRoom).emit("conversation-changed", {
type: "conversation-marked-unread",
conversationId,
lastUnreadMessageId: null,
messageIdsMarkedRead: [],
unreadCount: 0
});
return res.status(200).json({
success: true,
conversationId,
lastUnreadMessageId: null,
messageIdsMarkedRead: [],
unreadCount: 0
});
}
const mutResp = await client.request(MARK_LAST_INBOUND_MESSAGE_UNREAD_MAX_ONE, {
conversationId,
lastId: last.id
});
const messageIdsMarkedRead = mutResp?.markOthersRead?.returning?.map((m) => m.id) || [];
const broadcastRoom = getBodyshopRoom(bodyshopid);
ioRedis.to(broadcastRoom).emit("conversation-changed", {
type: "conversation-marked-unread",
conversationId,
lastUnreadMessageId: last.id,
messageIdsMarkedRead,
unreadCount: 1
});
return res.status(200).json({
success: true,
conversationId,
lastUnreadMessageId: last.id,
messageIdsMarkedRead,
unreadCount: 1
});
} catch (error) {
console.error("Error marking last message unread:", error);
return res.status(500).json({ error: "Failed to mark last message unread." });
}
};
module.exports = {
status,
markConversationRead
markConversationRead,
markLastMessageUnread
};