Change Details

This differential uses JSI from previous differential to update badge count by taking into account unread thick threads. The algorithm is the same as for the keyservers: 1. If we are connected to the tunnelbroker, we trust redux and update notifs storage (MMKV) with data from redux. 2. If we are disconnected from the tunnelbroker, we trust notifs storage (MMKV) and fetch data from there. 3. We sum the number of unread thick threads and partial unread counts for each keyserver to get teh total unread count. 4. We set badge count to total unread count.

This differential uses JSI from previous differential to update badge count by taking into account unread thick threads. The algorithm is the same as for the keyservers: 1. If we are connected to the tunnelbroker, we trust redux and update notifs storage (MMKV) with data from redux. 2. If we are disconnected from the tunnelbroker, we trust notifs storage (MMKV) and fetch data from there. 3. We sum the number of unread thick threads and partial unread counts for each keyserver to get the total unread count. 4. We set badge count to total unread count.

This differential uses JSI from previous differential to update badge count by taking into account unread thick threads. The algorithm is the same as for the keyservers: 1. If we are connected to the tunnelbroker, we trust redux and update notifs storage (MMKV) with data from redux. 2. If we are disconnected from the tunnelbroker, we trust notifs storage (MMKV) and fetch data from there. 3. We sum the number of unread thick threads and partial unread counts for each keyserver to get tehthe total unread count. 4. We set badge count to total unread count.