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@ -10,6 +10,25 @@ When a message comes from an iota without a `sender-id` that the iota has access
## Messages
### Messaging Lifecycle
The messaging system follows a strict derivation loop to ensure delivery and correct state synchronization:
1. The client sends a `message_send` to its Iota.
2. The Iota sends a response `message_send` as confirmation back to the client.
3. The Iota sends a `message_other_iota` to the chat partner's Iota.
- **If it times out:**
- The initial Iota sends a `message_state` to the client with the state `"sending"`.
- **If successful:**
- The other Iota receives the `message_other_iota` and handles it.
- The other Iota informs its client with a `message_live`.
- **If the client doesn't answer:**
1. The other Iota will send a `message_state` to the initial Iota with the state `"sent"`.
2. The initial Iota will store the state and forward the `message_state` to its client.
- **If the client answers with `message_state`:**
1. The other Iota will store the state (either `"received"` or `"read"`) and forward the `message_state` to the initial Iota.
2. The initial Iota will store the state and forward the `message_state` to its client.
### Client adds someone to their contacts
When adding via name, the omikron will intercept and fill the chat_partner_id.
The iota will never read, or handle the chat_partner_name.

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@ -55,3 +55,19 @@ Any message to the `Omega` will be ignored until Identification.
}
}
```
### Push Notification
Sends a push notification to a user. The receiver ID can be specified either in the `receiver` field of the message or in the data payload.
##### `REQ:`
```json
{
"type": "push_notification",
"data": {
"receiver_id": "<user-id>", // Optional, if not in receiver field
"sender_id": "<user-id>"
}
}
```

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@ -3,3 +3,161 @@ title: Tauri
---
# Tauri
The Tauri system provides push notification capabilities for mobile clients via a secure QUIC connection.
### Connection
Tauri clients connect to the Omega server on port 9189 using QUIC with client certificate authentication.
### Identification
Any message to the Tauri server will be ignored until Identification.
##### `REQ:`
```json
{
"type": "tauri_identification",
"data": {
"user_id": "<user-id>"
}
}
```
##### `RES:`
```json
{
"type": "success",
"id": "<message-id>"
}
```
### Ping & Pong
Tauri clients must respond to ping messages to maintain their connection.
#### `REQ:`
```json
{
"type": "ping",
"data": {
"last_ping": long
}
}
```
#### `RES:`
```json
{
"type": "pong",
"data": {
"last_ping": long
}
}
```
### Push Notifications
When a user is offline (no active Iota connection), messages generate push notifications that are sent to Tauri clients.
#### `REQ:`
```json
{
"type": "push_notification",
"data": {
"sender_id": "<user-id>"
}
}
```
### Read Notifications
When a user reads a message on any device, a read notification is sent to clear the push notification badge on Tauri clients.
#### `REQ:`
```json
{
"type": "read_notification",
"data": {
"sender_id": "<user-id>"
}
}
```
### Tauri Client Responsibilities
1. Establish QUIC connection to Omega:9189
2. Send `tauri_identification` with user_id
3. Respond to ping messages with pong
4. Display notifications when receiving `push_notification` messages
5. Clear notification badges when receiving `read_notification` messages
6. Maintain connection heartbeat (respond to pings within 30 seconds)
## Omega Server Endpoints (HTTPS)
The Omega server provides an HTTPS API for administrative and data retrieval functions, which Tauri clients can use to synchronize notification state.
### Get User Data
Retrieve user profile information including online status.
#### `GET: /api/get/user/{user_id}`
##### `RES:`
```json
{
"status": "success",
"user_id": long,
"username": "<string>",
"display": "<string>",
"public_key": "<base64>",
"iota_id": long,
"online_status": "<status>", // user_online, user_offline, user_invisible, etc.
"sub_level": long,
"sub_end": long,
"about": "<string>?",
"avatar": "<base64>?",
"status_message": "<string>?"
}
```
### Get User Notifications
Retrieve pending push notifications for a user.
#### `GET: /api/get/notifications/{user_id}`
##### `RES:`
```json
{
"status": "success",
"notifications": [
{
"sender_id": long,
"amount": long
}
]
}
```
### Mark Notification as Read
Clear a specific notification.
#### `DELETE: /api/delete/notifications/{user_id}/{sender_id}`
##### `RES:`
```json
{
"status": "success"
}
```

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@ -175,3 +175,68 @@ The ping request should contain the last Client or Iota ping and the pong answer
}
}
```
## User Online Status
### Set Client Status
The client can change their online status by sending a `client_changed` message.
Supported status values: `user_online`, `user_offline`, `user_dnd`, `user_idle`, `user_wc`, `user_invisible`.
When `user_invisible` is set, the user remains connected and can send/receive messages, but appears as `user_offline` to all other users.
#### `REQ` (Client → Omikron):
```json
{
"id": "<uuid>",
"type": "client_changed",
"data": {
"user_state": "<status>"
}
}
```
### Online Status Notifications
When a connected user changes their status, interested clients receive a notification:
#### `EVENT` (Omikron → Client):
```json
{
"type": "client_changed",
"data": {
"user_id": "<user-id>",
"user_state": "<status>"
}
}
```
### Online Status in User Data
When fetching another user's profile via `get_user_data`, their online status is included in the response. Invisible users are reported as `user_offline`.
#### `RES` (Omikron → Client, field in `get_user_data`):
```json
{
"id": "<uuid>",
"type": "get_user_data",
"data": {
"user_id": long,
"username": "<string>",
"display": "<string>",
"public_key": "<base64>",
"iota_id": long,
"online_status": "<status>",
"omikron_id": long,
"omikron_connections": [long, ...],
"sub_level": long,
"sub_end": long,
"about": "<string>?",
"avatar": "<base64>?",
"status": "<string>?"
}
}
```