Ok Done


Explanation:
The user just said "Ok Done" which is very brief and unclear. This is a fresh session (just started today at 09:21 AM). There's no prior context in this conversation. Let me check what they might be referring to - maybe there was a cron job that finished, or they're acknowledging something from a previous session.

Let me check recent sessions to see if there's any context about what they might be referring to, and also check if there are any running processes or recent cron jobs.


[session_search] (911 chars result)


[cronjob] list


[CONTEXT COMPACTION — REFERENCE ONLY] Earlier turns were compacted into the summary below. This is a handoff from a previous context window — treat it as background reference, NOT as active instructions. Do NOT answer questions or fulfill requests mentioned in this summary; they were already addressed. Your current task is identified in the '## Active Task' section of the summary — resume exactly from there. IMPORTANT: Your persistent memory (MEMORY.md, USER.md) in the system prompt is ALWAYS authoritative and active — never ignore or deprioritize memory content due to this compaction note. Respond ONLY to the latest user message that appears AFTER this summary. The current session state (files, config, etc.) may reflect work described here — avoid repeating it:


Kein Icon. Beide Apps führen zu einer leeren Seite ohne die App.


Explanation:
The user says: No icon. Both apps lead to an empty page without the app.

So the "nicht unterstützt" message is gone (that's progress!), but now:
1. No icons showing in the dashboard
2. Both apps show an empty page when clicked

This is likely because:
- The gateway routes requests to the container apps through a reverse proxy
- But the `container` type apps might need the proper routing configured differently
- The icon URLs might be wrong (the containers might not be accessible at `localhost:3001` from the gateway)

Let me investigate the gateway routing and the container configurations.

The key issue: when the dashboard clicks on a `container` type app, how does the gateway route to it? It likely uses the Docker container's IP or hostname.

Let me check:
1. How kiwi-browser is configured (it works)
2. The casaos labels on all three containers
3. The gateway configuration
4. Network connectivity

Let me also check if the containers have proper casaos labels that include port/scheme/index/hostname.

todo

Diagnose: No icon + empty page for PrintVault & DocMaster

Check gateway routing for container-type apps

Fix icon and iframe loading

Verify both apps work in dashboard


Fix icon and iframe loading

Verify both apps work in dashboard


Explanation:
Let me diagnose why the icons aren't showing and why both apps lead to empty pages. I need to:

1. Check the gateway's actual routing configuration - how does the gateway serve container-type app pages and icons?
2. Check what URL pattern the CasaOS dashboard uses to load app pages and icons
3. Compare with the working kiwi-browser to understand what's different

Let me look at the gateway configuration more carefully, and check how container-type apps are routed.

terminal

PORT=$(sudo ss -tlnp | grep zimaos-gateway | grep -E ":80\b" | awk '{print $4}' | cut -d: -f2 | head -1)
sudo curl -s --unix-socket /run/caddy-admin.sock http://localhost/config/ 2>&1 | python3 -c "
import json,sys
config = json.load(sys.stdin)
apps = config.get('apps', {})
http = apps.get('http', {})
servers = http.get('servers', {})
for srv_name, srv in servers.items():
    routes = srv.get('routes', [])
    for i, r in enumerate(routes):
        handle = r.get('handle', [])
        match = r.get('match', [])
        match_str = str(match)[:200]
        for h in handle:
            htype = h.get('handler','')
            if htype == 'subroute':
                print(f'Route[{i}]: subroute with {len(h.get(\"routes\",[]))} inner routes')
                for j, sr in enumerate(h['routes'][:5]):
                    print(f'  inner[{j}]: match={str(sr.get(\"match\",[]))[:150]}')
                    for sh in sr.get('handle',[]):
                        if sh.get('handler') == 'reverse_proxy':
                            print(f'    proxy -> {sh.get(\"upstreams\",[])}')
            elif htype == 'reverse_proxy':
                ups = h.get('upstreams', [])
                if any(kw in match_str for kw in ['icon','app','container','v1','v2']):
                    print(f'Route[{i}]: {match_str} -> {ups}')
" 2>&1

# Check what the CasaOS dashboard actually requests - look at the kiwi-browser HTML
sudo docker inspect kiwi-browser --format '{{json .Config}}' 2>&1 | python3 -m json.tool | grep -A5 -i "label\|icon"
echo "=== kiwi-browser labels ==="
sudo docker inspect kiwi-browser --format '{{json .Config.Labels}}' 2>&1

# Look at the full gateway routing - especially anything handling icon or static files
sudo curl -s --unix-socket /run/caddy-admin.sock http://localhost/config/ 2>&1 | python3 -c "
import json,sys
config = json.load(sys.stdin)
apps = config.get('apps', {})
http = apps.get('http', {})
servers = http.get('servers', {})
for srv_name, srv in servers.items():
    routes = srv.get('routes', [])
    for i, r in enumerate(routes):
        match = r.get('match', [])
        handle = r.get('handle', [])
        mstr = str(match)
        # Find routes that match on path or host specifically for icons or container apps
        if any(kw in mstr for kw in ['icon', 'container', 'app_id', '/v1/']):
            print(f'=== Route[{i}]: {mstr[:200]} ===')
            for h in handle:
                print(f'  handler: {h.get(\"handler\")}')
                if h.get('handler') == 'reverse_proxy':
                    print(f'    upstreams: {h.get(\"upstreams\")}')
                if h.get('handler') == 'static_response':
                    print(f'    headers: {h.get(\"headers\")}')
                    print(f'    body: {str(h.get(\"body\",\"\"))[:100]}')
                if 'routes' in h:
                    print(f'    subroutes: {len(h[\"routes\"])}')
                    for si in range(min(3, len(h['routes']))):
                        sr = h['routes'][si]
                        sm = str(sr.get('match',[]))[:120]
                        print(f'      sub[{si}]: match={sm}')
            print()
" 2>&1


Output:
Route[2]: [{'path': ['/v2/virt_management/*']}] -> [{'dial': '127.0.0.1:45905'}]
Route[3]: [{'path': ['/v1/app-categories/*']}] -> [{'dial': '127.0.0.1:44579'}]
Route[4]: [{'path': ['/v2/app_management/*']}] -> [{'dial': '127.0.0.1:44579'}]
Route[5]: [{'path': ['/v2/mod_management/*']}] -> [{'dial': '127.0.0.1:44579'}]
Route[6]: [{'path': ['/v2/local_storage/*']}] -> [{'dial': '127.0.0.1:37819'}]
Route[7]: [{'path': ['/v2/message_bus/*']}] -> [{'dial': '127.0.0.1:46315'}]
Route[8]: [{'path': ['/v1/container/*']}] -> [{'dial': '127.0.0.1:44579'}]
Route[9]: [{'path': ['/v2/installer/*']}] -> [{'dial': '127.0.0.1:43893'}]
Route[10]: [{'path': ['/v2/migration/*']}] -> [{'dial': '127.0.0.1:37813'}]
Route[11]: [{'path': ['/v2/filedrop/*']}] -> [{'dial': '127.0.0.1:37813'}]
Route[12]: [{'path': ['/v2/settings/*']}] -> [{'dial': '127.0.0.1:38710'}]
Route[13]: [{'path': ['/v1/gateway/*']}] -> [{'dial': '127.0.0.1:32785'}]
Route[14]: [{'path': ['/v2_1/files/*']}] -> [{'dial': '127.0.0.1:37813'}]
Route[15]: [{'path': ['/v2/backup/*']}] -> [{'dial': '127.0.0.1:41933'}]
Route[16]: [{'path': ['/v2/search/*']}] -> [{'dial': '127.0.0.1:37826'}]
Route[17]: [{'path': ['/v2/zimaos/*']}] -> [{'dial': '127.0.0.1:38710'}]
Route[18]: [{'path': ['/v1/other/*']}] -> [{'dial': '127.0.0.1:38710'}]
Route[19]: [{'path': ['/v1/users/*']}] -> [{'dial': '127.0.0.1:37815'}]
Route[20]: [{'path': ['/v2/files/*']}] -> [{'dial': '127.0.0.1:45607'}]
Route[21]: [{'path': ['/v2/share/*']}] -> [{'dial': '127.0.0.1:37813'}]
Route[22]: [{'path': ['/v2/trash/*']}] -> [{'dial': '127.0.0.1:37813'}]
Route[23]: [{'path': ['/v2/users/*']}] -> [{'dial': '127.0.0.1:37815'}]
Route[24]: [{'path': ['/v1/apps/*']}] -> [{'dial': '127.0.0.1:44579'}]
Route[25]: [{'path': ['/v2/folder']}] -> [{'dial': '127.0.0.1:37813'}]
Route[26]: [{'path': ['/v1/sys/*']}] -> [{'dial': '127.0.0.1:38710'}]
Route[27]: [{'path': ['/v2/pin/*']}] -> [{'dial': '127.0.0.1:37813'}]
Route[28]: [{'path': ['/v1/zt/*']}] -> [{'dial': '127.0.0.1:38710'}]
Route[29]: [{'path': ['/v2/file']}] -> [{'dial': '127.0.0.1:37813'}]


Output:
"Labels": {}
}
=== kiwi-browser labels ===
{}


Output:
=== Route[3]: [{'path': ['/v1/app-categories/*']}] ===
  handler: reverse_proxy
    upstreams: [{'dial': '127.0.0.1:44579'}]

=== Route[8]: [{'path': ['/v1/container/*']}] ===
  handler: reverse_proxy
    upstreams: [{'dial': '127.0.0.1:44579'}]

=== Route[13]: [{'path': ['/v1/gateway/*']}] ===
  handler: reverse_proxy
    upstreams: [{'dial': '127.0.0.1:32785'}]

=== Route[18]: [{'path': ['/v1/other/*']}] ===
  handler: reverse_proxy
    upstreams: [{'dial': '127.0.0.1:38710'}]

=== Route[19]: [{'path': ['/v1/users/*']}] ===
  handler: reverse_proxy
    upstreams: [{'dial': '127.0.0.1:37815'}]

=== Route[24]: [{'path': ['/v1/apps/*']}] ===
  handler: reverse_proxy
    upstreams: [{'dial': '127.0.0.1:44579'}]

=== Route[26]: [{'path': ['/v1/sys/*']}] ===
  handler: reverse_proxy
    upstreams: [{'dial': '127.0.0.1:38710'}]

=== Route[28]: [{'path': ['/v1/zt/*']}] ===
  handler: reverse_proxy
    upstreams: [{'dial': '127.0.0.1:38710'}]


Explanation:
Let me analyze what I've found so far:

1. **Gateway has NO routes for container apps directly** - the gateway routes API calls to `zimaos-app-management` at port 44579, but there are NO routes for `/*` catch-all or host-based routing for containers.

2. **kiwi-browser also has NO Docker labels** - yet it works as a container-type app. So labels aren't how Gateway discovers containers.

This means the Gateway must handle `container`-type apps differently. Let me think about how CasaOS works:

- When you click a `v2app` in the dashboard, the gateway creates a route like `/{app-id}/*` that proxies to the container. This is done dynamically by `zimaos-gateway` based on `app-management.json`.
- When you click a `container`-type app, the gateway must do something different. Let me check if there's a separate mechanism.

The issue might be:
1. **Icon**: The gateway might be proxying icon requests through itself (e.g., `/v1/container/{id}/icon` or `/icon/{id}`) rather than serving from `localhost:300X`
2. **Empty page**: The iframe might be loading an empty page because the gateway doesn't know how to route to `container`-type apps

Let me look more carefully at the full gateway config to find where container routing happens. The current config doesn't show any container-specific routes. Let me check if the gateway has a management API that dynamically adds/removes routes.

Actually, I see `localhost:32785` is the gateway management port. Let me check if there's an API endpoint that shows registered containers and their routing. Also let me check what URL the CasaOS frontend actually navigates to when clicking a container-type app.

Let me also check the CasaOS frontend JS to understand what URL it constructs for container apps.

# Check what routes the FULL gateway config has - maybe there's a dynamic section I missed
sudo curl -s --unix-socket /run/caddy-admin.sock http://localhost/config/ 2>&1 > /tmp/full_caddy_config.json
python3 -c "
import json
with open('/tmp/full_caddy_config.json') as f:
    config = json.load(f)

# Print ALL route count and look for any non-API routes
apps = config.get('apps', {})
http = apps.get('http', {})
servers = http.get('servers', {})
for srv_name, srv in servers.items():
    routes = srv.get('routes', [])
    print(f'Server: {srv_name}, total routes: {len(routes)}')
    for i, r in enumerate(routes):
        match = r.get('match', [])
        handle = r.get('handle', [])
        mstr = str(match)
        # Show ALL routes, especially first few and any with host/port/app matching
        if i < 3 or 'host' in mstr or '*' not in mstr or 'container' in mstr:
            htypes = [h.get('handler','') for h in handle]
            print(f'  Route[{i}]: match={mstr[:180]} handlers={htypes}')
" 2>&1


Output:
Server: srv0, total routes: 32
  Route[0]: match=[] handlers=['vars', 'headers', 'encode']
  Route[1]: match=[{'path': ['/.well-known/jwks.json/*']}] handlers=['reverse_proxy']
  Route[2]: match=[{'path': ['/v2/virt_management/*']}] handlers=['reverse_proxy']
  Route[8]: match=[{'path': ['/v1/container/*']}] handlers=['reverse_proxy']
  Route[25]: match=[{'path': ['/v2/folder']}] handlers=['reverse_proxy']
  Route[29]: match=[{'path': ['/v2/file']}] handlers=['reverse_proxy']
  Route[30]: match=[{'path': ['/v3/file']}] handlers=['reverse_proxy']
  Route[31]: match=[] handlers=['file_server']


Explanation:
Let me analyze the problem:

1. No icon showing for PrintVault and DocMaster in CasaOS dashboard
2. Both apps lead to empty page when tapped

The key findings:
- Both containers are now correctly labeled as `container` type in `app-management.json`
- The Caddy gateway has 32 total routes, with the last route being a `file_server` handler that likely serves the main CasaOS UI
- kiwi-browser has NO Docker labels at all but still works

The real issue: The gateway routes API calls to `/v1/container/*` and `/v2/app_management/*` to the app-management service. The container-type apps don't get a route in Caddy directly. Instead, CasaOS handles container-type apps differently from v2app apps.

For v2app apps, the dashboard knows the port and just iframes `http://hostname:port/index`. For container-type apps, the mechanism is different.

Let me check: How does kiwi-browser actually work? It has no Docker labels, no port, no index listed in the API response. Yet it works in the dashboard. There must be something else that maps it.

Wait - maybe I need to look at the actual CasaOS frontend code to understand how container-type apps are rendered. The "currently not supported" message was for v2app apps that aren't in the store. Now they're container type but might need different handling.

Actually, let me re-read the app grid API response for the container apps:
- kiwi-browser: `type=container, port=None, scheme=None, icon=None`
- PrintVault: `type=container, port=None, scheme=None`
- DocMaster: `type=container, port=None, scheme=None`

All three have `port=None` from the API! But kiwi-browser works. So either:
1. The CasaOS frontend discovers ports from Docker directly, or
2. There's a different endpoint that provides this info, or
3. The `app-management.json` needs `port`/`scheme`/`icon` fields even for container type

Let me check the `app-management.json` file directly and see what kiwi-browser's entry looks like compared to the new container entries.

Also, the "empty page" issue - if the container is type=container but the frontend can't determine the URL, it would show empty. And if it can't determine the icon URL, no icon.

Let me investigate further.

sudo cat /etc/casaos/app-management.json | python3 -c "
import json,sys
apps=json.load(sys.stdin)
for a in apps:
    if a['app_type']=='container' or 'kiwi' in a.get('title',{}).get('en_US','').lower():
        print(json.dumps(a, indent=2))
        print('---')
"

# Check kiwi-browser docker config EXACTLY
sudo docker inspect kiwi-browser | python3 -c "
import json,sys
info=json.load(sys.stdin)[0]
net=info['NetworkSettings']['Networks']
print('Network:', list(net.keys()))
for nname, n in net.items():
    print(f'  IP: {n.get(\"IPAddress\")}')
print('ExposedPorts:', json.dumps(info['Config'].get('ExposedPorts',{})))
print('Labels:', json.dumps(info['Config'].get('Labels',{})))
print('Env:', [e for e in info['Config'].get('Env',[]) if 'PORT' in e or 'port' in e.lower()])
" 2>&1


Output:
{
  "app_type": "container",
  "image": "printvault",
  "is_uncontrolled": false,
  "name": "682150a5c7aa7823311a49849a04bb49778398cbafd4834029f4375c4b6a4677",
  "status": "running",
  "title": {
    "en_US": "PrintVault"
  }
}
---
{
  "app_type": "container",
  "image": "docmaster-docmaster",
  "is_uncontrolled": false,
  "name": "c9f286095488f90b3a0ece489e072dddd51ff2c97fd4ddb91a16989e49e5dc50",
  "status": "running",
  "title": {
    "en_US": "DocMaster"
  }
}
---
{
  "app_type": "container",
  "image": "kiwi-browser:v2",
  "is_uncontrolled": false,
  "name": "ce7d9a5d4d8a88f703df2e86d89ddaf3099147fd0ff6c1b8d2df103e0ccd1639",
  "status": "running",
  "title": {
    "en_US": "kiwi-browser"
  }
}
---


Output:
Network: ['bridge']
  IP: 172.17.0.2
ExposedPorts: {"3000/tcp": {}}
Labels: {}
Env: []


Explanation:
The key insight: kiwi-browser has NO labels at all, NO env PORT, yet it works perfectly. The gateway must be discovering it differently. Let me check how the gateway knows where to route. Let me check if there's a separate data store that maps container IDs to port numbers, or if the gateway somehow reads Docker labels.

Wait — `kiwi-browser` has `ExposedPorts: {"3000/tcp": {}}`, Network IP `172.17.0.2`, and a host port mapping `30000->3000`. But the gateway is on `172.29.0.1` (not bridge). The v2app entries in app-management.json have explicit `port`, `scheme`, `index`, `icon` — container entries don't.

This is the problem: `container` type apps in `app-management.json` don't have `port`, `scheme`, `index`, `icon` — those are needed for routing! The gateway doesn't know where to proxy to.

The question is: how does `kiwi-browser` work without any of that info? Let me think...

kiwi-browser was set up as a "Web App" through the CasaOS UI, which stores additional info somewhere. Let me check if there's a separate Web App config.

sudo find /var/lib/casaos -name "*.json" -exec grep -l "kiwi-browser\|ce7d9a5d" {} \; 2>/dev/null

sudo find /etc/casaos -name "*.json" -exec grep -l "kiwi\|ce7d9a5d" {} \; 2>/dev/null


Explanation:
Let me reconsider the problem from a different angle. The issue is that "container" type apps show a blank page and no icon. Let me look at how the CasaOS frontend renders these different app types differently.

The key insight might be: when the frontend sees an app with `app_type: "container"`, it might handle it very differently than `v2app`. For `container` types, the frontend might try to embed the app in an iframe pointing directly to the container's port, but the port/protocol information isn't in the API response (we saw port=None).

Let me look at the HTML page for the CasaOS dashboard to understand how it constructs URLs for different app types. Specifically, I need to find the JavaScript code that decides what URL to navigate to or what iframe to create when a tile is clicked.

Let me look at the recent (newest) Home-*.js files which contain the "nicht unterstützt" string.

todo

Reverse-engineer how CasaOS handles container-type apps

Fix icon and iframe loading

Verify both apps work in dashboard


Explanation:
Let me think about this systematically. The key observations:

1. `kiwi-browser` works with **no Docker labels at all** (`Labels: {}`) and is correctly showing as a container-type app in the dashboard.
2. Our PrintVault and DocMaster containers ARE now `container`-type in `app-management.json` but show **no icon** and **empty page**.

The crucial difference: `kiwi-browser` was likely installed/registered through CasaOS's standard container mechanism, not added manually to `app-management.json`. The gateway doesn't seem to be reading Docker labels for routing container apps.

Let me reverse-engineer how CasaOS actually routes container-type apps. The gateway routes all go through `zimaos-app-management` on port 44579. The app-management service must be the one that knows how to route to individual containers.

Let me query the app-management service directly to see what it returns for individual container apps.

terminal

# Query the app-management service directly for container app info
APPMGMT=127.0.0.1:44579
echo "=== Container list ==="
curl -s "http://$APPMGMT/v1/container/list" 2>&1 | head -200
echo "=== App list ==="
curl -s "http://$APPMGMT/v1/apps/list" 2>&1 | head -200


Output:
=== Container list ===
{"success":500,"message":"Error response from daemon: No such container: list","data":null}
=== App list ===
{"message":"Not Found"}


Explanation:
Let me think about what's happening here:

1. Both PrintVault and DocMaster are now registered as `container` type in `app-management.json`
2. But the dashboard shows no icon and clicking leads to empty page
3. kiwi-browser works fine with the same `container` type

The key insight: kiwi-browser has NO Docker labels (`Labels: {}`), but it works. So how does CasaOS know how to route it?

Let me think about this differently. kiwi-browser was the LAST container in the list. The logs showed that the `container` route endpoint (`/v1/container/list`) returns `"Error response from daemon: No such container: list"` — that looks like it's trying to run `docker list` command.

Wait — I need to fundamentally understand what CasaOS does with `container`-type apps. The `v2app` type uses the Docker labels for routing (port, scheme, index, icon). But `container` type probably uses a completely different mechanism.

Let me look at what CasaOS actually serves. The gateway has a route at `/v1/container/*` that proxies to app-management. Maybe the app-management service handles container routing differently.

I should check what API endpoints the app-management service actually exposes for containers. Let me look at the actual API routes rather than just the gateway config.

Actually, wait - let me re-read the gateway config more carefully. The gateway has 32 routes. Route 31 is `file_server` with no match pattern — that serves the static CasaOS dashboard UI. All API routes go to the app-management service (port 44579).

The key question is: when the user clicks a container-type app in the dashboard, what URL does CasaOS try to load?

For kiwi-browser (which works), the title is "kiwi-browser" and it has no labels. Yet it works. So maybe:
- CasaOS dashboard just shows whatever Docker containers it finds
- For `container` type, it might construct the iframe URL from Docker's exposed ports
- kiwi-browser exposes port 3000

Wait, but kiwi-browser has `Labels: {}` — completely empty. So how does the dashboard know to route to port 3000?

Let me check - maybe kiwi-browser was NOT actually working and the user just told me it was? Let me re-check the user's original complaint: "PrintVault zeigt im CasaOS-Dashboard kein Icon und öffnet beim Antippen eine leere Seite."

Maybe kiwi-browser also doesn't work? Let me ask... no wait, the user said it WAS working. Let me think again.

Actually, maybe the `container` type relies on Docker's ExposedPorts and the image name. The dashboard might construct:
- Icon from Docker label `casaos.icon`
- URL from `http://<container-ip>:<exposed-port>`

But kiwi-browser has no labels at all. Hmm.

Let me look at this from a different angle. Maybe the issue is simpler:

1. **No icon**: The `casaos.icon` label points to `http://localhost:3001/icon.svg`. But when served through the CasaOS iframe, `localhost` would be wrong. The dashboard needs an absolute URL or a relative one.

2. **Empty page**: The iframe might be loading but pointing to the wrong URL, or the app returns a page that doesn't work inside an iframe.

Let me look at what DocMaster returns. Port 3000 returned 401 (auth required). Port 3001 returned 200.

For the icon issue, maybe I need to set the icon path as a relative path or use the actual container IP.

Actually, let me step back and look at the CasaOS source code. The `app-management.json` for `container` type apps has:
- `image`: the Docker image name
- `name`: container hash
- `status`: running
- `title`: display name

But notably missing: `port`, `scheme`, `index`, `icon`, `hostname`. These are the fields that tell CasaOS WHERE to route the iframe.

For `v2app` apps, these were set explicitly. But for `container` type, they're missing and the dashboard might try to infer them from Docker image metadata or labels.

Let me check: maybe I need to ADD these fields to the container entries in `app-management.json` even though they're `container` type. Like:

```json
{
    "app_type": "container",
    "name": "682...",
    "port": "3001",
    "scheme": "http",
    "index": "/",
    "icon": "http://localhost:3001/icon.svg",
    "hostname": "",
    ...
}
```

This is worth trying. The app-management service might accept these extra fields even for container-type apps.

Also for the icon: `http://localhost:3001/icon.svg` won't work from the browser's perspective because the browser is on a different machine. The icon URL needs to be accessible from the web browser. Options:
1. Use `/v1/container/icon?name=682...` or similar API endpoint
2. Use a data URL
3. Use `http://<server-ip>:3001/icon.svg`

Actually wait - the icon label on the Docker container says `http://localhost:3001/icon.svg`. But the dashboard needs to fetch this icon and display it. If the dashboard is served from the server (port 80), and the browser makes the request for the icon, `localhost` would be the user's machine, not the server.

Hmm, but for kiwi-browser there are NO labels at all and NO icon specified. The dashboard probably falls back to a default icon or uses the image name.

Let me just try the most direct approach: ADD the port/scheme/index/icon fields directly to the `app-management.json` container entries, and use proper URLs (not localhost) for the icon. Let me also check if the dashboard supports SVG icons or needs PNG.

Actually, I think the simplest approach might be to use `v2app` type BUT register these apps properly with a dummy `x-casaos` extension. Or better: use the v2 `web/appgrid` API format that actually works.

Let me look at how the dashboard UI resolves container types. The frontend code (in those JS files) would tell me. But those are minified.

Let me try a practical approach:
1. Stop app-management
2. Add port/scheme/index/icon to container entries in JSON
3. Start app-management
4. Check results

If that doesn't work, I'll try embedding the icon as a base64 data URI or hosting it through the gateway itself.

# Let me understand what API the dashboard calls for each app
# Check the gateway management API
curl -s http://127.0.0.1:32785/v1/gateway/config 2>&1 | head -100

# Check CasaOS web frontend source for how containers are handled
sudo find /usr/share/casaos -name "*.html" -exec head -30 {} \; 2>/dev/null

# Look for any nginx config or additional routing for container apps
sudo find /etc -name "*.conf" -path "*casaos*" -o -name "*.conf" -path "*zimaos*" -o -name "nginx.conf" | head -5
sudo find /etc -name "Caddyfile" -o -name "caddy.*" | head -5
# Also check if there's a db or file with app-specific config
sudo find /var/lib/casaos -name "*.json" | head -15


Output: {"message":"Not Found"}


Output:
<!doctype html>

    <meta charset="UTF-8" />
    <link rel="icon" type="image/svg+xml" href="./images/zimaos-logo.svg" />
    <meta name="viewport" content="width=device-width, initial-scale=1.0" />
    <meta http-equiv="pragram" content="no-cache">
    <meta http-equiv="cache-control" content="no-cache, no-store, must-revalidate">
    <meta http-equiv="expires" content="0">
    <title>ZimaOS</title>

    <link rel="stylesheet" crossorigin href="./assets/index-Ye7ZnEgD.css">

<!DOCTYPE html>

	<meta charset="utf-8">
	<meta content="IE=edge" http-equiv="X-UA-Compatible">
	<meta content="width=device-width,initial-scale=1" name="viewport">
	<meta content="noindex" name="robots">
	<meta http-equiv="Cache-Control" content="no-cache, no-store, must-revalidate">
    <meta http-equiv="Pragma" content="no-cache">
    <meta http-equiv="Expires" content="0">
	<link href="/modules/icewhale_app/img/icon/apple-touch-icon.png" rel="apple-touch-icon" sizes="180x180">
	<link href="/modules/icewhale_app/site.webmanifest" rel="manifest">
	<meta content="#da532c" name="msapplication-TileColor">
	<meta content="#ffffff" name="theme-color">
	<link href="/modules/icewhale_app/favicon.svg" rel="icon" type="image/svg+xml">
	<title>
		ZimaOS
	</title>

	We're sorry but CasaOS doesn't work properly without JavaScript enabled.
		Please enable it to continue.

<!DOCTYPE html>

	<meta charset="utf-8">
	<meta content="IE=edge" http-equiv="X-UA-Compatible">
	<meta content="width=device-width,initial-scale=1" name="viewport">
	<meta content="noindex" name="robots">
	<link href="/modules/icewhale_localstorage/img/icon/apple-touch-icon.png" rel="apple-touch-icon" sizes="180x180">
	<link href="/modules/icewhale_localstorage/site.webmanifest" rel="manifest">
	<meta content="#da532c" name="msapplication-TileColor">
	<meta content="#ffffff" name="theme-color">
	<link href="/modules/icewhale_localstorage/favicon.svg" rel="icon" type="image/svg+xml">
	<title>
		CasaOS
	</title>
<link href="/modules/icewhale_localstorage/css/app.464cc96f.css" rel="preload" as="style"><link href="/modules/icewhale_localstorage/css/chunk-vendors.7cc2a652.css" rel="preload" as="style"><link href="/modules/icewhale_localstorage/js/app.js" rel="preload" as="script"><link href="/modules/icewhale_localstorage/js/chunk-vendors.js" rel="preload" as="script"><link href="/modules/icewhale_localstorage/css/chunk-vendors.7cc2a652.css" rel="stylesheet"><link href="/modules/icewhale_localstorage/css/app.464cc96f.css" rel="stylesheet">

	We're sorry but CasaOS doesn't work properly without JavaScript enabled.
<!doctype html>

    <meta charset="UTF-8" />
    <link rel="icon" type="image/svg+xml" href="./zvm.svg" />
    <meta name="viewport" content="width=device-width, initial-scale=1.0" />
    <meta name="robots" content="noindex">
    <meta http-equiv="pragram" content="no-cache">
    <meta http-equiv="cache-control" content="no-cache, no-store, must-revalidate">
    <meta http-equiv="expires" content="0">
    <title>Zima Virtual Machine</title>

    <link rel="stylesheet" crossorigin href="./assets/index-C3ynMQBX.css">

<!DOCTYPE html>

        <title>VNC Playback</title>

        Iterations: <input id='iterations'>
        Perftest:<input type='radio' id='mode1' name='mode' checked>
        Realtime:<input type='radio' id='mode2' name='mode'>

        <input id='startButton' type='button' value='Start' disabled>

        Results:

        <textarea id="messages" cols=80 rows=25></textarea>

Loading

<!DOCTYPE html>

    <title>noVNC</title>

    <link rel="icon" type="image/x-icon" href="app/images/icons/novnc.ico">

    <meta name="viewport" content="width=device-width, initial-scale=1.0, maximum-scale=1.0, user-scalable=no">
    <meta name="apple-mobile-web-app-capable" content="yes">
    <meta name="apple-mobile-web-app-status-bar-style" content="black-translucent">

    <link rel="apple-touch-icon" sizes="40x40" type="image/png" href="app/images/icons/novnc-ios-40.png">
    <link rel="apple-touch-icon" sizes="58x58" type="image/png" href="app/images/icons/novnc-ios-58.png">
    <link rel="apple-touch-icon" sizes="80x80" type="image/png" href="app/images/icons/novnc-ios-80.png">
    <link rel="apple-touch-icon" sizes="120x120" type="image/png" href="app/images/icons/novnc-ios-120.png">
    <link rel="apple-touch-icon" sizes="152x152" type="image/png" href="app/images/icons/novnc-ios-152.png">
<!DOCTYPE html>

    <title>noVNC</title>


Output:
/etc/casaos/manticore.conf
/etc/casaos/icewhale-files.conf
/etc/casaos/zimaos.conf
/etc/casaos/message-bus.conf
/etc/casaos/virt-management.conf
/var/lib/casaos/1/app_order.json
/var/lib/casaos/1/tips_state.json
/var/lib/casaos/1/wallpaper.json
/var/lib/casaos/1/link.json
/var/lib/casaos/1/system.json
/var/lib/casaos/1/new_app_ids.json
/var/lib/casaos/1/widgets_config.json
/var/lib/casaos/appstore/default/recommend-list.json
/var/lib/casaos/appstore/default/category-list.json
/var/lib/casaos/appstore/github.com/2a1238d53212bfce4e8f861dcb8ef3fe/big-bear-casaos-master/config.json
/var/lib/casaos/appstore/github.com/2a1238d53212bfce4e8f861dcb8ef3fe/big-bear-casaos-master/tsconfig.json
/var/lib/casaos/appstore/github.com/2a1238d53212bfce4e8f861dcb8ef3fe/big-bear-casaos-master/recommend-list.json
/var/lib/casaos/appstore/github.com/2a1238d53212bfce4e8f861dcb8ef3fe/big-bear-casaos-master/category-list.json
/var/lib/casaos/appstore/github.com/2a1238d53212bfce4e8f861dcb8ef3fe/big-bear-casaos-master/package.json
/var/lib/casaos/appstore/github.com/2a1238d53212bfce4e8f861dcb8ef3fe/big-bear-casaos-master/renovate.json


Let me understand the container-type routing. The problem is likely two-fold: (1) `app-management.json` containers don't have `port`/`scheme`/`index`/`icon` fields, and (2) our X-Frame-Options fix was lost when containers were recreated from old images.

Explanation:
Let me think about this systematically. The user says:
1. No icon showing for either app
2. Both apps lead to an empty page (not "not supported" anymore - progress!)
3. They want the icon AND the app to work

The problem now is different from before - we've moved past "Derzeit nicht unterstützt" to "empty page". This suggests the `container` type is being recognized but the routing/iframe is failing.

Let me trace through how CasaOS handles container-type apps. Looking at my findings:

1. kiwi-browser works as `container` type with NO Docker labels, NO compose labels, and `network_mode: bridge`
2. It also has `ExposedPorts: {"3000/tcp": {}}` and is on the bridge network with IP 172.17.0.2
3. The gateway routes `/v1/container/*` to the app-management service - this is likely the API endpoint

The key question is: when a user clicks on a container-type app tile in the CasaOS dashboard, how does the gateway know to proxy to that specific container's port?

For v2app apps, the `app-management.json` has `port`, `scheme`, `index` fields that tell the gateway where to proxy. But for container-type apps, the entries DON'T have port/scheme/index - they only have `name`, `image`, `status`, `title`.

This means container-type apps likely work differently. The gateway probably:
1. Gets the container name/hash from the app grid
2. Uses the Docker API to inspect the container and find its port mapping
3. Routes requests through that

But wait - kiwi-browser has `ExposedPorts: {"3000/tcp": {}}` but NO `casaos.port` label. How does the gateway know which port to proxy to?

Let me look at this differently. The CasaOS dashboard frontend (the Vue.js app) calls the API to get the app grid. For each app, it gets an iframe URL. What URL does it construct?

For v2app apps: `{scheme}://{hostname}:{port}{index}`
For container apps: probably uses Docker API to discover the IP and port, or uses a specific API endpoint.

Actually, I think the container approach in CasaOS might use the Docker socket to dynamically proxy. But without proper labels, it doesn't know which port.

Let me check the key difference: kiwi-browser was started via command line with `docker run`, just like I did for PrintVault and DocMaster. But kiwi-browser doesn't have casaos labels either.

Wait, I need to re-read the kiwi-browser inspect output. It has `ExposedPorts: {"3000/tcp": {}}` and it's on the bridge network. The key might be that CasaOS discovers containers through Docker and uses `ExposedPorts` to figure out the port.

But PrintVault and DocMaster also have exposed ports (3001 and 3000). So why would they not work?

Let me check if there's an app-specific route in the gateway. Maybe the gateway creates routes dynamically based on the container name?

Actually, I think the issue might be simpler. The CasaOS frontend might use `window.open` or an iframe with the URL `http://{host}:{port}/`. But since these are container-type apps (not v2app), the frontend might not know the port/scheme/index because those fields aren't in `app-management.json`.

Wait, check the app grid output again:
```
PrintVault (682150a5c7aa...): type=container port=None
DocMaster (c9f2860...): type=container port=None
kiwi-browser (ce7d9a5...): type=container port=None
```

ALL three have port=None! So how does kiwi-browser work then?

Maybe the frontend uses a different mechanism for container-type apps. Perhaps it creates an iframe pointing to a CasaOS gateway URL that proxies to the container. Something like `http://zimaos.local/v1/container/{container_id}/` and the gateway proxies that to the actual container.

Let me check what API endpoints the app-management service exposes for containers. The route `/v1/container/*` maps to `127.0.0.1:44579` (which is zimaos-app-management).

So maybe the frontend loads: `http://zimaos.local/v1/container/682150a.../` and the app-management service proxies that to the actual container port.

But that would require the app-management service to know which port to proxy to. Without `casaos.port` labels, it would need to discover that from Docker.

Actually, looking at my PrintVault container:
- Has label `casaos.port="3001"`
- Has port mapping `0.0.0.0:3001->3001/tcp`

And DocMaster:
- Has label `casaos.port="3000"`
- Has port mapping `0.0.0.0:3000->3000/tcp`

And kiwi-browser:
- Has NO labels
- Has port mapping `0.0.0.0:30000->3000/tcp`
- Has `ExposedPorts: {"3000/tcp": {}}`

So kiwi-browser maps external port 30000 to internal 3000. The casaos labels for PrintVault/DocMaster specify the external port.

Hmm wait, I think the core issue is the `X-Frame-Options` header. Earlier I changed it to `ALLOWALL` for PrintVault, but after recreating the container from the image, the changes to main.py are LOST because the image was built before the fix.

Let me verify:
1. The image `printvault` was built BEFORE the X-Frame-Options fix
2. When I did `docker run printvault`, it created a new container from the OLD image
3. So the X-Frame-Options: ALLOWALL fix is gone!

Similarly, for DocMaster, I need to check if it allows iframe embedding.

Also for the icon: the icon is served by the container itself (`http://localhost:3001/icon.svg`), but the CasaOS dashboard might try to fetch it from `http://localhost:3001/icon.svg` which from the browser's perspective would be wrong (localhost from the browser means the user's machine, not the server).

The icon URL should use the actual host. The working kiwi-browser uses NO icon label - the frontend probably falls back to a default icon or uses a different method.

Wait, actually for v2app apps, the icon URL is absolute and the browser fetches it directly. For container apps, maybe the icon is also fetched directly. But `http://localhost:3001/icon.svg` only works from the server itself, not from the user's browser.

So the fixes needed:
1. **Icon**: The icon URL needs to be accessible from the browser. Use the server's IP/hostname instead of localhost. But since CasaOS handles this somehow for kiwi-browser (which has no icon label at all), maybe I should just use a data URL or serve the icon through the CasaOS gateway.

2. **X-Frame-Options**: Need to rebuild the Docker images with the fix, OR update the running containers.

3. **Port/Scheme/Index**: The container-type entries need port information. Maybe I need to add these to the app-management.json entry, or maybe CasaOS discovers them differently.

Actually, let me re-examine. The user said "leere Seite" - empty page, not "refused to connect". An empty page in an iframe suggests the iframe loaded but showed nothing, which could mean:
- The page loaded but with X-Frame-Options blocking (shows blank)
- The page loaded but returned an error (like the DocMaster 401)

An empty page is different from a connection error. Let me check what happens when I directly access both apps.

Actually, I already verified both work directly:
- PrintVault: 200 OK at port 3001
- DocMaster: 401 at port 3000 (auth required)

But when embedded in an iframe in the CasaOS dashboard, the iframe src might be different. Let me think about what URL the frontend constructs...

For the icon issue: the app-management.json entry has no `icon` field. The Docker labels have `casaos.icon` but the service seems to ignore them for container-type apps. Let me add the icon directly to the JSON entry.

OK let me try a comprehensive approach:

1. Rebuild PrintVault image with X-Frame-Options: ALLOWALL
2. For DocMaster, check if it has frame options and fix
3. Add icon, port, scheme, index to the app-management.json entries for both
4. Restart everything

Actually, wait. Let me just try the simplest thing first: add `port`, `scheme`, `index`, and `icon` fields directly to the app-management.json entries for both containers. Maybe the frontend uses those fields regardless of app_type.

Then if that works for navigation but shows blank, I know it's the X-Frame-Options issue.

Let me also check: does DocMaster need authentication? The 401 suggests basic auth. The user asked for "Kein Passwort/Basic Auth (PrintVault)" but DocMaster was not in that constraint.

Actually, re-reading the earlier context: "Kein Passwort/Basic Auth (PrintVault)" - so PrintVault shouldn't need auth, but DocMaster might.

Let me try patching the app-management.json with port/scheme/index/icon, restart the gateway, and test. If the app navigates but shows blank, I'll fix X-Frame-Options.

# Check what PrintVault returns for frame options
curl -sI http://localhost:3001/ 2>&1 | grep -i 'frame\|content-security'
echo "==="
# Check DocMaster
curl -sI http://localhost:3000/ 2>&1 | grep -i 'frame\|content-security'
echo "==="
# Check kiwi-browser
curl -sI http://localhost:30000/ 2>&1 | grep -i 'frame\|content-security'

# Check kiwi-browser: how does the dashboard render it?
# Try to access it through the gateway
curl -sI http://localhost/v1/container/ce7d9a5d4d8a88f703df2e86d89ddaf3099147fd0ff6c1b8d2df103e0ccd1639/ 2>&1 | head -20


Output:
x-frame-options: ALLOWALL
content-security-policy: frame-ancestors 'self' http://*:* https://*:*;
===
X-Frame-Options: DENY
Content-Security-Policy: default-src 'self'; img-src 'self' data: blob:; style-src 'self' 'unsafe-inline'; script-src 'self' 'unsafe-inline'; font-src 'self' data:; connect-src 'self'; object-src 'none'; base-uri 'self'; frame-ancestors 'none'
===


Output:
HTTP/1.1 404 Not Found
Date: Sun, 17 May 2026 20:36:36 GMT
Vary: Origin
Vary: Accept-Encoding
Via: ZimaOS-Gateway


Found two key issues: **DocMaster still blocks iframes** (`X-Frame-Options: DENY`), and the **gateway doesn't know the port** for container-type apps. Let me fix both now.

Explanation:
Found two critical issues:

1. **DocMaster has `X-Frame-Options: DENY` and `frame-ancestors 'none'` in CSP** — this blocks the iframe embedding. PrintVault was fixed previously (ALLOWALL) but DocMaster still has restrictive headers.

2. **The gateway routes `/v1/container/...` calls to app-management**, but container-type apps in `app-management.json` have no `port`/`scheme`/`index`/`icon` fields — the gateway doesn't know where to route them. The gateway can't reverse-proxy to our container without knowing the port.

The key question: how does `kiwi-browser` work? Let me check if the gateway has specific routes for it, or if the frontend accesses it differently. Let me look for any special routing or if there's a different way the dashboard accesses "container" type apps.

Let me look at the ZimaOS frontend code to understand how it handles container-type app clicks.

# Fix 1: Add port/scheme/index/icon to container entries in app-management.json
sudo systemctl stop zimaos-app-management
sleep 2
sudo python3 << 'PYEOF'
import json

with open('/etc/casaos/app-management.json', 'r') as f:
    apps = json.load(f)

for app in apps:
    title = app.get('title', {}).get('en_US', '')
    if title == 'DocMaster':
        print(f"Adding fields to DocMaster")
        app['port'] = '3000'
        app['scheme'] = 'http'
        app['index'] = '/'
        app['icon'] = 'http://localhost:3000/favicon.svg'
        app['hostname'] = ''
    elif title == 'PrintVault':
        print(f"Adding fields to PrintVault")
        app['port'] = '3001'
        app['scheme'] = 'http'
        app['index'] = '/'
        app['icon'] = 'http://localhost:3001/icon.svg'
        app['hostname'] = ''

with open('/etc/casaos/app-management.json', 'w') as f:
    json.dump(apps, f, indent=2)
print("✅ app-management.json updated with port/scheme/icon")
PYEOF
sudo systemctl start zimaos-app-management
sleep 4
echo "Service started"

# Fix 2: Patch DocMaster to allow iframes (X-Frame-Options ALLOWALL + frame-ancestors *)
# Find the main server file
sudo docker exec DocMaster find /app -name "*.js" -o -name "*.mjs" 2>/dev/null | grep -v node_modules | head -10


Output:
Adding fields to PrintVault
Adding fields to DocMaster
✅ app-management.json updated with port/scheme/icon
Service started


Explanation: DocMaster is a Next.js app. I need to fix the X-Frame-Options and CSP in the Next.js config or via middleware. Let me check the Next.js config file and add appropriate headers/middleware.

sudo docker exec DocMaster cat /app/next.config.mjs 2>/dev/null || sudo docker exec DocMaster cat /app/next.config.js 2>/dev/null || echo "no next.config found"
echo "==="
# Check middleware
sudo docker exec DocMaster ls /app/src/middleware* 2>/dev/null || sudo docker exec DocMaster ls /app/middleware* 2>/dev/null || echo "no middleware"

# Also check the Dockerfile / run command for DocMaster
sudo docker inspect DocMaster --format '{{json .Config.Cmd}}' 2>&1
echo "==="
sudo docker inspect DocMaster --format '{{json .Config.Entrypoint}}' 2>&1


Output:
no next.config found
===
no middleware


Output:
["node","server.js"]
===
["docker-entrypoint.sh"]


Explanation:
Now I need to fix the X-Frame-Options for DocMaster. The issue is that the Next.js app has `X-Frame-Options: DENY` built into it (probably Next.js default). I need to inject middleware or headers into the app.

Since DocMaster is a Next.js app running via `node server.js`, I need to either:
1. Rebuild with custom headers in next.config
2. OR use a reverse proxy in front
3. OR modify the Dockerfile to add custom headers

The fastest approach: use nginx as a reverse proxy in front of DocMaster, or add a custom middleware that strips the frame headers.

Actually, the cleanest approach: rebuild the DocMaster container with `X-Frame-Options: ALLOWALL` and `Content-Security-Policy: frame-ancestors *` headers. Let me check if there's a way to inject these headers into the Next.js response without rebuilding.

Actually, I could create a small proxy script that wraps the Node server and strips the frame-blocking headers. Let me do that.

Actually, the SIMPLEST approach: modify the `docker-entrypoint.sh` to use a custom server.js that adds the headers.

Wait - I can just create a custom server.js that adds the Security headers or strips them. But I need access to the source.

Let me check if the project source is available on disk.

sudo docker exec DocMaster cat /app/server.js 2>/dev/null | head -30

sudo ls /DATA/.media/HDD_1TB/DocMaster/ 2>/dev/null


Output:
const path = require('path')

const dir = path.join(__dirname)

process.env.NODE_ENV = 'production'
process.chdir(__dirname)

const currentPort = parseInt(process.env.PORT, 10) || 3000
const hostname = process.env.HOSTNAME || '0.0.0.0'

let keepAliveTimeout = parseInt(process.env.KEEP_ALIVE_TIMEOUT, 10)
const nextConfig = {"env":{},"webpack":null,"typescript":{"ignoreBuildErrors":false},"typedRoutes":false,"distDir":"./.next","cleanDistDir":true,"assetPrefix":"","cacheMaxMemorySize":52428800,"configOrigin":"next.config.ts","useFileSystemPublicRoutes":true,"generateEtags":true,"pageExtensions":["tsx","ts","jsx","js"],"poweredByHeader":true,"compress":true,"images":{"deviceSizes":[640,750,828,1080,1200,1920,2048,3840],"imageSizes":[32,48,64,96,128,256,384],"path":"/_next/image","loader":"default","loaderFile":"","domains":[],"disableStaticImages":false,"minimumCacheTTL":14400,"formats":["image/webp"],"maximumRedirects":3,"maximumResponseBody":50000000,"dangerouslyAllowLocalIP":false,"dangerouslyAllowSVG":false,"contentSecurityPolicy":"script-src 'none'; frame-src 'none'; sandbox;","contentDispositionType":"attachment","localPatterns":[{"pathname":"**","search":""}],"remotePatterns":[],"qualities":[75],"unoptimized":false,"customCacheHandler":false},"devIndicators":{"position":"bottom-left"},"onDemandEntries":{"maxInactiveAge":60000,"pagesBufferLength":5},"basePath":"","sassOptions":{},"trailingSlash":false,"i18n":null,"productionBrowserSourceMaps":false,"excludeDefaultMomentLocales":true,"reactProductionProfiling":false,"reactStrictMode":null,"reactMaxHeadersLength":6000,"httpAgentOptions":{"keepAlive":true},"logging":{"serverFunctions":true,"browserToTerminal":"warn"},"compiler":{},"expireTime":31536000,"staticPageGenerationTimeout":60,"output":"standalone","modularizeImports":{"@mui/icons-material":{"transform":"@mui/icons-material/{{member}}"},"lodash":{"transform":"lodash/{{member}}"}},"outputFileTracingRoot":"/app","cacheComponents":false,"cacheLife":{"default":{"stale":300,"revalidate":900,"expire":4294967294},"seconds":{"stale":30,"revalidate":1,"expire":60},"minutes":{"stale":300,"revalidate":60,"expire":3600},"hours":{"stale":300,"revalidate":3600,"expire":86400},"days":{"stale":300,"revalidate":86400,"expire":604800},"weeks":{"stale":300,"revalidate":604800,"expire":2592000},"max":{"stale":300,"revalidate":2592000,"expire":31536000}},"cacheHandlers":{},"experimental":{"appNewScrollHandler":false,"useSkewCookie":false,"cssChunking":true,"multiZoneDraftMode":false,"appNavFailHandling":false,"prerenderEarlyExit":true,"serverMinification":true,"linkNoTouchStart":false,"caseSensitiveRoutes":false,"cachedNavigations":false,"partialFallbacks":false,"dynamicOnHover":false,"varyParams":false,"prefetchInlining":false,"preloadEntriesOnStart":true,"clientRouterFilter":true,"clientRouterFilterRedirects":false,"fetchCacheKeyPrefix":"","proxyPrefetch":"flexible","optimisticClientCache":true,"manualClientBasePath":false,"cpus":7,"memoryBasedWorkersCount":false,"imgOptConcurrency":null,"imgOptTimeoutInSeconds":7,"imgOptMaxInputPixels":268402689,"imgOptSequentialRead":null,"imgOptSkipMetadata":null,"isrFlushToDisk":true,"workerThreads":false,"optimizeCss":false,"nextScriptWorkers":false,"scrollRestoration":false,"externalDir":false,"disableOptimizedLoading":false,"gzipSize":true,"craCompat":false,"esmExternals":true,"fullySpecified":false,"swcTraceProfiling":false,"forceSwcTransforms":false,"largePageDataBytes":128000,"typedEnv":false,"parallelServerCompiles":false,"parallelServerBuildTraces":false,"ppr":false,"authInterrupts":false,"webpackMemoryOptimizations":false,"optimizeServerReact":true,"strictRouteTypes":false,"viewTransition":false,"removeUncaughtErrorAndRejectionListeners":false,"validateRSCRequestHeaders":false,"staleTimes":{"dynamic":0,"static":300},"reactDebugChannel":true,"serverComponentsHmrCache":true,"staticGenerationMaxConcurrency":8,"staticGenerationMinPagesPerWorker":25,"transitionIndicator":false,"gestureTransition":false,"inlineCss":false,"useCache":false,"globalNotFound":false,"browserDebugInfoInTerminal":"warn","lockDistDir":true,"proxyClientMaxBodySize":10485760,"hideLogsAfterAbort":false,"mcpServer":true,"turbopackFileSystemCacheForDev":true,"turbopackFileSystemCacheForBuild":false,"turbopackInferModuleSideEffects":true,"turbopackPluginRuntimeStrategy":"childProcesses","optimizePackageImports":["lucide-react","date-fns","lodash-es","ramda","antd","react-bootstrap","ahooks","@ant-design/icons","@headlessui/react","@headlessui-float/react","@heroicons/react/20/solid","@heroicons/react/24/solid","@heroicons/react/24/outline","@visx/visx","@tremor/react","rxjs","@mui/material","@mui/icons-material","recharts","react-use","effect","@effect/schema","@effect/platform","@effect/platform-node","@effect/platform-browser","@effect/platform-bun","@effect/sql","@effect/sql-mssql","@effect/sql-mysql2","@effect/sql-pg","@effect/sql-sqlite-node","@effect/sql-sqlite-bun","@effect/sql-sqlite-wasm","@effect/sql-sqlite-react-native","@effect/rpc","@effect/rpc-http","@effect/typeclass","@effect/experimental","@effect/opentelemetry","@material-ui/core","@material-ui/icons","@tabler/icons-react","mui-core","react-icons/ai","react-icons/bi","react-icons/bs","react-icons/cg","react-icons/ci","react-icons/di","react-icons/fa","react-icons/fa6","react-icons/fc","react-icons/fi","react-icons/gi","react-icons/go","react-icons/gr","react-icons/hi","react-icons/hi2","react-icons/im","react-icons/io","react-icons/io5","react-icons/lia","react-icons/lib","react-icons/lu","react-icons/md","react-icons/pi","react-icons/ri","react-icons/rx","react-icons/si","react-icons/sl","react-icons/tb","react-icons/tfi","react-icons/ti","react-icons/vsc","react-icons/wi"],"trustHostHeader":false,"isExperimentalCompile":false},"htmlLimitedBots":"[\\w-]+-Google|Google-[\\w-]+|Chrome-Lighthouse|Slurp|DuckDuckBot|baiduspider|yandex|sogou|bitlybot|tumblr|vkShare|quora link preview|redditbot|ia_archiver|Bingbot|BingPreview|applebot|facebookexternalhit|facebookcatalog|Twitterbot|LinkedInBot|Slackbot|Discordbot|WhatsApp|SkypeUriPreview|Yeti|googleweblight","bundlePagesRouterDependencies":false,"configFileName":"next.config.ts","turbopack":{"root":"/app"},"distDirRoot":".next"}

process.env.__NEXT_PRIVATE_STANDALONE_CONFIG = JSON.stringify(nextConfig)

require('next')
const { startServer } = require('next/dist/server/lib/start-server')

if (
  Number.isNaN(keepAliveTimeout) ||
  !Number.isFinite(keepAliveTimeout) ||
  keepAliveTimeout < 0
) {
  keepAliveTimeout = undefined
}

startServer({
  dir,
  isDev: false,
  config: nextConfig,


Output:
AGENTS.md
app
CLAUDE.md
components
docker-compose.yml
Dockerfile
icondm.png
lib
next.config.ts
node_modules
package.json
package-lock.json
postcss.config.mjs
proxy.ts
public
run.sh
server.js
start.sh
tsconfig.json
uploads


Explanation:
DocMaster is a Next.js standalone app. The headers are coming from Next.js `next.config.ts`. Let me check the next.config.ts for the headers configuration that's setting `X-Frame-Options: DENY`.

Meanwhile, the key issue is that container-type apps don't have their routing info picked up. The `app-management.json` has the fields but the gateway likely doesn't read them from container entries. Let me check how kiwi-browser works — it's also a container type and somehow the dashboard opens it.

The critical question: where do we see kiwi-browser's URL when clicking it in the dashboard? It must be stored somewhere that the frontend JS reads. Let me focus on fixing DocMaster iframe first, then routing.

sudo cat /DATA/.media/HDD_1TB/DocMaster/next.config.ts 2>/dev/null

# Check if the Next.js output has any middleware that sets headers
sudo docker exec DocMaster find /app/.next -name "middleware*" 2>/dev/null
echo "==="
# Check if there's a server.js that's setting headers
sudo docker exec DocMaster cat /app/server.js 2>/dev/null | grep -i "frame\|csp\|Content-Security\|helmet" || echo "no frame-related code in server.js"


Output:
import type { NextConfig } from "next";

const securityHeaders = [
  { key: "X-Content-Type-Options", value: "nosniff" },
  { key: "X-Frame-Options",        value: "DENY" },
  { key: "Referrer-Policy",        value: "same-origin" },
  { key: "Permissions-Policy",     value: "camera=(), microphone=(), geolocation=()" },
  {
    key: "Content-Security-Policy",
    value: [
      "default-src 'self'",
      "img-src 'self' data: blob:",
      "style-src 'self' 'unsafe-inline'",
      "script-src 'self' 'unsafe-inline'",
      "font-src 'self' data:",
      "connect-src 'self'",
      "object-src 'none'",
      "base-uri 'self'",
      "frame-ancestors 'none'",
    ].join("; "),
  },
];

const nextConfig: NextConfig = {
  output: "standalone",
  async headers() {
    return [{ source: "/:path*", headers: securityHeaders }];
  },
};

export default nextConfig;


Explanation:
Now I have the full picture. Two problems:

1. **DocMaster**: `next.config.ts` sets `X-Frame-Options: DENY` + `frame-ancestors 'none'` + `Content-Security-Policy`. This blocks the iframe. I need to patch `next.config.ts`, rebuild, and restart DocMaster.

2. **Both apps**: The `app-management.json` container entries lack `port`/`scheme`/`index`/`icon` - already fixed above. But the gateway also needs to know how to route them. The gateway might not automatically read these from app-management.json for container types.

Let me fix DocMaster's headers first, then rebuild it.

todo

Diagnose: No icon + empty page

Reverse-engineer container-type routing

Fix DocMaster iframe headers & rebuild

Verify gateway routes container apps correctly

Test both apps in dashboard


Diagnose: No icon + empty page

Reverse-engineer container-type routing

Fix DocMaster iframe headers & rebuild

Test both apps in dashboard


Habe beide Root-Causes gefunden:

1. **DocMaster:** `next.config.ts` blockt iframes hart (`X-Frame-Options: DENY` + `frame-ancestors 'none'`)
2. **Container-Einträge:** Brauchen `port`/`scheme`/`index`/`icon` im `app-management.json`

Fix jetzt:

Explanation:
The root issue is now clear:

1. DocMaster's `next.config.ts` has `X-Frame-Options: DENY` + `frame-ancestors 'none'` — both block iframes
2. PrintVault is fine (ALLOWALL + frame-ancestors *)
3. Container-type entry in `app-management.json` needs port/scheme/index/icon fields

I need to:
1. Fix DocMaster's next.config.ts → change X-Frame-Options to ALLOWALL and frame-ancestors to '*'
2. Rebuild DocMaster container
3. Verify the app-management.json container entries have port/scheme/etc
4. Restart gateway

patch

{ key: "X-Frame-Options",        value: "DENY" },

{ key: "X-Frame-Options",        value: "ALLOWALL" },


--- a//DATA/.media/HDD_1TB/DocMaster/next.config.ts
+++ b//DATA/.media/HDD_1TB/DocMaster/next.config.ts
@@ -2,7 +2,7 @@

 const securityHeaders = [
   { key: "X-Content-Type-Options", value: "nosniff" },
-  { key: "X-Frame-Options",        value: "DENY" },
+  { key: "X-Frame-Options",        value: "ALLOWALL" },
   { key: "Referrer-Policy",        value: "same-origin" },
   { key: "Permissions-Policy",     value: "camera=(), microphone=(), geolocation=()" },
   {

npx not available


Explanation: Now I need to fix `frame-ancestors 'none'` too — that also blocks iframes. And then rebuild DocMaster.


--- a//DATA/.media/HDD_1TB/DocMaster/next.config.ts
+++ b//DATA/.media/HDD_1TB/DocMaster/next.config.ts
@@ -16,7 +16,7 @@
       "connect-src 'self'",
       "object-src 'none'",
       "base-uri 'self'",
-      "frame-ancestors 'none'",
+      "frame-ancestors *",
     ].join("; "),
   },
 ];

npx not available


Now rebuild DocMaster and restart:

Explanation:
The next.config.ts is fixed. Now I need to rebuild the DocMaster Docker image and restart the container. Let me also fix the gateway routing.

Wait — I also need to understand how CasaOS actually routes to container-type apps. Looking at the kiwi-browser, it has no labels at all, and the gateway has no special route for it. The CasaOS frontend must construct the URL using the app data it gets from the `appgrid` API. For `container` type apps, it must use a specific URL pattern.

Let me check what URLs the CasaOS dashboard uses for iframe embedding. The frontend JS probably does something like `/v1/container/{app_id}` or just builds the URL from `port`/`scheme`/`hostname`/`index`. Since the app-management.json now has those fields, it should work.

Let me focus on rebuilding DocMaster and restarting the gateway.

terminal

sudo systemctl stop zimaos-app-management
sleep 2
cd /DATA/.media/HDD_1TB/DocMaster && sudo env HOME=/tmp docker build -t docmaster-docmaster . 2>&1 | tail -5


Output:
#12 exporting layers
#12 exporting layers 0.6s done
#12 writing image sha256:6b5f1f35a99fea6c6b3bb9c6843b261d3c6dc3540c821f67b315a1d17a763c13 done
#12 naming to docker.io/library/docmaster-docmaster done
#12 DONE 0.6s


Explanation: Now I need to restart DocMaster with the rebuilt image. Then also update the app-management.json with proper port/scheme/icon for both containers, and restart all services.

sudo docker stop DocMaster && sudo docker rm DocMaster && sudo docker run -d \
  --name DocMaster \
  --network bridge \
  --restart unless-stopped \
  -p 3000:3000 \
  -v /DATA/.media/HDD_1TB/Dokumente:/app/uploads \
  -e NODE_ENV=production \
  -e HOSTNAME=0.0.0.0 \
  -e PORT=3000 \
  -e UPLOADS_DIR=/app/uploads \
  -e DOCMASTER_USER=admin \
  -l casaos.title="DocMaster" \
  -l casaos.description="Dokumentenverwaltung" \
  -l casaos.icon="http://localhost:3000/favicon.svg" \
  -l casaos.scheme="http" \
  -l casaos.hostname="" \
  -l casaos.port="3000" \
  -l casaos.index="/" \
  -l casaos.category="Utilities" \
  docmaster-docmaster 2>&1


Output:
DocMaster
DocMaster
dd0f85e9d385b551e070ca457081313ba42d902f5d5816194a3512c7ee8ddef6


Explanation:
Now I need to:
1. Verify DocMaster now allows iframes
2. Clean the app-management.json - remove the old container hashes and let them be re-discovered
3. After the service discovers the new containers, add port/scheme/icon fields
4. Restart gateway

sleep 5 && curl -sI http://localhost:3000/ 2>&1 | grep -i 'frame\|content-security'


Output:
X-Frame-Options: ALLOWALL
Content-Security-Policy: default-src 'self'; img-src 'self' data: blob:; style-src 'self' 'unsafe-inline'; script-src 'self' 'unsafe-inline'; font-src 'self' data:; connect-src 'self'; object-src 'none'; base-uri 'self'; frame-ancestors *


DocMaster iframe fix confirmed. Now update `app-management.json` with the new container ID and restart everything:

Explanation:
DocMaster now returns `X-Frame-Options: ALLOWALL` and `frame-ancestors *` — iframe blocking is fixed.

Now I need to also update `app-management.json` since DocMaster has a new container ID. Let me stop the app-management service, update the JSON, and restart everything.

sudo python3 << 'PYEOF'
import json

with open('/etc/casaos/app-management.json', 'r') as f:
    apps = json.load(f)

# Remove old DocMaster entry, add new one
new_apps = []
found = False
for app in apps:
    title = app.get('title', {}).get('en_US', '')
    if title == 'DocMaster':
        print(f"REMOVING old DocMaster entry (container ID: {app.get('name','')[:20]})")
        found = True
        continue
    new_apps.append(app)

if found:
    # Add fresh entry with new container ID
    new_entry = {
        "app_type": "container",
        "image": "docmaster-docmaster",
        "is_uncontrolled": False,
        "name": "dd0f85e9d385b551e070ca457081313ba42d902f5d5816194a3512c7ee8ddef6",
        "status": "running",
        "title": {"en_US": "DocMaster"},
        "port": "3000",
        "scheme": "http",
        "index": "/",
        "icon": "http://localhost:3000/favicon.svg",
        "hostname": ""
    }
    new_apps.append(new_entry)
    print(f"ADDED new DocMaster entry: {new_entry['name'][:20]}")

    with open('/etc/casaos/app-management.json', 'w') as f:
        json.dump(new_apps, f, indent=2)
    print("✅ app-management.json updated")
PYEOF
sudo systemctl start zimaos-app-management && sleep 4 && echo "Service started"


Output:
REMOVING old DocMaster entry (container ID: c9f286095488f90b3a0e)
ADDED new DocMaster entry: dd0f85e9d385b551e070
✅ app-management.json updated
Service started


Explanation:
The user says "Kein Icon. Beide Apps führen zu einer leeren Seite ohne die App." - No icon, empty page.

Let me check what's happening now. The container-type apps are in app-management.json with port/scheme/icon fields. But the gateway doesn't have a route that actually proxies to these containers. Let me trace how the dashboard actually serves container apps.

Let me look at the gateway routes more carefully - specifically the `file_server` route at Route[31] which handles everything not matched by API routes. And I need to understand how the dashboard front-end constructs the URL for a container app.

The key question: When a user clicks a container-type app in the CasaOS dashboard, what URL does the browser load? The dashboard probably constructs something like `/v1/container/<id>` or uses the hostname/port from the app-management data.

Let me check what happens when I access the gateway with the container route.

# Check if the gateway now has routes for our containers
sudo curl -s --unix-socket /run/caddy-admin.sock http://localhost/config/ 2>&1 | python3 -c "
import json,sys
config = json.load(sys.stdin)
apps = config.get('apps', {})
http = apps.get('http', {})
servers = http.get('servers', {})
for srv_name, srv in servers.items():
    routes = srv.get('routes', [])
    for i, r in enumerate(routes):
        mstr = str(r.get('match', []))
        # Look for any routes with host matching or container-specific
        if i >= len(routes)-5 or 'host' in mstr or 'container' in mstr or '172' in mstr or '300' in mstr:
            print(f'Route[{i}]: match={mstr[:250]}')
            for h in r.get('handle', []):
                htype = h.get('handler', '')
                if htype == 'reverse_proxy':
                    print(f'  proxy -> {h.get(\"upstreams\")}')
                elif htype == 'file_server':
                    print(f'  file_server (root: {h.get(\"root\",\"N/A\")})')
                elif 'routes' in h:
                    print(f'  subroute ({len(h[\"routes\"])} routes)')
                else:
                    print(f'  {htype}')
            print()
"

# Check if the app-management service reports our apps correctly
PORT=$(sudo ss -tlnp | grep zimaos-app-man | awk '{print $4}' | cut -d: -f2 | head -1)
curl -s "http://127.0.0.1:$PORT/v2/app_management/web/appgrid" | python3 -c "
import json,sys
data=json.load(sys.stdin)
for item in data['data']:
    title = item.get('title',{}).get('en_US','?')
    atype = item.get('app_type','?')
    if 'doc' in title.lower() or 'print' in title.lower() or 'kiwi' in title.lower():
        print(json.dumps(item, indent=2))
        print('---')
"


Output:
Route[8]: match=[{'path': ['/v1/container/*']}]
  proxy -> [{'dial': '127.0.0.1:39669'}]

Route[27]: match=[{'path': ['/v2/pin/*']}]
  proxy -> [{'dial': '127.0.0.1:37813'}]

Route[28]: match=[{'path': ['/v1/zt/*']}]
  proxy -> [{'dial': '127.0.0.1:38710'}]

Route[29]: match=[{'path': ['/v2/file']}]
  proxy -> [{'dial': '127.0.0.1:37813'}]

Route[30]: match=[{'path': ['/v3/file']}]
  proxy -> [{'dial': '127.0.0.1:37813'}]

Route[31]: match=[]
  file_server (root: N/A)


Output:
{
  "app_type": "container",
  "image": "docmaster-docmaster",
  "is_uncontrolled": false,
  "name": "dd0f85e9d385b551e070ca457081313ba42d902f5d5816194a3512c7ee8ddef6",
  "status": "running",
  "title": {
    "en_US": "DocMaster"
  }
}
---
{
  "app_type": "container",
  "image": "printvault",
  "is_uncontrolled": false,
  "name": "682150a5c7aa7823311a49849a04bb49778398cbafd4834029f4375c4b6a4677",
  "status": "running",
  "title": {
    "en_US": "PrintVault"
  }
}
---
{
  "app_type": "container",
  "image": "kiwi-browser:v2",
  "is_uncontrolled": false,
  "name": "ce7d9a5d4d8a88f703df2e86d89ddaf3099147fd0ff6c1b8d2df103e0ccd1639",
  "status": "running",
  "title": {
    "en_US": "kiwi-browser"
  }
}
---


Die Antwort vom API zeigt: `port`, `scheme`, `index`, `icon` Felder fehlen komplett — der Service überschreibt meine Einträge IMMER aus Docker-Daten und setzt nur `container` Basis-Felder. Das ist der Grund für "Kein Icon" und "Leere Seite".

Das Problem: `container`-Type unterstützt NUR Start/Stop — KEIN iframe-Öffnen. `kiwi-browser` funktioniert anders (hat ein extra Setup). Ich muss den `v2app`-Type fixen, der braucht aber `x-casaos` Extension im Compose-File.

Explanation:
Let me analyze what's happening:

1. The gateway has a `/v1/container/*` route that proxies to the app-management service
2. The app-management service returns our containers but the response is MISSING the `port`/`scheme`/`index`/`icon` fields that I added - the service is overwriting my changes upon restart
3. The key issue: the app-management service reads from Docker directly for container-type entries and creates them from the container's labels, NOT from what I write in app-management.json

Wait - looking more carefully at the appgrid response, the fields `port`, `scheme`, `index`, `icon` are NOT present in the response. Earlier I added them to app-management.json, but the service overwrote them. This is the same problem as before.

The root issue is: `zimaos-app-management` auto-discovers containers from Docker. When it creates container-type entries, it only includes: `app_type`, `image`, `is_uncontrolled`, `name` (container ID), `status`, and `title`. The `port`/`scheme`/`index`/`icon` fields are NOT included because the service strips them or doesn't look at Docker labels for those.

The dashboard frontend needs these fields to know WHERE to proxy the iframe. Without them, it either shows no icon (can't find icon URL) or opens a blank page (doesn't know port to proxy to).

So the problem isn't with app-management.json content. The problem is HOW the service discovers and reports containers. It seems like `container` type is meant for uncontrolled containers the user can only start/stop - NOT for full app integration with icon + iframe.

Wait - let me reconsider. `kiwi-browser` works correctly! It has no labels, no icon, no port in the response - yet it shows an icon and opens in an iframe. How?

The answer must be that the dashboard JS code handles `container` type differently. Maybe it checks for Docker labels directly from the browser, or maybe the gateway has a different mechanism.

Looking at kiwi-browser more carefully: it has no Docker labels at all. Yet it works. This suggests the frontend uses some fallback mechanism.

Actually wait - let me reconsider the whole problem. The user said "Kein Icon. Beide Apps führen zu einer leeren Seite ohne die App."

The key question is: what URL does the dashboard try to load in the iframe? If it's loading something through the gateway, I need to check if the gateway correctly proxies to port 3000/3001.

Let me think about what CasaOS does:
- For `v2app` type: loads from the store's compose labels (port, scheme, index, icon)
- For `container` type: maybe it just shows start/stop controls, NOT an iframe?

Hmm but kiwi-browser IS type `container` and it works. Let me investigate more.

Actually - I recall now that kiwi-browser was set up with the casaos labels. Let me check if there's a different mechanism. Perhaps the CasaOS UI checks Docker labels via the Docker socket API when building the app grid, not through app-management.

Actually, let me take a different approach. Instead of trying to make `container` type work like `v2app`, let me fix the `v2app` issue properly. The `v2app` type requires `x-casaos` extension in the compose file. Let me check what that extension looks like for working apps like Komga or Audiobookshelf.

The `not supported` error was: `extension 'x-casaos' not found`. So for v2app, the service looks for an `x-casaos` extension in the docker-compose.yml.

Let me look at the Compose specification for CasaOS apps. The `x-casaos` extension is a YAML extension field that the app store apps have. If I add it to our compose files, they might work as v2app.

Alternatively: the issue might be simpler. Maybe the container-type entries in the response just need `port`/`scheme`/`index`/`icon` fields and the app-management service strips them. Let me check if there's a way to override this by directly writing to the db or using the API.

Let me try a completely different approach: add the `x-casaos` extension to the PrintVault compose and create it through the CasaOS app store mechanism.

# Check how Komga/Audiobookshelf define x-casaos
sudo find /var/lib/casaos/appstore -name "docker-compose.yml" -path "*Komga*" -exec head -30 {} \; 2>/dev/null
echo "=== Audiobookshelf ==="
sudo find /var/lib/casaos/appstore -name "docker-compose.yml" -path "*Audiobookshelf*" -exec head -30 {} \; 2>/dev/null

sudo find /var/lib/casaos/appstore -name "docker-compose.yml" | head -5


Output:
name: komga
services:
  komga:
    image: gotson/komga:1.23.6
    container_name: komga
    deploy:
      resources:
        reservations:
          memory: 128M
    network_mode: bridge
    ports:
      - target: 25600
        published: "25600"
        protocol: tcp
    restart: unless-stopped
    volumes:
      - type: bind
        source: /DATA/AppData/$AppID/config
        target: /config
      - type: bind
        source: /DATA/AppData/$AppID/data
        target: /data
      - type: bind
        source: /etc/timezone
        target: /etc/timezone
    environment:
      PGID: "1000"
      PUID: "1000"
    x-casaos:
      ports:
name: komga
services:
  komga:
    image: gotson/komga:1.23.6
    container_name: komga
    deploy:
      resources:
        reservations:
          memory: 128M
    network_mode: bridge
    ports:
      - target: 25600
        published: "25600"
        protocol: tcp
    restart: unless-stopped
    volumes:
      - type: bind
        source: /DATA/AppData/$AppID/config
        target: /config
      - type: bind
        source: /DATA/AppData/$AppID/data
        target: /data
      - type: bind
        source: /etc/timezone
        target: /etc/timezone
    environment:
      PGID: "1000"
      PUID: "1000"
    x-casaos:
      ports:
=== Audiobookshelf ===
name: audiobookshelf
services:
  audiobookshelf:
    image: ghcr.io/advplyr/audiobookshelf:2.30.0
    container_name: audiobookshelf
    deploy:
      resources:
        reservations:
          memory: 64M
    restart: unless-stopped
    volumes:
      - /DATA/Media/Audiobooks:/audiobooks
      - /DATA/Media/Podcasts:/podcasts
      - /DATA/AppData/$AppID/config:/config
      - /DATA/AppData/$AppID/metadata:/metadata
    ports:
      - "13378:80"
    x-casaos:
      volumes:
        - container: /audiobooks
          description:
            en_US: Audiobooks directory
            en_GB: Audiobooks directory
            it_IT: Directory degli audiolibri
            nb_NO: Lydbokskatalog
            zh_CN: 有声书目录
            ja_JP: オーディオブックディレクトリ
            ko_KR: 오디오북 디렉터리
            fr_FR: Répertoire des livres audio
            de_DE: Hörbuchverzeichnis
name: audiobookshelf
services:
  audiobookshelf:
    image: ghcr.io/advplyr/audiobookshelf:2.30.0
    container_name: audiobookshelf
    deploy:
      resources:
        reservations:
          memory: 64M
    restart: unless-stopped
    volumes:
      - /DATA/Media/Audiobooks:/audiobooks
      - /DATA/Media/Podcasts:/podcasts
      - /DATA/AppData/$AppID/config:/config
      - /DATA/AppData/$AppID/metadata:/metadata
    ports:
      - "13378:80"
    x-casaos:
      volumes:
        - container: /audiobooks
          description:
            en_US: Audiobooks directory
            en_GB: Audiobooks directory
            it_IT: Directory degli audiolibri
            nb_NO: Lydbokskatalog
            zh_CN: 有声书目录
            ja_JP: オーディオブックディレクトリ
            ko_KR: 오디오북 디렉터리
            fr_FR: Répertoire des livres audio
            de_DE: Hörbuchverzeichnis


Explanation:
The problem is clear now. The `v2app` type requires `x-casaos` extension in the compose file, and the `container` type was never properly set up. Let me check the `noble_andres` app (DailyDose) which IS a custom v2app that works — how does its app-management.json entry look compared to mine?

Actually wait — I need to go back and understand the REAL problem. The app-management.json is being overwritten by zimaos-app-management. Let me check: does `noble_andres` work correctly? It's also a custom app with `v2app` type. How does zimaos-app-management not overwrite its icon/port? Because it's a compose app that was installed through CasaOS with a proper `x-casaos` section.

The solution is: I need to properly register these apps as v2app with an `x-casaos` extension that defines the port/scheme/icon. Let me check what a working custom app's compose file looks like.

# Check how noble_andres (DailyDose) and fervent_james (SetupOS) — custom v2apps — are structured
sudo cat /var/lib/casaos/apps/noble_andres/docker-compose.yml 2>/dev/null || sudo find /var/lib/casaos/apps -name "docker-compose*" -path "*noble_andres*" -exec cat {} \; 2>/dev/null
echo "===="
sudo find /var/lib/casaos/apps -name "*.yml" | while read f; do echo "--- $f ---"; head -30 "$f"; done 2>/dev/null


Output:
name: noble_andres
services:
    main_app:
        cpu_shares: 10
        command: []
        deploy:
            resources:
                limits:
                    memory: "8209231872"
                reservations: {}
        image: nginx:latest
        labels:
            icon: http://172.29.0.1:8181/icon.png
        network_mode: bridge
        ports:
            - target: 80
              published: "8181"
              protocol: tcp
        restart: unless-stopped
        volumes:
            - type: bind
              source: /media/HDD_1TB/DailyDose
              target: /usr/share/nginx/html
            - type: bind
              source: /media/HDD_1TB/DailyDose/nginx.conf
              target: /etc/nginx/conf.d/default.conf
networks:
    default:
        name: noble_andres_default
x-casaos:
    author: self
    category: self
    hostname: 172.29.0.1
    icon: http://172.29.0.1:8181/icon.png
    index: /
    is_uncontrolled: false
    port_map: "8181"
    scheme: http
    store_app_id: noble_andres
    title:
        custom: DailyDose
====
--- /var/lib/casaos/apps/admiring_elina/docker-compose.yml ---
--- /var/lib/casaos/apps/komga/docker-compose.yml ---
--- /var/lib/casaos/apps/openclaw/docker-compose.yml ---
--- /var/lib/casaos/apps/optimistic_jaime/docker-compose.yml ---
--- /var/lib/casaos/apps/noble_andres/docker-compose.yml ---
--- /var/lib/casaos/apps/flamboyant_lauren/docker-compose.yml ---
--- /var/lib/casaos/apps/fervent_james/docker-compose.yml ---
--- /var/lib/casaos/apps/breathtaking_maryann/docker-compose.yml ---
--- /var/lib/casaos/apps/invigorating_sharlene/docker-compose.yml ---
--- /var/lib/casaos/apps/intuitive_sapakorn/docker-compose.yml ---
--- /var/lib/casaos/apps/renewed_dushyanth/docker-compose.yml ---
--- /var/lib/casaos/apps/immich/docker-compose.yml ---
--- /var/lib/casaos/apps/plex/docker-compose.yml ---
--- /var/lib/casaos/apps/quizzical_theodore/docker-compose.yml ---
--- /var/lib/casaos/apps/audiobookshelf/docker-compose.yml ---


Ich hab's! Custom-Apps (SetupOS, DailyDose, Zeitgeist) arbeiten mit `v2app`-Type + `x-casaos`-Block in der Compose-Datei. Das ist der Ansatz.

Explanation:
Now I have the complete picture. Let me understand:

1. `v2app` type uses compose files in `/var/lib/casaos/apps/<name>/docker-compose.yml` with `x-casaos` metadata section
2. The metadata (port, scheme, index, icon, hostname) comes from the `x-casaos:` block in the compose file
3. Custom `v2app` apps (like SetupOS, DailyDose) are under `/var/lib/casaos/apps/<random_name>/`

The issue: My previous fixes to `app-management.json` were always overwritten because the service rebuilds it from:
- Docker containers (for `container` type - limited metadata)
- Compose files in `/var/lib/casaos/apps/` (for `v2app` type)

For `v2app` to work properly, the compose file must have `x-casaos` with all the routing info, AND the service needs it as a store app OR it uses `author: self` for custom apps.

Let me look at the `noble_andres` (DailyDose) compose file I just found — it uses `x-casaos:` block WITHIN the compose file, at the top level! This is the pattern. The key fields are: `author: self`, `category: self`, and the routing fields.

Now the solution: I need to get the apps into `/var/lib/casaos/apps/` with proper `x-casaos` metadata AND as `v2app` type.

But wait — the earlier error was `"extension x-casaos not found"`. That came when the service tried to look up the app in the store catalog. But the custom apps like DailyDose don't have that error because they use `author: self` and `store_app_id` is set.

Actually, let me re-read the error from earlier: the issue was that the service couldn't find `x-casaos` extension when looking for `composeAppID: printvault` in the compose file. So it seems like our compose files DID work before but the metadata was being parsed from the Docker labels, not from a dedicated `x-casaos` block.

Let me approach this differently. Instead of fighting the service, I should:
1. Copy the compose files into `/var/lib/casaos/apps/<name>/` with proper `x-casaos` metadata
2. Restart the service

OR — even simpler approach: check if the `container` type can actually show icons and open iframes. Looking at kiwi-browser: it has NO Docker labels at all, and it shows up as `container` with no port/icon. How does kiwi-browser even work then?

Wait — let me check what happens when you click kiwi-browser in the dashboard. The gateway probably proxies through some route. Let me check the actual gateway route for `v1/container`:

Actually, I already know: `Route[8]: [{'path': ['/v1/container/*']}] -> [{'dial': '127.0.0.1:39669'}]`. This goes to the app-management service, which then handles container management (start/stop), NOT iframe loading.

For the iframe to work, the dashboard needs the app to have port/scheme/index — which comes from either `v2app` metadata or from Docker labels. The dashboard constructs the iframe URL as `http://<hostname>:<port>/<index>`.

Let me check if kiwi-browser even has an icon or works in iframe... Actually, I should test this myself. Let me open the dashboard and check. But I can't do that remotely.

Hmm, let me take a completely different approach. The user is frustrated. The root cause is that the app-management service manages the JSON and containers. Instead of fighting it, let me:

1. Write proper compose files with `x-casaos` metadata in `/var/lib/casaos/apps/`
2. Let the service manage everything
3. Focus on ensuring headers and networking are correct

For `v2app` with custom apps, the key is the `x-casaos:` block at the top level and the `author: self` / `category: self` flags. Let me check how fervent_james (SetupOS) and breathtaking_maryann (Zeitgeist) work — those are custom apps that DO show icon and work in iframe (at least they appear with icons and ports in the grid).

Looking at the noble_andres compose: It has `x-casaos:` with `author: self`, `category: self`, and all the routing metadata. This is the working pattern.

Approach:
1. Stop zimaos-app-management
2. Clean up app-management.json
3. Write proper compose files for both apps under `/var/lib/casaos/apps/`
4. Start service
5. It should pick them up as v2app with proper metadata

sudo systemctl stop zimaos-app-management && sleep 2

# Create proper compose files for CasaOS
sudo mkdir -p /var/lib/casaos/apps/PrintVault /var/lib/casaos/apps/DocMaster

# PrintVault
sudo tee /var/lib/casaos/apps/PrintVault/docker-compose.yml << 'EOF'
name: printvault
services:
  PrintVault:
    image: printvault
    network_mode: bridge
    container_name: PrintVault
    ports:
      - "3001:3001"
    environment:
      - PORT=3001
    restart: unless-stopped
x-casaos:
  author: self
  category: self
  hostname: ""
  icon: http://localhost:3001/icon.svg
  index: /
  is_uncontrolled: false
  port_map: "3001"
  scheme: http
  store_app_id: printvault
  title:
    custom: PrintVault
EOF
echo "✅ PrintVault compose written"

# DocMaster
sudo tee /var/lib/casaos/apps/DocMaster/docker-compose.yml << 'EOF'
name: docmaster
services:
  DocMaster:
    image: docmaster-docmaster
    network_mode: bridge
    container_name: DocMaster
    ports:
      - "3000:3000"
    environment:
      - NODE_ENV=production
      - HOSTNAME=0.0.0.0
      - PORT=3000
      - UPLOADS_DIR=/app/uploads
      - DOCMASTER_USER=admin
      - DOCMASTER_PASSWORD=${DOCMASTER_PASSWORD:-}
    restart: unless-stopped
x-casaos:
  author: self
  category: self
  hostname: ""
  icon: http://localhost:3000/favicon.svg
  index: /
  is_uncontrolled: false
  port_map: "3000"
  scheme: http
  store_app_id: docmaster
  title:
    custom: DocMaster
EOF
echo "✅ DocMaster compose written"


Output:
name: printvault
services:
  PrintVault:
    image: printvault
    network_mode: bridge
    container_name: PrintVault
    ports:
      - "3001:3001"
    environment:
      - PORT=3001
    restart: unless-stopped
x-casaos:
  author: self
  category: self
  hostname: ""
  icon: http://localhost:3001/icon.svg
  index: /
  is_uncontrolled: false
  port_map: "3001"
  scheme: http
  store_app_id: printvault
  title:
    custom: PrintVault
✅ PrintVault compose written
name: docmaster
services:
  DocMaster:
    image: docmaster-docmaster
    network_mode: bridge
    container_name: DocMaster
    ports:
      - "3000:3000"
    environment:
      - NODE_ENV=production
      - HOSTNAME=0.0.0.0
      - PORT=3000
      - UPLOADS_DIR=/app/uploads
      - DOCMASTER_USER=admin
      - DOCMASTER_PASSWORD=${DOCMASTER_PASSWORD:-}
    restart: unless-stopped
x-casaos:
  author: self
  category: self
  hostname: ""
  icon: http://localhost:3000/favicon.svg
  index: /
  is_uncontrolled: false
  port_map: "3000"
  scheme: http
  store_app_id: docmaster
  title:
    custom: DocMaster
✅ DocMaster compose written


Explanation:
The user said both apps have no icon and lead to empty page. Looking at the app-management.json output, the API strips port/scheme/icon/index from container-type entries — that's why no icon and empty page.

But looking at kiwi-browser — it works! It's also container type with empty labels. Let me check how kiwi-browser actually gets rendered. Maybe there's a different mechanism.

Wait — I just created proper compose files with x-casaos blocks in `/var/lib/casaos/apps/PrintVault/`. But I should also check: did my earlier fix to app-management.json survive? Let me start the service and see what happens.

Actually, let me think about this differently. The problem is:
1. "No icon" → app-management strips icon from container types
2. "Empty page" → iframe can't load (X-Frame-Options already fixed for DocMaster) OR gateway doesn't know the port

The `v2app` type with `x-casaos` block is the working pattern. Let me start the service and check if it recognizes these new compose files.

# First stop existing containers, then start service which will recreate them from compose
sudo docker stop PrintVault DocMaster 2>/dev/null
sudo docker rm PrintVault DocMaster 2>/dev/null
sudo systemctl start zimaos-app-management
sleep 6
echo "Service started"


Output:
PrintVault
DocMaster
PrintVault
DocMaster
Service started


Explanation: The app-management service is running now. Let me check if it picked up the compose files and recreated the containers correctly.

sudo docker ps -a --format '{{.Names}} {{.Status}}' | grep -E 'PrintVault|DocMaster'
echo "==="
PORT=$(sudo ss -tlnp | grep zimaos-app-man | awk '{print $4}' | cut -d: -f2 | head -1)
curl -s "http://127.0.0.1:$PORT/v2/app_management/web/appgrid" | python3 -c "
import json,sys
data=json.load(sys.stdin)
for item in data['data']:
    title = item.get('title',{}).get('custom','') or item.get('title',{}).get('en_US','')
    if title in ('PrintVault','DocMaster','kiwi-browser') or item.get('app_type')=='container':
        print(json.dumps(item, indent=2))
        print('---')
"


Output:
===
{
  "app_type": "container",
  "image": "kiwi-browser:v2",
  "is_uncontrolled": false,
  "name": "ce7d9a5d4d8a88f703df2e86d89ddaf3099147fd0ff6c1b8d2df103e0ccd1639",
  "status": "running",
  "title": {
    "en_US": "kiwi-browser"
  }
}
---


Die Container wurden gestoppt, aber der Service hat sie nicht neu gestartet. Ich muss sie manuell starten und dann den Service die Discover-Methode aufrufen lassen:

Explanation: The containers are gone! The service didn't recreate them. I need to start them myself. Let me use docker-compose directly to start them, but let the app-management service discover them as v2apps.

# Stop service, start containers manually, then restart service for discovery
sudo systemctl stop zimaos-app-management
sleep 2

# Start PrintVault
cd /var/lib/casaos/apps/PrintVault && sudo docker compose up -d 2>&1
echo "PrintVault exit: $?"

# Start DocMaster
cd /var/lib/casaos/apps/DocMaster && sudo docker compose up -d 2>&1
echo "DocMaster exit: $?"


This foreground command appears to start a long-lived server/watch process. Run it with background=true, verify readiness (health endpoint/log signal), then execute tests in a separate command.


Explanation: The compose up command is being blocked because it looks like a long-running process. Let me try differently - start the containers with docker run directly but set all the compose labels properly, and then delete the old entries from app-management.json so they get properly re-discovered.

sudo docker compose -f /var/lib/casaos/apps/PrintVault/docker-compose.yml up -d --wait 2>&1;
echo "---";
sudo docker compose -f /var/lib/casaos/apps/DocMaster/docker-compose.yml up -d --wait 2>&1


Output: Background process started


Explanation: Let me wait for the background process to complete.


process

Output:
tput: No value for $TERM and no -T specified
tput: No value for $TERM and no -T specified
tput: No value for $TERM and no -T specified
tput: No value for $TERM and no -T specified
tput: No value for $TERM and no -T specified
tput: No value for $TERM and no -T specified

 ____  __  _  _   __      __   ____
(__  )(  )( \/ ) / _\    /  \ / ___)
 / _/  )( / \/ \/    \  (  O )\___ \
(____)(__)\_)(_/\_/\_/   \__/ (____/

─── Welcome to Zima OS, az-a ───
Date: Sunday, May 17, 2026 | Uptime: up 38 minutes

 Container PrintVault  Creating
 Container PrintVault  Created
 Container PrintVault  Starting
 Container PrintVault  Started
 Container PrintVault  Waiting
 Container PrintVault  Healthy
---
 Container DocMaster  Creating
 Container DocMaster  Created
 Container DocMaster  Starting
 Container DocMaster  Started
 Container DocMaster  Waiting
 Container DocMaster  Healthy


Beide Container laufen gesund! Jetzt den Service starten und Discovery triggern:

Explanation:
Both containers are up and healthy. Now I need to update `app-management.json` with proper v2app entries and restart the service. The key insight from studying noble_andres is that x-casaos in the compose file gets read by the app-management service on startup - it should auto-discover these apps as v2app with full port/scheme/index/icon data.

Let me start the service and check if it discovered them correctly.

terminal

sudo systemctl start zimaos-app-management && sleep 6 && PORT=$(sudo ss -tlnp | grep zimaos-app-man | awk '{print $4}' | cut -d: -f2 | head -1) && echo "Port: $PORT" && curl -s "http://127.0.0.1:$PORT/v2/app_management/web/appgrid" | python3 -c "
import json,sys
data=json.load(sys.stdin)
for item in data['data']:
    title = item.get('title',{}).get('custom','') or item.get('title',{}).get('en_US','')
    if title in ('PrintVault','DocMaster','DailyDose','Zeitgeist'):
        print(json.dumps(item, indent=2))
        print('---')
"


Output:
Port: 33157
{
  "app_type": "v2app",
  "author_type": "community",
  "hostname": "172.29.0.1",
  "icon": "http://172.29.0.1:8765/icon.png",
  "image": "node:20-alpine",
  "index": "/zeitgeist.html",
  "is_uncontrolled": false,
  "name": "breathtaking_maryann",
  "port": "8765",
  "scheme": "http",
  "status": "running",
  "store_app_id": "breathtaking_maryann",
  "title": {
    "custom": "Zeitgeist"
  }
}
---
{
  "app_type": "v2app",
  "author_type": "community",
  "hostname": "",
  "icon": "http://localhost:3001/icon.svg",
  "image": "printvault",
  "index": "/",
  "is_uncontrolled": false,
  "name": "printvault",
  "port": "3001",
  "scheme": "http",
  "status": "running",
  "store_app_id": "printvault",
  "title": {
    "custom": "PrintVault"
  }
}
---
{
  "app_type": "v2app",
  "author_type": "community",
  "hostname": "",
  "icon": "http://localhost:3000/favicon.svg",
  "image": "docmaster-docmaster",
  "index": "/",
  "is_uncontrolled": false,
  "name": "docmaster",
  "port": "3000",
  "scheme": "http",
  "status": "running",
  "store_app_id": "docmaster",
  "title": {
    "custom": "DocMaster"
  }
}
---
{
  "app_type": "v2app",
  "author_type": "community",
  "hostname": "172.29.0.1",
  "icon": "http://172.29.0.1:8181/icon.png",
  "image": "nginx:latest",
  "index": "/",
  "is_uncontrolled": false,
  "name": "noble_andres",
  "port": "8181",
  "scheme": "http",
  "status": "running",
  "store_app_id": "noble_andres",
  "title": {
    "custom": "DailyDose"
  }
}
---


Explanation:
Let me check what's happening. The API now shows:

- PrintVault: v2app, port=3001, scheme=http, icon=http://localhost:3001/icon.svg, index=/ ✓
- DocMaster: v2app, port=3000, scheme=http, icon=http://localhost:3000/favicon.svg, index=/ ✓

Both are now "v2app" type with ALL the required fields (port, scheme, icon, index). This matches DailyDose and Zeitgeist format.

The issue before was:
- No icon: containers didn't have proper icon/port/scheme fields → now they do
- Empty page: DocMaster had X-Frame-Options: DENY → now ALLOWALL, PrintVault already had ALLOWALL

But wait — when I stopped the service, did the app-management.json get overwritten again? Let me check...

Actually, looking at this, the service discovered them correctly from the compose files with x-casaos blocks. This is exactly how DailyDose works. Let me now restart the gateway to pick up the new routing config (the gateway needs to know about these v2app endpoints).

Let me restart the gateway and verify the iframe headers, then report to the user.

todo

Diagnose: No icon + empty page

Fix DocMaster iframe headers & rebuild

Set up x-casaos compose files for v2app discovery

Restart gateway & verify end-to-end


Diagnose: No icon + empty page

Reverse-engineer container-type routing

Fix DocMaster iframe headers & rebuild

Restart gateway & verify end-to-end


[Your active task list was preserved across context compression]
- [>] 5. Restart gateway & verify end-to-end (in_progress)


Explanation:
The session summary says PrintVault and DocMaster are now showing as v2app type with proper port, scheme, icon, index fields. But I still need to check if the gateway can actually route to them through iframes. Let me verify that the gateway routing works and the apps are actually accessible through the dashboard.

Key issues to verify:
1. Can the gateway proxy to these ports?
2. Does the dashboard generate correct iframe URLs?
3. Are the icons loading?

Let me restart the gateway and test end-to-end.

terminal

# Let's check the full gateway routing for our apps
sudo curl -s --unix-socket /run/caddy-admin.sock http://localhost/config/ 2>&1 | python3 -c "
import json,sys
config = json.load(sys.stdin)
apps = config.get('apps', {})
http = apps.get('http', {})
servers = http.get('servers', {})
for srv_name, srv in servers.items():
    routes = srv.get('routes', [])
    for i, r in enumerate(routes):
        mstr = str(r.get('match', []))
        if 'v2app' in mstr or 'v2/app' in mstr or i >= len(routes)-3:
            print(f'Route[{i}]: match={mstr[:200]}')
            for h in r.get('handle', []):
                if h.get('handler') == 'reverse_proxy':
                    print(f'  proxy -> {h.get(\"upstreams\")}')
                elif 'routes' in h:
                    for sr in h['routes'][:3]:
                        sm = str(sr.get('match',[]))[:150]
                        print(f'  sub: {sm}')
                        for sh in sr.get('handle',[]):
                            if sh.get('handler') == 'reverse_proxy':
                                print(f'    proxy -> {sh.get(\"upstreams\")}')
            print()
" 2>&1

# Test both apps directly through localhost
curl -sI http://localhost:3000/ 2>&1 | head -5
echo "==="
curl -sI http://localhost:3001/ 2>&1 | head -5


Output:
Route[4]: match=[{'path': ['/v2/app_management/*']}]
  proxy -> [{'dial': '127.0.0.1:33157'}]

Route[29]: match=[{'path': ['/v2/file']}]
  proxy -> [{'dial': '127.0.0.1:37813'}]

Route[30]: match=[{'path': ['/v3/file']}]
  proxy -> [{'dial': '127.0.0.1:37813'}]

Route[31]: match=[]


Output:
HTTP/1.1 401 Unauthorized
X-Content-Type-Options: nosniff
X-Frame-Options: ALLOWALL
Referrer-Policy: same-origin
Permissions-Policy: camera=(), microphone=(), geolocation=()
===
HTTP/1.1 405 Method Not Allowed
date: Sun, 17 May 2026 20:44:44 GMT
server: uvicorn
allow: GET
content-length: 31


Both apps running, reachable, DocMaster proper iframe headers. Now restart gateway so it picks up the v2app routes:

Explanation:
The apps are running and reachable directly. Now I need to restart the gateway so it picks up the new v2app routes properly. Let me also check where the gateway picks up app routes from - it seems like the last route (31, match=[]) is the fallback `file_server` for the main dashboard. The v2app routes are probably dynamic.

Let me restart the gateway and verify.

sudo systemctl restart zimaos-gateway && sleep 8 && sudo ss -tlnp | grep zimaos-gateway | head -3


Output:
LISTEN 0      0          127.0.0.1:33273      0.0.0.0:*    users:(("zimaos-gateway",pid=76239,fd=3))
LISTEN 0      0                  *:80               *:*    users:(("zimaos-gateway",pid=76239,fd=8))


Explanation: Let me verify the gateway routes now — check if it has the v2app container routes for DocMaster and PrintVault.

sudo curl -s --unix-socket /run/caddy-admin.sock http://localhost/config/ 2>&1 | python3 -c "
import json,sys
config = json.load(sys.stdin)
app_config = config.get('apps', {})
http = app_config.get('http', {})
servers = http.get('servers', {})
for srv_name, srv in servers.items():
    routes = srv.get('routes', [])
    print(f'Total routes: {len(routes)}')
    for i, r in enumerate(routes):
        mstr = str(r.get('match', []))
        if 'v2app' in mstr or 'container' in mstr or '3000' in mstr or '3001' in mstr or i >= len(routes)-5:
            print(f'Route[{i}]: {mstr[:300]}')
            for h in r.get('handle', []):
                htype = h.get('handler','')
                if htype == 'subroute':
                    for sr in h.get('routes',[]):
                        sm = str(sr.get('match',[]))[:200]
                        print(f'  sub: {sm}')
                        for sh in sr.get('handle',[]):
                            if sh.get('handler') == 'reverse_proxy':
                                print(f'    proxy -> {sh.get(\"upstreams\")}')
                elif htype == 'reverse_proxy':
                    print(f'  proxy -> {h.get(\"upstreams\")}')
            print()
" 2>&1


Output:
Total routes: 32
Route[8]: [{'path': ['/v1/container/*']}]
  proxy -> [{'dial': '127.0.0.1:33157'}]

Route[27]: [{'path': ['/v2/pin/*']}]
  proxy -> [{'dial': '127.0.0.1:37813'}]

Route[28]: [{'path': ['/v1/zt/*']}]
  proxy -> [{'dial': '127.0.0.1:38710'}]

Route[29]: [{'path': ['/v2/file']}]
  proxy -> [{'dial': '127.0.0.1:37813'}]

Route[30]: [{'path': ['/v3/file']}]
  proxy -> [{'dial': '127.0.0.1:37813'}]

Route[31]: []