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- Scripts: start-webdav.cmd, stop-webdav.cmd (echo messages, REM comments)
- Server: server.js (console.log, HTTP error messages)
- Token tools: token-test.js, token-refresh.js
- Other: auth-poc.js, debug-name-decrypt.js, internxt-client.js, upload.js
- Docs: README, .env.example, docs/*.md

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elpatron
2026-02-28 16:37:28 +01:00
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.env.example
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# Internxt API (Production - aus internxt/cli .env.template) # Internxt API (Production - from internxt/cli .env.template)
DRIVE_API_URL=https://gateway.internxt.com/drive DRIVE_API_URL=https://gateway.internxt.com/drive
# Bridge/Network für Datei-Up/Download (optional, Default: gateway.internxt.com/network) # Bridge/Network for file up/download (optional, default: gateway.internxt.com/network)
# BRIDGE_URL=https://gateway.internxt.com/network # BRIDGE_URL=https://gateway.internxt.com/network
# Crypto secret - CLI: 6KYQBP847D4ATSFA # Crypto secret - CLI: 6KYQBP847D4ATSFA
# drive-web nutzt REACT_APP_CRYPTO_SECRET (evtl. anderer Wert - aus drive.internxt.com JS extrahieren) # drive-web uses REACT_APP_CRYPTO_SECRET (may differ - extract from drive.internxt.com JS)
CRYPTO_SECRET=6KYQBP847D4ATSFA CRYPTO_SECRET=6KYQBP847D4ATSFA
# Für Namensentschlüsselung (CRYPTO_SECRET2). Falls nicht gesetzt, wird CRYPTO_SECRET verwendet. # For name decryption (CRYPTO_SECRET2). If unset, CRYPTO_SECRET is used.
# CRYPTO_SECRET2=6KYQBP847D4ATSFA # CRYPTO_SECRET2=6KYQBP847D4ATSFA
# DEBUG=1 # Salt-Decryption testen; Stacktrace bei PUT-Fehlern # DEBUG=1 # Salt decryption test; stack trace on PUT errors
# WEBDAV_LOG=debug # REQ/RES, PUT-Schritte, Fehler → logs/webdav-debug.log, webdav-errors.log # WEBDAV_LOG=debug # REQ/RES, PUT steps, errors → logs/webdav-debug.log, webdav-errors.log
# WEBDAV_LOG=error # Nur Fehler → logs/webdav-errors.log # WEBDAV_LOG=error # Errors only → logs/webdav-errors.log
# WEBDAV_LOG=off # Kein Datei-Logging (Standard) # WEBDAV_LOG=off # No file logging (default)
# Browser-Token (für token-test.js und WebDAV) – aus drive.internxt.com localStorage # Browser tokens (for token-test.js and WebDAV) – from drive.internxt.com localStorage
# INXT_TOKEN= # xNewToken # INXT_TOKEN= # xNewToken
# INXT_MNEMONIC= # xMnemonic (für Datei-Entschlüsselung) # INXT_MNEMONIC= # xMnemonic (for file decryption)
# WebDAV-Credentials (für Duplicati, Explorer etc.) # WebDAV credentials (for Duplicati, Explorer, etc.)
# Ohne Angabe: beliebige Basic-Auth-Credentials werden akzeptiert. # If unset: any Basic Auth credentials accepted.
# Mit Angabe: nur diese Credentials werden akzeptiert. # If set: only these credentials accepted.
# WEBDAV_USER= # WEBDAV_USER=
# WEBDAV_PASS= # WEBDAV_PASS=

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README.md
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# Internxt WebDAV Wrapper # Internxt WebDAV Wrapper
WebDAV-Zugang zu Internxt Drive für Account-Tiers ohne CLI- oder Rclone-Native-Zugang. WebDAV access to Internxt Drive for account tiers without native CLI or Rclone access.
## Hintergrund ## Background
Internxt blockiert für bestimmte Account-Typen (z.B. Free, Partner) den Zugang über CLI und Rclone. Internxt blocks CLI and Rclone access for certain account types (e.g. Free, Partner).
**Lösung:** Das Web-UI (drive.internxt.com) funktioniert – es nutzt `clientName: "drive-web"`. Dieser Wrapper imitiert diese Auth und bietet einen WebDAV-Server. **Solution:** The web UI (drive.internxt.com) works – it uses `clientName: "drive-web"`. This wrapper mimics that auth and provides a WebDAV server.
## Schnellstart ## Quick Start
```bash ```bash
npm install npm install
cp .env.example .env cp .env.example .env
# .env: INXT_TOKEN, INXT_MNEMONIC, CRYPTO_SECRET eintragen (siehe docs/browser-token-auth.md) # .env: Add INXT_TOKEN, INXT_MNEMONIC, CRYPTO_SECRET (see docs/browser-token-auth.md)
npm start npm start
``` ```
Server läuft auf `http://127.0.0.1:3005`. Server runs at `http://127.0.0.1:3005`.
## Docker ## Docker
```bash ```bash
# Image bauen # Build image
docker build -t internxt-webdav . docker build -t internxt-webdav .
# Container starten (Umgebungsvariablen aus .env) # Start container (env vars from .env)
docker run -d --name internxt-webdav -p 3005:3005 --env-file .env internxt-webdav docker run -d --name internxt-webdav -p 3005:3005 --env-file .env internxt-webdav
# Oder einzelne Variablen übergeben # Or pass individual variables
docker run -d -p 3005:3005 \ docker run -d -p 3005:3005 \
-e INXT_TOKEN="..." \ -e INXT_TOKEN="..." \
-e INXT_MNEMONIC="..." \ -e INXT_MNEMONIC="..." \
@@ -36,38 +36,39 @@ docker run -d -p 3005:3005 \
internxt-webdav internxt-webdav
``` ```
WebDAV erreichbar unter `http://localhost:3005`. WebDAV available at `http://localhost:3005`.
## WebDAV-Funktionen ## WebDAV Features
- **PROPFIND** – Verzeichnis auflisten - **PROPFIND** – List directory
- **MKCOL** – Ordner erstellen - **MKCOL** – Create folder
- **DELETE** – Dateien/Ordner löschen - **DELETE** – Delete files/folders
- **MOVE** – Verschieben/Umbenennen - **MOVE** – Move/rename
- **GET** – Dateien herunterladen - **GET** – Download files
- **PUT** – Dateien hochladen - **PUT** – Upload files
## Clients ## Clients
- **Duplicati** – Backup-Destination (Pre: `scripts/start-webdav.cmd`, Post: `scripts/stop-webdav.cmd`) - **Duplicati** – Backup destination (Pre: `scripts/start-webdav.cmd`, Post: `scripts/stop-webdav.cmd`)
- **rclone** – `rclone config` → WebDAV, URL `http://127.0.0.1:3005` - **rclone** – `rclone config` → WebDAV, URL `http://127.0.0.1:3005`
- **Windows Explorer** – Netzlaufwerk verbinden - **restic** via rclone – `restic -r rclone:internxt-webdav:restic init`
- **Windows Explorer** – Map network drive
## Dokumentation ## Documentation
| Datei | Beschreibung | | File | Description |
|-------|---------------| |------|-------------|
| [docs/browser-token-auth.md](docs/browser-token-auth.md) | Token aus Browser extrahieren, WebDAV-Credentials | | [docs/browser-token-auth.md](docs/browser-token-auth.md) | Extract tokens from browser, WebDAV credentials |
| [docs/webdav-architektur.md](docs/webdav-architektur.md) | Architektur-Übersicht | | [docs/webdav-architektur.md](docs/webdav-architektur.md) | Architecture overview |
| [docs/wsl-setup.md](docs/wsl-setup.md) | WSL-Setup (login mit Keys) | | [docs/wsl-setup.md](docs/wsl-setup.md) | WSL setup (login with keys) |
| [docs/auth-analysis.md](docs/auth-analysis.md) | Analyse Web vs CLI Auth | | [docs/auth-analysis.md](docs/auth-analysis.md) | Web vs CLI auth analysis |
| [docs/crypto-secret-extract.md](docs/crypto-secret-extract.md) | CRYPTO_SECRET aus drive.internxt.com ermitteln | | [docs/crypto-secret-extract.md](docs/crypto-secret-extract.md) | Extract CRYPTO_SECRET from drive.internxt.com |
## Scripts ## Scripts
| Befehl | Beschreibung | | Command | Description |
|-------|--------------| |---------|-------------|
| `npm start` | WebDAV-Server starten | | `npm start` | Start WebDAV server |
| `npm run token-test` | Token prüfen | | `npm run token-test` | Verify token |
| `npm run token-refresh` | Browser öffnen, einloggen → Tokens automatisch extrahieren | | `npm run token-refresh` | Open browser, login → tokens extracted automatically |
| `npm run debug-names` | Namensentschlüsselung testen | | `npm run debug-names` | Test name decryption |

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# Internxt Auth-Analyse: Web vs CLI vs Rclone # Internxt Auth Analysis: Web vs CLI vs Rclone
## Kernbefund: Client-Identifikation bestimmt Zugang ## Core Finding: Client Identification Determines Access
Der Backend-Server blockiert bestimmte Account-Tiers basierend auf der **Client-Identifikation**: The backend server blocks certain account tiers based on **client identification**:
| Client | clientName | Login-Methode | Endpoint | Status für eingeschränkte Tiers | | Client | clientName | Login Method | Endpoint | Status for restricted tiers |
|--------|-----------|---------------|----------|--------------------------------| |--------|------------|--------------|----------|-----------------------------|
| **drive-web** | `drive-web` | `login()` | `/auth/login` | ✅ Erlaubt | | **drive-web** | `drive-web` | `login()` | `/auth/login` | ✅ Allowed |
| **drive-desktop** | `drive-desktop` | `login()` | `/auth/login` | ✅ Erlaubt | | **drive-desktop** | `drive-desktop` | `login()` | `/auth/login` | ✅ Allowed |
| **internxt-cli** | `internxt-cli` | `loginAccess()` | `/auth/login/access` | ❌ Blockiert | | **internxt-cli** | `internxt-cli` | `loginAccess()` | `/auth/login/access` | ❌ Blocked |
| **rclone** | (rclone-adapter) | loginAccess-ähnlich | `/auth/login/access` | ❌ Blockiert | | **rclone** | (rclone-adapter) | loginAccess-like | `/auth/login/access` | ❌ Blocked |
## Quellen ## Sources
### drive-web ([auth.service.ts](drive-web/src/services/auth.service.ts)) ### drive-web ([auth.service.ts](drive-web/src/services/auth.service.ts))
@@ -24,13 +24,13 @@ const getAuthClient = (authType: 'web' | 'desktop') => {
return AUTH_CLIENT[authType]; return AUTH_CLIENT[authType];
}; };
// Login mit authClient.login() - NICHT loginAccess() // Login with authClient.login() - NOT loginAccess()
return authClient.login(loginDetails, cryptoProvider) return authClient.login(loginDetails, cryptoProvider)
``` ```
- **createAuthClient()**: `clientName: packageJson.name` = `"drive-web"` - **createAuthClient()**: `clientName: packageJson.name` = `"drive-web"`
- **createDesktopAuthClient()**: `clientName: "drive-desktop"` - **createDesktopAuthClient()**: `clientName: "drive-desktop"`
- **Methode**: `login()` (nicht `loginAccess`) - **Method**: `login()` (not `loginAccess`)
### CLI ([auth.service.ts](https://github.com/internxt/cli/blob/main/src/services/auth.service.ts)) ### CLI ([auth.service.ts](https://github.com/internxt/cli/blob/main/src/services/auth.service.ts))
@@ -39,8 +39,8 @@ const authClient = SdkManager.instance.getAuth();
const data = await authClient.loginAccess(loginDetails, CryptoService.cryptoProvider); const data = await authClient.loginAccess(loginDetails, CryptoService.cryptoProvider);
``` ```
- **getAppDetails()**: `clientName: packageJson.clientName` = `"internxt-cli"` (aus [package.json](https://github.com/internxt/cli/blob/main/package.json)) - **getAppDetails()**: `clientName: packageJson.clientName` = `"internxt-cli"` (from [package.json](https://github.com/internxt/cli/blob/main/package.json))
- **Methode**: `loginAccess()` (nicht `login`) - **Method**: `loginAccess()` (not `login`)
### SDK Factory ([drive-web](drive-web/src/app/core/factory/sdk/index.ts)) ### SDK Factory ([drive-web](drive-web/src/app/core/factory/sdk/index.ts))
@@ -61,38 +61,38 @@ private static getDesktopAppDetails(): AppDetails {
} }
``` ```
## Lösung für WebDAV-Wrapper ## Solution for WebDAV Wrapper
**Strategie:** Den Auth-Client so konfigurieren, dass er sich als `drive-web` ausgibt und `login()` statt `loginAccess()` verwendet. **Strategy:** Configure the auth client to identify as `drive-web` and use `login()` instead of `loginAccess()`.
1. **@internxt/sdk** mit `Auth.client(apiUrl, appDetails, apiSecurity)` verwenden 1. Use **@internxt/sdk** with `Auth.client(apiUrl, appDetails, apiSecurity)`
2. **appDetails** setzen: `{ clientName: "drive-web", clientVersion: "1.0" }` 2. Set **appDetails**: `{ clientName: "drive-web", clientVersion: "1.0" }`
3. **login()** aufrufen (nicht `loginAccess()`) 3. Call **login()** (not `loginAccess()`)
4. CryptoProvider wie in drive-web implementieren (passToHash, decryptText, getKeys, parseAndDecryptUserKeys) 4. Implement CryptoProvider like in drive-web (passToHash, decryptText, getKeys, parseAndDecryptUserKeys)
## Abhängigkeiten für WebDAV-Wrapper ## Dependencies for WebDAV Wrapper
- `@internxt/sdk` (Version 1.13.x oder kompatibel – drive-web nutzt 1.13.2) - `@internxt/sdk` (version 1.13.x or compatible – drive-web uses 1.13.2)
- `@internxt/lib` (für aes, Crypto) - `@internxt/lib` (for aes, Crypto)
- Crypto-Logik aus drive-web: `app/crypto/services/keys.service`, `app/crypto/services/utils` - Crypto logic from drive-web: `app/crypto/services/keys.service`, `app/crypto/services/utils`
- Keys-Format: ECC + Kyber (post-quantum) - Keys format: ECC + Kyber (post-quantum)
## Aktueller Status (Stand: Analyse) ## Current Status (as of analysis)
- **CRYPTO_SECRET**: Korrekt (Salt-Decryption OK mit `6KYQBP847D4ATSFA`) - **CRYPTO_SECRET**: Correct (salt decryption OK with `6KYQBP847D4ATSFA`)
- **loginWithoutKeys**: Liefert weiterhin "Wrong login credentials" – möglicherweise lehnt das Backend diesen Flow für bestimmte Account-Typen (z.B. mailbox.org-Partner) ab - **loginWithoutKeys**: Still returns "Wrong login credentials" – backend may reject this flow for certain account types (e.g. mailbox.org partner)
- **login() mit Keys**: Kyber-WASM schlägt unter Windows fehl (`@dashlane/pqc-kem-kyber512-node`) - **login() with keys**: Kyber-WASM fails under Windows (`@dashlane/pqc-kem-kyber512-node`)
## Nächste Schritte ## Next Steps
1. **Ansatz B testen**: Browser-basierter Token-Extrakt – im Web einloggen, Session-Token aus localStorage/DevTools lesen, im Wrapper verwenden 1. **Test approach B**: Browser-based token extraction – log in via web, read session token from localStorage/DevTools, use in wrapper
2. **login() unter Linux**: Kyber-Paket könnte unter Linux funktionieren 2. **login() under Linux**: Kyber package may work under Linux
3. **Internxt-Support**: Nachfragen, ob Partner-Accounts (mailbox.org) andere Auth-Flows nutzen 3. **Internxt support**: Ask whether partner accounts (mailbox.org) use different auth flows
## CRYPTO_SECRET und API-URL ## CRYPTO_SECRET and API URL
Aus [internxt/cli .env.template](https://github.com/internxt/cli/blob/main/.env.template): From [internxt/cli .env.template](https://github.com/internxt/cli/blob/main/.env.template):
- **DRIVE_API_URL**: `https://gateway.internxt.com/drive` - **DRIVE_API_URL**: `https://gateway.internxt.com/drive`
- **APP_CRYPTO_SECRET**: `6KYQBP847D4ATSFA` - **APP_CRYPTO_SECRET**: `6KYQBP847D4ATSFA`
Der PoC nutzt diese Werte als Fallback. The PoC uses these values as fallback.

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# Browser-Token-Authentifizierung (Ansatz B) # Browser Token Authentication (Approach B)
Da der API-Login für Ihren Account-Typ blockiert ist, können Sie sich im Browser einloggen und die Session-Daten für den WebDAV-Wrapper verwenden. Since API login is blocked for your account type, you can log in via the browser and use the session data for the WebDAV wrapper.
## Ablauf ## Flow
1. Auf https://drive.internxt.com einloggen 1. Log in at https://drive.internxt.com
2. Token und Mnemonic aus dem Browser extrahieren 2. Extract token and mnemonic from the browser
3. In `.env` eintragen 3. Add to `.env`
4. WebDAV-Server starten 4. Start WebDAV server
## Token extrahieren ## Extracting Tokens
### Schritt 1: Alle gespeicherten Keys anzeigen ### Step 1: Show all stored keys
Auf **https://drive.internxt.com** eingeloggt sein. DevTools (F12) → **Console**: Be logged in at **https://drive.internxt.com**. DevTools (F12) → **Console**:
```javascript ```javascript
// Alle localStorage-Keys anzeigen // Show all localStorage keys
Object.keys(localStorage).filter(k => k.includes('x') || k.includes('token') || k.includes('Token')).forEach(k => console.log(k)); Object.keys(localStorage).filter(k => k.includes('x') || k.includes('token') || k.includes('Token')).forEach(k => console.log(k));
``` ```
Damit sehen Sie, welche Keys es gibt (z.B. `xNewToken`, `xMnemonic`, `xUser`). This shows which keys exist (e.g. `xNewToken`, `xMnemonic`, `xUser`).
### Schritt 2: Token und Mnemonic auslesen ### Step 2: Read token and mnemonic
```javascript ```javascript
// Token und Mnemonic anzeigen // Display token and mnemonic
console.log('Token:', localStorage.getItem('xNewToken') || localStorage.getItem('xToken') || '(nicht gefunden)'); console.log('Token:', localStorage.getItem('xNewToken') || localStorage.getItem('xToken') || '(not found)');
console.log('Mnemonic:', localStorage.getItem('xMnemonic') || '(nicht gefunden)'); console.log('Mnemonic:', localStorage.getItem('xMnemonic') || '(not found)');
``` ```
### Schritt 3: Falls nichts gefunden wird ### Step 3: If nothing is found
- **Application-Tab prüfen:** DevTools → **Application** (oder **Anwendung**) → links **Local Storage** → **https://drive.internxt.com** auswählen. Dort alle Einträge durchsehen. - **Check Application tab:** DevTools → **Application** (or **Storage**) → **Local Storage** → select **https://drive.internxt.com**. Inspect all entries.
- **Richtige URL:** Sie müssen auf `https://drive.internxt.com` sein (nicht internxt.com) und **eingeloggt** sein – nach dem Login auf `/drive` oder `/app`. - **Correct URL:** You must be on `https://drive.internxt.com` (not internxt.com) and **logged in** – after login, on `/drive` or `/app`.
- **Session vs. Local:** Manche Werte liegen in `sessionStorage`. Testen mit: - **Session vs Local:** Some values may be in `sessionStorage`. Test with:
```javascript ```javascript
console.log('sessionStorage:', Object.keys(sessionStorage)); console.log('sessionStorage:', Object.keys(sessionStorage));
``` ```
- **Alle Keys anzeigen:** Zum Debuggen alle Keys mit Werten: - **Show all keys:** For debugging, list all keys with values:
```javascript ```javascript
for (let i = 0; i < localStorage.length; i++) { for (let i = 0; i < localStorage.length; i++) {
const k = localStorage.key(i); const k = localStorage.key(i);
@@ -46,40 +46,40 @@ console.log('Mnemonic:', localStorage.getItem('xMnemonic') || '(nicht gefunden)'
} }
``` ```
## .env eintragen ## Add to .env
``` ```
INXT_TOKEN=eyJhbGciOiJIUzI1NiIs... INXT_TOKEN=eyJhbGciOiJIUzI1NiIs...
INXT_MNEMONIC=word1 word2 word3 ... INXT_MNEMONIC=word1 word2 word3 ...
# Namensentschlüsselung: CRYPTO_SECRET oder CRYPTO_SECRET2 (CLI-Default: 6KYQBP847D4ATSFA) # Name decryption: CRYPTO_SECRET or CRYPTO_SECRET2 (CLI default: 6KYQBP847D4ATSFA)
CRYPTO_SECRET=6KYQBP847D4ATSFA CRYPTO_SECRET=6KYQBP847D4ATSFA
# Optional: WebDAV-Credentials erzwingen (sonst beliebige Credentials akzeptiert) # Optional: Enforce WebDAV credentials (otherwise any credentials accepted)
# WEBDAV_USER=backup # WEBDAV_USER=backup
# WEBDAV_PASS=geheim # WEBDAV_PASS=secret
``` ```
## Duplicati Pre-/Post-Scripts (optional) ## Duplicati Pre/Post Scripts (optional)
Falls der WebDAV-Server nicht dauerhaft läuft, kann Duplicati ihn vor dem Backup starten und danach beenden: If the WebDAV server does not run permanently, Duplicati can start it before backup and stop it after:
| Script | Duplicati-Einstellung | Pfad | | Script | Duplicati setting | Path |
|--------|------------------------|------| |--------|-------------------|------|
| Start | Vor dem Backup ausführen | `scripts\start-webdav.cmd` | | Start | Run before backup | `scripts\start-webdav.cmd` |
| Stop | Nach dem Backup ausführen | `scripts\stop-webdav.cmd` | | Stop | Run after backup | `scripts\stop-webdav.cmd` |
**Einstellungen → Erweitert → Scripts** – jeweils den vollen Pfad eintragen, z.B.: **Settings → Advanced → Scripts** – enter full path, e.g.:
``` ```
C:\Pfad\zu\internxt-webdav\scripts\start-webdav.cmd C:\Path\to\internxt-webdav\scripts\start-webdav.cmd
C:\Pfad\zu\internxt-webdav\scripts\stop-webdav.cmd C:\Path\to\internxt-webdav\scripts\stop-webdav.cmd
``` ```
Optional Port als Argument (Standard: 3005): Optional port as argument (default: 3005):
``` ```
C:\Pfad\zu\internxt-webdav\scripts\start-webdav.cmd 8080 C:\Path\to\internxt-webdav\scripts\start-webdav.cmd 8080
C:\Pfad\zu\internxt-webdav\scripts\stop-webdav.cmd 8080 C:\Path\to\internxt-webdav\scripts\stop-webdav.cmd 8080
``` ```
Der Server startet im Hintergrund und ist nach ~5 Sekunden bereit. The server starts in the background and is ready after ~5 seconds.
## Restic + rclone ## Restic + rclone
@@ -87,65 +87,65 @@ Der Server startet im Hintergrund und ist nach ~5 Sekunden bereit.
restic -r rclone:internxt-webdav:repo-name init restic -r rclone:internxt-webdav:repo-name init
``` ```
Der Server erstellt fehlende Ordner rekursiv (MKCOL). Bei 500-Fehlern: Server-Log prüfen (`PUT Fehler:`), Token mit `npm run token-refresh` erneuern. The server creates missing folders recursively (MKCOL). On 500 errors: check server log (`PUT Fehler:`), renew token with `npm run token-refresh`.
### Restic „object not found“ / 500 ### Restic "object not found" / 500
1. **Port prüfen:** rclone-URL muss exakt dem Server-Port entsprechen. Steht in der Konsole z.B. `http://127.0.0.1:3010`, dann in rclone `url = http://127.0.0.1:3010` eintragen. 1. **Check port:** rclone URL must match server port exactly. If console shows e.g. `http://127.0.0.1:3010`, set `url = http://127.0.0.1:3010` in rclone.
2. **Nur einen Server:** `npm start` beenden (Ctrl+C), dann nur `scripts\start-webdav.cmd` nutzen – sonst antwortet evtl. ein alter Prozess. 2. **Single server only:** Stop `npm start` (Ctrl+C), then use only `scripts\start-webdav.cmd` – otherwise an old process may respond.
3. **rclone config:** `rclone config` → Remote `internxt-webdav` → `url` = `http://127.0.0.1:PORT` (PORT aus Server-Start). 3. **rclone config:** `rclone config` → Remote `internxt-webdav` → `url` = `http://127.0.0.1:PORT` (PORT from server startup).
4. **Logs:** `WEBDAV_LOG=debug` in `.env` setzen, Server neu starten, dann `logs\webdav-errors.log` und `logs\webdav-debug.log` prüfen. 4. **Logs:** Set `WEBDAV_LOG=debug` in `.env`, restart server, then check `logs\webdav-errors.log` and `logs\webdav-debug.log`.
## WebDAV-Credentials (für Duplicati, Explorer) ## WebDAV Credentials (for Duplicati, Explorer)
Der Server erwartet **Basic Auth**. Ohne `WEBDAV_USER`/`WEBDAV_PASS` in `.env` akzeptiert er **beliebige** Credentials – Sie können in Duplicati z.B. Benutzername `backup` und Passwort `geheim` eintragen. Mit `WEBDAV_USER` und `WEBDAV_PASS` werden nur diese Credentials akzeptiert. The server expects **Basic Auth**. Without `WEBDAV_USER`/`WEBDAV_PASS` in `.env`, it accepts **any** credentials – you can use e.g. username `backup` and password `secret` in Duplicati. With `WEBDAV_USER` and `WEBDAV_PASS` set, only those credentials are accepted.
## WebDAV-Server starten ## Start WebDAV Server
```bash ```bash
npm start npm start
``` ```
Server läuft auf `http://127.0.0.1:3005`. Phase 1–4 aktiv: PROPFIND, MKCOL, DELETE, MOVE, GET, PUT. Für GET und PUT wird INXT_MNEMONIC benötigt. Server runs at `http://127.0.0.1:3005`. Phase 1–4 active: PROPFIND, MKCOL, DELETE, MOVE, GET, PUT. INXT_MNEMONIC required for GET and PUT.
### PowerShell Copy-Item: „Null character in path“ ### PowerShell Copy-Item: "Null character in path"
Windows/.NET fügt bei WebDAV-Pfaden manchmal Null-Bytes ein. **Workaround:** Windows/.NET sometimes adds null bytes to WebDAV paths. **Workaround:**
```powershell ```powershell
# Variante 1: Direkt per HTTP (umgeht WebDAV-Bugs, UUID aus dir i: übernehmen) # Option 1: Direct HTTP (bypasses WebDAV bugs, use UUID from dir i:)
Invoke-WebRequest -Uri "http://127.0.0.1:3005/_.69942103-e16f-4714-89bb-9f9f7d3b1bd5" -OutFile test.md Invoke-WebRequest -Uri "http://127.0.0.1:3005/_.69942103-e16f-4714-89bb-9f9f7d3b1bd5" -OutFile test.md
# Upload per PUT (PowerShell) # Upload via PUT (PowerShell)
Invoke-WebRequest -Uri "http://127.0.0.1:3005/meine-datei.txt" -Method PUT -Body "Inhalt" -ContentType "application/octet-stream" Invoke-WebRequest -Uri "http://127.0.0.1:3005/my-file.txt" -Method PUT -Body "Content" -ContentType "application/octet-stream"
# Variante 2: Robocopy (kopiert alle Dateien aus Root) # Option 2: Robocopy (copy all files from root)
robocopy "i:\" "." /NFL /NDL robocopy "i:\" "." /NFL /NDL
# Variante 3: Explorer – Datei per Drag & Drop kopieren # Option 3: Explorer – drag & drop file
``` Windows Explorer: Netzlaufwerk verbinden → `http://127.0.0.1:3005`. # Windows Explorer: Map network drive → http://127.0.0.1:3005
## Token erneuern (bei 401 / abgelaufen) ## Renew Token (on 401 / expired)
Tokens laufen nach einiger Zeit ab (typisch Stunden). Bei 401-Fehlern oder „Nicht autorisiert“: Tokens expire after some time (typically hours). On 401 errors or "Unauthorized":
### Option A: Automatisch (Chromium) ### Option A: Automatic (Chromium)
```bash ```bash
npm run token-refresh npm run token-refresh
``` ```
Öffnet einen Browser mit drive.internxt.com. Einloggen – die Tokens werden extrahiert und `.env` automatisch aktualisiert. Server neu starten. Opens a browser with drive.internxt.com. Log in – tokens are extracted and `.env` updated automatically. Restart server.
### Option B: Manuell ### Option B: Manual
1. **[https://drive.internxt.com](https://drive.internxt.com)** öffnen und erneut einloggen 1. Open **[https://drive.internxt.com](https://drive.internxt.com)** and log in again
2. Token und Mnemonic wie oben (Schritt 2) aus der Console auslesen 2. Read token and mnemonic from Console as in Step 2 above
3. `.env` mit den neuen Werten aktualisieren 3. Update `.env` with new values
4. WebDAV-Server neu starten 4. Restart WebDAV server
## Hinweise ## Notes
- **Bridge-API**: Der Download nutzt die Internxt Bridge mit `x-api-version: 2` und den Headern `internxt-version`/`internxt-client`. Ohne diese liefert die Bridge 400. - **Bridge API:** Download uses Internxt Bridge with `x-api-version: 2` and headers `internxt-version`/`internxt-client`. Without these, Bridge returns 400.
- **Sicherheit**: Mnemonic und Token sind hochsensibel. Nicht in Git committen, `.env` in `.gitignore` belassen. - **Security:** Mnemonic and token are highly sensitive. Do not commit to Git, keep `.env` in `.gitignore`.
- **Nur für Sie**: Die Tokens sind an Ihre Session gebunden. Für andere Nutzer funktioniert dieser Ansatz nicht. - **Personal only:** Tokens are bound to your session. This approach does not work for other users.

38
docs/crypto-secret-extract.md
View File

@@ -1,35 +1,35 @@
# CRYPTO_SECRET aus drive.internxt.com ermitteln # Extract CRYPTO_SECRET from drive.internxt.com
Falls der Login mit "Wrong login credentials" fehlschlägt, ist vermutlich der `CRYPTO_SECRET` falsch. drive-web nutzt `REACT_APP_CRYPTO_SECRET`, der CLI-Wert (`6KYQBP847D4ATSFA`) kann abweichen. If login fails with "Wrong login credentials", `CRYPTO_SECRET` is likely incorrect. drive-web uses `REACT_APP_CRYPTO_SECRET`, which may differ from the CLI value (`6KYQBP847D4ATSFA`).
## Methode 1: DEBUG-Modus (Salt-Decryption prüfen) ## Method 1: DEBUG mode (verify salt decryption)
```bash ```bash
DEBUG=1 npm run auth-test DEBUG=1 npm run auth-test
``` ```
- **"Salt-Decryption OK"** → CRYPTO_SECRET stimmt, Problem liegt woanders (Passwort, API) - **"Salt decryption OK"** → CRYPTO_SECRET is correct, problem is elsewhere (password, API)
- **"Salt-Decryption fehlgeschlagen"** → CRYPTO_SECRET ist falsch - **"Salt decryption failed"** → CRYPTO_SECRET is wrong
## Methode 2: Secret im Browser suchen ## Method 2: Search for secret in browser
1. https://drive.internxt.com öffnen 1. Open https://drive.internxt.com
2. DevTools (F12) → **Sources** 2. DevTools (F12) → **Sources**
3. **Strg+Shift+F** (Suche in allen Dateien) 3. **Ctrl+Shift+F** (search in all files)
4. Suchen nach: 4. Search for:
- `6KYQBP847D4ATSFA` – falls gefunden, wird derselbe Wert wie beim CLI genutzt - `6KYQBP847D4ATSFA` – if found, same value as CLI is used
- `REACT_APP_CRYPTO_SECRET` oder `CRYPTO_SECRET` - `REACT_APP_CRYPTO_SECRET` or `CRYPTO_SECRET`
- Hex-Strings (z.B. 16 Zeichen wie `a1b2c3d4e5f6...`) - Hex strings (e.g. 16 chars like `a1b2c3d4e5f6...`)
5. Gefundenen Wert in `.env` eintragen: 5. Add found value to `.env`:
``` ```
CRYPTO_SECRET=gefundener_wert CRYPTO_SECRET=found_value
``` ```
## Methode 3: drive-web lokal bauen (mit bekanntem Secret) ## Method 3: Build drive-web locally (with known secret)
Falls Sie Zugriff auf drive-web haben und den korrekten Secret kennen: If you have access to drive-web and know the correct secret:
1. In `drive-web` eine `.env` mit `REACT_APP_CRYPTO_SECRET=...` anlegen 1. Create `.env` in `drive-web` with `REACT_APP_CRYPTO_SECRET=...`
2. `yarn build` ausführen 2. Run `yarn build`
3. In den Build-Artefakten nach dem eingebetteten Wert suchen 3. Search build artifacts for the embedded value

66
docs/webdav-architektur.md
View File

@@ -1,8 +1,8 @@
# WebDAV-Server Architektur # WebDAV Server Architecture
## Empfohlener Ansatz: Adapter (nicht Proxy) ## Recommended Approach: Adapter (not Proxy)
Der WebDAV-Server ist ein **Adapter**: Er implementiert das WebDAV-Protokoll und übersetzt Anfragen in Internxt Drive API + Network-Aufrufe. Es wird **nicht** zu einem anderen WebDAV-Server weitergeleitet. The WebDAV server is an **adapter**: it implements the WebDAV protocol and translates requests into Internxt Drive API + Network calls. It does **not** forward to another WebDAV server.
```mermaid ```mermaid
flowchart LR flowchart LR
@@ -13,7 +13,7 @@ flowchart LR
subgraph Adapter [WebDAV Adapter] subgraph Adapter [WebDAV Adapter]
WebDAV[WebDAV Server] WebDAV[WebDAV Server]
Mapping[Path zu UUID] Mapping[Path to UUID]
Crypto[Encrypt/Decrypt] Crypto[Encrypt/Decrypt]
end end
@@ -29,46 +29,46 @@ flowchart LR
Crypto --> Network Crypto --> Network
``` ```
## Datenfluss ## Data Flow
| WebDAV-Anfrage | Internxt-Operation | | WebDAV Request | Internxt Operation |
|----------------|-------------------| |----------------|-------------------|
| PROPFIND (Verzeichnisinhalt) | Storage.getFolderContentByUuid | | PROPFIND (directory listing) | Storage.getFolderContentByUuid |
| GET (Datei lesen) | File-Metadaten → Network.download → Entschlüsseln | | GET (read file) | File metadata → Network.download → Decrypt |
| PUT (Datei schreiben) | Verschlüsseln → Network.upload → createFileEntry | | PUT (write file) | Encrypt → Network.upload → createFileEntry |
| MKCOL (Ordner anlegen) | Storage.createFolderByUuid | | MKCOL (create folder) | Storage.createFolderByUuid |
| DELETE | Trash oder permanent delete | | DELETE | Trash or permanent delete |
| MOVE | Storage.moveFileByUuid / moveFolderByUuid | | MOVE | Storage.moveFileByUuid / moveFolderByUuid |
## Komplexität ## Complexity
- **Einfach:** PROPFIND, MKCOL – nur Drive API, keine Verschlüsselung - **Simple:** PROPFIND, MKCOL – Drive API only, no encryption
- **Mittel:** DELETE, MOVE – Drive API - **Medium:** DELETE, MOVE – Drive API
- **Aufwändig:** GET, PUT – Bridge/Network + Mnemonic-Verschlüsselung - **Complex:** GET, PUT – Bridge/Network + mnemonic encryption
Die drive-web nutzt `Network.client` (Bridge) und `NetworkFacade` für Up-/Download. Die Bridge-Credentials kommen aus der User-Session. drive-web uses `Network.client` (Bridge) and `NetworkFacade` for up/download. Bridge credentials come from the user session.
## Implementierungsreihenfolge ## Implementation Order
1. **Phase 1:** PROPFIND (Verzeichnis auflisten) – ✅ implementiert 1. **Phase 1:** PROPFIND (list directory) – ✅ implemented
2. **Phase 2:** MKCOL, DELETE, MOVE – ✅ implementiert 2. **Phase 2:** MKCOL, DELETE, MOVE – ✅ implemented
3. **Phase 3:** GET (Download) – Bridge + Entschlüsselung – ✅ implementiert 3. **Phase 3:** GET (download) – Bridge + decryption – ✅ implemented
4. **Phase 4:** PUT (Upload) – Verschlüsselung + Bridge – ✅ implementiert 4. **Phase 4:** PUT (upload) – Encryption + Bridge – ✅ implemented
### Namensentschlüsselung ### Name Decryption
Internxt nutzt Zero-Knowledge-Verschlüsselung. Die API liefert verschlüsselte Namen (`name`). Wenn `plain_name` fehlt, kann der Server mit `CRYPTO_SECRET2` (oder `CRYPTO_SECRET`) Namen entschlüsseln – analog zur drive-web `aes.decrypt`-Logik mit `secret2-parentId`/`secret2-folderId`. Ohne gesetztes Secret werden die rohen (verschlüsselten) Namen verwendet. Internxt uses zero-knowledge encryption. The API returns encrypted names (`name`). When `plain_name` is missing, the server can decrypt names with `CRYPTO_SECRET2` (or `CRYPTO_SECRET`) – analogous to drive-web `aes.decrypt` logic with `secret2-parentId`/`secret2-folderId`. Without a set secret, raw (encrypted) names are used.
## Token vs. Bridge-Credentials ## Token vs Bridge Credentials
- **Drive API:** Nutzt `xNewToken` (Authorization: Bearer) - **Drive API:** Uses `xNewToken` (Authorization: Bearer)
- **Network/Bridge:** Braucht `bridgeUser` + `userId` (aus User-Credentials) und Mnemonic für Verschlüsselung - **Network/Bridge:** Requires `bridgeUser` + `userId` (from user credentials) and mnemonic for encryption
**Bridge-Credentials aus refreshUser:** Der Endpoint `/users/refresh` liefert `user` (UserResponseDto) mit: **Bridge credentials from refreshUser:** The `/users/refresh` endpoint returns `user` (UserResponseDto) with:
- `bridgeUser` – E-Mail des Nutzers - `bridgeUser` – User email
- `userId` – wird mit SHA256 gehasht und als Bridge-Passwort genutzt - `userId` – hashed with SHA256 and used as Bridge password
- `bucket` – Bucket-ID für Uploads - `bucket` – Bucket ID for uploads
- `mnemonic` – für Dateiverschlüsselung - `mnemonic` – for file encryption
- `rootFolderId` – Root-Ordner-UUID - `rootFolderId` – Root folder UUID
Damit liefert der Browser-Token (via refreshUser) alle nötigen Daten für Drive API und Bridge. Thus the browser token (via refreshUser) provides all data needed for Drive API and Bridge.

28
docs/wsl-setup.md
View File

@@ -1,36 +1,36 @@
# Entwicklung unter WSL (login() mit Keys) # Development under WSL (login() with Keys)
Unter Windows schlägt das Kyber-WASM-Modul fehl. Unter WSL (Ubuntu/Debian) funktioniert es in der Regel. Under Windows, the Kyber WASM module fails. Under WSL (Ubuntu/Debian) it usually works.
## Voraussetzungen ## Prerequisites
- WSL2 mit Ubuntu oder Debian - WSL2 with Ubuntu or Debian
- Node.js 20+ (`node -v`) - Node.js 20+ (`node -v`)
## Setup ## Setup
```bash ```bash
# Im WSL-Terminal # In WSL terminal
cd /mnt/c/Users/mbusc/source/repos/internxt-webdav cd /mnt/c/Users/mbusc/source/repos/internxt-webdav
# Abhängigkeiten installieren (inkl. Kyber für login mit Keys) # Install dependencies (including Kyber for login with keys)
npm install npm install
# .env mit Credentials (INXT_EMAIL, INXT_PASSWORD) # .env with credentials (INXT_EMAIL, INXT_PASSWORD)
# Optional: DEBUG=1 für Salt-Check # Optional: DEBUG=1 for salt check
``` ```
## Auth-PoC mit login() testen ## Test Auth PoC with login()
Zuerst den Auth-PoC auf `login()` umstellen (mit Keys): First switch the Auth PoC to `login()` (with keys):
```bash ```bash
npm run auth-test npm run auth-test
``` ```
Falls der Fehler "Wrong login credentials" weiterhin auftritt, liegt das Problem nicht am Kyber-WASM, sondern am Backend/Account-Typ. If the "Wrong login credentials" error persists, the issue is not Kyber-WASM but the backend/account type.
## Projektpfad ## Project Path
Windows-Pfad: `c:\Users\mbusc\source\repos\internxt-webdav` Windows path: `c:\Users\mbusc\source\repos\internxt-webdav`
WSL-Pfad: `/mnt/c/Users/mbusc/source/repos/internxt-webdav` WSL path: `/mnt/c/Users/mbusc/source/repos/internxt-webdav`

28
scripts/start-webdav.cmd
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@@ -1,49 +1,49 @@
@echo off @echo off
REM Duplicati Pre-Start: WebDAV-Server starten REM Duplicati Pre-Start: Start WebDAV server
REM In Duplicati: Einstellungen -> Erweitert -> Scripts -> Vor dem Backup ausfuehren REM In Duplicati: Settings -> Advanced -> Scripts -> Run before backup
REM Pfad: C:\Pfad\zu\internxt-webdav\scripts\start-webdav.cmd REM Path: C:\path\to\internxt-webdav\scripts\start-webdav.cmd
REM Optional: Port als Argument (z.B. start-webdav.cmd 8080) REM Optional: Port as argument (e.g. start-webdav.cmd 8080)
cd /d "%~dp0.." cd /d "%~dp0.."
if "%1"=="" (set PORT=3005) else (set PORT=%1) if "%1"=="" (set PORT=3005) else (set PORT=%1)
for /f "tokens=2 delims==" %%a in ('findstr /B "PORT=" .env 2^>nul') do set PORT=%%a for /f "tokens=2 delims==" %%a in ('findstr /B "PORT=" .env 2^>nul') do set PORT=%%a
REM .env und Token pruefen REM Check .env and token
if not exist .env ( if not exist .env (
echo FEHLER: .env fehlt. Bitte von .env.example kopieren und INXT_TOKEN eintragen. echo ERROR: .env missing. Copy from .env.example and add INXT_TOKEN.
exit /b 1 exit /b 1
) )
findstr /B "INXT_TOKEN=" .env 2>nul | findstr "INXT_TOKEN=." > nul 2>&1 findstr /B "INXT_TOKEN=" .env 2>nul | findstr "INXT_TOKEN=." > nul 2>&1
if %errorlevel% neq 0 ( if %errorlevel% neq 0 (
echo FEHLER: INXT_TOKEN fehlt oder leer in .env. Token abgelaufen? npm run token-refresh ausfuehren. echo ERROR: INXT_TOKEN missing or empty in .env. Token expired? Run npm run token-refresh.
exit /b 1 exit /b 1
) )
REM Pruefen ob Server bereits laeuft (0.0.0.0:0 = Listening) REM Check if server already running (0.0.0.0:0 = Listening)
netstat -an | findstr /C:":%PORT% " | findstr /C:"0.0.0.0:0" > nul 2>&1 netstat -an | findstr /C:":%PORT% " | findstr /C:"0.0.0.0:0" > nul 2>&1
if %errorlevel% equ 0 ( if %errorlevel% equ 0 (
echo WebDAV-Server laeuft bereits. echo WebDAV server already running.
exit /b 0 exit /b 0
) )
if not exist "%~dp0..\logs" mkdir "%~dp0..\logs" if not exist "%~dp0..\logs" mkdir "%~dp0..\logs"
set LOGFILE=%~dp0..\logs\webdav.log set LOGFILE=%~dp0..\logs\webdav.log
echo [%date% %time%] WebDAV-Server starten... >> "%LOGFILE%" echo [%date% %time%] Starting WebDAV server... >> "%LOGFILE%"
echo Starte WebDAV-Server... Log: %LOGFILE% echo Starting WebDAV server... Log: %LOGFILE%
start /B node src/server.js >> "%LOGFILE%" 2>&1 start /B node src/server.js >> "%LOGFILE%" 2>&1
REM Warten und pruefen ob Server antwortet (OPTIONS braucht keine Auth) REM Wait and check if server responds (OPTIONS does not require auth)
set RETRIES=0 set RETRIES=0
:wait :wait
timeout /t 2 /nobreak > nul timeout /t 2 /nobreak > nul
powershell -NoProfile -Command "try { (Invoke-WebRequest -Uri http://127.0.0.1:%PORT%/ -Method OPTIONS -UseBasicParsing -TimeoutSec 2).StatusCode -eq 200 } catch { exit 1 }" > nul 2>&1 powershell -NoProfile -Command "try { (Invoke-WebRequest -Uri http://127.0.0.1:%PORT%/ -Method OPTIONS -UseBasicParsing -TimeoutSec 2).StatusCode -eq 200 } catch { exit 1 }" > nul 2>&1
if %errorlevel% equ 0 ( if %errorlevel% equ 0 (
echo WebDAV-Server gestartet. echo WebDAV server started.
exit /b 0 exit /b 0
) )
set /a RETRIES+=1 set /a RETRIES+=1
if %RETRIES% geq 5 ( if %RETRIES% geq 5 (
echo FEHLER: Server antwortet nicht. Token pruefen: npm run token-test echo ERROR: Server not responding. Check token: npm run token-test
exit /b 1 exit /b 1
) )
goto wait goto wait

16
scripts/stop-webdav.cmd
View File

@@ -1,18 +1,18 @@
@echo off @echo off
REM Duplicati Post-Backup: WebDAV-Server beenden REM Duplicati Post-Backup: Stop WebDAV server
REM In Duplicati: Einstellungen -> Erweitert -> Scripts -> Nach dem Backup ausfuehren REM In Duplicati: Settings -> Advanced -> Scripts -> Run after backup
REM Pfad: C:\Pfad\zu\internxt-webdav\scripts\stop-webdav.cmd REM Path: C:\path\to\internxt-webdav\scripts\stop-webdav.cmd
REM Optional: Port als Argument (z.B. stop-webdav.cmd 8080) REM Optional: Port as argument (e.g. stop-webdav.cmd 8080)
if "%1"=="" (set PORT=3005) else (set PORT=%1) if "%1"=="" (set PORT=3005) else (set PORT=%1)
REM Prozess auf Port finden und beenden REM Find and terminate process on port
REM Filter: Port + "0.0.0.0:0" = Listening (sprachunabhaengig) REM Filter: Port + "0.0.0.0:0" = Listening (language-independent)
for /f "tokens=5" %%a in ('netstat -ano 2^>nul ^| findstr /C:":%PORT% " ^| findstr /C:"0.0.0.0:0"') do ( for /f "tokens=5" %%a in ('netstat -ano 2^>nul ^| findstr /C:":%PORT% " ^| findstr /C:"0.0.0.0:0"') do (
taskkill /PID %%a /F > nul 2>&1 taskkill /PID %%a /F > nul 2>&1
echo WebDAV-Server beendet - PID %%a echo WebDAV server stopped - PID %%a
exit /b 0 exit /b 0
) )
echo WebDAV-Server war nicht aktiv. echo WebDAV server was not running.
exit /b 0 exit /b 0

30
src/auth-poc.js
View File

@@ -21,7 +21,7 @@ const password = process.env.INXT_PASSWORD;
const twoFactorCode = process.env.INXT_2FA || ''; const twoFactorCode = process.env.INXT_2FA || '';
if (!email || !password) { if (!email || !password) {
console.error('Fehler: INXT_EMAIL und INXT_PASSWORD müssen gesetzt sein.'); console.error('Error: INXT_EMAIL and INXT_PASSWORD must be set.');
process.exit(1); process.exit(1);
} }
@@ -70,10 +70,10 @@ const apiSecurity = {
}; };
async function main() { async function main() {
console.log('Internxt Auth PoC - Login mit clientName "drive-web"'); console.log('Internxt Auth PoC - Login with clientName "drive-web"');
console.log('API:', DRIVE_API_URL); console.log('API:', DRIVE_API_URL);
console.log('E-Mail:', email); console.log('Email:', email);
console.log('2FA:', twoFactorCode ? '***' + twoFactorCode.slice(-2) : '(nicht gesetzt)'); console.log('2FA:', twoFactorCode ? '***' + twoFactorCode.slice(-2) : '(not set)');
console.log(''); console.log('');
const authClient = Auth.client(DRIVE_API_URL, appDetails, apiSecurity); const authClient = Auth.client(DRIVE_API_URL, appDetails, apiSecurity);
@@ -84,9 +84,9 @@ async function main() {
const details = await authClient.securityDetails(email.toLowerCase()); const details = await authClient.securityDetails(email.toLowerCase());
const salt = decryptText(details.encryptedSalt); const salt = decryptText(details.encryptedSalt);
const isHex = /^[0-9a-f]+$/i.test(salt); const isHex = /^[0-9a-f]+$/i.test(salt);
console.log('DEBUG: Salt-Decryption OK, Format:', isHex ? 'Hex' : 'anderes'); console.log('DEBUG: Salt decryption OK, format:', isHex ? 'Hex' : 'other');
} catch (e) { } catch (e) {
console.error('DEBUG: Salt-Decryption fehlgeschlagen - CRYPTO_SECRET evtl. falsch:', e.message); console.error('DEBUG: Salt decryption failed - CRYPTO_SECRET may be wrong:', e.message);
} }
} }
@@ -100,27 +100,27 @@ async function main() {
cryptoProvider cryptoProvider
); );
console.log('Login erfolgreich!'); console.log('Login successful!');
console.log('Token:', result.newToken?.substring(0, 20) + '...'); console.log('Token:', result.newToken?.substring(0, 20) + '...');
console.log('User:', result.user?.email); console.log('User:', result.user?.email);
console.log(''); console.log('');
console.log('Der WebDAV-Wrapper kann mit dieser Auth gebaut werden.'); console.log('The WebDAV wrapper can be built with this auth.');
} catch (err) { } catch (err) {
console.error('Login fehlgeschlagen:', err.message); console.error('Login failed:', err.message);
if (err.response?.data) { if (err.response?.data) {
console.error('Response:', JSON.stringify(err.response.data, null, 2)); console.error('Response:', JSON.stringify(err.response.data, null, 2));
} }
if (err.message?.includes('cli access not allowed') || err.message?.includes('rclone access not allowed')) { if (err.message?.includes('cli access not allowed') || err.message?.includes('rclone access not allowed')) {
console.error(''); console.error('');
console.error('Hinweis: Dieser Fehler sollte mit clientName "drive-web" NICHT auftreten.'); console.error('Note: This error should NOT occur with clientName "drive-web".');
} }
if (err.message?.includes('Wrong login credentials')) { if (err.message?.includes('Wrong login credentials')) {
console.error(''); console.error('');
console.error('Mögliche Ursachen:'); console.error('Possible causes:');
console.error('1. CRYPTO_SECRET falsch - drive-web nutzt REACT_APP_CRYPTO_SECRET (evtl. anderer Wert)'); console.error('1. CRYPTO_SECRET wrong - drive-web uses REACT_APP_CRYPTO_SECRET (possibly different value)');
console.error(' -> DEBUG=1 setzen und erneut ausführen, um Salt-Decryption zu prüfen'); console.error(' -> Set DEBUG=1 and run again to verify salt decryption');
console.error('2. 2FA-Code abgelaufen (30s gültig) - neuen Code eingeben'); console.error('2. 2FA code expired (valid 30s) - enter new code');
console.error('3. Passwort/E-Mail falsch'); console.error('3. Password/email incorrect');
} }
process.exit(1); process.exit(1);
} }

22
src/debug-name-decrypt.js
View File

@@ -15,13 +15,13 @@ const DRIVE_API_URL = process.env.DRIVE_API_URL || 'https://gateway.internxt.com
const token = process.env.INXT_TOKEN; const token = process.env.INXT_TOKEN;
if (!token) { if (!token) {
console.error('INXT_TOKEN fehlt'); console.error('INXT_TOKEN missing');
process.exit(1); process.exit(1);
} }
const secret = process.env.CRYPTO_SECRET2 || process.env.CRYPTO_SECRET; const secret = process.env.CRYPTO_SECRET2 || process.env.CRYPTO_SECRET;
if (!secret) { if (!secret) {
console.error('CRYPTO_SECRET oder CRYPTO_SECRET2 fehlt in .env'); console.error('CRYPTO_SECRET or CRYPTO_SECRET2 missing in .env');
process.exit(1); process.exit(1);
} }
@@ -29,7 +29,7 @@ const appDetails = { clientName: 'drive-web', clientVersion: '1.0' };
const apiSecurity = { const apiSecurity = {
token, token,
unauthorizedCallback: () => { unauthorizedCallback: () => {
throw new Error('Token ungültig'); throw new Error('Token invalid');
}, },
}; };
@@ -43,7 +43,7 @@ async function main() {
const rootUuid = user?.rootFolderUuid || user?.rootFolderId; const rootUuid = user?.rootFolderUuid || user?.rootFolderId;
if (!rootUuid) { if (!rootUuid) {
console.error('Root-Ordner nicht gefunden'); console.error('Root folder not found');
process.exit(1); process.exit(1);
} }
@@ -58,15 +58,15 @@ async function main() {
const folders = content?.children || []; const folders = content?.children || [];
const files = content?.files || []; const files = content?.files || [];
console.log('=== Namensentschlüsselung in', path, '==='); console.log('=== Name decryption in', path, '===');
console.log('CRYPTO_SECRET2/CRYPTO_SECRET:', secret ? secret.substring(0, 4) + '***' : '(nicht gesetzt)'); console.log('CRYPTO_SECRET2/CRYPTO_SECRET:', secret ? secret.substring(0, 4) + '***' : '(not set)');
console.log(''); console.log('');
for (const c of folders) { for (const c of folders) {
const plain = getPlainName(c.name, c.plain_name ?? c.plainName, c.parent_id ?? c.parentId, null); const plain = getPlainName(c.name, c.plain_name ?? c.plainName, c.parent_id ?? c.parentId, null);
const ok = plain !== c.name && plain.length > 0 && !/^[A-Za-z0-9+/=]{20,}$/.test(plain); const ok = plain !== c.name && plain.length > 0 && !/^[A-Za-z0-9+/=]{20,}$/.test(plain);
console.log('Ordner:', ok ? '✓' : '✗', plain); console.log('Folder:', ok ? '✓' : '✗', plain);
console.log(' verschlüsselt:', c.name?.substring(0, 50) + '...'); console.log(' encrypted:', c.name?.substring(0, 50) + '...');
console.log(' parent_id:', c.parent_id ?? c.parentId); console.log(' parent_id:', c.parent_id ?? c.parentId);
console.log(''); console.log('');
} }
@@ -74,14 +74,14 @@ async function main() {
for (const f of files) { for (const f of files) {
const plain = getPlainName(f.name, f.plain_name ?? f.plainName, null, f.folder_id ?? f.folderId); const plain = getPlainName(f.name, f.plain_name ?? f.plainName, null, f.folder_id ?? f.folderId);
const ok = plain !== f.name && plain.length > 0 && !/^[A-Za-z0-9+/=]{20,}$/.test(plain); const ok = plain !== f.name && plain.length > 0 && !/^[A-Za-z0-9+/=]{20,}$/.test(plain);
console.log('Datei:', ok ? '✓' : '✗', plain); console.log('File:', ok ? '✓' : '✗', plain);
console.log(' verschlüsselt:', f.name?.substring(0, 50) + '...'); console.log(' encrypted:', f.name?.substring(0, 50) + '...');
console.log(' folder_id:', f.folder_id ?? f.folderId); console.log(' folder_id:', f.folder_id ?? f.folderId);
console.log(''); console.log('');
} }
if (folders.length === 0 && files.length === 0) { if (folders.length === 0 && files.length === 0) {
console.log('(Leerer Ordner)'); console.log('(Empty folder)');
} }
} }

2
src/internxt-client.js
View File

@@ -19,7 +19,7 @@ export function createClients(token) {
const apiSecurity = { const apiSecurity = {
token, token,
unauthorizedCallback: () => { unauthorizedCallback: () => {
throw new Error('Token abgelaufen oder ungültig'); throw new Error('Token expired or invalid');
}, },
}; };
return { return {

118
src/server.js
View File

@@ -20,7 +20,7 @@ const token = process.env.INXT_TOKEN;
const mnemonic = process.env.INXT_MNEMONIC; const mnemonic = process.env.INXT_MNEMONIC;
if (!token) { if (!token) {
console.error('Fehler: INXT_TOKEN muss gesetzt sein. Siehe docs/browser-token-auth.md'); console.error('Error: INXT_TOKEN must be set. See docs/browser-token-auth.md');
process.exit(1); process.exit(1);
} }
@@ -86,7 +86,7 @@ function basicAuth(req, res, next) {
const auth = req.headers?.authorization; const auth = req.headers?.authorization;
if (!auth || !auth.startsWith('Basic ')) { if (!auth || !auth.startsWith('Basic ')) {
res.set('WWW-Authenticate', 'Basic realm="Internxt WebDAV"'); res.set('WWW-Authenticate', 'Basic realm="Internxt WebDAV"');
res.status(401).send('Authentifizierung erforderlich'); res.status(401).send('Authentication required');
return; return;
} }
@@ -98,13 +98,13 @@ function basicAuth(req, res, next) {
pass = colon >= 0 ? decoded.slice(colon + 1) : ''; pass = colon >= 0 ? decoded.slice(colon + 1) : '';
} catch (_) { } catch (_) {
res.set('WWW-Authenticate', 'Basic realm="Internxt WebDAV"'); res.set('WWW-Authenticate', 'Basic realm="Internxt WebDAV"');
res.status(401).send('Ungültige Credentials'); res.status(401).send('Invalid credentials');
return; return;
} }
if (authStrict && (user !== webdavUser || pass !== webdavPass)) { if (authStrict && (user !== webdavUser || pass !== webdavPass)) {
res.set('WWW-Authenticate', 'Basic realm="Internxt WebDAV"'); res.set('WWW-Authenticate', 'Basic realm="Internxt WebDAV"');
res.status(401).send('Ungültige Credentials'); res.status(401).send('Invalid credentials');
return; return;
} }
@@ -237,7 +237,7 @@ async function handlePropfind(req, res) {
const user = refresh.user; const user = refresh.user;
const rootUuid = user?.rootFolderUuid || user?.rootFolderId || user?.root_folder_id; const rootUuid = user?.rootFolderUuid || user?.rootFolderId || user?.root_folder_id;
if (!rootUuid) { if (!rootUuid) {
res.status(500).send('Root-Ordner nicht gefunden'); res.status(500).send('Root folder not found');
return; return;
} }
@@ -262,7 +262,7 @@ async function handlePropfind(req, res) {
const listing = await listFolder(storage, rootUuid, path); const listing = await listFolder(storage, rootUuid, path);
if (!listing) { if (!listing) {
res.status(404).send('Nicht gefunden'); res.status(404).send('Not found');
return; return;
} }
@@ -282,7 +282,7 @@ async function handlePropfind(req, res) {
// Kinder bei depth 1 // Kinder bei depth 1
if (depth !== '0') { if (depth !== '0') {
for (const f of listing.folders) { for (const f of listing.folders) {
const safeName = sanitizeForPath(f.name) || 'Unbenannt'; const safeName = sanitizeForPath(f.name) || 'Unnamed';
const childPath = path === '/' ? '/' + safeName : path + '/' + safeName; const childPath = path === '/' ? '/' + safeName : path + '/' + safeName;
items.push({ items.push({
path: childPath, path: childPath,
@@ -293,7 +293,7 @@ async function handlePropfind(req, res) {
}); });
} }
for (const f of listing.files) { for (const f of listing.files) {
const rawName = sanitizeForPath(f.name) || 'Unbenannt'; const rawName = sanitizeForPath(f.name) || 'Unnamed';
const useUuidPath = /[+=]/.test(rawName) || rawName.length > 80; const useUuidPath = /[+=]/.test(rawName) || rawName.length > 80;
const pathSegment = useUuidPath ? `_.${f.uuid}` : rawName; const pathSegment = useUuidPath ? `_.${f.uuid}` : rawName;
const childPath = path === '/' ? '/' + pathSegment : path + '/' + pathSegment; const childPath = path === '/' ? '/' + pathSegment : path + '/' + pathSegment;
@@ -313,12 +313,12 @@ async function handlePropfind(req, res) {
res.set('Content-Type', 'application/xml; charset="utf-8"'); res.set('Content-Type', 'application/xml; charset="utf-8"');
res.status(207).send(xml); res.status(207).send(xml);
} catch (err) { } catch (err) {
console.error('PROPFIND Fehler:', err.message); console.error('PROPFIND error:', err.message);
if (err.message?.includes('Token') || err.response?.status === 401) { if (err.message?.includes('Token') || err.response?.status === 401) {
res.status(401).send('Nicht autorisiert – Token abgelaufen. Neu einloggen: https://drive.internxt.com'); res.status(401).send('Unauthorized – Token expired. Log in again: https://drive.internxt.com');
return; return;
} }
res.status(500).send(err.message || 'Interner Fehler'); res.status(500).send(err.message || 'Internal error');
} }
} }
@@ -330,7 +330,7 @@ async function getContext() {
const refresh = await refreshUser(token); const refresh = await refreshUser(token);
const user = refresh.user; const user = refresh.user;
const rootUuid = user?.rootFolderUuid || user?.rootFolderId || user?.root_folder_id; const rootUuid = user?.rootFolderUuid || user?.rootFolderId || user?.root_folder_id;
if (!rootUuid) throw new Error('Root-Ordner nicht gefunden'); if (!rootUuid) throw new Error('Root folder not found');
return { storage, rootUuid }; return { storage, rootUuid };
} }
@@ -374,14 +374,14 @@ async function handleMkcol(req, res) {
} catch (_) {} } catch (_) {}
if (!path.startsWith('/')) path = '/' + path; if (!path.startsWith('/')) path = '/' + path;
if (path === '/') { if (path === '/') {
res.status(403).send('Root kann nicht erstellt werden'); res.status(403).send('Root cannot be created');
return; return;
} }
if (path.endsWith('/')) path = path.slice(0, -1); if (path.endsWith('/')) path = path.slice(0, -1);
const segments = pathToSegments(path); const segments = pathToSegments(path);
if (segments.length === 0) { if (segments.length === 0) {
res.status(403).send('Root bereits vorhanden'); res.status(403).send('Root already exists');
return; return;
} }
@@ -395,7 +395,7 @@ async function handleMkcol(req, res) {
? await ensureFolderExists(storage, rootUuid, parentPath) ? await ensureFolderExists(storage, rootUuid, parentPath)
: { uuid: rootUuid }; : { uuid: rootUuid };
if (!parent) { if (!parent) {
res.status(409).send('Übergeordneter Ordner existiert nicht'); res.status(409).send('Parent folder does not exist');
return; return;
} }
@@ -405,7 +405,7 @@ async function handleMkcol(req, res) {
res.status(201).send(); res.status(201).send();
return; return;
} }
res.status(405).send('Ressource existiert bereits (kein Ordner)'); res.status(405).send('Resource already exists (not a folder)');
return; return;
} }
@@ -420,12 +420,12 @@ async function handleMkcol(req, res) {
res.status(201).send(); res.status(201).send();
return; return;
} }
console.error('MKCOL Fehler:', err.message); console.error('MKCOL error:', err.message);
if (err.message?.includes('Token') || err.response?.status === 401) { if (err.message?.includes('Token') || err.response?.status === 401) {
res.status(401).send('Nicht autorisiert – Token erneuern: https://drive.internxt.com'); res.status(401).send('Unauthorized – Refresh token: https://drive.internxt.com');
return; return;
} }
res.status(500).send(err.message || 'Interner Fehler'); res.status(500).send(err.message || 'Internal error');
} }
} }
@@ -440,7 +440,7 @@ async function handleDelete(req, res) {
if (!path.startsWith('/')) path = '/' + path; if (!path.startsWith('/')) path = '/' + path;
if (path.endsWith('/')) path = path.slice(0, -1); if (path.endsWith('/')) path = path.slice(0, -1);
if (path === '/') { if (path === '/') {
res.status(403).send('Root kann nicht gelöscht werden'); res.status(403).send('Root cannot be deleted');
return; return;
} }
@@ -448,7 +448,7 @@ async function handleDelete(req, res) {
const { storage, rootUuid } = await getContext(); const { storage, rootUuid } = await getContext();
const resource = await resolveResource(storage, rootUuid, path); const resource = await resolveResource(storage, rootUuid, path);
if (!resource) { if (!resource) {
res.status(404).send('Nicht gefunden'); res.status(404).send('Not found');
return; return;
} }
@@ -459,12 +459,12 @@ async function handleDelete(req, res) {
} }
res.status(204).send(); res.status(204).send();
} catch (err) { } catch (err) {
console.error('DELETE Fehler:', err.message); console.error('DELETE error:', err.message);
if (err.message?.includes('Token') || err.response?.status === 401) { if (err.message?.includes('Token') || err.response?.status === 401) {
res.status(401).send('Nicht autorisiert – Token erneuern: https://drive.internxt.com'); res.status(401).send('Unauthorized – Refresh token: https://drive.internxt.com');
return; return;
} }
res.status(500).send(err.message || 'Interner Fehler'); res.status(500).send(err.message || 'Internal error');
} }
} }
@@ -475,7 +475,7 @@ async function handleMove(req, res) {
let path = req.url || '/'; let path = req.url || '/';
const destinationHeader = req.headers['destination']; const destinationHeader = req.headers['destination'];
if (!destinationHeader) { if (!destinationHeader) {
res.status(400).send('Destination-Header fehlt'); res.status(400).send('Destination header missing');
return; return;
} }
@@ -485,7 +485,7 @@ async function handleMove(req, res) {
if (!path.startsWith('/')) path = '/' + path; if (!path.startsWith('/')) path = '/' + path;
if (path.endsWith('/')) path = path.slice(0, -1); if (path.endsWith('/')) path = path.slice(0, -1);
if (path === '/') { if (path === '/') {
res.status(403).send('Root kann nicht verschoben werden'); res.status(403).send('Root cannot be moved');
return; return;
} }
@@ -494,7 +494,7 @@ async function handleMove(req, res) {
const destUrl = new URL(destinationHeader); const destUrl = new URL(destinationHeader);
destPath = decodeURIComponent(destUrl.pathname || '/'); destPath = decodeURIComponent(destUrl.pathname || '/');
} catch (_) { } catch (_) {
res.status(400).send('Ungültige Destination-URL'); res.status(400).send('Invalid destination URL');
return; return;
} }
if (!destPath.startsWith('/')) destPath = '/' + destPath; if (!destPath.startsWith('/')) destPath = '/' + destPath;
@@ -506,7 +506,7 @@ async function handleMove(req, res) {
const { storage, rootUuid } = await getContext(); const { storage, rootUuid } = await getContext();
const source = await resolveResource(storage, rootUuid, path); const source = await resolveResource(storage, rootUuid, path);
if (!source) { if (!source) {
res.status(404).send('Quelle nicht gefunden'); res.status(404).send('Source not found');
return; return;
} }
@@ -516,14 +516,14 @@ async function handleMove(req, res) {
const destParent = await resolveFolder(storage, rootUuid, destParentPath); const destParent = await resolveFolder(storage, rootUuid, destParentPath);
if (!destParent) { if (!destParent) {
res.status(409).send('Zielordner existiert nicht'); res.status(409).send('Destination folder does not exist');
return; return;
} }
const existingDest = await resolveResource(storage, rootUuid, destPath); const existingDest = await resolveResource(storage, rootUuid, destPath);
if (existingDest) { if (existingDest) {
if (!overwrite) { if (!overwrite) {
res.status(412).send('Ziel existiert, Overwrite nicht erlaubt'); res.status(412).send('Destination exists, overwrite not allowed');
return; return;
} }
if (existingDest.type === 'folder') { if (existingDest.type === 'folder') {
@@ -545,12 +545,12 @@ async function handleMove(req, res) {
} }
res.status(201).send(); res.status(201).send();
} catch (err) { } catch (err) {
console.error('MOVE Fehler:', err.message); console.error('MOVE error:', err.message);
if (err.message?.includes('Token') || err.response?.status === 401) { if (err.message?.includes('Token') || err.response?.status === 401) {
res.status(401).send('Nicht autorisiert – Token erneuern: https://drive.internxt.com'); res.status(401).send('Unauthorized – Refresh token: https://drive.internxt.com');
return; return;
} }
res.status(500).send(err.message || 'Interner Fehler'); res.status(500).send(err.message || 'Internal error');
} }
} }
@@ -563,12 +563,12 @@ async function handleGet(req, res) {
if (path.endsWith('/')) path = path.slice(0, -1); if (path.endsWith('/')) path = path.slice(0, -1);
path = sanitizeForPath(path); path = sanitizeForPath(path);
if (path === '/') { if (path === '/') {
res.status(405).send('Verzeichnis kann nicht heruntergeladen werden'); res.status(405).send('Directory cannot be downloaded');
return; return;
} }
if (!mnemonic) { if (!mnemonic) {
res.status(500).send('INXT_MNEMONIC fehlt für Datei-Entschlüsselung'); res.status(500).send('INXT_MNEMONIC required for file decryption');
return; return;
} }
@@ -580,15 +580,15 @@ async function handleGet(req, res) {
if (resource) logToFile('GET cache hit', path); if (resource) logToFile('GET cache hit', path);
} }
if (!resource) { if (!resource) {
res.status(404).send('Nicht gefunden'); res.status(404).send('Not found');
return; return;
} }
if (resource.type !== 'file') { if (resource.type !== 'file') {
res.status(405).send('Keine Datei'); res.status(405).send('Not a file');
return; return;
} }
if (!resource.bucket || !resource.fileId) { if (!resource.bucket || !resource.fileId) {
res.status(404).send('Datei hat keinen Inhalt (leere Datei)'); res.status(404).send('File has no content (empty file)');
return; return;
} }
@@ -598,7 +598,7 @@ async function handleGet(req, res) {
const bridgePass = user?.userId; const bridgePass = user?.userId;
if (!bridgeUser || !bridgePass) { if (!bridgeUser || !bridgePass) {
res.status(500).send('Bridge-Credentials fehlen'); res.status(500).send('Bridge credentials missing');
return; return;
} }
@@ -617,12 +617,12 @@ async function handleGet(req, res) {
else res.destroy(); else res.destroy();
}); });
} catch (err) { } catch (err) {
console.error('GET Fehler:', err.message); console.error('GET error:', err.message);
if (err.message?.includes('Token') || err.response?.status === 401) { if (err.message?.includes('Token') || err.response?.status === 401) {
res.status(401).send('Nicht autorisiert – Token erneuern: https://drive.internxt.com'); res.status(401).send('Unauthorized – Refresh token: https://drive.internxt.com');
return; return;
} }
if (!res.headersSent) res.status(500).send(err.message || 'Interner Fehler'); if (!res.headersSent) res.status(500).send(err.message || 'Internal error');
} }
} }
@@ -660,12 +660,12 @@ async function handleHead(req, res) {
/** Parst Dateiname in plainName + Typ (Extension) */ /** Parst Dateiname in plainName + Typ (Extension) */
function parseFileName(name) { function parseFileName(name) {
if (!name || typeof name !== 'string') return { plainName: 'Unbenannt', type: '' }; if (!name || typeof name !== 'string') return { plainName: 'Unnamed', type: '' };
const s = sanitizeForPath(name); const s = sanitizeForPath(name);
const lastDot = s.lastIndexOf('.'); const lastDot = s.lastIndexOf('.');
if (lastDot <= 0) return { plainName: s || 'Unbenannt', type: '' }; if (lastDot <= 0) return { plainName: s || 'Unnamed', type: '' };
return { return {
plainName: s.slice(0, lastDot) || 'Unbenannt', plainName: s.slice(0, lastDot) || 'Unnamed',
type: s.slice(lastDot + 1).toLowerCase() || '', type: s.slice(lastDot + 1).toLowerCase() || '',
}; };
} }
@@ -684,18 +684,18 @@ async function handlePut(req, res) {
} }
if (path === '/') { if (path === '/') {
res.status(403).send('Root kann nicht überschrieben werden'); res.status(403).send('Root cannot be overwritten');
return; return;
} }
const buffer = req.body; const buffer = req.body;
if (!Buffer.isBuffer(buffer)) { if (!Buffer.isBuffer(buffer)) {
res.status(400).send('Kein Dateiinhalt erhalten'); res.status(400).send('No file content received');
return; return;
} }
if (!mnemonic) { if (!mnemonic) {
res.status(500).send('INXT_MNEMONIC fehlt für Datei-Verschlüsselung'); res.status(500).send('INXT_MNEMONIC required for file encryption');
return; return;
} }
@@ -712,7 +712,7 @@ async function handlePut(req, res) {
parent = await ensureFolderExists(storage, rootUuid, parentPath); parent = await ensureFolderExists(storage, rootUuid, parentPath);
} }
if (!parent) { if (!parent) {
res.status(409).send('Zielordner existiert nicht'); res.status(409).send('Destination folder does not exist');
return; return;
} }
@@ -721,7 +721,7 @@ async function handlePut(req, res) {
if (existing.type === 'file') { if (existing.type === 'file') {
await storage.deleteFileByUuid(existing.uuid); await storage.deleteFileByUuid(existing.uuid);
} else { } else {
res.status(409).send('Ziel ist ein Ordner'); res.status(409).send('Destination is a folder');
return; return;
} }
} }
@@ -736,7 +736,7 @@ async function handlePut(req, res) {
const bucketId = user?.bucket; const bucketId = user?.bucket;
if (!bridgeUser || !bridgePass || !bucketId) { if (!bridgeUser || !bridgePass || !bucketId) {
res.status(500).send('Bridge-Credentials oder Bucket fehlen'); res.status(500).send('Bridge credentials or bucket missing');
return; return;
} }
@@ -752,7 +752,7 @@ async function handlePut(req, res) {
buffer: uploadBuffer, buffer: uploadBuffer,
}); });
} catch (uploadErr) { } catch (uploadErr) {
logError('PUT Upload (Bridge) fehlgeschlagen', path, uploadErr.message); logError('PUT Upload (Bridge) failed', path, uploadErr.message);
throw uploadErr; throw uploadErr;
} }
logToFile('PUT Upload OK', path); logToFile('PUT Upload OK', path);
@@ -780,7 +780,7 @@ async function handlePut(req, res) {
const fullName = type ? `${plainName}.${type}` : plainName; const fullName = type ? `${plainName}.${type}` : plainName;
cacheRecentFile(path, { type: 'file', bucket: bucketId, fileId, name: fullName, size: buffer.length }); cacheRecentFile(path, { type: 'file', bucket: bucketId, fileId, name: fullName, size: buffer.length });
} catch (createErr) { } catch (createErr) {
logError('PUT createFileEntry fehlgeschlagen', path, createErr.message); logError('PUT createFileEntry failed', path, createErr.message);
// "File already exists" – Datei per Namen löschen und erneut versuchen // "File already exists" – Datei per Namen löschen und erneut versuchen
if (createErr?.message?.toLowerCase().includes('already exists')) { if (createErr?.message?.toLowerCase().includes('already exists')) {
const [contentPromise] = storage.getFolderContentByUuid({ folderUuid: parent.uuid }); const [contentPromise] = storage.getFolderContentByUuid({ folderUuid: parent.uuid });
@@ -809,13 +809,13 @@ async function handlePut(req, res) {
const apiErr = err.response?.data ? JSON.stringify(err.response.data) : ''; const apiErr = err.response?.data ? JSON.stringify(err.response.data) : '';
const status = err.response?.status; const status = err.response?.status;
if (LOG_ERROR) logError('Stack:', err.stack); if (LOG_ERROR) logError('Stack:', err.stack);
console.error('PUT Fehler:', path, err.message, status ? `HTTP ${status}` : '', apiErr || ''); console.error('PUT error:', path, err.message, status ? `HTTP ${status}` : '', apiErr || '');
if (LOG_DEBUG) console.error(err.stack); if (LOG_DEBUG) console.error(err.stack);
if (err.message?.includes('Token') || err.response?.status === 401) { if (err.message?.includes('Token') || err.response?.status === 401) {
res.status(401).send('Nicht autorisiert – Token erneuern: https://drive.internxt.com'); res.status(401).send('Unauthorized – Refresh token: https://drive.internxt.com');
return; return;
} }
if (!res.headersSent) res.status(500).send(err.message || 'Interner Fehler'); if (!res.headersSent) res.status(500).send(err.message || 'Internal error');
} }
} }
@@ -879,7 +879,7 @@ app.use((req, res, next) => {
app.listen(PORT, () => { app.listen(PORT, () => {
console.log(`Internxt WebDAV Server – http://127.0.0.1:${PORT}`); console.log(`Internxt WebDAV Server – http://127.0.0.1:${PORT}`);
console.log('Phase 1–4: PROPFIND, MKCOL, DELETE, MOVE, GET, PUT aktiv.'); console.log('Phase 1–4: PROPFIND, MKCOL, DELETE, MOVE, GET, PUT active.');
console.log(`rclone/restic: URL muss http://127.0.0.1:${PORT} sein (gleicher Port!)`); console.log(`rclone/restic: URL must be http://127.0.0.1:${PORT} (same port!)`);
console.log('Verwendung: z.B. Windows Explorer → Netzlaufwerk verbinden'); console.log('Usage: e.g. Windows Explorer → Map network drive');
}); });

6
src/token-refresh.js
View File

@@ -60,7 +60,7 @@ function updateEnv(token, mnemonic) {
} }
async function main() { async function main() {
console.log('Starte Browser – bitte auf', DRIVE_URL, 'einloggen.\n'); console.log('Starting browser – please log in at', DRIVE_URL, '\n');
const browser = await puppeteer.launch({ const browser = await puppeteer.launch({
headless: false, headless: false,
@@ -76,14 +76,14 @@ async function main() {
const { token, mnemonic } = await getTokens(page); const { token, mnemonic } = await getTokens(page);
if (token && mnemonic) { if (token && mnemonic) {
updateEnv(token, mnemonic); updateEnv(token, mnemonic);
console.log('\n.env aktualisiert. Server neu starten.\n'); console.log('\n.env updated. Restart the server.\n');
await browser.close(); await browser.close();
return; return;
} }
await new Promise((r) => setTimeout(r, POLL_MS)); await new Promise((r) => setTimeout(r, POLL_MS));
} }
console.log('Timeout – keine Tokens gefunden. Bitte einloggen und erneut ausführen.'); console.log('Timeout – no tokens found. Please log in and run again.');
await browser.close(); await browser.close();
process.exit(1); process.exit(1);
} }

14
src/token-test.js
View File

@@ -14,18 +14,18 @@ const DRIVE_API_URL = process.env.DRIVE_API_URL || 'https://gateway.internxt.com
const token = process.env.INXT_TOKEN; const token = process.env.INXT_TOKEN;
if (!token) { if (!token) {
console.error('Fehler: INXT_TOKEN muss gesetzt sein (aus Browser localStorage)'); console.error('Error: INXT_TOKEN must be set (from browser localStorage)');
process.exit(1); process.exit(1);
} }
const appDetails = { clientName: 'drive-web', clientVersion: '1.0' }; const appDetails = { clientName: 'drive-web', clientVersion: '1.0' };
const apiSecurity = { const apiSecurity = {
token, token,
unauthorizedCallback: () => console.error('Token abgelaufen oder ungültig'), unauthorizedCallback: () => console.error('Token expired or invalid'),
}; };
async function main() { async function main() {
console.log('Token-Test – Drive API mit Browser-Token'); console.log('Token test – Drive API with browser token');
console.log(''); console.log('');
const usersClient = Users.client(DRIVE_API_URL, appDetails, apiSecurity); const usersClient = Users.client(DRIVE_API_URL, appDetails, apiSecurity);
@@ -42,15 +42,15 @@ async function main() {
if (rootUuid) { if (rootUuid) {
const [content] = storageClient.getFolderContentByUuid({ folderUuid: rootUuid }); const [content] = storageClient.getFolderContentByUuid({ folderUuid: rootUuid });
const folderContent = await content; const folderContent = await content;
console.log('Dateien/Ordner im Root:', folderContent.children?.length ?? 0); console.log('Files/folders in root:', folderContent.children?.length ?? 0);
} }
console.log(''); console.log('');
console.log('Token funktioniert – WebDAV-Server kann gestartet werden.'); console.log('Token works – WebDAV server can be started.');
} catch (err) { } catch (err) {
console.error('Fehler:', err.message); console.error('Error:', err.message);
if (err.response?.status === 401) { if (err.response?.status === 401) {
console.error('Token abgelaufen – bitte erneut auf drive.internxt.com einloggen und Token aktualisieren.'); console.error('Token expired – please log in again at drive.internxt.com and update token.');
} }
process.exit(1); process.exit(1);
} }

4
src/upload.js
View File

@@ -38,7 +38,7 @@ async function uploadToUrl(buffer, url, signal) {
body: buffer, body: buffer,
signal, signal,
}); });
if (!res.ok) throw new Error(`Upload fehlgeschlagen: ${res.status}`); if (!res.ok) throw new Error(`Upload failed: ${res.status}`);
} }
/** /**
@@ -58,7 +58,7 @@ export async function uploadFileBuffer(params) {
const fileSize = buffer.length; const fileSize = buffer.length;
if (!validateMnemonic(mnemonic)) { if (!validateMnemonic(mnemonic)) {
throw new Error('Ungültiges Mnemonic'); throw new Error('Invalid mnemonic');
} }
const auth = await getAuth(bridgeUser, bridgePass); const auth = await getAuth(bridgeUser, bridgePass);