I'm just gonna post the current file system documentation i'm trying to get the bugs out of now. This should be pretty fast, and it's part of a wider integration with graphQL

Filesystem API Documentation

The Filesystem API provides a familiar file system interface for accessing SPK Network storage contracts with intelligent IPFS gateway routing through actual storage nodes.

Base URL

https://honeygraph.example.com/fs

Endpoints

Directory Listing

Get a listing of files and subdirectories for a user at a specific path.

GET /fs/:username/:path

Parameters

• username - The SPK account username
• path - The directory path (optional, defaults to root)

Example Requests

# Get root directory
GET /fs/alice

# Get Videos directory
GET /fs/alice/Videos

# Get nested directory
GET /fs/alice/Documents/Projects

Response Format

{
  "path": "/Videos",
  "username": "alice",
  "type": "directory",
  "contents": [
    {
      "name": "vacation",
      "type": "directory",
      "path": "/Videos/vacation",
      "numberOfItems": 1
    },
    {
      "name": "tutorial.mp4",
      "type": "file",
      "cid": "QmXkEeNVh3Q2wK8MG5RCxA2tZsJmZaHtBFmkYgAPndu5jC",
      "size": 52428800,
      "mimeType": "video/mp4",
      "contract": {
        "id": "alice:0:94477061-457c1cb54b53658ec034b719ff8c158bd85ea430",
        "blockNumber": 94477061
      },
      "metadata": {
        "encrypted": false,
        "autoRenew": true
      }
    }
  ]
}

File Access

Access a specific file by path. Automatically redirects to IPFS with version control.

GET /fs/:username/:filepath

Parameters

• username - The SPK account username
• filepath - Full path to the file including filename

Example Requests

# Access a video file
GET /fs/alice/Videos/tutorial.mp4

# Access a document
GET /fs/alice/Documents/report.pdf

# Access nested file
GET /fs/alice/Projects/website/index.html

Response

• 302 Redirect to IPFS gateway URL
• Headers:
  • X-IPFS-CID: The IPFS content identifier
  • X-Contract-ID: The storage contract ID
  • X-Block-Number: Block number (for version tracking)
  • X-File-Size: File size in bytes
  • X-Version-Count: Number of versions available
  • X-Storage-Node: Account serving the file (if available)
  • X-Gateway-Priority: Gateway selection method used

Version Control

When multiple versions of a file exist (same path in different contracts), the API automatically selects the newest version based on block number.

Features

1. Intelligent Gateway Routing

When accessing files, the system uses a multi-tier gateway selection strategy:

Primary: Contract Storage Nodes

• Queries the storage nodes assigned to the contract
• Looks for IPFS gateway services on those nodes
• Routes requests through nodes that actually have the file
• Ensures data locality and optimal performance

Fallback: Network-Wide Gateways

• If contract nodes don't have gateways, searches all network IPFS services
• Sorts by node health (lastGood block metric)
• Uses the healthiest available gateway

Final Fallback: Public Gateway

• Uses configured public IPFS gateway (default: ipfs.io)
• Ensures files are always accessible

2. Directory Navigation

• Browse user files like a traditional file system
• Support for nested directories
• Files and folders sorted alphabetically

3. Direct File Access

• Clean URLs that map to IPFS content
• Automatic IPFS gateway redirection
• No need to know IPFS CIDs

4. Version Control

• Automatic selection of newest file version
• Based on contract block number
• Transparent to the end user

5. Metadata Support

• File type detection via MIME types
• Encryption status
• Auto-renewal information
• Contract details

6. Path Resolution

• Support for both exact path matching
• Fallback to name-based search
• Case-sensitive file names

Error Responses

404 Not Found

{
  "error": "User not found",
  "username": "nonexistent"
}

{
  "error": "File not found",
  "path": "/Videos/missing.mp4",
  "username": "alice"
}

500 Internal Server Error

{
  "error": "Internal server error"
}

Use Cases

1. Web Applications

Build file browsers and media galleries:

// Fetch user's video directory
const response = await fetch('/fs/alice/Videos');
const directory = await response.json();

// Display files
directory.contents.forEach(item => {
  if (item.type === 'file' && item.mimeType.startsWith('video/')) {
    console.log(`Video: ${item.name} (${item.size} bytes)`);
  }
});

2. Direct Media Streaming

Embed media files directly:

(html comment removed:  Video player )
<video controls>
  <source src="/fs/alice/Videos/tutorial.mp4" type="video/mp4">
</video>

(html comment removed:  Image )
<img src="/fs/alice/Photos/sunset.jpg" alt="Sunset">

(html comment removed:  Audio )
<audio controls>
  <source src="/fs/alice/Music/song.mp3" type="audio/mpeg">
</audio>

3. Document Viewing

Link to documents:

<a href="/fs/alice/Documents/report.pdf" target="_blank">
  View Report (PDF)
</a>

4. File Download

Direct download links:

<a href="/fs/alice/Backups/data.zip" download>
  Download Backup
</a>

Gateway Selection Details

How It Works

1. Contract Query: For each file request, the system queries the storage contract to find assigned storage nodes
2. Service Discovery: Checks each storage node for active IPFS gateway services
3. Priority Routing: Routes through nodes that store the file when possible
4. Health Monitoring: Falls back to healthy network gateways if needed

Example Gateway Response Headers

X-Gateway-Priority: contract-storage-node  # Served by actual storage node
X-Gateway-Priority: network-fallback       # Served by network gateway
X-Gateway-Priority: public-fallback        # Served by public gateway
X-Storage-Node: dlux-io                    # Gateway operator account

Benefits

1. Data Locality: Files served by nodes that store them
2. Load Distribution: Spreads traffic across storage providers
3. Reliability: Multiple fallback options
4. Performance: Reduces IPFS DHT lookups
5. Economics: Storage nodes monetize gateway services

Implementation Notes

1. Performance: Directory listings are built dynamically from contract data
2. Caching: Consider implementing caching for frequently accessed directories
3. IPFS Gateway: Configure IPFS_GATEWAY environment variable for fallback gateway
4. Access Control: Currently public - implement authentication if needed
5. Large Directories: Consider pagination for directories with many files
6. Gateway Health: Monitor storage node availability and performance

Configuration

Set these environment variables:

# Fallback IPFS Gateway URL (defaults to https://ipfs.io)
# Only used when no storage node gateways are available
IPFS_GATEWAY=https://gateway.pinata.cloud

# Or use a local IPFS node
IPFS_GATEWAY=http://localhost:8080

Service Registration

For storage nodes to provide gateway services:

1. Register IPFS Service:

services['mynode']['IPFS']['gateway1'] = {
  a: "https://ipfs.mynode.com",  // Gateway URL
  b: "mynode",                    // Registered by
  c: 2000,                        // Cost in milliLARYNX
  e: 1,                           // Enabled (1 = yes)
  i: "12D3KooW...",              // IPFS peer ID
  m: "High-speed gateway"         // Description
}

1. Maintain Node Health:

• Keep lastGood block current
• Ensure gateway is accessible
• Monitor service availability

Examples with cURL

# List root directory
curl https://honeygraph.example.com/fs/alice

# List Videos directory
curl https://honeygraph.example.com/fs/alice/Videos

# Get file (follow redirects)
curl -L https://honeygraph.example.com/fs/alice/Videos/tutorial.mp4

# Get file headers only
curl -I https://honeygraph.example.com/fs/alice/Videos/tutorial.mp4

This API makes SPK Network storage accessible through familiar file system semantics, enabling easy integration with existing applications and workflows.

Alright dear

Ok lemme try it thanks 🙏

Sure i managed to set it- i think network connection was bad

OG 😂 you know the vibesssss 🙌🙌🔥

I'm tapping on the wallet I want to connect with but it's not working