State of specification implementation

[kxepal]

This is meta issue to track the PPSPP specification implementation.

• [ ] 2. Overall Operation
  • [ ] 2.1. Example: Joining a Swarm
  • [ ] 2.2. Example: Exchanging Chunks
  • [ ] 2.3. Example: Leaving a Swarm
• [ ] 3. Messages
  • [X] 3.1. HANDSHAKE
    • [X] 3.1.1. Handshake Procedure
  • [ ] 3.2. HAVE
  • [ ] 3.3. DATA
  • [ ] 3.4. ACK
  • [ ] 3.5. INTEGRITY
  • [ ] 3.6. SIGNED_INTEGRITY
  • [ ] 3.7. REQUEST
  • [ ] 3.8. CANCEL
  • [ ] 3.9. CHOKE and UNCHOKE
  • [ ] 3.10. Peer Address Exchange
    • [ ] 3.10.1. PEX_REQ and PEX_RES Messages
  • [ ] 3.11. Channels
  • [ ] 3.12. Keep Alive Signaling
• [ ] 4. Chunk Addressing Schemes
  • [ ] 4.1. Start-End Ranges
    • [ ] 4.1.1. Chunk Ranges
    • [ ] 4.1.2. Byte Ranges
  • [ ] 4.2. Bin Numbers
  • [ ] 4.3. In Messages
    • [ ] 4.3.1. In HAVE Messages
    • [ ] 4.3.2. In ACK Messages
• [ ] 5. Content Integrity Protection
  • [ ] 5.1. Merkle Hash Tree Scheme
  • [ ] 5.2. Content Integrity Verification
  • [ ] 5.3. The Atomic Datagram Principle
  • [ ] 5.4. INTEGRITY Messages
  • [ ] 5.5. Discussion and Overhead
  • [ ] 5.6. Automatic Detection of Content Size
    • [ ] 5.6.1. Peak Hashes
    • [ ] 5.6.2. Procedure
• [ ] 6. Live Streaming
  • [ ] 6.1. Content Authentication
    • [ ] 6.1.1. Sign All
    • [ ] 6.1.2. Unified Merkle Tree
      • [ ] 6.1.2.1. Signed Munro Hashes
      • [ ] 6.1.2.2. Munro Signature Calculation
      • [ ] 6.1.2.3. Procedure
      • [ ] 6.1.2.4. Secure Tune In
  • [ ] 6.2. Forgetting Chunks
• [X] 7. Protocol Options
  • [X] 7.1. End Option
  • [X] 7.2. Version
  • [X] 7.3. Minimum Version
  • [X] 7.4. Swarm Identifier
  • [X] 7.5. Content Integrity Protection Method
  • [X] 7.6. Merkle Tree Hash Function
  • [X] 7.7. Live Signature Algorithm
  • [X] 7.8. Chunk Addressing Method
  • [X] 7.9. Live Discard Window
  • [X] 7.10. Supported Messages
  • [X] 7.11. Chunk Size
• [ ] 8. UDP Encapsulation
  • [ ] 8.1. Chunk Size
  • [ ] 8.2. Datagrams and Messages
  • [ ] 8.3. Channels
  • [X] 8.4. HANDSHAKE
  • [ ] 8.5. HAVE
  • [ ] 8.6. DATA
  • [ ] 8.7. ACK
  • [ ] 8.8. INTEGRITY
  • [ ] 8.9. SIGNED_INTEGRITY
  • [ ] 8.10. REQUEST
  • [ ] 8.11. CANCEL
  • [ ] 8.12. CHOKE and UNCHOKE
  • [ ] 8.13. PEX_REQ, PEX_RESv4, PEX_RESv6, and PEX_REScert
  • [ ] 8.14. KEEPALIVE
  • [ ] 8.15. Flow and Congestion Control
  • [ ] 8.16. Example of Operation
• [ ] 9. Extensibility
  • [ ] 9.1. Chunk Picking Algorithms
  • [ ] 9.2. Reciprocity Algorithms
• [ ] 11. Manageability Considerations
  • [ ] 11.1. Operations
    • [ ] 11.1.1. Installation and Initial Setup
    • [ ] 11.1.2. Migration Path
    • [ ] 11.1.3. Requirements on Other Protocols and Functional Components
    • [ ] 11.1.4. Impact on Network Operation
    • [ ] 11.1.5. Verifying Correct Operation
    • [ ] 11.1.6. Configuration
  • [ ] 11.2. Management Considerations
    • [ ] 11.2.1. Management Interoperability and Information
    • [ ] 11.2.2. Fault Management
    • [ ] 11.2.3. Configuration Management
    • [ ] 11.2.4. Accounting Management
    • [ ] 11.2.5. Performance Management
    • [ ] 11.2.6. Security Management
• [ ] 12. Security Considerations
  • [ ] 12.1. Security of the Handshake Procedure
    • [ ] 12.1.1. Protection against Attack 1
    • [ ] 12.1.2. Protection against Attack 2
    • [ ] 12.1.3. Protection against Attack 3
  • [ ] 12.2. Secure Peer Address Exchange
    • [ ] 12.2.1. Protection against the Amplification Attack
    • [ ] 12.2.2. Example: Tracker as Certification Authority
    • [ ] 12.2.3. Protection against Eclipse Attacks
  • [ ] 12.3. Support for Closed Swarms
  • [ ] 12.4. Confidentiality of Streamed Content
  • [ ] 12.5. Strength of the Hash Function for Merkle Hash Trees
  • [ ] 12.6. Limit Potential Damage and Resource Exhaustion by Bad or Broken Peers
    • [ ] 12.6.1. HANDSHAKE
    • [ ] 12.6.2. HAVE
    • [ ] 12.6.3. DATA
    • [ ] 12.6.4. ACK
    • [ ] 12.6.5. INTEGRITY and SIGNED_INTEGRITY
    • [ ] 12.6.6. REQUEST
    • [ ] 12.6.7. CANCEL
    • [ ] 12.6.8. CHOKE
    • [ ] 12.6.9. UNCHOKE
    • [ ] 12.6.10. PEX_RES
    • [ ] 12.6.11. Unsolicited Messages in General
  • [ ] 12.7. Exclude Bad or Broken Peers