DIDO Wiki

Contents of the DIDO-CLI

• Part I: CLI Technical Details
  • 1.0 Introduction
    • 1.0 Introduction
    • 1.1 Problem
    • 1.2 Purpose
    • 1.3 Content Organization
  • 2.0 DIDO CLI Background
    • 2.1 Common Definitions
      • 2.1 Common Definitions
      • 2.1.1 Definition: Application Programming Interface (API)
      • 2.1.2 Definition: Command Line Interface (CLI)
      • 2.1.3 Definition: Platform
      • 2.1.4 Solution Stacks
      • 2.1.5 Data Object (DO)
      • 2.1.6 Immutable Data Objects
    • 2.2 Solution Stacks
      • 2.1.2.1 Database Solution Stack
        • 2.1.2.1 Database Solution Stack
      • 2.1.2.2 Proposed DIDO Solution Stack
        • 2.1.2.2 Proposed DIDO Solution Stack
      • 2.2 Solution Stacks
    • 2.3 Programming Paradigm
      • 2.1.3.1 Procedural Programming
      • 2.1.3.2 Object Oriented Programming
      • 2.1.3.3 Functional Programming
      • 2.1.3.4 Hybrid of Functional and Procedural Languages
      • 2.3 Programming Paradigm
    • 2.0 DIDO CLI Background
  • 3.0 DIDO CLI Language Constructs
    • 3.1 Naming Conventions
      • 3.1 Naming Conventions
    • 3.2 Reserved Words
      • 3.2 Reserved Words
    • 3.3 Operators
      • 3.3 Operators
    • 3.4 Operations
      • 3.4 Operations
    • 3.5 Basic Types
      • 3.5 Basic Types
    • 3.6 Constants
      • 3.6 Constants
    • 3.7 Memory and Storage
      • 3.7 Memory and Storage
    • 3.0 DIDO CLI Language Constructs
  • 4.0 DIDO Data Lifecycle Language (DDLL)
    • 4.0 DIDO Data Lifecycle Language (DDLL)
    • 4.1 NetworkProtocol
    • 4.1 PortNumberType
    • 4.2 Port
    • 4.3 Machine
    • 4.4 Resource
    • 4.5 Volume
    • 4.6 Virtual Machine
    • 4.7 Container
  • 5.0 DIDO Data Definition Language (DDDL)
    • 5.0 DIDO Data Definition Language (DDDL)
    • 5.1 Constants
    • 5.2 Types
    • 5.3 Objects
    • 5.4 Aggregate
    • 5.5 Oracles
    • 5.6 Exchanges
    • 5.7 Smart Contracts
  • 6.0 DIDO Manipulation Language (DDML)
  • Part I: CLI Technical Details
• Part II: User Scenarios
  • User Scenario: Aerospace
    • User Scenario: Aerospace
  • User Scenario: Agriculture
    • User Scenario: Agriculture
  • User Scenario: Decentralized Finance (DeFi)
    • User Scenario: Decentralized Finance (DeFi)
  • User Scenario: Defense
    • User Scenario: Defense
  • User Scenario: Disadvantaged_intermittent_links_dils
    • User Scenario: Disadvantaged_intermittent_links_dils
  • User Scenario: Identity
    • 1.0 Problem Statement
      • 1.0 Problem Statement
    • 2.0 Existing Simplified System without DIDO
      • 2.0 Existing Simplified System without DIDO
      • 2.1 Activities
      • 2.2 Issues
    • 3.0 Theoretical Simplified System with DIDO
      • 3.0 Theoretical Simplified System with DIDO
      • 3.1 Activities
      • 3.2 Issues
    • User Scenario: Identity
  • User Scenario: Industrial_processing
    • User Scenario: Industrial_processing
  • User Scenario: Medical
    • 1.0 Problem Statement
      • 1.0 Problem Statement
    • 2.0 Existing Simplified System without DIDO
      • 2.0 Existing Simplified System without DIDO
      • 2.1 Existing Activities
      • 2.2 Existing Issues
    • 3.0 Theoretcial Simplified System with DIDO
      • 3.0 Theoretcial Simplified System with DIDO
      • 3.1 Theoretical Activities
      • 3.2 Theoretical Issues
    • User Scenario: Medical
  • User Scenario: Regulation
    • User Scenario: Regulation
  • User Scenario: Supply Chain
    • 1.0 Problem Statement
      • 1.0 Problem Statement
    • 2.0 Existing Simplified System without DIDO
      • 2.1 Existing Activities
        • 2.1 Existing Activities
      • 2.2 Existing Issues
        • 2.2 Existing Issues
      • 2.0 Existing Simplified System without DIDO
    • 3.0 Theoretical Simplified System Using DIDO
      • 3.1 Activities
        • 3.1 Activities
      • 3.2 Theoretical Issues
        • 3.2.1 Organic Producer COI (OPC)
          • 3.2.1 Organic Producer COI (OPC)
        • 3.2.2 Agricultural Supply Chain CoI (ASCC)
          • 3.2.2 Agricultural Supply Chain CoI (ASCC)
        • 3.2 Theoretical Issues
      • 3.0 Theoretical Simplified System Using DIDO
    • User Scenario: Supply Chain
  • Part II: User Scenarios
• Part III: Appendices
  • A.1 Basic Ethereum Data Store
    • A.1.1 Block Class
      • A.1.1 Block Class
    • A.1.2 Call Class
      • A.1.2 Call Class
    • A.1.3 Contract Class
      • A.1.3 Contract Class
    • A.1.4 Event Class
      • A.1.4 Event Class
    • A.1.5 Log Class
      • A.1.5 Log Class
    • A.1.6 Token Class
      • A.1.6 Token Class
    • A.1.7 Trace Class
      • A.1.7 Trace Class
    • A.1.8 Transaction Class
      • A.1.8 Transaction Class
    • A.1.9 JSON Support
      • A.1.9 JSON Support
      • A.1.9.1 Args
      • A.1.9.2 Links
      • A.1.9.3 Traces
    • A.1 Basic Ethereum Data Store
  • Part III: Appendices