e. Table of Contents
return to DIDO CLI Front Matter
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