0xVM
  • ABOUT COMPUTING PLATFORM
    • Vision
    • Efficient Scaling
    • Fun Facts of Heterogeneous Computing
  • XVM Token
    • Tokenomics
    • Token Utility
  • WHAT IS 0xVM
    • Overview
    • Background
      • Overview of Bitcoin's Limitations
      • The Need for Enhancements
      • Existing Layer-2 Solutions
    • Basic Ideas
      • Introduction to 0xVM
      • Introduction to Key Technologies
      • Comparison with Existing Technologies
    • 0xVM Architecture
      • Overview
      • Detailed Description of Layers
        • BTC Layer
        • Execution Layer
        • Data Consistency Layer
    • Transaction Mechanism in 0xVM
      • Transaction Types
        • Deposit and Withdrawal
        • Token Transfer
        • Contract Creation and Invocation
      • Transaction Execution
        • Sucessful Execution
        • Failed Execution
        • Transaction Gas and Automated Gas Market
        • Transaction Orders and Priority Gas Auction
    • 0xVM Features
      • Security and Decentralization
      • Turing-Completeness
      • Scalability Mechanisms
      • Encoding Efficiency
      • Parallel VM
    • Conclusion
  • Validator Node Sale
    • Overview
    • How to Buy Nodes
    • Node Sale Details
    • Rewards
      • XVM Token Rewards
      • Referral Rewards
      • Other Rewards
    • Running or Delegating a Node
    • FAQ
  • VMAAS
    • State Machines
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  1. VMAAS

State Machines

PreviousFAQ

Last updated 1 year ago

State machines help us model how a process goes from state to state when an event occurs.

State machines are useful in software development because they help us capture all the states, events and transitions between them. Using state machines makes it easier to find impossible states and spot undesirable transitions.

Benefits of state machines

  • Simple to understand. State machines are visual and simple to understand. They’re a great way to communicate with your team and stakeholders.

  • Simple to test. State machines are deterministic, which means they’re simple to test. You can test all the possible states and transitions between them.

  • Simple to implement. State machines are simple to implement in solidity.

  • Simple to maintain. State machines are simple to maintain because they’re simple to understand, test and implement.

  • They provide a clear and concise way to model complex user interfaces and manage application state.

  • State machines can help reduce complexity and improve maintainability by providing a structured way to manage state transitions and handle events.

  • They can also help prevent bugs and improve code quality by enforcing a clear separation of concerns between different parts of the application.

  • Additionally, state machines can be highly maintainable and offer a way to make very complex back-end processes much more manageable.

In the backend

  • State machines simplify the design and implementation of complex workflows, which can help reduce complexity and improve maintainability.

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https://developers.redhat.com/articles/2021/11/23/how-design-state-machines-microservices