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Dev Documents
  • README
  • Basic Concepts
    • TEA Developer Prerequisites
    • The TEA Economic Revolution for Developers
    • The Future of Layer-2s
    • What Makes a Web3 App?
    • Magic of the State Machine
  • Step by Step Tutorial
    • Install Dev Environment
    • Hello World
      • Step 1: Build sample-actor and Run Unit Test
      • Step 2: Start the Local Dev Environment
      • Sample Actor Code Walkthrough
      • Sample Front-end Code Walkthrough
      • 025_understand_request_and_response
    • Deploy Hello World on Testnet
    • Add Login Feature
      • Sample-actor Code Walkthrough - Login Branch
        • tea_sdk_utils
      • Sample Front-end Walkthrough - Login Branch
    • SQL
      • Sample Txn Executor
      • Sample Actor
      • Sample Front-end
    • Reward Fund Transfer
      • Sample Txn Executor
    • Retweet Task
      • Retweet Frontend
      • Retweet Sample Actor
      • Retweet Txn Executor
      • Retweet FAQ
    • Gas Fees
      • Query logs
      • A deep dive into gas measurement and settlement
    • Summary
  • Billing
    • Billing FAQ
    • Gas Fee Billing
    • Gas & Fuse Limits
    • Local Debugging Environment
    • State Maintainer Billing
    • TApp Billing
  • Example TApps
  • Advanced TApps
    • TEA Party TApp Intro
    • TEA Party Code Walkthrough
  • Functions
    • Actors vs Functions
    • Function Calls Between Native & Wasm
    • Native vs Wasm Functions
  • Glossary
    • Actor
    • Adapter
    • App AES Key
    • AuthKey
    • back_end_actor
    • Birth Control
    • Blockchain Listener
    • Capability
    • CML Auctions
    • Commands
    • Consensus
    • Context
    • Conveyor
    • Conveyor: Mutable vs Immutable
    • enclave
    • Followup
    • Front-end
    • GlueSQL
    • GPS
    • Hosting Actor Handlers
    • Hosting CML
    • hosting_profitability
    • Magic of WASM
    • mini-runtime
    • OrbitDb
    • Order of Txns
    • party-actor
    • party-fe
    • Party-state-actor
    • Providers
    • Public Service
    • queries
    • Remote Attestation
    • Staking to Hosting CML
    • Staking to TApp
    • State
    • State Machine
    • State Machine Actor
    • State Machine Replica
    • TEA ID
    • TPM
    • Transactions
    • VMH - Virtual Messaging Hub
    • Where Messages are Stored
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On this page
  • The goal of TEA Party
  • Basic workflow
  • The magical Proof of Time state machine
  • Understanding the WebAssembly Runtime
  1. Advanced TApps

TEA Party TApp Intro

PreviousAdvanced TAppsNextTEA Party Code Walkthrough

Last updated 1 year ago

The goal of TEA Party

We built the TEA Party TApp to show:

  • What a typical web3 looks like (we call them TApps).

  • The building blocks of a typical TApp.

  • How to use Tea Party as a boilerplate to build your own TApps.

The TEA Party TApp is a useful social media application. Users can post messages to a public board as well as send private messages with notifications. See the TEA Party user guide for more information.

Basic workflow

In this section, we'll learn the basic workflow between all three tiers: how a user action get processed from the front-end to the state machine layer and back to the user.

The magical Proof of Time state machine

In this section, we'll explain how the distributed state machine works, including how it handles consensus among different replicas. Keep reading about the magic of the state machine.

Understanding the WebAssembly Runtime

You can learn more about how the WebAssembly code runs inside the mini-runtime by reading about the magic_of_wasm.