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What is the purpose of Multikey accounts in the Aptos.NET SDK?
The Aptos.NET SDK provides an implementation of Multikey accounts to create accounts from a combination of multiple key pairs, which is useful for Multisig accounts.
What components are needed to create a MultiKey account?
To create a MultiKey account, you will need PublicKeys (the public keys of the accounts that control the MultiKey account), SignaturesRequired (the minimum number of signers required to sign transactions), and Signers (the account signers that will be used to sign transactions).
How do you create a MultiKey verifying key?
You create a MultiKey verifying key using the PublicKeys and SignaturesRequired parameters.
What is the process for signing and submitting transactions with a MultiKey account?
After creating a MultiKey account, you can sign and submit transactions using the AptosClient by building the transaction, signing and submitting it, and optionally waiting for the transaction to be committed.
What is the current status of the Aptos.NET SDK mentioned in the document?
The SDK is currently in beta, and users are encouraged to report any issues by creating an issue in the aptos-labs/aptos-dotnet-sdk repository.
What does the Aptos Nextra project use for core OpenGraph functionalities?
The Aptos Nextra project uses the `docs.config.js` file for many core OpenGraph functionalities.
How does the Aptos Docs template generate dynamic OpenGraph images?
The Aptos Docs template uses Next.js' dynamic OpenGraph images with the edge runtime to ensure low-latency SEO cards and no cold starts.
What is the purpose of the `og.png.tsx` file in the Aptos Nextra project?
The `og.png.tsx` file is used to generate dynamic OpenGraph images at runtime from React components, served as PNG images, and ensures compatibility with platforms like Twitter.
How can you test the OpenGraph image in the Aptos Nextra project?
You can test the OpenGraph image by navigating to `/api/og.png` (e.g., `http://localhost:3000/api/og.png`).
Where are favicon assets located in the Aptos Nextra project?
Favicon assets are located in the `public/favicon` directory.
How can you customize the favicon for the Aptos Nextra project?
You can customize the favicon by generating assets using a tool like favicon.io, then replacing the files in the `public/favicon` directory.
Where can you customize the OpenGraph configuration in the Aptos Nextra project?
You can customize the OpenGraph configuration in the `theme.config.tsx` file.
What is the purpose of the MoveonAptos compiler?
The MoveonAptos compiler translates Move source code into Move bytecode.
What does the MoveonAptos compiler unify?
It unifies the architecture of the Move compiler and MoveProver.
What new tools does the MoveonAptos compiler provide?
It provides new tools for defining code optimizations that can be used to generate more efficient gas code for Move programs.
Which version of the Move language does MoveonAptos compiler support?
It supports Move2, the latest revision of the Move language.
From which version of AptosCLI is Move2 and MoveonAptos compiler the default?
From AptosCLI v6.0.0, Move2 and MoveonAptos compiler are the default settings.
Is Move2 backward compatible with Move1?
Yes, Move2 is generally backward compatible with Move1.
What is the current release status of MoveonAptos?
MoveonAptos is in production and is now the default compiler, with Move2 as the default language version.
How can users report issues with MoveonAptos?
Users can create a GitHub issue using the provided link and include a small piece of Move code to reproduce the problem for easier debugging and fixing.
How can users ensure they have the latest version of AptosCLI?
Users can run 'aptos update aptos' on supported OS or 'brew upgrade aptos' on MacOS.
Do users need to change their usage to use MoveonAptos compiler and Move2?
No, MoveonAptos compiler and Move2 are now the default settings, so no changes are needed in usage.
What is the purpose of a genesis ceremony in the Aptos blockchain?
The genesis ceremony bootstraps new blockchains by preparing them for online operation through move instructions.
What are the inputs required for a genesis ceremony?
The inputs consist of a set of validators and their configuration, the initial set of Move modules (framework), a unique ChainId, and for test chains, an account that manages the minting of AptosCoin.
What does the layout file in Aptos contain?
The layout file contains the root_key (an Ed25519 public key for AptosCoin management), the set of participants (users), and the chain_id (a unique integer distinguishing this deployment).
How is the Aptos framework built and packaged?
The framework is built using 'cargo run --package framework' and packaged by copying the bytecode modules into an 'aptos-framework-release' directory.
What information is included in the ValidatorConfiguration file?
The ValidatorConfiguration file includes account_address, consensus_key, account_key, network_key, validator_host, full_node_host (optional), and stake_amount.
How can you generate a ValidatorConfiguration file using the aptos CLI?
Generate keys with 'cargo run --package aptos -- genesis generate-keys --output-dir [dir]', then create the configuration with 'cargo run --package aptos -- genesis set-validator-configuration' and the required flags.
What steps are needed to generate a genesis.blob and waypoint?
Place the layout file and ValidatorConfiguration files in a directory, ensure the users match, add the framework .mv files, and use 'cargo run --package aptos -- genesis generate-genesis --local-repository-dir [dir]'.
How do you start an aptos-node after generating genesis.blob and waypoint?
Place the genesis.blob and waypoint in the validator and full node's configuration directory and start the nodes.
What is the current status of the SDK mentioned in the document?
This SDK is currently in beta.
Where should issues with the SDK be reported?
Issues should be reported by creating an issue in the aptos-labs/aptos-dotnet-sdk repository.
What do view functions allow you to do?
View functions allow you to query smart contracts on the blockchain.
How are view functions defined in smart contracts?
They are defined in smart contracts as entry functions with the `view` modifier.
What is the purpose of dynamically typed view functions?
Dynamically typed view functions are used when you don't care about the return type of a view function.
How can you call a view function with common return types?
You can type the return values by passing in a type argument.
What can you leverage for view functions with complex return types?
You can leverage `Newtonsoft.Json` to deserialize the return values.
How can you override the deserialization behavior for complex return types?
You can override the deserialization behavior by creating a custom `JsonConverter`.
What does Nextra v3 rely on for search functionality?
Nextra v3 relies on FlexSearch, an in-memory search library.
What file does the NextraSearchPlugin create during compilation?
The NextraSearchPlugin creates a JSON file named 'nextra-data-<LOCALE>.json' (e.g., 'nextra-data-en.json').
Where is the 'nextra-data-en.json' file located in the project structure?
The 'nextra-data-en.json' file is located in the '.next/static/chunks/pages/' directory.
What is a common issue when running 'pnpm dev' with Nextra search?
A common issue is that the search only indexes content for the current page or its descendants, not all pages.
What error might occur when selecting the search field during 'pnpm dev'?
The error 'Rendered more hooks than during the previous render' might occur, often accompanied by a 404 for 'nextra-data-en.json'.
Why might the 'nextra-data-en.json' file not be created during 'pnpm dev'?
If the current page has 'searchable: false' in its frontmatter, the NextraSearchPlugin will skip creating the 'nextra-data-en.json' file.
How can you address caching issues with Nextra search results?
You can disable cache in the browser's Network tab or open the page in an Incognito window.
What command can fix most Nextra search issues?
Running 'pnpm build && pnpm start' can fix most Nextra search issues by compiling indexes for all pages.
What command is used to compile Move code in Aptos?
The command used to compile Move code in Aptos is `aptos move compile`.
What should you ensure before compiling your Move code?
Before compiling your Move code, you should ensure that your CLI is up to date.
What is the output when the Move code is successfully compiled?
When the Move code is successfully compiled, the output is a JSON object with a Result array containing the module name and publishing address.
Why might you need to add named addresses when compiling?
You might need to add named addresses when compiling, especially for examples, to specify the correct module addresses.
What does the `bytecode_modules` folder contain?
The `bytecode_modules` folder contains the compiled Move bytecode for your modules (e.g., `module_name.mv`).
What is the purpose of the `source_maps` folder?
The `source_maps` folder contains source maps (e.g., `module_name.mvsm`) that allow users to map compiled bytecode back to the source code and related dependencies.
What is the current status of the Aptos .NET SDK?
The SDK is currently in beta. Users are encouraged to report any issues encountered by creating an issue in the aptos-labs/aptos-dotnet-sdk repository.
What does the Basic Transactions section cover?
This section covers the basic transaction types that can be built and submitted to the Aptos blockchain.
How do you set up an AptosClient in C#?
You set up an AptosClient by adding the `Aptos` namespace and instantiating an `AptosClient` with a configuration, which can be a predefined configuration from `Networks` or a custom one.
What is needed to create a transaction on the Aptos blockchain?
To create a transaction, you need an account to sign the transaction, which can be generated using a private key, mnemonic, or both.
How do you build a transaction in the Aptos .NET SDK?
You build a transaction by using the `AptosClient` to create a transaction payload specifying the sender, entry function, and arguments.
What steps are involved in signing and submitting a transaction in Aptos?
Once the transaction is built, it can be signed and submitted to the blockchain using the `AptosClient`.
How can you wait for a transaction to be processed on the Aptos blockchain?
After submission, you can use the `AptosClient` to wait for the transaction to be processed and executed by calling `WaitForTransaction` with the transaction hash.
Where can you find the foundational whitepaper of Aptos?
The foundational whitepaper of Aptos can be found in the 'Aptos WhitePaper' section.
What is the purpose of the 'Aptos Blockchain Deep Dive' section?
The 'Aptos Blockchain Deep Dive' section provides a detailed exploration of the mechanics and architecture of the Aptos blockchain.
What is Move in the context of Aptos?
Move is a smart-contract language designed for security and formal verification, used in the Aptos blockchain.
What does the 'Accounts' section explain?
The 'Accounts' section explains how accounts work on the Aptos blockchain.
What is covered in the 'Resources' section?
The 'Resources' section covers how resources store data for smart contracts on the Aptos blockchain.
What can you learn from the 'Events' section?
The 'Events' section explains how events are generated and used within the Aptos blockchain.
What is the focus of the 'Transactions and States' section?
The 'Transactions and States' section explores the relationship between transactions and state changes on the Aptos blockchain.
What does the 'Gas and Transaction Fees' section explain?
The 'Gas and Transaction Fees' section explains the gas model and how transaction fees are calculated on the Aptos blockchain.
What is the topic of the 'Computing Transaction Gas' section?
The 'Computing Transaction Gas' section explains how gas costs are computed for transactions on the Aptos blockchain.
What does the 'Blocks' section cover?
The 'Blocks' section covers how Aptos groups transactions into blocks.
What is discussed in the 'Staking' section?
The 'Staking' section discusses the staking mechanism and its benefits on the Aptos blockchain.
What is the focus of the 'Governance' section?
The 'Governance' section focuses on how governance is handled on the Aptos blockchain.
What is the Aptos Confidential Asset (CA) Standard?
The Aptos Confidential Asset (CA) Standard is a privacy protocol for managing fungible assets (FA) that allows users to transact while hiding FA amounts, keeping sender and receiver addresses publicly visible.
What does the Aptos Confidential Asset Standard support?
The Aptos Confidential Asset Standard supports 64-bit transfers with balances up to 128 bits and allows any FA to be wrapped into a corresponding confidential asset, ensuring compatibility with existing tokens.
What is required for operations on confidential asset balances?
Operations on confidential asset balances require zero-knowledge proofs (ZKP) to verify the correctness of transactions without revealing hidden amounts and other sensitive data.
What is stored in the ConfidentialAssetStore resource?
The ConfidentialAssetStore resource stores pending_balance, actual_balance, and ek (encryption key) for each confidential asset owned by a user.
What are the two parts of each confidential balance?
Each confidential balance is divided into pending_balance, which accumulates all incoming transfers, and actual_balance, which is dedicated to outgoing transfers.
How are confidential balances handled?
Confidential balances are handled by splitting token amounts into small units called chunks, each encrypted separately using the user's encryption key (EK).
What is the purpose of normalization in confidential balances?
Normalization ensures that chunks are always reduced to a manageable size (16 bits) to maintain efficient decryption, especially after operations that might increase chunk sizes.
What is homomorphic encryption used for in the protocol?
Homomorphic encryption allows arithmetic operations on confidential balances without decryption, which is crucial for updating the recipient's pending balance during transfers and rolling over balances.
What is the purpose of the register function?
The register function allows users to register a ConfidentialAssetStore for each token they intend to transact with, generating a unique key pair (EK and DK) in the process.
What do the deposit and deposit_to functions do?
The deposit and deposit_to functions bring tokens into the protocol by transferring the specified amount from the sender's primary FA storage to the recipient's pending balance, with the amount being publicly visible.
What is the rollover_pending_balance function used for?
The rollover_pending_balance function adds the pending balance to the actual balance and resets the pending balance to zero, utilizing homomorphic encryption properties without requiring additional proofs.
What does the confidential_transfer function do?
The confidential_transfer function transfers tokens from the sender's actual balance to the recipient's pending balance, encrypting the transferred amount with the recipient's encryption key to maintain privacy.
What are the withdraw and withdraw_to functions used for?
The withdraw and withdraw_to functions allow users to withdraw tokens from the protocol, transferring the specified amount from the sender's actual balance to the recipient's primary FA storage without revealing the remaining balance.
What is the purpose of the rotate_encryption_key function?
The rotate_encryption_key function modifies the user's encryption key (EK) and re-encrypts the actual balance with the new EK, ensuring no funds are lost during the rotation process by checking that the pending balance is zero.
Why is the normalize function important?
The normalize function ensures that the actual balance is reduced to 16-bit chunks for efficient decryption, which is necessary before performing rollover_pending_balance operations.
What command is used to replay past transactions locally on the Aptos blockchain?
The `aptos move replay` command is used to replay past transactions locally on the Aptos blockchain.
What are the two required pieces of information needed to use the `aptos move replay` command?
The two required pieces of information are `--network` (the network you want to replay on) and `--txn-id` (the ID of the transaction you want to replay).
What are the possible values for the `--network` option in the `aptos move replay` command?
Possible values for `--network` are `mainnet`, `testnet`, `devnet`, or `<URL TO CUSTOM REST ENDPOINT>`.
What is the `--txn-id` in the `aptos move replay` command?
The `--txn-id` is the ID of the transaction you want to replay, sometimes referred to as `version` on explorers. It is NOT the hexadecimal transaction hash.
How can you enhance the replay command to benchmark a transaction?
You can enhance the replay command with the `--benchmark` option to benchmark the transaction and report the running time(s).
What does the `--profile-gas` option do in the `aptos move replay` command?
The `--profile-gas` option profiles the transaction for detailed gas usage and generates a web-based report, which can also double as a debugger.
Where can you find the generated gas report after using the `--profile-gas` option?
The generated gas report can be found in the directory `gas-profiling`.
What should you base your decisions on if you are aiming to optimize your contract?
You should base your decisions on the gas profiling results if you are aiming to optimize your contract.
What is the current status of the Aptos.NET SDK?
The SDK is currently in beta.
Where can issues with the Aptos.NET SDK be reported?
Issues can be reported by creating an issue in the aptos-labs/aptos-dotnet-sdk repository on GitHub.
What does this section cover?
This section covers how to do sponsored transactions with the Aptos.NET SDK.
What is important to understand before building sponsored transactions?
It's important to understand the basics of building transactions.
What are the roles of the user and sponsor in a sponsored transaction?
The user is the account that is sending APT to the recipient, and the sponsor is the account that pays for the gas fees of the transaction.
How do you enable sponsored transactions when building a transaction?
You enable the `withFeePayer` flag to enable sponsored transactions.
End of preview. Expand in Data Studio

Aptos-Move-QA-5K: A High-Quality Instruction Dataset for Move on Aptos

Welcome to the Aptos-Move-QA-5K dataset, a specialized collection of over 5,000 high-quality question-and-answer pairs designed to fine-tune Large Language Models (LLMs) into expert assistants for the Move programming language on the Aptos blockchain.

This dataset was curated by Cotrain.AI as a foundational step in our mission to build open, specialized, and community-driven artificial intelligence.

πŸ“œ Dataset Overview

The Aptos-Move-QA-5K dataset is a meticulously collected set of instructions and responses focused exclusively on the Move language and its ecosystem within Aptos. It covers a wide range of topics, from basic syntax and concepts to complex subjects like smart contract architecture, security best practices, gas optimization, and interaction with the Aptos framework.

  • Total Records: 5,000+
  • Language: English
  • Domain: Move Programming Language on Aptos
  • Format: Question/Answer Pairs

🎯 Why This Dataset?

While general-purpose LLMs have broad knowledge, they often lack the depth and nuance required for specialized domains like smart contract development. Developers working with Move on Aptos need an AI assistant that provides accurate, safe, and contextually-aware code and explanations.

This dataset solves this problem by providing the high-quality, targeted data necessary to fine-tune models that can:

  • Reduce Errors: Provide correct code snippets and identify common pitfalls.
  • Accelerate Development: Quickly answer complex questions about the Aptos framework and Move standard library.
  • Improve Security: Offer guidance based on established security patterns.
  • Lower Barrier to Entry: Help new developers learn the Move language faster.

格式 (Data Format)

The dataset is provided in a simple and accessible JSON format. Each entry consists of a unique instruction (the question) and the desired output (the answer).

Example Entry:

[
  {
    "instruction": "How do I define a new struct in Move for the Aptos blockchain and make it a storable asset in a user's account?",
    "output": "To define a struct as a storable asset in a user's account on Aptos, you need to give it the `key` ability. This ability signifies that the struct can be stored directly under an account's top-level storage. Here is a basic example:\n\n```move\naddress 0x42;\n\nmodule Example {\n    struct MyAsset has key {\n        id: u64,\n        value: u128\n    }\n\n    public fun create_asset(account: &signer, id: u64, value: u128) {\n        move_to(account, MyAsset { id, value });\n    }\n}\n```\n\nIn this code, the `has key` declaration is crucial. The `move_to` function is then used to place an instance of `MyAsset` directly into the signer's account storage, making it a globally accessible resource for that account."
  }
]

πŸš€ Potential Use Cases

This dataset is ideal for a variety of powerful applications:

  • Fine-tuning Open-Source LLMs: Fine-tune models like Llama 3, Mistral, or Gemma to create an "Aptos Move expert" model.
  • Developer Chatbots: Build a highly accurate chatbot for Discord, Slack, or documentation websites to answer developer questions in real-time.
  • Advanced Code Completion: Create sophisticated code completion tools for IDEs like VS Code that understand the semantics of Move.
  • Automated Documentation: Power tools that can automatically generate explanations for Move code snippets.

🀝 Powered by Cotrain.AI

The collection and curation of this dataset are part of the Cotrain.AI initiative. We believe that the future of AI is specialized, decentralized, and open. By providing foundational datasets like this, we aim to empower the entire community to build and train powerful AI models collaboratively.

This dataset will be one of the first used within the Cotrain.AI decentralized training network, demonstrating our commitment to improving the tools and intelligence available to the Aptos developer ecosystem.

πŸ’‘ How to Use

You can easily load this dataset using popular Python libraries like datasets from Hugging Face or pandas.

# Using the Hugging Face datasets library
from datasets import load_dataset

dataset = load_dataset("forFrank/aptos_develop")

🀝 Contributions

While this initial version was curated by Cotrain.AI, we believe in the power of the community. We welcome contributions, corrections, and additions to this dataset. Please feel free to open a pull request or submit an issue on our GitHub repository.

πŸ“„ License

This dataset is released under the MIT License. You are free to use, modify, and distribute it for both commercial and non-commercial purposes.

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