predictions_per_model.json

{"StarCoder2-3B": ["What is the Nightshade Sharding in NEAR Protocol?\n\nThe Nightshade Sharding is a new sharding protocol that is designed to be compatible with the NEAR Protocol.\n\n## What is the Nightshade Sharding?\n\nThe Nightshade Sharding is a new sharding protocol that is designed to be compatible with the NEAR Protocol.\n\n## What is the Nightshade Sharding?\n\nThe Nightshade Sharding is a new sharding protocol that is designed to be compatible with the NEAR Protocol.\n\n## What is the Nightshade Sharding?\n\nThe Nightshade Sharding is a new sharding protocol that is designed to be compatible with the NEAR Protocol.\n\n## What is", "Explain the role of validators in the NEAR Protocol.\n\nValidators are the nodes that participate in the consensus process. Validators are responsible for validating transactions and blocks. Validators are also responsible for maintaining the state of the blockchain. Validators are also responsible for maintaining the list of validators. Validators are also responsible for maintaining the list of validators. Validators are also responsible for maintaining the list of validators. Validators are also responsible for maintaining the list of validators. Validators are also responsible for maintaining the list of validators. Validators are also responsible for maintaining the list of validators. Validators are also responsible for maintaining the list of validators. Validators are also responsible for maintaining the list of validators. Validators are also responsible for maintaining the list of validators. Validators are also responsible for", "How does NEAR handle transactions and smart contract execution?\n\nThe NEAR protocol is a blockchain-based platform that allows developers to build and deploy smart contracts on the NEAR platform. The NEAR platform is a decentralized network that allows developers to build and deploy smart contracts on the NEAR platform.\n\nThe NEAR platform is a blockchain-based platform that allows developers to build and deploy smart contracts on the NEAR platform. The NEAR platform is a decentralized network that allows developers to build and deploy smart contracts on the NEAR platform.\n\nThe NEAR platform is a blockchain-based platform that allows developers to build and deploy smart contracts on the NEAR platform. The NEAR platform is a decentral", "What are the advantages of NEAR's Proof of Stake consensus mechanism?\n\n## What is the NEAR protocol?\n\nNEAR is a blockchain protocol that allows users to store and transfer data, and to interact with smart contracts.\n\n## What is the NEAR protocol?\n\nNEAR is a blockchain protocol that allows users to store and transfer data, and to interact with smart contracts.\n\n## What is the NEAR protocol?\n\nNEAR is a blockchain protocol that allows users to store and transfer data, and to interact with smart contracts.\n\n## What is the NEAR protocol?\n\nNEAR is a blockchain protocol that allows users to store and transfer data, and to interact with smart contracts.", "Describe how NEAR's Rainbow Bridge works for cross-chain communication.\n\n## Rainbow Bridge\n\nThe Rainbow Bridge is a bridge that allows NEAR to communicate with other blockchains.\n\n### Rainbow Bridge Protocol\n\nThe Rainbow Bridge protocol is a set of rules that allow NEAR to communicate with other blockchains.\n\nThe Rainbow Bridge protocol is based on the [Ethereum 2.0 specification](https://github.com/ethereum/consensus-specs/blob/dev/specs/phase0/beacon-chain.md).\n\nThe Rainbow Bridge protocol is based on the [Ethereum 2.0 specification](https://github.com", "What is the Aurora Engine on NEAR Protocol?\n\nThe Aurora Engine is a smart contract that allows users to create and manage their own Aurora tokens.\n\n## What is Aurora?\n\nAurora is a new cryptocurrency that is being developed by the Aurora Foundation. Aurora is a decentralized, open-source, and permissionless cryptocurrency that is built on the NEAR Protocol.\n\n## What is NEAR Protocol?\n\nNEAR Protocol is a decentralized, permissionless, and open-source blockchain that is built on the Ethereum Virtual Machine (EVM).\n\n## What is the Aurora Foundation?\n\nThe A"], "NEAR-preTrainedStarCoder2": ["What is the Nightshade Sharding in NEAR Protocol?\n---\n\nNightshade is a sharding solution for NEAR Protocol. It allows developers to shard their blockchain without having to change their code.\n\n## What is Nightshade?\n\nNightshade is a sharding solution for NEAR Protocol. It allows developers to shard their blockchain without having to change their code.\n\n## Why Nightshade?\n\nNightshade is a sharding solution for NEAR Protocol. It allows developers to shard their blockchain without having to change their code.\n\n## How Nightshade Works\n\nNightshade is a sharding solution for NEAR Protocol. It allows developers to shard their blockchain without having to change their code.", "Explain the role of validators in the NEAR Protocol.\n\n## Validators\n\nValidators are the entities that maintain the state of the blockchain. They are responsible for ensuring that the state of the blockchain is consistent and secure. They are also responsible for ensuring that the network is functioning properly.\n\nValidators are responsible for maintaining the following:\n\n- Providing the necessary security and reliability for the network\n- Maintaining the integrity of the state of the blockchain\n- Ensuring that the network is functioning properly\n\nValidators are also responsible for ensuring that the network is secure and reliable. They are responsible for:\n\n- Providing the necessary security and reliability for the network\n- Maintaining the integrity of the", "How does NEAR handle transactions and smart contract execution?\n---\n\nNEAR is a decentralized network that uses a [transaction-based model](https://docs.near.org/concepts/transactions) to process transactions and execute smart contracts. This means that transactions are processed in a sequential manner, and smart contracts are executed in a parallel manner.\n\nTransactions are processed by a [transaction pool](https://docs.near.org/concepts/transactions/transaction-pool), which is a queue of transactions that are waiting to be processed. The transaction pool is responsible for validating transactions and ensuring that they are valid before they are processed.\n\nWhen a transaction is received by the network, it is added to the transaction pool.", "What are the advantages of NEAR's Proof of Stake consensus mechanism?\n\nThe Proof of Stake consensus mechanism is a consensus mechanism that uses the stake of the validators to determine the order of transactions. This mechanism is designed to prevent malicious actors from creating invalid transactions and causing the network to be unstable.\n\nThe Proof of Stake consensus mechanism has several advantages over other consensus mechanisms:\n\n- It is more secure than other consensus mechanisms because it uses the stake of the validators to determine the order of transactions. This means that validators who have more stake will have more influence over the network and will be more likely to be selected as validators.\n- It is more efficient than other consensus mechanisms because", "Describe how NEAR's Rainbow Bridge works for cross-chain communication.\n\n## Rainbow Bridge\n\nThe Rainbow Bridge is a bridge between NEAR and Ethereum. It allows users to send and receive NEAR tokens on Ethereum.\n\nThe Rainbow Bridge is a decentralized application that allows users to send and receive NEAR tokens on Ethereum. It is built on NEAR Protocol and uses the Ethereum Virtual Machine (EVM) as its backend.\n\nThe Rainbow Bridge is designed to be compatible with existing Ethereum applications and protocols. It allows users to send and receive NEAR tokens on Ethereum without changing their existing Ethereum applications or protocols.\n\n## Rainbow Bridge Features\n\nThe", "What is the Aurora Engine on NEAR Protocol?\n---\n\nThe Aurora Engine is a highly scalable, low-latency, and high-throughput blockchain. It is designed to be compatible with the NEAR Protocol, allowing developers to build decentralized applications and applications that are compatible with the NEAR Protocol.\n\n## What is the Aurora Engine?\n\nThe Aurora Engine is a highly scalable, low-latency, and high-throughput blockchain. It is designed to be compatible with the NEAR Protocol, allowing developers to build decentralized applications and applications that are compatible with the NEAR Protocol.\n\n## How does the Aurora Engine work?\n\nThe"], "NEAR-structTunedStarCoder2": ["What is the Nightshade Sharding in NEAR Protocol?\n---\n\nNightshade is a sharding protocol that is designed to be compatible with the [near-core](https://github.com/near/nearcore) runtime.\n\n## Nightshade Sharding\n\nNightshade sharding is a sharding protocol that is designed to be compatible with the [near-core](https://github.com/near/nearcore) runtime.\n\nNightshade sharding is a sharding protocol that is designed to be compatible with the [near-core](https://github.com/near/nearcore) runtime.\n\nNightshade sharding is a sharding protocol that is designed to be compatible with the [", "Explain the role of validators in the NEAR Protocol.\n\n## Validator\n\nA validator is a node that runs a full node and participates in consensus.\n\n## Validator Set\n\nThe validator set is the set of validators that are currently active.\n\n## Validator Set Size\n\nThe validator set size is the number of validators that are currently active.\n\n## Validator Set Shard\n\nThe validator set shard is the shard that the validator set belongs to.\n\n## Validator Set Shard Size\n\nThe validator set shard size is the number of validators in the validator set shard.\n\n## Validator Set Shard Index\n\nThe validator set shard index is the index of the validator set shard.", "How does NEAR handle transactions and smart contract execution?\n---\n\nNEAR uses a [transaction-based model](https://nomicon.io/Standards/Tokens/FungibleToken/Transaction) for fungible token transfers.\n\nTransactions are signed by the sender, and the receiver can verify that the transaction was signed by the sender.\n\nThe transaction is then sent to the network, and the network will verify that the transaction is valid.\n\nIf the transaction is valid, the network will then execute the transaction.\n\nThe transaction is executed by the [runtime](https://nomicon.io/Runtime) which is responsible for:\n\n- Validating the transaction\n- Executing the transaction", "What are the advantages of NEAR's Proof of Stake consensus mechanism?\n---\n\n## Advantages of Proof of Stake\n\n- **Security**: The security of the network is based on the fact that the network is run by a group of validators who are selected by the community. The validators are selected by the community based on their stake. The more stake they have, the more likely they are to be selected. This means that the more stake a validator has, the more likely they are to be elected. This is a very important property of the network.\n- **Efficiency**: The more stake a validator has, the more time they have to wait to be selected. This means that the more stake", "Describe how NEAR's Rainbow Bridge works for cross-chain communication.\n\n## Rainbow Bridge\n\nThe Rainbow Bridge is a bridge between Ethereum and NEAR. It allows Ethereum contracts to call NEAR functions and vice versa.\n\n### Rainbow Bridge Contract\n\nThe Rainbow Bridge contract is deployed to `rainbow.near`.\n\n### Rainbow Bridge Interface\n\n```rust\n// RainbowBridge.near\n\n// RainbowBridge.near/get_account_id\n// Returns the account_id of the given public key.\n//\n// Args:\n//   public_key: The public key to lookup.\n//\n// Returns", "What is the Aurora Engine on NEAR Protocol?\n---\n\nThe Aurora Engine is a [runtime](https://docs.aurora.dev/docs/runtime) that runs on the [Aurora Network](https://aurora.dev/aurora-network).\n\nThe Aurora Engine is a [Rust](https://www.rust-lang.org/) implementation of the [Runtime Interface](https://github.com/near-examples/runtime-interface) that is used by [near-sdk-rs](https://github.com/near/near-sdk-rs).\n\n## Why is it called Aurora?\n\nThe Aurora Network is a ["], "NEARCoder-3b": ["What is the Nightshade Sharding in NEAR Protocol?\n\nThe Nightshade Sharding is a new sharding protocol that will be deployed in the NEAR Protocol. The Nightshade Sharding will be a new sharding protocol that will be deployed in the NEAR Protocol. The Nightshade Sharding will be a new sharding protocol that will be deployed in the NEAR Protocol. The Nightshade Sharding will be a new sharding protocol that will be deployed in the NEAR Protocol. The Nightshade Sharding will be a new sharding protocol that will be deployed in the NEAR Protocol. The Nightshade Sharding will be a new sharding protocol that will be deployed in the NEAR Protocol. The Nightshade Sharding", "Explain the role of validators in the NEAR Protocol.\n\nValidators are the people who are responsible for keeping the network secure. They are responsible for ensuring that the network is always running smoothly", "How does NEAR handle transactions and smart contract execution?\n\nNEAR uses a Tendermint consensus engine to ensure that transactions are processed in a deterministic order. This means that the order of transactions is guaranteed to be the same for every node. This is important because it allows for a deterministic execution of smart contracts.\n\nNEAR uses a state machine to store and update the state of the blockchain. This means that the state of the blockchain is always consistent and up-to-date. This is important because it allows for a fast and efficient execution of smart contracts.\n\nNEAR uses a permissioning system to control access to the blockchain. This means that only authorized users can interact with the blockchain. This is important because it prevents unauthorized users", "What are the advantages of NEAR's Proof of Stake consensus mechanism?\n\n## What is the difference between the NEAR Proof of Stake consensus mechanism and the NEAR Proof of Work consensus mechanism?\n\n## What is the difference between the NEAR Proof of Stake consensus mechanism and the NEAR Proof of Authority consensus mechanism?\n\n## What is the difference between the NEAR Proof of Stake consensus mechanism and the NEAR Proof of Authority consensus mechanism?\n\n## What is the difference between the NEAR Proof of Stake consensus mechanism and the NEAR Proof of Authority consensus mechanism?\n\n## What is the difference between the NEAR Proof of", "Describe how NEAR's Rainbow Bridge works for cross-chain communication.\n\n## Rainbow Bridge\n\nRainbow Bridge is a bridge between Ethereum and NEAR. It allows users to send and receive NEAR tokens on Ethereum and vice versa.\n\nRainbow Bridge is a decentralized application (DApp) that allows users to send and receive NEAR tokens on Ethereum and vice versa. It is built on top of the NEAR blockchain and uses the NEAR Protocol.\n\nRainbow Bridge is a bridge between Ethereum and NEAR. It allows users to send and receive NEAR tokens on Ethereum and vice versa.\n\nRainbow Bridge is a decentralized application (DApp) that", "What is the Aurora Engine on NEAR Protocol?\n\nThe Aurora Engine is a smart contract that allows users to create and manage their own NEAR accounts. It is a decentralized application that allows users to create and manage their own NEAR accounts. It is a decentralized application that allows users to create and manage their own NEAR accounts. It is a decentralized application that allows users to create and manage their own NEAR accounts. It is a decentralized application that allows users to create and manage their own NEAR accounts. It is a decentralized application that allows users to create and manage their own NEAR accounts. It is a decentralized application that allows users to create and manage"]}