FVMCall is a powerful tool that enables Web3 developers to automate and manage smart contract functions effortlessly on the FVM (Filecoin Virtual Machine).
The FVM Calibration technology was employed to deploy the smart contract on the Filecoin Calibration testnet. This ensures that the contract functions properly within a controlled environment for testing and compatibility purposes. By utilizing FVM Calibration, you can be confident that your smart contract is robust and well-suited for the Filecoin ecosystem.
The Push technology was leveraged to send notifications to users after the execution of a job. This feature enhances the user experience by keeping them informed about the status and progress of their automated tasks. Users will receive timely updates, allowing them to stay connected and engaged with the FVMCall Dapp.
The Lit Protocol was integrated into the FVMCall Dapp, specifically the PKPS (Public Key Page Signer), which allows users to conveniently authenticate using their Google accounts. By utilizing Lit Protocol, the authentication process is streamlined, reducing friction for users and providing a seamless login experience.
To enhance the user experience and provide personalized information, FVMCall utilized the Ethereum Name Service (ENS). ENS allows the retrieval and display of the name and profile image associated with a connected wallet address. By incorporating ENS, users can easily recognize and identify their connected addresses, making the interface more user-friendly and intuitive.
FVMCall made full use of Polybase, a technology that efficiently stores all job-related information. With Polybase, you can securely store and manage important data related to automated tasks, ensuring the integrity and reliability of job information throughout the process. This technology provides a robust foundation for managing and accessing job-related data within the FVMCall application.
In order to support the execution of jobs requiring random number generation, FVMCall integrated Drand randomness. Drand ensures the generation of reliable and secure random numbers, which is crucial for various applications that rely on randomization. By incorporating Drand into FVMCall, you can trust the integrity and randomness of the numbers generated within your automated tasks.
FVMCall provides two methods for automating smart contract calls:
- Time-based Method: Using this method, you can automate smart contract function calls by providing the contract address, ABI, and the specific function you want to automate. Additional information such as task name can also be provided. FVMCall will execute the function based on a predefined time schedule.
- Custom Logic Method: In this method, you enter the contract address and ABI, and the automated function will be written inside the smart contract itself. FVMCall acts as a user interface to interact with the smart contract and trigger the automated function.