Enkwadore Dapp: The Ultimate Decentralized Crypto Trading Bot for Android

 Enkwadore Dapp: The Ultimate Decentralized Crypto Trading Bot for AndroidAre you looking for a powerful, automated, and decentralized crypto trading bot? Meet Enkwadore Dapp, the cutting-edge platform designed to help traders maximize profits effortlessly. Built for Android, this app brings you...

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Time Units - Solidity Part 4.2

In Solidity, dealing with time is essential for various applications, especially when building contracts that involve time-based conditions, such as delays, expiration times, or scheduling events. Solidity simplifies time calculations by providing predefined time units, making it easier for developers to work with timestamps and durations.Source Code: https://github.com/scaihai/enkwadore-blog-blockchain-demos/tree/main/solidity/contracts/4.2Solidity’s...

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Ether Units - Solidity Part 4.1

In Ethereum, the native cryptocurrency is called Ether (ETH). When writing smart contracts in Solidity, understanding how to work with Ether units is crucial, as it ensures that your contract handles payments, fees, and balances correctly. Solidity provides a convenient way to manage Ether values by using different units. This post will explore these units and how to use them effectively in your smart...

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Mapping Types - Solidity Part 3.3

Mappings are one of the key data structures in Solidity, used extensively to create associations between data. If you’re familiar with the concept of hash tables or dictionaries in other programming languages, mappings in Solidity serve a similar purpose. However, they come with unique characteristics and limitations due to the blockchain’s nature.Source Code: https://github.com/scaihai/enkwadore-blog-blockchain-demos/tree/main/solidity/contracts/3.3What...

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Arrays - Solidity Part 3.2.1

Arrays are essential data structures in Solidity that allow you to store multiple values of the same type within a single variable. In this post, we’ll explore the details of arrays in Solidity, covering their types, how to declare and initialize them, access and modify their elements, and the best practices for working with them.Source Code: https://github.com/scaihai/enkwadore-blog-blockchain-demos/tree/main/solidity/contracts/3.2.1Understanding...

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Reference Types - Solidity Part 3.2

In Solidity, understanding how data is handled in smart contracts is crucial for optimizing performance and ensuring correct behavior. One of the key concepts in Solidity is reference types, which include arrays, structs, and mappings. These types are more complex than value types and are managed differently depending on where they are stored: in storage, memory, or calldata. Let’s dive into these...

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Interfaces - Solidity Part 3.1.15

In Solidity, interfaces play a crucial role in enabling smart contracts to communicate with each other. They allow for the definition of a contract’s external functions without implementing them, providing a blueprint for other contracts to interact with. This blog post will dive into the concept of interfaces in Solidity, their syntax, use cases, and best practices.Source Code: https://github.com/scaihai/enkwadore-blog-blockchain-demos/tree/main/solidity/contracts/3.1.15What...

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