The Willpower Instinct notes Highlights According to the American Psychological Association, Americans name lack of willpower as the number-one reason they struggle to meet their goals. Gelb Markierung | Seite: 4 I believe that the best way to improve your self-control is to see how and why you lose control. Gelb Markierung | Seite: 4 For example, smokers who are the most optimistic about their ability to resist temptation are the most likely to relapse four months later, and overoptimistic dieters are the least likely to lose weight. Why? They fail to predict when, where, and why they will give in. Gelb Markierung | Seite: 4 Self-knowledge—especially of how we find ourselves in willpower trouble—is the foundation of self-control.

Azle Development 201: Advanced Canister Development 1. Canister Upgrades, Storage, and Persistence: Learn how to manage and upgrade canisters, and handle data storage and persistence on the Internet Computer. 2. Advanced Canister Calls: Delve into complex interactions between canisters, including multi-canister operations and error handling. 3. Third-Party Canisters: Understand the use and integration of third-party canisters to extend the functionality of your applications. 4. Candid Interface Definition: An introduction to Candid, the interface description language for the Internet Computer. 5. Comprehensive Testing Strategies: Master unit, integration, and end-to-end testing to ensure robustness and reliability of your applications. Azle Development 202: Advanced Integration and Security 1. Azle Package Managers: Explore package management in Azle to efficiently manage project dependencies. 2. HTTPS Outcalls: Implement HTTPS outcalls to interact with external services and APIs.

Course { "name": "TypeScript Smart Contract 101", "slug": "typescript-smart-contract-101", "community": "icp", "summary": "This course provides an introduction to developing on the Internet Computer Protocol (ICP) platform using TypeScript. You will learn the basics of building and interacting with smart contracts on the ICP.", "description": "This course provides an introduction to developing on the Internet Computer Protocol (ICP) platform using TypeScript. You will learn the basics of building and interacting with smart contracts on the ICP.", "duration": 6000000, "introduction": { "text": "Welcome to this ICP Azle Development 101 course! We will cover an introduction to the Internet Computer Protocol (ICP) platform and Azle, a JavaScript framework for building decentralized applications. You will learn how to set up your development environment and build a simple messaging canister performing CRUD operations."

Course { "name": "TypeScript 스마트 계약 101", "slug": "typescript-smart-contract-101", "community": "icp", "summary": "이 강좌는 TypeScript를 사용하여 인터넷 컴퓨터 프로토콜(ICP) 플랫폼에서 개발하는 방법에 대한 소개를 제공합니다. ICP에서 스마트 계약을 구축하고 상호 작용하는 기본 사항을 배울 수 있습니다.", "description": "이 강좌는 TypeScript를 사용하여 인터넷 컴퓨터 프로토콜(ICP) 플랫폼에서 개발하는 방법에 대한 소개를 제공합니다. ICP에서 스마트 계약을 구축하고 상호 작용하는 기본 사항을 배울 수 있습니다.", "duration": 6000000, "introduction": { "text": "ICP Azle 개발 101 강좌에 오신 것을 환영합니다! 우리는 인터넷 컴퓨터 프로토콜(ICP) 플랫폼과 Azle, 분산 애플리케이션을 구축하기 위한 JavaScript 프레임워크에 대한 소개를 다룰 것입니다. 개발 환경을 설정하고 CRUD 작업을 수행하는 간단한 메시징 캐니스터를 구축하는 방법을 배울 수 있습니다."

이 ICP Azle (Typescript) 개발 101 튜토리얼에 오신 것을 환영합니다! 이 튜토리얼은 인터넷 컴퓨터 프로토콜(ICP) 플랫폼에서 개발하는 방법을 소개하기 위해 설계되었습니다. 이 가이드에서는 분산 Azle 캐니스터를 구축하고 상호 작용하는 기본 사항을 배우게 됩니다. 이 가이드를 마치면 ICP 플랫폼에 대한 개발을 탄탄하게 이해하고 분산 애플리케이션의 기반을 만들 수 있게 될 것입니다. 이 튜토리얼을 건너뛰고 바로 코드로 들어가고 싶다면, Course Repo 저장소에서 이 튜토리얼의 최종 코드에 접근할 수 있습니다. 1. 소개 이 섹션에서는 튜토리얼의 개요, 배울 내용, 필요한 사전 지식 및 사용할 기술 스택에 대해 설명합니다. 또한, 우리가 캐니스터를 구축하는 데 사용할 TypeScript 프레임워크인 Azle을 소개합니다. 1.1 배울 내용 개발 환경 설정하기: Node.js, Node 버전 관리자(nvm), DFX와 같은 ICP 개발에 필요한 도구를 이해하고 설치 및 사용 방법을 배웁니다. 보일러플레이트 코드 이해하기: tsconfig.json, dfx.json, package.json 파일을 포함하여 ICP 플랫폼에서 Azle 프로젝트를 시작하는 데 필요한 필수 파일과 구성에 익숙해집니다.

Liquidity Pools Utilize DeepBook for transparent and efficient order matching. Develop a basic DEX that enables users to trade tokens directly on the Sui blockchain. Involves creating liquidity pools, implementing swap functions, and using DeepBook to facilitate order matching. AMM with Dynamic Fees Use Sui's flexible smart contracts for fee adjustment algorithms. Create AMM that adjusts its trading fees based on market conditions or liquidity.

Welcome to the Sui zkLogin Tutorial! In this tutorial, we will explore how to build a Dapp (Decentralized Application) with a React frontend, Move contract and integrate zkLogin for secure user authentication. 1. Introduction We will be building a React frontend for a note contract, that we will write in Move. The note contract will allow users to create and delete notes. For the authentication, we will be using zkLogin. zkLogin allows users to sign in to dApps using familiar web credentials, such as email and password. It is built on the Sui blockchain and is designed to be developer-friendly, secure, and user-friendly. 1.1 What You'll Learn Interacting with Your Contract from a Frontend: Develop a frontend with React to create an interface for your contract. Integrating zkLogin for Secure User Authentication: Explore the integration of zkLogin for a streamlined and secure authentication process. Leverage the power of zkLogin: Offer users an easy way to access their on-chain assets.

Welcome to the Sui DeepBook tutorial! In this tutorial, we'll explore the fundamentals Sui defi with DeepBook and the Move language. 1. Introduction We will be building with DeepBook, a decentralized exchange (DEX) protocol that enables the exchange of assets within the Sui ecosystem. We will use DeepBook to create a liquidity pool, handle deposits and withdrawals, and execute various trading operations. 1.1 What you will learn Setting up your environment: We'll guide you through the process of setting up your development environment to begin working with Sui DeepBook. Building a Sui DeepBook contract: We'll explore the implementation of a Sui DeepBook contract, including the logic for liquidity pool creation, custodian account management, limit and market orders, and asset withdrawal. Testing the Sui DeepBook contract: We'll explore how to test our Sui DeepBook contract using the Sui CLI. We'll be building and publishing our contract and interacting with it using the Sui CLI.

DELETE TEMPORARY Welcome to the Sui DeepBook tutorial! In this tutorial, we'll explore the fundamentals Sui defi with DeepBook and the Move language. 1. Introduction We will be building with DeepBook, a decentralized exchange (DEX) protocol that enables the exchange of assets within the Sui ecosystem. We will use DeepBook to create a liquidity pool, handle deposits and withdrawals, and execute various trading operations. 1.1 What you will learn Setting up your environment: We'll guide you through the process of setting up your development environment to begin working with Sui DeepBook. Building a Sui DeepBook contract: We'll explore the implementation of a Sui DeepBook contract, including the logic for liquidity pool creation, custodian account management, limit and market orders, and asset withdrawal.

This text aims to outline a truly innovative NFT Strategy for Lego and Castello. The objective is to establish an advanced application for NFTs, while also embodying the Lego ethos of fostering creativity via modularity. The idea is focused on developing a metadata standard for virtual objects within the Non-Fungible Tokens (NFTs) domain powered by Lego, Castello, and a broader community. This effort aligns well with Lego's long-standing ethos of creativity and modular design. Lego's reputation for fostering imagination through building blocks parallels the concept of constructing virtual worlds and objects in the NFT space. Lego's established community of builders and collectors provides a solid foundation, as it mirrors the NFT community's enthusiasm for collecting and creating digital assets. Development of a Virtual Object Metadata Standard

Welcome to the Sui DeepBook tutorial! In this tutorial, we'll explore the fundamentals Sui defi with DeepBook and the Move language. 1. Introduction We will be building with DeepBook, a decentralized exchange (DEX) protocol that enables the exchange of assets within the Sui ecosystem. We will use DeepBook to create a liquidity pool, handle deposits and withdrawals, and execute various trading operations. 1.1 What you will learn Setting up your environment: We'll guide you through the process of setting up your development environment to begin working with Sui DeepBook. Building a Sui DeepBook contract: We'll explore the implementation of a Sui DeepBook contract, including the logic for liquidity pool creation, custodian account management, limit and market orders, and asset withdrawal. Testing the Sui DeepBook contract: We'll explore how to test our Sui DeepBook contract using the Sui CLI. We'll be building and publishing our contract and interacting with it using the Sui CLI.

1. Technical Overview 1.1 OpenAI Assistant API The OpenAI Assistant API supports both conversational and non-conversational tasks. It's capable of understanding complex prompts, generating human-like text, and performing specific tasks like summarization, translation, and content generation. The API excels in information retrieval, integrating data from various sources to provide comprehensive answers. You can learn more about the API here. 1.2 Internet Computer Protocol (ICP) Here are core features of the Internet Computer Protocol (ICP) that make it a great fit for AI applications. 1.2.1 Serve web from smart contracts The Internet Computer is the only blockchain with canister smart contracts that can serve web by processing HTTP requests. This allows 100% of online services to run from the blockchain, which allows for full decentralization.

Welcome to the TypeScript AI Chatbot Tutorial! In this tutorial, we will be building a decentralized AI chatbot using the Internet Computer Protocol (ICP). The chatbot will be able to respond to user messages and answer questions using the OpenAI API. We will also be using the DFINITY Canister SDK to deploy the chatbot on the Internet Computer. 1. Introduction 1.1 Learning Objectives By the end of this tutorial, learners will be able to: Understand the architecture of a decentralized AI chatbot. Configure and deploy a chatbot on the Internet Computer Protocol. Integrate OpenAI API for AI-driven chat functionalities. Manage and secure sensitive credentials in a decentralized application.

Welcome to the advanced ICP Azle Development 201 tutorial! Building upon the fundamentals you've learned in the ICP Azle Development 101 course, this guide will take you through the development of a decentralized marketplace on the Internet Computer Protocol (ICP) platform. By the end of this guide, you will not only have a deeper understanding of ICP canisters but also a functional decentralized marketplace application. 1. Introduction In this tutorial, we will build a Marketplace canister that allows users to add, view, update, delete, and buy products. We will also build a frontend that allows users to interact with the canister. 1.1 What you'll learn Creating a Marketplace Canister: Dive into the details of creating a decentralized marketplace canister, covering smart contract development and establishing a secure execution environment. Canister Interaction: Gain practical experience with canister interaction through the command line and Candid interface, essential for testing and ensuring canister functionality. Developing a React Frontend: Step-by-step guidance on building a React frontend that integrates with your marketplace canister, providing a seamless user experience. Deploying your canister: Learn how to deploy your canister.

Welcome to the Vector Database Course! In this course, you'll learn how to create, integrate, and query vector databases. We will create a simple application that will have a that is connected to OpenAI's GPT but augement it's knowledge with your own data via a vector database. Potential use cases for vector databases include: Chatbots: You can use vector databases to augment chatbots with your own data. For instance, you could use a vector database to store and retrieve vectors of product descriptions and use them to generate chatbot responses. Recommendation Systems: You can use vector databases to store and retrieve vectors of user preferences and use them to generate recommendations. Similarity Searches: You can use vector databases to store and retrieve vectors of text and use them to find similar text. What You Will Learn Throughout this course, you will acquire the following essential skills:

Welcome to this ICP Rust Development 101 tutorial! This tutorial is designed to provide an introduction to developing on the Internet Computer Protocol (ICP) platform. In this guide, you will learn the basics of building and interacting with decentralized canisters powered by Rust. By the end of this guide, you will have a solid understanding of developing for the ICP platform and be able to create the foundation for decentralized applications. In this tutorial, we will be building a Message-board web3 canister in Rust. This canister will allow users to create messages, update messages, delete messages, and list messages. What you'll learn Setting Up Your Development Environment: Set up your development environment, including installing essential tools like DFX, Candid Extractor, and Rust. Building a Message Board Canister in Rust: Understand the core concepts of Rust-based canister development on the Internet Computer Protocol (ICP) platform and implement CRUD (Create, Read, Update, Delete) functionality to manage messages within a canister.

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https://bit.ly/dacade-ai-ws WLAN: Ape Unit Guests Password: ihavepurpose Link to course on Dacade Key: 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 twitter: moritzfelipe telegram: moritz_felipe

Welcome to this ICP Azle Development 101 tutorial! This tutorial is designed to provide an introduction to developing on the Internet Computer Protocol (ICP) platform. In this guide, you will learn the basics of building and interacting with decentralized Azle canisters. By the end of this guide, you will have a solid understanding of developing for the ICP platform and be able to create the foundation for decentralized applications. What you'll learn Setting up your development environment: Understand the necessary tools for ICP development, such as Node.js, Node Version Manager (nvm), and DFX, and learn how to install and use them​. Grasping the boilerplate code: Familiarize yourself with the essential files and configurations needed to start an Azle project on the ICP platform, including the tsconfig.json, dfx.json, and package.json files. Building and interacting with a messaging canister: Learn how to construct a simple messaging canister that performs CRUD (Create, Read, Update, Delete) operations. You will also learn how to interact with the canister, calling its methods and handling responses. This knowledge will allow you to build a simple message board application, enabling users to create, update, delete, and view messages​. What is a Canister? A canister is a fundamental building block and execution environment for deploying and running software applications on the Internet Computer Protocol (ICP) platform. Canisters bundle together code and state to create a secure and efficient execution environment. They are similar to smart contracts on other blockchain platforms. Canisters enable the development of scalable and decentralized applications, including DeFi platforms, social media applications, DAOs, and more.

Welcome to this ICP Azle Development 101 tutorial! This tutorial is designed to provide an introduction to developing on the Internet Computer Protocol (ICP) platform. In this guide, you will learn the basics of building and interacting with decentralized Azle canisters. By the end of this guide, you will have a solid understanding of developing for the ICP platform and be able to create the foundation for decentralized applications. What you'll learn Setting up your development environment: Understand the necessary tools for ICP development, such as Node.js, Node Version Manager (nvm), and DFX, and learn how to install and use them​. Grasping the boilerplate code: Familiarize yourself with the essential files and configurations needed to start an Azle project on the ICP platform, including the tsconfig.json, dfx.json, and package.json files Building and interacting with a messaging canister: Learn how to construct a simple messaging canister that performs CRUD (Create, Read, Update, Delete) operations. You will also learn how to interact with the canister, calling its methods and handling responses. This knowledge will allow you to build a simple message board application, enabling users to create, update, delete, and view messages​. What is a Canister? A canister is a fundamental building block and execution environment for deploying and running software applications on the Internet Computer Protocol (ICP) platform. Canisters bundle together code and state to create a secure and efficient execution environment. They are similar to smart contracts on other blockchain platforms. Canisters enable the development of scalable and decentralized applications, including DeFi platforms, social media applications, DAOs, and more.