asa
Showing 329 posts related with asa.
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Example Permissioned Voting Stateful Smart Contract Application
This solution explains one way to build a permissioned voting application on the Algorand Blockchain.
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Block'n'Poll - Blockchain polling web application
Block'n'Poll is a blockchain polling web application that allows users to easily create permissionless polls and vote on Algorand blockchain.
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Intermediate · 30 minutesAlgorand Studio | Tutorial 3: Smart Contract Limit Order
Introduce the Algorand Standard Asset (ASA) model and work through the LimitOrder smart contract to learn issuing your own ASA & using the smart contract to exchange ALGO for an ASA.
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Beginner · 15 minutes or lessCreate an Account on TestNet using JavaScript
This tutorial demonstrates the steps involved in creating a basic Standalone Algorand Account using the JavaScript SDK.
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Intermediate · 30 minutesCreate your Own Coin on TestNet (LaylaCoin Series)
Learn how to create, opt-in, transfer, and read balances of an asset on TestNet.
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AlgoRealm, a NFT Royalty Game
AlgoRealm is a simple NFT game that provides an example of how to build NFTs with embedded royalty policies on Algorand.
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Beginner · 15 minutes or lessCreate an Account on TestNet with Python
Generate a new account, fund it, and check your balance on TestNet using the Python SDK.
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Beginner · 15 minutes or lessAccess BetaNet Network using Sandbox
This tutorial describes how to access the BetaNet network using Sandbox.
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PyTeal — Writing Algorand Smart Contracts in Python
PyTeal is a python language binding for Algorand Smart Contracts (ASC) that abstracts away the complexities in writing smart contracts. PyTeal is provided as an open-source tool for the Algorand community. We invite you to try, use, and contribute to PyTeal if you are interested in developing and deploying ASC’s in Python.
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Updated PyTeal Resources
PyTeal, a language binding for TEAL, is a community project created to make writing Algorand Smart Contracts (ASC) easier. This article summarizes the latest resources available to start building Algorand Smart Contracts in Python.
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Verify Signatures and Signed Data within Algorand Smart Contracts
This article explains how to use the ed25519verify opcode in conjunction with the tealsign goal command.
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Introducing Algorand’s V2 Indexer
Introducing the new Algorand Indexer - a fast and efficient way to search for transactions, accounts, assets, and blocks on the Algorand blockchain.
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What's New: Algorand v2.0.7
Algorand v2.0.7 was released to MainNet and TestNet, accompanied by a new set of features in the Algorand APIs. Learn more about what's new in this article.
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Smart Contract SDK Usage Updated to V2
The feature guide for accessing a TEAL program from an SDK is updated for V2. This guide contains SDK samples using TEAL programs with contract accounts or delegated signatures.
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Using a Smart Contract for Advanced Approvals: Hierarchical Thresholds
Design and implement an escrow contract account using hierarchical threshold approvals to secure the corporate treasury.
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TEAL ALGO Oracle in Algorand Layer-1
In a blockchain, the ability to reference a price on-chain enables a seamless and trustless transaction environment, especially for automated transactions and smart contracts. Oracles are the entities in charge of broadcasting off-chain data such as market price to the blockchain, and serve as a source of truth that allows on-chain dApps to measure the value of assets referenced within a transaction. Rand Labs and Borderless Capital releases a Algorand Oracle that can be referenced in atomic transfers using TEAL stateful and stateless smart contracts.
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Creating Stateful Algorand Smart Contracts in Python with PyTeal
Explore the new version of PyTeal and learn how to write a stateful smart contract in Python.
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SDK Updates: Deploying Stateful Smart Contracts
Guided tour of SDK documentation focusing on stateful smart contract application development. Links to resources covering the basics thru building complete solutions.