teal
Showing 238 posts related with teal.
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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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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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Introducing Algorand’s Smart Contract Debugger
This article announces the release of the Teal Debugger.
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Linking Algorand Stateful and Stateless Smart Contracts
This article discussing linking stateful and stateless smart contracts and why it makes sense in many applications.
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Reach - The Easiest and Safest way to Build DApps
Blockchain development is hard. Existing tooling is complex, time-consuming to use and not robust against common programming oversights. Reach is fundamentally changing the way blockchain developers approach their craft, safely, efficiently and with formal proofs.
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Making Development Easier with Algorand IDE Playground
The RockX IDE Playground for Algorand allows developers to try out many protocol features within a Web IDE.
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Making Development Easier with AlgoDEA IntelliJ Plugin
AlgoDEA IntelliJ plugin provides end to end development life-cycle on Algorand blockchain using IntelliJ IDE. Using this plugin, developers can create and test both stateless and stateful smart contracts directly from their IntelliJ IDE. Some of the other key features supported by this plugin are editor support for TEAL & PyTeal files, ASA management, Atomic Transfers, Test account management. The goal of this plugin is to increase developer productivity by simplifying various interactions with Algorand blockchain. Due to simple consistent development workflow in the IDE, developers can iterate faster during development stage.
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Introducing Algorand Virtual Machine: AVM 0.9 Release
This article summarizes many of the features available within the Algorand Virtual Machine (AVM) 0.9 Release.
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“Alexa, ask Algorand for the latest round on MainNet?”
Sample code for how to transform a few basic interactions with the Algorand blockchain into a voice-interactive experience using Alexa.
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Build Algorand iOS, Android and UWP apps using C# .NET SDK and Xamarin
This solution shows how to build an Algorand application for iOS, Android and Universal Windows Platform (UWP), with one code base, using Xamarin Forms and C#.
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Example Crowdfunding Stateful Smart Contract Application
This solution explains one way to build a crowdfunding application on the Algorand Blockchain.
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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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Example Permissionless Voting Stateful Smart Contract Application
This solution explains one way to build a permissionless voting application on the Algorand Blockchain.
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Creating a CrowdFunding Application with the Algorand Blockchain
This solutions article describes the implementation of a next-generation crowdfunding Application using the Algorand Blockchain.
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Building iOS Apps Using Swift Algorand SDK
Demonstrates developing an iOS app using the Swift Algorand SDK
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Using Stateful Smart Contract To Create Algorand Standard Asset
Using PyTeal and goal, we use a stateful smart contract linked with an escrow account to create an Algorand Standard Asset.
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ASA Bidding Application Using PyTeal
Solution that explains a system developed on the Algorand network that does automated bidding for an asset of interest for a predefined period of time. The app is developed using PyTeal and py-algorand-sdk