asset freeze
Showing 30 posts related with asset freeze.
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AlgoNim
AlgoNim is the first Algorand game incorporating all the features introduced in Algorand 2.0: Algorand Standard Assets (ASA), Atomic Transfers (AT) and Algorand Smart Contracts (ASC1).
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Building Mobile Apps Using React-Native-Algo Library
The react-native-algo library provides mobile developers easy access to the java-algorand-sdk while building an android app in react-native.
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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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Securities and Permissioned Tokens
This article presents a design of permissioned / securities tokens on Algorand. We will implement company shares using ASA and smart contracts with Algo Builder.
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Building NFTs on Algorand
This article summarizes some of the options available to developers when building NFTs on the Algorand Blockchain.
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Royalty payments using ARC18
This article summarizes the royalty payments ARC18 specification for Algorand Standard Assets(ASA) .
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Decentralized Two-Factor Authentication With Algorand Standard Assets
Sample code for creating a basic two-factor authentication system with Algorand Standard Assets.
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Algorand V2 SDK Asset and Atomic Transfer Examples
New Algorand SDK V2 examples for Assets and Atomic Transfers
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Discover AVM 1.0
This article introduces a new developer portal experience and summarizes the changes made for the Algorand Virtual Machine 1.0 version.
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Using TEAL debugger with algo-buiilder
In this tutorial we present how to use TEAL debugger with `algob` (debugging smart contracts with dry run OR launch a live debugging session)
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Build Algorand Android Smart Contract using Kotlin
This tutorial is targeted at beginners and intermediate Algorand developers who primarily develop Android Applications using Kotlin. The tutorial will also be beneficial to Java Android Developers as both languages have a lot in common.
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Using loop invariants for verification in Reach
Loops can be quite useful for writing Reach programs but verifying the outcome of loops can be challenging. In this tutorial, we will go through a tour of one of the most important features of Reach - automatic verification of loops using invariants.