This is a payment request of 1 ADA
Instead of using key-value maps for list of block code, here we use arrays and number indexes, making code less self explanatory but much smaller. The ‘outputs’ property of the ‘buildTx’ API function allows you to define multi-asset transaction outputs. In Cardano assets are defined by a policyId and an assetName, for ADA we use ‘ada’ in both cases. A GameChanger Wallet Dapp Demo. https://gamechanger.finance/
Demo that creates a native script and use it as policy to mint an NFT. Image has been previously uploaded and pinned on IPFS. NFTs contains references to the actual images. A GameChanger Wallet Dapp Demo. https://gamechanger.finance/
Demo that sends a transaction that includes an inlined Plutus Script and also a datum on outputs. Future transactions can reference this outputs without having to include on-chain the entire data again. A GameChanger Wallet Dapp Demo. https://gamechanger.finance/
Demo that locks and redeem some coin from a previously deployed smart contract. A GameChanger Wallet Dapp Demo. https://gamechanger.finance/
Demo that locks and redeem some coin from an Always-Succeed Plutus V2 smart contract. A GameChanger Wallet Dapp Demo. https://gamechanger.finance/
Demo that locks and redeem some coin from an Always-Succeed Plutus V3 smart contract. A GameChanger Wallet Dapp Demo. https://gamechanger.finance/
This contract will lock up some tokens that can only be unlocked providing 42 as typed redeemer and datum.. A GameChanger Wallet Dapp Demo. https://gamechanger.finance/
This contract will lock up some tokens that can only be unlocked providing 42 as untyped redeemer and datum.. A GameChanger Wallet Dapp Demo. https://gamechanger.finance/
Generates required amount of UTXOs in your wallet to improve multi-transaction concurrency capabilities, for dapps and GCFS filesystem write events. A GameChanger Wallet Dapp Demo. https://gamechanger.finance/
Builds an Helios Smart Contract on the fly. First transaction will lock coins setting main staking key as owner, second one will be able to unlock it only after some time and using main spending key. Burner/Gift wallets not recommended. Timelock not exactly tested.
Parameterizes and compiles an Helios Smart Contract on the fly on user wallet, a One-Shot Mint validator pattern. The UTXO required for the one-shot mint is produced on a first transaction, but a previously-generated one can be provided to avoid this first step.
Parameterizes a Plutus Script with same original parameters and verifies the hashes remains equal. Modify parameters to trigger a hash mismatch error. Remove ‘strictScriptHashHex’ to allow for the new parametrization
Fetch network queries to retrieve some Beacon Tokens UTXO information
Convert your current address from Bech32 representation into Plutus Data object (back and forth). Also exports address information, hexadecimal representation and hash
Generate 10 QR Encrypted Gift Wallets for onboarding students in a class. Files will be downloaded as PNG files for printing or showing on screens
Generate 3 QR Encrypted Gift Wallets for onboarding users in an event and fund them with assets on a single transaction to save on fees. Files will be downloaded as PNG files for printing or showing on screens. Password can be customized but here is autogenerated
This demo will wait for a timer to reach it’s timeout and then for the current wallet to receive at least 5.25 coins
Let’s use dapp connector internal console to log or debug some events. Run and go to Advanced - Console to read them.
Keep Calm NFT Demo, dinamically generates the image
Script that will try out special GC transaction features
Import a list of transactions (CBOR hex) into localstorage for debugging and handling them manually with wallet user interface later
Generates wallet configuration layers to re-create official workspaces
Encrypts data and exports a ready to use decrypter script
This demo will test and explore basic arithmetic functions
This demo will test and explore cryptographic functions
This demo will test and explore basic string convertion and manipulation functions
This demo will test and explore basic array convertion and manipulation functions
Demo that replicates the GCFS search query to retrieve all broadcasted transactions to be signed. The hash (rayId) used is calculated upon sorted transaction hashes (txHash)
Demo that replicates the GCFS search query to retrieve all shared signatures of a particular transaction. The hash (txHash) used is calculated upon transaction cbor hex
Demo that tries to sign 3 transactions with internal spending and staking private keys with any desired multisig provider. Partially sign them over and over again combining providers to try it out.
Demo that tries to sign 3 transactions with unobtainable foreign keys and internal spending and staking private keys
Script that will try the different time validity interval parameters of transaction builder
Script that will use password providers to encrypt and decrypt data using by default password a CIP8 signature with current wallet address
Script that will test and explore subroutines, similar to functions in structured programming.
Script that will test and explore the different types of script return modes, allowing batch only operations, data formatting and even data privacy by choosing only what to return from block code context
Illegal Script that will execute dynamic code using inline macros
Script that will test and explore code scopes and inline macro scripting access reach
Script that will build and load wallet artifacts: derive child keys, build child addresses and even setup address books on more than one wallet workspace. Workspaces are virtual groups of artifacts that allow users to have a specialized wallet experience like multi-delegation, import a Yoroi or Daedalus wallet, work with enhanced anonymity, or whatever config a dapp requires.
Script that will save wallet artifacts on default wallet settings GCFS DiskNFT. Settings can be derived child keys, built child addresses and even setup address books, all these inside different wallet workspaces. Workspaces are virtual groups of artifacts that allow users to have a specialized wallet experience like multi-delegation, import a Yoroi or Daedalus wallet, work with enhanced anonymity, or whatever config a dapp requires.
Script that will import and run your saved wallet configuration script. Run SAVE_WALLET_CONFIG_DEMO first and update policyId on GCFS URI
Demo that signs data with main and current addresses and their associated reward ones, verifies the signatures and encrypt and decrypt the data using the signatures. Run ‘Wallet Setup Demo’ or create some Workspaces first and switch current addresses to test it out
Will derive key pairs and build custom addresses
Script that will allow checking the full circuit, from building a tx with edge metadatum label cases, to query it then with the APIs on UI to check if there are any encoding issues, overflows or manipulations
Script that will search for files across all onchain GCFS file systems
Script that will import data and scripts from different kind of allowed sources. (example data is from preproduction testnet)
Script that will create a GCFS Disk in more than one transaction using API ‘buildFsTxs’ endpoint. Also the script will generate some of the files to be written on chain, one of them is an encrypted GC script
Script that delegates current address to [PEACE] pool (mainnet only)
Script that requires signatures from derived child keys in a single simple transaction
Script that sets up a wallet workspace to generate 3 addresses, to later fund them and delegate their stake to different staking pools on a single transaction. The optional registration transaction is meant to fail when keys are already registered, don’t panic, script is built to succeed anyways
Script that requests 3 child wallet’s reward addresses from an specific workspace, to later withdraw some staking rewards from each of them on a single transaction. You need to have staking rewards on each child wallet and run ‘Multi Stake Delegation’ demo first or load it’s wallet configuration on this device
Script that registers and delegates stake from custom child derivation in a transaction
Script that withdraw stake rewards from custom child derivation in a transaction
Coin locking transaction ( 5 eUTXOs) and later an unlocking one of previously locked coin, in 2 secuential transactions. Using deployed smart contract.
Native asset minter and later burner of previously minted assets, in 2 secuential transactions
Script that builds or imports different kind of certificates
Will derive key pairs and build custom addresses
Nested, tagged, complex native script building
Transaction pipeline without UTXO consumption conflicts using deterministic coin selection and UTXO locking
Connection that requires some wallet data and then signs it with private keys
Simple script that has no exported data
Simple script that has no exported data and no return URL
Simple script that exports data
Script that will adapt the application to work on public terminal devices. WARNING: this cannot be undone!, to revert this you will have to clear browser data
This script will create a workspace to import addresses, scripts, manage funds and signatures from a DAO where you are a powerful member, you have full control when you use 2 of your keys.
This demo will test some edge cases around macro solver and syntax
Script that will fail to test local and imported code validation
This demo will test addresses default native scripts or ‘Identities’, and explore differencies between ways to obtain them
Explore the different ways to derive/obtain keys and obtain all results under the same format
List and sort all addresses in current workspace
List and sort all keys in current workspace
Create a workspace with a Shared Treasury address based on 2 addresses. A second address on the workspace is your main address as Signer
This dapp connection will ask your spending and staking public key hashes
Creates a workspace named ‘DAO’ with a ‘Shared Treasury’ address where at least 3 of 4 signer wallets are required for spending and staking operations. A second address on the workspace is caller main address as ‘Signer’. To manage the treasury set ‘Shared Treasury’ address as current. To sign as a member, set ‘Signer’ address instead. Please customize this code with real public key hashes, you can use ‘Share your public key information’ example on each member to obtain them. Please use ‘saveConfig’ function to save this setup on GCFS to avoid losing funds and data
Creates a workspace named ‘DAO’ with a ‘Shared Treasury’ address where at least 3 of 4 signer wallets are required for spending and staking operations. A second address on the workspace is caller main address as ‘Signer’. To manage the treasury set ‘Shared Treasury’ address as current. To sign as a member, set ‘Signer’ address instead. Please customize this code with real addresses. Please use ‘saveConfig’ function to save this setup on GCFS to avoid losing funds and data
Creates a workspace named ‘DAO’ with a ‘Shared Treasury’ address where at least 3 of 4 signer Gift wallets are required for spending and staking operations. A second address on the workspace is caller main address as ‘Signer’. To manage the treasury set ‘Shared Treasury’ address as current. To sign as a member, set ‘Signer’ address instead. Customize Gift Wallet generation with proper password settings and distribute them to the signers. This example is not secure as wallet creator has total control over the generated wallets. Please use ‘saveConfig’ function to save this setup on GCFS to avoid losing funds and data
Builds 3 multisig transactions and tries to sign them only with local private keys and with remote signers using Unimatrix Sync and Roundtable. Customize required keys to real ones or experience a Kobayashi Maru scenario
Builds and signs 2 transactions with unobtainable foreign keys. Triggers the default multisig strategy to obtain remote signatures through Roundtable and Unimatrix
Interact with a Smart Handles instance for swapping ADA to MIN, with a routing fee of 1 ADA (preprod). Uses the Minswap V2 instance of Anastasia Labs Smart Handles. https://github.com/Anastasia-Labs/smart-handles
Script that will test and explore subroutines, argument passing and ISL execution
Testing the fix for the ‘Spirois bug’ using Montiel’s and SudoScientist’s test case assetNames, added some others as well. Use an address of yours for exampleDrop01. Thanks for testing guys!
Create a workspace to impersonate a wallet without having their private keys. Wallet operations will trigger multisig transactions. Use to remotely control a wallet or be able to build transactions in behalf of the owner
Explore Conway Era key derivation
A workspace dedicated for Governance, made of 3 DRep keys, 3 CCCold keys and 3 CCHot keys. Welcome to the Conway Era.
About to sign a transaction with a vote to Always Abstain. If current stake key is already registered, ‘autoClean’ will remove ‘myRegistration’ certificate automatically. Works with personal and multisig wallets the same
About to sign a transaction with a vote of Always No Confidence. If current stake key is already registered, ‘autoClean’ will remove ‘myRegistration’ certificate automatically. Works with personal and multisig wallets the same
About to sign a transaction with a vote delegation to a DRep. If current stake key is already registered, ‘autoClean’ will remove ‘myRegistration’ certificate automatically. Works with personal and multisig wallets the same
Using script requirement checks to only allow a certain user wallet context to run this script. Usefull for ‘sticky sessions’ on dapps or for wallet type or network specific scripts
Getting extra information about your current wallet type, such as brand, default staking, and more.
Parses different DRep IDs following legacy and CIP129 formats and builds the corresponding vote delegation certificates in bulk
Register your Dandelion Node Group on-chain with GCFS. Writes a json file with your Node Group definition on-chain for backend peer discovery on Dandelion, the decentralized API service for Cardano. Set the URL of your node in ‘node-url’.
Reads a json file with your Node Group definition from an on-chain GCFS resource, used for backend peer discovery on Dandelion, the decentralized API service for Cardano
Search for all matching json files with Node Group definitions on all GCFS resources on-chain. These files are used for backend peer discovery on Dandelion, the decentralized API service for Cardano
Example that shows how to make multi-network protocols, meaning scripts that are prepared to run in multiple networks (and DLTs)
Dapps code was auto-generated by Playground IDE in GameChanger Wallet
MIT