Address Derivation in IOTA
Explains how IOTA address derivation works — key concepts, BIP-39/BIP-44/SLIP-10 standards, and the three supported signature schemes.
Swift programming language.
View all tagsExplains how IOTA address derivation works — key concepts, BIP-39/BIP-44/SLIP-10 standards, and the three supported signature schemes.
How to derive an IOTA address from a BIP-39 mnemonic using Ed25519, Secp256k1, and Secp256r1 signature schemes.
How to create a random Mnemonic
How to retrieve coin balances for an IOTA address using the GraphQL client.
Get started with the IOTA SDK Swift bindings to interact with the IOTA network.
How to query events emitted by a Move package using the GraphQL client.
How to list the objects owned by an IOTA address using the GraphQL client.
How to query transactions filtered by a Move function call using the GraphQL client.
How to sign and execute an IOTA transfer transaction on localnet.
How to stake IOTA to a validator using the SDK transaction builder.
How to feed the results of earlier Programmable Transaction Block commands into later ones.