NameRegister

The contract implements the standardized registry interface defined in Ethereum’s official documentation prior to mainnet launch. It exposes functions to reserve names, transfer ownership, associate primary addresses, attach content identifiers, delegate to sub-registrars, and relinquish ownership.

Names are claimed on a first-come, first-served basis via a reserve function. Ownership and metadata are stored in mappings keyed by the name hash, while reverse lookup is supported through address-to-name mappings. Although the code contains extensive commented plans for auctions, renewals, and bidding mechanisms, the deployed logic focuses on the core functionality of name ownership and resolution.

The contract implements the standardized registry interface defined in Ethereum’s official documentation prior to mainnet launch. It exposes functions to reserve names, transfer ownership, associate primary addresses, attach content identifiers, delegate to sub-registrars, and relinquish ownership.

Names are claimed on a first-come, first-served basis via a reserve function. Ownership and metadata are stored in mappings keyed by the name hash, while reverse lookup is supported through address-to-name mappings. Although the code contains extensive commented plans for auctions, renewals, and bidding mechanisms, the deployed logic focuses on the core functionality of name ownership and resolution.

The contract implements the standardized registry interface defined in Ethereum’s official documentation prior to mainnet launch. It exposes functions to reserve names, transfer ownership, associate primary addresses, attach content identifiers, delegate to sub-registrars, and relinquish ownership.

Names are claimed on a first-come, first-served basis via a reserve function. Ownership and metadata are stored in mappings keyed by the name hash, while reverse lookup is supported through address-to-name mappings. Although the code contains extensive commented plans for auctions, renewals, and bidding mechanisms, the deployed logic focuses on the core functionality of name ownership and resolution.

The contract implements the standardized registry interface defined in Ethereum’s official documentation prior to mainnet launch. It exposes functions to reserve names, transfer ownership, associate primary addresses, attach content identifiers, delegate to sub-registrars, and relinquish ownership.

Names are claimed on a first-come, first-served basis via a reserve function. Ownership and metadata are stored in mappings keyed by the name hash, while reverse lookup is supported through address-to-name mappings. Although the code contains extensive commented plans for auctions, renewals, and bidding mechanisms, the deployed logic focuses on the core functionality of name ownership and resolution.

The contract implements the standardized registry interface defined in Ethereum’s official documentation prior to mainnet launch. It exposes functions to reserve names, transfer ownership, associate primary addresses, attach content identifiers, delegate to sub-registrars, and relinquish ownership.

Names are claimed on a first-come, first-served basis via a reserve function. Ownership and metadata are stored in mappings keyed by the name hash, while reverse lookup is supported through address-to-name mappings. Although the code contains extensive commented plans for auctions, renewals, and bidding mechanisms, the deployed logic focuses on the core functionality of name ownership and resolution.

The contract implements the standardized registry interface defined in Ethereum’s official documentation prior to mainnet launch. It exposes functions to reserve names, transfer ownership, associate primary addresses, attach content identifiers, delegate to sub-registrars, and relinquish ownership.

Names are claimed on a first-come, first-served basis via a reserve function. Ownership and metadata are stored in mappings keyed by the name hash, while reverse lookup is supported through address-to-name mappings. Although the code contains extensive commented plans for auctions, renewals, and bidding mechanisms, the deployed logic focuses on the core functionality of name ownership and resolution.

The contract implements the standardized registry interface defined in Ethereum’s official documentation prior to mainnet launch. It exposes functions to reserve names, transfer ownership, associate primary addresses, attach content identifiers, delegate to sub-registrars, and relinquish ownership.

Names are claimed on a first-come, first-served basis via a reserve function. Ownership and metadata are stored in mappings keyed by the name hash, while reverse lookup is supported through address-to-name mappings. Although the code contains extensive commented plans for auctions, renewals, and bidding mechanisms, the deployed logic focuses on the core functionality of name ownership and resolution.

The contract implements the standardized registry interface defined in Ethereum’s official documentation prior to mainnet launch. It exposes functions to reserve names, transfer ownership, associate primary addresses, attach content identifiers, delegate to sub-registrars, and relinquish ownership.

Names are claimed on a first-come, first-served basis via a reserve function. Ownership and metadata are stored in mappings keyed by the name hash, while reverse lookup is supported through address-to-name mappings. Although the code contains extensive commented plans for auctions, renewals, and bidding mechanisms, the deployed logic focuses on the core functionality of name ownership and resolution.

The contract implements the standardized registry interface defined in Ethereum’s official documentation prior to mainnet launch. It exposes functions to reserve names, transfer ownership, associate primary addresses, attach content identifiers, delegate to sub-registrars, and relinquish ownership.

Names are claimed on a first-come, first-served basis via a reserve function. Ownership and metadata are stored in mappings keyed by the name hash, while reverse lookup is supported through address-to-name mappings. Although the code contains extensive commented plans for auctions, renewals, and bidding mechanisms, the deployed logic focuses on the core functionality of name ownership and resolution.

The contract implements the standardized registry interface defined in Ethereum’s official documentation prior to mainnet launch. It exposes functions to reserve names, transfer ownership, associate primary addresses, attach content identifiers, delegate to sub-registrars, and relinquish ownership.

Names are claimed on a first-come, first-served basis via a reserve function. Ownership and metadata are stored in mappings keyed by the name hash, while reverse lookup is supported through address-to-name mappings. Although the code contains extensive commented plans for auctions, renewals, and bidding mechanisms, the deployed logic focuses on the core functionality of name ownership and resolution.

The Linagee Name Registrar, deployed on August 8, 2015, is the first smart contract to implement an on-chain naming system on Ethereum. It allows users to reserve unique bytes32 names, assign ownership, associate addresses and content hashes, and perform forward and reverse name resolution directly on-chain.

The deployed contract implements a global registrar model in which names are scarce, transferable, and independently owned, establishing naming as a native blockchain primitive rather than an off-chain convention.