| New Script | |
| Opcode.fromSymbol('type'), | |
| Opcode.fromInt(rules.types.TRANSFER), | |
| Opcode.fromSymbol('equal'), | |
| Opcode.fromSymbol('if'), | |
| Opcode.fromSymbol('dup'), | |
| Opcode.fromSymbol('blake160'), | |
| Opcode.fromPush(pubkeyhash), |
The airdrop is based on the paper An airdrop that preserves recipient privacy.
To claim the airdrop, you needed to have at least 15 followers on Github as of ~2 years ago and an
ssh or gpg key linked to your Github account. You will need to download hsd to create an
address and have access to the key linked to your Github account.
It is an easy process with 3 terminals. If you prefer to use a GUI, see Bob.
Handshake can be used to resolve names with a sliding scale of trust assumptions. In general, the more trust that the user places in the system, the better user experience. The easiest way to resolve Handshake names involves configuring DNS settings and not worrying at all about blockchain state. This means that the user is trusting the DNS service provider to properly validate all state transitions and relying on traditional means of DNS security. Running a light client as a DNS server removes the trust assumption that the name state is coming from the heaviest chain. The light client will sync the headers (technically a subset of the header, designed specifically to be lightweight), verify the proof of work is correct and ask for urkel proofs over the p2p network to validate against the tree root contained in the block header. The p2p connections are optionally encrypted with brontide (BOLT #8)
The Handshake Network has reserved the Alexa Top 100k domains on chain to make sure that
important brands are able to own their name in the system. These names can be claimed
using a DNSSEC proof of ownership. This means that the owner of the domain name must
place a TXT record at their domain name that includes a controlled address.
For technical instructions, see:
| ## Output Structuring | |
| In a UTXO-based blockchain, the typical transaction output consists of a | |
| _locking script_, or _predicate_, combined with an output value. | |
| A typical bitcoin output exists as a struct of: | |
| fig. 16 | |
| ``` c |
| #!/bin/bash | |
| # Run from the root of the gitrepo | |
| # Starts hsd, can pass debug as arg to run with | |
| # debugger. | |
| DIR="$( cd "$(dirname "$0")" >/dev/null 2>&1 ; pwd -P )" | |
| ROOTDIR=$(echo $(cd $DIR/.. && pwd)) | |
| NODE="$ROOTDIR/bin/node" |
| #!/bin/bash | |
| # First argument must be the path to | |
| # the hsd gitrepo, ie ./hsd-auction $PWD/hsd | |
| HSD_="$1/bin/hsd" | |
| HSW_CLI="$1/bin/hsw-cli" | |
| HSD_CLI="$1/bin/hsd-cli" | |
| export HSD_NETWORK=regtest |
| -----BEGIN PGP PUBLIC KEY BLOCK----- | |
| mFIEXnlZUhMIKoZIzj0DAQcCAwQhuVLb3ZGRJ/EpcvO/02F1PNpcuT6tIw5BhHdt | |
| xc97gENYp6XrhtemC51M6/igxITiSIhwRvUjuVenVo/fww6RtCVNYXJrIFR5bmV3 | |
| YXkgPG1hcmsudHluZXdheUBnbWFpbC5jb20+iIAEExMIABwFAl55WVICCwkCGwME | |
| FQgJCgQWAgMBAheAAh4BABYJENPNi9dkrOmVCxpUUkVaT1ItR1BHrDoA/00pjZ58 | |
| d0DoAmQs8Qnytkwyiewk+l5gUwGGgL1PzXj1AP9VPARuoWOMMlxItVExaTmD0y6e | |
| a1rc21ANUAoBa53T77hWBF55WVISCCqGSM49AwEHAgME+UsSeTWeDdE1MJjJwZKS | |
| xGHLkzRp5gcL9i1qETII3mVAQwIx+vZ/vn2XsXGBgLSoGQLIEDix8wKPbc77G8MR | |
| LQMBCAeIbQQYEwgACQUCXnlZUgIbDAAWCRDTzYvXZKzplQsaVFJFWk9SLUdQR+4Q |
| { | |
| "outputs": [ | |
| { | |
| "outpoint": { | |
| "hash": "87109e75e6b28cb2d4695fab9f2c091d894840b28aaa961528f64dc838b181c4", | |
| "index": 1 | |
| }, | |
| "output": { | |
| "value": 136503385487, | |
| "address": "hs1q9rpvmy58x6alnry6u0fy6zfd9fsq3sstcev9g0", |
