Bitcoin address: bc1p4ufg3wlvtmlnrd9v0hk4sumclp2r309j6xz0yjwt5rehdgntk2vsqla4m9

SHOWING: First 60

"digital money."
msgstr ""
"Se as inscrições provarem, como os autores esperam, serem artefatos digitais "
"muito procurados com uma história rica, elas servirão como um gancho poderoso "
"para a adoção do Bitcoin: venha pela diversão e arte rica, fique pelo dinheiro "
"digital descentralizado."

#: src/faq.md:327
msgid ""
"Inscriptions are an extremely benign source of demand for block space. "
"Unlike, for example, stablecoins, which potentially give large stablecoin "
"issuers influence over the future of Bitcoin development, or DeFi, which "
"might centralize mining by introducing opportunities for MEV, digital art "
"and collectables on Bitcoin, are unlikely to produce individual entities "
"with enough power to corrupt Bitcoin. Art is decentralized."
msgstr ""
"As inscrições são uma fonte extremamente benigna de demanda por espaço de bloco. "
"Ao contrário, por exemplo, das stablecoins, que potencialmente dão aos grandes "
"emissores de stablecoin influência sobre o futuro do desenvolvimento do Bitcoin, "

#45,003,561text

    let acme_cache = if let Some(acme_cache) = acme_cache {
      acme_cache.clone()
    } else {
      options.data_dir()?.join("acme-cache")
    };

    Ok(acme_cache)
  }

  fn acme_domains(&self) -> Result<Vec<String>> {
    if !self.acme_domain.is_empty() {
      Ok(self.acme_domain.clone())
    } else {
      Ok(vec![System::new()
        .host_name()
        .ok_or(anyhow!("no hostname found"))?])
    }
  }

  fn http_port(&self) -> Option<u16> {
    if self.http || self.http_port.is_some() || (self.https_port.is_none() && !self.https) {
      Some(self.http_port.unwrap_or(80))
    } else {
      None
    }
  }

  fn https_port(&self) -> Option<u16> {
    if self.https || self.https_port.is_some() {
      Some(self.https_port.unwrap_or(443))
    } else {
      None
    }
  }

  fn acceptor(&self, options: &Options) -> Result<AxumAcceptor> {
    let config = AcmeConfig::new(self.acme_domains()?)
      .contact(&self.acme_contact)
      .cache_option(Some(DirCache::new(Self::acme_cache(
        self.acme_cache.as_ref(),

#45,003,556text

use super::*;

fn target_as_block_hash(target: bitcoin::Target) -> BlockHash {
  BlockHash::from_raw_hash(Hash::from_byte_array(target.to_le_bytes()))
}

#[derive(Boilerplate)]
pub(crate) struct BlockHtml {
  hash: BlockHash,
  target: BlockHash,
  best_height: Height,
  block: Block,
  height: Height,
  inscription_count: usize,
  featured_inscriptions: Vec<InscriptionId>,
}

impl BlockHtml {
  pub(crate) fn new(
    block: Block,
    height: Height,
    best_height: Height,
    inscription_count: usize,
    featured_inscriptions: Vec<InscriptionId>,
  ) -> Self {
    Self {
      hash: block.header.block_hash(),
      target: target_as_block_hash(block.header.target()),
      block,
      height,
      best_height,
      inscription_count,
      featured_inscriptions,
    }
  }
}

#[derive(Debug, PartialEq, Serialize, Deserialize)]
pub struct BlockJson {
  pub hash: BlockHash,
  pub target: BlockHash,
  pub best_height: u32,
  pub height: u32,
  pub inscriptions: Vec<InscriptionId>,
}

impl BlockJson {
  pub(crate) fn new(

#45,003,553text

pub(crate) use {
  super::*,
  bitcoin::{
    blockdata::{opcodes, script, script::PushBytesBuf},
    ScriptBuf, Witness,
  },
  pretty_assertions::assert_eq as pretty_assert_eq,
  std::iter,
  test_bitcoincore_rpc::TransactionTemplate,
  unindent::Unindent,
};

macro_rules! assert_regex_match {
  ($value:expr, $pattern:expr $(,)?) => {
    let regex = Regex::new(&format!("^(?s){}$", $pattern)).unwrap();
    let string = $value.to_string();

    if !regex.is_match(string.as_ref()) {
      panic!(
        "Regex:\n\n{}\n\n…did not match string:\n\n{}",
        regex, string
      );
    }
  };
}

macro_rules! assert_matches {
  ($expression:expr, $( $pattern:pat_param )|+ $( if $guard:expr )? $(,)?) => {
    match $expression {
      $( $pattern )|+ $( if $guard )? => {}
      left => panic!(
        "assertion failed: (left ~= right)\n  left: `{:?}`\n right: `{}`",
        left,
        stringify!($($pattern)|+ $(if $guard)?)
      ),
    }
  }
}

pub(crate) fn blockhash(n: u64) -> BlockHash {
  let hex = format!("{n:x}");

#45,003,543text

      output_1
    ),
  );

  ord_server.assert_response_regex(
    format!("/inscription/{}", output.inscriptions[1].id),
    format!(
      r".*<dt>parent</dt>\s*<dd>.*{parent_id}.*</dd>.*<dt>output value</dt>.*<dd>10000</dd>.*.*<dt>location</dt>.*<dd class=monospace>{}:0</dd>.*",
      output_2
    ),
  );

  ord_server.assert_response_regex(
    format!("/inscription/{}", output.inscriptions[2].id),
    format!(
      r".*<dt>parent</dt>\s*<dd>.*{parent_id}.*</dd>.*<dt>output value</dt>.*<dd>10000</dd>.*.*<dt>location</dt>.*<dd class=monospace>{}:0</dd>.*",
      output_3
    ),
  );
}

#[test]
fn batch_in_separate_outputs_with_parent_and_non_default_postage() {
  let rpc_server = test_bitcoincore_rpc::spawn();
  rpc_server.mine_blocks(1);

  assert_eq!(rpc_server.descriptors().len(), 0);

  create_wallet(&rpc_server);

  let parent_output = CommandBuilder::new("wallet inscribe --fee-rate 5.0 --file parent.png")
    .write("parent.png", [1; 520])
    .rpc_server(&rpc_server)
    .run_and_deserialize_output::<Inscribe>();

#45,003,530text

  "index_path": ".*\.redb",
  "leaf_pages": \d+,
  "metadata_bytes": \d+,
  "outputs_traversed": 0,
  "page_size": \d+,
  "sat_ranges": 0,
  "stored_bytes": \d+,
  "tables": .*,
  "transactions": \[
    \{
      "starting_block_count": 0,
      "starting_timestamp": \d+
    \}
  \],
  "tree_height": \d+,
  "utxos_indexed": 0
\}
"#,
    )
    .run_and_extract_stdout();
}

#[test]
fn transactions() {
  let rpc_server = test_bitcoincore_rpc::spawn();

  let tempdir = TempDir::new().unwrap();

  let index_path = tempdir.path().join("index.redb");

  assert!(CommandBuilder::new(format!(
    "--index {} index info --transactions",
    index_path.display()
  ))
  .rpc_server(&rpc_server)
  .run_and_deserialize_output::<Vec<TransactionsOutput>>()
  .is_empty());

  rpc_server.mine_blocks(10);

  let output = CommandBuilder::new(format!(
    "--index {} index info --transactions",
    index_path.display()
  ))
  .rpc_server(&rpc_server)
  .run_and_deserialize_output::<Vec<TransactionsOutput>>();

  assert_eq!(output[0].start, 0);