ptree prop_list(const history_row& row)
{
ptree tree;
tree.put("received.hash", btc256(row.output.hash));
// missing received.height implies pending
if (row.output_height != 0)
tree.put("received.height", row.output_height);
tree.put("received.index", row.output.index);
// missing input implies unspent
if (row.spend.hash != null_hash)
{
tree.put("spent.hash", btc256(row.spend.hash));
// missing input.height implies spend unconfirmed
if (row.spend_height != 0)
tree.put("spent.height", row.spend_height);
tree.put("spent.index", row.spend.index);
}
tree.put("value", row.value);
return tree;
}
ptree prop_list(const chain::history& row)
{
ptree tree;
// missing output implies output cut off by server's history threshold
if (row.output.hash != null_hash)
{
tree.put("received.hash", btc256(row.output.hash));
// zeroized received.height implies output unconfirmed (in mempool)
if (row.output_height != 0)
tree.put("received.height", row.output_height);
tree.put("received.index", row.output.index);
}
// missing input implies unspent
if (row.spend.hash != null_hash)
{
tree.put("spent.hash", btc256(row.spend.hash));
// zeroized input.height implies spend unconfirmed (in mempool)
if (row.spend_height != 0)
tree.put("spent.height", row.spend_height);
tree.put("spent.index", row.spend.index);
}
tree.put("value", row.value);
return tree;
}
ptree prop_list(const header& header)
{
const chain::header& block_header = header;
ptree tree;
tree.put("bits", block_header.bits);
tree.put("hash", btc256(block_header.hash()));
tree.put("merkle_tree_hash", btc256(block_header.merkle));
tree.put("nonce", block_header.nonce);
tree.put("previous_block_hash", btc256(block_header.previous_block_hash));
tree.put("time_stamp", block_header.timestamp);
tree.put("version", block_header.version);
return tree;
}
ptree prop_list(const chain::point& point)
{
ptree tree;
tree.put("hash", btc256(point.hash));
tree.put("index", point.index);
return tree;
}
ptree prop_list(const hash_digest& hash, size_t height, size_t index)
{
ptree tree;
tree.put("hash", btc256(hash));
tree.put("height", height);
tree.put("index", index);
return tree;
}
ptree prop_list(const client::stealth_row& row)
{
ptree tree;
tree.put("ephemeral_public_key", encode_base16(row.ephemeral_public_key));
tree.put("public_key_hash", btc160(row.public_key_hash));
tree.put("transaction_hash", btc256(row.transaction_hash));
return tree;
}
ptree prop_list(const chain::stealth& row)
{
ptree tree;
tree.put("ephemeral_public_key", ec_public(row.ephemeral_public_key));
tree.put("public_key_hash", btc160(row.public_key_hash));
tree.put("transaction_hash", btc256(row.transaction_hash));
return tree;
}
ptree prop_list(const tx_type& tx, const hash_digest& block_hash,
const payment_address& address)
{
ptree tree;
tree.add("block", btc256(block_hash));
tree.add("address", address);
tree.add_child("transaction", prop_list(tx));
return tree;
}
ptree prop_list(const transaction& transaction)
{
const tx_type& tx = transaction;
ptree tree;
tree.put("hash", btc256(tx.hash()));
tree.add_child("inputs", prop_tree_list("input", tx.inputs));
tree.put("lock_time", tx.locktime);
tree.add_child("outputs", prop_tree_list("output", tx.outputs));
tree.put("version", tx.version);
return tree;
}
ptree prop_list(const tx_input_type& tx_input)
{
ptree tree;
const auto script_address = payment_address::extract(tx_input.script);
if (script_address)
tree.put("address", script_address);
tree.put("previous_output.hash", btc256(tx_input.previous_output.hash));
tree.put("previous_output.index", tx_input.previous_output.index);
tree.put("script", script(tx_input.script).to_string());
tree.put("sequence", tx_input.sequence);
return tree;
}
