ptree prop_tree(const tx_type& tx, const hash_digest& block_hash,
const payment_address& address)
{
ptree tree;
tree.add_child("watch_address", prop_list(tx, block_hash, address));
return tree;
}
ptree prop_tree(const std::vector<balance_row>& rows,
const payment_address& balance_address)
{
ptree tree;
tree.add_child("balance", prop_list(rows, balance_address));
return tree;
}
ptree prop_tree(const chain::point::list& points, bool json)
{
ptree tree;
for (const auto& point: points)
tree.add_child("points", prop_list(point));
return tree;
}
ptree prop_tree(const chain::history::list& rows,
const payment_address& balance_address)
{
ptree tree;
tree.add_child("balance", prop_list(rows, balance_address));
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_tree(const header& header)
{
ptree tree;
tree.add_child("header", prop_list(header));
return tree;
}
ptree prop_tree(const hash_digest& hash, size_t height, size_t index)
{
ptree tree;
tree.add_child("metadata", prop_list(hash, height, index));
return tree;
}
ptree prop_tree(const client::stealth_row& row)
{
ptree tree;
tree.add_child("match", prop_list(row));
return tree;
}
ptree prop_tree(const stealth_address& stealth)
{
ptree tree;
tree.add_child("stealth_address", prop_list(stealth));
return tree;
}
ptree prop_tree(const wrapped_data& wrapper)
{
ptree tree;
tree.add_child("wrapper", prop_list(wrapper));
return tree;
}
ptree prop_tree(const transaction& transaction)
{
ptree tree;
tree.add_child("transaction", prop_list(transaction));
return tree;
}
ptree prop_tree(const tx_output_type& tx_output)
{
ptree tree;
tree.add_child("output", prop_list(tx_output));
return tree;
}
ptree prop_tree(const input& input)
{
ptree tree;
tree.add_child("input", prop_list(input));
return tree;
}
ptree prop_list(const input& input)
{
const tx_input_type& tx_input = input;
return prop_list(tx_input);
}
ptree prop_tree(const history_row& row)
{
ptree tree;
tree.add_child("transfer", prop_list(row));
return tree;
}
ptree prop_tree(const chain::stealth& row)
{
ptree tree;
tree.add_child("match", prop_list(row));
return tree;
}
