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ZMQ Hardening (#96)

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Lee *!* Clagett 2024-03-16 21:40:48 -04:00 committed by GitHub
parent 04b5322005
commit e7db291669
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GPG key ID: B5690EEEBB952194
30 changed files with 564 additions and 295 deletions
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6
src/db/data.cpp
View file

@ -41,7 +41,9 @@
#include "wire/msgpack.h"
#include "wire/uuid.h"
#include "wire/vector.h"
#include "wire/wrapper/array.h"
#include "wire/wrapper/defaulted.h"
#include "wire/wrappers_impl.h"
namespace lws
{
@ -82,7 +84,7 @@ namespace db
{
wire::object(format,
wire::field<0>("key", std::ref(self.first)),
wire::field<1>("value", std::ref(self.second))
wire::optional_field<1>("value", std::ref(self.second))
);
}
}
@ -91,7 +93,7 @@ namespace db
{
bool is_first = true;
minor_index last = minor_index::primary;
for (const auto& elem : self.second)
for (const auto& elem : self.second.get_container())
{
if (elem[1] < elem[0])
{

4
src/db/data.h
View file

@ -45,6 +45,7 @@
#include "wire/json/fwd.h"
#include "wire/msgpack/fwd.h"
#include "wire/traits.h"
#include "wire/wrapper/array.h"
namespace lws
{
@ -138,7 +139,8 @@ namespace db
using index_range = std::array<minor_index, 2>;
//! Ranges within a major index
using index_ranges = std::vector<index_range>;
using min_index_ranges = wire::min_element_size<2>;
using index_ranges = wire::array_<std::vector<index_range>, min_index_ranges>;
//! Compatible with msgpack_table
using subaddress_dict = std::pair<major_index, index_ranges>;

33
src/db/storage.cpp
View file

@ -64,6 +64,15 @@
#include "wire/wrapper/array.h"
#include "wire/wrappers_impl.h"
namespace wire
{
template<typename T, typename C>
static bool operator<(const array_<T, C>& lhs, const array_<T, C>& rhs)
{
return lhs.get_container() < rhs.get_container();
}
}
namespace lws
{
namespace db
@ -1156,7 +1165,7 @@ namespace db
);
}
static void write_bytes(wire::json_writer& dest, const std::pair<lws::db::account_id, std::vector<std::pair<lws::db::major_index, std::vector<std::array<lws::db::minor_index, 2>>>>>& self)
static void write_bytes(wire::json_writer& dest, const std::pair<lws::db::account_id, std::vector<db::subaddress_dict>>& self)
{
wire::object(dest,
wire::field("id", std::cref(self.first)),
@ -2756,9 +2765,9 @@ namespace db
const auto add_out = [&out] (major_index major, index_range minor)
{
if (out.empty() || out.back().first != major)
out.emplace_back(major, index_ranges{minor});
out.emplace_back(major, index_ranges{std::vector<index_range>{minor}});
else
out.back().second.push_back(minor);
out.back().second.get_container().push_back(minor);
};
const auto check_max_range = [&subaddr_count, max_subaddr] (const index_range& range) -> bool
@ -2771,7 +2780,7 @@ namespace db
};
const auto check_max_ranges = [&check_max_range] (const index_ranges& ranges) -> bool
{
for (const auto& range : ranges)
for (const auto& range : ranges.get_container())
{
if (!check_max_range(range))
return false;
@ -2802,7 +2811,7 @@ namespace db
for (auto& major_entry : subaddrs)
{
new_dict.clear();
new_dict.get_container().clear();
if (!check_subaddress_dict(major_entry))
{
MERROR("Invalid subaddress_dict given to storage::upsert_subaddrs");
@ -2826,8 +2835,8 @@ namespace db
if (!old_dict)
return old_dict.error();
auto& old_range = old_dict->second;
const auto& new_range = major_entry.second;
auto& old_range = old_dict->second.get_container();
const auto& new_range = major_entry.second.get_container();
auto old_loc = old_range.begin();
auto new_loc = new_range.begin();
@ -2838,13 +2847,13 @@ namespace db
if (!check_max_range(*new_loc))
return {error::max_subaddresses};
new_dict.push_back(*new_loc);
new_dict.get_container().push_back(*new_loc);
add_out(major_entry.first, *new_loc);
++new_loc;
}
else if (std::uint64_t(old_loc->at(1)) + 1 < std::uint32_t(new_loc->at(0)))
{ // existing has no overlap with new
new_dict.push_back(*old_loc);
new_dict.get_container().push_back(*old_loc);
++old_loc;
}
else if (old_loc->at(0) <= new_loc->at(0) && new_loc->at(1) <= old_loc->at(1))
@ -2873,17 +2882,17 @@ namespace db
}
}
std::copy(old_loc, old_range.end(), std::back_inserter(new_dict));
std::copy(old_loc, old_range.end(), std::back_inserter(new_dict.get_container()));
for ( ; new_loc != new_range.end(); ++new_loc)
{
if (!check_max_range(*new_loc))
return {error::max_subaddresses};
new_dict.push_back(*new_loc);
new_dict.get_container().push_back(*new_loc);
add_out(major_entry.first, *new_loc);
}
}
for (const auto& new_indexes : new_dict)
for (const auto& new_indexes : new_dict.get_container())
{
for (std::uint64_t minor : boost::counting_range(std::uint64_t(new_indexes[0]), std::uint64_t(new_indexes[1]) + 1))
{

2
src/rest_server.cpp
View file

@ -708,7 +708,7 @@ namespace lws
for (std::uint64_t elem : boost::counting_range(std::uint64_t(major_i), std::uint64_t(major_i) + n_major))
{
ranges.emplace_back(
db::major_index(elem), db::index_ranges{db::index_range{db::minor_index(minor_i), db::minor_index(minor_i + n_minor - 1)}}
db::major_index(elem), db::index_ranges{{db::index_range{db::minor_index(minor_i), db::minor_index(minor_i + n_minor - 1)}}}
);
}
auto upserted = disk.upsert_subaddresses(id, req.creds.address, req.creds.key, ranges, options.max_subaddresses);

10
src/rpc/admin.cpp
View file

@ -49,7 +49,7 @@ namespace wire
{
static void write_bytes(wire::writer& dest, const std::pair<lws::db::webhook_key, std::vector<lws::db::webhook_value>>& self)
{
wire::object(dest, wire::field<0>("key", self.first), wire::field<1>("value", self.second));
wire::object(dest, wire::field<0>("key", std::cref(self.first)), wire::field<1>("value", std::cref(self.second)));
}
}
@ -119,8 +119,14 @@ namespace
template<typename T, typename... U>
void read_addresses(wire::reader& source, T& self, U... field)
{
using min_address_size =
wire::min_element_sizeof<crypto::public_key, crypto::public_key>;
std::vector<std::string> addresses;
wire::object(source, wire::field("addresses", std::ref(addresses)), std::move(field)...);
wire::object(source,
wire::field("addresses", wire::array<min_address_size>(std::ref(addresses))),
std::move(field)...
);
self.addresses.reserve(addresses.size());
for (const auto& elem : addresses)

24
src/rpc/client.cpp
View file

@ -58,6 +58,8 @@ namespace rpc
constexpr const char minimal_chain_topic[] = "json-minimal-chain_main";
constexpr const char full_txpool_topic[] = "json-full-txpool_add";
constexpr const int daemon_zmq_linger = 0;
constexpr const std::int64_t max_msg_sub = 10 * 1024 * 1024; // 50 MiB
constexpr const std::int64_t max_msg_req = 350 * 1024 * 1024; // 350 MiB
constexpr const std::chrono::seconds chain_poll_timeout{20};
constexpr const std::chrono::minutes chain_sub_timeout{4};
@ -166,13 +168,20 @@ namespace rpc
MONERO_ZMQ_CHECK(zmq_setsockopt(signal_sub, ZMQ_SUBSCRIBE, signal, sizeof(signal) - 1));
return success();
}
template<typename T>
expect<void> do_set_option(void* sock, const int option, const T value) noexcept
{
MONERO_ZMQ_CHECK(zmq_setsockopt(sock, option, std::addressof(value), sizeof(value)));
return success();
}
} // anonymous
namespace detail
{
struct context
{
explicit context(zcontext comm, socket signal_pub, socket external_pub, rcontext rmq, std::string daemon_addr, std::string sub_addr, std::chrono::minutes interval)
explicit context(zcontext comm, socket signal_pub, socket external_pub, rcontext rmq, std::string daemon_addr, std::string sub_addr, std::chrono::minutes interval, bool untrusted_daemon)
: comm(std::move(comm))
, signal_pub(std::move(signal_pub))
, external_pub(std::move(external_pub))
@ -185,6 +194,7 @@ namespace rpc
, cached{}
, sync_pub()
, sync_rates()
, untrusted_daemon(untrusted_daemon)
{
if (std::chrono::minutes{0} < cache_interval)
rates_conn.set_server(crypto_compare.host, boost::none, epee::net_utils::ssl_support_t::e_ssl_support_enabled);
@ -202,6 +212,7 @@ namespace rpc
rates cached;
boost::mutex sync_pub;
boost::mutex sync_rates;
const bool untrusted_daemon;
};
} // detail
@ -254,14 +265,15 @@ namespace rpc
{
MONERO_PRECOND(ctx != nullptr);
int option = daemon_zmq_linger;
client out{std::move(ctx)};
out.daemon.reset(zmq_socket(out.ctx->comm.get(), ZMQ_REQ));
if (out.daemon.get() == nullptr)
return net::zmq::get_error_code();
MONERO_CHECK(do_set_option(out.daemon.get(), ZMQ_LINGER, daemon_zmq_linger));
if (out.ctx->untrusted_daemon)
MONERO_CHECK(do_set_option(out.daemon.get(), ZMQ_MAXMSGSIZE, max_msg_req));
MONERO_ZMQ_CHECK(zmq_connect(out.daemon.get(), out.ctx->daemon_addr.c_str()));
MONERO_ZMQ_CHECK(zmq_setsockopt(out.daemon.get(), ZMQ_LINGER, &option, sizeof(option)));
if (!out.ctx->sub_addr.empty())
{
@ -269,6 +281,8 @@ namespace rpc
if (out.daemon_sub.get() == nullptr)
return net::zmq::get_error_code();
if (out.ctx->untrusted_daemon)
MONERO_CHECK(do_set_option(out.daemon_sub.get(), ZMQ_MAXMSGSIZE, max_msg_sub));
MONERO_ZMQ_CHECK(zmq_connect(out.daemon_sub.get(), out.ctx->sub_addr.c_str()));
MONERO_CHECK(do_subscribe(out.daemon_sub.get(), minimal_chain_topic));
MONERO_CHECK(do_subscribe(out.daemon_sub.get(), full_txpool_topic));
@ -424,7 +438,7 @@ namespace rpc
return ctx->cached;
}
context context::make(std::string daemon_addr, std::string sub_addr, std::string pub_addr, rmq_details rmq_info, std::chrono::minutes rates_interval)
context context::make(std::string daemon_addr, std::string sub_addr, std::string pub_addr, rmq_details rmq_info, std::chrono::minutes rates_interval, const bool untrusted_daemon)
{
zcontext comm{zmq_init(1)};
if (comm == nullptr)
@ -502,7 +516,7 @@ namespace rpc
return context{
std::make_shared<detail::context>(
std::move(comm), std::move(pub), std::move(external_pub), std::move(rmq), std::move(daemon_addr), std::move(sub_addr), rates_interval
std::move(comm), std::move(pub), std::move(external_pub), std::move(rmq), std::move(daemon_addr), std::move(sub_addr), rates_interval, untrusted_daemon
)
};
}

4
src/rpc/client.h
View file

@ -204,8 +204,10 @@ namespace rpc
\param rmq_info Required information for RMQ publishing (if enabled)
\param rates_interval Frequency to retrieve exchange rates. Set value to
`<= 0` to disable exchange rate retrieval.
\param True if additional size constraints should be placed on
daemon messages
*/
static context make(std::string daemon_addr, std::string sub_addr, std::string pub_addr, rmq_details rmq_info, std::chrono::minutes rates_interval);
static context make(std::string daemon_addr, std::string sub_addr, std::string pub_addr, rmq_details rmq_info, std::chrono::minutes rates_interval, const bool untrusted_daemon);
context(context&&) = default;
context(context const&) = delete;

9
src/rpc/daemon_pub.cpp
View file

@ -34,19 +34,24 @@
#include "wire/field.h"
#include "wire/traits.h"
#include "wire/json/read.h"
#include "wire/wrapper/array.h"
#include "wire/wrappers_impl.h"
namespace
{
using max_txes_pub = wire::max_element_count<775>;
struct dummy_chain_array
{
using value_type = crypto::hash;
std::uint64_t count;
std::size_t count = 0;
std::reference_wrapper<crypto::hash> id;
void clear() noexcept {}
void reserve(std::size_t) noexcept {}
std::size_t size() const noexcept { return count; }
crypto::hash& back() noexcept { return id; }
void emplace_back() { ++count; }
};
@ -88,7 +93,7 @@ namespace rpc
static void read_bytes(wire::json_reader& source, full_txpool_pub& self)
{
wire_read::array(source, self.txes);
wire_read::bytes(source, wire::array<max_txes_pub>(std::ref(self.txes)));
}
expect<full_txpool_pub> full_txpool_pub::from_json(std::string&& source)

87
src/rpc/daemon_zmq.cpp
View file

@ -28,11 +28,14 @@
#include "daemon_zmq.h"
#include <boost/optional/optional.hpp>
#include "cryptonote_config.h" // monero/src
#include "crypto/crypto.h" // monero/src
#include "rpc/message_data_structs.h" // monero/src
#include "wire/crypto.h"
#include "wire/json.h"
#include "wire/wrapper/array.h"
#include "wire/wrapper/variant.h"
#include "wire/wrappers_impl.h"
#include "wire/vector.h"
namespace
@ -43,6 +46,17 @@ namespace
constexpr const std::size_t default_outputs = 4;
constexpr const std::size_t default_txextra_size = 2048;
constexpr const std::size_t default_txpool_size = 32;
using max_blocks_per_fetch =
wire::max_element_count<COMMAND_RPC_GET_BLOCKS_FAST_MAX_BLOCK_COUNT>;
//! Not the default in cryptonote, but roughly a 31.8 MiB block
using max_txes_per_block = wire::max_element_count<21845>;
using max_inputs_per_tx = wire::max_element_count<3000>;
using max_outputs_per_tx = wire::max_element_count<2000>;
using max_ring_size = wire::max_element_count<4600>;
using max_txpool_size = wire::max_element_count<775>;
}
namespace rct
@ -65,7 +79,11 @@ namespace rct
static void read_bytes(wire::json_reader& source, mgSig& self)
{
wire::object(source, WIRE_FIELD(ss), WIRE_FIELD(cc));
using max_256 = wire::max_element_count<256>;
wire::object(source,
wire::field("ss", wire::array<max_256>(std::ref(self.ss))),
WIRE_FIELD(cc)
);
}
static void read_bytes(wire::json_reader& source, BulletproofPlus& self)
@ -142,13 +160,20 @@ namespace rct
void read_bytes(wire::json_reader& source, prunable_helper& self)
{
using rf_min_size = wire::min_element_sizeof<key64, key64, key64, key>;
using bf_max = wire::max_element_count<BULLETPROOF_MAX_OUTPUTS>;
using bf_plus_max = wire::max_element_count<BULLETPROOF_PLUS_MAX_OUTPUTS>;
using mlsags_max = wire::max_element_count<256>;
using clsags_max = wire::max_element_count<256>;
using pseudo_outs_max = wire::max_element_count<256>;
wire::object(source,
wire::field("range_proofs", std::ref(self.prunable.rangeSigs)),
wire::field("bulletproofs", std::ref(self.prunable.bulletproofs)),
wire::field("bulletproofs_plus", std::ref(self.prunable.bulletproofs_plus)),
wire::field("mlsags", std::ref(self.prunable.MGs)),
wire::field("clsags", std::ref(self.prunable.CLSAGs)),
wire::field("pseudo_outs", std::ref(self.pseudo_outs))
wire::field("range_proofs", wire::array<rf_min_size>(std::ref(self.prunable.rangeSigs))),
wire::field("bulletproofs", wire::array<bf_max>(std::ref(self.prunable.bulletproofs))),
wire::field("bulletproofs_plus", wire::array<bf_plus_max>(std::ref(self.prunable.bulletproofs_plus))),
wire::field("mlsags", wire::array<mlsags_max>(std::ref(self.prunable.MGs))),
wire::field("clsags", wire::array<clsags_max>(std::ref(self.prunable.CLSAGs))),
wire::field("pseudo_outs", wire::array<pseudo_outs_max>(std::ref(self.pseudo_outs)))
);
const bool pruned =
@ -166,15 +191,16 @@ namespace rct
static void read_bytes(wire::json_reader& source, rctSig& self)
{
boost::optional<std::vector<ecdhTuple>> ecdhInfo;
boost::optional<ctkeyV> outPk;
using min_ecdh = wire::min_element_sizeof<rct::key, rct::key>;
using min_ctkey = wire::min_element_sizeof<rct::key>;
boost::optional<xmr_amount> txnFee;
boost::optional<prunable_helper> prunable;
self.outPk.reserve(default_inputs);
wire::object(source,
WIRE_FIELD(type),
wire::optional_field("encrypted", std::ref(ecdhInfo)),
wire::optional_field("commitments", std::ref(outPk)),
wire::optional_field("encrypted", wire::array<min_ecdh>(std::ref(self.ecdhInfo))),
wire::optional_field("commitments", wire::array<min_ctkey>(std::ref(self.outPk))),
wire::optional_field("fee", std::ref(txnFee)),
wire::optional_field("prunable", std::ref(prunable))
);
@ -182,13 +208,11 @@ namespace rct
self.txnFee = 0;
if (self.type != RCTTypeNull)
{
if (!ecdhInfo || !outPk || !txnFee)
if (self.ecdhInfo.empty() || self.outPk.empty() || !txnFee)
WIRE_DLOG_THROW(wire::error::schema::missing_key, "Expected fields `encrypted`, `commitments`, and `fee`");
self.ecdhInfo = std::move(*ecdhInfo);
self.outPk = std::move(*outPk);
self.txnFee = std::move(*txnFee);
}
else if (ecdhInfo || outPk || txnFee)
else if (!self.ecdhInfo.empty() || !self.outPk.empty() || txnFee)
WIRE_DLOG_THROW(wire::error::schema::invalid_key, "Did not expected `encrypted`, `commitments`, or `fee`");
if (prunable)
@ -243,7 +267,11 @@ namespace cryptonote
}
static void read_bytes(wire::json_reader& source, txin_to_key& self)
{
wire::object(source, WIRE_FIELD(amount), WIRE_FIELD(key_offsets), wire::field("key_image", std::ref(self.k_image)));
wire::object(source,
WIRE_FIELD(amount),
WIRE_FIELD_ARRAY(key_offsets, max_ring_size),
wire::field("key_image", std::ref(self.k_image))
);
}
static void read_bytes(wire::json_reader& source, txin_v& self)
{
@ -264,27 +292,34 @@ namespace cryptonote
wire::object(source,
WIRE_FIELD(version),
WIRE_FIELD(unlock_time),
wire::field("inputs", std::ref(self.vin)),
wire::field("outputs", std::ref(self.vout)),
wire::field("inputs", wire::array<max_inputs_per_tx>(std::ref(self.vin))),
wire::field("outputs", wire::array<max_outputs_per_tx>(std::ref(self.vout))),
WIRE_FIELD(extra),
WIRE_FIELD_ARRAY(signatures, max_inputs_per_tx),
wire::field("ringct", std::ref(self.rct_signatures))
);
}
static void read_bytes(wire::json_reader& source, block& self)
{
using min_hash_size = wire::min_element_sizeof<crypto::hash>;
self.tx_hashes.reserve(default_transaction_count);
wire::object(source,
WIRE_FIELD(major_version),
WIRE_FIELD(minor_version),
WIRE_FIELD(timestamp),
WIRE_FIELD(miner_tx),
WIRE_FIELD(tx_hashes),
WIRE_FIELD_ARRAY(tx_hashes, min_hash_size),
WIRE_FIELD(prev_id),
WIRE_FIELD(nonce)
);
}
static void read_bytes(wire::json_reader& source, std::vector<transaction>& self)
{
wire_read::array_unchecked(source, self, 0, max_txes_per_block{});
}
namespace rpc
{
static void read_bytes(wire::json_reader& source, block_with_transactions& self)
@ -293,6 +328,11 @@ namespace cryptonote
wire::object(source, WIRE_FIELD(block), WIRE_FIELD(transactions));
}
static void read_bytes(wire::json_reader& source, std::vector<block_with_transactions>& self)
{
wire_read::array_unchecked(source, self, 0, max_blocks_per_fetch{});
}
static void read_bytes(wire::json_reader& source, tx_in_pool& self)
{
wire::object(source, WIRE_FIELD(tx), WIRE_FIELD(tx_hash));
@ -310,11 +350,16 @@ void lws::rpc::read_bytes(wire::json_reader& source, get_blocks_fast_response& s
{
self.blocks.reserve(default_blocks_fetched);
self.output_indices.reserve(default_blocks_fetched);
wire::object(source, WIRE_FIELD(blocks), WIRE_FIELD(output_indices), WIRE_FIELD(start_height), WIRE_FIELD(current_height));
wire::object(source,
WIRE_FIELD(blocks),
wire::field("output_indices", wire::array<max_blocks_per_fetch>(wire::array<max_txes_per_block>(wire::array<max_outputs_per_tx>(std::ref(self.output_indices))))),
WIRE_FIELD(start_height),
WIRE_FIELD(current_height)
);
}
void lws::rpc::read_bytes(wire::json_reader& source, get_transaction_pool_response& self)
{
self.transactions.reserve(default_txpool_size);
wire::object(source, WIRE_FIELD(transactions));
wire::object(source, WIRE_FIELD_ARRAY(transactions, max_txpool_size));
}

6
src/rpc/light_wallet.cpp
View file

@ -50,6 +50,8 @@
namespace
{
using max_subaddrs = wire::max_element_count<16384>;
enum class iso_timestamp : std::uint64_t {};
struct rct_bytes
@ -178,7 +180,7 @@ namespace lws
}
void rpc::read_bytes(wire::json_reader& source, safe_uint64_array& self)
{
for (std::size_t count = source.start_array(); !source.is_array_end(count); --count)
for (std::size_t count = source.start_array(0); !source.is_array_end(count); --count)
self.values.emplace_back(wire::integer::cast_unsigned<std::uint64_t>(source.safe_unsigned_integer()));
source.end_array();
}
@ -374,7 +376,7 @@ namespace lws
wire::object(source,
wire::field("address", std::ref(address)),
wire::field("view_key", std::ref(unwrap(unwrap(self.creds.key)))),
WIRE_FIELD(subaddrs),
WIRE_FIELD_ARRAY(subaddrs, max_subaddrs),
WIRE_OPTIONAL_FIELD(get_all)
);
convert_address(address, self.creds.address);

2
src/server_main.cpp
View file

@ -281,7 +281,7 @@ namespace
boost::filesystem::create_directories(prog.db_path);
auto disk = lws::db::storage::open(prog.db_path.c_str(), prog.create_queue_max);
auto ctx = lws::rpc::context::make(std::move(prog.daemon_rpc), std::move(prog.daemon_sub), std::move(prog.zmq_pub), std::move(prog.rmq), prog.rates_interval);
auto ctx = lws::rpc::context::make(std::move(prog.daemon_rpc), std::move(prog.daemon_sub), std::move(prog.zmq_pub), std::move(prog.rmq), prog.rates_interval, prog.untrusted_daemon);
MINFO("Using monerod ZMQ RPC at " << ctx.daemon_address());
auto client = lws::scanner::sync(disk.clone(), ctx.connect().value(), prog.untrusted_daemon).value();

2
src/wire/adapted/array.h
View file

@ -76,7 +76,7 @@ namespace wire
template<typename R, typename T, std::size_t N>
inline void read_bytes(R& source, std::array<T, N>& dest)
{
std::size_t count = source.start_array();
std::size_t count = source.start_array(0);
const bool json = (count == 0);
if (!json && count != dest.size())
WIRE_DLOG_THROW(wire::error::schema::array, "Expected array of size " << dest.size());

4
src/wire/error.cpp
View file

@ -42,6 +42,10 @@ namespace wire
return "No schema errors";
case schema::array:
return "Schema expected array";
case schema::array_max_element:
return "Schema expected array size to be smaller";
case schema::array_min_size:
return "Schema expected minimum wire size per array element to be larger";
case schema::binary:
return "Schema expected binary value of variable size";
case schema::boolean:

2
src/wire/error.h
View file

@ -54,6 +54,8 @@ namespace wire
{
none = 0, //!< Must be zero for `expect<..>`
array, //!< Expected an array value
array_max_element,//!< Exceeded max array count
array_min_size, //!< Below min element wire size
binary, //!< Expected a binary value of variable length
boolean, //!< Expected a boolean value
enumeration, //!< Expected a value from a specific set

57
src/wire/json/read.cpp
View file

@ -48,13 +48,13 @@ namespace
};
//! \throw std::system_error by converting `code` into a std::error_code
[[noreturn]] void throw_json_error(const epee::span<char> source, const rapidjson::Reader& reader, const wire::error::schema expected)
[[noreturn]] void throw_json_error(const epee::span<const std::uint8_t> source, const rapidjson::Reader& reader, const wire::error::schema expected)
{
const std::size_t offset = std::min(source.size(), reader.GetErrorOffset());
const std::size_t start = offset;//std::max(snippet_size / 2, offset) - (snippet_size / 2);
const std::size_t end = start + std::min(snippet_size, source.size() - start);
const boost::string_ref text{source.data() + start, end - start};
const boost::string_ref text{reinterpret_cast<const char*>(source.data()) + start, end - start};
const rapidjson::ParseErrorCode parse_error = reader.GetParseErrorCode();
switch (parse_error)
{
@ -178,17 +178,19 @@ namespace wire
void json_reader::read_next_value(rapidjson_sax& handler)
{
rapidjson::InsituStringStream stream{current_.data()};
if (!reader_.Parse<rapidjson::kParseStopWhenDoneFlag>(stream, handler))
throw_json_error(current_, reader_, handler.expected_);
current_.remove_prefix(stream.Tell());
rapidjson::MemoryStream stream{reinterpret_cast<const char*>(remaining_.data()), remaining_.size()};
rapidjson::EncodedInputStream<rapidjson::UTF8<>, rapidjson::MemoryStream> istream{stream};
if (!reader_.Parse<rapidjson::kParseStopWhenDoneFlag>(istream, handler))
throw_json_error(remaining_, reader_, handler.expected_);
remaining_.remove_prefix(istream.Tell());
}
char json_reader::get_next_token()
{
rapidjson::InsituStringStream stream{current_.data()};
rapidjson::SkipWhitespace(stream);
current_.remove_prefix(stream.Tell());
rapidjson::MemoryStream stream{reinterpret_cast<const char*>(remaining_.data()), remaining_.size()};
rapidjson::EncodedInputStream<rapidjson::UTF8<>, rapidjson::MemoryStream> istream{stream};
rapidjson::SkipWhitespace(istream);
remaining_.remove_prefix(istream.Tell());
return stream.Peek();
}
@ -196,15 +198,15 @@ namespace wire
{
if (get_next_token() != '"')
WIRE_DLOG_THROW_(error::schema::string);
current_.remove_prefix(1);
remaining_.remove_prefix(1);
void const* const end = std::memchr(current_.data(), '"', current_.size());
void const* const end = std::memchr(remaining_.data(), '"', remaining_.size());
if (!end)
WIRE_DLOG_THROW_(error::rapidjson_e(rapidjson::kParseErrorStringMissQuotationMark));
char const* const begin = current_.data();
const std::size_t length = current_.remove_prefix(static_cast<const char*>(end) - current_.data() + 1);
return {begin, length - 1};
std::uint8_t const* const begin = remaining_.data();
const std::size_t length = remaining_.remove_prefix(static_cast<const std::uint8_t*>(end) - remaining_.data() + 1);
return {reinterpret_cast<const char*>(begin), length - 1};
}
void json_reader::skip_value()
@ -214,11 +216,12 @@ namespace wire
}
json_reader::json_reader(std::string&& source)
: reader(),
: reader(nullptr),
source_(std::move(source)),
current_(std::addressof(source_[0]), source_.size()),
reader_()
{}
{
remaining_ = {reinterpret_cast<const std::uint8_t*>(source_.data()), source_.size()};
}
void json_reader::check_complete() const
{
@ -271,13 +274,13 @@ namespace wire
{
if (get_next_token() != '"')
WIRE_DLOG_THROW_(error::schema::string);
current_.remove_prefix(1);
remaining_.remove_prefix(1);
const std::uintmax_t out = unsigned_integer();
if (get_next_token() != '"')
WIRE_DLOG_THROW_(error::rapidjson_e(rapidjson::kParseErrorStringMissQuotationMark));
current_.remove_prefix(1);
remaining_.remove_prefix(1);
return out;
}
@ -316,11 +319,11 @@ namespace wire
WIRE_DLOG_THROW(error::schema::fixed_binary, "of size" << dest.size() * 2 << " but got " << value.size());
}
std::size_t json_reader::start_array()
std::size_t json_reader::start_array(std::size_t)
{
if (get_next_token() != '[')
WIRE_DLOG_THROW_(error::schema::array);
current_.remove_prefix(1);
remaining_.remove_prefix(1);
increment_depth();
return 0;
}
@ -332,7 +335,7 @@ namespace wire
WIRE_DLOG_THROW_(error::rapidjson_e(rapidjson::kParseErrorArrayMissCommaOrSquareBracket));
if (next == ']')
{
current_.remove_prefix(1);
remaining_.remove_prefix(1);
return true;
}
@ -340,7 +343,7 @@ namespace wire
{
if (next != ',')
WIRE_DLOG_THROW_(error::rapidjson_e(rapidjson::kParseErrorArrayMissCommaOrSquareBracket));
current_.remove_prefix(1);
remaining_.remove_prefix(1);
}
return false;
}
@ -349,7 +352,7 @@ namespace wire
{
if (get_next_token() != '{')
WIRE_DLOG_THROW_(error::schema::object);
current_.remove_prefix(1);
remaining_.remove_prefix(1);
increment_depth();
return 0;
}
@ -377,7 +380,7 @@ namespace wire
WIRE_DLOG_THROW_(error::rapidjson_e(rapidjson::kParseErrorObjectMissCommaOrCurlyBracket));
if (next == '}')
{
current_.remove_prefix(1);
remaining_.remove_prefix(1);
return false;
}
@ -386,7 +389,7 @@ namespace wire
{
if (next != ',')
WIRE_DLOG_THROW_(error::rapidjson_e(rapidjson::kParseErrorObjectMissCommaOrCurlyBracket));
current_.remove_prefix(1);
remaining_.remove_prefix(1);
}
++state;
@ -395,7 +398,7 @@ namespace wire
index = process_key(json_key.value.string);
if (get_next_token() != ':')
WIRE_DLOG_THROW_(error::rapidjson_e(rapidjson::kParseErrorObjectMissColon));
current_.remove_prefix(1);
remaining_.remove_prefix(1);
// parse value
if (index != map.size())

3
src/wire/json/read.h
View file

@ -48,7 +48,6 @@ namespace wire
struct rapidjson_sax;
std::string source_;
epee::span<char> current_;
rapidjson::Reader reader_;
void read_next_value(rapidjson_sax& handler);
@ -90,7 +89,7 @@ namespace wire
//! \throw wire::exception if next token not `[`.
std::size_t start_array() override final;
std::size_t start_array(std::size_t) override final;
//! Skips whitespace to next token. \return True if next token is eof or ']'.
bool is_array_end(std::size_t count) override final;

4
src/wire/msgpack/error.cpp
View file

@ -43,8 +43,12 @@ namespace error
return "Unable to encode integer in msgpack";
case msgpack::invalid:
return "Invalid msgpack encoding";
case msgpack::max_tree_size:
return "Exceeded tag tracking amount";
case msgpack::not_enough_bytes:
return "Expected more bytes in the msgpack stream";
case msgpack::underflow_tree:
return "Expected more tags";
}
return "Unknown msgpack error";

4
src/wire/msgpack/error.h
View file

@ -40,7 +40,9 @@ namespace error
incomplete,
integer_encoding,
invalid,
not_enough_bytes
max_tree_size,
not_enough_bytes,
underflow_tree
};
//! \return Static string describing error `value`.

152
src/wire/msgpack/read.cpp
View file

@ -77,7 +77,7 @@ namespace
//! \return Integer `T` encoded as big endian in `source`.
template<typename T>
T read_endian(epee::byte_slice& source)
T read_endian(epee::span<const std::uint8_t>& source)
{
static_assert(std::is_integral<T>::value, "must be integral type");
static constexpr const std::size_t bits = 8 * sizeof(T);
@ -95,12 +95,12 @@ namespace
//! \return Integer `T` encoded as big endian in `source`.
template<typename T, wire::msgpack::tag U>
T read_endian(epee::byte_slice& source, const wire::msgpack::type<T, U>)
T read_endian(epee::span<const std::uint8_t>& source, const wire::msgpack::type<T, U>)
{ return read_endian<T>(source); }
//! \return Integer `T` whose encoding is specified by tag `next`
template<typename T>
T read_integer(epee::byte_slice& source, const wire::msgpack::tag next)
T read_integer(epee::span<const std::uint8_t>& source, const wire::msgpack::tag next)
{
try
{
@ -135,20 +135,21 @@ namespace
WIRE_DLOG_THROW_(wire::error::schema::integer);
}
epee::byte_slice read_raw(epee::byte_slice& source, const std::size_t bytes)
epee::span<const std::uint8_t> read_raw(epee::span<const std::uint8_t>& source, const std::size_t bytes)
{
if (source.size() < bytes)
WIRE_DLOG_THROW_(wire::error::msgpack::not_enough_bytes);
return source.take_slice(bytes);
const std::size_t actual = source.remove_prefix(bytes);
return {source.data() - actual, actual};
}
template<typename T>
epee::byte_slice read_raw(epee::byte_slice& source)
epee::span<const std::uint8_t> read_raw(epee::span<const std::uint8_t>& source)
{
return read_raw(source, wire::integer::cast_unsigned<std::size_t>(read_endian<T>(source)));
}
epee::byte_slice read_string(epee::byte_slice& source, const wire::msgpack::tag next)
epee::span<const std::uint8_t> read_string(epee::span<const std::uint8_t>& source, const wire::msgpack::tag next)
{
switch (next)
{
@ -170,7 +171,7 @@ namespace
}
//! \return Binary blob encoded message
epee::byte_slice read_binary(epee::byte_slice& source, const wire::msgpack::tag next)
epee::span<const std::uint8_t> read_binary(epee::span<const std::uint8_t>& source, const wire::msgpack::tag next)
{
switch (next)
{
@ -189,21 +190,21 @@ namespace
namespace wire
{
void msgpack_reader::throw_logic_error()
void msgpack_reader::throw_wire_exception()
{
throw std::logic_error{"Bug in msgpack_reader usage"};
WIRE_DLOG_THROW_(error::msgpack::underflow_tree);
}
void msgpack_reader::skip_value()
{
assert(remaining_);
if (limits<std::size_t>::max() == remaining_)
throw std::runtime_error{"msgpack_reader exceeded tree tracking"};
assert(tags_remaining_);
if (limits<std::size_t>::max() == tags_remaining_)
WIRE_DLOG_THROW_(error::msgpack::max_tree_size);
const std::size_t initial = remaining_;
const std::size_t initial = tags_remaining_;
do
{
const std::size_t size = source_.size();
const std::size_t size = remaining_.size();
const msgpack::tag next = peek_tag();
switch (next)
{
@ -213,59 +214,59 @@ namespace wire
case msgpack::tag::unused:
case msgpack::tag::False:
case msgpack::tag::True:
source_.remove_prefix(1);
remaining_.remove_prefix(1);
break;
case msgpack::tag::binary8:
case msgpack::tag::binary16:
case msgpack::tag::binary32:
source_.remove_prefix(1);
read_binary(source_, next);
remaining_.remove_prefix(1);
read_binary(remaining_, next);
break;
case msgpack::tag::extension8:
source_.remove_prefix(1);
read_raw<std::uint8_t>(source_);
source_.remove_prefix(1);
remaining_.remove_prefix(1);
read_raw<std::uint8_t>(remaining_);
remaining_.remove_prefix(1);
break;
case msgpack::tag::extension16:
source_.remove_prefix(1);
read_raw<std::uint16_t>(source_);
source_.remove_prefix(1);
remaining_.remove_prefix(1);
read_raw<std::uint16_t>(remaining_);
remaining_.remove_prefix(1);
break;
case msgpack::tag::extension32:
source_.remove_prefix(1);
read_raw<std::uint32_t>(source_);
source_.remove_prefix(1);
remaining_.remove_prefix(1);
read_raw<std::uint32_t>(remaining_);
remaining_.remove_prefix(1);
break;
case msgpack::tag::int8:
case msgpack::tag::uint8:
source_.remove_prefix(2);
remaining_.remove_prefix(2);
break;
case msgpack::tag::int16:
case msgpack::tag::uint16:
case msgpack::tag::fixed_extension1:
source_.remove_prefix(3);
remaining_.remove_prefix(3);
break;
case msgpack::tag::int32:
case msgpack::tag::uint32:
case msgpack::tag::float32:
source_.remove_prefix(5);
remaining_.remove_prefix(5);
break;
case msgpack::tag::int64:
case msgpack::tag::uint64:
case msgpack::tag::float64:
source_.remove_prefix(9);
remaining_.remove_prefix(9);
break;
case msgpack::tag::fixed_extension2:
source_.remove_prefix(4);
remaining_.remove_prefix(4);
break;
case msgpack::tag::fixed_extension4:
source_.remove_prefix(6);
remaining_.remove_prefix(6);
break;
case msgpack::tag::fixed_extension8:
source_.remove_prefix(10);
remaining_.remove_prefix(10);
break;
case msgpack::tag::fixed_extension16:
source_.remove_prefix(18);
remaining_.remove_prefix(18);
break;
#pragma GCC diagnostic push
#pragma GCC diagnostic ignored "-Wswitch"
@ -273,8 +274,8 @@ namespace wire
case msgpack::tag::string8:
case msgpack::tag::string16:
case msgpack::tag::string32:
source_.remove_prefix(1);
read_string(source_, next);
remaining_.remove_prefix(1);
read_string(remaining_, next);
break;
case msgpack::tag(0x90): case msgpack::tag(0x91): case msgpack::tag(0x92):
case msgpack::tag(0x93): case msgpack::tag(0x94): case msgpack::tag(0x95):
@ -284,7 +285,7 @@ namespace wire
case msgpack::tag(0x9f):
case msgpack::tag::array16:
case msgpack::tag::array32:
start_array();
start_array(0);
break;
case msgpack::tag(0x80): case msgpack::tag(0x81): case msgpack::tag(0x82):
case msgpack::tag(0x83): case msgpack::tag(0x84): case msgpack::tag(0x85):
@ -299,27 +300,27 @@ namespace wire
#pragma GCC diagnostic pop
};
if (size == source_.size())
if (size == remaining_.size())
{
if (!msgpack::ftag_unsigned::matches(next) && !msgpack::ftag_signed::matches(next))
WIRE_DLOG_THROW_(error::msgpack::invalid);
source_.remove_prefix(1);
remaining_.remove_prefix(1);
}
update_remaining();
} while (initial <= remaining_);
update_tags_remaining();
} while (initial <= tags_remaining_);
}
msgpack::tag msgpack_reader::peek_tag()
{
if (source_.empty())
if (remaining_.empty())
WIRE_DLOG_THROW_(error::msgpack::not_enough_bytes);
return msgpack::tag(*source_.data());
return msgpack::tag(*remaining_.data());
}
msgpack::tag msgpack_reader::get_tag()
{
const msgpack::tag next = peek_tag();
source_.remove_prefix(1);
remaining_.remove_prefix(1);
return next;
}
@ -327,12 +328,12 @@ namespace wire
{
if (msgpack::ftag_signed::matches(next))
return *reinterpret_cast<const std::int8_t*>(std::addressof(next)); // special case
return read_integer<std::intmax_t>(source_, next);
return read_integer<std::intmax_t>(remaining_, next);
}
std::uintmax_t msgpack_reader::do_unsigned_integer(const msgpack::tag next)
{
return read_integer<std::uintmax_t>(source_, next);
return read_integer<std::uintmax_t>(remaining_, next);
}
template<typename T, typename U>
@ -347,7 +348,7 @@ namespace wire
{
if (type.Tag() == next)
{
out = integer::cast_unsigned<std::size_t>(read_endian(source_, type));
out = integer::cast_unsigned<std::size_t>(read_endian(remaining_, type));
return true;
}
return false;
@ -361,13 +362,13 @@ namespace wire
void msgpack_reader::check_complete() const
{
if (remaining_)
if (tags_remaining_)
WIRE_DLOG_THROW_(error::msgpack::incomplete);
}
bool msgpack_reader::boolean()
{
update_remaining();
update_tags_remaining();
switch (get_tag())
{
case msgpack::tag::True:
@ -382,14 +383,14 @@ namespace wire
double msgpack_reader::real()
{
update_remaining();
update_tags_remaining();
const auto read_float = [this](auto value)
{
if (source_.size() < sizeof(value))
if (remaining_.size() < sizeof(value))
WIRE_DLOG_THROW_(error::msgpack::not_enough_bytes);
std::memcpy(std::addressof(value), source_.data(), sizeof(value));
source_.remove_prefix(sizeof(value));
std::memcpy(std::addressof(value), remaining_.data(), sizeof(value));
remaining_.remove_prefix(sizeof(value));
return value;
};
@ -407,34 +408,38 @@ namespace wire
std::string msgpack_reader::string()
{
update_remaining();
const epee::byte_slice bytes = read_string(source_, get_tag());
update_tags_remaining();
const epee::span<const std::uint8_t> bytes = read_string(remaining_, get_tag());
return std::string{reinterpret_cast<const char*>(bytes.data()), bytes.size()};
}
std::vector<std::uint8_t> msgpack_reader::binary()
{
update_remaining();
const epee::byte_slice bytes = read_binary(source_, get_tag());
update_tags_remaining();
const epee::span<const std::uint8_t> bytes = read_binary(remaining_, get_tag());
return std::vector<std::uint8_t>{bytes.begin(), bytes.end()};
}
void msgpack_reader::binary(epee::span<std::uint8_t> dest)
{
update_remaining();
const epee::byte_slice bytes = read_binary(source_, get_tag());
update_tags_remaining();
const epee::span<const std::uint8_t> bytes = read_binary(remaining_, get_tag());
if (dest.size() != bytes.size())
WIRE_DLOG_THROW(error::schema::fixed_binary, "of size " << dest.size() << " but got " << bytes.size());
std::memcpy(dest.data(), bytes.data(), dest.size());
}
std::size_t msgpack_reader::start_array()
std::size_t msgpack_reader::start_array(const std::size_t min_element_size)
{
const std::size_t upcoming =
read_count<msgpack::ftag_array, msgpack::array_types>(error::schema::array);
if (limits<std::size_t>::max() - remaining_ < upcoming)
throw std::runtime_error{"Exceeded max tree tracking for msgpack_reader"};
remaining_ += upcoming;
if (limits<std::size_t>::max() - tags_remaining_ < upcoming)
WIRE_DLOG_THROW_(error::msgpack::max_tree_size);
if (min_element_size && (remaining_.size() / min_element_size) < upcoming)
WIRE_DLOG_THROW(error::schema::array, upcoming << " array elements of at least " << min_element_size << " bytes each exceeds " << remaining_.size() << " remaining bytes");
tags_remaining_ += upcoming;
increment_depth();
return upcoming;
}
@ -442,7 +447,7 @@ namespace wire
{
if (count)
return false;
update_remaining();
update_tags_remaining();
return true;
}
@ -451,10 +456,11 @@ namespace wire
const std::size_t upcoming =
read_count<msgpack::ftag_object, msgpack::object_types>(error::schema::object);
if (limits<std::size_t>::max() / 2 < upcoming)
throw std::runtime_error{"Exceeded max object tracking for msgpack_reader"};
if (limits<std::size_t>::max() - remaining_ < upcoming * 2)
throw std::runtime_error{"Exceeded msgpack_reader:: tree tracking"};
remaining_ += upcoming * 2;
WIRE_DLOG_THROW_(error::msgpack::max_tree_size);
if (limits<std::size_t>::max() - tags_remaining_ < upcoming * 2)
WIRE_DLOG_THROW_(error::msgpack::max_tree_size);
tags_remaining_ += upcoming * 2;
increment_depth();
return upcoming;
}
@ -463,14 +469,14 @@ namespace wire
index = map.size();
for ( ;state; --state)
{
update_remaining(); // for key
update_tags_remaining(); // for key
const msgpack::tag next = get_tag();
const bool single = msgpack::ftag_unsigned::matches(next);
if (single || matches<msgpack::unsigned_types>(next))
{
unsigned key = std::uint8_t(next);
if (!single)
key = read_integer<unsigned>(source_, next);
key = read_integer<unsigned>(remaining_, next);
for (const key_map& elem : map)
{
if (elem.id == key)
@ -482,7 +488,7 @@ namespace wire
}
else if (msgpack::ftag_string::matches(next) || matches<msgpack::string_types>(next))
{
const epee::byte_slice key = read_string(source_, next);
const epee::span<const std::uint8_t> key = read_string(remaining_, next);
for (const key_map& elem : map)
{
const boost::string_ref elem_{elem.name};
@ -503,7 +509,7 @@ namespace wire
}
skip_value();
} // until state == 0
update_remaining(); // for end of object
update_tags_remaining(); // for end of object
return false;
}
}

36
src/wire/msgpack/read.h
View file

@ -45,30 +45,30 @@ namespace wire
class msgpack_reader : public reader
{
epee::byte_slice source_;
std::size_t remaining_; //!< Expected number of elements remaining
std::size_t tags_remaining_; //!< Expected number of elements remaining
//! \throw std::logic_error
[[noreturn]] void throw_logic_error();
//! Decrement remaining_ if not zero, \throw std::logic_error when `remaining_ == 0`.
void update_remaining()
//! \throw wire::exception with `error::msgpack::underflow_tree`
[[noreturn]] void throw_wire_exception();
//! Decrement tags_remaining_ if not zero, \throw std::logic_error when `tags_remaining_ == 0`.
void update_tags_remaining()
{
if (remaining_)
--remaining_;
if (tags_remaining_)
--tags_remaining_;
else
throw_logic_error();
throw_wire_exception();
}
//! Skips next value. \throw wire::exception if invalid JSON syntax.
void skip_value();
//! \return Next tag but leave `source_` untouched.
//! \return Next tag but leave `remaining_` untouched.
msgpack::tag peek_tag();
//! \return Next tag and remove first byte from `source_`.
//! \return Next tag and remove first byte from `remaining_`.
msgpack::tag get_tag();
//! \return Integer from `soure_` where positive fixed tag has been checked.
//! \return Integer from `remaining_` where positive fixed tag has been checked.
std::intmax_t do_integer(msgpack::tag);
//! \return Integer from `source_` where fixed tag has been checked.
//! \return Integer from `remaining_` where fixed tag has been checked.
std::uintmax_t do_unsigned_integer(msgpack::tag);
//! \return Number of items determined by `T` fixed tag and `U` tuple of tags.
@ -77,8 +77,10 @@ namespace wire
public:
explicit msgpack_reader(epee::byte_slice&& source)
: reader(), source_(std::move(source)), remaining_(1)
{}
: reader(nullptr), source_(std::move(source)), tags_remaining_(1)
{
remaining_ = {source_.data(), source_.size()};
}
//! \throw wire::exception if JSON parsing is incomplete.
void check_complete() const override final;
@ -89,7 +91,7 @@ namespace wire
//! \throw wire::expception if next token not an integer.
std::intmax_t integer() override final
{
update_remaining();
update_tags_remaining();
const msgpack::tag next = get_tag();
if (std::uint8_t(next) <= msgpack::ftag_unsigned::max())
return std::uint8_t(next);
@ -99,7 +101,7 @@ namespace wire
//! \throw wire::exception if next token not an unsigned integer.
std::uintmax_t unsigned_integer() override final
{
update_remaining();
update_tags_remaining();
const msgpack::tag next = get_tag();
if (std::uint8_t(next) <= msgpack::ftag_unsigned::max())
return std::uint8_t(next);
@ -120,7 +122,7 @@ namespace wire
//! \throw wire::exception if next token not `[`.
std::size_t start_array() override final;
std::size_t start_array(std::size_t min_element_size) override final;
//! \return true when `count == 0`.
bool is_array_end(const std::size_t count) override final;

7
src/wire/read.cpp
View file

@ -35,6 +35,13 @@ void wire::reader::increment_depth()
WIRE_DLOG_THROW_(error::schema::maximum_depth);
}
void wire::reader::decrement_depth()
{
if (!depth_)
throw std::logic_error{"reader::decrement_depth() already at zero"};
--depth_;
}
[[noreturn]] void wire::integer::throw_exception(std::intmax_t source, std::intmax_t min, std::intmax_t max)
{
static_assert(

112
src/wire/read.h
View file

@ -48,15 +48,23 @@ namespace wire
std::size_t depth_; //!< Tracks number of recursive objects and arrays
protected:
//! \throw wire::exception if max depth is reached
void increment_depth();
void decrement_depth() noexcept { --depth_; }
epee::span<const std::uint8_t> remaining_; //!< Derived class tracks unprocessed bytes here
reader(const epee::span<const std::uint8_t> remaining) noexcept
: depth_(0), remaining_(remaining)
{}
reader(const reader&) = default;
reader(reader&&) = default;
reader& operator=(const reader&) = default;
reader& operator=(reader&&) = default;
//! \throw wire::exception if max depth is reached
void increment_depth();
//! \throw std::logic_error if already `depth() == 0`.
void decrement_depth();
public:
struct key_map
{
@ -70,16 +78,15 @@ namespace wire
//! \return Assume delimited arrays in generic interface (some optimizations disabled)
static constexpr std::true_type delimited_arrays() noexcept { return {}; }
reader() noexcept
: depth_(0)
{}
virtual ~reader() noexcept
{}
//! \return Number of recursive objects and arrays
std::size_t depth() const noexcept { return depth_; }
//! \return Unprocessed bytes
epee::span<const std::uint8_t> remaining() const noexcept { return remaining_; }
//! \throw wire::exception if parsing is incomplete.
virtual void check_complete() const = 0;
@ -104,14 +111,20 @@ namespace wire
//! \throw wire::exception if next value cannot be read as binary into `dest`.
virtual void binary(epee::span<std::uint8_t> dest) = 0;
//! \throw wire::exception if next value not array
virtual std::size_t start_array() = 0;
/* \param min_element_size of each array element in any format - if known.
Derived types with explicit element count should verify available
space, and throw a `wire::exception` on issues.
\throw wire::exception if next value not array
\throw wire::exception if not enough bytes for all array elements
(with epee/msgpack which has specified number of elements).
\return Number of values to read before calling `is_array_end()` */
virtual std::size_t start_array(std::size_t min_element_size) = 0;
//! \return True if there is another element to read.
virtual bool is_array_end(std::size_t count) = 0;
//! \throw wire::exception if array end delimiter not present.
void end_array() noexcept { decrement_depth(); }
void end_array() { decrement_depth(); }
//! \throw wire::exception if not object begin. \return State to be given to `key(...)` function.
@ -134,7 +147,7 @@ namespace wire
*/
virtual bool key(epee::span<const key_map> map, std::size_t& state, std::size_t& index) = 0;
void end_object() noexcept { decrement_depth(); }
void end_object() { decrement_depth(); }
};
template<typename R>
@ -247,28 +260,84 @@ namespace wire_read
return {};
}
// Trap objects that do not have standard insertion functions
template<typename R, typename... T>
void array_insert(const R&, const T&...) noexcept
{
static_assert(std::is_same<R, void>::value, "type T does not have a valid insertion function");
}
// Insert to sorted containers
template<typename R, typename T, typename V = typename T::value_type>
inline auto array_insert(R& source, T& dest) -> decltype(dest.emplace_hint(dest.end(), std::declval<V>()), bool(true))
{
V val{};
wire_read::bytes(source, val);
dest.emplace_hint(dest.end(), std::move(val));
return true;
}
// Insert into unsorted containers
template<typename R, typename T, typename V = typename T::value_type>
inline auto array_insert(R& source, T& dest) -> decltype(dest.emplace_back(), dest.back(), bool(true))
{
// more efficient to process the object in-place in many cases
dest.emplace_back();
wire_read::bytes(source, dest.back());
return true;
}
// no compile-time checks for the array constraints
template<typename R, typename T>
inline void array(R& source, T& dest)
inline void array_unchecked(R& source, T& dest, const std::size_t min_element_size, const std::size_t max_element_count)
{
using value_type = typename T::value_type;
static_assert(!std::is_same<value_type, char>::value, "read array of chars as binary");
static_assert(!std::is_same<value_type, char>::value, "read array of chars as string");
static_assert(!std::is_same<value_type, std::int8_t>::value, "read array of signed chars as binary");
static_assert(!std::is_same<value_type, std::uint8_t>::value, "read array of unsigned chars as binary");
std::size_t count = source.start_array();
std::size_t count = source.start_array(min_element_size);
// quick check for epee/msgpack formats
if (max_element_count < count)
throw_exception(wire::error::schema::array_max_element, "", nullptr);
// also checked by derived formats when count is known
if (min_element_size && (source.remaining().size() / min_element_size) < count)
throw_exception(wire::error::schema::array_min_size, "", nullptr);
dest.clear();
wire::reserve(dest, count);
bool more = count;
const std::size_t start_bytes = source.remaining().size();
while (more || !source.is_array_end(count))
{
dest.emplace_back();
read_bytes(source, dest.back());
// check for json/cbor formats
if (source.delimited_arrays() && max_element_count <= dest.size())
throw_exception(wire::error::schema::array_max_element, "", nullptr);
wire_read::array_insert(source, dest);
--count;
more &= bool(count);
if (((start_bytes - source.remaining().size()) / dest.size()) < min_element_size)
throw_exception(wire::error::schema::array_min_size, "", nullptr);
}
return source.end_array();
source.end_array();
}
template<typename R, typename T, std::size_t M, std::size_t N = std::numeric_limits<std::size_t>::max()>
inline void array(R& source, T& dest, wire::min_element_size<M> min_element_size, wire::max_element_count<N> max_element_count = {})
{
using value_type = typename T::value_type;
static_assert(
min_element_size.template check<value_type>() || max_element_count.template check<value_type>(),
"array unpacking memory issues"
);
// each set of template args generates unique ASM, merge them down
array_unchecked(source, dest, min_element_size, max_element_count);
}
template<typename T, unsigned I>
@ -413,7 +482,14 @@ namespace wire
template<typename R, typename T>
inline std::enable_if_t<is_array<T>::value> read_bytes(R& source, T& dest)
{
wire_read::array(source, dest);
static constexpr const std::size_t wire_size =
default_min_element_size<R, typename T::value_type>::value;
static_assert(
wire_size != 0,
"no sane default array constraints for the reader / value_type pair"
);
wire_read::array(source, dest, min_element_size<wire_size>{});
}
template<typename R, typename... T>

49
src/wire/traits.h
View file

@ -84,6 +84,52 @@ namespace wire
: is_array<T> // all array types in old output engine were optional when empty
{};
//! A constraint for `wire_read::array` where a max of `N` elements can be read.
template<std::size_t N>
struct max_element_count
: std::integral_constant<std::size_t, N>
{
// The threshold is low - min_element_size is a better constraint metric
static constexpr std::size_t max_bytes() noexcept { return 512 * 1024; } // 512 KiB
//! \return True if `N` C++ objects of type `T` are below `max_bytes()` threshold.
template<typename T>
static constexpr bool check() noexcept
{
return N <= (max_bytes() / sizeof(T));
}
};
//! A constraint for `wire_read::array` where each element must use at least `N` bytes on the wire.
template<std::size_t N>
struct min_element_size
: std::integral_constant<std::size_t, N>
{
static constexpr std::size_t max_ratio() noexcept { return 4; }
//! \return True if C++ object of type `T` with minimum wire size `N` is below `max_ratio()`.
template<typename T>
static constexpr bool check() noexcept
{
return N != 0 ? ((sizeof(T) / N) <= max_ratio()) : false;
}
};
/*! Trait used in `wire/read.h` for default `min_element_size` behavior based
on an array of `T` objects and `R` reader type. This trait can be used
instead of the `wire::array(...)` (and associated macros) functionality, as
it sets a global value. The last argument is for `enable_if`. */
template<typename R, typename T, typename = void>
struct default_min_element_size
: std::integral_constant<std::size_t, 0>
{};
//! If `T` is a blob, a safe default for all formats is the size of the blob
template<typename R, typename T>
struct default_min_element_size<R, T, std::enable_if_t<is_blob<T>::value>>
: std::integral_constant<std::size_t, sizeof(T)>
{};
// example usage : `wire::sum(std::size_t(wire::available(fields))...)`
inline constexpr int sum() noexcept
@ -96,6 +142,9 @@ namespace wire
return head + sum(tail...);
}
template<typename... T>
using min_element_sizeof = min_element_size<sum(sizeof(T)...)>;
//! If container has no `reserve(0)` function, this function is used
template<typename... T>
inline void reserve(const T&...) noexcept

20
src/wire/wrappers_impl.h
View file

@ -44,7 +44,25 @@ namespace wire
{
// see constraints directly above `array_` definition
static_assert(std::is_same<R, void>::value, "array_ must have a read constraint for memory purposes");
wire_read::array(source, wrapper.get_read_object());
}
template<typename R, typename T, std::size_t N>
inline void read_bytes(R& source, array_<T, max_element_count<N>>& wrapper)
{
using array_type = array_<T, max_element_count<N>>;
using value_type = typename array_type::value_type;
using constraint = typename array_type::constraint;
static_assert(constraint::template check<value_type>(), "max reserve bytes exceeded for element");
wire_read::array(source, wrapper.get_read_object(), min_element_size<0>{}, constraint{});
}
template<typename R, typename T, std::size_t N>
inline void read_bytes(R& source, array_<T, min_element_size<N>>& wrapper)
{
using array_type = array_<T, min_element_size<N>>;
using value_type = typename array_type::value_type;
using constraint = typename array_type::constraint;
static_assert(constraint::template check<value_type>(), "max compression ratio exceeded for element");
wire_read::array(source, wrapper.get_read_object(), constraint{});
}
template<typename W, typename T, typename C>

16
tests/unit/db/data.test.cpp
View file

@ -35,41 +35,41 @@ LWS_CASE("db::data::check_subaddress_dict")
EXPECT(lws::db::check_subaddress_dict(
{
lws::db::major_index(0),
lws::db::index_ranges{lws::db::index_range{{lws::db::minor_index(0), lws::db::minor_index(0)}}}
lws::db::index_ranges{{lws::db::index_range{{lws::db::minor_index(0), lws::db::minor_index(0)}}}}
}
));
EXPECT(lws::db::check_subaddress_dict(
{
lws::db::major_index(0),
lws::db::index_ranges{
lws::db::index_ranges{{
lws::db::index_range{{lws::db::minor_index(0), lws::db::minor_index(0)}},
lws::db::index_range{{lws::db::minor_index(2), lws::db::minor_index(10)}}
}
}}
}
));
EXPECT(!lws::db::check_subaddress_dict(
{
lws::db::major_index(0),
lws::db::index_ranges{lws::db::index_range{{lws::db::minor_index(1), lws::db::minor_index(0)}}}
lws::db::index_ranges{{lws::db::index_range{{lws::db::minor_index(1), lws::db::minor_index(0)}}}}
}
));
EXPECT(!lws::db::check_subaddress_dict(
{
lws::db::major_index(0),
lws::db::index_ranges{
lws::db::index_ranges{{
lws::db::index_range{{lws::db::minor_index(0), lws::db::minor_index(4)}},
lws::db::index_range{{lws::db::minor_index(1), lws::db::minor_index(10)}}
}
}}
}
));
EXPECT(!lws::db::check_subaddress_dict(
{
lws::db::major_index(0),
lws::db::index_ranges{
lws::db::index_ranges{{
lws::db::index_range{{lws::db::minor_index(0), lws::db::minor_index(0)}},
lws::db::index_range{{lws::db::minor_index(1), lws::db::minor_index(10)}}
}
}}
}
));

160
tests/unit/db/subaddress.test.cpp
View file

@ -56,7 +56,7 @@ namespace
lws::db::cursor::subaddress_indexes cur = nullptr;
for (const auto& major_entry : source)
{
for (const auto& minor_entry : major_entry.second)
for (const auto& minor_entry : major_entry.second.get_container())
{
for (std::uint64_t elem : boost::counting_range(std::uint64_t(minor_entry[0]), std::uint64_t(minor_entry[1]) + 1))
{
@ -96,7 +96,7 @@ LWS_CASE("db::storage::upsert_subaddresses")
std::vector<lws::db::subaddress_dict> subs{};
subs.emplace_back(
lws::db::major_index(0),
lws::db::index_ranges{lws::db::index_range{lws::db::minor_index(1), lws::db::minor_index(100)}}
lws::db::index_ranges{{lws::db::index_range{lws::db::minor_index(1), lws::db::minor_index(100)}}}
);
auto result = db.upsert_subaddresses(lws::db::account_id(1), user.account, user.view, subs, 100);
{
@ -105,9 +105,9 @@ LWS_CASE("db::storage::upsert_subaddresses")
EXPECT(result.has_value());
EXPECT(result->size() == 1);
EXPECT(result->at(0).first == lws::db::major_index(0));
EXPECT(result->at(0).second.size() == 1);
EXPECT(result->at(0).second[0][0] == lws::db::minor_index(1));
EXPECT(result->at(0).second[0][1] == lws::db::minor_index(100));
EXPECT(result->at(0).second.get_container().size() == 1);
EXPECT(result->at(0).second.get_container()[0][0] == lws::db::minor_index(1));
EXPECT(result->at(0).second.get_container()[0][1] == lws::db::minor_index(100));
check_address_map(lest_env, reader, user, subs);
}
@ -121,9 +121,9 @@ LWS_CASE("db::storage::upsert_subaddresses")
EXPECT(fetched.has_value());
EXPECT(fetched->size() == 1);
EXPECT(fetched->at(0).first == lws::db::major_index(0));
EXPECT(fetched->at(0).second.size() == 1);
EXPECT(fetched->at(0).second[0][0] == lws::db::minor_index(1));
EXPECT(fetched->at(0).second[0][1] == lws::db::minor_index(100));
EXPECT(fetched->at(0).second.get_container().size() == 1);
EXPECT(fetched->at(0).second.get_container()[0][0] == lws::db::minor_index(1));
EXPECT(fetched->at(0).second.get_container()[0][1] == lws::db::minor_index(100));
}
SECTION("Upsert Appended")
@ -131,15 +131,15 @@ LWS_CASE("db::storage::upsert_subaddresses")
std::vector<lws::db::subaddress_dict> subs{};
subs.emplace_back(
lws::db::major_index(0),
lws::db::index_ranges{lws::db::index_range{lws::db::minor_index(1), lws::db::minor_index(100)}}
lws::db::index_ranges{{lws::db::index_range{lws::db::minor_index(1), lws::db::minor_index(100)}}}
);
auto result = db.upsert_subaddresses(lws::db::account_id(1), user.account, user.view, subs, 100);
EXPECT(result.has_value());
EXPECT(result->size() == 1);
EXPECT(result->at(0).first == lws::db::major_index(0));
EXPECT(result->at(0).second.size() == 1);
EXPECT(result->at(0).second[0][0] == lws::db::minor_index(1));
EXPECT(result->at(0).second[0][1] == lws::db::minor_index(100));
EXPECT(result->at(0).second.get_container().size() == 1);
EXPECT(result->at(0).second.get_container()[0][0] == lws::db::minor_index(1));
EXPECT(result->at(0).second.get_container()[0][1] == lws::db::minor_index(100));
{
auto reader = MONERO_UNWRAP(db.start_read());
@ -147,14 +147,14 @@ LWS_CASE("db::storage::upsert_subaddresses")
}
subs.back().second =
lws::db::index_ranges{lws::db::index_range{lws::db::minor_index(101), lws::db::minor_index(200)}};
lws::db::index_ranges{{lws::db::index_range{lws::db::minor_index(101), lws::db::minor_index(200)}}};
result = db.upsert_subaddresses(lws::db::account_id(1), user.account, user.view, subs, 200);
EXPECT(result.has_value());
EXPECT(result->size() == 1);
EXPECT(result->at(0).first == lws::db::major_index(0));
EXPECT(result->at(0).second.size() == 1);
EXPECT(result->at(0).second[0][0] == lws::db::minor_index(101));
EXPECT(result->at(0).second[0][1] == lws::db::minor_index(200));
EXPECT(result->at(0).second.get_container().size() == 1);
EXPECT(result->at(0).second.get_container()[0][0] == lws::db::minor_index(101));
EXPECT(result->at(0).second.get_container()[0][1] == lws::db::minor_index(200));
{
auto reader = MONERO_UNWRAP(db.start_read());
@ -162,7 +162,7 @@ LWS_CASE("db::storage::upsert_subaddresses")
}
subs.back().second =
lws::db::index_ranges{lws::db::index_range{lws::db::minor_index(201), lws::db::minor_index(201)}};
lws::db::index_ranges{{lws::db::index_range{lws::db::minor_index(201), lws::db::minor_index(201)}}};
result = db.upsert_subaddresses(lws::db::account_id(1), user.account, user.view, subs, 200);
EXPECT(result.has_error());
EXPECT(result == lws::error::max_subaddresses);
@ -172,9 +172,9 @@ LWS_CASE("db::storage::upsert_subaddresses")
EXPECT(fetched.has_value());
EXPECT(fetched->size() == 1);
EXPECT(fetched->at(0).first == lws::db::major_index(0));
EXPECT(fetched->at(0).second.size() == 1);
EXPECT(fetched->at(0).second[0][0] == lws::db::minor_index(1));
EXPECT(fetched->at(0).second[0][1] == lws::db::minor_index(200));
EXPECT(fetched->at(0).second.get_container().size() == 1);
EXPECT(fetched->at(0).second.get_container()[0][0] == lws::db::minor_index(1));
EXPECT(fetched->at(0).second.get_container()[0][1] == lws::db::minor_index(200));
}
SECTION("Upsert Prepended")
@ -182,15 +182,15 @@ LWS_CASE("db::storage::upsert_subaddresses")
std::vector<lws::db::subaddress_dict> subs{};
subs.emplace_back(
lws::db::major_index(0),
lws::db::index_ranges{lws::db::index_range{lws::db::minor_index(101), lws::db::minor_index(200)}}
lws::db::index_ranges{{lws::db::index_range{lws::db::minor_index(101), lws::db::minor_index(200)}}}
);
auto result = db.upsert_subaddresses(lws::db::account_id(1), user.account, user.view, subs, 100);
EXPECT(result.has_value());
EXPECT(result->size() == 1);
EXPECT(result->at(0).first == lws::db::major_index(0));
EXPECT(result->at(0).second.size() == 1);
EXPECT(result->at(0).second[0][0] == lws::db::minor_index(101));
EXPECT(result->at(0).second[0][1] == lws::db::minor_index(200));
EXPECT(result->at(0).second.get_container().size() == 1);
EXPECT(result->at(0).second.get_container()[0][0] == lws::db::minor_index(101));
EXPECT(result->at(0).second.get_container()[0][1] == lws::db::minor_index(200));
{
auto reader = MONERO_UNWRAP(db.start_read());
@ -198,7 +198,7 @@ LWS_CASE("db::storage::upsert_subaddresses")
}
subs.back().second =
lws::db::index_ranges{lws::db::index_range{lws::db::minor_index(1), lws::db::minor_index(100)}};
lws::db::index_ranges{{lws::db::index_range{lws::db::minor_index(1), lws::db::minor_index(100)}}};
result = db.upsert_subaddresses(lws::db::account_id(1), user.account, user.view, subs, 199);
EXPECT(result.has_error());
@ -208,9 +208,9 @@ LWS_CASE("db::storage::upsert_subaddresses")
EXPECT(result.has_value());
EXPECT(result->size() == 1);
EXPECT(result->at(0).first == lws::db::major_index(0));
EXPECT(result->at(0).second.size() == 1);
EXPECT(result->at(0).second[0][0] == lws::db::minor_index(1));
EXPECT(result->at(0).second[0][1] == lws::db::minor_index(100));
EXPECT(result->at(0).second.get_container().size() == 1);
EXPECT(result->at(0).second.get_container()[0][0] == lws::db::minor_index(1));
EXPECT(result->at(0).second.get_container()[0][1] == lws::db::minor_index(100));
lws::db::storage_reader reader = MONERO_UNWRAP(db.start_read());
check_address_map(lest_env, reader, user, subs);
@ -219,9 +219,9 @@ LWS_CASE("db::storage::upsert_subaddresses")
EXPECT(fetched.has_value());
EXPECT(fetched->size() == 1);
EXPECT(fetched->at(0).first == lws::db::major_index(0));
EXPECT(fetched->at(0).second.size() == 1);
EXPECT(fetched->at(0).second[0][0] == lws::db::minor_index(1));
EXPECT(fetched->at(0).second[0][1] == lws::db::minor_index(200));
EXPECT(fetched->at(0).second.get_container().size() == 1);
EXPECT(fetched->at(0).second.get_container()[0][0] == lws::db::minor_index(1));
EXPECT(fetched->at(0).second.get_container()[0][1] == lws::db::minor_index(200));
}
SECTION("Upsert Wrapped")
@ -229,15 +229,15 @@ LWS_CASE("db::storage::upsert_subaddresses")
std::vector<lws::db::subaddress_dict> subs{};
subs.emplace_back(
lws::db::major_index(0),
lws::db::index_ranges{lws::db::index_range{lws::db::minor_index(101), lws::db::minor_index(200)}}
lws::db::index_ranges{{lws::db::index_range{lws::db::minor_index(101), lws::db::minor_index(200)}}}
);
auto result = db.upsert_subaddresses(lws::db::account_id(1), user.account, user.view, subs, 100);
EXPECT(result.has_value());
EXPECT(result->size() == 1);
EXPECT(result->at(0).first == lws::db::major_index(0));
EXPECT(result->at(0).second.size() == 1);
EXPECT(result->at(0).second[0][0] == lws::db::minor_index(101));
EXPECT(result->at(0).second[0][1] == lws::db::minor_index(200));
EXPECT(result->at(0).second.get_container().size() == 1);
EXPECT(result->at(0).second.get_container()[0][0] == lws::db::minor_index(101));
EXPECT(result->at(0).second.get_container()[0][1] == lws::db::minor_index(200));
{
auto reader = MONERO_UNWRAP(db.start_read());
@ -245,7 +245,7 @@ LWS_CASE("db::storage::upsert_subaddresses")
}
subs.back().second =
lws::db::index_ranges{lws::db::index_range{lws::db::minor_index(1), lws::db::minor_index(300)}};
lws::db::index_ranges{{lws::db::index_range{lws::db::minor_index(1), lws::db::minor_index(300)}}};
result = db.upsert_subaddresses(lws::db::account_id(1), user.account, user.view, subs, 299);
EXPECT(result.has_error());
@ -255,11 +255,11 @@ LWS_CASE("db::storage::upsert_subaddresses")
EXPECT(result.has_value());
EXPECT(result->size() == 1);
EXPECT(result->at(0).first == lws::db::major_index(0));
EXPECT(result->at(0).second.size() == 2);
EXPECT(result->at(0).second[0][0] == lws::db::minor_index(1));
EXPECT(result->at(0).second[0][1] == lws::db::minor_index(100));
EXPECT(result->at(0).second[1][0] == lws::db::minor_index(201));
EXPECT(result->at(0).second[1][1] == lws::db::minor_index(300));
EXPECT(result->at(0).second.get_container().size() == 2);
EXPECT(result->at(0).second.get_container()[0][0] == lws::db::minor_index(1));
EXPECT(result->at(0).second.get_container()[0][1] == lws::db::minor_index(100));
EXPECT(result->at(0).second.get_container()[1][0] == lws::db::minor_index(201));
EXPECT(result->at(0).second.get_container()[1][1] == lws::db::minor_index(300));
lws::db::storage_reader reader = MONERO_UNWRAP(db.start_read());
check_address_map(lest_env, reader, user, subs);
@ -267,9 +267,9 @@ LWS_CASE("db::storage::upsert_subaddresses")
EXPECT(fetched.has_value());
EXPECT(fetched->size() == 1);
EXPECT(fetched->at(0).first == lws::db::major_index(0));
EXPECT(fetched->at(0).second.size() == 1);
EXPECT(fetched->at(0).second[0][0] == lws::db::minor_index(1));
EXPECT(fetched->at(0).second[0][1] == lws::db::minor_index(300));
EXPECT(fetched->at(0).second.get_container().size() == 1);
EXPECT(fetched->at(0).second.get_container()[0][0] == lws::db::minor_index(1));
EXPECT(fetched->at(0).second.get_container()[0][1] == lws::db::minor_index(300));
}
SECTION("Upsert After")
@ -277,15 +277,15 @@ LWS_CASE("db::storage::upsert_subaddresses")
std::vector<lws::db::subaddress_dict> subs{};
subs.emplace_back(
lws::db::major_index(0),
lws::db::index_ranges{lws::db::index_range{lws::db::minor_index(1), lws::db::minor_index(100)}}
lws::db::index_ranges{{lws::db::index_range{lws::db::minor_index(1), lws::db::minor_index(100)}}}
);
auto result = db.upsert_subaddresses(lws::db::account_id(1), user.account, user.view, subs, 100);
EXPECT(result.has_value());
EXPECT(result->size() == 1);
EXPECT(result->at(0).first == lws::db::major_index(0));
EXPECT(result->at(0).second.size() == 1);
EXPECT(result->at(0).second[0][0] == lws::db::minor_index(1));
EXPECT(result->at(0).second[0][1] == lws::db::minor_index(100));
EXPECT(result->at(0).second.get_container().size() == 1);
EXPECT(result->at(0).second.get_container()[0][0] == lws::db::minor_index(1));
EXPECT(result->at(0).second.get_container()[0][1] == lws::db::minor_index(100));
{
auto reader = MONERO_UNWRAP(db.start_read());
@ -293,7 +293,7 @@ LWS_CASE("db::storage::upsert_subaddresses")
}
subs.back().second =
lws::db::index_ranges{lws::db::index_range{lws::db::minor_index(102), lws::db::minor_index(200)}};
lws::db::index_ranges{{lws::db::index_range{lws::db::minor_index(102), lws::db::minor_index(200)}}};
result = db.upsert_subaddresses(lws::db::account_id(1), user.account, user.view, subs, 198);
EXPECT(result.has_error());
EXPECT(result == lws::error::max_subaddresses);
@ -302,9 +302,9 @@ LWS_CASE("db::storage::upsert_subaddresses")
EXPECT(result.has_value());
EXPECT(result->size() == 1);
EXPECT(result->at(0).first == lws::db::major_index(0));
EXPECT(result->at(0).second.size() == 1);
EXPECT(result->at(0).second[0][0] == lws::db::minor_index(102));
EXPECT(result->at(0).second[0][1] == lws::db::minor_index(200));
EXPECT(result->at(0).second.get_container().size() == 1);
EXPECT(result->at(0).second.get_container()[0][0] == lws::db::minor_index(102));
EXPECT(result->at(0).second.get_container()[0][1] == lws::db::minor_index(200));
auto reader = MONERO_UNWRAP(db.start_read());
check_address_map(lest_env, reader, user, subs);
@ -312,11 +312,11 @@ LWS_CASE("db::storage::upsert_subaddresses")
EXPECT(fetched.has_value());
EXPECT(fetched->size() == 1);
EXPECT(fetched->at(0).first == lws::db::major_index(0));
EXPECT(fetched->at(0).second.size() == 2);
EXPECT(fetched->at(0).second[0][0] == lws::db::minor_index(1));
EXPECT(fetched->at(0).second[0][1] == lws::db::minor_index(100));
EXPECT(fetched->at(0).second[1][0] == lws::db::minor_index(102));
EXPECT(fetched->at(0).second[1][1] == lws::db::minor_index(200));
EXPECT(fetched->at(0).second.get_container().size() == 2);
EXPECT(fetched->at(0).second.get_container()[0][0] == lws::db::minor_index(1));
EXPECT(fetched->at(0).second.get_container()[0][1] == lws::db::minor_index(100));
EXPECT(fetched->at(0).second.get_container()[1][0] == lws::db::minor_index(102));
EXPECT(fetched->at(0).second.get_container()[1][1] == lws::db::minor_index(200));
}
SECTION("Upsert Before")
@ -324,15 +324,15 @@ LWS_CASE("db::storage::upsert_subaddresses")
std::vector<lws::db::subaddress_dict> subs{};
subs.emplace_back(
lws::db::major_index(0),
lws::db::index_ranges{lws::db::index_range{lws::db::minor_index(101), lws::db::minor_index(200)}}
lws::db::index_ranges{{lws::db::index_range{lws::db::minor_index(101), lws::db::minor_index(200)}}}
);
auto result = db.upsert_subaddresses(lws::db::account_id(1), user.account, user.view, subs, 100);
EXPECT(result.has_value());
EXPECT(result->size() == 1);
EXPECT(result->at(0).first == lws::db::major_index(0));
EXPECT(result->at(0).second.size() == 1);
EXPECT(result->at(0).second[0][0] == lws::db::minor_index(101));
EXPECT(result->at(0).second[0][1] == lws::db::minor_index(200));
EXPECT(result->at(0).second.get_container().size() == 1);
EXPECT(result->at(0).second.get_container()[0][0] == lws::db::minor_index(101));
EXPECT(result->at(0).second.get_container()[0][1] == lws::db::minor_index(200));
{
auto reader = MONERO_UNWRAP(db.start_read());
@ -340,7 +340,7 @@ LWS_CASE("db::storage::upsert_subaddresses")
}
subs.back().second =
lws::db::index_ranges{lws::db::index_range{lws::db::minor_index(1), lws::db::minor_index(99)}};
lws::db::index_ranges{{lws::db::index_range{lws::db::minor_index(1), lws::db::minor_index(99)}}};
result = db.upsert_subaddresses(lws::db::account_id(1), user.account, user.view, subs, 198);
EXPECT(result.has_error());
EXPECT(result == lws::error::max_subaddresses);
@ -349,9 +349,9 @@ LWS_CASE("db::storage::upsert_subaddresses")
EXPECT(result.has_value());
EXPECT(result->size() == 1);
EXPECT(result->at(0).first == lws::db::major_index(0));
EXPECT(result->at(0).second.size() == 1);
EXPECT(result->at(0).second[0][0] == lws::db::minor_index(1));
EXPECT(result->at(0).second[0][1] == lws::db::minor_index(99));
EXPECT(result->at(0).second.get_container().size() == 1);
EXPECT(result->at(0).second.get_container()[0][0] == lws::db::minor_index(1));
EXPECT(result->at(0).second.get_container()[0][1] == lws::db::minor_index(99));
auto reader = MONERO_UNWRAP(db.start_read());
check_address_map(lest_env, reader, user, subs);
@ -359,11 +359,11 @@ LWS_CASE("db::storage::upsert_subaddresses")
EXPECT(fetched.has_value());
EXPECT(fetched->size() == 1);
EXPECT(fetched->at(0).first == lws::db::major_index(0));
EXPECT(fetched->at(0).second.size() == 2);
EXPECT(fetched->at(0).second[0][0] == lws::db::minor_index(1));
EXPECT(fetched->at(0).second[0][1] == lws::db::minor_index(99));
EXPECT(fetched->at(0).second[1][0] == lws::db::minor_index(101));
EXPECT(fetched->at(0).second[1][1] == lws::db::minor_index(200));
EXPECT(fetched->at(0).second.get_container().size() == 2);
EXPECT(fetched->at(0).second.get_container()[0][0] == lws::db::minor_index(1));
EXPECT(fetched->at(0).second.get_container()[0][1] == lws::db::minor_index(99));
EXPECT(fetched->at(0).second.get_container()[1][0] == lws::db::minor_index(101));
EXPECT(fetched->at(0).second.get_container()[1][1] == lws::db::minor_index(200));
}
SECTION("Upsert Encapsulated")
@ -371,15 +371,15 @@ LWS_CASE("db::storage::upsert_subaddresses")
std::vector<lws::db::subaddress_dict> subs{};
subs.emplace_back(
lws::db::major_index(0),
lws::db::index_ranges{lws::db::index_range{lws::db::minor_index(1), lws::db::minor_index(200)}}
lws::db::index_ranges{{lws::db::index_range{lws::db::minor_index(1), lws::db::minor_index(200)}}}
);
auto result = db.upsert_subaddresses(lws::db::account_id(1), user.account, user.view, subs, 200);
EXPECT(result.has_value());
EXPECT(result->size() == 1);
EXPECT(result->at(0).first == lws::db::major_index(0));
EXPECT(result->at(0).second.size() == 1);
EXPECT(result->at(0).second[0][0] == lws::db::minor_index(1));
EXPECT(result->at(0).second[0][1] == lws::db::minor_index(200));
EXPECT(result->at(0).second.get_container().size() == 1);
EXPECT(result->at(0).second.get_container()[0][0] == lws::db::minor_index(1));
EXPECT(result->at(0).second.get_container()[0][1] == lws::db::minor_index(200));
{
auto reader = MONERO_UNWRAP(db.start_read());
@ -387,7 +387,7 @@ LWS_CASE("db::storage::upsert_subaddresses")
}
subs.back().second =
lws::db::index_ranges{lws::db::index_range{lws::db::minor_index(5), lws::db::minor_index(99)}};
lws::db::index_ranges{{lws::db::index_range{lws::db::minor_index(5), lws::db::minor_index(99)}}};
result = db.upsert_subaddresses(lws::db::account_id(1), user.account, user.view, subs, 300);
EXPECT(result.has_value());
EXPECT(result->size() == 0);
@ -398,9 +398,9 @@ LWS_CASE("db::storage::upsert_subaddresses")
EXPECT(fetched.has_value());
EXPECT(fetched->size() == 1);
EXPECT(fetched->at(0).first == lws::db::major_index(0));
EXPECT(fetched->at(0).second.size() == 1);
EXPECT(fetched->at(0).second[0][0] == lws::db::minor_index(1));
EXPECT(fetched->at(0).second[0][1] == lws::db::minor_index(200));
EXPECT(fetched->at(0).second.get_container().size() == 1);
EXPECT(fetched->at(0).second.get_container()[0][0] == lws::db::minor_index(1));
EXPECT(fetched->at(0).second.get_container()[0][1] == lws::db::minor_index(200));
}
@ -409,9 +409,9 @@ LWS_CASE("db::storage::upsert_subaddresses")
std::vector<lws::db::subaddress_dict> subs{};
subs.emplace_back(
lws::db::major_index(0),
lws::db::index_ranges{lws::db::index_range{lws::db::minor_index(1), lws::db::minor_index(100)}}
lws::db::index_ranges{{lws::db::index_range{lws::db::minor_index(1), lws::db::minor_index(100)}}}
);
subs.back().second.push_back(
subs.back().second.get_container().push_back(
lws::db::index_range{lws::db::minor_index(101), lws::db::minor_index(200)}
);
auto result = db.upsert_subaddresses(lws::db::account_id(1), user.account, user.view, subs, 100);

12
tests/unit/scanner.test.cpp
View file

@ -321,7 +321,7 @@ LWS_CASE("lws::scanner::sync and lws::scanner::run")
{
lws::scanner::reset();
auto rpc =
lws::rpc::context::make(rendevous, {}, {}, {}, std::chrono::minutes{0});
lws::rpc::context::make(rendevous, {}, {}, {}, std::chrono::minutes{0}, false);
lws::db::test::cleanup_db on_scope_exit{};
@ -412,7 +412,7 @@ LWS_CASE("lws::scanner::sync and lws::scanner::run")
lws::db::subaddress_dict{
lws::db::major_index::primary,
lws::db::index_ranges{
lws::db::index_range{lws::db::minor_index(1), lws::db::minor_index(2)}
{lws::db::index_range{lws::db::minor_index(1), lws::db::minor_index(2)}}
}
}
};
@ -421,10 +421,10 @@ LWS_CASE("lws::scanner::sync and lws::scanner::run")
EXPECT(result);
EXPECT(result->size() == 1);
EXPECT(result->at(0).first == lws::db::major_index::primary);
EXPECT(result->at(0).second.size() == 1);
EXPECT(result->at(0).second.at(0).size() == 2);
EXPECT(result->at(0).second.at(0).at(0) == lws::db::minor_index(1));
EXPECT(result->at(0).second.at(0).at(1) == lws::db::minor_index(2));
EXPECT(result->at(0).second.get_container().size() == 1);
EXPECT(result->at(0).second.get_container().at(0).size() == 2);
EXPECT(result->at(0).second.get_container().at(0).at(0) == lws::db::minor_index(1));
EXPECT(result->at(0).second.get_container().at(0).at(1) == lws::db::minor_index(2));
}
std::vector<cryptonote::tx_destination_entry> destinations;

5
tests/unit/wire/json/read.write.test.cpp
View file

@ -10,6 +10,8 @@
#include "wire/json/read.h"
#include "wire/json/write.h"
#include "wire/vector.h"
#include "wire/wrapper/array.h"
#include "wire/wrappers_impl.h"
#include "wire/base.test.h"
@ -31,7 +33,8 @@ namespace
template<typename F, typename T>
void basic_object_map(F& format, T& self)
{
wire::object(format, WIRE_FIELD(utf8), WIRE_FIELD(vec), WIRE_FIELD(data), WIRE_FIELD(choice));
using max_vec = wire::max_element_count<100>;
wire::object(format, WIRE_FIELD(utf8), WIRE_FIELD_ARRAY(vec, max_vec), WIRE_FIELD(data), WIRE_FIELD(choice));
}
template<typename T>

6
tests/unit/wire/msgpack/read.write.test.cpp
View file

@ -30,9 +30,12 @@
#include <boost/range/algorithm/equal.hpp>
#include <cstdint>
#include <type_traits>
#include "wire/field.h"
#include "wire/traits.h"
#include "wire/msgpack.h"
#include "wire/vector.h"
#include "wire/wrapper/array.h"
#include "wire/wrappers_impl.h"
#include "wire/base.test.h"
@ -65,9 +68,10 @@ namespace
template<typename F, typename T>
void basic_object_map(F& format, T& self)
{
using vec_max = wire::max_element_count<100>;
wire::object(format,
WIRE_FIELD_ID(0, utf8),
WIRE_FIELD_ID(1, vec),
wire::field<1>("vec", wire::array<vec_max>(std::ref(self.vec))),
WIRE_FIELD_ID(2, data),
WIRE_FIELD_ID(254, choice)
);

11
tests/unit/wire/read.write.test.cpp
View file

@ -36,6 +36,8 @@
#include "wire/json.h"
#include "wire/msgpack.h"
#include "wire/vector.h"
#include "wire/wrapper/array.h"
#include "wire/wrappers_impl.h"
#include "wire/base.test.h"
@ -70,12 +72,13 @@ namespace
template<typename F, typename T>
void complex_map(F& format, T& self)
{
using max_vec = wire::max_element_count<100>;
wire::object(format,
WIRE_FIELD(objects),
WIRE_FIELD(ints),
WIRE_FIELD(uints),
WIRE_FIELD_ARRAY(objects, max_vec),
WIRE_FIELD_ARRAY(ints, max_vec),
WIRE_FIELD_ARRAY(uints, max_vec),
WIRE_FIELD(blobs),
WIRE_FIELD(strings),
WIRE_FIELD_ARRAY(strings, max_vec),
WIRE_FIELD(choice)
);
}