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misc_tests.cpp
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#include <eosio/chain/asset.hpp>
#include <eosio/chain/authority.hpp>
#include <eosio/chain/authority_checker.hpp>
#include <eosio/chain/types.hpp>
#include <eosio/chain/thread_utils.hpp>
#include <eosio/testing/tester.hpp>
#include <fc/io/json.hpp>
#include <fc/log/logger_config.hpp>
#include <appbase/application.hpp>
#include <fc/bitutil.hpp>
#include <thread>
#include <boost/test/unit_test.hpp>
using namespace eosio::chain;
using namespace eosio::testing;
#include <boost/random/mersenne_twister.hpp>
#include <boost/random/uniform_int_distribution.hpp>
struct base_reflect : fc::reflect_init {
int bv = 0;
bool base_reflect_initialized = false;
int base_reflect_called = 0;
protected:
friend struct fc::reflector<base_reflect>;
friend struct fc::reflector_init_visitor<base_reflect>;
friend struct fc::has_reflector_init<base_reflect>;
void reflector_init() {
BOOST_CHECK_EQUAL( bv, 42 ); // should be deserialized before called, set by test
++base_reflect_called;
base_reflect_initialized = true;
}
};
struct derived_reflect : public base_reflect {
int dv = 0;
bool derived_reflect_initialized = false;
int derived_reflect_called = 0;
protected:
friend struct fc::reflector<derived_reflect>;
friend struct fc::reflector_init_visitor<derived_reflect>;
friend struct fc::has_reflector_init<derived_reflect>;
void reflector_init() {
BOOST_CHECK_EQUAL( bv, 42 ); // should be deserialized before called, set by test
BOOST_CHECK_EQUAL( dv, 52 ); // should be deserialized before called, set by test
++derived_reflect_called;
base_reflect::reflector_init();
derived_reflect_initialized = true;
}
};
struct final_reflect : public derived_reflect {
int fv = 0;
bool final_reflect_initialized = false;
int final_reflect_called = 0;
private:
friend struct fc::reflector<final_reflect>;
friend struct fc::reflector_init_visitor<final_reflect>;
friend struct fc::has_reflector_init<final_reflect>;
void reflector_init() {
BOOST_CHECK_EQUAL( bv, 42 ); // should be deserialized before called, set by test
BOOST_CHECK_EQUAL( dv, 52 ); // should be deserialized before called, set by test
BOOST_CHECK_EQUAL( fv, 62 ); // should be deserialized before called, set by test
++final_reflect_called;
derived_reflect::reflector_init();
final_reflect_initialized = true;
}
};
FC_REFLECT( base_reflect, (bv) )
FC_REFLECT_DERIVED( derived_reflect, (base_reflect), (dv) )
FC_REFLECT_DERIVED( final_reflect, (derived_reflect), (fv) )
namespace eosio
{
using namespace chain;
using namespace std;
static constexpr uint64_t name_suffix( name nv ) {
uint64_t n = nv.to_uint64_t();
uint32_t remaining_bits_after_last_actual_dot = 0;
uint32_t tmp = 0;
for( int32_t remaining_bits = 59; remaining_bits >= 4; remaining_bits -= 5 ) { // Note: remaining_bits must remain signed integer
// Get characters one-by-one in name in order from left to right (not including the 13th character)
auto c = (n >> remaining_bits) & 0x1Full;
if( !c ) { // if this character is a dot
tmp = static_cast<uint32_t>(remaining_bits);
} else { // if this character is not a dot
remaining_bits_after_last_actual_dot = tmp;
}
}
uint64_t thirteenth_character = n & 0x0Full;
if( thirteenth_character ) { // if 13th character is not a dot
remaining_bits_after_last_actual_dot = tmp;
}
if( remaining_bits_after_last_actual_dot == 0 ) // there is no actual dot in the name other than potentially leading dots
return n;
// At this point remaining_bits_after_last_actual_dot has to be within the range of 4 to 59 (and restricted to increments of 5).
// Mask for remaining bits corresponding to characters after last actual dot, except for 4 least significant bits (corresponds to 13th character).
uint64_t mask = (1ull << remaining_bits_after_last_actual_dot) - 16;
uint32_t shift = 64 - remaining_bits_after_last_actual_dot;
return ( ((n & mask) << shift) + (thirteenth_character << (shift-1)) );
}
BOOST_AUTO_TEST_SUITE(misc_tests)
BOOST_AUTO_TEST_CASE(reverse_endian_tests)
{
BOOST_CHECK_EQUAL( endian_reverse_u64(0x0123456789abcdef), 0xefcdab8967452301u );
BOOST_CHECK_EQUAL( endian_reverse_u64(0x0102030405060708), 0x0807060504030201u );
BOOST_CHECK_EQUAL( endian_reverse_u32(0x01234567), 0x67452301u );
BOOST_CHECK_EQUAL( endian_reverse_u32(0x01020304), 0x04030201u );
}
BOOST_AUTO_TEST_CASE(name_suffix_tests)
{
BOOST_CHECK_EQUAL( name{name_suffix(name(0))}, name{0} );
BOOST_CHECK_EQUAL( name{name_suffix("abcdehijklmn"_n)}, name{"abcdehijklmn"_n} );
BOOST_CHECK_EQUAL( name{name_suffix("abcdehijklmn1"_n)}, name{"abcdehijklmn1"_n} );
BOOST_CHECK_EQUAL( name{name_suffix("abc.def"_n)}, name{"def"_n} );
BOOST_CHECK_EQUAL( name{name_suffix(".abc.def"_n)}, name{"def"_n} );
BOOST_CHECK_EQUAL( name{name_suffix("..abc.def"_n)}, name{"def"_n} );
BOOST_CHECK_EQUAL( name{name_suffix("abc..def"_n)}, name{"def"_n} );
BOOST_CHECK_EQUAL( name{name_suffix("abc.def.ghi"_n)}, name{"ghi"_n} );
BOOST_CHECK_EQUAL( name{name_suffix(".abcdefghij"_n)}, name{"abcdefghij"_n} );
BOOST_CHECK_EQUAL( name{name_suffix(".abcdefghij.1"_n)}, name{"1"_n} );
BOOST_CHECK_EQUAL( name{name_suffix("a.bcdefghij"_n)}, name{"bcdefghij"_n} );
BOOST_CHECK_EQUAL( name{name_suffix("a.bcdefghij.1"_n)}, name{"1"_n} );
BOOST_CHECK_EQUAL( name{name_suffix("......a.b.c"_n)}, name{"c"_n} );
BOOST_CHECK_EQUAL( name{name_suffix("abcdefhi.123"_n)}, name{"123"_n} );
BOOST_CHECK_EQUAL( name{name_suffix("abcdefhij.123"_n)}, name{"123"_n} );
}
BOOST_AUTO_TEST_CASE(name_prefix_tests)
{
BOOST_CHECK_EQUAL("e"_n.prefix(), "e"_n);
BOOST_CHECK_EQUAL(""_n.prefix(), ""_n);
BOOST_CHECK_EQUAL("abcdefghijklm"_n.prefix(), "abcdefghijklm"_n);
BOOST_CHECK_EQUAL("abcdefghijkl"_n.prefix(), "abcdefghijkl"_n);
BOOST_CHECK_EQUAL("abc.xyz"_n.prefix(), "abc"_n);
BOOST_CHECK_EQUAL("abc.xyz.qrt"_n.prefix(), "abc.xyz"_n);
BOOST_CHECK_EQUAL("."_n.prefix(), ""_n);
BOOST_CHECK_EQUAL("eosio.any"_n.prefix(), "eosio"_n);
BOOST_CHECK_EQUAL("eosio"_n.prefix(), "eosio"_n);
BOOST_CHECK_EQUAL("eosio"_n.prefix(), config::system_account_name);
BOOST_CHECK_EQUAL("eosio."_n.prefix(), "eosio"_n);
BOOST_CHECK_EQUAL("eosio.evm"_n.prefix(), "eosio"_n);
BOOST_CHECK_EQUAL(".eosio"_n.prefix(), ""_n);
BOOST_CHECK_NE("eosi"_n.prefix(), "eosio"_n);
BOOST_CHECK_NE("eosioeosio"_n.prefix(), "eosio"_n);
BOOST_CHECK_NE("eosioe"_n.prefix(), "eosio"_n);
}
/// Test processing of unbalanced strings
BOOST_AUTO_TEST_CASE(json_from_string_test)
{
bool exc_found = false;
try {
auto val = fc::json::from_string("{\"}");
} catch(...) {
exc_found = true;
}
BOOST_CHECK_EQUAL(exc_found, true);
exc_found = false;
try {
auto val = fc::json::from_string("{\"block_num_or_id\":5");
} catch(...) {
exc_found = true;
}
BOOST_CHECK_EQUAL(exc_found, true);
}
BOOST_AUTO_TEST_CASE(variant_format_string_limited)
{
const string format = "${a} ${b} ${c}";
{
fc::mutable_variant_object mu;
mu( "a", string( 1024, 'a' ) );
mu( "b", string( 1024, 'b' ) );
mu( "c", string( 1024, 'c' ) );
string result = fc::format_string( format, mu, true );
BOOST_CHECK_LT(0u, mu.size());
BOOST_CHECK_LT(format.size(), 1024u);
const size_t target_size = (1024u - format.size()) / mu.size();
BOOST_CHECK_EQUAL( result, string( target_size, 'a' ) + "... " + string( target_size, 'b' ) + "... " + string( target_size, 'c' ) + "..." );
}
{
fc::mutable_variant_object mu;
signed_block a;
blob b;
for( int i = 0; i < 1024; ++i)
b.data.push_back('b');
variants c;
c.push_back(fc::variant(a));
mu( "a", a );
mu( "b", b );
mu( "c", c );
string result = fc::format_string( format, mu, true );
BOOST_CHECK_EQUAL( result, "${a} ${b} ${c}");
}
{
// test cases for issue #8741, short version, all fields being displayed
flat_set <permission_level> provided_permissions;
for(char ch = 'a'; ch < 'c'; ++ch) {
provided_permissions.insert( {name(std::string_view(string(4, ch))), name(std::string_view(string(4, ch + 1)))});
}
flat_set <public_key_type> provided_keys;
auto fill_keys = [](const flat_set <permission_level>& provided_permissions, flat_set <public_key_type>& provided_keys) {
std::string digest = "1234567";
for (auto &permission : provided_permissions) {
digest += "1";
const std::string key_name_str = permission.actor.to_string() + permission.permission.to_string();
auto sig_digest = digest_type::hash(std::make_pair("1234", "abcd"));
const fc::crypto::signature sig = private_key_type::regenerate<fc::ecc::private_key_shim>(
fc::sha256::hash(key_name_str + "active")).sign(sig_digest);
provided_keys.insert(public_key_type{sig, fc::sha256{digest}, true});
}
};
fill_keys(provided_permissions, provided_keys);
const string format = "transaction declares authority '${auth}', provided permissions ${provided_permissions}, provided keys ${provided_keys}";
fc::mutable_variant_object mu;
mu("auth", *provided_permissions.begin());
mu("provided_permissions", provided_permissions);
mu("provided_keys", provided_keys);
BOOST_CHECK_LT(0u, mu.size());
const auto arg_limit_size = (1024u - format.size()) / mu.size();
const string result = fc::format_string(format, mu, true);
BOOST_CHECK(provided_permissions.begin() != provided_permissions.end());
const string auth_str = fc::json::to_string(*provided_permissions.begin(), fc::time_point::maximum());
string target_str = "transaction declares authority '" + fc::json::to_string(*provided_permissions.begin(), fc::time_point::maximum());
target_str += "', provided permissions " + fc::json::to_string(provided_permissions, fc::time_point::maximum());
target_str += ", provided keys " + fc::json::to_string(provided_keys, fc::time_point::maximum()).substr(0, arg_limit_size);
BOOST_CHECK_EQUAL(result, target_str);
BOOST_CHECK_LT(result.size(), 1024u + 3 * mu.size());
// test cases for issue #8741, longer version, permission and keys field being folded
provided_permissions.clear();
provided_keys.clear();
for(char ch = 'c'; ch < 'z'; ++ch) {
provided_permissions.insert( {name(std::string_view(string(5, ch))), name(std::string_view(string(5, ch + 1)))});
}
fill_keys(provided_permissions, provided_keys);
fc::mutable_variant_object mu_fold;
mu_fold("auth", *provided_permissions.begin());
mu_fold("provided_permissions", provided_permissions);
mu_fold("provided_keys", provided_keys);
BOOST_CHECK_LT(0u, mu_fold.size());
string target_fold_str = "transaction declares authority '" + fc::json::to_string(*provided_permissions.begin(), fc::time_point::maximum());
target_fold_str += "', provided permissions ${provided_permissions}";
target_fold_str += ", provided keys ${provided_keys}";
const string result_fold = fc::format_string(format, mu_fold, true);
BOOST_CHECK_EQUAL(result_fold, target_fold_str);
BOOST_CHECK_LT(result_fold.size(), 1024u + 3 * mu.size());
}
}
// Test overflow handling in asset::from_string
BOOST_AUTO_TEST_CASE(asset_from_string_overflow)
{
asset a;
// precision = 19, magnitude < 2^61
BOOST_CHECK_EXCEPTION( asset::from_string("0.1000000000000000000 CUR") , symbol_type_exception, [](const auto& e) {
return expect_assert_message(e, "precision 19 should be <= 18");
});
BOOST_CHECK_EXCEPTION( asset::from_string("-0.1000000000000000000 CUR") , symbol_type_exception, [](const auto& e) {
return expect_assert_message(e, "precision 19 should be <= 18");
});
BOOST_CHECK_EXCEPTION( asset::from_string("1.0000000000000000000 CUR") , symbol_type_exception, [](const auto& e) {
return expect_assert_message(e, "precision 19 should be <= 18");
});
BOOST_CHECK_EXCEPTION( asset::from_string("-1.0000000000000000000 CUR") , symbol_type_exception, [](const auto& e) {
return expect_assert_message(e, "precision 19 should be <= 18");
});
// precision = 18, magnitude < 2^58
a = asset::from_string("0.100000000000000000 CUR");
BOOST_CHECK_EQUAL(a.get_amount(), 100000000000000000L);
a = asset::from_string("-0.100000000000000000 CUR");
BOOST_CHECK_EQUAL(a.get_amount(), -100000000000000000L);
// precision = 18, magnitude = 2^62
BOOST_CHECK_EXCEPTION( asset::from_string("4.611686018427387904 CUR") , asset_type_exception, [](const asset_type_exception& e) {
return expect_assert_message(e, "magnitude of asset amount must be less than 2^62");
});
BOOST_CHECK_EXCEPTION( asset::from_string("-4.611686018427387904 CUR") , asset_type_exception, [](const asset_type_exception& e) {
return expect_assert_message(e, "magnitude of asset amount must be less than 2^62");
});
BOOST_CHECK_EXCEPTION( asset::from_string("4611686018427387.904 CUR") , asset_type_exception, [](const asset_type_exception& e) {
return expect_assert_message(e, "magnitude of asset amount must be less than 2^62");
});
BOOST_CHECK_EXCEPTION( asset::from_string("-4611686018427387.904 CUR") , asset_type_exception, [](const asset_type_exception& e) {
return expect_assert_message(e, "magnitude of asset amount must be less than 2^62");
});
// precision = 18, magnitude = 2^62-1
a = asset::from_string("4.611686018427387903 CUR");
BOOST_CHECK_EQUAL(a.get_amount(), 4611686018427387903L);
a = asset::from_string("-4.611686018427387903 CUR");
BOOST_CHECK_EQUAL(a.get_amount(), -4611686018427387903L);
// precision = 0, magnitude = 2^62
BOOST_CHECK_EXCEPTION( asset::from_string("4611686018427387904 CUR") , asset_type_exception, [](const asset_type_exception& e) {
return expect_assert_message(e, "magnitude of asset amount must be less than 2^62");
});
BOOST_CHECK_EXCEPTION( asset::from_string("-4611686018427387904 CUR") , asset_type_exception, [](const asset_type_exception& e) {
return expect_assert_message(e, "magnitude of asset amount must be less than 2^62");
});
// precision = 0, magnitude = 2^62-1
a = asset::from_string("4611686018427387903 CUR");
BOOST_CHECK_EQUAL(a.get_amount(), 4611686018427387903L);
a = asset::from_string("-4611686018427387903 CUR");
BOOST_CHECK_EQUAL(a.get_amount(), -4611686018427387903L);
// precision = 18, magnitude = 2^65
BOOST_CHECK_EXCEPTION( asset::from_string("36.893488147419103232 CUR") , overflow_exception, [](const overflow_exception& e) {
return true;
});
BOOST_CHECK_EXCEPTION( asset::from_string("-36.893488147419103232 CUR") , underflow_exception, [](const underflow_exception& e) {
return true;
});
// precision = 14, magnitude > 2^76
BOOST_CHECK_EXCEPTION( asset::from_string("1000000000.00000000000000 CUR") , overflow_exception, [](const overflow_exception& e) {
return true;
});
BOOST_CHECK_EXCEPTION( asset::from_string("-1000000000.00000000000000 CUR") , underflow_exception, [](const underflow_exception& e) {
return true;
});
// precision = 0, magnitude > 2^76
BOOST_CHECK_EXCEPTION( asset::from_string("100000000000000000000000 CUR") , parse_error_exception, [](const parse_error_exception& e) {
return expect_assert_message(e, "Couldn't parse int64_t");
});
BOOST_CHECK_EXCEPTION( asset::from_string("-100000000000000000000000 CUR") , parse_error_exception, [](const parse_error_exception& e) {
return expect_assert_message(e, "Couldn't parse int64_t");
});
// precision = 20, magnitude > 2^142
BOOST_CHECK_EXCEPTION( asset::from_string("100000000000000000000000.00000000000000000000 CUR") , symbol_type_exception, [](const auto& e) {
return expect_assert_message(e, "precision 20 should be <= 18");
});
BOOST_CHECK_EXCEPTION( asset::from_string("-100000000000000000000000.00000000000000000000 CUR") , symbol_type_exception, [](const auto& e) {
return expect_assert_message(e, "precision 20 should be <= 18");
});
}
struct permission_visitor {
std::vector<permission_level> permissions;
std::vector<size_t> size_stack;
bool _log;
permission_visitor(bool log = false) : _log(log) {}
void operator()(const permission_level& permission) {
permissions.push_back(permission);
}
void operator()(const permission_level& permission, bool repeat ) {}
void push_undo() {
if( _log )
ilog("push_undo called");
size_stack.push_back(permissions.size());
}
void pop_undo() {
if( _log )
ilog("pop_undo called");
FC_ASSERT( size_stack.back() <= permissions.size() && size_stack.size() >= 1,
"invariant failure in test permission_visitor" );
permissions.erase( permissions.begin() + size_stack.back(), permissions.end() );
size_stack.pop_back();
}
void squash_undo() {
if( _log )
ilog("squash_undo called");
FC_ASSERT( size_stack.size() >= 1, "invariant failure in test permission_visitor" );
size_stack.pop_back();
}
};
BOOST_AUTO_TEST_CASE(authority_checker)
{ try {
testing::validating_tester test;
auto a = test.get_public_key(name("a"), "active");
auto b = test.get_public_key(name("b"), "active");
auto c = test.get_public_key(name("c"), "active");
const authority null_authority;
auto GetNullAuthority = [&null_authority](auto){abort(); return &null_authority;};
auto A = authority(2, {key_weight{a, 1}, key_weight{b, 1}});
{
auto checker = make_auth_checker(GetNullAuthority, 2, {a, b});
BOOST_TEST(checker.satisfied(A));
BOOST_TEST(checker.all_keys_used());
BOOST_TEST(checker.used_keys().size() == 2u);
BOOST_TEST(checker.unused_keys().size() == 0u);
}
{
auto checker = make_auth_checker(GetNullAuthority, 2, {a, c});
BOOST_TEST(!checker.satisfied(A));
BOOST_TEST(!checker.all_keys_used());
BOOST_TEST(checker.used_keys().size() == 0u);
BOOST_TEST(checker.unused_keys().size() == 2u);
}
{
auto checker = make_auth_checker(GetNullAuthority, 2, {a, b, c});
BOOST_TEST(checker.satisfied(A));
BOOST_TEST(!checker.all_keys_used());
BOOST_TEST(checker.used_keys().size() == 2u);
BOOST_TEST(checker.used_keys().count(a) == 1u);
BOOST_TEST(checker.used_keys().count(b) == 1u);
BOOST_TEST(checker.unused_keys().size() == 1u);
BOOST_TEST(checker.unused_keys().count(c) == 1u);
}
{
auto checker = make_auth_checker(GetNullAuthority, 2, {b, c});
BOOST_TEST(!checker.satisfied(A));
BOOST_TEST(!checker.all_keys_used());
BOOST_TEST(checker.used_keys().size() == 0u);
}
A = authority(3, {key_weight{a, 1}, key_weight{b, 1}, key_weight{c, 1}});
BOOST_TEST(make_auth_checker(GetNullAuthority, 2, {c, b, a}).satisfied(A));
BOOST_TEST(!make_auth_checker(GetNullAuthority, 2, {a, b}).satisfied(A));
BOOST_TEST(!make_auth_checker(GetNullAuthority, 2, {a, c}).satisfied(A));
BOOST_TEST(!make_auth_checker(GetNullAuthority, 2, {b, c}).satisfied(A));
A = authority(1, {key_weight{a, 1}, key_weight{b, 1}});
BOOST_TEST(make_auth_checker(GetNullAuthority, 2, {a}).satisfied(A));
BOOST_TEST(make_auth_checker(GetNullAuthority, 2, {b}).satisfied(A));
BOOST_TEST(!make_auth_checker(GetNullAuthority, 2, {c}).satisfied(A));
A = authority(1, {key_weight{a, 2}, key_weight{b, 1}});
BOOST_TEST(make_auth_checker(GetNullAuthority, 2, {a}).satisfied(A));
BOOST_TEST(make_auth_checker(GetNullAuthority, 2, {b}).satisfied(A));
BOOST_TEST(!make_auth_checker(GetNullAuthority, 2, {c}).satisfied(A));
const authority c_authority = authority(1, {key_weight{c, 1}});
auto GetCAuthority = [&c_authority](auto){
return &c_authority;
};
A = authority(2, {key_weight{a, 2}, key_weight{b, 1}}, {permission_level_weight{{name("hello"), name("world")}, 1}});
{
auto checker = make_auth_checker(GetCAuthority, 2, {a});
BOOST_TEST(checker.satisfied(A));
BOOST_TEST(checker.all_keys_used());
}
{
auto checker = make_auth_checker(GetCAuthority, 2, {b});
BOOST_TEST(!checker.satisfied(A));
BOOST_TEST(checker.used_keys().size() == 0u);
BOOST_TEST(checker.unused_keys().size() == 1u);
BOOST_TEST(checker.unused_keys().count(b) == 1u);
}
{
auto checker = make_auth_checker(GetCAuthority, 2, {c});
BOOST_TEST(!checker.satisfied(A));
BOOST_TEST(checker.used_keys().size() == 0u);
BOOST_TEST(checker.unused_keys().size() == 1u);
BOOST_TEST(checker.unused_keys().count(c) == 1u);
}
{
auto checker = make_auth_checker(GetCAuthority, 2, {b, c});
BOOST_TEST(checker.satisfied(A));
BOOST_TEST(checker.all_keys_used());
BOOST_TEST(checker.used_keys().size() == 2u);
BOOST_TEST(checker.unused_keys().size() == 0u);
BOOST_TEST(checker.used_keys().count(b) == 1u);
BOOST_TEST(checker.used_keys().count(c) == 1u);
}
{
auto checker = make_auth_checker(GetCAuthority, 2, {b, c, a});
BOOST_TEST(checker.satisfied(A));
BOOST_TEST(!checker.all_keys_used());
BOOST_TEST(checker.used_keys().size() == 1u);
BOOST_TEST(checker.used_keys().count(a) == 1u);
BOOST_TEST(checker.unused_keys().size() == 2u);
BOOST_TEST(checker.unused_keys().count(b) == 1u);
BOOST_TEST(checker.unused_keys().count(c) == 1u);
}
A = authority(3, {key_weight{a, 2}, key_weight{b, 1}}, {permission_level_weight{{name("hello"), name("world")}, 3}});
{
auto checker = make_auth_checker(GetCAuthority, 2, {a, b});
BOOST_TEST(checker.satisfied(A));
BOOST_TEST(checker.all_keys_used());
}
{
auto checker = make_auth_checker(GetCAuthority, 2, {a, b, c});
BOOST_TEST(checker.satisfied(A));
BOOST_TEST(!checker.all_keys_used());
BOOST_TEST(checker.used_keys().size() == 1u);
BOOST_TEST(checker.used_keys().count(c) == 1u);
BOOST_TEST(checker.unused_keys().size() == 2u);
BOOST_TEST(checker.unused_keys().count(a) == 1u);
BOOST_TEST(checker.unused_keys().count(b) == 1u);
}
A = authority(2, {key_weight{a, 1}, key_weight{b, 1}}, {permission_level_weight{{name("hello"), name("world")}, 1}});
BOOST_TEST(!make_auth_checker(GetCAuthority, 2, {a}).satisfied(A));
BOOST_TEST(!make_auth_checker(GetCAuthority, 2, {b}).satisfied(A));
BOOST_TEST(!make_auth_checker(GetCAuthority, 2, {c}).satisfied(A));
BOOST_TEST(make_auth_checker(GetCAuthority, 2, {a, b}).satisfied(A));
BOOST_TEST(make_auth_checker(GetCAuthority, 2, {b, c}).satisfied(A));
BOOST_TEST(make_auth_checker(GetCAuthority, 2, {a, c}).satisfied(A));
{
auto checker = make_auth_checker(GetCAuthority, 2, {a, b, c});
BOOST_TEST(checker.satisfied(A));
BOOST_TEST(!checker.all_keys_used());
BOOST_TEST(checker.used_keys().size() == 2u);
BOOST_TEST(checker.unused_keys().size() == 1u);
BOOST_TEST(checker.unused_keys().count(c) == 1u);
}
A = authority(2, {key_weight{a, 1}, key_weight{b, 1}}, {permission_level_weight{{name("hello"), name("world")}, 2}});
BOOST_TEST(make_auth_checker(GetCAuthority, 2, {a, b}).satisfied(A));
BOOST_TEST(make_auth_checker(GetCAuthority, 2, {c}).satisfied(A));
BOOST_TEST(!make_auth_checker(GetCAuthority, 2, {a}).satisfied(A));
BOOST_TEST(!make_auth_checker(GetCAuthority, 2, {b}).satisfied(A));
{
auto checker = make_auth_checker(GetCAuthority, 2, {a, b, c});
BOOST_TEST(checker.satisfied(A));
BOOST_TEST(!checker.all_keys_used());
BOOST_TEST(checker.used_keys().size() == 1u);
BOOST_TEST(checker.unused_keys().size() == 2u);
BOOST_TEST(checker.used_keys().count(c) == 1u);
}
auto d = test.get_public_key(name("d"), "active");
auto e = test.get_public_key(name("e"), "active");
const authority auth_for_top_actor = authority(2, {key_weight{d, 1}}, {permission_level_weight{{name("bottom"), name("bottom")}, 1}});
const authority auth_for_others = authority{1, {{e, 1}}, {}};
auto GetAuthority = [&auth_for_top_actor, &auth_for_others] (const permission_level& perm) {
if (perm.actor == name("top"))
return &auth_for_top_actor;
return &auth_for_others;
};
A = authority(5, {key_weight{a, 2}, key_weight{b, 2}, key_weight{c, 2}}, {permission_level_weight{{name("top"), name("top")}, 5}});
{
auto checker = make_auth_checker(GetAuthority, 2, {d, e});
BOOST_TEST(checker.satisfied(A));
BOOST_TEST(checker.all_keys_used());
}
{
auto checker = make_auth_checker(GetAuthority, 2, {a, b, c, d, e});
BOOST_TEST(checker.satisfied(A));
BOOST_TEST(!checker.all_keys_used());
BOOST_TEST(checker.used_keys().size() == 2u);
BOOST_TEST(checker.unused_keys().size() == 3u);
BOOST_TEST(checker.used_keys().count(d) == 1u);
BOOST_TEST(checker.used_keys().count(e) == 1u);
}
{
auto checker = make_auth_checker(GetAuthority, 2, {a, b, c, e});
BOOST_TEST(checker.satisfied(A));
BOOST_TEST(!checker.all_keys_used());
BOOST_TEST(checker.used_keys().size() == 3u);
BOOST_TEST(checker.unused_keys().size() == 1u);
BOOST_TEST(checker.used_keys().count(a) == 1u);
BOOST_TEST(checker.used_keys().count(b) == 1u);
BOOST_TEST(checker.used_keys().count(c) == 1u);
}
BOOST_TEST(make_auth_checker(GetAuthority, 1, {a, b, c}).satisfied(A));
// Fails due to short recursion depth limit
BOOST_TEST(!make_auth_checker(GetAuthority, 1, {d, e}).satisfied(A));
BOOST_TEST(b < a);
BOOST_TEST(b < c);
BOOST_TEST(a < c);
{
// valid key order: b < a < c
A = authority(2, {key_weight{b, 1}, key_weight{a, 1}, key_weight{c, 1}});
// valid key order: b < c
auto B = authority(1, {key_weight{b, 1}, key_weight{c, 1}});
// invalid key order: c > b
auto C = authority(1, {key_weight{b, 1}, key_weight{c, 1}, key_weight{b, 1}});
// invalid key order: duplicate c
auto D = authority(1, {key_weight{b, 1}, key_weight{c, 1}, key_weight{c, 1}});
// invalid key order: duplicate b
auto E = authority(1, {key_weight{b, 1}, key_weight{b, 1}, key_weight{c, 1}});
// unvalid: insufficient weight
auto F = authority(4, {key_weight{b, 1}, key_weight{a, 1}, key_weight{c, 1}});
auto checker = make_auth_checker(GetNullAuthority, 2, {a, b, c});
BOOST_TEST(validate(A));
BOOST_TEST(validate(B));
BOOST_TEST(!validate(C));
BOOST_TEST(!validate(D));
BOOST_TEST(!validate(E));
BOOST_TEST(!validate(F));
BOOST_TEST(!checker.all_keys_used());
BOOST_TEST(checker.unused_keys().count(b) == 1u);
BOOST_TEST(checker.unused_keys().count(a) == 1u);
BOOST_TEST(checker.unused_keys().count(c) == 1u);
BOOST_TEST(checker.satisfied(A));
BOOST_TEST(checker.satisfied(B));
BOOST_TEST(!checker.all_keys_used());
BOOST_TEST(checker.unused_keys().count(b) == 0u);
BOOST_TEST(checker.unused_keys().count(a) == 0u);
BOOST_TEST(checker.unused_keys().count(c) == 1u);
}
{
auto A2 = authority(4, {key_weight{b, 1}, key_weight{a, 1}, key_weight{c, 1}},
{ permission_level_weight{{name("a"), name("world")}, 1},
permission_level_weight{{name("hello"), name("world")}, 1},
permission_level_weight{{name("hi"), name("world")}, 1}
});
auto B2 = authority(4, {key_weight{b, 1}, key_weight{a, 1}, key_weight{c, 1}},
{permission_level_weight{{name("hello"), name("world")}, 1}
});
auto C2 = authority(4, {key_weight{b, 1}, key_weight{a, 1}, key_weight{c, 1}},
{ permission_level_weight{{name("hello"), name("there")}, 1},
permission_level_weight{{name("hello"), name("world")}, 1}
});
// invalid: duplicate
auto D2 = authority(4, {key_weight{b, 1}, key_weight{a, 1}, key_weight{c, 1}},
{ permission_level_weight{{name("hello"), name("world")}, 1},
permission_level_weight{{name("hello"), name("world")}, 2}
});
// invalid: wrong order
auto E2 = authority(4, {key_weight{b, 1}, key_weight{a, 1}, key_weight{c, 1}},
{ permission_level_weight{{name("hello"), name("world")}, 2},
permission_level_weight{{name("hello"), name("there")}, 1}
});
// invalid: wrong order
auto F2 = authority(4, {key_weight{b, 1}, key_weight{a, 1}, key_weight{c, 1}},
{ permission_level_weight{{name("hi"), name("world")}, 2},
permission_level_weight{{name("hello"), name("world")}, 1}
});
// invalid: insufficient weight
auto G2 = authority(7, {key_weight{b, 1}, key_weight{a, 1}, key_weight{c, 1}},
{ permission_level_weight{{name("a"), name("world")}, 1},
permission_level_weight{{name("hello"), name("world")}, 1},
permission_level_weight{{name("hi"), name("world")}, 1}
});
BOOST_TEST(validate(A2));
BOOST_TEST(validate(B2));
BOOST_TEST(validate(C2));
BOOST_TEST(!validate(D2));
BOOST_TEST(!validate(E2));
BOOST_TEST(!validate(F2));
BOOST_TEST(!validate(G2));
}
} FC_LOG_AND_RETHROW() }
BOOST_AUTO_TEST_CASE(alphabetic_sort)
{ try {
vector<string> words = {
"com.o",
"te",
"a.....5",
"a...4",
".va.ku",
"gh",
"1ho.la",
"g1",
"g",
"a....2",
"gg",
"va",
"lale.....12b",
"a....3",
"a....1",
"..g",
".g",
"....g",
"a....y",
"...g",
"lale.....333",
};
std::sort(words.begin(), words.end(), std::less<string>());
vector<uint64_t> uwords;
for(const auto& w: words) {
auto n = name(w.c_str());
uwords.push_back(n.to_uint64_t());
}
std::sort(uwords.begin(), uwords.end(), std::less<uint64_t>());
vector<string> tmp;
for(const auto uw: uwords) {
auto str = name(uw).to_string();
tmp.push_back(str);
}
for(size_t i = 0; i < words.size(); ++i ) {
BOOST_TEST(tmp[i] == words[i]);
}
} FC_LOG_AND_RETHROW() }
BOOST_AUTO_TEST_CASE(transaction_test) { try {
testing::validating_tester test;
signed_transaction trx;
fc::variant pretty_trx = fc::mutable_variant_object()
("actions", fc::variants({
fc::mutable_variant_object()
("account", "eosio")
("name", "reqauth")
("authorization", fc::variants({
fc::mutable_variant_object()
("actor", "eosio")
("permission", "active")
}))
("data", fc::mutable_variant_object()
("from", "eosio")
)
})
)
// lets also push a context free action, the multi chain test will then also include a context free action
("context_free_actions", fc::variants({
fc::mutable_variant_object()
("account", "eosio")
("name", "nonce")
("data", fc::raw::pack(std::string("dummy")))
})
);
abi_serializer::from_variant(pretty_trx, trx, test.get_resolver(), abi_serializer::create_yield_function( test.abi_serializer_max_time ));
test.set_transaction_headers(trx);
trx.expiration = fc::time_point_sec{fc::time_point::now()};
trx.validate();
BOOST_CHECK_EQUAL(0u, trx.signatures.size());
((const signed_transaction &)trx).sign( test.get_private_key( config::system_account_name, "active" ), test.control->get_chain_id());
BOOST_CHECK_EQUAL(0u, trx.signatures.size());
auto private_key = test.get_private_key( config::system_account_name, "active" );
auto public_key = private_key.get_public_key();
trx.sign( private_key, test.control->get_chain_id() );
BOOST_CHECK_EQUAL(1u, trx.signatures.size());
trx.validate();
packed_transaction pkt(trx, packed_transaction::compression_type::none);
packed_transaction pkt2(trx, packed_transaction::compression_type::zlib);
BOOST_CHECK_EQUAL(true, trx.expiration == pkt.expiration());
BOOST_CHECK_EQUAL(true, trx.expiration == pkt2.expiration());
BOOST_CHECK_EQUAL(trx.id(), pkt.id());
BOOST_CHECK_EQUAL(trx.id(), pkt2.id());
bytes raw = pkt.get_raw_transaction();
bytes raw2 = pkt2.get_raw_transaction();
BOOST_CHECK_EQUAL(raw.size(), raw2.size());
BOOST_CHECK_EQUAL(true, std::equal(raw.begin(), raw.end(), raw2.begin()));
BOOST_CHECK_EQUAL(pkt.get_signed_transaction().id(), pkt2.get_signed_transaction().id());
BOOST_CHECK_EQUAL(pkt.get_signed_transaction().id(), pkt2.id());
flat_set<public_key_type> keys;
auto cpu_time1 = pkt.get_signed_transaction().get_signature_keys(test.control->get_chain_id(), fc::time_point::maximum(), keys);
BOOST_CHECK_EQUAL(1u, keys.size());
BOOST_CHECK_EQUAL(public_key, *keys.begin());
keys.clear();
auto cpu_time2 = pkt.get_signed_transaction().get_signature_keys(test.control->get_chain_id(), fc::time_point::maximum(), keys);
BOOST_CHECK_EQUAL(1u, keys.size());
BOOST_CHECK_EQUAL(public_key, *keys.begin());
BOOST_CHECK(cpu_time1 > fc::microseconds(0));
BOOST_CHECK(cpu_time2 > fc::microseconds(0));
// pack
uint32_t pack_size = fc::raw::pack_size( pkt );
vector<char> buf(pack_size);
fc::datastream<char*> ds(buf.data(), pack_size);
fc::raw::pack( ds, pkt );
// unpack
ds.seekp(0);
packed_transaction pkt3;
fc::raw::unpack(ds, pkt3);
// pack again
pack_size = fc::raw::pack_size( pkt3 );
fc::datastream<char*> ds2(buf.data(), pack_size);
fc::raw::pack( ds2, pkt3 );
// unpack
ds2.seekp(0);
packed_transaction pkt4;
fc::raw::unpack(ds2, pkt4);
// to/from variant
fc::variant pkt_v( pkt3 );
packed_transaction pkt5;
fc::from_variant(pkt_v, pkt5);
bytes raw3 = pkt3.get_raw_transaction();
bytes raw4 = pkt4.get_raw_transaction();
BOOST_CHECK_EQUAL(raw.size(), raw3.size());
BOOST_CHECK_EQUAL(raw3.size(), raw4.size());
BOOST_CHECK_EQUAL(true, std::equal(raw.begin(), raw.end(), raw3.begin()));
BOOST_CHECK_EQUAL(true, std::equal(raw.begin(), raw.end(), raw4.begin()));
BOOST_CHECK_EQUAL(pkt.get_signed_transaction().id(), pkt3.get_signed_transaction().id());
BOOST_CHECK_EQUAL(pkt.get_signed_transaction().id(), pkt4.get_signed_transaction().id());
BOOST_CHECK_EQUAL(pkt.get_signed_transaction().id(), pkt5.get_signed_transaction().id()); // failure indicates reflector_init not working
BOOST_CHECK_EQUAL(pkt.id(), pkt4.get_signed_transaction().id());
BOOST_CHECK_EQUAL(true, trx.expiration == pkt4.expiration());
BOOST_CHECK_EQUAL(true, trx.expiration == pkt4.get_signed_transaction().expiration);
keys.clear();
pkt4.get_signed_transaction().get_signature_keys(test.control->get_chain_id(), fc::time_point::maximum(), keys);
BOOST_CHECK_EQUAL(1u, keys.size());
BOOST_CHECK_EQUAL(public_key, *keys.begin());
// verify packed_transaction creation from packed data
{
auto packed = fc::raw::pack( static_cast<const transaction&>(pkt5.get_transaction()) );
vector<signature_type> psigs = pkt5.get_signatures();
vector<bytes> pcfd = pkt5.get_context_free_data();
packed_transaction pkt7( std::move(packed), std::move(psigs), std::move(pcfd), packed_transaction::compression_type::none );
BOOST_CHECK_EQUAL(pkt5.get_transaction().id(), pkt7.get_transaction().id());
}
{
auto packed = fc::raw::pack( static_cast<const transaction&>(pkt5.get_transaction()) );
vector<signature_type> psigs = pkt5.get_signatures();
vector<bytes> pcfd = pkt5.get_context_free_data();
packed.push_back( '8' ); packed.push_back( '8' ); // extra ignored
auto packed_copy = packed;
packed_transaction pkt8( std::move(packed), std::move(psigs), std::move(pcfd), packed_transaction::compression_type::none );
BOOST_CHECK_EQUAL( pkt5.get_transaction().id(), pkt8.get_transaction().id() );
BOOST_CHECK( packed_copy != fc::raw::pack( static_cast<const transaction&>(pkt8.get_transaction()) ) );
BOOST_CHECK( packed_copy == pkt8.get_packed_transaction() ); // extra maintained
}
} FC_LOG_AND_RETHROW() }
BOOST_AUTO_TEST_CASE(signed_int_test) { try {
char buf[32];
fc::datastream<char*> ds(buf,32);
signed_int a(47), b((1<<30)+2), c(-47), d(-(1<<30)-2); //small +, big +, small -, big -
signed_int ee;
fc::raw::pack(ds,a);
ds.seekp(0);
fc::raw::unpack(ds,ee);
ds.seekp(0);
BOOST_CHECK_EQUAL(a,ee);
fc::raw::pack(ds,b);
ds.seekp(0);
fc::raw::unpack(ds,ee);
ds.seekp(0);
BOOST_CHECK_EQUAL(b,ee);
fc::raw::pack(ds,c);
ds.seekp(0);
fc::raw::unpack(ds,ee);
ds.seekp(0);
BOOST_CHECK_EQUAL(c,ee);
fc::raw::pack(ds,d);
ds.seekp(0);
fc::raw::unpack(ds,ee);
ds.seekp(0);
BOOST_CHECK_EQUAL(d,ee);
} FC_LOG_AND_RETHROW() }
BOOST_AUTO_TEST_CASE(transaction_metadata_test) { try {
testing::validating_tester test;
signed_transaction trx;
fc::variant pretty_trx = fc::mutable_variant_object()
("actions", fc::variants({
fc::mutable_variant_object()
("account", "eosio")
("name", "reqauth")
("authorization", fc::variants({
fc::mutable_variant_object()
("actor", "eosio")
("permission", "active")
}))
("data", fc::mutable_variant_object()
("from", "eosio")
)
})
)
("context_free_actions", fc::variants({
fc::mutable_variant_object()
("account", "eosio")
("name", "nonce")
("data", fc::raw::pack(std::string("dummy data")))
})
);
abi_serializer::from_variant(pretty_trx, trx, test.get_resolver(), abi_serializer::create_yield_function( test.abi_serializer_max_time ));
test.set_transaction_headers(trx);
trx.expiration = fc::time_point_sec{fc::time_point::now()};
auto private_key = test.get_private_key( config::system_account_name, "active" );
auto public_key = private_key.get_public_key();
trx.sign( private_key, test.control->get_chain_id() );
BOOST_CHECK_EQUAL(1u, trx.signatures.size());
packed_transaction pkt(trx, packed_transaction::compression_type::none);
packed_transaction pkt2(trx, packed_transaction::compression_type::zlib);
packed_transaction_ptr ptrx = std::make_shared<packed_transaction>( trx, packed_transaction::compression_type::none);
packed_transaction_ptr ptrx2 = std::make_shared<packed_transaction>( trx, packed_transaction::compression_type::zlib);
BOOST_CHECK_EQUAL(trx.id(), pkt.id());
BOOST_CHECK_EQUAL(trx.id(), pkt2.id());
BOOST_CHECK_EQUAL(trx.id(), ptrx->id());
BOOST_CHECK_EQUAL(trx.id(), ptrx2->id());
named_thread_pool<struct misc> thread_pool;
thread_pool.start( 5, {} );
auto fut = transaction_metadata::start_recover_keys( ptrx, thread_pool.get_executor(), test.control->get_chain_id(), fc::microseconds::maximum(), transaction_metadata::trx_type::input );
auto fut2 = transaction_metadata::start_recover_keys( ptrx2, thread_pool.get_executor(), test.control->get_chain_id(), fc::microseconds::maximum(), transaction_metadata::trx_type::input );
// start another key reovery on same packed_transaction, creates a new future with transaction_metadata, should not interfere with above
transaction_metadata::start_recover_keys( ptrx, thread_pool.get_executor(), test.control->get_chain_id(), fc::microseconds::maximum(), transaction_metadata::trx_type::input );
transaction_metadata::start_recover_keys( ptrx2, thread_pool.get_executor(), test.control->get_chain_id(), fc::microseconds::maximum(), transaction_metadata::trx_type::input );
auto mtrx = fut.get();
const auto& keys = mtrx->recovered_keys();
BOOST_CHECK_EQUAL(1u, keys.size());
BOOST_CHECK_EQUAL(public_key, *keys.begin());
// again, can be called multiple times, current implementation it is just an attribute of transaction_metadata
const auto& keys2 = mtrx->recovered_keys();
BOOST_CHECK_EQUAL(1u, keys2.size());
BOOST_CHECK_EQUAL(public_key, *keys2.begin());
auto mtrx2 = fut2.get();
const auto& keys3 = mtrx2->recovered_keys();
BOOST_CHECK_EQUAL(1u, keys3.size());
BOOST_CHECK_EQUAL(public_key, *keys3.begin());
thread_pool.stop();
} FC_LOG_AND_RETHROW() }
BOOST_AUTO_TEST_CASE(reflector_init_test) {
try {
base_reflect br;
br.bv = 42;
derived_reflect dr;
dr.bv = 42;
dr.dv = 52;
final_reflect fr;
fr.bv = 42;
fr.dv = 52;
fr.fv = 62;
BOOST_CHECK_EQUAL( br.base_reflect_initialized, false );
BOOST_CHECK_EQUAL( dr.derived_reflect_initialized, false );
{ // base
// pack
uint32_t pack_size = fc::raw::pack_size( br );
vector<char> buf( pack_size );
fc::datastream<char*> ds( buf.data(), pack_size );
fc::raw::pack( ds, br );
// unpack
ds.seekp( 0 );
base_reflect br2;
fc::raw::unpack( ds, br2 );
// pack again
pack_size = fc::raw::pack_size( br2 );
fc::datastream<char*> ds2( buf.data(), pack_size );
fc::raw::pack( ds2, br2 );
// unpack
ds2.seekp( 0 );
base_reflect br3;
fc::raw::unpack( ds2, br3 );
// to/from variant
fc::variant v( br3 );
base_reflect br4;
fc::from_variant( v, br4 );