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types_tests.cpp
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types_tests.cpp
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#include <catch/catch.hpp>
#include <jmzk/chain/address.hpp>
#include <jmzk/chain/types.hpp>
#include <jmzk/chain/token_database.hpp>
#include <jmzk/chain/contracts/authorizer_ref.hpp>
#include <jmzk/chain/contracts/jmzk_link.hpp>
#include <jmzk/chain/contracts/types.hpp>
using namespace jmzk::chain;
using namespace jmzk::chain::contracts;
TEST_CASE("test_address", "[types]") {
auto addr = address();
CHECK(addr.is_reserved());
auto var1 = fc::variant();
fc::to_variant(addr, var1);
CHECK(var1.is_string());
CHECK(var1.get_string() == "jmzk00000000000000000000000000000000000000000000000000");
address addr2;
fc::from_variant(var1, addr2);
CHECK(addr2.is_reserved());
CHECK(addr == addr2);
auto keystr = std::string("jmzk6bMPrzVm77XSjrTfZxEsbAuWPuJ9hCqGRLEhkTjANWuvWTbwe3");
auto pkey = public_key_type(keystr);
addr = address(pkey);
CHECK(addr.is_public_key());
auto var2 = fc::variant();
fc::to_variant(addr, var2);
CHECK(var2.is_string());
CHECK(var2.get_string() == "jmzk6bMPrzVm77XSjrTfZxEsbAuWPuJ9hCqGRLEhkTjANWuvWTbwe3");
address addr3;
fc::from_variant(var2, addr3);
CHECK(addr3.is_public_key());
CHECK(addr3.get_public_key() == pkey);
CHECK(addr == addr3);
addr = address("xxxxxxxxxxxx", "xxxxxxxxxxxxxxxxxxxxx", 1234);
CHECK(addr.is_generated());
auto var3 = fc::variant();
fc::to_variant(addr, var3);
address addr4;
fc::from_variant(var3, addr4);
CHECK(addr4.is_generated());
CHECK(addr4.get_prefix() == "xxxxxxxxxxxx");
CHECK(addr4.get_key() == "xxxxxxxxxxxxxxxxxxxxx");
CHECK(addr4.get_nonce() == 1234);
CHECK(addr == addr4);
INFO(addr4.to_string());
}
TEST_CASE("test_link_1", "[types]") {
auto str = "03XBY4E/KTS:PNHVA3JP9QG258F08JHYOYR5SLJGN0EA-C3J6S:2G:T1SX7WA1"
"4KH9ETLZ97TUX9R9JJA6+06$E/_PYNX-/152P4CTC:WKXLK$/7G-K:89+::2K4"
"C-KZ2**HI-P8CYJ**XGFO1K5:$E*SOY8MFYWMNHP*BHX2U8$$FTFI81YDP1HT";
auto link = jmzk_link::parse_from_jmzkli(str);
auto str2 = link.to_string();
CHECK(str == str2);
CHECK(link.get_header() == 3);
CHECK(*link.get_segment(jmzk_link::timestamp).intv == 1532465234);
CHECK(link.get_segment(jmzk_link::domain).intv.has_value() == false);
CHECK(*link.get_segment(jmzk_link::domain).strv == "nd1532465232490");
CHECK(*link.get_segment(jmzk_link::token).strv == "tk3064930465.8381");
auto uid = std::string();
uid.push_back((char)249);
uid.push_back((char)136);
uid.push_back((char)100);
uid.push_back((char)134);
uid.push_back((char)20);
uid.push_back((char)86);
uid.push_back((char)38);
uid.push_back((char)125);
uid.push_back((char)124);
uid.push_back((char)173);
uid.push_back((char)243);
uid.push_back((char)124);
uid.push_back((char)140);
uid.push_back((char)182);
uid.push_back((char)117);
uid.push_back((char)147);
CHECK(link.get_segment(jmzk_link::link_id).strv == uid);
auto& sigs = link.get_signatures();
CHECK(sigs.size() == 1);
CHECK(sigs.find(signature_type(std::string("SIG_K1_JyyaM7x9a4AjaD8yaG6iczgHskUFPvkWEk7X5DPkdZfRGBxYTbpLJ1y7gvmeL4vMqrMmw6QwtErfKUds5L7sxwU2nR7mvu"))) != sigs.end());
auto pkeys = link.restore_keys();
CHECK(pkeys.size() == 1);
CHECK(pkeys.find(public_key_type(std::string("jmzk8HdQYD1xfKyD7Hyu2fpBUneamLMBXmP3qsYX6HoTw7yonpjWyC"))) != pkeys.end());
}
TEST_CASE("test_link_2", "[types]") {
auto str = "https://jmzk.li/04OH4QSYU-9:0ISOMCF2AY*JO/O/7VTMZLC6W*F0NQ831F+60"
"7/$9/9F/T6HT:FU*W99Q_PWV-SEQQOBAI6AXPY-32ZV:DTQ8BNCA$Z15-OHQ7*9O"
"+CGUBIMTB261AT$6:*I+UKBHSQP3D84/JEZDG7BEJ5OUD$ZINCC24";
auto link = jmzk_link::parse_from_jmzkli(str);
auto str2 = link.to_string(1);
CHECK(str == str2);
CHECK(link.get_header() == 11);
CHECK(*link.get_segment(jmzk_link::timestamp).intv == 1532465608);
CHECK(link.get_segment(jmzk_link::domain).intv.has_value() == false);
CHECK(*link.get_segment(jmzk_link::domain).strv == "testdomain");
CHECK(*link.get_segment(jmzk_link::token).strv == "testtoken");
auto uid = std::string();
uid.push_back((char)102);
uid.push_back((char)24);
uid.push_back((char)21);
uid.push_back((char)81);
uid.push_back((char)221);
uid.push_back((char)147);
uid.push_back((char)189);
uid.push_back((char)88);
uid.push_back((char)93);
uid.push_back((char)215);
uid.push_back((char)204);
uid.push_back((char)121);
uid.push_back((char)77);
uid.push_back((char)131);
uid.push_back((char)249);
uid.push_back((char)168);
CHECK(link.get_segment(jmzk_link::link_id).strv == uid);
auto& sigs = link.get_signatures();
CHECK(sigs.size() == 1);
CHECK(sigs.find(signature_type(std::string("SIG_K1_JxEoFdWMsK9dsmqWKrouhkE7qdj1Up8Er4R1jrUiL3zqEm3pmiPGpriJeVP4Fx2TceYX7iVaNjAsjBdiaJSgqSiwJKatNz"))) != sigs.end());
auto pkeys = link.restore_keys();
CHECK(pkeys.size() == 1);
CHECK(pkeys.find(public_key_type(std::string("jmzk8HdQYD1xfKyD7Hyu2fpBUneamLMBXmP3qsYX6HoTw7yonpjWyC"))) != pkeys.end());
}
TEST_CASE("test_link_3", "[types]") {
auto str = "04OH4QS:OERU*WONPUIU+Z3BQE6C4QG7ONJ16GUBT2HE5XCN87ZG651*OV-VLBH69RNB0_FWFIIX04G6X-28M"
"HW*EO/$JB2+GM-OK8N52EKZP471H4Q96T*3CD:*ITVNM7$WWAWZTPQKN4LUSBH+*9KXEYAJ9R$5R32LFISP0W"
"J*KXXMX8$C8*005AX-VCA60JJFBZ6+T$7CLHKPH2W-4I93I+I5ZPUYR1O6X:8A/+TYKIWG88UE$M74URQ:TEJ"
"SK+N5*WJZ:6H3I$RLQZ*Y7-OO8G1060NLL5+RRVJTJXF0Y0:0MYM0/EF+/KJUY79G9WD8R0IVA2TA$2/1JLAS"
"Y6$3M9-RP-6/YPM7:3P";
auto link = jmzk_link::parse_from_jmzkli(str);
auto str2 = link.to_string();
// CHECK(str == str2); because jmzkjs generated link doesn't guarantee the order of signatures
CHECK(link.get_header() == 11);
CHECK(*link.get_segment(jmzk_link::timestamp).intv == 1532468461);
CHECK(link.get_segment(jmzk_link::domain).intv.has_value() == false);
CHECK(*link.get_segment(jmzk_link::domain).strv == "testdomain");
CHECK(*link.get_segment(jmzk_link::token).strv == "testtoken");
auto uid = std::string();
uid.push_back((char)249);
uid.push_back((char)31);
uid.push_back((char)135);
uid.push_back((char)246);
uid.push_back((char)101);
uid.push_back((char)32);
uid.push_back((char)91);
uid.push_back((char)177);
uid.push_back((char)24);
uid.push_back((char)132);
uid.push_back((char)216);
uid.push_back((char)242);
uid.push_back((char)244);
uid.push_back((char)141);
uid.push_back((char)118);
uid.push_back((char)82);
CHECK(link.get_segment(jmzk_link::link_id).strv == uid);
auto& sigs = link.get_signatures();
CHECK(sigs.size() == 3);
CHECK(sigs.find(signature_type(std::string("SIG_K1_K4DGNFAAV4B8M1KmcE7Xy8o75God5eZMfWRXyCxbjwjDH8KEfnMQtzGoKMqR8xbLm3rdLJb3ZyXgHweVaX89Lq1LdxFEg8"))) != sigs.end());
CHECK(sigs.find(signature_type(std::string("SIG_K1_KVFibY5eWJ3UTCmxKiWpd2PigYGynQ9NjwxENg6GD41VfKDxhG9wdoaUEfXMpc3ANYQ2pSyb9t9ZkmV7AgawpShDfVVf7H"))) != sigs.end());
CHECK(sigs.find(signature_type(std::string("SIG_K1_K1FnY42qkeu9Pa1NAGGu9baehuyZNTWtYAsYddRgMQoXVqdZ4Zp9dngY9xbsoAHjvQvuNp5a9Fr89NE4YtMZkWTZcNfHFc"))) != sigs.end());
auto pkeys = link.restore_keys();
CHECK(pkeys.size() == 3);
CHECK(pkeys.find(public_key_type(std::string("jmzk8HdQYD1xfKyD7Hyu2fpBUneamLMBXmP3qsYX6HoTw7yonpjWyC"))) != pkeys.end());
CHECK(pkeys.find(public_key_type(std::string("jmzk6MYSkiBHNDLxE6JfTmSA1FxwZCgBnBYvCo7snSQEQ2ySBtpC6s"))) != pkeys.end());
CHECK(pkeys.find(public_key_type(std::string("jmzk7bUYEdpHiKcKT9Yi794MiwKzx5tGY3cHSh4DoCrL4B2LRjRgnt"))) != pkeys.end());
}
TEST_CASE("test_name", "[types]") {
auto CHECK_RESERVED = [](auto& str) {
auto n = name(str);
CHECK(n.reserved());
};
auto CHECK_NOT_RESERVED = [](auto& str) {
auto n = name(str);
CHECK(!n.reserved());
};
CHECK_RESERVED(".1");
CHECK_RESERVED(".12");
CHECK_RESERVED(".abc");
CHECK_RESERVED("..abc");
CHECK_NOT_RESERVED("1.1");
CHECK_NOT_RESERVED("123.a");
CHECK_NOT_RESERVED("abc.1");
CHECK_NOT_RESERVED("abc..12");
CHECK_NOT_RESERVED("abc...12");
}
TEST_CASE("test_name128", "[types]") {
auto get_raw = [](auto& n) {
auto bytes = fc::raw::pack(n);
return bytes;
};
auto CHECK_RAW = [](auto& raw, auto& n) {
auto n2 = fc::raw::unpack<name128>(raw);
CHECK(n == n2);
CHECK(n.value == n2.value);
auto raw2 = fc::raw::pack(n2);
CHECK(memcmp((char*)&raw[0], (char*)&raw2[0], raw.size()) == 0);
};
auto CHECK_N128 = [&](const auto& str, auto size) {
auto n = name128(str);
CHECK((std::string)n == str);
auto r = get_raw(n);
CHECK(r.size() == (size_t)size);
CHECK_RAW(r, n);
};
CHECK_THROWS_AS(CHECK_N128("", 4), name128_type_exception);
CHECK_N128("123", 4);
CHECK_N128("12345", 4);
CHECK_N128("other", 4);
CHECK_N128("123456", 8);
CHECK_N128("1234567890", 8);
CHECK_N128("1234567890A", 12);
CHECK_N128("11111111111", 12);
CHECK_N128("1234567890ABCDE", 12);
CHECK_N128("1234567890ABCDEF", 16);
CHECK_N128("1234567890ABCDEFGHIJK", 16);
auto n1 = name128(N128(12345.67890));
CHECK((std::string)n1 == "12345.67890");
auto n2 = name128(N128(12345...));
CHECK((std::string)n2 == "12345");
auto n3 = name128(N128(.12345));
CHECK((std::string)n3 == ".12345");
auto n4 = name128(N128(ABCDEFGZZ));
CHECK((std::string)n4 == "ABCDEFGZZ");
auto CHECK_NUM = [](auto v) {
auto n1 = name128::from_number(v);
auto n2 = name128(std::to_string(v));
INFO(v);
REQUIRE(n1.value == n2.value);
REQUIRE(n1.to_string() == n2.to_string());
};
for(uint128_t i = 0u; i < std::numeric_limits<uint64_t>::max(); i = i * 10 + 1) {
CHECK_NUM((uint64_t)i);
}
}
TEST_CASE("test_symbol", "[types]") {
auto s = symbol(3, 123);
CHECK((std::string)s == "3,S#123");
CHECK(s.to_string() == "3,S#123");
auto s2 = symbol::from_string("3,S#123");
CHECK(s == s2);
CHECK_THROWS_AS(symbol::from_string("21,S#123"), symbol_type_exception);
CHECK_THROWS_AS(symbol::from_string("21"), symbol_type_exception);
CHECK_THROWS_AS(symbol::from_string("3"), symbol_type_exception);
CHECK_THROWS_AS(symbol::from_string("3,S#abc"), symbol_type_exception);
CHECK_THROWS_AS(symbol::from_string("a,S#2"), symbol_type_exception);
CHECK_THROWS_AS(symbol::from_string("3,S2"), symbol_type_exception);
CHECK_THROWS_AS(symbol::from_string("3,#2"), symbol_type_exception);
CHECK_THROWS_AS(symbol::from_string("3,2"), symbol_type_exception);
CHECK(jmzk_sym() == symbol(5, 1));
CHECK(pjmzk_sym() == symbol(5, 2));
}
TEST_CASE("test_asset", "[types]") {
auto CHECK_ASSET = [&](auto amount, auto sym, auto str) {
auto a = asset(amount, sym);
CHECK((std::string)a == str);
CHECK(a.to_string() == str);
auto a2 = asset::from_string(str);
INFO(a.sym() << " " << a.amount());
INFO(a2.sym() << " " << a2.amount());
CHECK(a == a2);
};
auto CHECK_PARSE = [&](auto str, auto amount, auto precision, auto id) {
auto a = asset::from_string(str);
CHECK(a.precision() == precision);
CHECK(a.amount() == amount);
CHECK(a.symbol_id() == (symbol_id_type)id);
};
auto sym = symbol(5, 1);
CHECK_ASSET(0, sym, "0.00000 S#1");
CHECK_ASSET(1, sym, "0.00001 S#1");
CHECK_ASSET(10, sym, "0.00010 S#1");
CHECK_ASSET(100, sym, "0.00100 S#1");
CHECK_ASSET(1000, sym, "0.01000 S#1");
CHECK_ASSET(10000, sym, "0.10000 S#1");
CHECK_ASSET(100000, sym, "1.00000 S#1");
CHECK_ASSET(1000000, sym, "10.00000 S#1");
CHECK_ASSET(-1, sym, "-0.00001 S#1");
CHECK_ASSET(-10, sym, "-0.00010 S#1");
CHECK_ASSET(-100, sym, "-0.00100 S#1");
CHECK_ASSET(-1000, sym, "-0.01000 S#1");
CHECK_ASSET(-10000, sym, "-0.10000 S#1");
CHECK_ASSET(-100000, sym, "-1.00000 S#1");
CHECK_ASSET(-1000000, sym, "-10.00000 S#1");
CHECK_ASSET(100, symbol(0,1), "100 S#1");
CHECK_ASSET(0, symbol(0,1), "0 S#1");
CHECK_PARSE("0.001 S#123", 1, 3, 123);
CHECK_PARSE("0.0010 S#123", 10, 4, 123);
CHECK_PARSE("0.199 S#123", 199, 3, 123);
CHECK_PARSE("0.1990 S#123", 1990, 4, 123);
CHECK_PARSE("1.0120 S#123", 10120, 4, 123);
CHECK_PARSE("1003.0120 S#123", 10030120, 4, 123);
CHECK_PARSE("1003 S#123", 1003, 0, 123);
CHECK_PARSE("0 S#123", 0, 0, 123);
CHECK_PARSE("-0.001 S#123", -1, 3, 123);
CHECK_PARSE("-0.0010 S#123", -10, 4, 123);
CHECK_PARSE("-0.199 S#123", -199, 3, 123);
CHECK_PARSE("-0.1990 S#123", -1990, 4, 123);
CHECK_PARSE("-1.0120 S#123", -10120, 4, 123);
CHECK_PARSE("-1003.0120 S#123", -10030120, 4, 123);
CHECK_PARSE("-1003 S#123", -1003, 0, 123);
CHECK_THROWS_AS(asset::from_string("0.1S#1"), asset_type_exception);
CHECK_THROWS_AS(asset::from_string("0.1 S#a"), asset_type_exception);
CHECK_THROWS_AS(asset::from_string("0.1 S1"), asset_type_exception);
CHECK_THROWS_AS(asset::from_string("0.100a S#1"), asset_type_exception);
}
TEST_CASE("test_percent_slim", "[types]") {
auto CHECK_PERCENT_SLIM = [&](auto amount, auto str) {
auto a = percent_slim(amount);
CHECK((std::string)a == str);
CHECK(a.to_string() == str);
auto a2 = percent_slim::from_string(str);
INFO(a.raw_value());
INFO(a2.raw_value());
CHECK(a == a2);
};
auto CHECK_PARSE = [&](auto str, auto amount) {
auto a = percent_slim::from_string(str);
CHECK(a.raw_value() == (uint32_t)amount);
};
CHECK_PERCENT_SLIM(0, "0");
CHECK_PERCENT_SLIM(1, "0.00001");
CHECK_PERCENT_SLIM(10, "0.0001");
CHECK_PERCENT_SLIM(100, "0.001");
CHECK_PERCENT_SLIM(1000, "0.01");
CHECK_PERCENT_SLIM(10000, "0.1");
CHECK_PERCENT_SLIM(100000, "1");
CHECK_PARSE("0.00001", 1);
CHECK_PARSE("0.0001", 10);
CHECK_PARSE("0.0199", 1990);
CHECK_PARSE("0.199", 19900);
CHECK_PARSE("0.012", 1200);
CHECK_PARSE("0.0123", 1230);
CHECK_PARSE("0", 0);
CHECK_PARSE("1", 100000);
CHECK_THROWS_AS(percent_slim::from_string("111.00"), percent_type_exception);
CHECK_THROWS_AS(percent_slim::from_string("111"), percent_type_exception);
CHECK_THROWS_AS(percent_slim::from_string("1.1"), percent_type_exception);
CHECK_THROWS_AS(percent_slim::from_string("0.000001"), percent_type_exception);
CHECK_THROWS_AS(percent_slim::from_string("1.00001"), percent_type_exception);
CHECK_THROWS_AS(percent_slim::from_string("0.100a"), percent_type_exception);
CHECK_THROWS_AS(percent_slim::from_string("-0.1"), percent_type_exception);
}
TEST_CASE("test_make_db_value", "[types]") {
auto CHECK_MAKE = [](auto sz) {
auto str = std::string();
str.resize(sz);
CHECK_NOTHROW(make_db_value(str));
};
for(auto i = 1; i < 16; i++) {
CHECK_MAKE(i * 512);
CHECK_MAKE(i * 512 + 1);
CHECK_MAKE(i * 512 - 1);
}
}
TEST_CASE("test_reflector_init", "[types]") {
auto strx = signed_transaction();
strx.max_charge = 1000;
auto act = action(".test", ".test", ".test", bytes());
strx.actions.emplace_back(act);
auto hash = fc::sha256::hash(std::string("test"));
strx.sign(private_key_type(std::string("5KQwrPbwdL6PhXujxW37FSSQZ1JiwsST4cqQzDeyXtP79zkvFD3")), *(chain_id_type*)&hash);
auto ptrx = packed_transaction(strx);
auto b = fc::raw::pack(ptrx);
auto ptrx2 = fc::raw::unpack<packed_transaction>(b);
auto& trx2 = ptrx2.get_signed_transaction();
CHECK(trx2.max_charge == 1000);
CHECK(trx2.actions.size() == 1);
}