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test_serialization.cpp
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//
// Created by Ivan Shynkarenka on 18.04.2018
//
#include "test.h"
#include "../proto/proto_models.h"
#include "../proto/test_models.h"
TEST_CASE("Serialization: domain", "[FBE]")
{
// Create a new account with some orders
proto::Account account1 = { 1, "Test", proto::State::good, { "USD", 1000.0 }, std::make_optional<proto::Balance>({ "EUR", 100.0 }), {} };
account1.orders.emplace_back(1, "EURUSD", proto::OrderSide::buy, proto::OrderType::market, 1.23456, 1000.0);
account1.orders.emplace_back(2, "EURUSD", proto::OrderSide::sell, proto::OrderType::limit, 1.0, 100.0);
account1.orders.emplace_back(3, "EURUSD", proto::OrderSide::buy, proto::OrderType::stop, 1.5, 10.0);
// Serialize the account to the FBE stream
FBE::proto::AccountModel writer;
REQUIRE(writer.model.fbe_offset() == 4);
size_t serialized = writer.serialize(account1);
REQUIRE(serialized == writer.buffer().size());
REQUIRE(writer.verify());
writer.next(serialized);
REQUIRE(writer.model.fbe_offset() == (4 + writer.buffer().size()));
// Check the serialized FBE size
REQUIRE(writer.buffer().size() == 252);
// Deserialize the account from the FBE stream
proto::Account account2;
FBE::proto::AccountModel reader;
REQUIRE(reader.model.fbe_offset() == 4);
reader.attach(writer.buffer());
REQUIRE(reader.verify());
size_t deserialized = reader.deserialize(account2);
REQUIRE(deserialized == reader.buffer().size());
reader.next(deserialized);
REQUIRE(reader.model.fbe_offset() == (4 + reader.buffer().size()));
REQUIRE(account2.id == 1);
REQUIRE(account2.name == "Test");
REQUIRE((account2.state | proto::State::good));
REQUIRE(std::string(account2.wallet.currency) == "USD");
REQUIRE(account2.wallet.amount == 1000.0);
REQUIRE(account2.asset.has_value());
REQUIRE(std::string(account2.asset.value().currency) == "EUR");
REQUIRE(account2.asset.value().amount == 100.0);
REQUIRE(account2.orders.size() == 3);
REQUIRE(account2.orders[0].id == 1);
REQUIRE(std::string(account2.orders[0].symbol) == "EURUSD");
REQUIRE(account2.orders[0].side == proto::OrderSide::buy);
REQUIRE(account2.orders[0].type == proto::OrderType::market);
REQUIRE(account2.orders[0].price == 1.23456);
REQUIRE(account2.orders[0].volume == 1000.0);
REQUIRE(account2.orders[1].id == 2);
REQUIRE(std::string(account2.orders[1].symbol) == "EURUSD");
REQUIRE(account2.orders[1].side == proto::OrderSide::sell);
REQUIRE(account2.orders[1].type == proto::OrderType::limit);
REQUIRE(account2.orders[1].price == 1.0);
REQUIRE(account2.orders[1].volume == 100.0);
REQUIRE(account2.orders[2].id == 3);
REQUIRE(std::string(account2.orders[2].symbol) == "EURUSD");
REQUIRE(account2.orders[2].side == proto::OrderSide::buy);
REQUIRE(account2.orders[2].type == proto::OrderType::stop);
REQUIRE(account2.orders[2].price == 1.5);
REQUIRE(account2.orders[2].volume == 10.0);
}
TEST_CASE("Serialization: struct simple", "[FBE]")
{
// Create a new struct
test::StructSimple struct1;
// Serialize the struct to the FBE stream
FBE::test::StructSimpleModel writer;
REQUIRE(writer.model.fbe_type() == 110);
REQUIRE(writer.model.fbe_offset() == 4);
size_t serialized = writer.serialize(struct1);
REQUIRE(serialized == writer.buffer().size());
REQUIRE(writer.verify());
writer.next(serialized);
REQUIRE(writer.model.fbe_offset() == (4 + writer.buffer().size()));
// Check the serialized FBE size
REQUIRE(writer.buffer().size() == 392);
// Deserialize the struct from the FBE stream
test::StructSimple struct2;
FBE::test::StructSimpleModel reader;
REQUIRE(reader.model.fbe_type() == 110);
REQUIRE(reader.model.fbe_offset() == 4);
reader.attach(writer.buffer());
REQUIRE(reader.verify());
size_t deserialized = reader.deserialize(struct2);
REQUIRE(deserialized == reader.buffer().size());
reader.next(deserialized);
REQUIRE(reader.model.fbe_offset() == (4 + reader.buffer().size()));
REQUIRE(struct2.f1 == false);
REQUIRE(struct2.f2 == true);
REQUIRE(struct2.f3 == 0);
REQUIRE(struct2.f4 == 0xFF);
REQUIRE(struct2.f5 == '\0');
REQUIRE(struct2.f6 == '!');
REQUIRE(struct2.f7 == 0);
REQUIRE(struct2.f8 == 0x0444);
REQUIRE(struct2.f9 == 0);
REQUIRE(struct2.f10 == 127);
REQUIRE(struct2.f11 == 0);
REQUIRE(struct2.f12 == 0xFF);
REQUIRE(struct2.f13 == 0);
REQUIRE(struct2.f14 == 32767);
REQUIRE(struct2.f15 == 0);
REQUIRE(struct2.f16 == 0xFFFF);
REQUIRE(struct2.f17 == 0);
REQUIRE(struct2.f18 == 2147483647);
REQUIRE(struct2.f19 == 0);
REQUIRE(struct2.f20 == 0xFFFFFFFF);
REQUIRE(struct2.f21 == 0);
REQUIRE(struct2.f22 == 9223372036854775807ll);
REQUIRE(struct2.f23 == 0);
REQUIRE(struct2.f24 == 0xFFFFFFFFFFFFFFFFull);
REQUIRE(struct2.f25 == 0.0f);
REQUIRE(std::abs(struct2.f26 - 123.456f) < 0.0001);
REQUIRE(struct2.f27 == 0.0);
REQUIRE(std::abs(struct2.f28 - -123.567e+123) < 1e+123);
REQUIRE(struct2.f29 == 0.0);
REQUIRE(struct2.f30 == 123456.123456);
REQUIRE(struct2.f31 == "");
REQUIRE(struct2.f32 == "Initial string!");
REQUIRE(struct2.f33 == 0);
REQUIRE(struct2.f34 == 0);
REQUIRE(struct2.f35 > 1514764800000000000);
REQUIRE(struct2.f36 == FBE::uuid_t());
REQUIRE(struct2.f37 != FBE::uuid_t());
REQUIRE(struct2.f38 == FBE::uuid_t("123e4567-e89b-12d3-a456-426655440000"));
REQUIRE(struct2.f1 == struct1.f1);
REQUIRE(struct2.f2 == struct1.f2);
REQUIRE(struct2.f3 == struct1.f3);
REQUIRE(struct2.f4 == struct1.f4);
REQUIRE(struct2.f5 == struct1.f5);
REQUIRE(struct2.f6 == struct1.f6);
REQUIRE(struct2.f7 == struct1.f7);
REQUIRE(struct2.f8 == struct1.f8);
REQUIRE(struct2.f9 == struct1.f9);
REQUIRE(struct2.f10 == struct1.f10);
REQUIRE(struct2.f11 == struct1.f11);
REQUIRE(struct2.f12 == struct1.f12);
REQUIRE(struct2.f13 == struct1.f13);
REQUIRE(struct2.f14 == struct1.f14);
REQUIRE(struct2.f15 == struct1.f15);
REQUIRE(struct2.f16 == struct1.f16);
REQUIRE(struct2.f17 == struct1.f17);
REQUIRE(struct2.f18 == struct1.f18);
REQUIRE(struct2.f19 == struct1.f19);
REQUIRE(struct2.f20 == struct1.f20);
REQUIRE(struct2.f21 == struct1.f21);
REQUIRE(struct2.f22 == struct1.f22);
REQUIRE(struct2.f23 == struct1.f23);
REQUIRE(struct2.f24 == struct1.f24);
REQUIRE(struct2.f25 == struct1.f25);
REQUIRE(struct2.f26 == struct1.f26);
REQUIRE(struct2.f27 == struct1.f27);
REQUIRE(struct2.f28 == struct1.f28);
REQUIRE(struct2.f29 == struct1.f29);
REQUIRE(struct2.f30 == struct1.f30);
REQUIRE(struct2.f31 == struct1.f31);
REQUIRE(struct2.f32 == struct1.f32);
REQUIRE(struct2.f33 == struct1.f33);
REQUIRE(struct2.f34 == struct1.f34);
REQUIRE(struct2.f35 == struct1.f35);
REQUIRE(struct2.f36 == struct1.f36);
REQUIRE(struct2.f37 == struct1.f37);
REQUIRE(struct2.f38 == struct1.f38);
REQUIRE(struct2.f39 == struct1.f39);
REQUIRE(struct2.f40 == struct1.f40);
}
TEST_CASE("Serialization: struct optional", "[FBE]")
{
// Create a new struct
test::StructOptional struct1;
// Serialize the struct to the FBE stream
FBE::test::StructOptionalModel writer;
REQUIRE(writer.model.fbe_type() == 111);
REQUIRE(writer.model.fbe_offset() == 4);
size_t serialized = writer.serialize(struct1);
REQUIRE(serialized == writer.buffer().size());
REQUIRE(writer.verify());
writer.next(serialized);
REQUIRE(writer.model.fbe_offset() == (4 + writer.buffer().size()));
// Check the serialized FBE size
REQUIRE(writer.buffer().size() == 834);
// Deserialize the struct from the FBE stream
test::StructOptional struct2;
FBE::test::StructOptionalModel reader;
REQUIRE(reader.model.fbe_type() == 111);
REQUIRE(reader.model.fbe_offset() == 4);
reader.attach(writer.buffer());
REQUIRE(reader.verify());
size_t deserialized = reader.deserialize(struct2);
REQUIRE(deserialized == reader.buffer().size());
reader.next(deserialized);
REQUIRE(reader.model.fbe_offset() == (4 + reader.buffer().size()));
REQUIRE(struct2.f1 == false);
REQUIRE(struct2.f2 == true);
REQUIRE(struct2.f3 == 0);
REQUIRE(struct2.f4 == 0xFF);
REQUIRE(struct2.f5 == '\0');
REQUIRE(struct2.f6 == '!');
REQUIRE(struct2.f7 == 0);
REQUIRE(struct2.f8 == 0x0444);
REQUIRE(struct2.f9 == 0);
REQUIRE(struct2.f10 == 127);
REQUIRE(struct2.f11 == 0);
REQUIRE(struct2.f12 == 0xFF);
REQUIRE(struct2.f13 == 0);
REQUIRE(struct2.f14 == 32767);
REQUIRE(struct2.f15 == 0);
REQUIRE(struct2.f16 == 0xFFFF);
REQUIRE(struct2.f17 == 0);
REQUIRE(struct2.f18 == 2147483647);
REQUIRE(struct2.f19 == 0);
REQUIRE(struct2.f20 == 0xFFFFFFFF);
REQUIRE(struct2.f21 == 0);
REQUIRE(struct2.f22 == 9223372036854775807ll);
REQUIRE(struct2.f23 == 0);
REQUIRE(struct2.f24 == 0xFFFFFFFFFFFFFFFFull);
REQUIRE(struct2.f25 == 0.0f);
REQUIRE(std::abs(struct2.f26 - 123.456f) < 0.0001);
REQUIRE(struct2.f27 == 0.0);
REQUIRE(std::abs(struct2.f28 - -123.567e+123) < 1e+123);
REQUIRE(struct2.f29 == 0.0);
REQUIRE(struct2.f30 == 123456.123456);
REQUIRE(struct2.f31 == "");
REQUIRE(struct2.f32 == "Initial string!");
REQUIRE(struct2.f33 == 0);
REQUIRE(struct2.f34 == 0);
REQUIRE(struct2.f35 > 1514764800000000000);
REQUIRE(struct2.f36 == FBE::uuid_t());
REQUIRE(struct2.f37 != FBE::uuid_t());
REQUIRE(struct2.f38 == FBE::uuid_t("123e4567-e89b-12d3-a456-426655440000"));
REQUIRE(!struct2.f100.has_value());
REQUIRE(struct2.f101.has_value());
REQUIRE(struct2.f101.value() == true);
REQUIRE(!struct2.f102.has_value());
REQUIRE(!struct2.f103.has_value());
REQUIRE(struct2.f104.has_value());
REQUIRE(struct2.f104.value() == 0xFF);
REQUIRE(!struct2.f105.has_value());
REQUIRE(!struct2.f106.has_value());
REQUIRE(struct2.f107.has_value());
REQUIRE(struct2.f107.value() == '!');
REQUIRE(!struct2.f108.has_value());
REQUIRE(!struct2.f109.has_value());
REQUIRE(struct2.f110.has_value());
REQUIRE(struct2.f110.value() == 0x0444);
REQUIRE(!struct2.f111.has_value());
REQUIRE(!struct2.f112.has_value());
REQUIRE(struct2.f113.has_value());
REQUIRE(struct2.f113.value() == 127);
REQUIRE(!struct2.f114.has_value());
REQUIRE(!struct2.f115.has_value());
REQUIRE(struct2.f116.has_value());
REQUIRE(struct2.f116.value() == 0xFF);
REQUIRE(!struct2.f117.has_value());
REQUIRE(!struct2.f118.has_value());
REQUIRE(struct2.f119.has_value());
REQUIRE(struct2.f119.value() == 32767);
REQUIRE(!struct2.f120.has_value());
REQUIRE(!struct2.f121.has_value());
REQUIRE(struct2.f122.has_value());
REQUIRE(struct2.f122.value() == 0xFFFF);
REQUIRE(!struct2.f123.has_value());
REQUIRE(!struct2.f124.has_value());
REQUIRE(struct2.f125.has_value());
REQUIRE(struct2.f125.value() == 2147483647);
REQUIRE(!struct2.f126.has_value());
REQUIRE(!struct2.f127.has_value());
REQUIRE(struct2.f128.has_value());
REQUIRE(struct2.f128.value() == 0xFFFFFFFF);
REQUIRE(!struct2.f129.has_value());
REQUIRE(!struct2.f130.has_value());
REQUIRE(struct2.f131.has_value());
REQUIRE(struct2.f131.value() == 9223372036854775807ll);
REQUIRE(!struct2.f132.has_value());
REQUIRE(!struct2.f133.has_value());
REQUIRE(struct2.f131.has_value());
REQUIRE(struct2.f134.value() == 0xFFFFFFFFFFFFFFFFull);
REQUIRE(!struct2.f135.has_value());
REQUIRE(!struct2.f136.has_value());
REQUIRE(struct2.f137.has_value());
REQUIRE(std::abs(struct2.f137.value() - 123.456f) < 0.0001);
REQUIRE(!struct2.f138.has_value());
REQUIRE(!struct2.f139.has_value());
REQUIRE(struct2.f140.has_value());
REQUIRE(std::abs(struct2.f140.value() - -123.567e+123) < 1e+123);
REQUIRE(!struct2.f141.has_value());
REQUIRE(!struct2.f142.has_value());
REQUIRE(struct2.f143.has_value());
REQUIRE(struct2.f143.value() == 123456.123456);
REQUIRE(!struct2.f144.has_value());
REQUIRE(!struct2.f145.has_value());
REQUIRE(struct2.f146.has_value());
REQUIRE(struct2.f146.value() == "Initial string!");
REQUIRE(!struct2.f147.has_value());
REQUIRE(!struct2.f148.has_value());
REQUIRE(struct2.f149.has_value());
REQUIRE(struct2.f149.value() > 1514764800000000000);
REQUIRE(!struct2.f150.has_value());
REQUIRE(!struct2.f151.has_value());
REQUIRE(struct2.f152.has_value());
REQUIRE(struct2.f152.value() == FBE::uuid_t("123e4567-e89b-12d3-a456-426655440000"));
REQUIRE(!struct2.f153.has_value());
REQUIRE(!struct2.f154.has_value());
REQUIRE(!struct2.f155.has_value());
REQUIRE(!struct2.f156.has_value());
REQUIRE(!struct2.f157.has_value());
REQUIRE(!struct2.f158.has_value());
REQUIRE(!struct2.f159.has_value());
REQUIRE(!struct2.f160.has_value());
REQUIRE(!struct2.f161.has_value());
REQUIRE(!struct2.f162.has_value());
REQUIRE(!struct2.f163.has_value());
REQUIRE(!struct2.f164.has_value());
REQUIRE(!struct2.f165.has_value());
REQUIRE(struct2.f1 == struct1.f1);
REQUIRE(struct2.f2 == struct1.f2);
REQUIRE(struct2.f3 == struct1.f3);
REQUIRE(struct2.f4 == struct1.f4);
REQUIRE(struct2.f5 == struct1.f5);
REQUIRE(struct2.f6 == struct1.f6);
REQUIRE(struct2.f7 == struct1.f7);
REQUIRE(struct2.f8 == struct1.f8);
REQUIRE(struct2.f9 == struct1.f9);
REQUIRE(struct2.f10 == struct1.f10);
REQUIRE(struct2.f11 == struct1.f11);
REQUIRE(struct2.f12 == struct1.f12);
REQUIRE(struct2.f13 == struct1.f13);
REQUIRE(struct2.f14 == struct1.f14);
REQUIRE(struct2.f15 == struct1.f15);
REQUIRE(struct2.f16 == struct1.f16);
REQUIRE(struct2.f17 == struct1.f17);
REQUIRE(struct2.f18 == struct1.f18);
REQUIRE(struct2.f19 == struct1.f19);
REQUIRE(struct2.f20 == struct1.f20);
REQUIRE(struct2.f21 == struct1.f21);
REQUIRE(struct2.f22 == struct1.f22);
REQUIRE(struct2.f23 == struct1.f23);
REQUIRE(struct2.f24 == struct1.f24);
REQUIRE(struct2.f25 == struct1.f25);
REQUIRE(struct2.f26 == struct1.f26);
REQUIRE(struct2.f27 == struct1.f27);
REQUIRE(struct2.f28 == struct1.f28);
REQUIRE(struct2.f29 == struct1.f29);
REQUIRE(struct2.f30 == struct1.f30);
REQUIRE(struct2.f31 == struct1.f31);
REQUIRE(struct2.f32 == struct1.f32);
REQUIRE(struct2.f33 == struct1.f33);
REQUIRE(struct2.f34 == struct1.f34);
REQUIRE(struct2.f35 == struct1.f35);
REQUIRE(struct2.f36 == struct1.f36);
REQUIRE(struct2.f37 == struct1.f37);
REQUIRE(struct2.f38 == struct1.f38);
REQUIRE(struct2.f39 == struct1.f39);
REQUIRE(struct2.f40 == struct1.f40);
REQUIRE(struct2.f100 == struct1.f100);
REQUIRE(struct2.f101 == struct1.f101);
REQUIRE(struct2.f102 == struct1.f102);
REQUIRE(struct2.f103 == struct1.f103);
REQUIRE(struct2.f104 == struct1.f104);
REQUIRE(struct2.f105 == struct1.f105);
REQUIRE(struct2.f106 == struct1.f106);
REQUIRE(struct2.f107 == struct1.f107);
REQUIRE(struct2.f108 == struct1.f108);
REQUIRE(struct2.f109 == struct1.f109);
REQUIRE(struct2.f110 == struct1.f110);
REQUIRE(struct2.f111 == struct1.f111);
REQUIRE(struct2.f112 == struct1.f112);
REQUIRE(struct2.f113 == struct1.f113);
REQUIRE(struct2.f114 == struct1.f114);
REQUIRE(struct2.f115 == struct1.f115);
REQUIRE(struct2.f116 == struct1.f116);
REQUIRE(struct2.f117 == struct1.f117);
REQUIRE(struct2.f118 == struct1.f118);
REQUIRE(struct2.f119 == struct1.f119);
REQUIRE(struct2.f120 == struct1.f120);
REQUIRE(struct2.f121 == struct1.f121);
REQUIRE(struct2.f122 == struct1.f122);
REQUIRE(struct2.f123 == struct1.f123);
REQUIRE(struct2.f124 == struct1.f124);
REQUIRE(struct2.f125 == struct1.f125);
REQUIRE(struct2.f126 == struct1.f126);
REQUIRE(struct2.f127 == struct1.f127);
REQUIRE(struct2.f128 == struct1.f128);
REQUIRE(struct2.f129 == struct1.f129);
REQUIRE(struct2.f130 == struct1.f130);
REQUIRE(struct2.f131 == struct1.f131);
REQUIRE(struct2.f132 == struct1.f132);
REQUIRE(struct2.f133 == struct1.f133);
REQUIRE(struct2.f134 == struct1.f134);
REQUIRE(struct2.f135 == struct1.f135);
REQUIRE(struct2.f136 == struct1.f136);
REQUIRE(struct2.f137 == struct1.f137);
REQUIRE(struct2.f138 == struct1.f138);
REQUIRE(struct2.f139 == struct1.f139);
REQUIRE(struct2.f140 == struct1.f140);
REQUIRE(struct2.f141 == struct1.f141);
REQUIRE(struct2.f142 == struct1.f142);
REQUIRE(struct2.f143 == struct1.f143);
REQUIRE(struct2.f144 == struct1.f144);
REQUIRE(struct2.f145 == struct1.f145);
REQUIRE(struct2.f146 == struct1.f146);
REQUIRE(struct2.f147 == struct1.f147);
REQUIRE(struct2.f148 == struct1.f148);
REQUIRE(struct2.f149 == struct1.f149);
REQUIRE(struct2.f150 == struct1.f150);
REQUIRE(struct2.f151 == struct1.f151);
REQUIRE(struct2.f152 == struct1.f152);
REQUIRE(struct2.f153 == struct1.f153);
REQUIRE(struct2.f154 == struct1.f154);
REQUIRE(struct2.f155 == struct1.f155);
REQUIRE(struct2.f156 == struct1.f156);
REQUIRE(struct2.f157 == struct1.f157);
}
TEST_CASE("Serialization: struct nested", "[FBE]")
{
// Create a new struct
test::StructNested struct1;
// Serialize the struct to the FBE stream
FBE::test::StructNestedModel writer;
REQUIRE(writer.model.fbe_type() == 112);
REQUIRE(writer.model.fbe_offset() == 4);
size_t serialized = writer.serialize(struct1);
REQUIRE(serialized == writer.buffer().size());
REQUIRE(writer.verify());
writer.next(serialized);
REQUIRE(writer.model.fbe_offset() == (4 + writer.buffer().size()));
// Check the serialized FBE size
REQUIRE(writer.buffer().size() == 2099);
// Deserialize the struct from the FBE stream
test::StructNested struct2;
FBE::test::StructNestedModel reader;
REQUIRE(reader.model.fbe_type() == 112);
REQUIRE(reader.model.fbe_offset() == 4);
reader.attach(writer.buffer());
REQUIRE(reader.verify());
size_t deserialized = reader.deserialize(struct2);
REQUIRE(deserialized == reader.buffer().size());
reader.next(deserialized);
REQUIRE(reader.model.fbe_offset() == (4 + reader.buffer().size()));
REQUIRE(struct2.f1 == false);
REQUIRE(struct2.f2 == true);
REQUIRE(struct2.f3 == 0);
REQUIRE(struct2.f4 == 0xFF);
REQUIRE(struct2.f5 == '\0');
REQUIRE(struct2.f6 == '!');
REQUIRE(struct2.f7 == 0);
REQUIRE(struct2.f8 == 0x0444);
REQUIRE(struct2.f9 == 0);
REQUIRE(struct2.f10 == 127);
REQUIRE(struct2.f11 == 0);
REQUIRE(struct2.f12 == 0xFF);
REQUIRE(struct2.f13 == 0);
REQUIRE(struct2.f14 == 32767);
REQUIRE(struct2.f15 == 0);
REQUIRE(struct2.f16 == 0xFFFF);
REQUIRE(struct2.f17 == 0);
REQUIRE(struct2.f18 == 2147483647);
REQUIRE(struct2.f19 == 0);
REQUIRE(struct2.f20 == 0xFFFFFFFF);
REQUIRE(struct2.f21 == 0);
REQUIRE(struct2.f22 == 9223372036854775807ll);
REQUIRE(struct2.f23 == 0);
REQUIRE(struct2.f24 == 0xFFFFFFFFFFFFFFFFull);
REQUIRE(struct2.f25 == 0.0f);
REQUIRE(std::abs(struct2.f26 - 123.456f) < 0.0001);
REQUIRE(struct2.f27 == 0.0);
REQUIRE(std::abs(struct2.f28 - -123.567e+123) < 1e+123);
REQUIRE(struct2.f29 == 0.0);
REQUIRE(struct2.f30 == 123456.123456);
REQUIRE(struct2.f31 == "");
REQUIRE(struct2.f32 == "Initial string!");
REQUIRE(struct2.f33 == 0);
REQUIRE(struct2.f34 == 0);
REQUIRE(struct2.f35 > 1514764800000000000);
REQUIRE(struct2.f36 == FBE::uuid_t());
REQUIRE(struct2.f37 != FBE::uuid_t());
REQUIRE(struct2.f38 == FBE::uuid_t("123e4567-e89b-12d3-a456-426655440000"));
REQUIRE(!struct2.f100.has_value());
REQUIRE(struct2.f101.has_value());
REQUIRE(struct2.f101.value() == true);
REQUIRE(!struct2.f102.has_value());
REQUIRE(!struct2.f103.has_value());
REQUIRE(struct2.f104.has_value());
REQUIRE(struct2.f104.value() == 0xFF);
REQUIRE(!struct2.f105.has_value());
REQUIRE(!struct2.f106.has_value());
REQUIRE(struct2.f107.has_value());
REQUIRE(struct2.f107.value() == '!');
REQUIRE(!struct2.f108.has_value());
REQUIRE(!struct2.f109.has_value());
REQUIRE(struct2.f110.has_value());
REQUIRE(struct2.f110.value() == 0x0444);
REQUIRE(!struct2.f111.has_value());
REQUIRE(!struct2.f112.has_value());
REQUIRE(struct2.f113.has_value());
REQUIRE(struct2.f113.value() == 127);
REQUIRE(!struct2.f114.has_value());
REQUIRE(!struct2.f115.has_value());
REQUIRE(struct2.f116.has_value());
REQUIRE(struct2.f116.value() == 0xFF);
REQUIRE(!struct2.f117.has_value());
REQUIRE(!struct2.f118.has_value());
REQUIRE(struct2.f119.has_value());
REQUIRE(struct2.f119.value() == 32767);
REQUIRE(!struct2.f120.has_value());
REQUIRE(!struct2.f121.has_value());
REQUIRE(struct2.f122.has_value());
REQUIRE(struct2.f122.value() == 0xFFFF);
REQUIRE(!struct2.f123.has_value());
REQUIRE(!struct2.f124.has_value());
REQUIRE(struct2.f125.has_value());
REQUIRE(struct2.f125.value() == 2147483647);
REQUIRE(!struct2.f126.has_value());
REQUIRE(!struct2.f127.has_value());
REQUIRE(struct2.f128.has_value());
REQUIRE(struct2.f128.value() == 0xFFFFFFFF);
REQUIRE(!struct2.f129.has_value());
REQUIRE(!struct2.f130.has_value());
REQUIRE(struct2.f131.has_value());
REQUIRE(struct2.f131.value() == 9223372036854775807ll);
REQUIRE(!struct2.f132.has_value());
REQUIRE(!struct2.f133.has_value());
REQUIRE(struct2.f131.has_value());
REQUIRE(struct2.f134.value() == 0xFFFFFFFFFFFFFFFFull);
REQUIRE(!struct2.f135.has_value());
REQUIRE(!struct2.f136.has_value());
REQUIRE(struct2.f137.has_value());
REQUIRE(std::abs(struct2.f137.value() - 123.456f) < 0.0001);
REQUIRE(!struct2.f138.has_value());
REQUIRE(!struct2.f139.has_value());
REQUIRE(struct2.f140.has_value());
REQUIRE(std::abs(struct2.f140.value() - -123.567e+123) < 1e+123);
REQUIRE(!struct2.f141.has_value());
REQUIRE(!struct2.f142.has_value());
REQUIRE(struct2.f143.has_value());
REQUIRE(struct2.f143.value() == 123456.123456);
REQUIRE(!struct2.f144.has_value());
REQUIRE(!struct2.f145.has_value());
REQUIRE(struct2.f146.has_value());
REQUIRE(struct2.f146.value() == "Initial string!");
REQUIRE(!struct2.f147.has_value());
REQUIRE(!struct2.f148.has_value());
REQUIRE(struct2.f149.has_value());
REQUIRE(struct2.f149.value() > 1514764800000000000);
REQUIRE(!struct2.f150.has_value());
REQUIRE(!struct2.f151.has_value());
REQUIRE(struct2.f152.has_value());
REQUIRE(struct2.f152.value() == FBE::uuid_t("123e4567-e89b-12d3-a456-426655440000"));
REQUIRE(!struct2.f153.has_value());
REQUIRE(!struct2.f154.has_value());
REQUIRE(!struct2.f155.has_value());
REQUIRE(!struct2.f156.has_value());
REQUIRE(!struct2.f157.has_value());
REQUIRE(!struct2.f158.has_value());
REQUIRE(!struct2.f159.has_value());
REQUIRE(!struct2.f160.has_value());
REQUIRE(!struct2.f161.has_value());
REQUIRE(!struct2.f162.has_value());
REQUIRE(!struct2.f163.has_value());
REQUIRE(!struct2.f164.has_value());
REQUIRE(!struct2.f165.has_value());
REQUIRE(struct2.f1000 == test::EnumSimple::ENUM_VALUE_0);
REQUIRE(!struct2.f1001.has_value());
REQUIRE(struct2.f1002 == test::EnumTyped::ENUM_VALUE_2);
REQUIRE(!struct2.f1003.has_value());
REQUIRE(struct2.f1004 == test::FlagsSimple::FLAG_VALUE_0);
REQUIRE(!struct2.f1005.has_value());
REQUIRE(struct2.f1006 == (test::FlagsTyped::FLAG_VALUE_2 | test::FlagsTyped::FLAG_VALUE_4 | test::FlagsTyped::FLAG_VALUE_6));
REQUIRE(!struct2.f1007.has_value());
REQUIRE(!struct2.f1009.has_value());
REQUIRE(!struct2.f1011.has_value());
REQUIRE(struct2.f1 == struct1.f1);
REQUIRE(struct2.f2 == struct1.f2);
REQUIRE(struct2.f3 == struct1.f3);
REQUIRE(struct2.f4 == struct1.f4);
REQUIRE(struct2.f5 == struct1.f5);
REQUIRE(struct2.f6 == struct1.f6);
REQUIRE(struct2.f7 == struct1.f7);
REQUIRE(struct2.f8 == struct1.f8);
REQUIRE(struct2.f9 == struct1.f9);
REQUIRE(struct2.f10 == struct1.f10);
REQUIRE(struct2.f11 == struct1.f11);
REQUIRE(struct2.f12 == struct1.f12);
REQUIRE(struct2.f13 == struct1.f13);
REQUIRE(struct2.f14 == struct1.f14);
REQUIRE(struct2.f15 == struct1.f15);
REQUIRE(struct2.f16 == struct1.f16);
REQUIRE(struct2.f17 == struct1.f17);
REQUIRE(struct2.f18 == struct1.f18);
REQUIRE(struct2.f19 == struct1.f19);
REQUIRE(struct2.f20 == struct1.f20);
REQUIRE(struct2.f21 == struct1.f21);
REQUIRE(struct2.f22 == struct1.f22);
REQUIRE(struct2.f23 == struct1.f23);
REQUIRE(struct2.f24 == struct1.f24);
REQUIRE(struct2.f25 == struct1.f25);
REQUIRE(struct2.f26 == struct1.f26);
REQUIRE(struct2.f27 == struct1.f27);
REQUIRE(struct2.f28 == struct1.f28);
REQUIRE(struct2.f29 == struct1.f29);
REQUIRE(struct2.f30 == struct1.f30);
REQUIRE(struct2.f31 == struct1.f31);
REQUIRE(struct2.f32 == struct1.f32);
REQUIRE(struct2.f33 == struct1.f33);
REQUIRE(struct2.f34 == struct1.f34);
REQUIRE(struct2.f35 == struct1.f35);
REQUIRE(struct2.f36 == struct1.f36);
REQUIRE(struct2.f37 == struct1.f37);
REQUIRE(struct2.f38 == struct1.f38);
REQUIRE(struct2.f39 == struct1.f39);
REQUIRE(struct2.f40 == struct1.f40);
REQUIRE(struct2.f100 == struct1.f100);
REQUIRE(struct2.f101 == struct1.f101);
REQUIRE(struct2.f102 == struct1.f102);
REQUIRE(struct2.f103 == struct1.f103);
REQUIRE(struct2.f104 == struct1.f104);
REQUIRE(struct2.f105 == struct1.f105);
REQUIRE(struct2.f106 == struct1.f106);
REQUIRE(struct2.f107 == struct1.f107);
REQUIRE(struct2.f108 == struct1.f108);
REQUIRE(struct2.f109 == struct1.f109);
REQUIRE(struct2.f110 == struct1.f110);
REQUIRE(struct2.f111 == struct1.f111);
REQUIRE(struct2.f112 == struct1.f112);
REQUIRE(struct2.f113 == struct1.f113);
REQUIRE(struct2.f114 == struct1.f114);
REQUIRE(struct2.f115 == struct1.f115);
REQUIRE(struct2.f116 == struct1.f116);
REQUIRE(struct2.f117 == struct1.f117);
REQUIRE(struct2.f118 == struct1.f118);
REQUIRE(struct2.f119 == struct1.f119);
REQUIRE(struct2.f120 == struct1.f120);
REQUIRE(struct2.f121 == struct1.f121);
REQUIRE(struct2.f122 == struct1.f122);
REQUIRE(struct2.f123 == struct1.f123);
REQUIRE(struct2.f124 == struct1.f124);
REQUIRE(struct2.f125 == struct1.f125);
REQUIRE(struct2.f126 == struct1.f126);
REQUIRE(struct2.f127 == struct1.f127);
REQUIRE(struct2.f128 == struct1.f128);
REQUIRE(struct2.f129 == struct1.f129);
REQUIRE(struct2.f130 == struct1.f130);
REQUIRE(struct2.f131 == struct1.f131);
REQUIRE(struct2.f132 == struct1.f132);
REQUIRE(struct2.f133 == struct1.f133);
REQUIRE(struct2.f134 == struct1.f134);
REQUIRE(struct2.f135 == struct1.f135);
REQUIRE(struct2.f136 == struct1.f136);
REQUIRE(struct2.f137 == struct1.f137);
REQUIRE(struct2.f138 == struct1.f138);
REQUIRE(struct2.f139 == struct1.f139);
REQUIRE(struct2.f140 == struct1.f140);
REQUIRE(struct2.f141 == struct1.f141);
REQUIRE(struct2.f142 == struct1.f142);
REQUIRE(struct2.f143 == struct1.f143);
REQUIRE(struct2.f144 == struct1.f144);
REQUIRE(struct2.f145 == struct1.f145);
REQUIRE(struct2.f146 == struct1.f146);
REQUIRE(struct2.f147 == struct1.f147);
REQUIRE(struct2.f148 == struct1.f148);
REQUIRE(struct2.f149 == struct1.f149);
REQUIRE(struct2.f150 == struct1.f150);
REQUIRE(struct2.f151 == struct1.f151);
REQUIRE(struct2.f152 == struct1.f152);
REQUIRE(struct2.f153 == struct1.f153);
REQUIRE(struct2.f154 == struct1.f154);
REQUIRE(struct2.f155 == struct1.f155);
REQUIRE(struct2.f156 == struct1.f156);
REQUIRE(struct2.f157 == struct1.f157);
REQUIRE(struct2.f1000 == struct1.f1000);
REQUIRE(struct2.f1001 == struct1.f1001);
REQUIRE(struct2.f1002 == struct1.f1002);
REQUIRE(struct2.f1003 == struct1.f1003);
REQUIRE(struct2.f1004 == struct1.f1004);
REQUIRE(struct2.f1005 == struct1.f1005);
REQUIRE(struct2.f1006 == struct1.f1006);
REQUIRE(struct2.f1007 == struct1.f1007);
}
TEST_CASE("Serialization: struct bytes", "[FBE]")
{
const char* f1 = "ABC";
const char* f2 = "test";
// Create a new struct
test::StructBytes struct1;
struct1.f1.assign((const uint8_t*)f1, (const uint8_t*)f1 + strlen(f1));
struct1.f2.emplace();
struct1.f2.value().assign((const uint8_t*)f2, (const uint8_t*)f2 + strlen(f2));
// Serialize the struct to the FBE stream
FBE::test::StructBytesModel writer;
REQUIRE(writer.model.fbe_type() == 120);
REQUIRE(writer.model.fbe_offset() == 4);
size_t serialized = writer.serialize(struct1);
REQUIRE(serialized == writer.buffer().size());
REQUIRE(writer.verify());
writer.next(serialized);
REQUIRE(writer.model.fbe_offset() == (4 + writer.buffer().size()));
// Check the serialized FBE size
REQUIRE(writer.buffer().size() == 49);
// Deserialize the struct from the FBE stream
test::StructBytes struct2;
FBE::test::StructBytesModel reader;
REQUIRE(reader.model.fbe_type() == 120);
REQUIRE(reader.model.fbe_offset() == 4);
reader.attach(writer.buffer());
REQUIRE(reader.verify());
size_t deserialized = reader.deserialize(struct2);
REQUIRE(deserialized == reader.buffer().size());
reader.next(deserialized);
REQUIRE(reader.model.fbe_offset() == (4 + reader.buffer().size()));
REQUIRE(struct2.f1.size() == 3);
REQUIRE(memcmp(f1, struct2.f1.data(), struct2.f1.size()) == 0);
REQUIRE(struct2.f2.has_value());
REQUIRE(struct2.f2.value().size() == 4);
REQUIRE(memcmp(f2, struct2.f2.value().data(), struct2.f2.value().size()) == 0);
REQUIRE(!struct2.f3.has_value());
}
TEST_CASE("Serialization: struct array", "[FBE]")
{
// Create a new struct
test::StructArray struct1;
struct1.f1[0] = (uint8_t)48;
struct1.f1[1] = (uint8_t)65;
struct1.f2[0] = (uint8_t)97;
struct1.f2[1] = std::nullopt;
struct1.f3[0] = std::vector<uint8_t>(3, 48);
struct1.f3[1] = std::vector<uint8_t>(3, 65);
struct1.f4[0] = std::vector<uint8_t>(3, 97);
struct1.f4[1] = std::nullopt;
struct1.f5[0] = test::EnumSimple::ENUM_VALUE_1;
struct1.f5[1] = test::EnumSimple::ENUM_VALUE_2;
struct1.f6[0] = test::EnumSimple::ENUM_VALUE_1;
struct1.f6[1] = std::nullopt;
struct1.f7[0] = test::FlagsSimple::FLAG_VALUE_1 | test::FlagsSimple::FLAG_VALUE_2;
struct1.f7[1] = test::FlagsSimple::FLAG_VALUE_1 | test::FlagsSimple::FLAG_VALUE_2 | test::FlagsSimple::FLAG_VALUE_3;
struct1.f8[0] = test::FlagsSimple::FLAG_VALUE_1 | test::FlagsSimple::FLAG_VALUE_2;
struct1.f8[1] = std::nullopt;
struct1.f9[0] = test::StructSimple();
struct1.f9[1] = test::StructSimple();
struct1.f10[0] = test::StructSimple();
struct1.f10[1] = std::nullopt;
// Serialize the struct to the FBE stream
FBE::test::StructArrayModel writer;
REQUIRE(writer.model.fbe_type() == 125);
REQUIRE(writer.model.fbe_offset() == 4);
size_t serialized = writer.serialize(struct1);
REQUIRE(serialized == writer.buffer().size());
REQUIRE(writer.verify());
writer.next(serialized);
REQUIRE(writer.model.fbe_offset() == (4 + writer.buffer().size()));
// Check the serialized FBE size
REQUIRE(writer.buffer().size() == 1290);
// Deserialize the struct from the FBE stream
test::StructArray struct2;
FBE::test::StructArrayModel reader;
REQUIRE(reader.model.fbe_type() == 125);
REQUIRE(reader.model.fbe_offset() == 4);
reader.attach(writer.buffer());
REQUIRE(reader.verify());
size_t deserialized = reader.deserialize(struct2);
REQUIRE(deserialized == reader.buffer().size());
reader.next(deserialized);
REQUIRE(reader.model.fbe_offset() == (4 + reader.buffer().size()));
REQUIRE(struct2.f1.size() == 2);
REQUIRE(struct2.f1[0] == 48);
REQUIRE(struct2.f1[1] == 65);
REQUIRE(struct2.f2.size() == 2);
REQUIRE(struct2.f2[0].value() == 97);
REQUIRE(struct2.f2[1] == std::nullopt);
REQUIRE(struct2.f3.size() == 2);
REQUIRE(struct2.f3[0].size() == 3);
REQUIRE(struct2.f3[0][0] == 48);
REQUIRE(struct2.f3[0][1] == 48);
REQUIRE(struct2.f3[0][2] == 48);
REQUIRE(struct2.f3[1].size() == 3);
REQUIRE(struct2.f3[1][0] == 65);
REQUIRE(struct2.f3[1][1] == 65);
REQUIRE(struct2.f3[1][2] == 65);
REQUIRE(struct2.f4.size() == 2);
REQUIRE(struct2.f4[0].has_value());
REQUIRE(struct2.f4[0].value().size() == 3);
REQUIRE(struct2.f4[0].value()[0] == 97);
REQUIRE(struct2.f4[0].value()[1] == 97);
REQUIRE(struct2.f4[0].value()[2] == 97);
REQUIRE(struct2.f4[1] == std::nullopt);
REQUIRE(struct2.f5.size() == 2);
REQUIRE(struct2.f5[0] == test::EnumSimple::ENUM_VALUE_1);
REQUIRE(struct2.f5[1] == test::EnumSimple::ENUM_VALUE_2);
REQUIRE(struct2.f6.size() == 2);
REQUIRE(struct2.f6[0].value() == test::EnumSimple::ENUM_VALUE_1);
REQUIRE(struct2.f6[1] == std::nullopt);
REQUIRE(struct2.f7.size() == 2);
REQUIRE(struct2.f7[0] == (test::FlagsSimple::FLAG_VALUE_1 | test::FlagsSimple::FLAG_VALUE_2));
REQUIRE(struct2.f7[1] == (test::FlagsSimple::FLAG_VALUE_1 | test::FlagsSimple::FLAG_VALUE_2 | test::FlagsSimple::FLAG_VALUE_3));
REQUIRE(struct2.f8.size() == 2);
REQUIRE(struct2.f8[0].value() == (test::FlagsSimple::FLAG_VALUE_1 | test::FlagsSimple::FLAG_VALUE_2));
REQUIRE(struct2.f8[1] == std::nullopt);
REQUIRE(struct2.f9.size() == 2);
REQUIRE(struct2.f9[0].f2 == true);
REQUIRE(struct2.f9[0].f12 == 255);
REQUIRE(struct2.f9[0].f32 == "Initial string!");
REQUIRE(struct2.f9[1].f2 == true);
REQUIRE(struct2.f9[1].f12 == 255);
REQUIRE(struct2.f9[1].f32 == "Initial string!");
REQUIRE(struct2.f10.size() == 2);
REQUIRE(struct2.f10[0].has_value());
REQUIRE(struct2.f10[0].value().f2 == true);
REQUIRE(struct2.f10[0].value().f12 == 255);
REQUIRE(struct2.f10[0].value().f32 == "Initial string!");
REQUIRE(struct2.f10[1] == std::nullopt);
}
TEST_CASE("Serialization: struct vector", "[FBE]")
{
// Create a new struct
test::StructVector struct1;
struct1.f1.emplace_back((uint8_t)48);
struct1.f1.emplace_back((uint8_t)65);
struct1.f2.emplace_back((uint8_t)97);
struct1.f2.emplace_back(std::nullopt);
struct1.f3.emplace_back(std::vector<uint8_t>(3, 48));
struct1.f3.emplace_back(std::vector<uint8_t>(3, 65));
struct1.f4.emplace_back(std::vector<uint8_t>(3, 97));
struct1.f4.emplace_back(std::nullopt);
struct1.f5.emplace_back(test::EnumSimple::ENUM_VALUE_1);
struct1.f5.emplace_back(test::EnumSimple::ENUM_VALUE_2);
struct1.f6.emplace_back(test::EnumSimple::ENUM_VALUE_1);
struct1.f6.emplace_back(std::nullopt);
struct1.f7.emplace_back(test::FlagsSimple::FLAG_VALUE_1 | test::FlagsSimple::FLAG_VALUE_2);
struct1.f7.emplace_back(test::FlagsSimple::FLAG_VALUE_1 | test::FlagsSimple::FLAG_VALUE_2 | test::FlagsSimple::FLAG_VALUE_3);
struct1.f8.emplace_back(test::FlagsSimple::FLAG_VALUE_1 | test::FlagsSimple::FLAG_VALUE_2);
struct1.f8.emplace_back(std::nullopt);
struct1.f9.emplace_back(test::StructSimple());
struct1.f9.emplace_back(test::StructSimple());
struct1.f10.emplace_back(test::StructSimple());
struct1.f10.emplace_back(std::nullopt);
// Serialize the struct to the FBE stream
FBE::test::StructVectorModel writer;
REQUIRE(writer.model.fbe_type() == 130);
REQUIRE(writer.model.fbe_offset() == 4);
size_t serialized = writer.serialize(struct1);
REQUIRE(serialized == writer.buffer().size());
REQUIRE(writer.verify());
writer.next(serialized);
REQUIRE(writer.model.fbe_offset() == (4 + writer.buffer().size()));
// Check the serialized FBE size
REQUIRE(writer.buffer().size() == 1370);
// Deserialize the struct from the FBE stream
test::StructVector struct2;
FBE::test::StructVectorModel reader;
REQUIRE(reader.model.fbe_type() == 130);
REQUIRE(reader.model.fbe_offset() == 4);
reader.attach(writer.buffer());
REQUIRE(reader.verify());
size_t deserialized = reader.deserialize(struct2);
REQUIRE(deserialized == reader.buffer().size());
reader.next(deserialized);
REQUIRE(reader.model.fbe_offset() == (4 + reader.buffer().size()));
REQUIRE(struct2.f1.size() == 2);
REQUIRE(struct2.f1[0] == 48);
REQUIRE(struct2.f1[1] == 65);
REQUIRE(struct2.f2.size() == 2);
REQUIRE(struct2.f2[0].value() == 97);
REQUIRE(struct2.f2[1] == std::nullopt);
REQUIRE(struct2.f3.size() == 2);
REQUIRE(struct2.f3[0].size() == 3);
REQUIRE(struct2.f3[0][0] == 48);
REQUIRE(struct2.f3[0][1] == 48);
REQUIRE(struct2.f3[0][2] == 48);
REQUIRE(struct2.f3[1].size() == 3);
REQUIRE(struct2.f3[1][0] == 65);
REQUIRE(struct2.f3[1][1] == 65);
REQUIRE(struct2.f3[1][2] == 65);
REQUIRE(struct2.f4.size() == 2);
REQUIRE(struct2.f4[0].has_value());
REQUIRE(struct2.f4[0].value().size() == 3);
REQUIRE(struct2.f4[0].value()[0] == 97);
REQUIRE(struct2.f4[0].value()[1] == 97);
REQUIRE(struct2.f4[0].value()[2] == 97);
REQUIRE(struct2.f4[1] == std::nullopt);
REQUIRE(struct2.f5.size() == 2);
REQUIRE(struct2.f5[0] == test::EnumSimple::ENUM_VALUE_1);
REQUIRE(struct2.f5[1] == test::EnumSimple::ENUM_VALUE_2);
REQUIRE(struct2.f6.size() == 2);
REQUIRE(struct2.f6[0].value() == test::EnumSimple::ENUM_VALUE_1);
REQUIRE(struct2.f6[1] == std::nullopt);
REQUIRE(struct2.f7.size() == 2);
REQUIRE(struct2.f7[0] == (test::FlagsSimple::FLAG_VALUE_1 | test::FlagsSimple::FLAG_VALUE_2));
REQUIRE(struct2.f7[1] == (test::FlagsSimple::FLAG_VALUE_1 | test::FlagsSimple::FLAG_VALUE_2 | test::FlagsSimple::FLAG_VALUE_3));
REQUIRE(struct2.f8.size() == 2);
REQUIRE(struct2.f8[0].value() == (test::FlagsSimple::FLAG_VALUE_1 | test::FlagsSimple::FLAG_VALUE_2));
REQUIRE(struct2.f8[1] == std::nullopt);
REQUIRE(struct2.f9.size() == 2);
REQUIRE(struct2.f9[0].f2 == true);
REQUIRE(struct2.f9[0].f12 == 255);
REQUIRE(struct2.f9[0].f32 == "Initial string!");
REQUIRE(struct2.f9[1].f2 == true);
REQUIRE(struct2.f9[1].f12 == 255);
REQUIRE(struct2.f9[1].f32 == "Initial string!");
REQUIRE(struct2.f10.size() == 2);
REQUIRE(struct2.f10[0].has_value());
REQUIRE(struct2.f10[0].value().f2 == true);
REQUIRE(struct2.f10[0].value().f12 == 255);
REQUIRE(struct2.f10[0].value().f32 == "Initial string!");
REQUIRE(struct2.f10[1] == std::nullopt);
}
TEST_CASE("Serialization: struct list", "[FBE]")
{
// Create a new struct
test::StructList struct1;
struct1.f1.emplace_back((uint8_t)48);
struct1.f1.emplace_back((uint8_t)65);
struct1.f2.emplace_back((uint8_t)97);
struct1.f2.emplace_back(std::nullopt);
struct1.f3.emplace_back(std::vector<uint8_t>(3, 48));
struct1.f3.emplace_back(std::vector<uint8_t>(3, 65));
struct1.f4.emplace_back(std::vector<uint8_t>(3, 97));
struct1.f4.emplace_back(std::nullopt);
struct1.f5.emplace_back(test::EnumSimple::ENUM_VALUE_1);
struct1.f5.emplace_back(test::EnumSimple::ENUM_VALUE_2);
struct1.f6.emplace_back(test::EnumSimple::ENUM_VALUE_1);
struct1.f6.emplace_back(std::nullopt);
struct1.f7.emplace_back(test::FlagsSimple::FLAG_VALUE_1 | test::FlagsSimple::FLAG_VALUE_2);
struct1.f7.emplace_back(test::FlagsSimple::FLAG_VALUE_1 | test::FlagsSimple::FLAG_VALUE_2 | test::FlagsSimple::FLAG_VALUE_3);
struct1.f8.emplace_back(test::FlagsSimple::FLAG_VALUE_1 | test::FlagsSimple::FLAG_VALUE_2);
struct1.f8.emplace_back(std::nullopt);
struct1.f9.emplace_back(test::StructSimple());
struct1.f9.emplace_back(test::StructSimple());
struct1.f10.emplace_back(test::StructSimple());
struct1.f10.emplace_back(std::nullopt);
// Serialize the struct to the FBE stream
FBE::test::StructListModel writer;
REQUIRE(writer.model.fbe_type() == 131);
REQUIRE(writer.model.fbe_offset() == 4);
size_t serialized = writer.serialize(struct1);
REQUIRE(serialized == writer.buffer().size());
REQUIRE(writer.verify());
writer.next(serialized);
REQUIRE(writer.model.fbe_offset() == (4 + writer.buffer().size()));
// Check the serialized FBE size
REQUIRE(writer.buffer().size() == 1370);
// Deserialize the struct from the FBE stream
test::StructList struct2;
FBE::test::StructListModel reader;
REQUIRE(reader.model.fbe_type() == 131);
REQUIRE(reader.model.fbe_offset() == 4);
reader.attach(writer.buffer());
REQUIRE(reader.verify());
size_t deserialized = reader.deserialize(struct2);
REQUIRE(deserialized == reader.buffer().size());
reader.next(deserialized);