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FOSS-VG/src/test/nbt_tags.cpp

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// Copyright 2022, FOSS-VG Developers and Contributers
//
// This program is free software: you can redistribute it and/or modify it
// under the terms of the GNU Affero General Public License as published
// by the Free Software Foundation, version 3.
//
// This program is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied
// warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
// See the GNU Affero General Public License for more details.
//
// You should have received a copy of the GNU Affero General Public License
// version 3 along with this program.
// If not, see https://www.gnu.org/licenses/agpl-3.0.en.html
#include <iostream>
#include <cstdint>
#include <vector>
#include <fstream>
#include "assert.hpp"
#include "../lib/nbt.hpp"
#include "../lib/error.hpp"
#include "../lib/javacompat.hpp"
int main(){
std::cout << "################################################################################" << std::endl;
std::cout << "NBT object tests" << std::endl;
std::cout << "################################################################################" << std::endl;
std::vector<uint8_t> vector;
// GENERIC #################################################################
NBT::Tag::Generic generic = NBT::Tag::Generic();
ASSERT(generic.getTagType() == NBT::TagType::INVALID);
ASSERT(generic.serialize(&vector).isError);
ASSERT(generic.serialize(&vector).errorCode == ErrorCodes::INVALID_TYPE);
ASSERT(generic.serializeWithoutHeader(&vector).isError);
ASSERT(generic.serializeWithoutHeader(&vector).errorCode == ErrorCodes::INVALID_TYPE);
// Normally, at this point, we would discard the vector as garbage.
// In this case, the assertions below exist to test the common
// serializer code.
ASSERT(vector.size() == 6);
ASSERT(
vector.at(0) == 255 &&
vector.at(1) == 0 &&
vector.at(2) == 0 &&
vector.at(3) == 255 &&
vector.at(4) == 0 &&
vector.at(5) == 0
);
generic.name = tiny_utf8::string(std::string(0x10000, 'E'));
ASSERT(generic.serialize(&vector).isError && generic.serialize(&vector).errorCode == ErrorCodes::OVERRUN);
vector.clear();
std::cout << "Passed Generic (super type) test." << std::endl;
// END #####################################################################
NBT::Tag::End end = NBT::Tag::End();
ASSERT(end.getTagType() == NBT::TagType::END);
ASSERT(!end.serialize(&vector).isError);
ASSERT(!end.serializeWithoutHeader(&vector).isError);
ASSERT(vector.size() == 1);
ASSERT(vector.at(0) == 0);
vector.clear();
std::cout << "Passed End test." << std::endl;
// INT8 ####################################################################
NBT::Tag::Int8 int8_0 = NBT::Tag::Int8();
int8_0.setValue(-128);
int8_0.name = "int8_0";
NBT::Tag::Int8 int8_1 = NBT::Tag::Int8("int8_1", 127);
ASSERT(int8_0.getValue() == -128);
ASSERT(int8_1.getValue() == 127);
ASSERT(int8_0.getTagType() == 1 && int8_1.getTagType() == 1);
ASSERT(!int8_0.serialize(&vector).isError);
ASSERT(!int8_1.serialize(&vector).isError);
ASSERT(vector.size() == 20);
ASSERT(
vector.at( 0) == 1 &&
vector.at( 1) == 0 &&
vector.at( 2) == 6 &&
vector.at( 3) == 'i' &&
vector.at( 4) == 'n' &&
vector.at( 5) == 't' &&
vector.at( 6) == '8' &&
vector.at( 7) == '_' &&
vector.at( 8) == '0' &&
vector.at( 9) == 128 &&
vector.at(10) == 1 &&
vector.at(11) == 0 &&
vector.at(12) == 6 &&
vector.at(13) == 'i' &&
vector.at(14) == 'n' &&
vector.at(15) == 't' &&
vector.at(16) == '8' &&
vector.at(17) == '_' &&
vector.at(18) == '1' &&
vector.at(19) == 127
);
vector.clear();
int8_0.name = "";
ASSERT(!int8_0.serialize(&vector).isError);
ASSERT(vector.size() == 4);
ASSERT(
vector.at(0) == 1 &&
vector.at(1) == 0 &&
vector.at(2) == 0 &&
vector.at(3) == 128
);
vector.clear();
ASSERT(!int8_0.serializeWithoutHeader(&vector).isError);
ASSERT(!int8_1.serializeWithoutHeader(&vector).isError);
ASSERT(vector.size() == 2);
ASSERT(
vector.at(0) == 128 &&
vector.at(1) == 127
);
vector.clear();
std::cout << "Passed Int8 test." << std::endl;
// INT16 ###################################################################
NBT::Tag::Int16 int16_0 = NBT::Tag::Int16();
int16_0.name = "int16_0";
int16_0.setValue(-32768);
NBT::Tag::Int16 int16_1 = NBT::Tag::Int16("int16_1", 32767);
ASSERT(int16_0.getValue() == -0x8000);
ASSERT(int16_1.getValue() == 0x7FFF);
ASSERT(int16_0.getTagType() == 2 && int16_1.getTagType() == 2);
ASSERT(!int16_0.serialize(&vector).isError);
ASSERT(!int16_1.serialize(&vector).isError);
ASSERT(vector.size() == 24);
ASSERT(
vector.at( 0) == 2 &&
vector.at( 1) == 0 &&
vector.at( 2) == 7 &&
vector.at( 3) == 'i' &&
vector.at( 4) == 'n' &&
vector.at( 5) == 't' &&
vector.at( 6) == '1' &&
vector.at( 7) == '6' &&
vector.at( 8) == '_' &&
vector.at( 9) == '0' &&
vector.at(10) == 0x80 &&
vector.at(11) == 0x00 &&
vector.at(12) == 2 &&
vector.at(13) == 0 &&
vector.at(14) == 7 &&
vector.at(15) == 'i' &&
vector.at(16) == 'n' &&
vector.at(17) == 't' &&
vector.at(18) == '1' &&
vector.at(19) == '6' &&
vector.at(20) == '_' &&
vector.at(21) == '1' &&
vector.at(22) == 0x7F &&
vector.at(23) == 0xFF
);
vector.clear();
int16_0.name = "";
ASSERT(!int16_0.serialize(&vector).isError);
ASSERT(vector.size() == 5);
ASSERT(
vector.at(0) == 2 &&
vector.at(1) == 0 &&
vector.at(2) == 0 &&
vector.at(3) == 0x80 &&
vector.at(4) == 0
);
vector.clear();
ASSERT(!int16_0.serializeWithoutHeader(&vector).isError);
ASSERT(!int16_1.serializeWithoutHeader(&vector).isError);
ASSERT(vector.size() == 4);
ASSERT(
vector.at(0) == 0x80 &&
vector.at(1) == 0 &&
vector.at(2) == 0x7F &&
vector.at(3) == 0xFF
);
vector.clear();
std::cout << "Passed Int16 test." << std::endl;
// INT32 ###################################################################
NBT::Tag::Int32 int32_0 = NBT::Tag::Int32();
int32_0.name = "int32_0";
int32_0.setValue(-2147483648);
NBT::Tag::Int32 int32_1 = NBT::Tag::Int32("int32_1", 2147483647);
ASSERT(int32_0.getValue() == (int32_t) -0x80000000);
ASSERT(int32_1.getValue() == 0x7FFFFFFF);
ASSERT(int32_0.getTagType() == 3 && int32_1.getTagType() == 3);
ASSERT(!int32_0.serialize(&vector).isError);
ASSERT(!int32_1.serialize(&vector).isError);
ASSERT(vector.size() == 28);
ASSERT(
vector.at( 0) == 3 &&
vector.at( 1) == 0 &&
vector.at( 2) == 7 &&
vector.at( 3) == 'i' &&
vector.at( 4) == 'n' &&
vector.at( 5) == 't' &&
vector.at( 6) == '3' &&
vector.at( 7) == '2' &&
vector.at( 8) == '_' &&
vector.at( 9) == '0' &&
vector.at(10) == 0x80 &&
vector.at(11) == 0x00 &&
vector.at(12) == 0x00 &&
vector.at(13) == 0x00 &&
vector.at(14) == 3 &&
vector.at(15) == 0 &&
vector.at(16) == 7 &&
vector.at(17) == 'i' &&
vector.at(18) == 'n' &&
vector.at(19) == 't' &&
vector.at(20) == '3' &&
vector.at(21) == '2' &&
vector.at(22) == '_' &&
vector.at(23) == '1' &&
vector.at(24) == 0x7F &&
vector.at(25) == 0xFF &&
vector.at(26) == 0xFF &&
vector.at(27) == 0xFF
);
vector.clear();
int32_0.name = "";
ASSERT(!int32_0.serialize(&vector).isError);
ASSERT(vector.size() == 7);
ASSERT(
vector.at(0) == 3 &&
vector.at(1) == 0 &&
vector.at(2) == 0 &&
vector.at(3) == 0x80 &&
vector.at(4) == 0 &&
vector.at(5) == 0 &&
vector.at(6) == 0
);
vector.clear();
ASSERT(!int32_0.serializeWithoutHeader(&vector).isError);
ASSERT(!int32_1.serializeWithoutHeader(&vector).isError);
ASSERT(vector.size() == 8);
ASSERT(
vector.at(0) == 0x80 &&
vector.at(1) == 0 &&
vector.at(2) == 0 &&
vector.at(3) == 0 &&
vector.at(4) == 0x7F &&
vector.at(5) == 0xFF &&
vector.at(6) == 0xFF &&
vector.at(7) == 0xFF
);
vector.clear();
std::cout << "Passed Int32 test." << std::endl;
// INT64 ###################################################################
NBT::Tag::Int64 int64_0 = NBT::Tag::Int64();
int64_0.name = "int64_0";
int64_0.setValue(-9223372036854775808);
NBT::Tag::Int64 int64_1 = NBT::Tag::Int64("int64_1", 9223372036854775807);
ASSERT(int64_0.getValue() == (int64_t) -0x8000000000000000);
ASSERT(int64_1.getValue() == 0x7FFFFFFFFFFFFFFF);
ASSERT(int64_0.getTagType() == 4 && int64_1.getTagType() == 4);
ASSERT(!int64_0.serialize(&vector).isError);
ASSERT(!int64_1.serialize(&vector).isError);
ASSERT(vector.size() == 36);
ASSERT(
vector.at( 0) == 4 &&
vector.at( 1) == 0 &&
vector.at( 2) == 7 &&
vector.at( 3) == 'i' &&
vector.at( 4) == 'n' &&
vector.at( 5) == 't' &&
vector.at( 6) == '6' &&
vector.at( 7) == '4' &&
vector.at( 8) == '_' &&
vector.at( 9) == '0' &&
vector.at(10) == 0x80 &&
vector.at(11) == 0x00 &&
vector.at(12) == 0x00 &&
vector.at(13) == 0x00 &&
vector.at(14) == 0x00 &&
vector.at(15) == 0x00 &&
vector.at(16) == 0x00 &&
vector.at(17) == 0x00 &&
vector.at(18) == 4 &&
vector.at(19) == 0 &&
vector.at(20) == 7 &&
vector.at(21) == 'i' &&
vector.at(22) == 'n' &&
vector.at(23) == 't' &&
vector.at(24) == '6' &&
vector.at(25) == '4' &&
vector.at(26) == '_' &&
vector.at(27) == '1' &&
vector.at(28) == 0x7F &&
vector.at(29) == 0xFF &&
vector.at(30) == 0xFF &&
vector.at(31) == 0xFF &&
vector.at(32) == 0xFF &&
vector.at(33) == 0xFF &&
vector.at(34) == 0xFF &&
vector.at(35) == 0xFF
);
vector.clear();
int64_0.name = "";
ASSERT(!int64_0.serialize(&vector).isError);
ASSERT(vector.size() == 11);
ASSERT(
vector.at( 0) == 4 &&
vector.at( 1) == 0 &&
vector.at( 2) == 0 &&
vector.at( 3) == 0x80 &&
vector.at( 4) == 0 &&
vector.at( 5) == 0 &&
vector.at( 6) == 0 &&
vector.at( 7) == 0 &&
vector.at( 8) == 0 &&
vector.at( 9) == 0 &&
vector.at(10) == 0
);
vector.clear();
ASSERT(!int64_0.serializeWithoutHeader(&vector).isError);
ASSERT(!int64_1.serializeWithoutHeader(&vector).isError);
ASSERT(vector.size() == 16);
ASSERT(
vector.at( 0) == 0x80 &&
vector.at( 1) == 0 &&
vector.at( 2) == 0 &&
vector.at( 3) == 0 &&
vector.at( 4) == 0 &&
vector.at( 5) == 0 &&
vector.at( 6) == 0 &&
vector.at( 7) == 0 &&
vector.at( 8) == 0x7F &&
vector.at( 9) == 0xFF &&
vector.at(10) == 0xFF &&
vector.at(11) == 0xFF &&
vector.at(12) == 0xFF &&
vector.at(13) == 0xFF &&
vector.at(14) == 0xFF &&
vector.at(15) == 0xFF
);
vector.clear();
std::cout << "Passed Int64 test." << std::endl;
// FLOAT ###################################################################
// float data: 0xC7777777 => -63351.46484375f
NBT::Tag::Float float_0 = NBT::Tag::Float();
float_0.name = "float_0";
float_0.setValue(-63351.46484375f);
NBT::Tag::Float float_1 = NBT::Tag::Float("float_1", -63351.46484375f);
ASSERT(float_0.getValue() == -63351.46484375f);
ASSERT(float_1.getValue() == -63351.46484375f);
ASSERT(float_0.getTagType() == 5 && float_1.getTagType() == 5);
ASSERT(!float_0.serialize(&vector).isError);
ASSERT(!float_1.serialize(&vector).isError);
ASSERT(vector.size() == 28);
ASSERT(
vector.at( 0) == 5 &&
vector.at( 1) == 0 &&
vector.at( 2) == 7 &&
vector.at( 3) == 'f' &&
vector.at( 4) == 'l' &&
vector.at( 5) == 'o' &&
vector.at( 6) == 'a' &&
vector.at( 7) == 't' &&
vector.at( 8) == '_' &&
vector.at( 9) == '0' &&
vector.at(10) == 0xC7 &&
vector.at(11) == 0x77 &&
vector.at(12) == 0x77 &&
vector.at(13) == 0x77 &&
vector.at(14) == 5 &&
vector.at(15) == 0 &&
vector.at(16) == 7 &&
vector.at(17) == 'f' &&
vector.at(18) == 'l' &&
vector.at(19) == 'o' &&
vector.at(20) == 'a' &&
vector.at(21) == 't' &&
vector.at(22) == '_' &&
vector.at(23) == '1' &&
vector.at(24) == 0xC7 &&
vector.at(25) == 0x77 &&
vector.at(26) == 0x77 &&
vector.at(27) == 0x77
);
vector.clear();
ASSERT(!float_0.serializeWithoutHeader(&vector).isError);
ASSERT(!float_1.serializeWithoutHeader(&vector).isError);
ASSERT(vector.size() == 8);
ASSERT(
vector.at(0) == 0xC7 &&
vector.at(1) == 0x77 &&
vector.at(2) == 0x77 &&
vector.at(3) == 0x77 &&
vector.at(4) == 0xC7 &&
vector.at(5) == 0x77 &&
vector.at(6) == 0x77 &&
vector.at(7) == 0x77
);
vector.clear();
std::cout << "Passed Float test." << std::endl;
// DOUBLE ##################################################################
// double data 0xC034040008000000 => -20.015625476837158203125
NBT::Tag::Double double_0 = NBT::Tag::Double();
double_0.name = "double_0";
double_0.setValue(-20.015625476837158203125);
NBT::Tag::Double double_1 = NBT::Tag::Double("double_1", -20.015625476837158203125);
ASSERT(double_0.getValue() == -20.015625476837158203125);
ASSERT(double_1.getValue() == -20.015625476837158203125);
ASSERT(double_0.getTagType() == 6 && double_1.getTagType() == 6);
ASSERT(!double_0.serialize(&vector).isError);
ASSERT(!double_1.serialize(&vector).isError);
ASSERT(vector.size() == 38);
ASSERT(
vector.at( 0) == 6 &&
vector.at( 1) == 0 &&
vector.at( 2) == 8 &&
vector.at( 3) == 'd' &&
vector.at( 4) == 'o' &&
vector.at( 5) == 'u' &&
vector.at( 6) == 'b' &&
vector.at( 7) == 'l' &&
vector.at( 8) == 'e' &&
vector.at( 9) == '_' &&
vector.at(10) == '0' &&
vector.at(11) == 0xC0 &&
vector.at(12) == 0x34 &&
vector.at(13) == 0x04 &&
vector.at(14) == 0x00 &&
vector.at(15) == 0x08 &&
vector.at(16) == 0x00 &&
vector.at(17) == 0x00 &&
vector.at(18) == 0x00 &&
vector.at(19) == 6 &&
vector.at(20) == 0 &&
vector.at(21) == 8 &&
vector.at(22) == 'd' &&
vector.at(23) == 'o' &&
vector.at(24) == 'u' &&
vector.at(25) == 'b' &&
vector.at(26) == 'l' &&
vector.at(27) == 'e' &&
vector.at(28) == '_' &&
vector.at(29) == '1' &&
vector.at(30) == 0xC0 &&
vector.at(31) == 0x34 &&
vector.at(32) == 0x04 &&
vector.at(33) == 0x00 &&
vector.at(34) == 0x08 &&
vector.at(35) == 0x00 &&
vector.at(36) == 0x00 &&
vector.at(37) == 0x00
);
vector.clear();
ASSERT(!double_0.serializeWithoutHeader(&vector).isError);
ASSERT(!double_1.serializeWithoutHeader(&vector).isError);
ASSERT(vector.size() == 16);
ASSERT(
vector.at( 0) == 0xC0 &&
vector.at( 1) == 0x34 &&
vector.at( 2) == 0x04 &&
vector.at( 3) == 0x00 &&
vector.at( 4) == 0x08 &&
vector.at( 5) == 0x00 &&
vector.at( 6) == 0x00 &&
vector.at( 7) == 0x00 &&
vector.at( 8) == 0xC0 &&
vector.at( 9) == 0x34 &&
vector.at(10) == 0x04 &&
vector.at(11) == 0x00 &&
vector.at(12) == 0x08 &&
vector.at(13) == 0x00 &&
vector.at(14) == 0x00 &&
vector.at(15) == 0x00
);
vector.clear();
std::cout << "Passed Double test." << std::endl;
// INT8_ARRAY ##############################################################
std::vector<int8_t> int8DataVector = std::vector<int8_t>();
int8DataVector.push_back(-128);
int8DataVector.push_back(127);
int8DataVector.push_back(0);
NBT::Tag::Int8Array int8a_0 = NBT::Tag::Int8Array();
int8a_0.name = "int8a_0";
int8a_0.setData(int8DataVector);
NBT::Tag::Int8Array int8a_1 = NBT::Tag::Int8Array("int8a_1", int8DataVector);
NBT::Tag::Int8Array int8a_2 = NBT::Tag::Int8Array("int8a_2", int8DataVector.size(), int8DataVector.data());
ASSERT(int8a_0.getTagType() == 7 && int8a_1.getTagType() == 7 && int8a_2.getTagType() == 7);
ASSERT(
int8a_0.getData() == int8a_1.getData() &&
int8a_1.getData() == int8a_2.getData()
);
ASSERT(
!int8a_0.getValue(0).isError &&
!int8a_1.getValue(1).isError &&
!int8a_2.getValue(2).isError
);
ASSERT(
int8a_0.getValue(3).isError &&
int8a_2.getValue(3).errorCode == ErrorCodes::OUT_OF_RANGE
);
int8a_1.addElement(-127);
ErrorOrVoid resultGood = int8a_2.removeElement(1);
ErrorOrVoid resultError = int8a_2.removeElement(2);
ASSERT(!resultGood.isError && resultError.isError && resultError.errorCode==ErrorCodes::OUT_OF_RANGE);
resultGood = int8a_2.setValue(1, 15);
resultError = int8a_2.setValue(2, 7);
ASSERT(!resultGood.isError && resultError.isError && resultError.errorCode==ErrorCodes::OUT_OF_RANGE);
ASSERT(
int8a_0.length()==3 &&
int8a_1.length()==4 &&
int8a_2.length()==2
);
ASSERT(
!int8a_0.serialize(&vector).isError &&
!int8a_1.serialize(&vector).isError &&
!int8a_2.serialize(&vector).isError
);
ASSERT(vector.size() == 51);
ASSERT(
vector.at( 0) == 7 &&
vector.at( 1) == 0 &&
vector.at( 2) == 7 &&
vector.at( 3) == 'i' &&
vector.at( 4) == 'n' &&
vector.at( 5) == 't' &&
vector.at( 6) == '8' &&
vector.at( 7) == 'a' &&
vector.at( 8) == '_' &&
vector.at( 9) == '0' &&
vector.at(10) == 0 &&
vector.at(11) == 0 &&
vector.at(12) == 0 &&
vector.at(13) == 3 &&
vector.at(14) == 0x80 &&
vector.at(15) == 0x7F &&
vector.at(16) == 0x0 &&
vector.at(17) == 7 &&
vector.at(18) == 0 &&
vector.at(19) == 7 &&
vector.at(20) == 'i' &&
vector.at(21) == 'n' &&
vector.at(22) == 't' &&
vector.at(23) == '8' &&
vector.at(24) == 'a' &&
vector.at(25) == '_' &&
vector.at(26) == '1' &&
vector.at(27) == 0 &&
vector.at(28) == 0 &&
vector.at(29) == 0 &&
vector.at(30) == 4 &&
vector.at(31) == 0x80 &&
vector.at(32) == 0x7F &&
vector.at(33) == 0x0 &&
vector.at(34) == 0x81 &&
vector.at(35) == 7 &&
vector.at(36) == 0 &&
vector.at(37) == 7 &&
vector.at(38) == 'i' &&
vector.at(39) == 'n' &&
vector.at(40) == 't' &&
vector.at(41) == '8' &&
vector.at(42) == 'a' &&
vector.at(43) == '_' &&
vector.at(44) == '2' &&
vector.at(45) == 0 &&
vector.at(46) == 0 &&
vector.at(47) == 0 &&
vector.at(48) == 2 &&
vector.at(49) == 0x80 &&
vector.at(50) == 0xF
);
vector.clear();
ASSERT(
!int8a_0.serializeWithoutHeader(&vector).isError &&
!int8a_1.serializeWithoutHeader(&vector).isError &&
!int8a_2.serializeWithoutHeader(&vector).isError
);
ASSERT(vector.size() == 21);
ASSERT(
vector.at( 0) == 0 &&
vector.at( 1) == 0 &&
vector.at( 2) == 0 &&
vector.at( 3) == 3 &&
vector.at( 4) == 0x80 &&
vector.at( 5) == 0x7F &&
vector.at( 6) == 0x00 &&
vector.at( 7) == 0 &&
vector.at( 8) == 0 &&
vector.at( 9) == 0 &&
vector.at(10) == 4 &&
vector.at(11) == 0x80 &&
vector.at(12) == 0x7F &&
vector.at(13) == 0x00 &&
vector.at(14) == 0x81 &&
vector.at(15) == 0 &&
vector.at(16) == 0 &&
vector.at(17) == 0 &&
vector.at(18) == 2 &&
vector.at(19) == 0x80 &&
vector.at(20) == 0xF
);
vector.clear();
std::cout << "Passed Int8Array test." << std::endl;
// STRING ##################################################################
NBT::Tag::String string_0 = NBT::Tag::String();
string_0.name = "string_0";
string_0.setValue("I'm blue dabadee dabadie");
NBT::Tag::String string_1 = NBT::Tag::String("string_1", "Never gonna give you up");
ASSERT(string_0.getValue() == "I'm blue dabadee dabadie");
ASSERT(string_1.getValue() == "Never gonna give you up");
ASSERT(!string_0.serialize(&vector).isError);
ASSERT(!string_1.serialize(&vector).isError);
ASSERT(vector.size() == 73);
ASSERT(
vector.at( 0) == 8 &&
vector.at( 1) == 0 &&
vector.at( 2) == 8 &&
vector.at( 3) == 's' &&
vector.at( 4) == 't' &&
vector.at( 5) == 'r' &&
vector.at( 6) == 'i' &&
vector.at( 7) == 'n' &&
vector.at( 8) == 'g' &&
vector.at( 9) == '_' &&
vector.at(10) == '0' &&
vector.at(11) == 0 &&
vector.at(12) == 24 &&
vector.at(13) == 'I' &&
vector.at(14) == '\'' &&
vector.at(15) == 'm' &&
vector.at(16) == ' ' &&
vector.at(17) == 'b' &&
vector.at(18) == 'l' &&
vector.at(19) == 'u' &&
vector.at(20) == 'e' &&
vector.at(21) == ' ' &&
vector.at(22) == 'd' &&
vector.at(23) == 'a' &&
vector.at(24) == 'b' &&
vector.at(25) == 'a' &&
vector.at(26) == 'd' &&
vector.at(27) == 'e' &&
vector.at(28) == 'e' &&
vector.at(29) == ' ' &&
vector.at(30) == 'd' &&
vector.at(31) == 'a' &&
vector.at(32) == 'b' &&
vector.at(33) == 'a' &&
vector.at(34) == 'd' &&
vector.at(35) == 'i' &&
vector.at(36) == 'e' &&
vector.at(37) == 8 &&
vector.at(38) == 0 &&
vector.at(39) == 8 &&
vector.at(40) == 's' &&
vector.at(41) == 't' &&
vector.at(42) == 'r' &&
vector.at(43) == 'i' &&
vector.at(44) == 'n' &&
vector.at(45) == 'g' &&
vector.at(46) == '_' &&
vector.at(47) == '1' &&
vector.at(48) == 0 &&
vector.at(49) == 23 &&
vector.at(50) == 'N' &&
vector.at(51) == 'e' &&
vector.at(52) == 'v' &&
vector.at(53) == 'e' &&
vector.at(54) == 'r' &&
vector.at(55) == ' ' &&
vector.at(56) == 'g' &&
vector.at(57) == 'o' &&
vector.at(58) == 'n' &&
vector.at(59) == 'n' &&
vector.at(60) == 'a' &&
vector.at(61) == ' ' &&
vector.at(62) == 'g' &&
vector.at(63) == 'i' &&
vector.at(64) == 'v' &&
vector.at(65) == 'e' &&
vector.at(66) == ' ' &&
vector.at(67) == 'y' &&
vector.at(68) == 'o' &&
vector.at(69) == 'u' &&
vector.at(70) == ' ' &&
vector.at(71) == 'u' &&
vector.at(72) == 'p'
);
vector.clear();
ASSERT(!string_0.serializeWithoutHeader(&vector).isError);
ASSERT(!string_1.serializeWithoutHeader(&vector).isError);
ASSERT(vector.size() == 51);
ASSERT(
vector.at( 0) == 0 &&
vector.at( 1) == 24 &&
vector.at( 2) == 'I' &&
vector.at( 3) == '\'' &&
vector.at( 4) == 'm' &&
vector.at( 5) == ' ' &&
vector.at( 6) == 'b' &&
vector.at( 7) == 'l' &&
vector.at( 8) == 'u' &&
vector.at( 9) == 'e' &&
vector.at(10) == ' ' &&
vector.at(11) == 'd' &&
vector.at(12) == 'a' &&
vector.at(13) == 'b' &&
vector.at(14) == 'a' &&
vector.at(15) == 'd' &&
vector.at(16) == 'e' &&
vector.at(17) == 'e' &&
vector.at(18) == ' ' &&
vector.at(19) == 'd' &&
vector.at(20) == 'a' &&
vector.at(21) == 'b' &&
vector.at(22) == 'a' &&
vector.at(23) == 'd' &&
vector.at(24) == 'i' &&
vector.at(25) == 'e' &&
vector.at(26) == 0 &&
vector.at(27) == 23 &&
vector.at(28) == 'N' &&
vector.at(29) == 'e' &&
vector.at(30) == 'v' &&
vector.at(31) == 'e' &&
vector.at(32) == 'r' &&
vector.at(33) == ' ' &&
vector.at(34) == 'g' &&
vector.at(35) == 'o' &&
vector.at(36) == 'n' &&
vector.at(37) == 'n' &&
vector.at(38) == 'a' &&
vector.at(39) == ' ' &&
vector.at(40) == 'g' &&
vector.at(41) == 'i' &&
vector.at(42) == 'v' &&
vector.at(43) == 'e' &&
vector.at(44) == ' ' &&
vector.at(45) == 'y' &&
vector.at(46) == 'o' &&
vector.at(47) == 'u' &&
vector.at(48) == ' ' &&
vector.at(49) == 'u' &&
vector.at(50) == 'p'
);
vector.clear();
std::cout << "Passed String test." << std::endl;
// LIST ####################################################################
// Things to put in the list
NBT::Tag::Int8* pointer_1_0 = new NBT::Tag::Int8("entry_1_0", 6);
NBT::Tag::Int8* pointer_1_1 = new NBT::Tag::Int8("entry_1_1", 38);
NBT::Tag::Int8* pointer_1_2 = new NBT::Tag::Int8("entry_1_2", 125);
NBT::Tag::Int8* pointer_1_3 = new NBT::Tag::Int8("entry_1_3", -64); // 0xC0 (?)
NBT::Tag::Int8* pointer_2_0 = new NBT::Tag::Int8("entry_2_0", 56);
NBT::Tag::Int8* pointer_2_1 = new NBT::Tag::Int8("entry_2_1", 28);
NBT::Tag::Int8* pointer_2_2 = new NBT::Tag::Int8("entry_2_2", 45);
NBT::Tag::Int8* pointer_2_3 = new NBT::Tag::Int8("entry_2_3", 78);
std::vector<NBT::Tag::Generic*> listDataVector;
listDataVector.push_back(pointer_2_0);
listDataVector.push_back(pointer_2_1);
listDataVector.push_back(pointer_2_2);
listDataVector.push_back(pointer_2_3);
NBT::Tag::List list_0 = NBT::Tag::List();
ASSERT(list_0.serialize(&vector).isError);
ASSERT(list_0.serialize(&vector).errorCode == ErrorCodes::INVALID_TYPE);
vector.clear();
NBT::Tag::List list_1 = NBT::Tag::List("list_1", NBT::TagType::INT8);
ASSERT(!list_1.appendPointer(pointer_1_0).isError);
ASSERT(!list_1.appendPointer(pointer_1_1).isError);
ASSERT(!list_1.appendPointer(pointer_1_2).isError);
ASSERT(!list_1.appendPointer(pointer_1_3).isError);
NBT::Tag::Int16* pointer_invalid = new NBT::Tag::Int16("invalid", 400);
resultError = list_1.appendPointer(pointer_invalid);
ASSERT(resultError.isError && resultError.errorCode == ErrorCodes::INVALID_TYPE);
//TODO: Check that constructing with a vector of mixed tags
// results in a clearly defined failure mode (issue #60)
NBT::Tag::List list_2 = NBT::Tag::List("list_2", listDataVector);
ASSERT(list_1.length() == 4 && list_2.length() == 4);
ASSERT(!list_2.deleteElement(1).isError);
ASSERT(list_2.deleteElement(3).isError && list_2.deleteElement(3).errorCode == ErrorCodes::OUT_OF_RANGE);
ASSERT(!list_2.getElementPointer(2).isError && dynamic_cast<NBT::Tag::Int8*>(list_2.getElementPointer(2).value)->getValue() == 78);
ASSERT(!list_2.setElementPointerAt(0, new NBT::Tag::Int8("set_entry", 3)).isError);
ErrorOrVoid resultRange = list_2.setElementPointerAt(3, new NBT::Tag::Int8("overrun_entry", 2));
ASSERT(resultRange.isError);
ASSERT(resultRange.errorCode == ErrorCodes::OUT_OF_RANGE);
ErrorOrVoid resultType = list_2.setElementPointerAt(0, new NBT::Tag::Int16());
ASSERT(resultType.isError);
ASSERT(resultType.errorCode == ErrorCodes::INVALID_TYPE);
ASSERT(list_2.length() == 3);
return 0;
}
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