/*
    Ousía
    Copyright (C) 2014, 2015  Benjamin Paaßen, Andreas Stöckel

    This program is free software: you can redistribute it and/or modify
    it under the terms of the GNU General Public License as published by
    the Free Software Foundation, either version 3 of the License, or
    (at your option) any later version.

    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 General Public License for more details.

    You should have received a copy of the GNU General Public License
    along with this program.  If not, see <http://www.gnu.org/licenses/>.
*/

#include <iostream>
#include <gtest/gtest.h>

#include <core/common/VariantReader.hpp>
#include <core/frontend/TerminalLogger.hpp>

namespace ousia {

static TerminalLogger logger{std::cerr, true};
// static Logger logger;

TEST(VariantReader, readString)
{
	// Simple, double quoted string
	{
		CharReader reader("\"hello world\"");
		auto res = VariantReader::parseString(reader, logger);
		ASSERT_TRUE(res.first);
		ASSERT_EQ("hello world", res.second);
	}

	// Simple, double quoted string with whitespace
	{
		CharReader reader("    \"hello world\"   ");
		auto res = VariantReader::parseString(reader, logger);
		ASSERT_TRUE(res.first);
		ASSERT_EQ("hello world", res.second);
	}

	// Simple, single quoted string
	{
		CharReader reader("'hello world'");
		auto res = VariantReader::parseString(reader, logger);
		ASSERT_TRUE(res.first);
		ASSERT_EQ("hello world", res.second);
	}

	// Escape characters
	{
		CharReader reader("'\\'\\\"\\b\\f\\n\\r\\t\\v'");
		auto res = VariantReader::parseString(reader, logger);
		ASSERT_TRUE(res.first);
		ASSERT_EQ("'\"\b\f\n\r\t\v", res.second);
	}

	// Hex Unicode character
	{
		CharReader reader("'linebreak\\u000A in unicode'");
		auto res = VariantReader::parseString(reader, logger, {';'});
		ASSERT_TRUE(res.first);
		ASSERT_EQ("linebreak\n in unicode", res.second);
	}
}

TEST(VariantReader, readStringUnicode)
{
	// Hex Unicode character
	{
		CharReader reader("'linebreak \\u000A in unicode'");
		auto res = VariantReader::parseString(reader, logger, {';'});
		ASSERT_TRUE(res.first);
		ASSERT_EQ("linebreak \n in unicode", res.second);
	}

	// Hex Unicode character
	{
		CharReader reader("'hammer and sickle \\u262D in unicode'");
		auto res = VariantReader::parseString(reader, logger, {';'});
		ASSERT_TRUE(res.first);
		ASSERT_EQ("hammer and sickle \342\230\255 in unicode", res.second);
	}

	// Octal Latin-1 character
	{
		CharReader reader("'copyright symbol \\251 in Unicode'");
		auto res = VariantReader::parseString(reader, logger, {';'});
		ASSERT_TRUE(res.first);
		ASSERT_EQ("copyright symbol \302\251 in Unicode", res.second);
	}

	// Hexadecimal Latin-1 character
	{
		CharReader reader("'copyright symbol \\xA9 in Unicode'");
		auto res = VariantReader::parseString(reader, logger, {';'});
		ASSERT_TRUE(res.first);
		ASSERT_EQ("copyright symbol \302\251 in Unicode", res.second);
	}

	// Errornous unicode escape sequence
	{
		CharReader reader("'\\uBLUB'");
		auto res = VariantReader::parseString(reader, logger, {';'});
		ASSERT_FALSE(res.first);
	}

	// Errornous octal escape sequence
	{
		CharReader reader("'\\400'");
		auto res = VariantReader::parseString(reader, logger, {';'});
		ASSERT_FALSE(res.first);
	}

	// Errornous hexadecimal latin1 escape sequence
	{
		CharReader reader("'\\xa'");
		auto res = VariantReader::parseString(reader, logger, {';'});
		ASSERT_FALSE(res.first);
	}
}

TEST(VariantReader, parseToken)
{
	// Simple case
	{
		CharReader reader("hello world;");
		{
			auto res = VariantReader::parseToken(reader, logger, {';'});
			ASSERT_TRUE(res.first);
			ASSERT_EQ("hello", res.second);
		}

		{
			auto res = VariantReader::parseToken(reader, logger, {';'});
			ASSERT_TRUE(res.first);
			ASSERT_EQ("world", res.second);
		}
	}

	// Simple case with whitespace
	{
		CharReader reader("    hello world   ;    ");
		{
			auto res = VariantReader::parseToken(reader, logger, {';'});
			ASSERT_TRUE(res.first);
			ASSERT_EQ("hello", res.second);
		}

		{
			auto res = VariantReader::parseToken(reader, logger, {';'});
			ASSERT_TRUE(res.first);
			ASSERT_EQ("world", res.second);
		}
	}

	// Linebreaks
	{
		CharReader reader("    hello\nworld   ;    ");
		{
			auto res = VariantReader::parseToken(reader, logger, {';'});
			ASSERT_TRUE(res.first);
			ASSERT_EQ("hello", res.second);
		}

		{
			auto res = VariantReader::parseToken(reader, logger, {';'});
			ASSERT_TRUE(res.first);
			ASSERT_EQ("world", res.second);
		}
	}

	// End of stream
	{
		CharReader reader("    hello world");
		{
			auto res = VariantReader::parseToken(reader, logger, {';'});
			ASSERT_TRUE(res.first);
			ASSERT_EQ("hello", res.second);
		}

		{
			auto res = VariantReader::parseToken(reader, logger, {';'});
			ASSERT_TRUE(res.first);
			ASSERT_EQ("world", res.second);
		}
	}
}

TEST(VariantReader, parseUnescapedString)
{
	// Simple case
	{
		CharReader reader("hello world;");
		auto res = VariantReader::parseUnescapedString(reader, logger, {';'});
		ASSERT_TRUE(res.first);
		ASSERT_EQ("hello world", res.second);
	}

	// Simple case with whitespace
	{
		CharReader reader("    hello world   ;    ");
		auto res = VariantReader::parseUnescapedString(reader, logger, {';'});
		ASSERT_TRUE(res.first);
		ASSERT_EQ("hello world", res.second);
	}

	// Linebreaks
	{
		CharReader reader("    hello\nworld   ;    ");
		auto res = VariantReader::parseUnescapedString(reader, logger, {';'});
		ASSERT_TRUE(res.first);
		ASSERT_EQ("hello\nworld", res.second);
	}

	// End of stream
	{
		CharReader reader("    hello world");
		auto res = VariantReader::parseUnescapedString(reader, logger, {';'});
		ASSERT_TRUE(res.first);
		ASSERT_EQ("hello world", res.second);
	}
}

static const std::unordered_set<char> noDelim;

TEST(VariantReader, parseInteger)
{
	// Valid integers
	{
		CharReader reader("0  ");
		auto res = VariantReader::parseInteger(reader, logger, noDelim);
		ASSERT_TRUE(res.first);
		ASSERT_EQ(0, res.second);
	}

	{
		CharReader reader("42 ");
		auto res = VariantReader::parseInteger(reader, logger, noDelim);
		ASSERT_TRUE(res.first);
		ASSERT_EQ(42, res.second);
	}

	{
		CharReader reader("-42");
		auto res = VariantReader::parseInteger(reader, logger, noDelim);
		ASSERT_TRUE(res.first);
		ASSERT_EQ(-42, res.second);
	}

	{
		CharReader reader("  -0x4A2  ");
		auto res = VariantReader::parseInteger(reader, logger, noDelim);
		ASSERT_TRUE(res.first);
		ASSERT_EQ(-0x4A2, res.second);
	}

	{
		CharReader reader(" 0Xaffe");
		auto res = VariantReader::parseInteger(reader, logger, noDelim);
		ASSERT_TRUE(res.first);
		ASSERT_EQ(0xAFFE, res.second);
	}

	{
		CharReader reader("0x7FFFFFFFFFFFFFFF");
		auto res = VariantReader::parseInteger(reader, logger, noDelim);
		ASSERT_TRUE(res.first);
		ASSERT_EQ(0x7FFFFFFFFFFFFFFFL, res.second);
	}

	{
		CharReader reader("-0x7FFFFFFFFFFFFFFF");
		auto res = VariantReader::parseInteger(reader, logger, noDelim);
		ASSERT_TRUE(res.first);
		ASSERT_EQ(-0x7FFFFFFFFFFFFFFFL, res.second);
	}

	// Invalid integers
	{
		CharReader reader("-");
		auto res = VariantReader::parseInteger(reader, logger, noDelim);
		ASSERT_FALSE(res.first);
	}

	{
		CharReader reader("0a");
		auto res = VariantReader::parseInteger(reader, logger, noDelim);
		ASSERT_FALSE(res.first);
	}

	{
		CharReader reader("-0xag");
		auto res = VariantReader::parseInteger(reader, logger, noDelim);
		ASSERT_FALSE(res.first);
	}

	{
		CharReader reader("0x8000000000000000");
		auto res = VariantReader::parseInteger(reader, logger, noDelim);
		ASSERT_FALSE(res.first);
	}
}

TEST(VariantReader, parseDouble)
{
	// Valid doubles
	{
		CharReader reader("1.25");
		auto res = VariantReader::parseDouble(reader, logger, noDelim);
		ASSERT_TRUE(res.first);
		ASSERT_EQ(1.25, res.second);
	}

	{
		CharReader reader(".25");
		auto res = VariantReader::parseDouble(reader, logger, noDelim);
		ASSERT_TRUE(res.first);
		ASSERT_EQ(.25, res.second);
	}

	{
		CharReader reader(".25e1");
		auto res = VariantReader::parseDouble(reader, logger, noDelim);
		ASSERT_TRUE(res.first);
		ASSERT_EQ(2.5, res.second);
	}

	{
		CharReader reader("-2.5e-1");
		auto res = VariantReader::parseDouble(reader, logger, noDelim);
		ASSERT_TRUE(res.first);
		ASSERT_EQ(-0.25, res.second);
	}

	{
		CharReader reader("-50e-2");
		auto res = VariantReader::parseDouble(reader, logger, noDelim);
		ASSERT_TRUE(res.first);
		ASSERT_EQ(-0.5, res.second);
	}

	{
		CharReader reader("-1.");
		auto res = VariantReader::parseDouble(reader, logger, noDelim);
		ASSERT_TRUE(res.first);
		ASSERT_EQ(-1., res.second);
	}

	{
		CharReader reader("-50.e-2");
		auto res = VariantReader::parseDouble(reader, logger, {'.'});
		ASSERT_TRUE(res.first);
		ASSERT_EQ(-50, res.second);
	}

	// Invalid doubles
	{
		CharReader reader(".e1");
		auto res = VariantReader::parseDouble(reader, logger, noDelim);
		ASSERT_FALSE(res.first);
	}

	{
		CharReader reader("0e100000");
		auto res = VariantReader::parseDouble(reader, logger, noDelim);
		ASSERT_FALSE(res.first);
	}
}

TEST(VariantReader, parseArray)
{
	// Simple case (only primitive data types)
	{
		CharReader reader(
		    "[\"Hello, World\", unescaped\n string ,\n"
		    "1234, 0.56, true, false, null]");
		auto res = VariantReader::parseArray(reader, logger);
		ASSERT_TRUE(res.first);

		// Make sure array has the correct size
		ASSERT_EQ(7U, res.second.size());

		// Check the types
		ASSERT_TRUE(res.second[0].isString());
		ASSERT_TRUE(res.second[1].isString());
		ASSERT_TRUE(res.second[2].isInt());
		ASSERT_TRUE(res.second[3].isDouble());
		ASSERT_TRUE(res.second[4].isBool());
		ASSERT_TRUE(res.second[5].isBool());
		ASSERT_TRUE(res.second[6].isNull());

		// Check the values
		ASSERT_EQ("Hello, World", res.second[0].asString());
		ASSERT_EQ("unescaped\n string", res.second[1].asString());
		ASSERT_EQ(1234, res.second[2].asInt());
		ASSERT_EQ(0.56, res.second[3].asDouble());
		ASSERT_TRUE(res.second[4].asBool());
		ASSERT_FALSE(res.second[5].asBool());
	}

	// Ending with comma
	{
		CharReader reader("[  'test' ,]");
		auto res = VariantReader::parseArray(reader, logger);
		ASSERT_TRUE(res.first);

		// Make sure the array has the correct size
		ASSERT_EQ(1U, res.second.size());

		// Check the types
		ASSERT_TRUE(res.second[0].isString());

		// Check the values
		ASSERT_EQ("test", res.second[0].asString());
	}

	// Recovery from invalid values
	{
		CharReader reader("[ 0invalidNumber, str, 1invalid]");
		auto res = VariantReader::parseArray(reader, logger);
		ASSERT_TRUE(res.first);

		// Make sure the array has the correct size
		ASSERT_EQ(3U, res.second.size());

		// Check the types (all must be strings since the numbers are invalid)
		ASSERT_TRUE(res.second[0].isString());
		ASSERT_TRUE(res.second[1].isString());
		ASSERT_TRUE(res.second[2].isString());

		// Check the values
		ASSERT_EQ("0invalidNumber", res.second[0].asString());
		ASSERT_EQ("str", res.second[1].asString());
		ASSERT_EQ("1invalid", res.second[2].asString());
	}
}

TEST(VariantReader, parseObject)
{
	// Array as object
	{
		CharReader reader(
		    "[\"Hello, World\", unescaped\n string ,\n"
		    "1234, 0.56, true, false, null]");
		auto res = VariantReader::parseObject(reader, logger);
		ASSERT_TRUE(res.first);

		// Make sure the object has the correct size
		ASSERT_EQ(7U, res.second.size());

		// Check the types
		ASSERT_TRUE(res.second["#0"].isString());
		ASSERT_TRUE(res.second["#1"].isString());
		ASSERT_TRUE(res.second["#2"].isInt());
		ASSERT_TRUE(res.second["#3"].isDouble());
		ASSERT_TRUE(res.second["#4"].isBool());
		ASSERT_TRUE(res.second["#5"].isBool());
		ASSERT_TRUE(res.second["#6"].isNull());

		// Check the values
		ASSERT_EQ("Hello, World", res.second["#0"].asString());
		ASSERT_EQ("unescaped\n string", res.second["#1"].asString());
		ASSERT_EQ(1234, res.second["#2"].asInt());
		ASSERT_EQ(0.56, res.second["#3"].asDouble());
		ASSERT_TRUE(res.second["#4"].asBool());
		ASSERT_FALSE(res.second["#5"].asBool());
	}

	// Simple object
	{
		CharReader reader("[key1=foo, key2=bar]");
		auto res = VariantReader::parseObject(reader, logger);
		ASSERT_TRUE(res.first);

		// Make sure the object has the correct size
		ASSERT_EQ(2U, res.second.size());

		// Check the types
		ASSERT_TRUE(res.second["key1"].isString());
		ASSERT_TRUE(res.second["key2"].isString());

		// Check the values
		ASSERT_EQ("foo", res.second["key1"].asString());
		ASSERT_EQ("bar", res.second["key2"].asString());
	}

	// Simple array/object interleaved
	{
		CharReader reader("[foo1, key1=foo, foo2, key2=bar, foo3]");
		auto res = VariantReader::parseObject(reader, logger);
		ASSERT_TRUE(res.first);

		// Make sure the object has the correct size
		ASSERT_EQ(5U, res.second.size());

		// Check the types
		ASSERT_TRUE(res.second["key1"].isString());
		ASSERT_TRUE(res.second["key2"].isString());
		ASSERT_TRUE(res.second["#0"].isString());
		ASSERT_TRUE(res.second["#2"].isString());
		ASSERT_TRUE(res.second["#4"].isString());

		// Check the values
		ASSERT_EQ("foo", res.second["key1"].asString());
		ASSERT_EQ("bar", res.second["key2"].asString());
		ASSERT_EQ("foo1", res.second["#0"].asString());
		ASSERT_EQ("foo2", res.second["#2"].asString());
		ASSERT_EQ("foo3", res.second["#4"].asString());
	}

	// More complex array/object
	{
		CharReader reader("[key1=true, foo, key2=3.5]");
		auto res = VariantReader::parseObject(reader, logger);
		ASSERT_TRUE(res.first);

		// Make sure the object has the correct size
		ASSERT_EQ(3U, res.second.size());

		// Check the types
		ASSERT_TRUE(res.second["key1"].isBool());
		ASSERT_TRUE(res.second["key2"].isDouble());
		ASSERT_TRUE(res.second["#1"].isString());

		// Check the values
		ASSERT_TRUE(res.second["key1"].asBool());
		ASSERT_EQ(3.5, res.second["key2"].asDouble());
		ASSERT_EQ("foo", res.second["#1"].asString());
	}

	// Even More complex array/object
	{
		CharReader reader(
		    "[\"key1\" = [4, 5, true, e=[1, 2, 3]], \"key2\"=[]]");
		auto res = VariantReader::parseObject(reader, logger);
		ASSERT_TRUE(res.first);

		// Make sure the object has the correct size
		ASSERT_EQ(2U, res.second.size());

		// Check the types
		ASSERT_TRUE(res.second["key1"].isMap());
		ASSERT_TRUE(res.second["key2"].isArray());

		// Check the values
		auto m = res.second["key1"].asMap();
		ASSERT_EQ(4U, m.size());
		ASSERT_TRUE(m["#0"].isInt());
		ASSERT_TRUE(m["#1"].isInt());
		ASSERT_TRUE(m["#2"].isBool());
		ASSERT_TRUE(m["e"].isArray());
		ASSERT_EQ(4, m["#0"].asInt());
		ASSERT_EQ(5, m["#1"].asInt());
		ASSERT_TRUE(m["#2"].asBool());
		ASSERT_EQ(3U, m["e"].asArray().size());
		ASSERT_EQ(1, m["e"].asArray()[0].asInt());
		ASSERT_EQ(2, m["e"].asArray()[1].asInt());
		ASSERT_EQ(3, m["e"].asArray()[2].asInt());

		auto a = res.second["key2"].asArray();
		ASSERT_EQ(0U, a.size());
	}

	// Invalid array/object
	{
		CharReader reader("[invalid key = bla]");
		auto res = VariantReader::parseObject(reader, logger);
		ASSERT_FALSE(res.first);
	}
}

TEST(VariantReader, parseCardinality)
{
	Logger logger;
	// Primitive cardinality.
	{
		CharReader reader("  {  5  }   ");
		auto res = VariantReader::parseCardinality(reader, logger);
		ASSERT_TRUE(res.first);

		Variant::cardinalityType card{};
		card.merge({5});
		ASSERT_EQ(card, res.second);
	}
	// Range cardinality
	{
		CharReader reader("  {  5-10  }   ");
		auto res = VariantReader::parseCardinality(reader, logger);
		ASSERT_TRUE(res.first);

		Variant::cardinalityType card{};
		card.merge({5, 10});
		ASSERT_EQ(card, res.second);
	}
	// Larger than
	{
		CharReader reader("  {  >9  }   ");
		auto res = VariantReader::parseCardinality(reader, logger);
		ASSERT_TRUE(res.first);

		Variant::cardinalityType card{};
		card.merge(Variant::rangeType::typeRangeFrom(10));
		ASSERT_EQ(card, res.second);
	}
	// Smaller than
	{
		CharReader reader("  {  <9  }   ");
		auto res = VariantReader::parseCardinality(reader, logger);
		ASSERT_TRUE(res.first);

		Variant::cardinalityType card{};
		card.merge(Variant::rangeType::typeRangeUntil(8));
		ASSERT_EQ(card, res.second);
	}
	// Kleene-Star
	{
		CharReader reader("  {  *  }   ");
		auto res = VariantReader::parseCardinality(reader, logger);
		ASSERT_TRUE(res.first);

		Variant::cardinalityType card{};
		card.merge(Variant::rangeType::typeRange());
		ASSERT_EQ(card, res.second);
	}
	// More complex parse
	{
		CharReader reader("  {  1  , 4-  6 ,>8  }  some other text");
		auto res = VariantReader::parseCardinality(reader, logger);
		ASSERT_TRUE(res.first);

		Variant::cardinalityType card{};
		card.merge({1});
		card.merge({4, 6});
		card.merge(Variant::rangeType::typeRangeFrom(9));
		ASSERT_EQ(card, res.second);
	}
	// More complex parses that are equivalent.
	{
		Variant::cardinalityType card{};
		card.merge(Variant::rangeType::typeRange());
		{
			CharReader reader("  {  * }   ");
			auto res = VariantReader::parseCardinality(reader, logger);
			ASSERT_TRUE(res.first);
			ASSERT_EQ(card, res.second);
		}
		{
			CharReader reader = CharReader("  {  1-4, 8, 9-12, 10, * }   ");
			auto res = VariantReader::parseCardinality(reader, logger);
			ASSERT_TRUE(res.first);
			ASSERT_EQ(card, res.second);
		}
		{
			CharReader reader = CharReader("  {  0, >0 }   ");
			auto res = VariantReader::parseCardinality(reader, logger);
			ASSERT_TRUE(res.first);
			ASSERT_EQ(card, res.second);
		}
		{
			CharReader reader = CharReader("  {  <10, 10, >10 }   ");
			auto res = VariantReader::parseCardinality(reader, logger);
			ASSERT_TRUE(res.first);
			ASSERT_EQ(card, res.second);
		}
		{
			CharReader reader = CharReader("  {  0,1-2, 3-4,   >4 }   ");
			auto res = VariantReader::parseCardinality(reader, logger);
			ASSERT_TRUE(res.first);
			ASSERT_EQ(card, res.second);
		}
	}
	// Invalid cardinalities.
	{
		CharReader reader("    5  }   ");
		ASSERT_FALSE(VariantReader::parseCardinality(reader, logger).first);
	}
	{
		CharReader reader("   { 5  ,    }   ");
		ASSERT_FALSE(VariantReader::parseCardinality(reader, logger).first);
	}
	{
		CharReader reader("   { 5-    }   ");
		ASSERT_FALSE(VariantReader::parseCardinality(reader, logger).first);
	}
	{
		CharReader reader("   { -3    }   ");
		ASSERT_FALSE(VariantReader::parseCardinality(reader, logger).first);
	}
	{
		CharReader reader("   { 5-3    }   ");
		ASSERT_FALSE(VariantReader::parseCardinality(reader, logger).first);
	}
	{
		CharReader reader("   { 3-3    }   ");
		ASSERT_FALSE(VariantReader::parseCardinality(reader, logger).first);
	}
	{
		CharReader reader("   { >    }   ");
		ASSERT_FALSE(VariantReader::parseCardinality(reader, logger).first);
	}
	{
		CharReader reader("   { <    }   ");
		ASSERT_FALSE(VariantReader::parseCardinality(reader, logger).first);
	}
	{
		CharReader reader("   { ,    }   ");
		ASSERT_FALSE(VariantReader::parseCardinality(reader, logger).first);
	}
	{
		CharReader reader("   { 4       ");
		ASSERT_FALSE(VariantReader::parseCardinality(reader, logger).first);
	}
	{
		CharReader reader("   { m  }     ");
		ASSERT_FALSE(VariantReader::parseCardinality(reader, logger).first);
	}
}

TEST(VariantReader, parseGenericToken)
{
	// Simple case, unescaped string
	{
		CharReader reader("hello world");
		auto res =
		    VariantReader::parseGenericToken(reader, logger, {';'}, true);
		ASSERT_TRUE(res.first);
		ASSERT_TRUE(res.second.isString());
		ASSERT_FALSE(res.second.isMagic());
		ASSERT_EQ("hello world", res.second.asString());
	}

	// Simple case, double quoted string
	{
		CharReader reader(" \"hello world\"    ");
		auto res =
		    VariantReader::parseGenericToken(reader, logger, {';'}, true);
		ASSERT_TRUE(res.first);
		ASSERT_TRUE(res.second.isString());
		ASSERT_FALSE(res.second.isMagic());
		ASSERT_EQ("hello world", res.second.asString());
	}

	// Simple case, single quoted string
	{
		CharReader reader(" 'hello world'    ");
		auto res =
		    VariantReader::parseGenericToken(reader, logger, {';'}, true);
		ASSERT_TRUE(res.first);
		ASSERT_TRUE(res.second.isString());
		ASSERT_FALSE(res.second.isMagic());
		ASSERT_EQ("hello world", res.second.asString());
	}

	// String with whitespaces at the beginning.
	{
		CharReader reader("   \' test\'");
		auto res =
		    VariantReader::parseGenericToken(reader, logger, {';'}, true);
		ASSERT_EQ(" test", res.second);
	}

	// Integer
	{
		CharReader reader("1234");
		auto res =
		    VariantReader::parseGenericToken(reader, logger, {';'}, true);
		ASSERT_TRUE(res.first);
		ASSERT_TRUE(res.second.isInt());
		ASSERT_EQ(1234, res.second.asInt());
	}

	// Double
	{
		CharReader reader("1234.5");
		auto res =
		    VariantReader::parseGenericToken(reader, logger, {';'}, true);
		ASSERT_TRUE(res.first);
		ASSERT_TRUE(res.second.isDouble());
		ASSERT_EQ(1234.5, res.second.asDouble());
	}

	// Boolean (true)
	{
		CharReader reader("true");
		auto res =
		    VariantReader::parseGenericToken(reader, logger, {';'}, true);
		ASSERT_TRUE(res.first);
		ASSERT_TRUE(res.second.isBool());
		ASSERT_TRUE(res.second.asBool());
	}

	// Boolean (false)
	{
		CharReader reader("false");
		auto res =
		    VariantReader::parseGenericToken(reader, logger, {';'}, true);
		ASSERT_TRUE(res.first);
		ASSERT_TRUE(res.second.isBool());
		ASSERT_FALSE(res.second.asBool());
	}

	// Nullptr
	{
		CharReader reader("null");
		auto res =
		    VariantReader::parseGenericToken(reader, logger, {';'}, true);
		ASSERT_TRUE(res.first);
		ASSERT_TRUE(res.second.isNull());
	}

	// Simple case, unescaped string
	{
		CharReader reader("hello world");

		{
			auto res =
			    VariantReader::parseGenericToken(reader, logger, {';'}, false);
			ASSERT_TRUE(res.first);
			ASSERT_TRUE(res.second.isString());
			ASSERT_TRUE(res.second.isMagic());
			ASSERT_EQ("hello", res.second.asString());
		}

		{
			auto res =
			    VariantReader::parseGenericToken(reader, logger, {';'}, false);
			ASSERT_TRUE(res.first);
			ASSERT_TRUE(res.second.isString());
			ASSERT_TRUE(res.second.isMagic());
			ASSERT_EQ("world", res.second.asString());
		}
	}

	// Simple case, double quoted string
	{
		CharReader reader(" \"hello world\"    ");
		auto res =
		    VariantReader::parseGenericToken(reader, logger, {';'}, false);
		ASSERT_TRUE(res.first);
		ASSERT_TRUE(res.second.isString());
		ASSERT_FALSE(res.second.isMagic());
		ASSERT_EQ("hello world", res.second.asString());
	}

	// Simple case, single quoted string
	{
		CharReader reader(" 'hello world'    ");
		auto res =
		    VariantReader::parseGenericToken(reader, logger, {';'}, false);
		ASSERT_TRUE(res.first);
		ASSERT_TRUE(res.second.isString());
		ASSERT_FALSE(res.second.isMagic());
		ASSERT_EQ("hello world", res.second.asString());
	}
}

TEST(VariantReader, parseGeneric)
{
	// Simple case, unescaped string
	{
		CharReader reader("hello");
		auto res = VariantReader::parseGeneric(reader, logger, {';'});
		ASSERT_TRUE(res.first);
		ASSERT_TRUE(res.second.isMagic());
		ASSERT_EQ("hello", res.second.asMagic());
	}

	// Simple case, unescaped string with multiple array entries
	{
		CharReader reader("hello world");
		auto res = VariantReader::parseGeneric(reader, logger, {';'});
		ASSERT_TRUE(res.first);
		ASSERT_TRUE(res.second.isArray());

		auto arr = res.second.asArray();
		ASSERT_EQ(2U, arr.size());
		ASSERT_TRUE(arr[0].isMagic());
		ASSERT_TRUE(arr[1].isMagic());
		ASSERT_EQ("hello", arr[0].asMagic());
		ASSERT_EQ("world", arr[1].asMagic());
	}

	// Delimiter test
	{
		CharReader reader("hello; world");
		auto res = VariantReader::parseGeneric(reader, logger, {';'});
		ASSERT_TRUE(res.first);
		ASSERT_TRUE(res.second.isMagic());
		ASSERT_EQ("hello", res.second.asMagic());

		char c;
		ASSERT_TRUE(reader.peek(c));
		ASSERT_EQ(';', c);
	}

	// More complex CSS-like case
	{
		CharReader reader("1px solid blue");
		auto res = VariantReader::parseGeneric(reader, logger, {';'});
		ASSERT_TRUE(res.first);
		ASSERT_TRUE(res.second.isArray());

		auto arr = res.second.asArray();
		ASSERT_EQ(3U, arr.size());
		ASSERT_TRUE(arr[0].isString());
		ASSERT_TRUE(arr[1].isMagic());
		ASSERT_TRUE(arr[2].isMagic());
		ASSERT_EQ("1px", arr[0].asString());
		ASSERT_EQ("solid", arr[1].asMagic());
		ASSERT_EQ("blue", arr[2].asMagic());
	}
}

TEST(VariantReader, parseGenericString)
{
	// Simple case, unescaped string
	{
		auto res = VariantReader::parseGenericString("foo", logger);
		ASSERT_TRUE(res.first);
		ASSERT_TRUE(res.second.isMagic());
		ASSERT_EQ("foo", res.second.asMagic());
	}

	// Simple case, unescaped string with space
	{
		auto res = VariantReader::parseGenericString("foo bar", logger);
		ASSERT_TRUE(res.first);
		ASSERT_FALSE(res.second.isMagic());
		ASSERT_TRUE(res.second.isString());
		ASSERT_EQ("foo bar", res.second.asString());
	}

	// Parse double
	{
		auto res = VariantReader::parseGenericString("12.3", logger);
		ASSERT_TRUE(res.first);
		ASSERT_TRUE(res.second.isDouble());
		ASSERT_EQ(12.3, res.second.asDouble());
	}

	// Parse string
	{
		auto res = VariantReader::parseGenericString("6 times 7 is 42", logger);
		ASSERT_TRUE(res.first);
		ASSERT_TRUE(res.second.isString());
		ASSERT_EQ("6 times 7 is 42", res.second.asString());
	}
}

TEST(VariantReader, parseGenericComplex)
{
	CharReader reader("10 true [1, 2] [] [foo=bar,h]; []");
	auto res = VariantReader::parseGeneric(reader, logger, {';'});
	ASSERT_TRUE(res.first);
	ASSERT_TRUE(res.second.isArray());

	auto arr = res.second.asArray();
	ASSERT_EQ(5U, arr.size());
	ASSERT_TRUE(arr[0].isInt());
	ASSERT_TRUE(arr[1].isBool());
	ASSERT_TRUE(arr[2].isArray());
	ASSERT_TRUE(arr[3].isArray());
	ASSERT_TRUE(arr[4].isMap());

	ASSERT_EQ(10, arr[0].asInt());
	ASSERT_TRUE(arr[1].asBool());

	ASSERT_EQ(2U, arr[2].asArray().size());
	ASSERT_EQ(1, arr[2].asArray()[0].asInt());
	ASSERT_EQ(2, arr[2].asArray()[1].asInt());

	ASSERT_EQ(0U, arr[3].asArray().size());

	ASSERT_EQ(2U, arr[4].asMap().size());
	ASSERT_TRUE(arr[4].asMap().count("foo"));
	ASSERT_TRUE(arr[4].asMap().count("#1"));
	ASSERT_TRUE(arr[4].asMap().find("foo")->second.isMagic());
	ASSERT_EQ("bar", arr[4].asMap().find("foo")->second.asMagic());

	char c;
	ASSERT_TRUE(reader.peek(c));
	ASSERT_EQ(';', c);
}
}