/
FieldConvertorsTestCase.cpp
714 lines (644 loc) · 32.3 KB
/
FieldConvertorsTestCase.cpp
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/****************************************************************************
** Copyright (c) 2001-2014
**
** This file is part of the QuickFIX FIX Engine
**
** This file may be distributed under the terms of the quickfixengine.org
** license as defined by quickfixengine.org and appearing in the file
** LICENSE included in the packaging of this file.
**
** This file is provided AS IS with NO WARRANTY OF ANY KIND, INCLUDING THE
** WARRANTY OF DESIGN, MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.
**
** See http://www.quickfixengine.org/LICENSE for licensing information.
**
** Contact ask@quickfixengine.org if any conditions of this licensing are
** not clear to you.
**
****************************************************************************/
#ifdef _MSC_VER
#pragma warning( disable : 4503 4355 4786 )
#include "stdafx.h"
#else
#include "config.h"
#endif
#include <Field.h>
#include "catch_amalgamated.hpp"
using namespace FIX;
namespace
{
const int MAX_INT = 2147483647;
const int MIN_INT = -2147483647 - 1;
typedef IntTConvertor<int8_t> Int8Convertor;
typedef IntTConvertor<int16_t> Int16Convertor;
typedef IntTConvertor<int32_t> Int32Convertor;
typedef IntTConvertor<int64_t> Int64Convertor;
typedef IntTConvertor<uint8_t> UInt8Convertor;
typedef IntTConvertor<uint16_t> UInt16Convertor;
typedef IntTConvertor<uint32_t> UInt32Convertor;
typedef IntTConvertor<uint64_t> UInt64Convertor;
}
TEST_CASE("FieldConvertorsTests")
{
SECTION("int8_integerConvertTo")
{
CHECK( "0" == Int8Convertor::convert( 0 ) );
CHECK( "1" == Int8Convertor::convert( 1 ) );
CHECK( "12" == Int8Convertor::convert( 12 ) );
CHECK( "100" == Int8Convertor::convert( 100 ) );
CHECK( "126" == Int8Convertor::convert( 126 ) );
CHECK( "127" == Int8Convertor::convert( (std::numeric_limits<int8_t>::max)() ) );
CHECK_THROWS_AS( Int8Convertor::convert( "128" ), FieldConvertError );
CHECK( "-1" == Int8Convertor::convert( -1 ) );
CHECK( "-12" == Int8Convertor::convert( -12 ) );
CHECK( "-100" == Int8Convertor::convert( -100 ) );
CHECK( "-127" == Int8Convertor::convert( -127 ) );
CHECK( "-128" == Int8Convertor::convert( (std::numeric_limits<int8_t>::min)() ) );
CHECK_THROWS_AS( Int8Convertor::convert( "-129" ), FieldConvertError );
CHECK_THROWS_AS( Int8Convertor::convert( "-" ), FieldConvertError );
}
SECTION("int8_integerConvertFrom")
{
CHECK( 0 == Int8Convertor::convert( "0" ) );
CHECK( 1 == Int8Convertor::convert( "1" ) );
CHECK( 12 == Int8Convertor::convert( "12" ) );
CHECK( 13 == Int8Convertor::convert( "13" ) );
CHECK( 100 == Int8Convertor::convert( "100" ) );
CHECK( (std::numeric_limits<int8_t>::max)() == Int8Convertor::convert( "127" ) );
CHECK_THROWS_AS( Int8Convertor::convert( "128" ), FieldConvertError ); // overflow
CHECK_THROWS_AS( Int8Convertor::convert( "130" ), FieldConvertError ); // overflow
CHECK_THROWS_AS( Int8Convertor::convert( "999" ), FieldConvertError ); // overflow
CHECK( -1 == Int8Convertor::convert( "-1" ) );
CHECK( -12 == Int8Convertor::convert( "-12" ) );
CHECK( -13 == Int8Convertor::convert( "-13" ) );
CHECK( -100 == Int8Convertor::convert( "-100" ) );
CHECK( -127 == Int8Convertor::convert( "-127" ) );
CHECK( (std::numeric_limits<int8_t>::min)() == Int8Convertor::convert( "-128" ) );
CHECK_THROWS_AS( Int8Convertor::convert( "-129" ), FieldConvertError ); // overflow
CHECK_THROWS_AS( Int8Convertor::convert( "-130" ), FieldConvertError ); // overflow
CHECK_THROWS_AS( Int8Convertor::convert( "-999" ), FieldConvertError ); // overflow
CHECK_THROWS_AS( Int8Convertor::convert( "" ), FieldConvertError );
CHECK_THROWS_AS( Int8Convertor::convert( "abc" ), FieldConvertError );
CHECK_THROWS_AS( Int8Convertor::convert( "123.4" ), FieldConvertError );
CHECK_THROWS_AS( Int8Convertor::convert( "+200" ), FieldConvertError );
}
SECTION("int16_integerConvertTo")
{
CHECK( "0" == Int16Convertor::convert( 0 ) );
CHECK( "1" == Int16Convertor::convert( 1 ) );
CHECK( "12" == Int16Convertor::convert( 12 ) );
CHECK( "100" == Int16Convertor::convert( 100 ) );
CHECK( "127" == Int16Convertor::convert( (std::numeric_limits<int8_t>::max)() ) );
CHECK( "128" == Int16Convertor::convert( 128 ) );
CHECK( "1234" == Int16Convertor::convert( 1234 ) );
CHECK( "12345" == Int16Convertor::convert( 12345 ) );
CHECK( "32767" == Int16Convertor::convert( (std::numeric_limits<int16_t>::max)() ) );
CHECK_THROWS_AS( Int16Convertor::convert( "32768" ), FieldConvertError );
CHECK( "-1" == Int16Convertor::convert( -1 ) );
CHECK( "-12" == Int16Convertor::convert( -12 ) );
CHECK( "-100" == Int16Convertor::convert( -100 ) );
CHECK( "-128" == Int16Convertor::convert( (std::numeric_limits<int8_t>::min)() ) );
CHECK( "-129" == Int16Convertor::convert( -129 ) );
CHECK( "-1234" == Int16Convertor::convert( -1234 ) );
CHECK( "-12345" == Int16Convertor::convert( -12345 ) );
CHECK( "-32767" == Int16Convertor::convert( -32767 ) );
CHECK( "-32768" == Int16Convertor::convert( (std::numeric_limits<int16_t>::min)() ) );
CHECK_THROWS_AS( Int16Convertor::convert( "-32769" ), FieldConvertError );
CHECK_THROWS_AS( Int16Convertor::convert( "-" ), FieldConvertError );
}
SECTION("int16_integerConvertFrom")
{
CHECK( 0 == Int16Convertor::convert( "0" ) );
CHECK( 1 == Int16Convertor::convert( "1" ) );
CHECK( 12 == Int16Convertor::convert( "12" ) );
CHECK( 100 == Int16Convertor::convert( "100" ) );
CHECK( (std::numeric_limits<int8_t>::max)() == Int16Convertor::convert( "127" ) );
CHECK( 128 == Int16Convertor::convert( "128" ) );
CHECK( 130 == Int16Convertor::convert( "130" ) );
CHECK( 999 == Int16Convertor::convert( "999" ) );
CHECK( 1234 == Int16Convertor::convert( "1234" ) );
CHECK( 3277 == Int16Convertor::convert( "3277" ) );
CHECK( (std::numeric_limits<int16_t>::max)() == Int16Convertor::convert( "32767" ) );
CHECK_THROWS_AS( Int16Convertor::convert( "32768" ), FieldConvertError ); // overflow
CHECK_THROWS_AS( Int16Convertor::convert( "32770" ), FieldConvertError ); // overflow
CHECK_THROWS_AS( Int16Convertor::convert( "99999" ), FieldConvertError ); // overflow
CHECK( -1 == Int16Convertor::convert( "-1" ) );
CHECK( -12 == Int16Convertor::convert( "-12" ) );
CHECK( -100 == Int16Convertor::convert( "-100" ) );
CHECK( -127 == Int16Convertor::convert( "-127" ) );
CHECK( (std::numeric_limits<int8_t>::min)() == Int16Convertor::convert( "-128" ) );
CHECK( -129 == Int16Convertor::convert( "-129" ) );
CHECK( -130 == Int16Convertor::convert( "-130" ) );
CHECK( -999 == Int16Convertor::convert( "-999" ) );
CHECK( -1234 == Int16Convertor::convert( "-1234" ) );
CHECK( -32767 == Int16Convertor::convert( "-32767" ) );
CHECK( (std::numeric_limits<int16_t>::min)() == Int16Convertor::convert( "-32768" ) );
CHECK_THROWS_AS( Int16Convertor::convert( "-32769" ), FieldConvertError ); // overflow
CHECK_THROWS_AS( Int16Convertor::convert( "-32770" ), FieldConvertError ); // overflow
CHECK_THROWS_AS( Int16Convertor::convert( "-99999" ), FieldConvertError ); // overflow
CHECK_THROWS_AS( Int16Convertor::convert( "" ), FieldConvertError );
CHECK_THROWS_AS( Int16Convertor::convert( "abc" ), FieldConvertError );
CHECK_THROWS_AS( Int16Convertor::convert( "123.4" ), FieldConvertError );
CHECK_THROWS_AS( Int16Convertor::convert( "+200" ), FieldConvertError );
}
SECTION("uint32_integerConvertTo")
{
CHECK( "0" == UInt32Convertor::convert( 0 ) );
CHECK( "1" == UInt32Convertor::convert( 1 ) );
CHECK( "12" == UInt32Convertor::convert( 12 ) );
CHECK( "100" == UInt32Convertor::convert( 100 ) );
CHECK( "127" == UInt32Convertor::convert( (std::numeric_limits<int8_t>::max)() ) );
CHECK( "128" == UInt32Convertor::convert( 128 ) );
CHECK( "1234" == UInt32Convertor::convert( 1234 ) );
CHECK( "12345" == UInt32Convertor::convert( 12345 ) );
CHECK( "32767" == UInt32Convertor::convert( (std::numeric_limits<int16_t>::max)() ) );
CHECK( "32768" == UInt32Convertor::convert( 32768 ) );
CHECK( "123456" == UInt32Convertor::convert( 123456 ) );
CHECK( "1234567" == UInt32Convertor::convert( 1234567 ) );
CHECK( "12345678" == UInt32Convertor::convert( 12345678 ) );
CHECK( "123456789" == UInt32Convertor::convert( 123456789 ) );
CHECK( "2147483647" == UInt32Convertor::convert( MAX_INT ) );
CHECK( "2147483648" == UInt32Convertor::convert( 2147483648UL ) );
CHECK( "4294967295" == UInt32Convertor::convert( 4294967295UL ) );
CHECK_THROWS_AS( UInt32Convertor::convert( "4294967296" ), FieldConvertError );
CHECK_THROWS_AS( UInt32Convertor::convert( "-" ), FieldConvertError );
CHECK_THROWS_AS( UInt32Convertor::convert( "-1" ), FieldConvertError );
}
SECTION("uint32_integerConvertFrom")
{
CHECK( 0 == UInt32Convertor::convert( "0" ) );
CHECK( 1 == UInt32Convertor::convert( "1" ) );
CHECK( 12 == UInt32Convertor::convert( "12" ) );
CHECK( 100 == UInt32Convertor::convert( "100" ) );
CHECK( (std::numeric_limits<int8_t>::max)() == UInt32Convertor::convert( "127" ) );
CHECK( 128 == UInt32Convertor::convert( "128" ) );
CHECK( 254 == UInt32Convertor::convert( "254" ) );
CHECK( (std::numeric_limits<uint8_t>::max)() == UInt32Convertor::convert( "255" ) );
CHECK( 256 == UInt32Convertor::convert( "256" ) );
CHECK( 258 == UInt32Convertor::convert( "258" ) );
CHECK( 999 == UInt32Convertor::convert( "999" ) );
CHECK( 1234 == UInt32Convertor::convert( "1234" ) );
CHECK( 3277 == UInt32Convertor::convert( "3277" ) );
CHECK( (std::numeric_limits<int16_t>::max)() == UInt32Convertor::convert( "32767" ) );
CHECK( 32768 == UInt32Convertor::convert( "32768" ) );
CHECK( 32770 == UInt32Convertor::convert( "32770" ) );
CHECK( 6556 == UInt32Convertor::convert( "6556" ) );
CHECK( (std::numeric_limits<uint16_t>::max)() == UInt32Convertor::convert( "65535" ) );
CHECK( 65536 == UInt32Convertor::convert( "65536" ) ); // overflow
CHECK( 65538 == UInt32Convertor::convert( "65538" ) ); // overflow
CHECK( 99999 == UInt32Convertor::convert( "99999" ) );
CHECK( 214748365 == UInt32Convertor::convert( "214748365" ) );
CHECK( MAX_INT == UInt32Convertor::convert( "2147483647" ) );
CHECK( 2147483648UL == UInt32Convertor::convert( "2147483648" ) );
CHECK( 2147483650UL == UInt32Convertor::convert( "2147483650" ) );
CHECK( 429496730UL == UInt32Convertor::convert( "429496730" ) );
CHECK( (std::numeric_limits<uint32_t>::max)() == UInt32Convertor::convert( "4294967295" ) );
CHECK_THROWS_AS( UInt32Convertor::convert( "4294967296" ), FieldConvertError ); // overflow
CHECK_THROWS_AS( UInt32Convertor::convert( "4294967297" ), FieldConvertError ); // overflow
CHECK_THROWS_AS( UInt32Convertor::convert( "9999999999" ), FieldConvertError ); // overflow
CHECK_THROWS_AS( UInt32Convertor::convert( "" ), FieldConvertError );
CHECK_THROWS_AS( UInt32Convertor::convert( "abc" ), FieldConvertError );
CHECK_THROWS_AS( UInt32Convertor::convert( "123.4" ), FieldConvertError );
CHECK_THROWS_AS( UInt32Convertor::convert( "+200" ), FieldConvertError );
CHECK_THROWS_AS( UInt32Convertor::convert( "-1" ), FieldConvertError );
}
SECTION("uint64_integerConvertTo")
{
CHECK( "0" == UInt64Convertor::convert( 0 ) );
CHECK( "1" == UInt64Convertor::convert( 1 ) );
CHECK( "12" == UInt64Convertor::convert( 12 ) );
CHECK( "100" == UInt64Convertor::convert( 100 ) );
CHECK( "127" == UInt64Convertor::convert( (std::numeric_limits<int8_t>::max)() ) );
CHECK( "128" == UInt64Convertor::convert( 128 ) );
CHECK( "1234" == UInt64Convertor::convert( 1234 ) );
CHECK( "12345" == UInt64Convertor::convert( 12345 ) );
CHECK( "32767" == UInt64Convertor::convert( (std::numeric_limits<int16_t>::max)() ) );
CHECK( "32768" == UInt64Convertor::convert( 32768 ) );
CHECK( "123456" == UInt64Convertor::convert( 123456 ) );
CHECK( "1234567" == UInt64Convertor::convert( 1234567 ) );
CHECK( "12345678" == UInt64Convertor::convert( 12345678 ) );
CHECK( "123456789" == UInt64Convertor::convert( 123456789 ) );
CHECK( "2147483647" == UInt64Convertor::convert( MAX_INT ) );
CHECK( "2147483648" == UInt64Convertor::convert( 2147483648 ) );
CHECK( "12345678912" == UInt64Convertor::convert( 12345678912LL ) );
CHECK( "123456789123" == UInt64Convertor::convert( 123456789123LL ) );
CHECK( "1234567891234" == UInt64Convertor::convert( 1234567891234LL ) );
CHECK( "12345678912345" == UInt64Convertor::convert( 12345678912345LL ) );
CHECK( "123456789123456" == UInt64Convertor::convert( 123456789123456LL ) );
CHECK( "1234567891234567" == UInt64Convertor::convert( 1234567891234567LL ) );
CHECK( "12345678912345678" == UInt64Convertor::convert( 12345678912345678LL ) );
CHECK( "123456789123456789" == UInt64Convertor::convert( 123456789123456789LL ) );
CHECK( "1234567891234567891" == UInt64Convertor::convert( 1234567891234567891ULL ) );
CHECK( "9223372036854775807" == UInt64Convertor::convert( (std::numeric_limits<int64_t>::max)() ) );
CHECK( "9223372036854775808" == UInt64Convertor::convert( 9223372036854775808ULL ) );
CHECK( "18446744073709551615" == UInt64Convertor::convert( (std::numeric_limits<uint64_t>::max)() ) );
CHECK_THROWS_AS( UInt64Convertor::convert( "18446744073709551616" ), FieldConvertError );
CHECK_THROWS_AS( UInt64Convertor::convert( "-" ), FieldConvertError );
CHECK_THROWS_AS( UInt64Convertor::convert( "-1" ), FieldConvertError );
}
SECTION("uint64_integerConvertFrom")
{
CHECK( 0 == UInt64Convertor::convert( "0" ) );
CHECK( 1 == UInt64Convertor::convert( "1" ) );
CHECK( 12 == UInt64Convertor::convert( "12" ) );
CHECK( 100 == UInt64Convertor::convert( "100" ) );
CHECK( (std::numeric_limits<int8_t>::max)() == UInt64Convertor::convert( "127" ) );
CHECK( 128 == UInt64Convertor::convert( "128" ) );
CHECK( 254 == UInt64Convertor::convert( "254" ) );
CHECK( (std::numeric_limits<uint8_t>::max)() == UInt64Convertor::convert( "255" ) );
CHECK( 256 == UInt64Convertor::convert( "256" ) );
CHECK( 258 == UInt64Convertor::convert( "258" ) );
CHECK( 999 == UInt64Convertor::convert( "999" ) );
CHECK( 1234 == UInt64Convertor::convert( "1234" ) );
CHECK( 3277 == UInt64Convertor::convert( "3277" ) );
CHECK( (std::numeric_limits<int16_t>::max)() == UInt64Convertor::convert( "32767" ) );
CHECK( 32768 == UInt64Convertor::convert( "32768" ) );
CHECK( 32770 == UInt64Convertor::convert( "32770" ) );
CHECK( 6556 == UInt64Convertor::convert( "6556" ) );
CHECK( (std::numeric_limits<uint16_t>::max)() == UInt64Convertor::convert( "65535" ) );
CHECK( 65536 == UInt64Convertor::convert( "65536" ) ); // overflow
CHECK( 65538 == UInt64Convertor::convert( "65538" ) ); // overflow
CHECK( 99999 == UInt64Convertor::convert( "99999" ) );
CHECK( 214748365 == UInt64Convertor::convert( "214748365" ) );
CHECK( MAX_INT == UInt64Convertor::convert( "2147483647" ) );
CHECK( 2147483648ULL == UInt64Convertor::convert( "2147483648" ) );
CHECK( 2147483650ULL == UInt64Convertor::convert( "2147483650" ) );
CHECK( 429496730ULL == UInt64Convertor::convert( "429496730" ) );
CHECK( (std::numeric_limits<uint32_t>::max)() == UInt64Convertor::convert( "4294967295" ) );
CHECK( 4294967296ULL == UInt64Convertor::convert( "4294967296" ) );
CHECK( 4294967297ULL == UInt64Convertor::convert( "4294967297" ) );
CHECK( 429496730ULL == UInt64Convertor::convert( "429496730" ) );
CHECK( 9999999999ULL == UInt64Convertor::convert( "9999999999" ) );
CHECK( (std::numeric_limits<uint64_t>::max)() == UInt64Convertor::convert( "18446744073709551615" ) );
CHECK_THROWS_AS( UInt64Convertor::convert( "18446744073709551616" ), FieldConvertError ); // overflow
CHECK_THROWS_AS( UInt64Convertor::convert( "18446744073709551617" ), FieldConvertError ); // overflow
CHECK_THROWS_AS( UInt64Convertor::convert( "99999999999999999999" ), FieldConvertError ); // overflow
CHECK_THROWS_AS( UInt64Convertor::convert( "" ), FieldConvertError );
CHECK_THROWS_AS( UInt64Convertor::convert( "abc" ), FieldConvertError );
CHECK_THROWS_AS( UInt64Convertor::convert( "123.4" ), FieldConvertError );
CHECK_THROWS_AS( UInt64Convertor::convert( "+200" ), FieldConvertError );
CHECK_THROWS_AS( UInt64Convertor::convert( "-1" ), FieldConvertError );
}
SECTION("countIntegerSymbols")
{
CHECK(1 == FIX::number_of_symbols_in( 0 ));
CHECK(1 == FIX::number_of_symbols_in( 9 ));
CHECK(2 == FIX::number_of_symbols_in( 92 ));
CHECK(3 == FIX::number_of_symbols_in( 926 ));
CHECK(4 == FIX::number_of_symbols_in( 1926 ));
CHECK(5 == FIX::number_of_symbols_in( 11926 ));
CHECK(6 == FIX::number_of_symbols_in( 111926 ));
CHECK(7 == FIX::number_of_symbols_in( 1111926 ));
CHECK(8 == FIX::number_of_symbols_in( 11111926 ));
CHECK(9 == FIX::number_of_symbols_in( 111111926 ));
CHECK(10 == FIX::number_of_symbols_in( MAX_INT ));
CHECK(2 == FIX::number_of_symbols_in( -9 ));
CHECK(3 == FIX::number_of_symbols_in( -92 ));
CHECK(4 == FIX::number_of_symbols_in( -926 ));
CHECK(5 == FIX::number_of_symbols_in( -1926 ));
CHECK(6 == FIX::number_of_symbols_in( -11926 ));
CHECK(7 == FIX::number_of_symbols_in( -111926 ));
CHECK(8 == FIX::number_of_symbols_in( -1111926 ));
CHECK(9 == FIX::number_of_symbols_in( -11111926 ));
CHECK(10 == FIX::number_of_symbols_in( -111111926 ));
CHECK(11 == FIX::number_of_symbols_in( MIN_INT) );
}
SECTION("emptyConvert")
{
CHECK( "hello" == StringConvertor::convert( "hello" ) );
}
SECTION("integerConvertTo")
{
CHECK( "0" == IntConvertor::convert( 0 ) );
CHECK( "1" == IntConvertor::convert( 1 ) );
CHECK( "12" == IntConvertor::convert( 12 ) );
CHECK( "100" == IntConvertor::convert( 100 ) );
CHECK( "1234" == IntConvertor::convert( 1234 ) );
CHECK( "12345" == IntConvertor::convert( 12345 ) );
CHECK( "123456" == IntConvertor::convert( 123456 ) );
CHECK( "1234567" == IntConvertor::convert( 1234567 ) );
CHECK( "12345678" == IntConvertor::convert( 12345678 ) );
CHECK( "123456789" == IntConvertor::convert( 123456789 ) );
CHECK( "2147483647" == IntConvertor::convert( MAX_INT ) );
CHECK( "-1" == IntConvertor::convert( -1 ) );
CHECK( "-12" == IntConvertor::convert( -12 ) );
CHECK( "-100" == IntConvertor::convert( -100 ) );
CHECK( "-1234" == IntConvertor::convert( -1234 ) );
CHECK( "-12345" == IntConvertor::convert( -12345 ) );
CHECK( "-123456" == IntConvertor::convert( -123456 ) );
CHECK( "-1234567" == IntConvertor::convert( -1234567 ) );
CHECK( "-12345678" == IntConvertor::convert( -12345678 ) );
CHECK( "-123456789" == IntConvertor::convert( -123456789 ) );
CHECK( "-2147483647" == IntConvertor::convert( -2147483647 ) );
CHECK( "-2147483648" == IntConvertor::convert( MIN_INT ) );
CHECK_THROWS_AS( IntConvertor::convert( "-" ), FieldConvertError );
}
SECTION("integerConvertFrom")
{
CHECK( 0 == IntConvertor::convert( "0" ) );
CHECK( 1 == IntConvertor::convert( "1" ) );
CHECK( 12 == IntConvertor::convert( "12" ) );
CHECK( 100 == IntConvertor::convert( "100" ) );
CHECK( 1234 == IntConvertor::convert( "1234" ) );
CHECK( 214748365 == IntConvertor::convert( "214748365" ) );
CHECK( MAX_INT == IntConvertor::convert( "2147483647" ) );
CHECK_THROWS_AS( IntConvertor::convert( "2147483648" ), FieldConvertError ); // overflow
CHECK_THROWS_AS( IntConvertor::convert( "2147483650" ), FieldConvertError ); // overflow
CHECK_THROWS_AS( IntConvertor::convert( "9999999999" ), FieldConvertError ); // overflow
CHECK( -1 == IntConvertor::convert( "-1" ) );
CHECK( -12 == IntConvertor::convert( "-12" ) );
CHECK( -100 == IntConvertor::convert( "-100" ) );
CHECK( -1234 == IntConvertor::convert( "-1234" ) );
CHECK( -214748365 == IntConvertor::convert( "-214748365" ) );
CHECK( -2147483647 == IntConvertor::convert( "-2147483647" ) );
CHECK( MIN_INT == IntConvertor::convert( "-2147483648" ) );
CHECK_THROWS_AS( IntConvertor::convert( "-2147483649" ), FieldConvertError ); // overflow
CHECK_THROWS_AS( IntConvertor::convert( "-2147483650" ), FieldConvertError ); // overflow
CHECK_THROWS_AS( IntConvertor::convert( "-9999999999" ), FieldConvertError ); // overflow
CHECK_THROWS_AS( IntConvertor::convert( "" ), FieldConvertError );
CHECK_THROWS_AS( IntConvertor::convert( "abc" ), FieldConvertError );
CHECK_THROWS_AS( IntConvertor::convert( "123.4" ), FieldConvertError );
CHECK_THROWS_AS( IntConvertor::convert( "+200" ), FieldConvertError );
}
SECTION("doubleConvertTo")
{
CHECK( "45.32" == DoubleConvertor::convert( 45.32 ) );
CHECK( "45" == DoubleConvertor::convert( 45 ) );
CHECK( "0" == DoubleConvertor::convert( 0.0 ) );
CHECK( "0.00001" == DoubleConvertor::convert( 0.00001 ) );
CHECK( "-12.000000000001" == DoubleConvertor::convert( -12.000000000001 ) );
CHECK( "-0.00001" == DoubleConvertor::convert( -0.00001 ) );
CHECK( "-1050" == DoubleConvertor::convert( -1050.0 ) );
CHECK( "1.233" == DoubleConvertor::convert( 1.233 ) );
CHECK( "38.4" == DoubleConvertor::convert( 38.4 ) );
CHECK( "38.4" == DoubleConvertor::convert( 38.400000000000006 ) );
CHECK( "0.1" == DoubleConvertor::convert( 0.1 ) );
CHECK( "0.3" == DoubleConvertor::convert( 0.3 ) );
// corner cases
CHECK( "-0.000000000000001" == DoubleConvertor::convert( -1e-15 ) );
CHECK( "100000000000000" == DoubleConvertor::convert( 1e14 ) );
CHECK( "1e15" == DoubleConvertor::convert( 1e15 ) );
CHECK( "1.23456e15" == DoubleConvertor::convert( 1.23456e15 ) );
CHECK( "0." == DoubleConvertor::convert( 1e-16 ) );
CHECK( "1.500" == DoubleConvertor::convert( 1.5, 3) );
CHECK( "45.00000" == DoubleConvertor::convert( 45, 5) );
CHECK( "5.00" == DoubleConvertor::convert( 5, 2) );
CHECK( "-5.00" == DoubleConvertor::convert( -5, 2) );
CHECK( "-12.2345" == DoubleConvertor::convert( -12.2345, 2) );
CHECK( "-0.00001" == DoubleConvertor::convert( -0.00001, 5) );
CHECK( "0.0" == DoubleConvertor::convert( 0.0, 1) );
CHECK( "" == DoubleConvertor::convert( 0.01, 0, -1));
}
SECTION("doubleConvertFrom")
{
CHECK( 45.32 == DoubleConvertor::convert( "45.32" ) );
CHECK( 45.32 == DoubleConvertor::convert( "45.3200" ) );
CHECK( 0.00340244 == DoubleConvertor::convert( "0.00340244000" ) );
CHECK( 12.000000000001 == DoubleConvertor::convert( "12.000000000001" ) );
CHECK( -12.000000000001 == DoubleConvertor::convert( "-12.000000000001" ) );
CHECK( 0.0 == DoubleConvertor::convert( "0.0" ) );
CHECK( 45.32 == DoubleConvertor::convert( "0045.32" ) );
CHECK( 0.0 == DoubleConvertor::convert( "0." ) );
CHECK( 0.0 == DoubleConvertor::convert( ".0" ) );
CHECK( 0.0 == DoubleConvertor::convert( "0" ) );
CHECK( 0.06 == DoubleConvertor::convert( "000.06" ) );
CHECK( 0.06 == DoubleConvertor::convert( "0.0600" ) );
CHECK( 0.00001 == DoubleConvertor::convert( "0.00001" ) );
CHECK( -0.00001 == DoubleConvertor::convert( "-0.00001" ) );
CHECK( -1050 == DoubleConvertor::convert( "-1050" ) );
CHECK( 1.233 == DoubleConvertor::convert( "1.233" ) );
CHECK( 38.4 == DoubleConvertor::convert( "38.4" ) );
CHECK_THROWS_AS( DoubleConvertor::convert( "abc" ), FieldConvertError );
CHECK_THROWS_AS( DoubleConvertor::convert( "123.A" ), FieldConvertError );
CHECK_THROWS_AS( DoubleConvertor::convert( "123.45.67" ), FieldConvertError );
CHECK_THROWS_AS( DoubleConvertor::convert( "." ), FieldConvertError );
CHECK_THROWS_AS( DoubleConvertor::convert( "1e5" ), FieldConvertError );
}
SECTION("charConvertTo")
{
CHECK( "a" == CharConvertor::convert( 'a' ) );
CHECK( "1" == CharConvertor::convert( '1' ) );
CHECK( "F" == CharConvertor::convert( 'F' ) );
CHECK( "" == CharConvertor::convert( 0 ) );
CHECK_THROWS_AS( CharConvertor::convert( "11" ), FieldConvertError );
CHECK_THROWS_AS( CharConvertor::convert( "1 " ), FieldConvertError );
}
SECTION("charConvertFrom")
{
CHECK( 'a' == CharConvertor::convert( "a" ) );
CHECK( '1' == CharConvertor::convert( "1" ) );
CHECK( 'F' == CharConvertor::convert( "F" ) );
}
SECTION("booleanConvertTo")
{
CHECK( "Y" == BoolConvertor::convert( true ) );
CHECK( "N" == BoolConvertor::convert( false ) );
}
SECTION("booleanConvertFrom")
{
CHECK( BoolConvertor::convert( std::string( "Y" ) ) );
CHECK( !BoolConvertor::convert( std::string( "N" ) ) );
CHECK_THROWS_AS( BoolConvertor::convert( std::string( "D" ) ), FieldConvertError );
}
SECTION("utcTimeStampConvertToSecond")
{
UtcTimeStamp input = UtcTimeStamp::now();
input.setHMS( 12, 5, 6, 0, 0 );
input.setYMD( 2000, 4, 26 );
CHECK( "20000426-12:05:06" == UtcTimeStampConvertor::convert( input ) );
CHECK( "20000426-12:05:06" == UtcTimeStampConvertor::convert( input, 0 ) );
}
SECTION("utcTimeStampConvertToMilli")
{
UtcTimeStamp input = UtcTimeStamp::now();
input.setHMS( 12, 5, 6, 555, 3 );
input.setYMD( 2000, 4, 26 );
CHECK( "20000426-12:05:06" == UtcTimeStampConvertor::convert( input ) );
CHECK( "20000426-12:05:06.555" == UtcTimeStampConvertor::convert( input, 3 ) );
}
SECTION("utcTimeStampConvertToMicro")
{
UtcTimeStamp input = UtcTimeStamp::now();
input.setHMS( 12, 5, 6, 555555, 6 );
input.setYMD( 2000, 4, 26 );
CHECK( "20000426-12:05:06" == UtcTimeStampConvertor::convert( input ) );
CHECK( "20000426-12:05:06.555555" == UtcTimeStampConvertor::convert( input, 6 ) );
}
SECTION("utcTimeStampConvertToNano")
{
UtcTimeStamp input = UtcTimeStamp::now();
input.setHMS( 12, 5, 6, 555555555, 9 );
input.setYMD( 2000, 4, 26 );
CHECK( "20000426-12:05:06" == UtcTimeStampConvertor::convert( input ) );
CHECK( "20000426-12:05:06.555555555" == UtcTimeStampConvertor::convert( input, 9 ) );
}
SECTION("utcTimeStampConvertToPrecisionBounds")
{
UtcTimeStamp input = UtcTimeStamp::now();
input.setHMS( 12, 5, 6, 555555555, 9 );
input.setYMD( 2000, 4, 26 );
CHECK( "20000426-12:05:06" == UtcTimeStampConvertor::convert( input, -1000 ) );
CHECK( "20000426-12:05:06.555555555" == UtcTimeStampConvertor::convert( input, 1000 ) );
}
SECTION("utcTimeStampConvertFromSecond")
{
UtcTimeStamp result = UtcTimeStampConvertor::convert
( std::string( "20000426-12:05:06" ) );
CHECK( 12 == result.getHour() );
CHECK( 5 == result.getMinute() );
CHECK( 6 == result.getSecond() );
CHECK( 0 == result.getFraction(0) );
CHECK( 2000 == result.getYear() );
CHECK( 4 == result.getMonth() );
CHECK( 26 == result.getDate() );
UtcTimeStamp result2 = UtcTimeStampConvertor::convert
( std::string( "20000426-12:05:06" ) );
CHECK( 12 == result2.getHour() );
CHECK( 5 == result2.getMinute() );
CHECK( 6 == result2.getSecond() );
CHECK( 0 == result2.getFraction(0) );
CHECK( 2000 == result2.getYear() );
CHECK( 4 == result2.getMonth() );
CHECK( 26 == result2.getDate() );
}
SECTION("utcTimeStampConvertFromMilli")
{
UtcTimeStamp result = UtcTimeStampConvertor::convert
( std::string( "20000426-12:05:06.555" ) );
CHECK( 12 == result.getHour() );
CHECK( 5 == result.getMinute() );
CHECK( 6 == result.getSecond() );
CHECK( 555 == result.getFraction(3) );
CHECK( 2000 == result.getYear() );
CHECK( 4 == result.getMonth() );
CHECK( 26 == result.getDate() );
UtcTimeStamp result2 = UtcTimeStampConvertor::convert
( std::string( "20000426-12:05:06.555" ) );
CHECK( 12 == result2.getHour() );
CHECK( 5 == result2.getMinute() );
CHECK( 6 == result2.getSecond() );
CHECK( 555 == result2.getFraction(3) );
CHECK( 2000 == result2.getYear() );
CHECK( 4 == result2.getMonth() );
CHECK( 26 == result2.getDate() );
}
SECTION("utcTimeStampConvertFromMicro")
{
UtcTimeStamp result = UtcTimeStampConvertor::convert
( std::string( "20000426-12:05:06.555555" ) );
CHECK( 12 == result.getHour() );
CHECK( 5 == result.getMinute() );
CHECK( 6 == result.getSecond() );
CHECK( 555555 == result.getFraction(6) );
CHECK( 2000 == result.getYear() );
CHECK( 4 == result.getMonth() );
CHECK( 26 == result.getDate() );
UtcTimeStamp result2 = UtcTimeStampConvertor::convert
( std::string( "20000426-12:05:06.555555" ) );
CHECK( 12 == result2.getHour() );
CHECK( 5 == result2.getMinute() );
CHECK( 6 == result2.getSecond() );
CHECK( 555555 == result2.getFraction(6) );
CHECK( 2000 == result2.getYear() );
CHECK( 4 == result2.getMonth() );
CHECK( 26 == result2.getDate() );
}
SECTION("utcTimeStampConvertFromNano")
{
UtcTimeStamp result = UtcTimeStampConvertor::convert
( std::string( "20000426-12:05:06.555555555" ) );
CHECK( 12 == result.getHour() );
CHECK( 5 == result.getMinute() );
CHECK( 6 == result.getSecond() );
CHECK( 555555555 == result.getFraction(9) );
CHECK( 2000 == result.getYear() );
CHECK( 4 == result.getMonth() );
CHECK( 26 == result.getDate() );
UtcTimeStamp result2 = UtcTimeStampConvertor::convert
( std::string( "20000426-12:05:06.555555555" ) );
CHECK( 12 == result2.getHour() );
CHECK( 5 == result2.getMinute() );
CHECK( 6 == result2.getSecond() );
CHECK( 555555555 == result2.getFraction(9) );
CHECK( 2000 == result2.getYear() );
CHECK( 4 == result2.getMonth() );
CHECK( 26 == result2.getDate() );
}
SECTION("utcTimeOnlyConvertToSecond")
{
UtcTimeStamp input = UtcTimeStamp::now();
input.setHMS( 12, 5, 6, 0, 0 );
CHECK( "12:05:06" == UtcTimeOnlyConvertor::convert( input ) );
CHECK( "12:05:06" == UtcTimeOnlyConvertor::convert( input, 0) );
}
SECTION("utcTimeOnlyConvertToMilli")
{
UtcTimeStamp input = UtcTimeStamp::now();
input.setHMS( 12, 5, 6, 555, 3 );
CHECK( "12:05:06" == UtcTimeOnlyConvertor::convert( input ) );
CHECK( "12:05:06.555" == UtcTimeOnlyConvertor::convert( input, 3 ) );
}
SECTION("utcTimeOnlyConvertToMicro")
{
UtcTimeStamp input = UtcTimeStamp::now();
input.setHMS( 12, 5, 6, 555555, 6 );
CHECK( "12:05:06" == UtcTimeOnlyConvertor::convert( input ) );
CHECK( "12:05:06.555555" == UtcTimeOnlyConvertor::convert( input, 6 ) );
}
SECTION("utcTimeOnlyConvertToNano")
{
UtcTimeStamp input = UtcTimeStamp::now();
input.setHMS( 12, 5, 6, 555555555, 9 );
CHECK( "12:05:06" == UtcTimeOnlyConvertor::convert( input ) );
CHECK( "12:05:06.555555555" == UtcTimeOnlyConvertor::convert( input, 9 ) );
}
SECTION("utcTimeOnlyConvertToPrecisionBounds")
{
UtcTimeStamp input = UtcTimeStamp::now();
input.setHMS( 12, 5, 6, 555555555, 9 );
CHECK( "12:05:06" == UtcTimeOnlyConvertor::convert( input, -1000 ) );
CHECK( "12:05:06.555555555" == UtcTimeOnlyConvertor::convert( input, 1000 ) );
}
SECTION("utcTimeOnlyConvertFromMicro")
{
UtcTimeOnly result = UtcTimeOnlyConvertor::convert
( std::string( "12:05:06.555555" ) );
CHECK( 12 == result.getHour() );
CHECK( 5 == result.getMinute() );
CHECK( 6 == result.getSecond() );
CHECK( 555555 == result.getFraction(6) );
}
SECTION("utcDateConvertTo")
{
UtcTimeStamp input = UtcTimeStamp::now();
input.setYMD( 2000, 4, 26 );
CHECK( "20000426" == UtcDateConvertor::convert( input ) );
}
SECTION("utcDateConvertFrom")
{
UtcDate result = UtcDateConvertor::convert( std::string( "20000426" ) );
CHECK( 2000 == result.getYear() );
CHECK( 4 == result.getMonth() );
CHECK( 26 == result.getDate() );
std::string outOfRangeMonth = "20001526";
CHECK_THROWS_AS( UtcDateConvertor::convert(outOfRangeMonth), FieldConvertError );
std::string outOfRangeMonthDay = "20000438";
CHECK_THROWS_AS( UtcDateConvertor::convert(outOfRangeMonthDay), FieldConvertError );
}
SECTION("checkSumConvertTo")
{
CHECK( "000" == CheckSumConvertor::convert( 0 ) );
CHECK( "005" == CheckSumConvertor::convert( 5 ) );
CHECK( "012" == CheckSumConvertor::convert( 12 ) );
CHECK( "234" == CheckSumConvertor::convert( 234 ) );
CHECK_THROWS_AS( CheckSumConvertor::convert( -1 ), FieldConvertError );
CHECK_THROWS_AS( CheckSumConvertor::convert( 256 ), FieldConvertError );
}
SECTION("integerToStringPadded")
{
char result[6] = {'\0'};
int fraction = 1234;
int precision = 5;
CHECK( result == integer_to_string_padded(result, precision, fraction) );
}
}