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/**
* Copyright (c) 2021 OceanBase
* OceanBase CE is licensed under Mulan PubL v2.
* You can use this software according to the terms and conditions of the Mulan PubL v2.
* You may obtain a copy of Mulan PubL v2 at:
* http://license.coscl.org.cn/MulanPubL-2.0
* THIS SOFTWARE IS PROVIDED ON AN "AS IS" BASIS, WITHOUT WARRANTIES OF ANY KIND,
* EITHER EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO NON-INFRINGEMENT,
* MERCHANTABILITY OR FIT FOR A PARTICULAR PURPOSE.
* See the Mulan PubL v2 for more details.
*/
#include "sql/engine/expr/ob_expr_greater_equal.h"
#include <gtest/gtest.h>
#include "ob_expr_test_utils.h"
#include <time.h>
using namespace oceanbase::sql;
using namespace oceanbase::common;
class ObExprGreaterEqualTest : public ::testing::Test {
public:
ObExprGreaterEqualTest();
virtual ~ObExprGreaterEqualTest();
virtual void SetUp();
virtual void TearDown();
private:
// disallow copy
ObExprGreaterEqualTest(const ObExprGreaterEqualTest& other);
ObExprGreaterEqualTest& operator=(const ObExprGreaterEqualTest& other);
protected:
// data members
};
ObExprGreaterEqualTest::ObExprGreaterEqualTest()
{}
ObExprGreaterEqualTest::~ObExprGreaterEqualTest()
{}
void ObExprGreaterEqualTest::SetUp()
{}
void ObExprGreaterEqualTest::TearDown()
{}
#define T(t1, v1, t2, v2, res) COMPARE_EXPECT(ObExprGreaterEqual, &buf, calc_result2, t1, v1, t2, v2, res)
#define T_BIN(t1, v1, t2, v2, res) COMPARE_EXPECT_BIN(ObExprGreaterEqual, &buf, calc_result2, t1, v1, t2, v2, res)
#define T_GEN(t1, v1, t2, v2, res) COMPARE_EXPECT_GEN(ObExprGreaterEqual, &buf, calc_result2, t1, v1, t2, v2, res)
TEST_F(ObExprGreaterEqualTest, collation_test)
{
ObMalloc buf;
T_BIN(varchar, "ß", varchar, "s", MY_TRUE);
T_GEN(varchar, "ß", varchar, "s", MY_TRUE);
}
/*
TEST_F(ObExprGreaterEqualTest, perf_datetime)
{
ObObj obj1;
ObObj obj2;
obj1.set_datetime(123456789);
obj2.set_timestamp(12345678);
ObObj result;
bool nc = true;
timespec t1,t2;
clock_gettime(CLOCK_MONOTONIC, &t1);
for (int i = 0; i<= 10000; i++) {
ObCompareCtx cmp_ctx(CS_TYPE_UTF8MB4_GENERAL_CI, true, 28800000000LL);
ObRelationalExprOperator::cmp_without_cast(result,
obj1,
obj2,
cmp_ctx,
CO_GE,
nc);
}
clock_gettime(CLOCK_MONOTONIC, &t2);
//uint64_t takes = (uint64_t)((t2.tv_sec - t1.tv_sec) * 1000000000 + t2.tv_nsec - t1.tv_nsec);
}
*/
/*
TEST_F(ObExprGreaterEqualTest, basic_test)
{
ObExprGreaterEqual ge;
ASSERT_EQ(2, ge.get_param_num());
ObMalloc buf;
// special vs special
T(null, , null, , MY_NULL);
T(null, , min, , MY_NULL);
T(min, , null, , MY_NULL);
T(null, , max, , MY_NULL);
T(max, , null, , MY_NULL);
T(min, , max, , MY_FALSE);
T(min, , min, , MY_TRUE);
T(max, , min, , MY_TRUE);
T(max, , max, , MY_TRUE);
// int vs int
T(int, 1, int, 2, MY_FALSE);
T(int, 1, int, 1, MY_TRUE);
T(int, 2, int, 1, MY_TRUE);
// int vs special
T(int, 1, null, , MY_NULL);
T(null, , int, 1, MY_NULL);
T(int, 1, min, , MY_TRUE);
T(min, , int, 1, MY_FALSE);
T(int, 1, max, , MY_FALSE);
T(max, , int, 1, MY_TRUE);
// varchar vs varchar
T(varchar, "", varchar, "", MY_TRUE);
T(varchar, "", varchar, "a", MY_FALSE);
T(varchar, "a", varchar, "", MY_TRUE);
T(varchar, "a", varchar, "a", MY_TRUE);
T(varchar, "a", varchar, "b", MY_FALSE);
T(varchar, "a", varchar, "aa", MY_FALSE);
T(varchar, "aa", varchar, "aa", MY_TRUE);
// varchar vs special
T(varchar, "", null, , MY_NULL);
T(null, , varchar, "", MY_NULL);
T(varchar, "", min, , MY_TRUE);
T(min, , varchar, "", MY_FALSE);
T(varchar, "", max, , MY_FALSE);
T(max, , varchar, "", MY_TRUE);
// float vs float
T(float, 1.0, float, 2.0, MY_FALSE);
T(float, 1.0, float, 1.0, MY_TRUE);
T(float, 2.0, float, 1.0, MY_TRUE);
// float vs special
T(float, 1.0, null, , MY_NULL);
T(null, , float, 1.0, MY_NULL);
T(float, 1.0, min, , MY_TRUE);
T(min, , float, 1.0, MY_FALSE);
T(float, 1.0, max, , MY_FALSE);
T(max, , float, 1.0, MY_TRUE);
// double vs double
T(double, 1.0, double, 2.0, MY_FALSE);
T(double, 1.0, double, 1.0, MY_TRUE);
T(double, 2.0, double, 1.0, MY_TRUE);
// double vs special
T(double, 1.0, null, , MY_NULL);
T(null, , double, 1.0, MY_NULL);
T(double, 1.0, min, , MY_TRUE);
T(min, , double, 1.0, MY_FALSE);
T(double, 1.0, max, , MY_FALSE);
T(max, , double, 1.0, MY_TRUE);
// precise_datetime vs precise_datetime
T(precise_datetime, 1, precise_datetime, 2, MY_FALSE);
T(precise_datetime, 1, precise_datetime, 1, MY_TRUE);
T(precise_datetime, 2, precise_datetime, 1, MY_TRUE);
// precise_datetime vs special
T(precise_datetime, 1, null, , MY_NULL);
T(null, , precise_datetime, 1, MY_NULL);
T(precise_datetime, 1, min, , MY_TRUE);
T(min, , precise_datetime, 1, MY_FALSE);
T(precise_datetime, 1, max, , MY_FALSE);
T(max, , precise_datetime, 1, MY_TRUE);
// ctime vs ctime
T(ctime, 1, ctime, 2, MY_FALSE);
T(ctime, 1, ctime, 1, MY_TRUE);
T(ctime, 2, ctime, 1, MY_TRUE);
// ctime vs special
T(ctime, 1, null, , MY_NULL);
T(null, , ctime, 1, MY_NULL);
T(ctime, 1, min, , MY_TRUE);
T(min, , ctime, 1, MY_FALSE);
T(ctime, 1, max, , MY_FALSE);
T(max, , ctime, 1, MY_TRUE);
// mtime vs mtime
T(mtime, 1, mtime, 2, MY_FALSE);
T(mtime, 1, mtime, 1, MY_TRUE);
T(mtime, 2, mtime, 1, MY_TRUE);
// mtime vs special
T(mtime, 1, null, , MY_NULL);
T(null, , mtime, 1, MY_NULL);
T(mtime, 1, min, , MY_TRUE);
T(min, , mtime, 1, MY_FALSE);
T(mtime, 1, max, , MY_FALSE);
T(max, , mtime, 1, MY_TRUE);
// bool vs bool
T(bool, true, bool, true, MY_TRUE);
T(bool, true, bool, false, MY_TRUE);
T(bool, false, bool, false, MY_TRUE);
T(bool, false, bool, true, MY_FALSE);
// bool vs special
T(bool, true, null, , MY_NULL);
T(null, , bool, true, MY_NULL);
T(bool, true, min, , MY_TRUE);
T(min, , bool, true, MY_FALSE);
T(bool, true, max, , MY_FALSE);
T(max, , bool, true, MY_TRUE);
}
TEST_F(ObExprGreaterEqualTest, promotion_test)
{
ObMalloc buf;
// int vs float
T(int, 1, float, 2.0, MY_FALSE);
T(int, 1, float, 1.0, MY_TRUE);
T(int, 1, float, 0.0, MY_TRUE);
T(float, 1.0, int, 2, MY_FALSE);
T(float, 1.0, int, 1, MY_TRUE);
T(float, 1.0, int, 0, MY_TRUE);
// int vs double
T(int, 1, double, 2.0, MY_FALSE);
T(int, 1, double, 1.0, MY_TRUE);
T(int, 1, double, 0.0, MY_TRUE);
T(double, 1.0, int, 2, MY_FALSE);
T(double, 1.0, int, 1, MY_TRUE);
T(double, 1.0, int, 0, MY_TRUE);
// int vs pdatetime
T(int, 1, precise_datetime, 2, MY_ERROR);
T(int, 1, precise_datetime, 1, MY_ERROR);
T(int, 1, precise_datetime, 0, MY_ERROR);
T(precise_datetime, 1, int, 2, MY_ERROR);
T(precise_datetime, 1, int, 1, MY_ERROR);
T(precise_datetime, 1, int, 0, MY_ERROR);
// int vs varchar
T(int, 1, varchar, "2", MY_FALSE);
T(int, 1, varchar, "1", MY_TRUE);
T(int, 1, varchar, "0", MY_TRUE);
T(varchar, "1", int, 2, MY_FALSE);
T(varchar, "1", int, 1, MY_TRUE);
T(varchar, "1", int, 0, MY_TRUE);
//T(int, 1, varchar, "2ab", MY_FALSE);
//T(int, 1, varchar, "1ab", MY_TRUE);
//T(int, 1, varchar, "0ab", MY_TRUE);
//T(int, 1, varchar, "ab", MY_TRUE);
//T(int, 0, varchar, "ab", MY_TRUE);
//T(int, -1, varchar, "ab", MY_FALSE);
// int vs bool
T(int, 1, bool, false, MY_ERROR);
T(int, -1, bool, false, MY_ERROR);
T(int, 0, bool, false, MY_ERROR);
T(int, 1, bool, true, MY_ERROR);
T(int, -1, bool, true, MY_ERROR);
T(int, 0, bool, true, MY_ERROR);
// float vs double
T(float, 1.0, double, 2.0, MY_FALSE);
T(float, 1.0, double, 1.0, MY_TRUE);
T(float, 2.0, double, 1.0, MY_TRUE);
T(double, 1.0, float, 2.0, MY_FALSE);
T(double, 1.0, float, 1.0, MY_TRUE);
T(double, 2.0, float, 1.0, MY_TRUE);
// float vs pdatetime
T(float, 1.0, precise_datetime, 2, MY_ERROR);
T(float, 1.0, precise_datetime, 1, MY_ERROR);
T(float, 1.0, precise_datetime, 0, MY_ERROR);
T(precise_datetime, 1, float, 2.0, MY_ERROR);
T(precise_datetime, 1, float, 1.0, MY_ERROR);
T(precise_datetime, 1, float, 0.0, MY_ERROR);
// float vs varchar
T(float, 1.0, varchar, "2.0", MY_FALSE);
T(float, 1.0, varchar, "1.0", MY_TRUE);
T(float, 1.0, varchar, "0.0", MY_TRUE);
T(varchar, "1.0", float, 2.0, MY_FALSE);
T(varchar, "1.0", float, 1.0, MY_TRUE);
T(varchar, "1.0", float, 0.0, MY_TRUE);
//T(float, 1.0, varchar, "2.0ab", MY_FALSE);
//T(float, 1.0, varchar, "1.0ab", MY_TRUE);
//T(float, 1.0, varchar, "0.0ab", MY_TRUE);
//T(float, 1.0, varchar, "ab", MY_TRUE);
//T(float, 0.0, varchar, "ab", MY_TRUE);
//T(float, -1.0, varchar, "ab", MY_FALSE);
// float vs bool
T(float, 1.0, bool, false, MY_ERROR);
T(float, -1.0, bool, false, MY_ERROR);
T(float, 0.0, bool, false, MY_ERROR);
T(float, 1.0, bool, true, MY_ERROR);
T(float, -1.0, bool, true, MY_ERROR);
T(float, 0.0, bool, true, MY_ERROR);
// double vs pdatetime
T(double, 1.0, precise_datetime, 2, MY_ERROR);
T(double, 1.0, precise_datetime, 1, MY_ERROR);
T(double, 1.0, precise_datetime, 0, MY_ERROR);
T(precise_datetime, 1, double, 2.0, MY_ERROR);
T(precise_datetime, 1, double, 1.0, MY_ERROR);
T(precise_datetime, 1, double, 0.0, MY_ERROR);
// double vs varchar
T(double, 1.0, varchar, "2.0", MY_FALSE);
T(double, 1.0, varchar, "1.0", MY_TRUE);
T(double, 1.0, varchar, "0.0", MY_TRUE);
T(varchar, "1.0", double, 2.0, MY_FALSE);
T(varchar, "1.0", double, 1.0, MY_TRUE);
T(varchar, "1.0", double, 0.0, MY_TRUE);
//T(double, 1.0, varchar, "2.0ab", MY_FALSE);
//T(double, 1.0, varchar, "1.0ab", MY_TRUE);
//T(double, 1.0, varchar, "0.0ab", MY_TRUE);
//T(double, 1.0, varchar, "ab", MY_TRUE);
//T(double, 0.0, varchar, "ab", MY_TRUE);
//T(double, -1.0, varchar, "ab", MY_FALSE);
// double vs bool
T(double, 1.0, bool, false, MY_ERROR);
T(double, -1.0, bool, false, MY_ERROR);
T(double, 0.0, bool, false, MY_ERROR);
T(double, 1.0, bool, true, MY_ERROR);
T(double, -1.0, bool, true, MY_ERROR);
T(double, 0.0, bool, true, MY_ERROR);
// pdatetime vs varchar
T(pdatetime, "2013-12-16 19:26:30", varchar, "2013-12-16 19:26:30.1", MY_FALSE);
T(pdatetime, "2013-12-16 19:26:30", varchar, "2013-12-16 19:26:30", MY_TRUE);
T(pdatetime, "2013-12-16 19:26:30", varchar, "2013-12-16 19:26:29", MY_TRUE);
T(varchar, "2013-12-16 19:26:30", pdatetime, "2013-12-16 19:26:30.1", MY_FALSE);
T(varchar, "2013-12-16 19:26:30", pdatetime, "2013-12-16 19:26:30", MY_TRUE);
T(varchar, "2013-12-16 19:26:30", pdatetime, "2013-12-16 19:26:29", MY_TRUE);
// pdatetime vs bool
T(precise_datetime, 1, bool, false, MY_ERROR);
T(precise_datetime, -1, bool, false, MY_ERROR);
T(precise_datetime, 0, bool, false, MY_ERROR);
T(precise_datetime, 1, bool, true, MY_ERROR);
T(precise_datetime, -1, bool, true, MY_ERROR);
T(precise_datetime, 0, bool, true, MY_ERROR);
// varchar vs bool
T(varchar, "true", bool, false, MY_TRUE);
T(varchar, "false", bool, false, MY_TRUE);
T(varchar, "kaka", bool, false, MY_ERROR);
T(varchar, "true", bool, true, MY_TRUE);
T(varchar, "false", bool, true, MY_FALSE);
T(varchar, "kaka", bool, true, MY_ERROR);
T(bool, false, varchar, "true", MY_FALSE);
T(bool, false, varchar, "false", MY_TRUE);
T(bool, false, varchar, "kaka", MY_ERROR);
T(bool, true, varchar, "true", MY_TRUE);
T(bool, true, varchar, "false", MY_TRUE);
T(bool, true, varchar, "kaka", MY_ERROR);
}
#define R(t1, v1, t2, v2, res) ROW1_COMPARE_EXPECT(ObExprGreaterEqual, &buf, calc, t1, v1, t2, v2, res)
TEST_F(ObExprGreaterEqualTest, row1_basic_test)
{
ObExprGreaterEqual ge;
ASSERT_EQ(2, ge.get_param_num());
ObMalloc buf;
// special vs special
R(null, , null, , MY_TRUE);
R(null, , min, , MY_TRUE);
R(min, , null, , MY_FALSE);
R(null, , max, , MY_FALSE);
R(max, , null, , MY_TRUE);
R(min, , max, , MY_FALSE);
R(min, , min, , MY_TRUE);
R(max, , min, , MY_TRUE);
R(max, , max, , MY_TRUE);
// int vs int
R(int, 1, int, 2, MY_FALSE);
R(int, 1, int, 1, MY_TRUE);
R(int, 2, int, 1, MY_TRUE);
// int vs special
R(int, 1, null, , MY_TRUE);
R(null, , int, 1, MY_FALSE);
R(int, 1, min, , MY_TRUE);
R(min, , int, 1, MY_FALSE);
R(int, 1, max, , MY_FALSE);
R(max, , int, 1, MY_TRUE);
// varchar vs varchar
R(varchar, "", varchar, "", MY_TRUE);
R(varchar, "", varchar, "a", MY_FALSE);
R(varchar, "a", varchar, "", MY_TRUE);
R(varchar, "a", varchar, "a", MY_TRUE);
R(varchar, "a", varchar, "b", MY_FALSE);
R(varchar, "a", varchar, "aa", MY_FALSE);
R(varchar, "aa", varchar, "aa", MY_TRUE);
// varchar vs special
R(varchar, "", null, , MY_TRUE);
R(null, , varchar, "", MY_FALSE);
R(varchar, "", min, , MY_TRUE);
R(min, , varchar, "", MY_FALSE);
R(varchar, "", max, , MY_FALSE);
R(max, , varchar, "", MY_TRUE);
// float vs float
R(float, 1.0, float, 2.0, MY_FALSE);
R(float, 1.0, float, 1.0, MY_TRUE);
R(float, 2.0, float, 1.0, MY_TRUE);
// float vs special
R(float, 1.0, null, , MY_TRUE);
R(null, , float, 1.0, MY_FALSE);
R(float, 1.0, min, , MY_TRUE);
R(min, , float, 1.0, MY_FALSE);
R(float, 1.0, max, , MY_FALSE);
R(max, , float, 1.0, MY_TRUE);
// double vs double
R(double, 1.0, double, 2.0, MY_FALSE);
R(double, 1.0, double, 1.0, MY_TRUE);
R(double, 2.0, double, 1.0, MY_TRUE);
// double vs special
R(double, 1.0, null, , MY_TRUE);
R(null, , double, 1.0, MY_FALSE);
R(double, 1.0, min, , MY_TRUE);
R(min, , double, 1.0, MY_FALSE);
R(double, 1.0, max, , MY_FALSE);
R(max, , double, 1.0, MY_TRUE);
// precise_datetime vs precise_datetime
R(precise_datetime, 1, precise_datetime, 2, MY_FALSE);
R(precise_datetime, 1, precise_datetime, 1, MY_TRUE);
R(precise_datetime, 2, precise_datetime, 1, MY_TRUE);
// precise_datetime vs special
R(precise_datetime, 1, null, , MY_TRUE);
R(null, , precise_datetime, 1, MY_FALSE);
R(precise_datetime, 1, min, , MY_TRUE);
R(min, , precise_datetime, 1, MY_FALSE);
R(precise_datetime, 1, max, , MY_FALSE);
R(max, , precise_datetime, 1, MY_TRUE);
// ctime vs ctime
R(ctime, 1, ctime, 2, MY_FALSE);
R(ctime, 1, ctime, 1, MY_TRUE);
R(ctime, 2, ctime, 1, MY_TRUE);
// ctime vs special
R(ctime, 1, null, , MY_TRUE);
R(null, , ctime, 1, MY_FALSE);
R(ctime, 1, min, , MY_TRUE);
R(min, , ctime, 1, MY_FALSE);
R(ctime, 1, max, , MY_FALSE);
R(max, , ctime, 1, MY_TRUE);
// mtime vs mtime
R(mtime, 1, mtime, 2, MY_FALSE);
R(mtime, 1, mtime, 1, MY_TRUE);
R(mtime, 2, mtime, 1, MY_TRUE);
// mtime vs special
R(mtime, 1, null, , MY_TRUE);
R(null, , mtime, 1, MY_FALSE);
R(mtime, 1, min, , MY_TRUE);
R(min, , mtime, 1, MY_FALSE);
R(mtime, 1, max, , MY_FALSE);
R(max, , mtime, 1, MY_TRUE);
// bool vs bool
R(bool, true, bool, true, MY_TRUE);
R(bool, true, bool, false, MY_TRUE);
R(bool, false, bool, false, MY_TRUE);
R(bool, false, bool, true, MY_FALSE);
// bool vs special
R(bool, true, null, , MY_TRUE);
R(null, , bool, true, MY_FALSE);
R(bool, true, min, , MY_TRUE);
R(min, , bool, true, MY_FALSE);
R(bool, true, max, , MY_FALSE);
R(max, , bool, true, MY_TRUE);
}
#define W(t11, v11, t12, v12, t21, v21, t22, v22, res) \
ROW2_COMPARE_EXPECT(ObExprGreaterEqual, &buf, calc, t11, v11, t12, v12, t21, v21, t22, v22, res)
TEST_F(ObExprGreaterEqualTest, row2_basic_test)
{
ObMalloc buf;
// (int, int) vs (int int)
W(int, 0, int, 0, int, 0, int, 0, MY_TRUE);
W(int, 0, int, 0, int, 0, int, 1, MY_FALSE);
W(int, 0, int, 0, int, 1, int, 0, MY_FALSE);
W(int, 0, int, 0, int, 1, int, 1, MY_FALSE);
W(int, 0, int, 1, int, 0, int, 0, MY_TRUE);
W(int, 0, int, 1, int, 0, int, 1, MY_TRUE);
W(int, 0, int, 1, int, 1, int, 0, MY_FALSE);
W(int, 0, int, 1, int, 1, int, 1, MY_FALSE);
W(int, 1, int, 0, int, 0, int, 0, MY_TRUE);
W(int, 1, int, 0, int, 0, int, 1, MY_TRUE);
W(int, 1, int, 0, int, 1, int, 0, MY_TRUE);
W(int, 1, int, 0, int, 1, int, 1, MY_FALSE);
W(int, 1, int, 1, int, 0, int, 0, MY_TRUE);
W(int, 1, int, 1, int, 0, int, 1, MY_TRUE);
W(int, 1, int, 1, int, 1, int, 0, MY_TRUE);
W(int, 1, int, 1, int, 1, int, 1, MY_TRUE);
// (int, varchar) vs (varchar, double)
W(int, 0, varchar, "0", varchar, "0", double, 0, MY_TRUE);
W(int, 0, varchar, "0", varchar, "0", double, 1, MY_FALSE);
W(int, 0, varchar, "0", varchar, "1", double, 0, MY_FALSE);
W(int, 0, varchar, "0", varchar, "1", double, 1, MY_FALSE);
W(int, 0, varchar, "1", varchar, "0", double, 0, MY_TRUE);
W(int, 0, varchar, "1", varchar, "0", double, 1, MY_TRUE);
W(int, 0, varchar, "1", varchar, "1", double, 0, MY_FALSE);
W(int, 0, varchar, "1", varchar, "1", double, 1, MY_FALSE);
W(int, 1, varchar, "0", varchar, "0", double, 0, MY_TRUE);
W(int, 1, varchar, "0", varchar, "0", double, 1, MY_TRUE);
W(int, 1, varchar, "0", varchar, "1", double, 0, MY_TRUE);
W(int, 1, varchar, "0", varchar, "1", double, 1, MY_FALSE);
W(int, 1, varchar, "1", varchar, "0", double, 0, MY_TRUE);
W(int, 1, varchar, "1", varchar, "0", double, 1, MY_TRUE);
W(int, 1, varchar, "1", varchar, "1", double, 0, MY_TRUE);
W(int, 1, varchar, "1", varchar, "1", double, 1, MY_TRUE);
// special values
W(min, , min, , min, , min, , MY_TRUE);
W(min, , min, , min, , null, , MY_FALSE);
W(min, , min, , min, , int, 0, MY_FALSE);
W(min, , min, , min, , max, , MY_FALSE);
W(min, , min, , null, , min, , MY_FALSE);
W(min, , min, , null, , null, , MY_FALSE);
W(min, , min, , null, , int, 0, MY_FALSE);
W(min, , min, , null, , max, , MY_FALSE);
W(min, , min, , int, 0, min, , MY_FALSE);
W(min, , min, , int, 0, null, , MY_FALSE);
W(min, , min, , int, 0, int, 0, MY_FALSE);
W(min, , min, , int, 0, max, , MY_FALSE);
W(min, , min, , max, , min, , MY_FALSE);
W(min, , min, , max, , null, , MY_FALSE);
W(min, , min, , max, , int, 0, MY_FALSE);
W(min, , min, , max, , max, , MY_FALSE);
W(min, , null, , min, , min, , MY_TRUE);
W(min, , null, , min, , null, , MY_TRUE);
W(min, , null, , min, , int, 0, MY_FALSE);
W(min, , null, , min, , max, , MY_FALSE);
W(min, , null, , null, , min, , MY_FALSE);
W(min, , null, , null, , null, , MY_FALSE);
W(min, , null, , null, , int, 0, MY_FALSE);
W(min, , null, , null, , max, , MY_FALSE);
W(min, , null, , int, 0, min, , MY_FALSE);
W(min, , null, , int, 0, null, , MY_FALSE);
W(min, , null, , int, 0, int, 0, MY_FALSE);
W(min, , null, , int, 0, max, , MY_FALSE);
W(min, , null, , max, , min, , MY_FALSE);
W(min, , null, , max, , null, , MY_FALSE);
W(min, , null, , max, , int, 0, MY_FALSE);
W(min, , null, , max, , max, , MY_FALSE);
W(min, , int, 0, min, , min, , MY_TRUE);
W(min, , int, 0, min, , null, , MY_TRUE);
W(min, , int, 0, min, , int, 0, MY_TRUE);
W(min, , int, 0, min, , max, , MY_FALSE);
W(min, , int, 0, null, , min, , MY_FALSE);
W(min, , int, 0, null, , null, , MY_FALSE);
W(min, , int, 0, null, , int, 0, MY_FALSE);
W(min, , int, 0, null, , max, , MY_FALSE);
W(min, , int, 0, int, 0, min, , MY_FALSE);
W(min, , int, 0, int, 0, null, , MY_FALSE);
W(min, , int, 0, int, 0, int, 0, MY_FALSE);
W(min, , int, 0, int, 0, max, , MY_FALSE);
W(min, , int, 0, max, , min, , MY_FALSE);
W(min, , int, 0, max, , null, , MY_FALSE);
W(min, , int, 0, max, , int, 0, MY_FALSE);
W(min, , int, 0, max, , max, , MY_FALSE);
W(min, , max, , min, , min, , MY_TRUE);
W(min, , max, , min, , null, , MY_TRUE);
W(min, , max, , min, , int, 0, MY_TRUE);
W(min, , max, , min, , max, , MY_TRUE);
W(min, , max, , null, , min, , MY_FALSE);
W(min, , max, , null, , null, , MY_FALSE);
W(min, , max, , null, , int, 0, MY_FALSE);
W(min, , max, , null, , max, , MY_FALSE);
W(min, , max, , int, 0, min, , MY_FALSE);
W(min, , max, , int, 0, null, , MY_FALSE);
W(min, , max, , int, 0, int, 0, MY_FALSE);
W(min, , max, , int, 0, max, , MY_FALSE);
W(min, , max, , max, , min, , MY_FALSE);
W(min, , max, , max, , null, , MY_FALSE);
W(min, , max, , max, , int, 0, MY_FALSE);
W(min, , max, , max, , max, , MY_FALSE);
W(null, , min, , min, , min, , MY_TRUE);
W(null, , min, , min, , null, , MY_TRUE);
W(null, , min, , min, , int, 0, MY_TRUE);
W(null, , min, , min, , max, , MY_TRUE);
W(null, , min, , null, , min, , MY_TRUE);
W(null, , min, , null, , null, , MY_FALSE);
W(null, , min, , null, , int, 0, MY_FALSE);
W(null, , min, , null, , max, , MY_FALSE);
W(null, , min, , int, 0, min, , MY_FALSE);
W(null, , min, , int, 0, null, , MY_FALSE);
W(null, , min, , int, 0, int, 0, MY_FALSE);
W(null, , min, , int, 0, max, , MY_FALSE);
W(null, , min, , max, , min, , MY_FALSE);
W(null, , min, , max, , null, , MY_FALSE);
W(null, , min, , max, , int, 0, MY_FALSE);
W(null, , min, , max, , max, , MY_FALSE);
W(null, , null, , min, , min, , MY_TRUE);
W(null, , null, , min, , null, , MY_TRUE);
W(null, , null, , min, , int, 0, MY_TRUE);
W(null, , null, , min, , max, , MY_TRUE);
W(null, , null, , null, , min, , MY_TRUE);
W(null, , null, , null, , null, , MY_TRUE);
W(null, , null, , null, , int, 0, MY_FALSE);
W(null, , null, , null, , max, , MY_FALSE);
W(null, , null, , int, 0, min, , MY_FALSE);
W(null, , null, , int, 0, null, , MY_FALSE);
W(null, , null, , int, 0, int, 0, MY_FALSE);
W(null, , null, , int, 0, max, , MY_FALSE);
W(null, , null, , max, , min, , MY_FALSE);
W(null, , null, , max, , null, , MY_FALSE);
W(null, , null, , max, , int, 0, MY_FALSE);
W(null, , null, , max, , max, , MY_FALSE);
W(null, , int, 0, min, , min, , MY_TRUE);
W(null, , int, 0, min, , null, , MY_TRUE);
W(null, , int, 0, min, , int, 0, MY_TRUE);
W(null, , int, 0, min, , max, , MY_TRUE);
W(null, , int, 0, null, , min, , MY_TRUE);
W(null, , int, 0, null, , null, , MY_TRUE);
W(null, , int, 0, null, , int, 0, MY_TRUE);
W(null, , int, 0, null, , max, , MY_FALSE);
W(null, , int, 0, int, 0, min, , MY_FALSE);
W(null, , int, 0, int, 0, null, , MY_FALSE);
W(null, , int, 0, int, 0, int, 0, MY_FALSE);
W(null, , int, 0, int, 0, max, , MY_FALSE);
W(null, , int, 0, max, , min, , MY_FALSE);
W(null, , int, 0, max, , null, , MY_FALSE);
W(null, , int, 0, max, , int, 0, MY_FALSE);
W(null, , int, 0, max, , max, , MY_FALSE);
W(null, , max, , min, , min, , MY_TRUE);
W(null, , max, , min, , null, , MY_TRUE);
W(null, , max, , min, , int, 0, MY_TRUE);
W(null, , max, , min, , max, , MY_TRUE);
W(null, , max, , null, , min, , MY_TRUE);
W(null, , max, , null, , null, , MY_TRUE);
W(null, , max, , null, , int, 0, MY_TRUE);
W(null, , max, , null, , max, , MY_TRUE);
W(null, , max, , int, 0, min, , MY_FALSE);
W(null, , max, , int, 0, null, , MY_FALSE);
W(null, , max, , int, 0, int, 0, MY_FALSE);
W(null, , max, , int, 0, max, , MY_FALSE);
W(null, , max, , max, , min, , MY_FALSE);
W(null, , max, , max, , null, , MY_FALSE);
W(null, , max, , max, , int, 0, MY_FALSE);
W(null, , max, , max, , max, , MY_FALSE);
W(int, 0, min, , min, , min, , MY_TRUE);
W(int, 0, min, , min, , null, , MY_TRUE);
W(int, 0, min, , min, , int, 0, MY_TRUE);
W(int, 0, min, , min, , max, , MY_TRUE);
W(int, 0, min, , null, , min, , MY_TRUE);
W(int, 0, min, , null, , null, , MY_TRUE);
W(int, 0, min, , null, , int, 0, MY_TRUE);
W(int, 0, min, , null, , max, , MY_TRUE);
W(int, 0, min, , int, 0, min, , MY_TRUE);
W(int, 0, min, , int, 0, null, , MY_FALSE);
W(int, 0, min, , int, 0, int, 0, MY_FALSE);
W(int, 0, min, , int, 0, max, , MY_FALSE);
W(int, 0, min, , max, , min, , MY_FALSE);
W(int, 0, min, , max, , null, , MY_FALSE);
W(int, 0, min, , max, , int, 0, MY_FALSE);
W(int, 0, min, , max, , max, , MY_FALSE);
W(int, 0, null, , min, , min, , MY_TRUE);
W(int, 0, null, , min, , null, , MY_TRUE);
W(int, 0, null, , min, , int, 0, MY_TRUE);
W(int, 0, null, , min, , max, , MY_TRUE);
W(int, 0, null, , null, , min, , MY_TRUE);
W(int, 0, null, , null, , null, , MY_TRUE);
W(int, 0, null, , null, , int, 0, MY_TRUE);
W(int, 0, null, , null, , max, , MY_TRUE);
W(int, 0, null, , int, 0, min, , MY_TRUE);
W(int, 0, null, , int, 0, null, , MY_TRUE);
W(int, 0, null, , int, 0, int, 0, MY_FALSE);
W(int, 0, null, , int, 0, max, , MY_FALSE);
W(int, 0, null, , max, , min, , MY_FALSE);
W(int, 0, null, , max, , null, , MY_FALSE);
W(int, 0, null, , max, , int, 0, MY_FALSE);
W(int, 0, null, , max, , max, , MY_FALSE);
W(int, 0, int, 0, min, , min, , MY_TRUE);
W(int, 0, int, 0, min, , null, , MY_TRUE);
W(int, 0, int, 0, min, , int, 0, MY_TRUE);
W(int, 0, int, 0, min, , max, , MY_TRUE);
W(int, 0, int, 0, null, , min, , MY_TRUE);
W(int, 0, int, 0, null, , null, , MY_TRUE);
W(int, 0, int, 0, null, , int, 0, MY_TRUE);
W(int, 0, int, 0, null, , max, , MY_TRUE);
W(int, 0, int, 0, int, 0, min, , MY_TRUE);
W(int, 0, int, 0, int, 0, null, , MY_TRUE);
W(int, 0, int, 0, int, 0, int, 0, MY_TRUE);
W(int, 0, int, 0, int, 0, max, , MY_FALSE);
W(int, 0, int, 0, max, , min, , MY_FALSE);
W(int, 0, int, 0, max, , null, , MY_FALSE);
W(int, 0, int, 0, max, , int, 0, MY_FALSE);
W(int, 0, int, 0, max, , max, , MY_FALSE);
W(int, 0, max, , min, , min, , MY_TRUE);
W(int, 0, max, , min, , null, , MY_TRUE);
W(int, 0, max, , min, , int, 0, MY_TRUE);
W(int, 0, max, , min, , max, , MY_TRUE);
W(int, 0, max, , null, , min, , MY_TRUE);
W(int, 0, max, , null, , null, , MY_TRUE);
W(int, 0, max, , null, , int, 0, MY_TRUE);
W(int, 0, max, , null, , max, , MY_TRUE);
W(int, 0, max, , int, 0, min, , MY_TRUE);
W(int, 0, max, , int, 0, null, , MY_TRUE);
W(int, 0, max, , int, 0, int, 0, MY_TRUE);
W(int, 0, max, , int, 0, max, , MY_TRUE);
W(int, 0, max, , max, , min, , MY_FALSE);
W(int, 0, max, , max, , null, , MY_FALSE);
W(int, 0, max, , max, , int, 0, MY_FALSE);
W(int, 0, max, , max, , max, , MY_FALSE);
W(max, , min, , min, , min, , MY_TRUE);
W(max, , min, , min, , null, , MY_TRUE);
W(max, , min, , min, , int, 0, MY_TRUE);
W(max, , min, , min, , max, , MY_TRUE);
W(max, , min, , null, , min, , MY_TRUE);
W(max, , min, , null, , null, , MY_TRUE);
W(max, , min, , null, , int, 0, MY_TRUE);
W(max, , min, , null, , max, , MY_TRUE);
W(max, , min, , int, 0, min, , MY_TRUE);
W(max, , min, , int, 0, null, , MY_TRUE);
W(max, , min, , int, 0, int, 0, MY_TRUE);
W(max, , min, , int, 0, max, , MY_TRUE);
W(max, , min, , max, , min, , MY_TRUE);
W(max, , min, , max, , null, , MY_FALSE);
W(max, , min, , max, , int, 0, MY_FALSE);
W(max, , min, , max, , max, , MY_FALSE);
W(max, , null, , min, , min, , MY_TRUE);
W(max, , null, , min, , null, , MY_TRUE);
W(max, , null, , min, , int, 0, MY_TRUE);
W(max, , null, , min, , max, , MY_TRUE);
W(max, , null, , null, , min, , MY_TRUE);
W(max, , null, , null, , null, , MY_TRUE);
W(max, , null, , null, , int, 0, MY_TRUE);
W(max, , null, , null, , max, , MY_TRUE);
W(max, , null, , int, 0, min, , MY_TRUE);
W(max, , null, , int, 0, null, , MY_TRUE);
W(max, , null, , int, 0, int, 0, MY_TRUE);
W(max, , null, , int, 0, max, , MY_TRUE);
W(max, , null, , max, , min, , MY_TRUE);
W(max, , null, , max, , null, , MY_TRUE);
W(max, , null, , max, , int, 0, MY_FALSE);
W(max, , null, , max, , max, , MY_FALSE);
W(max, , int, 0, min, , min, , MY_TRUE);
W(max, , int, 0, min, , null, , MY_TRUE);
W(max, , int, 0, min, , int, 0, MY_TRUE);
W(max, , int, 0, min, , max, , MY_TRUE);
W(max, , int, 0, null, , min, , MY_TRUE);
W(max, , int, 0, null, , null, , MY_TRUE);
W(max, , int, 0, null, , int, 0, MY_TRUE);
W(max, , int, 0, null, , max, , MY_TRUE);
W(max, , int, 0, int, 0, min, , MY_TRUE);
W(max, , int, 0, int, 0, null, , MY_TRUE);
W(max, , int, 0, int, 0, int, 0, MY_TRUE);
W(max, , int, 0, int, 0, max, , MY_TRUE);
W(max, , int, 0, max, , min, , MY_TRUE);
W(max, , int, 0, max, , null, , MY_TRUE);
W(max, , int, 0, max, , int, 0, MY_TRUE);
W(max, , int, 0, max, , max, , MY_FALSE);
W(max, , max, , min, , min, , MY_TRUE);
W(max, , max, , min, , null, , MY_TRUE);
W(max, , max, , min, , int, 0, MY_TRUE);
W(max, , max, , min, , max, , MY_TRUE);
W(max, , max, , null, , min, , MY_TRUE);
W(max, , max, , null, , null, , MY_TRUE);
W(max, , max, , null, , int, 0, MY_TRUE);
W(max, , max, , null, , max, , MY_TRUE);
W(max, , max, , int, 0, min, , MY_TRUE);
W(max, , max, , int, 0, null, , MY_TRUE);
W(max, , max, , int, 0, int, 0, MY_TRUE);
W(max, , max, , int, 0, max, , MY_TRUE);
W(max, , max, , max, , min, , MY_TRUE);
W(max, , max, , max, , null, , MY_TRUE);
W(max, , max, , max, , int, 0, MY_TRUE);
W(max, , max, , max, , max, , MY_TRUE);
}
*/
int main(int argc, char** argv)
{
::testing::InitGoogleTest(&argc, argv);
return RUN_ALL_TESTS();
}