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/*
** Zabbix
** Copyright (C) 2001-2019 Zabbix SIA
**
** 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 2 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, write to the Free Software
** Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
**/
#ifndef ZABBIX_ZBXCUNIT_H
#define ZABBIX_ZBXCUNIT_H
#ifdef ZBX_CUNIT
#include <malloc.h>
#include <CUnit/Basic.h>
#include <CUnit/Automated.h>
#include "zbxalgo.h"
#define ZBX_CU_STR2(str) #str
#define ZBX_CU_STR(str) ZBX_CU_STR2(str)
#define ZBX_CU_SUITE_PREFIX zbx_cu_init_
#define ZBX_CU_SUITE_PREFIX_STR ZBX_CU_STR(ZBX_CU_SUITE_PREFIX)
#define ZBX_CU_DECLARE3(prefix, suite) prefix ## suite(void)
#define ZBX_CU_DECLARE2(prefix, suite) ZBX_CU_DECLARE3(prefix, suite)
#define ZBX_CU_DECLARE(suite) ZBX_CU_DECLARE2(ZBX_CU_SUITE_PREFIX, suite)
typedef int (*zbx_cu_init_suite_func_t)(void);
#define ZBX_CU_LEAK_CHECK_START() struct mallinfo zbx_cu_minfo = mallinfo()
#define ZBX_CU_LEAK_CHECK_END() { \
struct mallinfo minfo_local; \
minfo_local = mallinfo(); \
CU_ASSERT_EQUAL(minfo_local.uordblks, zbx_cu_minfo.uordblks); \
}
#define ZBX_CU_ADD_TEST(suite, function) \
if (NULL == CU_add_test(suite, #function, function)) \
{ \
fprintf(stderr, "Error adding test suite \"" #function "\"\n"); \
return CU_get_error(); \
}
#define ZBX_CU_ASSERT_STRING_EQ(desc, actual, expected) { \
CU_assertImplementation(!(strcmp((const char*)(actual), (const char*)(expected))), __LINE__, \
zbx_cu_assert_args_str(desc, "==", #actual, actual, #expected, expected), \
__FILE__, "", CU_FALSE); \
}
#define ZBX_CU_ASSERT_STRING_EQ_FATAL(desc, actual, expected) { \
CU_assertImplementation(!(strcmp((const char*)(actual), (const char*)(expected))), __LINE__, \
zbx_cu_assert_args_str(desc, "==", #actual, actual, #expected, expected), \
__FILE__, "", CU_TRUE); \
}
#define ZBX_CU_ASSERT_STRINGN_EQ(desc, actual, expected, n) { \
CU_assertImplementation(!(strncmp((const char*)(actual), (const char*)(expected), n)), __LINE__,\
zbx_cu_assert_args_str_n(desc, "==", #actual, actual, #expected, expected, n), \
__FILE__, "", CU_FALSE); \
}
#define ZBX_CU_ASSERT_STRINGN_EQ_FATAL(desc, actual, expected, n) { \
CU_assertImplementation(!(strncmp((const char*)(actual), (const char*)(expected), n)), __LINE__,\
zbx_cu_assert_args_str_n(desc, "==", #actual, actual, #expected, expected, n),\
__FILE__, "", CU_TRUE); \
}
#define ZBX_CU_ASSERT_INT_EQ(desc, actual, expected) { \
CU_assertImplementation((actual == expected) , __LINE__, \
zbx_cu_assert_args_int(desc, "==", #actual, actual, #expected, expected), \
__FILE__, "", CU_FALSE); \
}
#define ZBX_CU_ASSERT_INT_EQ_FATAL(desc, actual, expected) { \
CU_assertImplementation((actual == expected) , __LINE__, \
zbx_cu_assert_args_int(desc, "==", #actual, actual, #expected, expected), \
__FILE__, "", CU_TRUE); \
}
#define ZBX_CU_ASSERT_INT_NE(desc, actual, expected) { \
CU_assertImplementation((actual != expected) , __LINE__, \
zbx_cu_assert_args_int(desc, "!=", #actual, actual, #expected, expected), \
__FILE__, "", CU_FALSE); \
}
#define ZBX_CU_ASSERT_INT_NE_FATAL(desc, actual, expected) { \
CU_assertImplementation((actual != expected) , __LINE__, \
zbx_cu_assert_args_int(desc, "!=", #actual, actual, #expected, expected), \
__FILE__, "", CU_TRUE); \
}
#define ZBX_CU_ASSERT_UINT64_EQ(desc, actual, expected) { \
CU_assertImplementation((actual == expected) , __LINE__, \
zbx_cu_assert_args_ui64(desc, "==", #actual, actual, #expected, expected), \
__FILE__, "", CU_FALSE); \
}
#define ZBX_CU_ASSERT_UINT64_EQ_FATAL(desc, actual, expected) { \
CU_assertImplementation((actual == expected) , __LINE__, \
zbx_cu_assert_args_ui64(desc, "==", #actual, actual, #expected, expected), \
__FILE__, "", CU_TRUE); \
}
#define ZBX_CU_ASSERT_DOUBLE_EQ(desc, actual, expected) { \
CU_assertImplementation((actual == expected) , __LINE__, \
zbx_cu_assert_args_dbl(desc, "==", #actual, actual, #expected, expected), \
__FILE__, "", CU_FALSE); \
}
#define ZBX_CU_ASSERT_DOUBLE_EQ_FATAL(desc, actual, expected) { \
CU_assertImplementation((actual == expected) , __LINE__, \
zbx_cu_assert_args_dbl(desc, "==", #actual, actual, #expected, expected), \
__FILE__, "", CU_FALSE); \
}
#define ZBX_CU_ASSERT_CHAR_EQ(desc, actual, expected) { \
CU_assertImplementation((actual == expected) , __LINE__, \
zbx_cu_assert_args_char(desc, "==", #actual, actual, #expected, expected), \
__FILE__, "", CU_FALSE); \
}
#define ZBX_CU_ASSERT_CHAR_EQ_FATAL(desc, actual, expected) { \
CU_assertImplementation((actual == expected) , __LINE__, \
zbx_cu_assert_args_char(desc, "==", #actual, actual, #expected, expected), \
__FILE__, "", CU_TRUE); \
}
#define ZBX_CU_ASSERT_CHAR_NE(desc, actual, expected) { \
CU_assertImplementation((actual != expected) , __LINE__, \
zbx_cu_assert_args_char(desc, "!=", #actual, actual, #expected, expected), \
__FILE__, "", CU_FALSE); \
}
#define ZBX_CU_ASSERT_CHAR_NE_FATAL(desc, actual, expected) { \
CU_assertImplementation((actual != expected) , __LINE__, \
zbx_cu_assert_args_char(desc, "!=", #actual, actual, #expected, expected), \
__FILE__, "", CU_TRUE); \
}
#define ZBX_CU_ASSERT_PTR_NULL_FATAL(desc, ptr) { \
CU_assertImplementation((ptr == NULL) , __LINE__, \
zbx_cu_assert_args_str(desc, "==", #ptr, "", "NULL", ""), \
__FILE__, "", CU_TRUE); \
}
#define ZBX_CU_ASSERT_PTR_NOT_NULL_FATAL(desc, ptr) { \
CU_assertImplementation((ptr != NULL) , __LINE__, \
zbx_cu_assert_args_str(desc, "!=", #ptr, "", "NULL", ""), \
__FILE__, "", CU_TRUE); \
}
const char *zbx_cu_assert_args_str(const char *description, const char *operation, const char *expression1,
const char *actual, const char *expression2, const char *expected);
const char *zbx_cu_assert_args_str_n(const char *description, const char *operation, const char *expression1,
const char *actual, const char *expression2, const char *expected, size_t n);
const char *zbx_cu_assert_args_ui64(const char *description, const char *operation, const char *expression1,
zbx_uint64_t actual, const char *expression2, zbx_uint64_t expected);
const char *zbx_cu_assert_args_dbl(const char *description, const char *operation, const char *expression1,
double actual, const char *expression2, double expected);
const char *zbx_cu_assert_args_int(const char *description, const char *operation, const char *expression1,
int actual, const char *expression2, int expected);
const char *zbx_cu_assert_args_char(const char *description, const char *operation, const char *expression1,
char actual, const char *expression2, char expected);
void zbx_cu_run(int args, char *argv[]);
void *zbx_cu_galloc(void *old, size_t size);
const char *zbx_cu_item_type_string(zbx_item_type_t item_type);
const char *zbx_cu_poller_type_string(unsigned char poller_type);
#endif
#endif
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