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/*
Copyright 2008 - 2010 Sun Microsystems, Inc. All rights reserved.
The MySQL Connector/C++ is licensed under the terms of the GPL
<http://www.gnu.org/licenses/old-licenses/gpl-2.0.html>, like most
MySQL Connectors. There are special exceptions to the terms and
conditions of the GPL as it is applied to this software, see the
FLOSS License Exception
<http://www.mysql.com/about/legal/licensing/foss-exception.html>.
*/
#include "../unit_fixture.h"
/**
* Example of a collection of tests
*
*/
namespace testsuite
{
namespace example
{
class example_test_class : public unit_fixture
{
private:
typedef unit_fixture super;
protected:
public:
EXAMPLE_TEST_FIXTURE(example_test_class)
{
TEST_CASE(test_hello_world1);
TEST_CASE(test_hello_world2);
TEST_CASE(test_assert_equals);
TEST_CASE(test_assert_equals_fail);
TEST_CASE(test_assert_message);
TEST_CASE(test_assert_lessthan);
TEST_CASE(test_assert_greaterthan);
TEST_CASE(test_skip);
TEST_CASE(test_todo);
}
/**
* SELECT 'Hello world' example using framework magic
*
* Runs SELECT 'Hello world!' using the Connection and Statement
* object that has been implicitly created by setUp() before calling the test.
*
* The unit_fixture class defines a coupld of useful members for you:
* - Connection
* - Statement
* - PreparedStatement
* - ResultSet
*
* The Connection object is the only one which is initialized and ready for
* use. All other objects are in an undefined state. All members are defined
* as auto-ptr, meaning, you don't need to worry about cleaning up them.
*/
void test_hello_world1();
/**
* SELECT 'Hello world' example without framework magic
*
* The same as test1() but with less framework magic and, for example,
* manual connect using the framework method getConnection()
*/
void test_hello_world2();
/**
* Demo of ASSERT_EQUALS macro
*
* ASSERT_EQUALS macro can handle the following types:
* - int
* - bool
* - double
* - float
* - long double
* - char*
*
* ASSERT_EQUALS is a wrapper for:
* void assertEquals(<type> expected, <type> result, const char* file, int line);
*/
void test_assert_equals();
/**
* Demo of a failing ASSERT_EQUALS
*/
void test_assert_equals_fail();
/**
* Demo of ASSERT_MESSAGE
*/
void test_assert_message();
/**
* Demo of ASSERT_LT
*
* At the time of writing ASSERT_LT is only defined for int and unsigned int
* comparisons. This has the nice side effect that you can rewrite
* "less or equal than" conditions as "less than" conditions.
*/
void test_assert_lessthan();
/**
* Demo of ASSERT_GT
*
* At the time of writing ASSERT_GT is only defined for int and unsigned int
* comparisons. This has the nice side effect that you can rewrite
* "greater or equal than" conditions as "greater than" conditions.
*/
void test_assert_greaterthan();
/**
* Demo of SKIP(<message>)
*
* If a test requires a certain MySQL feature only available with MySQL version x.y.z
* you should test if MySQL can give you what you need. If it can't SKIP the test.
* SKIP will stop test execution.
*/
void test_skip();
/**
* Demo of TODO(<message>)
*
* If you know that a certain test will fail, for example, because its a regression
* test for an open bug report, you should mark the test as a TODO. Whoever runs the
* test will be able to see that you are working on the bug and the test failure
* is expected and does not need to be escalated in any way.
*/
void test_todo();
};
REGISTER_FIXTURE(example_test_class);
} /* namespace example */
} /* namespace testsuite */
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