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/*
* Diagnostics - a unified framework for code annotation, logging,
* program monitoring, and unit-testing.
*
* Copyright (C) 2009 Christian Schallhart <christian@schallhart.net>,
* Michael Tautschnig <tautschnig@forsyte.de>
* 2008 model.in.tum.de group, FORSYTE group
* 2006-2007 model.in.tum.de group
* 2002-2005 Christian Schallhart
*
* This library is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 2.1 of the License, or (at your option) any later version.
*
* This library 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
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public
* License along with this library; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
*/
/**
* @file diagnostics/macros/block_annotation.t.cpp
*
* @brief [LEVEL: beta] testing @ref DIAGNOSTICS_BASE_BLOCK_ENTER,
* @ref DIAGNOSTICS_BASE_BLOCK_EXIT, and @ref
* DIAGNOSTICS_BASE_BLOCK_GUARD
*
* $Id: block_annotation.t.cpp,v 1.12 2005/06/23 09:54:21 esdentem Exp $
*
* @author Christian Schallhart
*/
#include <diagnostics/unittest.hpp>
// component
#include <diagnostics/macros/block_annotation.hpp>
// used component
#include <diagnostics/frame/logging_config.hpp>
// backdoor
#include <diagnostics/unittest/test_system/current_test_logger.hpp>
// test support
#include <diagnostics/util/dummy_logger.ts.hpp>
#include <diagnostics/util/assert_record.ts.hpp>
#define TEST_COMPONENT_NAME block_annotation
#define TEST_COMPONENT_NAMESPACE diagnostics
DIAGNOSTICS_NAMESPACE_BEGIN;
TEST_NAMESPACE_BEGIN;
TEST_COMPONENT_TEST_NAMESPACE_BEGIN;
using namespace unittest;
using ::diagnostics::unittest::internal::Current_Test_Logger;
#define AC_THROW(LEVEL,NAME,WHAT) throw NAME(WHAT)
#define AC_NOOP(LEVEL,NAME,WHAT) ((void)0)
void block_guard(Test_Data & data)
{
// never mind the leak
Dummy_Logger * logger=new Dummy_Logger;
Dummy_Logger::Records_t & records(logger->records());
typedef Dummy_Logger::Records_t::iterator Iter_t;
Logging_Config::register_logger(logger);
TEST_NO_IMPLICIT_LOGGING_ENTER;
using ::diagnostics::internal::Block_Guard;
{
Block_Guard<TYPE_TRACE,TYPE_TRACE_BINARY,LEVEL_PROD,0,1> guard("what","base","file");
}
{
Block_Guard<TYPE_BLOCK_ENTER,TYPE_BLOCK_EXIT,LEVEL_DEBUG,1,2> guard("what1","base1","file1");
}
{
Block_Guard<TYPE_TRACE,TYPE_TRACE_BINARY,LEVEL_PROD,2,1> guard("what","base","file");
Block_Guard<TYPE_BLOCK_ENTER,TYPE_BLOCK_EXIT,LEVEL_DEBUG,3,2> guard1("what1","base1","file1");
}
TEST_NO_IMPLICIT_LOGGING_EXIT;
Logging_Config::unregister_logger(logger);
// checking
Iter_t current(records.begin());
TEST_ASSERT(current->type()==TYPE_LOG_OPEN);
++current;
TEST_ASSERT_RECORD(LEVEL_PROD,TYPE_TRACE,0,"what","base","file",1);
++current;
TEST_ASSERT_RECORD(LEVEL_PROD,TYPE_TRACE_BINARY,0,"what","base","file",1);
++current;
TEST_ASSERT_RECORD(LEVEL_DEBUG,TYPE_BLOCK_ENTER,1,"what1","base1","file1",2);
++current;
TEST_ASSERT_RECORD(LEVEL_DEBUG,TYPE_BLOCK_EXIT,1,"what1","base1","file1",2);
++current;
TEST_ASSERT_RECORD(LEVEL_PROD,TYPE_TRACE,2,"what","base","file",1);
++current;
TEST_ASSERT_RECORD(LEVEL_DEBUG,TYPE_BLOCK_ENTER,3,"what1","base1","file1",2);
++current;
TEST_ASSERT_RECORD(LEVEL_DEBUG,TYPE_BLOCK_EXIT,3,"what1","base1","file1",2);
++current;
TEST_ASSERT_RECORD(LEVEL_PROD,TYPE_TRACE_BINARY,2,"what","base","file",1);
++current;
TEST_ASSERT(current->type()==TYPE_LOG_CLOSE);
TEST_ASSERT(current+1==records.end());
delete logger;
}
void block_guard_macro(Test_Data & data)
{
// never mind the leak
Dummy_Logger * logger=new Dummy_Logger;
Dummy_Logger::Records_t & records(logger->records());
typedef Dummy_Logger::Records_t::iterator Iter_t;
Logging_Config::register_logger(logger);
TEST_NO_IMPLICIT_LOGGING_ENTER;
using ::diagnostics::internal::Block_Guard;
{
DIAGNOSTICS_BASE_BLOCK_GUARD(LEVEL_PROD,TYPE_TRACE,TYPE_TRACE_BINARY,10,"what");
}
{
DIAGNOSTICS_BASE_BLOCK_GUARD(LEVEL_DEBUG,TYPE_BLOCK_ENTER,TYPE_BLOCK_EXIT,1000,"what1");
}
{
DIAGNOSTICS_BASE_BLOCK_GUARD(LEVEL_PROD,TYPE_TRACE,TYPE_TRACE_BINARY,10,"what");
{
DIAGNOSTICS_BASE_BLOCK_GUARD(LEVEL_DEBUG,TYPE_BLOCK_ENTER,TYPE_BLOCK_EXIT,1000,"what1");
}
}
TEST_NO_IMPLICIT_LOGGING_EXIT;
Logging_Config::unregister_logger(logger);
// checking
Iter_t current(records.begin());
TEST_ASSERT(current->type()==TYPE_LOG_OPEN);
++current;
TEST_ASSERT_RECORD1(LEVEL_PROD,TYPE_TRACE,10,"what");
++current;
TEST_ASSERT_RECORD1(LEVEL_PROD,TYPE_TRACE_BINARY,10,"what");
++current;
TEST_ASSERT_RECORD1(LEVEL_DEBUG,TYPE_BLOCK_ENTER,1000,"what1");
++current;
TEST_ASSERT_RECORD1(LEVEL_DEBUG,TYPE_BLOCK_EXIT,1000,"what1");
++current;
TEST_ASSERT_RECORD1(LEVEL_PROD,TYPE_TRACE,10,"what");
++current;
TEST_ASSERT_RECORD1(LEVEL_DEBUG,TYPE_BLOCK_ENTER,1000,"what1");
++current;
TEST_ASSERT_RECORD1(LEVEL_DEBUG,TYPE_BLOCK_EXIT,1000,"what1");
++current;
TEST_ASSERT_RECORD1(LEVEL_PROD,TYPE_TRACE_BINARY,10,"what");
++current;
TEST_ASSERT(current->type()==TYPE_LOG_CLOSE);
TEST_ASSERT(current+1==records.end());
delete logger;
}
void block_enter_exit(Test_Data & data)
{
// never mind the leak
Dummy_Logger * logger=new Dummy_Logger;
Dummy_Logger::Records_t & records(logger->records());
typedef Dummy_Logger::Records_t::iterator Iter_t;
Logging_Config::register_logger(logger);
TEST_NO_IMPLICIT_LOGGING_ENTER;
DIAGNOSTICS_BASE_BLOCK_ENTER(LEVEL_AUDIT,TYPE_BLOCK_ENTER,TYPE_BLOCK_EXIT,10,"what");
DIAGNOSTICS_BASE_BLOCK_ENTER(LEVEL_DEBUG,TYPE_METHOD_ENTER,TYPE_METHOD_EXIT,1000,"what1");
DIAGNOSTICS_BASE_BLOCK_EXIT;
DIAGNOSTICS_BASE_BLOCK_EXIT;
TEST_NO_IMPLICIT_LOGGING_EXIT;
Logging_Config::unregister_logger(logger);
// checking
Iter_t current(records.begin());
TEST_ASSERT(current->type()==TYPE_LOG_OPEN);
++current;
TEST_ASSERT_RECORD1(LEVEL_AUDIT,TYPE_BLOCK_ENTER,10,"what");
++current;
TEST_ASSERT_RECORD1(LEVEL_DEBUG,TYPE_METHOD_ENTER,1000,"what1");
++current;
TEST_ASSERT_RECORD1(LEVEL_DEBUG,TYPE_METHOD_EXIT,1000,"what1");
++current;
TEST_ASSERT_RECORD1(LEVEL_AUDIT,TYPE_BLOCK_EXIT,10,"what");
++current;
TEST_ASSERT(current->type()==TYPE_LOG_CLOSE);
TEST_ASSERT(current+1==records.end());
delete logger;
}
TEST_COMPONENT_TEST_NAMESPACE_END;
TEST_NAMESPACE_END;
DIAGNOSTICS_NAMESPACE_END;
TEST_SUITE_BEGIN;
TEST_NORMAL_CASE(&block_guard,LEVEL_PROD);
TEST_NORMAL_CASE(&block_guard_macro,LEVEL_PROD);
TEST_NORMAL_CASE(&block_enter_exit,LEVEL_PROD);
TEST_SUITE_END;
STREAM_TEST_SYSTEM_MAIN;
// vim:ts=4:sw=4
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