/usr/include/diagnostics/record_vectors.ts.hpp is in libdiagnostics-dev 0.3.3-11build1.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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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/util/record_vectors.ts.hpp
*
* $Id$
*
* @author Christian Schallhart
*
* @brief [LEVEL: beta] various sequences of @ref
* ::diagnostics::Record s to test unittesting.
*
* @test none
*/
#ifndef DIAGNOSTICS__UTIL__RECORD_VECTORS_TS_HPP__INCLUDE_GUARD
#define DIAGNOSTICS__UTIL__RECORD_VECTORS_TS_HPP__INCLUDE_GUARD
#include <diagnostics/frame/record.hpp>
#include <diagnostics/unittest/test_system/test_run_result.hpp>
#include <diagnostics/unittest.hpp>
#include <diagnostics/util/dummy_values_for_tid_pid.ts.hpp>
#include <vector>
DIAGNOSTICS_NAMESPACE_BEGIN;
UNITTEST_NAMESPACE_BEGIN;
TEST_NAMESPACE_BEGIN;
struct Record_Vector
{
/**
* @brief returns a vector of Records. These Records are used by
* other tests as sample sequences of logged records.
*/
virtual ::std::vector< ::diagnostics::Record> records()=0;
/**
* @brief checks whether a @ref Test_Run_Result @a t contains the
* correct results under the assumption that it has been fed with
* the records from @ref records(). @a logging has to be set to
* true, iff the record sequence was filtered by a @ref
* Test_Logger. @a target_level must be set to the used
* target_level, i.e., it has to be equal @a t.target_level. This
* is legacy, the redudency might be removed in the future.
*/
virtual void check(::diagnostics::unittest::Test_Run_Result const & t,
bool const logging,
Level_t const target_level)=0;
virtual ~Record_Vector() {}
virtual Record_Vector* clone() const=0;
};
#if DIAGNOSTICS_SWITCH_SYSTEM_CALLS_ENABLED == 1
# define CSTR_RECORD(STR_WHAT,LEVEL,TYPE) \
Record(LEVEL, \
TYPE, \
0, \
STR_WHAT,"base","file",1, \
::diagnostics::testing::Dummy_Values_For_Pid::value2,\
::diagnostics::testing::Dummy_Values_For_Tid::value3,\
1000,10000,"host" \
)
#else
# define CSTR_RECORD(STR_WHAT,LEVEL,TYPE) \
Record(LEVEL, \
TYPE, \
0, \
STR_WHAT,"base","file",1 \
)
#endif
struct Empty_Trace_0sec_0usec
: public Record_Vector
{
virtual Record_Vector* clone() const;
virtual ::std::vector< ::diagnostics::Record> records();
virtual void check(::diagnostics::unittest::Test_Run_Result const & t,
bool const logging,
Level_t const target_level);
};
////////////////////////////////////////////////////////////////////////////////
struct Empty_Trace_1sec_1usec_No_Carry
: public Record_Vector
{
virtual Record_Vector* clone() const;
virtual ::std::vector< ::diagnostics::Record> records();
virtual void check(::diagnostics::unittest::Test_Run_Result const & t,
bool const logging,
Level_t const target_level);
};
////////////////////////////////////////////////////////////////////////////////
struct Empty_Trace_1sec_1usec_With_Carry
: public Record_Vector
{
virtual Record_Vector* clone() const;
virtual ::std::vector< ::diagnostics::Record> records();
virtual void check(::diagnostics::unittest::Test_Run_Result const & t,
bool const logging,
Level_t const target_level);
};
////////////////////////////////////////////////////////////////////////////////
struct Trace_With_One_Failure
: public Record_Vector
{
virtual Record_Vector* clone() const;
virtual ::std::vector< ::diagnostics::Record> records();
virtual void check(::diagnostics::unittest::Test_Run_Result const & t,
bool const logging,
Level_t const target_level);
};
////////////////////////////////////////////////////////////////////////////////
struct Trace_With_One_Invalidation
: public Record_Vector
{
virtual Record_Vector* clone() const;
virtual ::std::vector< ::diagnostics::Record> records();
virtual void check(::diagnostics::unittest::Test_Run_Result const & t,
bool const logging,
Level_t const target_level);
};
////////////////////////////////////////////////////////////////////////////////
struct Trace_With_One_Failed_Check
: public Record_Vector
{
virtual Record_Vector* clone() const;
virtual ::std::vector< ::diagnostics::Record> records();
virtual void check(::diagnostics::unittest::Test_Run_Result const & t,
bool const logging,
Level_t const target_level);
};
////////////////////////////////////////////////////////////////////////////////
struct Trace_With_All_Level_Type_Combinations
: public Record_Vector
{
virtual Record_Vector* clone() const;
virtual ::std::vector< ::diagnostics::Record> records();
virtual void check(::diagnostics::unittest::Test_Run_Result const & t,
bool const logging,
Level_t const target_level);
static void inner_records(::std::vector< ::diagnostics::Record> & result);
};
////////////////////////////////////////////////////////////////////////////////
struct Trace_With_All_Level_Type_Combinations_Times_2
: public Record_Vector
{
virtual Record_Vector* clone() const;
virtual ::std::vector< ::diagnostics::Record> records();
virtual void check(::diagnostics::unittest::Test_Run_Result const & t,
bool const logging,
Level_t const target_level);
};
////////////////////////////////////////////////////////////////////////////////
struct Trace_With_Two_Test_Case_Enter_Msgs
: public Record_Vector
{
virtual Record_Vector* clone() const;
virtual ::std::vector< ::diagnostics::Record> records();
virtual void check(::diagnostics::unittest::Test_Run_Result const & t,
bool const logging,
Level_t const target_level);
};
////////////////////////////////////////////////////////////////////////////////
struct Trace_With_No_Test_Case_Enter
: public Record_Vector
{
virtual Record_Vector* clone() const;
virtual ::std::vector< ::diagnostics::Record> records();
virtual void check(::diagnostics::unittest::Test_Run_Result const & t,
bool const logging,
Level_t const target_level);
};
////////////////////////////////////////////////////////////////////////////////
struct Trace_With_Two_Test_Case_Exits
: public Record_Vector
{
virtual Record_Vector* clone() const;
virtual ::std::vector< ::diagnostics::Record> records();
virtual void check(::diagnostics::unittest::Test_Run_Result const & t,
bool const logging,
Level_t const target_level);
};
#undef PUSH_RECORD
TEST_NAMESPACE_END;
UNITTEST_NAMESPACE_END;
DIAGNOSTICS_NAMESPACE_END;
#endif
// vim:ts=4:sw=4
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