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/* -*- Mode: C++; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 4 -*- */
/*
* This file is part of the LibreOffice project.
*
* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this
* file, You can obtain one at http://mozilla.org/MPL/2.0/.
*
* This file incorporates work covered by the following license notice:
*
* Licensed to the Apache Software Foundation (ASF) under one or more
* contributor license agreements. See the NOTICE file distributed
* with this work for additional information regarding copyright
* ownership. The ASF licenses this file to you under the Apache
* License, Version 2.0 (the "License"); you may not use this file
* except in compliance with the License. You may obtain a copy of
* the License at http://www.apache.org/licenses/LICENSE-2.0 .
*/
#ifndef INCLUDED_COMPHELPER_LOGGING_HXX
#define INCLUDED_COMPHELPER_LOGGING_HXX
#include <comphelper/comphelperdllapi.h>
#include <rtl/ustring.hxx>
#include <o3tl/optional.hxx>
#include <memory>
namespace com::sun::star::uno { template <class interface_type> class Reference; }
namespace com::sun::star::uno { class XComponentContext; }
namespace com::sun::star::logging { class XLogger; }
namespace comphelper
{
//= string conversions, employed by the templatized log* members of
//= EventLogger
namespace log { namespace convert
{
inline const OUString& convertLogArgToString( const OUString& _rValue )
{
return _rValue;
}
inline OUString convertLogArgToString( const sal_Char* _pAsciiValue )
{
return OUString::createFromAscii( _pAsciiValue );
}
inline OUString convertLogArgToString( double _nValue ) { return OUString::number( _nValue ); }
inline OUString convertLogArgToString( float _nValue ) { return OUString::number( _nValue ); }
inline OUString convertLogArgToString( sal_Int64 _nValue ) { return OUString::number( _nValue ); }
inline OUString convertLogArgToString( sal_Int32 _nValue ) { return OUString::number( _nValue ); }
inline OUString convertLogArgToString( sal_Int16 _nValue ) { return OUString::number( _nValue ); }
inline OUString convertLogArgToString( sal_Unicode _nValue ) { return OUString( _nValue ); }
inline OUString convertLogArgToString( bool _bValue ) { return OUString::boolean( _bValue ); }
void convertLogArgToString(sal_Bool) = delete;
} } // namespace log::convert
//= EventLogger
class EventLogger_Impl;
typedef ::o3tl::optional< OUString > OptionalString;
/** encapsulates a css::logging::XLogger
The class silences several (unlikely) errors which could potentially happen
when working with a logger. Additionally, it provides some convenience methods
for logging events.
You can use this class as follows
<pre>
EventLogger aLogger( xContext, sLoggerName );
...
aLogger.log( LogLevel::SEVERE, sSomeMessage );
aLogger.logp( LogLevel::CONFIG, "MyClass", "MyMethod", sSomeMessage, SomeParameter1, SomeParameter2, SomeParameter3 );
</pre>
The <code>log</code> and <code>logp</code> calls support up to 6 parameters, which can be of
arbitrary type. For every parameter, there must exist a function <code>convertLogArgToString</code>
which takes an argument of the respective type, and returns a string.
After a parameter has been converted to a string using the above mentioned
<code>convertLogArgToString</code> function, a placeholder $1$ (resp. $2$ resp. $4$ ...)
in the message will be replaced with this string, and the resulting message will be logged.
*/
class COMPHELPER_DLLPUBLIC EventLogger
{
protected:
std::shared_ptr< EventLogger_Impl > m_pImpl;
public:
/** creates an <code>EventLogger</code> instance working with a css.logging.XLogger
instance given by ASCII name.
@param _rxContext
the component context to create services
@param _rLoggerName
the ASCII name of the logger to create.
*/
EventLogger(
const css::uno::Reference< css::uno::XComponentContext >& _rxContext,
const sal_Char* _pAsciiLoggerName
);
public:
/// determines whether an event with the given level would be logged
bool isLoggable( const sal_Int32 _nLogLevel ) const;
//- XLogger::log equivalents/wrappers
//- string messages
/// logs a given message, without any arguments, or source class/method names
void log( const sal_Int32 _nLogLevel, const OUString& rMessage ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log(_nLogLevel, nullptr, nullptr, rMessage);
}
const css::uno::Reference<css::logging::XLogger> & getLogger() const;
/** logs a given message, replacing a placeholder in the message with an argument
The function takes, additionally to the log level and the message, an arbitrary
argument. This argument is converted to a string using an overloaded function
named <code>convertLogArgToString</code>. Then, a placeholder "$1$"
is searched in the message string, and replaced with the argument string.
*/
template< typename ARGTYPE1 >
void log( const sal_Int32 _nLogLevel, const OUString& _rMessage, ARGTYPE1 _argument1 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, nullptr, nullptr, _rMessage,
OptionalString( log::convert::convertLogArgToString( _argument1 ) ) );
}
/// logs a given message, replacing 2 placeholders in the message with respective values
template< typename ARGTYPE1, typename ARGTYPE2 >
void log( const sal_Int32 _nLogLevel, const OUString& _rMessage, ARGTYPE1 _argument1, ARGTYPE2 _argument2 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, nullptr, nullptr, _rMessage,
OptionalString( log::convert::convertLogArgToString( _argument1 ) ),
OptionalString( log::convert::convertLogArgToString( _argument2 ) ) );
}
/// logs a given message, replacing 3 placeholders in the message with respective values
template< typename ARGTYPE1, typename ARGTYPE2, typename ARGTYPE3 >
void log( const sal_Int32 _nLogLevel, const OUString& _rMessage, ARGTYPE1 _argument1, ARGTYPE2 _argument2, ARGTYPE3 _argument3 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, nullptr, nullptr, _rMessage,
OptionalString( log::convert::convertLogArgToString( _argument1 ) ),
OptionalString( log::convert::convertLogArgToString( _argument2 ) ),
OptionalString( log::convert::convertLogArgToString( _argument3 ) ) );
}
/// logs a given message, replacing 4 placeholders in the message with respective values
template< typename ARGTYPE1, typename ARGTYPE2, typename ARGTYPE3, typename ARGTYPE4 >
void log( const sal_Int32 _nLogLevel, const OUString& _rMessage, ARGTYPE1 _argument1, ARGTYPE2 _argument2, ARGTYPE3 _argument3, ARGTYPE4 _argument4 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, nullptr, nullptr, _rMessage,
OptionalString( log::convert::convertLogArgToString( _argument1 ) ),
OptionalString( log::convert::convertLogArgToString( _argument2 ) ),
OptionalString( log::convert::convertLogArgToString( _argument3 ) ),
OptionalString( log::convert::convertLogArgToString( _argument4 ) ) );
}
/// logs a given message, replacing 5 placeholders in the message with respective values
template< typename ARGTYPE1, typename ARGTYPE2, typename ARGTYPE3, typename ARGTYPE4, typename ARGTYPE5 >
void log( const sal_Int32 _nLogLevel, const OUString& _rMessage, ARGTYPE1 _argument1, ARGTYPE2 _argument2, ARGTYPE3 _argument3, ARGTYPE4 _argument4, ARGTYPE5 _argument5 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, nullptr, nullptr, _rMessage,
OptionalString( log::convert::convertLogArgToString( _argument1 ) ),
OptionalString( log::convert::convertLogArgToString( _argument2 ) ),
OptionalString( log::convert::convertLogArgToString( _argument3 ) ),
OptionalString( log::convert::convertLogArgToString( _argument4 ) ),
OptionalString( log::convert::convertLogArgToString( _argument5 ) ) );
}
/// logs a given message, replacing 6 placeholders in the message with respective values
template< typename ARGTYPE1, typename ARGTYPE2, typename ARGTYPE3, typename ARGTYPE4, typename ARGTYPE5, typename ARGTYPE6 >
void log( const sal_Int32 _nLogLevel, const OUString& _rMessage, ARGTYPE1 _argument1, ARGTYPE2 _argument2, ARGTYPE3 _argument3, ARGTYPE4 _argument4, ARGTYPE5 _argument5, ARGTYPE6 _argument6 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, nullptr, nullptr, _rMessage,
OptionalString( log::convert::convertLogArgToString( _argument1 ) ),
OptionalString( log::convert::convertLogArgToString( _argument2 ) ),
OptionalString( log::convert::convertLogArgToString( _argument3 ) ),
OptionalString( log::convert::convertLogArgToString( _argument4 ) ),
OptionalString( log::convert::convertLogArgToString( _argument5 ) ),
OptionalString( log::convert::convertLogArgToString( _argument6 ) ) );
}
//- XLogger::log equivalents/wrappers
//- ASCII messages
/** logs a given message, replacing a placeholder in the message with an argument
The function takes, additionally to the log level and the message, an arbitrary
argument. This argument is converted to a string using an overloaded function
named <code>convertLogArgToString</code>. Then, a placeholder "$1$"
is searched in the message string, and replaced with the argument string.
*/
template< typename ARGTYPE1 >
void log( const sal_Int32 _nLogLevel, const sal_Char* _pMessage, ARGTYPE1 _argument1 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, nullptr, nullptr, OUString::createFromAscii( _pMessage ),
OptionalString( log::convert::convertLogArgToString( _argument1 ) ) );
}
/// logs a given message, replacing 2 placeholders in the message with respective values
template< typename ARGTYPE1, typename ARGTYPE2 >
void log( const sal_Int32 _nLogLevel, const sal_Char* _pMessage, ARGTYPE1 _argument1, ARGTYPE2 _argument2 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, nullptr, nullptr, OUString::createFromAscii( _pMessage ),
OptionalString( log::convert::convertLogArgToString( _argument1 ) ),
OptionalString( log::convert::convertLogArgToString( _argument2 ) ) );
}
/// logs a given message, replacing 3 placeholders in the message with respective values
template< typename ARGTYPE1, typename ARGTYPE2, typename ARGTYPE3 >
void log( const sal_Int32 _nLogLevel, const sal_Char* _pMessage, ARGTYPE1 _argument1, ARGTYPE2 _argument2, ARGTYPE3 _argument3 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, nullptr, nullptr, OUString::createFromAscii( _pMessage ),
OptionalString( log::convert::convertLogArgToString( _argument1 ) ),
OptionalString( log::convert::convertLogArgToString( _argument2 ) ),
OptionalString( log::convert::convertLogArgToString( _argument3 ) ) );
}
/// logs a given message, replacing 4 placeholders in the message with respective values
template< typename ARGTYPE1, typename ARGTYPE2, typename ARGTYPE3, typename ARGTYPE4 >
void log( const sal_Int32 _nLogLevel, const sal_Char* _pMessage, ARGTYPE1 _argument1, ARGTYPE2 _argument2, ARGTYPE3 _argument3, ARGTYPE4 _argument4 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, nullptr, nullptr, OUString::createFromAscii( _pMessage ),
OptionalString( log::convert::convertLogArgToString( _argument1 ) ),
OptionalString( log::convert::convertLogArgToString( _argument2 ) ),
OptionalString( log::convert::convertLogArgToString( _argument3 ) ),
OptionalString( log::convert::convertLogArgToString( _argument4 ) ) );
}
/// logs a given message, replacing 5 placeholders in the message with respective values
template< typename ARGTYPE1, typename ARGTYPE2, typename ARGTYPE3, typename ARGTYPE4, typename ARGTYPE5 >
void log( const sal_Int32 _nLogLevel, const sal_Char* _pMessage, ARGTYPE1 _argument1, ARGTYPE2 _argument2, ARGTYPE3 _argument3, ARGTYPE4 _argument4, ARGTYPE5 _argument5 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, nullptr, nullptr, OUString::createFromAscii( _pMessage ),
OptionalString( log::convert::convertLogArgToString( _argument1 ) ),
OptionalString( log::convert::convertLogArgToString( _argument2 ) ),
OptionalString( log::convert::convertLogArgToString( _argument3 ) ),
OptionalString( log::convert::convertLogArgToString( _argument4 ) ),
OptionalString( log::convert::convertLogArgToString( _argument5 ) ) );
}
/// logs a given message, replacing 6 placeholders in the message with respective values
template< typename ARGTYPE1, typename ARGTYPE2, typename ARGTYPE3, typename ARGTYPE4, typename ARGTYPE5, typename ARGTYPE6 >
void log( const sal_Int32 _nLogLevel, const sal_Char* _pMessage, ARGTYPE1 _argument1, ARGTYPE2 _argument2, ARGTYPE3 _argument3, ARGTYPE4 _argument4, ARGTYPE5 _argument5, ARGTYPE6 _argument6 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, nullptr, nullptr, OUString::createFromAscii( _pMessage ),
OptionalString( log::convert::convertLogArgToString( _argument1 ) ),
OptionalString( log::convert::convertLogArgToString( _argument2 ) ),
OptionalString( log::convert::convertLogArgToString( _argument3 ) ),
OptionalString( log::convert::convertLogArgToString( _argument4 ) ),
OptionalString( log::convert::convertLogArgToString( _argument5 ) ),
OptionalString( log::convert::convertLogArgToString( _argument6 ) ) );
}
//- XLogger::logp equivalents/wrappers
//- string messages
/** logs a given message, replacing a placeholder in the message with an argument
The function takes, additionally to the logp level and the message, an arbitrary
argument. This argument is converted to a string using an overloaded function
named <code>convertLogArgToString</code>. Then, a placeholder "$1$"
is searched in the message string, and replaced with the argument string.
*/
template< typename ARGTYPE1 >
void logp( const sal_Int32 _nLogLevel, const sal_Char* _pSourceClass, const sal_Char* _pSourceMethod, const OUString& _rMessage, ARGTYPE1 _argument1 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, _pSourceClass, _pSourceMethod, _rMessage,
OptionalString( log::convert::convertLogArgToString( _argument1 ) ) );
}
/// logs a given message, replacing 2 placeholders in the message with respective values
template< typename ARGTYPE1, typename ARGTYPE2 >
void logp( const sal_Int32 _nLogLevel, const sal_Char* _pSourceClass, const sal_Char* _pSourceMethod, const OUString& _rMessage, ARGTYPE1 _argument1, ARGTYPE2 _argument2 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, _pSourceClass, _pSourceMethod, _rMessage,
OptionalString( log::convert::convertLogArgToString( _argument1 ) ),
OptionalString( log::convert::convertLogArgToString( _argument2 ) ) );
}
/// logs a given message, replacing 3 placeholders in the message with respective values
template< typename ARGTYPE1, typename ARGTYPE2, typename ARGTYPE3 >
void logp( const sal_Int32 _nLogLevel, const sal_Char* _pSourceClass, const sal_Char* _pSourceMethod, const OUString& _rMessage, ARGTYPE1 _argument1, ARGTYPE2 _argument2, ARGTYPE3 _argument3 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, _pSourceClass, _pSourceMethod, _rMessage,
OptionalString( log::convert::convertLogArgToString( _argument1 ) ),
OptionalString( log::convert::convertLogArgToString( _argument2 ) ),
OptionalString( log::convert::convertLogArgToString( _argument3 ) ) );
}
/// logs a given message, replacing 4 placeholders in the message with respective values
template< typename ARGTYPE1, typename ARGTYPE2, typename ARGTYPE3, typename ARGTYPE4 >
void logp( const sal_Int32 _nLogLevel, const sal_Char* _pSourceClass, const sal_Char* _pSourceMethod, const OUString& _rMessage, ARGTYPE1 _argument1, ARGTYPE2 _argument2, ARGTYPE3 _argument3, ARGTYPE4 _argument4 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, _pSourceClass, _pSourceMethod, _rMessage,
OptionalString( log::convert::convertLogArgToString( _argument1 ) ),
OptionalString( log::convert::convertLogArgToString( _argument2 ) ),
OptionalString( log::convert::convertLogArgToString( _argument3 ) ),
OptionalString( log::convert::convertLogArgToString( _argument4 ) ) );
}
/// logs a given message, replacing 5 placeholders in the message with respective values
template< typename ARGTYPE1, typename ARGTYPE2, typename ARGTYPE3, typename ARGTYPE4, typename ARGTYPE5 >
void logp( const sal_Int32 _nLogLevel, const sal_Char* _pSourceClass, const sal_Char* _pSourceMethod, const OUString& _rMessage, ARGTYPE1 _argument1, ARGTYPE2 _argument2, ARGTYPE3 _argument3, ARGTYPE4 _argument4, ARGTYPE5 _argument5 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, _pSourceClass, _pSourceMethod, _rMessage,
OptionalString( log::convert::convertLogArgToString( _argument1 ) ),
OptionalString( log::convert::convertLogArgToString( _argument2 ) ),
OptionalString( log::convert::convertLogArgToString( _argument3 ) ),
OptionalString( log::convert::convertLogArgToString( _argument4 ) ),
OptionalString( log::convert::convertLogArgToString( _argument5 ) ) );
}
/// logs a given message, replacing 6 placeholders in the message with respective values
template< typename ARGTYPE1, typename ARGTYPE2, typename ARGTYPE3, typename ARGTYPE4, typename ARGTYPE5, typename ARGTYPE6 >
void logp( const sal_Int32 _nLogLevel, const sal_Char* _pSourceClass, const sal_Char* _pSourceMethod, const OUString& _rMessage, ARGTYPE1 _argument1, ARGTYPE2 _argument2, ARGTYPE3 _argument3, ARGTYPE4 _argument4, ARGTYPE5 _argument5, ARGTYPE6 _argument6 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, _pSourceClass, _pSourceMethod, _rMessage,
OptionalString( log::convert::convertLogArgToString( _argument1 ) ),
OptionalString( log::convert::convertLogArgToString( _argument2 ) ),
OptionalString( log::convert::convertLogArgToString( _argument3 ) ),
OptionalString( log::convert::convertLogArgToString( _argument4 ) ),
OptionalString( log::convert::convertLogArgToString( _argument5 ) ),
OptionalString( log::convert::convertLogArgToString( _argument6 ) ) );
}
//- XLogger::logp equivalents/wrappers
//- ASCII messages
/** logs a given ASCII message, replacing a placeholder in the message with an argument
The function takes, additionally to the logp level and the message, an arbitrary
argument. This argument is converted to a string using an overloaded function
named <code>convertLogArgToString</code>. Then, a placeholder "$1$"
is searched in the message string, and replaced with the argument string.
*/
template< typename ARGTYPE1 >
void logp( const sal_Int32 _nLogLevel, const sal_Char* _pSourceClass, const sal_Char* _pSourceMethod, const sal_Char* _pAsciiMessage, ARGTYPE1 _argument1 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, _pSourceClass, _pSourceMethod, OUString::createFromAscii( _pAsciiMessage ),
OptionalString( log::convert::convertLogArgToString( _argument1 ) ) );
}
/// logs a given ASCII message, replacing 2 placeholders in the message with respective values
template< typename ARGTYPE1, typename ARGTYPE2 >
void logp( const sal_Int32 _nLogLevel, const sal_Char* _pSourceClass, const sal_Char* _pSourceMethod, const sal_Char* _pAsciiMessage, ARGTYPE1 _argument1, ARGTYPE2 _argument2 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, _pSourceClass, _pSourceMethod, OUString::createFromAscii( _pAsciiMessage ),
OptionalString( log::convert::convertLogArgToString( _argument1 ) ),
OptionalString( log::convert::convertLogArgToString( _argument2 ) ) );
}
/// logs a given ASCII message, replacing 3 placeholders in the message with respective values
template< typename ARGTYPE1, typename ARGTYPE2, typename ARGTYPE3 >
void logp( const sal_Int32 _nLogLevel, const sal_Char* _pSourceClass, const sal_Char* _pSourceMethod, const sal_Char* _pAsciiMessage, ARGTYPE1 _argument1, ARGTYPE2 _argument2, ARGTYPE3 _argument3 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, _pSourceClass, _pSourceMethod, OUString::createFromAscii( _pAsciiMessage ),
OptionalString( log::convert::convertLogArgToString( _argument1 ) ),
OptionalString( log::convert::convertLogArgToString( _argument2 ) ),
OptionalString( log::convert::convertLogArgToString( _argument3 ) ) );
}
/// logs a given ASCII message, replacing 4 placeholders in the message with respective values
template< typename ARGTYPE1, typename ARGTYPE2, typename ARGTYPE3, typename ARGTYPE4 >
void logp( const sal_Int32 _nLogLevel, const sal_Char* _pSourceClass, const sal_Char* _pSourceMethod, const sal_Char* _pAsciiMessage, ARGTYPE1 _argument1, ARGTYPE2 _argument2, ARGTYPE3 _argument3, ARGTYPE4 _argument4 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, _pSourceClass, _pSourceMethod, OUString::createFromAscii( _pAsciiMessage ),
OptionalString( log::convert::convertLogArgToString( _argument1 ) ),
OptionalString( log::convert::convertLogArgToString( _argument2 ) ),
OptionalString( log::convert::convertLogArgToString( _argument3 ) ),
OptionalString( log::convert::convertLogArgToString( _argument4 ) ) );
}
/// logs a given ASCII message, replacing 5 placeholders in the message with respective values
template< typename ARGTYPE1, typename ARGTYPE2, typename ARGTYPE3, typename ARGTYPE4, typename ARGTYPE5 >
void logp( const sal_Int32 _nLogLevel, const sal_Char* _pSourceClass, const sal_Char* _pSourceMethod, const sal_Char* _pAsciiMessage, ARGTYPE1 _argument1, ARGTYPE2 _argument2, ARGTYPE3 _argument3, ARGTYPE4 _argument4, ARGTYPE5 _argument5 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, _pSourceClass, _pSourceMethod, OUString::createFromAscii( _pAsciiMessage ),
OptionalString( log::convert::convertLogArgToString( _argument1 ) ),
OptionalString( log::convert::convertLogArgToString( _argument2 ) ),
OptionalString( log::convert::convertLogArgToString( _argument3 ) ),
OptionalString( log::convert::convertLogArgToString( _argument4 ) ),
OptionalString( log::convert::convertLogArgToString( _argument5 ) ) );
}
/// logs a given ASCII message, replacing 6 placeholders in the message with respective values
template< typename ARGTYPE1, typename ARGTYPE2, typename ARGTYPE3, typename ARGTYPE4, typename ARGTYPE5, typename ARGTYPE6 >
void logp( const sal_Int32 _nLogLevel, const sal_Char* _pSourceClass, const sal_Char* _pSourceMethod, const sal_Char* _pAsciiMessage, ARGTYPE1 _argument1, ARGTYPE2 _argument2, ARGTYPE3 _argument3, ARGTYPE4 _argument4, ARGTYPE5 _argument5, ARGTYPE6 _argument6 ) const
{
if ( isLoggable( _nLogLevel ) )
impl_log( _nLogLevel, _pSourceClass, _pSourceMethod, OUString::createFromAscii( _pAsciiMessage ),
OptionalString( log::convert::convertLogArgToString( _argument1 ) ),
OptionalString( log::convert::convertLogArgToString( _argument2 ) ),
OptionalString( log::convert::convertLogArgToString( _argument3 ) ),
OptionalString( log::convert::convertLogArgToString( _argument4 ) ),
OptionalString( log::convert::convertLogArgToString( _argument5 ) ),
OptionalString( log::convert::convertLogArgToString( _argument6 ) ) );
}
protected:
void impl_log(
const sal_Int32 _nLogLevel,
const sal_Char* _pSourceClass,
const sal_Char* _pSourceMethod,
const OUString& _rMessage,
const OptionalString& _rArgument1 = OptionalString(),
const OptionalString& _rArgument2 = OptionalString(),
const OptionalString& _rArgument3 = OptionalString(),
const OptionalString& _rArgument4 = OptionalString(),
const OptionalString& _rArgument5 = OptionalString(),
const OptionalString& _rArgument6 = OptionalString()
) const;
};
} // namespace comphelper
#endif // INCLUDED_COMPHELPER_LOGGING_HXX
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