ArgumentException.hpp

 
//
//  Copyright Phoenix Contact GmbH & Co. KG
//
#pragma once
#ifndef ARP_USE_ARP_SYSTEM_COMMONS_EXCEPTIONS
#include "Arp/Base/Commons/Exceptions/ArgumentException.hpp"
namespace Arp
{
using Arp::Base::Commons::Exceptions::ArgumentException;
}
#else
#include "Arp/System/Core/Arp.h"
#include "Arp/System/Commons/Exceptions/CommonException.hpp"
 
namespace Arp { namespace System { namespace Commons
{
 
class ArgumentException : public CommonException
{
public: // construction/destruction
    template<typename... Args>
    ArgumentException(const char* message, const Args& ... args);
    ArgumentException(const String& message);
    ArgumentException(String&& message);
    ArgumentException(const String& message, const Exception& innerException);
    ArgumentException(String&& message, Exception&& innerException);
    ArgumentException(const ArgumentException& arg) = default;
    ArgumentException(ArgumentException&& arg) = default;
    virtual ~ArgumentException(void) = default;
 
protected: // construction
    ArgumentException(ExceptionTypeId typeId, String&& message, int skipStackTraceDepth = 3);
    ArgumentException(ExceptionTypeId typeId, const String& message, int skipStackTraceDepth = 3);
    ArgumentException(ExceptionTypeId typeId, String&& message, Exception&& innerException, int skipStackTraceDepth = 3);
    ArgumentException(ExceptionTypeId typeId, const String& message, const Exception& innerException, int skipStackTraceDepth = 3);
 
public: // static factory methods
    template<class T>
    static ArgumentException Create(const char* paramName, const T& paramValue);
    template<class T>
    static ArgumentException Create(const char* paramName, const T& paramValue, const Exception& innerException);
    template<class T>
    static ArgumentException Create(const char* paramName, const T& paramValue, const char* message);
 
protected: // overridden operations
    Exception::Ptr  Clone(void)const override;
 
private: // deleted methods
    ArgumentException& operator=(const ArgumentException& arg) = delete;
 
private:
    static const char* const defaultMessage;
    static const char* const defaultMessage2;
};
 
// inline methods of class ArgumentException
 
template<typename... Args>
inline ArgumentException::ArgumentException(const char* message, const Args& ... args)
    : CommonException(ExceptionTypeId::Argument, String::Format(message, args...))
{
}
 
inline ArgumentException::ArgumentException(const String& message)
    : CommonException(ExceptionTypeId::Argument, message)
{
}
 
inline ArgumentException::ArgumentException(String&& message)
    : CommonException(ExceptionTypeId::Argument, std::move(message))
{
}
 
inline ArgumentException::ArgumentException(const String& message, const Exception& innerException)
    : CommonException(ExceptionTypeId::Argument, message, innerException)
{
}
 
inline ArgumentException::ArgumentException(String&& message, Exception&& innerException)
    : CommonException(ExceptionTypeId::Argument, std::move(message), std::move(innerException))
{
}
 
inline ArgumentException::ArgumentException(ExceptionTypeId typeId, const String& message, int skipStackTraceDepth)
    : CommonException(typeId, message, skipStackTraceDepth)
{
}
 
inline ArgumentException::ArgumentException(ExceptionTypeId typeId, String&& message, int skipStackTraceDepth)
    : CommonException(typeId, std::move(message), skipStackTraceDepth)
{
}
 
inline ArgumentException::ArgumentException(ExceptionTypeId typeId, const String& message, const Exception& innerException, int skipStackTraceDepth)
    : CommonException(typeId, message, innerException, skipStackTraceDepth)
{
}
 
inline ArgumentException::ArgumentException(ExceptionTypeId typeId, String&& message, Exception&& innerException, int skipStackTraceDepth)
    : CommonException(typeId, std::move(message), std::move(innerException), skipStackTraceDepth)
{
}
 
template<class T>
inline ArgumentException ArgumentException::Create(const char* paramName, const T& paramValue)
{
    return ArgumentException(defaultMessage, paramName, paramValue);
}
 
template<class T>
ArgumentException ArgumentException::Create(const char* paramName, const T& paramValue, const Exception& innerException)
{
    return ArgumentException(String::Format(defaultMessage, paramName, paramValue), innerException);
}
 
template<class T>
ArgumentException ArgumentException::Create(const char* paramName, const T& paramValue, const char* message)
{
    return ArgumentException(String::Format(defaultMessage2, paramName, paramValue, message));
}
 
}}} // end of namesapce Arp::System::Commons
 
// template specialization of ArgumentException formatter
template<> struct fmt::formatter<Arp::System::Commons::ArgumentException> : public fmt::ostream_formatter {};
 
#endif // ndef ARP_USE_ARP_SYSTEM_COMMONS_EXCEPTIONS