dunedaq::logging::Logging::InternalMessage Class Reference

#include <tmp.hpp>

Inheritance diagram for dunedaq::logging::Logging::InternalMessage:

Collaboration diagram for dunedaq::logging::Logging::InternalMessage:

Public Member Functions
	Logging::InternalMessage (const ers::Context &context)
	Logging::InternalMessage (const ers::Context &context, const std::string &msg)
	Logging::InternalMessage (const ers::Context &context, const std::string &msg, const std::exception &cause)
	Logging::InternalMessage (const ers::Context &context, const std::exception &cause)
void	raise () const
	throws a copy of this issue preserving the real issue type
const char *	get_class_name () const
	Get key for class (used for serialisation)
ers::Issue *	clone () const
Public Member Functions inherited from ers::Issue
	Issue (const Context &context, const std::string &message=std::string())
	Issue (const Context &context, const std::exception &cause)
	Issue (const Context &context, const std::string &message, const std::exception &cause)
	Issue (const Issue &other)
virtual	~Issue () noexcept
virtual inheritance_type	get_class_inheritance () const =0
	Get inheritance chain.
void	add_qualifier (const std::string &qualif)
	adds a qualifier to the issue
const Issue *	cause () const
	return the cause Issue of this Issue
const Context &	context () const
	Context of the issue.
const std::string &	message () const
	General cause of the issue.
const std::vector< std::string > &	qualifiers () const
	return array of qualifiers
const string_map &	parameters () const
	return array of parameters
ers::Severity	severity () const
	severity of the issue
template<class Precision = std::chrono::seconds>
std::string	time (const std::string &format="%Y-%b-%d %H:%M:%S", bool isUTC=false) const
	string representation of local time of the issue
template<class Precision >
std::string	localtime (const std::string &format="%Y-%b-%d %H:%M:%S") const
	string representation of UTC time of the issue
template<class Precision >
std::string	gmtime (const std::string &format="%Y-%b-%d %H:%M:%S") const
std::time_t	time_t () const
	seconds since 1 Jan 1970
const system_clock::time_point &	ptime () const
	original time point of the issue
const char *	what () const noexcept
	General cause of the issue.
ers::Severity	set_severity (ers::Severity severity) const
void	wrap_message (const std::string &begin, const std::string &end)

Static Public Member Functions
static const char *	get_uid ()

Friends
template<class >
class	ers::IssueRegistrator

Additional Inherited Members
Protected Member Functions inherited from ers::Issue
	Issue (Severity severity, const system_clock::time_point &time, const ers::Context &context, const std::string &message, const std::vector< std::string > &qualifiers, const std::map< std::string, std::string > &parameters, const ers::Issue *cause=0)
	Gets a value of any type that has an input operator for the standard stream defined.
template<typename T >
void	get_value (const std::string &key, T &value) const
void	get_value (const std::string &key, const char *&value) const
void	get_value (const std::string &key, std::string &value) const
	Sets a value of any type that has an output operator for the standard stream defined.
template<typename T >
void	set_value (const std::string &key, T value)
void	set_message (const std::string &message)
void	prepend_message (const std::string &message)
Static Protected Member Functions inherited from ers::Issue
static auto	_get_inheritance ()

Detailed Description

Definition at line 1 of file tmp.hpp.

Member Function Documentation

clone()

ers::Issue * dunedaq::logging::Logging::InternalMessage::clone ( ) const

inlinevirtual

Implements ers::Issue.

Definition at line 1 of file tmp.hpp.

{ class Logging::InternalMessage : public ers::Issue { template <class> friend class ers::IssueRegistrator; protected: public: static const char * get_uid() { return "dunedaq::logging::Logging::InternalMessage"; } Logging::InternalMessage( const ers::Context & context ); Logging::InternalMessage( const ers::Context & context, const std::string & msg ); Logging::InternalMessage( const ers::Context & context, const std::string & msg , const std::exception & cause ); Logging::InternalMessage( const ers::Context & context , const std::exception & cause ); void raise() const { throw Logging::InternalMessage(*this); } const char * get_class_name() const { return get_uid(); } ers::Issue * clone() const { return new dunedaq::logging::Logging::InternalMessage( *this ); } }; } namespace dunedaq::logging { inline Logging::InternalMessage::Logging::InternalMessage( const ers::Context & context ) : ers::Issue( context ) { } inline Logging::InternalMessage::Logging::InternalMessage( const ers::Context & context, const std::string & msg ) : ers::Issue( context, msg ) { } inline Logging::InternalMessage::Logging::InternalMessage( const ers::Context & context, const std::string & msg , const std::exception & cause ) : ers::Issue( context, msg , cause ) { } inline Logging::InternalMessage::Logging::InternalMessage( const ers::Context & context , const std::exception & cause ) : ers::Issue( context , cause ) { } } namespace { ers::IssueRegistrator<dunedaq::logging::Logging::InternalMessage> dunedaq::logging_Logging::InternalMessage_instance; } static inline TraceStreamer& operator<<(TraceStreamer& x, const dunedaq::logging::Logging::InternalMessage &r) {if (x.do_m) { x.line_=r.context().line_number(); x.msg_append( r.message().c_str() ); } if (x.do_s) { if (x.lvl_==TLVL_INFO) ers::info( r ); else if (x.lvl_==TLVL_LOG) ers::log( r ); else ers::debug( r, x.lvl_-TLVL_DEBUG ); x.do_s = 0; } return x; }

get_class_name()

const char * dunedaq::logging::Logging::InternalMessage::get_class_name ( ) const

inlinevirtual

Get key for class (used for serialisation)

Implements ers::Issue.

Definition at line 1 of file tmp.hpp.

{ class Logging::InternalMessage : public ers::Issue { template <class> friend class ers::IssueRegistrator; protected: public: static const char * get_uid() { return "dunedaq::logging::Logging::InternalMessage"; } Logging::InternalMessage( const ers::Context & context ); Logging::InternalMessage( const ers::Context & context, const std::string & msg ); Logging::InternalMessage( const ers::Context & context, const std::string & msg , const std::exception & cause ); Logging::InternalMessage( const ers::Context & context , const std::exception & cause ); void raise() const { throw Logging::InternalMessage(*this); } const char * get_class_name() const { return get_uid(); } ers::Issue * clone() const { return new dunedaq::logging::Logging::InternalMessage( *this ); } }; } namespace dunedaq::logging { inline Logging::InternalMessage::Logging::InternalMessage( const ers::Context & context ) : ers::Issue( context ) { } inline Logging::InternalMessage::Logging::InternalMessage( const ers::Context & context, const std::string & msg ) : ers::Issue( context, msg ) { } inline Logging::InternalMessage::Logging::InternalMessage( const ers::Context & context, const std::string & msg , const std::exception & cause ) : ers::Issue( context, msg , cause ) { } inline Logging::InternalMessage::Logging::InternalMessage( const ers::Context & context , const std::exception & cause ) : ers::Issue( context , cause ) { } } namespace { ers::IssueRegistrator<dunedaq::logging::Logging::InternalMessage> dunedaq::logging_Logging::InternalMessage_instance; } static inline TraceStreamer& operator<<(TraceStreamer& x, const dunedaq::logging::Logging::InternalMessage &r) {if (x.do_m) { x.line_=r.context().line_number(); x.msg_append( r.message().c_str() ); } if (x.do_s) { if (x.lvl_==TLVL_INFO) ers::info( r ); else if (x.lvl_==TLVL_LOG) ers::log( r ); else ers::debug( r, x.lvl_-TLVL_DEBUG ); x.do_s = 0; } return x; }

get_uid()

static const char * dunedaq::logging::Logging::InternalMessage::get_uid ( )

inlinestatic

Definition at line 1 of file tmp.hpp.

{ class Logging::InternalMessage : public ers::Issue { template <class> friend class ers::IssueRegistrator; protected: public: static const char * get_uid() { return "dunedaq::logging::Logging::InternalMessage"; } Logging::InternalMessage( const ers::Context & context ); Logging::InternalMessage( const ers::Context & context, const std::string & msg ); Logging::InternalMessage( const ers::Context & context, const std::string & msg , const std::exception & cause ); Logging::InternalMessage( const ers::Context & context , const std::exception & cause ); void raise() const { throw Logging::InternalMessage(*this); } const char * get_class_name() const { return get_uid(); } ers::Issue * clone() const { return new dunedaq::logging::Logging::InternalMessage( *this ); } }; } namespace dunedaq::logging { inline Logging::InternalMessage::Logging::InternalMessage( const ers::Context & context ) : ers::Issue( context ) { } inline Logging::InternalMessage::Logging::InternalMessage( const ers::Context & context, const std::string & msg ) : ers::Issue( context, msg ) { } inline Logging::InternalMessage::Logging::InternalMessage( const ers::Context & context, const std::string & msg , const std::exception & cause ) : ers::Issue( context, msg , cause ) { } inline Logging::InternalMessage::Logging::InternalMessage( const ers::Context & context , const std::exception & cause ) : ers::Issue( context , cause ) { } } namespace { ers::IssueRegistrator<dunedaq::logging::Logging::InternalMessage> dunedaq::logging_Logging::InternalMessage_instance; } static inline TraceStreamer& operator<<(TraceStreamer& x, const dunedaq::logging::Logging::InternalMessage &r) {if (x.do_m) { x.line_=r.context().line_number(); x.msg_append( r.message().c_str() ); } if (x.do_s) { if (x.lvl_==TLVL_INFO) ers::info( r ); else if (x.lvl_==TLVL_LOG) ers::log( r ); else ers::debug( r, x.lvl_-TLVL_DEBUG ); x.do_s = 0; } return x; }

Logging::InternalMessage() [1/4]

dunedaq::logging::Logging::InternalMessage::Logging::InternalMessage

(

const ers::Context &

context

)

Logging::InternalMessage() [2/4]

dunedaq::logging::Logging::InternalMessage::Logging::InternalMessage	(	const ers::Context &	context,
		const std::exception &	cause )

Logging::InternalMessage() [3/4]

dunedaq::logging::Logging::InternalMessage::Logging::InternalMessage	(	const ers::Context &	context,
		const std::string &	msg )

Logging::InternalMessage() [4/4]

dunedaq::logging::Logging::InternalMessage::Logging::InternalMessage	(	const ers::Context &	context,
		const std::string &	msg,
		const std::exception &	cause )

raise()

void dunedaq::logging::Logging::InternalMessage::raise ( ) const

inlinevirtual

throws a copy of this issue preserving the real issue type

Implements ers::Issue.

Definition at line 1 of file tmp.hpp.

{ class Logging::InternalMessage : public ers::Issue { template <class> friend class ers::IssueRegistrator; protected: public: static const char * get_uid() { return "dunedaq::logging::Logging::InternalMessage"; } Logging::InternalMessage( const ers::Context & context ); Logging::InternalMessage( const ers::Context & context, const std::string & msg ); Logging::InternalMessage( const ers::Context & context, const std::string & msg , const std::exception & cause ); Logging::InternalMessage( const ers::Context & context , const std::exception & cause ); void raise() const { throw Logging::InternalMessage(*this); } const char * get_class_name() const { return get_uid(); } ers::Issue * clone() const { return new dunedaq::logging::Logging::InternalMessage( *this ); } }; } namespace dunedaq::logging { inline Logging::InternalMessage::Logging::InternalMessage( const ers::Context & context ) : ers::Issue( context ) { } inline Logging::InternalMessage::Logging::InternalMessage( const ers::Context & context, const std::string & msg ) : ers::Issue( context, msg ) { } inline Logging::InternalMessage::Logging::InternalMessage( const ers::Context & context, const std::string & msg , const std::exception & cause ) : ers::Issue( context, msg , cause ) { } inline Logging::InternalMessage::Logging::InternalMessage( const ers::Context & context , const std::exception & cause ) : ers::Issue( context , cause ) { } } namespace { ers::IssueRegistrator<dunedaq::logging::Logging::InternalMessage> dunedaq::logging_Logging::InternalMessage_instance; } static inline TraceStreamer& operator<<(TraceStreamer& x, const dunedaq::logging::Logging::InternalMessage &r) {if (x.do_m) { x.line_=r.context().line_number(); x.msg_append( r.message().c_str() ); } if (x.do_s) { if (x.lvl_==TLVL_INFO) ers::info( r ); else if (x.lvl_==TLVL_LOG) ers::log( r ); else ers::debug( r, x.lvl_-TLVL_DEBUG ); x.do_s = 0; } return x; }

Friends And Related Symbol Documentation

ers::IssueRegistrator

template<class >

friend class ers::IssueRegistrator

friend

Definition at line 1 of file tmp.hpp.

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The documentation for this class was generated from the following file:

• /github/workspace/dunedaq/sourcecode/logging/include/logging/tmp.hpp