Classes
class	makVrf::DtProfiler

Namespaces
	makVrf

Macros
#define	TRACY_ENABLE

#define	DtPROFILEzone ZoneNamed(___tracy_scoped_zone, makVrf::DtProfiler::collectTracyStats());

#define	DtPROFILE(name) ZoneNamedN( ___tracy_scoped_zone, name, makVrf::DtProfiler::collectTracyStats());

#define	DtPROFILEC(name, color) ZoneNamedNC( ___tracy_scoped_zone, name, color, makVrf::DtProfiler::collectTracyStats());

#define	DtPROFILELEVEL(name, moduleName, level) ZoneNamedN( ___tracy_scoped_zone ,name, (makVrf::DtProfiler::collectTracyStats() && (makVrf::DtProfiler::tracyModuleLevel(moduleName) >= level)));

#define	DtPROFILELEVELC(name, color, moduleName, level) ZoneNamedNC( ___tracy_scoped_zone, name, color, (makVrf::DtProfiler::collectTracyStats() && (makVrf::DtProfiler::tracyModuleLevel(moduleName) >= level)));

#define	DtPROFILE_SECTION(name) {ZoneNamedN( ___tracy_scoped_zone, name, makVrf::DtProfiler::collectTracyStats());

#define	DtPROFILE_ZONE_TEXT(text) DtZoneSetText(___tracy_scoped_zone, text)

#define	DtPROFILE_SECTION_END }

#define	DtPROFILE_ZONE_TEXT(text) DtZoneSetText(___tracy_scoped_zone, text)

#define	DtVRF_PROFILE(name) DtPROFILE(name)

#define	DtVRF_PROFILE_FILE(name) DtPROFILE(name)

#define	DtProfilerFrameMark if(makVrf::DtProfiler::collectTracyStats()) { FrameMark; }

#define	DtProfilerPlot(x, y) TracyPlot(x,y)

#define	DtProfilerThreadName(name) tracy::SetThreadName(name );

#define	DtProfilerMessage(str, stringLen) TracyMessage(str, stringLen)

Functions
void	DtZoneSetText (tracy::ScopedZone &zone, const char *text)

void	DtZoneSetText (tracy::ScopedZone &zone, const std::string &text)

Macro Definition Documentation

#define TRACY_ENABLE

currently defaulting this to be on by default, VRF has a library by library setting, but that means that if you don't include the macro the profiling command just gets preprocessed away which is pretty confusing. with this on you'll get a linker error which is much more obvious why you'll need to hook in the libs.

#define DtPROFILEzone ZoneNamed(___tracy_scoped_zone, makVrf::DtProfiler::collectTracyStats());

win32 creates macros that work with our stats and tracy

#define DtPROFILE ( name ) ZoneNamedN( ___tracy_scoped_zone, name, makVrf::DtProfiler::collectTracyStats());

#define DtPROFILEC	(	name,
		color
	)	ZoneNamedNC( ___tracy_scoped_zone, name, color, makVrf::DtProfiler::collectTracyStats());

Referenced by DtTracyScopedLock< T_Mutex, T_LockName >::acquire(), DtTracyScopedRwLock< T_Mutex, T_LockName >::acquire(), and DtTracyScopedRwLock< T_Mutex, T_LockName >::upgrade_to_writer().

#define DtPROFILELEVEL	(	name,
		moduleName,
		level
	)	ZoneNamedN( ___tracy_scoped_zone ,name, (makVrf::DtProfiler::collectTracyStats() && (makVrf::DtProfiler::tracyModuleLevel(moduleName) >= level)));

level need to be from 0 to 9

#define DtPROFILELEVELC	(	name,
		color,
		moduleName,
		level
	)	ZoneNamedNC( ___tracy_scoped_zone, name, color, (makVrf::DtProfiler::collectTracyStats() && (makVrf::DtProfiler::tracyModuleLevel(moduleName) >= level)));

#define DtPROFILE_SECTION ( name ) {ZoneNamedN( ___tracy_scoped_zone, name, makVrf::DtProfiler::collectTracyStats());

#define DtPROFILE_ZONE_TEXT ( text ) DtZoneSetText(___tracy_scoped_zone, text)

#define DtPROFILE_SECTION_END }

#define DtPROFILE_ZONE_TEXT ( text ) DtZoneSetText(___tracy_scoped_zone, text)

#define DtVRF_PROFILE ( name ) DtPROFILE(name)

#define DtVRF_PROFILE_FILE ( name ) DtPROFILE(name)

#define DtProfilerFrameMark if(makVrf::DtProfiler::collectTracyStats()) { FrameMark; }

call stack version doesn't work RtlWalkFrameChain unresolved.

#define DtProfilerPlot	(	x,
		y
	)	TracyPlot(x,y)

#define DtProfilerThreadName ( name ) tracy::SetThreadName(name );

#define DtProfilerMessage	(	str,
		stringLen
	)	TracyMessage(str, stringLen)

Function Documentation

void DtZoneSetText	(	tracy::ScopedZone &	zone,
		const char *	text
	)

inline

void DtZoneSetText	(	tracy::ScopedZone &	zone,
		const std::string &	text
	)

inline

Classes

Namespaces

Macros

Functions

Macro Definition Documentation

Function Documentation