#include <mutex>
#include <list>
#include <sstream>
#include <string>
#include "AampLogManager.h"

Include dependency graph for AampProfiler.h:

This graph shows which files directly or indirectly include this file:

Data Structures
struct	TuneEndMetrics
	TuneEndMetrics structure to store tunemetrics data. More...

class	ProfileEventAAMP
	Class for AAMP event Profiling. More...

class	ProfileEventAAMP::TuneEvent
	Class corresponding to tune time events. More...

struct	ProfileEventAAMP::ProfilerBucket
	Data structure corresponding to profiler bucket. More...

Macros
#define	bucketsOverlap(id1, id2)
	Calculating effecting duration of overlapping buckets, id1 & id2. More...

#define	bucketDuration(id) (buckets[id].complete?(buckets[id].tFinish - buckets[id].tStart):0)
	Calculating total duration a bucket id.

Enumerations
enum	ProfilerBucketType
	Bucket types of AAMP profiler. More...

enum	ClassicProfilerBucketType
	Bucket types of classic profiler. More...

enum	ContentType
	Asset's content types. More...

yes

Definition in file AampProfiler.h.

Data Structure Documentation

struct ProfileEventAAMP::ProfilerBucket

Data structure corresponding to profiler bucket.

Definition at line 178 of file AampProfiler.h.

Collaboration diagram for ProfileEventAAMP::ProfilerBucket:

Data Fields
unsigned int	tStart	Relative start time of operation, based on tuneStartMonotonicBase
unsigned int	tFinish	Relative end time of operation, based on tuneStartMonotonicBase
int	errorCount	non-zero if errors/retries occured during this operation
bool	complete	true if this step already accounted for, and further profiling should be ignored
bool	profileStarted	Flag that indicates,whether the profiler is started or not

Value:

buckets[id1].complete && buckets[id2].complete && \

(buckets[id1].tStart <= buckets[id2].tFinish) && (buckets[id2].tStart <= buckets[id1].tFinish)

Calculating effecting duration of overlapping buckets, id1 & id2.

Definition at line 190 of file AampProfiler.h.