flamebearer

type FlamebearerMetadataV1 struct {
	// Data format. Supported values are "single" and "double" (diff).
	// required: true
	Format string `json:"format"`
	// Name of the spy / profiler used to generate the profile, if any.
	SpyName string `json:"spyName"`
	// Sample rate at which the profiler was operating.
	SampleRate uint32 `json:"sampleRate"`
	// The unit of measurement for the profiled data.
	Units string `json:"units"`
	// A name that identifies the profile.
	Name string `json:"name"`
}

type FlamebearerProfile struct {
	// Version of the data format. No version / version zero is an unformalized format.
	Version uint `json:"version"`
	FlamebearerProfileV1
}

type FlamebearerProfileV1 struct {
	// Flamebearer data.
	// required: true
	Flamebearer FlamebearerV1 `json:"flamebearer"`
	// Metadata associated to the profile.
	// required: true
	Metadata FlamebearerMetadataV1 `json:"metadata"`
	// Timeline associated to the profile, used for continuous profiling only.
	Timeline *FlamebearerTimelineV1 `json:"timeline"`
	// Number of samples in the left / base profile. Only used in "double" format.
	LeftTicks uint64 `json:"leftTicks,omitempty"`
	// Number of samples in the right / diff profile. Only used in "double" format.
	RightTicks uint64 `json:"rightTicks,omitempty"`
}

type FlamebearerTimelineV1 struct {
	// Time at which the timeline starts, as a Unix timestamp.
	// required: true
	StartTime int64 `json:"startTime"`
	// A sequence of samples starting at startTime, spaced by durationDelta seconds
	// required: true
	Samples []uint64 `json:"samples"`
	// Time delta between samples, in seconds.
	// required: true
	DurationDelta int64         `json:"durationDelta"`
	Watermarks    map[int]int64 `json:"watermarks"`
}

type FlamebearerV1 struct {
	// Names is the sequence of symbol names.
	// required: true
	Names []string `json:"names"`
	// Levels contains the flamebearer nodes. Each level represents a row in the flamegraph.
	// For each row / level, there's a sequence of values. These values are grouped in chunks
	// which size depend on the flamebearer format: 4 for "single", 7 for "double".
	// For "single" format, each chunk has the following data:
	//     i+0 = x offset (prefix sum of the level total values), delta encoded.
	//     i+1 = total samples (including the samples in its children nodes).
	//     i+2 = self samples (excluding the samples in its children nodes).
	//     i+3 = index in names array
	//
	// For "double" format, each chunk has the following data:
	//     i+0 = x offset (prefix sum of the level total values), delta encoded, base / left tree.
	//     i+1 = total samples (including the samples in its children nodes)   , base / left tree.
	//     i+2 = self samples (excluding the samples in its children nodes)    , base / left tree.
	//     i+3 = x offset (prefix sum of the level total values), delta encoded, diff / right tree.
	//     i+4 = total samples (including the samples in its children nodes)   , diff / right tree.
	//     i+5 = self samples (excluding the samples in its children nodes)    , diff / right tree.
	//     i+6 = index in the names array
	//
	// required: true
	Levels [][]int `json:"levels"`
	// Total number of samples.
	// required: true
	NumTicks int `json:"numTicks"`
	// Maximum self value in any node.
	// required: true
	MaxSelf int `json:"maxSelf"`
}