service

type FindHandler func(*FindResponse) error

type ReportBuilder struct {
	// contains filtered or unexported fields
}

type ReportItemRaw struct {
	Item    *ReportItem
	Message *stringtable.Msg
	Tags    []*stringtable.Msg
}

type Service interface {
	// Ping is a no-op function that returns immediately.
	// It can be used to measure connection latency or to keep the
	// process alive if started with the "idle-timeout" command line flag.
	Ping(ctx context.Context) error

	// GetServerInfo returns information about the running server.
	GetServerInfo(ctx context.Context) (*ServerInfo, error)

	// CheckForUpdates checks for a new build of GAPID on the hosting server.
	// Care should be taken to call this infrequently to avoid reaching the
	// server's maximum unauthenticated request limits.
	CheckForUpdates(ctx context.Context, includePrereleases bool) (*Release, error)

	// GetAvailableStringTables returns list of available string table descriptions.
	GetAvailableStringTables(ctx context.Context) ([]*stringtable.Info, error)

	// GetStringTable returns the requested string table.
	GetStringTable(ctx context.Context, info *stringtable.Info) (*stringtable.StringTable, error)

	// ImportCapture imports capture data emitted by the graphics spy, returning
	// the new capture identifier.
	ImportCapture(ctx context.Context, name string, data []uint8) (*path.Capture, error)

	// ExportCapture returns a capture's data that can be consumed by
	// ImportCapture or LoadCapture.
	ExportCapture(ctx context.Context, c *path.Capture) ([]byte, error)

	// LoadCapture imports capture data from a local file, returning the new
	// capture identifier.
	LoadCapture(ctx context.Context, path string) (*path.Capture, error)

	// SaveCapture saves the capture to a local file.
	SaveCapture(ctx context.Context, c *path.Capture, path string) error

	// ExportReplay saves replay commands and assets to file.
	ExportReplay(ctx context.Context, c *path.Capture, d *path.Device, path string, opts *ExportReplayOptions) error

	// DCECapture returns a new capture containing only the requested commands and their dependencies.
	DCECapture(ctx context.Context, capture *path.Capture, commands []*path.Command) (*path.Capture, error)

	GetGraphVisualization(ctx context.Context, capture *path.Capture, format GraphFormat) ([]byte, error)

	// GetDevices returns the full list of replay devices avaliable to the server.
	// These include local replay devices and any connected Android devices.
	// This list may change over time, as devices are connected and disconnected.
	// If both connected Android and Local replay devices are found,
	// the local Android devices will be returned first.
	GetDevices(ctx context.Context) ([]*path.Device, error)

	// GetDevicesForReplay returns the list of replay devices avaliable to the
	// server that are capable of replaying the given capture.
	// These include local replay devices and any connected Android devices.
	// This list may change over time, as devices are connected and disconnected.
	// If both connected Android and Local replay devices are found,
	// the local Android devices will be returned first.
	GetDevicesForReplay(ctx context.Context, p *path.Capture) ([]*path.Device, error)

	// GetFramebufferAttachment returns the ImageInfo identifier describing the
	// given framebuffer attachment and device, immediately following the
	// command after.
	// The provided RenderSettings structure can be used to adjust maximum desired
	// dimensions of the image, as well as applying debug visualizations.
	GetFramebufferAttachment(
		ctx context.Context,
		replaySettings *ReplaySettings,
		after *path.Command,
		attachment api.FramebufferAttachment,
		settings *RenderSettings,
		hints *UsageHints) (*path.ImageInfo, error)

	// Get resolves and returns the object, value or memory at the path p.
	Get(ctx context.Context, p *path.Any, c *path.ResolveConfig) (interface{}, error)

	// Set creates a copy of the capture referenced by p, but with the object, value
	// or memory at p replaced with v. The path returned is identical to p, but with
	// the base changed to refer to the new capture.
	Set(ctx context.Context, p *path.Any, v interface{}, c *path.ResolveConfig) (*path.Any, error)

	// Follow returns the path to the object that the value at p links to.
	// If the value at p does not link to anything then nil is returned.
	Follow(ctx context.Context, p *path.Any, c *path.ResolveConfig) (*path.Any, error)

	// Profile starts self-profiling of the server.
	// If pprof is not nil then CPU pprof data will be written to this writer
	// until stop is called.
	// If trace is not nil then chrome trace data will be written to this writer
	// until stop is called.
	// This is a debug API, and may be removed in the future.
	Profile(ctx context.Context, pprof, trace io.Writer, memorySnapshotInterval uint32) (stop func() error, err error)

	// Status starts resolving status events. It calls f for every update and m for every memory update.
	Status(ctx context.Context,
		snapshotInterval time.Duration,
		statusUpdateFrequency time.Duration,
		f func(*TaskUpdate),
		m func(*MemoryStatus)) error

	// GetPerformanceCounters returns the values of all global counters as
	// a string.
	GetPerformanceCounters(ctx context.Context) (string, error)

	// GetProfile returns the pprof profile with the given name.
	GetProfile(ctx context.Context, name string, debug int32) ([]byte, error)

	// GetLogStream calls the handler with each log record raised until the
	// context is cancelled.
	GetLogStream(context.Context, log.Handler) error

	// Find performs a search using req, streaming the results to h.
	Find(ctx context.Context, req *FindRequest, h FindHandler) error

	// ClientEvent records a client event action, used for analytics.
	// If the user has not opted-in for analytics then this call does nothing.
	ClientEvent(ctx context.Context, req *ClientEventRequest) error

	// FindTraceTargets returns trace targets matching the given search parameters.
	FindTraceTargets(ctx context.Context, req *FindTraceTargetsRequest) ([]*TraceTargetTreeNode, error)

	// TraceTargetTreeNode returns a node in the trace target tree for the given device
	TraceTargetTreeNode(ctx context.Context, req *TraceTargetTreeNodeRequest) (*TraceTargetTreeNode, error)

	// Trace controls setting up, starting and ending a trace
	Trace(ctx context.Context) (TraceHandler, error)

	// Update the environment settings.
	UpdateSettings(ctx context.Context, req *UpdateSettingsRequest) error

	// Get timestamps from GPU for commands.
	GetTimestamps(ctx context.Context, req *GetTimestampsRequest, h TimeStampsHandler) error

	// Run a perfetto query
	PerfettoQuery(ctx context.Context, c *path.Capture, query string) (*perfetto.QueryResult, error)
}

type Severity = severity.Severity

type TimeStampsHandler func(*GetTimestampsResponse) error

type TraceHandler interface {
	Initialize(context.Context, *TraceOptions) (*StatusResponse, error)
	Event(context.Context, TraceEvent) (*StatusResponse, error)
	Dispose(context.Context)
}