Struct measureme::Profiler

pub struct Profiler { /* private fields */ }

Implementations

impl Profiler

pub fn new<P: AsRef<Path>>( path_stem: P ) -> Result<Profiler, Box<dyn Error + Send + Sync>>

pub fn with_counter<P: AsRef<Path>>( path_stem: P, counter: Counter ) -> Result<Profiler, Box<dyn Error + Send + Sync>>

pub fn map_virtual_to_concrete_string( &self, virtual_id: StringId, concrete_id: StringId )

pub fn bulk_map_virtual_to_single_concrete_string<I>( &self, virtual_ids: I, concrete_id: StringId )

where I: Iterator<Item = StringId> + ExactSizeIterator,

pub fn alloc_string<STR: SerializableString + ?Sized>( &self, s: &STR ) -> StringId

pub fn record_instant_event( &self, event_kind: StringId, event_id: EventId, thread_id: u32 )

Records an event with the given parameters. The event time is computed automatically.

pub fn record_integer_event( &self, event_kind: StringId, event_id: EventId, thread_id: u32, value: u64 )

Records an event with the given parameters. The event time is computed automatically.

pub fn start_recording_interval_event<'a>( &'a self, event_kind: StringId, event_id: EventId, thread_id: u32 ) -> TimingGuard<'a>

Creates a “start” event and returns a TimingGuard that will create the corresponding “end” event when it is dropped.

pub fn start_recording_interval_event_detached( &self, event_kind: StringId, event_id: EventId, thread_id: u32 ) -> DetachedTiming

Creates a “start” event and returns a DetachedTiming. To create the corresponding “event” event, you must call finish_recording_internal_event with the returned DetachedTiming. Since DetachedTiming does not capture the lifetime of &self, this method can sometimes be more convenient than start_recording_interval_event - e.g. it can be stored in a struct without the need to add a lifetime parameter.

pub fn finish_recording_interval_event(&self, timing: DetachedTiming)

Creates the corresponding “end” event for the “start” event represented by timing. You must have obtained timing from the same Profiler