pytimeloop.timeloopfe.v4.output_parsing Namespace Reference

Classes
class	MultipliableDict
	A dictionary that can be multiplied or divided by a scalar. More...
class	OutputStats
	A class to store the output statistics from Timeloop. More...
class	OutputStatsList

Functions
Tuple[int, int, float, dict]	parse_stats_file (str path)
	Parse a stats file from Timeloop.
	parse_stats_stream (io.TextIOBase stream)
	Parse a stream of stats file from Timeloop.
dict	get_area_from_art (str path)
	Get the area of each component from an ART file.
OutputStats	parse_timeloop_output ("Specification" spec, str output_dir, str prefix)
	Parse the output of Timeloop.

Variables
	LEVEL_PATTERN = re.compile("=== (?P<level>.*) ===")

Function Documentation

get_area_from_art()

dict pytimeloop.timeloopfe.v4.output_parsing.get_area_from_art

(

str

path

)

Get the area of each component from an ART file.

Args: path (str): The path to the ART file.

Returns: dict: The area of each component.

parse_stats_file()

Tuple[int, int, float, dict] pytimeloop.timeloopfe.v4.output_parsing.parse_stats_file

(

str

path

)

Parse a stats file from Timeloop.

Args: path (str): The path to the stats file.

Returns: Tuple[int, int, float, dict]: The cycles, computes, percent utilization, and energy.

parse_stats_stream()

pytimeloop.timeloopfe.v4.output_parsing.parse_stats_stream

(

io.TextIOBase

stream

)

Parse a stream of stats file from Timeloop.

Args: stream: the stream containing the stats

Returns: Tuple[int, int, float, dict]: The cycles, computes, percent utilization, and energy.

parse_timeloop_output()

OutputStats pytimeloop.timeloopfe.v4.output_parsing.parse_timeloop_output	(	"Specification"	spec,
		str	output_dir,
		str	prefix )

Parse the output of Timeloop.

Args: spec (Specification): The Timeloop specification. output_dir (str): The output directory. prefix (str): The prefix of the output files.

Returns: OutputStats: The parsed output statistics.

Variable Documentation

LEVEL_PATTERN

pytimeloop.timeloopfe.v4.output_parsing.LEVEL_PATTERN = re.compile("=== (?P<level>.*) ===")