def main(input_data: pathlib.Path, plot_dir: pathlib.Path):
# plot_dir = plot_dir / input_data.stem
plot_dir.mkdir(exist_ok=True, parents=True)
data = fm.load_logs(input_data)
plot_function_execution_time(data, plot_dir)
plot_function_execution_time_frontend(data, plot_dir)
plot_platform_transport_times(data, plot_dir)
def main(logpath: pathlib.Path, output: pathlib.Path):
output = output / logpath.name
output.mkdir(exist_ok=True, parents=True)
platform_logs = {
f.stem.split("_")[-1]: fm.load_logs(f)
for f in logpath.glob("*.json")
}
plot_platform_comparison(platform_logs, output)
def main(logdump: pathlib.Path):
"""Print the function tree.
Args:
logdump: Path to log json dump.
"""
data = fm.load_logs(logdump)
print_function_tree(data)
def main(input_data: pathlib.Path, out_name: pathlib.Path):
"""Exports a log dump to a given format.
Args:
input_data: File containing raw log entries.
out_name: Destination path for the export, currently supported extensions are [.cvs, .xlsx]
"""
if out_name.suffix not in EXPORTERS:
print(f"Unknown extension {out_name.suffix}")
return
data = fm.load_logs(input_data)
df = pd.json_normalize(map(asdict, data))
EXPORTERS[out_name.suffix](df, out_name)
def main(
data: pathlib.Path,
output: pathlib.Path,
style: str = "classic",
ftree: str = None,
context: str = None,
degree: int = 0,
xpair: bool = False,
functions: List[str] = list(),
notime: bool = False):
"""
Args:
data: Path to json log dump.
output: Output graph folder.
style: Set style of output graph.
functions: Only show specific functions in graph. (eg "[frontend, add]")
degree: Minimal node degree filter.
context: Filter on context id.
ftree: Only show functions that are connected with the given function.
notime: Hide rpcIn and rpcOut times.
xpair: Show separate xpairs in individual nodes.
"""
if output.suffix != ".png":
output = output / data.stem
output.mkdir(parents=True, exist_ok=True)
data = fm.load_logs(data)
graph_filters = {
"function_tree": ftree,
"functions_only": functions,
"context_id": context,
"min_degree": degree,
"xpair": xpair,
"show_time": not notime,
}
analyze_tree(data, output, style, graph_filters)