def setUp(self):
self.ms = machinestate.MachineState()
self.ms.generate()
self.ms.update()
data = self.ms.get()
if data["OperatingSystemInfo"]["Type"] == "Linux":
self.ci = machinestate.CpuInfo()
self.ci.generate()
self.ci.update()
else:
self.ci = machinestate.CpuInfoMacOS()
self.ci.generate()
self.ci.update()
def main(basepath, kernels=None):
os.chdir(basepath)
os.makedirs("results/", exist_ok=True)
ms = machinestate.MachineState()
ms.generate()
ms.update()
ms_dict = ms.get()
hostname = get_hostname()
for kernel, args in get_kernels(kernels):
print(kernel, end=": ", flush=True)
data = []
filename = "results/" + hostname + "_" + kernel + ".pkl.gz"
if os.path.exists(filename):
print("skipping ({} already exists)".format(filename))
continue
build_kernel(kernel)
with open(f'build/{kernel}.{platform.machine()}', 'rb') as f:
kernel_bin = f.read()
with open('kernels/' + kernel + '.c', 'r') as f:
kernel_src = f.read()
print("built", end=" ", flush=True)
cache_metric_results_per_cl, global_infos, rr = run_kernel(
kernel, args)
for kernel_info, cmrpcl in cache_metric_results_per_cl.items():
kernel_name, repeats, *dimensions = kernel_info.split('_')
row = {
'hostname': hostname,
'kernel': kernel_name,
'dimensions': dimensions,
'repeats': repeats,
'source': 'measured'
}
row.update(global_infos)
for cache, metrics in sorted(
cache_metric_results_per_cl[kernel_info].items()):
for k, v in sorted(metrics.items()):
row[cache + '_' + k] = float(v)
row[cache + '_' + k + '.unit'] = v.unit
row['raw'] = rr
row['machinestate'] = ms_dict
row['binary'] = kernel_bin
row['benchcode'] = kernel_src
data.append(row)
df = pandas.DataFrame(data)
df.to_pickle(filename, protocol=4)
print("saved ({})".format(filename))
clean()
import sys
#import numpy as np
import product
import machinestate
ms = machinestate.MachineState()
pr = product.Product()
ga = product.GreenteaDrinkA()
gb = product.GreenteaDrinkB()
gc = product.GreenteaDrinkC()
gd = product.GreenteaDrinkD()
rt = product.RedTeaDrink()
rb = product.RedbullDrink()
sy = product.SoyDrink()
ms.accept('10')
ga._label = 'a'
gb._label = 'b'
gc._label = 'c'
gd._label = 'd'
plist = [ga, gb, gc, gd]
ldict = dict()
def pannel(im):
print("\ncurrent balance: {0}".format(ms.balance))
for i in plist:
if ((ms.balance >= i._price) and (i._balance > 0)):
i._aoruna = 'available'
def setUp(self):
self.ms = machinestate.MachineState()
self.ms.generate()
self.ms.update()
def test_repr(self):
ms = machinestate.MachineState(extended=True)
ms.generate()
print("")
print(ms)
test_repr_sub(ms, 1)