def summarise_junit(file_path: str) -> bool:
"""Parse jUnit output and show a summary.
Preprocesses input to increase the chances of getting valid XML.
Returns True if there were no failures or errors, raises exception
on IOError or XML parse errors."""
with open(file_path, 'r') as file:
# Skip log text before and after the XML, escape some of the test output to get valid XML
lines = StringIO()
take = False
for line in file:
if line.strip() == '<testsuite>':
take = True
if take:
lines.write(line.replace('<<', '<<'))
if line.strip() == "</testsuite>":
break
xml = JUnitXml.fromstring(strip_ansi(lines.getvalue()))
print("")
print("Test summary")
print("------------")
print(f"tests: {xml.tests}")
print(f"skipped: {xml.skipped}")
print(f"failures: {xml.failures}")
print(f"errors: {xml.errors}\n")
return xml.failures == 0 and xml.errors == 0
def main():
# ファイル選択ダイアログの表示
root = tkinter.Tk()
root.withdraw()
fTyp = [("", "*")]
iDir = os.path.abspath(os.path.dirname(__file__))
filename = tkinter.filedialog.askopenfilename(filetypes=fTyp,
initialdir=iDir)
target = []
plain = []
with open(filename, "r", encoding="utf8") as fobj:
for i, l in enumerate(fobj, 1):
str = strip_ansi(l)
if '"patientList"' not in str and '"queryList"' not in str:
plain.append(str)
if 'ERROR' in str and not 'The Network Adapter could not establish the connection' in str:
target.append(i)
target = reduce(
lambda acc, n: acc + [n]
if not any(e < n + 1000 and e > n - 1000 for e in acc) else acc,
target, [])
dirname = filename.split('/').pop()
os.makedirs(dirname, exist_ok=True)
for i, t in enumerate(target):
with open(f'/out/{dirname}/result{i:02}.log', "w",
encoding="utf8") as wf:
start = t - 1000 if t - 1000 > 0 else 0
end = t + 1000 if t + 1000 <= len(plain) else len(plain)
for s in plain[start:end]:
wf.write(s)
def main():
cmd = 'top -n 2'
child = pexpect.spawn(cmd,
timeout=2,
encoding='utf-8',
env={"TERM": "dumb"})
child.send('2')
info = child.read()
a = info.split('\n')
numacpunodes = []
for line in a:
if (line.find("%Node") == 0):
#print(strip_ansi(line))
newline = strip_ansi(line).split()
numacpunodes.append(strip_ansi(newline[0]).strip('%'))
data = [{"{#NUMACPUNODENAME}": cpunode} for cpunode in numacpunodes]
print(json.dumps({"data": data}, indent=4))
def generate_packet(hostname):
packet = []
cmd = 'top -n 2 -d 10'
child = pexpect.spawn(cmd,
timeout=10,
encoding='utf-8',
env={"TERM": "dumb"})
child.send('2')
time.sleep(1)
info = child.read()
#logger.info('%s!', info)
child.close()
a = info.split('\n')
for line in a:
if (line.find("%Node") == 0):
newline = re.split(r':|,', strip_ansi(line))
#logger.info('%s!', newline)
cpunode = newline[0].strip().strip('%')
packet.append(
ZabbixMetric(hostname, "cpu.numa.us.[%s]" % cpunode,
newline[1].strip().split()[0]))
packet.append(
ZabbixMetric(hostname, "cpu.numa.sy.[%s]" % cpunode,
newline[2].strip().split()[0]))
packet.append(
ZabbixMetric(hostname, "cpu.numa.ni.[%s]" % cpunode,
newline[3].strip().split()[0]))
packet.append(
ZabbixMetric(hostname, "cpu.numa.id.[%s]" % cpunode,
newline[4].strip().split()[0]))
packet.append(
ZabbixMetric(hostname, "cpu.numa.wa.[%s]" % cpunode,
newline[5].strip().split()[0]))
packet.append(
ZabbixMetric(hostname, "cpu.numa.hi.[%s]" % cpunode,
newline[6].strip().split()[0]))
packet.append(
ZabbixMetric(hostname, "cpu.numa.si.[%s]" % cpunode,
newline[7].strip().split()[0]))
packet.append(
ZabbixMetric(hostname, "cpu.numa.st.[%s]" % cpunode,
newline[8].strip().split()[0]))
#logger.info('%s!', packet)
return packet
def write_to_Serial_Output_Edit(self, data):
cleaned_text = strip_ansi(data.decode('ascii')).strip()
if (self.filterEnabled and self.filterString not in cleaned_text) or not self.filterEnabled:
self.serialOutputEdit.appendPlainText(cleaned_text)
def write(self, data):
self.stream.write(strip_ansi(data))
def strwidth(o: str) -> int:
return wcswidth(strip_ansi(o))