def main(in_sar_log, output_path):
insar = parser.Parser(in_sar_log)
sar_viz = viz.Visualization(insar.get_sar_info(),
paging=True,
network=True,
disk=True)
sar_viz.save(output_path, output_type=viz.Visualization.PDF_OUTPUT)
def main():
directory = os.path.dirname(os.path.realpath(__file__))
for item in os.listdir(directory):
full_path = os.path.join(directory, item)
if os.path.isfile(full_path) and item != __file__ and item.endswith('.log'):
insar=parser.Parser(full_path)
sar_viz=viz.Visualization(insar.get_sar_info(),paging=True,network=True,disk=True)
sar_viz.save(full_path+'.pdf')
def main():
from sar import parser
sysstat_dir = '/var/log/sa'
single_file = ('%s/%s' % (sysstat_dir, 'sar21'))
# Single SAR file parsing
insar = parser.Parser(single_file)
print(("SAR file date: %s" % (insar.get_filedate())))
print("Content:\n")
pprint.pprint(insar.get_sar_info())
print(("-" * 78))
# Id you want to test his, please run something like
# $ cat /var/log/sa/sar* > sarcombined
# to create "combined" SAR file. Then uncomment the following:
'''
def load_file(self):
'''
Loads combined SAR format logfile in ASCII format.
:return: ``True`` if loading and parsing of file went fine, \
``False`` if it failed (at any point)
'''
daychunks = self.__split_file()
if (daychunks):
maxcount = len(self.__splitpointers)
for i in range(maxcount):
start = self.__splitpointers[i]
end = None
if (i < (maxcount - 1)):
end = self.__splitpointers[i + 1]
chunk = self.__get_chunk(start, end)
parser = sarparse.Parser()
cpu_usage, mem_usage, swp_usage, io_usage = \
parser._parse_file(parser._split_file(chunk))
self.__sarinfos[self.__get_part_date(chunk)] = {
"cpu": cpu_usage,
"mem": mem_usage,
"swap": swp_usage,
"io": io_usage
}
del (cpu_usage)
del (mem_usage)
del (swp_usage)
del (io_usage)
del (parser)
return (True)
def main(log_type, in_sar_log, output_path):
insar = parser.Parser(in_sar_log)
sar_viz = viz.Visualization(insar.get_sar_info(), **{log_type: True})
sar_viz.save(output_path, output_type=viz.Visualization.PDF_OUTPUT)