def _parse(self, ses, opt, sniff=0):
self.chunk_init()
keys = None
for line in util.file_progress(ses, self.fn, sniff):
line = line.strip()
fields = line.split(',')
if fields and fields[0] and fields[0][0] == '"':
fields = [f.strip('"') for f in fields]
if not keys:
keys = fields
else:
self.chunk_extend()
values = fields
for k, v in zip(keys, values):
self.chunk[k][-1] = v
for chunk in self.chunk_emit():
yield chunk
for chunk in self.chunk_emit(True):
yield chunk
def _parse(self, ses, opt, sniff=0):
self.chunk_init()
keys = None
for line in util.file_progress(ses, self.fn, sniff):
line = line.strip()
fields = line.split(',')
if fields and fields[0] and fields[0][0]=='"':
fields = [f.strip('"') for f in fields]
if not keys:
keys = fields
else:
self.chunk_extend()
values = fields
for k, v in zip(keys, values):
self.chunk[k][-1] = v
for chunk in self.chunk_emit():
yield chunk
for chunk in self.chunk_emit(True):
yield chunk
def _parse(self, ses, opt, sniff=0):
ignore = set(['floatApprox', '$date', '$numberLong', '$timestamp'])
chunk_size = 100
def flatten(result, j, key=None):
if type(j) == dict:
for k, v in j.items():
if k in ignore:
flatten(result, v, key)
else:
flatten(result, v, key + util.SEP + k if key else k)
elif type(j) == list:
for i, v in enumerate(j):
flatten(result, v,
key + util.SEP + str(i) if key else str(i))
else:
result[key] = [j]
return result
chunk = {}
for line in util.file_progress(ses, self.fn, sniff):
try:
j = flatten({}, json.loads(line))
if j.keys() != chunk.keys() or len(
chunk.values()[0]) >= chunk_size:
if chunk:
yield chunk
chunk = j
else:
for k, v in j.items():
chunk[k].extend(v)
except ValueError:
# ignore bad json
pass
except:
traceback.print_exc()
break
yield chunk
def _parse(self, ses, opt, sniff=0):
ignore = set(['floatApprox', '$date', '$numberLong', '$timestamp'])
chunk_size = 100
def flatten(result, j, key=None):
if type(j)==dict:
for k, v in j.items():
if k in ignore:
flatten(result, v, key)
else:
flatten(result, v, key + util.SEP + k if key else k)
elif type(j)==list:
for i, v in enumerate(j):
flatten(result, v, key + util.SEP + str(i) if key else str(i))
else:
result[key] = [j]
return result
chunk = {}
for line in util.file_progress(ses, self.fn, sniff):
try:
j = flatten({}, json.loads(line))
if j.keys() != chunk.keys() or len(chunk.values()[0]) >= chunk_size:
if chunk:
yield chunk
chunk = j
else:
for k, v in j.items():
chunk[k].extend(v)
except ValueError:
# ignore bad json
pass
except:
traceback.print_exc()
break
yield chunk
def _parse(self, ses, opt, sniff=0):
# init
self.chunk_init()
pt = util.parse_time()
# process the file
for line in util.file_progress(ses, self.fn, sniff):
# match line
line = line.strip()
m = rec.match(line)
if m:
# process time_key
time = m.group(time_key)
if time:
for chunk in self.chunk_emit(flush=False):
yield chunk
self.chunk_extend()
self.chunk[time_key][-1] = time
self.last_time = time
# process each data_key
for data_key in rec.groupindex:
if data_key != time_key:
data = m.group(data_key)
if data != None:
if self.chunk[data_key][-1] != None:
self.chunk_extend()
self.chunk[time_key][-1] = self.last_time
self.chunk[data_key][-1] = data
# finish up
for chunk in self.chunk_emit(flush=True):
yield chunk
def _parse(self, ses, opt, sniff=0):
# init
self.chunk_init()
pt = util.parse_time()
# process the file
for line in util.file_progress(ses, self.fn, sniff):
# match line
line = line.strip()
m = rec.match(line)
if m:
# process time_key
time = m.group(time_key)
if time:
for chunk in self.chunk_emit(flush=False):
yield chunk
self.chunk_extend()
self.chunk[time_key][-1] = time
self.last_time = time
# process each data_key
for data_key in rec.groupindex:
if data_key != time_key:
data = m.group(data_key)
if data != None:
if self.chunk[data_key][-1] != None:
self.chunk_extend()
self.chunk[time_key][-1] = self.last_time
self.chunk[data_key][-1] = data
# finish up
for chunk in self.chunk_emit(flush=True):
yield chunk
