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nomitor_prod.py
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nomitor_prod.py
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#!/usr/local/bin/python
# ./nomitor_prod.py -g K208AK0051 -s "2018-04-17 11:00:00" -e "2018-04-17 12:30:00" -f "data.type=pv" -l Eo,Ev --period month
# ./nomitor_prod.py -g K208AK0051 -s "2018-04-17 11:00:00" -e "2018-04-17 12:30:00" -f "data.type=pv" -l Eo,Ev --period week
# ./nomitor_prod.py -g K208AK0051 -s "2018-04-17 11:00:00" -e "2018-04-17 12:30:00" -f "data.type=wp,data.adr=5" -l Ev
# ./nomitor_prod.py -g K208AK0051 -s "2018-03-01 11:00:00" -k sm
import os,sys
import time,json
#os.environ['TZ'] = 'Europe/Amsterdam'
import query_mongo
from optparse import OptionParser
from datetime import datetime
from datetime import timedelta
from dateutil import tz
VERBOSE = False
collection = 'nomitor'
ONE_DAY = 86400
today = datetime.now()
out_format = "%Y-%m-%d %H:%M"
#########################################
def check_serial(prev_doc, cur_doc, last_doc):
lic = last_doc.copy()
cic = cur_doc.copy()
pic = prev_doc.copy()
cser = cic.pop('ser', '')
pser = pic.pop('ser', '')
vd = {}
if cser != pser:
for k in lic.keys():
if k in pic:
lv = last_doc[k]
pv = pic[k]
vd[k] = lv-pv
last_doc[k] = pv
if VERBOSE:
print('ck',cser,pser,k,'lv',lv,'pv',pv)
if k in cic:
last_doc[k] = cic[k]
else:
for k in lic.keys():
lv = last_doc[k]
pv = 0
cv = 0
if k in pic:
pv = pic[k]
if k in cic:
cv = cic[k]
if pv > 0 and cv > 0 and pv < cv:
cvs = str(cv)
cvs = cvs.replace('.', '')
if cvs.startswith('99'):
vd[k] = lv-pv
last_doc[k] = cic[k]
if VERBOSE:
print('ck2',k,cvs,'lv',lv,'pv',pv)
return vd, last_doc
#####################################################################################
def compute_mb_prod(data, period='day', ALLDIFF=False):
START = datetime(today.year, today.month, today.day, tzinfo=tz.tzfile('/usr/share/zoneinfo/Europe/Amsterdam'))
prod_delta = {}
last_doc = None
last_dt = None
prev_doc = None
inum = 0
gap = ONE_DAY
dt = None
for doc in data:
dt = datetime.strptime(doc['ts'], "%Y-%m-%d %H:%M:%S")
#print('dt ',dt.strftime(out_format))
dt = dt.replace(tzinfo=tz.tzfile('/usr/share/zoneinfo/Europe/Amsterdam'))
#print(' [dt] ',dt.strftime(out_format))
if last_doc is None:
last_dt = dt
last_doc = doc['doc']
prev_doc = doc['doc']
diff = (START-dt)
t = diff.total_seconds()
if t > 0:
START = datetime(dt.year, dt.month, dt.day, tzinfo=tz.tzfile('/usr/share/zoneinfo/Europe/Amsterdam'))
if period == 'week':
gap = ONE_DAY*2
wday = START.weekday()
START = START - timedelta(wday)
elif period == 'month':
gap = ONE_DAY*7
mday = START.day -1
START = START - timedelta(mday)
#print(' START',START.strftime(out_format))
diff = (START-dt)
t = diff.total_seconds()
if t > 0 or (ALLDIFF and inum > 0):
inum += 1
if t < gap:
cur_doc = doc['doc'] ########## first doc of the next day
vd, ld = check_serial(prev_doc, cur_doc, last_doc)
if len(vd) > 0:
prod_delta[last_dt] = vd
last_doc = ld
prev_doc = cur_doc
vd = {}
pvv = {}
lvv = {}
if last_dt in prod_delta:
vd = prod_delta[last_dt]
for k in prev_doc.keys():
if k == 'ser':
continue
lv = last_doc[k]
pv = prev_doc[k]
if VERBOSE:
pvv[k] = pv
lvv[k] = lv
dv = lv-pv
if k in vd:
vd[k] = vd[k]+dv
else:
vd[k] = dv
prod_delta[last_dt] = vd
if VERBOSE:
print(last_dt.strftime(out_format), vd, lvv,'-',pvv)
START = datetime(dt.year, dt.month, dt.day, tzinfo=tz.tzfile('/usr/share/zoneinfo/Europe/Amsterdam'))
if period == 'week':
wday = START.weekday()
START = START - timedelta(wday)
elif period == 'month':
mday = START.day -1
START = START - timedelta(mday)
#print(' START',START.strftime(out_format),dt.strftime(out_format))
last_doc = doc['doc']
prev_doc = doc['doc'] ########## first doc of the next day
#START = START - timedelta(1)
last_dt = dt
else:
cur_doc = doc['doc']
vd, ld = check_serial(prev_doc, cur_doc, last_doc)
if len(vd) > 0:
prod_delta[last_dt] = vd
last_doc = ld
prev_doc = cur_doc
if dt is not None:
vd = {}
pvv = {}
lvv = {}
if last_dt in prod_delta:
vd = prod_delta[last_dt]
for k in prev_doc.keys():
if k == 'ser':
continue
lv = last_doc[k]
pv = prev_doc[k]
if VERBOSE:
pvv[k] = pv
lvv[k] = lv
dv = lv-pv
if k in vd:
vd[k] = vd[k]+dv
else:
vd[k] = dv
prod_delta[last_dt] = vd
if VERBOSE:
print(last_dt.strftime(out_format), vd, lvv,'-',pvv)
return prod_delta
#############################################################################################
#####################################################################################
def compute_sm_prod(data, period='day', ALLDIFF=False):
START = datetime(today.year, today.month, today.day, tzinfo=tz.tzfile('/usr/share/zoneinfo/Europe/Amsterdam'))
prod_delta = {}
last_doc = None
last_dt = None
prev_doc = None
gap = ONE_DAY
dt = None
for doc in data:
if not 'sm' in doc:
continue
dt = datetime.strptime(doc['ts'], "%Y-%m-%d %H:%M:%S")
dt = dt.replace(tzinfo=tz.tzfile('/usr/share/zoneinfo/Europe/Amsterdam'))
if last_doc is None:
last_dt = dt
last_doc = doc['sm']
prev_doc = doc['sm']
diff = (START-dt)
t = diff.total_seconds()
if t > 0:
START = datetime(dt.year, dt.month, dt.day, tzinfo=tz.tzfile('/usr/share/zoneinfo/Europe/Amsterdam'))
if period == 'week':
gap = ONE_DAY*2
wday = START.weekday()
START = START - timedelta(wday)
elif period == 'month':
gap = ONE_DAY*7
mday = START.day -1
START = START - timedelta(mday)
#print(' START',START.strftime(out_format))
diff = (START-dt)
t = diff.total_seconds()
if t > 0:
if t < gap:
prev_doc = doc['sm'] ########## first doc of the next day
prod_delta[last_dt] = {}
for k in last_doc.keys():
v2 = float(last_doc[k])
v1 = v2
if k in prev_doc.keys():
v1 = float(prev_doc[k])
k2 = k[0:k.rfind('_')]
diff = v2-v1
if k2 in prod_delta[last_dt].keys():
diff += prod_delta[last_dt][k2]
prod_delta[last_dt][k2] = diff
if VERBOSE:
print(last_dt.strftime(out_format), json.dumps(prod_delta[last_dt]))
print('last:{}\nprev {}'.format(json.dumps(last_doc), json.dumps(prev_doc)))
START = datetime(dt.year, dt.month, dt.day, tzinfo=tz.tzfile('/usr/share/zoneinfo/Europe/Amsterdam'))
if period == 'week':
wday = START.weekday()
START = START - timedelta(wday)
elif period == 'month':
mday = START.day -1
START = START - timedelta(mday)
#print(' START',START.strftime(out_format),dt.strftime(out_format))
last_doc = doc['sm']
prev_doc = doc['sm'] ########## first doc of the next day
#START = START - timedelta(1)
last_dt = dt
else:
prev_doc = doc['sm']
if dt is not None:
prod_delta[last_dt] = {}
for k in last_doc.keys():
v2 = float(last_doc[k])
v1 = v2
if k in prev_doc.keys():
v1 = float(prev_doc[k])
k2 = k[0:k.rfind('_')]
diff = v2-v1
if k2 in prod_delta[last_dt].keys():
diff += prod_delta[last_dt][k2]
prod_delta[last_dt][k2] = diff
if VERBOSE:
print(last_dt.strftime(out_format), json.dumps(prod_delta[last_dt]))
print('#last:{}\n prev {}'.format(json.dumps(last_doc), json.dumps(prev_doc)))
return prod_delta
###################################################################################
def get_prod_data(gw,key, stime,etime,filter,labels,period, ALLDIFF):
prod_delta = {}
only_match = True
limit = 0
if key == 'mb':
value_only = True
data = query_mongo.get_data(collection,gw,key, stime,etime,filter,only_match,value_only,labels,limit)
prod_delta = compute_mb_prod(data, period, ALLDIFF)
elif key == 'sm':
value_only = False
filter = None
labels = None
data = query_mongo.get_data(collection,gw,key, stime,etime,filter,only_match,value_only,labels,limit)
prod_delta = compute_sm_prod(data, period, ALLDIFF)
return prod_delta
############################################# main function
def main():
parser = OptionParser(usage="""\
Query to MongoDB, by default period is day
./nomitor_prod.py -g K208AK0051 -s "2018-04-01 00:00:00" -e "2018-05-23 00:00:00" -f "data.type=pv" -l Eo,Ev --period month
./nomitor_prod.py -g K208AK0051 -s "2018-05-01 00:00:00" -e "2018-05-23 00:00:00" -f "data.type=pv" -l Eo,Ev --period week
./nomitor_prod.py -g K208AK0051 -s "2018-05-01 00:00:00" -e "2018-05-03 00:00:00" -f "data.type=wp,data.adr=5" -l Ev
./nomitor_prod.py -g K208AK0051 -s "2018-03-01 11:00:00" -k sm
./nomitor_prod.py -g K208AK0009 -s "2018-03-01 00:00:00" -k sm --period month --sum
""")
parser.add_option('-k', '--key', action='store', dest="key", default="mb",
help="""default key is 'mb'""")
parser.add_option('--period', action='store', dest="period", default="day",
help="""period: day OR week OR month (default= day)""")
parser.add_option('-g', '--gw', action='store', dest="gw",
help="""gateway""")
parser.add_option('-s', '--st', action='store', dest="stime",
help="""start time (default= first data time)""")
parser.add_option('-e', '--et', action='store', dest="etime",
help="""end time (default= current time)""")
parser.add_option('-f','--filter', action='store', dest="filter",
help="""filter: data.type=wp,data.adr=5 """)
parser.add_option('-l', '--label', action='store', dest="labels",
help="""regs values that you want to see, e,g: Eo, Ev""")
parser.add_option('-v', '--verbose', action='store_true', dest="verbose", default=False,
help="""verbose actual values""")
parser.add_option('--sum', action='store_true', dest="sum", default=False,
help="""sum values""")
parser.add_option('-i', '--include-all', action='store_true', dest="alladres", default=False,
help="""include all addresses""")
parser.add_option('-a', '--all-diff', action='store_true', dest="alldiff", default=False,
help="""difference between each event/item""")
opts, args = parser.parse_args()
global VERBOSE
VERBOSE = opts.verbose
ALLDIFF = opts.alldiff
_labels = opts.labels
labels = None
sum = opts.sum
alladres = opts.alladres
stime = opts.stime
etime = opts.etime
filter = opts.filter
gw = opts.gw
if gw is None:
print ('nomitor serial is missing \n')
parser.print_help()
sys.exit(1)
key = opts.key
period = opts.period
mc_dict = query_mongo.get_mc_dict(gw)
m2adrs = query_mongo.get_mbus_adrs(mc_dict)
more_adrs = False
adrs = []
if key == 'mb':
if _labels is None:
print ('mb labels are missing \n')
parser.print_help()
sys.exit(1)
else:
labels = _labels.split(',')
if filter is None:
print ('mbus filter is missing "data.type=xx" where xx {}\n'.format(json.dumps(m2adrs.keys())))
parser.print_help()
sys.exit(1)
fils = filter.split(',')
if len(fils) == 1 and filter.lower().startswith('data.type='):
i = filter.find('=')
m = filter[i+1:]
status = query_mongo.check_mb_adrs(m2adrs, m, alladres)
if len(status) > 1:
print ('\n{}\n'.format(status))
sys.exit(1)
adrs = m2adrs[m]
if len(adrs) > 1:
more_adrs = True
if more_adrs:
prod_delta = {}
for ad in adrs:
filter2 = '{},data.adr={}'.format(filter,ad)
print(filter2)
_delta = get_prod_data(gw,key, stime,etime,filter2,labels,period,ALLDIFF)
keys = sorted(_delta.keys(), reverse=True)
for dt in keys:
print(dt.strftime(out_format), json.dumps(_delta[dt]))
if dt in prod_delta:
v = prod_delta[dt]
v1 = _delta[dt]
v2 = []
for e in v:
e2 = e[:]
for e1 in v1:
if e[0] == e1[0]:
e2[1] = e[1]+e1[1]
v2.append(e2)
for e1 in v1:
e2 = e1[:]
ins = True
for e in v:
if e[0] == e1[0]:
ins = False
break
if ins:
v2.append(e2)
prod_delta[dt] = v2
else:
prod_delta[dt] = _delta[dt]
print('-----')
else:
prod_delta = get_prod_data(gw,key, stime,etime,filter,labels,period,ALLDIFF)
if (key == 'mb' or key == 'sm'):
sv = None
keys = sorted(prod_delta.keys(), reverse=True)
for dt in keys:
if not VERBOSE:
print(dt.strftime(out_format), json.dumps(prod_delta[dt]))
v = prod_delta[dt]
if sv is None:
sv = v
else:
for k in v:
if k in sv:
sv[k] = sv[k] + v[k]
else:
sv[k] = v[k]
print('----------------')
if sum:
print(sv)
#############################################################################
if __name__ == "__main__":
main()