from raven import Client
raven = Client(os.getenv("LITTLEFIELD_RAVEN_DSN"))
try:
from littlefield import Littlefield
def avg(data, size):
return sum(data[((size*-1)-1):-1])/size
config = False
if len(sys.argv) > 1:
if sys.argv[1] == "config":
config = True
if config:
print("""graph_title Station Utilitization
graph_info Shows the utilitization of each station
graph_category littlefield
graph_scale no
graph_args --upper-limit 100 -l 0
graph_vlabel %""")
for station in range(1, 4):
if config:
print("station%s.label Station %s" % (station, station))
print("station%s.warning 10:80" % station)
else:
littlefield = Littlefield(os.getenv("LITTLEFIELD_USER"), os.getenv("LITTLEFIELD_PW"))
util = littlefield.get_data("S%sUTIL" % station)['average']
print("station%s.value %s" % (station, util[-1]*100))
except:
raven.captureException()
output_server("littlefield")
datatypes = [
"JOBIN", # Number of jobs accepted per day
"JOBQ", # Number of jobs waiting
"INV", # Inventory levels
"JOBOUT", # Number of completed jobs
"JOBT", # Lead times
"JOBREV", # Revenue
"S1Q", # Number of kits queued for station 1
"S1UTIL", # Station 1 utilitization by day
"S2Q", # number of kits queued for station 2
"S2UTIL", # Station 2 utilitization by day
"S3Q", # number of kits queued for station 3
"S3UTIL" # Station 3 utilitization by day
]
plots = []
for datatype in datatypes:
print(datatype)
data = littlefield.get_data(datatype)
keys = list(data.keys())
p = figure(tools="pan,box_zoom,reset,save",
title=datatype,
x_axis_label=keys[1],
y_axis_label=keys[0])
p.line(data[keys[1]], data[keys[0]], legend=datatype)
plots.append(p)
show(gridplot([plots], toolbar_location=None))
littlefield = Littlefield(config['littlefield']['user'], config['littlefield']['password'])
output_server("littlefield")
datatypes = [
"JOBIN", # Number of jobs accepted per day
"JOBQ", # Number of jobs waiting
"INV", # Inventory levels
"JOBOUT", # Number of completed jobs
"JOBT", # Lead times
"JOBREV", # Revenue
"S1Q", # Number of kits queued for station 1
"S1UTIL", # Station 1 utilitization by day
"S2Q", # number of kits queued for station 2
"S2UTIL", # Station 2 utilitization by day
"S3Q", # number of kits queued for station 3
"S3UTIL" # Station 3 utilitization by day
]
plots = []
for datatype in datatypes:
print(datatype)
data = littlefield.get_data(datatype)
keys = list(data.keys())
p = figure(
tools="pan,box_zoom,reset,save", title=datatype, x_axis_label=keys[1], y_axis_label=keys[0]
)
p.line(data[keys[1]], data[keys[0]], legend=datatype)
plots.append(p)
show(gridplot([plots], toolbar_location=None))
name = sys.argv[0].split("_")[1]
else:
name = sys.argv[-1]
config = False
if len(sys.argv) > 1:
if sys.argv[1] == "config":
config = True
if config:
print("graph_title %s" % titles[name]['title'])
print("graph_info Shows the %s" % titles[name]['title'])
print("graph_category littlefield")
print("graph_vlabel %s" % titles[name]['unit'])
if "scale" in titles[name]:
print("graph_scale no")
if config:
print("%s.label %s" % (name, titles[name]['title']))
print("%s-3.label %s (3 day average)" % (name, titles[name]['title']))
print("%s-10.label %s (10 day average)" % (name, titles[name]['title']))
else:
littlefield = Littlefield(os.getenv("LITTLEFIELD_USER"), os.getenv("LITTLEFIELD_PW"))
data = littlefield.get_data(name)
key = "average"
print("%s.value %s" % (name, data[key][-1]))
print("%s-3.value %s" % (name, avg(data[key], 3)))
print("%s-10.value %s" % (name, avg(data[key], 10)))
except:
raven.captureException()
#!/usr/bin/env python
from littlefield import Littlefield
from configparser import ConfigParser
import notify
config = ConfigParser()
config.read(["littlefield.ini"])
littlefield = Littlefield(config["littlefield"]["user"], config["littlefield"]["password"])
for i in range(1, 4):
station = littlefield.get_station(i)
utilitization = littlefield.get_data("S%sUTIL" % i)["average"][-1]
if utilitization > float(config["littlefield"]["util_high"]):
machines = station["number of machines"] + 1
notify.send(
"Station %s has a utilitization of %s. Increasing machines from %s to %s"
% (i, utilitization, station["number of machines"], machines)
)
littlefield.update_machine_count(station, machines)
elif utilitization < float(config["littlefield"]["util_low"]) and station["number of machines"] > 1:
machines = station["number of machines"] - 1
notify.send(
"Station %s has a utilitization of %s. Decreasing machines from %s to %s"
% (i, utilitization, station["number of machines"], machines)
)
littlefield.update_machine_count(station, machines)
#!/usr/bin/env python
import sys
import os
lib = os.getenv("LITTLEFIELD_PATH")
if lib is not None:
sys.path.append(lib)
from raven import Client
raven = Client(os.getenv("LITTLEFIELD_RAVEN_DSN"))
try:
from littlefield import Littlefield
config = False
if len(sys.argv) > 1:
if sys.argv[1] == "config":
config = True
if config:
print("""graph_title Queue Size
graph_info Shows the queue size
graph_category littlefield
graph_vlabel Kits""")
littlefield = Littlefield(os.getenv("LITTLEFIELD_USER"), os.getenv("LITTLEFIELD_PW"))
for station in range(1, 4):
if config:
print("station%s.label Station %s" % (station, station))
else:
size = littlefield.get_data("S%sQ" % station)['average']
print("station%s.value %s" % (station, size[-1]))
except:
raven.captureException()
#!/usr/bin/env python
from littlefield import Littlefield
from configparser import ConfigParser
import notify
config = ConfigParser()
config.read(['littlefield.ini'])
littlefield = Littlefield(config['littlefield']['user'],
config['littlefield']['password'])
for i in range(1, 4):
station = littlefield.get_station(i)
utilitization = littlefield.get_data("S%sUTIL" % i)['average'][-1]
if utilitization > float(config['littlefield']['util_high']):
machines = station['number of machines'] + 1
notify.send(
"Station %s has a utilitization of %s. Increasing machines from %s to %s"
% (i, utilitization, station['number of machines'], machines))
littlefield.update_machine_count(station, machines)
elif utilitization < float(config['littlefield']['util_low']
) and station['number of machines'] > 1:
machines = station['number of machines'] - 1
notify.send(
"Station %s has a utilitization of %s. Decreasing machines from %s to %s"
% (i, utilitization, station['number of machines'], machines))
littlefield.update_machine_count(station, machines)
#!/usr/bin/env python
from littlefield import Littlefield
from configparser import ConfigParser
config = ConfigParser()
config.read(['littlefield.ini'])
littlefield = Littlefield(config['littlefield']['user'], config['littlefield']['password'])
status = littlefield.get_status()
for key, value in status.items():
print("%s:\t%s" % (key, value))
def avg(data, size):
return sum(util[((size*-1)-1):-1])/size
print("Station\t\t1 day avg\t\t3 day avg\t\t10 day avg")
for station in range(1, 4):
machines = littlefield.get_station(station)['number of machines']
util = littlefield.get_data("S%sUTIL" % station)['average']
queue = littlefield.get_data("S%sQ" % station)['average']
print("Station %s:\t[ %.2f%% | %.2f ]\t[ %.2f%% | %.2f ]\t[ %.2f%% | %.2f ] (%s machines)" %
(station, (util[-1]*100), queue[-1], (avg(util, 3)*100), avg(queue, 3), (avg(util, 10)*100), avg(queue, 10), machines))
jobt = littlefield.get_data("JOBT")['average']
print("Job Times:\t[ %.2f ]\t\t[ %.2f ]\t\t[ %.2f ]" % (jobt[-1], avg(jobt, 3), avg(jobt, 10)))
jobq = littlefield.get_data("JOBQ")['average']
print("Queue Size:\t[ %.2f ]\t\t[ %.2f ]\t\t[ %.2f ]" % (jobq[-1], avg(jobq, 3), avg(jobq, 10)))
littlefield = Littlefield(config['littlefield']['user'],
config['littlefield']['password'])
status = littlefield.get_status()
for key, value in status.items():
print("%s:\t%s" % (key, value))
def avg(data, size):
return sum(util[((size * -1) - 1):-1]) / size
print("Station\t\t1 day avg\t\t3 day avg\t\t10 day avg")
for station in range(1, 4):
machines = littlefield.get_station(station)['number of machines']
util = littlefield.get_data("S%sUTIL" % station)['average']
queue = littlefield.get_data("S%sQ" % station)['average']
print(
"Station %s:\t[ %.2f%% | %.2f ]\t[ %.2f%% | %.2f ]\t[ %.2f%% | %.2f ] (%s machines)"
% (station, (util[-1] * 100), queue[-1],
(avg(util, 3) * 100), avg(queue, 3),
(avg(util, 10) * 100), avg(queue, 10), machines))
jobt = littlefield.get_data("JOBT")['average']
print("Job Times:\t[ %.2f ]\t\t[ %.2f ]\t\t[ %.2f ]" %
(jobt[-1], avg(jobt, 3), avg(jobt, 10)))
jobq = littlefield.get_data("JOBQ")['average']
print("Queue Size:\t[ %.2f ]\t\t[ %.2f ]\t\t[ %.2f ]" %
(jobq[-1], avg(jobq, 3), avg(jobq, 10)))
else:
name = sys.argv[-1]
config = False
if len(sys.argv) > 1:
if sys.argv[1] == "config":
config = True
if config:
print("graph_title %s" % titles[name]['title'])
print("graph_info Shows the %s" % titles[name]['title'])
print("graph_category littlefield")
print("graph_vlabel %s" % titles[name]['unit'])
if "scale" in titles[name]:
print("graph_scale no")
if config:
print("%s.label %s" % (name, titles[name]['title']))
print("%s-3.label %s (3 day average)" % (name, titles[name]['title']))
print("%s-10.label %s (10 day average)" %
(name, titles[name]['title']))
else:
littlefield = Littlefield(os.getenv("LITTLEFIELD_USER"),
os.getenv("LITTLEFIELD_PW"))
data = littlefield.get_data(name)
key = "average"
print("%s.value %s" % (name, data[key][-1]))
print("%s-3.value %s" % (name, avg(data[key], 3)))
print("%s-10.value %s" % (name, avg(data[key], 10)))
except:
raven.captureException()