from tally import Tally
from time import sleep
"""
Script to quickly check if all lights are working correctly
Also, for situations where michael needs kit2000
"""
t = Tally()
up = True
i = 0
while True:
if up:
i = i + 1
if i > 2:
up = False
else:
i = i - 1
if i < 1:
up = True
t.send_activation(i)
sleep(0.8)
def test_new_tally(token, api_url, dataset_data, dataset_meta):
tally = Tally(api_key=token, host=api_url, ssl=True)
assert True
multiFields = getMultiValueFields (rp)
if not multiFields.isEmpty():
print "\n%s" % rp.recId
if multiFields.webcat:
print "webcat multifields"
for field in multiFields.webcat.keys():
print "\t%s (%d)" % (field, multiFields.webcat[field])
if multiFields.library_dc:
print "library_dc multifields"
for field in multiFields.library_dc.keys():
print "\t%s (%d)" % (field, multiFields.library_dc[field])
## -------- Tally stuff --------------
""" which webcat fields had multiple values?? """
webcatMultiFieldTally = Tally ("webcatMultiFields")
def tallyMultiFields (rp):
multiFields = getMultiValueFields (rp)
if not multiFields.webcat: return
for field in multiFields.webcat.keys():
webcatMultiFieldTally.tally (field)
def webCatMultiFieldTally ():
cp ("technotes", tallyMultiFields)
mp(tallyMultiFields)
for key in webcatMultiFieldTally.keys():
print "\t%s (%d)" % (key, webcatMultiFieldTally[key])
if __name__ == "__main__":
# cp ("technotes", showMultiValueFields)
def showInstName(rp):
print "\n%s" % rp.recId
print "\tinstName: %s" % getInstName(rp)
print "\tinstDivision: %s" % getInstDivision(rp)
def showInstName(rp):
print "\n%s" % rp.recId
print "\tinstName: %s" % getInstName(rp)
print "\tinstDivision: %s" % getInstDivision(rp)
# ---------------------------
instNames = Tally("instNames")
instDivisions = Tally("instDivisions")
publishers = Tally("publishers")
scientificDivisions = Tally("scientificDivisions")
def tally(rp):
"""
for each record processed, tallies the following fields
"""
instNames.tally(getInstName(rp))
instDivisions.tally(getInstDivision(rp))
publishers.tally(getPublisher(rp))
scientificDivisions.tally(getScientificDivision(rp))
