def initialize_name_mapping(self):
from DQUtils.db import Databases, get_channel_ids_names
f = Databases.get_folder("/TDAQ/EnabledResources/ATLAS/PIXEL/Modules",
"COOLONL_TDAQ")
cids, cnames, cmap = get_channel_ids_names(f)
self.name_mapping = dict(zip(cids, cnames))
self.name_mapping_initialized = True
def generate_table(folder, channel, since, until):
cool_folder = Databases.get_folder(folder)
channelid = cool_folder.channelId(channel)
cs = cool.ChannelSelection(channelid, channelid)
print "Totals for channel '%s' in folder '%s'" % (channel, folder)
iovs, info_runs = fetch_fixedup_folder_information(folder, since, until,
cs)
table = generate_lb_count_table(folder, iovs, info_runs)
pprint_table(table, header_loc=2)
def test():
def filter_hello(line):
if line.startswith("Data source lookup using"):
return True
print "Before with block.."
with silence(filter_hello):
from DQUtils.db import Databases
f = Databases.get_folder("DQMFONL")
print "Sensible stuff!"
print "f =", f
print "I am after the silence block"
def test():
def filter_hello(line):
if line.startswith("Data source lookup using"):
return True
print "Before with block.."
with silence(filter_hello):
from DQUtils.db import Databases
f = Databases.get_folder("DQMFONL")
print "Sensible stuff!"
print "f =", f
print "I am after the silence block"
def make_sct_mapping():
"""
Generate a mapping for the channelids in /SCT/DCS/HV to DCSOFL output
channel ids. The highest two bits can be used to determine the system.
(see `subdets`)
"""
from DQUtils.db import Databases
from DQUtils.channel_mapping import get_channel_ids_names
f = Databases.get_folder("/SCT/DCS/HV", "COOLOFL_DCS/CONDBR2")
cids, cnames, cmap = get_channel_ids_names(f)
mapping = {}
subdets = {0: 114, 1: 111, 2: 115}
for cid in cids:
# The highest-two bits of cid specify which DQ region we're in
output_subdet = subdets[(cid >> 25) & 0x3]
mapping.setdefault(output_subdet, []).append(cid)
return mapping
db = DefectsDB(opts.db, read_only=False, tag=opts.defecttag)
primary_names = DetStatusNames()
with db.storage_buffer:
print 'Populating old primary flags'
## for defect in primary_names.allNames():
## #print defect
## try:
## print db.new_virtual_defect(0, defect, defect, ''), defect
## except DefectExistsError:
## if opts.ignoreold:
## print 'Defect', defect, 'already exists; ignoring'
## else:
## raise
folder = Databases.get_folder(opts.origpridb, read_only=True)
ids, names, cdict = get_channel_ids_names(folder)
for defect in names:
if defect in DEPRECATED_PRIMARY_FLAGS:
print 'Skipping', defect, 'as it is deprecated'
continue
#print defect, folder.channelDescription(cdict[defect])
try:
print db.new_virtual_defect(defect, defect, ''), defect
except DefectExistsError:
if opts.ignoreold:
print 'Defect', defect, 'already exists; ignoring'
else:
raise
print 'Populating old virtual flags'
def clear_lookup_line():
Databases.get_folder("SHIFTOFL")
stdout.write("\x1B[A\x1B[K")