def processRecord(event, indexes, force, disp):
global verbose
e = json.loads(event)
if 'verbose' in e and e['verbose'] == 'true':
verbose = True
if 'parallel' in e:
info('Calculating parallelization values')
p = e['parallel']
if p['node'] == 1:
sIndex = 0
info('First node. Setting sIndex to 0')
else:
sIndex = libtaylor.magic(e['reps'], p['node'], p['nodes'])
info('sIndex set to ' + str(sIndex))
if p['node'] == p['nodes']:
# if it's the last node in the node set, then the end is the last index
eIndex = e['digits']**e['reps']
info('Last node. eIndex set to ' + str(eIndex))
else:
eIndex = libtaylor.magic(e['reps'], p['node'] + 1, p['nodes'])
info('eIndex set to ' + str(eIndex))
if sIndex == eIndex:
eIndex = eIndex + 1
else:
if 'start' in e:
sIndex = e['start']
else:
sIndex = 0
if 'end' in e:
eIndex = e['end']
else:
eIndex = e['digits']**e['reps']
info("sIndex=" + str(sIndex))
info("eIndex=" + str(eIndex))
libtaylor.main(e, sIndex, eIndex, indexes, force, disp)
def processRecord(event, indexes, force, disp):
global verbose
e = json.loads(event)
if 'verbose' in e and e['verbose'] == 'true':
verbose = True
if 'parallel' in e:
info('Calculating parallelization values')
p = e['parallel']
if p['node'] == 1:
sIndex = 0
info('First node. Setting sIndex to 0')
else:
sIndex = libtaylor.magic(e['reps'], p['node'], p['nodes'])
info('sIndex set to ' + str(sIndex))
if p['node'] == p['nodes']:
# if it's the last node in the node set, then the end is the last index
eIndex = e['digits']**e['reps']
info('Last node. eIndex set to ' + str(eIndex))
else:
eIndex = libtaylor.magic(e['reps'], p['node']+1, p['nodes'])
info('eIndex set to ' + str(eIndex))
if sIndex == eIndex:
eIndex = eIndex + 1
else:
if 'start' in e:
sIndex=e['start']
else:
sIndex=0
if 'end' in e:
eIndex=e['end']
else:
eIndex=e['digits']**e['reps']
info("sIndex="+str(sIndex))
info("eIndex="+str(eIndex))
libtaylor.main(e, sIndex, eIndex, indexes, force, disp)
# and number of nodes
if args.parallel:
if args.verbose and not args.silent:
print 'Calculating parallelization values'
p = args.parallel.split(":")
if len(p) != 2:
print "Error: Parameter not formatted properly: " + args.parallel
print "Is your start/end node list properly formatted as '(start):(end)'?"
exit(1)
if int(p[0]) == 1:
# If it's the first node in the node set, then the start index is 0
sIndex = 0
if args.verbose and not args.silent:
print 'First node. Setting sIndex to 0'
else:
sIndex = libtaylor.magic(args.reps, int(p[0]), int(p[1]))
if args.verbose and not args.silent:
print 'sIndex set to ' + str(sIndex)
if int(p[0]) == int(p[1]):
# if it's the last node in the node set, then the end is the last index
eIndex = args.digits**args.reps
if args.verbose and not args.silent:
print 'Last node. eIndex set to ' + str(eIndex)
else:
eIndex = libtaylor.magic(args.reps, int(p[0]) + 1, int(p[1]))
if args.verbose and not args.silent:
print 'eIndex set to ' + str(eIndex)
if sIndex == eIndex:
eIndex = eIndex + 1
else:
# and number of nodes
if args.parallel:
if args.verbose and not args.silent:
print 'Calculating parallelization values'
p = args.parallel.split(":");
if len(p) != 2:
print "Error: Parameter not formatted properly: " + args.parallel
print "Is your start/end node list properly formatted as '(start):(end)'?"
exit(1)
if int(p[0]) == 1:
# If it's the first node in the node set, then the start index is 0
sIndex = 0
if args.verbose and not args.silent:
print 'First node. Setting sIndex to 0'
else:
sIndex = libtaylor.magic(args.reps, int(p[0]), int(p[1]))
if args.verbose and not args.silent:
print 'sIndex set to ' + str(sIndex)
if int(p[0]) == int(p[1]):
# if it's the last node in the node set, then the end is the last index
eIndex = args.digits**args.reps
if args.verbose and not args.silent:
print 'Last node. eIndex set to ' + str(eIndex)
else:
eIndex = libtaylor.magic(args.reps, int(p[0])+1, int(p[1]))
if args.verbose and not args.silent:
print 'eIndex set to ' + str(eIndex)
if sIndex == eIndex:
eIndex = eIndex + 1
else:
