def measureConvergence(topology):
"""Find and measure the convergence of entries from each master
"""
replicas = [
topology.master1, topology.master2, topology.master3, topology.master4,
topology.hub1, topology.hub2, topology.consumer1, topology.consumer2,
topology.consumer3, topology.consumer4
]
if ADD_DEL_COUNT > 10:
interval = int(ADD_DEL_COUNT / 10)
else:
interval = 1
for master in [('1', topology.master1), ('2', topology.master2),
('3', topology.master3), ('4', topology.master4)]:
# Start with the first entry
entries = ['ADD dn="uid=master_%s-0,%s' % (master[0], DEFAULT_SUFFIX)]
# Add incremental entries to the list
idx = interval
while idx < ADD_DEL_COUNT:
entries.append('ADD dn="uid=master_%s-%d,%s' %
(master[0], idx, DEFAULT_SUFFIX))
idx += interval
# Add the last entry to the list (if it was not already added)
if idx != (ADD_DEL_COUNT - 1):
entries.append('ADD dn="uid=master_%s-%d,%s' %
(master[0], (ADD_DEL_COUNT - 1), DEFAULT_SUFFIX))
ReplTools.replConvReport(DEFAULT_SUFFIX, entries, master[1], replicas)
def measureConvergence(topology):
"""Find and measure the convergence of entries from each master
"""
replicas = [topology.master1, topology.master2, topology.master3,
topology.master4]
if ADD_DEL_COUNT > 10:
interval = int(ADD_DEL_COUNT / 10)
else:
interval = 1
for master in [('1', topology.master1),
('2', topology.master2),
('3', topology.master3),
('4', topology.master4)]:
# Start with the first entry
entries = ['ADD dn="uid=master_%s-0,%s' %
(master[0], DEFAULT_SUFFIX)]
# Add incremental entries to the list
idx = interval
while idx < ADD_DEL_COUNT:
entries.append('ADD dn="uid=master_%s-%d,%s' %
(master[0], idx, DEFAULT_SUFFIX))
idx += interval
# Add the last entry to the list (if it was not already added)
if idx != (ADD_DEL_COUNT - 1):
entries.append('ADD dn="uid=master_%s-%d,%s' %
(master[0], (ADD_DEL_COUNT - 1),
DEFAULT_SUFFIX))
ReplTools.replConvReport(DEFAULT_SUFFIX, entries, master[1], replicas)
