def get_stripe_mult(pass_type=None):
multipliers = {}
pass_key = None
if pass_type in _valid_keys:
pass_key = '%s_pass' % pass_type
defaults = {'full':1, 'long':500, 'short':2000, 'quick':10}
default = defaults[pass_type]
else:
print 'unrecognized stripe multiplier pass type: %s' % pass_type
raise ValueError
constant_scrub_multipliers = {'full_pass':1, 'quick_pass':10}
if pass_key is not None:
multipliers['Default'] = default
multipliers['bandwidth'] = {}
ctx = gconfig.open(hal.gcfg_driveconfig).ctx_new()
dcs = ctx.read('driveconfigs')
for dc in dcs:
key = dc.get('model')
if pass_key in constant_scrub_multipliers:
scrub_multipliers = constant_scrub_multipliers
else:
scrub_multipliers = dc.get('scrub_multipliers')
if not key or not scrub_multipliers:
print 'unregognized key and/or scrub_multipliers in drive ' \
'configuration'
raise ValueError
multipliers[key] = scrub_multipliers[pass_key]
scrub_bandwidth = scrub_multipliers.get('bandwidth')
if scrub_bandwidth:
multipliers['bandwidth'][key] = scrub_bandwidth
return multipliers
def run():
ShareDict = dict()
cfg = gcfg.open(gcfg.gcfg_main)
ctx = cfg.ctx_new()
allShares = ctx.read(g.REGPATH_SRV_SHARES)
for share in allShares:
if options.verbrose==True:
print "found share ", share[g.nameKey]
ShareDict[share[g.nameKey]] = "SRV"
# Now look at the onefs share parts and we must
# match 1:1 for the data to be okay
allShares = ctx.read(g.REGPATH_ONEFS_SHARES)
for share in allShares:
if share[g.nameKey] not in ShareDict:
if options.verbrose==True:
print "deleting ophaned share",expandString(share[g.nameKey])
ctx.delete(g.REGPATH_ONEFS_SHARES+"."+expandString(share[g.nameKey]))
else:
del ShareDict[share[g.nameKey]]
# Now we have to remove the leftover shares
for shareName in ShareDict:
if options.verbrose==True:
print "removing removing",expandString(shareName)
ctx.delete(g.REGPATH_SRV_SHARES+"."+expandString(shareName))
# For next pass a valid share list is needed
ShareDict = dict()
allShares = ctx.read(g.REGPATH_SRV_SHARES)
for share in allShares:
if options.verbrose==True:
print "Found complete share ", share[g.nameKey]
ShareDict[share[g.nameKey]] = "SRV"
# check for any abandoned ACLs
allShares = ctx.read(g.REGPATH_SRV_SHARE_ACLS)
for share in allShares:
if share[g.nameKey] not in ShareDict:
if options.verbrose==True:
print "Removing abandoned ACLs for share", share[g.nameKey]
ctx.delete(g.REGPATH_SRV_SHARE_ACLS+"."+expandString(share[g.nameKey]))
ctx.commit() # needed to actually updated the file.
def run():
ShareDict = dict()
cfg = gcfg.open(gcfg.gcfg_main)
ctx = cfg.ctx_new()
allShares = ctx.read(g.REGPATH_SRV_SHARES)
for share in allShares:
if options.verbrose==True:
print("found share ", share[g.nameKey])
ShareDict[share[g.nameKey]] = "SRV"
# Now look at the onefs share parts and we must
# match 1:1 for the data to be okay
allShares = ctx.read(g.REGPATH_ONEFS_SHARES)
for share in allShares:
if share[g.nameKey] not in ShareDict:
if options.verbrose==True:
print("deleting ophaned share",expandString(share[g.nameKey]))
ctx.delete(g.REGPATH_ONEFS_SHARES+"."+expandString(share[g.nameKey]))
else:
del ShareDict[share[g.nameKey]]
# Now we have to remove the leftover shares
for shareName in ShareDict:
if options.verbrose==True:
print("removing removing",expandString(shareName))
ctx.delete(g.REGPATH_SRV_SHARES+"."+expandString(shareName))
# For next pass a valid share list is needed
ShareDict = dict()
allShares = ctx.read(g.REGPATH_SRV_SHARES)
for share in allShares:
if options.verbrose==True:
print("Found complete share ", share[g.nameKey])
ShareDict[share[g.nameKey]] = "SRV"
# check for any abandoned ACLs
allShares = ctx.read(g.REGPATH_SRV_SHARE_ACLS)
for share in allShares:
if share[g.nameKey] not in ShareDict:
if options.verbrose==True:
print("Removing abandoned ACLs for share", share[g.nameKey])
ctx.delete(g.REGPATH_SRV_SHARE_ACLS+"."+expandString(share[g.nameKey]))
ctx.commit() # needed to actually updated the file.
