def _cache_check_default(**kwargs):
if not kwargs.has_key('args') and kwargs['args']:
return
ucache = FreeNAS_UserCache()
gcache = FreeNAS_GroupCache()
ducache = FreeNAS_Directory_UserCache()
dgcache = FreeNAS_Directory_GroupCache()
for arg in kwargs['args']:
key = val = None
try:
parts = arg.split('=')
key = parts[0]
val = join(parts[1:], '=')
except:
continue
if key == 'u':
if ucache and ucache.has_key(val) and ucache[val]:
print "%s: %s" % (val, ucache[val])
elif key == 'g':
if gcache and gcache.has_key(val) and gcache[val]:
print "%s: %s" % (val, gcache[val])
elif key == 'du':
if ducache and ducache.has_key(val) and ducache[val]:
print "%s: %s" % (val, ducache[val])
elif key == 'dg':
if dgcache and dgcache.has_key(val) and dgcache[val]:
print "%s: %s" % (val, dgcache[val])
def _cache_check_default(**kwargs):
if not kwargs.has_key('args') and kwargs['args']:
return
ucache = FreeNAS_UserCache()
gcache = FreeNAS_GroupCache()
ducache = FreeNAS_Directory_UserCache()
dgcache = FreeNAS_Directory_GroupCache()
for arg in kwargs['args']:
key = val = None
try:
parts = arg.split('=')
key = parts[0]
val = join(parts[1:], '=')
except:
continue
if key == 'u':
if ucache and ucache.has_key(val) and ucache[val]:
print "%s: %s" % (val, ucache[val])
elif key == 'g':
if gcache and gcache.has_key(val) and gcache[val]:
print "%s: %s" % (val, gcache[val])
elif key == 'du':
if ducache and ducache.has_key(val) and ducache[val]:
print "%s: %s" % (val, ducache[val])
elif key == 'dg':
if dgcache and dgcache.has_key(val) and dgcache[val]:
print "%s: %s" % (val, dgcache[val])
def _cache_check_NT4(**kwargs):
if not kwargs.has_key('args') and kwargs['args']:
return
valid = {}
nt4 = FreeNAS_NT4()
domains = nt4.get_domains()
for d in domains:
workgroup = d
valid[workgroup] = True
for arg in kwargs['args']:
key = val = None
if arg.startswith("u="):
key = "u"
val = arg.partition("u=")[2]
elif arg.startswith("g="):
key = "g"
val = arg.partition("g=")[2]
elif arg.startswith("du="):
key = "du"
val = arg.partition("du=")[2]
elif arg.startswith("dg="):
key = "dg"
val = arg.partition("dg=")[2]
else:
continue
if key in ('u', 'g'):
parts = val.split('\\')
if len(parts) < 2:
continue
workgroup = parts[0]
if not valid.has_key(workgroup):
continue
ucache = FreeNAS_UserCache(dir=workgroup)
gcache = FreeNAS_GroupCache(dir=workgroup)
ducache = FreeNAS_Directory_UserCache(dir=workgroup)
dgcache = FreeNAS_Directory_GroupCache(dir=workgroup)
if key == 'u':
if ucache and ucache.has_key(val) and ucache[val]:
print "%s: %s" % (val, ucache[val])
elif key == 'g':
if gcache and gcache.has_key(val) and gcache[val]:
print "%s: %s" % (val, gcache[val])
elif key in ('du', 'dg'):
for workgroup in valid.keys():
ucache = FreeNAS_UserCache(dir=workgroup)
gcache = FreeNAS_GroupCache(dir=workgroup)
ducache = FreeNAS_Directory_UserCache(dir=workgroup)
dgcache = FreeNAS_Directory_GroupCache(dir=workgroup)
if key == 'du':
if ducache and ducache.has_key(val) and ducache[val]:
print "%s: %s" % (val, ducache[val])
elif key == 'dg':
if dgcache and dgcache.has_key(val) and dgcache[val]:
print "%s: %s" % (val, dgcache[val])
def _cache_check_NIS(**kwargs):
if not kwargs.has_key('args') and kwargs['args']:
return
valid = {}
ad = FreeNAS_NIS(flags=FLAGS_DBINIT)
domains = nis.get_domains()
for d in domains:
valid[d] = True
for arg in kwargs['args']:
key = val = None
if arg.startswith("u="):
key = "u"
val = arg.partition("u=")[2]
elif arg.startswith("g="):
key = "g"
val = arg.partition("g=")[2]
elif arg.startswith("du="):
key = "du"
val = arg.partition("du=")[2]
elif arg.startswith("dg="):
key = "dg"
val = arg.partition("dg=")[2]
else:
continue
if key in ('u', 'g'):
parts = val.split('\\')
if len(parts) < 2:
continue
d = parts[0]
if not valid.has_key(d):
continue
ucache = FreeNAS_UserCache(dir=d)
gcache = FreeNAS_GroupCache(dir=d)
ducache = FreeNAS_Directory_UserCache(dir=d)
dgcache = FreeNAS_Directory_GroupCache(dir=d)
if key == 'u':
if ucache and ucache.has_key(val) and ucache[val]:
print "%s: %s" % (val, ucache[val])
elif key == 'g':
if gcache and gcache.has_key(val) and gcache[val]:
print "%s: %s" % (val, gcache[val])
elif key in ('du', 'dg'):
for d in valid.keys():
ucache = FreeNAS_UserCache(dir=d)
gcache = FreeNAS_GroupCache(dir=d)
ducache = FreeNAS_Directory_UserCache(dir=d)
dgcache = FreeNAS_Directory_GroupCache(dir=d)
if key == 'du':
if ducache and ducache.has_key(val) and ducache[val]:
print "%s: %s" % (val, ducache[val])
elif key == 'dg':
if dgcache and dgache.has_key(val) and dgcache[val]:
print "%s: %s" % (val, dgcache[val])
def _cache_check_NT4(**kwargs):
if not kwargs.has_key('args') and kwargs['args']:
return
valid = {}
nt4 = FreeNAS_NT4()
domains = nt4.get_domains()
for d in domains:
workgroup = d
valid[workgroup] = True
for arg in kwargs['args']:
key = val = None
if arg.startswith("u="):
key = "u"
val = arg.partition("u=")[2]
elif arg.startswith("g="):
key = "g"
val = arg.partition("g=")[2]
elif arg.startswith("du="):
key = "du"
val = arg.partition("du=")[2]
elif arg.startswith("dg="):
key = "dg"
val = arg.partition("dg=")[2]
else:
continue
if key in ('u', 'g'):
parts = val.split('\\')
if len(parts) < 2:
continue
workgroup = parts[0]
if not valid.has_key(workgroup):
continue
ucache = FreeNAS_UserCache(dir=workgroup)
gcache = FreeNAS_GroupCache(dir=workgroup)
ducache = FreeNAS_Directory_UserCache(dir=workgroup)
dgcache = FreeNAS_Directory_GroupCache(dir=workgroup)
if key == 'u':
if ucache and ucache.has_key(val) and ucache[val]:
print "%s: %s" % (val, ucache[val])
elif key == 'g':
if gcache and gcache.has_key(val) and gcache[val]:
print "%s: %s" % (val, gcache[val])
elif key in ('du', 'dg'):
for workgroup in valid.keys():
ucache = FreeNAS_UserCache(dir=workgroup)
gcache = FreeNAS_GroupCache(dir=workgroup)
ducache = FreeNAS_Directory_UserCache(dir=workgroup)
dgcache = FreeNAS_Directory_GroupCache(dir=workgroup)
if key == 'du':
if ducache and ducache.has_key(val) and ducache[val]:
print "%s: %s" % (val, ducache[val])
elif key == 'dg':
if dgcache and dgcache.has_key(val) and dgcache[val]:
print "%s: %s" % (val, dgcache[val])
def _cache_check_NIS(**kwargs):
if not kwargs.has_key('args') and kwargs['args']:
return
valid = {}
ad = FreeNAS_NIS(flags=FLAGS_DBINIT)
domains = nis.get_domains()
for d in domains:
valid[d] = True
for arg in kwargs['args']:
key = val = None
if arg.startswith("u="):
key = "u"
val = arg.partition("u=")[2]
elif arg.startswith("g="):
key = "g"
val = arg.partition("g=")[2]
elif arg.startswith("du="):
key = "du"
val = arg.partition("du=")[2]
elif arg.startswith("dg="):
key = "dg"
val = arg.partition("dg=")[2]
else:
continue
if key in ('u', 'g'):
parts = val.split('\\')
if len(parts) < 2:
continue
d = parts[0]
if not valid.has_key(d):
continue
ucache = FreeNAS_UserCache(dir=d)
gcache = FreeNAS_GroupCache(dir=d)
ducache = FreeNAS_Directory_UserCache(dir=d)
dgcache = FreeNAS_Directory_GroupCache(dir=d)
if key == 'u':
if ucache and ucache.has_key(val) and ucache[val]:
print "%s: %s" % (val, ucache[val])
elif key == 'g':
if gcache and gcache.has_key(val) and gcache[val]:
print "%s: %s" % (val, gcache[val])
elif key in ('du', 'dg'):
for d in valid.keys():
ucache = FreeNAS_UserCache(dir=d)
gcache = FreeNAS_GroupCache(dir=d)
ducache = FreeNAS_Directory_UserCache(dir=d)
dgcache = FreeNAS_Directory_GroupCache(dir=d)
if key == 'du':
if ducache and ducache.has_key(val) and ducache[val]:
print "%s: %s" % (val, ducache[val])
elif key == 'dg':
if dgcache and dgache.has_key(val) and dgcache[val]:
print "%s: %s" % (val, dgcache[val])
