def do_vi(self, argstr):
"""Edit a directory entry.
usage: vi [-c class1,class2] dn
-c specifies a list of classes
-t specifies a timeout. default is infinite.
entry dn defaults to current location
"""
# Defaults
timeout = -1
dn = ''
ocs = [] # list of object classes
if not self.schema:
self.do_load_schema("")
if argstr:
optdict, args = parse_args(argstr, "c:t:")
argc = len(args)
if argc:
dn = self.get_dn(args[0])
else:
print "No dn specified"
return
if optdict.has_key('-c'):
ocstr = optdict.get('-c')
ocs = ocstr.split(",")
if optdict.has_key('-t'):
try:
timeout = int(optdict.get('-t'))
except ValueError, e:
print "Invalid value for timeout. Should be integer (-1 for unlimited, the default)", e
def do_cat(self, argstr):
"""Display contents of directory entry.
usage: cat [-a attr1,attr2] [-t timeout] [entry dn]
-a specified a list of attributes to return. default is all (except specials).
-t specifies a timeout. default is infinite.
entry dn defaults to current location
"""
# Defaults
dn = self.dn
filter = "objectClass=*"
attrs = None
timeout = -1
scope = ldap.SCOPE_BASE
attrs_only = 0
if argstr:
optdict, args = parse_args(argstr, "a:t:f:")
argc = len(args)
if argc:
dn = args[0]
if optdict.has_key('-a'):
attrstr = optdict.get('-a')
attrs = attrstr.split(",")
if optdict.has_key('-t'):
try:
timeout = int(optdict.get('-t'))
except ValueError, e:
print "Invalid value for timeout. Should be integer (-1 for unlimited)", e
def do_dump_schema(self, argstr):
outfile = ''
if argstr:
optdict, args = parse_args(argstr, "f:")
outfile = optdict.get('-f', '')
outfh = sys.stdout
if outfile:
try:
outfh = open(outfile, "w")
except IOError, e:
print "Could not open output file (%s)" % outfile
print "error:", sys.exc_type, e
def do_describe_at(self, argstr):
"""Print schema information for specified attribute.
usage: describe_at atname
"""
if argstr:
optdict, args = parse_args(argstr, "")
if not args:
print "No attribute class name specified."
if not self.schema:
self.do_load_schema("")
print self.schema.get_at(args[0])
def do_find(self, argstr):
"""Search the directory.
usage: find [-a attr1,attr2] [-t timeout] [-s base|subtree|onelevel] [filter] [searchbase]
-a specified a list of attributes to return. default is all (except specials).
-t specifies a timeout. default is infinite.
-s specifies search scope. default is subtree
filter defaults to "objectClass=*"
searchbase defaults to current location
"""
if not self.conn:
print "Not bound to directory."
return
searchbase = self.dn
filter = "objectClass=*"
attrs = None
timeout = -1
scope = ldap.SCOPE_SUBTREE
attrs_only = 0
if argstr:
optdict, args = parse_args(argstr, "a:t:s:")
argc = len(args)
if argc:
filter = args[0]
if argc == 2:
searchbase = args[1]
if optdict.has_key('-a'):
attrstr = optdict.get('-a')
attrs = attrstr.split(",")
if optdict.has_key('-t'):
try:
timeout = int(optdict.get('-t'))
except ValueError, e:
print "Invalid value for timeout.", e
if optdict.has_key('-s'):
value = optdict.get('-s')
if value == 'base':
scope = ldap.SCOPE_BASE
elif value == 'subtree':
scope = ldap.SCOPE_SUBTREE
elif value == 'onelevel':
scope = ldap.SCOPE_ONELEVEL
else:
print "Invalid value for scope"
def do_get_ldif(self, argstr):
"""Display contents of directory entry.
usage: get_ldif [-a attr1,attr2] [-t timeout] [-f outfile] [entry dn]
-a specified a list of attributes to return. default is all (except specials).
-t specifies a timeout. default is infinite.
entry dn defaults to current location
"""
# Defaults
dn = self.dn
filter = "objectClass=*"
attrs = None
timeout = -1
scope = ldap.SCOPE_BASE
attrs_only = 0
outfh = sys.stdout
outfile = ''
if argstr:
optdict, args = parse_args(argstr, "a:t:f:")
argc = len(args)
if argc:
dn = args[0]
if optdict.has_key('-a'):
attrstr = optdict.get('-a')
attrs = attrstr.split(",")
outfile = optdict.get('-f', '')
if outfile:
try:
outfh = open(outfile, "w")
except IOError, e:
print "Could not open output file (%s)" % outfile
print "error:", sys.exc_type, e
if optdict.has_key('-t'):
try:
timeout = int(optdict.get('-t'))
except ValueError, e:
print "Invalid value for timeout.", e
def do_print_schema(self, argstr):
"""Print raw schema info from directory.
usage: print_schema [-f outfile]
"""
outfile = ''
if argstr:
optdict, args = parse_args(argstr, "f:")
outfile = optdict.get('-f', '')
# Get subschemaSubentry location from root entry
attrs = ['subschemaSubentry', 'subschemasubentry']
try:
result = self.conn.search_s("", ldap.SCOPE_BASE, "objectClass=*",
attrs)
if len(result):
values = result[0][1]
subentry_dns = get_data_i(values, 'subschemaSubentry')
subentry_dn = subentry_dns[0]
else:
print "Root DSE not found"
return
except LDAPError, e:
print "error:", sys.exc_type, e