PNG  IHDR* pHYs+ IDATx]n#; cdLb Ǚ[at¤_:uP}>!Usă cag޿ ֵNu`ݼTâabO7uL&y^wFٝA"l[|ŲHLN밪4*sG3|Dv}?+y߉{OuOAt4Jj.u]Gz*҉sP'VQKbA1u\`& Af;HWj hsO;ogTu uj7S3/QzUr&wS`M$X_L7r2;aE+ώ%vikDA:dR+%KzƉo>eOth$z%: :{WwaQ:wz%4foɹE[9<]#ERINƻv溂E%P1i01 |Jvҗ&{b?9g=^wζXn/lK::90KwrюO\!ջ3uzuGv^;騢wq<Iatv09:tt~hEG`v;3@MNZD.1]L:{ծI3`L(÷ba")Y.iljCɄae#I"1 `3*Bdz>j<fU40⨬%O$3cGt]j%Fߠ_twJ;ABU8vP3uEԑwQ V:h%))LfraqX-ۿX]v-\9I gl8tzX ]ecm)-cgʒ#Uw=Wlێn(0hPP/ӨtQ“&J35 $=]r1{tLuǮ*i0_;NƝ8;-vݏr8+U-kruȕYr0RnC]*ެ(M:]gE;{]tg(#ZJ9y>utRDRMdr9㪩̞zֹb<ģ&wzJM"iI( .ꮅX)Qw:9,i좜\Ԛi7&N0:asϓc];=ΗOӣ APqz93 y $)A*kVHZwBƺnWNaby>XMN*45~ղM6Nvm;A=jֲ.~1}(9`KJ/V F9[=`~[;sRuk]rєT!)iQO)Y$V ی ۤmzWz5IM Zb )ˆC`6 rRa}qNmUfDsWuˤV{ Pݝ'=Kֳbg,UҘVz2ﴻnjNgBb{? ߮tcsͻQuxVCIY۠:(V뺕 ٥2;t`@Fo{Z9`;]wMzU~%UA蛚dI vGq\r82iu +St`cR.6U/M9IENDB`[General] #Verbosity = 0 # The following should be set to the local NFSv4 domain name # The default is the host's DNS domain name. #Domain = local.domain.edu # In multi-domain environments, some NFS servers will append the identity # management domain to the owner and owner_group in lieu of a true NFSv4 # domain. This option can facilitate lookups in such environments. If # set to a value other than "none", the nsswitch plugin will first pass # the name to the password/group lookup function without stripping the # domain off. If that mapping fails then the plugin will try again using # the old method (comparing the domain in the string to the Domain value, # stripping it if it matches, and passing the resulting short name to the # lookup function). Valid values are "user", "group", "both", and # "none". The default is "none". #No-Strip = none # Winbind has a quirk whereby doing a group lookup in UPN format # (e.g. staff@americas.example.com) will cause the group to be # displayed prefixed with the full domain in uppercase # (e.g. AMERICAS.EXAMPLE.COM\staff) instead of in the familiar netbios # name format (e.g. AMERICAS\staff). Setting this option to true # causes the name to be reformatted before passing it to the group # lookup function in order to work around this. This setting is # ignored unless No-Strip is set to either "both" or "group". # The default is "false". #Reformat-Group = false # The following is a comma-separated list of Kerberos realm # names that should be considered to be equivalent to the # local realm, such that @REALM.A can be assumed to # be the same user as @REALM.B # If not specified, the default local realm is the domain name, # which defaults to the host's DNS domain name, # translated to upper-case. # Note that if this value is specified, the local realm name # must be included in the list! #Local-Realms = [Mapping] #Nobody-User = nobody #Nobody-Group = nobody [Translation] # Translation Method is an comma-separated, ordered list of # translation methods that can be used. Distributed methods # include "nsswitch", "umich_ldap", and "static". Each method # is a dynamically loadable plugin library. # New methods may be defined and inserted in the list. # The default is "nsswitch". #Method = nsswitch # Optional. This is a comma-separated, ordered list of # translation methods to be used for translating GSS # authenticated names to ids. # If this option is omitted, the same methods as those # specified in "Method" are used. #GSS-Methods = #-------------------------------------------------------------------# # The following are used only for the "static" Translation Method. #-------------------------------------------------------------------# [Static] # A "static" list of GSS-Authenticated names to # local user name mappings #someuser@REALM = localuser #-------------------------------------------------------------------# # The following are used only for the "umich_ldap" Translation Method. #-------------------------------------------------------------------# [UMICH_SCHEMA] # server information (REQUIRED) LDAP_server = ldap-server.local.domain.edu # the default search base (REQUIRED) LDAP_base = dc=local,dc=domain,dc=edu #-----------------------------------------------------------# # The remaining options have defaults (as shown) # and are therefore not required. #-----------------------------------------------------------# # whether or not to perform canonicalization on the # name given as LDAP_server #LDAP_canonicalize_name = true # absolute search base for (people) accounts #LDAP_people_base = # absolute search base for groups #LDAP_group_base = # Set to true to enable SSL - anything else is not enabled #LDAP_use_ssl = false # You must specify a CA certificate location if you enable SSL #LDAP_ca_cert = /etc/ldapca.cert # Objectclass mapping information # Mapping for the person (account) object class #NFSv4_person_objectclass = NFSv4RemotePerson # Mapping for the nfsv4name attribute the person object #NFSv4_name_attr = NFSv4Name # Mapping for the UID number #NFSv4_uid_attr = UIDNumber # Mapping for the GSSAPI Principal name #GSS_principal_attr = GSSAuthName # Mapping for the account name attribute (usually uid) # The value for this attribute must match the value of # the group member attribute - NFSv4_member_attr #NFSv4_acctname_attr = uid # Mapping for the group object class #NFSv4_group_objectclass = NFSv4RemoteGroup # Mapping for the GID attribute #NFSv4_gid_attr = GIDNumber # Mapping for the Group NFSv4 name #NFSv4_group_attr = NFSv4Name # Mapping for the Group member attribute (usually memberUID) # The value of this attribute must match the value of NFSv4_acctname_attr #NFSv4_member_attr = memberUID