keytab

Explorer) for cross-platform authentication. Microsoft clients must use Windows authentication based on the simple and protected authentication mechanism (SPNEGO. Cross-platform authentication is achieved by simulating the negotiation behavior of the local windows to Windows authentication service using Kerberos protocol. To enable cross-platform authentication to run properly, non-Windows servers (WebLogic Server in this article) Need to parse the SPNEGO flag to extract the Kerberos flag that

as adding users, services, and exporting keytab, can be done through the IPA-related interfaces.The choice of ContainerIt can be seen that the user-initiated task is performed within a specific container (Container), and at first we consider using Defaultcontainer instead of the officially recommended Linuxcontainer, with the disadvantage of physically isolating the tasks and preventing malicious tasks , but easy to deploy, the use of Linuxcontainer

gets the service ticket or some other credentials requested from the KDC based on the configured SPN (described later); IE uses this information to encapsulate the negotiate token sent to the web Server The WEB server verifies the authentication information submitted by IE using the prepared keytab, or submits the information in the Kerberos token to the KDC for verification; WebLogic Web server verifies that the appropriate subject is as

In some service settings, we usually use other environments to complete some operations. For example, we will talk about configuring Kerberos for the telnet service. In the Kerberos environment, each Kerberos service is represented by a service entity. This service subject is only a common Kerberos subject and holds the key used to decrypt the response sent by the Kerberos server. This is also true for the telnet service. You need to create the telnet service principal on the telnet server and p

single, then RM and a NM, everything is okay, and sync to all host Set Jobhistory server security Mapred-site.xml Start Jobhistoryserver sbin/mr-jobhistory-daemon.sh start Historyserver Execute command kinit, get a TGT (ticket granting Ticket) [Hadoop@dev80 hadoop]$ kinit-r 24l-k-t/home/hadoop/.keytab hadoop [hadoop@dev80 hadoop]$ klist Ticket-Cache:f ile:/tmp/krb5cc_500 Default principal:hadoop@dianping.com Valid starting Expires

/unixclient.nfsdomain.com unixclienthostSetsps-a root/unixclient unixclientrootSetsps-a root/unixclient.nfsdomain.com unixclientrootSetsps-a nfs/unixclient unixclientnfsSetsps-a nfs/unixclient.nfsdomain.com unixclientnfs Unixclient requires a root/unixclient.nfsdomain.com@NFSDOMAIN.COM identity, but does not need to enter the password for that identity. This is achieved through a key table. Next we will export key table files for these accounts. Run the following command on nfsdomain-DC: Ktpass-

# Include # Include # Include # Define maxword 10# Define nkeys (sizeof keytab/sizeof keytab [0]) Struct key{Char * word;Int count;} Keytab [] = {{"Auto", 0 },{"Break", 0 },{"Case", 0 },{"Char", 0 },{"Const", 0 },{"Continue", 0 },{"Defalut", 0 },{"Unsigned", 0 },{"Void", 0 },{"Volatile", 0 },{"While", 0} }; Int getword (char *, INT );Int binsearch (char *, struc

6.4 Pointers to structures#include #include#includestring.h>#defineMaxword 100//int Binsearch (char *, struct key *, int);#defineNkeys (sizeof keytab/sizeof (keytab[0]))#defineBUFSIZE 100intGetword (Char*,int);CharBuf[bufsize];intBUFP =0;structKey {Char*Word; intcount;} Keytab[]= { "Auto",0, " Break",0, " Case",0, "Char",0, "Const",0, "Continue"

, Authenticated users can achieve "one-time password authentication, multiple-pass authentication" of the passport mechanismPublish Secure NFSSteps: Adjust the shared directory configuration to start secure NFS support Deploying a Kerberos Key File Start the Nfs-secure-server service #vim/etc/exports/protected * (rw,sec=krb5p)Under the Server0:#wget Http://classroom/pub/keytabs/server0.keytab-O/etc/krb5.

: uncommitted read, commit read, repeatable read, and serializable. If you choose too high a level of isolation, such as serializable, although the system can achieve better isolation and more to ensure the integrity and consistency of data, but the conflict between transactions and deadlock opportunities greatly increased, greatly affecting the system performance. (7) using bound connections. Bound connections allows two or more transaction connections to share transactions and locks, and any o

= 24h Renew_lifetime = 7d forwardable = True [Realms] esgyn.com = { KDC = kerberos.esgyn.com admin_server = kerberos.esgyn.com} [Domain_realm]. esgyn.com = esgyn.com esgyn.com = esgy n.com [root@cent-1 ~]# cat/var/kerberos/krb5kdc/kdc.conf [kdcdefaults] kdc_ports = Kdc_tcp_ports = [Realms] ES gyn.com = {#master_key_type = aes256-cts Acl_file =/var/kerberos/krb5kdc/kadm5.acl Dict_file =/usr/share/dict/wor DS Admin_keytab =/var/kerberos/krb5kdc/kadm5.keytab