Translations by Vilson Gjeci
Vilson Gjeci has submitted the following strings to this translation. Contributions are visually coded: currently used translations, unreviewed suggestions, rejected suggestions.
~ |
sudo apt-get install dkim-filter python-policyd-spf
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2009-08-09 |
sudo apt-get install dkim-filter python-policyd-spf
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~ |
sudo mv keytab.kdc01 /etc/kr5b.keytab
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2009-08-06 |
sudo mv keytab.kdc01 /etc/kr5b.keytab
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~ |
sudo cp /etc/ldapscripts/ldapadduser.template.sample /etc/ldapscripts/ldapadduser.template
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2009-08-06 |
sudo cp /etc/ldapscripts/ldapadduser.template.sample /etc/ldapscripts/ldapadduser.template
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~ |
ldapsearch -xLLL -b cn=config -D cn=admin,cn=config -W olcDatabase=hdb olcAccess
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2009-08-06 |
ldapsearch -xLLL -b cn=config -D cn=admin,cn=config -W olcDatabase=hdb olcAccess
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~ |
Enter LDAP Password:
dn: olcDatabase={1}hdb,cn=config
olcAccess: {0}to attrs=userPassword,shadowLastChange by dn="cn=admin,dc=exampl
e,dc=com" write by anonymous auth by self write by * none
olcAccess: {1}to dn.base="" by * read
olcAccess: {2}to * by dn="cn=admin,dc=example,dc=com" write by * read
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2009-08-06 |
Enter LDAP Password:
dn: olcDatabase={1}hdb,cn=config
olcAccess: {0}to attrs=userPassword,shadowLastChange by dn="cn=admin,dc=exampl
e,dc=com" write by anonymous auth by self write by * none
olcAccess: {1}to dn.base="" by * read
olcAccess: {2}to * by dn="cn=admin,dc=example,dc=com" write by * read
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~ |
eBox
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2009-08-05 |
eBox
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~ |
apt-cache rdepends ebox | uniq
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2009-08-05 |
apt-cache rdepends ebox | uniq
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~ |
sudo apt-get install ebox
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2009-08-05 |
sudo apt-get install ebox
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~ |
sudo chage -E 01/31/2008 -m 5 -M 90 -I 30 -W 14 username
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2009-08-04 |
sudo chage -E 01/31/2008 -m 5 -M 90 -I 30 -W 14 username
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~ |
password required pam_unix.so nullok obscure min=4 max=8 md5
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2009-08-04 |
password required pam_unix.so nullok obscure min=4 max=8 md5
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~ |
password required pam_unix.so nullok obscure min=6 max=8 md5
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2009-08-04 |
password required pam_unix.so nullok obscure min=6 max=8 md5
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~ |
2008
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2009-08-04 |
2008
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~ |
NAME = vm01
CPU = 0.5
MEMORY = 512
OS = [ BOOT = hd ]
DISK = [
source = "/var/lib/one/images/vm01.qcow2",
target = "hda",
readonly = "no" ]
NIC = [ NETWORK="LAN" ]
GRAPHICS = [type="vnc",listen="127.0.0.1",port="-1"]
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2009-08-04 |
NAME = vm01
CPU = 0.5
MEMORY = 512
OS = [ BOOT = hd ]
DISK = [
source = "/var/lib/one/images/vm01.qcow2",
target = "hda",
readonly = "no" ]
NIC = [ NETWORK="LAN" ]
GRAPHICS = [type="vnc",listen="127.0.0.1",port="-1"]
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~ |
onevnet create vnet01.template
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2009-08-04 |
onevnet create vnet01.template
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~ |
NAME = "LAN"
TYPE = RANGED
BRIDGE = br0
NETWORK_SIZE = C
NETWORK_ADDRESS = 192.168.0.0
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2009-08-04 |
NAME = "LAN"
TYPE = RANGED
BRIDGE = br0
NETWORK_SIZE = C
NETWORK_ADDRESS = 192.168.0.0
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~ |
onevm submit vm01.template
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2009-08-04 |
onevm submit vm01.template
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~ |
sudo mkdir /var/lib/one/images
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2009-08-04 |
sudo mkdir /var/lib/one/images
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~ |
onehost create node02 im_kvm vmm_kvm tm_ssh
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2009-08-04 |
onehost create node02 im_kvm vmm_kvm tm_ssh
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~ |
onehost create node01 im_kvm vmm_kvm tm_ssh
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2009-08-04 |
onehost create node01 im_kvm vmm_kvm tm_ssh
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~ |
sudo chown oneadmin /var/lib/one/images/
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2009-08-04 |
sudo chown oneadmin /var/lib/one/images/
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~ |
sudo sh -c "ssh-keygen -f .ssh/known_hosts -F node02 1>> /etc/ssh/ssh_known_hosts"
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2009-08-04 |
sudo sh -c "ssh-keygen -f .ssh/known_hosts -F node02 1>> /etc/ssh/ssh_known_hosts"
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~ |
sudo sh -c "cat /var/lib/one/.ssh/id_rsa.pub >> /var/lib/one/.ssh/authorized_keys"
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2009-08-04 |
sudo sh -c "cat /var/lib/one/.ssh/id_rsa.pub >> /var/lib/one/.ssh/authorized_keys"
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~ |
sudo sh -c "ssh-keygen -f .ssh/known_hosts -F node01 1>> /etc/ssh/ssh_known_hosts"
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2009-08-04 |
sudo sh -c "ssh-keygen -f .ssh/known_hosts -F node01 1>> /etc/ssh/ssh_known_hosts"
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~ |
sudo scp /var/lib/one/.ssh/id_rsa.pub oneadmin@node02:/var/lib/one/.ssh/authorized_keys
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2009-08-04 |
sudo scp /var/lib/one/.ssh/id_rsa.pub oneadmin@node02:/var/lib/one/.ssh/authorized_keys
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~ |
sudo scp /var/lib/one/.ssh/id_rsa.pub oneadmin@node01:/var/lib/one/.ssh/authorized_keys
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2009-08-04 |
sudo scp /var/lib/one/.ssh/id_rsa.pub oneadmin@node01:/var/lib/one/.ssh/authorized_keys
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~ |
sudo passwd oneadmin
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2009-08-04 |
sudo passwd oneadmin
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~ |
sudo apt-get install opennebula
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2009-08-04 |
sudo apt-get install opennebula
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~ |
OpenNebula
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2009-08-04 |
OpenNebula
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~ |
sudo apt-get install opennebula-node
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2009-08-04 |
sudo apt-get install opennebula-node
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~ |
sudo /etc/init.d/samba restart
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2009-02-23 |
sudo /etc/init.d/samba restart
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1. |
ubuntu-doc@lists.ubuntu.com (Ubuntu Documentation Project)
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2009-02-23 |
ubuntu-doc@lists.ubuntu.com (Projekti i Dokumentimit Ubuntu)
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2. |
Ubuntu Server Guide
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2009-12-17 |
Udhëzuesi i Serverit Ubuntu
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2009-02-23 |
Guida e Serverit Ubuntu
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3. |
2007-09-30
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2009-02-23 |
30-09-2007
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4. |
Windows Networking
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2009-02-23 |
Rrjeti Windows
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5. |
Computer networks are often comprised of diverse systems, and while operating a network made up entirely of Ubuntu desktop and server computers would certainly be fun, some network environments must consist of both Ubuntu and <trademark class="registered">Microsoft</trademark><trademark class="registered">Windows</trademark> systems working together in harmony. This section of the <phrase>Ubuntu</phrase> Server Guide introduces principles and tools used in configuring your Ubuntu Server for sharing network resources with Windows computers.
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2009-12-17 |
Rrjetet e kompjuterave shesh përbëhen nga sisteme të ndryshëm, dhe ndërkohë që përdorimi i një rrjeti të përbërë vetëm nga kompjuterat desktop dhe server të Ubuntu sigurisht që sjell kënaqësi, disa ambiente të rrjeteve duhet të kenë si Ubuntu edhe <trademark class="registered">Microsoft</trademark><trademark class="registered">Windows</trademark> si sisteme që punojnë sëbashku në harmoni. Kjo pjesë e Udhëzuesit të <phrase>Ubuntu</phrase> Server paraqet principet dhe mjetet që përdoren gjatë konfigurimit të Serverit Ubuntu, për të ndarë resurset e rrjetit me kompjuterat Windows.
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2009-07-22 |
Computer networks are often comprised of diverse systems, and while operating a network made up entirely of Ubuntu desktop and server computers would certainly be fun, some network environments must consist of both Ubuntu and <trademark class="registered">Microsoft</trademark><trademark class="registered">Windows</trademark> systems working together in harmony. This section of the <phrase>Ubuntu</phrase> Server Guide introduces principles and tools used in configuring your Ubuntu Server for sharing network resources with Windows computers.
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6. |
Introduction
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2009-02-23 |
Prezantim
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7. |
Successfully networking your Ubuntu system with Windows clients involves providing and integrating with services common to Windows environments. Such services assist the sharing of data and information about the computers and users involved in the network, and may be classified under three major categories of functionality:
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2009-07-22 |
Successfully networking your Ubuntu system with Windows clients involves providing and integrating with services common to Windows environments. Such services assist the sharing of data and information about the computers and users involved in the network, and may be classified under three major categories of functionality:
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8. |
<emphasis role="bold">File and Printer Sharing Services</emphasis>. Using the Server Message Block (SMB) protocol to facilitate the sharing of files, folders, volumes, and the sharing of printers throughout the network.
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2009-07-22 |
<emphasis role="bold">File and Printer Sharing Services</emphasis>. Using the Server Message Block (SMB) protocol to facilitate the sharing of files, folders, volumes, and the sharing of printers throughout the network.
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9. |
<emphasis role="bold">Directory Services</emphasis>. Sharing vital information about the computers and users of the network with such technologies as the Lightweight Directory Access Protocol (LDAP) and Microsoft <trademark class="registered">Active Directory</trademark>.
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2009-07-22 |
<emphasis role="bold">Directory Services</emphasis>. Sharing vital information about the computers and users of the network with such technologies as the Lightweight Directory Access Protocol (LDAP) and Microsoft <trademark class="registered">Active Directory</trademark>.
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10. |
<emphasis role="bold">Authentication and Access</emphasis>. Establishing the identity of a computer or user of the network and determining the information the computer or user is authorized to access using such principles and technologies as file permissions, group policies, and the Kerberos authentication service.
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2009-07-22 |
<emphasis role="bold">Authentication and Access</emphasis>. Establishing the identity of a computer or user of the network and determining the information the computer or user is authorized to access using such principles and technologies as file permissions, group policies, and the Kerberos authentication service.
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11. |
Fortunately, your Ubuntu system may provide all such facilities to Windows clients and share network resources among them. One of the principal pieces of software your Ubuntu system includes for Windows networking is the Samba suite of SMB server applications and tools.
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2010-05-20 |
Për fat të mirë, sistemi juaj Ubuntu mund t'iu ofrojë të gjitha ato mjete klientëve Windows, dhe të ndajë resurset e rrjetit ndërmjet tyre. Një prej programeve kryesore që është i përfshirë në sistemin tuaj Ubuntu për rrjetim në Windows është grupi Samba i përbërë prej programeve dhe pajisjeve të serverit SMB.
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2009-07-22 |
Fortunately, your Ubuntu system may provide all such facilities to Windows clients and share network resources among them. One of the principal pieces of software your Ubuntu system includes for Windows networking is the Samba suite of SMB server applications and tools.
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12. |
This section of the <phrase>Ubuntu</phrase> Server Guide will introduce some of the common Samba use cases, and how to install and configure the necessary packages. Additional detailed documentation and information on Samba can be found on the <ulink url="http://www.samba.org">Samba website</ulink>.
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2009-07-22 |
This section of the <phrase>Ubuntu</phrase> Server Guide will introduce some of the common Samba use cases, and how to install and configure the necessary packages. Additional detailed documentation and information on Samba can be found on the <ulink url="http://www.samba.org">Samba website</ulink>.
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13. |
Samba File Server
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2009-02-23 |
Serveri i Skedarëve Samba
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14. |
One of the most common ways to network Ubuntu and Windows computers is to configure Samba as a File Server. This section covers setting up a <application>Samba</application> server to share files with Windows clients.
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2009-07-22 |
One of the most common ways to network Ubuntu and Windows computers is to configure Samba as a File Server. This section covers setting up a <application>Samba</application> server to share files with Windows clients.
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15. |
The server will be configured to share files with any client on the network without prompting for a password. If your environment requires stricter Access Controls see <xref linkend="samba-fileprint-security"/>
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2009-07-22 |
The server will be configured to share files with any client on the network without prompting for a password. If your environment requires stricter Access Controls see <xref linkend="samba-fileprint-security"/>
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16. |
Installation
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2009-02-23 |
Instalimi
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17. |
The first step is to install the <application>samba</application> package. From a terminal prompt enter:
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2009-04-04 |
Hapi i parë është instalimi i paketës <application>samba</application>. Në promptin e terminalit shkruani:
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