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Erstellen des Stores mit LVM

Die meisten Linux / CentOS Installationen von uns arbeiten mit LVM. Diese Anleitung beschreibt, wie die Rolle STORE auf ein System mittels LVM installiert werden kann.

Schritt 1 - Feststellen der aktuellen config

Translations Ignore


Code Block
languagebash
titleDisplay of discs
# Show free space
df -h
# Partitionen anzeigen
fdisk -l
# Show partitions
ls /dev/sd*
# If the disk cannot yet be seen, re-scan the SCSI bus
echo "- - -" > /sys/class/scsi_host/host0/scan
# View physical volumes managed by LVM
lvm pvs
# Display logical volumes managed by LVM
lvm lvs
# Display logical volume groups managed by LVM
lvm vgs
# Where is what mounted
mount



Die Informationen oben werden nun gebraucht. Die Konfiguration sollte geprüft werden, nicht das bereits ein LVM für das Storage vorgesehen ist.

Schritt 2 - Anlegen einer neuen Partition

Hier ist es erforderlich, dass man weiß, wo der zusätzlicher Platz zu finden ist. Es gibt 2 Varianten - entweder eine neue Platte, oder eine erweiterte Platte. 

In beiden Fällen, wird eine neue Partition angelegt. Hier in diesen Beispiel, wurde eine neue Platte genutzt, die auf /dev/sdb zu finden ist.

Die Befehle unten sowie die Partitionsnummer (bei einer vorhandenen Platte ist die Partition dann nicht mehr zwingend 1), entsprechend anpassen.

Display of discs

Translations Ignore


Code Block
languagebash
titlePartitioning with fdisk
fdisk /dev/sdb
 
# --> Edit the partitions on /dev/sda
 
n
# --> Create new partition
p
# --> New primary partition
1
# --> Create new partition 1 (view output at fdisk -1 above)
Enter
# --> Confirmation that the first available cylinder should be used
Enter
# --> Confirmation that the last available cylinder is to be used (gives the maximum size in total)
t
# --> Change partition type
8e
# --> Linux LVM
w
# --> When OK, write
 
reboot now



Schritt 3 - Hereinnahme in LVM - Device Erzeugen

Translations Ignore


Code Block
languagebash
titleCreate device for LVM
# Here is the previous edition of /dev/sd* --> this is the new record (the 1st partition on /dev/sdb, i.e. the second hard disk, newly created partition)
lvm pvcreate /dev/sdb1



Schritt 4 - Volume Group anlegen

Translations Ignore


Code Block
languagebash
titleCreate LVM
lvm vgcreate "vg_jtelshared" /dev/sdb1



Schritt 5 - Logical Volume anlegen

Translations Ignore


Code Block
languagebash
titleCreate LVM
lvm lvcreate -l +100%FREE vg_jtelshared -n lv_jtelshared



Schritt 6 - File System erzeugen

Translations Ignore


Code Block
languagebash
titleCreate file system
mkfs.xfs -L data /dev/vg_jtelshared/lv_jtelshared




Schritt 7 - Mount Point vorbereiten

Translations Ignore


Code Block
languagebash
titlePrepare mount point
mkdir /srv/jtel
mkdir /srv/jtel/shared 
chown -R jtel:jtel /srv/jtel/shared



Schritt 8 - Mount Point in fstab festlegen und mounten

fstab Eintrag:

Translations Ignore


Code Block
languagebash
titlevi /etc/fstab
vi /etc/fstab
...
(add the following line)
 
/dev/mapper/vg_jtelshared-lv_jtelshared /srv/jtel/shared        xfs     defaults 0   0



Und mounten:

Translations Ignore


Code Block
languagebash
titlemount
mount /srv/jtel/shared




Schritt 9 - Zwischenergebnis prüfen

Translations Ignore


Code Block
languagebash
titleCheck final result
df -h



Es sollte ein Eintrag für /srv/jtel/shared existieren mit entsprechend freier Platz. 

Install Samba and lsof

Translations Ignore


Code Block
titleInstall SAMBA
yum -y install samba samba-client lsof



Configure Samba

Translations Ignore


Code Block
titleConfigure SAMBA
cat <<EOFF > /etc/samba/smb.conf
[global]
        workgroup = SAMBA
        security = user
        passdb backend = tdbsam
        printing = cups
        printcap name = cups
        load printers = yes
        cups options = raw
        min protocol = NT1
        ntlm auth = yes

[homes]
        comment = Home Directories
        valid users = %S, %D%w%S
        browseable = No
        read only = No
        inherit acls = Yes

[printers]
        comment = All Printers
        path = /var/tmp
        printable = Yes
        create mask = 0600
        browseable = No

[print$]
        comment = Printer Drivers
        path = /var/lib/samba/drivers
        write list = root
        create mask = 0664
        directory mask = 0775

[shared]
    comment = jtel ACD Shared Directory
    read only = no
    public = yes
    writable = yes
    locking = yes
    path = /srv/jtel/shared
    guest ok = yes
    create mask = 0644
    directory mask = 0755
    force user = jtel
    force group = jtel
    acl allow execute always = True

EOFF
sed -i -e "s/MYGROUP/WORKGROUP/g" /etc/samba/smb.conf



Setup SeLinux, jtel User access and Firewall for Samba

Replace <password> with the password for the jtel user:

Translations Ignore


Code Block
titleSeLinux, jtel User, Firewall
setsebool -P samba_enable_home_dirs=on samba_export_all_rw=on use_samba_home_dirs=on use_nfs_home_dirs=on
printf '<password>\n<password>\n' | smbpasswd -a -s jtel
firewall-cmd --zone=public --add-port=445/tcp --add-port=139/tcp --add-port=138/udp --add-port=137/udp --permanent
firewall-cmd --reload



If necessary, add further users to samba - replacing password with the actual password for the user. Here, for example, the windows administrator user:

Translations Ignore


Code Block
titleMore SAMBA users
useradd -m Administrator
printf '<password>\n<password>\n' | smbpasswd -a -s Administrator



Test SAMBA

Translations Ignore


Code Block
titleStart SAMBA
systemctl enable nmb
systemctl enable smb
systemctl start nmb
systemctl start smb



Manually link /home/jtel/shared

Translations Ignore


Code Block
titlelink /home/jtel/shared
ln -s /srv/jtel/shared /home/jtel/shared



Test the file mount

Translations Ignore


Code Block
titleTest file mount
# From the windows machines:
 
dir \\acd-store\shared




Sv translation
languagede

Erstellen des Stores mit LVM

Die meisten Linux / CentOS Installationen von uns arbeiten mit LVM. Diese Anleitung beschreibt, wie die Rolle STORE auf ein System mittels LVM installiert werden kann.

Schritt 1 - Feststellen der aktuellen config

Translations Ignore


Code Block
languagebash
titleDisplay of discs
# Show free space
df -h
# Partitionen anzeigen
fdisk -l
# Show partitions
ls /dev/sd*
# If the disk cannot yet be seen, re-scan the SCSI bus
echo "- - -" > /sys/class/scsi_host/host0/scan
# View physical volumes managed by LVM
lvm pvs
# Display logical volumes managed by LVM
lvm lvs
# Display logical volume groups managed by LVM
lvm vgs
# Where is what mounted
mount



Die Informationen oben werden nun gebraucht. Die Konfiguration sollte geprüft werden, nicht das bereits ein LVM für das Storage vorgesehen ist.

Schritt 2 - Anlegen einer neuen Partition

Hier ist es erforderlich, dass man weiß, wo der zusätzlicher Platz zu finden ist. Es gibt 2 Varianten - entweder eine neue Platte, oder eine erweiterte Platte. 

In beiden Fällen, wird eine neue Partition angelegt. Hier in diesen Beispiel, wurde eine neue Platte genutzt, die auf /dev/sdb zu finden ist.

Die Befehle unten sowie die Partitionsnummer (bei einer vorhandenen Platte ist die Partition dann nicht mehr zwingend 1), entsprechend anpassen.

Display of discs

Translations Ignore


Code Block
languagebash
titlePartitioning with fdisk
fdisk /dev/sdb
 
# --> Edit the partitions on /dev/sda
 
n
# --> Create new partition
p
# --> New primary partition
1
# --> Create new partition 1 (view output at fdisk -1 above)
Enter
# --> Confirmation that the first available cylinder should be used
Enter
# --> Confirmation that the last available cylinder is to be used (gives the maximum size in total)
t
# --> Change partition type
8e
# --> Linux LVM
w
# --> When OK, write
 
reboot now



Schritt 3 - Hereinnahme in LVM - Device Erzeugen

Translations Ignore


Code Block
languagebash
titleCreate device for LVM
# Here is the previous edition of /dev/sd* --> this is the new record (the 1st partition on /dev/sdb, i.e. the second hard disk, newly created partition)
lvm pvcreate /dev/sdb1



Schritt 4 - Volume Group anlegen

Translations Ignore


Code Block
languagebash
titleCreate LVM
lvm vgcreate "vg_jtelshared" /dev/sdb1



Schritt 5 - Logical Volume anlegen

Translations Ignore


Code Block
languagebash
titleCreate LVM
lvm lvcreate -l +100%FREE vg_jtelshared -n lv_jtelshared



Schritt 6 - File System erzeugen

Translations Ignore


Code Block
languagebash
titleCreate file system
mkfs.xfs -L data /dev/vg_jtelshared/lv_jtelshared




Schritt 7 - Mount Point vorbereiten

Translations Ignore


Code Block
languagebash
titlePrepare mount point
mkdir /srv/jtel
mkdir /srv/jtel/shared 
chown -R jtel:jtel /srv/jtel/shared



Schritt 8 - Mount Point in fstab festlegen und mounten

fstab Eintrag:

Translations Ignore


Code Block
languagebash
titlevi /etc/fstab
vi /etc/fstab
...
(add the following line)
 
/dev/mapper/vg_jtelshared-lv_jtelshared /srv/jtel/shared        xfs     defaults 0   0



Und mounten:

Translations Ignore


Code Block
languagebash
titlemount
mount /srv/jtel/shared




Schritt 9 - Zwischenergebnis prüfen

Translations Ignore


Code Block
languagebash
titleCheck final result
df -h



Es sollte ein Eintrag für /srv/jtel/shared existieren mit entsprechend freier Platz. 

Install Samba and lsof

Translations Ignore


Code Block
titleInstall SAMBA
yum -y install samba samba-client lsof



Configure Samba

Translations Ignore


Code Block
titleConfigure SAMBA
cat <<EOFF > /etc/samba/smb.conf
[global]
        workgroup = SAMBA
        security = user
        passdb backend = tdbsam
        printing = cups
        printcap name = cups
        load printers = yes
        cups options = raw
        min protocol = NT1
        ntlm auth = yes

[homes]
        comment = Home Directories
        valid users = %S, %D%w%S
        browseable = No
        read only = No
        inherit acls = Yes

[printers]
        comment = All Printers
        path = /var/tmp
        printable = Yes
        create mask = 0600
        browseable = No

[print$]
        comment = Printer Drivers
        path = /var/lib/samba/drivers
        write list = root
        create mask = 0664
        directory mask = 0775

[shared]
    comment = jtel ACD Shared Directory
    read only = no
    public = yes
    writable = yes
    locking = yes
    path = /srv/jtel/shared
    guest ok = yes
    create mask = 0644
    directory mask = 0755
    force user = jtel
    force group = jtel
    acl allow execute always = True

EOFF
sed -i -e "s/MYGROUP/WORKGROUP/g" /etc/samba/smb.conf



Setup SeLinux, jtel User access and Firewall for Samba

Replace <password> with the password for the jtel user:

Translations Ignore


Code Block
titleSeLinux, jtel User, Firewall
setsebool -P samba_enable_home_dirs=on samba_export_all_rw=on use_samba_home_dirs=on use_nfs_home_dirs=on
printf '<password>\n<password>\n' | smbpasswd -a -s jtel
firewall-cmd --zone=public --add-port=445/tcp --add-port=139/tcp --add-port=138/udp --add-port=137/udp --permanent
firewall-cmd --reload



If necessary, add further users to samba - replacing password with the actual password for the user. Here, for example, the windows administrator user:

Translations Ignore


Code Block
titleMore SAMBA users
useradd -m Administrator
printf '<password>\n<password>\n' | smbpasswd -a -s Administrator



Test SAMBA

Translations Ignore


Code Block
titleStart SAMBA
systemctl enable nmb
systemctl enable smb
systemctl start nmb
systemctl start smb



Manually link /home/jtel/shared

Translations Ignore


Code Block
titlelink /home/jtel/shared
ln -s /srv/jtel/shared /home/jtel/shared



Test the file mount

Translations Ignore


Code Block
titleTest file mount
# From the windows machines:
 
dir \\acd-store\shared