DHCP problems on storage nodes
-
10.21.40.39 is the storage node for that location.
192.168.10.238 is the main fog server that is the management interface. -
@greg-plamondon ok run the query I posted in red below against your fog master server.
I did amend my previous post with the WTF comment. You have Ip addresses all over the place.
-
@george1421
run it from the client i am trying to image? or from any workstation? -
#!ipxe set fog-ip 192.168.10.238 set fog-webroot fog set boot-url http://${fog-ip}/${fog-webroot} cpuid --ext 29 && set arch x86_64 || set arch i386 goto get_console :console_set colour --rgb 0x00567a 1 || colour --rgb 0x00567a 2 || colour --rgb 0x00567a 4 || cpair --foreground 7 --background 2 2 || goto MENU :alt_console cpair --background 0 1 || cpair --background 1 2 || goto MENU :get_console console --picture http://10.21.40.39/fog/service/ipxe/bg.png --left 100 --right 80 && goto console_set || goto alt_console :MENU menu colour --rgb 0x00567a 0 || cpair --foreground 1 1 || cpair --foreground 0 3 || cpair --foreground 4 4 || item --gap Host is registered as PC3181! item --gap -- ------------------------------------- item fog.local Boot from hard disk item fog.memtest Run Memtest86+ item fog.keyreg Update Product Key item fog.deployimage Deploy Image item fog.multijoin Join Multicast Session item fog.quickdel Quick Host Deletion item fog.sysinfo Client System Information (Compatibility) item fog.iso Boot from ISO CD item fog.Nuke Fast wipe Hard Disk choose --default fog.local --timeout 5000 target && goto ${target} :fog.local chain -ar ${boot-url}/service/ipxe/grub.exe --config-file="rootnoverify (hd0);chainloader +1" || goto MENU :fog.memtest kernel http://10.21.40.39/fog/service/ipxe/memdisk initrd=http://10.21.40.39/fog/service/ipxe/memtest.bin iso raw initrd http://10.21.40.39/fog/service/ipxe/memtest.bin boot || goto MENU :fog.keyreg login params param mac0 ${net0/mac} param arch ${arch} param username ${username} param password ${password} param keyreg 1 isset ${net1/mac} && param mac1 ${net1/mac} || goto bootme isset ${net2/mac} && param mac2 ${net2/mac} || goto bootme param sysuuid ${uuid} :fog.deployimage login params param mac0 ${net0/mac} param arch ${arch} param username ${username} param password ${password} param qihost 1 isset ${net1/mac} && param mac1 ${net1/mac} || goto bootme isset ${net2/mac} && param mac2 ${net2/mac} || goto bootme param sysuuid ${uuid} :fog.multijoin login params param mac0 ${net0/mac} param arch ${arch} param username ${username} param password ${password} param sessionJoin 1 isset ${net1/mac} && param mac1 ${net1/mac} || goto bootme isset ${net2/mac} && param mac2 ${net2/mac} || goto bootme param sysuuid ${uuid} :fog.quickdel login params param mac0 ${net0/mac} param arch ${arch} param username ${username} param password ${password} param delhost 1 isset ${net1/mac} && param mac1 ${net1/mac} || goto bootme isset ${net2/mac} && param mac2 ${net2/mac} || goto bootme param sysuuid ${uuid} :fog.sysinfo kernel http://10.21.40.39/fog/service/ipxe/bzImage32 loglevel=4 initrd=init_32.xz root=/dev/ram0 rw ramdisk_size=127000 web=http://192.168.10.238/fog/ consoleblank=0 rootfstype=ext4 storage=10.21.40.39:/images/ storageip=10.21.40.39 loglevel=4 mode=sysinfo imgfetch http://10.21.40.39/fog/service/ipxe/init_32.xz boot || goto MENU :fog.iso menu passwd 707376 :MENU menu item --gap -- ---------------- iPXE boot menu ---------------- item CENTOS6532 CentOS-6.5 Net Install 32BIT item CENTOS6564 CentOS-6.5 Net Install 64BIT item CENTOS7MIN64 CentOS-7.0 Minimal 64BIT item CENTOS7NET64 CentOS-7.0 Net Install 64BIT item KaliLinux Kali Linux 2016 64BIT item RocksCluster Rocks Cluster 64BIT item SpinRite6 SprinRite 6 item return return to previous menu choose --default return --timeout 5000 target && goto ${target} :CENTOS6532 initrd http://${fog-ip}/ISO/CentOS-6.5-i386-netinstall.iso chain memdisk iso raw || goto MENU :CENTOS6564 initrd http://${fog-ip}/ISO/CentOS-6.5-x86_64-netinstall.iso chain memdisk iso raw || goto MENU :CENTOS7MIN64 initrd http://${fog-ip}/ISO/CentOS-7.0-1406-x86_64-Minimal.iso chain memdisk iso raw || goto MENU :CENTOS7NET64 initrd http://${fog-ip}/ISO/CentOS-7.0-1406-x86_64-NetInstall.iso chain memdisk iso raw || goto MENU :KaliLinux initrd http://${fog-ip}/ISO/kali-linux-2016.2-amd64.iso chain memdisk iso raw || goto MENU :RocksCluster initrd http://${fog-ip}/ISO/RocksCluster.iso chain memdisk iso raw || goto MENU :SpinRite6 initrd http://${fog-ip}/ISO/SpinRite6.iso chain memdisk iso raw || goto MENU :return chain http://${fog-ip}/${fog-webroot}/service/ipxe/boot.php?mac=${net0/mac} || prompt goto MENU autoboot param sysuuid ${uuid} :fog.Nuke kernel http://10.21.40.39/fog/service/ipxe/bzImage32 loglevel=4 initrd=init_32.xz root=/dev/ram0 rw ramdisk_size=127000 web=http://192.168.10.238/fog/ consoleblank=0 rootfstype=ext4 storage=10.21.40.39:/images/ storageip=10.21.40.39 loglevel=4 capone=1 mode=wipe wipemode=fast mac=00:00:00:00:00:00 imgfetch http://10.21.40.39/fog/service/ipxe/init_32.xz boot || goto MENU :bootme chain -ar http://10.21.40.39/fog/service/ipxe/boot.php##params || goto MENU autoboot``` -
@greg-plamondon as long as you still have the job scheduled from any computer that can reach the master fog server.
also just because your network is a bit more complex than it appears on the surface. You are sure that the 10.21.100.x subnet can physically reach the master fog server at 192.168.10.238. I’m going to say yes because we see that in the pxe booting process. But during FOS startup it has to be able to connect via http to the fog server.
-
@george1421
oops i canceled the job… -
@greg-plamondon if you are going to reschedule the job, tick the check box that says debug and then pxe boot the target computer. Let see if that gives us any new info.
-
#!ipxe set fog-ip 192.168.10.238 set fog-webroot fog set boot-url http://${fog-ip}/${fog-webroot} kernel http://10.21.40.39/fog/service/ipxe/bzImage32 loglevel=4 initrd=init_32.xz root=/dev/ram0 rw ramdisk_size=127000 web=http://192.168.10.238/fog/ consoleblank=0 rootfstype=ext4 mac=c0:3f:d5:9d:e9:50 ftp=10.21.40.39 storage=10.21.40.39:/images/ storageip=10.21.40.39 osid=9 irqpoll hostname=PC3181 chkdsk=0 img=Win10x64-1703-R1 imgType=n imgPartitionType=all imgid=124 imgFormat=0 PIGZ_COMP=-6 adon=1 addomain="MTSTRANS.COM" adou="" aduser="Administrator" adpass="xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx" isdebug=yes type=down imgfetch http://10.21.40.39/fog/service/ipxe/init_32.xz boot -
@Greg-Plamondon Take a look at the Storage Settings in your FOG web UI. I am fairly sure you’ll find the old IP there.
-
@sebastian-roth Am I missing something, what he just posted looks correct with a master fog server and a storage node.
-
@greg-plamondon This looks right.
So a little bit more background on this. Are all target computers at this location doing this or only just this one computer?
-
Its doing this at all locations. I have 30 locations
-
-
@Greg-Plamondon Sorry my fault. Take a look at FOG Configurations -> FOG Settings -> Web Server -> WEB HOST…
And check /opt/fog/.fogsettings before running the installer again.
-
-
I have a tech @ the remote location but he will be heading to the Airport at 3PM Eastern Time. Testing will be limted after that, if anyone has a fix or suggestion please dont hesitate
-
i have backup folders:
“fog_web_1.5.0-RC-9.BACKUP”
"fog_web_1.4.4.BACKUP "
“fog_web_1.5.0-RC-10.BACKUP”how do I roll back to this with GIT?
and what one should I roll back to? -
@sebastian-roth
If I set the “Location” to use the main management fogserver it works but I am pulling a lot of data across the wire consuming the entire circuit. -
@greg-plamondon I just got done skimming through this thread, I’m unsure of the problem now? Is it still DHCP related or what?
-
@greg-plamondon Sorry for the delay on this, I needed some time to research this issue. I think I have a test for us to understand what is going on here.
Hopefully you have a virtualization environment at one of the remote locations. Assuming you do, this is what I want to test.
- Create a new (tiny) virtual machine. This just needs to be the bare minimum, it needs to be able to pxe boot.
- Manually register that virtual machine with fog.
- Schedule a capture / deploy (doesn’t matter) but be sure to enable the debug option.
- PXE boot that target computer. It should boot to a command prompt. It may complain about the same ip address thing but it should display a bunch of commands and then drop you at a linux command prompt.
- At the linux command prompt I want you to key in the following command.
set | grep web. The hope is the response will be web=http://192.168.10.238/fog/ - Now try to ping your main fog server ip address at 192.168.10.238
Something should fail above. I looked at the script where its going sideways in FOS. That script is here: https://github.com/FOGProject/fos/blob/master/Buildroot/board/FOG/FOS/rootfs_overlay/etc/init.d/S40network specifically at line 40. FOS will make a curl call back to your master FOG server to test if the link is up. FOS uses this command
curl -Ikfso /dev/null "${web}"/index.php --connect-timeout 5
Expanded the command is
curl -Ikfso /dev/null http://192.168.10.238/fog/index.php --connect-timeout 5curl flags decoded
-I Doc Info
-k allow ssl connection, ignore cert
-f fail silently
-s silent
-o output file /dev/nullThe other thing that could be stopping the works could be the 5 second timeout. But I would hope your fog server can respond within 5 seconds…
Wait didn’t you comment it was taking a long time to call up a web page? If your master fog server is overloaded and doesn’t respond with the index.php page within 5 seconds the remote clients will give up pxe booting. The curl command calls up a web page and not just a simple ping to see if it can reach the fog server.
