Precise Time
Hello!
We need to get from ORACLE 9.1 on Windows the current time up to the milliseconds through the ODBC function NOW() . (We get it only rounded up to seconds).
The driver uses SYSDATE.
Is there any possibility to tell the driver to use another expression? ( I would then implement my own function and call that. )
There is a tab "Translation" with an entry "Library" in the GUI for the ORACLE ODBC driver. I couldn't find any documentation about this.
I would be very thankful for any hint.
Thank you!
Aurelian Coasan
You can try
select systimestamp from dualI'm guessing that the NOW() function returns the current date, which has only second resolution.
Justin
Similar Messages
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JDBC Polling in a precise time
Hi,
I want to use in an XI scenario a JDBC Sender to do a polling on an oracle database view. But I want to do this polling on a precise time of the day, for example, at 03.00 AM, every day. How can I do this? Moreover, I can do the polling on a database view instead of a database table?
Thanks!Hi,
From SP 19 / SP 10 you have adapter Scheduling ( Availability Times ) available and this can be used to start your adapter at that time and turn if off correspondingly.
If you are below SP 19 / SP 10, then you might have to use a BPM and use some extrenal report to trigger the BPM flow at the correct time and then use the receiver JDBC adapter with a synchronous select to do this.
JDBC adapters can poll over Oracle Views as well.
I would suggest a upgrade to SP 19 / SP 10.
Regards
Bhavesh -
Old problem with precision time counting and /usepmtimer solution.
Hello, all!
There was a problem in Windows XP and 2003 Server with using QueryPerformanceCouner() function. Sometimes it can cause problem with precision time measurements on CPUs which support powersaving modes by changing clock frequency. The simplest solution for that was /usepmtimer key in boot.ini file which forces the system to use another timer.
I just want to know does this problem appear in Windoes 7? And how to solve it since there is no boot.ini file in Windows 7?
Thanks a lot!
P.S. This is a page with detailed description of the problem:
http://support.microsoft.com/default.aspx/kb/895980Hi ,
There is official documentation released on userpmtimer for windows 7 operating system.
Also the KB article only refere to the OS which have performance problem.
After reading the below article , i feel that this problem is taken care in windows 7 / windows 2008 ( though there is no formal written documentation )
http://blogs.technet.com/perfguru/archive/2008/02/18/explanation-for-the-usepmtimer-switch-in-the-boot-ini.aspx
you can post in windows 7 dedicated forum, so that MVP / Microsoft Engineers and community members would suggest you with latest data if any.
http://social.technet.microsoft.com/Forums/en-US/category/w7itpro -
PTP (Precision Time Protocol) configuration
Hi,
Is there anyone has configured PTP on IE-3000 switches? I have some problems with the configuration and operation. Below is the summary of what I've done and the porblems.
There are two IE-3000 switches with ip services 15.0 (2) SE4 IOS. One has configured in the boundary mode to become master clock and the other one has left in the e2etransparent mode. There are two inter-connection links (via Cat6 ethernet cable) on Gi1/1 and Gi1/2 interfaces on both switches. All inter-connect ports are up and running. Both switches have same IOS, same hardware almost identical except IP configuration etc. Main problem is SW2 is not able to sync with SW1 as master clock (this is my understanding), and also it seems PTP on SW1 has wrong reading of local clock time. But in fact I have NTP server in the network and NTP is syncd. I've included some of the configuration and output here, if someone has experience in configuring and running PTP I would be thankful to give me some help here.
Regards,
Tohid
Configuration on SW1:
ptp mode boundary
ptp priority1 10
ptp priority2 128
ptp time-property persist 300
SW1#show ptp clock
PTP CLOCK INFO
PTP Device Type: Boundary clock
Clock Identity: 0x8:CC:68:FF:FE:7F:73:80
Clock Domain: 0
Number of PTP ports: 10
Priority1: 10
Priority2: 128
Clock Quality:
Class: 248
Accuracy: Unknown
Offset (log variance): N/A
Offset From Master: 0
Mean Path Delay: 0
Steps Removed: 0
Local clock time: 00:30:30 UTC Mar 1 1993
SW1#sh clock
16:18:10.856 UTC Thu Feb 27 2014
SW1#sh ntp status
Clock is synchronized, stratum 3, reference is 10.1.1.1
nominal freq is 119.2092 Hz, actual freq is 119.2091 Hz, precision is 2**17
reference time is D6B9E25E.3EAA5D0E (16:12:14.244 UTC Thu Feb 27 2014)
clock offset is 45.5794 msec, root delay is 1.42 msec
root dispersion is 57.46 msec, peer dispersion is 5.25 msec
loopfilter state is 'CTRL' (Normal Controlled Loop), drift is 0.000000985 s/s
system poll interval is 64, last update was 423 sec ago.
SW2#sh ptp clock
PTP CLOCK INFO
PTP Device Type: End to End transparent clock
Clock Identity: 0x3C:E:23:FF:FE:44:92:80
Clock Domain: 0
Number of PTP ports: 10
Delay Mechanism: End to End
Local clock time: 01:08:13 UTC Mar 4 1993
SW2#sh ptp port gi 1/1
PTP PORT DATASET: GigabitEthernet1/1
Port identity: clock identity: 0x3C:E:23:FF:FE:44:92:80
Port identity: port number: 9
PTP version: 2
Port state FAULTY: FALSE
SW1#sh ptp port gi 1/1
PTP PORT DATASET: GigabitEthernet1/1
Port identity: clock identity: 0x8:CC:68:FF:FE:7F:73:80
Port identity: port number: 9
PTP version: 2
Port state: MASTER
Delay request interval(log mean): 5
Announce receipt time out: 3
Peer mean path delay: 0
Announce interval(log mean): 1
Sync interval(log mean): 0
Delay Mechanism: End to End
Peer delay request interval(log mean): 0
Sync fault limit: 5000000004271-NET-001#sh ptp port gi 1/1
PTP PORT DATASET: GigabitEthernet1/1
Port identity: clock identity: 0x8:CC:68:FF:FE:7F:73:80
Port identity: port number: 9
PTP version: 2
Port state: MASTER
Delay request interval(log mean): 5
Announce receipt time out: 3
Peer mean path delay: 0
Announce interval(log mean): 1
Sync interval(log mean): 0
Delay Mechanism: End to End
Peer delay request interval(log mean): 0
Sync fault limit: 500000000So if I have a L2 network consisting of severall access switches connected via trunks to a distribution, with PTP clients in differing VLAN's, as long as each VLAN has a connection to the PTP source then the client will receive the PTP timestamp allthough subject to switching delays?
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Precise time stamping of serial data
I am having trouble with precise timestamping of incoming serial data recived on 4 ports using 4 separate threads that continually attempt to read a byte.
When the expected frame is recieved the data is tagged with a time stamp.
The issue seems to be windows xp or the serial ports themselves. I am using an xsens serial to usb, 2 lavaport serial cards and the built in serial port.
Any suggestions for precise timing?there is some hints:
-for milisecond precise timestamp, you can use GetLocalTime,GetSystemTime or GetTickCount.
But to achieve true milisecond scale, you need use timeBeginPeriod(1)/timeEndPeriod(1) otherwise you get 10-16ms scale depend on system
(please read help pages on msdn for timeBeginPeriod function)
- create your program to not use CPU too much(no pooling,just message and/or sync wait),
or even better, do not run any other apllication which consume lot of CPU/DISK resources on the same PC
- for serial communication (but this also depend on baud rate) you can try to set send/receive driver buffer to 1 (from windows device manager)
- try different serial port card/converter(with different drivers)
- if still need something to try, set higher process and thread priority (SetPriorityClass,SetThreadPriority)
After all of this, on windows, there are no precise timing.Even if you do everything you can do, there is still chance to get time gap, but you can detect it (in milisecond precision) -
Can IPSLA work with PTP(Precision Time Protocol) or Synchronous Ethernet?
Hello Sir.
I'm working on IPSLA with NTP, but I couldn't get the value of One-Way Delay in IPSLA.
I think the time gap between the Source and Responder is bigger than the acceptable time gap for One-Way Delay in IPSLA.
So, One idea hitting my head is to use the PTP or SynchE, but I'm sure if it will be working or not.
And another condition in this scenario is that the network device which was originally working as a master in NTP should give the time value to other systems i.e PC and servers. PTP or SynchE can give ??
I'm using ME3600X-24FS-M (License : Advanced Metro IP Access) 15.3(2)s1.
This model doesn't support the SynchE, right ?
Thanks & RegardsHello Sir.
I'm working on IPSLA with NTP, but I couldn't get the value of One-Way Delay in IPSLA.
I think the time gap between the Source and Responder is bigger than the acceptable time gap for One-Way Delay in IPSLA.
So, One idea hitting my head is to use the PTP or SynchE, but I'm sure if it will be working or not.
And another condition in this scenario is that the network device which was originally working as a master in NTP should give the time value to other systems i.e PC and servers. PTP or SynchE can give ??
I'm using ME3600X-24FS-M (License : Advanced Metro IP Access) 15.3(2)s1.
This model doesn't support the SynchE, right ?
Thanks & Regards -
High priority settings cannot precisely time loops?
I have an loop that acquires data every n milliseconds and casually sets some digital output when a threshold has passed.
This digital-out is quite time-critical thus I don't like to do a on-board-acquisition but get each data just in time.
That's very fine with a 1ms loop-time as long as Windows NT has enough ressources. But if there's another time-consumptive process running, things get bad.
I started a "search for file" and parallel my application. Now Windows shared the timeslices and I have a lot of acquisition-dropouts for 10-20 ms.
So I set the VI-priority to "highest" and the WindowsNT-process priority for LabView to "realtime". At least the latter should get the VI all the time it needs.
But LabView se
ems to be fair enough to still share ressources and the dropouts continued.
Can I set my LabView-application so that it gets absolute priority in Windows NT to have a constant acquisition?
Thanks, DanielYou can go to hardware timed acquisition or LabVIEW-RT. Windows, Linux, Mac, etc. are not deterministic operating systems. There is a lot of information on "real-time" acquisition at NI's site. Try doing a search and seeing what your options are. Good Luck.
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GPS Access to high precision time and time stamping WASAPI microphone captures
I am interested in using multiple WPs to capture microphone WAV that is time stamped with high accuracy (sub millisecond), hopefully from the GPS system. The GPS hardware obviously has the capability to sub microsecond levels but I can't find an API for
it.What I would like to do is get geo positional data, which has a defined statistical uncertainty but might be relatively better correlated and as accurate a time stamp as possible. Latency isn't an issue but consistency is. GPS, of course, easily produces
time information to sub microsecond though I don't know a way to access it in WP. .1ms consistency would be all I really need but it's important that each phone in a cluster be able to capture and time stamp a sound (assume all phones are equidistant
from a source) to within .1ms. I am thinking of a product that could be used, for one obvious example at weddings, to capture the proceedings and allow after the fact enjoyment by replaying the proceedings and shifting the focus on the bride/groom minister
as they talk using beam forming dsp tech from the data. There are other ways but it occurs to me that the ubiquity of smart phones would really make this easy. Just have the guests download an app. It would be part of a wedding doc package along with videography
and stills. -
How do I get a PPT slide to build at precise times with out using the mouse?
Here is what I am attempting to do. I have imported a PPT presentation into Captivate v4. I have already recorded the audio that I need for each slide. A couple of the slides need to build during the narration at specific points to coincide with the audio. I want to be able to do this without the end user having to click in order to advance as eventually I will publish this as avi file.
Does any one know how to do this?
Thnaks in advance.
HariI think I have figured it out. I had imported the PPT file without audio and had recorded the narration in CP4. I wanted to control the animations (slide builds) in CP, but couldn't find a way of doing it. You put me on the right track though, i.e. I configured the timing in of the animations (builds) in PPTand then reloaded that particular slide which synced with the narration I had recorded.
hanks for your suggestions.
Hari -
Do Catalyst switches forward Precision Time Protocol (PTP) packets?
I understand that the Catalsyt Switch range do not provide PTP Boundary Clocks. However can they still forward PTP packets from a PTP server to a PTP client connected to a port on Catalyst Switch, in particular the 4900M and 3750-X series. I do understand that any switching delay would affect the accuracy of the PTP clock.
So if I have a L2 network consisting of severall access switches connected via trunks to a distribution, with PTP clients in differing VLAN's, as long as each VLAN has a connection to the PTP source then the client will receive the PTP timestamp allthough subject to switching delays?
-
I want to take a measurement of the time that i use to make a gpib transmision in a Visual Basic program,i use the function TIME() to take the time in the begining and other time in the end,but this way only give me precision of seconds, and i want miliseconds,can i use other function,other way?
Can answer in spanish?Try using GetTickCount() API function, which provides millisecond precision. If you need more precise timer, try using QueryPerformanceCounter() function.
Makoto -
How to Make a Timer with Milliseconds
I am trying to create a timer that tracks milliseconds. The reason being is that I want to track key strokes, store them, and later repeat them. In order to repeat each key's input interval accurately, I need to
track amount of time each key is pressed between each other and to do so I plan to record by the millisecond. I won't be storing each millisecond but rather I want to make sure that the Controls.TextType and Timer event can be processed at any moment. From
my observation, I can't go any lower than one second because, realistically, multiple keys can be pressed in less than a second and also I can't recreate one second (accurately) out of milliseconds unless its ticking by one millisecond. As far as I know, I
can use the Timer object but I encountered a limitation. The Timer.Interval only goes as low as 10 milliseconds. I looked at other options and considered using Clock.Millsecond and subtracting two versions of Clock.Millisecond at a millisecond difference but
did not manage to make a working sample.
I also tried using using Program.Delay() but I don't understand how this doesn't measure one millisecond:
gw = 600
gh = 300
GraphicsWindow.Width = gw
GraphicsWindow.Height = gh
GraphicsWindow.KeyDown = onKeyDown
GraphicsWindow.KeyUp = onKeyUp
GraphicsWindow.Left = 0
GraphicsWindow.Top = (Desktop.Height - gh)*0.20
TextWindow.Left = (Desktop.Width - gw)*0.90
TextWindow.Top = (Desktop.Height - gh)*0.20
txtSize = 20
tx = (gw - txtSize)*0.20
ty = (gh - txtSize)*0.50
GraphicsWindow.FontSize = txtSize
GraphicsWindow.DrawText(tx,ty,"CLICK GRAPHICS WINDOW SCREEN THEN")
GraphicsWindow.DrawText(tx,ty+txtSize,"PRESS ENTER TO USE KEY EVENT")
milliSec = 0
sec = 0
print = "True"
While "True"
milliSec = milliSec + 1
If (milliSec > 999) Then
milliSec = 0
sec = sec + 1
TextWindow.WriteLine(sec)
EndIf
If (keyDown["Return"] And print = "True") Then
TextWindow.WriteLine("You pressed at " + sec + ":" + milliSec)
print = "False"
ElseIf (keyDown["Return"] <> "True") Then
print = "True"
EndIf
Program.Delay(1)
EndWhile
Sub onKeyDown
lastKey = GraphicsWindow.LastKey
keyDown[lastKey] = "True"
EndSub
Sub onKeyUp
lastKey = GraphicsWindow.LastKey
keyDown[lastKey] = "False"
EndSub
Why do I suspect my timer isn't accurate? For one, when I count by one (like so one crocodile, two crocodile, etc) it doesn't match up. Also, I've compared it with many online stop watches and it's apparent they run seconds ahead.
My three options:
1) use the Timer object
2) use Clock.Millisecond
3) use Program.Delay
After constant failure and researching, I forgot to consider what is the default rate of a small basic program when its running as a whole and each line. Is it possible to go lower than it? Again the current goal
of my project at the moment is tracking a key stroke and returning the time the user inputted. That's why, I want my timer to move
by one millisecond so I am able to process every action. Any explanation, samples, or guidance would be helpful. Thank you.Program Code: FRT619
Removing the comments tags (from the last three lines at the bottom of the mainTimer subroutine) will show that I can store time values and rely on the fact that they can be compared. It's no where near completion
but, hypothetically, this will allow me to achieve my main goal: storing time intervals from any key and repeat them at the user's command accurately when the timer restarts. I'm sure I've compromised the timer's accuracy though. What are your thoughts? Do
you see a better way to approach this problem? Also, I wasn't able to display the milliseconds but realized that it may not be necessary since I only need it to process events and store variable accurately. Not to display the precise time. Although, I am open
to any solutions to this minor problem. One more note: I nested the main loop with a small loop that changes run to true when milliseconds is zero. This is used to assure that milliSec has an initial value of zero, which is crucial to store time accurately.
Bug: Timer stops if user holds enter key. Solution: remove program delay in sub routine control, however, user can't hold key and record same key multiple times.
New Solution to bug: implement button and textbox events (allows user input while recording time through PC's clock--in milliseconds).
On a side note, the clock object communicates with the PC's clock, which would mean it's asynchronous from the program and isn't affected by program delay. However, if the PC's clock is ticking by the millisecond(s) and the program stores the time from the
PC's clock and display it with a delay of 1000 milliseconds. The clock object may not be affect but displaying the time will be? -
Cisco RV120W crashed several times a day
Hello,
we are using the Cisco RV120W for our little network. The latest firmware (1.0.4.10) is installed!
But the router crashes about 6-10 times a day and have to be restarted. The Web Interface is also not available then.
It is configured as the subnet 192.168.12.0/24
The WAN connection is a static ip to a public subnet.
VLAN 1 is the default LAN (see above).
DHCP is enabled in that network and DNS proxy is disabled.
VLAN 2 is 192.168.10.12 whitout DHCP.
Ethernet Port 1 is configured as VLAN 2 for another subnet (192.168.10.0/24 from another router).
The other ports an WLAN are using VLAN 1 (192.168.12.0/24).
WLAN authentication is enabled (SSID 1) with a WPA2-PSK password.
After i reboot the router the logs are empty and i just can see the logs while the router is running.
after about 30 minutes i copied the logs from the router:
These are the "error" logs:
Sat Jan 1 01:02:17 2000(CET) [rv120w][System][NIMF] nimfNetIfaceTblHandler: unable to get LedPinId
Sat Jan 1 01:02:22 2000(CET) [rv120w][System][NIMF] nimfNetIfaceTblHandler: unable to get LedPinId
Sat Jan 1 01:02:37 2000(CET) [rv120w][System][NIMF] nimfNetIfaceTblHandler: unable to get LedPinId
Fri Aug 30 15:25:40 2013(CET) [rv120w][System][FIREWALL] fwPPTPGenericRules.c: inet_aton failed
Fri Aug 30 15:25:40 2013(CET) [rv120w][System][NIMF] nimfNetIfaceTblHandler: unable to get LedPinId
Fri Aug 30 15:25:57 2013(CET) [rv120w][System][NIMF] nimfNetIfaceTblHandler: unable to get LedPinId
Fri Aug 30 15:26:04 2013(CET) [rv120w][System][NIMF] nimfNetIfaceTblHandler: unable to get LedPinId
Fri Aug 30 15:26:15 2013(CET) [rv120w][System][NIMF] nimfNetIfaceTblHandler: unable to get LedPinId
Fri Aug 30 15:26:47 2013(CET) [rv120w][System][FIREWALL] fwPPTPGenericRules.c: inet_aton failed
Fri Aug 30 15:26:48 2013(CET) [rv120w][System][PLATFORM] [BONJOUR_ERROR]: DNSServiceProcessResult returned -65537 stopping listen to mdnsd
Fri Aug 30 15:26:51 2013(CET) [rv120w][System][PLATFORM] [BONJOUR_ERROR]: Signal Sent to bonjourClient Failed
Fri Aug 30 15:26:52 2013(CET) [rv120w][System][PLATFORM] [BONJOUR_ERROR]: DNSServiceProcessResult returned -65537 stopping listen to mdnsd
Fri Aug 30 15:26:54 2013(CET) [rv120w][System][PLATFORM] [BONJOUR_ERROR]: Signal Sent to bonjourClient Failed
Fri Aug 30 15:26:58 2013(CET) [rv120w][System][PLATFORM] [BONJOUR_ERROR]: Signal Sent to bonjourClient Failed
Fri Aug 30 15:27:00 2013(CET) [rv120w][Local0-wireless][UDOT11] wpaAuthRecvPTKMsg2: mic check failed
Fri Aug 30 15:27:01 2013(CET) [rv120w][Local0-wireless][UDOT11] wpaAuthRecvPTKMsg2: mic check failed
Fri Aug 30 15:27:01 2013(CET) [rv120w][System][PLATFORM] [BONJOUR_ERROR]: Signal Sent to bonjourClient Failed
Fri Aug 30 15:27:01 2013(CET) [rv120w][Local0-wireless][UDOT11] wpaAuthRecvPTKMsg2: mic check failed
Fri Aug 30 15:27:02 2013(CET) [rv120w][System][EVTDSPTCH] umiIoctl (43, UMI_CMD_DB_UPDATE(4)) failed. table=FirewallRules row=101
Fri Aug 30 15:27:27 2013(CET) [rv120w][Local0-wireless][UDOT11] wpaAuthRecvPTKMsg2: mic check failed
Fri Aug 30 15:27:28 2013(CET) [rv120w][Local0-wireless][UDOT11] wpaAuthRecvPTKMsg2: mic check failed
Fri Aug 30 15:27:28 2013(CET) [rv120w][Local0-wireless][UDOT11] wpaAuthRecvPTKMsg2: mic check failed
Fri Aug 30 15:27:52 2013(CET) [rv120w][System][FIREWALL] fwPPTPGenericRules.c: inet_aton failed
And these are the "warning" logs:
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] CVMSEG size: 2 cache lines (256 bytes)
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] CPU revision is: 000d0601
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Determined physical RAM map:
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] memory: 0000000003800000 @ 0000000000700000 (usable)
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Built 1 zonelists. Total pages: 14116
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Primary instruction cache 32kB, virtually tagged, 4 way, 64 sets, linesize 128 bytes.
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Primary data cache 16kB, 64-way, 2 sets, linesize 128 bytes.
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] PID hash table entries: 256 (order: 8, 2048 bytes)
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Using 300.000 MHz high precision timer.
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Dentry cache hash table entries: 8192 (order: 4, 65536 bytes)
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Inode-cache hash table entries: 4096 (order: 3, 32768 bytes)
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Calibrating delay using timer specific routine.. 600.35 BogoMIPS (lpj=1200701)
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Mount-cache hash table entries: 256
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Checking for the multiply/shift bug... no.
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Checking for the daddi bug... no.
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Checking for the daddiu bug... no.
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Enabling Octeon big bar support
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] PCI Status: PCI 32-bit
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] IP route cache hash table entries: 512 (order: 0, 4096 bytes)
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] TCP established hash table entries: 2048 (order: 3, 32768 bytes)
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] TCP bind hash table entries: 2048 (order: 2, 16384 bytes)
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] /proc/octeon_perf: Octeon performace counter interface loaded
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Total HugeTLB memory allocated, 0
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] RAMDISK driver initialized: 1 RAM disks of 500000K size 1024 blocksize
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] GACT probability NOT on
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Mirror/redirect action on
Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] u32 classifier
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Performance counters on
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Actions configured
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack version 2.4 (224 buckets, 1792 max) - 352 bytes per conntrack
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack_rtsp v0.6.21 loading
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ip_nat_rtsp v0.6.21 loading
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ip_tables: (C) 2000-2006 Netfilter Core Team
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] netfilter PSD loaded - (c) astaro AG
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ipt_time loading
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Bootbus flash: Setting flash for 16MB flash at 0x1ec00000
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Amd/Fujitsu Extended Query Table at 0x0040
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] phys_mapped_flash: CFI does not contain boot bank location. Assuming top.
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] cavium-ethernet: Cavium Networks Octeon SDK version 1.7.3, build 264
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Register the sysctl for hardware offload succeed
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Register the sysctl for flow cache succeed
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Register the sysctl for brcm Tag succeed
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Register the sysctl for vlan enabled succeed
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Pool 0 size 2048 No 1024
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Pool 1 size 128 No 1024
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Pool 3 size 128 No 640
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] global cache allocation start 0
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Ipforward global cache allocation sucessfull
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Registerd the sysctl for IMP port status
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Registerd the sysctl for 802.1x enabled port
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Registerd the sysctl for blocking non EAP packets status
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Interface 0 has 2 ports (GMII)
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] 996
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] 999
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] 1037
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] 1039
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] port ko 0
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] port ko 1
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] led module init...
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] umi: module license 'unspecified' taints kernel.
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] eth0: 100 Mbps Full duplex, port 0, queue 0
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] eth1: 100 Mbps Full duplex, port 1, queue 1
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] PF_key: Initialized Security Policy Database.
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] IPsec: Initialized Security Association Processing.
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] BUG: at kernel/softirq.c:138 local_bh_enable()
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Call Trace:[<ffffffff80121150>][<ffffffff80121150>][<ffffffff8014b2e0>][<ffffffff802c58ec>][<c0000000002231ac>][<c000000000229460>][<c0000000001eea80>][<c000000000229eb4>][<ffffffff802c0a00>][<ffffffff8011ae80>][<ffffffff8011ae80>][<ffffffff801
Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] HTB: quantum of class 10001 is big. Consider r2q change.
Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL]
<4>Intializing the 8021P-DSCP Remark Module
Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Registerd the sysctl for _8021p task IMP portPCI: Enabling device 0000:00:03.0 (0000 -> 0002)
Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] vap0: Broadcom BCM432c 802.11 Wireless Controller 5.60.120.9
Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack_pptp version 3.1 loaded
Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] ip_nat_pptp version 3.0 loaded
Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] COEX: downgraded chanspec 0x2e09 to 0x2b0b: channel 5 used by exiting BSSs
Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] COEX: downgraded chanspec 0x2e0b to 0x2b0d: channel 6 used by exiting BSSs
Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] COEX: downgraded chanspec 0x2d03 to 0x2b01: channel 6 used by exiting BSSs
Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] COEX: downgraded chanspec 0x2e09 to 0x2b0b: channel 6 used by exiting BSSs
Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] COEX: downgraded chanspec 0x2e0b to 0x2b0d: channel 6 used by exiting BSSs
Sat Jan 1 01:01:51 2000(CET) [rv120w][System][PLATFORM] IPv6 not configured on the interface
Fri Aug 30 15:27:01 2013(CET) [rv120w][Kernel][KERNEL] ERROR:endChantRecv: protocol PNAC returned !OK
Fri Aug 30 15:27:01 2013(CET) [rv120w][Kernel][KERNEL] ERROR:endChantRecv: protocol PNAC returned !OK
Fri Aug 30 15:27:01 2013(CET) [rv120w][Kernel][KERNEL] ERROR:endChantRecv: protocol PNAC returned !OK
Fri Aug 30 15:27:06 2013(CET) [rv120w][Kernel][KERNEL] ERROR:endChantRecv: protocol PNAC returned !OK
Fri Aug 30 15:27:32 2013(CET) [rv120w][Kernel][KERNEL] ERROR:endChantRecv: protocol PNAC returned !OK
Fri Aug 30 15:27:32 2013(CET) [rv120w][Kernel][KERNEL] ERROR:endChantRecv: protocol PNAC returned !OK
Fri Aug 30 15:27:32 2013(CET) [rv120w][Kernel][KERNEL] ERROR:endChantRecv: protocol PNAC returned !OK
Fri Aug 30 15:27:32 2013(CET) [rv120w][Kernel][KERNEL] ERROR:endChantRecv: protocol PNAC returned !OK
hope you can help me!
EDIT: This is a log file from today in the morning:
[rv120w]Sat Jan 1 01:01:41 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:system op=23 row=1
[rv120w]Sat Jan 1 01:01:43 2000(CET) [rv120w][System][PLATFORM] [BONJOUR_DEBUG]: Getting the results of Sql Query: SELECT value FROM environment WHERE name='BONJOUR_DEFAULT_SERVICE_NAME'
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][System][PLATFORM] [BONJOUR_DEBUG]: Performing SqlQry : UPDATE bonjourDefaultServices SET textRecord = 'model=RV120W;deviceType=Router;deviceDescr=Wireless-N-VPN-Router;slaves=0;fmVersion=1.0.4.10;PIDVID=RV12
W-E V01;MACAddress=00077D150BCA;serialNo=SER15320A9Q
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Linux version 2.6.21.7-Cavium-Octeon ([email protected]) (gcc version 4.1.2 (Cavium Networks Version: 1_6_0, build 34)) #1 Mon Jun 18 13:30:50 IST 2012
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] CVMSEG size: 2 cache lines (256 bytes)
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] CPU revision is: 000d0601
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Determined physical RAM map:
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] memory: 0000000003800000 @ 0000000000700000 (usable)
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Wasting 100352 bytes for tracking 1792 unused pages
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Initrd not found or empty - disabling initrd
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] On node 0 totalpages: 14336
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] DMA zone: 220 pages used for memmap
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] DMA zone: 0 pages reserved
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] DMA zone: 14116 pages, LIFO batch:3
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Normal zone: 0 pages used for memmap
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Built 1 zonelists. Total pages: 14116
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Kernel command line: bootoctlinux 0x3000200 mtdparts=phys_mapped_flash:512k(bootloader)ro,5632k(kernel),8704k(rootfs),1024k(data),128k(bootload-env) console=ttyS0,115200
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Primary instruction cache 32kB, virtually tagged, 4 way, 64 sets, linesize 128 bytes.
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Primary data cache 16kB, 64-way, 2 sets, linesize 128 bytes.
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Synthesized TLB refill handler (49 instructions).
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Synthesized TLB load handler fastpath (64 instructions).
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Synthesized TLB store handler fastpath (67 instructions).
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Synthesized TLB modify handler fastpath (64 instructions).
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] PID hash table entries: 256 (order: 8, 2048 bytes)
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Using 300.000 MHz high precision timer.
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Dentry cache hash table entries: 8192 (order: 4, 65536 bytes)
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Inode-cache hash table entries: 4096 (order: 3, 32768 bytes)
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Memory: 53600k/57344k available (3099k kernel code, 3688k reserved, 669k data, 1788k init, 0k highmem)
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Calibrating delay using timer specific routine.. 600.35 BogoMIPS (lpj=1200702)
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Mount-cache hash table entries: 256
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Checking for the multiply/shift bug... no.
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Checking for the daddi bug... no.
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Checking for the daddiu bug... no.
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] NET: Registered protocol family 16
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Enabling Octeon big bar support
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] PCI Status: PCI 32-bit
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] NET: Registered protocol family 2
[rv120w]Sat Jan 1 01:01:44 2000(CET) [rv120w][Kernel][KERNEL] Time: MIPS clocksource has been installed.
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] IP route cache hash table entries: 512 (order: 0, 4096 bytes)
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] TCP established hash table entries: 2048 (order: 3, 32768 bytes)
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] TCP bind hash table entries: 2048 (order: 2, 16384 bytes)
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] TCP: Hash tables configured (established 2048 bind 2048)
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] TCP reno registered
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] /proc/octeon_perf: Octeon performace counter interface loaded
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Total HugeTLB memory allocated, 0
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] squashfs: version 3.0 (2006/03/15) Phillip Lougher
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] JFFS2 version 2.2. (NAND) (C) 2001-2006 Red Hat, Inc.
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] io scheduler noop registered
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] io scheduler cfq registered (default)
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Serial: 8250/16550 driver $Revision: 1.90 $ 4 ports, IRQ sharing enabled
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] RAMDISK driver initialized: 1 RAM disks of 500000K size 1024 blocksize
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] loop: loaded (max 8 devices)
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] PPP generic driver version 2.4.2
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] PPP BSD Compression module registered
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] MPPE/MPPC encryption/compression module registered
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] NET: Registered protocol family 24
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] slram: not enough parameters.
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] i2c /dev entries driver
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] GACT probability NOT on
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Mirror/redirect action on
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] u32 classifier
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Performance counters on
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Actions configured
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack version 2.4 (224 buckets, 1792 max) - 352 bytes per conntrack
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack_rsh: registering helper for port #0: 514/TCP
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack_rsh: helper match ip 0.0.0.0:514-0.0.0.0:0
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack_rsh: helper match mask 0.0.0.0:64512-0.0.0.0:64512
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack_rtsp v0.6.21 loading
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] net/ipv4/netfilter/ip_conntrack_rtsp.c: ip_conntrack_rtsp_init: port #0: 554
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ip_nat_rtsp v0.6.21 loading
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ip_tables: (C) 2000-2006 Netfilter Core Team
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ipt_account 0.1.7 : Piotr Gasid³o <[email protected]>, http://www.barbara.eu.org/~quaker/ipt_account/
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] netfilter PSD loaded - (c) astaro AG
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ipt_time loading
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack_rpc_tcp: registering helper for port #0: 111/TCP
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack_rpc_tcp: helper match ip 0.0.0.0:0->0.0.0.0:111
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack_rpc_tcp: helper match mask 0.0.0.0:0->0.0.0.0:65535
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack_rpc_tcp: disabling Legato NetWorker support for port 0/TCP
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ipt_rpc: registering match [rpc] for;
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ipt_rpc: port 111 (UDP|TCP);
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack_rpc_udp: registering helper for port #0: 111/UDP
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack_rpc_udp: helper match ip 0.0.0.0:0->0.0.0.0:111
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack_rpc_udp: helper match mask 0.0.0.0:0->0.0.0.0:65535
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] TCP cubic registered
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] NET: Registered protocol family 1
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] NET: Registered protocol family 10
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] IPv6 over IPv4 tunneling driver
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] NET: Registered protocol family 17
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] 802.1Q VLAN Support v1.8 Ben Greear <[email protected]>
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] All bugs added by David S. Miller <[email protected]>
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] serial8250: ttyS0 at MMIO 0x1180000000800 (irq = 42) is a 16550A
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Bootbus flash: Setting flash for 16MB flash at 0x1ec00000
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] phys_mapped_flash: Found 1 x16 devices at 0x0 in 8-bit bank
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Amd/Fujitsu Extended Query Table at 0x0040
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] phys_mapped_flash: CFI does not contain boot bank location. Assuming top.
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] number of CFI chips: 1
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] cfi_cmdset_0002: Disabling erase-suspend-program due to code brokenness.
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] 5 cmdlinepart partitions found on MTD device phys_mapped_flash
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] Creating 5 MTD partitions on "phys_mapped_flash":
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] 0x00000000-0x00080000 : "bootloader"
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] 0x00080000-0x00600000 : "kernel"
[rv120w]Sat Jan 1 01:01:45 2000(CET) [rv120w][Kernel][KERNEL] 0x00600000-0x00e80000 : "rootfs"
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] 0x00e80000-0x00f80000 : "data"
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] 0x00f80000-0x00fa0000 : "bootload-env"
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Freeing unused kernel memory: 1788k freed
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] cavium-ethernet: Cavium Networks Octeon SDK version 1.7.3, build 264
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Register the sysctl for hardware offload succeed
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Register the sysctl for flow cache succeed
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Register the sysctl for brcm Tag succeed
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Register the sysctl for vlan enabled succeed
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Pool 0 size 2048 No 1024
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Pool 1 size 128 No 1024
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Pool 3 size 128 No 640
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] global cache allocation start 0
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Ipforward global cache allocation sucessfull
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Registerd the sysctl for IMP port status
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Registerd the sysctl for 802.1x enabled port
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Registerd the sysctl for blocking non EAP packets status
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Interface 0 has 2 ports (GMII)
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] 996
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] 999
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] 1037
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] 1039
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] port ko 0
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] port ko 1
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] led module init...
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] umi: module license 'unspecified' taints kernel.
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] NET: Registered protocol family 32
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] kernel UMI module loaded
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] eth0: 100 Mbps Full duplex, port 0, queue 0
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] eth1: 100 Mbps Full duplex, port 1, queue 1
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Initializing PF_KEY V2 Key Management socket interface.
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] NET: Registered protocol family 15
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] PF_key: Started key_timehandler
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] PF_key: Initialized Security Policy Database.
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] IPsec: Initialized Security Association Processing.
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] XLR8 IPSec Framework Initialized
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Software Backend Registered with XLR8 IPSec Framework
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Adding AH4 protocol processing.
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Adding ESP4 protocol processing.
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Adding IPCOMP4 protocol processing.
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Adding packet sink.
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] BUG: at kernel/softirq.c:138 local_bh_enable()
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Call Trace:[<ffffffff80121150>][<ffffffff80121150>][<ffffffff8014b2e0>][<ffffffff802c58ec>][<c0000000002231ac>][<c000000000229460>][<c0000000001eea80>][<c000000000229eb4>][<ffffffff802c0a00>]
<ffffffff8011ae80>][<ffffffff8011ae80>][<ffffffff801
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] HTB: quantum of class 10001 is big. Consider r2q change.
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL]
<4>Intializing the 8021P-DSCP Remark Module
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Registerd the sysctl for _8021p task IMP portPCI: Enabling device 0000:00:03.0 (0000 -> 0002)
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] vap0: Broadcom BCM432c 802.11 Wireless Controller 5.60.120.9
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] HDLC line discipline: version $Revision: 4.8 $, maxframe=4096
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] N_HDLC line discipline registered.
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] Loading mii
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] using bcm switch bcm5395
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] privlegedID 4094 wanporttNo: 5
[rv120w]Sat Jan 1 01:01:46 2000(CET) [rv120w][Kernel][KERNEL] eth1: no IPv6 routers present
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] eth0: no IPv6 routers present
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] Loading ifDev module
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack_pptp version 3.1 loaded
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] ip_nat_pptp version 3.0 loaded
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] COEX: downgraded chanspec 0x2e09 to 0x2b0b: channel 6 used by exiting BSSs
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] COEX: downgraded chanspec 0x2e0b to 0x2b0d: channel 6 used by exiting BSSs
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] COEX: downgraded chanspec 0x2e09 to 0x2b0b: channel 6 used by exiting BSSs
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] COEX: downgraded chanspec 0x2e0b to 0x2b0d: channel 6 used by exiting BSSs
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] vap0: no IPv6 routers present
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] IPsec: device down: eth0
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] device eth0 entered promiscuous mode
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] bdg1: port 1(eth0) entering learning state
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] device eth0 left promiscuous mode
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] bdg1: port 1(eth0) entering disabled state
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] eth0.1: add 33:33:00:00:00:01 mcast address to master interface
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] eth0.1: add 01:00:5e:00:00:01 mcast address to master interface
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] eth0.1: add 33:33:ff:15:0b:ca mcast address to master interface
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] eth0.1: del 33:33:ff:15:0b:ca mcast address from vlan interface
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] eth0.1: del 33:33:ff:15:0b:ca mcast address from master interface
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] eth0.1: del 01:00:5e:00:00:01 mcast address from vlan interface
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] eth0.1: del 01:00:5e:00:00:01 mcast address from master interface
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] eth0.1: del 33:33:00:00:00:01 mcast address from vlan interface
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] eth0.1: del 33:33:00:00:00:01 mcast address from master interface
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] IPsec: device down: eth0.1
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] device eth0.1 entered promiscuous mode
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] eth0.1: dev_set_promiscuity(master, 1)
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] device eth0 entered promiscuous mode
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] eth0.1: add 01:00:5e:00:00:01 mcast address to master interface
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] eth0.1: add 33:33:00:00:00:01 mcast address to master interface
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] eth0.1: add 33:33:ff:15:0b:ca mcast address to master interface
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] bdg1: port 1(eth0.1) entering learning state
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] IPsec: device down: vap0
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] device vap0 entered promiscuous mode
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] bdg1: port 2(vap0) entering learning state
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] eth0.2: add 33:33:00:00:00:01 mcast address to master interface
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] eth0.2: add 01:00:5e:00:00:01 mcast address to master interface
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] eth0.2: add 33:33:ff:15:0b:ca mcast address to master interface
[rv120w]Sat Jan 1 01:01:47 2000(CET) [rv120w][Kernel][KERNEL] eth0.2: del 33:33:ff:15:0b:ca mcast address from vlan interface
[rv120w]Sat Jan 1 01:01:48 2000(CET) [rv120w][Kernel][KERNEL] eth0.2: del 33:33:ff:15:0b:ca mcast address from master interface
[rv120w]Sat Jan 1 01:01:48 2000(CET) [rv120w][Kernel][KERNEL] eth0.2: del 01:00:5e:00:00:01 mcast address from vlan interface
[rv120w]Sat Jan 1 01:01:48 2000(CET) [rv120w][Kernel][KERNEL] eth0.2: del 01:00:5e:00:00:01 mcast address from master interface
[rv120w]Sat Jan 1 01:01:48 2000(CET) [rv120w][Kernel][KERNEL] eth0.2: del 33:33:00:00:00:01 mcast address from vlan interface
[rv120w]Sat Jan 1 01:01:48 2000(CET) [rv120w][Kernel][KERNEL] eth0.2: del 33:33:00:00:00:01 mcast address from master interface
[rv120w]Sat Jan 1 01:01:48 2000(CET) [rv120w][Kernel][KERNEL] IPsec: device down: eth0.2
[rv120w]Sat Jan 1 01:01:48 2000(CET) [rv120w][Kernel][KERNEL] eth0.2: dev_set_promiscuity(master, 1)
[rv120w]Sat Jan 1 01:01:48 2000(CET) [rv120w][Kernel][KERNEL] eth0.2: add 01:00:5e:00:00:01 mcast address to master interface
[rv120w]Sat Jan 1 01:01:48 2000(CET) [rv120w][Kernel][KERNEL] eth0.2: add 33:33:00:00:00:01 mcast address to master interface
[rv120w]Sat Jan 1 01:01:48 2000(CET) [rv120w][Kernel][KERNEL] eth0.2: add 33:33:ff:15:0b:ca mcast address to master interface
[rv120w]Sat Jan 1 01:01:48 2000(CET) [rv120w][Kernel][KERNEL] bdg2: port 1(eth0.2) entering learning state
[rv120w]Sat Jan 1 01:01:48 2000(CET) [rv120w][Kernel][KERNEL] bdg1: no IPv6 routers present
[rv120w]Sat Jan 1 01:01:48 2000(CET) [rv120w][Kernel][KERNEL] bdg2: no IPv6 routers present
[rv120w]Sat Jan 1 01:01:49 2000(CET) [rv120w][Kernel][KERNEL] eth0: no IPv6 routers present
[rv120w]Sat Jan 1 01:01:49 2000(CET) [rv120w][Kernel][KERNEL] vap0: no IPv6 routers present
[rv120w]Sat Jan 1 01:01:49 2000(CET) [rv120w][Kernel][KERNEL] eth0.2: no IPv6 routers present
[rv120w]Sat Jan 1 01:01:49 2000(CET) [rv120w][Kernel][KERNEL] eth0.1: no IPv6 routers present
[rv120w]Sat Jan 1 01:01:49 2000(CET) [rv120w][Kernel][KERNEL] bdg1: topology change detected, propagating
[rv120w]Sat Jan 1 01:01:49 2000(CET) [rv120w][Kernel][KERNEL] bdg1: port 1(eth0.1) entering forwarding state
[rv120w]Sat Jan 1 01:01:49 2000(CET) [rv120w][Kernel][KERNEL] bdg1: topology change detected, propagating
[rv120w]Sat Jan 1 01:01:49 2000(CET) [rv120w][Kernel][KERNEL] bdg1: port 2(vap0) entering forwarding state
[rv120w]Sat Jan 1 01:01:49 2000(CET) [rv120w][Kernel][KERNEL] bdg2: topology change detected, propagating
[rv120w]Sat Jan 1 01:01:49 2000(CET) [rv120w][Kernel][KERNEL] bdg2: port 1(eth0.2) entering forwarding state
[rv120w]Sat Jan 1 01:01:49 2000(CET) [rv120w][System][FIREWALL] ____/pfrm2.0/bin/ipset -A webFltr 192.168.10.12___
[rv120w]Sat Jan 1 01:01:49 2000(CET) [rv120w][System][FIREWALL] restartStatus = 0 for LogicalIfName = LAN2
[rv120w]Sat Jan 1 01:01:52 2000(CET) [rv120w][System][PLATFORM] IPv6 not configured on the interface
[rv120w]Sat Jan 1 01:01:53 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:ipAddressTable op=18 row=5
[rv120w]Sat Jan 1 01:01:53 2000(CET) [rv120w][System][PLATFORM] pptpdMgmtDBUpdateHandler:DBUpdate event: Table: ipAddressTable opCode:18 rowId:5
[rv120w]Sat Jan 1 01:01:53 2000(CET) [rv120w][System][PLATFORM] options.pptpd file found
[rv120w]Sat Jan 1 01:01:54 2000(CET) [rv120w][System][PLATFORM] upnpMgmtDBUpdateHandler:DBUpdate event: Table: ipAddressTable opCode:18 rowId:5
[rv120w]Sat Jan 1 01:01:54 2000(CET) [rv120w][Kernel][KERNEL] manufacturingCo uses obsolete (PF_INET,SOCK_PACKET)
[rv120w]Sat Jan 1 01:01:54 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:01:54 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:01:54 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:01:54 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:01:54 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:01:54 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:01:54 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:01:54 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:01:54 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:01:54 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:01:55 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:networkInterface op=18 row=9
[rv120w]Sat Jan 1 01:01:55 2000(CET) [rv120w][System][PLATFORM] pptpdMgmtDBUpdateHandler:DBUpdate event: Table: networkInterface opCode:18 rowId:9
[rv120w]Sat Jan 1 01:01:55 2000(CET) [rv120w][System][PLATFORM] options.pptpd file found
[rv120w]Sat Jan 1 01:01:56 2000(CET) [rv120w][System][PLATFORM] upnpMgmtDBUpdateHandler:DBUpdate event: Table: networkInterface opCode:18 rowId:9
[rv120w]Sat Jan 1 01:01:56 2000(CET) [rv120w][System][PLATFORM] igmpMgmtDBUpdateHandler: update received: Table: networkInterface opCode: 18 rowId: 9
[rv120w]Sat Jan 1 01:01:56 2000(CET) [rv120w][System][PLATFORM] igmpDisable: failed to disable IGMP proxy. IGMP proxy may not be running at all!
[rv120w]Sat Jan 1 01:01:57 2000(CET) [rv120w][System][PLATFORM] Disabling Firewall Rule for DHCP Relay Protocol
[rv120w]Sat Jan 1 01:01:57 2000(CET) [rv120w][System][PLATFORM] ddnsMgmtDBUpdateHandler:DBUpdate event: Table: networkInterface opCode:18 rowId:9
[rv120w]Sat Jan 1 01:01:58 2000(CET) [rv120w][System][FIREWALL] ____/pfrm2.0/bin/ipset -D webFltr 0.0.0.0___
[rv120w]Sat Jan 1 01:01:58 2000(CET) [rv120w][System][FIREWALL] ____/pfrm2.0/bin/ipset -A webFltr 192.168.12.1___
[rv120w]Sat Jan 1 01:01:58 2000(CET) [rv120w][System][FIREWALL] restartStatus = 1 for LogicalIfName = LAN
[rv120w]Sat Jan 1 01:01:58 2000(CET) [rv120w][System][FIREWALL] Restarting Firewall For LAN Address Update from 0.0.0.0:192.168.12.1
[rv120w]Sat Jan 1 01:01:59 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:ipAddressTable op=23 row=1
[rv120w]Sat Jan 1 01:01:59 2000(CET) [rv120w][System][PLATFORM] pptpdMgmtDBUpdateHandler:DBUpdate event: Table: ipAddressTable opCode:23 rowId:1
[rv120w]Sat Jan 1 01:01:59 2000(CET) [rv120w][System][PLATFORM] options.pptpd file found
[rv120w]Sat Jan 1 01:01:59 2000(CET) [rv120w][Kernel][KERNEL] printk: 30 messages suppressed.
[rv120w]Sat Jan 1 01:01:59 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:01:59 2000(CET) [rv120w][System][PLATFORM] upnpMgmtDBUpdateHandler:DBUpdate event: Table: ipAddressTable opCode:23 rowId:1
[rv120w]Sat Jan 1 01:02:01 2000(CET) [rv120w][System][FIREWALL] ____/pfrm2.0/bin/ipset -D webFltr 192.168.12.1___
[rv120w]Sat Jan 1 01:02:01 2000(CET) [rv120w][System][FIREWALL] ____/pfrm2.0/bin/ipset -A webFltr 192.168.12.1___
[rv120w]Sat Jan 1 01:02:01 2000(CET) [rv120w][System][FIREWALL] restartStatus = 1 for LogicalIfName = LAN
[rv120w]Sat Jan 1 01:02:01 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:ipAddressTable op=23 row=1
[rv120w]Sat Jan 1 01:02:01 2000(CET) [rv120w][System][PLATFORM] pptpdMgmtDBUpdateHandler:DBUpdate event: Table: ipAddressTable opCode:23 rowId:1
[rv120w]Sat Jan 1 01:02:01 2000(CET) [rv120w][System][PLATFORM] options.pptpd file found
[rv120w]Sat Jan 1 01:02:01 2000(CET) [rv120w][System][PLATFORM] upnpMgmtDBUpdateHandler:DBUpdate event: Table: ipAddressTable opCode:23 rowId:1
[rv120w]Sat Jan 1 01:02:03 2000(CET) [rv120w][System][FIREWALL] restartStatus = 1 for LogicalIfName = WAN1
[rv120w]Sat Jan 1 01:02:03 2000(CET) [rv120w][System][FIREWALL] Restarting Firewall For WAN1 Address Update from 0.0.0.0:193.158.228.75
[rv120w]Sat Jan 1 01:02:03 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:ipAddressTable op=23 row=2
[rv120w]Sat Jan 1 01:02:03 2000(CET) [rv120w][System][PLATFORM] pptpdMgmtDBUpdateHandler:DBUpdate event: Table: ipAddressTable opCode:23 rowId:2
[rv120w]Sat Jan 1 01:02:04 2000(CET) [rv120w][System][PLATFORM] options.pptpd file found
[rv120w]Sat Jan 1 01:02:04 2000(CET) [rv120w][System][PLATFORM] upnpMgmtDBUpdateHandler:DBUpdate event: Table: ipAddressTable opCode:23 rowId:2
[rv120w]Sat Jan 1 01:02:04 2000(CET) [rv120w][Kernel][KERNEL] printk: 29 messages suppressed.
[rv120w]Sat Jan 1 01:02:04 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:02:05 2000(CET) [rv120w][System][FIREWALL] ____/pfrm2.0/bin/ipset -D webFltr 192.168.2.1___
[rv120w]Sat Jan 1 01:02:05 2000(CET) [rv120w][System][FIREWALL] ____/pfrm2.0/bin/ipset -A webFltr 192.168.10.12___
[rv120w]Sat Jan 1 01:02:06 2000(CET) [rv120w][System][FIREWALL] restartStatus = 0 for LogicalIfName = LAN2
[rv120w]Sat Jan 1 01:02:06 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:ipAddressTable op=23 row=5
[rv120w]Sat Jan 1 01:02:06 2000(CET) [rv120w][System][PLATFORM] pptpdMgmtDBUpdateHandler:DBUpdate event: Table: ipAddressTable opCode:23 rowId:5
[rv120w]Sat Jan 1 01:02:06 2000(CET) [rv120w][System][PLATFORM] options.pptpd file found
[rv120w]Sat Jan 1 01:02:06 2000(CET) [rv120w][System][PLATFORM] upnpMgmtDBUpdateHandler:DBUpdate event: Table: ipAddressTable opCode:23 rowId:5
[rv120w]Sat Jan 1 01:02:08 2000(CET) [rv120w][System][FIREWALL] ____/pfrm2.0/bin/ipset -D webFltr 192.168.10.12___
[rv120w]Sat Jan 1 01:02:08 2000(CET) [rv120w][System][FIREWALL] ____/pfrm2.0/bin/ipset -A webFltr 192.168.10.12___
[rv120w]Sat Jan 1 01:02:08 2000(CET) [rv120w][System][FIREWALL] restartStatus = 0 for LogicalIfName = LAN2
[rv120w]Sat Jan 1 01:02:08 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:ipAddressTable op=23 row=5
[rv120w]Sat Jan 1 01:02:08 2000(CET) [rv120w][System][PLATFORM] pptpdMgmtDBUpdateHandler:DBUpdate event: Table: ipAddressTable opCode:23 rowId:5
[rv120w]Sat Jan 1 01:02:08 2000(CET) [rv120w][System][PLATFORM] options.pptpd file found
[rv120w]Sat Jan 1 01:02:08 2000(CET) [rv120w][System][PLATFORM] upnpMgmtDBUpdateHandler:DBUpdate event: Table: ipAddressTable opCode:23 rowId:5
[rv120w]Sat Jan 1 01:02:09 2000(CET) [rv120w][Kernel][KERNEL] printk: 56 messages suppressed.
[rv120w]Sat Jan 1 01:02:09 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:02:10 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:dhcpCfgLoad op=23 row=1
[rv120w]Sat Jan 1 01:02:10 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:resolverConfig op=23 row=2
[rv120w]Sat Jan 1 01:02:13 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:resolverConfig op=23 row=2
[rv120w]Sat Jan 1 01:02:14 2000(CET) [rv120w][Kernel][KERNEL] printk: 66 messages suppressed.
[rv120w]Sat Jan 1 01:02:14 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:02:16 2000(CET) [rv120w][System][FIREWALL] restartStatus = 1 for LogicalIfName = WAN1
[rv120w]Sat Jan 1 01:02:16 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:ipAddressTable op=23 row=2
[rv120w]Sat Jan 1 01:02:16 2000(CET) [rv120w][System][PLATFORM] pptpdMgmtDBUpdateHandler:DBUpdate event: Table: ipAddressTable opCode:23 rowId:2
[rv120w]Sat Jan 1 01:02:17 2000(CET) [rv120w][System][PLATFORM] options.pptpd file found
[rv120w]Sat Jan 1 01:02:17 2000(CET) [rv120w][System][PLATFORM] upnpMgmtDBUpdateHandler:DBUpdate event: Table: ipAddressTable opCode:23 rowId:2
[rv120w]Sat Jan 1 01:02:18 2000(CET) [rv120w][System][NIMF] Setting LED [0]:[1] For WAN1
[rv120w]Sat Jan 1 01:02:18 2000(CET) [rv120w][System][NIMF] nimfNetIfaceTblHandler: unable to get LedPinId
[rv120w]Sat Jan 1 01:02:18 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:networkInterface op=23 row=3
[rv120w]Sat Jan 1 01:02:19 2000(CET) [rv120w][Kernel][KERNEL] printk: 50 messages suppressed.
[rv120w]Sat Jan 1 01:02:19 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:02:20 2000(CET) [rv120w][System][PLATFORM] pptpdMgmtDBUpdateHandler:DBUpdate event: Table: networkInterface opCode:23 rowId:3
[rv120w]Sat Jan 1 01:02:20 2000(CET) [rv120w][System][PLATFORM] options.pptpd file found
[rv120w]Sat Jan 1 01:02:21 2000(CET) [rv120w][System][PLATFORM] upnpMgmtDBUpdateHandler:DBUpdate event: Table: networkInterface opCode:23 rowId:3
[rv120w]Sat Jan 1 01:02:21 2000(CET) [rv120w][System][PLATFORM] igmpMgmtDBUpdateHandler: update received: Table: networkInterface opCode: 23 rowId: 3
[rv120w]Sat Jan 1 01:02:22 2000(CET) [rv120w][System][PLATFORM] igmpDisable: failed to disable IGMP proxy. IGMP proxy may not be running at all!
[rv120w]Sat Jan 1 01:02:22 2000(CET) [rv120w][System][PLATFORM] Disabling Firewall Rule for DHCP Relay Protocol
[rv120w]Sat Jan 1 01:02:22 2000(CET) [rv120w][System][PLATFORM] ddnsMgmtDBUpdateHandler:DBUpdate event: Table: networkInterface opCode:23 rowId:3
[rv120w]Sat Jan 1 01:02:23 2000(CET) [rv120w][System][FIREWALL] Restarting Firewall [0]:[1] For WAN1
[rv120w]Sat Jan 1 01:02:23 2000(CET) [rv120w][System][NIMF] Setting LED [0]:[1] For WAN1
[rv120w]Sat Jan 1 01:02:23 2000(CET) [rv120w][System][NIMF] nimfNetIfaceTblHandler: unable to get LedPinId
[rv120w]Sat Jan 1 01:02:23 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:networkInterface op=23 row=3
[rv120w]Sat Jan 1 01:02:24 2000(CET) [rv120w][Kernel][KERNEL] printk: 85 messages suppressed.
[rv120w]Sat Jan 1 01:02:24 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:02:25 2000(CET) [rv120w][System][PLATFORM] pptpdMgmtDBUpdateHandler:DBUpdate event: Table: networkInterface opCode:23 rowId:3
[rv120w]Sat Jan 1 01:02:25 2000(CET) [rv120w][System][PLATFORM] options.pptpd file found
[rv120w]Sat Jan 1 01:02:26 2000(CET) [rv120w][System][PLATFORM] upnpMgmtDBUpdateHandler:DBUpdate event: Table: networkInterface opCode:23 rowId:3
[rv120w]Sat Jan 1 01:02:26 2000(CET) [rv120w][System][PLATFORM] igmpMgmtDBUpdateHandler: update received: Table: networkInterface opCode: 23 rowId: 3
[rv120w]Sat Jan 1 01:02:26 2000(CET) [rv120w][System][PLATFORM] igmpDisable: failed to disable IGMP proxy. IGMP proxy may not be running at all!
[rv120w]Sat Jan 1 01:02:27 2000(CET) [rv120w][System][PLATFORM] Disabling Firewall Rule for DHCP Relay Protocol
[rv120w]Sat Jan 1 01:02:27 2000(CET) [rv120w][System][PLATFORM] ddnsMgmtDBUpdateHandler:DBUpdate event: Table: networkInterface opCode:23 rowId:3
[rv120w]Sat Jan 1 01:02:28 2000(CET) [rv120w][System][FIREWALL] Restarting Firewall [0]:[1] For WAN1
[rv120w]Sat Jan 1 01:02:28 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:NimfAFStatus op=23 row=1
[rv120w]Sat Jan 1 01:02:28 2000(CET) [rv120w][System][PLATFORM] ddnsMgmtDBUpdateHandler:DBUpdate event: Table: NimfAFStatus opCode:23 rowId:1
[rv120w]Sat Jan 1 01:02:28 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:resolverConfig op=23 row=2
[rv120w]Sat Jan 1 01:02:29 2000(CET) [rv120w][Kernel][KERNEL] printk: 115 messages suppressed.
[rv120w]Sat Jan 1 01:02:29 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:02:31 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:resolverConfig op=23 row=2
[rv120w]Sat Jan 1 01:02:34 2000(CET) [rv120w][Kernel][KERNEL] printk: 133 messages suppressed.
[rv120w]Sat Jan 1 01:02:34 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:02:35 2000(CET) [rv120w][System][FIREWALL] restartStatus = 1 for LogicalIfName = WAN1
[rv120w]Sat Jan 1 01:02:35 2000(CET) [rv120w][System][FIREWALL] Restarting Firewall For WAN1 Address Update from 0.0.0.0:193.158.228.75
[rv120w]Sat Jan 1 01:02:35 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:ipAddressTable op=23 row=2
[rv120w]Sat Jan 1 01:02:35 2000(CET) [rv120w][System][PLATFORM] pptpdMgmtDBUpdateHandler:DBUpdate event: Table: ipAddressTable opCode:23 rowId:2
[rv120w]Sat Jan 1 01:02:35 2000(CET) [rv120w][System][PLATFORM] options.pptpd file found
[rv120w]Sat Jan 1 01:02:35 2000(CET) [rv120w][System][PLATFORM] upnpMgmtDBUpdateHandler:DBUpdate event: Table: ipAddressTable opCode:23 rowId:2
[rv120w]Sat Jan 1 01:02:37 2000(CET) [rv120w][System][NIMF] Setting LED [0]:[1] For WAN1
[rv120w]Sat Jan 1 01:02:37 2000(CET) [rv120w][System][NIMF] nimfNetIfaceTblHandler: unable to get LedPinId
[rv120w]Sat Jan 1 01:02:37 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:networkInterface op=23 row=3
[rv120w]Sat Jan 1 01:02:39 2000(CET) [rv120w][System][PLATFORM] pptpdMgmtDBUpdateHandler:DBUpdate event: Table: networkInterface opCode:23 rowId:3
[rv120w]Sat Jan 1 01:02:39 2000(CET) [rv120w][System][PLATFORM] options.pptpd file found
[rv120w]Sat Jan 1 01:02:39 2000(CET) [rv120w][Kernel][KERNEL] printk: 133 messages suppressed.
[rv120w]Sat Jan 1 01:02:39 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:02:40 2000(CET) [rv120w][System][PLATFORM] upnpMgmtDBUpdateHandler:DBUpdate event: Table: networkInterface opCode:23 rowId:3
[rv120w]Sat Jan 1 01:02:41 2000(CET) [rv120w][System][PLATFORM] igmpMgmtDBUpdateHandler: update received: Table: networkInterface opCode: 23 rowId: 3
[rv120w]Sat Jan 1 01:02:41 2000(CET) [rv120w][System][PLATFORM] igmpDisable: failed to disable IGMP proxy. IGMP proxy may not be running at all!
[rv120w]Sat Jan 1 01:02:41 2000(CET) [rv120w][System][PLATFORM] Disabling Firewall Rule for DHCP Relay Protocol
[rv120w]Sat Jan 1 01:02:42 2000(CET) [rv120w][System][PLATFORM] ddnsMgmtDBUpdateHandler:DBUpdate event: Table: networkInterface opCode:23 rowId:3
[rv120w]Sat Jan 1 01:02:49 2000(CET) [rv120w][Kernel][KERNEL] printk: 96 messages suppressed.
[rv120w]Sat Jan 1 01:02:49 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:02:49 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:02:54 2000(CET) [rv120w][Kernel][KERNEL] printk: 30 messages suppressed.
[rv120w]Sat Jan 1 01:02:54 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:03:00 2000(CET) [rv120w][Kernel][KERNEL] printk: 33 messages suppressed.
[rv120w]Sat Jan 1 01:03:00 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:03:00 2000(CET) [rv120w][System][FIREWALL] Enabling Attack Check for 0
[rv120w]Sat Jan 1 01:03:00 2000(CET) [rv120w][System][FIREWALL] Enabling Attack Check for 1
[rv120w]Sat Jan 1 01:03:00 2000(CET) [rv120w][System][FIREWALL] Enabling Attack Check for 2
[rv120w]Sat Jan 1 01:03:00 2000(CET) [rv120w][System][FIREWALL] Enabling Attack Check for 3
[rv120w]Sat Jan 1 01:03:00 2000(CET) [rv120w][System][FIREWALL] Enabling Attack Check for 4
[rv120w]Sat Jan 1 01:03:00 2000(CET) [rv120w][System][FIREWALL] Enabling Attack Check for 5
[rv120w]Sat Jan 1 01:03:00 2000(CET) [rv120w][System][FIREWALL] Enabling Attack Check for 6
[rv120w]Sat Jan 1 01:03:00 2000(CET) [rv120w][System][FIREWALL] Enabling ICSA Notification Item 0
[rv120w]Sat Jan 1 01:03:00 2000(CET) [rv120w][System][FIREWALL] Enabling Management Access from Internet to port 8200
[rv120w]Sat Jan 1 01:03:00 2000(CET) [rv120w][System][FIREWALL] Disabling Source MAC Filtering
[rv120w]Sat Jan 1 01:03:00 2000(CET) [rv120w][System][FIREWALL] Adding MAC Filter Policy for Block & Permit Rest
[rv120w]Sat Jan 1 01:03:00 2000(CET) [rv120w][System][FIREWALL] Restarting Source MAC Address Policy
[rv120w]Sat Jan 1 01:03:00 2000(CET) [rv120w][System][FIREWALL] Enabling DOS Attacks
[rv120w]Sat Jan 1 01:03:03 2000(CET) [rv120w][System][FIREWALL] fwPPTPGenericRules.c: inet_aton failed
[rv120w]Sat Jan 1 01:03:03 2000(CET) [rv120w][System][FIREWALL] Restarting Firewall [0]:[1] For WAN1
[rv120w]Sat Jan 1 01:03:03 2000(CET) [rv120w][System][NIMF] Setting LED [0]:[1] For WAN1
[rv120w]Sat Jan 1 01:03:03 2000(CET) [rv120w][System][NIMF] nimfNetIfaceTblHandler: unable to get LedPinId
[rv120w]Sat Jan 1 01:03:03 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:networkInterface op=23 row=3
[rv120w]Sat Jan 1 01:03:05 2000(CET) [rv120w][Kernel][KERNEL] printk: 102 messages suppressed.
[rv120w]Sat Jan 1 01:03:05 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:03:05 2000(CET) [rv120w][System][PLATFORM] pptpdMgmtDBUpdateHandler:DBUpdate event: Table: networkInterface opCode:23 rowId:3
[rv120w]Sat Jan 1 01:03:06 2000(CET) [rv120w][System][PLATFORM] options.pptpd file found
[rv120w]Sat Jan 1 01:03:06 2000(CET) [rv120w][System][PLATFORM] upnpMgmtDBUpdateHandler:DBUpdate event: Table: networkInterface opCode:23 rowId:3
[rv120w]Sat Jan 1 01:03:07 2000(CET) [rv120w][System][PLATFORM] igmpMgmtDBUpdateHandler: update received: Table: networkInterface opCode: 23 rowId: 3
[rv120w]Sat Jan 1 01:03:07 2000(CET) [rv120w][System][PLATFORM] igmpDisable: failed to disable IGMP proxy. IGMP proxy may not be running at all!
[rv120w]Sat Jan 1 01:03:07 2000(CET) [rv120w][System][PLATFORM] Disabling Firewall Rule for DHCP Relay Protocol
[rv120w]Sat Jan 1 01:03:07 2000(CET) [rv120w][System][PLATFORM] ddnsMgmtDBUpdateHandler:DBUpdate event: Table: networkInterface opCode:23 rowId:3
[rv120w]Sat Jan 1 01:03:08 2000(CET) [rv120w][System][FIREWALL] Restarting Firewall [0]:[1] For WAN1
[rv120w]Sat Jan 1 01:03:08 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:NimfAFStatus op=23 row=1
[rv120w]Sat Jan 1 01:03:08 2000(CET) [rv120w][System][PLATFORM] ddnsMgmtDBUpdateHandler:DBUpdate event: Table: NimfAFStatus opCode:23 rowId:1
[rv120w]Sat Jan 1 01:03:08 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:resolverConfig op=23 row=2
[rv120w]Sat Jan 1 01:03:10 2000(CET) [rv120w][Kernel][KERNEL] printk: 129 messages suppressed.
[rv120w]Sat Jan 1 01:03:10 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:03:12 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:resolverConfig op=23 row=2
[rv120w]Sat Jan 1 01:03:15 2000(CET) [rv120w][Kernel][KERNEL] printk: 99 messages suppressed.
[rv120w]Sat Jan 1 01:03:15 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:03:15 2000(CET) [rv120w][System][FIREWALL] restartStatus = 1 for LogicalIfName = WAN1
[rv120w]Sat Jan 1 01:03:15 2000(CET) [rv120w][System][FIREWALL] Restarting Firewall For WAN1 Address Update from 0.0.0.0:193.158.228.75
[rv120w]Sat Jan 1 01:03:15 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:ipAddressTable op=23 row=2
[rv120w]Sat Jan 1 01:03:15 2000(CET) [rv120w][System][PLATFORM] pptpdMgmtDBUpdateHandler:DBUpdate event: Table: ipAddressTable opCode:23 rowId:2
[rv120w]Sat Jan 1 01:03:16 2000(CET) [rv120w][System][PLATFORM] options.pptpd file found
[rv120w]Sat Jan 1 01:03:16 2000(CET) [rv120w][System][PLATFORM] upnpMgmtDBUpdateHandler:DBUpdate event: Table: ipAddressTable opCode:23 rowId:2
[rv120w]Sat Jan 1 01:03:17 2000(CET) [rv120w][System][NIMF] Setting LED [0]:[1] For WAN1
[rv120w]Sat Jan 1 01:03:17 2000(CET) [rv120w][System][NIMF] nimfNetIfaceTblHandler: unable to get LedPinId
[rv120w]Sat Jan 1 01:03:17 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:networkInterface op=23 row=3
[rv120w]Sat Jan 1 01:03:19 2000(CET) [rv120w][System][PLATFORM] pptpdMgmtDBUpdateHandler:DBUpdate event: Table: networkInterface opCode:23 rowId:3
[rv120w]Sat Jan 1 01:03:19 2000(CET) [rv120w][System][PLATFORM] options.pptpd file found
[rv120w]Sat Jan 1 01:03:20 2000(CET) [rv120w][Kernel][KERNEL] printk: 132 messages suppressed.
[rv120w]Sat Jan 1 01:03:20 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:03:20 2000(CET) [rv120w][System][PLATFORM] upnpMgmtDBUpdateHandler:DBUpdate event: Table: networkInterface opCode:23 rowId:3
[rv120w]Sat Jan 1 01:03:20 2000(CET) [rv120w][System][PLATFORM] igmpMgmtDBUpdateHandler: update received: Table: networkInterface opCode: 23 rowId: 3
[rv120w]Sat Jan 1 01:03:21 2000(CET) [rv120w][System][PLATFORM] igmpDisable: failed to disable IGMP proxy. IGMP proxy may not be running at all!
[rv120w]Sat Jan 1 01:03:21 2000(CET) [rv120w][System][PLATFORM] Disabling Firewall Rule for DHCP Relay Protocol
[rv120w]Sat Jan 1 01:03:21 2000(CET) [rv120w][System][PLATFORM] ddnsMgmtDBUpdateHandler:DBUpdate event: Table: networkInterface opCode:23 rowId:3
[rv120w]Sat Jan 1 01:03:22 2000(CET) [rv120w][System][FIREWALL] Restarting Firewall [0]:[1] For WAN1
[rv120w]Sat Jan 1 01:03:22 2000(CET) [rv120w][System][NIMF] Setting LED [0]:[1] For WAN1
[rv120w]Sat Jan 1 01:03:22 2000(CET) [rv120w][System][NIMF] nimfNetIfaceTblHandler: unable to get LedPinId
[rv120w]Sat Jan 1 01:03:22 2000(CET) [rv120w][System][PLATFORM] platformHandleDBUpdate:networkInterface op=23 row=3
[rv120w]Sat Jan 1 01:03:24 2000(CET) [rv120w][System][PLATFORM] pptpdMgmtDBUpdateHandler:DBUpdate event: Table: networkInterface opCode:23 rowId:3
[rv120w]Sat Jan 1 01:03:24 2000(CET) [rv120w][System][PLATFORM] options.pptpd file found
[rv120w]Sat Jan 1 01:03:25 2000(CET) [rv120w][System][PLATFORM] upnpMgmtDBUpdateHandler:DBUpdate event: Table: networkInterface opCode:23 rowId:3
[rv120w]Sat Jan 1 01:03:25 2000(CET) [rv120w][Kernel][KERNEL] printk: 186 messages suppressed.
[rv120w]Sat Jan 1 01:03:25 2000(CET) [rv120w][Kernel][KERNEL] ip_conntrack: table full, dropping packet.
[rv120w]Sat Jan 1 01:03:25 2000(CET) [rv120w][System][PLATFORM] igmpMgmtDBUpdateHandler: update received: Table: networkInterface opCode: 23 rowId: 3
[rv120w]Sat Jan 1 01:03:25 2000(CET) [rv120w][System][PLATFORM] igmpDisable: failed to disable IGMP proxy. IGMP proxy may not be running at all!
[rv120w]Sat Jan 1 01:03:26 2000(CET) [rv120w][System][PLATFORM] Disabling Firewall Rule for DHCP Relay Protocol
[rv120w]Sat Jan 1 01:03:26 2000(CET) [rv120w][System][PLATFORM] ddnsMgmtDBUpdateHandler:DBUpdate event: Table: networkInterface opCode:23 rowId:3
[rv120w]Sat Jan 1 01:03:27 2000(CET) [rv120w][System][FIREWALL] RestartThis sounds like you may have a faulty unit. I'd recommend opening a case with STAC to troubleshoot or RMA the device. Let me know if you have any questions. Have a wonderful day!
-Trent Good
** Please rate useful posts! ** -
Time Machine Problem - New Internal Hard Drive, Now Backup Takes Hours
Need some help!
Background.
Almost 4 year old 24" aluminum iMac; 4 gb ram; 500 gb hard drive; OS 10.6.8.
About 2 months after Alpple Care expired, the internal hard drive failed (New Year's Eve of all times!). Everything else working great.
Had a Mac technician I know install a new 750 gb drive for me. I cloned back from SuperDuper, and was ready to go. The SuperDuper external is 1.5 TB, partitioned - one half TM, the other half SuperDuper.
All apps, internet, mail - fine.
I hooked up my existing Time Macinne (probably not a good idea), and the next backup failed.
Did some research, and since I have plenty of archived backup anyway, decided that the best thing to do would be to erase the TM external, and start fresh.
Did that, and as expected, first backup took a couple hours.
The Problem.
Now, every incremental backup takes 4 to 5 hours, even if no data has changed.
"Indexing" lasts for 45 minues; "Backing Up" reads 600,000 plus files, which also goes on for 30 or 40 minutes (approx.), and wants to Calculate changes etc forever; then the actual backup starts out at 10 kb, and in 20 minutes is at 30 kb and then after about an hour I start getting into gbs and the blue bar progresses pretty fast after that. Then "Finishing Up" takes approximately 2 - 3 hours.
Not right. :~(
What I've Done to Toubleshoot.
First, I re-erased the TM external.
Then reset PRAM and did an SMC reset on the iMac.
Then backed up to TM again. The same problem persisted.
So next, I repeated that process (other than backing up), and I also deleted from the Root Library/Preferences com.apple.timemachine.plist, and from Home/Library/Preferences deleted com.apple.finder.plist. Then rebboted the iMac. Then I did a Disk Utility verify of the empty external - all was/is fine. Then I ran DiskWarrior on the iMac and all was fine; repaired permissions on the iMac from DiscWarrior as well. Then, I did another TM backup to the external, which took a couple hours since it was backing up to an empty drive.
Next 3 incremental backups still take 4 to 5 hours, even if nothing has changed on theiMac.
The Request.
Please if anyone can give me some easy to understand step by step options I might try to get TM working correctly again, it will be most appreciated.
If I've left out any details that might assist, please also let me know.
The problem computer is at home and I'm at work, so if any logs are needed, I can post those later today (but in that event, please tell me exactly which log to post and how to isolate it from System Profiler or Console (as there are many logs to choose from and I want to provide the proper info if someone needs to see a log to assist)).
Thanks in advance!Pondini,
Did every step in D2 (green box) - except did not reinstall Combo Updater which I did late last night.
After that, did a TM backup - started at 6:15.
All apps were off.
Sequence of events and facts:
At start, 434.03 0f 500.1 GB available on the external TM
Last backup shown - 7:58 AM; Oldest Back Up - Yesterday at 9:56 (that's the 1st backup after I reinitialized the external for the 2nd or 3rd time trying to get this thing figured out)
Upon starting and doing the backup -
Preparing 250,000 (approx.) items (too quick to get the final number) - Parenthetically, this AM it was over 600,000; probably has to do with turning off Spotlight per your D2 instructions
Next message -
Backing Up 6.96 GB
Hung at 2 kb to 90 kb for 20 minutes before progressing
Ultimately, at 1.78 GB the progress bar started moving rapidly (as it should) - so this isn't a cable connection issue - the Backup phase took 22 minutes, but from 1.78 GB to 6.96 GB took only a few seconds; I have seen this precise same sequence repeatedly the past 2 days
Next - Backing Up (the candy cane blue and white progress bar) - Preparing 140,000 items - took 12 minutes
Now shows 426.95 GB available on the external
Next - Backing Up (no count of items shown) - started at 7:05 and went until 7:45 (40 minutes)
Next - Finishing Backup (blue/white candy cane progress bar; no count of items shown) - started at 7:45 - went until sometime after 8:15 (can't give a precise time because I need to sit down and eat :~) )
Backup completed (between bites of chicken) at 8:23.
Over 2 hours - something isn't right.
Also, TM Prefs tells me that the Latest Backup was at 7:44 - odd.
Anyway - to take a step further, here's the TM Buddy widget info you might need:
Successful Backup: 02:06:32.
There is no log entry or data showing.
Just as I sent this, a new backup started, and it appears to be going through the same routine, from Preparing ....
Gotta eat.
Please post any further instructions and I'll do what I can tonight.
Thanks!
What is the problem? How do I speed this mother up?
Thanks! -
TIME MACHINE - How does it really work?
Dear Mac users and Apple;
I am new to Mac. For most of my life I used Windows OS. One of the cool features on my new iMac 24'' is TM. In the past I used to use Norton Ghost for creating back ups and safeguarding my data.
Though there is a lot of info on www.apple.com and in the forums I can not find any satisfactory information about the true way of how Time Machine (TM) works.
Below I describe all my concerns, but in order to put them into perspective here is what I was used to on PC while using Norton Ghost. I would run a one time back up of my whole system drive (C:) and other drive (D:) which had my documents on it and then schedule regular back ups (weekly in my case). These were incremental back ups which only " added" the files which changed in the mean time. Of course, this method also meant that anything done between the back ups was at risk of being lost until next back up took place.
When I stated using TM, I assumed a lot of how it works based on my experience described above. However, I ran across this forum http://discussions.apple.com/thread.jspa?messageID=6096304� and got pretty confused as to how it really works. I searched for explanations but all I find is us users guessing. I believe Apple should provide its customers with clear explanation and documentation how TM works.
If you read the long formum thread you will understand what I am talking about. If not here is a rough summary.
A guy backed up his data using TM, then after checking it is there he deleted the originals from the source drive only to find out later that the back ups were deleted from TM as well.
The thread goes on and these are the questions I have as a result - I kindly beg you to answer them for me:
1. TM does 1st back up of the whole Mac, at first - correct? This data stays until TM runs out of space on the back up drive, correct?
2.)TM does hourly back ups which are kept for 24 hrs (one day), then only a daily back up stays - which one out of the 24 is considered the daly back up? Or is it a separate back up?
3.)TM does daily back ups which stay for a month then are deleted?
4.)TM does weekly back up and this back up stays until TM runs out of space on the back up destination drive, correct? If yes, when does it take place?( 7days from the initial back up and then again each 7 days?
5.) If I create a file and then delete it before hourly back up stores it, it is not backed up at all, correct?
6.) If I create a file and then delete it once it was backed up by the hourly back up is it stored for 24 hours (one day) and then deleted?
7.) If I create a file and delete it once it was backed up by the daily backup, it stays for a month in the back ups of TM but then is deleted?
8.) If I create a file and it is backed up by the weekly back up, then is deleted - it resides in the weekly back up until TM runs out of space on the destination back up drive and deletes the original weekly back up, correct?
From this, if my assumptions above are right, it means that only files backed up by the weekly back up are kept until back up destination drive has space left. Then it would mean that it is important for me to know when the weekly back up takes place, so that I know that "now is the time and the files I have on my source drive now will stay in the target back up drive as long as it has space".
Further, it would mean that the hourly and daily back ups are kind of temporary back ups which give me the chance to restore the file within 24 hrs if backed up in the hourly back up, or restore it within one month if backed up by the daily back up. If backed up by the weekly back up, then it can be restored any time as long as the back up drive is not full. Is that correct?
IF I do a forced back up (Ctrl click on TM in the dock and then order it " Back up now") is this a back up which stays until back up external disk is full or is it a temporary back up (like the hourly and/or daily)?
Another issue is as follows: If I delete an application from my hard drive BUT it was backed up in the past by TM - can that application be launched automatically without first asking for my (users) permission from the TM's back up on the eternal hard drive? E.g. I install Adobe reader - it is backed up by TM. Then I uninstall it. Then, I download a PDF document, click it to open - does Adobe reader open from the TM back up? If NOT - great, that is how I expect it to work. If YES, then does it warn me about being opened from TM back up? YES it does warn me - great work apple. NO it does not - why? If the later is the case then if you exchange Adobe reader for spyware or malware or a virus, you have a vulnerability how viruses etc. can be reintroduced to system from TM back ups even after cleaned from the original hard disk. Please let me know how it really works.1. TM does 1st back up of the whole Mac, at first - correct? This data stays until TM runs out of space on the back up drive, correct?
Respectively right and wrong. Out of all the hourly backups it makes, TM keeps only the first of each day for longer than 24 hours and one (presumably the first) of each week longer than one month. Any data which is not part of one of the retained backups is lost. Clearly this may happen long before the drive runs out of space and TM begins deleting the retained backups (oldest first).
2.)TM does hourly back ups which are kept for 24 hrs (one day), then only a daily back up stays - which one out of the 24 is considered the daly back up? Or is it a separate back up?
TM keeps only the first backup of each day for longer than 24 hours. When you bring up a daily backup in TM's browser, you will see on the big shiny black bar along the bottom not only the date but the precise time of the backup you are looking at.
3.)TM does daily back ups which stay for a month then are deleted?
One per week is retained (presumably the first but Apple isn't saying and I haven't seen that confirmed by anyone yet). The others are deleted.
4.)TM does weekly back up and this back up stays until TM runs out of space on the back up destination drive, correct? If yes, when does it take place?( 7days from the initial back up and then again each 7 days?
Don't know about timing. By analogy with the daily backups I would guess first of the week. But remember this is not a separate backup, it is one of the original hourly backups which survives the progressive culling process.
5.) If I create a file and then delete it before hourly back up stores it, it is not backed up at all, correct?
Correct.
6.) If I create a file and then delete it once it was backed up by the hourly back up is it stored for 24 hours (one day) and then deleted?
It is stored for at least 24 hours. If it was never on the first backup of any day it will not survive longer. Otherwise it will.
7.) If I create a file and delete it once it was backed up by the daily backup, it stays for a month in the back ups of TM but then is deleted?
If it was in the first backup of any day then it will be in the backup with that date so long as that backup is retained (at least 30 days and until the drive is full if that day is retained as the weekly backup).
8.) If I create a file and it is backed up by the weekly back up, then is deleted - it resides in the weekly back up until TM runs out of space on the destination back up drive and deletes the original weekly back up, correct?
If it is in the backup chosen as the weekly backup it will be available until that backup is deleted by TM for lack of space.
From this, if my assumptions above are right, it means that only files backed up by the weekly back up are kept until back up destination drive has space left. Then it would mean that it is important for me to know when the weekly back up takes place, so that I know that "now is the time and the files I have on my source drive now will stay in the target back up drive as long as it has space".
I wouldn't advise thinking like this. If you wish to retain long term a particular file TM is not the answer. You should separately archive it outside TM. As has been pointed out elsewhere, you could just copy it to the drive TM is running on, but outside TM's backup folder (however note that this will reduce the space available for TM's backups).
Further, it would mean that the hourly and daily back ups are kind of temporary back ups which give me the chance to restore the file within 24 hrs if backed up in the hourly back up, or restore it within one month if backed up by the daily back up. If backed up by the weekly back up, then it can be restored any time as long as the back up drive is not full. Is that correct?
Correct.
IF I do a forced back up (Ctrl click on TM in the dock and then order it " Back up now") is this a back up which stays until back up external disk is full or is it a temporary back up (like the hourly and/or daily)?
Good question. I have no reason to think that forced backups are priviledged in any way, but who knows? Anyone got any comment?
I install Adobe reader - it is backed up by TM. Then I uninstall it. Then, I download a PDF document, click it to open - does Adobe reader open from the TM back up?
Nothing in the backups is available to you until you have restored it. Interesting question is: if an application is restored, are any other files its original installer would have placed in the system and are needed to run it restored as well? One would like to think so but maybe that's too hard for TM? I would recommend that any major application that has been disinstalled be reinstalled from the original disks rather than relying on TM. Of course, if you've just accidently trashed an application file you can restore it from TM no problem.
Only after restoring it from TM can you use it.
Hope these comments help and anyone with more info adds their piece. TM is proving more confusing than it looked at first glance!
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Security Reports - Scheduling daily retrieval
Hi, I have two questions regarding security reports. I do Not have Planning audit trails activated(client does not want that.) But I Do need a daily report of all the changes that the Hyperion admin does to the roles and provisioning of groups and us
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Export Illustrator to Photoshop turn my vector icons to pixel !!!
Hello I'm working on a web interface done with numerous icons. All icons were created with illustrator. The purpose is to use them as SVG files. BUT my client ask for a PSD file. When i export to photoshop, i get all layers etc... but my icons turns
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Funny problem with getting Priner code
Hello, I got the Deskjet 1510 as a gift, I want to add my printer to ePrinter account, but I don't know where to find the priner code. In support is written that I must press a "ePrint button" or go to the control panel and press Configuration, then