search for: 170k

...can filter the pkts,but when I send packet source ip 1.1.1.255 dest ip 3.3.3.2 it can't drop packets. my ip is 1.1.1.1/24. Need ur help!!!Thanks a lot~! iptables -L -v -n Chain INPUT (policy ACCEPT 0 packets, 0 bytes) pkts bytes target port opt in out source destination 3698 170K smurf icmp -- * * 0.0.0.0/0 0.0.0.0/0 icmp type 8 3698 170K icmp_flood icmp -- * * 0.0.0.0/0 0.0.0.0/0 Chain icmp_flood(1 references) pkts bytes target port opt in out source destination 1858 85468 ACCEPT all -- * * 0.0....

.... Those machines are doing only SIP-to-SIP call relay, the dialplan is quite complex, transcoding is done only on a few percent of the calls processed. During the daytime, there are at max around 200 SIP channels (100 calls) running at the same time. After one week, one machine has processed about 170k calls. I have uploaded a comparison of cacti load graphs for one week of a machine running with 11.14.0 and one running with 11.6.0: http://pbrd.co/1v0SO3R As you can see, after a restart, both machines have about the same load. But after the really quiet weekend, the 11.14 Asterisk starts the ne...

...the same: [TCP segment of a reassembled PDU] DCERCP Request: call_id: 7 opnum: 53 ctx_id.... microsoft-ds > 1227 [ACK] Seq=3937 Ack=.... It looks like as if much data is travelling and segmented due to data size. If a reassemble one of this segment chains I get a packet with something around 170k data in it. And there are many of these packets... I tried different samba versions - from 2.2.8 to 3.0.x. I did setup a complete new printserver. Nothing helped. Printserver: OS: SuSE Linux 10.0 Samba version: 3.0.2 Client: Windows XP, SP2 Any hints? Markus -- Senior Executive - Systemadmin...

Hello, I'm very new to R so my apologies if I'm making an obvious mistake. I have a data frame with ~170k rows and 14 numeric variables. The first 2 of those variables (let's call them group1 and group2) are used to define groups: each unique pair of (group1,group2) is a group. There are roughly 50k such unique groups, with sizes varying from 1 through 40 rows each. My objective is to fit a linear...

...file stops them from logging in. In the interest of solving it, we considered moving the CONTROL file to a different file system. But: 1: Using CONTROL= with "%u" will quite quickly run into the problem that the directory will fill up, and hit the maximum (around 32k) or so. We have 170k users so far, and more are being imported. You could cull some from crontab or similar, but is generally a poor way to solve a problem. 2: We attempted to use CONTROL= with "%h", which would give us full directory hashing, however, we found that when it creates all the directories, i...

It would be an interesting topic. I bet there are quite a few. I just released one that 1/2 runs on Mongrel. http://direxionfunds.com It was released before it was _quite_ ready, but the last of the content is getting inserted today. I am still waffling on how I will leave it running longterm. Right now it uses a slightly modified version of the Mongrel http parser with EventMachine to front

...ecessary for many samples. I guess varying blocksize compression is really what would be the best. Any ideas of when this might be available? Compression is good as things stand now, although not optimal. I compressed a 118MB sound font to 64MB with FLAC which was only 3MB difference to sfArk (only 170k of this is non-audio data which would be more significant with smaller sound fonts). Lates.. Josh Green

...e doing only SIP-to-SIP call relay, the dialplan is quite > complex, transcoding is done only on a few percent of the calls processed. > During the daytime, there are at max around 200 SIP channels (100 calls) > running at the same time. After one week, one machine has processed about > 170k calls. > > I have uploaded a comparison of cacti load graphs for one week of a > machine running with 11.14.0 and one running with 11.6.0: > http://pbrd.co/1v0SO3R > > As you can see, after a restart, both machines have about the same load. > But after the really quiet weekend,...

.... Those machines are doing only SIP-to-SIP call relay, the dialplan is quite complex, transcoding is done only on a few percent of the calls processed. During the daytime, there are at max around 200 SIP channels (100 calls) running at the same time. After one week, one machine has processed about 170k calls. I have uploaded a comparison of cacti load graphs for one week of a machine running with 11.14.0 and one running with 11.6.0: http://pbrd.co/1v0SO3R As you can see, after a restart, both machines have about the same load.

...varying > blocksize compression is really what would be the > best. Any ideas of > when this might be available? Compression is good as > things stand now, > although not optimal. I compressed a 118MB sound > font to 64MB with FLAC > which was only 3MB difference to sfArk (only 170k of > this is non-audio > data which would be more significant with smaller > sound fonts). > ok, in the case where each 'sample' is long (like >64k samples (sorry to mix terminology here)) the blocksize is probably not going to matter too much, since the optimal blocksize for...

....index.cache file contains. Normally its contents can't be predicted, although perhaps with POP3 users it gets empty often enough that the exploit could be tried. Then again, the exploit requires having at least 4MB cache file, which won't happen with POP3 users before the mailbox has about 170k mails (if I counted right). With IMAP the cache file is used more, so it's easier to fill the 4MB with for example a lot of To-headers. Workaround: Use INDEX=MEMORY so the cache files aren't used at all. Fix: 1.0.rc15 fixes this. You can also use this patch: http://dovecot.org/patches/1....

....index.cache file contains. Normally its contents can't be predicted, although perhaps with POP3 users it gets empty often enough that the exploit could be tried. Then again, the exploit requires having at least 4MB cache file, which won't happen with POP3 users before the mailbox has about 170k mails (if I counted right). With IMAP the cache file is used more, so it's easier to fill the 4MB with for example a lot of To-headers. Workaround: Use INDEX=MEMORY so the cache files aren't used at all. Fix: 1.0.rc15 fixes this. You can also use this patch: http://dovecot.org/patches/1....

I've been looking at the organisation of my project trying to trim down it's size a touch... and libvorbis, is really the only think bigger than 100k coming in at over 1 meg .dll I've been looking through the code for vorbis_enc as that's the object file taking 95% of the space, and i can't figure out why it is so damn big... there's only a few thousand lines of code there

...e two *.gz files appearing in appliance/supermin.d during the build and copied to /usr/lib/guestfs/supermin.d: $ ls -lh appliance/supermin.d/ total 1.3M -rw-rw-r--. 1 rjones rjones 324K Aug 28 22:45 base.img.gz -rw-rw-r--. 1 rjones rjones 744K Aug 28 22:47 daemon.img.gz -rw-rw-r--. 1 rjones rjones 170K Aug 28 22:45 hostfiles -rw-rw-r--. 1 rjones rjones 5.0K Aug 28 22:40 init.img -rw-rw-r--. 1 rjones rjones 2.0K Aug 28 22:40 udev-rules.img This saves a considerable amount of space (~5.9 MB -> ~1.3 MB). Compressed cpio images requires supermin >= 4.1.4. Earlier versions of supermin will co...

Hello all. I too found out that I sometimes have some action that can take up to 10 seconds in my rails application. I''ve read all arguments Zed made about polling/and inbox strategies, and I think I just can''t work around my feeling that a "wrong" request that takes up too much time should be able to lock subsequent requests in mongrels queue. That''s what

Running a zpool scrub on our production pool is showing a scrub rate of about 400K/s. (When this pool was first set up we saw rates in the MB/s range during a scrub). Both zpool iostat and an iostat -Xn show lots of idle disk times, no above average service times, no abnormally high busy percentages. Load on the box is .59. 8 x 3GHz, 32GB ram, 96 spindles arranged into raidz zdevs on OI 147.

...B in size -- an old pop song), and encoded it with "oggenc -b 160 file.wav". Oggenc reported an average bit rate of 150k-plus. The resulting ogg file is about 2.7 MB. When I play it in Winamp, the on-screen display shows that it is mono, and the bit rate varies in the range of roughly 140-170k. From the help text, and my experience with MP3 encoders, I expected to see bit rates of about 70-90k, and a file size of under 2 MB. Unless I'm simply misunderstanding what appears to be reasonably plain English, it would appear that the help text and the actual behavior of the code are out o...

I've been doing some more tests with compressing sound fonts with FLAC. It compares quite well with sfArk which is a common compression used on the internet for sound fonts, unfortunately its not open. For the most part, in my tests, sfArk beats FLAC in compression, but thats not surprising as I am compressing entire sound fonts which include non-audio data as well. The average compression

...in\cygmenu6.dll 175k 2002/01/09 c:\cygwin\bin\cygncurses++6.dll 202k 2002/01/09 c:\cygwin\bin\cygncurses6.dll 12k 2002/01/09 c:\cygwin\bin\cygpanel6.dll 40k 2001/11/21 c:\cygwin\bin\cygpcre.dll 39k 2001/11/21 c:\cygwin\bin\cygpcreposix.dll 179k 2002/07/22 c:\cygwin\bin\cygpng12.dll 170k 2002/01/21 c:\cygwin\bin\cygpng2.dll 22k 2002/06/09 c:\cygwin\bin\cygpopt-0.dll 108k 2001/06/28 c:\cygwin\bin\cygreadline4.dll 127k 2002/10/10 c:\cygwin\bin\cygreadline5.dll 66k 2001/11/20 c:\cygwin\bin\cygregex.dll 159k 2002/08/09 c:\cygwin\bin\cygssl.dll 390k 2001/10/20 c:\cygwin\bi...

...* 10.0.0.66 81.193.248.76 133 36065 ACCEPT icmp -- * * 0.0.0.0/0 0.0.0.0/0 361K 18M loc2all all -- * * 0.0.0.0/0 0.0.0.0/0 Chain net2dmz (1 references) pkts bytes target prot opt in out source destination 170K 99M ACCEPT all -- * * 0.0.0.0/0 0.0.0.0/0 state RELATED,ESTABLISHED 62 13217 newnotsyn tcp -- * * 0.0.0.0/0 0.0.0.0/0 state NEW tcp flags:!0x16/0x02 580 30648 ACCEPT tcp -- * * 0.0.0.0/0 0.0.0.0/0 tcp dpt:80 13...