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  • "Ethernet" doesn't have a valid IP configuration

    - by Xuzuno
    I'm using an ethernet cord to connect to my internet and it has been working well until Thursday morning when I turned on my laptop (Windows 8) to see a yellow triangle sign in the bottom right hand corner, in front of the ethernet connected symbol. Since then I haven't been able been able to access the internet from my computer. When I hover over it, it says that it is an "Unidentified network" and there is "No internet access". I've run the Windows 8 troubleshooting and it says that the problem found was ""Ethernet" doesn't have a valid IP configuration", but I'm unsure how to fix it. I'm thinking that the problem is to do with my computer rather than my network, because I've tried another laptop (Windows 7) through the same ethernet cable and connection and the internet works fine on the other laptop. I've tried so many fixes that I've found online, with none of them actually working. Yesterday I even tried a full system reset, where I re-installed Windows 8, re-partitioned and wiped everything off the hard drive, but it still appears have the exact same problem. Today I also purchased and tried a new ethernet cable which didn't work, so I then purchased a USB to Ethernet adapter, to make sure that it wasn't my ethernet port on my laptop that was faulty. That didn't work either, and the same problem still remains. I feel like I've tried everything, so can someone please help me?

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  • AWS Load Balancer with a static IP address

    - by user965904
    I have a set-up running on Amazon cloud with a couple of EC2 Instances running through a load balancer. It is important that the site has a unique(static) IP or set of IPs as I'm plugging in 3rd party APIs which only accept requests made from IPs which have been added to their whitelist. So basically unless we can give these 3rd parties a static IP or range of IPs that the requests from the site will always come from then we would be unable to make any calls to them. Anyone knows how to achieve this as I know that Elastic IPs are not compatible with load balancers? If I were to look up the IP of the load balancer DNS name (e.g. dualstack.awseb-BAMobile-ENV-xxxxxxxxx.eu-west-1.elb.amazonaws.com resolves to 200.200.200.200) would that IP be Static? Any help/advise is greatly appreciated guys.

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  • .bat file to update loopback controller to external ip

    - by cable729
    Okay, so I've figured out how to get my external ip using wget: wget -q -O - http://whatismyip.com/automation/n09230945.asp that outputs the ip to the command console. adding currentip.txt to the end will write it to a text file. But what I want to do is use netsh interface ip set address name="Local Area Connection 2" source=static addr=[WHAT DO I PUT HERE] Also, a way to make the command prompt not flash would be nice too :)

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  • Dynamic picture that displays the visitors IP address?

    - by Rob
    I see this a lot now, jpg files displaying your IP address. To you of course, not to others, they would see their own For example: How is this even possible? If this is possible, would it be possible to log an IP into a MySQL database from the picture as well? Is my IP getting logged when I view this?

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  • Java: How do I get the IP of the local interface that can reach a remote IP?

    - by Per Fagrell
    I have a Java application that registers a server component in a service provider, and then sends the service name to a client. The client uses the service name to get an address out of the service provider to the server. However, the server has several interfaces only 1 of which the client get get at, so the service must be registered with the right IP. We discovered the client through a broadcast, so I have the client IP and an Enumeration of the computers network interfaces. How do I match the IP to an interface, not knowing what the netmask of the client IP is? Spontaneously I imagine turning all the addresses to ints and chomping the local ips with their netmask and looking for a 'best match', but I wonder if there is a better way? (this is an enterprise(tm) solution, so cutting out the service provider isn't an option, at least not w/o a political campaign first ;) )

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  • php web based portal authentication through IP.

    - by user434885
    i have a web portal running which involves basic data entry. The issue being that this is highly sensitive data. And the credibility of the data entry personel is very low. Therefore i have implemented recording of IP when an entry is made. The Problem i am facing is if this if this person starts forwarding his IP from a proxy server then i am unable to track authenticity of the data. How do i detect if the IP forwarding is happening/ get the real ip address of the person.

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  • Cannot access personal website from home IP. More details inside.

    - by GX67
    This is a recent problem I've been having. My site can be accessed from almost everywhere else except from my home IP, where I do most of my editing/updating, etc. I've tested my connection from my school's network, a friend's connection from out of state (multiple states), and through a tethered connection with my friend's Android. It works in all those cases, both viewing, accessing the cPanel, and using FTP. Here's the problem that happens to me when I try to view it from my home IP: The page times out in Firefox, IE, and Chrome. Using the cmd, I ran tracert and ping, both as failed attempts. Log here. downforeveryoneorjustme.com says my site is up. So do the other site checkers. I can't access my cPanel or FTP accounts. I can't access the host site. (I use perfectz.info for hosting, and I can't access their site either.) System settings: No firewall enabled. Ports are seemingly properly forwarded. (e.g. The ports are open in the router settings, and are open everywhere else.) I have an email forwarder set up from the cPanel that works just fine. (i.e. I can receive emails sent to that address. If any other information is needed, I'll do my best to provide it. UPDATE @ilhan: I use two things: 1) The site cPanel from in-browser. 2) Dreamweaver CS5 FTP. @Matthias: I tested both, and it passes the dual stack with a 10/10. What should I do then?

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  • mount.nfs: access denied by server while mounting (null), can't find any log information

    - by Mark0978
    Two ubuntu servers: 10.0.8.2 is the client, 192.168.20.58 is the server. Between the 2 machines, Ping works, ssh works (in both directions). From 10.0.8.2 showmount -e 192.168.20.58 Export list for 192.168.20.58: /imr/nfsshares/foobar 10.0.8.2 mount.nfs 192.168.20.58:/imr/nfsshares/foobar /var/data/foobar -v mount.nfs: access denied by server while mounting (null) Found several things online, tried them all and still can't find any log information anywhere. On the server: [email protected]:/var/log# cat /etc/hosts.allow sendmail: all ALL: 10.0.8.2 /etc/hosts.deny is all comments How can I get a trail of log statements to figure this out? What does it take to get some logging so I have some idea of WHY it won't mount? On the server: [email protected]# nmap -sR RPC 192.168.20.58 Starting Nmap 5.21 ( http://nmap.org ) at 2012-07-04 21:16 CDT Failed to resolve given hostname/IP: RPC. Note that you can't use '/mask' AND '1-4,7,100-' style IP ranges Nmap scan report for 192.168.20.58 Host is up (0.0000060s latency). Not shown: 988 closed ports PORT STATE SERVICE VERSION 22/tcp open unknown 80/tcp open unknown 111/tcp open unknown 139/tcp open unknown 445/tcp open unknown 902/tcp open unknown 2049/tcp open unknown 3000/tcp open unknown 5666/tcp open unknown 8009/tcp open unknown 8222/tcp open unknown 8333/tcp open unknown Nmap done: 1 IP address (1 host up) scanned in 3.81 seconds From the client: [email protected]:~$ nmap -sR RPC 192.168.20.58 Starting Nmap 5.21 ( http://nmap.org ) at 2012-07-04 22:14 EDT Failed to resolve given hostname/IP: RPC. Note that you can't use '/mask' AND '1-4,7,100-' style IP ranges Nmap scan report for 192.168.20.58 Host is up (0.73s latency). Not shown: 988 closed ports PORT STATE SERVICE VERSION 22/tcp open unknown 80/tcp open unknown 111/tcp open rpcbind (rpcbind V2) 2 (rpc #100000) 139/tcp open unknown 445/tcp open unknown 902/tcp open unknown 2049/tcp open nfs (nfs V2-4) 2-4 (rpc #100003) 3000/tcp open unknown 5666/tcp open unknown 8009/tcp open unknown 8222/tcp open unknown 8333/tcp open unknown Nmap done: 1 IP address (1 host up) scanned in 191.56 seconds

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  • NLB NIC w/ Static IP permanently "Acquiring Network Address" after adding more IP's to the cluster

    - by I.T. Support
    We have a 2 node NLB cluster. I recently added more IP's to the cluster range, after which point, the NLB NIC's on both of my nodes ended up in a permanent "acquiring network address" state. The cluster appears to be functioning despite this hang in acquiring an address. We've also rebooted the machines, and these NIC's remain in this state "acquiring network address" even after reboot, which I find troubling. Questions: Does anyone know where I can find documentation on how NLB binds to a NIC? (are there dll's involved, drivers, etc.) Does anyone know of any programs that have known incompatability issues with NLB? We have an application server installed on these NLB nodes (AOL Server) that interacts with the NIC's as well, and I suspect that it might be causing this issue. Before I go directly to Microsoft, I want to gather as much information as possible about the issue. Any help / guidance would be much appreciated...

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  • Cocoa NSStream TCP connection to FTP

    - by Chuck
    Hi, I'm new to Cocoa, but not to programming. Recently I decided I wanted to write a FTP client for Mac, and so I first made it in the language I'm most comfortable in (on Windows), and then moved on to Cocoa when I had the workings of FTP communications down. My question is (apparently) a bit controversial: How do I establish a read/writeable connection to (a ftp server)? What I have so far (non working obviously): NSInputStream *iStream; NSOutputStream *oStream; NSHost *host = [NSHost hostWithAddress:@"127.0.0.1"]; [NSStream getStreamsToHost:host port:3333 inputStream:&iStream outputStream:&oStream]; // ftp port: 3333 [iStream retain]; [oStream retain]; [iStream scheduleInRunLoop:[NSRunLoop currentRunLoop] forMode:NSDefaultRunLoopMode]; [oStream scheduleInRunLoop:[NSRunLoop currentRunLoop] forMode:NSDefaultRunLoopMode]; [iStream setDelegate:self]; [oStream setDelegate:self]; // which is not implemented apparently [iStream open]; [oStream open]; // .... [iStream write: (const uint8_t *)buf maxLength:8]; Which is partially based on http://developer.apple.com/mac/library/documentation/cocoa/Conceptual/Streams/Articles/NetworkStreams.html Now, why have I chosen NSStream? Because while this question is merely about how to connect to a FTP stream, my whole project will also include SSL and as far as I've been able to search here and on google, NSStream is capable of "switching" to a SSL connection. I've not been able to see the connection being made (which I'm usually able to do), but I also heard something about having to write to the stream before the stream will open? Any pointers are greatly appreciated, and sorry if my question is annoying - I'm new to Cocoa :)

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  • Flush kernel's TCP buffer with `MSG_MORE`-flagged packets

    - by timn
    send()'s man page reveals the MSG_MORE flag which is asserted to act like TCP_CORK. I have a wrapper function around send(): int SocketConnection_Write(SocketConnection *this, void *buf, int len) { errno = 0; int sent = send(this->fd, buf, len, MSG_NOSIGNAL); if (errno == EPIPE || errno == ENOTCONN) { throw(exc, &SocketConnection_NotConnectedException); } else if (errno == ECONNRESET) { throw(exc, &SocketConnection_ConnectionResetException); } else if (sent != len) { throw(exc, &SocketConnection_LengthMismatchException); } return sent; } Assuming I want to use the kernel buffer, I could go with TCP_CORK, enable whenever it is necessary and then disable it to flush the buffer. But on the other hand, thereby the need for an additional system call arises. Thus, the usage of MSG_MORE seems more appropriate to me. I'd simply change the above send() line to: int sent = send(this->fd, buf, len, MSG_NOSIGNAL | MSG_MORE); According to lwm.net, packets will be flushed automatically if they are large enough: If an application sets that option on a socket, the kernel will not send out short packets. Instead, it will wait until enough data has shown up to fill a maximum-size packet, then send it. When TCP_CORK is turned off, any remaining data will go out on the wire. But this section only refers to TCP_CORK. Now, what is the proper way to flush MSG_MORE packets? I can only think of two possibilities: Call send() with an empty buffer and without MSG_MORE being set Re-apply the TCP_CORK option as described on this page Unfortunately the whole topic is very poorly documented and I couldn't find much on the Internet. I am also wondering how to check that everything works as expected? Obviously running the server through strace' is not an option. So the only simplest way would be to usenetcat' and then look at its `strace' output? Or will the kernel handle traffic differently transmitted over a loopback interface?

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  • [C#] Async threaded tcp server

    - by mark_dj
    I want to create a high performance server in C# which could take about ~10k clients. Now i started writing a TcpServer with C# and for each client-connection i open a new thread. I also use one thread to accept the connections. So far so good, works fine. The server has to deserialize AMF incoming objects do some logic ( like saving the position of a player ) and send some object back ( serializing objects ). I am not worried about the serializing/deserializing part atm. My main concern is that I will have a lot of threads with 10k clients and i've read somewhere that an OS can only hold like a few hunderd threads. Are there any sources/articles available on writing a decent async threaded server ? Are there other possibilties or will 10k threads work fine ? I've looked on google, but i couldn't find much info about design patterns or ways which explain it clearly

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  • In TCP/IP terms, how does a download speed limiter in an office work?

    - by TessellatingHeckler
    Assume an office of people, they want to limit HTTP downloads to a max of 40% bandwidth of their internet connection speed so that it doesn't block other traffic. We say "it's not supported in your firewall", and they say the inevitable line "we used to be able to do it with our Netgear/DLink/DrayTek". Thinking about it, a download is like this: HTTP GET request Server sends file data as TCP packets Client acknowledges receipt of TCP packets Repeat until download finished. The speed is determined by how fast the server sends data to you, and how fast you acknowledge it. So, to limit download speed, you have two choices: 1) Instruct the server to send data to you more slowly - and I don't think there's any protocol feature to request that in TCP or HTTP. 2) Acknowledge packets more slowly by limiting your upload speed, and also ruin your upload speed. How do devices do this limiting? Is there a standard way?

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  • Is it possible to add tcp autotuning to windows xp?

    - by Caspin
    I have a network application that needs to send messages at 60 times a second. The messages are usually 300-400 bytes, but can be as large as 1500. The default setting for SO_SNDBUF is too small and limits the number of message that can be sent if the network latency is anything greater then 100ms. The naive solution is to just bump the SO_SNDBUF size to to something large. However, depending on the latency and the packet size that could be anywhere from 64K to 8MB. One of Vista's new features is TCP autotuning. Autotuning monitors the tcp connection and dynamically adjust the buffer sizes to allow for optimal communication. I would like to use auto tuning on our windows xp machine so I don't need to guess what my buffers sizes should be. Is there a way to install either a microsoft or 3rd party tcp autotuner on windows xp?

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  • Is it possible to add tcp autotuning to windows xp?

    - by Caspin
    I have a network application that needs to send messages at 60 times a second. The messages are usually 300-400 bytes, but can be as large as 1500. The default setting for SO_SNDBUF is too small and limits the number of message that can be sent if the network latency is anything greater then 100ms. The naive solution is to just bump the SO_SNDBUF size to to something large. However, depending on the latency and the packet size that could be anywhere from 64K to 8MB. One of Vista's new features is TCP autotuning. Autotuning monitors the tcp connection and dynamically adjust the buffer sizes to allow for optimal communication. I would like to use auto tuning on our windows xp machine so I don't need to guess what my buffers sizes should be. Is there a way to install either a microsoft or 3rd party tcp autotuner on windows xp?

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  • asterisk public ip and clients with public / private ip

    - by user1165435
    I am using asterisk with a public ip. I have 4 clients which could be behind a nat or with public ip. I did set for all the clients nat=yes and canreinvite=no and qualify=yes. I did notice that if the clients were behind the nat everything went ok, but if the clients had public the call did not establish (no ringing on the asterisk server). WHere is the problem? Is there a bug in asterisk? As I've no there should be no problem for public ip and server with public ip.

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  • TCP 3 way handshake

    - by Tom
    Hi, i'm just observing what NMAP is doing for the 3 ports it reports are open. I understand what a half-scan attack is, but what's happening doesnt make sense. NMAP is reporting ports 139 are 445 are open..... all fine. But when i look at the control bits, NMAP never sends RST once it has found out the port is open, It does this for port 135- but not 139 and 445. This is what happens: (I HAVE OMITTED THE victim's replies) Sends a 2 (SYN) Sends a 16 (ACK) Sends a 24 (ACK + PST) Sends a 16 (ACK) Sends a 17 (ACK + FIN) I dont get why NMAP doesnt 'RST' ports 139 and 445??

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  • C# TCP First Message Delay

    - by ikurtz
    greetings, i am writng a socket program using sockets in c# (asynchronous). the issue is, when a client connects to the server it kinda happens quiet fast. then.. when the first message is sent there is a delay in responding. this only happens to the very first data being sent over the connection. and boh client and server suffers from this behaviour. what is this delay? is there a way to get rid of this? many thanks.

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  • Hosting a website from a dynamic IP

    - by nick
    I recently upgraded my internet to the point that it is much faster and more reliable than my current webhost. I would like to move my current domain to be hosted at home, but my IP address is dynamic. As far as I know, I only get a new IP when I restart my modem and or router (which is almost never) or when cable one (my ISP) pushes out a firmware update (rarely). There are a few ways I can see doing this 1) convince my ISP to give me a static IP 2) assign my router my current IP to force a static IP (which might work?) 3) set my dns record to my current IP address and update it on the rare occasions that it changes. Obviously I'm hoping that the first one works, but I don't want to pay a lot of extra money (if that's what it takes) to get a static IP address. Has anyone had any luck with something like that?

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  • Server overloaded with log messages: tty_release_dev: pts0: read/write wait queue active!

    - by Raph
    In the logs, I have this (extract from the full kernel messages logges at 06:01:14): Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.863038] BUG: unable to handle kernel NULL pointer dereference at 0000000000000015 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861081] Process telnet (pid: 20247, threadinfo ffff8800f8598000, task ffff8800024d4500) And then the server logs flooded by this message: Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861547] tty_release_dev: pts0: read/write wait queue active! In the end, 2 hours later, I had to reboot because it had become inaccessible: the load hat grown to 160%. The last command does not show anyone logged on pts0 at that time. I also don't know where this telnet process could come from.... This is an AWS instance running UBUNTU 10.04 LTS And here are the complete logs: Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.863038] BUG: unable to handle kernel NULL pointer dereference at 0000000000000015 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861007] IP: [<ffffffff81363dde>] n_tty_read+0x2ce/0x970 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861019] PGD ee13d067 PUD f8698067 PMD 0 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861025] Oops: 0000 [#1] SMP Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861028] last sysfs file: /sys/devices/xen/vbd-2208/block/sdk/removable Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861032] CPU 0 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861034] Modules linked in: ipv6 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861040] Pid: 20247, comm: telnet Not tainted 2.6.32-312-ec2 #24-Ubuntu Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861042] RIP: e030:[<ffffffff81363dde>] [<ffffffff81363dde>] n_tty_read+0x2ce/0x970 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861047] RSP: e02b:ffff8800f8599d88 EFLAGS: 00010246 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861049] RAX: 0000000000000015 RBX: ffff8800f8598000 RCX: 0000000001aed069 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861052] RDX: 0000000000000000 RSI: ffff8800f8599e67 RDI: ffff8801dd833d1c Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861054] RBP: ffff8800f8599e98 R08: ffffffff8135eb10 R09: 7fffffffffffffff Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861057] R10: 0000000000000000 R11: 0000000000000246 R12: ffff8801dd833800 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861059] R13: 0000000000000000 R14: ffff8801dd833a68 R15: ffff8801dd833d1c Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861065] FS: 00007f90121f6720(0000) GS:ffff880002c40000(0000) knlGS:0000000000000000 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861068] CS: e033 DS: 0000 ES: 0000 CR0: 000000008005003b Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861070] CR2: 0000000000000015 CR3: 0000000032a59000 CR4: 0000000000002660 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861073] DR0: 0000000000000000 DR1: 0000000000000000 DR2: 0000000000000000 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861076] DR3: 0000000000000000 DR6: 00000000ffff0ff0 DR7: 0000000000000400 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861081] Process telnet (pid: 20247, threadinfo ffff8800f8598000, task ffff8800024d4500) Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861083] Stack: Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861085] 0000000000000000 0000000001aed069 ffff8801dd8339c8 ffff8800024d4500 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861089] <0> ffff8801dd8339c0 ffff8801dd833c90 0000000001aed027 ffff8800024d4500 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861094] <0> ffff8801dd8338d8 0000000000000000 ffff8800024d4500 0000000000000000 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861099] Call Trace: Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861107] [<ffffffff81034bc0>] ? default_wake_function+0x0/0x10 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861113] [<ffffffff8135ebb6>] tty_read+0xa6/0xf0 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861118] [<ffffffff810ee7e5>] vfs_read+0xb5/0x1a0 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861122] [<ffffffff810ee91c>] sys_read+0x4c/0x80 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861127] [<ffffffff81009ba8>] system_call_fastpath+0x16/0x1b Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861131] [<ffffffff81009b40>] ? system_call+0x0/0x52 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861133] Code: 85 d2 0f 84 92 00 00 00 45 8b ac 24 5c 02 00 00 f0 45 0f b3 2e 45 19 ed 49 63 84 24 5c 02 00 00 49 8b 94 24 50 02 00 00 4c 89 ff <0f> be 1c 02 e8 a9 d3 14 00 41 8b 94 24 5c 02 00 00 41 83 ac 24 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861171] RIP [<ffffffff81363dde>] n_tty_read+0x2ce/0x970 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861175] RSP <ffff8800f8599d88> Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861171] RIP [<ffffffff81363dde>] n_tty_read+0x2ce/0x970 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861175] RSP <ffff8800f8599d88> Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861177] CR2: 0000000000000015 Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861205] ---[ end trace f10eee2057ff4f6b ]--- Apr 21 06:01:14 ip-10-49-109-107 kernel: [233185.861547] tty_release_dev: pts0: read/write wait queue active!

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  • Mac Server bizzare routing table

    - by The Unix Janitor
    My mac routing table usually is very simple. I know it's based on bsd , but what's it doing or trying to do. My routing table is usually very simple however, the second one, default was point to link5 ? Is this normal, or is this IPV6 craziness at work? Can somehelp me understand what OSX/BSD is doing? nternet: Destination Gateway Flags Refs Use Netif Expire default 192.168.1.254 UGSc 22 0 en1 127 127.0.0.1 UCS 0 0 lo0 127.0.0.1 127.0.0.1 UH 4 44102 lo0 169.254 link#5 UCS 0 0 en1 192.168.1 link#5 UCS 6 0 en1 192.168.1.1 0:18:39:6d:89:c5 UHLWIi 0 0 en1 739 192.168.1.189 50:ea:d6:86:26:91 UHLWIi 0 0 en1 798 192.168.1.194 127.0.0.1 UHS 0 0 lo0 192.168.1.203 5c:95:ae:dd:34:8d UHLWIi 0 0 en1 316 192.168.1.253 a:76:ff:b5:51:79 UHLWIi 0 0 en1 911 192.168.1.254 8:76:ff:b5:51:79 UHLWIi 32 204 en1 1117 192.168.1.255 ff:ff:ff:ff:ff:ff UHLWbI 0 7 en1 Internet6: Destination Gateway Flags Netif Expire ::1 link#1 UHL lo0 fe80::%lo0/64 fe80::1%lo0 UcI lo0 fe80::1%lo0 link#1 UHLI lo0 fe80::%en1/64 link#5 UCI en1 fe80::21b:63ff:fec7:c486%en1 0:1b:63:c7:c4:86 UHLI lo0 fe80::223:12ff:fe01:d7fe%en1 0:23:12:1:d7:fe UHLWIi en1 ff01::%lo0/32 fe80::1%lo0 UmCI lo0 ff01::%en1/32 link#5 UmCI en1 ff02::%lo0/32 fe80::1%lo0 UmCI lo0 ff02::%en1/32 link#5 UmCI en1 ----------------------------------- Bizzare routing table here Internet: Destination Gateway Flags Refs Use Netif Expire default link#5 UCS 113 0 en1 17.72.255.12 0:50:7f:5e:92:e2 UHLWIi 2 7 en1 1156 64.4.23.141 0:50:7f:5e:92:e2 UHLWIi 0 3 en1 1181 64.4.23.143 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1189 64.4.23.147 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1183 64.4.23.149 link#5 UHLWIi 0 1 en1 64.4.23.150 0:50:7f:5e:92:e2 UHLWIi 0 24 en1 1175 64.4.23.151 link#5 UHLWIi 0 1 en1 64.4.23.153 link#5 UHLWIi 0 1 en1 64.4.23.155 link#5 UHLWIi 0 1 en1 64.4.23.157 0:50:7f:5e:92:e2 UHLWIi 0 3 en1 1181 64.4.23.165 link#5 UHLWIi 0 2 en1 64.4.23.166 link#5 UHLWIi 0 1 en1 65.55.223.15 0:50:7f:5e:92:e2 UHLWIi 3 21 en1 1189 65.55.223.16 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1181 65.55.223.17 0:50:7f:5e:92:e2 UHLWIi 0 2 en1 1199 65.55.223.20 link#5 UHLWIi 0 1 en1 65.55.223.23 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1199 65.55.223.31 link#5 UHLWIi 0 1 en1 65.55.223.32 link#5 UHLWIi 0 1 en1 65.55.223.37 0:50:7f:5e:92:e2 UHLWIi 3 21 en1 1189 65.55.223.38 link#5 UHLWIi 0 1 en1 69.163.252.33 0:50:7f:5e:92:e2 UHLWIi 1 9 en1 1181 77.67.32.254 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1164 111.221.74.13 0:50:7f:5e:92:e2 UHLWIi 0 24 en1 1183 111.221.74.15 link#5 UHLWIi 0 1 en1 111.221.74.16 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1183 111.221.74.17 0:50:7f:5e:92:e2 UHLWIi 3 23 en1 1172 111.221.74.21 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1181 111.221.74.23 0:50:7f:5e:92:e2 UHLWIi 0 2 en1 1172 111.221.74.24 0:50:7f:5e:92:e2 UHLWIi 0 2 en1 1181 111.221.74.26 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1199 111.221.74.29 0:50:7f:5e:92:e2 UHLWIi 0 2 en1 1181 111.221.74.31 link#5 UHLWIi 0 1 en1 111.221.74.37 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1190 111.221.74.38 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1199 111.221.77.141 0:50:7f:5e:92:e2 UHLWIi 0 3 en1 1199 111.221.77.144 link#5 UHLWIi 0 1 en1 111.221.77.145 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1190 111.221.77.149 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1183 111.221.77.154 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1181 111.221.77.156 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1190 111.221.77.157 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1183 111.221.77.162 link#5 UHLWIi 0 1 en1 111.221.77.165 link#5 UHLWIi 0 1 en1 127 127.0.0.1 UCS 0 0 lo0 127.0.0.1 127.0.0.1 UH 4 40073 lo0 157.55.56.140 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1199 157.55.56.141 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1181 157.55.56.143 link#5 UHLWIi 0 1 en1 157.55.56.147 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1183 157.55.56.148 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1183 157.55.56.149 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1189 157.55.56.150 link#5 UHLWIi 0 1 en1 157.55.56.157 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1172 157.55.56.158 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1175 157.55.130.143 link#5 UHLWIi 0 1 en1 157.55.130.144 link#5 UHLWIi 0 1 en1 157.55.130.145 0:50:7f:5e:92:e2 UHLWIi 0 24 en1 1181 157.55.130.152 0:50:7f:5e:92:e2 UHLWIi 0 2 en1 1199 157.55.130.153 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1172 157.55.130.155 0:50:7f:5e:92:e2 UHLWIi 0 2 en1 1189 157.55.130.156 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1186 157.55.130.157 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1189 157.55.130.158 0:50:7f:5e:92:e2 UHLWIi 0 3 en1 1172 157.55.130.160 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1189 157.55.130.162 0:50:7f:5e:92:e2 UHLWIi 3 21 en1 1193 157.55.130.166 link#5 UHLWIi 0 1 en1 157.55.235.141 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1193 157.55.235.142 link#5 UHLWIi 1 1 en1 157.55.235.144 0:50:7f:5e:92:e2 UHLWIi 0 2 en1 1172 157.55.235.145 0:50:7f:5e:92:e2 UHLWIi 0 2 en1 1172 157.55.235.149 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1181 157.55.235.151 link#5 UHRLWIi 0 36 en1 157.55.235.152 0:50:7f:5e:92:e2 UHLWIi 3 21 en1 1189 157.55.235.153 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1178 157.55.235.156 link#5 UHLWIi 0 2 en1 157.55.235.157 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1181 157.55.235.158 link#5 UHLWIi 0 1 en1 157.55.235.159 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1181 157.55.235.162 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1183 157.55.235.166 0:50:7f:5e:92:e2 UHLWIi 0 25 en1 1181 157.56.52.14 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1181 157.56.52.15 0:50:7f:5e:92:e2 UHLWIi 0 2 en1 1183 157.56.52.16 link#5 UHLWIi 0 1 en1 157.56.52.17 0:50:7f:5e:92:e2 UHLWIi 3 14 en1 1199 157.56.52.19 link#5 UHLWIi 0 1 en1 157.56.52.20 0:50:7f:5e:92:e2 UHLWIi 3 17 en1 1199 157.56.52.22 0:50:7f:5e:92:e2 UHLWIi 0 24 en1 1181 157.56.52.25 link#5 UHLWIi 0 1 en1 157.56.52.28 link#5 UHLWIi 0 1 en1 157.56.52.29 link#5 UHLWIi 0 1 en1 157.56.52.31 link#5 UHLWIi 0 1 en1 157.56.52.33 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1189 169.254 link#5 UC 1 0 en1 169.254.174.250 127.0.0.1 UHS 1 0 lo0 169.254.255.255 ff:ff:ff:ff:ff:ff UHLWb 0 2 en1 193.88.6.19 link#5 UHLWIi 0 1 en1 194.165.188.82 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1166 195.46.253.211 link#5 UHLWIi 0 1 en1 204.9.163.143 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1178 213.199.179.141 0:50:7f:5e:92:e2 UHLWIi 0 2 en1 1172 213.199.179.142 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1165 213.199.179.143 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1166 213.199.179.146 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1172 213.199.179.147 0:50:7f:5e:92:e2 UHLWIi 0 2 en1 1164 213.199.179.148 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1165 213.199.179.149 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1172 213.199.179.150 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1165 213.199.179.151 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1164 213.199.179.153 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1166 213.199.179.157 0:50:7f:5e:92:e2 UHLWIi 0 2 en1 1167 213.199.179.160 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1165 213.199.179.161 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1172 213.199.179.162 0:50:7f:5e:92:e2 UHLWIi 0 2 en1 1163 213.199.179.165 0:50:7f:5e:92:e2 UHLWIi 0 1 en1 1164 213.199.179.166 0:50:7f:5e:92:e2 UHLWIi 0 3 en1 1164 224.0.0.251 1:0:5e:0:0:fc UHmLWI 0 0 en1 255.255.255.255 ff:ff:ff:ff:ff:ff UHLWbI 0 2 en1 Internet6: Destination Gateway Flags Netif Expire ::1 link#1 UHL lo0 fe80::%lo0/64 fe80::1%lo0 UcI lo0 fe80::1%lo0 link#1 UHLI lo0 fe80::%en1/64 link#5 UCI en1 fe80::21b:63ff:fec7:c486%en1 0:1b:63:c7:c4:87 UHLI lo0 fe80::223:12ff:fe01:d7fe%en1 0:23:12:1:d7:ff UHLWIi en1 ff01::%lo0/32 fe80::1%lo0 UmCI lo0 ff01::%en1/32 link#5 UmCI en1 ff02::%lo0/32 fe80::1%lo0 UmCI lo0 ff02::%en1/32 link#5 UmCI en1

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  • IPv4 private address assignment

    - by helloworld922
    I'm working on a private network which uses static IPv4 addresses as well as DHCP addressing for the physical LAN network. At a previous company I worked at they would assign static addresses in the 10.*.*.* space and all DHCP/LAN addresses were assigned in the 192.168.*.* space. Both of these address spaces are defined in the IPv4 private address space and there were never any internal conflicts. From personal experience at home, school, at work, and pretty much any other machine I've dealt with extensively (Windows and a few Linux distros), the DHCP server would always by default choose an address from the 192.168.*.* address space. Now my question is can I rely on this behavior? Do DHCP servers always by default assign from the 192.168.*.* pool (or any pool other than the 10.*.*.* pool), leaving the 10.*.*.* pool free for private static addressing? If not, under what conditions might a DHCP server choose an address in the 10.*.*.* address space?

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  • When a server IP changes, do exising TCP (e.g. http/mysql) connections remain running

    - by Luke Cousins
    We have some PHP-FPM servers and when they need a database connection, they connect to an HAProxy server which selects them a database server to use and the connection opens. When we then want to perform some maintenance on the HAProxy servers (such as config changes requiring an HAProxy restart), the process is as follows: Shutdown Keepalived on the HAProxy server Wait for the floating IP to transfer to the backup HAProxy server (also running Keepalived) Wait until HAProxy stats is reporting just one connection (us checking how many connections there are) Restart HAProxy Restart Keepalived As step 2 occurs, what will happen to the open mysql connections at that point? According to this TCP Sessions and IP Changes question the connections will be dropped. Is this really the case? If so, what, if anything, can be done to prevent this happening? Can the connection be in some way forced to use the main (non-floating) IP of the server? We also have a similar setup with two Nginx servers with Keepalived running on them and we were planning on doing the equivalent process. If we do, the same question applies - what happens to the existing http connections when the IP moves to the other server? I appreciate your help.

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