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Zoneminder Ubuntu Server Installation with ZMXAP to use with HS MCSXP

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    #31
    Pete - the Foscams are currently not in a "monitor" status but still included in the ZM interface. The reason is mainly the high CPU utilization on the Shuttle - also they aren't mounted outside yet. Too much todo and the database will error. That being said, the Foscams had run for at least a week straight and exhibited no hint of problems. This was using mainly the one command that ends in "Rate=" I think you had posted in this thread. I think that is a streaming mode.
    I need a different box for Zoneminder - thinking of maybe an i5 but am not sure. I don't want to risk underpowering and I don't want to high a processor for something dedicated to the cams. Experimented with my i7 Macbook Pro a bit. Installed an Ubuntu partition (32bit gui) and it did well with all four cams recording at once, Max framerate. Of course I may eventually have 4 more so really that means not-a-lot I guess. I am guessing that you guys with non-ip cams can run alot due to the hardware card taking a bit of load away from the main processor?
    Thanks for the document - will check it out.

    Also - this thread is now displaying SUPER WIDE MODE that wont fit the screen - is it just me, or did it happen since you quoted your log? I am sure I didn't help by quoting that same post - going to go undo that.

    Comment


      #32
      Fixed thread.
      Tried the rate=5 for a bit and it still locked up Foscam.
      All I did was go to a "newer" MB - last of the Pentium D Intel which I picked up for $30 new (old stock). This one though allows for up to 8 Gb of RAM versus old one of only 2. I also picked up a 3.6Gb Pentium D - last of the series and fried it. I didn't think I could fry a CPU. Still looking though maybe to go to a quad core anyways.

      I did try putting the 8 port DVR card in the core duo setup but the PS wasn't large enough to supply power to the card and the MB wouldn't boot. This was my first gen rebuild of the HSPro server that I am now using for a Playon streaming video server.

      Just the CPU / memory upgrade has taken me to the 30FPS range versus the older Pentium D with only 1.5Gb of memory topping at about 15FPS. Only issue was that I thought it would take 15 minutes on the MB / Memory upgrade and it would be plug n play. Thinking that maybe taking the memory to 8Gb is all that I will need.

      It wasn't plugnplay. It was a PITA because I tested the motherboard with it sitting on the older ZM pc case on a piece of plastic so that it wouldn't short out. I am not sure what happened to the 3.6Ghz Pentium D CPU - thinking it was already bad cuz it only posted once at the wrong clock speed.

      ZM had issues booting up with the new MB/Memory/Video card so rebuilt it.

      I am guessing that you guys with non-ip cams can run alot due to the hardware card taking a bit of load away from the main processor?
      Maybe but not really sure - will have to do some metrics relating to CPU utilization. Installing a virtual gui on the ZM box via x windows similiar to dockstar.
      - Pete

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      Comment


        #33
        Maybe worthy of mention - in either of my ZM builds has the memory utilization ever gone up over 20% or so. It would seem that it is not using anywhere near the available memory - I forget which thread I posted that screenshot - going to look.

        Comment


          #34
          Yeah I would like to see more of an HTML style live CPU utilization versus a GUI style...similiar to what I see on the firewall. One increase in performance that I have seen is relating to using mysql and moving from an IDE type drive to a SATA drive in the last few years. Relating to the live stream of around 29-30 FPS; I never saw this with running ZM previously (with initially 512Mb then 1.5Gb and now 4Gb of Ram). I start to get higher utilization with multiple events taking place on the 8-10 video streams and multiple alarm zones per stream while concurrently blasting out XAP messages. This is why I want to make the box HW totally dedicated to just running ZM and nothing else for the time being. Like it might be easier on HS to link to a ZM video event than having HS create a video alarm event.
          Attached Files
          - Pete

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          Comment


            #35
            Found another tweak related to the Foscam.

            "it appears the foscams periodically cease to respond to arp requests which breaks the network communication."

            http://forum.linuxmce.org/index.php?topic=10134.0

            Trying the following fixes? Not sure if it'll work. Two fixes.

            1 - added a static arp entry for the Foscam on the ZM box.

            arp -s IPADDRESSOFFOSCAM MACADDRESSOFFOSCAM
            2 - adding the following entries to /etc/sysctl.conf file.

            Code:
            # Do not accept IP source route packets (we are not a router)
            #net.ipv4.conf.all.accept_source_route = 0
            #net.ipv6.conf.all.accept_source_route = 0
            net.ipv4.conf.all.arp_filter = 1
            net.ipv4.conf.default.arp_filter = 1
            net.ipv4.conf.all.arp_announce = 2
            net.ipv4.conf.all.arp_ignore = 1
            Camera still locked up though after a bit - but after its now been up for 3 hours or so. I've automated it a bit checking with UltraMon and put an appliance switch on it.
            - Pete

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              #36
              Zoneminder Memory Requirements

              This is kind of a thinking out loud using the documentation that I found relating to using shared memory.

              Zoneminder 1.24.x introduced an alternate method of shared memory allocation using mapped memory. Its documented that this method requires less configuration and can be simpler to use.

              1 - Using shared memory (old way).
              I let the above script decide what to do with the shared memory - might be easier initially; and later you can play with it some. You can see how much memory each of the video streams is using by typing: "ipcs". It is suggested that the new second way works better and should be utilized.

              Code:
              ------ Shared Memory Segments --------
              key         shmid      owner    perms        bytes      nattch     status
              0x7a6d0001 3604480    www-data   700        36865192   1
              0x7a6d0002 3637249    www-data   700        36865192   1
              0x7a6d0003 3670018    www-data   700        36865192   1
              0x7a6d0004 3702787    www-data   700        36865192   1
              0x7a6d0005 3735556    www-data   700        36865192   1
              0x7a6d0006 3768325    www-data   700        36865192   1
              0x7a6d0007 3801094    www-data   700        55297352   1
              0x7a6d0008 3833863    www-data   700        36865192   1
              0x7a6d0009 3866632    www-data   700        36865192   1
              0x7a6d000a 5111817    www-data   700        73729512   1
              What you see are my 10 ZM feeds. The last two are the IP cams. The last one is the Foscam. Note that its using more than the shared memory (a problem).
              I used this bit calculator.
              http://www.matisse.net/bitcalc/

              To kind of give you an idea of where these numbers come from (using my setup):

              I am currently using 8 cameras via a DVR card and 2 cameras via IP at 640X480/24 bit color (setting although I have a mix). When I change the setting on the B&W cameras the memory values are lower.

              Code:
              ------ Shared Memory Segments --------
              key        shmid      owner      perms      bytes      nattch     status
              0x7a6d0001 5275648    www-data   700        12289192   1
              0x7a6d0002 5308417    www-data   700        12289192   1
              0x7a6d0003 5341186    www-data   700        12289192   1
              0x7a6d0004 5373955    www-data   700        12289192   1
              0x7a6d0005 5406724    www-data   700        36865192   1
              0x7a6d0006 5439493    www-data   700        36865192   1
              0x7a6d0007 5472262    www-data   700        55297352   1
              0x7a6d0008 5505031    www-data   700        36865192   1
              0x7a6d0009 5537800    www-data   700        36865192   1
              0x7a6d000a 5570569    www-data   700        73729512   1
              Lets calculate these numbers.

              1 - For 10 color captures at 640X480

              640X480 capture resolution makes: 307 200 pixels
              in 24 bit color that's x24 = 7 372 800 bits per frame
              by 80 frames ring buffer x80 = 589 824 000 bits per camera
              by 10 cameras x10 = 5 898 240 000 bits.
              Plus 10% overhead = 6 488 064 000 bits
              1 bits = 0.125 bytes
              That's 811 081 000 bytes or 792 071 kB or 773.51 MB.

              2 - For 6 color (24 bit) captures and 4 black and white (1 bit) captures at 640X480


              The automated script generated the following numbers initiall when first run just on knowing that there are 8 analogue cameras (no IP cams had been set up). Before running the script again will try to do a sort of color / contrast / brightness match on the color cams. I believe the numbers will change when I run the script again.

              Code:
              ZM:~# cat /proc/sys/kernel/shmall
              134217728 
              ZM:~# cat /proc/sys/kernel/shmmax
              3082604544
              I have not changed mine yet. (placeholder)

              2 - Using mapped memory (new way).

              I have not used mapped memory. The following is suggested to do at time of installation. I will need to see about updating this as a retrofit for the first method of memory management.

              It has been suggested that this works the best. Should you decide to utilize this method do the following:

              Code:
              ./configure --with-webdir=/var/www/zm --with-cgidir=/usr/lib/cgi-bin ZM_DB_HOST=localhost ZM_DB_NAME=zm ZM_DB_USER=zmuser ZM_DB_PASS=zmpass --enable-debug=yes --with-webgroup=www-data --with-webuser=www-data --enable-mmap
              Mapped memory allows you to use a special type of file as the placeholder for your memory and this file is "mapped" into memory space for easy and fast access.
              To enable mapped memory in Zoneminder you need to add the --enable--mmap=yes switch to your configure line. IE: etc/zm/zm.conf

              By default mapped memory files are created in /dev/shm (RAM Disk) which on most distributions is a dedicated pseudo-partition containing memory formatted as a filesystem. If your system uses a different path then this can be changed in ZoneMinder in Options->paths->PATH_MAP. It uses a filesystem type called tmpfs. If you type 'df' you should see this area and the size of memory it currently allows. It is important that you do not use a disk based filesystem for your memory mapped files as this will cause memory access to be extremely slow. ZoneMinder creates files called .zm.mmap.<monitor id> in the mapped memory filesystem.

              Mapped memory is subject to the same limitations in terms of total memory as using more traditional shared memory but does not require any configuration per allocation or chunk. In future versions of ZoneMinder this will be the default shared memory storage method.

              As stated, for this to work efficiently you must have enough tempfs already set, as using /dev/shm from the hard disk would not represent
              real advantage; (what is /dev/shm? http://www.cyberciti.biz/tips/what-i...cal-usage.html )

              In our Ubuntu 10.10 case '''we already have a /dev/shm using tempfs''', that may be checked like this:

              Code:
              mount | grep shm
              To check the memory slices use "df" and relating to just ZM type

              Code:
              :/dev/shm# ls -l /dev/shm/zm*
              Last edited by Pete; January 11, 2011, 02:57 AM.
              - Pete

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                #37
                Foscam FI8918W and FI8908 PT configuration for Zoneminder Part I

                Foscam FI8918W and FI8908 PT configuration for Zoneminder

                The Foscam FI8908W will be utilizing a different control file but the control setup methodology is similiar.

                Foscam FI8918W informational link

                http://www.foscam.com/Products_List.asp?id=173

                I would recommend that you update the FI8918W to most current firmware located here:

                http://www.foscam.com/down/FI8918%20...%20package.rar

                Utilize the following software to update the firmware.

                http://www.foscam.com/down/IPCam%20Tools%20Setup.rar

                The manual for the camera is located here:

                http://www.foscam.com/down/FI8918%20...r%20Manual.rar

                Attached here are two Foscam control files. Copy your model Foscam PM file to the following directory:

                /usr/share/perl5/ZoneMinder/Control
                Note that you will see other IP Camera control files in the same said directory. One attached file is named FoscamFI8908W.pm and the other is named FoscamFI8918W.pm. Make sure the properties are set with the files.

                chmod 644 /usr/share/perl5/ZoneMinder/Control/FoscamFI8908W.pm
                or
                chmod 644 /usr/share/perl5/ZoneMinder/Control/FoscamFI8918W.pm
                Add the Foscam IP camera to Zoneminder using the following:

                1 - Name your camera, and make your settings similiar to what you see in the pasted image. Leave Maximum FPS and Alarm Maximum FPS blank.



                2 - Tab over to second tab Source. Put your Foscam IP in Remote Host Name, port you will utilize and for Remote Host Path use:
                /videostream.cgi?user=admin&pwd=
                Note that you can utilize the following commands relating to your remote host path using the following format:

                Code:
                /videostream.cgi[?user=&pwd=&resolution=&rate=] 
                Parameters: 
                  resolution:(8:320*240,32:640*480) 
                  rate: 0-23 
                    0:maximum 
                    1:20 fps 
                    3:15 fps 
                    6:10 fps 
                    11:5 fps 
                    12:4 fps 
                    13:3 fps 
                    14:2 fps 
                    15:1 fps 
                    17:1 fp/2s 
                    19:1 fp/3s 
                    21:1 fp/4s 
                    23:1 fp/5s


                3 - Personally for me I customized the Buffers setttings because the camera wouldn't work for more than 1 hour or 1 day with the defaults.
                The default settings are 40,25,10,10,1000,1. The new settings for ZM Buffers just for the Foscam are as follows: 10,5,5,5,1000,1

                Attached Files
                Last edited by Pete; January 23, 2011, 09:33 AM.
                - Pete

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                  #38
                  Foscam FI8918W and FI8908 PT configuration for Zoneminder Part II

                  4 - Tab over to control and click on edit. You will see a screen that titled Control Capabilities. Click on Add New Control.





                  5 - Name the control as you see it in the attached image. The name can be anything. Mine is named "Foscam FI8908W". For Protocol use the same name as your PM file without the extension. Mine is "FoscamFI8908W". Click the "Can Reset" checkbox.



                  6 - Tab over to Move and click "Can Move" and "Can Move Continuous"

                  Last edited by Pete; January 11, 2011, 02:00 AM.
                  - Pete

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                    #39
                    Foscam FI8918W and FI8908 PT configuration for Zoneminder Part III

                    7 - Tab over to Pan and click "Can Pan".



                    8 - Tab over to Tilt and click "Can Tilt"



                    9 - Tab over to Presets and click "Has Presets", enter 3 for "Num Presets", click "Has Home Preset" and "Can Set Presets". Click save. View and check your settings.

                    Last edited by Pete; January 11, 2011, 02:03 AM.
                    - Pete

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                      #40
                      Foscam FI8918W and FI8908 PT configuration for Zoneminder Part III

                      10 - While back at the control tab click on check box "Controllable", make sure your "Control Type" is set and your Foscam (IP) "Control address" is set.



                      11 - Click on the link for the camera. You will see a link labled Control. Click that link to get to the PT link.



                      12 - Once at the PT link you will see your controls. I've modified the script a bit such that it will not move the camera continously; rather a little bit at a time instead.
                      The reset box is to reset the camera and the 1,2,3 are for the light settings. The bottom three presets can be named; so I named them as defined; 50, 60 and outdoor.

                      Let me know if you have any issues with installation of ZM PM.



                      Last edited by Pete; January 11, 2011, 11:37 AM.
                      - Pete

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                        #41
                        Adding Zoneminder Analogue Cameras I

                        1 - First thing you want to do is add a camera.

                        As I have an 8 port Kodicom like card I enter each video port as follows (Video0, Video1, Video2, Video3, Video4, Video5, Video6 and Video7.



                        2 - Name the camera what you want. Follow what I have in mine. Source type is local for a built in Video card, use Modect if you want set up alarm events. I left mine at monitor until I finished with all the cams. Enabled just turns it on. I used to put in 10 for both FPS and today leave them blank. It gives me about 30 FPS on 8 of the 10 cameras.



                        3 - For putting in the Device path; you have to write it as you see here. If there is a mistake in the video path you will not get video. As this is a black and white camera I set it for Grey. If the camera was upside down I would change the orientation.



                        4 - This is just another example of a color camera. Notice I have the Capture Palette at RGB555. Also notice that I am using the maximum of 640X480. If you happen not to get any video start at 320X240. If the video disappears then you need to up your memory a bit using the setting mentioned earlier in the configuration.

                        Last edited by Pete; January 13, 2011, 10:50 PM.
                        - Pete

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                          #42
                          Adding Zoneminder Analogue Cameras II

                          5 - The only change I made for the timestamp is to move the year to the end of the string. You can also choose the location of the time stamp with the X and Y coordinates.



                          6 - This is the default settings for the buffers. You can play with these values if you want while tweaking the memory.



                          7 - This is the control piece. As noticed in the IP camera section this is checked. Here its checked because this is how we tell it to work with Zoneminder XAP. You can leave this alone until you have configured Zoneminder XAP.




                          8 - Here I left it alone not making any changes.

                          Last edited by Pete; January 13, 2011, 10:54 PM.
                          - Pete

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                          Comment


                            #43
                            Zoneminder Options and User Configuration

                            Historically over the years I've left my options as default. With this implementation I've added new video compression and as mentioned above just a couple of changes. The following screens are what I have set up for my installation. The suggestion here is not to change from the defaults unless you have some specifics in mind.

                            There are 15 Options screens. I have divided the 15 into three separate pictures.

                            Picture 1 shows the first four Option tabs: System, Config, Paths and Web.



                            Picture 2 shows the next four option tabs: Images, Debug, Network and Email.



                            Picture 3 shows the next seven option tabs: FTP,X10,High B/W, Medium B/W, Low B/W, Phone B/W and Users.

                            Last edited by Pete; February 27, 2011, 08:43 AM.
                            - Pete

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                              #44
                              Zoneminder Setting up events and zones

                              Space
                              Last edited by Pete; January 13, 2011, 10:36 PM.
                              - Pete

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                                #45
                                Zoneminder optional Cron jobs

                                Space
                                Last edited by Pete; January 13, 2011, 10:35 PM.
                                - Pete

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