Ad Hoc Querry

hi all,
i was using ad hoc querry for generating some reports. but now some error is coming, and ad hoc querry is not working fine. how 2 make changes in ad hoc query, i m nt able 2 generate education and previous employee details correctly.
kindly help.
Regards

Hey
What exactly is the problem,
Have you re-tried it once..
Cheers
Rafi

Similar Messages

  • How to create Ad hoc Querry.

    Hi All,
    When I am generating Infoset it is displaying log with some errors,How to solve those errors.
    So please anybody can tell me that how to create
    1). User group.
    2). Infoset.
    3). Querry.
    Regards.
    Skanth.

    Use TCode SQVI for ad hoc query, and what you just mentioned is through T Code SQ01, 02 & 03.
    Regards,
    N

  • Ad-hoc querry for education

    hi experts,
    i have an issue relating ad-hoc query.
    The adhoc query for the education report is not working properly i.e. It's captures only the last record tht has been entered gets displayed.is there any way for displaying other education details.
    pls. help me.
    Regards
    Sumeet

    Also be ware if you have IT22 records with validation prior to employment.  This is often the case in our installation.  To be able to fetch these records, set the following switch in your infoset (go to "Extras" and the tab "Code"):
    *$HR$ [P0022,P0023]  <<<< This needs to be in brackets.  Doesn't show here
    *$HR$ TIME_DEPENDENCE = 'INDEPENDENT'
    As you see here, we set the same switch for IT0023.
    Hope this helps
    Kirsten

  • How to Modify the Ad-hoc Query Infoset of Standard Area.

    Hi all,
    Am having problem with Ad-hoc Query.
    i need to modify ZHR_PA_01 Infoset, this is an infoset available in Satandard Area.
    For displaying the Infoset, am Unsing T-code : S_PH0_48000510
    As of my knowledge Using T-Code SQ01& SQ02.... we can create , Change, delete the Infosets of Global Area.
    But
    please any body can tel me,How to Change the Infoset of Standard Area
    How to add the New Field Group to this Standard area infoset.
    Thanks in Advance.
    Points will be rewarded.
    Regards,
    Kalam A.

    Hi Prakash,
    thank u very much,
    yes, i have added the new Infotype 9105 to data fields.
    1.but this infotype in Data fields is showing as P8003.
    could you tel me why this is showing like this.?
    2.i have a field "Priority" in the existing "Critical Role" Field Group.
    n My requirement is
    "Add the Priority Field text description as an additional output field. the Numeric value stored in the Proirity field can be lookied up in the YHRPRIOX table,Object Type ZR."
    3.After adding fields to newly created Field Group, is there any think to do the Coding or Changes.
    4.After adding i have saved it & Generated the Infoset, i got few warnings.
    and Could you tel me How to test this..??
    Could you provide me, if any links or materials for this..?
    Please dont feel bad for all asking all the questions
    Cos am very new to Ad-hoc Querry and i have gone through the Documents in Help.sap.com.Am unable to find the above questions.
    So
    Could you please answer to my questions.
    Thanks&Regards,
    Kalam A.

  • What is the D/f btw PQAH and SQ01

    Hi,
    In Ad-Hoc Querry can any tell me difference between PQAH and SQ01 coz
    i) If i run a querry using tcode PQAH i am not able see the save button since it's disabled
    ii)Same in sq01 i am able to see the save button.
    Need help on this...!
    Regards
    Vijay

    Solved by self...!
    Thank a lot....!

  • Can't load data through smart view (ad hoc analysis)

    Hi,
    There is EPM application where I want to give ability to planners to load data through smart view (ad hoc analysis). In Shared Services there are four options in
    EssbaseCluster-1: Administrator, Create/Delete Application, Server Access, Provisioning Manager. Only Administrator can submit data in smart view (ad-hoc analysis). But I don't want to grant Essbase administrator to planners, I'm just interested to give them ability to load data through ad-hoc analysis. Please suggest!

    I take that you refreshed the Planning security, If not refresh the security of those users. Managing Security Filters
    Check in EAS whether those filters are created with "Write" permissions.
    Regards
    Celvin
    http://www.orahyplabs.com

  • Ad Hoc distribution under Enterprise license

    Hi,
    I have a customer who's workforce has a 1,000 iPads and is interested in distributing their publications either Ad-Hoc or through Internal Distribution, without going through the Apple Store. Are there any issues, limitations using the Enterprise License with Adobe DPS?
    I understand Apple has a 100 unit limit on Ad-Hoc using the Developer License.
    Tony

    Apple has a 100 device limit per provisioning profile for ad hoc distribution. It's a cumbersome method at best and won't scale easily to 1000 ipads.
    The correct solution for this type of desired behaviour is an Apple Enterprise license and DPS. This will let you build an app that can be distributed outside the Apple app store, to your employees only. Depending on theneed to control the level of access to content, folios can either published as public free ( controlling access by controlling the app distribution) or published as public/retail using the direct entitlement APIs to provide login level access to the folio within the app.

  • Iwl3945/mac80211 (ad-hoc) malfunctions after latest update to 2.6.26?

    Hello guys ;- ),
    I have been using Arch on this specific laptop(intel pro wireless 3945 wifi ward) for around 10 months now,  and pretty much every time up to last update  ad-hoc networking *always* worked.The driver i used in past months was iwl3945 over mac80211.The same combo is now trying to work properly aswell.So lets get to the story:
    Here is the damned upgrade ;- )  :
    [root@linuxnoob log]# more pacman.log | grep 2008-08-19
    [2008-08-19 08:16] synchronizing package lists
    [2008-08-19 08:16] starting full system upgrade
    [2008-08-19 08:17] removed linux-uvc-svn (238-1)
    [2008-08-19 08:17] synchronizing package lists
    [2008-08-19 08:17] starting full system upgrade
    [2008-08-19 08:32] upgraded abs (2.1-1 -> 2.2-1)
    [2008-08-19 08:32] upgraded apr (1.3.2-1 -> 1.3.2-2)
    [2008-08-19 08:32] upgraded bzip2 (1.0.5-2 -> 1.0.5-3)
    [2008-08-19 08:32] upgraded catalyst-utils (8.6-1 -> 8.7-1)
    [2008-08-19 08:32] upgraded module-init-tools (3.2.2-6 -> 3.4-1)
    [2008-08-19 08:32] >>>
    [2008-08-19 08:32] >>> If you use the LILO bootloader, you should run 'lilo' before rebooting.
    [2008-08-19 08:32] >>>
    [2008-08-19 08:32] >>> Updating module dependencies. Please wait ...
    [2008-08-19 08:32] >>> MKINITCPIO SETUP
    [2008-08-19 08:32] >>> ----------------
    [2008-08-19 08:32] >>> If you use LVM2, Encrypted root or software RAID,
    [2008-08-19 08:32] >>> Ensure you enable support in /etc/mkinitcpio.conf .
    [2008-08-19 08:32] >>> More information about mkinitcpio setup can be found here:
    [2008-08-19 08:32] >>> http://wiki.archlinux.org/index.php/Mkinitcpio
    [2008-08-19 08:32]
    [2008-08-19 08:32] >>> Generating initial ramdisk, using mkinitcpio. Please wait...
    [2008-08-19 08:32] ==> Building image "default"
    [2008-08-19 08:32] ==> Running command: /sbin/mkinitcpio -k 2.6.26-ARCH -c /etc/mkinitcpio.conf -g /boot/kernel26.img
    [2008-08-19 08:32] :: Begin build
    [2008-08-19 08:32] :: Parsing hook [base]
    [2008-08-19 08:32] :: Parsing hook [udev]
    [2008-08-19 08:32] :: Parsing hook [autodetect]
    [2008-08-19 08:32] :: Parsing hook [pata]
    [2008-08-19 08:32] :: Parsing hook [scsi]
    [2008-08-19 08:32] :: Parsing hook [sata]
    [2008-08-19 08:32] :: Parsing hook [usbinput]
    [2008-08-19 08:32] :: Parsing hook [keymap]
    [2008-08-19 08:32] :: Parsing hook [filesystems]
    [2008-08-19 08:32] :: Generating module dependencies
    [2008-08-19 08:32] :: Generating image '/boot/kernel26.img'...SUCCESS
    [2008-08-19 08:32] ==> SUCCESS
    [2008-08-19 08:32] ==> Building image "fallback"
    [2008-08-19 08:32] ==> Running command: /sbin/mkinitcpio -k 2.6.26-ARCH -c /etc/mkinitcpio.conf -g /boot/kernel26-fallback.img -S autodetect
    [2008-08-19 08:32] :: Begin build
    [2008-08-19 08:32] :: Parsing hook [base]
    [2008-08-19 08:32] :: Parsing hook [udev]
    [2008-08-19 08:32] :: Parsing hook [pata]
    [2008-08-19 08:33] :: Parsing hook [scsi]
    [2008-08-19 08:33] :: Parsing hook [sata]
    [2008-08-19 08:33] :: Parsing hook [usbinput]
    [2008-08-19 08:33] :: Parsing hook [keymap]
    [2008-08-19 08:33] :: Parsing hook [filesystems]
    [2008-08-19 08:33] :: Generating module dependencies
    [2008-08-19 08:34] :: Generating image '/boot/kernel26-fallback.img'...SUCCESS
    [2008-08-19 08:34] ==> SUCCESS
    [2008-08-19 08:34] upgraded kernel26 (2.6.25.11-1 -> 2.6.26.2-1)
    [2008-08-19 08:34] upgraded catalyst (8.6-1 -> 8.7-2)
    [2008-08-19 08:34] upgraded gnutls (2.0.4-2 -> 2.4.1-1)
    [2008-08-19 08:34] upgraded libpng (1.2.29-1 -> 1.2.29-2)
    [2008-08-19 08:34] upgraded libcups (1.3.8-1 -> 1.3.8-2)
    [2008-08-19 08:34] upgraded epdfview (0.1.6-7 -> 0.1.6-8)
    [2008-08-19 08:34] upgraded gtk2 (2.12.11-2 -> 2.12.11-3)
    [2008-08-19 08:34] ==> To use dvipdf, you need to install tetex:
    [2008-08-19 08:34] ==> # pacman -S tetex
    [2008-08-19 08:34] upgraded ghostscript (8.63-2 -> 8.63-3)
    [2008-08-19 08:34] upgraded glib2 (2.16.4-1 -> 2.16.5-1)
    [2008-08-19 08:34] upgraded gnome-vfs (2.22.0-3 -> 2.22.0-4)
    [2008-08-19 08:34] upgraded gparted (0.3.7-1 -> 0.3.8-1)
    [2008-08-19 08:34] upgraded hdparm (8.6-1 -> 8.9-1)
    [2008-08-19 08:34] upgraded imagemagick (6.4.2.4-1 -> 6.4.2.7-1)
    [2008-08-19 08:34] -----------------------------------------------------------
    [2008-08-19 08:34] IMPORTANT NOTICE FOR ENCRYPTION USERS
    [2008-08-19 08:34]
    [2008-08-19 08:34] The "password" column in /etc/crypttab has now
    [2008-08-19 08:34] two special keywords:
    [2008-08-19 08:34] - ASK ask for a passphrase on boot
    [2008-08-19 08:34] - SWAP use a random key and create swapspace
    [2008-08-19 08:34] This is particularly dangerous, as the
    [2008-08-19 08:34] volume in question will be overwritten
    [2008-08-19 08:34] If you use SWAP as your passphrase (which
    [2008-08-19 08:34] is insecure anyway), be sure to remove it
    [2008-08-19 08:34] from /etc/crypttab to avoid dataloss!
    [2008-08-19 08:34]
    [2008-08-19 08:34] See /etc/crypttab(.pacnew) for more information.
    [2008-08-19 08:34] -----------------------------------------------------------
    [2008-08-19 08:34] Attention netcfg users: netcfg is no longer included as
    [2008-08-19 08:34] part of the initscripts package.
    [2008-08-19 08:34] Be aware that rc.conf's NET_PROFILES has changed to
    [2008-08-19 08:34] NETWORKS, and that netcfg must be installed separately.
    [2008-08-19 08:34] For more info, see the netcfg man page.
    [2008-08-19 08:34] -----------------------------------------------------------
    [2008-08-19 08:34] upgraded initscripts (2008.05-1 -> 2008.08-1)
    [2008-08-19 08:34] upgraded ipw3945 (1.2.2-10 -> 1.2.2-11)
    [2008-08-19 08:34] upgraded kdelibs3 (3.5.9-2.1 -> 3.5.9-3)
    [2008-08-19 08:34] upgraded klibc (1.5-5 -> 1.5-6)
    [2008-08-19 08:34] upgraded klibc-extras (2.4-1 -> 2.4-2)
    [2008-08-19 08:34] upgraded klibc-kbd (1.15.20080312-5 -> 1.15.20080312-6)
    [2008-08-19 08:34] upgraded klibc-module-init-tools (3.2.2-3 -> 3.4-1)
    [2008-08-19 08:34] upgraded klibc-udev (116-3 -> 116-4)
    [2008-08-19 08:34] upgraded ktorrent (3.1.1-1 -> 3.1.2-1)
    [2008-08-19 08:34] upgraded libsoup (2.4.1-1 -> 2.4.1-2)
    [2008-08-19 08:34] upgraded libepc (0.3.5-1 -> 0.3.5-2)
    [2008-08-19 08:34] upgraded libgnomecups (0.2.3-2 -> 0.2.3-3)
    [2008-08-19 08:35] upgraded libgnomeprint (2.18.3-2 -> 2.18.3-3)
    [2008-08-19 08:35] upgraded libmpeg2 (0.4.1-1 -> 0.5.1-1)
    [2008-08-19 08:35] upgraded lirc-utils (0.8.2-1 -> 0.8.3-1)
    [2008-08-19 08:35] upgraded lm_sensors (3.0.2-1 -> 3.0.2-2)
    [2008-08-19 08:35] upgraded madwifi-utils (0.9.4.3382-1 -> 0.9.4.3844-1)
    [2008-08-19 08:35] upgraded madwifi (0.9.4.3382-5 -> 0.9.4.3844-1)
    [2008-08-19 08:35] upgraded man-pages (3.05-1 -> 3.06-1)
    [2008-08-19 08:35] upgraded mpg123 (1.4.3-1 -> 1.5.0-1)
    [2008-08-19 08:35] upgraded ndiswrapper-utils (1.52-1 -> 1.53-1)
    [2008-08-19 08:35] module configuration already contains alias directive
    [2008-08-19 08:35]
    [2008-08-19 08:35] upgraded ndiswrapper (1.52-4 -> 1.53-1)
    [2008-08-19 08:35] upgraded qt (4.4.1-1 -> 4.4.1-2)
    [2008-08-19 08:35] upgraded rt2500 (1.1.0_B4-23 -> 1.1.0_B4-24)
    [2008-08-19 08:35] upgraded ruby (1.8.7_p71-1 -> 1.8.7_p72-1)
    [2008-08-19 08:35] upgraded samba (3.0.30-2 -> 3.0.31-1)
    [2008-08-19 08:35] upgraded tzdata (2008d-1 -> 2008e-1)
    [2008-08-19 08:35] upgraded vino (2.22.2-2 -> 2.22.2-3)
    [2008-08-19 08:36] upgraded vlc (0.8.6i-2 -> 0.8.6i-3)
    [2008-08-19 08:36] upgraded wireshark (1.0.2-1 -> 1.0.2-2)
    [2008-08-19 08:36] upgraded wlan-ng26-utils (0.2.8-2 -> 0.2.9-1)
    [2008-08-19 08:36] >>> Updating module dependencies. Please wait ...
    [2008-08-19 08:36] upgraded wlan-ng26 (0.2.8-17 -> 0.2.9-1)
    [2008-08-19 08:36] upgraded xine-lib (1.1.14-2 -> 1.1.15-1)
    [2008-08-19 08:36] upgraded xscreensaver (5.06-1 -> 5.07-1)
    [2008-08-19 08:50] upgraded ipw3945 (1.2.2-11 -> 1.2.2-11)
    As you see here, for some reason wlan-ng** and ipw3945*(older driver) made it into my machine aswell, let alone ndiswrapper, that i never used.No matter what, my net after i booted the new kernel was broken. I couldnt connect using the "network" script (see below) as i used to.On boot kernel using just udev , was loading for some reason all ipw3945/iwl3945/ndiswrapper!So to minimize conflict possibilities, i removed wlan-ng26/wlan-ng26-utils , as well as ipw3945/ipw3945d and ndiswrapper. I blacklisted all the above aswell so to be sure that only the recommended iwl3945/mac80211 combo will run .
    So rc.conf
    MOD_AUTOLOAD="yes"
    MOD_BLACKLIST=(ndiswrapper ieee80211 ipw3945)
    MODULES=(mac80211 iwl3945 acpi-cpufreq cpufreq_ondemand cpufreq_powersave cpufre
    q_conservative)
    USELVM="no"
    HOSTNAME="linuxnoob"
    lo="lo 127.0.0.1"
    WLAN_INTERFACE=(wlan0)
    wlan0="wlan0 10.0.0.80 netmask 255.255.255.0 broadcast 10.0.0.255"
    wlan_wlan0="wlan0 mode ad-hoc essid trik1"
    INTERFACES=(lo !eth0 wlan0)
    gateway="default gw 10.0.0.20"
    ROUTES=(gateway)
    NETWORKS=( !Virus_Home !Robolab !wlanA !Robot Trikala)
    DAEMONS=(@syslog-ng !ipw3945d !networkmanager network @cpufreq !net-profiles @v
    mware.d/vmware !netfs !crond !alsa @samba @dbus @hal)
    # End of file
    /etc/resolv.conf
    domain linuxnoob.domain.org
    nameserver 10.0.0.20
    and /etc/hosts
    #<ip-address> <hostname.domain.org> <hostname>
    127.0.0.1 linuxnoob.domain.org localhost.localdomain localhost linuxn
    oob
    10.0.0.80 linuxnoob.domain.org localhost linuxnoob
    # End of file
    Now when i start the network script i get the following spam on dmesg:
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    __ratelimit: 43 messages suppressed
    wlan0: beacon TSF higher than local TSF - IBSS merge with BSSID 26:00:9d:76:70:bb
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    __ratelimit: 27 messages suppressed
    wlan0: beacon TSF higher than local TSF - IBSS merge with BSSID 26:00:9d:76:70:bb
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    wlan0: Configured IBSS beacon template
    phy2: Adding new IBSS station 00:16:b6:a1:0e:6e (dev=wlan0)
    .................(keeps spamming until i get the interface down)
    and here is outpute from iwconfig / ifconfig
    wlan0 IEEE 802.11 ESSID:"trik1"
    Mode:Ad-Hoc Frequency:2.412 GHz Cell: 26:00:9D:76:70:BB
    Tx-Power=15 dBm
    Retry min limit:7 RTS thr:off Fragment thr=2352 B
    Encryption key:off
    Link Quality:0 Signal level:0 Noise level:0
    Rx invalid nwid:0 Rx invalid crypt:0 Rx invalid frag:0
    Tx excessive retries:0 Invalid misc:0 Missed beacon:0
    wlan0 Link encap:Ethernet HWaddr 00:13:02:E3:62:55
    inet addr:10.0.0.80 Bcast:10.0.0.255 Mask:255.255.255.0
    inet6 addr: fe80::213:2ff:fee3:6255/64 Scope:Link
    UP BROADCAST RUNNING MULTICAST MTU:1500 Metric:1
    RX packets:41288 errors:0 dropped:0 overruns:0 frame:0
    TX packets:34433 errors:0 dropped:0 overruns:0 carrier:0
    collisions:0 txqueuelen:1000
    RX bytes:43734181 (41.7 Mb) TX bytes:3447087 (3.2 Mb)
    Here you can see some "smalltalk" among the 2 wifi cards trying to communicate as they used to, while i am pinging few internal IPs , on ad-hoc mode, captured with wireshark
    [root@linuxnoob img]# more wireshark.txt
    No. Time Source Destination Protocol Info
    1 0.000000 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    2 2.001210 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    3 4.002363 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    4 8.004656 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    5 8.601396 10.0.0.2 10.0.0.255 UDP Source
    port: cap Destination port: 34012
    6 12.005972 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    7 14.007110 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    8 16.008337 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    9 18.009377 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    10 20.010670 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    11 24.011900 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    12 26.013181 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    13 28.014340 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    14 30.015431 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    15 32.016553 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    16 36.017843 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    17 38.019120 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    18 39.307796 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    19 40.020284 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    20 40.308620 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    21 41.308625 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    22 42.021538 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    23 43.308633 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    24 44.022570 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    25 44.308633 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    26 45.308633 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    27 47.308639 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    28 48.023537 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    29 48.308655 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    30 49.308639 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    31 50.024659 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    32 51.308638 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    33 52.025824 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    34 52.308654 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    35 53.308655 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    36 54.027032 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    37 55.308654 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    38 56.028157 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    39 56.308632 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    40 57.308619 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    41 59.308619 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    42 60.029692 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    43 60.308632 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    44 61.308631 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    45 62.030449 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    46 63.308631 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    47 64.031767 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    48 64.308631 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    49 65.308631 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    (goes on like that)........................
    (and then: )
    195 232.308601 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    196 233.308618 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    197 235.308616 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    198 236.308612 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    199 237.308614 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    200 239.308619 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    201 240.308601 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    202 241.308614 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    203 243.308599 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    204 244.308616 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    205 245.308614 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    206 246.071711 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    207 247.308027 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    208 248.072998 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    209 248.308614 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    210 249.308613 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    211 250.074091 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    212 251.308603 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    213 252.308613 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    214 253.308600 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    215 253.475345 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    216 254.076461 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    217 254.940336 10.0.0.2 10.0.0.255 UDP Source
    port: cap Destination port: 34012
    218 255.308616 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    219 255.312262 Cisco-Li_a1:0e:6e IntelCor_e3:62:55 ARP 10.0.0.
    2 is at 00:16:b6:a1:0e:6e
    220 255.312283 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    221 255.314913 10.0.0.2 10.0.0.80 ICMP Echo (p
    ing) reply
    222 256.307805 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    223 256.310879 10.0.0.2 10.0.0.80 ICMP Echo (p
    ing) reply
    224 256.944378 10.0.0.2 10.0.0.255 UDP Source
    port: cap Destination port: 34012
    225 257.311138 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    226 257.314227 10.0.0.2 10.0.0.80 ICMP Echo (p
    ing) reply
    227 258.078840 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    228 258.314458 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    229 258.317515 10.0.0.2 10.0.0.80 ICMP Echo (p
    ing) reply
    230 258.946757 10.0.0.2 10.0.0.255 UDP Source
    port: cap Destination port: 34012
    231 259.317802 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    232 259.320805 10.0.0.2 10.0.0.80 ICMP Echo (p
    ing) reply
    233 260.079732 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    234 260.321138 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    235 260.324194 10.0.0.2 10.0.0.80 ICMP Echo (p
    ing) reply
    236 260.947675 10.0.0.2 10.0.0.255 UDP Source
    port: cap Destination port: 34012
    237 261.324498 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    238 261.327488 10.0.0.2 10.0.0.80 ICMP Echo (p
    ing) reply
    239 262.080118 Cisco-Li_a1:0e:6e Spanning-tree-(for-bridges)_00 STP
    Conf. TC + Root = 32768/02:16:b6:a1:0e:6e Cost = 0 Port = 0x8000
    240 262.327853 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    241 262.330827 10.0.0.2 10.0.0.80 ICMP Echo (p
    ing) reply
    242 262.951065 10.0.0.2 10.0.0.255 UDP Source
    port: cap Destination port: 34012
    243 263.335070 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    244 263.337902 10.0.0.2 10.0.0.80 ICMP Echo (p
    ing) reply
    245 264.337863 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    246 265.337809 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    247 266.337801 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    248 266.824461 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.20? Tell 10.0.0.80
    249 267.337809 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    250 267.824427 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.20? Tell 10.0.0.80
    251 268.337805 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    252 268.824465 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.20? Tell 10.0.0.80
    253 269.337804 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    254 270.340147 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    255 271.341130 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    256 271.828608 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.20? Tell 10.0.0.80
    257 272.351133 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    258 272.828607 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.20? Tell 10.0.0.80
    259 273.352327 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    260 273.831106 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.20? Tell 10.0.0.80
    261 274.364472 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    262 275.364489 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    263 276.365453 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    264 276.831107 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.20? Tell 10.0.0.80
    265 277.364488 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    266 277.831103 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.20? Tell 10.0.0.80
    267 278.364521 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    268 278.831109 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.20? Tell 10.0.0.80
    269 279.367846 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    270 280.377824 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    271 281.377818 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    272 281.834439 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.20? Tell 10.0.0.80
    273 282.377888 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    274 282.834439 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.20? Tell 10.0.0.80
    275 283.385304 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    276 283.834439 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.20? Tell 10.0.0.80
    277 284.384551 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    278 285.384468 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    279 286.384486 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    280 286.841107 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.20? Tell 10.0.0.80
    281 287.377769 IntelCor_e3:62:55 Cisco-Li_a1:0e:6e ARP Who has
    10.0.0.2? Tell 10.0.0.80
    282 287.384487 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    283 287.837774 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.20? Tell 10.0.0.80
    284 288.377771 IntelCor_e3:62:55 Cisco-Li_a1:0e:6e ARP Who has
    10.0.0.2? Tell 10.0.0.80
    285 288.384714 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    286 288.841104 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.20? Tell 10.0.0.80
    287 289.377770 IntelCor_e3:62:55 Cisco-Li_a1:0e:6e ARP Who has
    10.0.0.2? Tell 10.0.0.80
    288 289.384450 10.0.0.80 10.0.0.2 ICMP Echo (p
    ing) request
    289 290.387771 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    290 291.387772 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    291 291.841110 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.20? Tell 10.0.0.80
    292 292.387774 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    293 292.841107 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.20? Tell 10.0.0.80
    294 293.401103 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    295 293.841109 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.20? Tell 10.0.0.80
    296 294.401105 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    297 295.401105 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    298 296.844437 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.20? Tell 10.0.0.80
    299 297.414438 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    300 297.844438 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.20? Tell 10.0.0.80
    301 298.414436 IntelCor_e3:62:55 Broadcast ARP Who has
    10.0.0.2? Tell 10.0.0.80
    Aha! somethng goes wrong at low level there. Only randomly the pings are echoed for 3 or 4 seconds, and then again my wifi card looses association and starts all over taking random time to reassociate.
    As a side note, the hardware *did* work properly since it was operating flawlessly before last update, *AND* *does* work properly , since i can boot from my FaunOS usb stick , and get it work properly.This all seem strange to me. In case any of you can recognize wthere this is some sort of configuration problem, upstream code problem, or package problem i would be glad to hear it , as i have been trying to figure out what is going wrong for 5 days now.I havent yet tried managed more, but it is not an option for me at the moment.
    Regards
    IMG

    Well after getting tired trying out little things here and there with iwl3945/mac80211 and rc.conf et al. i gave ndiswrapper 1.52 a shot and it worked. Now i have my network back. So this reduces i guess the possibility for a script error causing this issue? So it is a iwl3945/mac80211 error? Should i file a bug for this somewhere with all the data i have in this thread and my braincells regarding this issue,  since the suggested open source linux drivers dont work after upgrading to 2.26.6?
    Enjoy
    IMG
    PS : with ndiswrapper and windows XP driver, i got my network up , issuing *exactly* the same commands i was trying with iwl3945/mac80211 combo.So this is saying something i think...

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    I am trying to issue smartview reports to the planners. Most of the reports are coming off Essbase (reporting) application. However, we have to generate one report from planning server because of the text fields. Currently, on planning server, planners have access only to the forms. They dont have access to the planning cube. But to make them able to refresh this report, we need to give them access to the planning cube.
    But we dont want them to do ad-hoc data write on planning cube. So my question goes like this - Is there a way for planners to have write access on the web forms but only read access to the cube through samrtview ??

    The access permissions will match between planning and smart view if a planning connection is used.
    Cheers
    John
    http://john-goodwin.blogspot.com/

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    So I'm skiing with some friends but we forgot to bring a router with us.  The lodge internet is passable but we only have one ethernet connection.  My friend connected his (windows) laptop to the ethernet and set up an Ad-Hoc network.  The problem is that only Mac OS and iOS devices are able to connect to the network and use the internet.  The windows machines and Droid devices can't connect or in some cases they can connect they can't use the internet.
    My question is what special wizardry allows Mac OS and iOS to work fine on the ad hoc network but not the other platforms?  Is there something I can do to get the other machines to connect to the network?  Would things work better if I hosted the Ad Hoc network? Thanks for all the help.

    Hi Munkiez, and a warm welcome to the forums!
    See if this helps about halfway down is Wifi/Airport.
    http://www.macworld.com/article/46658/2005/09/octmobilemac.html

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