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  • HTG Explains: What Is Bitcoin, the Virtual Digital Currency?

    - by YatriTrivedi
    Bitcoin is a virtual currency that employs some very interesting principles. Here’s the skinny on what exactly it is and how the fascinating technology behind it works. Disclaimer: This is NOT financial or legal advice. This. Is. NOT. Financial. Or. Legal. Advice. This is not, in any way, shape, or form, financial or legal advice. We’re covering this topic because of the technological implementations it uses and the innovations it attempts to make. If you do anything because of this post, we are not responsible because this is NOT financial or legal advice. ^_^ Latest Features How-To Geek ETC Have You Ever Wondered How Your Operating System Got Its Name? Should You Delete Windows 7 Service Pack Backup Files to Save Space? What Can Super Mario Teach Us About Graphics Technology? Windows 7 Service Pack 1 is Released: But Should You Install It? How To Make Hundreds of Complex Photo Edits in Seconds With Photoshop Actions How to Enable User-Specific Wireless Networks in Windows 7 The History Of Operating Systems [Infographic] DriveSafe.ly Reads Your Text Messages Aloud The Likability of Angry Birds [Infographic] Dim an Overly Bright Alarm Clock with a Binder Divider Preliminary List of Keyboard Shortcuts for Unity Now Available Bring a Touch of the Wild West to Your Desktop with the Rango Theme for Windows 7

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  • Does a system exist to facilitate virtual meetings and file sharing?

    - by CSharp Mania
    I'm looking for a system that is similar to an online classroom setup but allows for virtual meeting rooms with video/audio conferencing, and of course file sharing. I'm preferring an open source solution that I can edit/tweak myself as needed, and is of course free. Ultimately, I guess what I'm looking for is something that we could possibly tweak to give our own "branded" look and feel, if possible, along with full integration within our own servers. Thus the reason I brought up open source solutions. Do you masters of the web know of such a system available? If so, do you have a preferred one that you would suggest? OR, can such a system be developed by slapping together a couple of open source projects to derive at what is desired? Thanks for sharing your expertise. (FYI - I am a developer that is comfortable with PHP and C#. I'm not experienced with Ruby or Python, but a system using them or something else is acceptable. We can figure it out I'm sure.)

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  • Using mod_rewrite for a Virtual Filesystem vs. Real Filesystem

    - by philtune
    I started working in a department that uses a CMS in which the entire "filesystem" is like this: create a named file or folder - this file is given a unique node (ex. 2345) as well as a default "filename" (ex. /WelcomeToOurProductsPage) and apply a template assign one or more aliases to the file for a URL redirect (ex. /home-page-products - can also be accessed by /home-page-products.aspx) A new Rewrite command is written on the .htaccess file for each and every alias Server accesses either /WelcomeToOurProductsPage or /home-page-products and redirects to something like /template.aspx?tmp=2&node=2345 (here I'm guessing what it does - I only have front-end access for now - but I have enough clues to strongly assume) Node 2345 grabs content stored in a SQL Db and applies it to the template. Note: There are no actual files being created on the filesystem. It's entirely virtual. This is probably a very common thing, but since I have never run across this kind of system before two months ago, I wanted to explain it in case it isn't common. I'm not a fan at all of ASP or closed-sourced systems, so it may be that this is common practice for ASP developers. My question, that has taken far too long to ask, is: what are the benefits of this kind of system, as opposed to creating an actual file hierarchy? Are there any drawbacks to having every single file server call redirected? To having the .htaccess file hold rewrite rules for every single alias?

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  • Finding out why Dell Controler is Degraded

    - by Kyle Brandt
    I installed open manage on a couple of my PE 2950s for snmp monitoring of the RAID. All the checks seem to come back okay except for controllerState: [root@aMachine ~]# snmpwalk -v 2c -c bestNotToPostPasswords myMachine -m +StorageManagement-MIB controllerstate StorageManagement-MIB::controllerState.1 = INTEGER: degraded(6) Other checks seems to indicate the battery, LD, and physicals disks are all good unless I missing something. Can anyone tell if I am missing something or neglecting something import in my RAID monitoring/understanding? I get degraded for both these servers I have set up. A walk of the entire storage management tree for on of them: StorageManagement-MIB::softwareVersion.0 = STRING: "3.2.0" StorageManagement-MIB::globalStatus.0 = INTEGER: warning(2) StorageManagement-MIB::softwareManufacturer.0 = STRING: "Dell Inc." StorageManagement-MIB::softwareProduct.0 = STRING: "Server Administrator (Storage Management)" StorageManagement-MIB::softwareDescription.0 = STRING: "Configuration and monitoring of disk storage devices." StorageManagement-MIB::displayName.0 = STRING: "Server Administrator (Storage Management)" StorageManagement-MIB::description.0 = STRING: "Configuration and monitoring of disk storage devices." StorageManagement-MIB::agentVendor.0 = STRING: "Dell Inc." StorageManagement-MIB::agentTimeStamp.0 = INTEGER: 1273842310 StorageManagement-MIB::agentGetTimeout.0 = INTEGER: 5 StorageManagement-MIB::agentModifiers.0 = INTEGER: 0 StorageManagement-MIB::agentRefreshRate.0 = INTEGER: 300 StorageManagement-MIB::agentMibVersion.0 = STRING: "3.2" StorageManagement-MIB::agentManagementSoftwareURLName.0 = "" StorageManagement-MIB::agentGlobalSystemStatus.0 = INTEGER: nonCritical(4) StorageManagement-MIB::agentLastGlobalSystemStatus.0 = INTEGER: ok(3) StorageManagement-MIB::agentSmartThermalShutdown.0 = INTEGER: notApplicable(3) StorageManagement-MIB::controllerNumber.1 = INTEGER: 1 StorageManagement-MIB::controllerName.1 = STRING: "PERC 5/i Integrated" StorageManagement-MIB::controllerVendor.1 = STRING: "DELL" StorageManagement-MIB::controllerType.1 = INTEGER: sas(6) StorageManagement-MIB::controllerState.1 = INTEGER: degraded(6) StorageManagement-MIB::controllerRebuildRateInPercent.1 = INTEGER: 30 StorageManagement-MIB::controllerFWVersion.1 = STRING: "5.0.2-0003" StorageManagement-MIB::controllerCacheSizeInMB.1 = INTEGER: 256 StorageManagement-MIB::controllerCacheSizeInBytes.1 = INTEGER: 0 StorageManagement-MIB::controllerPhysicalDeviceCount.1 = INTEGER: 5 StorageManagement-MIB::controllerLogicalDeviceCount.1 = INTEGER: 1 StorageManagement-MIB::controllerRollUpStatus.1 = INTEGER: nonCritical(4) StorageManagement-MIB::controllerComponentStatus.1 = INTEGER: nonCritical(4) StorageManagement-MIB::controllerNexusID.1 = STRING: "\\0" StorageManagement-MIB::controllerAlarmState.1 = INTEGER: disabled(2) StorageManagement-MIB::controllerDriverVersion.1 = STRING: "00.00.03.05 " StorageManagement-MIB::controllerPCISlot.1 = STRING: "embedded" StorageManagement-MIB::controllerClusterMode.1 = INTEGER: notApplicable(99) StorageManagement-MIB::controllerMinFWVersion.1 = STRING: "5.2.1-0067" StorageManagement-MIB::controllerMinDriverVersion.1 = STRING: "00.00.03.21" StorageManagement-MIB::controllerChannelCount.1 = INTEGER: 2 StorageManagement-MIB::controllerReconstructRate.1 = INTEGER: 30 StorageManagement-MIB::controllerPatrolReadRate.1 = INTEGER: 30 StorageManagement-MIB::controllerBGIRate.1 = INTEGER: 30 StorageManagement-MIB::controllerCheckConsistencyRate.1 = INTEGER: 30 StorageManagement-MIB::controllerPatrolReadMode.1 = INTEGER: automatic(1) StorageManagement-MIB::controllerPatrolReadState.1 = INTEGER: stopped(1) StorageManagement-MIB::controllerPatrolReadIterations.1 = INTEGER: 162 StorageManagement-MIB::controllerEntry.57.1 = INTEGER: 99 StorageManagement-MIB::controllerEntry.58.1 = INTEGER: 99 StorageManagement-MIB::channelNumber.1 = INTEGER: 1 StorageManagement-MIB::channelNumber.2 = INTEGER: 2 StorageManagement-MIB::channelName.1 = STRING: "Connector 0" StorageManagement-MIB::channelName.2 = STRING: "Connector 1" StorageManagement-MIB::channelState.1 = INTEGER: ready(1) StorageManagement-MIB::channelState.2 = INTEGER: ready(1) StorageManagement-MIB::channelRollUpStatus.1 = INTEGER: ok(3) StorageManagement-MIB::channelRollUpStatus.2 = INTEGER: ok(3) StorageManagement-MIB::channelComponentStatus.1 = INTEGER: ok(3) StorageManagement-MIB::channelComponentStatus.2 = INTEGER: ok(3) StorageManagement-MIB::channelNexusID.1 = STRING: "\\0\\0" StorageManagement-MIB::channelNexusID.2 = STRING: "\\0\\1" StorageManagement-MIB::channelBusType.1 = INTEGER: sas(8) StorageManagement-MIB::channelBusType.2 = INTEGER: sas(8) StorageManagement-MIB::enclosureNumber.1 = INTEGER: 1 StorageManagement-MIB::enclosureName.1 = STRING: "Backplane" StorageManagement-MIB::enclosureVendor.1 = STRING: "DELL" StorageManagement-MIB::enclosureState.1 = INTEGER: ready(1) StorageManagement-MIB::enclosureProductID.1 = STRING: "BACKPLANE " StorageManagement-MIB::enclosureType.1 = INTEGER: internal(1) StorageManagement-MIB::enclosureChannelNumber.1 = INTEGER: 0 StorageManagement-MIB::enclosureRollUpStatus.1 = INTEGER: ok(3) StorageManagement-MIB::enclosureComponentStatus.1 = INTEGER: ok(3) StorageManagement-MIB::enclosureNexusID.1 = STRING: "\\0\\0\\0" StorageManagement-MIB::enclosureFirmwareVersion.1 = STRING: "1.00" StorageManagement-MIB::enclosureSASAddress.1 = STRING: "50019090B4C67200" StorageManagement-MIB::arrayDiskNumber.1 = INTEGER: 1 StorageManagement-MIB::arrayDiskNumber.2 = INTEGER: 2 StorageManagement-MIB::arrayDiskNumber.3 = INTEGER: 3 StorageManagement-MIB::arrayDiskNumber.4 = INTEGER: 4 StorageManagement-MIB::arrayDiskName.1 = STRING: "Physical Disk 0:0:0" StorageManagement-MIB::arrayDiskName.2 = STRING: "Physical Disk 0:0:1" StorageManagement-MIB::arrayDiskName.3 = STRING: "Physical Disk 0:0:2" StorageManagement-MIB::arrayDiskName.4 = STRING: "Physical Disk 0:0:3" StorageManagement-MIB::arrayDiskVendor.1 = STRING: "DELL " StorageManagement-MIB::arrayDiskVendor.2 = STRING: "DELL " StorageManagement-MIB::arrayDiskVendor.3 = STRING: "DELL " StorageManagement-MIB::arrayDiskVendor.4 = STRING: "DELL " StorageManagement-MIB::arrayDiskState.1 = INTEGER: online(3) StorageManagement-MIB::arrayDiskState.2 = INTEGER: online(3) StorageManagement-MIB::arrayDiskState.3 = INTEGER: online(3) StorageManagement-MIB::arrayDiskState.4 = INTEGER: online(3) StorageManagement-MIB::arrayDiskProductID.1 = STRING: "ST3146755SS " StorageManagement-MIB::arrayDiskProductID.2 = STRING: "ST3146755SS " StorageManagement-MIB::arrayDiskProductID.3 = STRING: "ST3146755SS " StorageManagement-MIB::arrayDiskProductID.4 = STRING: "ST3146755SS " StorageManagement-MIB::arrayDiskSerialNo.1 = STRING: "3LN0LRL0 " StorageManagement-MIB::arrayDiskSerialNo.2 = STRING: "3LN0JYJS " StorageManagement-MIB::arrayDiskSerialNo.3 = STRING: "3LN0LR0V " StorageManagement-MIB::arrayDiskSerialNo.4 = STRING: "3LN0JH97 " StorageManagement-MIB::arrayDiskRevision.1 = STRING: "T106" StorageManagement-MIB::arrayDiskRevision.2 = STRING: "T106" StorageManagement-MIB::arrayDiskRevision.3 = STRING: "T106" StorageManagement-MIB::arrayDiskRevision.4 = STRING: "T106" StorageManagement-MIB::arrayDiskEnclosureID.1 = STRING: "0" StorageManagement-MIB::arrayDiskEnclosureID.2 = STRING: "0" StorageManagement-MIB::arrayDiskEnclosureID.3 = STRING: "0" StorageManagement-MIB::arrayDiskEnclosureID.4 = STRING: "0" StorageManagement-MIB::arrayDiskChannel.1 = INTEGER: 0 StorageManagement-MIB::arrayDiskChannel.2 = INTEGER: 0 StorageManagement-MIB::arrayDiskChannel.3 = INTEGER: 0 StorageManagement-MIB::arrayDiskChannel.4 = INTEGER: 0 StorageManagement-MIB::arrayDiskLengthInMB.1 = INTEGER: 139392 StorageManagement-MIB::arrayDiskLengthInMB.2 = INTEGER: 139392 StorageManagement-MIB::arrayDiskLengthInMB.3 = INTEGER: 139392 StorageManagement-MIB::arrayDiskLengthInMB.4 = INTEGER: 139392 StorageManagement-MIB::arrayDiskLengthInBytes.1 = INTEGER: 0 StorageManagement-MIB::arrayDiskLengthInBytes.2 = INTEGER: 0 StorageManagement-MIB::arrayDiskLengthInBytes.3 = INTEGER: 0 StorageManagement-MIB::arrayDiskLengthInBytes.4 = INTEGER: 0 StorageManagement-MIB::arrayDiskLargestContiguousFreeSpaceInMB.1 = INTEGER: 0 StorageManagement-MIB::arrayDiskLargestContiguousFreeSpaceInMB.2 = INTEGER: 0 StorageManagement-MIB::arrayDiskLargestContiguousFreeSpaceInMB.3 = INTEGER: 0 StorageManagement-MIB::arrayDiskLargestContiguousFreeSpaceInMB.4 = INTEGER: 0 StorageManagement-MIB::arrayDiskLargestContiguousFreeSpaceInBytes.1 = INTEGER: 0 StorageManagement-MIB::arrayDiskLargestContiguousFreeSpaceInBytes.2 = INTEGER: 0 StorageManagement-MIB::arrayDiskLargestContiguousFreeSpaceInBytes.3 = INTEGER: 0 StorageManagement-MIB::arrayDiskLargestContiguousFreeSpaceInBytes.4 = INTEGER: 0 StorageManagement-MIB::arrayDiskTargetID.1 = INTEGER: 0 StorageManagement-MIB::arrayDiskTargetID.2 = INTEGER: 1 StorageManagement-MIB::arrayDiskTargetID.3 = INTEGER: 2 StorageManagement-MIB::arrayDiskTargetID.4 = INTEGER: 3 StorageManagement-MIB::arrayDiskLunID.1 = INTEGER: 0 StorageManagement-MIB::arrayDiskLunID.2 = INTEGER: 0 StorageManagement-MIB::arrayDiskLunID.3 = INTEGER: 0 StorageManagement-MIB::arrayDiskLunID.4 = INTEGER: 0 StorageManagement-MIB::arrayDiskUsedSpaceInMB.1 = INTEGER: 139392 StorageManagement-MIB::arrayDiskUsedSpaceInMB.2 = INTEGER: 139392 StorageManagement-MIB::arrayDiskUsedSpaceInMB.3 = INTEGER: 139392 StorageManagement-MIB::arrayDiskUsedSpaceInMB.4 = INTEGER: 139392 StorageManagement-MIB::arrayDiskUsedSpaceInBytes.1 = INTEGER: 0 StorageManagement-MIB::arrayDiskUsedSpaceInBytes.2 = INTEGER: 0 StorageManagement-MIB::arrayDiskUsedSpaceInBytes.3 = INTEGER: 0 StorageManagement-MIB::arrayDiskUsedSpaceInBytes.4 = INTEGER: 0 StorageManagement-MIB::arrayDiskFreeSpaceInMB.1 = INTEGER: 0 StorageManagement-MIB::arrayDiskFreeSpaceInMB.2 = INTEGER: 0 StorageManagement-MIB::arrayDiskFreeSpaceInMB.3 = INTEGER: 0 StorageManagement-MIB::arrayDiskFreeSpaceInMB.4 = INTEGER: 0 StorageManagement-MIB::arrayDiskFreeSpaceInBytes.1 = INTEGER: 0 StorageManagement-MIB::arrayDiskFreeSpaceInBytes.2 = INTEGER: 0 StorageManagement-MIB::arrayDiskFreeSpaceInBytes.3 = INTEGER: 0 StorageManagement-MIB::arrayDiskFreeSpaceInBytes.4 = INTEGER: 0 StorageManagement-MIB::arrayDiskBusType.1 = INTEGER: sas(8) StorageManagement-MIB::arrayDiskBusType.2 = INTEGER: sas(8) StorageManagement-MIB::arrayDiskBusType.3 = INTEGER: sas(8) StorageManagement-MIB::arrayDiskBusType.4 = INTEGER: sas(8) StorageManagement-MIB::arrayDiskSpareState.1 = INTEGER: notASpare(5) StorageManagement-MIB::arrayDiskSpareState.2 = INTEGER: notASpare(5) StorageManagement-MIB::arrayDiskSpareState.3 = INTEGER: notASpare(5) StorageManagement-MIB::arrayDiskSpareState.4 = INTEGER: notASpare(5) StorageManagement-MIB::arrayDiskRollUpStatus.1 = INTEGER: ok(3) StorageManagement-MIB::arrayDiskRollUpStatus.2 = INTEGER: ok(3) StorageManagement-MIB::arrayDiskRollUpStatus.3 = INTEGER: ok(3) StorageManagement-MIB::arrayDiskRollUpStatus.4 = INTEGER: ok(3) StorageManagement-MIB::arrayDiskComponentStatus.1 = INTEGER: ok(3) StorageManagement-MIB::arrayDiskComponentStatus.2 = INTEGER: ok(3) StorageManagement-MIB::arrayDiskComponentStatus.3 = INTEGER: ok(3) StorageManagement-MIB::arrayDiskComponentStatus.4 = INTEGER: ok(3) StorageManagement-MIB::arrayDiskNexusID.1 = STRING: "\\0\\0\\0\\0" StorageManagement-MIB::arrayDiskNexusID.2 = STRING: "\\0\\0\\0\\1" StorageManagement-MIB::arrayDiskNexusID.3 = STRING: "\\0\\0\\0\\2" StorageManagement-MIB::arrayDiskNexusID.4 = STRING: "\\0\\0\\0\\3" StorageManagement-MIB::arrayDiskPartNumber.1 = STRING: "SG0DR2381253172FLRL0A00 " StorageManagement-MIB::arrayDiskPartNumber.2 = STRING: "SG0DR2381253172FJYJSA00 " StorageManagement-MIB::arrayDiskPartNumber.3 = STRING: "SG0DR2381253172FLR0VA00 " StorageManagement-MIB::arrayDiskPartNumber.4 = STRING: "SG0DR2381253172FJH97A00 " StorageManagement-MIB::arrayDiskSASAddress.1 = STRING: "5000C50002380201" StorageManagement-MIB::arrayDiskSASAddress.2 = STRING: "5000C50002385B89" StorageManagement-MIB::arrayDiskSASAddress.3 = STRING: "5000C50002385AA9" StorageManagement-MIB::arrayDiskSASAddress.4 = STRING: "5000C500023841E1" StorageManagement-MIB::arrayDiskSmartAlertIndication.1 = INTEGER: no(1) StorageManagement-MIB::arrayDiskSmartAlertIndication.2 = INTEGER: no(1) StorageManagement-MIB::arrayDiskSmartAlertIndication.3 = INTEGER: no(1) StorageManagement-MIB::arrayDiskSmartAlertIndication.4 = INTEGER: no(1) StorageManagement-MIB::arrayDiskManufactureDay.1 = STRING: "07" StorageManagement-MIB::arrayDiskManufactureDay.2 = STRING: "07" StorageManagement-MIB::arrayDiskManufactureDay.3 = STRING: "07" StorageManagement-MIB::arrayDiskManufactureDay.4 = STRING: "07" StorageManagement-MIB::arrayDiskManufactureWeek.1 = STRING: "07" StorageManagement-MIB::arrayDiskManufactureWeek.2 = STRING: "07" StorageManagement-MIB::arrayDiskManufactureWeek.3 = STRING: "07" StorageManagement-MIB::arrayDiskManufactureWeek.4 = STRING: "07" StorageManagement-MIB::arrayDiskManufactureYear.1 = STRING: "2005" StorageManagement-MIB::arrayDiskManufactureYear.2 = STRING: "2005" StorageManagement-MIB::arrayDiskManufactureYear.3 = STRING: "2005" StorageManagement-MIB::arrayDiskManufactureYear.4 = STRING: "2005" StorageManagement-MIB::arrayDiskMediaType.1 = INTEGER: hdd(2) StorageManagement-MIB::arrayDiskMediaType.2 = INTEGER: hdd(2) StorageManagement-MIB::arrayDiskMediaType.3 = INTEGER: hdd(2) StorageManagement-MIB::arrayDiskMediaType.4 = INTEGER: hdd(2) StorageManagement-MIB::arrayDiskEntry.36.1 = INTEGER: 1 StorageManagement-MIB::arrayDiskEntry.36.2 = INTEGER: 1 StorageManagement-MIB::arrayDiskEntry.36.3 = INTEGER: 1 StorageManagement-MIB::arrayDiskEntry.36.4 = INTEGER: 1 StorageManagement-MIB::arrayDiskEntry.40.1 = INTEGER: 0 StorageManagement-MIB::arrayDiskEntry.40.2 = INTEGER: 0 StorageManagement-MIB::arrayDiskEntry.40.3 = INTEGER: 0 StorageManagement-MIB::arrayDiskEntry.40.4 = INTEGER: 0 StorageManagement-MIB::arrayDiskEntry.41.1 = INTEGER: 0 StorageManagement-MIB::arrayDiskEntry.41.2 = INTEGER: 0 StorageManagement-MIB::arrayDiskEntry.41.3 = INTEGER: 0 StorageManagement-MIB::arrayDiskEntry.41.4 = INTEGER: 0 StorageManagement-MIB::arrayDiskEnclosureConnectionNumber.1 = INTEGER: 1 StorageManagement-MIB::arrayDiskEnclosureConnectionNumber.2 = INTEGER: 2 StorageManagement-MIB::arrayDiskEnclosureConnectionNumber.3 = INTEGER: 3 StorageManagement-MIB::arrayDiskEnclosureConnectionNumber.4 = INTEGER: 4 StorageManagement-MIB::arrayDiskEnclosureConnectionArrayDiskName.1 = STRING: "Physical Disk 0:0:0" StorageManagement-MIB::arrayDiskEnclosureConnectionArrayDiskName.2 = STRING: "Physical Disk 0:0:1" StorageManagement-MIB::arrayDiskEnclosureConnectionArrayDiskName.3 = STRING: "Physical Disk 0:0:2" StorageManagement-MIB::arrayDiskEnclosureConnectionArrayDiskName.4 = STRING: "Physical Disk 0:0:3" StorageManagement-MIB::arrayDiskEnclosureConnectionArrayDiskNumber.1 = INTEGER: 1 StorageManagement-MIB::arrayDiskEnclosureConnectionArrayDiskNumber.2 = INTEGER: 2 StorageManagement-MIB::arrayDiskEnclosureConnectionArrayDiskNumber.3 = INTEGER: 3 StorageManagement-MIB::arrayDiskEnclosureConnectionArrayDiskNumber.4 = INTEGER: 4 StorageManagement-MIB::arrayDiskEnclosureConnectionEnclosureName.1 = STRING: "Backplane" StorageManagement-MIB::arrayDiskEnclosureConnectionEnclosureName.2 = STRING: "Backplane" StorageManagement-MIB::arrayDiskEnclosureConnectionEnclosureName.3 = STRING: "Backplane" StorageManagement-MIB::arrayDiskEnclosureConnectionEnclosureName.4 = STRING: "Backplane" StorageManagement-MIB::arrayDiskEnclosureConnectionEnclosureNumber.1 = INTEGER: 1 StorageManagement-MIB::arrayDiskEnclosureConnectionEnclosureNumber.2 = INTEGER: 1 StorageManagement-MIB::arrayDiskEnclosureConnectionEnclosureNumber.3 = INTEGER: 1 StorageManagement-MIB::arrayDiskEnclosureConnectionEnclosureNumber.4 = INTEGER: 1 StorageManagement-MIB::arrayDiskEnclosureConnectionControllerName.1 = STRING: "PERC 5/i Integrated" StorageManagement-MIB::arrayDiskEnclosureConnectionControllerName.2 = STRING: "PERC 5/i Integrated" StorageManagement-MIB::arrayDiskEnclosureConnectionControllerName.3 = STRING: "PERC 5/i Integrated" StorageManagement-MIB::arrayDiskEnclosureConnectionControllerName.4 = STRING: "PERC 5/i Integrated" StorageManagement-MIB::arrayDiskEnclosureConnectionControllerNumber.1 = INTEGER: 1 StorageManagement-MIB::arrayDiskEnclosureConnectionControllerNumber.2 = INTEGER: 1 StorageManagement-MIB::arrayDiskEnclosureConnectionControllerNumber.3 = INTEGER: 1 StorageManagement-MIB::arrayDiskEnclosureConnectionControllerNumber.4 = INTEGER: 1 StorageManagement-MIB::batteryNumber.1 = INTEGER: 1 StorageManagement-MIB::batteryName.1 = STRING: "Battery 0" StorageManagement-MIB::batteryVendor.1 = STRING: "DELL" StorageManagement-MIB::batteryState.1 = INTEGER: ready(1) StorageManagement-MIB::batteryRollUpStatus.1 = INTEGER: ok(3) StorageManagement-MIB::batteryComponentStatus.1 = INTEGER: ok(3) StorageManagement-MIB::batteryNexusID.1 = STRING: "\\0\\0" StorageManagement-MIB::batteryPredictedCapacity.1 = INTEGER: ready(2) StorageManagement-MIB::batteryNextLearnTime.1 = INTEGER: 21 StorageManagement-MIB::batteryLearnState.1 = INTEGER: idle(16) StorageManagement-MIB::batteryEntry.13.1 = INTEGER: 0 StorageManagement-MIB::batteryMaxLearnDelay.1 = INTEGER: 168 StorageManagement-MIB::batteryConnectionNumber.1 = INTEGER: 1 StorageManagement-MIB::batteryConnectionBatteryName.1 = STRING: "Battery 0" StorageManagement-MIB::batteryConnectionBatteryNumber.1 = INTEGER: 1 StorageManagement-MIB::batteryConnectionControllerName.1 = STRING: "PERC 5/i Integrated" StorageManagement-MIB::batteryConnectionControllerNumber.1 = INTEGER: 1 StorageManagement-MIB::virtualDiskNumber.1 = INTEGER: 1 StorageManagement-MIB::virtualDiskName.1 = STRING: "Virtual Disk 0" StorageManagement-MIB::virtualDiskDeviceName.1 = STRING: "/dev/sda" StorageManagement-MIB::virtualDiskState.1 = INTEGER: ready(1) StorageManagement-MIB::virtualDiskLengthInMB.1 = INTEGER: 278784 StorageManagement-MIB::virtualDiskLengthInBytes.1 = INTEGER: 0 StorageManagement-MIB::virtualDiskWritePolicy.1 = INTEGER: writeBack(3) StorageManagement-MIB::virtualDiskReadPolicy.1 = INTEGER: noReadAhead(5) StorageManagement-MIB::virtualDiskCachePolicy.1 = INTEGER: not-applicable(99) StorageManagement-MIB::virtualDiskLayout.1 = INTEGER: raid-10(10) StorageManagement-MIB::virtualDiskCurStripeSizeInMB.1 = INTEGER: 0 StorageManagement-MIB::virtualDiskCurStripeSizeInBytes.1 = INTEGER: 65536 StorageManagement-MIB::virtualDiskTargetID.1 = INTEGER: 0 StorageManagement-MIB::virtualDiskRollUpStatus.1 = INTEGER: ok(3) StorageManagement-MIB::virtualDiskComponentStatus.1 = INTEGER: ok(3) StorageManagement-MIB::virtualDiskNexusID.1 = STRING: "\\0\\0" StorageManagement-MIB::virtualDiskArrayDiskType.1 = INTEGER: sas(1) StorageManagement-MIB::virtualDiskEntry.23.1 = INTEGER: 2 StorageManagement-MIB::virtualDiskEntry.24.1 = INTEGER: 0 StorageManagement-MIB::arrayDiskLogicalConnectionNumber.1 = INTEGER: 1 StorageManagement-MIB::arrayDiskLogicalConnectionNumber.2 = INTEGER: 2 StorageManagement-MIB::arrayDiskLogicalConnectionNumber.3 = INTEGER: 3 StorageManagement-MIB::arrayDiskLogicalConnectionNumber.4 = INTEGER: 4 StorageManagement-MIB::arrayDiskLogicalConnectionArrayDiskName.1 = STRING: "Physical Disk 0:0:0" StorageManagement-MIB::arrayDiskLogicalConnectionArrayDiskName.2 = STRING: "Physical Disk 0:0:1" StorageManagement-MIB::arrayDiskLogicalConnectionArrayDiskName.3 = STRING: "Physical Disk 0:0:2" StorageManagement-MIB::arrayDiskLogicalConnectionArrayDiskName.4 = STRING: "Physical Disk 0:0:3" StorageManagement-MIB::arrayDiskLogicalConnectionArrayDiskNumber.1 = INTEGER: 1 StorageManagement-MIB::arrayDiskLogicalConnectionArrayDiskNumber.2 = INTEGER: 2 StorageManagement-MIB::arrayDiskLogicalConnectionArrayDiskNumber.3 = INTEGER: 3 StorageManagement-MIB::arrayDiskLogicalConnectionArrayDiskNumber.4 = INTEGER: 4 StorageManagement-MIB::arrayDiskLogicalConnectionVirtualDiskName.1 = STRING: "Virtual Disk 0" StorageManagement-MIB::arrayDiskLogicalConnectionVirtualDiskName.2 = STRING: "Virtual Disk 0" StorageManagement-MIB::arrayDiskLogicalConnectionVirtualDiskName.3 = STRING: "Virtual Disk 0" StorageManagement-MIB::arrayDiskLogicalConnectionVirtualDiskName.4 = STRING: "Virtual Disk 0" StorageManagement-MIB::arrayDiskLogicalConnectionVirtualDiskNumber.1 = INTEGER: 1 StorageManagement-MIB::arrayDiskLogicalConnectionVirtualDiskNumber.2 = INTEGER: 1 StorageManagement-MIB::arrayDiskLogicalConnectionVirtualDiskNumber.3 = INTEGER: 1 StorageManagement-MIB::arrayDiskLogicalConnectionVirtualDiskNumber.4 = INTEGER: 1

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  • Is it possible to mount a disk image, created with dd, to a directory on a mounted external usb hdd?

    - by Keeper Hood
    I have an image of my home (/dev/sda3) partition, which I've created using the "dd" command. dd if=/dev/sda3 of=/path/to/disk.img I've deleted the home partition via gparted in order to enlarge my /dev/root partition. Then I've recreated the /dev/sda3 partition which is smaller in size then the one I've backed up to the image. I was wondering since I have a 2TB external HDD, could it be possible to mount my backed up image on the external HDD and then copy the files into the /home directory. Since the external HDD would be already in a "mounted state", I'm unsure whether this is a good idea, mounting on a mounted device. I'm running Slackware 13.37 (64bit). used ext4 on all the partitions. resized the root partition with gparted live cd. I've tried mount -t ext4 /path/to/disk.img /mng/image -o loop It gave me an fs error (wrong fs type, bad option, bad superblock on dev/loop/0) Then i did dmesg | tail which outputs: EXT4-fs (loop0) : bad geometry: block count 29009610 exceeds size of defice (1679229 blocks) I have no idea what to do, I want to restore my /home data from the image I've backed up.

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  • How to migrate a running KVM (with full disk copy) to another node?

    - by klipz
    I'm doing tests on KVM, and I'd like to see if I can make a hot migration, I mean the virtual machine won't stop running during the migration (but a few seconds of freeze is ok). I use a small cluster for my test : kvm1, kvm2, and kvmnfs. kvm1 and kvm2 runs the virtual machines kvmnfs is a NFS server, and it's mounted on /KVM on both kvm1 and kvm2 To migrate a VM (only RAM in fact) from kvm1 to kvm2, I run the same kvm command on kvm2 (with -incoming tcp:0:4444) that on kvm1, then I use "migrate -d tcp:kvm2:4444" : It works great, since the VM file is common to both machines. Now, I wan't to make a full migration (RAM + disk) of a local VM file (no more NFS) of kvm1 to kvm2. I tried to create an empty file, with touch, on kvm2 and use the same kvm command line + the "-incoming ..."). Then on kvm1 I use "migrate -d tcp:kvm2:4444" : It copies everything, then... the VM fails (any I/O disk gives an I/O error) ! And my VM file on kvm2, the one I created with touch, as still a size of 0 bytes. What am I doing wrong ? What is the exact command to use on kvm2 ? And what is the command to launch, in the monitoring mode, on kvm1 ?

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  • How to save video from a url to disk, also how to begin playback after some buffering?

    - by Shizam
    First question is, given a url to an mp4 video, how can I save that file to disk? The followup to that is while its saving, can I begin playback after its buffered some of the video to disk or do I have to wait for the entire file to be written and then: MPMoviePlayerController* theMovie=[[MPMoviePlayerController alloc] initWithContentURL:theURL]; using the path to the local file. Thanks, Sam

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  • How to save video from a url to disk, also how to begin playback after some buffering?

    - by Shizam
    First question is, given a url to an mp4 video, how can I save that file to disk? The followup to that is while its saving, can I begin playback after its buffered some of the video to disk or do I have to wait for the entire file to be written and then: MPMoviePlayerController* theMovie=[[MPMoviePlayerController alloc] initWithContentURL:theURL]; using the path to the local file. Thanks, Sam

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  • Turn class "Interfaceable"

    - by scooterman
    Hi folks, On my company system, we use a class to represent beans. It is just a holder of information using boost::variant and some serialization/deserialization stuff. It works well, but we have a problem: it is not over an interface, and since we use modularization through dlls, building an interface for it is getting very complicated, since it is used in almost every part of our app, and sadly interfaces (abstract classes ) on c++ have to be accessed through pointers, witch makes almost impossible to refactor the entire system. Our structure is: dll A: interface definition through abstract class dll B: interface implementation there is a painless way to achieve that (maybe using templates, I don't know) or I should forget about making this work and simply link everything with dll B? thanks Edit: Here is my example. this is on dll A BeanProtocol is a holder of N dataprotocol itens, wich are acessed by a index. class DataProtocol; class UTILS_EXPORT BeanProtocol { public: virtual DataProtocol& get(const unsigned int ) const { throw std::runtime_error("Not implemented"); } virtual void getFields(std::list<unsigned int>&) const { throw std::runtime_error("Not implemented"); } virtual DataProtocol& operator[](const unsigned int ) { throw std::runtime_error("Not implemented"); } virtual DataProtocol& operator[](const unsigned int ) const { throw std::runtime_error("Not implemented"); } virtual void fromString(const std::string&) { throw std::runtime_error("Not implemented"); } virtual std::string toString() const { throw std::runtime_error("Not implemented"); } virtual void fromBinary(const std::string&) { throw std::runtime_error("Not implemented"); } virtual std::string toBinary() const { throw std::runtime_error("Not implemented"); } virtual BeanProtocol& operator=(const BeanProtocol&) { throw std::runtime_error("Not implemented"); } virtual bool operator==(const BeanProtocol&) const { throw std::runtime_error("Not implemented"); } virtual bool operator!=(const BeanProtocol&) const { throw std::runtime_error("Not implemented"); } virtual bool operator==(const char*) const { throw std::runtime_error("Not implemented"); } virtual bool hasKey(unsigned int field) const { throw std::runtime_error("Not implemented"); } }; the other class (named GenericBean) implements it. This is the only way I've found to make this work, but now I want to turn it in a truly interface and remove the UTILS_EXPORT (which is an _declspec macro), and finally remove the forced linkage of B with A.

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  • Setting Windows 7's Recycle Bin to automatically have a default disk space allocation for deleted files from newly mounted drives

    - by galacticninja
    How do I set Windows 7's Recycle Bin to automatically have a default disk space allocation for deleted files from external hard drives and TrueCrypt-mounted volumes? I remember in Windows XP, I can set a percentage of total disk space that will automatically be used as storage capacity for deleted files by the Recycle Bin, and this will be applied to all external HDs or TC-mounted volumes. Windows 7 defaults to the 'Don't move files to the Recycle Bin. Remove files immediately when deleted' setting for newly mounted external HDs and TC mounted volumes. Since I am expecting deleted files to go to the Recycle Bin, sometimes this causes an 'Oops' when I delete files in external hard drives or TC mounted volumes, as Windows does not move deleted files to the Recycle Bin, but just deletes the files permanently. I have to remember to manually set a custom Recycle Bin storage space for each new drive that is mounted by Windows to avoid this issue. I only use and mount TrueCrypt file containers, not drives. I also don't mount TrueCrypt file containers as removable drives. ('Mount volume as removable medium' is unchecked in Mount Options.) In my $Recycle.Bin > Properties > Security settings, 'System' and 'Administrators' are already set to 'Full Control', while 'Users' only have 'Special Permissions' checked in gray. There are no other groups. I haven't changed or edited anything in these settings. I am using Windows 7 Ultimate.

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  • On Solaris, how do you mount a second zfs system disk for diagnostics?

    - by Matt Ball
    I've got two hard disks in my computer, and have installed Solaris 10u8 on the first and Opensolaris 2010.3 (dev onnv_134) on the second. Both systems uses ZFS and were independently created with a zpool name of 'rpool'. While running Solaris 10u8 on the first disk, how do I mount the second ZFS hard disk (at /dev/dsk/c1d1s0) on an arbitrary mount point (like /a) for diagnostics?

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  • Make a drive from one machine appear as a physical disk in another machine.

    - by Roberto Sebestyen
    I want to take a physical disk (or part of a disk) in one machine (call it machine-A) and I want to make it available in another machine (machine-B). But I don't want to map a network drive. I want it to appear in machine-B as a physical drive. Even though it is not a physical drive. The reason I want to do this is i want the ability to create shares in machine-B on that drive. Since I cannot do that on mapped drives, I need to use some utility that fools machine-B to think that it is a physical drive, and treat it as such. Both of these machines are windows server 2003. I heard about NFS, It sounds like what could be the solution to my problem. But isn't that a Linux/Unix protocol? What tools can I use to make this happen? Are there any open source solutions? I don't care what the solution is, as long as it achieves the end result, preferably open source solution though. Thanks for reading guys and gals!

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  • Combining FileStream and MemoryStream to avoid disk accesses/paging while receiving gigabytes of data?

    - by w128
    I'm receiving a file as a stream of byte[] data packets (total size isn't known in advance) that I need to store somewhere before processing it immediately after it's been received (I can't do the processing on the fly). Total received file size can vary from as small as 10 KB to over 4 GB. One option for storing the received data is to use a MemoryStream, i.e. a sequence of MemoryStream.Write(bufferReceived, 0, count) calls to store the received packets. This is very simple, but obviously will result in out of memory exception for large files. An alternative option is to use a FileStream, i.e. FileStream.Write(bufferReceived, 0, count). This way, no out of memory exceptions will occur, but what I'm unsure about is bad performance due to disk writes (which I don't want to occur as long as plenty of memory is still available) - I'd like to avoid disk access as much as possible, but I don't know of a way to control this. I did some testing and most of the time, there seems to be little performance difference between say 10 000 consecutive calls of MemoryStream.Write() vs FileStream.Write(), but a lot seems to depend on buffer size and the total amount of data in question (i.e the number of writes). Obviously, MemoryStream size reallocation is also a factor. Does it make sense to use a combination of MemoryStream and FileStream, i.e. write to memory stream by default, but once the total amount of data received is over e.g. 500 MB, write it to FileStream; then, read in chunks from both streams for processing the received data (first process 500 MB from the MemoryStream, dispose it, then read from FileStream)? Another solution is to use a custom memory stream implementation that doesn't require continuous address space for internal array allocation (i.e. a linked list of memory streams); this way, at least on 64-bit environments, out of memory exceptions should no longer be an issue. Con: extra work, more room for mistakes. So how do FileStream vs MemoryStream read/writes behave in terms of disk access and memory caching, i.e. data size/performance balance. I would expect that as long as enough RAM is available, FileStream would internally read/write from memory (cache) anyway, and virtual memory would take care of the rest. But I don't know how often FileStream will explicitly access a disk when being written to. Any help would be appreciated.

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  • Is it possible (and how if it is) dump two concatenaded disks in a new disk using DD?

    - by pedromarce
    Hi, I have a Lacie enclosure that has a setup with 2 500gb disks configured as 1 drive of 1TB, the only partition created for the whole drive is HFS+ journaled, but the controller in the enclosure is gone and so the drive refuses to mount anymore. I have been able to remove those two disks from the enclosure and connect them using USB ports and a program called R-studio (Raid recovery program) check that the setup the controller in the enclosure was using was both disks concatenated (Not Striped). And so configuring that option in R-studio I could be able to get back all the information. But before I got a license for r-studio for just one use, I would rather buying a new 1TB disk and try to write all the information of those two disks in this new one. I can use Mac or linux machines to do it, and I think it should be ok use DD command in linux to concatenate those two drives into the new one in the right order to get it working again in the new disk and I will reformat the old ones, but I am not sure. So, is it possible in this scenario to write both disks into a new one using DD? Any hints how the command would look? Thanks,

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  • Can I recover a non-system disk deleted during 2008 R2 setup?

    - by serialhobbyist
    I've done a truly stupid thing and 'deleted' the data disk on a Server 2008 R2 box. Can I recover it? If so, how? I was rebuilding the box because a motherboard change had broken things. I've built loads of boxes and was going through the standard stuff without much concentration. I got to the disk screen which normally displays the two paritions on the drive: the recovery one and the system one. As normal, I deleted the two things I saw. It was only when two lots of unallocated space didn't merge into one that the full horror of what I'd done hit me. Yes, I've got backups... of the stuff I have space to back up. The real irony is that, earlier in the day, I'd ordered to 1 TB disks to deal with the problem. So, anyway, I'd really like to get this partition back because it'll save me a lot of time. How can I do it?

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  • Can't shrink Windows Boot NTFS disk: ERROR(5): Could not map attribute 0x80 in inode, Input/output error

    - by arcyqwerty
    Ubuntu 12.04 LTS, all updates current as of 7/3/2012 gksudo gparted Shrink /dev/sda2 from 367GB to 307GB GParted 0.11.0 --enable-libparted-dmraid Libparted 2.3 Shrink /dev/sda2 from 367.00 GiB to 307.00 GiB 00:32:57 ( ERROR ) calibrate /dev/sda2 00:00:00 ( SUCCESS ) path: /dev/sda2 start: 20,484,096 end: 790,142,975 size: 769,658,880 (367.00 GiB) check file system on /dev/sda2 for errors and (if possible) fix them 00:00:53 ( SUCCESS ) ntfsresize -P -i -f -v /dev/sda2 ntfsresize v2012.1.15AR.1 (libntfs-3g) Device name : /dev/sda2 NTFS volume version: 3.1 Cluster size : 4096 bytes Current volume size: 394065338880 bytes (394066 MB) Current device size: 394065346560 bytes (394066 MB) Checking for bad sectors ... Checking filesystem consistency ... Accounting clusters ... Space in use : 327950 MB (83.2%) Collecting resizing constraints ... Estimating smallest shrunken size supported ... File feature Last used at By inode $MFT : 389998 MB 0 Multi-Record : 394061 MB 386464 $MFTMirr : 314823 MB 1 Compressed : 394064 MB 1019521 Sparse : 330887 MB 752454 Ordinary : 393297 MB 706060 You might resize at 327949758464 bytes or 327950 MB (freeing 66116 MB). Please make a test run using both the -n and -s options before real resizing! shrink file system 00:32:04 ( ERROR ) run simulation 00:32:04 ( ERROR ) ntfsresize -P --force --force /dev/sda2 -s 329640837119 --no-action ntfsresize v2012.1.15AR.1 (libntfs-3g) Device name : /dev/sda2 NTFS volume version: 3.1 Cluster size : 4096 bytes Current volume size: 394065338880 bytes (394066 MB) Current device size: 394065346560 bytes (394066 MB) New volume size : 329640829440 bytes (329641 MB) Checking filesystem consistency ... Accounting clusters ... Space in use : 327950 MB (83.2%) Collecting resizing constraints ... Needed relocations : 13300525 (54479 MB) Schedule chkdsk for NTFS consistency check at Windows boot time ... Resetting $LogFile ... (this might take a while) Relocating needed data ... Updating $BadClust file ... Updating $Bitmap file ... ERROR(5): Could not map attribute 0x80 in inode 1667593: Input/output error ======================================== Windows has run chkdsk successfully (on boot) several times now

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  • How to know my free disk space on web hosting server?

    - by Abu
    I have got some work from my friend for updating his website. Earlier his website was made by some other person and he used to maintain all the stuff. Now that developer has given only the ftp username and password to my friend. He asks me to update his website. But the problem is I don't know how to access the things for this particular web hosting account like knowing the available free space, accesing email account, etc. I asked him about website control panel but he says that he doesn't know about. Is there any other site/client program/control panel that I can use to manage that website. So can any one help me out?

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  • How to run Ubuntu fully in initramfs?

    - by miernik
    I have a machine with 10 GB of RAM, and I would like to run Ubuntu on it (Debian also OK if its easier), fully in RAM in such a way: I boot from a compressed image on an USB flash disk, that is uncompressed into RAM, and then I can remove the disk from the USB slot, and use the system only with RAM, without any permanent disk. Whenever I make any changes that I want permanent, I would put the flash disk back into the USB slot (possibly not the same one as I used initially to boot, as I would like to keep many versions of the boot flash disk), and run some command that would save the current state into a compressed image on the disk. How can I set this up?

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  • What Is Disk Fragmentation and Do I Still Need to Defragment?

    - by Jason Fitzpatrick
    Do modern computers still need the kind of routine defragmentation procedures that older computers called for? Read on to learn about fragmentation and what modern operating systems and file systems do to minimize performance impacts. Today’s Question & Answer session comes to us courtesy of SuperUser—a subdivision of Stack Exchange, a community-drive grouping of Q&A web sites. Secure Yourself by Using Two-Step Verification on These 16 Web Services How to Fix a Stuck Pixel on an LCD Monitor How to Factory Reset Your Android Phone or Tablet When It Won’t Boot

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  • How to apply disk quota in ubuntu server on a VPS?

    - by Pedram
    I have a VPS with ubuntu server 10.04 installed on it.Now I want to have some shell users with limited home folder size. It seems quota is the best way to do this, but all tutorials require editing /etc/fstab and add usrquota or grpquota to /home partition options. As my /etc/fstab looks like this: proc /proc proc defaults 0 0 none /dev/pts devpts rw 0 0 how can I apply quota?

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  • How migrate my keyring (containing ssh passprases, nautilus remote filesystem, pgp passwords) and network manager connections?

    - by con-f-use
    I changed the disk on my laptop and installed Ubuntu on the new disk. Old disk had 12.04 upgraded to 12.10 on it. Now I want to copy my old keyring with WiFi passwords, ftp passwords for nautilus and ssh key passphrases. I have the whole data from the old disk available (is now a USB disk and I did not delete the old data yet or do anything with it - I could still put it in the laptop and boot from it like nothing happened). On the new disc that is now in my laptop, I have installed 12.10 with the same password, user-id and username as on the old disk. Then I copied a few important config files from the old disk (e.g. ~/.firefox/, ~/.mozilla, ~/.skype and so on, which all worked fine... except for the key ring: The old methods of just copying ~/.gconf/... and ~/.gnome2/keyrings won't work. Did I miss something? 1. Edit: I figure one needs to copy files not located in the users home directory as well. I copied the whole old /home/confus (which is my home directory) to the fresh install to no effect. That whole copy is now reverted to the fresh install's home directory, so my /home/confus is as it was the after fresh install. 2. Edit: The folder /etc/NetworkManager/system-connections seems to be the place for WiFi passwords. Could be that /usr/share/keyrings is important as well for ssh keys - that's the only sensible thing that a search came up with: find /usr/ -name "*keyring* 3. Edit: Still no ssh and ftp passwords from the keyring. What I did: Convert old hard drive to usb drive Put new drive in the laptop and installed fresh version of 12.10 there (same uid, username and passwort) Booted from old hdd via USB and copied its /etc/NetwrokManager/system-connections, ~/.gconf/ and ~/.gnome2/keyrings, ~/.ssh over to the new disk. Confirmed that all keys on the old install work Booted from new disk Result: No passphrase for ssh keys, no ftp passwords in keyring. At least the WiFi passwords are migrated. 4. Edit: Boutny! Ending soon... 5. Edit: Keyring's now in ./local/share/keyrings/. Also interesting .gnupg

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