Assignment of 6110xs volumes

Similar Questions

• F11 volume + F12 do not work

  Sometimes the F11 + F12 keys on my mac which are assigned to the volume up/down will stop working (as in they will not adjust the volume). I can fix it by opening "Audio MIDI Settings" one channel volume, it suits it and set the buttons work again the same thing happens, however, a few days later. No one knows what is the cause?

  Hello

  Make sure that OS X is updated.

  Launch of the App Store, and then select the updates menu.

  This latest version for El Capitan was v10.11.5.

• Dual bay JBOD integration: Volumes - Simple striped split vs vs

  The first option that I need to decide now is not put in shape, but rather if I want to set up as a Simple Volume, extending on Volume or Volume aggregated by bands. I demand to know: at what is Spanning and what is scratched? And besides, what is used for Simple? I know that I can get this information, but if you can relieve me of plowing through the mountains of unintelligible English composition work, so, I would be grateful: namely, what is the difference between a VOLUME and a PARTITION? and what it means to "mount" a volume?

  I have decidted to try an answer to these questions you asked, although I considered a risky business. Use of the Word may differ widely and wildly. I decided this because I was surprised to see a paragraph that uses the colon properly and correctly punctuated ' to know '.

  I start at the end: VOLUME and PARTITION. If the technical use of the terms in the jargon of computer geeks was the English standard, the PARTITION would be the place or address on the media which marked the end of a data structure. Similarly, the VOLUME would be data locations or addresses to which the data have been recorded. It is similar to the WALL and the ROOM. Use of the techniques of the terms did not differ much. When we talk of a PARTITION, we refer to a data structure that resolves the type, position and scope of a storage container. When we talk about a volume, an end to the storage location that have been defined for the storage of the data. Often, a drive letter is assigned to the volume. It is then a LOGICAL DRIVE.

  Note that many people uses the term PARTITION when they do in fact refers to the space between the partitions, actually a volume.

  It starts to get confused when you start under division in the PRIMARY and EXTENDED PARTITIONS. Suffice it to say that a primary partition refers to one set for its possible to maintain an operating system. He was confined to a volume that has been assigned a drive letter. The score of exrtended was intended for the non-executibles, i.e. data. Several volumes could be created within the partition, and more than one drive letter is assigned, one for each volume that is created. Each volume is a logical drive. Now-a-days, the distinction between primary and extended is blurry in use and (worse [?]), some operating system installers will allow you to install the operating system on an extended partition.

  Now, back to Simple, Spanning and striped.

  Simply referring to the fact that the entire volume is on a physical drive in either a primary partition or scope and size is fixed.

  Extending on refers to the fact that the fact that the partition is set to start on a physical disk and continue on one or several others.

  Striped refers to the fact that the contoller will deliberately write parts of the stream in defined segments, fixed size for each of the drives that are used for the volume.

  Now, to the subject of which simple, spanned, striped for use.

  Extending on is used especially when you have to have a very large space to store large files. On some systems, it is used as a convenient way to increase the size of a volume without requiring large data movement. Avoiding the passage of data avoids the time delay in particular with large files and the problem of data integrity of submitting the file for read/write operations.

  Interlacing is a form of Spanning. Covering appearance adds the notion of dealing with predefined segment length and balance the data across the physical disks. (I think here only to configurations using the entire disk for the game.) It is preferable to the covering simple (JBOD, for example) where data integrity is paramount. As implemented, it provides various means of correction and error detrection.

  Editing refers to the process of the operating system identify the drive and placing the instructions and data structures in place to enable disk reads and writes.

  My suggestions:

  If you need large and contiguous storage space, use a simple volume on a large drive. If you need speed, use the RAID 0 functions and make sure that you back up critical data frequenthy. For Windows, it is probably not a good idea for most users to use the readers more of 500 GB or 1 TB per RAID 0 set. Use the 'Quality of the company' readers, drives designed to operate continuously for long periods of time.

  I hope that gives you a starting point. Pease do not let it be the only place. You would be well served by reading and extensive consultations.

  Now, whether or not the discussion begins.... ;-))

  Tom

• External hard drive problems

  So I recently got my WD external hard drive to start working again.  However, the other day, after unplugging, when I tried to reconnect, my computer decided is not to assign a volume letter.

  Details:

  -The hard drive has the same problem on any computer, that I try to connect.

  -The hard drive is recognized by the computer but not assigned a volume letter.

  -I can't assign a letter volume on the hard disk by using computer management.  However when I try, the possibility of a volume letter is not there.  The only option available is to initialize the disk.  I tried to initialize it using parameters of MBR, but I get an error stating: "the request could not be performed because of an i/o device error."

  -I don't want to reformat the hard drive, but given that the files on it I would recover.  I realize in order to get the drive working again, it is a necessary step, but I would like to recover as many files as I can before I reformat.

  If anyone has a suggestions I would be very happy.  Thank you!!

  It looks like a hardware problem with an external hard drive.
  Kerry Brown MS - MVP - Windows desktop experience

• Question about Equallogic snapshots.

  Hello forum

  I could not confirm this, but instant never need to commit anything to the basic volume?

  Lets say I have 10 snapshots and delete the oldest? There will be a load of e/s to validate these instant changes?

  Also, if someone could point me to any type of indepth explanation of this technique of snapshot, I would be interested to read all that.

  Thank you!

  N ° current data are already on the base volume.  There is nothing to commit.   Only if you are completely restoring a volume from a snapshot will be there in writing for the base volume.

  On the site of Equallogic Support KB:

  Solution title TABLE: how the snapshot reserve space is allocated and used

  Solution details Snapshot Reserve Allocation and use

  -------------------------------------

  In a series group PS, snapshots can protect against errors, of a volume

  virus or the database. A cliché represents the content of a volume

  at the time you created the snapshot. Creating a snapshot does not disturb

  access to the volume, and the snapshot is instantly available allowed

  iSCSI initiators.

  Before you can create snapshots for a volume, you must allocate space (called

  snapshot pool) for snapshots. You set the value of the snapshot reserve

  When you create or modify a volume. Snapshot reserve benefits from the same

  as the volume of the pool data.

  When snapshot data consume entire supply snapshot, the Group remove is

  the oldest snapshots to free up space for new images or sets the volume and

  snapshots offline, according to the policy you selected for instant recovery

  space.

  The functionality for creating snapshots is called hybrid allocate when writing.

  Operation of sharing and snapshot of the page

  -----------------------------------

  A PS Series Group organizes the physical storage into logical segments called pages.

  Each page is composed of several logical blocks. This is similar to the way file

  systems combine areas of physical disk in 'clusters' or 'chunks '. Each page has

  a reference count which records the number of volumes and snapshots that share

  the page.

  When you create a volume, the group creates an internal table, called the volume

  table, which contains pointers to pages that use the volume. When you create

  a snapshot of a volume, the group creates a snapshot table by making a copy of

  the volume table, which is usually an operation in memory that the Group

  run in a transactional manner. For each page of volume in use, the support group increases the

  reference count to indicate that the volume and the snapshot share page.

  Because the group does not move or copy the data or allocates a new pages, photos

  are fast and efficient.

  Reserve of the snapshot stores the differences between the data on the volume and snapshot data

  (in addition to differences between the data of multiple snapshots). When you

  first create a snapshot, the page for the volume and the snapshot tables are

  In brief identical copies and the snapshot consumes no snapshot

  reserve. A reading of the same logical block of the volume application or the

  snapshot returns the same data because the application is reading from the same page.

  However, if you write a page that has a volume and a snapshot of share, snapshot

  reserve is consumed.

  Here's a simplified example of a snapshot operation. In general, no.

  additional I/o operations are needed to manage the data volume or snapshot.

  However, other internal operations can occur due to virtualization and

  data balancing on berries of the PS Series.

  If an application performs a write to 8 KB for a volume containing a snapshot, the

  Group:

  1. determine what page is modified by the write operation.

  2 - If the page is not shared, writes the data to the page.

  3. If the page is shared:

  . (a) allocates a new page of disk space and reduces the instant to reserve

  . the volume of a single page.

  . (b) update the page of volume table to point to the newly allocated page.

  . (c) mark the newly allocated page as having new data on the volume and the references of the

  . original page for unchanged data.

  . (d) writes the data to the new page.

  When writing is complete, if you read the data on the volume, you have access to the

  new page and new data. However, if you read the same logical block of the

  Instant, you get the original data, because the snapshot will always point towards the

  original page. Similarly, if you set a snapshot online, write to the snapshot.

  feature hybrid write protects the original data volume by allocating

  a new page for the new snapshot data.

  Only the first page of writing to a volume shared (or snapshot) consumes additional

  snapshot reserve. Each subsequent entry is considered identical to a writing on a

  non-shared the page because the original data are already protected.

  Functionality similar to hybrid allocate when writing is used in cloning operations.

  However, unlike when you create a snapshot, cloning a volume immediately

  consumes space additional group. If a clone is moved to another pool, data

  is copied during the operation of moving pool.

  Restoring a Volume from a snapshot

  ----------------------------------

  Because of the layout table, restore a volume from a snapshot is very

  quick. First of all, the group automatically creates a snapshot of the volume by copying

  the volume table to a new table of snapshot. Then the Group transposes the page tables

  the volume and the snapshot you selected for the restore operation. NO.

  additional space is required, and no data is moved.

  Deletion of Volumes and Snapshots

  ------------------------------

  Because volumes and snapshots to share pages, if you delete a volume, you

  automatically remove all the clichés associated with the volume.

  You can manually delete snapshots (for example, if you need more of)

  snapshot data). In addition, the group can delete snapshots automatically in the

  following situations:

  1 - failure instant free reserve. If the snapshot data consume the snapshot

  . reserve, the group either deletes the oldest snapshots to free up space for new

  . snapshots or sets the volume and snapshots in offline mode, according to the policy

  . you have chosen for the snapshot space recovery.

  2 - maximum number of snapshots, created from an agreed timetable. If you set up a

  . timetable for the creation of snapshots, you can specify the maximum number of

  . photos you want to keep. Once the program creates the maximum number

  . clichés, the group will delete the oldest snapshot for planning

  . to create a new snapshot.

  Snapshot are deleted in the background queue. The group travels

  the snapshot page table and decremented the reference count on every shared page.

  Any page that has a zero reference count is released into free space. Pages

  with a zero reference count are not released because they are shared with

  the volume or other snapshots.

  Because stereotypes can be automatically deleted, if you want to keep the

  given to a snapshot, you can clone the snapshot.

  Reserve snapshots use agreement

  ------------------------------------

  The snapshot reserve is consumed only if you write a shared volume or snapshot

  page. However, it is difficult to establish a correlation between the amount of data written in one

  volume (or snapshot) with the amount of instant reserve consumed as a result.

  especially if you have multiple snapshots.

  Because the pages consist of several logical blocks, size e/s and distribution

  volume merge affect overall performance of e/s in addition to the snapshot

  reserve its use.

  For example, do much written about a narrow range of logical blocks in a volume

  consumes a relatively low amount of reserve of the snapshot. This is because as Scripture

  the same logic block more than once, does not require not additional snapshot

  reserve.

  However, doing random number wrote a range of logical blocks in a

  volume can consume a large amount of reserve of the snapshot, because many other

  pages are affected.

  In general, use instant reserve depends on the following:

  1. number of entries that occur in the volume (or snapshot) and at least one

  . snapshot exists. In general, more Scriptures tend to use more snapshot reserve.

  . Although multiple writes to the same logical block do not require additional

  . space.

  2 - the range of logical blocks, on which occur the Scriptures. Written in a wide range of

  . logical blocks tend to use more instant reserve written in a narrow

  . rank, because more of the written word are to different pages.

  3. number of snapshots of the volume and timing of the write operations. Most

  . snapshots that you create more snapshot reserve is necessary, unless there is

  . few entries on the volume or snapshots.

  4 - age of snapshot. Snapshots older tend to consume more snapshot reserve only

  . the clichés of recent because the group must retain the original data for a

  . longer time.

  Design Snapshot reserve

  -----------------------

  You cannot create snapshots until you book instant space. Snapshot reserve

  is set as a percentage of the reserve volume (space) for the

  volume.

  When you create a volume, by default, the volume uses instant group-wide

  reserve adjustment. (The reserve in the scale default setting is 100%. You

  can change this default value.) You can change the reserve snapshot setting when you

  create a volume or later, even if the volume is in use.

  Although the snapshot reserve is not used until the volume or writing snapshot occur, it

  is consumed immediately free pool space. For example, if you create a

  fully allocated (not thin provisioned) 200 GB volume and specify a snapshot of 50%

  pool of reserve, free space is immediately reduced to 300 GB (200 GB for the volume

  reserve and 100 GB for Snap reserve), even if there are no pages in use.

  Therefore, before you create a volume, you should consider how many snapshot

  reserves, if any, to assign to the volume. The reserve of the snapshot set to zero (0)

  If you do not want to create snapshots.

  The optimal size of the snapshot reserve depends on the amount and type of

  changes in the volume and the number of shots you want to keep.

  By example, if you set the snapshot reserve 100%, and then create a snapshot.

  You can write to each byte of the volume without missing snapshot

  reserve. However, if you create another snapshot and then write in each byte of

  the volume, the first snapshot is deleted in disk space available for the new snapshot. If

  you set the instant reserve at 200%, there would be a sufficient reserve of snapshot

  for the two snapshots.

  A very conservative strategy in terms of instant reserve sizing is to put the snapshot

  book value at 100 times the number of shots you want to keep. This

  guarantees that keep you at least the number of snapshots, regardless of the

  the number of entries on the volume. However, this strategy is generally allocates

  book an excessive amount of snapshot, because that rarely crush you all the

  the data in a volume during the lifetime of a snapshot.

  The best way to instant size reserves is to assign an initial value to the reserve

  and watch how instant you can keep over a period of time specified under a

  normal workload. If you use tables to create snapshots, allow the

  calendar of work for several days.

  To get an initial value for a snapshot reserve volume, you must estimate

  the quantity and the type of entries in volume and the number of snapshots, you want

  keep. For example:

  -If you wait a few Scriptures or writings which are concentrated in a narrow range

  . logical blocks and you want to keep only a few shots, start with a value

  . 30%.

  -If you wait several entries or entries that are random in a wide range of

  . logical blocks and you want to keep more than a few shots, start with a value

  . 100%.

  If the snapshots are deleted until you reach the desired number of snapshots,

  increase the percentage of snapshot reserve. If you reach the desired number

  shots without consuming much of the instant free reserve, decrease the

  percentage of reserve snapshot. Continue to follow instant reserve and

  adjustments as needed.

  How Thin Provisioning button Snapshot Reserve

  ----------------------------------------------

  The snapshot reserve is based on a percentage of volume reserve (allocated space

  a volume). For a volume fully provisioned, the reserve volume is equal to the

  stated volume size. However, a thin volume put into service, the volume of reserve

  is initially very inferior to the reported size (default is subject to minimum volume

  10% of the reported size) and increases as the written volume occur.

  If you change a thin volume supplied in a volume fully provisioned, the

  amount of reserved snapshot increases automatically, because the volume of reserve

  increase in the size of the stated volume.

  If you change a volume of fully provisioned to thin-provisioned, the amount of

  snapshot of reserve decreases automatically, because the volume of reserve declines.

  However, if the snapshot resulting reserves will be too small to store all the

  existing snapshots, the group will automatically increase the instant reserve

  percentage of value that preserves all existing snapshots.

  Reducing the use of instant reserve

  -------------------------------

  Over time, you can reduce the use of instant reserve by periodically (for example,

  Once a month) defragmentation of databases and file systems. Defrag operations

  try to consolidate segments of files in a volume and, consequently, to reduce the scope

  logical blocks addresses used in the pages of the volume.

  Defragment the data read operations from one place and then write data to a new

  location. So increased use of instant reserve during and immediately

  after defragmentation, because existing snapshots will use more of the usual

  amount of the snapshot reserve. However, snapshots created after defragmentation

  operation must use less instant reserve, because the data on the volume are more contiguous.

  When a volume is highly fragmented, potential reduction of the snapshot reserve

  use can be dramatic, especially after removing the large before you defragment

  snapshots. Defrag operations can also reduce the I/O load on the group,

  because the contiguous data makes more efficient i/o operations, in order to improve the

  e/s overall performance.

  Latest defragmenters are good to reduce the fragmentation that is not seeking to be

  too thorough. Some defragmenters also try to combine the inactive data

  further restricting the likelihood of changes to shared pages. However, are not

  Defragment too frequently.

  Sector alignment may also affect the use of snapshot of the space, especially in

  larger volumes. File systems must be correctly aligned with the sector. It comes

  described in technical reports for VMware and Windows environments.

• Conversion is not copy data

  I modified the example application command line allowing possibly thin discs put in service. When a thin available property is set to true, the following block of code is executed in the function "BuildCloningParams".

  if (_vmThinProvision) {
  
       converterStorageParams.targetDiskParams = new ConverterStorageParamsManagedTargetDiskParams[_sourceLogicalVolumeInfo.Length]; 
      ConverterStorageParamsManagedTargetDiskParams targetDiskParams = new ConverterStorageParamsManagedTargetDiskParams(); 
    
  
       int volumeCount = 0;   
  
       foreach (ConverterComputerOsInfoLogicalVolumeInfo volumeInfo in _sourceLogicalVolumeInfo)      {
            targetDiskParams.sourceDiskId = volumeInfo.volumeId;
            targetDiskParams.diskType = "vmfsMonolithicFlatThinProvisioned"; 
  
            targetDiskParams.datastoreName = _vmDatastoreName;
  
            converterStorageParams.targetDiskParams[volumeCount] = targetDiskParams;
  
            volumeCount++;
       }
  }
  
  

  The question is when this provision of the code is run (when _vmThinProvision is set to true), the virtual machine is created successfully, but no data is never copied/converted to the new virtual machine. In the vCenter Converter management console, it just shows work as compeleted immediately (and shows no error).

  If _vmThinProvision is false (and this block of code is not executed), then the conversion works correctly and the data is copied. Obviously there is something in this little block of code that is not correctly say the agent migrates the data, but I can't understand what it is.

  Any ideas what could be causing the problem? Thank you.

  You mix * disk * ID with * volume * IDs. The discs are "physical" storage The volumes are "drive letters" the OS sees. After querying the source, you get two tables - one with "ofConverterStorageInfoDiskInfoand the other is with 'ConverterStorageInfoVolumeInfo's. Each entry has a diskId or volumeId respectively. VolumeInfo holds the diskId to the drive where the volume is physically assigned. Each volume can have several "diskId to cover the case of dynamic disks (i.e. one volume spanning across multiple disks). When you do P2V Converter is cloning * volumes * (in other words, what operating system sees, because it also offers the possibility of taking snapshots on the level of volume rather than at the level of the disc). You must give each volume ID desired on the target in the target storage settings source.

  Now, when you create the storage schema target mapping is a little different. You have an array of targetDiskParams (that you create), but sourceDiskId Member should be valid * disc ID * on the source, but you put * volume ID * it. Each instance of ConverterStorageParamsManagedTargetDiskParams was a member of ConverterStorageParamsVolumeCloningParams . It holds all the * volumes * you want to be placed on the disk target. Note that, with this structure, you cannot specify multiple disks of a volume, which means that each volume is entirely contained in a single disk on the target (no dynamic disks).

  So, to get to your problem, you need to specify a * valid source ID disk * and an array of volume cloning params for each instance of targetDiskParams. Each instance of VolumeCloningParams must specify a * volume valid source ID *. Volumes not mentioned in the target disk params will be ignored during conversion.

  You don't need to look at ConverterComputerOsInfoLogicalVolumeInfo.

  HTH,

  Ivan

• Is it possible to assign a replacement or replacing the Volume License Administrator?

  I would like to be able to assign a different "named user" in order to perform necessary VLM tasks during the long absences of work - like illness or vacation.  Doesn't it?

  Hi DEPutman,

  You can absolutely add another administrator to volume license you VLA. You need just email to [email protected] with your contract number and let them know that you want to add.

  Take care!

• Volume is assigned but not attached

  Hello

  We use App volume 2.9 with two vCenters.

  Currently, there are two available AppStacks.

  Assign an AppStack to the VMS in vCenter works like a charm, Volume 1 is attributed to a joint.

  Assign the same AppStack to a virtual machine that resides on the second vCenter that will be assigned, but not attached, the error message is:

  "Rejected all 1 volumes because they are invalid or have no file accessible volume."

  AppVolumes Agent 2.9 is installed and shows as connected.

  Represent the two vCenters is [email protected] with full administrator rights.

  The debug log entry:

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUG Cvo: Assigning and attaching 1 volumes

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUG computer load (0.0ms) EXEC sp_executesql does SELECT TOP (1) [computers]. * [COMPUTERS] WHERE [computers]. [id] = 5'

  [2015-06-22 08:17:10 UTC] Charge of Snapvol P5740R2 DEBUG (0.0ms) EXEC sp_executesql does SELECT TOP (1) [snapvols]. * FROM [snapvols] WHERE [snapvols]. [id] = N"3" "

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUG (15.6ms) EXEC sp_executesql does SELECT COUNT (*) FROM [snapvol_members] WHERE [snapvol_members]. [target_id] = 5 AND [snapvol_members]. [target_type] = "computer" N AND [snapvol_members]. [snapvol_id] = 3'

  [2015-06-22 08:17:10 UTC] DEBUGGING SQL (15.6MS) BEGIN TRANSACTION P5740R2

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUGGING SQL (0.0ms) EXEC sp_executesql do INSERT INTO [snapvol_members] ([created_at], [mount_prefix], [persistent], [priority], [snapvol_id], [target_id], [target_type], [updated_at]) OUTPUT CAST (VALUES of COALESCE(INSERTED.id, @@IDENTITY, SCOPE_IDENTITY()) AS bigint) (@0, @1, @2, @3, @4, @5, @6, @7)', N'@0 datetime, @1 nvarchar (100) @2, @3 int, @4 int, @5 int, @6 nvarchar (255) , @7 datetime', @0 = "2015-06 - 22 T 08: 17:10.223', @1 = N", @2 = 1, @3 = 0, @4 = 3, @5 = 5, @6 = No Computer', @7 = "2015-06 - 22 T 08: 17:10.223' [['created_at', Monday, June 22, 2015 08:17:10 UTC + 00:00], ["mount_prefix"," "" "], 'permanent' (true) and ["priority", 0], ['snapvol_id', 3], ["target_id", 5], ['target_type', 'Computer'], ['updated_at', Monday, June 22, 2015 08:17:10 UTC + 00:00]]

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUGGING SQL (0.0ms) EXEC sp_executesql does UPDATE [computers] SET [assignment_count] = COALESCE ([assignment_count], 0) + 1 WHERE [computers]. [id] = 5; SELECT @@ROWCOUNT AS ' AffectedRows

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUG (0.0ms) EXEC sp_executesql is SELECT @@ROWCOUNT as AffectedRows'

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUGGING SQL (0.0ms) EXEC sp_executesql does UPDATE [snapvols] SET [assignment_count] = COALESCE ([assignment_count], 0) + 1 WHERE [snapvols]. [id] = 3; SELECT @@ROWCOUNT AS ' AffectedRows

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUG (0.0ms) EXEC sp_executesql is SELECT @@ROWCOUNT as AffectedRows'

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUGGING SQL (0.0MS) COMMIT TRANSACTION

  [2015-06-22 08:17:10 UTC] DEBUGGING SQL (0.0MS) BEGIN TRANSACTION P5740R2

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUGGING SQL (15.6ms) EXEC sp_executesql do INSERT INTO [log_records] ([admin_user_id], [created_at], [end_at], [extra], [IPAddress], [message], [pending_activity_id], [right], [source_id], [source_type], [target_id], [target_type], [uuid]) OUTPUT CAST (VALUES of COALESCE(INSERTED.id, @@IDENTITY, SCOPE_IDENTITY()) AS bigint) (@0, @1, @2, @3, @4, @5, @6, @7, @8, @9, @10, @11, @12)', N'@0 int , @1 datetime, @2 datetime, @3 nvarchar (255), @4 nvarchar (255), @5 nvarchar (max), @6 int, @7 nvarchar (255), @8 int, @9 nvarchar (255), @10 int, @11 nvarchar (255), @12 nvarchar (255) ', @0 = 3, @1 = ' 2015 - 06-22 T 08: 17:10.254 ', @2 = NULL, @3 = NULL, @4 = not 10.31.64.39', @5 = no Success ', @6 = NULL, @7 = only Assign', @8 = 5, @9 is no Computer ', @10 = 3, @11 is do Snapvol', @12 = NULL [['admin_user_id' 3]] [, ["created_at", Monday, June 22, 2015 08:17:10 UTC + 00:00], ["end_at", nothingness], ['extra', nil], ['ip_address', '10.31.64.39'], ['message', 'Success'], ['pending_activity_id', nothingness], ['reason', 'Assign'], ["source_id", 5], ["source_type', 'Computer'], ['target_id', 3], ['target_type', 'Snapvol'], ['uuid', nothingness]]

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUGGING SQL (0.0MS) COMMIT TRANSACTION

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUG load Machine (15.6ms) EXEC sp_executesql does SELECT TOP (1) [machines]. * [MACHINES] WHERE [machines]. [id] = 5'

  [2015-06-22 08:17:10 UTC] Charge of MachineManager P5740R2 DEBUG (0.0ms) EXEC sp_executesql does SELECT TOP (1) [machine_managers]. * FROM [machine_managers] WHERE [machine_managers]. [id] = 2'

  [2015-06-22 08:17:10 UTC] Charge of Credential P5740R2 DEBUG (0.0ms) EXEC sp_executesql does SELECT TOP (1) [powers]. * FROM [powers] WHERE [references]. [id] = 2'

  [2015-06-22 08:17:10 UTC] P5740R2 Cvo DEBUG: Using VCENTER2 credentials to create the vCenter adapter.

  [2015-06-22 08:17:10 UTC] P5740R2 Cvo DEBUG: Creating a new VcenterAdapter for # < Thread: 0x4fdc550 >

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUG Cvo: Caching "# < Cvo::Hypervisor:VcenterAdapter:0x4fd63b8 > ' under 'vcenter1004157590' of ' # < Thread: 0x4fdc550 >.

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUG RvSphere: Connect to VMware [email protected]@VCENTER2 (# < Thread: 0x4fdc550 >)

  [2015-06-22 08:17:10 UTC] RvSphere P5740R2 INFO: Connection to VMware successful [email protected]@VCENTER2 - 109ms has

  [2015-06-22 08:17:10 UTC] RvSphere P5740R2 DEBUG: Server: license "VMware vCenter Server 5.5.0 build-2646482": "VMware VirtualCenter Server.

  [2015-06-22 08:17:10 UTC] RvSphere P5740R2 DEBUG: Found 1 virtual machine (s) corresponding to InstanceUuid "5016c1be-46ee-5248-148a-023832868c87".

  [2015-06-22 08:17:10 UTC] Charge of Snapvol P5740R2 DEBUG (0.0ms) EXEC sp_executesql does SELECT TOP (1) [snapvols]. * FROM [snapvols] WHERE [snapvols]. [provision_uuid] = N "5016c1be-46ee-5248-148a-023832868c87" '

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUG (15.6ms) EXEC sp_executesql does SELECT COUNT (*) FROM [snapvol_attachments] WHERE (uuid = N "5016c1be-46ee-5248-148a-023832868c87" AND (source_id! 5 GOLD source_type =! = "computer" N))'

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUG OperatingSystem load (0.0ms) EXEC sp_executesql does SELECT TOP (1) [operating_systems]. * FROM [operating_systems] WHERE [operating_systems]. [major_version] = N "6" AND [operating_systems]. [minor_version] = N "1" AND [operating_systems]. [product_type] = 1 AND [operating_systems]. [proc_arch] = 9'

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUG (15.6ms) EXEC sp_executesql does SELECT COUNT (*) FROM [snapvol_operating_systems] WHERE [snapvol_operating_systems]. [snapvol_id] = 3'

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUG (0.0ms) EXEC sp_executesql does SELECT COUNT (*) FROM [snapvol_operating_systems] WHERE [snapvol_operating_systems]. [snapvol_id] = 3 AND [snapvol_operating_systems]. [operating_system_id] = 6'

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUG (15.6ms) EXEC sp_executesql does SELECT COUNT (*) FROM [snapvols] WHERE [snapvols]. [provision_uuid] = N "5016c1be-46ee-5248-148a-023832868c87" '

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUG (0.0ms) EXEC sp_executesql does SELECT COUNT (*) [COMPUTERS] WHERE [computers]. [is_server] = 0 AND (disabled_at IS NULL) AND (computers.mount_count > 0) AND (created_at < = "20150622 08:17:10.535")'

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUG (0.0ms) EXEC sp_executesql does SELECT COUNT (DISTINCT [computers]. [ID]) [COMPUTERS] INNER JOIN [snapvol_attachments] ON [snapvol_attachments]. [source_id] = [computers]. [id] AND [snapvol_attachments]. [source_type] = N "computer" WHERE [computers]. [is_server] = 0 AND [snapvol_attachments]. [source_type] = "computer"'

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUG (0.0ms) EXEC sp_executesql does SELECT COUNT (*) FROM [snapvol_attachments] WHERE [snapvol_attachments]. [source_id] = 5 AND [snapvol_attachments]. [source_type] = N "computer"'

  [2015-06-22 08:17:10 UTC] INFO P5740R2 Cvo: Mounting of volumes for "computer < DOMAIN\MACHINE$ >" to "computer < DOMAIN\MACHINE$ >" on the "Windows Desktop operating system.

  [2015-06-22 08:17:10 UTC] P5740R2 Cvo DEBUG: Using VCENTER2 credentials to create the vCenter adapter.

  [2015-06-22 08:17:10 UTC] P5740R2 Cvo DEBUG: Creating a new VcenterAdapter for # < Thread: 0x4fdc550 >

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUG Cvo: Caching "# < Cvo::Hypervisor:VcenterAdapter:0x5034ea0 > ' under 'vcenter1004157590' of ' # < Thread: 0x4fdc550 >.

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUG RvSphere: Connect to VMware [email protected]@VCENTER2 (# < Thread: 0x4fdc550 >)

  [2015-06-22 08:17:10 UTC] RvSphere P5740R2 INFO: Successful [email protected]@VCENTER2 - Took 94ms VMware connection

  [2015-06-22 08:17:10 UTC] RvSphere P5740R2 DEBUG: Server: license "VMware vCenter Server 5.5.0 build-2646482": "VMware VirtualCenter Server.

  [2015-06-22 08:17:10 UTC] RvSphere P5740R2 DEBUG: Found 1 virtual machine (s) corresponding to InstanceUuid "5016c1be-46ee-5248-148a-023832868c87".

  [2015-06-22 08:17:10 UTC] P5740R2 DEBUGGING SQL (0.0ms) EXEC sp_executesql do SELECT [storage_locations]. [id] OF [storage_locations] WHERE [storage_locations]. [name] (N "S_BSAG_ESX_TRANS_B_001", N "are-esx-c104_local", N "E_BSAG_CLT_G_001", N "E_BSAG_CLT_G_002", N "E_BSAG_CLT_G_003", N "E_BSAG_CLT_G_004", N "E_BSAG_CLT_G_005", N "E_BSAG_CLT_G_006", "E_BSAG_CLT_G_007", "E_BSAG_CLT_S_001", N N N "E_BSAG_CLT_S_002" N "E_BSAG_CLT_B_001") (, N "E_BSAG_EXT_CL1_LIV_S_002") AND [storage_locations]. [machine_manager_id] = 2'

  [2015-06-22 08:17:10 UTC] Charge of SnapvolFile P5740R2 DEBUG (0.0ms) EXEC sp_executesql does SELECT TOP (1) [snapvol_files]. * FROM [snapvol_files] WHERE [snapvol_files]. [snapvol_id] = 3 AND [snapvol_files]. [missing] = 0 AND [snapvol_files]. [accessible] = 1 AND [snapvol_files]. [storage_location_id] (29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 45) ORDER BY attachment_count CSA, created_at DESC'

  [2015-06-22 08:17:10 UTC] P5740R2 Cvo ERROR: Rejected all volumes 1, because they are invalid or have no accessible volume file

  [2015-06-22 08:17:11 UTC] DEBUGGING SQL (0.0MS) BEGIN TRANSACTION P5740R2

  [2015-06-22 08:17:11 UTC] "P5740R2 DEBUGGING SQL (15.6ms) EXEC sp_executesql do INSERT INTO [system_messages] ([created_at], [message_key], [message_time], [message_value], [more]) OUTPUT CAST (COALESCE(INSERTED.id, @@IDENTITY, SCOPE_IDENTITY()) AS bigint VALUES) (@0, @1, @2, @3, @4)', N'@0 datetime, @1 nvarchar (255), @2 datetime, @3 nvarchar (max), @4 nvarchar (max) ', @0 = ' 2015 - 06-22 T 08: 17:11.003', @1 = NULL, @2 = ' 2015 - 06-22 T 08: 17:11.003', @3 = Rejected 1 all volumes because they are invalid or have no file accessible volume" , @4 = NULL [['created_at', Monday, June 22, 2015 08:17:11 UTC + 00:00], ["message_key", nil], ["message_time", Monday, June 22, 2015 08:17:11 UTC + 00:00], ['message_value', "rejected all 1 volumes because they are invalid or have no file accessible volume"], ["more", nil]]

  [2015-06-22 08:17:11 UTC] P5740R2 DEBUGGING SQL (0.0MS) COMMIT TRANSACTION

  [2015-06-22 08:17:11 UTC] P5740R2 Cvo INFO: Attached or 0 volumes for "computer <$ DOMAIN\MACHINE >.

  [2015-06-22 08:17:11 UTC] P5740R2 DEBUG Cvo: Rejecting temporary maps under "temporary # < Thread: 0x4fdc550 > ' reserved ' # < Thread: 0x4fdc550 >.

  [2015-06-22 08:17:11 UTC] P5740R2 DEBUG Cvo: Releasing 3 adapters to 2 pools reserved for "# < Thread: 0x4fdc550 >.

  [2015-06-22 08:17:11 UTC] P5740R2 Cvo DEBUG: There are now 2 pools with 3 items total

  [2015-06-22 08:17:11 UTC] P5740R2 DEBUG loaded during this application session? true

  [2015-06-22 08:17:11 UTC] P5740R2 DEBUG time make garbage collection this request: 0.187ms

  [2015-06-22 08:17:11 UTC] P5740R2 INFO completed 200 OK in 1107.7ms (views: 0.0ms |) ActiveRecord: 171.6ms)

  Can someone help here?

  Kind regards

  Stephan

  If you use two vCenters, you must make sure that you select data warehouses in the two vCenters. In this case, you probably have the location configured by default, but you also have to do an import by selecting the same shared on the other vCenter data store. If you look at the locations under a specific appstack, it should list on the vCenter (s) with what storage they use. If it's that nothing revealed to vCenter2, you will need to do an import from a data store available on the vCenter. Maybe it's the same exact data store you use on vCenter1, but it must be imported under vCenter2.

  I hope that makes sense. Essentially because the AppVolumes sends the vCenter controls, there is no way to AppVolumes send a command to vCenter2 for storage that exists on vCenter1, so you see the following line:

  [2015-06-22 08:17:10 UTC] P5740R2 Cvo ERROR: Rejected all volumes 1, because they are invalid or have no accessible volume file

• Is it possible to assign the CD to an iso on a VMFS volume?

  Is there a way to report the CD to an iso on a VMFS volume?  Use of the CD player over a WAN is incredibly slow.  I don't see a way to do within the VI Client without installing a fist NAS VM on the remote server and then download the iso to it.

  Yes - its an in the VI Client - its labeled "use the ISO data store file" option under CD Rom settings for the virtual machine.

  -Matt

• change the tempo of the track volume automation

  brand new GB11 user. open new song in loops. probably screwed up by setting don't not bpm to 75 at this time since I would be slipping into 75bpm titles. After slipping into 5 tracks of instruments, I used the track volume automation to them fade in and out (using points as I call them). When I closed GB11 he asked if I wanted to save, and I did. When I reopened it tracks were not aligned the same, nor the volume automation curve track (all were stretched August and longer than when I closed it). I was able to redo tracks tempo and align the, but my auto track volume curve remained tense. so, fades correspond no more.  is it possible to assign to this curve 75bpm or do I have to go back and manually make them all again? Thank you!

  You have 'Curved Automation to areas Lock' enabled in the menu 'control '?  If this isn't the case, activate this flag before moving areas. It is probably too late now, after you have moved the regions.

• Assign pedal for only some sounds in a patch?

  I'm a newbie on MainStage 3, and I ran everywhere I can not solve a problem on many patches that I am programming.

  I would assign my pedal to some sounds in a patch, but not others.  (For example, I want to support to the sounds of piano, carpet and string in a patch, but not for a sound of arp in the same patch.) How would I go to do this?  (A lot of searching through forums/YouTube tutorials has not yet found the solution of it.)

  Thanks for any help you can give!

  In edit mode, click on the channel strip for the sound you don't want to respond to the sustain pedal.

  Then, in the Inspector of channel (down to the center of the screen), click the input tab MIDI.

  On the left side, you will see a list of check boxes labeled "filter". Select the item of "pedal of Sustain (64) ' in this list, and the synth assigned to this channel strip no longer meets the sustain pedal.

  I use this feature a lot in my plots of control meets various controllers synths. For example, I often will filter the controller "Expression (11)" so it does not affect the piano sounds (because the volume of this noise is controlled by the speed), but it affects organ or horns or other.

• Re: Qosmio F60 - how to make the volume buttons to only work with Media Player?

  Hello.

  I was wondering if I could make the Volume up and Volume down button keys compatible with my AIMP3 Media Player software.

  I tried to press on them, only to realize the right controls the overall volume of Windows.
  I tried the assignment of the keys to the keyboard shortcut list in the software. But he continued to play with the volume of Windows.

  No idea how to fix this to make it work with my Player volume only?

  My OS is Windows 7 64 bit

  Thanks in advance.

  > No idea how to fix this to make it work with my Player volume only?
  AFAIK you cannot fix it. These buttons are for the Windows level volume only.
  But I don't see why it is so important. Set the volume level in WMP to the maximum level and simply change the level of Windows. In General, the result is the same. Or not?

• Volume on HP Pavilion G series computer laptop keys

  How to disable the volume (f8, f9 and f10) keys? Our son starts to turn the volume up to max! I guess if we disable the keys, we can adjust the volume via the control panel.

  Hello

  The function of these keys is installed by the Audio driver, so there is no real way to turn them off, but you can change a setting in the bios, called "Action keys Mode".  If you set this to off, you must then use the fn in combination with the key f key to assign the volume etc..

  To make this change, stop the laptop.  Tap away at f10 that you start the laptop to enter the bios menu and then make the change appears in the document at the link below.

  http://support.HP.com/us-en/document/c02035108

  Kind regards

  DP - K

• Volume wheel works but types the letter 'c' when used - Satellite A300-16I

  As the topic title says, the volume on my A300-16I wheel works as expected, the increase and decrease of the volume with side effect, irritating and unusual type the letter 'c' while turning.

  It's quite embarrassing because most media players have a function attributed to this key and it is now triggered whenever I change the volume. It happens very regularly (which leads me to suspect that it is not associated with driver/software), but more than enough to be a nuisance.
  Winamp is suspended, GOM player accelerates videos and my emails get c interspersed in them.

  Does anyone know how and why this happens and how it can be fixed?

  > After quickly turn the wheel back and forth for a few seconds the letter 'c' stopped appearing in Notepad (while the notebook was of course) and it is not yet arrived since then

  Thanks for this info! Maybe something assigned to the use of the volume knob but it s great to hear everything is working again.

• Satellite A100 - very low speaker volume

  Hello

  Recently, the volume of my speaker has been very low - barely audible.
  The speakers are Realtek High definition.

  The volume is set at 100%. I checked the properties of reading, recording and sounds and they all work very well.
  The problem occurs if I play CDs, videos online or applications such as RealPlayer - anything really.

  Any advice would be much appreciated.

  Thank you

  Gary

  Hello

  I guess you are which means that the sound card (it s Realtek High definition) and not speakers ;)
  However, have you checked the settings in the control panel-> Manager Realtek HD?

  Do it! There are a lot of different parameters that control the quality of the sound and there you can assign different audio effects

  I think you should check this certainly!