SQL Server processor

• Database (field BDDNAM)

Nom de la base de données

• Version (field VER)

Numéro de version de la base de données

• field VERDES

Description de la version de la base de données

• ID of process (field SPID)

Identifier for the process in the database

• Connection user (field LOGNAM)

Name of the database user

• Database (field DBNAM)

Nom de la base de données

• Connection date (field LOGDAT)

Connection date

• field LOGHOU

Connection time

• Status (field STA)

Status of the connection

• Application (field APP)

Program in the process of execution.

• field CMD

Command actually executed

• Last execution (field LASDAT)

Date of the last execution for an SQL instruction on the connection

• field LASHOU

Time of the last execution for an SQL instruction on the connection

• Host machine (field MAC)

Name or the computer or the machine (defined by the operating system) from which the user is connected.

• Process host (field OSPRO)

Identifier for the process on the machine (defined by the operating system).

• CPU (field CPU)

Total UC time for the execution of the process

• Memory (field MEMUSE)

Number of cache pages for the procedures actually allocated to the processes. A negative number indicates that the process liberates the memory allocated to another process.

• Phys IO (field PHYIO)

Total number of write and read operations on the disk for the process.

• ID of blocking process (field BLOCKID)

Identifier for the blocking process

• Filter process (field FLT)

Used to restrict or not the list of processes.

It is possible to display

• The processes on the current folder (by default)
• All the database processes (all the folders)

• field FILLER0

• Sort of processes (field TRI)

Used to sort the list of processes. There is the possibility to specify the sense of the sort.

• Sign (field TYPTRI)

• ID of process (field SPID)

Identifier for the process in the database

• Database (field DBNAM)

Nom de la base de données

• User (field LOGNAM)

Name of the database user

• Host machine (field MAC)

Name or the computer or the machine (defined by the operating system) from which the user is connected.

• Owner (field OBJOWN)

Owner of the object currently being locked.

• Object (field OBJNAM)

Name of the object or the transaction currently being locked.

• Index (field INDNAM)

Nom de l'index en cours de verrouillage.

• Type (field TYPLCK)

Locked resource type.

Possible values:

 1. NUL = NULL resource (not used).
 2. DB  = Database.
 3. FIL = File.
 4. IDX = Index/Object.
 5. TAB = Table.
 6. PAG = Page.
 7. KEY = Key.
 8. EXT = Extension.
 9. RID = RID (Line ID).
10. APP = Application.
11. MD  = METADATA.
12. HBT = HOBT.
13. AU  = ALLOCATION_UNIT.

• Resource (field RES)

Textual description of a locking resource

• Method (field MODE)

Locking request method. This column corresponds to the locking method of the requestor and represents the method granted, the conversion method or the pending method.

Possible values:

0 = NULL. No access is accorded to the resource. Serves as reserved space.
1 = Sch-S (Stability of the structure). Guarantees that the element of a structure, such as a table or an index, is not deleted when a session containing a structure stability lock on the structure element.
2 = Sch-M (Modification of the structure). Must contained by all sessions destined to be modify the structure of the specified resource. Guarantee that no other session makes reference to the indicated object.
3 = S (Shared). The session maintaining the lock can have a shared access to the resource.
4 = U (Update). Indicates that an update lock has been set on the resources that can finally be updated. Used to avoid current blocking forms that arise when several sessions lock the resources for any potential update.
5 = X (Exclusive). The session maintaining the lock can have a exclusive access to the resource.
6 = IS (Shared intent). Indicates the intention to place the S lock on certain sub-ordinate resources in the locking hierarchy.
7 = IU (Update intent). Indicates the intention to place the U lock on certain sub-ordinate resources in the locking hierarchy.
8 = IX (Exclusive intent). Indicates the intention to place the X lock on certain sub-ordinate resources in the locking hierarchy.
9 = SIU (Update of the Shared intent locks). Signals the shared access to a resource with the goal of setting the update locks on the sub-ordinate resources in the locking hierarchy.
10 = SIX (Exclusive Share intent). Signals the shared access to a resource with the goal of setting the exclusive locks on the sub-ordinate resources in the locking hierarchy.
11 = UIX (Exclusive Update intent). Signals an update lock on a resource with the goal of setting exclusive locks on the sub-ordinate resources in the locking hierarchy.
12 = BU. Used by the operations by block.
13 = RangeS_S (shared keys lock and shared resource lock). Indicates an analysis by range.
14 = RangeS_U(shared keys lock and resource update lock). Indicates an update by range.
15 = RangeI_N (extended key insertion lock and NULL resource lock). Used to test the extensions before the insertion of a new key in an index.
16 = RangeI_S. Key conversion lock, created by a superposition of the RangeI_N and S locks.
17 = RangeI_U. Key conversion lock, created by a superposition of the RangeI_N and U locks.
18 = RangeI_X. Key conversion lock, created by a superposition of the RangeI_N and X locks.
18 = RangeX_S. Key conversion lock, created by a superposition of the RangeI_N and RangeS_S locks.
20 = RangeX_U. Key conversion lock, created by a superposition of the RangeI_N and RangeS_U locks.
21 = RangeX_X (Exclusive resource lock, exclusive extended). Conversion lock used when the update of a key is expected.

• Lock status (field LCKSTA)

Status of the locking request.

Possible values:

1 = Granted
2 = In conversion
3 = Pending

• Delay of SPID (field WAIT)

Identifier for the blocking process