Statements and parameters for CONFIGxx

CHP    {xx      }[,ONLINE            ][,STATIC ]
       {(xx-xx) }[                   ][,MANAGED]
       {(ALL,id)}[{,OFFLINE}[,UNCOND]]
       {(list)  }[          [,FORCE]] 

• xx is one or two hexadecimal digits that identify the channel path identifiers and indicate the different combinations of channel paths.
• ALL,id specifies all channel paths on the side that is identified by the side identifier (id), which can be either 0 or 1. Use CHP ALL,id only when your system is able to be partitioned.
• list can be any combination of the elements (except ALL,id) separated by a comma. The list must be enclosed in parentheses.
• STATIC indicates that the channel path was statically defined to control units in the channel subsystem. (Used for verification only.)
• MANAGED indicates that the channel path was defined to be managed among control units in the channel subsystem. (Used for verification only.)
• OFFLINE,FORCE
  CAUTION:
  FORCE is a very powerful option. See the CONFIG command in z/OS MVS System Commands.

CHP (0,3-5,10,12-15)

For information about generating CONFIGxx statements through the z/OS® Hardware Configuration Definition (HCD), see z/OS HCD User's Guide.

{CORE } {(x,x[,x]...)} [,ONLINE  [,OFFLINE] [,{STANDARD | ZAAP | ZIIP | ANY}] ]

• x is a hexadecimal value that specifies the address of the core.
• STANDARD indicates that the core specified to be brought online or offline is expected to be a standard (general purpose) core.
• ZAAP indicates that the core specified to be brought online or offline is expected to be a System z® Application Assist Processor (zAAP) core.
• ZIIP indicates that the core specified to be brought online or offline is expected to be a System z Integrated Information Processor (zIIP) core.
• ANY indicates that the core specified to be brought online or offline can be any type of core.

{CPU  }{(x)         } [,ONLINE  [,{STANDARD | ZAAP | ZIIP | ANY}] ]
{CPUAD}{(x,x[,x]...)} [,OFFLINE [,{STANDARD | ZAAP | ZIIP | ANY}] ]

• x is a hexadecimal value that specifies the address of the processor.
• STANDARD indicates that the processor specified to be brought online or offline is expected to be a standard (general purpose) processor.
• ZAAP indicates that the processor specified to be brought online or offline is expected to be a System z Application Assist Processor (zAAP).
• ZIIP indicates that the processor specified to be brought online or offline is expected to be a System z Integrated Information Processor (zIIP).
• ANY indicates that the processor specified to be brought online or offline can be any type of processor.

CPU (2),ONLINE

{DEV   } {dev    } [,xx    ] [,ONLINE ]
{DEVICE} {dev-dev} [,(list)] [,OFFLINE]
         {(list) } [,*     ]          

• dev specifies the device number and reflects the different combinations of devices. Each dev is 1 to 4 hexadecimal digits, optionally preceded by a slash (/).
• list can be any combination of the elements that are separated by a comma. The list must be enclosed in parentheses.
• xx specifies the channel paths to be used to access the devices.
• * is used to verify that at least one channel path is online and can access the devices, regardless of which channel path it is.

For information about generating CONFIGxx statements through the z/OS Hardware Configuration Definition (HCD), see z/OS HCD User's Guide

ESTOR  {(E=id)       } [,ONLINE ]
       {(ddddM-ddddM)} [,OFFLINE]

• id is the identifier of a storage element. The identifier can be one to four hexadecimal digits from X'0000' to X'FFFF'.
• dddd is one to four decimal digits that must be a multiple of 4, followed by an M (megabytes), and cannot exceed a value of 4095. These values are the starting and ending addresses of the section of storage to be verified. You can specify only one range. The starting and ending address must not be the same.

ESTOR(E=03),ONLINE

ESTOR (0M-64M),ONLINE

PFID   {(xx)   }[,ONLINE|ON            ]
       {(aa-bb)}[,{OFFLINE|OFF}[,FORCE]]
       {(list) }

• xx is a single PFID. The PFID can have a hexadecimal value from 0 to X'FF'.
• aa-bb is a range of PFIDs. The starting and ending PFIDs can have values from 0 to X'FF'.
• list is one or more single PFIDs, ranges of PFIDs, or a combination of single PFIDs and ranges of PFIDs.
• ONLINE or ON brings the specified PFID or PFIDs online.
• OFFLINE or OFF takes the specified PFID or PFIDs offline.
• OFFLINE,FORCE
  CAUTION:
  FORCE is a very powerful option. See the CONFIG command in z/OS MVS System Commands.

For information about generating CONFIGxx statements through the z/OS Hardware Configuration Definition (HCD), see z/OS HCD User's Guide.

{STOR   } {dddddddK-dddddddK} [,ONLINE ]
{STORAGE} {xxxxxxxxxxxxxxxx-xxxxxxxxxxxxxxxx} [,OFFLINE]
          {dddddX-dddddX    }
          {(E=id)           }
          {(list)           } 

• ddddddd is one to seven decimal digits, followed by a K, which are the starting and ending addresses of the section, and cannot exceed a value of 4194303. Each address represents a multiple of 1024 bytes. If necessary, the system rounds the low address down to the next lower 4 K boundary. (This rounding is done to begin and end a section of storage on a 4 K boundary.) The system does not reconfigure a section of storage (in response to a CONFIG command) when the section is specified in this manner.
• xxxxxxxxxxxxxxxx is one to sixteen hexadecimal digits that address the first and last bytes of the section. If necessary, the system rounds the low address down to the next lower 4 K boundary. (This rounding is done to begin and end a section of storage on a 4 K boundary.) The system does not reconfigure a section of storage (in response to a CONFIG command) when the section is specified in this manner.
  Note: You can insert underscores in hexadecimal specifications to make them easier to read. Underscores are ignored during processing, and do not count towards the number of digits that are used for the address.
• ddddd is one to five decimal digits, followed by a multiplier, which are starting and ending addresses of the section, and cannot exceed a value of 16383. The valid multipliers are:

  M

  Megabytes (2**20 bytes)

  G

  Gigabytes (2**30 bytes)

  T

  Terabytes (2**40 bytes)

  P

  Petabytes (2**50 bytes)

  The starting and ending addresses must not be the same.
  Note: You can also specify the addresses in explicit hexadecimal notation (X'xxxxx') followed by a multiplier.
• E=id specifies a storage element that is identified by the storage element identifier (ID), which is one hexadecimal digit.
• list can be any combination of the elements (except E=id) separated by a comma. The list must be enclosed in parentheses.

STOR 8192K-32768K,ONLINE

SWITCH    {(ssss[,pp[-pp]])},DCM|,NODCM
          {ALL             } 

• ssss is the device number of the switch device to be verified.
• pp[-pp] is the port number or port number list.
• ALL specifies all switch devices.
• DCM specifies that Dynamic Channel Path Management is allowed for the subject port.
• NODCM specifies that Dynamic Channel Path Management is not allowed for the subject port.

For information about generating CONFIGxx statements through the z/OS Hardware Configuration Definition (HCD), see z/OS HCD User's Guide.

{VOL   } {v    }
{VOLUME} {v=dev}
{list  }

• v is the volume name.
• dev is the device number and is 1 to 4 hexadecimal digits, optionally preceded by a slash (/). Any digit can be replaced with an X to indicate that the value of that digit is not important. The X and the hexadecimal numbers A, B, C, D, E, and F must be in uppercase.
• list can be any combination of the elements separated by a comma.

VOL PAGE1,P00045=3X5