HP NonStop TMF Reference Manual Abstract This manual describes how to use the TMFCOM command interface to the HP NonStop™ Transaction Management Facility (TMF). This manual includes command syntax, semantics, and examples, and is intended for system managers and operators. It covers the features and operations available with the TMF 3.3 product. Product Version TMF H01 Supported Releases This publication supports H06.
Document History Part Number Product Version Published 540138-001 TMF H01 July 2005 540138-002 TMF H01 February 2006
HP NonStop TMF Reference Manual Index Figures Tables What’s New in This Manual vii Manual Information vii New and Changed Information viii About This Manual xi Who Should Read This Manual xi How This Manual Is Organized xi TMF Documentation xii Other Documentation xiii Notation Conventions xiv 1. Introduction to TMF About TMF 1-1 TMF Objects 1-2 TMFCOM Command Interpreter 1-4 2.
3. TMFCOM Commands Contents 3.
3. TMFCOM Commands (continued) Contents 3.
3. TMFCOM Commands (continued) Contents 3. TMFCOM Commands (continued) SHOW DATAVOLS 3-282 SHOW DUMPS 3-284 SHOW TAPEMEDIA 3-286 START TMF 3-288 STATUS AUDITDUMP 3-291 STATUS AUDITTRAIL 3-293 STATUS BEGINTRANS 3-303 STATUS CATALOG 3-304 STATUS DATAVOLS 3-305 STATUS OPERATIONS 3-311 STATUS RESOURCEMANAGER 3-317 STATUS SERVER 3-324 STATUS TMF 3-326 STATUS TRANSACTIONS 3-334 STOP TMF 3-345 VOLUME 3-349 ! 3-351 ? 3-354 4.
A. TMFCOM Messages Contents A. TMFCOM Messages TMFCOM Message Overview A-1 Other Messages A-4 Error Information and Failure Data Capture TMFCOM Message Details A-5 A-4 B. TMFCOM Command Reference Summary C. TMF Configuration Limits and Defaults Index Figures Figure 3-1. Figure 3-2. TMFCOM and TMFSERVE Processes 3-226 TMFSERVE on a Remote Node 3-228 Tables Table 1-1. Table 3-1. Table 3-2. Table 3-3. Table 3-4. Table 3-5. Table 3-6. Table 3-7. Table 3-8. Table 3-9. Table 3-10. Table 3-11. Table 3-12.
Tables (continued) Contents Tables (continued) Table 3-21. Table 3-22. Table 3-23. Table 3-24. Table 3-25. Table 3-26. Table 3-27. Table C-1. Table C-2. Table C-3. Table C-4. Table C-5. Table C-6. Table C-7.
What’s New in This Manual Manual Information HP NonStop TMF Reference Manual Abstract This manual describes how to use the TMFCOM command interface to the HP NonStop™ Transaction Management Facility (TMF). This manual includes command syntax, semantics, and examples, and is intended for system managers and operators. It covers the features and operations available with the TMF 3.3 product. Product Version TMF H01 Supported Releases This publication supports H06.
New and Changed Information What’s New in This Manual New and Changed Information This edition of this manual describes the features and operations provided by the TMF 3.3 product, now available with RVU H06.05. This edition also incorporates the previously published document, TMF Supplement for Large Audit-Trail Files.
New and Changed Information What’s New in This Manual RESET TRANSACTIONPROTOCOL, GOREMOTE, RESET GOREMOTE, PIOBUFFER, RESET PIOBUFFER, TMPWAITTIMER, and RESET TMPWAITTIMER. Finally, this discussion presents new command examples. ° DUMP FILES introduces the new and NOT specifiers that each identify an Edit-format or C-data file that contains one or more file-name patterns. These patterns, in turn, designate files to be dumped (or not dumped) to tape or disk.
What’s New in This Manual • • • New and Changed Information ° STATUS AUDITTRAIL explains the COMMITHOLD field that provides information about the commit-hold feature for audit trails, and revises the REASON field to include an entry related to the RDF environment. This discussion also presents new command examples.
About This Manual This manual describes the syntax and semantics of all TMFCOM commands for using the HP NonStop™ Transaction Management Facility (TMF) on HP NonStop servers.
TMF Documentation About This Manual Appendix B, TMFCOM Command Reference Summary, shows the TMFCOM command syntax, extracted from the command descriptions in Section 3 and presented in summarized form. Appendix C, TMF Configuration Limits and Defaults, lists the operational limits on parameters used by TMF.
Other Documentation About This Manual • • TMF Application Programmer’s Guide Read this guide for information about how to design requester and server modules to run in the TMF programming environment. Also read it for information about a set of procedures that can help in examining the content of TMF audit trails. TMF Management Programming Manual Read this manual for information about how to use the Subsystem Programmatic Interface (SPI) to communicate programmatically with the TMF software.
Notation Conventions About This Manual Notation Conventions Hypertext Links Blue underline is used to indicate a hypertext link within text. By clicking a passage of text with a blue underline, you are taken to the location described. For example: This requirement is described under Backup DAM Volumes and Physical Disk Drives on page 3-2. General Syntax Notation The following list summarizes the notation conventions for syntax presentation in this manual. UPPERCASE LETTERS.
General Syntax Notation About This Manual | Vertical Line. A vertical line separates alternatives in a horizontal list that is enclosed in brackets or braces. For example: INSPECT { OFF | ON | SAVEABEND } … Ellipsis. An ellipsis immediately following a pair of brackets or braces indicates that you can repeat the enclosed sequence of syntax items any number of times. For example: M address-1 [ , new-value ]... [ - ] {0|1|2|3|4|5|6|7|8|9}...
Notation for Messages About This Manual Notation for Messages The following list summarizes the notation conventions for the presentation of displayed messages in this manual. Nonitalic text. Nonitalic letters, numbers, and punctuation indicate text that is displayed or returned exactly as shown. For example: Backup Up. lowercase italic letters. Lowercase italic letters indicate variable items whose values are displayed or returned. For example: p-register process-name [ ] Brackets.
Change Bar Notation About This Manual Change Bar Notation Change bars are used to indicate substantive differences between this edition of the manual and the preceding edition. Change bars are vertical rules placed in the right margin of changed portions of text, figures, tables, examples, and so on. Change bars highlight new or revised information. For example: The message types specified in the REPORT clause are different in the HP COBOL environment and the Common Run-Time Environment (CRE).
Change Bar Notation About This Manual HP NonStop TMF Reference Manual—540138-002 xviii
1 Introduction to TMF TMF protects databases in a wide variety of environments, servicing online transaction processing (OLTP), online query processing (OLQP), batch processing, and decisionsupport systems.
TMF Objects Introduction to TMF TMF Objects You manage and operate TMF, and control your TMF environment, by issuing commands that create, alter, delete, and return information about various TMF objects. These objects, listed in Table 1-1, include such items as dumps, files, processes, and TMF itself. Table 1-1.
TMF Objects Introduction to TMF Table 1-1. TMF Objects (page 2 of 2) Object Object Keyword Description Resource Manager RESOURCEMANAGER A representation of anything that contains data, such as a database or a queue. TMF uses a resource manager facility that is a collection of routines that enables cooperation between different transaction management systems running on different platforms, used to support heterogeneous transaction processing. Tape media TAPEMEDIA A tape volume known to TMF.
TMFCOM Command Interpreter Introduction to TMF TMFCOM Command Interpreter As a system manager or operator, you operate on TMF objects by issuing commands through the TMFCOM command interpreter. Within TMF, the commands are received by the TMFSERVE server process, which either operates on the objects itself or passes necessary requests to other peer processes through a programmatic messaging system. TMFCOM and TMFSERVE interact in a common client-server relationship.
2 Using TMFCOM TMFCOM allows you to enter commands that initiate communication with TMF, request various TMF operations, and terminate communication with TMF. This section explains how to use TMFCOM, discussing the following topics: Topic Page Running TMFCOM 2-1 Entering TMFCOM Commands 2-6 Directing Output to an Alternate Destination 2-8 Using Partially Qualified File Names 2-9 Requesting Online Help 2-10 Caution.
Using TMFCOM Interactively Using TMFCOM input source−usually the workstation or terminal from which you issue the TMFCOM command. OUT output-file specifies a file to which TMFCOM output (other than prompts for entering TMFCOM commands) is to be written. This file, for example, might receive listings requested by INFO, SHOW, or STATUS commands. It might also receive TMFCOM commands generated by the OBEYFORM option as described in .Section 3, TMFCOM Commands Note.
Using TMFCOM Interactively Using TMFCOM TMFCOM replies with version information and a prompt for input: TMFCOM - T8652H01 - (01FEB2006 - TMF) (C) 2005 Hewlett-Packard Development Company, L.P. TMF 1> “TMF 1>” is the TMFCOM input prompt, which tells you that TMFCOM is ready to accept your first command. When you enter this command, TMFCOM processes it and displays another input prompt for your next command.
Using TMFCOM Noninteractively Using TMFCOM • If you press BREAK while TMFCOM is reading a continued line of a partially entered multiline command, TMFCOM does not interpret this command and prompts you instead for a new command. Note. On your workstation or terminal keyboard, the BREAK key might not actually be labeled “BREAK.” All keyboards, however, have some key or combination of keys that perform the BREAK operation. Before using TMFCOM, determine how this operation is selected on your keyboard.
Using TMFCOM From a Command File Using TMFCOM If any command on the line fails, TMFCOM reports the error and terminates without executing any of the subsequent commands. Using TMFCOM From a Command File TMFCOM can also read commands from an input file known as a command file. A command file is simply a text file that contains the TMFCOM commands you want to execute, which you prepare using your standard text editor.
Entering TMFCOM Commands Using TMFCOM Entering TMFCOM Commands As you enter TMFCOM commands, you can: • • • Include comments in command lines. Continue a single command over multiple lines. Enter multiple commands on a single line. Caution. The previous version of TMFCOM, now named TMFCOM1, allowed some syntax errors, usually spaces in file names. These syntax errors are detected by the latest version of TMFCOM covered by this manual and may cause errors in OBEY FILES or TACL scripts.
Continuing Commands on Multiple Lines Using TMFCOM Continuing Commands on Multiple Lines You can continue a single TMFCOM command over two or more lines. For example, you must do this when a command contains too many parameters to fit into one 2048character line (as sometimes occurs in OBEY command files). In other cases, lengthy comments on a command line force the text onto one or more additional lines.
Directing Output to an Alternate Destination Using TMFCOM If you include a command that requires an answer to a confirming question (such as ABORT TRANSACTION) before TMFCOM processes that command further, and you respond with NO or STOP, the current command is discontinued, and the next command is executed. After all the commands are executed, TMFCOM takes one of the following actions: • • If TMFCOM is running interactively, it prompts you for another command.
Using Partially Qualified File Names Using TMFCOM • If you omit \node,volume, or subvolume, the default is your current node, volume, or subvolume, respectively. If you omit the OUT option, the device from which you enter the TMFCOM command receives the output. As an illustration of the OUT option, to direct the output from a STATUS TMF command to a disk file named $OPS.STATUS.TMF, you enter the following command: TMF 25> STATUS /OUT $OPS.STATUS.
Requesting Online Help Using TMFCOM Requesting Online Help You can request online help to remember TMFCOM command names and syntax. This assistance is available through the HELP command, which can display: • • • A list of the TMFCOM commands associated with a specific keyword, such as ADD, ALTER, INFO, or SET The syntax diagram for a specific TMFCOM command A list of all TMFCOM commands Note. The HELP command output only shows commands and options available with the currently opened TMFSERVE process.
Requesting Online Help Using TMFCOM To obtain the syntax diagram for a specific TMFCOM command, enter the HELP command followed by the TMFCOM command that you want information about. To obtain the syntax for the ADD AUDITTRAIL command, for example, enter: TMF 43> HELP ADD AUDITTRAIL TMFCOM responds by displaying: ------------------------------------------------------------| | | ADD AUDITTRAIL Command | | | | Adds one or more audit trails to the TMF configuration.| | | | Security: super user group member.
Requesting Online Help Using TMFCOM To list all TMFCOM commands, enter the HELP command followed by the keyword ALL: TMF 44> HELP ALL TMFCOM responds by listing all TMFCOM commands in alphabetical order. -----------------------------------------------------------| ABORT TRANSACTION | | ADD AUDITTRAIL | | ADD DATAVOLS | | ADD DUMPS | | ADD RESOURCEMANAGER | | ADD TAPEMEDIA | | ALTER AUDITDUMP | | ALTER AUDITTRAIL | | ALTER BEGINTRANS | | . | | . | | .
3 TMFCOM Commands The TMFCOM utility program and its associated commands enable you to operate and manage a TMF environment.
Command Description Elements TMFCOM Commands Purpose, Syntax, and Parameters Each description begins by explaining the purpose or function of the command. Then, a syntax diagram and complete parameter descriptions indicate what keywords and variables make up the command: which are required, which are optional, and what the default assignments for the optional items are. The meanings of the symbols used in the syntax diagrams are described under Notation Conventions on page xiv.
Command Description Elements TMFCOM Commands Table 3-1.
Command Description Elements TMFCOM Commands Table 3-1.
Command Description Elements TMFCOM Commands Table 3-1.
File Names and Process Identifiers TMFCOM Commands Usage Guidelines Details about the proper use of a command appear under “Usage Guidelines.” These details include information about when to apply the command, possible constraints and side-effects of the command, hints on enhancing performance and avoiding errors, and other considerations. When a command is extremely basic or straightforward, the command description omits the “Usage Guidelines.
File Names and Process Identifiers TMFCOM Commands Disk File Names The syntax for a file name that identifies a disk file is: [node.][[volume.]subvol.]file-id or [node.][volume.]temp-file-id node specifies the name of the node (system) on which the file resides. A node name consists of a backslash (\) followed by one to seven alphanumeric characters; the first alphanumeric character must be a letter. volume specifies the name of the volume on which the file resides.
File Names and Process Identifiers TMFCOM Commands The next example specifies all files in all subvolumes on the volume $DATA5: $DATA5.*.* The last example specifies all files in all subvolumes on all volumes (in other words, all files stored at the node): *.*.* Notice that, as a general rule, the asterisk can only replace a complete volume name, subvolume name, or file-id.
File Names and Process Identifiers TMFCOM Commands Process Identifiers TMFCOM commands can refer to (and display information about) both unnamed and named processes. Identifiers for Unnamed Processes The syntax used to identify an unnamed process is: (cpu,pin) cpu specifies the CPU number of the processor in which the process is running. cpu is one or two digits representing a value in the range 0 through 15. A leading zero must be suppressed.
Interoperability and Versioning Issues TMFCOM Commands Interoperability and Versioning Issues In some computing environments, you may find your TMFCOM process interacting with a newer or older version of TMFSERVE. If the TMFSERVE does not support the options introduced in the version of TMFCOM covered by this manual edition, the following results apply: • • A TMFCOM operational command (such as ALTER AUDITTRAIL or RECOVER FILES) that specifies one of these new options fails with an error message.
ABORT TRANSACTION TMFCOM Commands ABORT TRANSACTION The ABORT TRANSACTION command backs out (cancels) the effects of an active transaction, or reattempts to back out an aborting or hung transaction, and releases the locks held by that transaction. ABORT TRANS[ACTION[S]] {transaction-id } {(transaction-id [,transaction-id]...)} [,IGNOREDATAERRORS | ,AVOIDHANGING] where transaction-id is: [node. [node-number. [node(tm-flags). [node-number(tm-flags). [(tm-flags). ] ] ] cpu.
ABORT TRANSACTION TMFCOM Commands cpu is the number of the processor on which the transaction originated. seq-num is a sequence number assigned by TMF to the transaction, which distinguishes it from other transactions originating in the same processor on the same home node under the current TMF configuration. (A new TMF configuration is defined when the first START TMF command following a DELETE TMF command is executed.
ABORT TRANSACTION TMFCOM Commands Security Restrictions You can issue the ABORT TRANSACTION command only if you are a member of the super user group. TMF State Requirement Before you can enter the ABORT TRANSACTION command, TMF must be started. Usage Guidelines Only transactions that are in the active, aborting, or hung state can be aborted using this command.
ABORT TRANSACTION TMFCOM Commands Examples In the following example, the STATUS TRANSACTION command indicates that the transaction identified as \TSII.2.1958908 is active: TMF 12> STATUS TRANSACTION Transaction Identifier ---------------------\TSII.2.1958908 \TSII.2.1968200 Process ------(2,118) (2,118) State Parent ----- -----active active Children -------- The ABORT TRANSACTION command, followed by the Y response to the confirm prompt, aborts that transaction: TMF 15> ABORT TRANSACTION \TSII.2.
ADD AUDITTRAIL TMFCOM Commands ADD AUDITTRAIL The ADD AUDITTRAIL command adds an audit trail to the TMF configuration. ADD AUDITTRAIL {MASTER | MAT {AUX[ILIARY]nn [,AUDITDUMP {ON | OFF [,FILESIZE integer [,ACTIVEVOL[S] {volume {(volume [,volume]...) [,FILESPERVOLUME integer } } }] ] } }] ] [,OVERFLOWVOL[S] {volume } {(volume [,volume]...)}] [,OVERFLOWTHRESHOLD integer [,RESTOREVOL[S] ] {volume } {(volume [,volume]...
ADD AUDITTRAIL TMFCOM Commands If AUDITDUMP is ON, use the ALTER AUDITDUMP command to modify other parameters relating to audit dumping. These parameters are explained in the ALTER AUDITDUMP command description.
ADD AUDITTRAIL TMFCOM Commands ACTIVEVOL[S] specifies the disk volume that holds the audit-trail files. If ACTIVEVOL[S] was specified in a previous SET AUDITTRAIL command in this session, this parameter is optional in the ADD AUDITTRAIL command; otherwise, this parameter is required. You must specify at least one volume; up to 16 are allowed. A single volume cannot be configured as an active volume for more than one audit trail.
ADD AUDITTRAIL TMFCOM Commands OVERFLOWVOL[S] specifies the volume used as overflow space for the audit trail. Although this attribute is not required by TMF, if you omit it, TMF issues a message at TMF startup, indicating that an overflow-audit volume should be configured. You can specify from 1 to 16 overflow-audit volumes. These can be the same volumes as the active-audit volumes; they can also be data volumes or any volumes not configured for other TMF purposes.
ADD AUDITTRAIL TMFCOM Commands 1. Before you start TMF for the first time using the START TMF command. Note. Before entering the START TMF command, you must configure at least one audit trail, the master audit trail. At this time, in addition, you can configure as many auxiliary audit trails as you wish, up to the limit of 15. 2. At any later time, provided that TMF is started. From this point on, you can configure auxiliary audit trails only.
ADD AUDITTRAIL TMFCOM Commands value becomes effective for all audit-trail files that are subsequently renamed or created for this audit trail, as follows: • • • When an existing audit-trail file is renamed forward during audit-trail rollover, and this file has a different file size or format (format 1 or format 2) than the configured values for these parameters, TMF creates a new renamed file of the configured size and format, and purges the existing file.
ADD AUDITTRAIL TMFCOM Commands volume. When they are no longer needed, overflow files are automatically purged by TMF.
ADD AUDITTRAIL TMFCOM Commands When audit-trail overflow is triggered, TMF selects the overflow volume from among those in the overflow-volume list for the audit trail. If the overflowing audit-trail file resides on an active audit volume that is also configured as an overflow volume for that audit trail, TMF tries to optimize overflow processing by using that same volume: TMF just renames the overflowing file and preallocates a new audit-trail file.
ADD AUDITTRAIL TMFCOM Commands again with another ADD AUDITTRAIL command, the existing files are purged before the new ones are created. For more information about master and auxiliary audit trails, overflow volumes, and restore-audit volumes, see the TMF Operations and Recovery Guide.
ADD DATAVOLS TMFCOM Commands ADD DATAVOLS The ADD DATAVOLS command adds one or more data volumes to the TMF configuration, including management attributes such as the audit trail to receive audit records from these volumes. ADD DATAVOL[S] {volume } {(volume [,volume]...) } { * [,NOT volume] } { * [,NOT (volume[,volume]...)]} [,AUDITTRAIL {MASTER | MAT {AUX[ILIARY]nn } } ] [,RECOVERYMODE {ONLINE | ARCHIVE}] [,IGNOREPREVIOUSCONFIG ] volume identifies a disk volume to be added as a data volume. Note.
ADD DATAVOLS TMFCOM Commands The NonStop Remote Database Facility (RDF) relies on TMF for many of its functions. For information about RDF and TMF interoperability, see the NonStop RDF System Management Manual for your version of RDF. RECOVERYMODE {ONLINE|ARCHIVE} determines whether audit-trail files are held on disk until they are no longer required for volume recovery.
ADD DATAVOLS TMFCOM Commands TMF State Requirement Before you can enter the ADD DATAVOLS command, TMF must be started. Usage Guidelines When the ADD DATAVOLS command completes successfully, TMF automatically recognizes the specified volumes and immediately attempts to start them. In the ADD DATAVOLS command, you can specify only unconfigured volumes; furthermore, the audit trail you specify must already exist in the configuration.
ADD DATAVOLS TMFCOM Commands circumstances, consider temporarily deleting a data volume if it was shut down cleanly or does not contain critical data. Examples The following ADD DATAVOLS command adds three data volumes to the TMF configuration: TMF 30> ADD DATAVOLS ($DATA, $DATA2, $DATA17), AUDITTRAIL MAT $DATA -- datavol added. $DATA2 -- datavol added. $DATA17 -- datavol added.
ADD DUMPS TMFCOM Commands ADD DUMPS The ADD DUMPS command adds dump entries to the TMF catalog. This command is used to reenter online and audit dump entries accidentally deleted from the catalog, or to recover a destroyed catalog. Use the ADD DUMPS command only under one of these conditions: • • • • The catalog files residing on the configuration volume in the ZTMFCONF subvolume (volume.ZTMFCONF) have been damaged or lost.
ADD DUMPS TMFCOM Commands Adding an Audit Dump to the Catalog To add an audit dump entry to the catalog, use the following syntax: ADD DUMPS audit-trail-file ,SERIAL serial-number ,TYPE AUDITDUMP {,DISKMEDIA disk } {,TAPEMEDIA {tape } {(tape [,tape]...)}} [,TIME {month[-]day[-]year, hr:min[:sec] [GMT]} {day[-]month[-]year, hr:min[:sec] [GMT]}] audit-trail-file identifies the audit-trail file dumped, using the following file name format: $ZTMFAT.ZTMFAT.
ADD DUMPS TMFCOM Commands {xx}serial-number identifies the dump. xx is a two-character prefix, and serial-number is the six-digit serial number of the dump. When node specifies the node at which your TMFSERVE process is running, xx can be any two alphabetic characters. When node is different than the one at which your TMFSERVE process is running, xx can be any two alphabetic characters except ZT. If node is not specified, ZT is assigned as xx by default.
ADD DUMPS TMFCOM Commands copy specifies the number of the dump copy represented on this tape volume. The maximum value for copy is 2. For serial copies of audit dumps being added to the catalog, copy should be 1. Because copy must be specified, it does not have a default value.
ADD DUMPS TMFCOM Commands sec is an integer for the second, from 00 through 59. GMT indicates that the TIME value is specified in Greenwich mean time. If GMT is omitted, the default is the local time at your site. Adding Online Dump File Names to the Catalog To add one or more online dump entries to the catalog, use the following syntax: ADD DUMPS {online-dump-file } {(online-dump-file [,online-dump-file]...)} ,SERIAL serial-number ,TYPE ONLINEDUMP (master, data) {,DISKMEDIA {disk } {(disk [,disk]...
ADD DUMPS TMFCOM Commands data is an integer specifying the auxiliary audit trail sequence number. You can obtain audit trail sequence numbers by examining output from a previous INFO DUMPS command, or a previous DUMP FILES command. Note. If only a master audit trail is configured, the values for master and data are identical. DISKMEDIA for an online dump to disk, identifies the disk volume on which the dump is located. Any number of disks can be specified for an online dump, without limit.
ADD DUMPS TMFCOM Commands TAPEMEDIA for an online dump to tape, identifies the tape volume on which the online dump is stored. tape is specified as: tape-volume:part:copy where: tape-volume is the name of the tape volume. part specifies which part of the online dump is stored on this tape volume. For example, if each copy of the dump requires three tape volumes, part is 1, 2, or 3. Because part must be specified, it does not have a default value.
ADD DUMPS TMFCOM Commands year is a four-digit integer for the calendar year. Note. You can use either dashes (-) or spaces, or both, as delimiters to separate the month, day, and year values from one another, but you must use at least one of these delimiters. hr is an integer for the hour, from 0 through 23. min is an integer for the minute, from 00 through 59. sec is an integer for the second, from 00 through 59. GMT indicates that the TIME option is specified in Greenwich mean time.
ADD DUMPS TMFCOM Commands Usage Guidelines When an audit or online dump occurs, information describing the dump is recorded in the TMF catalog. Dump entries contain the names of the files dumped, the names of the tape or disk volumes containing the dumps, dump serial numbers, and other related information. If a dump entry is damaged, lost, or mistakenly deleted, you can restore it by issuing the ADD DUMPS command. Note.
ADD DUMPS TMFCOM Commands You must specify either the TAPEMEDIA option or the DISKMEDIA option, but you cannot specify both. You do not have to use the ADD TAPEMEDIA command to insert entries for the tape volumes into the TMF catalog; they are inserted automatically by the ADD DUMPS command. When adding entries for a multi-copy dump to the TMF catalog, be sure to specify part numbers for all copies of the dump in the TAPEMEDIA option of the same ADD DUMPS command.
ADD DUMPS TMFCOM Commands The next ADD DUMPS command restores to the TMF catalog an entry for an online dump for the file $DATA3.TMFNS02F.FILEA, which is stored on the tape volume T6250: TMF 34> ADD DUMPS $DATA3.TMFNS02F.FILEA, SERIAL 121, >>>TAPEMEDIA T6250:1:1, TYPE ONLINEDUMP (18,18), & >>>TIME MAR 12 2002, 10:15:12 & The subsequent ADD DUMPS command restores to the catalog an entry for an online dump of the file $DATA3.TMFN12.MAILFNS, which was dumped to the disk file \REMOTE.$DUMP.YC001000.
ADD DUMPS TMFCOM Commands TAPEMEDIA (TAPE20:1:1, TAPE21:1:2) . . . ADD DUMPS $DATA1.HRDATA.FILE499, SERIAL 101, & TYPE ONLINEDUMP (3,3), TIME 14-Mar-2002 05:34:15 GMT, & TAPEMEDIA (TAPE20:1:1, TAPE21:1:2) ADD DUMPS $DATA1.HRDATA.FILE500, SERIAL 101, & TYPE ONLINEDUMP (3,3), TIME 14-Mar-2002 05:32:15 GMT, & TAPEMEDIA (TAPE20:1:1, TAPE21:1:2, TAPE30:2:1, TAPE31:2:2) ADD DUMPS $DATA1.HRDATA.FILE501, SERIAL 101, & TYPE ONLINEDUMP (3,3), TIME 14-Mar-2002 05:34:15 GMT, & TAPEMEDIA (TAPE30:1:1, TAPE31:1:2) . .
ADD RESOURCEMANAGER TMFCOM Commands ADD RESOURCEMANAGER The ADD RESOURCEMANAGER command adds one or more recoverable resource managers to the resource manager directory. ADD {RESOURCEMANAGER | RM} {rm-name } {(rm-name [,rm-name]...)} ,OWNER {username | userid} where username is: group-name.user-name and userid is: (group-id,user-id) rm-name is the name of the recoverable resource manager to be added to the directory.
ADD RESOURCEMANAGER TMFCOM Commands TMF State Requirement Before you can enter the ADD RESOURCEMANAGER command, TMF must be started. Usage Guidelines In heterogeneous transaction processing, TMF can start a transaction and then subcontract portions (branches) of the transaction to one or more foreign transaction management systems operating on platforms other than the NonStop system. Alternatively, a foreign transaction management system can begin a transaction and then subcontract parts to TMF.
ADD RESOURCEMANAGER TMFCOM Commands be used by a gateway process. This directory is maintained by the TMP. Registration creates an entry for the resource manager in the directory. Associated with each resource manager is a resource manager file. When a gateway process asks to open a recoverable resource manager, the TMP verifies that the resource manager is registered and authenticates the resource manager’s authorization to open this file.
ADD TAPEMEDIA TMFCOM Commands ADD TAPEMEDIA The ADD TAPEMEDIA command adds one or more tape volumes to the TMF catalog and, optionally, labels these volumes. ADD TAPEMEDIA {tape-volume } {(tape-volume [,tape-volume]...)} {tape-labeling-options} {tape-status-options } where tape-labeling-options are: ,LABEL ON [!] ,DRIVE [node.
ADD TAPEMEDIA TMFCOM Commands The exclamation point [!] is optional. It specifies that the tape volume is to be labeled whether or not it already has a label. If you omit the exclamation point and the volume has already been labeled, the ADD TAPEMEDIA command fails. DRIVE [node.]device-name identifies the tape drive on which you want to label tape volumes. Guardian labeled-tape processing must be enabled on the node (system) you specify in node. This parameter is required if you want to label tapes.
ADD TAPEMEDIA TMFCOM Commands BAD indicates that the tape volume is defective and cannot be used later for dumping files or for file recovery. RELEASED indicates that the contents of the tape volume are no longer required for file recovery, and that the tape is not available for re-use in dumping or for file recovery. SCRATCH indicates that the tape volume can be used for dumping files. Security Restrictions You can issue the ADD TAPEMEDIA command only if you are a member of the super user group.
ADD TAPEMEDIA TMFCOM Commands For more information about tape media, dumps directed to them, and catalog entries describing them, see the TMF Operations and Recovery Guide. .
ALTER AUDITDUMP TMFCOM Commands ALTER AUDITDUMP The ALTER AUDITDUMP command changes the configured attribute values of an audit dump process.
ALTER AUDITDUMP TMFCOM Commands BLOCKSIZE {4 | 8 | 12 | 16 | 20 | 24 | 28 | 32 | 36 | 40 | 44 | 48 | 52} for dumps to tape, sets the tape data block length when multiplied by 1024 bytes. Using large data block lengths is more efficient, but length is limited by the density in bits per inch (bpi) at which the tape drive writes tapes. A BLOCKSIZE of 52 is recommended for a density of 6250 bpi or for streaming. The originally assigned default is 28. Note.
ALTER AUDITDUMP TMFCOM Commands If the audit dump process fails while making serial copies, completed copies are kept in the catalog. When the audit dump process resumes, the number of completed copies is subtracted from the number of copies specified to determine the number of copies remaining to be made. RESET COPIES for dumps to tape, resets the COPIES setting to the originally assigned default, PARALLEL. When COPIES 1 is selected, only one copy is produced and the PARALLEL setting is ignored.
ALTER AUDITDUMP TMFCOM Commands If the UNLOAD option is OFF, the tape is not unloaded after it is verified. If tape verification fails, an error message appears, the audit dump terminates, and the audit dump copy is marked invalid in the catalog. Tape verification approximately doubles the time needed for an audit dump. UNLOAD for dumps to tape, determines whether the tape is unloaded after it is written. The originally assigned default is UNLOAD ON.
ALTER AUDITDUMP TMFCOM Commands The format for disk is as follows: For disks on local nodes: [node.]volume[.prefix] For disks on remote nodes: node.volume.prefix prefix is two alphabetic characters, to which TMF appends a six-digit integer to name the audit dump file. If you specify a list of disks, TMF tries to send the audit dump to the first disk listed. If that disk cannot be accessed or is out of space, TMF tries the next disk, and so forth.
ALTER AUDITDUMP TMFCOM Commands DELDISKMEDIA deletes individual disk volumes from the configuration. The optional and required syntax items and the naming conventions for the prefix are the same as those for ADDDISKMEDIA. Note.
ALTER AUDITDUMP TMFCOM Commands Attributes that you do not specify remain unchanged. So, if you omit an optional parameter, one of the following actions takes place: • • If one or more previous TMFCOM commands (such as ALTER AUDITDUMP or ADD AUDITTRAIL) specified the parameter, the value entered in the last of these commands remains assigned. For example, if the last ALTER AUDITDUMP command assigned the node \NYORK for the SYSTEM parameter, the current ALTER AUDITDUMP command would use the node \NYORK.
ALTER AUDITDUMP TMFCOM Commands Examples The following command causes two parallel copies of each future audit dump for the master audit trail to be directed to magnetic tape drives on the remote system \LA01, changes the blocksize to 52, and requests that tape verification be performed: TMF 11> ALTER AUDITDUMP MAT, SYSTEM \LA01, COPIES 2 PARALLEL, & >>>BLOCKSIZE 52, VERIFYTAPE ON The next command specifies that two parallel copies of each audit dump for the master audit trail be directed to two magnetic
ALTER AUDITTRAIL TMFCOM Commands ALTER AUDITTRAIL The ALTER AUDITTRAIL command changes the configured attribute values of an audit trail and can execute while TMF is running. ALTER AUDITTRAIL {MASTER | MAT } {AUX[ILIARY]nn} [,AUDITDUMP {ON | OFF}] [,ADDACTIVEVOL[S] {volume {(volume [,volume]...) [,DELETEACTIVEVOL[S] {volume {(volume [,volume]...) } }] } }] [,FILESPERVOLUME integer] [,RESET FILESPERVOLUME ] [,ADDOVERFLOWVOL[S] {volume } {(volume [,volume]...
ALTER AUDITTRAIL TMFCOM Commands 15 potential auxiliary audit trails in the configuration. (When the value of nn is 09 or less, you must specify the leading zero.) AUDITDUMP {ON | OFF} determines whether audit dumping is performed for the audit trail. ON specifies that audit dumping takes place, and OFF prevents audit dumping.
ALTER AUDITTRAIL TMFCOM Commands Adding an active-audit volume adds the number of files specified in the FILESPERVOLUME attribute to the audit trail capacity. Before it can successfully add a volume, TMF must preallocate to the volume the number of files specified in FILESPERVOLUME. If the volume has insufficient space for these files, it cannot be added to the configuration.
ALTER AUDITTRAIL TMFCOM Commands contains more files than the new FILESPERVOLUME value allows, TMF purges them (rather than renaming them) when they are no longer needed. Increasing the FILESPERVOLUME value is the recommended way of increasing the audit trail capacity, if there is sufficient space on the currently configured activeaudit volumes. Using this technique evenly distributes the new files among all volumes, rather than concentrating them on any added volumes.
ALTER AUDITTRAIL TMFCOM Commands MAXRETAINEDATFILES integer specifies the maximum number of restored audit-trail files to retain on disk in restore-audit volumes for the specified audit trail after the restored audit-trail files are no longer needed by a recovery process. This option applies to files restored from tape only. The minimum value is 1, and the maximum is 9999. The originally assigned default is 0 (no files are retained).
ALTER AUDITTRAIL TMFCOM Commands RESET FILESIZE resets the FILESIZE attribute to the originally assigned default, which is as follows: For format 1 files, 100 (resulting in files of 100 MB each). For format 2 files, 1024 (resulting in files of 1024 MB each). COMMITHOLDMODE determines whether the specified audit trail is in commit-hold mode. Note. This option is only available on systems running the HP NonStop™ Remote Database Facility (RDF) subsystem that guarantees Zero Lost Transactions (RDF/ZLT).
ALTER AUDITTRAIL TMFCOM Commands can turn COMMITHOLDMODE to OFF for the master audit trail, you must turn COMMITHOLDMODE to OFF for all auxiliary audit trails. Note. Before you can set COMMITHOLDMODE to ON, you must mirror all the active volumes for the audit trail. OFF removes the specified audit trail from commit-hold mode, so that even if the components needed to ensure ZLT for this audit trail on the backup system become unavailable, transaction commit or abort can take place on the primary system.
ALTER AUDITTRAIL TMFCOM Commands RESET COMMITHOLDMODE resets the COMMITHOLDMODE attribute to the originally assigned default, which is unconfigured. This default produces the same TMF behavior as COMMITHOLDMODE OFF. When specified for the master audit trail, RESET COMMITHOLDMODE also resets the COMMITHOLDTIMER timeout value and ON TIMEOUT action (described next) to their originally assigned defaults.
ALTER AUDITTRAIL TMFCOM Commands where: timeout is the timeout duration. Enter timeout as an integer in the following format, indicating the duration in hours, minutes, or seconds: integer {HOUR[S] | MINUTES[S] | SECOND[S]} TMF stays in the commit-hold condition (commit-hold is activated) until either the timeout duration expires or the components required for ZLT again become available. The minimum timeout is 5 seconds, and you can specify the maximum as 86400 seconds or 1440 minutes or 24 hours.
ALTER AUDITTRAIL TMFCOM Commands If you omit COMMITHOLDTIMER, the resulting action is as follows: * If you set COMMITHOLDMODE ON and have never specified a timeout duration and timeout action, TMF assigns the default values of 60 seconds and SUSPEND for these COMMITHOLDTIMER attributes.
ALTER AUDITTRAIL TMFCOM Commands • You can issue the ALTER AUDITTRAIL, COMMITHOLDMODE SUSPEND command only while TMF is started. Usage Guidelines Before any auxiliary audit trail can be dumped, you must configure the master audit trail (MAT) for this purpose. Note. For both online dumps and audit dumps, Expand links to remote disk volumes must support 56 KB input/output. Attributes that you do not specify remain unchanged.
ALTER AUDITTRAIL TMFCOM Commands MAXRETAINEDATFILES Option Considerations During volume recovery or file recovery, if TMF requires an audit-trail file that is no longer available on the system but is archived on tape, TMF restores that file from an audit dump on the tape to a restore-audit volume on disk. When the recovery process completes, TMF purges this file and all other unneeded files from the restore-audit volume.
ALTER AUDITTRAIL TMFCOM Commands The integer value does not affect the restored audit-trail files that are currently in use by a recovery process, only what happens to those files when they are no longer in use. If you decrease integer from its current value, and the present number of retained audit-trail files exceeds the new limit, TMF immediately purges the lowest-numbered retained audit-trail files from disk until the new limit is reached.
ALTER AUDITTRAIL TMFCOM Commands FILESIZE Option Considerations The FILESIZE option applies to both format 1 and format 2 audit-trail files. Format 1 and format 2 are disk partition formats that can range up to approximately 2 GB and 1024 GB in size, respectively. Larger format 2 files can help decrease the number of audit-trail rollovers for systems that have high audit-generation rates. The file format (format1 or format 2) is determined by the ATFORMAT option in the ALTER TMF command.
ALTER AUDITTRAIL TMFCOM Commands COMMITHOLDMODE and COMMITHOLDTIMER Option Considerations The COMMITHOLDMODE and COMMITHOLDTIMER options support the goal of Zero Lost Transactions (ZLT) for customers using the HP NonStop™ Remote Database Facility (RDF) subsystem to dynamically back up databases on remote systems. ZLT is only possible with the RDF subsystem as implemented in the RDF/ZLT product, working with the system’s disk process (DP2) and TMF transaction processing.
ALTER AUDITTRAIL TMFCOM Commands The COMMITHOLDMODE option determines whether TMF can activate commit-hold if the resources needed to ensure ZLT become unavailable (ON allows commit-hold, and OFF prohibits it). The COMMITHOLDTIMER option determines how long commit-hold should last. The commit-hold status is reflected in the COMMITHOLD attribute setting maintained by TMF, which you can display by entering the STATUS AUDITTRAIL command. Note.
ALTER AUDITTRAIL TMFCOM Commands The relationship between COMMITHOLDMODE and COMMITHOLD is as follows: COMMITHOLDMODE Setting COMMITHOLD Status and Meaning OFF OFF: COMMITHOLDMODE is set OFF; the commit-hold condition cannot be enabled, activated, or suspended. ON ENABLED: COMMITHOLDMODE has been set ON, and transaction completion can take place normally. This status is the normal COMMITHOLD status.
ALTER AUDITTRAIL TMFCOM Commands However, if you have high-value transactions, you might want the primary system to defer transaction completion for a sustained period if the primary system cannot communicate with the backup system for any reason at all. In this case, you might set the COMMITHOLDTIMER for a longer duration, or perhaps even an indefinite one.
ALTER AUDITTRAIL TMFCOM Commands If you specify COMMITHOLDMODE or COMMITHOLDTIMER values when TMF is stopped, the new values take effect when TMF is again started. Note. Always remember: • • The COMMITHOLDMODE ON, COMMITHOLDMODE OFF, and RESET COMMITHOLDMODE settings apply to a specified audit trail. The COMMITHOLDMODE SUSPEND and COMMITHOLDTIMER settings apply to commit-hold status across the TMF system, affecting all audit trails.
ALTER AUDITTRAIL TMFCOM Commands Caution. To avoid severe performance problems during overflow processing, HP strongly recommends configuring your audit trails to take advantage of same-volume optimization as discussed under OVERFLOWVOL and OVERFLOWTHRESHOLD Option Considerations If the primary transaction management process (TMP) fails before the ALTER AUDITTRAIL command completes, the backup TMP takes over and undoes the effects of that command before processing any new requests from TMFCOM.
ALTER AUDITTRAIL TMFCOM Commands The next command sets the AUDITDUMP attribute to OFF for the master audit trail: TMF 23> ALTER AUDITTRAIL MAT, AUDITDUMP OFF WARNING: After AUDITDUMP is turned OFF, potentially neither volume nor file recovery can recover your files because audittrail files could be purged. Please confirm the option, Auditdump OFF? (Y/N) . . . y Assume that a restore-audit volume was originally configured on the disk drive $TMF01, but now needs to be moved to another disk drive, $TMF02.
ALTER AUDITTRAIL TMFCOM Commands The following command alters the FILSIZE for the Aux02 auxiliary audit trail to 1048575 MB, and can be issued successfully only after transition to format 2 audit-trail files: TMF 31> ALTER AUDITTRAIL AUX02, FILESIZE 1048575 This command resets the FILESIZE attribute back to its current default value (assuming a transition to format 2 audit-trail files, this default value would be 1024 MB): TMF 32> ALTER AUDITTRAIL MAT, RESET FILESIZE The next two commands both achieve the
ALTER AUDITTRAIL TMFCOM Commands The following command changes the COMMITHOLDTIMER to 20 minutes, and specifies that TMF must crash when the timeout duration expires. Notice that you cannot use this command if COMMITHOLDMODE is not configured ON for the master audit trail.
ALTER BEGINTRANS TMFCOM Commands ALTER BEGINTRANS The ALTER BEGINTRANS command changes options related to the automatic disabling and reenabling of transaction processing, control of the TMF autoabort feature, and limits on resource managers and transaction branches used in heterogeneous transaction processing.
ALTER BEGINTRANS TMFCOM Commands RESET TRANSCOUNTTHRESH selects the originally assigned default limits, which are 1500 for integer1 and 1600 for integer2. Note. For this and other optional parameters, the originally assigned default is the value initially assigned to the parameter by TMF. The originally assigned default is used for the parameter when no one has explicitly specified or altered this parameter’s value in a previous command.
ALTER BEGINTRANS TMFCOM Commands does not meet this requirement, it is rounded up to the next higher power of 2. As an example, if you enter 1000 for either of these values, TMF sets the value to 1024; if you enter 2000, it sets the value to 2048. RESET TRANSPERCPU selects the originally assigned default values, which are 1024 for both integer7 and integer8. AUTOABORT [timeout | 0 ] RESET AUTOABORT controls the autoabort feature.
ALTER BEGINTRANS TMFCOM Commands BRANCHESPERRM integer11 RESET BRANCHESPERRM specifies the maximum number of transaction branches that can be concurrently imported or exported by each recoverable or volatile resource manager. The specified value is rounded to the nearest multiple of 16. The minimum value allowed is 16, and the maximum is 1024. The default value is 128. RESET BRANCHESPERRM selects the originally assigned default value for integer11, which is 128.
ALTER BEGINTRANS TMFCOM Commands • If no previous TMFCOM command specified the parameter, the originally assigned default remains assigned. Note. You can specify multiple parameters in the ALTER BEGINTRANS command. You must specify at least one parameter, or an error results. For transaction processing to be reenabled after it has been disabled because one of the upper limits set by ALTER BEGINTRANS has been reached, all of the following conditions must exist: • • • • TMF must be started.
ALTER BEGINTRANS TMFCOM Commands either use SNOOP to lower the disconnect timer value and then reenter the ALTER BEGINTRANS command with the same AUTOABORT timeout value, or reenter the ALTER BEGINTRANS command with an AUTOABORT timeout value higher than the present disconnect timer value. Note.
ALTER CATALOG TMFCOM Commands ALTER CATALOG The ALTER CATALOG command changes the configured attribute values of the catalog process that affect the management of online and audit dumps. ALTER CATALOG, attribute [,attribute] where attribute is: [RELEASED {OFF | ON}] [RETAINDEPTH integer] [RESET RETAINDEPTH ] [ROUNDROBIN {OFF | ON}] RELEASED {OFF | ON} determines the status of an online or audit dump tape volume after all the dumps on it have been marked for deletion.
ALTER CATALOG TMFCOM Commands When the number of generations specified by integer is reached for all the files in an online dump, the status of the tape volume is changed as follows: To SCRATCH if you specified RELEASED OFF To RELEASED if you specified RELEASED ON Increasing integer causes the number of tape volumes required by TMF to increase, because more online dump generations are retained in the TMF catalog.
ALTER CATALOG TMFCOM Commands current status. The catalog is maintained by the catalog process, which starts when the START TMF command is issued and stops when the STOP TMF command completes execution. The catalog process starts in the same processors as the transaction management process (TMP), unless otherwise directed by the ALTER PROCESS command. Attributes that you do not specify remain unchanged.
ALTER CATALOG TMFCOM Commands protection window for your files. Because of these advantages, ROUNDROBIN ON is the generally recommended setting for this option. Note. ROUNDROBIN does not support the ability to divide the TMF tapes into multiple pools. In any TMF configuration, there is only one pool of tapes from which TMF can select. To display the complete list of tapes in the TMF catalog, use the INFO TAPEMEDIA command.
ALTER DATAVOLS TMFCOM Commands ALTER DATAVOLS The ALTER DATAVOLS command changes the configured attribute values of a data volume. ALTER DATAVOL[S] {volume } {(volume [,volume]...)} [,RECOVERYMODE {ONLINE | ARCHIVE}] volume identifies the data volume whose attributes are to be altered. Note. TMF is shipped from the factory with the $DSMSCM disk volume configured as a TMF data volume.
ALTER DATAVOLS TMFCOM Commands TMF State Requirement Before you can enter the ALTER DATAVOLS command, TMF must be started. Usage Guidelines The volumes acted on by this command must be in the started, disabled, or down state. (These states, and others, are explained in the discussion of the STATUS DATAVOLS command.) Caution.
ALTER DUMPS TMFCOM Commands ALTER DUMPS The ALTER DUMPS command changes dump entries in the TMF catalog. ALTER DUMPS {file-set } {(file-set [,file-set]...)} [,INVALID {OFF | ON} ] [,RELEASED {OFF | ON} ] [,SERIAL serial-number] file-set identifies the dump files whose entries are to be changed. For online dumps, enter file-set in the following format: [[{volume | *}.]{subvolume | *}.]{file-id | *} An asterisk (*) indicates “all”; thus, *.* indicates all files in all subvolumes on the default volume.
ALTER DUMPS TMFCOM Commands If the catalog shows only one valid dump for a given serial number, and you release that dump, the entire dump serial number is removed from the catalog. SERIAL serial-number directs this ALTER DUMPS command to change the catalog entries for only the dumps with the specified serial number. You can obtain information about dump serial numbers by using the INFO DUMPS command, or by examining reports produced for an audit dump or online dump.
ALTER PROCESS TMFCOM Commands ALTER PROCESS The ALTER PROCESS command changes the configured attribute values of various TMF process types. ALTER PROCESS {process-type } {(process-type [,process-type]...
ALTER PROCESS TMFCOM Commands process-type identifies the type of TMF process whose configuration attributes are to be altered: Process-type Process-type Description AUDITDUMP Audit dump process, which dumps audit-trail files to disk or tape. AUDITRESTORE Audit restore process, which restores audit dumps from disk or tape. BACKOUT Backout process, which undoes the effects of incomplete transactions. CATALOG Catalog process, which manages the TMF catalog.
ALTER PROCESS TMFCOM Commands CPUS cpu-list RESET CPUS identifies the processor in which the selected process type runs. cpu-list can range from 0 through 15. Enter cpu-list in one of the following formats: {cpu-num } {(cpu-num [,cpu-num]...)} RESET CPUS clears the cpu-list. The processor is assigned as follows: * If the command specifies a cpu-list, this list is searched from beginning to end to beginning again, until a processor is found.
ALTER PROCESS TMFCOM Commands RESET SWAP explicitly directs the KMSF to select the default swap volume. For the TMFMON and TMP process types, the SWAP parameter has no effect. MAKESAVEABEND {ON | OFF} determines whether an INSPECT program save-abend file is created if a process of the specified type terminates abnormally. MAKESAVEABEND ON creates the file if abnormal termination occurs. MAKESAVEABEND OFF suppresses creation of the file. The default is MAKESAVEABEND ON.
ALTER PROCESS TMFCOM Commands EXTENDEDSEGSIZE (integer1, integer2) RESET EXTENDEDSEGSIZE determines the size, in megabytes, of the process' extended segment. The integer1 and integer2 values are the initial size and the growth limit, respectively, for the extended segment. The growth limit must be equal to or greater than the initial size and must be a multiple of the initial size.
ALTER PROCESS TMFCOM Commands that specification applies to all processes of this type. For instance, when you specify CPUS 1,2,5 for the BACKOUT process type, all backout processes can run in those processors only. For each TMF process type, the description and start-up characteristics are listed next. Each description summarizes the process type’s purpose, execution characteristics, and default processor assignment.
ALTER PROCESS TMFCOM Commands requests from other TMF processes, TMCOM commands dealing with tape and dump media, and requests from tape-handling processes. Up to two catalog processes (a primary and a backup process) can run at any time, but never in the same processor. Process start-up: Catalog processes start when TMF is started, and terminate when TMF is stopped. If a catalog process stops or abends while TMF is running, the TMP automatically restarts it.
ALTER PROCESS TMFCOM Commands • ONLINEDUMP Description: An online dump process dumps audited database files to secondary storage, such as tape or disk. It runs only while the dump is in progress. By default, online dump processes are dynamically assigned to one or more processors as needed. You can override the default by adding or removing processors for this process type. Process start-up: An online dump processes starts whenever the TMFCOM DUMP FILES command is issued.
ALTER PROCESS TMFCOM Commands • TMP Description: A TMP process is one of the transaction management process pairs that coordinates the TMF configuration and distributed transactions. It is in charge of all operations that require a single point of control, such as starting and stopping TMF, initiating the recovery processes, and implementing configuration changes. It manages the data volumes and audit trails, and is the final authority on whether transactions should be committed or aborted.
ALTER PROCESS TMFCOM Commands • Stop and reload each processor individually Caution. If you use the second of these approaches, do not stop, at the same time, both members of any processor pair attached to a critical resource such as the $SYSTEM disk. Ensure that either the primary or backup processor remains running while you stop and reload the other member of the pair. For more information about the effect of altering process attributes, see Stopping and Restarting TMF Processes on page 3-105.
ALTER PROCESS TMFCOM Commands On NonStop servers, the TMP always runs four concurrent backout processes for each system, regardless of the number of processors on the system. These backout processes are created whenever the START TMF command is issued. You can change their processor assignment with the CPU parameter.
ALTER PROCESS TMFCOM Commands server and the applications that you run. As an example, the portion of the TMP’s extended segment used to support data volumes, audit trails, and dependent processes depends on the configuration of your system. Larger configurations require more space for control tables. The remaining space is used for dynamic allocation of TCBs.
ALTER PROCESS TMFCOM Commands to the process and used until modified by the ALTER PROCESS command.
ALTER PROCESS TMFCOM Commands ° uses all the KMSF swap space available. You cannot manually adjust the segment size beyond 128 MB; the growth to the 1024-MB upper limit is managed entirely by TMF. You can determine the current actual segment size by issuing the following command through NSKCOM, the command interface for monitoring kernel-managed swap space: STATUS SWAP-USAGE $TMP, DETAIL For more information about NSKCOM, see Kernel-Managed Swap Facility (KMSF) Manual.
ALTER PROCESS TMFCOM Commands Stopping and Restarting TMF Processes Some types of TMF processes persist in the system but can be manually stopped and restarted, as described in Table 3-4. Others are transient processes that start and stop automatically as needed, as also noted in this table. Table 3-4. Stopping and Restarting TMF Processes Process Type How Stopped and Restarted TMP To manually stop and restart the TMP process pair: 1. Issue a STOP TMF command to obtain a clean shutdown of TMF. 2.
ALTER PROCESS TMFCOM Commands Table 3-4. Stopping and Restarting TMF Processes Process Type How Stopped and Restarted AUDITDUMP Processes of these types are transient in the system; they are started automatically as they are needed, and terminate automatically when they are no longer needed.
ALTER PROCESS TMFCOM Commands To correct this situation, you can use the TERM option in the ALTER PROCESS command as follows, with hometerm indicating a valid home terminal to be used by the TMP and TMFMON2 process types in TMF: ALTER PROCESS (TMFMON2, TMP), TERM hometerm Examples The following ALTER PROCESS command alters the configuration of the catalog process type so that processes of this type run on CPUs 0 and 1: TMF 62> ALTER PROCESS CATALOG, CPUS (0,1) The next command specifies that all backout
ALTER TAPEMEDIA TMFCOM Commands ALTER TAPEMEDIA The ALTER TAPEMEDIA command changes the configured attribute values of tape volumes. ALTER TAPEMEDIA {tape-volume } {(tape-volume [,tape-volume]...)} ,STATUS {ASSIGNED} {BAD } {RELEASED} {SCRATCH } tape-volume identifies the tape volume whose entries in the catalog are to be changed. For this parameter, use the name magnetically encoded on the tape volume. STATUS specifies the status of the tape volume named in this command.
ALTER TAPEMEDIA TMFCOM Commands Security Restrictions You can issue the ALTER TAPEMEDIA command only if you are a member of the super user group. TMF State Requirement Before you can enter the ALTER TAPEMEDIA command, TMF must be started.
ALTER TMF TMFCOM Commands ALTER TMF The ALTER TMF command changes the TMF configuration volume, switches the functions of the TMP’s primary and backup processes, changes the audit-trail file format (1 or 2), or alters attribute values for performance tuning.
ALTER TMF TMFCOM Commands TRANSACTIONPROTOCOL {MMI | STANDARD} RESET TRANSACTIONPROTOCOL determines the protocol that TMF uses to flush transactions upon their completion. During the flush operation, the disk process on each processor contacted during transaction completion flushes its cache for that transaction. Caution. For most systems, the standard default value supplied by TMF for TRANSACTIONPROTOCOL is adequate.
ALTER TMF TMFCOM Commands System to send the GoRemote request to the TMP, you can select one of the following values: PIO requests TMF to use the PIO mechanism (which includes PIO buffering) to send GoRemote requests to the TMP. PIOPRIORITY requests TMF to use the PIO mechanism to send GoRemote requests to the TMP and place these requests ahead of transaction-completion operations in the TMP’s queue. MSG requests the use of the operating system’s Message System to send GoRemote requests to the TMP.
ALTER TMF TMFCOM Commands piodelaytimer specifies, in microseconds, the time the TMP waits after completing its latest work, before forwarding the PIO transport buffer contents. piodelaytimer can range from 10000 through 2000000; TMF rounds to the nearest centisecond the value you specify. The default is 100000. OFF disables PIO buffering, so that a message is sent as a single PIO for each packet.
ALTER TMF TMFCOM Commands can enter the ALTER TMF command with the following options at any time, whether or not TMF is running: SWITCHPROCESS, GOREMOTE, PIOBUFFER, TMPWAITTIMER. Usage Guidelines The ALTER TMF command provides several functions, each selected by a different command option. In any specific ALTER TMF command, you can specify any one (and only one) of the options and you must enter a separate command for each option you wish to set.
ALTER TMF TMFCOM Commands You must use the STOP TMF command to stop TMF in a clean state before issuing the ALTER TMF command with the ATFORMAT option. However, this stoppage is generally required only once, because the format change is typically a one-time operation done only to move from format 1 files to format 2 files. Caution. Changing from format 1 to format 2 audit-trail files may make falling back to an earlier TMF RVU difficult; prior TMF releases cannot read format 2 audit-trail files.
ALTER TMF TMFCOM Commands TMPWAITTIMER RESET TMPWAITTIMER In each ALTER TMF command, you can change only one of these options. For example, if you wanted to change three of these options, you would need to issue three separate ALTER TMF commands. The DELETE TMF command resets all these options to their default values. For customers who have used SNOOP, the SNOOP commands and the corresponding ALTER TMF options are listed in Table 3-5. Table 3-5. SNOOP Commands vs.
ALTER TMF TMFCOM Commands In general, the factors that can determine whether MMI can improve performance on your system are: • • The number of processors on the node. The average number of processors that participate in a transaction. Because MMI contacts fewer processors than the standard flush protocol does, MMI reduces the total number of messages that must be transmitted between processors on behalf of a distributed transaction.
ALTER TMF TMFCOM Commands (piodelaytimer) for the buffer. The contents of the buffer are shipped when either the buffer is filled or the maximum number of LBEs is reached, whichever event comes first. If neither of these events occur and the buffer contains LBEs, the buffer contents are transmitted based on the value specified for the TMP’s piodelaytimer setting.
ALTER TMF TMFCOM Commands You can also specify OFF to disable the timer, in which case the TMP processes each request as the request is received. If you set the TMPWAITTIMER value to OFF (the default value), the TMP awakens each time a request arrives. The OFF setting creates additional TMP overhead and may keep the primary TMP too busy, resulting in reduced transaction throughput.
ALTER TMF TMFCOM Commands The next command establishes a PIO buffer size of 1800 bytes, sets the maximum number of LBEs in a buffer to 80, and requests a PIO delay timer value of 10000 microseconds: TMF 80> ALTER TMF, PIOBUFFER (1800,80,10000) The following command sets the TMPWAITTIMER to 20000 microseconds: TMF 83> ALTER TMF, TMPWAITTIMER 20000 The next command selects the MMI flush protocol: TMF 84> ALTER TMF, TRANSACTIONPROTOCOL MMI The following command selects the standard (default) transaction flus
CANCEL OPERATIONS TMFCOM Commands CANCEL OPERATIONS The CANCEL OPERATIONS command cancels a specific TMF file-recovery or dumpfiles operation. CANCEL OPERATION[S] operation-number operation-number is an integer that identifies the operation to be canceled, as described under “Usage Guidelines.” The lowest operation number assigned is 1, and the highest is 100. Security Restrictions You can issue the CANCEL OPERATIONS command only if you are a member of the super user group.
CANCEL OPERATIONS TMFCOM Commands Examples The following CANCEL OPERATIONS command cancels the operation identified by operation-number 45: TMF 81>CANCEL OPERATION 45 TMF 82> HP NonStop TMF Reference Manual—540138-002 3 -123
CLOSE RESOURCEMANAGER TMFCOM Commands CLOSE RESOURCEMANAGER The CLOSE RESOURCEMANAGER command initiates closure of one or more recoverable resource managers that are currently open by a gateway process. CLOSE {RESOURCEMANAGER | RM} {rm-name } {(rm-name [,rm-name]...)} rm-name is the name of the recoverable resource manager to be closed.
CLOSE RESOURCEMANAGER TMFCOM Commands Usage Guidelines Note. Resource managers, to which the CLOSE RESOURCEMANAGER command applies, support heterogeneous transaction processing. Resource managers are used in products such as NonStop TUXEDO. Although TMFCOM and the TMFSERVE programmatic interface provide TMF commands and options for operating on resource managers, system managers who use them do so in the context of issues involving multiple software subsystems and interplatform considerations.
CMDVOL TMFCOM Commands CMDVOL The CMDVOL command specifies the default volume and subvolume names for expanding unqualified file names other than those in OBEY commands. CMDVOL [volume ] [[volume.]subvolume] volume is the name of the default disk volume. subvolume is the name of the default subvolume. Security Restrictions Anyone can enter the CMDVOL command. TMF State Requirement You can enter the CMDVOL command at any time, whether or not TMF has been started.
CMDVOL TMFCOM Commands If you specify an invalid volume name in volume, or an invalid subvolume name in subvolume, an error message appears and the CMDVOL command is ignored. The CMDVOL command applies to all unqualified file names encountered in TMFCOM commands during this session except file names used as OBEY command parameters. (However, the CMDVOL command does apply to file names that appear within OBEY command files themselves.
DELETE CATALOG TMFCOM Commands DELETE CATALOG The DELETE CATALOG command clears from the TMF catalog all online dump, audit dump, and media entries, and resets to 64 the counter used for assigning dump serial numbers.
DELETE DATAVOLS TMFCOM Commands DELETE DATAVOLS The DELETE DATAVOLS command removes one or more data volumes from the TMF configuration. DELETE DATAVOL[S] {volume } {(volume [,volume]...)} [,ALLOWINCONSISTENCY] volume identifies a data volume to be deleted. ALLOWINCONSISTENCY indicates that the data volumes specified are to be deleted even if it is uncertain that they contain only consistent data.
DELETE DATAVOLS TMFCOM Commands catalog; this allows the audit dumps associated with the deleted volume to be recycled. If any online dumps for the deleted volume remain in the catalog, however, audit dump media will not be recycled, and the performance of the catalog process will eventually degrade as the catalog database grows.
DELETE DUMPS TMFCOM Commands DELETE DUMPS The DELETE DUMPS command removes dump entries from the TMF catalog and attempts to delete the associated dump files from disk. DELETE DUMPS {file-set } [!] {(file-set [,file-set]...)} [!] [,SERIAL serial-number] file-set [!] identifies the files in the online dump or the audit dump whose entries are to be deleted from the catalog. For online dumps, enter file-set in the following format: [[{volume | *}.]{subvolume | *}.
DELETE DUMPS TMFCOM Commands SERIAL serial-number directs this DELETE DUMPS command to remove the catalog entries only for dumps with the specified serial number. You can obtain information about dump serial numbers by using the INFO DUMPS command or by examining reports produced for an audit or online dump. Security Restriction You can issue the DELETE DUMPS command only if you are a member of the super user group.
DELETE DUMPS TMFCOM Commands Examples The following DELETE DUMPS command deletes dumps for the audited file $DATA3.TMFSN02F.F65289S from the TMF catalog: TMF 6> DELETE DUMPS $DATA3.TMFSN02F.F65289S The next DELETE DUMPS command deletes from the catalog all files that belong to dumps identified by serial number 1000, regardless of whether those dump files were purged from disk: TMF 7> DELETE DUMPS *.*.
DELETE RESOURCEMANAGER TMFCOM Commands DELETE RESOURCEMANAGER The DELETE RESOURCEMANAGER command deletes one or more recoverable resource managers from the resource manager directory. DELETE {RESOURCEMANAGER | RM} {rm-name } {(rm-name [,rm-name]...)} rm-name is the name of the recoverable resource manager to be deleted from the directory.
DELETE RESOURCEMANAGER TMFCOM Commands Usage Guidelines Note. Resource managers, to which the DELETE RESOURCEMANAGER command applies, support heterogeneous transaction processing. Resource managers are used in products such as NonStop TUXEDO. Although TMFCOM and the TMFSERVE programmatic interface provide TMF commands and options for operating on resource managers, system managers who use them do so in the context of issues involving multiple software subsystems and interplatform considerations.
DELETE TAPEMEDIA TMFCOM Commands DELETE TAPEMEDIA The DELETE TAPEMEDIA command removes tape-volume entries from the TMF catalog and also deletes the entries for dumps stored on the removed tape volumes. DELETE TAPEMEDIA {tape-volume } {(tape-volume [,tape-volume]...)} tape-volume identifies the tape volume whose entries are to be deleted from the catalog. For this parameter, use the name magnetically encoded on the tape volume.
DELETE TMF TMFCOM Commands DELETE TMF The DELETE TMF command purges the entire TMF configuration, including volume and file recovery information for the database. Only tape media names are retained in the TMF catalog. This command, entered only when TMF is stopped, produces an empty configuration with no audit trails and with default values for other configuration information. DELETE TMF is typically used to make major configuration changes.
DELETE TMF TMFCOM Commands flags value is not zero, it appears for each transaction listed by the STATUS TRANSACTIONS command. Example The following DELETE TMF command purges the TMF configuration. Immediately following this command, TMFCOM displays a warning and prompts you to confirm the delete operation: TMF >17 DELETE TMF WARNING: After a DELETE TMF command, neither volume recovery nor file recovery can recover your files. Use CAUTION when performing a DELETE TMF operation in a crisis situation.
DELETE TRANSACTION TMFCOM Commands DELETE TRANSACTION The DELETE TRANSACTION command forcibly removes a transaction from the system. DELETE TRANS[ACTION] transaction-id where transaction-id is: [node. [node-number. [node(tm-flags). [node-number(tm-flags). [(tm-flags). ] ] ] cpu.seq-num ] ] transaction-id identifies the transaction to be deleted: node is the name of the node (system) on which the transaction originated, which is known as the home node for the transaction.
DELETE TRANSACTION TMFCOM Commands seq-num is a sequence number assigned by TMF to the transaction, which distinguishes it from other transactions originating in the same processor on the same home node under the current TMF configuration. Security Restrictions You can enter the DELETE TRANSACTION command only if you are logged on under the super ID. (The super ID is the person with the user ID 255,255−in effect, the group manager of the super user group.
DELETE TRANSACTION TMFCOM Commands Example The following DELETE TRANSACTION command deletes the transaction identified as \TSII.2.1958911: TMF 19> DELETE TRANSACTION \TSII.2.
DISABLE AUDITDUMP TMFCOM Commands DISABLE AUDITDUMP The DISABLE AUDITDUMP command suspends an audit dump process, preventing the dumping of audit-trail files. DISABLE AUDITDUMP {MASTER | MAT } {AUX[ILIARY]nn} [,ABRUPT] MASTER | MAT AUX[ILIARY]nn specifies the audit trail associated with the audit dump process that is to be suspended, thus identifying that process. MASTER or MAT specifies the master audit trail. AUXILIARYnn or AUXnn specifies an auxiliary audit trail.
DISABLE AUDITDUMP TMFCOM Commands The ABRUPT option offers a quick method for suspending an audit dump in progress. Without this option, you would need to take the following steps to suspend that dump: 1. Issue a STATUS AUDITDUMP command to display the name of the current audit dump process. 2. Issue a DISABLE AUDITDUMP command, identifying the process by its associated audit trail, to disable the process. (At this point, remember, the dump currently in progress still continues.) 3.
DISABLE BEGINTRANS TMFCOM Commands DISABLE BEGINTRANS The DISABLE BEGINTRANS command suspends transaction processing throughout the TMF system. DISABLE BEGINTRANS Security Restrictions You can enter the DISABLE BEGINTRANS command only if you are a member of the super user group. TMF State Requirement Before you can enter the DISABLE BEGINTRANS command, TMF must be started.
DISABLE DATAVOLS TMFCOM Commands DISABLE DATAVOLS The DISABLE DATAVOLS command shuts down transaction processing (audited updates) for the specified data volume and places this volume in the disabled state so that it will not be automatically restarted by TMF. DISABLE DATAVOL[S] {volume } {(volume [,volume]...)} [,ABRUPT] volume identifies a data volume for which transaction processing is to be disabled.
DISABLE DATAVOLS TMFCOM Commands If you want to disallow audited updates on a volume that is already being processed by the DISABLE DATAVOLS command (entered without the ABRUPT option), issue a second DISABLE DATAVOLS command with ABRUPT specified. This second command overrides the first and prevents further audited activity on the volume. Much work on behalf of the DISABLE DATAVOLS command is done by the operating system’s disk process.
DISPLAY OPERATIONS TMFCOM Commands DISPLAY OPERATIONS The DISPLAY OPERATIONS command displays the Event Management Service (EMS) messages recorded for a specific TMF operation. DISPLAY OPERATION[S] operation-number [,LONG ] [,BEGINTIME date-time [GMT]] [,LOGFILE filename [,COLLECTOR process-name ] ] operation-number is an integer that identifies the operation for which EMS messages are displayed, as described under “Usage Guidelines.” The lowest operation number assigned is 1, and the highest is 100.
DISPLAY OPERATIONS TMFCOM Commands year is a four-digit integer for the calendar year. Note. You can use either dashes (-) or spaces, or both, as delimiters to separate the month, day, and year values from one another, but you must use at least one of these delimiters. hr is an integer for the hour, from 0 through 23. min is an integer for the minute, from 00 through 59. sec is an integer for the second, from 00 through 59. GMT indicates that the BEGINTIME value is specified in Greenwich mean time.
DISPLAY OPERATIONS TMFCOM Commands Usage Guidelines The DISPLAY OPERATIONS command returns information for one operation only. TMF recognizes each specific instance of a particular kind of operation (such as a TMF start, a TMF stop, or a file recovery) as a unique operation and assigns an operation serial number that distinguishes this operation from other recent operations of the same type.
DISPLAY OPERATIONS TMFCOM Commands If you enter the DISPLAY OPERATIONS command but do not have read-access to the EMS log files, TMFCOM displays Error Messages 951, 952, and 953 and aborts the command. To correct this situation, you must either log on with a super user group ID which automatically grants you read-access to the EMS log files, or have the EMS log files secured to permit you read-access.
DUMP FILES TMFCOM Commands DUMP FILES The DUMP FILES command copies audited files to either tape or disk, producing online dumps. These online dumps might be used later if file recovery is initiated through a RECOVER FILES command. DUMP FILES {file-set } {(file-set [,file-set]...)} { } [,BLOCKSIZE { 4 | 8 | 12 | 16 | 20 | 24 | 28 | 32 | 36 | 40 | 44 | 48 | 52}] [,COPIES { 1 | 2 } [PARALLEL] ] [,DISKMEDIA {disk } {(disk [,disk]...)} ] [,NOT {file-set } {(file-set [,file-set]...
DUMP FILES TMFCOM Commands Note. If you plan to refer to SQL/MX objects in a file-set list, you must use the Guardian names of the underlying files in all TMFCOM commands. You can run the MXGNAMES utility to convert one or more objects’ ANSI names to their underlying Guardian file names. You can then use the Guardian file names in the file-set list. For convenience, MXGNAMES provides an option that generates names formatted as TMF file-sets for direct use in TMFCOM commands.
DUMP FILES TMFCOM Commands identifies a file that contains one or more file-name patterns. These patterns, in turn, designate files to be dumped to tape or disk. The file can be an EDIT format file (file code 101) or a C data file (file code 180). Note. You must include the angle-brackets (“<“ and “>”) exactly as shown in the syntax, embedding the file name within these. For example: DUMP FILES <$BOULDER.SNOW.
DUMP FILES TMFCOM Commands BLOCKSIZE { 4 | 8 | 12 | 16 | 20 | 24 | 28 | 32 | 36 | 40 | 44 | 48 | 52} for dumps to tape, sets the tape data block length, when multiplied by 1024 bytes. It is more efficient to use large data block lengths, but this is limited by the density in bits per inch (bpi) at which the tape drive writes tapes. The default is 8. A BLOCKSIZE of 52 is recommended for a density of 6250 bpi or for streaming.
DUMP FILES TMFCOM Commands When the disk resides on a remote node: * The name specified for disk must be fully qualified. * volume must not exceed seven characters, counting the dollar sign ($). * You cannot specify ZT as the prefix. When the disk resides on a local node: * node and prefix are optional. * If node is not specified, the default is the node on which your TMSERVE process is running. * Any value for prefix can be specified.
DUMP FILES TMFCOM Commands in NOT and in , the file is not dumped. For more information, see the parameter description. Note. You must include the angle-brackets (“<“ and “>”) exactly as shown in the syntax, embedding the file name within these. For example: DUMP FILES <$BOULDER.SNOW.NPFILE>, NOT <$DENVER.RAIN.NPX> You cannot specify both the NOT file-set and the NOT formats within the same DUMP FILES command.
DUMP FILES TMFCOM Commands disk volume on a remote node, include the node name within the disk file name.) The syntax rules for specifying a node name appear under Disk File Names, earlier in this section. The default is the local node. If you specify a remote node for dumps to tape, Guardian labeled-tape processing must be enabled on that node and must be running on the NonStop OS. TMF, however, need not be configured or running on the remote node.
DUMP FILES TMFCOM Commands Either of the following strategies, or some combination of both, effectively protects your databases: • • To protect specifically against media failures, request online dumps by volume. To protect specifically against damage to a selected application, request online dumps of the database that belongs to that application. If an online dump fails before all of the specified audited files are dumped, the amount of the dump that has completed successfully is saved.
DUMP FILES TMFCOM Commands An online dump to disk fails if the SAFEGUARD subsystem’s DEFAULT-PROTECTION option is configured for your user ID. To avoid this situation, request the online dump under a user ID for which DEFAULT-PROTECTION is not configured. Online Dumps to Tape All tapes used in a dump operation must be labeled tapes defined in the TMF catalog.
DUMP FILES TMFCOM Commands If you specify COPIES 1, specifying RETAINDEPTH 3 (or higher) in the ALTER CATALOG command is recommended. If you specify COPIES 2, specifying RETAINDEPTH 2 (or higher) in the ALTER CATALOG command is recommended. Even if none of the copies of the online dump can be read, you can use an earlier dump generation for file recovery.
DUMP FILES TMFCOM Commands Examples The following DUMP FILES command dumps the files in the subvolume $DATA3.ZTMFDATA to the volume $DATA4 on the local system \COMMIT, assigning YC as the prefix in the online dump name: TMF 35> DUMP FILES $DATA3.ZTMFDATA.*, DISKMEDIA $DATA4.YC Dump Files operation [1] begun. Operation TimeStamp: 20-Jan-2002 17:01:54 Event Messages: 17:01 20JAN02 243,00,049 TMF *0217* DUMP FILES [1] OnlineDump Process #1 OnlineDumpMgmt: Dump serial: 65 File-set-list: $DATA3.ZTMFDATA.
DUMP FILES TMFCOM Commands The next DUMP FILES command dumps the file named F4 and all subsequent files in the subvolume $VA.S2, and all files in the subvolume $VA.S3. The files that precede F4 in $VA.S2 are not dumped. TMF 38> DUMP FILES ($VA.S2.*, $VA.S3.*), START $VA.S2.F4 (If the parameter list in the above example had specified a subvolume that preceded $VA.S2 alphabetically, that subvolume would be ignored and dumping would still begin with file F4 in subvolume $VA.S2.
ENABLE AUDITDUMP TMFCOM Commands ENABLE AUDITDUMP The ENABLE AUDITDUMP command permits an audit dump process to resume execution after it has been suspended by the DISABLE AUDITDUMP command, allowing the process to dump audit-trail files once again. ENABLE AUDITDUMP {MASTER | MAT } {AUX[ILIARY]nn} MASTER | MAT AUX[ILIARY]nn specifies the audit trail associated with the audit dump process to resume execution, thus identifying that process. MASTER or MAT specifies the master audit trail.
ENABLE BEGINTRANS TMFCOM Commands ENABLE BEGINTRANS The ENABLE BEGINTRANS command resumes transaction processing after it has been suspended by the DISABLE BEGINTRANS command. ENABLE BEGINTRANS Security Restrictions You can enter the ENABLE BEGINTRANS command only if you are a member of the super user group. TMF State Requirement Before you can enter the ENABLE BEGINTRANS command, TMF must be started.
ENABLE DATAVOLS TMFCOM Commands ENABLE DATAVOLS The ENABLE DATAVOLS command reenables transaction processing (audited updates) for the specified data volumes, and makes them subject to automatic restart by TMF. If the data volumes specified are accessible, they are restarted immediately. ENABLE DATAVOL[S] {volume } {(volume [,volume],...) } { * [,NOT volume] } { * [,NOT (volume[,volume]...)]} volume identifies a disabled data volume for which transaction processing is to be reenabled.
ENABLE DATAVOLS TMFCOM Commands Examples The following ENABLE DATAVOLS command reenables transaction processing for the volume named $DATA2: TMF 67> ENABLE DATAVOLS $DATA2 $DATA2 -- enabled. TMF 68> The next ENABLE DATAVOLS command reenables transaction processing on all disabled data volumes except $DATA4 and $DATA5: TMF 68> $DATA1 $DATA3 $DATA6 $DATA7 ENABLE DATAVOLS *, NOT ($DATA4, $DATA5) -- enabled. -- enabled. -- enabled. -- enabled. . . .
ENV TMFCOM Commands ENV The ENV command displays the current operating environment for your TMFCOM session. ENV Security Restrictions Anyone can enter the ENV command. TMF State Requirement You can enter the ENV command at any time, even if TMF has been started. Usage Guidelines Unqualified file names that appear in TMFCOM commands are expanded according to the default node, volume, and subvolumes currently in effect.
ENV TMFCOM Commands Table 3-7. ENV Output (page 2 of 2) Heading or Item Description In File File (device) used for TMFCOM input (typically, your workstation or terminal). Out File File (device) used for TMFCOM output (typically, your workstation or terminal) Server Process Name of TMFSERVE process with which your TMFCOM is communicating.
EXIT TMFCOM Commands EXIT The EXIT command ends your current TMFCOM session. EXIT Security Restrictions Anyone can enter the EXIT command. TMF State Requirement You can enter the EXIT command at any time, whether or not TMF has been started. Usage Guidelines If you enter the EXIT command in your current TMFCOM session, TMFCOM terminates the session and returns control to the operating system.
FC TMFCOM Commands FC The FC command permits you to display and repeat or modify a command previously entered in the current TMFCOM session, as recorded in the TMFCOM command history buffer: | linenum | string | “quoted-string ”] FC [-linenum -linenum identifies the command to be displayed relative to the current command line. For instance, FC -3 displays the third command before the current one and allows you to repeat or modify it. linenum identifies the command to be displayed by command line number.
FC TMFCOM Commands command without any parameter, the last TMFCOM command you entered is displayed. You can use the HISTORY command to display the line numbers associated with the most recently entered TMFCOM commands. Only commands currently stored in the history buffer are displayed, and only those can be selected for action by the FC command. When you issue an FC command, the command you specify is displayed and a subcommand prompt (. .) appears.
FC TMFCOM Commands To correct the entry, following the subcommand prompt, enter the replacement character O under the incorrect letter (the first P) that appears on the previous line, then press the Return key (or its equivalent) to transmit the correction: TMF 82>INFP AUDITDUMP * TMF 82.. O TMFCOM now displays the corrected INFO AUDITDUMP command followed by another subcommand prompt that asks for any further corrections.
HELP TMFCOM Commands HELP The HELP command displays syntax information for TMFCOM commands. HELP [command ] [[command] object] [* | ALL ] command specifies the TMFCOM command for which information is to be displayed. object specifies a TMF object for which information is to be displayed. * | ALL displays a list of all TMFCOM commands. Security Restrictions Anyone can enter the HELP command. TMF State Requirement You can enter the HELP command at any time, whether or not TMF has been started.
HELP TMFCOM Commands Examples The following HELP command displays information about the TMFCOM command RESET, showing the objects upon which the command can operate: ~HELP RESET -----------------------------------------------------------| RESET AUDITTRAIL | | RESET DATAVOLS | | RESET DUMPS | | RESET TAPEMEDIA | -----------------------------------------------------------The next HELP command displays the purpose and syntax of the TMFCOM command RESET TAPEMEDIA.
HISTORY TMFCOM Commands HISTORY The HISTORY command displays a history of commands entered during the current TMFCOM session, as maintained in the TMFCOM command history buffer. HISTORY [lines ] [RESET LAST ] [RESET ALL ] lines specifies the number of command lines to display, counting from the most recently entered line. If lines is greater than the number of lines in the history buffer, all lines in the buffer are displayed. If lines is omitted, the last 20 lines are displayed.
HISTORY TMFCOM Commands • • To clear the most recently entered command line in the buffer, and change the current line number to that of the cleared command line, enter the HISTORY command with the RESET LAST option. To clear all commands in the buffer and reset the command line counter to 1, enter the HISTORY command with the RESET ALL option. In the display, all non-blank lines appear, whether or not they contained valid, executable commands.
HISTORY TMFCOM Commands The next HISTORY command clears all command lines in the buffer, and resets the current line number to 1: TMF 10> HISTORY RESET ALL TMF 1> INFO CATALOG Catalog Configuration: retaindepth 2, released on TMF 2> HISTORY 1>INFO CATALOG 2> HISTORY TMF 3> HP NonStop TMF Reference Manual—540138-002 3 -177
INFO AUDITDUMP TMFCOM Commands INFO AUDITDUMP The INFO AUDITDUMP command displays the configured attribute values of audit dump processes. INFO AUDITDUMP [MASTER | MAT ] [AUX[ILIARY]nn ] [(MASTER | MAT [,AUX[ILIARY]nn ])] [(AUX[ILIARY]nn [,MASTER | MAT ])] [(AUX[ILIARY]nn [,AUX[ILIARY]nn])] [ * ] [,OBEYFORM] MASTER | MAT AUX[ILIARY]nn specifies the audit trail associated with the audit dump process whose attributes are to be displayed, thus identifying that process.
INFO AUDITDUMP TMFCOM Commands Usage Guideline The INFO AUDITDUMP command displays a subset of the information presented by the INFO TMF command. Output Displayed The INFO AUDITDUMP command displays the attributes configured for the audit dump process by ALTER AUDITDUMP commands or their defaults. The primary items in the display are listed in Table 3-9. Table 3-9.
INFO AUDITTRAIL TMFCOM Commands INFO AUDITTRAIL The INFO AUDITTRAIL command displays the configured attribute values of audit trails. INFO AUDITTRAIL [MASTER | MAT ] [AUX[ILIARY]nn ] [(MASTER | MAT [,AUX[ILIARY]nn ])] [(AUX[ILIARY]nn [,MASTER | MAT ])] [(AUX[ILIARY]nn [,AUX[ILIARY]nn])] [ * ] [,OBEYFORM] MASTER | MAT AUX[ILIARY]nn identifies the audit trail for which attributes are to be displayed. MASTER or MAT specifies the master audit trail. AUXILIARYnn or AUXnn specifies an auxiliary audit trail.
INFO AUDITTRAIL TMFCOM Commands Usage Guideline The INFO AUDITTRAIL command displays a subset of the information presented by the INFO TMF command. Output Displayed The INFO AUDITTRAIL command displays the attributes configured for the audit trails by ADD DATAVOLS and ALTER AUDITTRAIL commands entered previously. The primary items in the display are listed in Table 3-10. Table 3-10.
INFO AUDITTRAIL TMFCOM Commands Table 3-10. INFO AUDITTRAIL Output Heading or Item Description commitholdtimer Commit-hold timer setting (appears only if COMMITHOLDMODE is ON, and is shown only for the master audit trail). Shows the timeout duration, plus the action to be taken when the timeout is exceeded: SUSPEND (to suspend the commit-hold condition) or CRASH (to cause TMF to crash).
INFO AUDITTRAIL TMFCOM Commands Subvolume ZTMFAT, Prefix CC, filesize 500, filespervolume 10 auditdump Off, overflowthreshold 80%, begintransdisable 90% MaxRetainedATFiles 0 OverflowVols: $AUDIT RestoreVols: $AUDIT The following INFO AUDITTRAIL command formats the configuration information for all audit trails as command-file text, directing this output to the file COMFL1 on the default volume and subvolume: TMF 79> INFO /OUT COMFL1/ AUDITTRAIL *, OBEYFORM This text, which can be submitted from COMFL1
INFO AUDITTRAIL TMFCOM Commands SET AUDITTRAIL SET AUDITTRAIL SET AUDITTRAIL $AUDIT03 & ) SET AUDITTRAIL $AUDIT & ) SET AUDITTRAIL $AUDIT & ) ADD AUDITTRAIL OVERFLOWTHRESHOLD 80 BEGINTRANSDISABLE 90 ACTIVEVOL ( & OVERFLOWVOL ( & RESTOREVOL( & Auxiliary02 HP NonStop TMF Reference Manual—540138-002 3 -184
INFO AUDITTRAIL TMFCOM Commands HP NonStop TMF Reference Manual—540138-002 3 -185
INFO BEGINTRANS TMFCOM Commands 3 TMFCOM Commands INFO BEGINTRANS The INFO BEGINTRANS command displays the configured attribute values for the BEGINTRANS object that disable and reenable transaction processing and that apply limits on resource managers and transaction branches used in heterogeneous transaction processing. INFO BEGINTRANS [,OBEYFORM] OBEYFORM formats the INFO BEGINTRANS output as command file text that can be executed by TMFCOM.
INFO BEGINTRANS TMFCOM Commands Table 3-11. INFO BEGINTRANS Output Heading or Item Description TRANSCOUNTTHRESH Upper and lower limits at which number of active transactions in the system automatically disables or reenables new transactions. TMFLIBMEMTHRESH Upper and lower limits at which percentage of processor memory allocated to TMFLIB automatically disables or reenables new transactions.
INFO BEGINTRANS TMFCOM Commands Examples The following INFO BEGINTRANS command displays the BEGINTRANS object attributes: TMF 81> INFO BEGINTRANS BeginTrans Configuration: TransCountThresh (1500, 1600) TmfLibMemThresh (85, 90) TmpMemThresh (90, 95) TransPerCpu (1024, 1024) AutoAbort 7200 SECONDS RecRMCount 256 RMOpenPerCpu 128 BranchesPerRM 128 After the next START TMF, the BeginTrans Configuration will be: TransPerCpu (1024, 1024) RecRMCount 128 RMOpenPerCpu 32 BranchesPerRM 128 (The parameter values dis
INFO CATALOG TMFCOM Commands INFO CATALOG The INFO CATALOG command displays the configured attribute values for the catalog process. INFO CATALOG [,OBEYFORM] OBEYFORM formats the INFO CATALOG output as command file text that can be executed by TMFCOM. TMF saves this output in the file designated by the OUT option available with all commands. Subsequently executing this command file produces a new data volume configuration that exactly matches the existing configuration.
INFO CATALOG TMFCOM Commands Table 3-12. INFO CATALOG Output Heading or Item Description Retaindepth Number of online dump generations retained in the catalog. Released Status to which online or audit tape volumes are set after all dumps on the volumes are marked for deletion. If ON, status becomes RELEASED; if OFF, status becomes SCRATCH. Roundrobin ROUNDROBIN attribute setting. If ON, the catalog is searched in round-robin fashion, so that all tapes in the catalog are used before any are re-used.
INFO DATAVOLS TMFCOM Commands INFO DATAVOLS The INFO DATAVOLS command displays the configured attribute values of data volumes, and can also filter and then display volumes based on selected configuration attributes. INFO DATAVOL[S] [volume ] [(volume [,volume]...)] [ * ] [,config-attrib [,config-attrib]...] [,OBEYFORM [, SORT {BYATID | BYNAME} ] ] volume identifies the data volume whose attribute values are to be displayed. * displays the attribute values of all configured data volumes.
INFO DATAVOLS TMFCOM Commands an Alternate Destination on page 2-8. If OBEYFORM is not specified, normal formatting is used. SORT {BYATID | BYNAME} displays the data volume information in the order indicated: BYATID lists data volumes first by audit-trail ID and then alphabetically by data volume name. BYNAME lists the data volumes by name, in alphabetical order. If the SORT parameter is omitted, this option is the default. Security Restrictions Anyone can enter the INFO DATAVOLS command.
INFO DATAVOLS TMFCOM Commands Examples The following INFO DATAVOLS command, issued without any volume names or other options, displays configuration attributes for all data volumes: TMF 90> INFO DATAVOLS Volume Audit Trail Recovery Mode ------------------------------------------------$DATA1 Master Online $DATA2 Master Online $DATA3 Master Online $DATA4 Master Online $DATA5 Master Archive $DATA6 Auxiliary01 Online $DATA7 Auxiliary01 Online $DATA8 Auxiliary01 Archive $DATA9 Auxiliary01 Online The next INFO
INFO DATAVOLS TMFCOM Commands Remember that a data volume cannot be added to a new TMF configuration if it was associated with a previous TMF configuration and thus might be inconsistent. Therefore, before submitting the CONFL2 command file for execution, you must take one of the following actions: • • Edit the ALTER DATAVOLS commands in COMFL2 to include the IGNOREPREVIOUSCONFIG option, which allows the data volumes to be added in spite of possible inconsistencies.
INFO DUMPS TMFCOM Commands INFO DUMPS The INFO DUMPS command displays online and audit dump entries in the TMF catalog. INFO DUMPS [file-set ] [(file-set [,file-set]...)] [ ] [,BRIEF | DETAIL | OBEYFORM ] [,MEDIUM {TAPE | DISK} ] [,SERIAL serial-number ] [,SORT {BYFILE | BYSERIAL} ] [,STATUS {ASSIGNED} {INVALID } {RELEASED} ] [,TYPE {AUDITDUMP | ONLINEDUMP} ] [,CATALOG [node.]volume.subvolume] [,NOT {file-set } {(file-set [,file-set]...
INFO DUMPS TMFCOM Commands Note. If you plan to refer to SQL/MX objects in a file-set list, you must use the Guardian names of the underlying files in all TMFCOM commands. You can run the MXGNAMES utility to convert one or more objects’ ANSI names to their underlying Guardian file names. You can then use the Guardian file names in the file-set list. For convenience, MXGNAMES provides an option that generates names formatted as TMF file-sets for direct use in TMFCOM commands.
INFO DUMPS TMFCOM Commands the comment must begin with a hyphen in Column 1. However, if a line contains a file-name pattern followed by a comment, the beginning hyphen is not required; all characters that follow a file-name pattern are treated as a comment. The following example illustrates the content of a file: $DATA01.SUBVOL1.FILE1 $*.ZSD*.*00 This is a comment: All SQL/MX data fork files. - This is another comment: The next line is blank. $DATA*.*0.FILE2 FILE3 . . .
INFO DUMPS TMFCOM Commands execution are described in Directing Output to an Alternate Destination on page 2-8. If OBEYFORM is not specified, normal formatting is used. Note. If you use the OBEYFORM option, you must also use the SERIAL option and specify the file-set as “*.*.*”. Furthermore, in this case, you cannot use the STATUS, NOT, START, or MEDIUM options. The OBEYFORM option creates a command file that will rebuild all the dump entries for a single dump serial number only.
INFO DUMPS TMFCOM Commands INVALID selects only those dumps whose status is INVALID, meaning that the dump file is marked in the catalog as unreadable and cannot be used for file recovery. RELEASED selects only those dumps whose status is RELEASED, meaning that the dump has been marked in the catalog as damaged or deleted and cannot be used for file recovery. TYPE {AUDITDUMP | ONLINEDUMP} selects the dumps for which information is listed, according to their type: AUDITDUMP selects only audit dumps.
INFO DUMPS TMFCOM Commands the same file name in NOT and in , TMF does not retrieve information for that file. For more information, see the parameter description. Note. You must include the angle-brackets (“<“ and “>”) exactly as shown in the syntax, embedding the file name within these. For example: INFO DUMPS <$BOULDER.SNOW.NPFILE>, NOT <$DVR.RAIN.
INFO DUMPS TMFCOM Commands Output Displayed The INFO DUMPS command displays the attributes for dumps selected by the filtering parameters of this command. The primary items in the display are listed in Table 3-14. Table 3-14. INFO DUMPS Output Heading or Item Description System System on which report is produced. Current Date-Time Date and time report is produced. FileName Name of dumped online-dump or audit-dump file. Dump Serial Serial number of dump.
INFO DUMPS TMFCOM Commands AA000003 70 10-Oct-2004 11.41 audit disk \SAB.$DEV70. ZT000070.LABELS \SAB.$DEV70. ZT000070.AA000003 . . . The next INFO DUMPS command requests configuration information for all online and audit dumps directed to disk, using the detail form of the report. (The first two columns of the report, File Name and Dump Serial, are not shown in this example to conserve display space.
INFO PROCESS TMFCOM Commands INFO PROCESS The INFO PROCESS command displays the configured attribute values for the various TMF process types. INFO PROCESS [process-type ] [(process-type [,process-type]...)] [ * ] [,OBEYFORM] process-type identifies the type of TMF process whose configuration is to be displayed. process-type may be any of the following names: Process-type Process-type Description AUDITDUMP Audit dump process, which dumps audit-trail files to disk or tape.
INFO PROCESS TMFCOM Commands * displays the configured attributes of all process-types. OBEYFORM formats INFO PROCESS output as command file text that can be executed by TMFCOM. TMF saves this output in the file designated by the OUT option available with all commands. Subsequently executing this command file produces a new process configuration that exactly matches the existing configuration.
INFO PROCESS TMFCOM Commands Table 3-15. INFO PROCESS Output Heading or Item Description ProgramFile Name of program file used by process type. Term Name of terminal used by process type. Swap Name of swap file specified for process type, followed by the notation “KSMF is Used.” For more information about SWAP file assignment and this notation, see the ALTER PROCESS command discussion.
INFO PROCESS TMFCOM Commands The next INFO PROCESS command displays the attributes common to all catalog and volume recovery processes: TMF 12> INFO PROCESS (CATALOG, VOLUMERECOVERY) Process Configuration: Catalog: . . . VolumeRecovery: . . . The subsequent INFO PROCESS command displays the attributes of all major TMF process types: TMF 13> INFO PROCESS * Process Configuration: AuditDump: . . . AuditRestore: . . . BackOut: . . .
INFO RESOURCEMANAGER TMFCOM Commands INFO RESOURCEMANAGER The INFO RESOURCEMANAGER command displays the entries for recoverable resource managers currently registered in the resource manager directory. INFO {RESOURCEMANAGER | RM} [rm-name ] [(rm-name [,rm-name]...)] [* ] [,OBEYFORM ] rm-name is the name of the recoverable resource manager whose entry is to be displayed.
INFO RESOURCEMANAGER TMFCOM Commands Usage Guidelines Note. Resource managers, to which the INFO RESOURCEMANAGER command applies, support heterogeneous transaction processing. Resource managers are used in products such as NonStop TUXEDO. Although TMFCOM and the TMFSERVE programmatic interface provide TMF commands and options for operating on resource managers, system managers who use them do so in the context of issues involving multiple software subsystems and interplatform considerations.
INFO RESOURCEMANAGER TMFCOM Commands The next INFO RESOURCEMANAGER command, using the OBEYFORM option, formats the output for a single resource manager as command file text in the file RECMGR on the default volume and subvolume: TMF 21> INFO /OUT RECMGR/ RM TUX-HP@ESSG, OBEYFORM The resulting output, which can be submitted as a command to TMFCOM, is as follows: Add RM TUX-HP@ESSG, OWNER (255,255) HP NonStop TMF Reference Manual—540138-002 3 -207
INFO TAPEMEDIA TMFCOM Commands INFO TAPEMEDIA The INFO TAPEMEDIA command displays the configured attribute values of tape volumes. INFO TAPEMEDIA [tape-volume ] [(tape-volume [,tape-volume]...)] [ * ] [,STATUS {ASSIGNED} {BAD } {RELEASED} {SCRATCH } [,OBEYFORM ] ] tape-volume identifies the tape volume whose entries in the catalog are to be displayed. For this parameter, use the name magnetically encoded on the tape volume. * displays all tape volume entries in the catalog. This is the default.
INFO TAPEMEDIA TMFCOM Commands available with all commands. Subsequently executing this command file produces tape media entries in the catalog that exactly match the existing entries. (The ADD TAPEMEDIA commands created by the OBEYFORM option specify STATUS SCRATCH regardless of the actual tape status, so that all tapes specified can be added back into the catalog.) The use of the OUT option and command file execution are described under Directing Output to an Alternate Destination on page 2-8.
INFO TAPEMEDIA TMFCOM Commands This INFO TAPEMEDIA command, using the OBEYFORM option, formats the output for all tape volumes as command file text in the file TPINFO on the default volume and subvolume: TMF 35> INFO /OUT TPINFO/ TAPEMEDIA *, OBEYFORM The resulting output, which can be submitted from TPINFO as commands to TMFCOM, is: ADD ADD ADD ADD ADD ADD TAPEMEDIA TAPEMEDIA TAPEMEDIA TAPEMEDIA TAPEMEDIA TAPEMEDIA TF0250, TF0251, TF0252, TF0253, TF0254, TF0255, LABEL LABEL LABEL LABEL LABEL LABEL OF
INFO TMF TMFCOM Commands INFO TMF The INFO TMF command displays the configured attribute values of TMF. INFO TMF [,{CNFGFORM | OBEYFORM}] CNFGFORM formats the INFO TMF output as command file text that can be executed by TMFCOM. TMF saves this output in the file designated by the OUT option available with all commands. Subsequently executing this command file produces a running system that exactly matches your present TMF configuration.
INFO TMF TMFCOM Commands TMF State Requirement You can enter the INFO TMF command at any time, whether or not TMF has been started. Usage Guidelines The INFO TMF command displays the current TMF configuration volume and combines the information presented by the INFO commands for the following objects: AUDITDUMP, AUDITTRAIL, BEGINTRANS (only when TMF is running), and CATALOG. In addition, the INFO TMF command also displays the performance-tuning attributes set by the ALTER TMF command.
INFO TMF TMFCOM Commands a START TMF command preceding these commands. Note. To augment the information captured through the INFO TMF, CNFG command, you can capture current information about TMF online and audit dumps by using the INFO DUMPS, OBEYFORM command. For more information about this step, see INFO DUMPS on page 3-193.
INFO TMF TMFCOM Commands Subvolume ZTMFAT, Prefix AA, filesize 1000000, filespervolume 3, auditdump On, overflowthreshold 80%, begintransdisable 90%, MaxRetainedATFiles 0 CommitHoldMode On CommitHoldTimer 600 Seconds On Timeout Crash OverflowVols: $MEZRPT, $OPER Restorevols: $MEZRPT Auditdump Configuration: Master: enabled, medium tape, Copies 1, verifytape Off, blocksize 128, system \CYCLONE Catalog Configuration: retaindepth 3, released off, roundrobin off BeginTrans Configuration: TransCountThresh (150
INFO TMF TMFCOM Commands Reset Term, & Reset Swap Alter Process BackOut, & . . . Alter Process Catalog, & . . . Alter Process . . . Alter Process . . . Alter Process . . . Alter Process . . . Alter Process . . . Alter Process . . . Alter Process . . . Alter Process . . . Alter Process . . .
INFO TMF TMFCOM Commands SET AUDITTRAIL OVERFLOWTHRESHOLD 80 SET AUDITTRAIL BEGINTRANSDISABLE 90 SET AUDITTRAIL ACTIVEVOL ( & $AUDIT & ) SET AUDITTRAIL OVERFLOWVOL ( & $MEZRPT & , $OPER & ) SET AUDITTRAIL RESTOREVOL ( & $MEZRPT & ) ADD AUDITTRAIL Master ALTER AUDITTRAIL Master, COMMITHOLDMODE ON, & COMMITHOLDTIMER 600 SECONDS ON TIMEOUT CRASH ALTER AUDITDUMP Master, medium tape ALTER AUDITDUMP Master, copies 1 ALTER AUDITDUMP Master, verifytape Off ALTER AUDITDUMP Master, blocksize 128 ALTER AUDITDUMP Mas
INFO TMF TMFCOM Commands .
INFO TMF TMFCOM Commands recrmcount 256, & rmopenpercpu 96, & branchesperrm 128 Remember that the ALTER BEGINTRANS command in this OBEYFORM command file cannot be executed unless TMF is running. Therefore, before you execute the file, you must add a START TMF command before the ALTER BEGINTRANS command in the file. Also recall, as noted earlier in this discussion, that TMF does not write the MaxRetainedATFiles field to the INFO TMF output when the CNFGFORM or OBEYFORM option is used.
NEXT AUDITTRAIL TMFCOM Commands NEXT AUDITTRAIL The NEXT AUDITTRAIL command changes audit-trail files for a specified audit trail; it stops new audit records from being added to the current audit-trail file and establishes the next file in the audit trail sequence as the current audit-trail file. NEXT AUDITTRAIL {MASTER | MAT } {AUX[ILIARY]nn} MASTER | MAT AUX[ILIARY]nn identifies the audit trail for which you want to change audit-trail files. MASTER or MAT specifies the master audit trail.
OBEY TMFCOM Commands OBEY The OBEY command executes a series of commands entered in a command file. OBEY [node.][volume.][subvolume.]file-id node identifies the node (system) on which the command file is stored. volume identifies the disk volume on which the command file is stored. subvolume identifies the subvolume on which the command file is stored. file-id identifies the command file, which contains one or more valid TMFCOM commands. Security Restrictions Anyone can enter the OBEY command.
OBEY TMFCOM Commands If TMFCOM encounters an error while executing a command from a command file, TMFCOM terminates command file execution and ignores the remaining commands in the command file. TMFCOM then reads its next command from the file from which it read the OBEY command.
OBEYVOL TMFCOM Commands OBEYVOL The OBEYVOL command specifies the default node, volume, and subvolume names for expanding an unqualified command file name used in an OBEY command. OBEYVOL [[[node.]volume.]subvolume] node is the name of the default node (system). volume is the name of the default disk volume. subvolume is the name of the default subvolume. Security Restrictions Anyone can enter the OBEYVOL command.
OBEYVOL TMFCOM Commands • • If you omit node, no default node is recorded for your session; the node on which your TMFSERVE process is running is assigned. If you omit node, volume, and subvolume, the recorded default node, volume, and subvolume for the OBEY command are cleared. As a result, unqualified file names are expanded according to the defaults in effect when you started TMFCOM.
OPEN SERVER TMFCOM Commands OPEN SERVER The OPEN SERVER command specifies the TMFSERVE process with which your TMFCOM process communicates to control TMF. OPEN SERVER {node } {[node.]server} [,CPU cpu-num ] [,PRI integer ] [,SWAP volume ] [,TERM [node.]term] node identifies the node (system) on which the TMFSERVE process runs. The syntax rules for specifying a node name appear under Disk File Names, earlier in this section. The default is the node on which your TMFCOM process is running.
OPEN SERVER TMFCOM Commands TERM [node.]term identifies the home terminal for the TMFSERVE process. This is the terminal where system start-up error messages are displayed. As a general rule, this option should not be used. Without this option, the default is the home terminal currently used by TMFCOM. Security Restrictions Anyone can enter the OPEN SERVER command. TMF State Requirement You can enter the OPEN SERVER command at any time, whether or not TMF has been started.
OPEN SERVER TMFCOM Commands Figure 3-1. TMFCOM and TMFSERVE Processes TMFCOM SPI Command Messages SPI Response Messages TMFSERVE TMF Volume Recovery TMP File Recovery Backout Catalog TMFDR VST003.vsd In general, you issue an OPEN SERVER command to communicate with an existing TMFSERVE process or to create and communicate with a new TMFSERVE process.
OPEN SERVER TMFCOM Commands TMFSERVE process. Up to 10 user processes can share the same TMFSERVE process. When you enter the OPEN SERVER command, one of the following actions takes place: • • If the TMFSERVE process you specify already exists, TMF establishes communication between this TMFSERVE process and your TMFCOM process. (For an existing process, the OPEN SERVER command can specify the TERM option but not the CPU, PRI, and SWAP options.
OPEN SERVER TMFCOM Commands Figure 3-2. TMFSERVE on a Remote Node \CHICAGO \DENVER TMFCOM TMFSERVE TMFSERVE TMP TMP TMFCOM VST004.vsd Understanding Interoperability Issues When you use a TMFCOM OPEN SERVER command to open a TMFSERVE process on a remote node in an EXPAND network, you may find your TMFCOM process interacting with a newer or older version of TMFSERVE.
OPEN SERVER TMFCOM Commands Examples The following OPEN SERVER command establishes a connection between an existing TMFSERVE process and the current TMFCOM process.
RECOVER FILES TMFCOM Commands RECOVER FILES The RECOVER FILES command initiates file recovery: restoring a database to a consistent state. RECOVER FILES {file-set } {(file-set [,file-set]...)} { } [,NOT {file-set } {(file-set [,file-set]...
RECOVER FILES TMFCOM Commands file-set identifies the files to be recovered. Enter file-set in the following format: [[volume.]subvolume.]file-id Note. If you plan to refer to SQL/MX objects in a file-set list, you must use the Guardian names of the underlying files in all TMFCOM commands. You can run the MXGNAMES utility to convert one or more objects’ ANSI names to their underlying Guardian file names. You can then use the Guardian file names in the file-set list.
RECOVER FILES TMFCOM Commands identifies a file that contains one or more file-name patterns. These patterns, in turn, designate files to be recovered. The file can be an EDIT format file (file code 101) or a C data file (file code 180). Note. You must include the angle-brackets (“<“ and “>”) exactly as shown in the syntax, embedding the file name within these. For example: RECOVER FILES <$BOULDER.SNOW.
RECOVER FILES TMFCOM Commands NOT file-set identifies one or more files that are not to be recovered, whether or not they are specified in file-set and regardless of their redo-needed or undo-needed status. The NOT file-set list allows the same pattern-matching (wild-card) characters described earlier in the discussion of the file-set option for this command and the file-set option for the DUMP FILES command on page 3-150.
RECOVER FILES TMFCOM Commands If you omit the FROMARCHIVE parameter but include the TOFIRSTPURGE, TIME, TOMATPOSITION, SERIAL, or MAP NAMES parameter, the FROMARCHIVE operation becomes the default operation (so that all files requested are recovered). For example, if you enter the following command, FROMARCHIVE takes effect by default: TMF 10> RECOVER *.*.
RECOVER FILES TMFCOM Commands TIME {month[-]day[-]year, hr:min[:sec] [GMT] } {day[-]month[-]year, hr: min[:sec] [GMT] } applies the FROMARCHIVE option (whether it is specified or not), recovering all files requested from the relevant online and audit dumps, and directs that file recovery redo all transactions that were committed before the specified time. Transactions that began before the specified time but that were not yet committed are backed out.
RECOVER FILES TMFCOM Commands GMT indicates that the TIME value is specified in Greenwich mean time. If GMT is omitted, the default is the local time at your site. TOMATPOSITION (atseqno, rba) applies the FROMARCHIVE option (whether it is specified or not), recovering all files requested from the relevant online and audit dumps, and directs that file recovery redo all transactions that were committed up to a specified location in the master audit trail (MAT).
RECOVER FILES TMFCOM Commands RECOVERVDPPHASE1 recovers the underlying catalog for the virtual disk process (VDP). If you omit this option, the files specified in file-set are recovered, but the catalog is not. Caution. The RECOVERVDPPHASE1 option is intended for use with SMF files only. Before you issue a RECOVER FILES command with this option, it is vital that you read Options for the SMF Product on page 3-244.
RECOVER FILES TMFCOM Commands applicable pattern. Within the context of MAP NAMES, the following syntax restrictions apply: Wildcard Characters in old-fileset-list In old-fileset-list, you can use wildcard characters in the volume, subvolume, and file-ID fields as follows: * An asterisk matches from 0 through 8 letters, digits, or a combination of these, in the position where it appears. ? A question mark matches exactly one letter or digit, in the position where it appears.
RECOVER FILES TMFCOM Commands The total number of characters (bytes) in the file-set list and NOT file-set list, together, cannot exceed 28672. Multiple file recovery processes can be running at any point in time. Each generation of an online dump provides a point from which the file recovery can start. File recovery status is output to the EMS log file current at the time of the recovery. Caution.
RECOVER FILES TMFCOM Commands Caution. In some cases, you must examine and possibly alter the dump entries in the TMF catalog to ensure that a file recovery will be complete. For instance, when you want to recover an audited file that has been accidentally deleted, you should proceed as follows: 1.
RECOVER FILES TMFCOM Commands You can specify only one of the following options in the same RECOVER FILES command: TIME, TOFIRSTPURGE, or TOMATPOSITION. If you enter more than one of these options, an error message is generated. Caution. If you specify the TIME, TOFIRSTPURGE, or TOMATPOSITION option in a RECOVER FILES command, you must immediately make new online dumps of the data files recovered.
RECOVER FILES TMFCOM Commands after the dump would be impossible. In such a case, you can use the TOMATPOSITION option to recover the database to a specific location within the master audit trail (MAT) rather than to a specific time. However, the recovery steps involve the use of the SNOOP utility, a high level of TMF background, and perhaps the assistance of the Global Customer Support Center (GCSC) or your service provider. For more information about the procedure, see TMF Operations and Recovery Guide.
RECOVER FILES TMFCOM Commands Because the MAP NAMES option restores files only to the same instance of TMF, you cannot use this option to restore these files to another system. When you use the MAP NAMES option, the files in the new locations have the same user IDs and attributes as those in the old locations. When you use the MAP NAMES option, the FROMARCHIVE option is also used in all cases, even if you do not explicitly select it.
RECOVER FILES TMFCOM Commands Options for the SMF Product The TOPHYSVOL and WHEREPHYSVOLIS parameters allow you to refer to physical disk volumes managed by the NonStop Storage Management Foundation (SMF) product. The SMF software enhances the automatic management of system storage. A file stored on an SMF virtual disk is identified by a logical file name. A file that is not associated with an SMF virtual disk process, however, is identified by a direct file name.
RECOVER FILES TMFCOM Commands Examples The following RECOVER FILES command recovers the audited file T1, residing on the disk volume $DATA02 and the subvolume TMF. The command is entered interactively and, because the NOWAIT option is not specified, the resulting EMS messages are displayed on the terminal as the recovery progresses: TMF 71> RECOVER FILES $DATA02.TMF.T1, FROMARCHIVE Recover Files operation [5] begun.
RECOVER FILES TMFCOM Commands This RECOVER FILES command illustrates how to recover SMF files to a volume other than the current physical location of the files: TMF 75> RECOVER FILES $L1.*.*, TOPHYSVOL $D1, FROMARCHIVE . . . The following RECOVER FILES command illustrates the recovery of all audited logical (SMF) files located on the logical volumes $L1, $L2, $L3, and $L4, which reside on the physical volume $P7: TMF 76> RECOVER FILES ($L1.*.*, $L2.*.*, $L3.*.*, $L4.*.
RECOVER FILES TMFCOM Commands completed at atseqno 2 RBA 4436896. 17:51 21AUG03 195,00,200 NonStop TMF on \PLUTO *0402* RECOVER FILES [17] FileRecovery Process #1: Phase 2 of file recovery completed at atseqno 2 RBA 4436788. 17:51 21AUG03 195,00,200 NonStop TMF on \PLUTO *0403* RECOVER FILES [17] FileRecovery Process #1: Phase 3 of recovery completed at atseqno 2 RBA 4437908. 17:52 21AUG03 195,00,200 NonStop TMF on \PLUTO *0164* RECOVER FILES [17] FileRecovery Process #1: Recovered Files: \PLUTO.$DATA17.
RECOVER FILES TMFCOM Commands completed at atseqno 2 RBA 4478836. 18:00 21AUG03 195,00,112 NonStop TMF on \PLUTO *0403* RECOVER FILES [20] FileRecovery Process #1: Phase 3 of recovery completed at atseqno 2 RBA 4479956. 18:01 21AUG03 195,00,112 NonStop TMF on \PLUTO *0164* RECOVER FILES [20] FileRecovery Process #1: Recovered Files: \PLUTO.$DATA17.CTFRNL2.PARTLOC, \PLUTO.$DATA17.CTFRNL2.ODETAIL, \PLUTO.$DATA16.CTFRNL2.PARTLOC, \PLUTO.$DATA15.CTFRNL2.XORDCUS, \PLUTO.$DATA14.CTFRNL2.MYORDER, \PLUTO.$DATA13.
RELOCATE DISKDUMPS TMFCOM Commands RELOCATE DISKDUMPS The RELOCATE DISKDUMPS command changes the disk dump media locations specified in the TMF catalog. RELOCATE DISKDUMPS {serial-number } {(serial-number [, serial-number]...)} {* } ,OLDDMLOC diskmedia-loc, NEWDMLOC diskmedia-loc serial-number directs this RELOCATE DISKDUMPS command to change the catalog entries for only the dumps with the specified serial number. You can obtain information about dump serial numbers by using the INFO DUMPS command.
RELOCATE DISKDUMPS TMFCOM Commands TMF State Requirement Before you can use the RELOCATE DISKDUMPS command, TMF must be started. Usage Guidelines After moving or restoring dumps to a different location, use the RELOCATE DISKDUMPS command to change the entries for the dumps in the TMF catalog. This command selects disk media names in the catalog that match the serial numbers and OLDDMLOC value specified, and changes their location to the NEWDMLOC value.
RESET AUDITTRAIL TMFCOM Commands RESET AUDITTRAIL The RESET AUDITTRAIL command resets audit trail attributes to their default values, canceling the effects of any previous SET AUDITTRAIL commands. Values changed by RESET AUDITTRAIL are local to your current session and only apply to ADD DATAVOLS commands subsequently issued within this session. RESET AUDITTRAIL {attribute [,attribute]...
RESET AUDITTRAIL TMFCOM Commands parameter of a new ADD DATAVOLS or SET AUDITTRAIL command, TMF generates an EMS warning event message when you add the audit trail. OVERFLOWTHRESHOLD resets the OVERFLOWTHRESHOLD attribute to 80 (if an overflow volume is configured), indicating that overflow copying begins when the audit trail capacity in use exceeds 80%. RESTOREVOL[S] removes any RESTOREVOL[S] specification; thus, no restore-audit volumes onto which audit dumps can be restored are identified.
RESET AUDITTRAIL TMFCOM Commands Examples The following RESET AUDITTRAIL command resets the BEGINTRANSDISABLE attribute to 90%, overriding an earlier SET command that established a different value for this attribute: TMF 81> RESET AUDITTRAIL BEGINTRANSDISABLE Now, all subsequent ADD AUDITTRAIL commands that do not include the BEGINTRANSDISABLE parameter will use this 90% value for that attribute.
RESET DATAVOLS TMFCOM Commands RESET DATAVOLS The RESET DATAVOLS command resets data volume attributes to their default values, canceling the effects of any previous SET DATAVOLS commands. Values changed by RESET DATAVOLS are local to your current session and apply only to ADD DATAVOLS commands subsequently issued within this session. RESET DATAVOL[S] {attribute [,attribute]...
RESET DATAVOLS TMFCOM Commands carried forward to all the ADD DATAVOLS commands in your session, so that you need to enter only specific nondefault values as you wish.
RESET DUMPS TMFCOM Commands RESET DUMPS The RESET DUMPS command removes (clears) online and audit dump specifications, canceling the effects of previous SET DUMPS commands. This clearing by RESET DUMPS is local to your current session and affects only ADD DUMPS commands subsequently issued within this session. RESET DUMPS {attribute [, attribute]...
RESET DUMPS TMFCOM Commands Usage Guidelines The clearing of specifications by RESET DUMPS is local to your current session only, and is not propagated to TMFSERVE. This clearing affects only ADD DUMPS commands issued subsequently within your session and ceases to apply when your session ends. Note. You must establish values for the SERIAL and TYPE entries and for either the DISKMEDIA or the TAPEMEDIA entry. Default values are not allowed for these entries.
RESET TAPEMEDIA TMFCOM Commands RESET TAPEMEDIA The RESET TAPEMEDIA command removes certain tape volume attributes, or resets others to their defaults, canceling the effects of previous SET TAPEMEDIA commands. These changes by RESET TAPEMEDIA are local to your current session, and affect only ADD TAPEMEDIA commands subsequently issued within the session. RESET TAPEMEDIA {attribute [, attribute]...
RESET TAPEMEDIA TMFCOM Commands * resets all tape volume specifications to their default values and clears all tape volume specifications that have no defaults. Security Restrictions Anyone can issue the RESET TAPEMEDIA command. TMF State Requirement You can enter the RESET TAPEMEDIA command at any time, whether or not TMF has been started. Usage Guidelines The resetting or clearing of specifications by RESET TAPEMEDIA is local to your current session only, and is not propagated to TMFSERVE.
RESOLVE TRANSACTION TMFCOM Commands RESOLVE TRANSACTION The RESOLVE TRANSACTION command causes an unresolved distributed transaction to either commit or back out its changes. To fully resolve the transaction, this command must be issued on all nodes on which the transaction resides, except for the transaction’s home node. RESOLVE TRANS[ACTION[S]] {transaction-id } {(transaction-id [,transaction-id]...)} ,STATE {ABORTED | COMMITTED} where transaction-id is: [node. [node-number. [node(tm-flags).
RESOLVE TRANSACTION TMFCOM Commands tm-flags is a number representing flags used internally by TMF. If this number is zero, it does not appear in displays of the transaction-id presented by the STATUS TRANSACTIONS command. Note. If the tm-flags value is a number other than zero, you must include this number in parentheses in the RESOLVE TRANSACTION command. For example: TMF 3> RESOLVE TRANSACTION \SYSB(1).3.45678 cpu is the number of the processor on which the transaction originated.
RESOLVE TRANSACTION TMFCOM Commands audit trail. For a complete discussion of all transaction states, see the STATUS TRANSACTIONS command description later in this section.) If the connection between the nodes is reestablished, TMF automatically resolves the transactions that are in doubt. If communications cannot be reestablished, however, you may need to resolve the transactions manually.
RESOLVE TRANSACTION TMFCOM Commands Examples The following RESOLVE TRANSACTION command aborts the specified transaction, also displaying information about the transaction’s status: TMF 4> RESOLVE TRANSACTION \NEWYORK.6.5, STATE ABORTED \NEWYORK.6.5, State: aborted Distributed, Parent: \NEWYORK A STATUS TRANSACTIONS command has revealed that for the transaction \SANFRAN.7.8932, the tm-flags value was set to 1.
SET AUDITTRAIL TMFCOM Commands SET AUDITTRAIL The SET AUDITTRAIL command establishes attribute values for audit trails created by subsequent ADD DATAVOLS commands issued during the same TMFCOM session. SET AUDITTRAIL attribute [,attribute]... where attribute is any of the following: [AUDITDUMP {ON | OFF}] [FILESIZE integer ] [ACTIVEVOL[S] {volume } {(volume [,volume] ...) }] [FILESPERVOLUME integer] [OVERFLOWVOL[S] {volume } {(volume [,volume]...
SET AUDITTRAIL TMFCOM Commands FILESIZE integer specifies the size of the audit-trail files, in megabytes (MB). The minimum value for FILESIZE is 1 and the maximum depends on the format of the audit-trail files, as follows: For format 1 files: 2047 or the maximum disk size (if less than 2047 MB). For format 2 files: 1048575 or the maximum disk size (if less than 1048575 MB). (Note that 1048575 equals 1 terabyte (TB) minus 1 megabyte (MB).) Caution. FILESIZE values smaller than 300 MB are not recommended.
SET AUDITTRAIL TMFCOM Commands The FILESPERVOLUME value can be altered later, even while TMF is running, by using the ALTER AUDITTRAIL command. OVERFLOWVOL[S] specifies the volumes to be used as overflow space for the audit trail, if required (this attribute is not required by TMF, but if you omit it, TMF issues a warning event message at TMF startup, indicating that an overflow-audit volume should be configured). You can specify from 1 to 16 overflow volumes.
SET AUDITTRAIL TMFCOM Commands Usage Guidelines The values specified in SET AUDITTRAIL are local to your current session only and are not propagated to TMFSERVE. These values take effect when you issue subsequent ADD DATAVOLS commands within your session and cease to apply when your session ends. You might want to use SET AUDITTRAIL when you expect to issue several subsequent ADD DATAVOLS commands, using the SET AUDITTRAIL values for certain attributes in most instances and overriding the default values.
SET DATAVOLS TMFCOM Commands SET DATAVOLS The SET DATAVOLS command establishes attribute values for data volumes added by subsequent ADD DATAVOLS commands issued during the same TMFCOM session. SET DATAVOL[S] attribute [,attribute]... where attribute is any of the following: AUDITTRAIL {MASTER | MAT } {AUX[ILIARY]nn} RECOVERYMODE {ONLINE | ARCHIVE} AUDITTRAIL {MASTER | MAT } {AUX[ILIARY]nn} identifies the audit trail to which newly added data volumes would send their audit records.
SET DATAVOLS TMFCOM Commands TMF State Requirement You can enter the SET DATAVOLS command at any time, whether or not TMF has been started. Usage Guidelines The values specified in SET DATAVOLS are local to your current session only and are not propagated to TMFSERVE. These values take effect when you issue subsequent ADD DATAVOLS commands within your session and cease to apply when your session ends.
SET DUMPS TMFCOM Commands SET DUMPS The SET DUMPS command establishes specifications for online and audit dump entries added to the catalog by subsequent ADD DUMPS commands issued during the same TMFCOM session. SET DUMPS attribute [,attribute]... where attribute is: [DISKMEDIA disk ] [DISKMEDIA (disk [,disk]...
SET DUMPS TMFCOM Commands trail when dumped. For example: AA000036 For an online dump to disk, any number of disks can be specified by disk without limit, and the format for disk is: [node.]volume.{xx}serial-number.Ffile-number node is the node where the dump is located. volume is the volume on which the dump is located. {xx}serial-number identifies the dump. xx is a two-character prefix, and serial-number is the six-digit serial number of the dump.
SET DUMPS TMFCOM Commands If you specify DISKMEDIA, you must not specify TAPEMEDIA; if you specify TAPEMEDIA, you must not specify DISKMEDIA. TAPEMEDIA tape-volume:part:copy for dumps to tape, identifies the tape volume on which the dump is recorded. Include this option if the catalog does not already contain an entry for the dump with the specified serial number. tape-volume is the name of the tape volume. part specifies which part of the dump is stored on this tape volume.
SET DUMPS TMFCOM Commands You can obtain both master and auxiliary audit trail sequence numbers by examining output from a previous INFO DUMPS, DETAIL command or a previous DUMP FILES command. Security Restrictions Anyone can issue the SET DUMPS command. TMF State Requirement You can enter the SET DUMPS command at any time, whether or not TMF has been started. Usage Guidelines The values specified in SET DUMPS are local to your current session only and are not propagated to TMFSERVE.
SET DUMPS TMFCOM Commands All subsequent ADD DUMPS commands that do not include the TYPE parameter will use this value for that attribute. TMF 26> ADD DUMPS $ZTMFAT.ZTMFAT.AA000024, SERIAL 1066, & >>>DISKMEDIA $DUMPER.ZT001066.AA000024, & >>>TIME JAN 12 2002, 20:20:00 TMF 27> . . . The next SET DUMPS command sets the DISKMEDIA option for an online dump named $DUMP.ZT001000.F0000001: TMF 27> SET DUMPS DISKMEDIA $DUMP.ZT001000.F0000001 TMF 28> . . .
SET TAPEMEDIA TMFCOM Commands SET TAPEMEDIA The SET TAPEMEDIA command establishes attribute values for tape volumes added by subsequent ADD TAPEMEDIA commands issued during the same TMFCOM session. SET TAPEMEDIA attribute [,attribute] ... where attribute is: [DENSITY density] [DRIVE [node.]tape-drive] [LABEL {ON [!] | OFF}] [STATUS {ASSIGNED} {BAD } {RELEASED} {SCRATCH }] [UNLOAD {ON | OFF}] DENSITY density specifies the density at which tapes are written.
SET TAPEMEDIA TMFCOM Commands LABEL ON [!] | OFF for dumps to tape, determines whether tape volumes are labeled. The default is ON ON [!] ON labels tape volumes on the tape drive specified. If you choose this option, you must also specify the name of the tape drive in the DRIVE parameter. TMF invokes labeled-tape processing for the specified tape volumes to determine whether each one is labeled successfully. The exclamation point [!] is optional.
SET TAPEMEDIA TMFCOM Commands SCRATCH indicates that the tape volume can be used for dumping files. UNLOAD {ON | OFF} determines whether the tape volume is unloaded after it is labeled. ON unloads the tape volume. OFF suppresses unloading. The default is ON. Security Restrictions Anyone can issue the SET TAPEMEDIA command. TMF State Requirement You can enter the SET TAPEMEDIA command at any time, whether or not TMF has been started.
SET TAPEMEDIA TMFCOM Commands All subsequent ADD TAPEMEDIA commands that do not include the UNLOAD parameter will use this value for that specification (rather than the default, ON): TMF 47> ADD TAPEMEDIA TT02, DRIVE $TAPE1 TMF 48> ADD TAPEMEDIA TT03, DRIVE $TAPE2 TMF 49> . . . The next SET TAPEMEDIA command sets the LABEL specification to ON!, and the UNLOAD specification back to ON for subsequent ADD TAPEMEDIA commands in this session: TMF 49> SET TAPEMEDIA LABEL ON!, UNLOAD ON TMF 50> . . .
SHOW AUDITTRAIL TMFCOM Commands SHOW AUDITTRAIL The SHOW AUDITTRAIL command displays the attribute values established by SET AUDITTRAIL commands in the current TMFCOM session. If no SET AUDITTRAIL command was issued during the session, the SHOW AUDITTRAIL command presents no information. SHOW AUDITTRAIL [attribute [,attribute]...
SHOW AUDITTRAIL TMFCOM Commands RESTOREVOL[S] displays the RESTOREVOL[S] setting, listing the disk volumes to be used when restoring audit dumps during execution of a RECOVER FILES command. BEGINTRANSDISABLE displays the BEGINTRANSDISABLE setting, indicating the percentage of audit trail capacity that can be consumed before TMF disables new transactions. * displays all attribute values established by the SET AUDITTRAIL command in this session. If you do not specify any option, this is the default.
SHOW AUDITTRAIL TMFCOM Commands The next SHOW AUDITTRAIL command displays all audit trail attribute values established by SET AUDITTRAIL commands during this session: TMF 6> SHOW AUDITTRAIL activevol: $MAT, $MAT2 filespervolume: 4 overflowvols: $MAT,$MAT2 overflowthreshold: 80 HP NonStop TMF Reference Manual—540138-002 3 -281
SHOW DATAVOLS TMFCOM Commands SHOW DATAVOLS The SHOW DATAVOLS command displays the attribute values established by SET DATAVOLS commands in the current TMFCOM session. If no SET DATAVOLS command was issued during the session, the SHOW DATAVOLS command presents no information. SHOW DATAVOL[S] [attribute [,attribute]...] [* ] where attribute is: [AUDITTRAIL] [RECOVERYMODE] AUDITTRAIL displays the AUDITTRAIL setting, indicating the audit trail to which the newly added data volumes send their audit records.
SHOW DATAVOLS TMFCOM Commands Examples The following SHOW DATAVOLS command displays the value of the AUDITTRAIL data volume attribute, as established by a SET DATAVOLS command earlier in this session: TMF 10> SHOW DATAVOLS AUDITTRAIL audittrail auxiliary01 The next SHOW DATAVOLS command displays all data volume attribute values established by SET DATAVOLS commands during this session: TMF 11> SHOW DATAVOLS audittrail auxiliary01 recoverymode online If the SET DATAVOLS command has not been used in this ses
SHOW DUMPS TMFCOM Commands SHOW DUMPS The SHOW DUMPS command displays the attribute values established by SET DUMPS commands in the current TMFCOM session. SHOW DUMPS [attribute [, attribute]...] [ * ] where attribute is: [DISKMEDIA] [TAPEMEDIA] [SERIAL ] [TYPE ] DISKMEDIA for a dump to disk, displays the DISKMEDIA setting, indicating the node, volume, subvolume, and disk on which the dump is located.
SHOW DUMPS TMFCOM Commands Usage Guideline The SHOW DUMPS command does not display default values for specifications. If no parameter is specified in SHOW DUMPS, this command displays the values of all specifications set by SET DUMPS commands during this session. If a SET DUMPS command was not issued during the session, the SHOW DUMPS command presents no information.
SHOW TAPEMEDIA TMFCOM Commands SHOW TAPEMEDIA The SHOW TAPEMEDIA command displays the attribute values established by SET TAPEMEDIA commands in the current TMFCOM session. SHOW TAPEMEDIA [attribute [, attribute]...] [ * ] where attribute is: [DENSITY [DRIVE [LABEL [STATUS [UNLOAD ] ] ] ] ] DENSITY displays the DENSITY setting, indicating the density at which tape volumes are written. DRIVE displays the DRIVE setting, indicating the tape drive on which tape volumes are written.
SHOW TAPEMEDIA TMFCOM Commands * displays all tape media specification values established by the SET TAPEMEDIA command in this session. If you do not specify any option, this is the default. Security Restrictions Anyone can enter the SHOW TAPEMEDIA command. TMF State Requirement You can enter the SHOW TAPEMEDIA command at any time, whether or not TMF has been started. Usage Guidelines The SHOW TAPEMEDIA command does not display default values for attributes.
START TMF TMFCOM Commands START TMF The START TMF command starts TMF transaction processing, optionally displaying the EMS events for the start operation as this operation progresses. Specifically, START TMF starts audit trail service and data volumes, resolves network transactions, cleans up transactions that were active when TMF last went down, and initiates new transactions.
START TMF TMFCOM Commands thereafter provided that TMF is started, as noted in the discussion of the ADD AUDITTRAIL command.) During START TMF operation, volume recovery might not be able to recover some files. The unrecovered files will not be available when the operation completes but they will be listed in EMS messages. To make them available, you might need to use the RECOVER FILES command to perform a file recovery.
START TMF TMFCOM Commands Examples The following START TMF command, entered without the NOWAIT parameter, starts TMF and displays the EMS messages for the start operation as it progresses: TMF 19> START TMF START TMF operation [39] begun. Operation TimeStamp: 24-Jun-2003 20:09:18 20:09 24JUN03 195,02,024 NonStop TMF on \PLUTO *0155* START TMF[1] TMP Process: Beg1n Operation. 20:09 24JUN03 195,02,024 NonStop TMF on \PLUTO *0148* START TMF[1] TMP Process: START TMF parameters: None.
STATUS AUDITDUMP TMFCOM Commands STATUS AUDITDUMP The STATUS AUDITDUMP command displays the current status of audit dump processes. STATUS AUDITDUMP [MASTER | MAT ] [AUX[ILIARY]nn ] [(MASTER | MAT [,AUX[ILIARY]nn]) ] [(AUX[ILIARY]nn [,MASTER | MAT]) ] [(AUX[ILIARY]nn [,AUX[ILIARY]nn])] [ * ] MASTER|MAT AUX[ILIARY]nn identifies the audit trail associated with the audit dump process whose status is to be displayed. MASTER or MAT specifies the master audit trail.
STATUS AUDITDUMP TMFCOM Commands Table 3-20. STATUS AUDITDUMP Output Heading or Item Description Audit Dump Name of the audit trail associated with this dump: MASTER is the master audit trail, and AUXILIARYnn is an auxiliary audit trail. State Audit dump process state: enabled or disabled. Status Audit dump process status: active or inactive. Process Audit dump process name. File Name of audit-trail file currently being dumped.
STATUS AUDITTRAIL TMFCOM Commands STATUS AUDITTRAIL The STATUS AUDITTRAIL command displays the current audit trail activity. STATUS AUDITTRAIL [MASTER | MAT ] [AUX[ILIARY]nn ] [(MASTER | MAT [,AUX[ILIARY]nn]) ] [(AUX[ILIARY]nn [,MASTER | MAT]) ] [(AUX[ILIARY]nn [,AUX[ILIARY]nn])] [* ] [,DETAIL] MASTER | MAT AUX[ILIARY]nn identifies the audit trail whose activity is to be displayed. MASTER or MAT specifies the master audit trail. AUXILIARYnn or AUXnn specifies an auxiliary audit trail.
STATUS AUDITTRAIL TMFCOM Commands Usage Guidelines The STATUS AUDITTRAIL command displays the following items: • • • • • • The name of the audit trail The percentage of audit trail capacity in use The name of the oldest audit-trail file that is not yet ready to be reused or purged by TMF The reason a file is pinned (retained) on disk One or more audit-trail file names, and an indication of their status The commit-hold status for the audit trail These items are explained next under “Output Displayed.
STATUS AUDITTRAIL TMFCOM Commands Adding an active-audit volume to the audit trail increases audit trail capacity by the number of files specified in the FILESPERVOLUME attribute. You can use this option only if you have a volume that is not already configured as an active-audit volume or a data volume.
STATUS AUDITTRAIL TMFCOM Commands Table 3-21. STATUS AUDITTRAIL Output (page 2 of 5) Heading or Item Description Reason The reason the file named under “First Pinned File” is pinned, which is one of the following entries. (In the following list, each entry is followed by an explanation of its meaning.) Active transaction(s) An active transaction might have sent an audit record to this audit- trail file.
STATUS AUDITTRAIL TMFCOM Commands Table 3-21. STATUS AUDITTRAIL Output (page 3 of 5) Heading or Item Description Files Names of one or more audit-trail files, followed in parentheses by an indication of their status. If the DETAIL option is not specified, only the current audit file is displayed. If the DETAIL option is specified, the display also shows the names of every other file in the audit trail that is being managed on disk by TMF; these include preallocated, overflow, and restored files.
STATUS AUDITTRAIL TMFCOM Commands Table 3-21. STATUS AUDITTRAIL Output (page 4 of 5) Heading or Item Description Files (continued) overflowing The file is the target of an overflow operation, currently in progress. When this operation is done, this file’s status changes to OVERFLOW. preallocated Preallocated files are “placeholders” that are used to guarantee that disk space configured for the audit trail is not consumed by other applications.
STATUS AUDITTRAIL TMFCOM Commands Table 3-21. STATUS AUDITTRAIL Output (page 5 of 5) Heading or Item Description Commit-Hold Status The COMMITHOLD attribute setting, as follows: OFF COMMITHOLDMODE is set OFF; the commit-hold condition cannot be enabled, activated, or suspended. ENABLED COMMITHOLDMODE has been set ON, and transaction completion can take place normally. ENABLED is the normal COMMITHOLD status.
STATUS AUDITTRAIL TMFCOM Commands Examples The following STATUS AUDITTRAIL command, which includes the DETAIL option, presents the detailed status of all configured audit-trail files: TMF 72> STATUS AUDITTRAIL, DETAIL Audit Trail Status: Master: OVERFLOW SPACE IN USE! Active audit trail capacity used: 81% First pinned file: $DATA1.ZTMFAT.AA000044 Reason: Active transaction(s). Files: $SPARE.ZTMFAT.AA000032 (restored) $SPARE.ZTMFAT.AA000033 (restoring) $DATA1.ZTMFAT.AA000044 (overflow, dumped) $MAT2.
STATUS AUDITTRAIL TMFCOM Commands Current file: $AUX1.ZTMFAT.BB000006 CommitHold Off The following STATUS AUDITTRAIL command displays the audit-trail status for the master audit trail when the COMMITHOLDMODE option has been set ON by an earlier ALTER AUDITTRAIL command: TMF 84> STATUS AUDITTRAIL MAT AuditTrail Status: Master: Active audit trail capacity used: 0% First pinned file: $AUDIT.ZTMFAT.AA000001 Reason: Current File Current file: $AUDIT.ZTMFAT.
STATUS AUDITTRAIL TMFCOM Commands The subsequent command displays the status when the commit-hold condition is activated for the master audit trail and reviving for the AUX01 auxiliary audit trail: TMF 95> STATUS AUDITTRAIL AuditTrail Status: Master: Active audit trail capacity used: 0% First pinned file: $AUDIT.ZTMFAT.AA000001 Reason: Current File Current file: $AUDIT.ZTMFAT.AA000001 CommitHold Activated on 07/14/04 14:32 by $AUDIT. After 300 seconds, TMF will crash.
STATUS BEGINTRANS TMFCOM Commands STATUS BEGINTRANS The STATUS BEGINTRANS command displays the current status of TMF transaction processing, indicating whether this feature is enabled or disabled. STATUS BEGINTRANS Security Restrictions Anyone can enter the STATUS BEGINTRANS command. TMF State Requirement Before you can enter the STATUS BEGINTRANS command, TMF must be started. Usage Guideline If transaction processing is disabled, STATUS BEGINTRANS reports all reasons why this is so.
STATUS CATALOG TMFCOM Commands STATUS CATALOG The STATUS CATALOG command displays the current activity of the catalog process, indicating the availability of the TMF catalog. STATUS CATALOG Security Restrictions Anyone can enter the STATUS CATALOG command. TMF State Requirement You can enter the STATUS CATALOG command at any time, whether or not TMF has been started.
STATUS DATAVOLS TMFCOM Commands STATUS DATAVOLS The STATUS DATAVOLS command displays the current status of data volumes. STATUS DATAVOL[S] [volume ] [(volume [,volume]...
STATUS DATAVOLS TMFCOM Commands ADDING indicates volumes being added to the configuration as data volumes. STARTING indicates configured volumes that are in one of the startup states (startupbegun, awaittransresolve, queuedforrecovery, recovering, or startupcompleting). STARTUPBEGUN indicates configured volumes that have just begun automatic startup processing. The associated disk process is processing the initial startup requests for these volumes.
STATUS DATAVOLS TMFCOM Commands NOTSTARTED indicates configured volumes that are not in the started state. DOWN indicates configured volumes that are in either the downclean or downdirty state. DOWNCLEAN indicates configured volumes that are inaccessible, perhaps because of device or process problems, and on which no updates have been made to audited files since the volume last underwent a clean shutdown. Audited files on volumes in this state do not contain any inconsistencies.
STATUS DATAVOLS TMFCOM Commands DISABLEDDIRTY indicates configured volumes that are disabled, but for which normal shutdown processing did not complete successfully. A volume enters the disabledirty state if it is disabled by a DISABLE DATAVOLS command that includes the ABRUPT option. When TMF cannot determine whether a volume is clean, TMF assumes that it is dirty.
STATUS DATAVOLS TMFCOM Commands Security Restrictions Anyone can enter the STATUS DATAVOLS command. TMF State Requirement Before you can enter the STATUS DATAVOLS command, TMF must either be in the started state or in the process of shutting down. Usage Guidelines You can control the volumes displayed, using the STATE, AUDITTRAIL, and RECOVERYMODE parameters.
STATUS DATAVOLS TMFCOM Commands Table 3-22. STATUS DATAVOLS Output Heading or Item Description Volume Name of the data volume. Audit Trail Audit trail to which this data volume generates audit records. Recovery Mode Recovery mode setting (either online or archive). State The current status of the data volume, indicating its state.
STATUS OPERATIONS TMFCOM Commands STATUS OPERATIONS The STATUS OPERATIONS command displays the status of TMF operations that were recently completed or are now in progress. STATUS OPERATION[S] [operation-number ] [(operation-number [,operation-number]...
STATUS OPERATIONS TMFCOM Commands DUMPFILES indicates online dumping to tape or disk. RECOVERFILES indicates file recovery. STARTTMF indicates TMF startup. STOPTMF indicates TMF shutdown. VOLUMERECOVERY indicates volume recovery. ANY indicates any operation. STATE displays information only about operations that are in the state indicated by this parameter. This option applies only when the wild-card character (*) is specified for operation-number. You can specify the following states.
STATUS OPERATIONS TMFCOM Commands where: month is a three-character abbreviation for the name of the month: {JAN|FEB|MAR|APR|MAY|JUN|JUL|AUG|SEP|OCT|NOV|DEC} day is a two-digit integer for the day of the month. year is a four-digit integer for the calendar year. Note. You can use either dashes (-) or spaces, or both, as delimiters to separate the month, day, and year values, but you must use at least one of these delimiters. hr is an integer for the hour, from 0 through 23.
STATUS OPERATIONS TMFCOM Commands Security Restrictions Anyone can enter the STATUS OPERATIONS command. TMF State Requirement You can enter the STATUS OPERATIONS command at any time, whether or not TMF has been started. Usage Guidelines When you specify an operation number with the STATUS OPERATIONS command, TMFCOM displays the status of the latest operation assigned that operation number by the current incarnation of the TMP.
STATUS OPERATIONS TMFCOM Commands Output Displayed The STATUS OPERATIONS command displays the items explained in Table 3-23. Table 3-23. STATUS OPERATIONS Output Heading or Item Description Type The type of operation: AuditRestore, DeleteTMF, DumpFiles, RecoverFiles, StartTMF, StopTMF, and VolumeRecovery. State The state of the operation: InProgress or Finished. Begin Time The date and time the operation began. End Time The date and time the operation completed.
STATUS OPERATIONS TMFCOM Commands The last STATUS OPERATIONS command displays information about all operations that began at or after 1:00 p.m.
STATUS RESOURCEMANAGER TMFCOM Commands STATUS RESOURCEMANAGER The STATUS RESOURCEMANAGER command displays the current status of both recoverable and volatile resource managers. STATUS {RESOURCEMANAGER | RM} [rm-name ] [(rm-name [,rm-name]...)] [* ] [,STATE {CREATED } {CLOSED } {OPEN } {RECOVERING} {CRASHED } {VOLATILE }] [,PROCESS {process } {(process [,process]...) } {(cpu,pin) } {((cpu,pin) [,(cpu,pin)]...)}] [,DETAIL ] rm-name is the name of the resource manager whose status is to be displayed.
TMFCOM Commands STATUS RESOURCEMANAGER STATE displays information only for resource managers that are in the state indicated by this parameter. If this parameter is omitted, TMFCOM displays information for all resource managers requested, regardless of state. In this parameter, you can specify one of the following states: CREATED displays information only for resource managers in the created state.
STATUS RESOURCEMANAGER TMFCOM Commands PROCESS displays information only for resource managers that are currently open by the gateway processes indicated by process or (cpu, pin) specifiers: process is the name of the gateway process that has the resource manager open. (cpu, pin) is the CPU number and process identification number (PIN) of the gateway process that has the resource manager open.
STATUS RESOURCEMANAGER TMFCOM Commands Usage Guidelines Note. Resource managers, to which the STATUS RESOURCEMANAGER command applies, support heterogeneous transaction processing. Resource managers are used in products such as NonStop TUXEDO. Although TMFCOM and the TMFSERVE programmatic interface provide TMF commands and options for operating on resource managers, system managers who use them do so in the context of issues involving multiple software subsystems and interplatform considerations.
STATUS RESOURCEMANAGER TMFCOM Commands Output Displayed For each resource manager reported upon, the STATUS RESOURCEMANAGER command displays the items explained in Table 3-24. Table 3-24. STATUS RESOURCEMANAGER Output Heading or Item Description Name Name of the resource manager. Status State of the resource manager: created, closed, open, recovering, crashed, or volatile.
STATUS RESOURCEMANAGER TMFCOM Commands Name: Status: Process: ZZ-VOLATILE-3-5 VOLATILE (3,75) Name: Status: Process: ZZ-VOLATILE-5-7 VOLATILE $TXVRM The next command displays the status of all resource managers in the crashed state, without the DETAIL option: TMF 28> STATUS RM, STATE CRASHED Resource Manager Status -------------------------Name: TUX-A2_NT@MICROSOFT Status: CRASHED Process: None The following command displays the status of all resource managers that are open by the process $TXGW1, wit
STATUS RESOURCEMANAGER TMFCOM Commands The next command displays the status of all resource managers in the crashed state, and shows the transaction-level detail for each: TMF 50> STATUS RM, STATE CRASHED, DETAIL Resource Manager Status -------------------------Name: TUX-A2_NT@MICROSOFT Status: CRASHED Process: None Transid Branch Number State ----------------------------------------------------------------\SVLDEV.3.39480 1 prepared \PRUNE.5.
STATUS SERVER TMFCOM Commands STATUS SERVER The STATUS SERVER command displays status and other information about the currently open TMFSERVE process. STATUS SERVER Security Restrictions Anyone can enter the STATUS SERVER command. TMF State Requirement You can enter the STATUS SERVER command at any time, whether or not TMF has been started.
STATUS SERVER TMFCOM Commands Examples The following STATUS SERVER command retrieves information about the currently open TMFSERVE process: TMF 31> STATUS SERVER TMF Server Status: System: \FRESNO (175) Date-Time: 22-Dec-2003 20:30:15 Process: $Z193 (8,1120) Creator ID: (8,86) Process ID: (8,86) Priority: 146 Object Name: \FRESNO.$SYSTEM.SYS02.TMFSERVE HomeTerm: \FRESNO.
STATUS TMF TMFCOM Commands STATUS TMF The STATUS TMF command displays the current activity of TMF. STATUS TMF Security Restrictions Anyone can enter the STATUS TMF command. TMF State Requirement You can enter the STATUS TMF command at any time, whether or not TMF has been started.
STATUS TMF TMFCOM Commands Increasing FILESPERVOLUME allocates new audit-trail files on each of the currently configured active-audit volumes. This is the recommended approach because it distributes the load of the new files across the active volumes. Use this option only if the active volumes have sufficient room to accommodate the new files. Adding an active-audit volume to the audit trail increases audit trail capacity by the number of files specified in the FILESPERVOLUME attribute.
STATUS TMF TMFCOM Commands Table 3-26. STATUS TMF Output (page 1 of 4) Heading or Item Description System Name of the node (system) on which this TMF configuration is running. State Current operating status of TMF, reported as one of the following entries and subentries. (In the following list, each status entry and subentry is followed by an explanation of its meaning.
STATUS TMF TMFCOM Commands Table 3-26. STATUS TMF Output (page 2 of 4) Heading or Item Description State (continued) Stopping TMF is stopping and is in one of the following conditions (noted in parentheses in the display): Waiting for Transactions to Finish TMF is waiting for all transactions to be completed. Data Volumes TMF is stopping data volumes. Waiting for RDF TMF is waiting for the Remote Database Facility (RDF) to shut down. Services TMF is stopping audit trail service and other services.
STATUS TMF TMFCOM Commands Table 3-26. STATUS TMF Output (page 3 of 4) Heading or Item Description CommitHold (Global Status for TMF) The global Commit-Hold status for TMF: OFF COMMITHOLDMODE is set OFF; the commit-hold condition cannot be enabled, activated, or suspended. ENABLED COMMITHOLDMODE has been set ON, and transaction completion can take place normally. ENABLED is the normal COMMITHOLD status.
STATUS TMF TMFCOM Commands Table 3-26. STATUS TMF Output (page 4 of 4) Heading or Item Description CommitHold (Local status for audit-trail) The COMMITHOLD attribute setting for the audit trail, as described in Table 3-21, STATUS AUDITTRAIL Output, on page 3-295. TmpWaitTimer Current setting of the TMP wait timer, as reflected in the TMPWAITTIMER attribute, which may be one of the following: AUTO The TMP automatically waits a specific time-period and then checks for pending transactions.
STATUS TMF TMFCOM Commands Examples The following STATUS TMF command displays typical output: TMF 61> STATUS TMF TMF Status: System: \NSKED, Time: 14-Jul-2004 11:00:45 State: started CommitHold activated for (MAT, AUX02) at 7/14/04 10:30 Transaction Rate: 1.05 TPS TmpWaitTimer 35000 Microseconds AuditTrail Status: Master Active audit trail capacity used: 3% First pinned file: $AUDIT.ZTMFAT.AA000046 Reason: Current File Current file: $AUDIT.ZTMFAT.AA000046 CommitHold activated on 7/14/04 10:32 by $AUDIT.
STATUS TMF TMFCOM Commands Another STATUS TMF command and resulting output appears next. (Notice that because commit-hold mode was suspended, the commit-hold warning message shown in the previous example does not appear.) TMF 62> STATUS TMF TMF Status: System: \NSKED, Time: 15-Jul-2004 10:56:45 State: started CommitHold suspended at 7/15/04 10:45 by timeout Transaction Rate: 1.05 TPS TmpWaitTimer 35000 Microseconds AuditTrail Status: Master Active audit trail capacity used: 3% First pinned file: $AUDIT.
STATUS TRANSACTIONS TMFCOM Commands STATUS TRANSACTIONS The STATUS TRANSACTIONS command displays transaction identifiers and status. STATUS TRANS[ACTION[S]] [transaction-id [(transaction-id [,transaction-id]...) ] ] [,PROCESS {process } {(process [,process]... ) } {(cpu, pin) } {((cpu, pin) [,(cpu, pin)]...)}] [,STATE {ACTIVE } {ABORTING } {ABORTED } {COMMITTED} {ENDING } {HUNG } {PREPARED }] [,DETAIL | BRIEF ] [,SORT {sort-option [DESC] } {(sort-option [DESC] [,sort-option [DESC]]...
STATUS TRANSACTIONS TMFCOM Commands node-number is the number of the home node for the transaction. A node number specification consists of a backslash followed by the number assigned to the node. The default is the node on which the TMFSERVE process communicating with your TMFCOM process is running. tm-flags is a number representing flags used internally by TMF. If this number is zero, it does not appear in the STATUS TRANSACTIONS display.
STATUS TRANSACTIONS TMFCOM Commands ABORTING displays only transactions in the aborting state. A transaction enters this state when an application calls the ABORTTRANSACTION procedure or the system aborts the transaction. The transaction remains in this state until all of its effects have been completely undone on this node. ABORTED displays only transactions that have been aborted.
STATUS TRANSACTIONS TMFCOM Commands If DETAIL is specified, detailed information is given for all selected transactions, including: * The MAT number, which is the first audit record associated with this transaction * Whether this transaction is pinning audit-trail files * Whether the autoabort function is disabled for this transaction * If the transaction was unilaterally aborted on the remote node, the reason it was aborted * The age of the transaction * If the transaction is aborting or has been aborted
STATUS TRANSACTIONS TMFCOM Commands BYBACKOUT sorts aborting transactions or aborted transactions by the name of the backout process handling the transaction. DESC sorts the field in descending order. If you specify multiple SORT options, the order in which the options are specified determines the output order. For example, the command STATUS TRANSACTIONS, DETAIL, SORT (BYSTATE, BYSTARTIME) sorts the transactions first by state, and then by start time.
STATUS TRANSACTIONS TMFCOM Commands If you do not select the DETAIL option and a transaction has a recoverable resource manager as either a parent or a child, the Parent and/or Child columns in the display will contain the notation “Foreign” for each transaction branch. If a transaction has been exported multiple times by different resource managers or by the same resource manager, the entry “Foreign” will appear for each exported branch in the Child column.
STATUS TRANSACTIONS TMFCOM Commands the STOP TMF command waits indefinitely for TMF to resolve the transactions (which it can never do). These transactions cannot be affected by RESOLVE TRANSACTION, DELETE TRANSACTION, or ABORT TRANSACTION commands. The only way to force the TMP to discard the orphaned data structures is to follow one of these procedures: • If a STOP TMF operation has not been requested, induce a TMP takeover. To do this, use TMFCOM to issue the ALTER TMF, SWITCHPROCESS TMP command.
STATUS TRANSACTIONS TMFCOM Commands Table 3-27. STATUS TRANSACTIONS Output Heading or Item Description Transaction Identifier Transaction identifier that uniquely identifies the transaction; consists of node name, CPU number, and sequence number. In addition, if the tm-flags value used internally by the system is not zero, this value appears in parentheses following the node name. TMF uses one of the flags in tm-flags to track the number of times TMF has been deleted and subsequently re-initiated.
STATUS TRANSACTIONS TMFCOM Commands Examples The following STATUS TRANSACTIONS command lists all transactions on the local node, whose name is \TACO. Because the COMMITHOLD attribute status is ACTIVATED and commit-hold has not been suspended, a warning message appears after the normal command output: TMF 71> STATUS TRANSACTIONS Transaction Identifier -------------------------\TACO.3.34567 \TACO.0.89760 Process ---------(3,234) (0,034) State Parent --------- -------active active \PIZZA.1.
STATUS TRANSACTIONS TMFCOM Commands Abort Starting MAT Seq. No : 0 : 800 Transaction Identifier Start Time Process Parent Child State # Attempts to Abort Starting MAT Seq. No : : : : : : \SVLDEV.3.39485 21-Jan-2002 13:22:15 \SVLDEV \TUX-HP@ESSG.1 prepared : 0 : 809 Identifier Start Time Process Parent Child State # Attempts to Abort Starting MAT Seq. No : : : : : : \PRUNE.5.2343 21-Jan-2002 13:22:17 \PRUNE TUX-HP@ESSG.
STATUS TRANSACTIONS TMFCOM Commands This STATUS TRANSACTIONS command displays detailed information about all transactions in the aborted state: TMF 24> STATUS TRANSACTIONS, STATE ABORTED, DETAIL Transaction Identifier Start Time Process Parent Child State Reason Backout Assigned # Attempts to Abort Starting MAT Seq. No :\FILLET.3.
STOP TMF TMFCOM Commands STOP TMF The STOP TMF command shuts down TMF, terminating transaction processing and displaying the EMS events for the stop operation as it progresses. STOP TMF [,NOWAIT] [,ABRUPT] NOWAIT requests that when TMFCOM accepts the STOP TMF command, it suppresses display of the EMS event messages for the stop operation and immediately issues a prompt for another command. You can check the status of the stop operation later by issuing a STATUS TMF or DISPLAY OPERATIONS command.
STOP TMF TMFCOM Commands To confirm that it accepts the STOP TMF command, TMFCOM displays the following message: STOP TMF operation [operation-number] begun. The ABRUPT option terminates all TMF activities immediately, basically causing TMF to crash. With this option, transactions in the brief, final commit stage are allowed to finish, but all other in-progress transactions are aborted and no new transactions can start.
STOP TMF TMFCOM Commands Examples The following STOP TMF command shuts down TMF, illustrating the confirming message that TMFCOM displays when it accepts this command and the event messages that appear during the shutdown: TMF 90> STOP TMF STOP TMF operation [40] begun. Operation TimeStamp: 24-Jun-2003 20:16:04 20:16 24JUN03 195,03,063 NonStop TMF on \PLUTO operation. 20:16 24JUN03 195,03,063 NonStop TMF on \PLUTO TMF parameters: None. 20:16 24JUN03 195,03,063 NonStop TMF on \PLUTO Stopping TMF. . . .
STOP TMF TMFCOM Commands . . Suddenly, however, the user changes her mind and decides to stop TMF without waiting for in-progress transactions to complete. The user presses the BREAK key to interrupt the display: . . . *** Display of STOP TMF operation [76] terminated by break*** TMF 122> Now, the user enters a new STOP TMF command, this time specifying ABRUPT.
VOLUME TMFCOM Commands VOLUME The VOLUME command specifies the default volume and subvolume names for expanding all unqualified file names. VOLUME [volume] [[volume.]subvolume] volume is the name of the default disk volume. subvolume is the name of the default subvolume. Security Restrictions Anyone can enter the VOLUME command. TMF State Requirement You can enter the VOLUME command at any time, whether or not TMF has been started.
VOLUME TMFCOM Commands • If you omit both volume and subvolume, the recorded default volume and subvolume are cleared. As a result, unqualified file names are expanded according to the defaults in effect when you started TMFCOM. At any time, you can display the currently recorded default volume and subvolume for your session, as well as the default volume and subvolume in effect at the beginning of your session, by entering the ENV command.
! TMFCOM Commands ! The ! (exclamation-point) command re-executes a command previously issued in the current TMFCOM session, as recorded in the TMFCOM command history buffer. ! [-linenum | linenum | string | "quoted-string "] -linenum identifies the command to be re-executed relative to the current command line. For instance, !-3 re-executes the third command prior to the current one. linenum identifies the command to be re-executed by command line number.
! TMFCOM Commands If you use the ! command without a line number or text string, TMFCOM re-executes the last command you entered. You can use the TMFCOM HISTORY command to display the line numbers associated with the most recently entered TMFCOM commands. Only commands currently stored in the command history buffer are displayed, and only those can be re-executed by the ! command.
! TMFCOM Commands In the following example, the ? command displays the last STATUS command entered in the session, and the ! command re-executes that command: TMF 13> ?STATUS TMF 13> STATUS CATALOG TMF 13> !STATUS TMF 13> STATUS CATALOG Catalog Status: Status: up ! HP NonStop TMF Reference Manual—540138-002 3 -353
? TMFCOM Commands ? The ? (question-mark) command displays a command previously entered in the current TMFCOM session, as recorded in the TMFCOM command history buffer. ? [-linenum | linenum | string | "quoted-string"] -linenum identifies the command to be displayed relative to the current command line. For example, ?-3 displays the third command before the current one. linenum identifies the command to be displayed by command line number.
? TMFCOM Commands If you use the ? command without a line number or text string, TMFCOM displays the last command you entered. You can use the TMFCOM HISTORY command to display the line numbers associated with the most recently entered commands. Only commands currently stored in the command history buffer are displayed, and only those can be selected for action by the ? command.
? TMFCOM Commands HP NonStop TMF Reference Manual—540138-002 3 -356
4 TMFCOM Tape Media Considerations TMFCOM commands that affect labeled magnetic tape media (those that add or alter tape volume or dump entries in the TMF catalog) require you to be aware of certain tape-labeling behavior.
TMFCOM Tape Media Considerations Other Types of Tape Drives and Devices Other Types of Tape Drives and Devices For labeling tapes using tape drives and devices other than open-reel tape drives, you must omit the DENSITY option from the ADD TAPEMEDIA or SET TAPEMEDIA command. For example, for labeling tapes on cartridge tape drives, digital audio tape (DAT) devices, or digital liner tape (DLT) devices, you would not specify the DENSITY option.
TMFCOM Tape Media Considerations Additional Guidelines for Using Tape Media The ALTER TAPEMOUNT command may be used to choose tapes from either set for input. • If the copies were made in series, however, they are interchangeable on the first reel only. Thus, if you use the first reel from Set A, the ALTER TAPEMOUNT command cannot be used to choose a reel from Set B. To switch sets, you must reject the current request and start over again, using the correct set throughout.
TMFCOM Tape Media Considerations Using the VERIFYTAPE Option Using the VERIFYTAPE Option In the ALTER AUDITDUMP and DUMP FILES commands, the VERIFYTAPE option determines whether a tape is verified after a dump is written to the tape. When the VERIFYTAPE option is in effect, TMF examines the tape volume for data integrity after the tape is written. This examination involves reading the volume labels, file labels, data records, and checksums.
TMFCOM Tape Media Considerations Considering File Size Factors Autoloaders help reduce the frequency of tape-handling by the operator and, depending on the model, allow you to place six or seven tapes in the hopper at once. The autoloader cycles through these tapes in order, loading them automatically. Cartridge magazines allow you to transport and mount collective sets of tapes.
TMFCOM Tape Media Considerations HP NonStop TMF Reference Manual—540138-002 4 -6 Considering File Size Factors
A TMFCOM Messages The messages generated by TMFCOM are described in this appendix. These messages appear on your workstation or terminal screen during a TMFCOM session. Alternatively, they can be directed to another output device or file through the TMFCOM command OUT option described in Directing Output to an Alternate Destination on page 2-8.
Message Types TMFCOM Messages Message Types TMFCOM displays three basic types of messages: • • • Informative messages that report status or other normal conditions and that require no action on your part Error messages (preceded by the word ERROR) that indicate a mistake in a command that prevented its execution; these messages typically require you to reenter the command correctly Warning messages (preceded by the word WARNING) that indicate a potentially dangerous or invalid operation, but that allow
File Names in Messages TMFCOM Messages File Names in Messages Many TMFCOM messages include as parameters file names that identify objects such as disk files, tape volumes, and processes. Often these messages report syntax errors that result from improperly specifying these file names in commands. When present, these names appear in the message descriptions as parameters such as file-id, volume, and process-name, among others.
Other Messages TMFCOM Messages As an example, for the following excessively long command, TMFCOM would report the error as follows: TMF 3> ALTER BEGINTRANS, TRANSCOUNTTHRESH (1500, 1600), TMFLIBMEMTHRESH (85,90), TMPM EMTHRESH (90,95), TTRANSPERCPU (1024,1024), AUTOABORT 7200 SECONDS, RECRMCOUNT 256, RMOPENPERCPU 128, BRANCHESPERRM 128 (more characters follow, exceeding 240 total...) ... (85,90), TMPMEMTHRESH (90, 95), TTRANSPERCPU (1024,1024), AUTOABORT 720 ...
TMFCOM Message Details TMFCOM Messages • If the policies at your site permit: • • Copies of any audit-trail files you believe might be related to the problem (for example, those for which audit-reading errors are reported) Relevant information about the application running when the problem occurred For problems involving processor (CPU) halts or hangs, in addition to the standard items, please supply: • • Processor (CPU) dumps Copies of the following files from the $SYSTEM.
Message Descriptions TMFCOM Messages Message Descriptions Each message description shows the message number, text, cause, effect, and recovery. 1 The command specified an invalid TAPEMEDIA name, tape-volume. If this name begins with a digit, all characters must be digits. If this name begins with a letter, subsequent characters can be alphanumeric. Also, the command might require the “part:copy” specification. tape-volume is the invalid tape-volume name.
Message Descriptions TMFCOM Messages 2 This request contained too many structures; either one structure or none is permitted. Cause. A Subsystem Programmatic Interface (SPI) violation occurred. Effect. The command fails. Recovery. This message should never appear. Make a note of the command entered and the circumstances. Then, contact the GCSC or your service provider. 3 The command specified a filename that was not correctly formed. The invalid filename was: filename. filename is the invalid file name.
Message Descriptions TMFCOM Messages 5 In this context, the command cannot specify a remote file. The remote filename is: filename. filename is the remote file name. Cause. The command contained a parameter that referred to a remote file, but only local file names are allowed for that parameter. Effect. The command fails. Recovery. Re-enter the command, using a local file name. 6 The command specified an invalid TYPE parameter. be either ONLINEDUMP or AUDITDUMP. TYPE must Cause.
Message Descriptions TMFCOM Messages 8 The command specified an invalid SORT parameter. be either BYFILE or BYSERIAL. SORT must Cause. In an INFO DUMPS command, the SORT parameter specified an invalid order for listing dumps. Effect. The command fails. Recovery. Re-enter the command, specifying BYFILE to list the dumps alphabetically by file name or BYSERIAL to list the dumps in descending order by serial number. 9 In this context, the command must specify exactly one TransID. Cause.
Message Descriptions TMFCOM Messages 11 In this context, a TransID cannot contain wild-card characters. The invalid TransID is transaction-id. transaction-id is the invalid transaction identifier. Cause. The command specified one or more wild-card characters (*) in its transaction-id parameter list. However, only fully qualified transaction identifiers can be used in this command. Effect. The command fails. Recovery. Enter a STATUS TRANSACTIONS * command to list the valid transactions in the system.
Message Descriptions TMFCOM Messages 14 The command specified an invalid process name. The invalid process name was process-name. process-name is the invalid process name. Cause. The command specified an invalid process name. Perhaps this name was too long, contained improper characters, or did not begin with a dollar sign ($). Effect. The command fails. Recovery. Verify that the process name complies with the syntax rules listed in File Names and Process Identifiers on page 3-6.
Message Descriptions TMFCOM Messages 30 The command specified an invalid volume name. The invalid volume name was volume. volume is the invalid volume name. Cause. The command included an invalid volume name. Perhaps the name was too long, contained improper characters, or began with a character other than a dollar sign ($). Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 34 The command specified an invalid PRI option. The PRI parameter must be 204 for the TMP process, 211 for the TMFMON process, or a value between 1 and 199, inclusive, for all other processes. Cause. The command specified an invalid process priority in the PRI option. The TMP process’ priority must be 204. The TMFMON process’ priority must be 211. The priority of all other processes must fall in the range 1 through 199, inclusive. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 37 The command specified an invalid DENSITY parameter. Cause. The command specified an invalid DENSITY parameter, which indicates the density at which dumps are written to magnetic tape. Effect. The command fails. Recovery. Re-enter the command, using correct density value. For information about determining an appropriate density, see Section 4, TMFCOM Tape Media Considerations.
Message Descriptions TMFCOM Messages 39 The command specified an invalid START file name, filename. filename is the invalid file name. Cause. The command specified an invalid file name in the START parameter used to indicate the file at which an online dump begins in the specified volume and subvolume. Perhaps the name was too long or contained improper characters. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 42 The command specified an invalid BLOCKSIZE parameter. Cause. The command specified an invalid BLOCKSIZE parameter used to set the data-block density at which dumps are written to tape. The value specified in BLOCKSIZE, multiplied by 1024, gives the block size in bytes. For BLOCKSIZE, you can specify one of the following values: 4, 8, 12, 16, 20, 24, 28, 32, 36, 40, 44, 48, 52. The maximum block size is also limited by the density at which the tape drive writes data.
Message Descriptions TMFCOM Messages 46 Subsystem Error: The priority order of the DISKMEDIA tokens is not consistent. Contact the Global Customer Support Center (GCSC) or your service provider. Cause. A Subsystem Programmatic Interface (SPI) violation occurred. Effect. The command fails. Recovery. This message should never appear. Make a note of the command entered and the circumstances. Then, contact the GCSC or your service provider. 47 The command must supply at least one filename. Cause.
Message Descriptions TMFCOM Messages 50 The command specified an invalid RETAINDEPTH parameter. RETAINDEPTH must specify a value in the range 1 to 99, inclusive. Cause. The command specified an invalid RETAINDEPTH parameter used to determine the number of online dump generations that can remain in the catalog. The number specified can range from 1 to 99. Effect. The command fails. Recovery. Re-enter the command, using a RETAINDEPTH value of from 1 through 99.
Message Descriptions TMFCOM Messages 54 The command specified an invalid LABEL parameter, or omitted this parameter. Cause. The command specified an invalid LABEL parameter used to determine whether an output tape volume is labeled, or the command omitted this parameter altogether. LABEL, when present, can specify only ON (to request labeling) or OFF (to suppress labeling). Effect. The command fails. Recovery. Re-enter the command, including the LABEL parameter, set to either ON or OFF.
Message Descriptions TMFCOM Messages 57 The command omitted a master and/or auxiliary audit trail sequence number. Cause. The command did not include an audit-trail file sequence number. Effect. The command fails. Recovery. Re-enter the command, specifying a filename parameter that includes the audit-trail file sequence number. 58 In this context, the command must specify a file name that does not include wild-card characters. The invalid file name was filename. filename is the invalid file name. Cause.
Message Descriptions TMFCOM Messages 60 The command specified an improper INVALID parameter. Cause. The command specified an improper INVALID parameter used to determine whether a file is available for use in file recovery. You must set INVALID to either ON (to indicate that the file is available) or OFF (to indicate that it is not available). Effect. The command fails. Recovery. Re-enter the command with the INVALID parameter set to either ON or OFF. 61 The command specified an invalid MaxResp value.
Message Descriptions TMFCOM Messages 66 Subsystem Error: The value specified for the OVERWRITE LABEL option is invalid. This value can be only TRUE, FALSE, or NULL. Contact the Global Customer Support Center (GCSC) or your service provider. Cause. A Subsystem Programmatic Interface (SPI) error occurred. Effect. The command fails. Recovery. This message should never appear. Make a note of the command entered and the circumstances. Then, contact the GCSC or your service provider.
Message Descriptions TMFCOM Messages 70 When adding an audit dump into the catalog, the command must specify exactly one filename. Cause. An ADD DUMPS command specified multiple file names in the audittrail-file parameter, but only one file name is allowed. This name must be entered in the format shown under “Recovery.” Effect. The command fails. Recovery. Re-enter the command, using just one file name entered in the following format: $ZTMFAT.ZTMFAT.
Message Descriptions TMFCOM Messages 74 Either a DUMP FILES command specified more than 16 disk volumes in the DISKMEDIA parameter, or an ALTER AUDITDUMP command would have resulted in a total of more than 16 disk volumes configured for the dump process. Cause. Either a DUMP FILES or an ALTER AUDITDUMP command specified too many disk volumes, as follows: • The DUMP FILES command named too many disk volumes in the DISKMEDIA parameter, which identifies the disk volumes that receive the dumps.
Message Descriptions TMFCOM Messages 76 One of the options specified is not allowed with MEDIUM DISK. Cause. The command specified a parameter that is not compatible with the MEDIUM DISK parameter. MEDIUM DISK specifies the kind of medium on which dumps are recorded, but the incompatible parameter might be one that applies only to tape-based dumps−for example, BLOCKSIZE, COPIES, SYSTEM, or VERIFYTAPE. Effect. The command fails. Recovery. Re-enter the command without the incompatible parameter.
Message Descriptions TMFCOM Messages 79 In this context, the command cannot include wild-cards in the DISKMEDIA parameter list. The invalid DISKMEDIA was: filename. filename is the invalid file name. Cause. The command contained one or more wild-card characters (*) in its DISKMEDIA parameter list. However, only fully qualified medium identifiers must be used in this command. Effect. The command fails. Recovery. Re-enter the command, using only fully qualified medium identifiers.
Message Descriptions TMFCOM Messages 82 The command specified an invalid DISKMEDIA name for a remote disk volume. The invalid DISKMEDIA is: filename. filename is the invalid file name. Cause. The command specified an invalid name for a remote disk volume in the DISKMEDIA parameter. Effect. The command fails. Recovery. Verify that the file name and particularly the volume component, complies with the syntax rules listed in File Names and Process Identifiers on page 3-6.
Message Descriptions TMFCOM Messages 89 The command specified an invalid IGNOREDATAERRORS option. Cause. An ABORT TRANSACTION command specified an invalid option in the IGNOREDATAERRORS parameter. This parameter determines whether TMF ignores data errors while undoing the effects of a transaction and can only be set to either ON or OFF. Effect. The command fails. Recovery. Re-enter the command with IGNOREDATAERRORS set to either ON or OFF.
Message Descriptions TMFCOM Messages 92 Subsystem Error: An ADD DATAVOLS or ALTER DATAVOLS command specified an erroneous RECOVERYMODE value. Contact the Global Customer Support Center (GCSC) or your service provider. Cause. A Subsystem Programmatic Interface (SPI) error occurred. Effect. The command fails. Recovery. This message should never appear. Make a note of the command entered and the circumstances. Then, contact the GCSC or your service provider.
Message Descriptions TMFCOM Messages 95 Subsystem Error: A DELETE DATAVOLS command specified an erroneous ALLOWINCONSISTENCY value. Contact the Global Customer Support Center (GCSC) or your service provider. Cause. A Subsystem Programmatic Interface (SPI) error occurred. Effect. The command fails. Recovery. This message should never appear. Make a note of the command entered and the circumstances. Then, contact the GCSC or your service provider.
Message Descriptions TMFCOM Messages 101 Subsystem Error: A RECOVER FILES command specified the FROMARCHIVE option with an illegal value. Contact the Global Customer Support Center (GCSC) or your service provider. Cause. A Subsystem Programmatic Interface (SPI) error occurred. Effect. The command fails. Recovery. This message should never appear. Make a note of the command entered and the circumstances. Then, contact the GCSC or your service provider.
Message Descriptions TMFCOM Messages 104 Subsystem Error: An ABORT TRANSACTION command specified the AVOIDHANGING option with an illegal value. Contact the Global Customer Support Center (GCSC) or your service provider. Cause. A Subsystem Programmatic Interface (SPI) error occurred. Effect. The command fails. Recovery. This message should never appear. Make a note of the command entered and the circumstances. Then, contact the GCSC or your service provider.
Message Descriptions TMFCOM Messages 108 Subsystem Error: A STATUS TRANSACTION command specified the STATUS DETAIL option with an illegal value. Contact the Global Customer Support Center (GCSC) or your service provider. Cause. A Subsystem Programmatic Interface (SPI) error occurred. Effect. The command fails. Recovery. This message should never appear. Make a note of the command entered and the circumstances. Then, contact the GCSC or your service provider.
Message Descriptions TMFCOM Messages 112 The command specified an erroneous BEGINTIME value. Cause. A STATUS OPERATIONS command specified an improper value for the BEGINTIME parameter. (See the command syntax description for the acceptable values.) Effect. The command fails. Recovery. Re-enter the command with BEGINTIME set to a proper value. 113 The command specified an erroneous operation-number value. Cause. A STATUS OPERATIONS command specified an improper value for the operation-number parameter.
Message Descriptions TMFCOM Messages 116 The command specified an erroneous TMPMEMTHRESH value. Cause. An ALTERBEGINTRANS command specified one or more improper values for the TMPMEMTHRESH parameter. (See the command syntax description for the acceptable values.) Effect. The command fails. Recovery. Re-enter the command with TMPMEMTHRESH set to proper values. 117 The command specified an erroneous TRANSPERCPU value. Cause.
Message Descriptions TMFCOM Messages 119 The command specified a DISKMEDIA name that was not correctly formed. The invalid DISKMEDIA was: filename. filename is the invalid file name. Cause. An ALTER AUDITDUMP command specified one or more DISKMEDIA names in the ADDDISKMEDIA or DELDISKMEDIA parameter as the destination disk volumes for dumps, but this name was not entered in a valid format. The formats permitted are the following: remote-node.volume.prefix local-node.volume.prefix volume.prefix Effect.
Message Descriptions TMFCOM Messages 121 The volume name volume, for a volume being added as an active audit volume, is invalid. volume is the name of the volume specified in the command. Cause. An ALTER AUDITTRAIL command specified an active-audit volume name that was not valid. For example, perhaps the name was too long or contained wild-card characters. Effect. The command fails. Recovery. Check the syntax rules for the ADDACTIVEVOL[S] parameter of the ALTER AUDITTRAIL command.
Message Descriptions TMFCOM Messages 123 The volume name volume, for a volume being added as a restore audit volume, is invalid. volume is the name of the volume specified in the command. Cause. An ALTER AUDITTRAIL command specified a restore-audit volume name that was not valid. For example, perhaps the name was too long or contained wild-card characters. Effect. The command fails. Recovery. Check the syntax rules for the ADDRESTOREVOL[S] parameter of the ALTER AUDITTRAIL command.
Message Descriptions TMFCOM Messages 125 The volume name volume, for a volume being deleted as an overflow audit volume, is invalid. volume is the name of the volume specified in the command. Cause. An ALTER AUDITTRAIL command specified an overflow-audit volume name that was not valid. For example, perhaps the name was too long or contained wildcard characters. Effect. The command fails. Recovery. Check the syntax rules for the DELETEOVERFLOWVOL[S] parameter of the ALTER AUDITTRAIL command.
Message Descriptions TMFCOM Messages 127 The volume name volume, for a volume being added as an active audit volume, is invalid. volume is the name of the volume specified in the command. Cause. An ADD AUDITTRAIL command specified an active-audit volume name that was not valid. For example, perhaps the name was too long or contained wild-card characters. Effect. The command fails. Recovery. Check the syntax rules for the ACTIVEVOL[S] parameter of the ADD AUDITTRAIL command.
Message Descriptions TMFCOM Messages 129 The volume name volume, for a volume being added as a restore audit volume, is invalid. volume is the name of the volume specified in the command. Cause. An ADD AUDITTRAIL command specified a restore-audit volume name that was not valid. For example, perhaps the name was too long or contained wild-card characters. Effect. The command fails. Recovery. Check the syntax rules for the RESTOREVOL[S] parameter of the ADD AUDITTRAIL command.
Message Descriptions TMFCOM Messages 132 Subsystem Error: The specified AuditTrailId is invalid. Cause. A TMF error occurred. Effect. The command fails. Recovery. This message should never appear. Make a note of the command entered and the circumstances. Then, contact the GCSC or your service provider. 133 Subsystem Error: The value of the AuditDump attribute must be ON or OFF. Cause. A TMF error occurred. Effect. The command fails. Recovery. This message should never appear.
Message Descriptions TMFCOM Messages 136 The value specified for OVERFLOWTHRESHOLD is invalid. Cause. An ADD AUDITTRAIL or ALTER AUDITTRAIL command specified a value for the OVERFLOWTHRESHOLD parameter that did not fall within the proper limit, an integer from 50 to 100. This parameter determines the percentage of audit trail capacity in use above which TMF begins overflow copying. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 139 Subsystem Error: This command can specify only one AuditTrailId. Cause. A TMF error occurred. Effect. The command fails. Recovery. This command should never appear. Make a note of the command entered and the circumstances. Then, contact the GCSC or your service provider. 140 A STATUS OPERATIONS command that specified the TYPE parameter also specified an operation number. Cause.
Message Descriptions TMFCOM Messages 142 A STATUS OPERATIONS command that specified the BEGINTIME parameter also specified an operation number. Cause. A STATUS OPERATIONS command that included the BEGINTIME parameter also referred to a specific TMF operation. When BEGINTIME is included, however, the command must specify the wild-card (*) character rather than a particular operation number. BEGINTIME then acts as a filter to display all operations that began at or after the time indicated. Effect.
Message Descriptions TMFCOM Messages 145 Subsystem Error: The SHOTGUN buffer received by the TMFSERVE process did not contain the required token ZTMF-TknOperationNum. Contact the Global Customer Support Center (GCSC) or your service provider. Cause. A TMF error occurred. Effect. The command fails. Recovery. This message should never appear. Make a note of the command entered and the circumstances. Then, contact the GCSC or your service provider. 146 The command did not specify a valid dump serial number.
Message Descriptions TMFCOM Messages 148 The command did not specify a disk media location for the OLDDMLOC option. Cause. A RELOCATE DISKDUMPS command did not specify a disk media location in the OLDDMLOC parameter. Effect. The command fails. Recovery. Retry the command, specifying a valid disk media location in the OLDDMLOC parameter. 149 The command specified an invalid disk media location for the OLDDMLOC option. The invalid disk media location was dmloc.
Message Descriptions TMFCOM Messages 151 The command specified an invalid disk media location for the NEWDMLOC option. The invalid disk media location was dmloc. dmloc is the invalid disk media location specified in the NEWDMLOC parameter. Cause. A RELOCATE DISKDUMPS command specified the disk media location for the NEWDMLOC option in an invalid format. Effect. The command fails. Recovery. Check the syntax for the NEWDMLOC option and re-enter the command.
Message Descriptions TMFCOM Messages 154 The command specified more than one disk media location for the NEWDMLOC option. Cause. A RELOCATE DISKDUMPS command specified multiple disk media locations in the NEWDMLOC parameter. Effect. The command fails. Recovery. Retry the command, specifying a single value for the NEWDMLOC parameter. 155 TMF found no disk dumps that matched the requested criteria. Cause.
Message Descriptions TMFCOM Messages 158 The command must specify only one process-type option. Cause. An ALTER PROCESS command specified more than one process type (for example, FILERECOVERY and BACKOUT). Effect. The command fails. Recovery. Retry the command, specifying only one process type. 160 The command option WHEREPHYSVOLIS supplied an invalid volume name. Cause. A RECOVER FILES command specified an invalid volume name in the WHEREPHYSVOLIS parameter.
Message Descriptions TMFCOM Messages 162 The command option TOPHYSVOL allows only one physical volume name. Cause. A RECOVER FILES command specified more than one physical volume name in the TOPHYSVOL parameter. Effect. The command fails. Recovery. Re-enter the command, specifying just one volume name in the TOPHYSVOL parameter. 163 The command specified an invalid RECOVERVDPPHASE1 parameter. Cause. A RECOVER FILES command specified the RECOVERVDPPHASE1 parameter incorrectly. Effect. The command fails.
Message Descriptions TMFCOM Messages 167 The command specified an invalid RECRMCOUNT value. Cause. An ALTER BEGINTRANS command contained an invalid value for the RECRMCOUNT attribute. Effect. The command fails. Recovery. Retry the command with a valid value for the RECRMCOUNT attribute. The valid values are 16 through 16384, inclusive. The value specified will be automatically rounded to the nearest multiple of 16. 168 The command specified an invalid RMOPENPERCPU value. Cause.
Message Descriptions TMFCOM Messages 170 The resource manager name rmname is invalid. rmname is the invalid resource manager name specified in the command. Cause. The resource manager name specified in rmname is invalid. Effect. The command fails for this resource manager name. Recovery. Retry the command with a valid resource manager name.
Message Descriptions TMFCOM Messages 173 The command specified both a wild-card resource manager name and a specific volume name. Cause. An INFO RESOURCEMANAGER or a STATUS RESOURCEMANAGER command included both a wild-card character (*) and a resource manager name to identify the resource managers for which to display information. Although TMFCOM accepts either of these entries, it does not accept both in the same request. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 176 The command can specify only one resource manager name. Cause. The command specified multiple resource managers, but only one resource manager is allowed. Effect. The command fails. Recovery. Retry the command, specifying only the correct single resource manager. 177 The value specified for MAXRETAINEDATFILES in invalid. Cause. An ALTER AUDITTRAIL command specified an illegal value for the MAXRETAINEDATFILES option. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 180 The ZTMF-TKN-MapnamesDefault token is badly formed. Cause. A Subsystem Programmatic Interface (SPI) error occurred. Effect. The command fails. Recovery. This message should never appear in TMFCOM. Make a note of the command entered and the circumstances. Then, contact the GCSC or your service provider. 181 Only one ZTMF-TKN-MapNamesDefault token allowed in Recover Files. Cause. A Subsystem Programmatic Interface (SPI) error occurred. Effect. The command fails.
Message Descriptions TMFCOM Messages 184 The keyword "MAP" is missing from ZTMF-TKN-Mapnameset. Cause. A Subsystem Programmatic Interface (SPI) error occurred. Effect. The command fails. Recovery. This message should never appear in TMFCOM. Make a note of the command entered and the circumstances. Then, contact the GCSC or your service provider. 185 The keyword "NAMES" is missing from ZTMF-TKN-Mapnameset. Cause. A Subsystem Programmatic Interface (SPI) error occurred. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 188 Expected a restricted file set. Cause. A Subsystem Programmatic Interface (SPI) error occurred. Effect. The command fails. Recovery. This message should never appear in TMFCOM. Make a note of the command entered and the circumstances. Then, contact the GCSC or your service provider. 189 A comma or right parenthesis was expected. Cause. The command did not specify a delimiting comma or right-parenthesis where TMFCOM expected one. Effect. The command fails.
Message Descriptions TMFCOM Messages 192 ZTMF-TKN-Mapnameset and ZRecoverVDPPhase1 is true in the ZTMF-DDL-Recover-Files structure. Cause. A Subsystem Programmatic Interface (SPI) error occurred. Effect. The command fails. Recovery. This message should never appear in TMFCOM. Make a note of the command entered and the circumstances. Then, contact the GCSC or your service provider. 201 ABORT TRANSACTION command failed because of errcode.
Message Descriptions TMFCOM Messages 202 The TAPEMEDIA "tape-volume" is already listed in the TAPEMEDIA specification. tape-volume is the tape volume name. Cause. The command specified the tape volume named tape-volume more than once. Effect. The command fails. Recovery. Re-enter the command, specifying tape-volume only once. 203 Conflicting options - TIME can’t be used with TOFIRSTPURGE and TOMATPOSITION can’t be used with either TIME or TOFIRSTPURGE. Cause.
Message Descriptions TMFCOM Messages 215 TMF must be stopped before this command can be used. Cause. This command should only be issued when TMF is not running. Effect. The command fails. Recovery. Enter a STOP TMF command to shut down TMF in an orderly way. Then, enter the command that resulted in this error message. 236 The ALTER BEGINTRANS command specified an invalid AUTOABORT parameter. AUTOABORT must indicate either a timeout value in the proper range or OFF. Cause.
Message Descriptions TMFCOM Messages 254 The user ID SUPER.SUPER (255,255) must be used to execute this command. The user ID of this user is groupid,userid. groupid is your user group ID. userid is your user ID. Cause. This command can only be issued by a person logged on under the super ID (user ID 255,255). Effect. The command fails. Recovery. Ask someone with the super ID to enter this command on your behalf, or enter another command.
Message Descriptions TMFCOM Messages 256 Only the owner of the TMF configuration files (user ID groupid1, userid1), or someone with the SUPER.SUPER ID (user ID 255,255), can execute this command. The user ID of this user is groupid2,userid2. groupid1 is the user group ID of the owner of the TMF configuration files. userid1 is the user ID of the owner of the TMF configuration files. groupid2 is your user group ID. userid2 is your user ID. Cause.
Message Descriptions TMFCOM Messages 257 Only someone with the user ID groupid1,userid1, or someone with the SUPER.SUPER ID (user ID 255,255), can execute this command. The user ID of this user is groupid2,userid2. groupid1 is the user group ID required to execute the command. userid1 is the user ID required to execute the command. groupid2 is your user group ID. userid2 is your user ID. Cause.
Message Descriptions TMFCOM Messages 258 Subsystem Error: Unable to PROCESS_CREATE_ the process process-name using filename because of errcode. process-name is the name of the process that could not be created. filename is the name of the object file for this process.
Message Descriptions TMFCOM Messages 259 Subsystem Error: Unable to OPEN the TMF process process-name (filename) because of errcode. process-name is the name of the process that could not be opened. filename is the name of the object file for this process. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer.
Message Descriptions TMFCOM Messages 260 Subsystem Error: Unable to WRITEREAD a startup message to TMF process process-name (filename) because of errcode. process-name is the name of the process that could not receive the message. filename is the name of the object file for this process.
Message Descriptions TMFCOM Messages 263 The TAPEMEDIA named "tape-volume" already exists in the catalog. tape-volume is the name of the existing tape volume. Cause. This command attempted to add a tape volume named tape-volume to the TMF catalog, but a tape volume with this identity is already defined there. Effect. The command fails. Recovery. None required. 264 The catalog contains no TAPEMEDIA matching the mediaset tapevolume. tape-volume is the name of the nonexistent tape volume. Cause.
Message Descriptions TMFCOM Messages 266 The command could not label the tape because MEDIASRV returned error errcode. See the DSM/Tape Catalog Messages Manual for more information about this error. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause.
Message Descriptions TMFCOM Messages 269 Labeled-tape support is not configured. One or more audit trails are configured for automatic audit dumping, so labeled-tape support must be enabled for this system. Configuration is performed through system generation. Cause. Audit dumping to tape cannot take place because labeled-tape support is not enabled. Effect. Audit dumping to tape remains disabled. Recovery. Ask your system manager to configure labeled-tape support, using the system generation program.
Message Descriptions TMFCOM Messages 272 The RESOLVE TRANSACTION command failed because of errcode. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause. While a RESOLVE TRANSACTION command was in process, the condition indicated by errcode occurred. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 276 The command attempted to add an existing audit dump to the TMF catalog. Cause. An ADD DUMPS command attempted to add to the TMF catalog an audit dump record that was already entered there. Effect. None. Recovery. None required. 277 The command attempted to add an existing dump to the catalog, but the MAT specified did not match that of the existing dump. Cause.
Message Descriptions TMFCOM Messages 279 The "part:copy" specification of the TAPEMEDIA tape-volume is out of sequence with other portions of the dump. part identifies the portion of the dump stored on this tape volume. copy identifies the copy number of the dump stored on this tape volume. tape-volume is the tape-volume name. Cause. The command specified, in the part:copy subparameter, a portion of the dump that is out of sequence with the other portions. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 281 The TAPEMEDIA tape-volume is already recorded as part of another dump in the catalog. tape-volume is the tape-volume name. Cause. The command attempted to add a tape volume already defined as part of another dump in the TMF catalog. Effect. The command fails. Recovery. None required. 282 The file filename is already recorded as part of this dump. filename is the name of the file. Cause.
Message Descriptions TMFCOM Messages 283 Subsystem Error: The volume that the file filename resides on is not configured as a data volume, or the virtual volume that the file resides on contains one or more physical volumes that are not enabled for TMF. filename is the name of the referenced file. Cause. For a file on a data volume, a TMF error occurred.
Message Descriptions TMFCOM Messages 290 The Guardian procedure ENFORMSTART returned an error. error was errcode. The errcode supplies a numeric code that further defines the error and identifies the subsystem and system procedure that transmitted this code: the Guardian procedure ENFORMSTART. Cause. While a command was in process, the condition indicated by errcode occurred. Effect. The command fails. Recovery. For details about this error, refer to the Guardian Procedure Errors and Messages Manual.
Message Descriptions TMFCOM Messages 295 Unable to open the catalog because of errcode. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause. While the command attempted to open the TMF catalog, the condition indicated by errcode occurred. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 296 Unable to determine catalog status because of errcode. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause. While the command attempted to obtain the status of the TMF catalog, the condition indicated by errcode occurred. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 297 Unable to obtain scratch reels because of errcode. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause. While the command attempted to obtain scratch reels for dumps, the condition indicated by errcode occurred. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 298 Unable to start the specified dump because of errcode. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause. While the command attempted to start a dump, the condition indicated by errcode occurred. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 299 The DELETE CATALOG command returned errcode. log for possible further explanation. Please see the errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause.
Message Descriptions TMFCOM Messages 300 Unable to acquire the specified TAPEMEDIA, tape-volume, because of errcode. tape-volume is the tape volume that could not be accessed. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause.
Message Descriptions TMFCOM Messages 301 Unable to end the specified dump because of errcode. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause. While the command attempted to terminate a dump in progress, the condition indicated by errcode occurred. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 302 Unable to add the specified TAPEMEDIA, tape-volume, because of errcode. tape-volume is the tape volume that could not be added. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause.
Message Descriptions TMFCOM Messages 303 Unable to add the specified file, filename, because of errcode. filename is the file that could not be added. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause.
Message Descriptions TMFCOM Messages 304 Unable to find the specified TAPEMEDIA, tape-volume, because of errcode. tape-volume is the tape volume that could not be located. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause.
Message Descriptions TMFCOM Messages 305 Unable to find the specified file, filename, because of errcode. filename is the file that could not be located. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause.
Message Descriptions TMFCOM Messages 306 Unable to find the specified dump because of errcode. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause. While the command attempted to locate a dump, the condition indicated by errcode occurred. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 307 Unable to alter the specified TAPEMEDIA, tape-volume, because of errcode. tape-volume is the tape volume that could not be altered. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause.
Message Descriptions TMFCOM Messages 308 Unable to delete the specified TAPEMEDIA, tape-volume, because of errcode. tape-volume is the tape volume that could not be deleted. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause.
Message Descriptions TMFCOM Messages 309 Unable to count the number of copies of the specified file, filename, because of errcode. filename is the file for which copies could not be counted. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause.
Message Descriptions TMFCOM Messages 310 Unable to alter the specified dump because of errcode. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause. While the command attempted to alter dump entries in the TMF catalog, the condition indicated by errcode occurred. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 311 Unable to delete the specified dump because of errcode. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause. While the command attempted to remove a dump entry from the TMF catalog, the condition indicated by errcode occurred. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 314 Unable to add the specified DISKMEDIA, filename, because of errcode. filename is the disk file that could not be added. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause.
Message Descriptions TMFCOM Messages 315 The command attempted to add a device for an existing dump in the catalog, but the dump medium (TAPE or DISK) specified did not match that of the existing dump. Cause. The command attempted to add an additional device for a particular dump to the TMF catalog, but the device is not the same type as the devices previously assigned for this dump. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 317 The command did not purge some or all of the DISKMEDIA from disk because of errcode. See the log for the specific DISKMEDIA. The dump has been deleted from the catalog. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause.
Message Descriptions TMFCOM Messages 318 The command did not purge some or all of the DISKMEDIA from disk because of errcode. See the log for the specific DISKMEDIA. The dump has not been removed from the catalog. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause.
Message Descriptions TMFCOM Messages 320 The DISKMEDIA filename is out of sequence with the other DISKMEDIA listed or with the DISKMEDIA already added into the catalog. filename is the disk file that is out of sequence. Cause. The command specified a disk volume that was out of sequence with the other disk volumes specified in this command or those already configured in the catalog. Effect. The command fails. Recovery. Re-enter the command, specifying the disk volume in the proper sequence.
Message Descriptions TMFCOM Messages 325 This command would result in no active audit trail volumes being configured. Cause. The command attempted to remove all active-audit volumes from the system, but a TMF configuration must have at least one such volume. Effect. The command fails. Recovery. Re-enter the command without specifying all remaining audit volumes; leave at least one such volume in the system.
Message Descriptions TMFCOM Messages 328 Volume volume, which was specified as an active audit volume, already contains files on the ZTMFAT subvolume. This is not allowed. volume is the volume name. Cause. The command attempted to configure as an active-audit volume a disk volume that already contains files stored in the ZTMFAT subvolume. This subvolume name is reserved for audit files. Volumes with files in the ZTMFAT subvolume cannot be newly added as audit volumes to the configuration. Effect.
Message Descriptions TMFCOM Messages 330 File System error fserrcode occurred while attempting to add volume volume to the audit trail configuration as at-volumetype. fserrcode supplies a numeric code that further defines the error and indicates it was transmitted by the File System. volume is the name of the volume specified in the command. at-volume-type is the volume type specified in the command. Cause.
Message Descriptions TMFCOM Messages 331 File System error fserrcode occurred while attempting to delete volume volume from the audit trail configuration as at-volume-type. fserrcode supplies a numeric code that further defines the error and indicates it was transmitted by the File System. volume is the name of the volume specified in the command. at-volume-type is the volume type specified in the command. Cause.
Message Descriptions TMFCOM Messages 332 Attempt to add volume volume failed because an audit trail can only have 16 volumes configured as at-volume-type. volume is the name of the volume specified in the command. at-volume-type is the volume type specified in the command. Cause. The command attempted to add a 17th volume of type at-volume-type, but only up to 16 of this type are permitted.
Message Descriptions TMFCOM Messages 334 Volume volume cannot be deleted as at-volume-type because it is not configured as that type. volume is the name of the volume specified in the command. at-volume-type is the volume type specified in the command. Cause. The command attempted to remove an audit volume of type at-volumetype, but the volume is not configured as that type. For example, perhaps the command attempted to delete an ACTIVEVOL named $VOL1, but $VOL1 is configured as an OVERFLOWVOL. Effect.
Message Descriptions TMFCOM Messages 336 Volume volume cannot be deleted as an active audit volume because it holds the CURRENT audit trail file. volume is the name of the volume specified in the command. Cause. The command attempted to remove the volume that holds the current audittrail file. Effect. The command fails. Recovery. Re-enter the command, selecting another volume to remove. 337 Volume volume cannot be deleted as an active audit volume because it holds the NEXT audit trail file.
Message Descriptions TMFCOM Messages 338 Volume volume, being configured as at-volume-type, has files residing in the ZTMFAT subvolume that are either old audit trail files or are not audit trail files at all. volume is the name of the volume specified in the command. at-volume-type is the volume type specified in the command. Cause.
Message Descriptions TMFCOM Messages 340 An auxiliary audit trail cannot be configured with AUDITDUMP ON unless the master audit trail is also configured with AUDITDUMP ON. Cause. The command attempted to configure an auxiliary audit trail with the AUDITDUMP option set to ON, but the master audit trail has this option set to OFF. If any auxiliary audit trail is to be dumped, the master audit trail must be dumped. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 343 You cannot alter the active audit volume configuration for an audit trail unless TMF is started. Cause. The command attempted to change the active volume configuration for an audit trail, but TMF is not yet started. Effect. The command fails. Recovery. Start TMF (or ask your system manager to do so). Then, re-enter the command. 346 The resource manager named rmname already exists. rmname is the duplicate resource manager name specified in the command. Cause.
Message Descriptions TMFCOM Messages 348 The resource manager named rmname is currently open. rmname is the name of the open resource manager specified in the command. Cause. The command attempted to delete the resource manager specified in rmname, but this resource manager is open at present. Effect. The command fails for this resource manager name. Recovery.
Message Descriptions TMFCOM Messages 350 The resource manager named rmname is not currently open. rmname is the name of the unopen resource manager specified in the command. Cause. The command attempted to close the resource manager specified in rmname, but this resource manager is not currently open. Effect. The command fails for this resource manager name. Recovery. Retry the command with another resource manager name, or select another TMFCOM command.
Message Descriptions TMFCOM Messages 353 The ALTER BEGINTRANS, AUTOABORT timer command failed because the autoabort timer value cannot be less than the disconnect timer value. Use the INFODISCONNECTTMR command in SNOOP to determine the disconnect timer value timer is the timer value specified in the ALTER BEGINTRANS command. Cause.
Message Descriptions TMFCOM Messages 355 Audit trails cannot be added while TMF is stopped if TMF has ever been started. Cause. An ADD AUDITTRAIL command attempted to add an audit trail while TMF is stopped, after TMF was started for the first time. New audit trails, however, can only be added either (1) before you start TMF for the first time or (2) at any later time, provided that TMF is started. The new audit trails must be auxiliary audit trails. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 357 Volume volume, being configured as at-volume-type, does not exist. volume is the name of the volume specified in the command. at-volume-type is the audit volume type specified in the command. Cause. An ADD AUDITTRAIL or ALTER AUDITTRAIL command attempted to add a volume named volume as an at-volume-type, but this volume does not exist. Effect. The command fails. Recovery. Re-enter the command, using the name of an existing volume.
Message Descriptions TMFCOM Messages 359 AUDITDUMP could not be set to OFF for the master audit trail because auxiliary audit trails were configured with AUDITDUMP ON. Cause. The command attempted to configure a master audit trail with the AUDITDUMP option set to OFF, but this option is set to ON for the auxiliary audit trail (or trails). This option must be consistent for all audit trails. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 362 Subsystem Error: Status ATFiles specified an illegal ATFileStatus value. Contact the Global Customer Support Center (GCSC) or your service provider. Cause. A TMF error occurred. Effect. The command fails. Recovery. This message should never appear. Contact the GCSC or your service provider. 363 Subsystem Error: Status ATFiles specified an illegal ATFileDumpStatus value. Contact the Global Customer Support Center (GCSC) or your service provider. Cause.
Message Descriptions TMFCOM Messages 365 The command specified the same ADDDISKMEDIA or DELDISKMEDIA identifier more than once. The duplicated identifier is: disk. disk is the duplicated identifier. Cause. An ALTER AUDITDUMP command included more than one instance of the same disk medium identifier in the ADDDISKMEDIA or DELDISKMEDIA parameter. Effect. The command fails. Recovery. Re-enter the command with the correct audit-trail identifier specified only once.
Message Descriptions TMFCOM Messages 370 Subsystem Error: The backup TMP could not handle the request. Cause. A TMF error occurred. Effect. The command fails. Recovery. This message should never appear. Make a note of the command entered and the circumstances. Then, contact the GCSC or your service provider. 371 This command requires that TMF is either started or in the process of stopping. Cause.
Message Descriptions TMFCOM Messages 380 START TMF operation operation-number begun. operation-number is an integer assigned by TMF to uniquely identify this specific operation at your terminal and in the EMS log file. Cause. A START TMF command has been executed, resulting in startup of the TMF system and transaction processing. Effect. None; informative message only. Recovery. None required. 381 STOP TMF operation operation-number begun.
Message Descriptions TMFCOM Messages 385 Subsystem Error: A STOP TMF command specified the ABRUPT option with an illegal value. Contact the Global Customer Support Center (GCSC) or your service provider. Cause. A TMF error occurred. Effect. The command fails. Recovery. This message should never appear. Contact the GCSC or your service provider. 386 The state of the specified transaction (transid) does not permit the attempted operation. transid is a transaction identifier. Cause.
Message Descriptions TMFCOM Messages 390 volume -- not added (not accessible). volume is the name of the volume specified in the command. Cause. The command attempted to add a volume but could not do so, probably because the volume is inaccessible. Effect. The command fails. Recovery. Make the volume accessible; bring up the volume or the processor to which it is attached. 391 volume -- not added (DP rejected startup request, see EMS log). volume is the name of the volume specified in the command. Cause.
Message Descriptions TMFCOM Messages 393 volume -- not added (already configured as a data volume). volume is the name of the volume specified in the command. Cause. The command attempted to add a data volume but could not do so because the volume already exists in the current configuration as a data volume. Effect. None. Recovery. None required. 394 volume -- not added (already configured as active audit trail volume). volume is the name of the volume specified in the command. Cause.
Message Descriptions TMFCOM Messages 395 ARCHIVE recovery mode requires that the specified audit trail be configured for audit dumping. Cause. The command set the RECOVERYMODE option to ARCHIVE, but the audit trail was not configured for audit dumping. Effect. The command fails. Recovery. Possible recovery actions are as follows: • • • • If you unintentionally set RECOVERYMODE to ARCHIVE, re-enter the ADD DATAVOLS or ALTER DATAVOLS command with RECOVERYMODE set to ONLINE.
Message Descriptions TMFCOM Messages 396 ARCHIVE recovery mode requires that the MASTER audit trail be configured for audit dumping. Cause. The command set the RECOVERYMODE option to ARCHIVE, but the master audit trail was not configured for audit dumping. Effect. The command fails. Recovery. Possible recovery actions are as follows: • • • • If you unintentionally set RECOVERYMODE to ARCHIVE, re-enter the ADD DATAVOLS or ALTER DATAVOLS command with RECOVERYMODE set to ONLINE.
Message Descriptions TMFCOM Messages 398 volume did not match the selection criteria specified in the command. volume is the name of the volume specified in the command. Cause. The command specified the volume but supplied additional selection criteria that did not match the volume’s attributes. For example, a STATUS DATAVOLS command requested information about a single volume named $DATA10 but specified that only information about volumes in the STARTED state was to be returned.
Message Descriptions TMFCOM Messages 400 volume -- not deleted (dirty, ALLOWINCONSISTENCY not specified). volume is the name of the volume specified in the command. Cause. A DELETE DATAVOLS command attempted to remove a data volume in the DOWNDIRTY state, but did not specify the ALLOWINCONSISTENCY option that would have permitted this deletion. The DOWNDIRTY state indicates that the volume is potentially inconsistent. Effect. The volume remains in the configuration. Recovery.
Message Descriptions TMFCOM Messages 422 A STOP TMF command was issued while TMF was starting. Cause. A STOP TMF command attempted to shut down TMF while TMF was being started. Effect. The command fails. Recovery. Re-enter the STOP TMF command, this time using the ABRUPT option, or wait until TMF is fully started and then re-enter the command as it was previously entered. Caution.
Message Descriptions TMFCOM Messages 425 A CANCEL OPERATIONS command specified an operation that does not exist. Cause. A CANCEL OPERATIONS command requested removal of a non-existent operation. Effect. The command fails. Recovery. Enter a STATUS OPERATIONS * command to list all operations currently recorded in the system, and check to ensure that you are specifying the correct operation number. 426 A CANCEL OPERATIONS command specified an operation that is in the process of being canceled. Cause.
Message Descriptions TMFCOM Messages 440 Operation operation-number has begun. operation-number is an integer assigned by TMF to uniquely identify this specific operation at your terminal and in the EMS log file. Cause. The operation specified has begun. Effect. None. Recovery. Informative message only; no corrective action is needed. 441 The command specified an invalid process-type parameter. Cause. An ALTER PROCESS or INFO PROCESS command specified an illegal value for the process-type parameter.
Message Descriptions TMFCOM Messages 443 Subsystem Error: An ALTER PROCESS command specified the DEBUG option with an illegal value. Contact the Global Customer Support Center (GCSC) or your service provider. Cause. A TMF error occurred. Effect. The command fails. Recovery. This message should never appear. Contact the GCSC or your service provider. 444 Subsystem Error: An ALTER PROCESS command specified the INSPECT option with an illegal value.
Message Descriptions TMFCOM Messages 447 The command specified an erroneous TERM value. Cause. An ALTER PROCESS command specified an invalid file identifier in the TERM parameter. Effect. The command fails. Recovery. Re-enter the command, specifying a valid file identifier. 448 The command specified an erroneous EXTENDEDSEGSIZE value.
Message Descriptions TMFCOM Messages 450 File system error fserrcode occurred while attempting to access the new configuration volume confvol. fserrcode is the File System error number. confvol is the new configuration volume. Cause. An ALTER TMF command attempted to access the new configuration volume, but could not do so because of a File System error. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 453 The command specified could not be executed because an ALTER TMF, CONFIGVOL command was already in progress. Cause. TMFCOM received a command while TMF was performing an ALTER TMF, CONFIGVOL operation. Effect. The command fails. Recovery. Wait until the ALTER TMF, CONFIGVOL operation completes and then reenter the command. 454 The command specified failed because file system error fserrcode occurred while accessing the configuration volume file.
Message Descriptions TMFCOM Messages 457 The STOP TMF command cannot complete because ZLTCH CommitHold is activated. The command is rejected. Cause. A STOP TMF command was issued, but commit-hold is activated. Effect. The command fails. Recovery. Wait until commit-hold is no longer activated, and then re-enter the STOP TMF command. If it is imperative that TMF be stopped while commit-hold is activated, you must enter the STOP TMF, ABRUPT command to force TMF to crash.
Message Descriptions TMFCOM Messages 461 The INFO DUMPS Query Server reported File System Error fserrcode while attempting to open catalog file filename. fserrcode is the File System error number. filename is the file that could not be opened. Cause. An INFO DUMPS command encountered a File System error when opening the catalog file noted. Effect. The command fails. Recovery. Refer to the Guardian Procedure Errors and Messages Manual for a description of, and recovery actions for, the File System error.
Message Descriptions TMFCOM Messages 463 The INFO DUMPS Query Server reported Sort Error sort-errcode1,sort-errcode2. sort-errcode1 supplies a numeric code returned by FastSort that identifies the error. sort-errcode2 supplies a numeric code returned by FastSort that further defines the error. Cause. An INFO DUMPS command received an error from the FastSort software. Effect. The command fails. Recovery. Refer to the error message descriptions in the FastSort Manual for corrective action.
Message Descriptions TMFCOM Messages 465 The token code token requires a ZTMF-TKN FileSet token in the SPI command language. Contact the Global Customer Support Center (GCSC) or your service provider. token is the token name specified in the command. Cause. A TMF error occurred. Effect. The command fails. Recovery. This message should never appear. Contact the GCSC or your service provider. 466 File System Error fserrcode occurred between the TMFSERVE and TMFQRY processes.
Message Descriptions TMFCOM Messages 471 The ATFORMAT can only be changed when TMF is stopped cleanly. Start and stop TMF again without specifying the ABRUPT option. Cause. The ALTER TMF, ATFORMAT command was issued, but either TMF is still running or TMF was stopped with a STOP TMF, ABRUPT command. Effect. The command fails. Recovery. If necessary, restart TMF. Then, enter a STOP TMF command to shut down TMF in an orderly way, and, finally, issue the ALTER TMF, ATFORMAT command.
Message Descriptions TMFCOM Messages 474 The ATFORMAT cannot be changed to format 1 because the file size of at-id audit trail exceeds the format 1 limit of 2047. at-id is the audit-trail identifier. Cause. An ALTER TMF command attempted to change the audit-trail format from format 2 to format 1, but the FILESIZE of the audit trail at-id exceeds 2047 MB and is thus too large to support format 1. Effect. The command fails. Recovery. Do not attempt to change the ATFORMAT value for your TMF configuration.
Message Descriptions TMFCOM Messages 482 The TRANSACTIONPROTOCOL value is invalid. STANDARD. Expecting MMI or Cause. An ALTER TMF command specified a value other than MMI or STANDARD in the TRANSACTIONPROTOCOL parameter. Effect. The command fails. Recovery. Re-enter the command, specifying either MMI or STANDARD in the TRANSACTIONPROTOCOL parameter. 484 The PIOBUFFER PioBufferSize value is invalid. to 1800. Expecting 600 Cause.
Message Descriptions TMFCOM Messages 486 Only one FileSetDefault token is allowed for this command. Cause. A Subsystem Programmatic Interface (SPI) violation occurred. Effect. The command fails. Recovery. This message should never appear in TMFCOM. Make a note of the command entered and the circumstances. Then, contact the GCSC or your service provider. 487 The PIOBUFFER MaxPiosPerBuffer value is invalid. through 100. Expecting 1 Cause.
Message Descriptions TMFCOM Messages 489 The value specified for GOREMOTE is invalid. PIO, or PIOPRIORITY. Expecting MSG, Cause. An ALTER TMF command specified a value other than MSG, PIO, or PIOPRIORITY in the GOREMOTE parameter. Effect. The command fails. Recovery. Re-enter the command, specifying PIO, PIOPRIORITY, or MSG in the GOREMOTE parameter. 492 The PIOBUFFER value is invalid. Expecting OFF or (PioBufferSize, MaxPiosPerBuffer, PioDelayTimer). Cause.
Message Descriptions TMFCOM Messages 494 The file set file-set contains a system name, which is not allowed. file-set is the file-set specified in the file. Cause. Within the file specified by a DUMP FILES, INFO DUMPS, or RECOVER FILES command, the file-set entry included a system (node) name. System names are prohibited in files. Effect. The command fails. Recovery. Remove the system name from the file and re-enter the command.
Message Descriptions TMFCOM Messages 501 The SPI usedlen usedlen was greater than the maximum maxlen. Contact the Global Customer Support Center (GCSC) or your service provider. usedlen is the specified size of the SPI buffer. maxlen is the maximum size permitted for the SPI buffer. Cause. A Subsystem Programmatic Interface (SPI) violation occurred. Effect. The command fails. Recovery. This message should never appear.
Message Descriptions TMFCOM Messages 503 The ShotGun buffer received by the TMFSERVE process contained a minimum server version minserv that was greater than the server version procserv of the TMFSERVE process. Contact the Global Customer Support Center (GCSC) or your service provider. minserv is the minimum server version. procserv is the procserv server version. Cause. A Subsystem Programmatic Interface (SPI) violation occurred. Effect. The command fails. Recovery. This message should never appear.
Message Descriptions TMFCOM Messages 505 The SPI buffer TMFSERVE received contained an unknown command: unknown-command. The object was: unknown-object. Contact the Global Customer Support Center (GCSC) or your service provider. unknown-command is the unknown command. unknown-object is the object referred to in the command. Cause. A Subsystem Programmatic Interface (SPI) violation occurred. Effect. The command fails. Recovery. This message should never appear.
Message Descriptions TMFCOM Messages 507 Subsystem Error: This is an empty response as defined by the ShotGun CLS. Contact the Global Customer Support Center (GCSC) or your service provider. Cause. A Subsystem Programmatic Interface (SPI) violation occurred. Effect. The command fails. Recovery. This message should never appear. Make a note of the command entered and the circumstances. Then, contact the GCSC or your service provider.
Message Descriptions TMFCOM Messages 511 BEGINTRANS was already enabled by an operator command. However, there may be other reasons why BEGINTRANS is disabled. The STATUS BEGINTRANS command will provide that information. Cause. An ENABLE BEGINTRANS command was issued without a previous DISABLE BEGINTRANS command. BEGINTRANS could still be disabled for other reasons, including an audit trail reaching its begin-transaction-disable threshold, or a processor or the TMP reaching its memory threshold. Effect.
Message Descriptions TMFCOM Messages 514 The command specified an erroneous TMPMEMTHRESH value. Cause. An ALTER BEGINTRANS command specified one or more invalid values in the TMPMEMTHRESH parameter. Effect. The command fails. Recovery. Re-enter the command, specifying valid values for TMPMEMTHRESH. 515 The command specified an erroneous TRANSPERCPU value. Cause. An ALTER BEGINTRANS command specified one or more invalid values in the TRANSPERCPU parameter. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 521 TMF was unable to delete the catalog because of File System error fserrcode. fserrcode is the File System error number. Cause. A DELETE CATALOG command attempted to remove the TMF catalog, but the condition indicated by fserrcode occurred during the delete operation. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 523 TMF was unable to get the catalog information because of File System error fserrcode. fserrcode is the File System error number. Cause. An INFO CATALOG command attempted to retrieve information about the TMF catalog, but the condition indicated by fserrcode occurred during the retrieval operation. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 604 No volumes matched volume. volume is the volume name. Cause. The command referred to a volume that TMF could not locate. Effect. None. Recovery. Informative message only; no corrective action is needed. 605 No files matched filename. filename is the file name. Cause. The command referred to a file that TMF could not locate. Effect. None. Recovery. Informative message only; no corrective action is needed.
Message Descriptions TMFCOM Messages 607 volume -- deleted (but could not clear configuration information). volume is the volume name. Cause. A DELETE DATAVOLS command deleted the data volume from the TMF configuration but could not remove the related information from the volume label. Perhaps the files were inconsistent when the volume was deleted. Effect. The configuration information remains in the volume label. Recovery.
Message Descriptions TMFCOM Messages 661 COMMITHOLDMODE Suspend and CommitHoldTimer may only be specified for the Master Audit Trail. Cause. An ALTER AUDITTRAIL command specified the COMMITHOLDMODE SUSPEND option or the COMMITHOLDTIMER option for an auxiliary audit trail. Effect. The command fails. Recovery. Re-enter the ALTER AUDITTRAIL command, specifying COMMITHOLDMODE SUSPEND or COMMITHOLDTIMER for the master audit trail, or select another command. 662 The specified CommitHoldTimer is invalid.
Message Descriptions TMFCOM Messages 664 The COMMITHOLDMODE cannot be turned OFF for the master audit trail before it is turned OFF for all auxiliary trails. Cause. An ALTER AUDITTRAIL command attempted to remove the master audit trail from commit-hold mode before all auxiliary audit trails were removed from commit-hold mode. Effect. The command fails. Recovery. Enter one or more ALTER AUDITTRAIL commands to set COMMITHOLDMODE OFF for all auxiliary audit trails.
Message Descriptions TMFCOM Messages 667 The COMMITHOLDMODE has to be ON before the COMMITHOLDTIMER option can be specified for the MAT. Cause. An ALTER AUDITTRAIL command specified a COMMITHOLDTIMER setting before the commit-hold condition was turned on. Effect. The command fails. Recovery. Enter an ALTER AUDITTRAIL command to set COMMITHOLDMODE ON. Then, enter an ALTER AUDITTRAIL command to specify the COMMITHOLDTIMER value desired.
Message Descriptions TMFCOM Messages 670 Audit Trail at-id volume volume reported File System Error errcode while changing the Commit Hold state. at-id is audit-trail identifier. volume is the audit-trail volume. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause.
Message Descriptions TMFCOM Messages 671 The COMMITHOLDMODE cannot be RESET for the master audit trail before it is RESET for all auxiliary trails. Cause. An ALTER AUDITTRAIL command specified RESET COMMITHOLDMODE for the master audit trail before RESET COMMITHOLDMODE was performed for all auxiliary audit trails. Effect. The command fails. Recovery. Enter one or more ALTER AUDITTRAIL commands to request RESET COMMITHOLDMODE for all auxiliary audit trails.
Message Descriptions TMFCOM Messages 950 Subsystem Error: The TMFSERVE process encountered an internal error. Please report errcode to the Global Customer Support Center (GCSC) or your service provider. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause. A TMF error occurred. Effect. The command fails.
Message Descriptions TMFCOM Messages 951 ZEMS error ems-error was received from EMS distributor process process-name in response to a zems-command-name ZEMS request. ems-error is the EMS error number. process-name is the name of the EMS distributor process. zems-command-name is the name of the ZEMS command. Cause. TMF received an unexpected error from the EMSDIST process while processing the specified command. Effect. The command fails. Recovery. This message should never appear.
Message Descriptions TMFCOM Messages 953 EMS distributor process process-name reported the log-file position request is too far in the future / past the end-offile position on the log file filename. process-name is the name of the EMS distributor process. filename is the name of the log file. Cause. A TMF error occurred. Effect. The command fails. Recovery. This message should never appear. Make a note of the command entered and the file name. Then, contact the GCSC or your service provider.
Message Descriptions TMFCOM Messages 955 EMS distributor process distributor-process-name reported that File System error fserrcode was returned from the procedure-name File System procedure while attempting to access collector process collector-process-name. distributor-process-name is the name of the EMS distributor process. fserrcode supplies a numeric code that further defines the File System error. procedure-name is the name of the File System procedure.
Message Descriptions TMFCOM Messages 956 EMS distributor process process-name reported that File System error fserrcode was returned from the procedure-name procedure while attempting to access log file filename. process-name is the name of the EMS distributor process. fserrcode supplies a numeric code that further defines the File System error. procedure name is the name of the File System procedure. filename is the name of the log file. Cause.
Message Descriptions TMFCOM Messages 957 EMS distributor process process-name reported that File System error fserrcode was returned from the procedure-name File System procedure while attempting to load filter file file-name. process-name is the name of the EMS distributor process. fserrcode supplies a numeric code that defines the File System error. procedure-name is the name of the File System procedure (either OPEN or READ) that detected the error. file-name is the name of the filter file. Cause.
Message Descriptions TMFCOM Messages 959 EMS distributor process process-name reported event filter error errcode from filter name filter-name while processing log file file-name. process-name is the name of the EMS distributor process. errcode supplies a numeric code that defines the error. filter-name is the name of the filter. file-name is the name of the log file. Cause. A TMF error occurred. Effect. The command fails. Recovery. This message should never appear.
Message Descriptions TMFCOM Messages 961 EMS distributor process process-name reported the collector’s log file file-name had a reason-text error. process-name is the name of the EMS distributor process. file-name is the name of the log file. reason-text describes the reason for the error. Cause. A TMF error occurred. Effect. The command fails. Recovery. This message should never appear. Make a note of the command entered and the circumstances. Then, contact the GCSC or your service provider.
Message Descriptions TMFCOM Messages 963 The next log file was unavailable or inaccessible because of a reason-text error. The last logfile accessed was filename. reason-text describes the reason for the error. file-name is the name of the log file. Cause. A TMF error occurred. Effect. The command fails if this message is not listed as a warning. Recovery. This message appeared because the log file was unavailable for the reason specified.
Message Descriptions TMFCOM Messages 965 The RECOVER FILES command specified the RECOVERVDPPHASE1 option, which also requires a valid TOPHYSVOL option. Cause. A RECOVER FILES command specified the RECOVERVDPPHASE1 option, but omitted the TOPHYSVOL option that is also required. Effect. The command fails. Recovery. Re-enter the command, specifying both the RECOVERVDPPHASE1 and TOPHYSVOL options. 966 The DELETE TMF command was encountered in a command file or in the command line.
Message Descriptions TMFCOM Messages 1001 Subsystem Error: The TMFSERVE process returned an unknown error number. The unknown error number was: errcode. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer. Cause. A TMF error occurred. Effect. The command fails. Recovery. This message should never appear.
Message Descriptions TMFCOM Messages 1004 Subsystem Error: The requested system does not exist. Cause. A TMF error occurred. Effect. The command fails. Recovery. This message should never appear. Make a note of the command entered and the circumstances. Then, contact the GCSC or your service provider. 1005 Subsystem Error: TMFSERVE. Unable to create a process name for Cause. A TMF error occurred. Effect. The command fails. Recovery. This message should never appear.
Message Descriptions TMFCOM Messages 1007 Subsystem Error: Unable to WRITEREAD a startup message to the TMFSERVE process process-name because of error errcode from WRITEREAD. process-name is the name of the process that could not receive the startup message. errcode supplies a numeric code that further defines the error and identifies the subsystem or system procedure that transmitted this code: TMF, the File System, the NEWPROCESS process-control procedure, or the Enform query language and report writer.
Message Descriptions TMFCOM Messages 1012 Subsystem Error: To communicate with a process on another system, the HOMETERM of this TMFCOM process must be expressible in network format (7 or fewer characters including the dollar sign). The HOMETERM name is term-name. term-name is the home terminal name. Cause. A Subsystem Programmatic Interface (SPI) violation occurred. Effect. The command fails. Recovery. This message should never appear.
Message Descriptions TMFCOM Messages 1015 Subsystem Error: An error was encountered while converting a timestamp. Error errcode was returned from the Guardian CONVERTTIMESTAMP procedure. errcode supplies a numeric code that further defines the error and identifies the system procedure that transmitted this code as CONVERTTIMESTAMP. Cause. A Subsystem Programmatic Interface (SPI) violation occurred. Effect. The command fails. Recovery. This message should never appear.
Message Descriptions TMFCOM Messages 1018 The RECOVER FILES command specified the RECOVERVDPPHASE1 option with the MAP NAMES option. These are mutually exclusive. Cause. A RECOVER FILES command included both the RECOVERVDPPHASE1 and MAP NAMES options. However, you can enter only one of these in any single command. Effect. The command fails. Recovery. Re-enter the RECOVER FILES command, specifying either RECOVERVDPPHASE1 or MAP NAMES, but not both.
Message Descriptions TMFCOM Messages 1052 This ALTER TMF command attribute is currently not supported. Cause. An ALTER TMF command specified an option that is not supported in this release of TMF. Effect. The command fails. Recovery. Re-enter the ALTER TMF command without the unsupported option, or issue another TMFCOM command. 2000 Exceeded maximum OBEY depth of 4. Cause. A TMFCOM or OBEY command referred to a command file that itself contained one or more OBEY commands nested more than four levels.
Message Descriptions TMFCOM Messages 2002 File system error fserrcode occurred on the OPEN of OBEY file filename. fserrcode supplies a numeric code that further defines the error and identifies the subsystem that transmitted this code as the File System. filename is the name of the OBEY file. Cause. A File System error occurred. Effect. The command fails. Recovery. This message should never appear. Make a note of the command entered and the information supplied in fserrcode.
Message Descriptions TMFCOM Messages 2104 Expecting ALL or LAST. Cause. A HISTORY command did not specify either ALL or LAST where TMFCOM expected one of these keywords. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it correctly. 2105 Text Not Found. Cause. An FC,?, or ! command specified a text string that could not be matched in the history buffer to identify a command on which to operate. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 2113 Control-Y entered. Cause. The command included a Control-Y character. Effect. The command fails. Recovery. Check the command syntax. Then re-enter the command, using only the appropriate characters or keywords. 2116 Missing end quote. Cause. The command did not specify a delimiting end quotation mark in its parameter list. Effect. The command fails. Recovery. Check the command syntax. Then re-enter the command, supplying the end-quote.
Message Descriptions TMFCOM Messages 2206 File System error fserrcode occurred on the OPEN. fserrcode supplies a numeric code that further defines the error and identifies the subsystem that transmitted this code as the File System. Cause. A File System error occurred. Perhaps TMFSERVE was momentarily down. Effect. The command fails. Recovery. Correct the File System error, and retry the command just entered. 2207 File System error fserrcode occurred on the WRITEREAD.
Message Descriptions TMFCOM Messages 2209 The buffer returned was not in SPI format. Cause. A Subsystem Programmatic Interface (SPI) violation occurred. Effect. The command fails. Recovery. This message should never appear. Make a note of the command entered and the circumstances. Then, contact the GCSC or your service provider. 2214 No server is currently running. Cause. The required server did not start. Effect. The command fails. Recovery. Correct the problem, and retry the command just entered.
Message Descriptions TMFCOM Messages 2218 Subsystem Error: The currently opened TMFSERVE process does not support messages greater than integer1. This message was integer2 bytes long. integer1 is the maximum message length supported by the currently open TMSERVE. integer2 is the length of the actual message attempted. Cause. The currently open TMFCOM is communicating with a different version of TMFSERVE that does not support messages longer than integer1. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 7002 This process must be local to the TMSERVE process. Cause. The command referenced a process that was not local to the currently open TMFSERVE process. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it correctly, including the allowed process names. 7004 Unknown system. Cause. The command referenced a system (node) that was not configured in the network. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 7007 Expecting FILESIZE in the range 1-2047. Cause. An ADD AUDITTRAIL or ALTER AUDITTRAIL command did not specify a valid file size in the FILESIZE option. An audit trail’s file size must be from 1 through 2047, inclusive. Effect. The command fails. Recovery. Re-enter the command, using a file size from 1 through 2047. 7008 Expecting FILESPERVOLUME in the range 1-100. Cause.
Message Descriptions TMFCOM Messages 7011 Expecting CPU number in the range 0-15. Cause. An ALTER PROCESS command did not specify a valid value in the CPU option, perhaps using a number greater than 15 or a negative value for a processor number. This value must be an integer from 0 through 15, inclusive. Effect. The command fails. Recovery. Re-enter the command, using an integer from 0 through 15 for the processor number. 7012 Expecting PFSSIZE in the range 131,072 - 1,048,576. Cause.
Message Descriptions TMFCOM Messages 7014 Expecting audit trail sequence number between 1 and 999999. Cause. A RECOVER FILES command did not specify a valid audit-trail sequence number in the TOMATPOSITION parameter. This sequence number must be the numeric portion of the MAT file name, with leading zeros optional, ranging from 1 through 999999. Effect. The command fails. Recovery. Re-enter the command, using a valid audit trail sequence number.
Message Descriptions TMFCOM Messages 7018 Expecting DENSITY value of 0, 1600, or 6250. Cause. An ADD TAPEMEDIA or SET TAPEMEDIA command did not specify a valid value in the DENSITY option. This value must be 0, 1600, or 6250. Effect. The command fails. Recovery. Re-enter the command, specifying a valid density. 7019 Expecting one of 0, 1600, or 6250. Cause. The command did not specify 0, 1600, or 6250 where TMFCOM expected one of these values. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 7022 Expecting ASSIGNED, BAD, RELEASED, or SCRATCH. Cause. An ADD TAPEMEDIA, ALTER TAPEMEDIA, INFO TAPEMEDIA, or SET TAPEMEDIA command did not specify a correct tape status where TMFCOM expected one of the following: ASSIGNED, BAD, RELEASED, or SCRATCH. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it correctly. 7023 Expecting TAPEMEDIA part number; value must be greater than zero. Cause.
Message Descriptions TMFCOM Messages 7026 Missing parameter. Cause. The command omitted one or more required parameter strings. Effect. The command fails. Recovery. Check the syntax rules for the command. Then, re-enter the command, specifying all required strings. 7027 Expecting a quoted string. Cause. The command did not specify a quoted string where TMFCOM expected one. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it correctly. 7028 Keyword too long. Cause.
Message Descriptions TMFCOM Messages 7030 Command line too long. Cause. The command exceeded the number of characters permitted in the command line. Effect. The command fails. Recovery. Re-enter the command, using the continuation indicator (&) to allow the command to span multiple entry lines. 7031 Expecting semicolon or return. Cause. The command did not include a delimiting semicolon or terminating return where TMFCOM expected one. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 7034 Illegal process name. Cause. The command specified an illegal process name. Effect. The command fails. Recovery. Check the syntax rules for the command. Then, re-enter the command, specifying an appropriate process name. 7035 Illegal DISKMEDIA name. Cause. The command specified an illegal name in the DISKMEDIA parameter. Effect. The command fails. Recovery. Check the syntax rules for the command.
Message Descriptions TMFCOM Messages 7038 Expecting comma or return. Cause. The command did not include a delimiting comma or terminating return where TMFCOM expected one. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7039 Expecting comma or ")". Cause. The command did not include a required delimiting comma or terminating (closing) parenthesis where TMFCOM expected one. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 7042 Expecting one of CPU, PRI, SWAP, or TERM. options are validated but are not used. The SWAP and TERM Cause. The command specified an unrecognizable optional parameter, for example a misspelled or erroneous keyword. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly.
Message Descriptions TMFCOM Messages 7046 Expecting a valid file name. Cause. The command did not specify a valid file name where TMFCOM expected one. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7047 Expecting a valid file name set. Cause. The command did not specify a valid file-set where TMFCOM expected one. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7048 Expecting SERVER. Cause.
Message Descriptions TMFCOM Messages 7050 Expecting AUDITTRAIL, DATAVOL[S], DUMPS, RESOURCEMANAGER, RM, or TAPEMEDIA. Cause. An ADD command did not specify a correct keyword where TMFCOM expected one of those listed in the message. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7052 Expecting AUDITDUMP, AUDITTRAIL, BEGINTRANS, CATALOG, DATAVOL[S], DUMPS, PROCESS, TAPEMEDIA, or TMF. Cause.
Message Descriptions TMFCOM Messages 7056 Expecting AUDITDUMP, BEGINTRANS, or DATAVOL[S]. Cause. A DISABLE command did not specify a correct keyword where TMFCOM expected one of those listed in the message. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7058 Expecting OPERATION[S]. Cause. A DISPLAY command omitted the required OPERATION or OPERATIONS keyword. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 7062 Expecting AUDITDUMP, AUDITTRAIL, BEGINTRANS, CATALOG, DATAVOL[S], DUMPS, RESOURCEMANAGER, RM, PROCESS, TAPEMEDIA, or TMF. Cause. An INFO command did not specify a correct keyword where TMFCOM expected one of those listed in the message. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7064 Expecting AUDITTRAIL. Cause. A NEXT command omitted the required AUDITTRAIL keyword. Effect. The command fails.
Message Descriptions TMFCOM Messages 7067 Expecting AUDITTRAIL, DATAVOL[S], DUMPS, or TAPEMEDIA. Cause. A RESET command did not specify a correct keyword where TMFCOM expected one of those listed in the message. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7068 Expecting TRANS[ACTION[S]]. Cause. A RESOLVE command omitted the required TRANSACTION keyword. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 7071 Expecting TMF. Cause. A START command omitted the required TMF keyword. Effect. The command fails. Recovery. Re-enter the command, including the TMF keyword. 7072 Expecting AUDITDUMP, AUDITTRAIL, BEGINTRANS, CATALOG, DATAVOL[S], OPERATIONS[S], SERVER, TMF, or TRANS[ACTION[S]]. Cause. A STATUS command did not specify a correct keyword where TMFCOM expected one of those listed in the message. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 7076 Expecting ONLINE or ARCHIVE. Cause. An ADD DATAVOLS or SET DATAVOLS command did not specify the correct keyword where TMFCOM expected one of those listed in the message. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7077 Expecting DISKMEDIA, TAPEMEDIA, SERIAL, TYPE, or "*". Cause.
Message Descriptions TMFCOM Messages 7080 Expecting STATUS or OBEYFORM. Cause. An INFO DUMPS command did not specify a correct keyword where TMFCOM expected one of those listed in the message. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7081 Expecting AUDITDUMP or ONLINEDUMP. Cause. An ADD DUMPS command did not specify a correct keyword where TMFCOM expected one of those listed in the message. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 7084 Expecting only one DISKMEDIA disk. Cause. The command specified multiple disk volumes in the DISKMEDIA option, but only one disk volume is allowed. Effect. The command fails. Recovery. Re-enter the command, specifying only a single disk volume. 7085 Cannot specify both DISKMEDIA and TAPEMEDIA in a single command. Cause. The command specified both the DISKMEDIA and TAPEMEDIA options, but only one of these is allowed. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 7088 Expecting TMF. Cause. A START or STOP command did not include the TMF object keyword. Effect. The command fails. Recovery. Re-enter the command with the TMF keyword. 7089 Expecting TCPPROCESS. Cause. The command did not include the TCPPROCESS keyword where TMFCOM expected it. Effect. The command fails. Recovery. Check the syntax of the command, and re-enter it accordingly. 7090 Expecting ALLOWED or DISALLOWED. Cause.
Message Descriptions TMFCOM Messages 7092 Expecting OBEYFORM. Cause. An INFO command did not specify OBEYFORM where TMFCOM expected this keyword. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7093 Expecting PROCESS. Cause. An ALTER or INFO command did not specify PROCESS where TMFCOM expected this keyword. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly.
Message Descriptions TMFCOM Messages 7097 Expecting one of CPUS, PRI, PROGRAMFILE, TERM, EXTENDEDSEGSIZE, PFSSIZE, or SWAP. Cause. An ALTER PROCESS command did not specify a correct RESET option. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7098 Expecting RM or RESOURCEMANAGER. Cause. The command did not specify the required RM or RESOURCEMANAGER object keyword. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 7101 Expecting a valid device name. Cause. The command did not specify a valid device name where TMFCOM expected one. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7102 Expecting a valid volume name. Cause. The command did not specify a valid volume name where TMFCOM expected one. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly.
Message Descriptions TMFCOM Messages 7105 Expecting AVOIDHANGING or IGNOREDATAERRORS. Cause. An ABORT TRANSACTION command did not specify either AVOIDHANGING or IGNOREDATAERRORS where TMFCOM expected one of these keywords. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7106 Expecting only one of AVOIDHANGING or IGNOREDATAERRORS. Cause.
Message Descriptions TMFCOM Messages 7109 Expecting valid BLOCKSIZE value. Must be one of 4, 8, 12, 16, 20, 24, 28, 32, 36, 40, 44, 48, or 52. Cause. The command specified a BLOCKSIZE value that was not a multiple of 4 and within the range 4 through 52. Effect. The command fails. Recovery. Re-enter the command, specifying a proper BLOCKSIZE value. 7110 Expecting AUDITTRAIL, OBEYFORM, RECOVERYMODE, or SORT Cause.
Message Descriptions TMFCOM Messages 7113 Expecting ")". Cause. An ALTER PROCESS command was entered with the CPUS option, but the cpu-list did not include a trailing right-parenthesis. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it with the required right-parenthesis. 7114 Expecting ",". Cause. The command did not specify a delimiting comma where TMFCOM expected one. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 7117 Unable to use an 8-character volume name as the default. Cause. A VOLUME command specified a disk volume on a node other than the local node. Effect. The command fails. Recovery. Check the syntax rules for the command. Then, re-enter the command, specifying a local disk volume. 7118 Expecting EXTENDEDSEGSIZE integer1 value between 1 and 128. The minimum value for integer1 depends on the process type and software release. Cause.
Message Descriptions TMFCOM Messages 7120 EXTENDEDSEGSIZE integers are not valid. Integer2 must be equal to or greater than integer1 and integer2 must be a multiple of integer1. Cause. An ALTER PROCESS command specified invalid EXTENDEDSEGSIZE values for integer1 and integer2; for example, an integer2 value that was less than the integer1 value or an integer2 value that was not a multiple of the integer1 value. Effect. The command fails. Recovery. Check the syntax rules for the command.
Message Descriptions TMFCOM Messages 7123 Unable to open OUT file. Cause. The command contained an OUT option that specified an invalid file name. Perhaps the file name was too long or contained improper characters. Effect. The command fails. Recovery. Verify that the file name complies with the syntax rules listed in File Names and Process Identifiers on page 3-6. Then, re-enter the command, using a valid file name. 7124 Illegal system name. Cause. The command specified an illegal system (node) name.
Message Descriptions TMFCOM Messages 7127 Maximum length exceeded. Cause. The command contained a file specifier that was too long. Effect. The command fails. Recovery. Verify that the file specifier complies with the syntax rules listed in File Names and Process Identifiers on page 3-6. Then, re-enter the command, ensuring that the file specifier does not violate its length limit. 7128 No previous command to FC. Cause.
Message Descriptions TMFCOM Messages 7131 Escape character must be followed by a wild-card character. Cause. A command parameter included an escape character that was not followed by the required wild-card character. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7132 Expecting owner ID: GROUP #, USER #. Cause. The command did not specify the owner identity (group and user name or number) where TMFCOM expected it. Effect. The command fails.
Message Descriptions TMFCOM Messages 7136 ?, !, and FC must be used interactively, must be the only command on the command line, and may not be used within an OBEY file or with the OUT option. Cause. A ?, !, or FC command was entered non-interactively, or was entered on a command line with one or more other commands, or was encountered in an OBEY file, or was issued with the OUT option. (Commands other than ?, !, and FC are permitted any of these entry options.) Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 7141 Expecting OUT. Cause. The command attempted to direct command output to an alternate destination, but omitted the OUT keyword where it was required. Effect. The command fails. Recovery. Check the syntax rules for the OUT option in Directing Output to an Alternate Destination on page 2-8. Then, re-enter the command, specifying OUT in the correct location. 7142 Expecting a SYSTEM (node) name. Cause.
Message Descriptions TMFCOM Messages 7151 Invalid TMF transaction identifier. Cause. The command contained a TMF transaction identifier that was not valid. A possible cause of this message is an ABORT TRANSACTION, DELETE TRANSACTION, or STATUS TRANSACTION command that specified node number 0 in a transaction identifier. Such a command is invalid in the current version of TMFCOM. Effect. The command fails. Recovery. Re-enter the command, specifying a valid transaction identifier.
Message Descriptions TMFCOM Messages 7154 Invalid day. Must be 01 - 31. Cause. The TIME option of an ADD DUMPS or RECOVER FILES command, or the BEGINTIME option of a DISPLAY OPERATIONS or STATUS OPERATIONS command, did not specify the day as a two-digit integer ranging from 01 through 31. Effect. The command fails. Recovery. Re-enter the command, specifying a valid day. 7155 Invalid date-time field.
Message Descriptions TMFCOM Messages 7157 The day number is not valid for the month entered. Cause. The TIME option of an ADD DUMPS or RECOVER FILES command, or the BEGINTIME option of a DISPLAY OPERATIONS or STATUS OPERATIONS command, specified an invalid day for the month entered--for example, JUN 31 or SEP 31. Effect. The command fails. Recovery. Re-enter the command, specifying a valid day of the month. 7158 Invalid Hour entered. Must be 00 - 23. Cause.
Message Descriptions TMFCOM Messages 7160 Invalid Second entered. Must be 00 - 59. Cause. The TIME option of an ADD DUMPS or RECOVER FILES command, or the BEGINTIME option of a DISPLAY OPERATIONS or STATUS OPERATIONS command, did not specify the second value as a two-digit integer ranging from 00 through 59. Effect. The command fails. Recovery. Re-enter the command, specifying a valid second. 7161 Expecting GMT. Cause.
Message Descriptions TMFCOM Messages 7164 Expecting TAPE or DISK. Cause. The command did not specify either TAPE or DISK where TMFCOM expected one of these keywords. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7165 More than two SYSTEM names were entered. Cause. The command specified more than two system (node) names, but only two are allowed. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 7168 Expecting BEGINTRANSDISABLE, COMMITHOLDMODE, FILESIZE, FILESPERVOLUME, MAXRETAINEDATFILES, or OVERFLOWTHRESHHOLD. Cause. A RESET AUDITTRAIL command did not specify a correct keyword where TMFCOM expected one of those listed in the message. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7169 Illegal COPIES. Must be 1, 2, or 3. Cause.
Message Descriptions TMFCOM Messages 7172 Expecting AUTOABORT, BRANCHESPERRM, RECRMCOUNT, RESET, RMOPENPERCPU, TMFLIBMEMTHRESH, TMPMEMTHRESH, TRANSCOUNTTHRESH, or TRANSPERCPU. Cause. An ALTER BEGINTRANS command did not specify a correct keyword where TMFCOM expected one of those listed in the message. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly.
Message Descriptions TMFCOM Messages 7176 Invalid AUTOABORT MINUTE value. 357913. Must be between 1 and Cause. The AUTOABORT option of an ALTER BEGINTRANS command did not specify the MINUTE value as an integer ranging from 1 through 357913. Effect. The command fails. Recovery. Re-enter the command, specifying a valid minute value. 7177 Invalid AUTOABORT SECOND value. 21474836. Must be between 20 and Cause.
Message Descriptions TMFCOM Messages 7180 Invalid RMOPENPERCPU value. Must be between 16 and 1024. Cause. An ALTER BEGINTRANS command specified a RMOPENPERCPU value that was outside the range 16 through 1024. Effect. The command fails. Recovery. Re-enter the command, specifying a valid RMOPENPERCPU value. 7181 Incorrect threshold values. The values must be between 1 and 100, and must be less than . Cause.
Message Descriptions TMFCOM Messages 7183 Incorrect TRANSPERCPU values. and 1073741824. The values must be between 1 Cause. An ALTER BEGINTRANS command specified one or more incorrect values in the TRANSPERCPU parameter. Each of the values must be in the range from 1 to 1073741824. Effect. The command fails. Recovery. Re-enter the command, specifying correct TRANSPERCPU values. 7184 Expecting RELEASED, RESET, RETAINDEPTH, or ROUNDROBIN. Cause.
Message Descriptions TMFCOM Messages 7187 Expecting INVALID, RELEASED, or SERIAL. Cause. An ALTER DUMPS command did not specify the correct keyword where TMFCOM expected one of those listed in the message. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7188 Expecting a dump file name. Cause. An ALTER DUMPS command did not specify a dump file name. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 7191 Expecting TMP. Cause. The command did not specify TMP where TMFCOM expected this keyword. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7192 Expecting an operation number. Cause. A CANCEL OPERATIONS or DISPLAY OPERATIONS command did not specify an operation number. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly.
Message Descriptions TMFCOM Messages 7195 Invalid operation number. Must be between 1 and 100. Cause. A CANCEL OPERATIONS, DISPLAY OPERATIONS, or STATUS OPERATIONS command specified an operation number that did not fall within the range from 1 through 100. Effect. The command fails. Recovery. Re-enter the command, specifying an operation number in the correct range. 7196 Expecting ALLOWINCONSISTENCY. Cause. A DELETE DATAVOLS command did not specify ALLOWINCONSISTENCY where TMFCOM expected this keyword.
Message Descriptions TMFCOM Messages 7199 A wild-card value "*" is not valid in this context. Cause. This command does not allow the wild-card character (*) in the location entered. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7200 A NOT volume list is only valid with a wild-card "*" volume name. Cause. This command only allows the wild-card character (*) as a volume name in the NOT fileset parameter list. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 7203 A wild-card resource manager name "*" must be entered only once and must be the only resource manager name. Cause. The command specified the wild-card character (*) as a resource manager name multiple times, or along with other resource manager names. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7204 A wild-card resource manager name value "*" is not valid for this command. Cause.
Message Descriptions TMFCOM Messages 7206 Invalid resource manager name. Must be 1 to 128 characters long, start with an alphabetic character, and contain alphanumeric or the following characters $, _, -,^, @, &. Cause. An ADD RESOURCEMANGER, CLOSE RESOURCEMANGER, DELETE RESOURCEMANGER, INFO RESOURCEMANGER, or STATUS RESOURCEMANGER command specified an invalid resource manager name. Effect. The command fails. Recovery. Check the syntax rules for the command.
Message Descriptions TMFCOM Messages 7210 Invalid or non-existent group-name.user-name. Cause. The command did not specify a valid group name or user name. Effect. The command fails. Recovery. Check the syntax rules for the command. Then, re-enter the command, specifying a valid name. 7211 Expecting a CPU,PIN. Cause. A STATUS RESOURCEMANAGER or STATUS TRANSACTIONS command did not specify a cpu,pin value where TMFCOM expected one. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 7214 Expecting only a process name. Cause. A STATUS RESOURCEMANAGER or STATUS TRANSACTIONS command specified values in addition to the process identifier in the PROCESS parameter. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7215 Invalid process name. Cause. A STATUS RESOURCEMANAGER or STATUS TRANSACTIONS command did not specify a valid process identifier. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 7218 Expecting one of BRIEF, CATALOG, DETAIL, NOT, MEDIUM, OBEYFORM, START, SERIAL, SORT, STATUS, or TYPE. Cause. An INFO DUMPS command did not specify a correct keyword where TMFCOM expected one of those listed in the message. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7219 Expecting TAPE or DISK. Cause. An INFO DUMPS command did not specify either TAPE or DISK where TMFCOM expected one of these keywords.
Message Descriptions TMFCOM Messages 7222 Expecting AUDITDUMP or ONLINEDUMP. Cause. An INFO DUMPS command did not specify AUDITDUMP or ONLINEDUMP where TMFCOM expected one of these keywords. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7223 Expecting only one item of this type in this context. of multiple items are not allowed. Lists Cause. The command specified multiple items where TMFCOM expected only one item. Effect. The command fails.
Message Descriptions TMFCOM Messages 7226 Expecting PARALLEL. Cause. A DUMP FILES command did not specify PARALLEL where TMFCOM expected this keyword. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7227 Expecting BLOCKSIZE, COPIES, DISKMEDIA, NOT, START, SYSTEM, TAPEMEDIA, UNLOAD, or VERIFYTAPE. Cause. A DUMP FILES command did not specify a correct keyword where TMFCOM expected one of those listed in the message. Effect. The command fails.
Message Descriptions TMFCOM Messages 7230 Expecting both OLDDMLOC or NEWDMLOC disk media locations. Cause. A RELOCATE DUMPS command did not specify both OLDDMLOC and NEWDMLOC where TMFCOM expected these keywords. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7231 Expecting a diskmedia location. Cause. A RELOCATE DUMPS command omitted the disk media location in either or both of the OLDDMLOC or NEWDMLOC parameters. Effect. The command fails.
Message Descriptions TMFCOM Messages 7234 Expecting NOWAIT or ABRUPT. Cause. A STOP TMF command did not specify either NOWAIT or ABRUPT where TMFCOM expected one of these keywords. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7235 Expecting BEGINTRANS. Cause. A START TMF command did not specify BEGINTRANS where TMFCOM expected this keyword. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly.
Message Descriptions TMFCOM Messages 7238 Expecting AUDITTRAIL, RECOVERYMODE, SORT, or STATE. Cause. A STATUS DATAVOLS command did not specify a correct keyword where TMFCOM expected one of those listed in the message. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it correctly. 7239 Expecting BEGINTIME, SORT, STATE, or TYPE. Cause. A STATUS OPERATIONS command did not specify a correct keyword where TMFCOM expected one of those listed in the message. Effect.
Message Descriptions TMFCOM Messages 7242 Expecting ACTIVE, ABORTING, ABORTED, COMMITTED, ENDING, HUNG, or PREPARED. Cause. A STATUS TRANSACTIONS command did not specify a correct keyword where TMFCOM expected one of those listed in the message. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it correctly. 7243 Expecting PROCESS, STATE, SORT, DETAIL, or BRIEF. Cause.
Message Descriptions TMFCOM Messages 7246 error occurred while attempting to create an EMS Distributor process. At this time, you can correct the problem and THEN respond to the following query to retry or cancel the operation. error is the error code returned by the PROCESS_CREATE_ procedure. Cause. A PROCESS_CREATE_ error occurred. Effect. The command fails. Recovery. Look up the PROCESS_CREATE_ error. Correct the problem as indicated, and then retry or cancel the operation.
Message Descriptions TMFCOM Messages 7248 File System Error - fserrcode occurred when attempting to replace the existing EMS filter with the filter object file filename. At this time, you can correct the problem and THEN respond to the following query to retry or cancel the operation. fserrcode supplies a numeric code that further defines the error and identifies the subsystem that transmitted this code as the File System. filename is the name of the filter object file. Cause.
Message Descriptions TMFCOM Messages 7251 Expecting OBEYFORM or CNFGFORM. Cause. The command did not specify either OBEYFORM or CNFGFORM where TMFCOM expected one of these keywords. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7252 Duplicate Volume Name in list. Cause. The command specified the same volume name two or more times in a parameter list. Effect. The command fails. Recovery. Re-enter the command, specifying the volume name only once.
Message Descriptions TMFCOM Messages 7255 Expecting BYATID or BYNAME. Cause. An INFO DATAVOLS or STATUS DATAVOLS command did not specify either BYATID or BYNAME where TMFCOM expected one of these keywords. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7256 OBEYFORM requires a SERIAL number. Cause. The INFO DUMPS command did not specify a serial number with the OBEYFORM parameter. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 7259 The currently opened TMFSERVE process does not recognize the TOMATPOSITION option of the RECOVER FILES command. Requires TMFSERVE version D46ADW, G07V01 or later. Cause. The current TMFCOM session is directing its commands to an older version of TMFSERVE in which the TOMATPOSITION is not available in the RECOVER FILES command. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 7263 Expecting BYNUMBER or BYTIME. Cause. The command did not specify either BYNUMBER or BYTIME where TMFCOM expected one of these keywords. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7264 A node name is not valid in this context. Cause. The command specified a node name where TMFCOM did not expect one. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly.
Message Descriptions TMFCOM Messages 7267 Expecting AUDITDUMP, FILESIZE, ACTIVEVOL[S], FILESPERVOLUME, OVERFLOWVOL[S], OVERFLOWTHRESHOLD, RESTOREVOL[S], or BEGINTRANSDISABLE. Cause. A SET AUDITTRAIL command did not specify a correct keyword where TMFCOM expected one of those listed in the message. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7268 Expecting DISKMEDIA, TAPEMEDIA, SERIAL, or TYPE. Cause.
Message Descriptions TMFCOM Messages 7271 A dump serial number was not specified in either the ADD DUMPS or SET DUMPS command; ",SERIAL serial-num". Cause. The SERIAL option in an ADD DUMPS or SET DUMPS command did not specify a dump serial number. Effect. The command fails. Recovery. Re-enter the command with the dump serial number included. 7272 A dump type was not specified in either the ADD DUMPS or SET DUMPS command; ",TYPE [AUDITDUMP | ONLINEDUMP ]". Cause.
Message Descriptions TMFCOM Messages 7276 Expecting OWNER. Cause. An ADD RESOURCEMANAGER command did not specify OWNER where TMFCOM expected this keyword. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it accordingly. 7277 Expecting MAXRETAINEDATFILES in the range 1-9999. Cause. An ALTER AUDITTRAIL command specified a MAXRETAINEDATFILES integer value outside the proper range. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 7283 Invalid MAP NAMES, MAP expected. Cause. A RECOVER FILES command did not specify the MAP keyword where TMFCOM expected it in the MAP NAMES option. Effect. The command fails. Recovery. Check the syntax rules for the command, then re-enter it. 7284 Invalid MAP NAMES, NAMES expected. Cause. A RECOVER FILES command did not specify the NAMES keyword where TMFCOM expected it in the MAP NAMES option. Effect. The command fails. Recovery.
Message Descriptions TMFCOM Messages 7287 Invalid MAP NAMES file set, expected it to be restricted. Cause. A RECOVER FILES command specified, in the MAP NAMES option, a newfile-set that included a component name (volume name, subvolume name, or file ID) that contained the wild-card character * (asterisk) among other characters. However, the wild-card character (*) can only be used in place of a full component name. For example, $volume1.*.filea is correct, but $volume1.sub*.filea is not. Effect.
Message Descriptions TMFCOM Messages 7291 MAP NAMES does not support file sets in the form $volume.file-id. Cause. A RECOVER FILES command specified an improperly formed file-set in the MAP NAMES option. When a file-set includes volume name, it must also specify a subvolume name. In this case, the subvolume name was omitted. Effect. The command fails. Recovery. Re-enter the command, specifying a subvolume name, or select another file-set.
Message Descriptions TMFCOM Messages 7304 Expecting audit trail RBA number between 0 and 1048575 MB (in bytes). Cause. A RECOVER FILES command specified a relative byte address (rba) that exceeded the maximum value allowed in the TOMATPOSITION parameter. Effect. The command fails. Recovery. Re-enter the command, using a valid rba. 7305 The value specified for ATFORMAT is invalid. Expecting 1 or 2. Cause. An ALTER TMF, ATFORMAT command did not specify a valid format number in the ATFORMAT option.
Message Descriptions TMFCOM Messages 7309 Expecting one of BACKOUT, BYPHANDLE, BYSTATE, BYSTARTTIME, or BYTRANSID. Cause. A STATUS TRANSACTIONS command did not specify the correct keyword where TMFCOM expected one of those listed in the message. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it correctly. 7310 Expecting DESC. Cause. A STATUS TRANSACTIONS command did not specify a correct sorting order where TMFCOM expected DESC. Effect. The command fails.
Message Descriptions TMFCOM Messages 7313 Incorrect MaxPiosPerBuffer value. 1 and 100. The value must be between Cause. A Subsystem Programmatic Interface (SPI) violation occurred. Effect. The command fails. Recovery. This message should never appear. Make a note of the command entered and the circumstances. Then, contact the GCSC or your service provider. 7315 The value specified for GOREMOTE is invalid. PIO, or PIOPRIORITY. Expecting MSG, Cause.
Message Descriptions TMFCOM Messages 7320 The PioBufferSize value specified for PIOBUFFER is invalid. Expecting an integer in the range of 600 to 1800. Cause. An ALTER TMF command specified an invalid PIO buffer size in the PIOBUFFER option. Effect. The command fails. Recovery. Re-enter the command, specifying a buffer size in the range of 600 through 1800 in the PIOBUFFER option. 7321 The MaxPiosPerBuffer value specified for PIOBUFFER is invalid. Expecting an integer in the range of 1 to 100. Cause.
Message Descriptions TMFCOM Messages 7324 Expecting ">". Cause. A DUMP FILES, INFO DUMPS, or RECOVER FILES command used the specifier, but omitted the closing ">". Effect. The command fails. Recovery. Re-enter the command, using both the opening and closing delimiters ("<" and ">") around the file name. 7325 Expecting one of ON, OFF, or SUSPEND. Cause.
Message Descriptions TMFCOM Messages 7328 Expecting one of SUSPEND or CRASH. Cause. An ALTER AUDITTRAIL command did not specify either SUSPEND or CRASH in the ON TIMEOUT clause. Effect. The command fails. Recovery. Check the syntax rules for the command and re-enter it. 7329 COMMITHOLDTIMER or COMMITHOLDMODE SUSPEND may only be specified for the MASTER audit trail. Cause.
Message Descriptions TMFCOM Messages 7331 COMMITHOLDTIMER options may not be specified with RESET COMMITHOLDMODE, COMMITHOLDMODE OFF, or COMMITHOLDMODE SUSPEND. Cause. An ALTER AUDITTRAIL command specified a COMMITHOLDTIMER option along with the RESET COMMITHOLDMODE, COMMITHOLDMODE OFF, or COMMITHOLDMODE SUSPEND option. However, COMMITHOLDTIMER options cannot be specified in a command that also removes the commit-hold condition. Effect. The command fails. Recovery.
B TMFCOM Command Reference Summary This appendix presents syntax descriptions for the individual TMFCOM commands, listed in alphabetical order.
ABORT TRANSACTION TMFCOM Command Reference Summary ABORT TRANSACTION Backs out (cancels) the effects of an active transaction, or re-attempts to back out an aborting or hung transaction, and releases the locks held by that transaction. Security: super user group member. ABORT TRANS[ACTION[S]] {transaction-id } {(transaction-id [,transaction-id]...)} [,IGNOREDATAERRORS | ,AVOIDHANGING] transaction-id: [node. [node-number. [node(tm-flags). [node-number(tm-flags). [(tm-flags). ] ] ] cpu.
ADD AUDITTRAIL TMFCOM Command Reference Summary ADD AUDITTRAIL Adds an audit trail to the TMF configuration. Security: super user group member. ADD AUDITTRAIL {MASTER | MAT {AUX[ILIARY]nn } } [,AUDITDUMP {ON | OFF }] [,FILESIZE integer ] [,ACTIVEVOL[S] {volume {(volume [,volume]...) [,FILESPERVOLUME integer } }] ] [,OVERFLOWVOL[S] {volume } {(volume [,volume]...)}] [,OVERFLOWTHRESHOLD integer [,RESTOREVOL[S] ] {volume } {(volume [,volume]...
TMFCOM Command Reference Summary ADD DUMPS ADD DUMPS Adds dump entries to the TMF catalog, as when reentering online and audit dump entries accidentally deleted from the catalog or recovering a destroyed catalog. There are two forms of the ADD DUMPS command: one for adding an audit dump entry to the catalog, and another for adding one or more online dump entries to the catalog. Security: super user group member.
TMFCOM Command Reference Summary Adding Online Dump File Names to the Catalog Adding Online Dump File Names to the Catalog To add one or more online dump entries to the catalog, use the following syntax: ADD DUMPS {online-dump-file } {(online-dump-file [,online-dump-file]...)} ,SERIAL serial-number ,TYPE ONLINEDUMP (master, data) {,DISKMEDIA {disk } {(disk [,disk]...)}} {,TAPEMEDIA {tape } {(tape [,tape]...
ADD RESOURCEMANAGER TMFCOM Command Reference Summary ADD RESOURCEMANAGER Adds one or more recoverable resource managers to the resource manager directory. Security: super user group member. ADD {RESOURCEMANAGER | RM} {rm-name } {(rm-name [,rm-name]...)} ,OWNER {username | userid} username: group-name.user-name userid: (group-id,user-id) ADD TAPEMEDIA Adds one or more tape volumes to the TMF catalog and, optionally, labels these volumes. Security: super user group member.
ALTER AUDITDUMP TMFCOM Command Reference Summary ALTER AUDITDUMP Changes the configured attribute values of an audit dump process. Security: super user group member.
ALTER AUDITTRAIL TMFCOM Command Reference Summary ALTER AUDITTRAIL Changes the configured attribute values of an audit trail and can execute while TMF is running. Security: super user group member. ALTER AUDITTRAIL {MASTER | MAT } {AUX[ILIARY]nn} [,AUDITDUMP {ON | OFF}] [,ADDACTIVEVOL[S] {volume {(volume [,volume]...) [,DELETEACTIVEVOL[S] {volume {(volume [,volume]...) } }] } }] [,FILESPERVOLUME integer] [,RESET FILESPERVOLUME ] [,ADDOVERFLOWVOL[S] {volume } {(volume [,volume]...
TMFCOM Command Reference Summary ALTER AUDITTRAIL Caution. Before you decrease the size of an audit trail, determine whether such a change might interrupt transaction processing. TMF does not alert you to the possibility that the audit trail could exceed its begin-transaction-disable threshold when you issue an ALTER AUDITTRAIL command to decrease the files per active volume or delete an active volume from the configuration.
ALTER BEGINTRANS TMFCOM Command Reference Summary ALTER BEGINTRANS Changes various options related to the automatic disabling and reenabling of transaction processing, control of the TMF autoabort feature, and limits on resource managers and transaction branches used in heterogeneous transaction processing. Security: super user group member.
TMFCOM Command Reference Summary ALTER CATALOG ALTER CATALOG Changes the configured attribute values of the catalog process that affect the management of online and audit dumps. Security: super user group member. ALTER CATALOG, attribute [,attribute] attribute: [RELEASED {OFF | ON}] [RETAINDEPTH integer] [RESET RETAINDEPTH ] [ROUNDROBIN {OFF | ON}] ALTER DATAVOLS Changes the configured attribute values of a data volume. Security: super user group member. ALTER DATAVOL[S] {volume } {(volume [,volume]...
ALTER DUMPS TMFCOM Command Reference Summary ALTER DUMPS Changes dump entries in the TMF catalog. Security: super user group member. ALTER DUMPS {file-set } {(file-set [,file-set]...)} [,INVALID {OFF | ON} ] [,RELEASED {OFF | ON} ] [,SERIAL serial-number] file-set: For online dumps: [[{volume | *}.]{subvolume | *}.]{file-id | *} For audit dumps: $ZTMFAT.ZTMFAT.{file-id | *} ALTER PROCESS Changes the configured attribute values of various TMF process types.
TMFCOM Command Reference Summary ALTER PROCESS {process-type } {(process-type [,process-type]...
TMFCOM Command Reference Summary ALTER TAPEMEDIA ALTER TAPEMEDIA Changes the configured attribute values of tape volumes. Security: super user group member. ALTER TAPEMEDIA {tape-volume } {(tape-volume [,tape-volume]...)} ,STATUS {ASSIGNED} {BAD } {RELEASED} {SCRATCH } ALTER TMF Changes the TMF configuration volume or switches the functions of the TMP’s primary and backup processes. Security: super user group member.
TMFCOM Command Reference Summary CANCEL OPERATIONS CANCEL OPERATIONS Cancels a specific TMF file-recovery or dump-files operation. Security: super user group member. CANCEL OPERATION[S] operation-number CLOSE RESOURCEMANAGER Forces closure of one or more recoverable resource managers that are currently open by a gateway process. Security: super user group member. CLOSE {RESOURCEMANAGER | RM} {rm-name } {(rm-name [,rm-name]...
TMFCOM Command Reference Summary DELETE DATAVOLS DELETE DATAVOLS Removes one or more data volumes from the TMF configuration. Security: super user group member. DELETE DATAVOL[S] {volume } {(volume [,volume]...)} [,ALLOWINCONSISTENCY] Caution. After a data volume has been deleted with ALLOWINCONSISTENCY selected, volume recovery cannot return it to a consistent state. DELETE DUMPS Removes dump entries from the TMF catalog, and attempts to delete the associated dump files from disk.
DELETE TAPEMEDIA TMFCOM Command Reference Summary DELETE TAPEMEDIA Removes tape-volume entries from the TMF catalog and also deletes the entries for dumps stored on the removed tape volumes. Security: super user group member. DELETE TAPEMEDIA {tape-volume } {(tape-volume [,tape-volume]...)} DELETE TMF Purges the entire TMF configuration, including volume and file recovery information for the database. Only tape media names are retained in the TMF catalog. Security: Logon under super ID (user ID 255,255).
TMFCOM Command Reference Summary DISABLE AUDITDUMP DISABLE AUDITDUMP Suspends an audit dump process, preventing the dumping of audit-trail files. Security: super user group member. DISABLE AUDITDUMP {MASTER | MAT } {AUX[ILIARY]nn} [,ABRUPT] Caution. Leaving audit dumps disabled for long durations can cause audit-trail files to accumulate. This accumulation, in turn, can potentially cause TMF to reach the OVERFLOWTHRESHOLD and BEGINTRANSDISABLE limits.
DISPLAY OPERATIONS TMFCOM Command Reference Summary DISPLAY OPERATIONS Displays the Event Management Service (EMS) messages recorded for a specific TMF operation. Security: read-access to the EMS log files. DISPLAY OPERATION[S] operation-number [,LONG ] [,BEGINTIME date-time [,LOGFILE filename [,COLLECTOR process-name [GMT]] ] ] date-time: {month[-]day[-]year, hr:min[:sec]} {day[-]month[-]year, hr:min[:sec]} month: {JAN|FEB|MAR|APR|MAY|JUN|JUL|AUG|SEP|OCT|NOV|DEC} filename: [volume.][subvolume.
DUMP FILES TMFCOM Command Reference Summary DUMP FILES Copies audited files to either tape or disk, producing online dumps. These online dumps might be used later if file recovery is initiated through a RECOVER FILES command. Security: super user group member. DUMP FILES {file-set } {(file-set [,file-set]...)} { } [,BLOCKSIZE { 4 | 8 | 12 | 16 | 20 | 24 | 28 | 32 | 36 | 40 | 44 | 48 | 52}] [,COPIES { 1 | 2 } [PARALLEL] ] [,DISKMEDIA {disk } {(disk [,disk]...
TMFCOM Command Reference Summary ENABLE AUDITDUMP Caution. Error messages generated by TMF and other subsystems during online dump operations can sometimes have a vital impact that is not always obvious. For example, a disk or tape parity or checksum error can prevent a file from being dumped. For this reason, you should check the individual messages and summary information displayed by the DUMP FILES command to ensure that you are aware of all such errors.
TMFCOM Command Reference Summary ENV Displays the current operating environment for your TMFCOM session. Security: any user. ENV EXIT Ends your current TMFCOM session. Security: any user. EXIT FC Permits you to display and repeat or modify the last command entered. Security: any user. FC [-linenum | linenum | string | “quoted-string ”] HELP Displays syntax information for TMFCOM commands. Security: any user.
TMFCOM Command Reference Summary INFO AUDITDUMP INFO AUDITDUMP Displays the configured attribute values of audit dump processes. Security: any user. INFO AUDITDUMP [MASTER | MAT ] [AUX[ILIARY]nn ] [(MASTER | MAT [,AUX[ILIARY]nn ])] [(AUX[ILIARY]nn [,MASTER | MAT ])] [(AUX[ILIARY]nn [,AUX[ILIARY]nn])] [ * ] [,OBEYFORM] INFO AUDITTRAIL Displays the configured attribute values of audit trails. Security: any user.
INFO CATALOG TMFCOM Command Reference Summary INFO CATALOG Displays the configured attribute values for the catalog process. Security: any user. INFO CATALOG [,OBEYFORM] INFO DATAVOLS Displays the configured attribute values of data volumes; also filters and then displays volumes based on selected configuration attributes. Security: any user. INFO DATAVOL[S] [volume ] [(volume [,volume]...)] [ * ] [,config-attrib [,config-attrib]...
INFO DUMPS TMFCOM Command Reference Summary INFO DUMPS Displays online and audit dump entries in the TMF catalog. Security: any user. INFO DUMPS [file-set ] [(file-set [,file-set]...)] [ ] [,BRIEF | DETAIL | OBEYFORM ] [,MEDIUM {TAPE | DISK} ] [,SERIAL serial-number ] [,SORT {BYFILE | BYSERIAL} ] [,STATUS {ASSIGNED} {INVALID } {RELEASED} ] [,TYPE {AUDITDUMP | ONLINEDUMP}] [,CATALOG [node.]volume.subvolume] [,NOT {file-set } {(file-set [,file-set]...
TMFCOM Command Reference Summary INFO PROCESS INFO PROCESS Displays the configured attribute values for the various TMF process types. Security: any user. INFO PROCESS [process-type ] [(process-type [,process-type]...
INFO TAPEMEDIA TMFCOM Command Reference Summary INFO TAPEMEDIA Displays the configured attribute values of tape volumes. Security: any user. INFO TAPEMEDIA [tape-volume ] [(tape-volume [,tape-volume]...)] [ * ] [,STATUS {ASSIGNED} {BAD } {RELEASED} {SCRATCH } ] [,OBEYFORM ] INFO TMF Displays the configured attribute values of TMF. Security: any user.
OBEYVOL TMFCOM Command Reference Summary OBEYVOL Specifies the default volume and subvolume names for expanding an unqualified command file name used in an OBEY command. Security: any user. OBEYVOL [[[node.]volume.]subvolume] OPEN SERVER Specifies the TMFSERVE process with which your TMFCOM process communicates to control TMF. Security: any user. OPEN SERVER {node } {[node.]server} [,CPU cpu-num ] [,PRI integer ] [,SWAP volume ] [,TERM [node.
RECOVER FILES TMFCOM Command Reference Summary RECOVER FILES Initiates file recovery: restoring a database to a consistent state. Security: super user group member. RECOVER FILES {file-set } {(file-set [,file-set]...)} { } [,NOT {file-set } {(file-set [,file-set]...
TMFCOM Command Reference Summary RECOVER FILES Caution. When you issue a RECOVER FILES command to initiate file recovery to the timestamp, and the time listed in the TMF catalog is not the time that the online dump actually took place, you risk destruction of your database because you will probably not recover all the data you need.
TMFCOM Command Reference Summary RELOCATE DISKDUMPS RELOCATE DISKDUMPS Changes the disk media locations specified in the TMF catalog. Security: super user group member. RELOCATE DISKDUMPS {serial-number } {(serial-number [,serial-number]...)} {* } ,OLDDMLOC diskmedia-loc, NEWDMLOC diskmedia-loc RESET AUDITTRAIL Resets audit trail attributes to their default values, canceling the effects of any previous SET AUDITTRAIL commands. Security: any user. RESET AUDITTRAIL {attribute [,attribute]...
TMFCOM Command Reference Summary RESET DUMPS RESET DUMPS Removes (clears) online and audit dump specifications, canceling the effects of previous SET DUMPS commands. Security: any user. RESET DUMPS {attribute [, attribute]...} { * } attribute: [DISKMEDIA] [SERIAL ] [TAPEMEDIA] [TYPE ] Note. You must establish values for the SERIAL and TYPE entries and for either the DISKMEDIA or the TAPEMEDIA entry. Default values are not allowed for these entries.
RESOLVE TRANSACTION TMFCOM Command Reference Summary RESOLVE TRANSACTION Causes an unresolved distributed transaction to either commit or back out its changes. To fully resolve the transaction, this command must be issued on all nodes on which the transaction resides, except for the transaction’s home node. Security: super user group member. RESOLVE TRANS[ACTION[S]] {transaction-id } {(transaction-id [,transaction-id]...)} {,STATE {ABORTED | COMMITTED}} transaction-id: [node. [node-number.
SET AUDITTRAIL TMFCOM Command Reference Summary SET AUDITTRAIL Establishes attribute values for audit trails created by subsequent ADD AUDITTRAIL commands issued during the same TMFCOM session. Security: any user. SET AUDITTRAIL attribute [,attribute]... attribute: [AUDITDUMP {ON | OFF}] [FILESIZE integer ] [ACTIVEVOL[S] {volume } {(volume [,volume] ...) }] [FILESPERVOLUME integer] [OVERFLOWVOL[S] {volume } {(volume [,volume]...)}] [OVERFLOWTHRESHOLD integer] [RESTOREVOL[S] {volume } {(volume [,volume].
TMFCOM Command Reference Summary SET DUMPS SET DUMPS Establishes specifications for online and audit dump entries added to the catalog by subsequent ADD DUMPS commands issued during the same TMFCOM session. Security: any user. SET DUMPS attribute [,attribute]... attribute: [DISKMEDIA disk ] [DISKMEDIA (disk [,disk]...
TMFCOM Command Reference Summary SHOW AUDITTRAIL SHOW AUDITTRAIL Displays the attribute values established by SET AUDITTRAIL commands in the current TMFCOM session. Security: any user. SHOW AUDITTRAIL [attribute [,attribute]...] [ * ] attribute: [AUDITDUMP ] [FILESIZE ] [ACTIVEVOL[S] ] [FILESPERVOLUME ] [OVERFLOWVOL[S] ] [OVERFLOWTHRESHOLD] [RESTOREVOL[S] ] [BEGINTRANSDISABLE] SHOW DATAVOLS Displays the attribute values established by SET DATAVOLS commands in the current TMFCOM session.
SHOW TAPEMEDIA TMFCOM Command Reference Summary SHOW TAPEMEDIA Displays the attribute values established by SET TAPEMEDIA commands in the current TMFCOM session. Security: any user. SHOW TAPEMEDIA [attribute [, attribute]...] [ * ] attribute: [DENSITY [DRIVE [LABEL [STATUS [UNLOAD ] ] ] ] ] START TMF Starts TMF transaction processing, optionally displaying the EMS events for the start operation as this operation progresses. Security: super user group member.
TMFCOM Command Reference Summary STATUS AUDITDUMP STATUS AUDITDUMP Displays the current status of audit dump processes. Security: any user. STATUS AUDITDUMP [MASTER | MAT ] [AUX[ILIARY]nn ] [(MASTER | MAT [,AUX[ILIARY]nn]) ] [(AUX[ILIARY]nn [,MASTER | MAT]) ] [(AUX[ILIARY]nn [,AUX[ILIARY]nn])] [ * ] STATUS AUDITTRAIL Displays the current audit trail activity. Security: any user.
STATUS DATAVOLS TMFCOM Command Reference Summary STATUS DATAVOLS Displays the current status of data volumes. Security: any user. STATUS DATAVOL[S] [volume ] [(volume [,volume]...
STATUS OPERATIONS TMFCOM Command Reference Summary STATUS OPERATIONS Displays the status of TMF operations that were recently completed or are now in progress. Security: any user. STATUS OPERATION[S] [operation-number ] [(operation-number [,operation-number]...
TMFCOM Command Reference Summary STATUS RESOURCEMANAGER STATUS RESOURCEMANAGER Displays the current status of both recoverable and volatile resource managers. Security: any user. STATUS {RESOURCEMANAGER | RM} [rm-name ] [rm-name [,rm-name]...)] [* ] [, STATE {CREATED } {CLOSED } {OPEN } {RECOVERING} {CRASHED } {VOLATILE }] [,PROCESS {process } {(process [,process]...) } {(cpu,pin) } {((cpu,pin) [,(cpu,pin)]...
STATUS TRANSACTIONS TMFCOM Command Reference Summary STATUS TRANSACTIONS Displays transaction identifiers and status. Security: any user. STATUS TRANS[ACTION[S]] [transaction-id [(transaction-id [,transaction-id]...) ] ] [,PROCESS {process } {(process [,process]... ) } {(cpu, pin) } {((cpu, pin) [,(cpu, pin)]...)}] [,STATE {ACTIVE } {ABORTING } {ABORTED } {COMMITTED} {ENDING } {HUNG } {PREPARED }] [,DETAIL | BRIEF ] [,SORT {sort-option [DESC]} {(sort-option [DESC] [,sort-option [DESC]]...
TMFCOM Command Reference Summary VOLUME VOLUME Specifies the default volume and subvolume names for expanding all unqualified file names. Security: any user. VOLUME [volume ] [[volume.]subvolume] ! Re-executes a command previously entered in the current session. Security: any user. ! [-linenum | linenum | string | “quoted-string ”] ? Displays a command previously entered in the current session. Security: any user.
TMFCOM Command Reference Summary HP NonStop TMF Reference Manual—540138-002 B -44 ?
C TMF Configuration Limits and Defaults The tables in this appendix summarize various limits and defaults for TMF. Caution. Some limits and defaults described in this appendix may have changed since this manual was published with RVU H06.05. If such changes were made, they are described in TMF Supplement for Limits and Defaults Changed After RVU H06.05. If that Supplement currently exists, please read it for new information about limits and defaults.
TMF Configuration Limits and Defaults Table C-2. Audit Trail Limits and Defaults Parameter Limits Default Active-audit volumes per audit trail 1 through 16 None Audit dumping feature On Audit-trail files per active-audit volume 1 through 100. Activeaudit volumes multiplied by files per active-audit volume must be 2 or greater. 5 Audit-trail file size For format 1 files: 1 through 2047 MB per audit-trail file, or the maximum disk size (if less than 2047 MB).
TMF Configuration Limits and Defaults Table C-4. Audit Dump and Online Dump Limits and Defaults Parameter Limits Default Number of parallel audit dump copies 1 through 2 1 Number of serial audit dump copies 1 through 3 1 Number of disk volumes that can be added to an audit dump configuration when audit dumping is directed to disk media 1 through 16 None Number of tape or disk volumes in a DUMP FILES command 1 through 16 None Table C-5.
TMF Configuration Limits and Defaults Table C-6. Process Limits and Defaults (page 2 of 3) Parameter Limits Default Number of processes Not applicable 0 if not needed; 1 or more as needed Extended segment size 0.5 through 128 MB (127.5 MB actual) 0.5 MB Number of processes 4 Always 4 Extended segment size 5 through 128 MB (127.
TMF Configuration Limits and Defaults Table C-6. Process Limits and Defaults (page 3 of 3) Parameter Limits Default Number of processes 1 per processor 1 per processor Extended segment size 12 through 128 MB (127.5 actual) 12 MB Number of processes 1 per processor 1 per processor Extended segment size Always 0.25 MB 0.
TMF Configuration Limits and Defaults Table C-7. Default Program File Names for Processes (page 2 of 2) TMF Process Default Program File Name Online restore $SYSTEM.SYSnn.TMFDR TMFMON2 $SYSTEM.SYSnn.TMFMON2 TMP $SYSTEM.SYSnn.TMFTMP Volume recovery $SYSTEM.SYSnn.
Index A ABORT TRANSACTION command 3-11/3-14, B-2 Aborted transactions 3-336 Aborting transactions 3-11/3-14, 3-261, 3-336 ABRUPT parameter DISABLE AUDITDUMP command 3-141, 3-142 DISABLE DATAVOLS command 3-144/3-145 STOP TMF command 3-345/3-346 Active audit volumes 3-17, 3-56, 3-251, 3-265, 3-279 See also Audit volumes Active transactions 3-13, 3-335 ACTIVEVOLS parameter ADD AUDITTRAIL command 3-17 RESET AUDITTRAIL command 3-251 SET AUDITTRAIL command 3-265 SHOW AUDITTRAIL command 3-279 ADD AUDITTRAIL comman
A Index Audit dump process (continued) resuming 3-162 suspending 3-141/3-142 Audit dumps See also Audit dump process adding 3-28/3-31 disk volumes for 3-28, 3-49, 3-52, 3-153, 3-256, 3-270/3-272, 3-284 file recovery from 3-230/3-245 performing 3-15, 3-25, 3-55, 3-264 serial numbers of 3-28, 3-131 tape volumes for 3-29, 3-47, 3-49, 3-256, 3-272, 3-284 verifying 3-48 Audit restore process 3-201 Audit trails adding 3-15/3-22 changing attributes of 3-54/3-74 default attribute values for 3-251/3-253 disk volum
B Index AUXILIARY parameter ADD AUDITTRAIL command 3-15 ALTER AUDITDUMP command 3-46, 3-162 ALTER AUDITTRAIL command 3-54 DISABLE AUDITDUMP command 3-141 INFO AUDITDUMP command 3-177 INFO AUDITTRAIL command 3-179 NEXT AUDITTRAIL command 3-219 STATUS AUDITDUMP command 3-291 STATUS AUDITTRAIL command 3-293 STATUS DATAVOLS command 3-308 AVOIDHANGING parameter, ABORT TRANSACTION command 3-12/3-13 Awaittransresolve data volume state 3-306 AWAITTRANSRESOLVE state 3-309 BEGINTRANSDISABLE parameter ADD AUDITTRAI
C Index CATALOG process type 3-96 Changing audit trail attributes 3-54/3-74 Changing audit-dump process attributes 3-46/3-53 Changing BEGINTRANS options 3-77/3-82 Changing catalog process attributes 3-83/3-86 Changing data volume attributes 3-87/3-88 Changing dump entries 3-89/3-90 Changing extended segment size 3-101 Changing process attributes 3-91/3-107 Changing tape volume attributes 3-108/3-109 Changing the audit-trail file format 3-114 Changing the configuration volume 3-114 Clearing catalog entries
D Index COPIES parameter ALTER AUDITDUMP command 3-47/3-48, 4-4 DUMP FILES command 3-153, 4-4 COPYAUDITOVFLOW process type 3-97 Correcting commands 3-169/3-171 CPU numbers 3-9 See also cpu parameter cpu parameter ABORT TRANSACTION command 3-12 DELETE TRANSACTION command 3-138 RESOLVE TRANSACTION command 3-261 STATUS TRANSACTIONS command 3-335 CPU parameter, OPEN SERVER command 3-224 CPUS parameter, ALTER PROCESS command 3-93, 3-100 Crashed resource managers 3-318 crash-count parameter, RESOLVE TRANSACTION
D Index Deleting tape volumes 3-135 Deleting TMF configuration 3-136/3-137 Deleting transactions 3-138/3-140 DENSITY parameter ADD TAPEMEDIA command 3-43, 4-1/4-2 RESET TAPEMEDIA command 3-258 SET TAPEMEDIA command 3-275, 4-1/4-2 SHOW TAPEMEDIA command 3-286 DETAIL parameter INFO DUMPS command 3-195 STATUS AUDITTRAIL command 3-293 STATUS RESOURCEMANAGER command 3-319 STATUS TRANSACTIONS command 3-336 Device names 3-8 Direct file names 3-244 DISABLE AUDITDUMP command 3-141/3-142, B-18 DISABLE BEGINTRANS co
E Index Displaying TMFSERVE server status 3-324/3-325 Displaying transaction status 3-334/3-344 Distributed transactions, resolving 3-260/3-263, 3-289 Down data volume state 3-307 Downclean data volume state 3-307 Downdirty data volume state 3-307 DRIVE parameter ADD TAPEMEDIA command 3-43 RESET TAPEMEDIA command 3-258 SET TAPEMEDIA command 3-275 SHOW TAPEMEDIA command 3-286 DUMP FILES command 3-150/3-161, 4-4, B-20 Dumps adding 3-27/3-37 audit, performing 3-15, 3-25, 3-264 changing catalog entries for 3-
G Index File names in messages A-3 File recovery list process 3-201 File recovery process 3-89, 3-201 File recovery, initiating 3-230/3-245 FILERECOVERY process type 3-97 FILERECOVLIST process type 3-97 FILES object DUMP command 3-150/3-161, 4-4, B-20 RECOVER command 3-230, B-29 FILESIZE parameter ADD AUDITTRAIL command 3-16, 3-19, 3-265 ALTER AUDITTRAIL command 3-58, 3-67, 3-72 RESET AUDITTRAIL command 3-251 SET AUDITTRAIL command 3-265 SHOW AUDITTRAIL command 3-279 FILESPERVOLUME parameter ADD AUDITTRAI
L Index INFO TMF command 3-211/3-214, B-27 Inprogress data operation state 3-312 INSPECT debugger 3-94 INSPECT parameter, ALTER PROCESS command 3-94 INSPECT save-abend files 3-94 Interoperability issues 3-10 INVALID parameter, ALTER DUMPS command 3-89, 3-90 INVALID tape volume status 3-197 L LABEL OFF parameter, ADD TAPEMEDIA command 3-43 LABEL ON parameter ADD TAPEMEDIA command 3-42 SET TAPEMEDIA command 3-276 LABEL parameter RESET TAPEMEDIA command 3-258 SHOW TAPEMEDIA command 3-286 Labeling tape volum
O Index node-number parameter ABORT TRANSACTION command 3-11 DELETE TRANSACTION command 3-138 RESOLVE TRANSACTION command 3-260 STATUS TRANSACTIONS command 3-335 Notstarted data volume state 3-307 NOWAIT option 3-121, 3-148 NOWAIT parameter RECOVER FILES command 3-234 START TMF command 3-288 STOP TMF command 3-345/3-346 O OBEY command 2-5, 3-168, 3-220/3-221, B-27 OBEY files See command files OBEYFORM parameter INFO AUDITDUMP command 3-177 INFO AUDITTRAIL command 3-179 INFO BEGINTRANS command 3-184 INFO
P Index Overflow process 3-201 OVERFLOWTHRESHOLD parameter ADD AUDITTRAIL command 3-18, 3-20 ALTER AUDITTRAIL command 3-57 RESET AUDITTRAIL command 3-252 SET AUDITTRAIL command 3-266 SHOW AUDITTRAIL command 3-279 OVERFLOWVOLS parameter ADD AUDITTRAIL command 3-17, 3-20 RESET AUDITTRAIL command 3-251 SET AUDITTRAIL command 3-266 SHOW AUDITTRAIL command 3-279 P Parallel tape dumps 3-47, 3-153 Pattern matching in file-sets 3-151, 3-194, 3-231 Performance-tuning operations 3-115 Performing dumps 3-150/3-161
S Index RECOVERYMODE parameter (continued) SET DATAVOLS command 3-268 SHOW DATAVOLS command 3-282 RECRMCOUNT parameter, ALTER BEGINTRANS command 3-79 Registering resource managers 3-40 RELEASED parameter ALTER CATALOG command 3-83 ALTER DUMPS command 3-89 RELEASED tape volume status 3-44, 3-83, 3-108, 3-197, 3-208, 3-276 RELOCATE DISKDUMPS command 3-249/3-250, B-31 Requesting online help 3-172/3-173 RESET AUDITTRAIL command 3-251/3-253, B-31 RESET DATAVOLS command 3-254/3-255, B-31 RESET DUMPS command 3-2
S Index seq-num parameter ABORT TRANSACTION command 3-12 DELETE TRANSACTION command 3-139 RESOLVE TRANSACTION command 3-261 STATUS TRANSACTIONS command 3-335 SERIAL parameter ADD DUMPS command 3-28, 3-31 ALTER DUMPS command 3-90 DELETE DUMPS command 3-131 INFO DUMPS command 3-196 RECOVER FILES command 3-234, 3-241 RESET DUMPS command 3-256 SET DUMPS command 3-272 SHOW DUMPS command 3-284 Serial tape dumps 3-47, 3-153 serial-number parameter, RELOCATE DISKDUMPS command 3-249 SERVER object OPEN command 3-22
T Index STATE parameter (continued) STATUS RESOURCEMANAGER command 3-318 STATUS TRANSACTIONS command 3-335/3-336 STATUS AUDITDUMP command 3-291/3-292, B-38 STATUS AUDITTRAIL command 3-293/3-300, B-38 STATUS BEGINTRANS command 3-303, B-38 STATUS CATALOG command 3-304, B-38 STATUS DATAVOLS command 3-305/3-310, B-39 STATUS OPERATIONS command 3-311/3-316, B-40 STATUS parameter ADD TAPEMEDIA command 3-43 ALTER TAPEMEDIA command 3-108 INFO DUMPS command 3-196 INFO TAPEMEDIA command 3-208 RESET TAPEMEDIA command
T Index Tape volumes (continued) resetting attributes of 3-258/3-259 selecting model types of 4-4 setting attributes of 3-275/3-278 status of 3-43, 3-83, 3-108, 3-196, 3-208, 3-258, 3-276, 3-286 unloading 3-43, 3-49, 3-156, 3-258, 3-277, 3-286 verifying dumps on 3-48, 4-4 TAPEMEDIA object ADD command 3-42/3-45, 4-1/4-2, B-6 ALTER command 3-108/3-109, B-14 DELETE command 3-135, B-17 INFO command 3-208/3-209, B-27 RESET command 3-258/3-259, B-32 SET command 3-275/3-278, 4-1/4-4, B-35 SHOW command 3-286/3-28
T Index TMFLIBMEMTHRESH parameter, ALTER BEGINTRANS command 3-78 TMFMON process 3-201 TMFMON process type 3-98 TMFMON2 process type 3-98 TMFSERVE process accessing on local node 3-226 accessing on remote node 3-227 displaying status of 3-324/3-325 opening 3-224/3-229 TMP process type 3-99 TMP process, switching the primary and backup 3-114 TMPMEMTHRESH parameter, ALTER BEGINTRANS command 3-78 TMPWAITTIMER parameter, ALTER TMF command 3-113, 3-117 tm-flags parameter ABORT TRANSACTION command 3-11, 3-335 RE
U Index TYPE parameter INFO DUMPS command 3-197 RESET DUMPS command 3-256 SET DUMPS command 3-272 SHOW DUMPS command 3-284 STATUS OPERATIONS command 3-311/3-312 U Unconfigured data volume state 3-308 UNLOAD parameter ADD TAPEMEDIA command 3-43 ALTER AUDITDUMP command 3-49 DUMP FILES command 3-156 RECOVER FILES command 3-236 RESET TAPEMEDIA command 3-258 SET TAPEMEDIA command 3-277 SHOW TAPEMEDIA command 3-286 Unloading tape volumes 3-43, 3-49, 3-156, 3-258, 3-277, 3-286 username parameter, ADD RESOURCEMA
Special Characters Index HP NonStop TMF Reference Manual—540138-002 Index -18
