Spooler FASTP Network Print Processes Manual Abstract This manual describes the Spooler FASTP network print processes: FASTPTCP, FASTPSMB, FASTPNOV, FASTPX25, and FASTPXNS. The FASTP network print processes allow you to use the Spooler to print documents on printers attached to HP NonStop™ systems through TCP/IP LANs, SMB LANs, Netware LANs, X.25 WANs, and XNS LANs. Product Version N/A Supported Releases Version Updates (RVUs) This manual supports D42.
Document History Part Number Product Version Published 427528-001 N/A May 2000 427528-002 N/A November 2000 427528-003 N/A May 2002 427528-004 N/A December 2002 427528-005 N/A September 2005 427528-006 N/A February 2013 427528-007 N/A August 2013
Legal Notices © Copyright 2013 Hewlett-Packard Development Company L.P. Confidential computer software. Valid license from HP required for possession, use or copying. Consistent with FAR 12.211 and 12.212, Commercial Computer Software, Computer Software Documentation, and Technical Data for Commercial Items are licensed to the U.S. Government under vendor's standard commercial license. The information contained herein is subject to change without notice.
Spooler FASTP Network Print Processes Manual Index Examples Figures Tables Legal Notices What’s New in This Manual ix Manual Information ix New and Changed Information About This Manual xi Related Manuals xii Notation Conventions ix xii 1. Overview of Spooler FASTP Network Print Processes FASTP Network Print Process Environment 1-2 Spooler Environment 1-4 IOP Environment 1-4 Control Operations and Job Information 1-4 Trace Facility 1-5 EMS Event and 512 Messages 1-5 2.
4.
Contents 5. Installation, Configuration, and Usage Considerations for FASTPNOV Installation and Configuration Tasks for FASTPSMB 4-3 Spooler Configuration Considerations for FASTPSMB 4-4 Device Subtype 4-4 Device Attributes 4-5 FASTCNFG DEVICE Configuration for FASTPSMB 4-5 Optional DEVICE Attributes for FASTPSMB 4-9 Sample FASTCNFG File for FASTPSMB 4-15 User-Mode Access Considerations for FASTPSMB 4-15 Where to Find Information About NetBIOS and SMB Error Messages 4-15 5.
Contents 7. Installation, Configuration, and Usage Considerations for FASTPXNS SVC Sharing Considerations 6-7 Installation and Configuration Task Overview for FASTPX25 6-8 Spooler Configuration Considerations for FASTPX25 6-9 Device Names 6-9 Device Attributes 6-10 FASTCNFG DEVICE and MACRO Configuration for FASTPX25 6-12 Optional DEVICE Attributes for FASTPX25 6-13 Using MACRO Entries 6-16 Sample FASTCNFG File for FASTPX25 6-17 7.
A. Bit Translation and Character Substitution Contents Enabling Tracing 8-6 Extending Shadow Trace Files Reading Trace Output 8-7 8-6 A. Bit Translation and Character Substitution Bit Translation A-1 Character Substitution A-2 B. EMS Messages FASTPTCP Event Messages B-2 FASTP EMS 512 Text Messages B-58 Index Examples Example 2-1. Example 2-2. Example 2-3. Example 2-4. Example 2-5. Example 2-6. Example 3-1. Example 3-2. Example 3-3. Example 3-4. Example 3-5. Example 3-6. Example 3-7. Example 3-8.
Figures Contents Example 7-4. Example 7-5. Sample Font Script File Containing DJDE Sequences 7-20 Sample FASTPXNS Font Script File Using CONTROLBUF 112 7-23 Figures Figure 1-1. Figure 2-1. Figure 4-1. FASTP Network Print Process Components 1-2 Using a Level-1, a Level-2, and a Level-3 FASTCNFG File Path Name for a LAN Print Queue 4-8 2-26 Tables Table 2-1. Table 2-2. Table 2-3. Table 2-4. Table 2-5. Table 2-6. Table 2-7. Table 2-8. Table 2-9. Table 2-10. Table 2-11. Table 2-12. Table 3-1. Table 3-2.
Contents Table 5-1. Table 5-2. Table 5-3. Table 6-1. Table 7-1. Table 7-2. Table 7-3. Table 7-4. Table 7-5. Table 8-1. Table 8-2. Table A-1. Table A-2. Spooler Device Attributes With Special Effects on NetWare Print Queues 5-5 Spoolcom JOB Subcommands With Special Effects on NetWare Print Queues 5-10 Spoolcom BATCH Subcommands With Special Effects on NetWare Print Queues 5-11 Spooler Device Attributes With Special Effects on X.
Contents Spooler FASTP Network Print Processes Manual — 427528-007 viii
What’s New in This Manual Manual Information Spooler FASTP Network Print Processes Manual Abstract This manual describes the Spooler FASTP network print processes: FASTPTCP, FASTPSMB, FASTPNOV, FASTPX25, and FASTPXNS. The FASTP network print processes allow you to use the Spooler to print documents on printers attached to HP NonStop™ systems through TCP/IP LANs, SMB LANs, Netware LANs, X.25 WANs, and XNS LANs. Product Version N/A Supported Releases Version Updates (RVUs) This manual supports D42.
What’s New in This Manual • New and Changed Information Added error numbers 1001 through 1024 in FASTP EMS 512 Text Messages on page B-61. Changes in 427528-006 manual: Updated Address description in FASTCNFG DEVICE Attributes for All FASTPTCP Devices on page 3-15. Changes in 427528-004 manual: This manual supports D-, G-, H- and J-series RVUs. The differences between these RVUs are that the following products are only supported on D- and G-series RVUs: TSM, FOX, IPX/SPX, and Parallel Library TCP/IP.
What’s New in This Manual • New and Changed Information Added new event messages to Appendix B, EMS Messages.
What’s New in This Manual New and Changed Information Spooler FASTP Network Print Processes Manual — 427528-007 xii
About This Manual This manual describes the Spooler FASTP network print processes: FASTPTCP, FASTPSMB, FASTPNOV, FASTPX25, and FASTPXNS. Print processes retrieve the output stored on disk by the Spooler collector and print it on a device. The standard FASTP print process, which is released with the Spooler product, is called FASTP. The configuration of the standard FASTP print process is described in the Spooler Utilities Reference Manual.
Related Manuals About This Manual Related Manuals For more detailed information about the Spooler and the network data communications products, you must consult the appropriate HP NonStop manuals.
General Syntax Notation About This Manual each side of the list, or horizontally, enclosed in a pair of brackets and separated by vertical lines. For example: FC [ num ] [ -num] [ text] K [ X | D ] address-1 { } Braces. A group of items enclosed in braces is a list from which you are required to choose one item. The items in the list may be arranged either vertically, with aligned braces on each side of the list, or horizontally, enclosed in a pair of braces and separated by vertical lines.
Notation for Messages About This Manual Line Spacing. If the syntax of a command is too long to fit on a single line, each continuation line is indented three spaces and is separated from the preceding line by a blank line. This spacing distinguishes items in a continuation line from items in a vertical list of selections. For example: ALTER [ / OUT file-spec / ] CONTROLLER [ , attribute-spec ]... !i and !o.
Notation for Messages About 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. Brackets enclose items that are sometimes, but not always, displayed.
Change Bar Notation About This Manual Change Bar Notation Change bars are used to indicate substantive differences between this manual and its preceding version. 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 COBOL85 environment and the Common Run-Time Environment (CRE).
1 Overview of Spooler FASTP Network Print Processes Instead of directing application output directly to a printer, the Spooler product allows you to store the output as a disk file, then peruse or queue the output to be sent to a designated printer when it becomes available for printing. Print processes retrieve the output stored on disk by the Spooler collector and print it on a device. Each print device in the Spooler subsystem has a print process associated with it.
FASTP Network Print Process Environment Overview of Spooler FASTP Network Print Processes FASTP Network Print Process Environment The FASTP network print process environment typically consists of: • • A product-specific print process named FASTPxxx that communicates with a network print server using a specific communications protocol. A configuration file (FASTCNFG) for the print process that contains information about each printer device that it supports.
Overview of Spooler FASTP Network Print Processes FASTP Network Print Process Environment Configuring a FASTP network print process that communicates with a network printer device requires: • • • • • • An established Spooler environment (Spooler subsystem) on an HP NonStop system. An established network connection (IOP subsystem). Installing a FASTP network print process that can exchange messages formatted according to the protocol required by the network printer.
Overview of Spooler FASTP Network Print Processes Spooler Environment Spooler Environment The Spooler subsystem is a set of utilities that form an interface between you (and your application programs) and the print devices of an HP NonStop system. Instead of directing application output directly to a printer, the Spooler allows you to store the output as jobs in a disk file, and then peruse or queue the output to be sent to a designated printer when it becomes available for printing.
Overview of Spooler FASTP Network Print Processes Trace Facility Trace Facility As an aid to troubleshooting, each FASTP network print process also supports the option of writing trace data to trace files. Tracing is performed on a per-device basis and can be enabled or disabled at any time. Trace data records information sent between the FASTP network print process and the printer device along with information about other processing events that can affect the device, such as Spooler supervisor messages.
Overview of Spooler FASTP Network Print Processes EMS Event and 512 Messages Spooler FASTP Network Print Processes Manual — 427528-007 1-6
2 Installing and Configuring FASTP Network Print Processes This section presents a general overview of the process of installing and configuring FASTP network print processes. The information in this section applies to all FASTP network print processes. To install and configure a specific FASTP network print process, use this information along with the product-specific information in Sections 3 through 7.
Installing and Configuring FASTP Network Print Processes Installing a FASTP Network Print Process 5. Configuration of network/protocol specific parameters for the devices in an external configuration file (FASTCNFG) used by the FASTP network print process. Note. Beginning with the G06 and D48 new product versions of FASTPTCP, you also can convert one or more FASTCNFG files into a FASTKCON key-sequenced file.
Installing and Configuring FASTP Network Print Processes Installing a FASTP Network Print Process Table 2-1 lists the FASTP network print processes that are available on both G-series and D-series systems including the network communications protocols they support, their product numbers, and their object files. Table 2-1. Object Files for FASTP Network Print Process Products Network Protocol Product Number Object File Name TCP/IP LANs T8932 $SYSTEM.SYSTEM.FASTPTCP SMB LANs T9146 $SYSTEM.SYSTEM.
Installing and Configuring FASTP Network Print Processes Configuring a FASTP Network Print Process Configuring a FASTP Network Print Process A FASTP network print process and its devices can be configured: • • As part of cold starting a Spooler subsystem (starting a new Spooler subsystem). When a Spooler subsystem is active. Configuration of a FASTP network print process involves two main tasks: • Configuration of the FASTP network print process in the Spooler subsystem.
Installing and Configuring FASTP Network Print Processes Configuring a FASTP Network Print Process in the Spooler Subsystem Configuring a FASTP Network Print Process in the Spooler Subsystem Spooler subsystem configuration is performed using the Spoolcom interface. Table 2-2 summarizes the Spoolcom commands that are used for FASTP network print process configuration. These commands are independent of either the G-series or D-series release version updates (RVUs).
Installing and Configuring FASTP Network Print Processes Configuring a FASTP Network Print Process in the Spooler Subsystem Defining a Spooler PRINT PARM Attribute Beginning with the G06.10 and D48.02 RVUs, when using FASTPTCP, you can also optionally specify print process configuration parameters for FASTPTCP by adding a PARM attribute to the Spoolcom PRINT command. The supported bit values for FASTPTCP are described in PRINT PARM Attribute on page 3-10.
Installing and Configuring FASTP Network Print Processes Configuring a FASTP Network Print Process in the Spooler Subsystem Defining Spooler Device Attributes Spooler device attributes specify printing options for the printer devices. These attributes are specified in the Spoolcom DEV command. Table 2-3 lists the Spooler device attributes and briefly describes their effect on FASTP network printers. The attributes (including their syntax) are described in detail in the Spooler Utilities Reference Manual.
Installing and Configuring FASTP Network Print Processes Configuring a FASTP Network Print Process in the Spooler Subsystem Table 2-3. Spooler Device Attributes and Their Effect on FASTP Network Printers (page 2 of 4) Attribute Effect on FASTP Network Printers DEVTYPE Specifies the type of the printer being used. The supported values vary based on the specific FASTP network print process being implemented. Some FASTP network print processes use default device subtypes.
Installing and Configuring FASTP Network Print Processes Configuring a FASTP Network Print Process in the Spooler Subsystem Table 2-3. Spooler Device Attributes and Their Effect on FASTP Network Printers (page 3 of 4) Attribute Effect on FASTP Network Printers LUTOFVALUE Sets the sequence that designates the top-of-form (new page) that the print process is to use for LU1 and LU3 type printers only.
Installing and Configuring FASTP Network Print Processes Configuring a FASTP Network Print Process in the Spooler Subsystem Table 2-3. Spooler Device Attributes and Their Effect on FASTP Network Printers (page 4 of 4) Attribute Effect on FASTP Network Printers SKIP Causes the device to skip ahead or skip back the specified number of pages relative to the current page. The effect of SKIP is the same as that of any other Spooler printer. SKIPTO Causes the device to skip to the specified page.
Installing and Configuring FASTP Network Print Processes Configuring a FASTP Network Print Process in the Spooler Subsystem Defining the Spooler DEV PARM Attribute Table 2-4 describes the DEV PARM bits that can be specified for any of the FASTP network print processes. Note the following about the DEV PARM attribute: • • • DEV PARM bits are always optional (except for bit 5 (%2000) which instructs the print process to read the FASTCNFG file.) Bit 5 must, in most instances, be specified.
Installing and Configuring FASTP Network Print Processes Configuring a FASTP Network Print Process in the Spooler Subsystem Table 2-4. Supported DEV PARM Attribute Bit Values for FASTP Network Print Processes (page 2 of 2) Bit Number Octal Value Decimal Value 9 %100 64 Definition For 5573, 5574, and 5577 printers, uses 10-point, 12-cpi landscape text for header and trailer pages. The entire page is visible when using letter size or A4 size paper.
Installing and Configuring FASTP Network Print Processes Configuring a FASTP Network Print Process in the Spooler Subsystem Calculating the Value of the PARM Attributes The PRINT PARM and DEV PARM attributes are bit masks consisting of 16 bits numbered from 0 (most significant) to 15 (least significant) that pass print process parameters to FASTPTCP processes and device parameters to the FASTP network print processes.
Installing and Configuring FASTP Network Print Processes Configuring a FASTP Network Print Process in the Spooler Subsystem Spooler Configuration Tasks Note. The examples used in the procedure and sample file that follow are not complete. For example, the Spoolcom DEV command does not include the complete specification of Spooler device attributes. You must specify the commands and command attributes that are required for your specific Spooler configuration.
Installing and Configuring FASTP Network Print Processes Configuring a FASTP Network Print Process in the Spooler Subsystem $SYSTEM.SYSTEM.FASTPSMB is the name of the object code file. Note. Beginning with the G06.10 and D48.02 RVUs of FASTPTCP, you also can optionally specify print process configuration parameters for FASTPTCP by adding a PARM attribute to the PRINT command. For details, see Defining a Spooler PRINT PARM Attribute on page 2-6 and PRINT PARM Attribute on page 3-10.
Installing and Configuring FASTP Network Print Processes Configuring a FASTP Network Print Process in the Spooler Subsystem A FASTP network print process can drive many devices, up to a limit of 32 active devices per process. Note. Remember, this sample Spoolcom DEV command does not include the complete specification of Spooler device attributes because the use of these attributes can vary based on your specific implementation.
Installing and Configuring FASTP Network Print Processes Configuring a FASTCNFG File Example 2-1. Sample Spoolcom Command File comment comment OPEN comment comment PRINT comment comment comment DEV comment comment LOC Execute the following commands for subsystem $SUP1 Specify the name of the supervisor process $SUP1 Specify the print process name as $PRNT1 Specify the object code file as $SYSTEM.SYSTEM.FASTPSMB $PRNT1, FILE $SYSTEM.SYSTEM.
Configuring a FASTCNFG File Installing and Configuring FASTP Network Print Processes Example 2-2. Sample FASTCNFG File DEVICE $AWAN CONTYPE PROTOCOL ADDRESS PORT TIMEOUT NOTIMINGMARK TCP/IP-A TCP/IP-B = = = = = = = = TCP/IP-TELNET NONE 172.17.201.
Installing and Configuring FASTP Network Print Processes Configuring a FASTCNFG File FASTCNFG File Security A FASTCNFG file usually contains information that should not be accessible to all users (for example, passwords).
Installing and Configuring FASTP Network Print Processes • • Configuring a FASTCNFG File If only a subordinate FASTCNFG file has been altered, update the timestamp of the primary FASTCNFG file as well. To change the timestamp, modify something in the file (for example, add and delete a character). If EXCLUSIVE ON is specified for a device, change the attribute to EXCLUSIVE OFF!. EXCLUSIVE OFF! specifies that the print process should close the device between jobs.
Installing and Configuring FASTP Network Print Processes Configuring a FASTCNFG File Table 2-6. FASTCNFG File-Formatting Rules Summary Format Element Rule Case sensitivity Syntax is not case sensitive. Some values can be case sensitive. Comments Comments can be inserted anywhere in the FASTCNFG file and must follow an exclamation mark (!).
Installing and Configuring FASTP Network Print Processes Configuring a FASTCNFG File Line Continuation Line continuation does not require any special characters or format as long as you do not split keywords, keyword values, attributes, or attribute values. For example: !This is legal SPOOLER $SPLG CHARSET = 999 !This is not legal SPOOL ER $SPLG CHAR SET= 99 9 Separator Characters Keywords and keyword values must be separated by one or more blank spaces.
Configuring a FASTCNFG File Installing and Configuring FASTP Network Print Processes Table 2-7. Keyword Syntax Elements for All FASTCNFG Files Keyword Keyword Value Description SPOOLER $supervisor-name Specifies the name of a Spooler supervisor process. PROCESS $process-name Specifies the name of a Spooler print process. DEVICE $device-name Specifies the name used to identify a FASTP network printer.
Installing and Configuring FASTP Network Print Processes Configuring a FASTCNFG File The PROCESS keyword has the following syntax: PROCESS [\node.]$process-name [FASTCNFG = [\node.][$volume.][subvolume.]filename] DEVICE Keyword The DEVICE keyword specifies the device name used to represent a FASTP network printer. If the node name is not supplied, the default node name for the process executing the command is substituted.
Installing and Configuring FASTP Network Print Processes • Configuring a FASTCNFG File The I/O process used to connect the LAN is named $LINE. FASTCNFG Attribute The FASTCNFG attribute is used with the SPOOLER and PROCESS keywords to redirect a print process to another subordinate FASTCNFG file. The FASTCNFG attribute should not be used with the DEVICE keyword. The syntax for the FASTCNFG attribute is FASTCNFG = [\node.][$volume.][subvolume.]filename where [\node.][$volume.][subvolume.
Configuring a FASTCNFG File Installing and Configuring FASTP Network Print Processes • A print process can be redirected from a level-2 FASTCNFG file to another FASTCNFG file. The subordinate FASTCNFG file is a level-3 file. In a level-3 FASTCNFG file you can: ° Only specify device attributes: DEVICE [\node.]$device-name[.#qualifier] attribute = attribute-value [,attribute = attribute-value]... ° You cannot redirect a level-3 file to another file.
Installing and Configuring FASTP Network Print Processes Setting Control and Job Information Setting Control and Job Information As with any other Spooler printer, in addition to the Spooler subsystem and FASTCNFG configuration parameters discussed above, you also can alter printer operations by embedding printer-control operations (CONTROL, CONTROLBUF, and SETMODE) within a Spooler FONT job and by using the Spoolcom or Peruse JOB and BATCH commands.
Installing and Configuring FASTP Network Print Processes Using the CONTROL, CONTROLBUF, and SETMODE Operations CONTROLBUF Operations A FASTP network print process responds to the CONTROLBUF operations described below. Any other values cause the CONTROLBUF operation to be ignored. CONTROLBUF 101 — User Character Translation CONTROLBUF 101 translates job characters based on a translation table supplied by the user. Typically, a FONT job supplies the desired character substitutions.
Installing and Configuring FASTP Network Print Processes Using the CONTROL, CONTROLBUF, and SETMODE Operations CONTROLBUF 103 — Substitute Top of Form CONTROLBUF 103 instructs a FASTP network print process to use customized top-ofform sequences. These sequences remain in effect for the duration of a print job. This feature can enable multiple print pages on a single physical page.
Installing and Configuring FASTP Network Print Processes Using the CONTROL, CONTROLBUF, and SETMODE Operations CONTROLBUF 109/110/111 — Modify MBCS Translation The CONTROLBUF 109/110/111 operations modify the type of MBCS translation performed by a FASTP network print process when CHARMAP JISKANJIKANA is selected.
Installing and Configuring FASTP Network Print Processes Using the CONTROL, CONTROLBUF, and SETMODE Operations buffer contains the two-byte string <28,46> to be used as an alternate shift-toone-byte string. CONTROLBUF 113 — FONT Job Sectioning CONTROLBUF 113 within a FONT job limits the scope of the following data to one or more specific location names. This limitation applies until the next end-of-job or CONTROLBUF 113 is encountered. The Spooler allows a maximum of 255 FONT jobs.
Installing and Configuring FASTP Network Print Processes Using the CONTROL, CONTROLBUF, and SETMODE Operations CONTROLBUF 130 — Custom Header Pages CONTROLBUF 130 allows a custom header page to be composed by using special sequences embedded in a Spooler FONT job. Although a custom header page might be used to replace the standard banner page(s), the custom header page is actually independent of the standard banner page. The standard banner(s) can still be produced in addition to any custom page(s).
Installing and Configuring FASTP Network Print Processes Using the CONTROL, CONTROLBUF, and SETMODE Operations Table 2-9. Supported CONTROLBUF 130 Item Field Values for FASTP Network Print Processes (page 2 of 2) Item Value Item Definition 230 The current day as a 2-digit number (for example, 01). 232 The current month as a 3-byte string (for example, JAN through DEC). 233 The current month as a 2-digit number (for example, 06). 234 The current year as a 2-digit number (for example, 99).
Installing and Configuring FASTP Network Print Processes Using the CONTROL, CONTROLBUF, and SETMODE Operations data/key is a single byte that indicates whether the item value is to be used as data or as key. The data/key field can have either of the following values: 0 Use the item field as the data. For example if item was 255, the data would be 01MAR99 (or the present date). 1 Use the item field as a key and retrieve the data from the file identified by the text/file field.
Installing and Configuring FASTP Network Print Processes Using the CONTROL, CONTROLBUF, and SETMODE Operations . Example 2-6.
Installing and Configuring FASTP Network Print Processes Using the CONTROL, CONTROLBUF, and SETMODE Operations SETMODE Functions A FASTP network print process responds to the SETMODE functions and parameters described in Table 2-10. Any other values cause the SETMODE function to be ignored. Table 2-10.
Using the CONTROL, CONTROLBUF, and SETMODE Operations Installing and Configuring FASTP Network Print Processes Table 2-10. Supported SETMODE Functions and Parameters for FASTP Network Print Processes (page 2 of 3) Function Supported Parameters and Their Effects 28 Reset to configured values.
Installing and Configuring FASTP Network Print Processes Using the Spoolcom JOB Command to Manage Jobs Table 2-10. Supported SETMODE Functions and Parameters for FASTP Network Print Processes (page 3 of 3) Function Supported Parameters and Their Effects 260 param1 = 1 The FASTP network print process emits the PJL Language command to switch the printer into PostScript mode. At the end of the job, the printer returns to PCL mode.
Installing and Configuring FASTP Network Print Processes Using the Spoolcom BATCH Command to Manage Batch Jobs Table 2-11. Spoolcom JOB Subcommands and Their Effect on FASTP Network Print Processes (page 2 of 2) Subcommand Effect on FASTP Network Print Processes HOLD-AFTER Places the job in the hold state after it finishes printing. The effect of HOLDAFTER is the same as that of any other Spooler printer within the Spooler subsystem. This parameter is not transmitted to the print process.
Installing and Configuring FASTP Network Print Processes Using the Spoolcom BATCH Command to Manage Batch Jobs Table 2-12. Spoolcom BATCH Subcommands and Their Effect on FASTP Network Printers (page 1 of 2) Subcommand Effect on FASTP Network Printers COPIES Specifies the number of copies to be printed. In most instances, the effect of COPIES is the same as that of any other Spooler printer, but the effect can vary based on the specific FASTP network print process being implemented.
Installing and Configuring FASTP Network Print Processes Initialization Job Limitation Table 2-12. Spoolcom BATCH Subcommands and Their Effect on FASTP Network Printers (page 2 of 2) Subcommand Effect on FASTP Network Printers SELPRI Specifies the selection priority of the batch job. The effect of SELPRI is the same as that of any other Spooler printer within the Spooler subsystem. This parameter is not transmitted to the print process. START Places a batch job in the ready state.
Installing and Configuring FASTP Network Print Processes • • • • Error-Handling Considerations If a processor fails, the Spooler supervisor only restarts the process (and any failed jobs) automatically if the Spooler RESTART parameter was specified as non-zero for the devices controlled by the FASTP network print process. In this case, the Spooler supervisor does not wait for the RESTART interval to elapse. Most FASTP network print processes report other unexpected errors in text form to $0.
3 Installation and Configuration Considerations for FASTPTCP The FASTPTCP print process allows you to use the Spooler to print documents on printers attached to HP NonStop systems through HP NonStop TCP/IP networks either directly or through TELNET terminal servers. FASTPTCP supports printers attached in the following ways: • TCP/IP direct-connected devices TCP/IP direct-connected devices are IP-addressed servers or printers. For these devices, FASTPTCP assumes no special protocol.
Installation and Configuration Considerations for FASTPTCP • TCP/IP to Lexmark printers with internal network adapter Lexmark connected printers are printers attached to the network using the Lexmark protocol. For these printers, FASTPTCP implements a job-completion protocol for assured printing to a special TCP/IP port and uses UDP datagrams to retrieve printer status from SNMP.
Installation and Configuration Considerations for FASTPTCP Installation Requirements Installation Requirements Before the FASTPTCP print process can be installed and configured, the following requirements must be met: • • The following products must be installed and configured on your host system: ° ° Spooler subsystem TCP/IP subsystem Your LAN must be installed and connected to your host system.
Installation and Configuration Considerations for FASTPTCP AWAN Servers and Other Terminal Servers and TCP/IP Direct and TCP/IP-TELNET Configuration AWAN Servers and Other Terminal Servers and TCP/IP Direct and TCP/IP-TELNET Configuration Considerations Terminal servers and network print servers support a wide range of devices using the TCP/IP direct and TCP/IP-TELNET protocols.
Installation and Configuration Considerations for FASTPTCP Printer Installation and Configuration Considerations Printer Installation and Configuration Considerations For network-connected printers, printer installation depends upon the network equipment chosen. Typically, the details of the printer interface (such as baud rate or physical interface cable) are outside the range of FASTPTCP control.
Installation and Configuration Considerations for FASTPTCP TELNET Terminal Servers and Supported TTAP Printers Note that although NOTIMINGMARK=YES does not always result in lost print data for AWAN 3886 models, this setting is still not recommended. In addition, AWAN users should check the value of the TIMEOUT specification in the FASTCNFG DEVICE entry. The TIMEOUT value specified must be large enough to allow for normal printing and for temporary pauses due to conditions such as out of paper.
Installation and Configuration Considerations for FASTPTCP FASTPTCP Installation and Configuration Considerations After every block of print data, FASTPTCP also sends a status-request message, using the response from the printer to ensure print integrity and to pace the flow of print data. This end-to-end protocol eliminates the need for lower-level, flow-control methods such as XON-XOFF or CTS.
Installation and Configuration Considerations for FASTPTCP • • • • • • • FASTPTCP Installation and Configuration Considerations The Spoolcom PRINT PARM attribute can be used to specify additional printprocess configuration options for FASTPTCP. These options include: ° ° Enabling debugging features. ° ° Enabling detailed EMS events. Extending shadow trace files so information for multiple jobs can accumulate in the shadow trace file.
Installation and Configuration Considerations for FASTPTCP Installation and Configuration Tasks for FASTPTCP Installation and Configuration Tasks for FASTPTCP To install and configure a FASTPTCP print process, perform the following tasks: 1. Install the FASTPTCP object code ($SYSTEM.SYSTEM.FASTPTCP) This step is described in Installing a FASTP Network Print Process on page 2-2. 2. Add the following configuration information to the Spooler subsystem either interactively or in a command file: a.
Installation and Configuration Considerations for FASTPTCP Spooler Configuration Considerations for FASTPTCP 4. Beginning with the G06 and D48 RVUs, you also can generate a FASTKCON key-sequenced configuration file by using the FASTKCUT utility. The use of these new components is described in detail in Creating a FASTKCON Configuration File (Beginning with the G06 and D48 RVUs) on page 3-40.
Device Attributes Installation and Configuration Considerations for FASTPTCP Table 3-1. Supported PRINT PARM Attribute Bit Values for FASTPTCP Processes (Beginning with the G06.10 and D48.02 RVUs) Bit Number Octal Value Decimal Value 1 %40000 16382 Enables debugging features. This option is intended for development use only. It does not affect operations, but does generate additional EMS events. 2 %20000 8192 Extends (does not erase and overwrite) shadow trace files.
Installation and Configuration Considerations for FASTPTCP Device Attributes Table 3-2. Spooler Device Attributes With Special Effects on FASTPTCP Printers Attribute Effect on TCP/IP Printers DEVTYPE By default FASTPTCP assumes all TCP/IP printers to be line-mode ASCII devices. DEVTYPE defines the real nature of the device. For example, LU1 specifies a simple block-mode device, LU3 specifies data stream compatibility (DSC), and 7 specifies a PCL Level II device, such as 5516.
Installation and Configuration Considerations for FASTPTCP FASTCNFG DEVICE, HOSTS, and POLLTYPE Configuration for FASTPTCP FASTCNFG DEVICE, HOSTS, and POLLTYPE Configuration for FASTPTCP Each TCP/IP printer must be represented by a DEVICE entry in the FASTCNFG file. Because the FASTPTCP print process can support printers attached in several ways, the attributes supported by FASTCNFG DEVICE configuration vary based on the type of connection. Some attributes can be specified for any TCP/IP connected device.
Using the HOSTS Keyword Entry Installation and Configuration Considerations for FASTPTCP For a complete discussion about the use and creation of the FASTCNFG file, see Configuring a FASTCNFG File on page 2-17. Using the HOSTS Keyword Entry In addition to the DEVICE and DEFAULT keywords, each FASTCNFG file for FASTPTCP can contain a HOSTS keyword entry. The HOSTS entry directs FASTPTCP to a local hosts file for address resolution.
Installation and Configuration Considerations for FASTPTCP FASTCNFG DEVICE Attributes for All FASTPTCP Devices The alternative method for specifying a hosts file is to add the following DEFINE before starting the Spooler supervisor: ADD DEFINE =HOSTS , FILE hosts-file-name where hosts-file-name specifies the name of the local file to be used for address resolution if the ADDRESS is a host name. Note, if both a DEFINE and a FASTCNFG HOSTS entry are used, the FASTCNFG HOSTS entry overrides the DEFINE.
Installation and Configuration Considerations for FASTPTCP FASTCNFG DEVICE Attributes for All FASTPTCP Devices where the required attributes are defined as follows: device-name specifies the Spooler DEV name for the TCP/IP printer. The name is a legal Guardian device name in local form. This name should not exist as a real Guardian device on the local system. CONTYPE = {TCP/IP | TCP/IP-TELNET} specifies the type of connection. This attribute is not case sensitive.
Installation and Configuration Considerations for FASTPTCP FASTCNFG DEVICE Attributes for All FASTPTCP Devices TTAP Use with all Printronix printers supporting the TTAP/TAP protocol (5512, 5515, 5516, 5518, 5573, 5574, 5577) connected to an AWAN server or other terminal server. For the Printronix 5515, 5516, and 5518 models, which use the TAP protocol, still set PROTOCOL= TTAP, and set the Spoolcom DEV DEVTYPE field to the actual model. FASTPTCP detects the DEVTYPE value and uses the TAP protocol.
Installation and Configuration Considerations for FASTPTCP FASTCNFG DEVICE Attributes for All FASTPTCP Devices For other protocols, the PORT specification is mandatory. For AWAN servers and other terminal servers, the port number is usually specified as a value between 2001 and 2064 corresponding to the physical asynchronous ports of 1 to 64. Note. Although the TIMEOUT attribute specification is optional, it should be changed if any problems occur.
Installation and Configuration Considerations for FASTPTCP FASTCNFG DEVICE Attributes for All FASTPTCP Devices TCP/IP-A = primary-process-name specifies the primary TCP/IP process to use in establishing a connection. If a session is not established with this process, FASTPTCP retries establishing the session using an alternate process if one is configured by TCP/IP-B. The TCP/IP-A specification is optional. If omitted, $ZTC0 is assumed.
Installation and Configuration Considerations for FASTPTCP FASTCNFG DEVICE Attributes for TCP/IP Direct Connections to Dumb Serial Printers FASTCNFG DEVICE Attributes for TCP/IP Direct Connections to Dumb Serial Printers A TCP/IP direct connection to a printer or server is the simplest to configure. Typically, a TCP/IP direct connection connects to dumb serial printers on a terminal server or to a network print server that does not employ TELNET or any other protocol.
Installation and Configuration Considerations for FASTPTCP FASTCNFG DEVICE Attributes for Dumb Serial Printers Connected Through AWAN Servers or Normally, FASTPTCP spools jobs as rapidly as TCP/IP allows. The SLOWPACE delay can be useful in network situations where slow printers that have small buffers are not receiving all the data before the network is reset at device close. SLOWPACE can prevent jobs from being lost, while allowing devices to be set as EXCLUSIVE OFF in Spoolcom.
Installation and Configuration Considerations for FASTPTCP FASTCNFG DEVICE Attributes for Dumb Serial Printers Connected Through AWAN Servers or Optional DEVICE Attributes for Dumb Serial Printers Connected Through AWAN Servers or Other TELNET Terminal Servers In addition, the DEVICE entry can contain any of the optional attributes for all TCP/IP connected devices as described in Optional DEVICE Attributes for All FASTPTCP Devices on page 3-18 and the following optional attributes: SHUTDOWNTO=n specifies
Installation and Configuration Considerations for FASTPTCP FASTCNFG DEVICE Attributes for Supported TTAP Printers Connected Through AWAN Servers or DRAIN = {YES | NO} specifies whether FASTPTCP should collect stray input from the printer. If DRAIN=YES, FASTPTCP issues reads to collect any stray input the printer might be incorrectly transmitting. If DRAIN = NO, no stray input is collected. Stray input can occur when a printer is configured for XON-XOFF flow control. The default value for DRAIN is YES.
Installation and Configuration Considerations for FASTPTCP FASTCNFG DEVICE Attributes for Supported TTAP Printers Connected Through AWAN Servers or TTAP printers use a CONTYPE value of TCP/IP-TELNET and a PROTOCOL value of TTAP.
Installation and Configuration Considerations for FASTPTCP FASTCNFG DEVICE Attributes for Supported TTAP Printers Connected Through AWAN Servers or POLLNUM = poll-number specifies the number of times FASTPTCP polls a device while waiting for the busy device to become free. Typically a device signals busy as a means of flow control. When POLLNUM is exhausted, FASTPTCP reports error 100 to the Spooler supervisor. The default value is 30. Note.
Installation and Configuration Considerations for FASTPTCP FASTCNFG DEVICE Attributes for HP JetDirect Printers FASTCNFG DEVICE Attributes for HP JetDirect Printers Printers attached to the network through the HP JetDirect network card have two important characteristics. First, they allow direct TCP/IP addressing for transmission of job data to a well-known port (so the PORT attribute is not needed). Second, they maintain an SNMP agent on the card that can be independently queried for device status.
Installation and Configuration Considerations for FASTPTCP FASTCNFG DEVICE Attributes for HP JetDirect Printers Optional DEVICE Attributes for HP JetDirect Printers In addition, the DEVICE entry can contain any of the optional attributes for all TCP/IP connected devices as described in Optional DEVICE Attributes for All FASTPTCP Devices on page 3-18 and the following optional attributes: POLLINT = interval specifies the time (in 10-millisecond units) that FASTPTCP should wait at end-ofjob to detect printi
Installation and Configuration Considerations for FASTPTCP FASTCNFG POLLTYPE Keyword for HP JetDirect Printers ONLINEMODE = NO | YES | EOJ | BOTH Default is NO, which should only be changed on advice of support. If YES or BOTH, the printer SNMP status will be queried before printing; if the printer is not ready, the job will be requeued. If EOJ or BOTH, the printer SNMP status will be queried after all job data is sent, but before TCP FIN (shutdown) is sent.
Installation and Configuration Considerations for FASTPTCP FASTCNFG POLLTYPE Keyword for HP JetDirect Printers SysUpTime response is numerically lower than the first response, the printer is presumed to have rebooted, and the print job is requeued. If UPTIME=NO, this processing is not performed. The specification of UPTIME is optional. If not specified, the default is to enable MIB-II SysUpTime processing. POLLSTRING = oid specifies the SNMP request used to poll the printer for status.
Installation and Configuration Considerations for FASTPTCP FASTCNFG POLLTYPE Keyword for HP JetDirect Printers 100 fenotrdy Same as above. 101 fenotwrtring Same as above. 102 fepaperout Repeats the poll after the POLLINT interval up to POLLNUM times. 123 fesubbusy Same as above. 190 fedeverr Repeats the poll after the POLLINT interval up to the value of POLLNUM divided by four, whichever value is greater. That is, each fedeverr response counts for four poll attempts against POLLNUM.
Installation and Configuration Considerations for FASTPTCP FASTCNFG POLLTYPE Keyword for HP JetDirect Printers If no POLLTYPE value is specified, the following internal defaults are used: POLLTYPE HPJETDIRECT UPTIME RESPONSE RESPONSE RESPONSE RESPONSE RESPONSE RESPONSE RESPONSE RESPONSE RESPONSE RESPONSE RESPONSE RESPONSE RESPONSE RESPONSE RESPONSE RESPONSE RESPONSE RESPONSE RESPONSE RESPONSE RESPONSE RESPONSE RESPONSE RESPONSE RESPONSE OTHERWISE =YES =0 , "PERFORM" =123 , "PRINTING" =102 , "PAPER JAM" =
Installation and Configuration Considerations for FASTPTCP FASTCNFG DEVICE Attributes for Lexmark Printers FASTCNFG DEVICE Attributes for Lexmark Printers When printers are attached to the network through the Lexmark protocol, FASTPTCP implements a job-completion protocol for assured printing to a special TCP/IP port and uses UDP datagrams to retrieve printer status from SMNP.
Installation and Configuration Considerations for FASTPTCP FASTCNFG DEVICE Attributes for Lexmark Printers POLLNUM = poll-number specifies the number of times FASTPTCP polls the device at end-of-job waiting for the device to become idle. For Lexmark printers, this value also specifies the number of times FASTPTCP will retry waiting for the job-completion message. The default value is 5. When POLLNUM is exhausted, FASTPTCP reports error 100 to the Spooler supervisor. Note.
Installation and Configuration Considerations for FASTPTCP FASTCNFG DEVICE Attributes for Printers Connected Through Microplex Servers As of release ABP Feb 2004, WAITTIME is not repeated. If no response is received, the job is suspended (not requeued) and will automatically continue without any loss or duplication after SPOOLCOM DEV RETRY delay.
FASTCNFG DEVICE Attributes for Devices Connected to Line Printer Daemons (LPDs) Installation and Configuration Considerations for FASTPTCP SHUTDOWNTO = n specifies the time (in 10 millisecond units) that FASTPTCP should wait for a session shutdown to complete. Values from 100 (1 second) to 8640000 (24 hours) are allowed; the default value is 60000 (10 minutes). WAITTIME = n Only used when ONLINEMODE=BOTH/EOJ.
Installation and Configuration Considerations for FASTPTCP FASTCNFG DEVICE Attributes for Devices Connected to Line Printer Daemons (LPDs) FASTPTCP offers the complete set of RFC parameters, either as DEVICE attributes for FASTCNFG or as specialized FONT job calls. In practice, a much smaller subset is often all that is required for spooling jobs; these attributes will be summarized in this subsection. The following subsections define the complete set of RFC parameters available.
Installation and Configuration Considerations for FASTPTCP FASTCNFG DEVICE Attributes for Devices Connected to Line Printer Daemons (LPDs) [HOSTNAME = hostname] Overrides the default host name configured for the TCP/IP process, which can be displayed by SCF INFO PROCESS,DETAIL. Some LPD servers require that this attribute, which is case sensitive, match a pre-configured setting at the LPD server. [DATAFIRST = {YES | NO}] specifies whether the control file or data file is sent first to the LPD spooler.
Installation and Configuration Considerations for FASTPTCP FASTCNFG DEVICE Attributes for Devices Connected to Line Printer Daemons (LPDs) for FASTPTCP to use, use SOURCEPORT to identify a beginning port and use ENDPORT to identify the range limit. FASTPTCP assumes all port numbers between SOURCEPORT and ENDPORT can be used for LPD1179. In most circumstances, the use of the SOURCEPORT attribute is not recommended.
Installation and Configuration Considerations for FASTPTCP FASTCNFG DEVICE Attributes for Devices Connected to Line Printer Daemons (LPDs) USERID = userid supplies a case-sensitive user ID that is sent in the P - User identification control file record. The user ID should correspond to a user ID on the LPD server. PRINTBANNER = {NO|YES} if set to YES, FASTPTCP formats the L Print Banner Page command as part of the control file sent to the LPD. The default value is NO.
Installation and Configuration Considerations for FASTPTCP Creating a FASTKCON Configuration File (Beginning with the G06 and D48 RVUs) Sample FASTCNFG File for an LPD Connection Example 3-5 contains a sample FASTCNFG file for an LPD connection: Example 3-5. Sample FASTCNFG File for an LPD Connection HOSTS $DATA2.TCPIP.
Installation and Configuration Considerations for FASTPTCP • Creating the Master FASTCNFG File(s) for FASTKCON You can use a single FASTKCON file regardless of the number of devices. Using FASTKCUT, any number of FASTCNFG files can easily and quickly be merged into a single FASTKCON file. Note. Although multiple FASTKCON files can be used, generally only a single FASTKCON file is used. A single FASTKCON file can be shared by any number of print processes running under one or more Spoolers.
Installation and Configuration Considerations for FASTPTCP Creating the Master FASTCNFG File(s) for FASTKCON The syntax for a FASTCNFG DEFAULT entry is as follows: DEFAULT [attribute = value]... where attribute = value specifies any attribute definition allowed for the DEVICE command. The following examples demonstrate how DEFAULT entries can make FASTCNFG files easier to maintain.
Installation and Configuration Considerations for FASTPTCP Creating the Master FASTCNFG File(s) for FASTKCON Example 3-8 and Example 3-9 also show how comparable configurations can be created using DEVICE entries or using DEFAULT and DEVICE entries. Note that in Example 3-9, the devices have been sorted into three groups with their common values defined in the DEFAULT entry and that the last device, $AWAN2.#P03, includes a NOTIMINGMARK definition that overrides the DEFAULT value for NOTIMINGMARK.
Creating the Master FASTCNFG File(s) for FASTKCON Installation and Configuration Considerations for FASTPTCP Example 3-9. FASTCNFG File Using DEFAULT and DEVICE Commands !This is the equivalent to Example 3-8. DEFAULT CONTYPE PROTOCOL = TCP/IP = HPJETDIRECT ADDRESS = 10.0.0.4 ADDRESS = 10.0.0.
Installation and Configuration Considerations for FASTPTCP Running the FASTKCUT Utility Program Running the FASTKCUT Utility Program FASTKCUT is a utility program distributed with the FASTPTCP software beginning with the G06 and D48 RVUs. FASTKCUT is automatically installed by DSM/SCM in $SYSTEM.SYSTEM when FASTPTCP is installed.
Installation and Configuration Considerations for FASTPTCP Running the FASTKCUT Utility Program CREATE cnfg-file,kcon-file creates a new FASTKCON file or erases and writes over an existing one using DEVICE, DEFAULT, and POLLTYPE information in the specified FASTCNFG file. cnfg-file specifies the FASTCNFG file, which must be an EDIT file (file type 101), to be used as input to create the new FASTKCON file. If the specified FASTCNFG file is $SYSTEM.SYSTEM.
Installation and Configuration Considerations for FASTPTCP Running the FASTKCUT Utility Program DELETE kcon-file,device deletes a device from a FASTKCON file. kcon-file specifies an existing FASTKCON file. If the specified FASTKCON file is $SYSTEM.SYSTEM.FASTKCON, an asterisk (*) can be used in place of the complete file name. device specifies the name of a device within the FASTKCON file that is to be deleted from the specified FASTKCON file.
Installation and Configuration Considerations for FASTPTCP Running the FASTKCUT Utility Program complete. Any FASTPTCP process attempting to access the record during this interval will be temporarily suspended. However, because this interval is usually less than a second, in most cases this is transparent. After a new record is added, the record is immediately available to any FASTPTCP process.
Installation and Configuration Considerations for FASTPTCP Converting Your FASTCNFG Files to a FASTKCON File Converting Your FASTCNFG Files to a FASTKCON File This subsection describes how to convert a single FASTCNFG file to a FASTKCON file, and how to convert multiple FASTCNFG files into a single FASTKCON file.
Installation and Configuration Considerations for FASTPTCP FASTKCON Configuration File Format CREATE command and a series of UPDATE commands to merge the additional files into the FASTCNFG file created from the primary file as follows: FASTKCUT CREATE cnfg-file,kcon-file FASTKCUT UPDATE cnfg-file2,kcon-file ..... FASTKCUT UPDATE cnfg-filen,kcon-file For example: FASTKCUT FASTKCUT FASTKCUT FASTKCUT FASTKCUT CREATE UPDATE UPDATE UPDATE UPDATE $SYSTEM.SYSTEM.FASTCNFG,* $SYSTEM.SYSTEM.FASTCFG2,* $SYSTEM.
Installation and Configuration Considerations for FASTPTCP FASTKCON Configuration File Format “POLLTYPE” in uppercase ASCII, followed by a single ASCII space, followed by the name of the POLLTYPE in uppercase ASCII. Bytes 48-n DEVICE or POLLTYPE parameter field. Each DEVICE or POLLTYPE keyword is represented by one record. An additional record is used for the HOSTS entry, if needed. The parameter field has the following variable format: [param...
Installation and Configuration Considerations for FASTPTCP FASTKCON File Alteration FASTKCON File Alteration FASTKCON files are altered by the FASTKCUT utility commands CREATE, UPDATE, and DELETE. Reverting a FASTKCON File Back to a FASTCNFG File You also can use the FASTKCUT utility to generate a FASTCNFG file containing DEVICE records, POLLTYPE records, and a HOSTS entry that is the equivalent of the FASTKCON file.
Installation and Configuration Considerations for FASTPTCP Spooler FONT Job Considerations for LPD Connections Spooler FONT Job Considerations for LPD Connections Most parameters required to communicate with an LPD can be specified in the FASTCNFG configuration file. These parameters form the basis for all jobs sent to the LPD device. Additional information can be supplied in the form of SETMODE and CONTROLBUF calls embedded in a suitable Spooler FONT job.
Installation and Configuration Considerations for FASTPTCP CONTROLBUF Operations Table 3-3. Supported CONTROLBUF Operations for LPD Devices (page 2 of 2) Buffer Contents Action 119 burst banner name FASTPTCP uses the new burst banner name specified in the L Print banner page command. This name replaces any BURSTBANNER specified in the FASTCNFG file. 120 source file name FASTPTCP uses the new source file name specified in the N Name of source file command.
Installation and Configuration Considerations for FASTPTCP SETMODE 260 SETMODE 260 SETMODE 260 enables PostScript printing and has the following syntax: SETMODE operation param1 param2 where param1 dictates the language and param2 is ignored. Table 3-4 lists the param1 values that have special meanings for LPD devices: Table 3-4. Supported SETMODE 260 Param1 Values for LPD Devices Value Meaning Action 0 PCL mode FASTPTCP emits the l - Leave controls command.
Installation and Configuration Considerations for FASTPTCP Sample Spooler Font Script File for an LPD Device Sample Spooler Font Script File for an LPD Device Example 3-10 is a sample Font script file that shows the use of some of the above SETMODE and CONTROLBUF calls: Example 3-10.
4 Installation, Configuration, and Usage Considerations for FASTPSMB Note. The information in this section applies to D- and G-series RVUs only. The FASTPSMB print process allows you to use the Spooler to print documents on printers attached to HP NonStop systems through an SMB LAN print server.
Installation, Configuration, and Usage Considerations for FASTPSMB Installation Requirements Installation Requirements Before the FASTPSMB print process can be installed and configured, the following requirements must be met: • • The Spooler subsystem must be installed and configured on your host system, One of the following products must be installed and configured on your host system to provide NetBIOS services: ° For D-series systems, you have three options for providing NetBIOS services: ° ° ° °
Installation, Configuration, and Usage Considerations for FASTPSMB Installation and Configuration Tasks for FASTPSMB Installation and Configuration Tasks for FASTPSMB To install and configure a FASTPSMB print process, perform the following tasks: 1. Install the FASTPSMB object code ($SYSTEM.SYSTEM.FASTPSMB) This step is described in Installing a FASTP Network Print Process on page 2-2. 2. Add the following configuration information to the Spooler subsystem either interactively or in a command file: a.
Spooler Configuration Considerations for FASTPSMB Installation, Configuration, and Usage Considerations for FASTPSMB Spooler Configuration Considerations for FASTPSMB The Spooler configuration tasks required for any FASTP network print process are also required for the FASTPSMB print process.
Installation, Configuration, and Usage Considerations for FASTPSMB Device Attributes Device Attributes Spooler device attributes specify printing options for devices (in this case, FASTPSMB print queues). Device-attribute information is specified by using the Spoolcom DEV command. For a complete listing of the Spooler device attributes supported by all the FASTP network print processes, see Table 2-3, Spooler Device Attributes and Their Effect on FASTP Network Printers, on page 2-7.
Installation, Configuration, and Usage Considerations for FASTPSMB DEVICE [\node.]$device-name[.#qualifier] CONTYPE = SMBNETBIOS LAN = [\node.
Installation, Configuration, and Usage Considerations for FASTPSMB FASTCNFG DEVICE Configuration for FASTPSMB where the required attributes are defined as follows: DEVICE [\node.]$device-name[.#qualifier] specifies the Spooler device name for the SMB LAN print queue. If the name is not fully qualified, the default node name for the process executing the command is substituted. The node name is separated from the device name with a period (.).
FASTCNFG DEVICE Configuration for FASTPSMB Installation, Configuration, and Usage Considerations for FASTPSMB Figure 4-1 shows the components of a LAN path name. Figure 4-1. Path Name for a LAN Print Queue User's LAN Path Name = \\PRTSRV1\LPT1 Resource Name = LPT1 Machine Name= PRTSRV1 vst003.vst The PATH specification is mandatory. RESOURCE = #resource-name specifies the subdevice component of an object name used by the IOP to identify the user’s LAN.
Installation, Configuration, and Usage Considerations for FASTPSMB Optional DEVICE Attributes for FASTPSMB To identify the NBT or NBX domain name associated with a process, use NBTCOM or NBXCOM. For example, for a process named $NBT, you would enter the command: 6>nbtcom $nbt; info domain* T8439D40^08SEP99^T27^NBTCOM^AAN OPEN $nbt info domain* #DOM1 $ZTCO.#YELLOW 128.1.2.66 TYPE M NBNS 128.1.2.70 #RSCMGR = 3 *DEFAULT* SCOPE *NONE* The command returns the domain name #DOM1.
Optional DEVICE Attributes for FASTPSMB Installation, Configuration, and Usage Considerations for FASTPSMB Table 4-4 summarizes the HP device types and their default data-block sizes. Table 4-4.
Installation, Configuration, and Usage Considerations for FASTPSMB Optional DEVICE Attributes for FASTPSMB BLANK specifies that the string consists of 15 blank characters. DEVICE specifies that the string consists of the Spooler device name for the SMB LAN print queue. The device name is defined through the Spoolcom DEV command. FASTPJOB specifies that the string consists of the FASTPSMB print process name concatenated with the Spooler job number assigned to the job.
Optional DEVICE Attributes for FASTPSMB Installation, Configuration, and Usage Considerations for FASTPSMB Table 4-5 shows some examples of originator text: Table 4-5.
Optional DEVICE Attributes for FASTPSMB Installation, Configuration, and Usage Considerations for FASTPSMB Table 4-6. Valid and Invalid Null Password Specifications NET SHARE Command Password Specification net share SRV1=LPT1 not specified Valid: the password defaults to the NULL value. net share SRV1=LPT1 NULL PASSWORD = NULL Valid: the password is “NULL”. net share SRV1=LPT1 PASSWORD = NULL Not valid: any attempt to access the LAN is rejected.
Installation, Configuration, and Usage Considerations for FASTPSMB Optional DEVICE Attributes for FASTPSMB TYPE = { DOMAIN | GATEWAY | POOL } specifies the object type for the RESOURCE attribute. For NBT and NBX, the object type must be DOMAIN. For TLAM (D-series only), the object type is configured with SCF as part of TLAM and Multilan configuration as follows: • • • A DOMAIN object represents a particular LAN. A GATEWAY object represents an MLAD.
Sample FASTCNFG File for FASTPSMB Installation, Configuration, and Usage Considerations for FASTPSMB Sample FASTCNFG File for FASTPSMB Example 4-2 contains a sample FASTCNFG file for a FASTPSMB print process: Example 4-2.
Installation, Configuration, and Usage Considerations for FASTPSMB Where to Find Information About NetBIOS and SMB Error Messages Spooler FASTP Network Print Processes Manual — 427528-007 4 - 16
5 Installation, Configuration, and Usage Considerations for FASTPNOV Note. The information in this section applies to D- and G-series RVUs only. The FASTPNOV print process allows you to use the Spooler to print documents on printers attached to a NetWare LAN. Once a job is sent to a NetWare print queue, it is no longer monitored by the Spooler. The FASTPNOV uses the NetWare Core Protocol (NCP) communications standard. NCP is a request-response protocol used to access NetWare services.
Installation, Configuration, and Usage Considerations for FASTPNOV Installation Requirements Installation Requirements Before the FASTPNOV print process can be installed and configured, the following requirements must be met: • • The following products must be installed and configured on your host system: ° ° Spooler subsystem HP NonStop IPX/SPX subsystem Your LAN must be installed and appropriately connected to your host system.
Installation, Configuration, and Usage Considerations for FASTPNOV Installation and Configuration Tasks for FASTPNOV Installation and Configuration Tasks for FASTPNOV To install and configure a FASTPNOV print process, perform the following tasks: 1. Install the FASTPNOV object code ($SYSTEM.SYSTEM.FASTPNOV) This step is described in Installing a FASTP Network Print Process on page 2-2. 2. Add the following configuration information to the Spooler subsystem either interactively or in a command file: a.
Installation, Configuration, and Usage Considerations for FASTPNOV Spooler Configuration Considerations for FASTPNOV Spooler Configuration Considerations for FASTPNOV The Spooler configuration tasks required for any FASTP network print process also are required for the FASTPNOV print process.
Installation, Configuration, and Usage Considerations for FASTPNOV Device Attributes #qualifier specifies the device-name qualifier. The qualifier consists of a pound sign (#) followed by one to seven alphanumeric characters; the first alphanumeric character must be a letter. The device-name qualifier is optional, unless more than one print queue is being defined for a device-name. Each qualifier specified for a device-name must be unique.
Installation, Configuration, and Usage Considerations for FASTPNOV FASTCNFG DEVICE Configuration for FASTPNOV Table 5-1. Spooler Device Attributes With Special Effects on NetWare Print Queues (page 2 of 2) Attribute Effect on NetWare Print Queues PARM Only bits 1, 5, and 14 are supported. PREXLATE Always set to OFF. SPEED The value must be set by experimentation. Speed is influenced by the speed of the printer device and the performance of the LAN.
Installation, Configuration, and Usage Considerations for FASTPNOV FASTCNFG DEVICE Configuration for FASTPNOV DEVICE [\node.]$device-name[.
Installation, Configuration, and Usage Considerations for FASTPNOV Optional Device Attributes for FASTPNOV QUEUE = NetWare-print-queue-name specifies the name of the NetWare print queue associated with this device. The length of the name can be from 1 to 47 characters. The QUEUE specification is mandatory. SERVER = NetWare-print-server-name specifies the name of the NetWare LAN print server associated with this device. The length of the name can be from 2 to 47 characters.
Sample FASTCNFG File for FASTPNOV Installation, Configuration, and Usage Considerations for FASTPNOV specifies whether bit translation or character substitution should occur. Refer to Appendix A, Bit Translation and Character Substitution, for more information about bit translation and character substitution. NONE specifies that no bit translation or character substitution should occur. The CHARSET specification is optional. The default value is NONE. SHADOW[n] = shadow-file-namen...
Installation, Configuration, and Usage Considerations for FASTPNOV Spoolcom JOB Subcommand Considerations for FASTPNOV Spoolcom JOB Subcommand Considerations for FASTPNOV You can alter attributes and change the STATUS of any print job by using the Spoolcom JOB command and subcommands. For a complete listing of the JOB subcommands supported by all the FASTP network print processes, see Table 2-11, Spoolcom JOB Subcommands and Their Effect on FASTP Network Print Processes, on page 2-38.
Installation, Configuration, and Usage Considerations for FASTPNOV Spoolcom BATCH Subcommand Considerations for FASTPNOV Spoolcom BATCH Subcommand Considerations for FASTPNOV You can alter attributes and change the STATUS of any batch job by using the Spoolcom BATCH command and subcommands. For a complete list of the Spoolcom BATCH subcommands supported by all the FASTP network print processes, see Table 2-12, Spoolcom BATCH Subcommands and Their Effect on FASTP Network Printers, on page 2-40.
Installation, Configuration, and Usage Considerations for FASTPNOV Session Considerations Session Considerations For a FASTPNOV print process, a Spooler device represents a NetWare print queue. To communicate with a NetWare print server on behalf of a print queue, the FASTPNOV print process communicates with a specific IPXPROTO IOP, which in turn communicates with the print server.
Installation, Configuration, and Usage Considerations for FASTPNOV NetWare LAN Considerations NetWare LAN Considerations The following LAN-related information should be considered when configuring the FASTPNOV print process. User ID and Password The user ID (USERID attribute) and password (PASSWORD attribute) defined in a DEVICE entry in the FASTCNFG configuration file for a NetWare print queue must also be defined for the corresponding NetWare print server.
Control of NetWare Print Jobs Installation, Configuration, and Usage Considerations for FASTPNOV • REPORT field (16 characters) is the report name assigned to the job by the FASTPNOV print process. The report name must be explicitly set for a job when it is submitted to the Spooler or while it is held in a Spooler. If the report name is not explicitly specified, it is assigned a value based on user’s NSK group and user ID in the following format: GGGGGGGGUUUUUUUU where GGGGGGGG specifies the NSK group.
Installation, Configuration, and Usage Considerations for FASTPNOV • • • • • • Unsupported NetWare Print Job Attributes Operator Hold Print Banner Tab Size Server Sequence Suppress Form Feed User Hold Unsupported NetWare Print Job Attributes The following NetWare print job attributes are not supported by the FASTPNOV print process: • • • • Banner File Name Byte Mode (all jobs are in Text Mode) Header File Name Tabs Where to Find Information About NetWare Error Messages The NetWare error messages gene
Installation, Configuration, and Usage Considerations for FASTPNOV Where to Find Information About NetWare Error Messages Spooler FASTP Network Print Processes Manual — 427528-007 5 - 16
6 Installation and Configuration Considerations for FASTPX25 The FASTPX25 print process allows you to use the Spooler to print documents on printers connected to HP NonStop systems through an X.25 Wide Area Network (WAN). The X.25 WAN Print Spooler uses the following communications standards as defined in the 1980 and 1984 CCITT recommendations: • • Recommendation X.25, which defines a communications protocol used to access public packet-switched networks. Recommendation X.
Installation and Configuration Considerations for FASTPX25 Installation Requirements Installation Requirements Before the FASTPX25 print process can be installed and configured, the following products must be installed and configured on your host system: • • Spooler subsystem X.
Installation and Configuration Considerations for FASTPX25 Printer Installation and X25AM Configuration Considerations Printer Installation and X25AM Configuration Considerations Although the printer installation and X25AM configuration tasks are outside the scope of this manual, special consideration should be given to the following aspects of these tasks: • • • PAD considerations X25AM line configuration X25AM subdevice configuration PAD Considerations The printer should be connected to a suitable PA
Installation and Configuration Considerations for FASTPX25 X25AM Subdevice Configuration Considerations X25AM Subdevice Configuration Considerations FASTPX25 communicates with the printer using an X25AM subdevice (SU). The following is a review of the subdevice parameters that apply to driving printers using FASTPX25.
Installation and Configuration Considerations for FASTPX25 X25AM Subdevice Configuration Considerations DEVTYPE specifies the device type and subtype for a subdevice. This value should be specified as (9,0) for PTP subdevices and (6,0) for ITI subdevices. DESTADDR specifies the network user address (NUA) of the device that the subdevice uses as the called address in outgoing call request packets.
Installation and Configuration Considerations for FASTPX25 X.25 NUA and SVC Considerations X.25 NUA and SVC Considerations Before you begin to configure FASTPX25, you should have a basic understanding of how FASTPX25 handles the network user address (NUA) and switched virtual circuits (SVCs). When FASTPX25 prints a job on an X.25-connected printer, it attempts to establish a virtual circuit by sending an X.25 call request packet containing a network user address (NUA).
Installation and Configuration Considerations for FASTPX25 • SVC Sharing Considerations The NUA can be configured in the FASTCNFG configuration file using the X25NUA parameter in a DEVICE entry. When the NUA is configured using the X25NUA parameter, one SVC per printer can be configured or several printers can share a pool of X.25 subdevices (SVCs). Note that for devices configured using the X25NUA parameter, FASTPX25 uses the SPI interface to solicit subdevice information from X25AM.
Installation and Configuration Considerations for FASTPX25 Installation and Configuration Task Overview for FASTPX25 Once a job has been printed, FASTPX25 continues to use the same SVC for future jobs as long it remains free. If a successful open cannot be achieved using any of the SVCs configured for a Spooler device, FASTPX25 passes the problem back to the Spooler supervisor. If all opens failed with errors other than FEINUSE (12), FASTPX25 reports the last open error to the supervisor.
Installation and Configuration Considerations for FASTPX25 Spooler Configuration Considerations for FASTPX25 A FASTPX25 print process supports a maximum of 32 X.25 printers. General use of the DEV command is described in step 3 of Spooler Configuration Tasks on page 2-14. The specification of Spooler device names and device attributes for X.25 printers are discussed in Spooler Configuration Considerations for FASTPX25 on page 6-9. c. Designate one or more Spooler job locations for each X.
Installation and Configuration Considerations for FASTPX25 Device Attributes If, however, the same X25AM subdevice is being used for many printers, the Spooler device name must include an additional qualifier (.xxx) to make it unique for each printer. For example: $X25A.#PRINT.A $X25A.#PRINT.B The additional qualifier is ignored by X25AM. Note. Use this type of configuration with caution.
Installation and Configuration Considerations for FASTPX25 Device Attributes Table 6-1. Spooler Device Attributes With Special Effects on X.25 Printers (page 1 of 2) Attribute Effect on X.25 Printers EXCLUSIVE If the NOINVITATION attribute of the FASTCNFG file is set to NO (the default value), FASTPX25 clears the call SVC by using the Guardian CONTROL 12 call. For ITI circuits this causes an INVITATION TO CLEAR X.29 data packet to be sent.
Installation and Configuration Considerations for FASTPX25 FASTCNFG DEVICE and MACRO Configuration for FASTPX25 Table 6-1. Spooler Device Attributes With Special Effects on X.25 Printers (page 2 of 2) Attribute Effect on X.25 Printers RESTART Specifies the number of seconds the Spooler supervisor should wait before retrying the device if it goes offline.
Installation and Configuration Considerations for FASTPX25 Optional DEVICE Attributes for FASTPX25 For a complete discussion about the use and creation of the FASTCNFG file, see Configuring a FASTCNFG File on page 2-17. The syntax of a DEVICE entry for an X.25 printer is as follows: DEVICE [\node.]$devicename[.
Installation and Configuration Considerations for FASTPX25 Optional DEVICE Attributes for FASTPX25 If FASTPX25 cannot find an X25NUA value in FASTCNFG, it expects the DESTADDR value to have been configured for the corresponding X25AM subdevice. NOINVITATION = (YES|NO} specifies whether FASTPX25 sends an INVITATION TO CLEAR command. FASTPX25 attempts to ensure print job delivery by sending an INVITATION TO CLEAR to initiate call clearing.
Installation and Configuration Considerations for FASTPX25 Optional DEVICE Attributes for FASTPX25 SUBS140 = subvalue specifies a 16-bit value to use as a substitute when returning error 140 to the Spooler supervisor. The Spooler supervisor considers error 140 to be a retryable error. Substituting a non-retryable error, such as error 104, avoids this SVC being blocked because a particular NUA cannot be reached. SVCLIST = svc [,svc,...
Installation and Configuration Considerations for FASTPX25 Using MACRO Entries Using MACRO Entries To support the SVCMACRO attribute in the DEVICE entry, one or more SVCLISTs can be specified using MACRO entries. These lists can then be referred to by name in the DEVICE entries. The syntax for the FASTCNFG MACRO entry is as follows: MACRO name SVCLIST = svc [,svc,...]; where name specifies a string consisting of up to 32 non-blank characters used to identify an SVC list.
Sample FASTCNFG File for FASTPX25 Installation and Configuration Considerations for FASTPX25 Sample FASTCNFG File for FASTPX25 Example 6-1 contains a sample FASTCNFG file for FASTPX25: Example 6-1. Sample FASTCNFG File for FASTPX25 !Two SVC lists for later use MACRO LISTA SVCLIST = $X25B.#S1 $X25B.#S2 $X25C.#S1 $X25C.#S2; MACRO LISTB SVCLIST = $X25B.#S3 $X25B.#S4 $X25C.#S3 $X25C.#S4; ! X.25 SVC connected device DEVICE $X25A.#P2.
Installation and Configuration Considerations for FASTPX25 Sample FASTCNFG File for FASTPX25 Spooler FASTP Network Print Processes Manual — 427528-007 6 - 18
7 Installation, Configuration, and Usage Considerations for FASTPXNS The FASTPXNS print process allows you to use the Spooler to print documents on the Xerox 4050 Laser Printing System and other similar Xerox high-speed printers connected through an Ethernet network.
Installation, Configuration, and Usage Considerations for FASTPXNS Installation Requirements Installation Requirements Before the FASTPXNS print process can be installed and configured, the following requirements must be met: • • The Spooler subsystem must be installed and configured on your host system.
Installation, Configuration, and Usage Considerations for FASTPXNS Xerox Printer Installation and Configuration Considerations Xerox Printer Installation and Configuration Considerations Although the Xerox printer installation and configuration tasks are outside the scope of this manual, special consideration should be given to the following aspects of these tasks: • • • LAN considerations Ethernet port configuration Required printer software LAN Considerations Multiple printers can be attached to a si
Installation, Configuration, and Usage Considerations for FASTPXNS Required Printer Software REQUESTSIZE must be 650; this is the transfer size in bytes between FASTPXNS and TLAM/PAM. Note. For D-series systems, you must define one PORT using the XNS address for each LAN controller on which a Xerox printer is installed. Required Printer Software To use a Xerox printer with FASTPXNS, the Xerox printer must be equipped with the Host Interface Processor (HIP) version 3.5 or later software.
Installation, Configuration, and Usage Considerations for FASTPXNS Required Printer Software JSL File FASTPXNS assumes that a suitable default JSL exists for the purpose of printing HEADER pages (if enabled) and emits Dynamic Job Descriptor Entry (DJDE) sequences to select a Job Descriptor Library (JDE) called DFLT within a JDL called TENET before printing any trailer pages at the end of a job or header and/or trailer pages between copies of the same job.
Required Printer Software Installation, Configuration, and Usage Considerations for FASTPXNS Example 7-2. Sample TENET.JSL File Used by HIP.LIB File /* /* /* TENET.JSL Tandem Ethernet JSL Used by HIP.
Installation, Configuration, and Usage Considerations for FASTPXNS Installation and Configuration Tasks for FASTPXNS Installation and Configuration Tasks for FASTPXNS To install and configure a FASTPXNS print process, perform the following tasks: 1. Install the FASTPXNS object code ($SYSTEM.SYSTEM.FASTPXNS) This step is described in Installing a FASTP Network Print Process on page 2-2. 2. Add the following configuration information to a Spooler subsystem either interactively or in a command file: a.
Installation, Configuration, and Usage Considerations for FASTPXNS Spooler Configuration Considerations for FASTPXNS Spooler Configuration Considerations for FASTPXNS The Spooler configuration tasks required for any FASTP network printer also are required for the FASTPXNS print process.
Installation, Configuration, and Usage Considerations for FASTPXNS Spooler Device Attributes Spooler Device Attributes Spooler device attributes specify printing options for devices (in this case Xerox printers). Device attribute information is specified with the Spoolcom DEV command. For a complete listing of the Spooler device attributes supported by all the FASTP network print processes, see Table 2-3, Spooler Device Attributes and Their Effect on FASTP Network Printers, on page 2-7.
Installation, Configuration, and Usage Considerations for FASTPXNS Spooler Device Attributes Table 7-1. Spooler Device Attributes With Special Effects on Xerox Printers (page 2 of 2) Attribute Effect on Xerox Printers Setting bit 3 (%10000) instructs FASTPXNS to print a statistics page containing information about the number of Sequenced Packet timeouts, NACKs, and similar statistics at the end of each job.
Installation, Configuration, and Usage Considerations for FASTPXNS FASTCNFG DEVICE Configuration For FASTPXNS FASTCNFG DEVICE Configuration For FASTPXNS Each Xerox printer must be represented by a DEVICE entry in the FASTCNFG file. DEVICE information can be added to deleted from, or changed in the FASTCHFG file at any time. However, updated information for a device becomes effective only after the FASTPXNS print process controlling the device reads the information.
Installation, Configuration, and Usage Considerations for FASTPXNS FASTCNFG DEVICE Configuration For FASTPXNS DEVICE $lan.#port-name[.#qualifier] specifies the Spooler device name for the Xerox printer. The qualifier specification uniquely identifies the printer. If only one printer is attached to the LAN, this qualifier can be omitted. CONTYPE = XNS specifies the type of connection used for the device. The CONTYPE value must be specified as XNS. The value is not case sensitive.
Installation, Configuration, and Usage Considerations for FASTPXNS Optional Device Attributes for FASTPXNS Optional Device Attributes for FASTPXNS The optional DEVICE attributes for FASTXNS are defined as follows: CONRETRIES = con-retries specifies the number of times FASTPXNS retries an ignored Open Connection request. If the Open Connection is still ignored after this number of retries, FASTPXNS places the device offline with error 104. The CONRETRIES specification is optional.
Installation, Configuration, and Usage Considerations for FASTPXNS Optional Device Attributes for FASTPXNS RETRIES = spp-retries specifies the number of times FASTPXNS attempts to retransmit a sequenced packet that has been ignored or nack'd. The RETRIES specification is optional. The default value is 20. SHADOW[n] = shadow-file-namen... is a required attribute if tracing is enabled (that is, if bit 1 (%40000) of the PARM attribute is set using the Spoolcom DEV command).
Installation, Configuration, and Usage Considerations for FASTPXNS Sample FASTCNFG File for FASTPXNS Sample FASTCNFG File for FASTPXNS Example 7-3 contains a sample FASTCNFG file for a FASTPXNS print process: Example 7-3. Sample FASTCNFG File for FASTPXNS ! This file defines the Ethernet Address of each ! Xerox 4050 printer run via FASTPXNS. ! Invoice printing DEVICE $LAN1.#XEROX.P1 CONTYPE = XNS PRINTERADDRESS = 0000AA330BA7 DEVICE $LAN1.#XEROX.
Installation, Configuration, and Usage Considerations for FASTPXNS Post-Connection Problems Possible reasons for no response to FASTPXNS Ethernet requests include: • • • • • • • • • The Xerox controller is powered down. The Xerox HIP task is not running. An incorrect version of HIP is running. (The version must be 3.5 or later.) The Xerox Ethernet address (PRINTERADDRESS) is incorrectly set in the FASTCNFG file.
Xerox Status Reporting Considerations Installation, Configuration, and Usage Considerations for FASTPXNS • • • etnlib.sys (binary file) etntim.sys (time file) etnchd.sys (Clearinghouse file) These files do not need to be modified for site specific information but they must be present for proper operation. See your local Xerox representative for more details.
Xerox Status Reporting Considerations Installation, Configuration, and Usage Considerations for FASTPXNS After a Spooler job has been spooled by the Xerox spooler, the job is formatted prior to printing. A defective formatter can inhibit spooling of subsequent jobs and prevent the printing of jobs already spooled. Table 7-3 lists the Xerox formatter status values and the actions FASTPXNS performs in response to them: Table 7-3.
Xerox Start Print Command Considerations Installation, Configuration, and Usage Considerations for FASTPXNS FASTPXNS always delivers a Spooler job to the Xerox printer if the Xerox spooler can receive it. However, any Xerox condition that might affect the reception of subsequent jobs is reported to the operator log so that the condition can be rectified before spooling is inhibited.
Installation, Configuration, and Usage Considerations for FASTPXNS Spooler FONT Job Considerations for Xerox Printers Xerox Dynamic Job Descriptor Entries (DJDEs) can be included after the optional CONTROLBUF request in the FONT job. These DJDEs can be used to modify the default print environment. See the Xerox 4050 Reference Manual for details as to the content of these DJDE commands.
Installation, Configuration, and Usage Considerations for FASTPXNS CONTROL, CONTROLBUF, and SETMODE Considerations for Xerox Printers CONTROL, CONTROLBUF, and SETMODE Considerations for Xerox Printers The CONTROL, CONTROLBUF, and SETMODE considerations for Xerox 4050 printers are the same as those described in Using the CONTROL, CONTROLBUF, and SETMODE Operations on page 2-27 with the following exceptions: CONTROLBUF Operations CONTROLBUF operations are used to perform device-dependent I/O operations.
Installation, Configuration, and Usage Considerations for FASTPXNS CONTROLBUF Operations Table 7-5. Token Values for FASTPXNS CONTROLBUF 112 (page 2 of 2) Token Value Action 232 Emit the current month as MMM. 233 Emit the current month as MM. 234 Emit the current year as YY. 235 Emit the current year as YYYY. 236 Emit the NetBatch batch ID as ZZZ9. 237 Emit the second 8 bytes of the NetBatch batch name (if any) with trailing spaces deleted.
Installation, Configuration, and Usage Considerations for FASTPXNS CONTROLBUF Operations Sample FASTPXNS Font Script File Using CONTROLBUF 112 Example 7-5 contains a sample Font script file that demonstrates how CONTROLBUF 112 can be used to cause a user-defined header page to be printed: Example 7-5.
Installation, Configuration, and Usage Considerations for FASTPXNS Where to Find Information About XNS Error Messages Where to Find Information About XNS Error Messages XNS error messages generated by HP products and other vendors LAN components are standardized. For information about these messages, consult the vendor documentation and textbooks available to the general public.
8 Troubleshooting and Using the Trace Facility This section describes troubleshooting, problem reporting, and the trace facility for the FASTP network print processes. As an aid to troubleshooting, the FASTP network print processes generate EMS event (FASTPTCP only) and 512 text messages and include a trace facility.
Troubleshooting and Using the Trace Facility Troubleshooting and Reporting Problems Remember to double check that attributes not listed in your configuration do not have unexpected default values. • IOP-related configuration values Check that the values you have configured do not conflict with IOP-related values. For example, TCP/IP values used by DNS and RESCONF.
Troubleshooting and Using the Trace Facility ° Using the Trace Facility If possible, a copy of the actual print job in 129 format. This can be obtained by using the following command: peruse -job #nnn list / out save129 / all ° If a FONT job is used, a copy of the Font compiler input file or a copy of the FONT job in 129 format.
Troubleshooting and Using the Trace Facility • • • Creating Trace Files Requires that the shadow trace file be manually created as an entry-sequenced file prior to use Has limited report-formatting features Is difficult to transfer as an e-mail attachment or using file-transfer mechanisms A new unstructured format shadow trace file has the following characteristics: • • • • • Is supported only by FASTPTCP Is automatically created by FASTPTCP Uses SHAP, an offline formatting program Is easy to transfer
Troubleshooting and Using the Trace Facility Configuring the Shadow Trace File Names in the FASTCNFG File TYPE E specifies that the shadow trace file is an entry-sequenced Enscribe file. REC 4000 specifies file has a record size of 4000 bytes. EXT (n,n) specifies the primary and secondary file extent sizes of the file. The values specified depend on the amount of file space required. An extent consists of 2048 bytes. A maximum of eight shadow trace files can be created for each device. Note.
Troubleshooting and Using the Trace Facility Enabling Tracing where the FASTP network print process resides. Up to eight files can be specified per device. Enabling Tracing To turn the tracing facility on for a device, set bits 1 and 5 (%42000 or 17408) in the SPOOLCOM DEV PARM attribute. Bit 1 (%40000 or 16384) turns the tracing facility on, and bit 5 (%2000 or 1024) instructs the FASTP network print process to read the FASTCNFG file to determine the trace file name. Note.
Reading Trace Output Troubleshooting and Using the Trace Facility Reading Trace Output Reading trace output varies based on whether the shadow trace file is in the original entry-sequenced format or in the new unstructured format. Reading an Entry-Sequenced Shadow Trace File An entry-sequenced shadow trace file is the only format supported by FASTPSMB, FASTPNOV, FASTPX25, and FASTPXNS. This format can also be produced by FASTPTCP if the shadow trace file was manually created as an entry-sequenced file.
Reading Trace Output Troubleshooting and Using the Trace Facility The first record indicates that this event contains data written (Output) to the device at 06 Jul 99 12:25:05:39. The second record contains the actual trace data (in this example an XNS Open Connection request). Identifier and Data Records Most of the trace events recorded apply to all the FASTP network print processes. However, a few events apply only to FASTPTCP print processes.
Reading Trace Output Troubleshooting and Using the Trace Facility Table 8-1. Common FASTP Network Print Process Identifier Records and Data Records (page 2 of 2) Types of Identifier Records Contents of Data Record for Trace Event Supervisor - DEV Status Out Request sent to supervisor process to solicit status of a device. Supervisor - Job Status In Response received from supervisor process containing status for a job.
Troubleshooting and Using the Trace Facility Reading Trace Output list-file specifies a name for the report output file to be produced by SHAP from the specified shadow file. The format of the name specified varies based on the file format specified in the CRLF option. CRLF determines the list-file format. If the CRLF option is specified, the file specified must be a disk file which is written in PC-DOS text format.
A Bit Translation and Character Substitution This appendix describes bit translation and character substitution in the character sets (language sets) provided with the Spooler subsystem. These character sets are used by countries other than the United States. Bit Translation For 7-bit-mode character sets, each character is represented with 7 bits. Thus, there are 128 characters (128 bit combinations). For 8-bit-mode character sets, each character is represented with 8 bits.
Character Substitution Bit Translation and Character Substitution Character Substitution There are a number of countries that share a common character set, with the exception of national-use characters. National-use characters are represented by a different hexadecimal code (bit combination), depending on the country using the character. For example, 5BH can represent an AE, an A umlaut, a reverse !, or a degree symbol.
Character Substitution Bit Translation and Character Substitution ESPANOL Character Substitution Standard Spooler Character Substituted Character Reverse ! 5BH ADH N tilda 5CH A5H Reverse ? 5DH A8H Degree 5EH F8H n tilda 7CH A4H FRANCAIS Character Substitution Standard Spooler Character Substituted Character English pound 23H 9CH a grave 40H 85H Degree 5BH F8H Cedilla 5CH 87H Paragraph 5DH 15H e acute 7BH 82H u grave 7CH 97H e grave 7DH 8AH Umlaut 7EH F9H NO
Character Substitution Bit Translation and Character Substitution SVENSK Character Substitution Standard Spooler Character Substituted Character Krona 24H OFH E acute 40H 90H A umlaut 5BH 8EH O umlaut 5CH 99H A circle 5DH 8FH U umlaut 5EH 9AH e acute 60H 82H a umlaut 7BH 84H o umlaut 7CH 94H a circle 7DH 86H u umlaut 7EH 81H UK Character Substitution Standard Spooler Character Substituted Character English pound 23H 9CH Spooler FASTP Network Print Processes Manual
B EMS Messages The messages in this section are generated by the FASTP network print processes. These messages fall into two categories: EMS event messages, which are generated by FASTPTCP processes beginning with the G06.10 and D48.02 Release Version Updates (RVUs), and EMS 512 text messages, which are generated by previous versions of FASTPTCP and all the other FASTP network print processes.
FASTPTCP Event Messages EMS Messages FASTPTCP Event Messages The event messages in this section are generated by FASTPTCP processes beginning with the G06.10 and D48.xx RVUs and replace the EMS 512 text messages generated by FASTPTCP in previous RVUs. FASTPTCP generates tokenized EMS messages on the $0 collector. These messages cannot be redirected to another EMS collector. FASTPTCP messages are identified by the owner/subsystem name: TANDEM.FASTPTCP.
FASTPTCP Event Messages EMS Messages 2 proc-name Fastptcp stop proc-name is the process name of the FASTPTCP process. Cause. The FASTPTCP process is stopping after being idle for two minutes. This message is generated only when bit 14 (%2) of PRINT PARM is set. Effect. None; this message is an informational message only. Recovery. FASTPTCP is automatically restarted by the Spooler when another job is ready to print.
FASTPTCP Event Messages EMS Messages 4 proc-name DEV: device-name Job #job-num complete, bytes bytecount proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. job-num is the job number. byte-count is the approximate number of bytes sent to the device. This count includes any formatting characters, such as carriage returns and line feeds, added by FASTPTCP. Cause. The FASTPTCP process successfully finished printing a job.
FASTPTCP Event Messages EMS Messages Recovery. Use the Spoolcom DEV command to restart the device. (Depending on the device configuration, the device might restart automatically.) If the error persists, or the cause of the error is unknown, contact your service provider as described in Troubleshooting and Reporting Problems on page 8-1. 6 proc-name Internal Error 3: %param2 proc-name is the process name of the FASTPTCP process. param2 is a parameter that further describes the internal error. Cause.
FASTPTCP Event Messages EMS Messages 8 proc-name Internal Error 8: Invalid message %param2 proc-name is the process name of the FASTPTCP process. param2 is a parameter that further describes the internal error. Cause. An unexpected internal error condition was detected within the FASTPTCP process. Effect. The FASTPTCP process abends and might create a ZZSAnnnn Saveabend file. Recovery. Use the Spoolcom DEV command to restart the device.
FASTPTCP Event Messages EMS Messages 10 proc-name Internal Error 12: param2, %param3 proc-name is the process name of the FASTPTCP process. param2, param3 are parameters that further describe the internal error. Cause. An unexpected internal error condition was detected within the FASTPTCP process. Effect. The FASTPTCP process abends and might create a ZZSAnnnn Saveabend file. Recovery. Use the Spoolcom DEV command to restart the device.
FASTPTCP Event Messages EMS Messages 12 proc-name Internal Error 15: $Receive read error param2 proc-name is the process name of the FASTPTCP process. param2 is a parameter that further describes the internal error. Cause. An unexpected internal error condition was detected within the FASTPTCP process. Effect. The FASTPTCP process abends and might create a ZZSAnnnn Saveabend file. Recovery. Use the Spoolcom DEV command to restart the device.
FASTPTCP Event Messages EMS Messages 14 proc-name Internal Error 18 proc-name is the process name of the FASTPTCP process. Cause. An unexpected internal error condition was detected within the FASTPTCP process. Effect. The FASTPTCP process abends and might create a ZZSAnnnn Saveabend file. Recovery. Use the Spoolcom DEV command to restart the device. (Depending on the device configuration, the device might restart automatically.
FASTPTCP Event Messages EMS Messages 16 proc-name Internal Error 20: Definepool error param2 proc-name is the process name of the FASTPTCP process. param2 is a parameter that further describes the internal error. Cause. An unexpected internal error condition was detected within the FASTPTCP process. Effect. The FASTPTCP process abends and might create a ZZSAnnnn Saveabend file. Recovery. Use the Spoolcom DEV command to restart the device.
FASTPTCP Event Messages EMS Messages 18 proc-name Internal Error 22 proc-name is the process name of the FASTPTCP process. Cause. An unexpected internal error condition was detected within the FASTPTCP process. Effect. The FASTPTCP process abends and might create a ZZSAnnnn Saveabend file. Recovery. Use the Spoolcom DEV command to restart the device. (Depending on the device configuration, the device might restart automatically.
FASTPTCP Event Messages EMS Messages 20 proc-name Internal Error 24 proc-name is the process name of the FASTPTCP process. Cause. An unexpected internal error condition was detected within the FASTPTCP process. Effect. The FASTPTCP process abends and might create a ZZSAnnnn Saveabend file. Recovery. Use the Spoolcom DEV command to restart the device. (Depending on the device configuration, the device might restart automatically.
FASTPTCP Event Messages EMS Messages 22 proc-name Internal Error 26: Stack param2 too large (param3), Dev = param4 proc-name is the process name of the FASTPTCP process. param2, param3, param4 are parameters that further describe the internal error. Cause. An unexpected internal error condition was detected within the FASTPTCP process. Effect. The FASTPTCP process abends and might create a ZZSAnnnn Saveabend file. Recovery. Use the Spoolcom DEV command to restart the device.
FASTPTCP Event Messages EMS Messages 24 proc-name Unable to OPEN Spool Supervisor, Err: file-err on supervisor proc-name is the process name of the FASTPTCP process. file-err is the file-system error returned by the Guardian OPEN procedure. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. supervisor is the name of the Spooler supervisor process. Cause.
FASTPTCP Event Messages EMS Messages Effect. The status of the print job and the device is indeterminate. Recovery. If the error persists, contact your service provider as described in Troubleshooting and Reporting Problems on page 8-1. 26 proc-name Error: %nnnnnn from PRINTREADCOMMAND proc-name is the process name of the FASTPTCP process. nnnnnn is an octal return code from the relevant Spooler system operation. These return codes are defined in the Spooler Programmer’s Guide. Cause.
FASTPTCP Event Messages EMS Messages 28 proc-name Error: %nnnnnn from PRINTINFO proc-name is the process name of the FASTPTCP process. nnnnnn is an octal return code from the PRINTINFO operation. These return codes are defined in the Spooler Programmer’s Guide. Cause. The FASTPTCP process received an unexpected return code from the Spooler system procedure PRINTINFO. Effect. The status of the print job and the device is indeterminate. Recovery.
FASTPTCP Event Messages EMS Messages 30 proc-name Error: %nnnnnn from PRINTSTART proc-name is the process name of the FASTPTCP process. nnnnnn is an octal return code from the PRINTSTART operation. These return codes are defined in the Spooler Programmer’s Guide. Cause. The FASTPTCP process received an unexpected return code from the Spooler system procedure PRINTSTART. Effect. The status of the print job and the device is indeterminate. Recovery.
FASTPTCP Event Messages EMS Messages 32 proc-name DEV:device-name Cannot obtain User Conversion buffer proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. Cause. The FASTPTCP process could not allocate a workspace for user conversion. Effect. No printing occurs, the Spooler job is requeued, and the Spooler device is placed offline. Recovery. If the error persists, contact your service provider as described in Troubleshooting and Reporting Problems on page 8-1.
FASTPTCP Event Messages EMS Messages 34 proc-name DEV:device-name USER_PRINTSTART2 returned GUARDIAN Error %nnn proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. nnn is a status code returned by the USER_PRINTSTART2 procedure. Cause. A user conversion routine returned a non-zero status value. Effect. Varies based on the user conversion routine. Recovery. Varies based on the user conversion routine.
FASTPTCP Event Messages EMS Messages 36 proc-name DEV:device-name USER_PRINTINFO returned USER Error %nnn proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. nnn is a status code returned by the USER_PRINTINFO procedure. Cause. A user conversion routine returned a non-zero status value. Effect. Varies based on the user conversion routine. Recovery. Varies based on the user conversion routine. Consult the Guardian Procedure Calls Reference Manual for details.
FASTPTCP Event Messages EMS Messages 38 proc-name Warning - Err: %nnnnnn from PRINTREAD proc-name is the process name of the FASTPTCP process. nnnnnn is an octal return code from the PRINTREAD operation. Error codes returned by the PRINTREAD procedure are described in the Spooler Programmer’s Guide. Cause. The FASTPTCP process was attempting to extract job data for printing when an unexpected error was returned by the Spooler PRINTREAD procedure. Effect. The device is placed offline. Recovery.
FASTPTCP Event Messages EMS Messages Recovery. Check the Spooler configuration. If the error persists, contact your service provider as described in Troubleshooting and Reporting Problems on page 8-1. 40 proc-name DEV: device-name Error: file-err when attempting to resizesegment for buffer pool proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. file-err is the file-system error returned by the RESIZESEGMENT procedure.
FASTPTCP Event Messages EMS Messages 41 proc-name DEV: device-name Inbound data received by DRAIN option - starting with: hex-data proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. hex-data is a hexadecimal display of some of the data received from the printer. Cause. The FASTPTCP process has been configured with DRAIN=YES, and DRAINLOG=YES received input data from the printer. Effect. This message is informational only. Recovery.
FASTPTCP Event Messages EMS Messages 43 proc-name DEV: device-name MBCS Translation Error, Job: job-num, Err: nnnnnn proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. job-num is the job number. nnnnnn is the octal return code from the relevant Spooler system operation. Cause. The FASTPTCP process encountered an unexpected error from the MBCS_TANDEM_TO_EXTERNAL_ procedure. MBCS conversion is enabled using the Spoolcom DEV CHARMAP configuration parameter. Effect.
FASTPTCP Event Messages EMS Messages 44 proc-name DEV: device-name MBCS Conflict - Using SETMODE 144 value mmmm instead of CHARMAP nnnn proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. mmmm is the value returned by the SETMODE 144 call. nnnn is the CHARMAP conversion value specified using the Spoolcom DEV command in the Spooler configuration. Cause. This error applies to SNAX devices only.
FASTPTCP Event Messages EMS Messages 45 proc-name DEV: device-name MBCS Substitute Shift to DBCS string too long, Job: job-num proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. job-num is the job number. Cause. CONTROLBUF 110 was used to supply a substitute shift-to-DBCS string to the MBCS_TANDEM_TO_EXTERNAL procedure, and the supplied string exceeds twenty bytes in length. Effect. The string is truncated to twenty bytes. Recovery.
FASTPTCP Event Messages EMS Messages 47 proc-name DEV: device-name Job: job-num recovered after Comm err - Possible duplicate pages starting at pppp proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. job-num is the job number. pppp is the page number of the first possible duplicate page. Cause. The Spooler supervisor instructed the FASTPTCP process to resume printing on a device after an earlier communications error. Effect.
FASTPTCP Event Messages EMS Messages 48 proc-name DEV: device-name Cannot OPEN Supervisor for Status, Err: file-err on supervisor-name proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. file-err is the file-system error returned. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. supervisor-name is the name of the Spooler supervisor process. Cause.
FASTPTCP Event Messages EMS Messages 49 proc-name DEV: device-name Cannot send to Supervisor for Status, Err: file-err on supervisor-name proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. file-err is the file-system error returned. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. supervisor-name is the name of the Spooler supervisor process. Cause.
FASTPTCP Event Messages EMS Messages 50 proc-name DEV: device-name Cannot find SHADOW entry in FASTCNFG file proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. Cause. Bit 1 (%40000) was specified for the Spooler DEV PARM attribute, but the FASTCNFG or FASTKCON DEVICE entry did not specify a SHADOW attribute. Effect. Bit 1 is ignored, and no shadow tracing is performed. Recovery. To enable shadow tracing, add a SHADOW attribute to the FASTCNFG or FASTKCON file.
FASTPTCP Event Messages EMS Messages 52 proc-name DEV: device-name Cannot create SHADOW file Error file-err on file-name proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. file-err is the file-system error. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. file-name is the shadow trace file name. Cause. The specified shadow trace file cannot be created. Effect. Shadow tracing is not performed. Recovery.
FASTPTCP Event Messages EMS Messages 54 proc-name DEV: device-name Error file-err when writing to Shadow File file-name proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. file-err is the file-system error. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. file-name is the shadow trace file name. Cause. An error occurred during a write to the shadow trace file. Effect. Shadow tracing is stopped for the device. Recovery.
FASTPTCP Event Messages EMS Messages 56 proc-name DEV: device-name cannot open KEY file file-name Err: file-err proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. file-name is the name of the file where the error occurred. file-err is a file-system error code. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. Cause. An open error occurred while processing a CONTROLBUF 130 request. Effect.
FASTPTCP Event Messages EMS Messages Recovery. Correct the data in the CONTROLBUF 130 request. 58 proc-name DEV: device-name cannot read KEY file file-name Err: file-err proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. file-name is the name of the file where the error occurred. file-err is a file-system error code. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. Cause.
FASTPTCP Event Messages EMS Messages 60 proc-name DEV: device-name FASTCNFG error in: cnfg-file Param: param-name proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. cnfg-file is the name of the FASTCNFG or FASTKCON file. param-name is the parameter name from the FASTCNFG entry. There might be two causes for this message. The first cause is: Cause.
FASTPTCP Event Messages EMS Messages 61 proc-name DEV: device-name not defined in FASTKCON/FASTCNFG proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. Cause. The FASTPTCP process could not find a device record for the specified device in a FASTKCON or FASTCNFG file. This message is accompanied by message number 60. Effect. No printing occurs, the Spooler job is requeued, and the Spooler device is placed offline. Recovery.
FASTPTCP Event Messages EMS Messages 63 proc-name DEV: device-name printreadcommand param3 proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. param3 is a value for FASTPTCP development use only. Cause. This message is for FASTPTCP development use only and is generated only when bit 2 (%20000) of PRINT PARM is used. Effect. None; this message is an informational message only. It does not affect job printing. Recovery.
FASTPTCP Event Messages EMS Messages 65 proc-name DEV: device-name tell^super param3 err %param4 proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. param3, param4 are values for FASTPTCP development use only. Cause. This message is for FASTPTCP development use only and is generated only when bit 2 (%20000) of PRINT PARM is used. Effect. None; this message is an informational message only. It does not affect job printing. Recovery.
FASTPTCP Event Messages EMS Messages 67 proc-name DEV: device-name Job #job-num error type err-type code file-err bytes byte-count proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. job-num is the job number err-type identifies the type of error that occurred. The possible values are: 1 an error occurred during printing, and the previous operation to the device also caused an error. 2 an error occurred during the device open.
FASTPTCP Event Messages EMS Messages Recovery. For temporary errors, no other FASTPTCP errors are displayed and recovery by the Spooler is automatic. For persistent errors, one or more additional FASTPTCP errors are displayed which describe the error. Follow the recovery instructions provided for these additional errors. 68 proc-name DEV: device-name Job #job-num resume proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. job-num is the job number. Cause.
FASTPTCP Event Messages EMS Messages port is not configured for XON-XOFF. (Some printers send these characters regardless of the setting of flow control as XON-XOFF, CTS, or disabled.) XON and XOFF characters are displayed as hex 11 and 13. Effect. The print job is not closed in the Spooler, even though the job usually has been completely printed. The device will be stuck on this print job, preventing other jobs from printing. Recovery. If the job has completely printed, delete the job from the Spooler.
FASTPTCP Event Messages EMS Messages 71 proc-name DEV: device-name SNMP Printer Status = printer-status proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. printer-status is the printer status text returned by the HP JetDirect printer. Cause. This message applies to HP JetDirect printers only. The SMNP Get-Response returned the status text specified for printer-status, and the FASTPTCP process does not recognize this status.
FASTPTCP Event Messages EMS Messages 72 proc-name DEV: device-name Tempfile temp-name IO Err: file-err proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. temp-name is the name of the temporary disk file, either from the FASTCNFG parameter TEMPFILE or a default name. file-err is a file-system error code. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. Cause.
FASTPTCP Event Messages EMS Messages 73 proc-name DEV: device-name Tempfile temp-name PURGE Err: file-err proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. temp-name is the name of the temporary disk file, either from the FASTCNFG parameter TEMPFILE or a default name. file-err is a file-system error code. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. Cause.
FASTPTCP Event Messages EMS Messages 74 proc-name DEV: device-name Tempfile temp-name CREATE Err: file-err Ext: ext Max: max proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. temp-name is the name of the temporary disk file, either from the FASTCNFG parameter TEMPFILE or a default name. file-err is a file-system error code. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. ext is the initial number of file extents.
FASTPTCP Event Messages EMS Messages 75 proc-name DEV: device-name Tempfile temp-name OPEN Err: file-err proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. temp-name is the name of the temporary disk file, either from the FASTCNFG parameter TEMPFILE or a default name. file-err is a file-system error code. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. Cause.
FASTPTCP Event Messages EMS Messages 76 proc-name DEV: device-name Could not find return address for LEXMARK protocol. SPI Err: err-num proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. err-num is an SPI error code from TCP/IP. Cause. This message applies to Lexmark printers only. The problem is external to the FASTPTCP process. The TCP/IP SPI interface attempt to read the controller IP address failed. Effect. No printing occurs.
FASTPTCP Event Messages EMS Messages 78 proc-name DEV: device-name Error in SNMP processing with Microplex option. Error: err-num proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. err-num is a file-system error code or an internal FASTPTCP code. Cause. This message applies to Microplex printers only. It indicates that an error occurred while performing SNMP processing. Effect. The Spooler job is terminated and requeued, and the Spooler device is placed offline.
FASTPTCP Event Messages EMS Messages Cause. The FASTPTCP process encountered a TCP/IP socket error. This message is usually accompanied by another message; refer to the documentation for that message for details. Effect. Varies based on the operation and error. Possible effects include the following: • • • The job might have printed partially or not at all. The print might be requeued to the Spooler. The Spooler device might be placed offline. Recovery. Varies based on the operation and error.
FASTPTCP Event Messages EMS Messages 81 proc-name DEV: device-name Cannot OPEN cnfg-file, Error file-err proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. cnfg-file is the name of the FASTCNFG or FASTKCON file: • • • the default file, $SYSTEM.SYSTEM.FASTCNFG the default file, $SYSTEM.SYSTEM.FASTKCON a redirected file specified as a FASTCNFG= parameter in a higher-level FASTCNFG file file-err is the file-system error returned.
FASTPTCP Event Messages EMS Messages 82 proc-name DEV: device-name Cannot OPEN Define define-name Error file-err, File cnfg-file proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. define-name is either =FASTKCON or =FASTCNFG. file-err is the file-system error returned. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. cnfg-file is the name of the FASTCNFG or FASTKCON file specified in the ADD DEFINE. Cause.
FASTPTCP Event Messages EMS Messages 83 proc-name DEV: device-name Illegal FASTCNFG redirection in cnfg-file proc-name is the process name of the FASTPTCP process. device-name is the Spooler device name. cnfg-file is the name of the FASTCNFG file. Cause. The FASTPTCP process encountered an error when attempting to open a subordinate FASTCNFG file to obtain SPOOLER or PROCESS keyword information. Effect. The Spooler device is placed offline; the FASTPTCP process continues processing other print jobs.
FASTPTCP Event Messages EMS Messages Cause. A file-system error occurred on a read of the specified FASTCNFG or FASTKCON file. Effect. No printing occurs, the Spooler job is requeued, and the Spooler device is placed offline. Recovery. Verify that the FASTCNFG or FASTKCON file exists and has correct information.
FASTPTCP Event Messages EMS Messages 86 proc-name Using alternate type configuration file file-name proc-name is the process name of the FASTPTCP process. type is either a FASTCNFG or FASTKCON file. file-name is the name of the FASTCNFG or FASTKCON file specified by the ADD DEFINE command. Cause. The ADD DEFINE =FASTCNFG or ADD DEFINE =FASTKCON command was used when the Spooler supervisor was started to specify an alternate FASTPTCP configuration file.
FASTPTCP Event Messages EMS Messages 91 proc-name DEV: device-name DNS error on name DNS-name proc-name is the process name of the FASTPTCP process. device-name is the device name of the printer. dns-name is the domain name service (DNS) printer. Cause. An error occurred trying to resolve a DNS name, specified as an ADDRESS value, into a dotted numeric Internet protocol (IP) address. This message is merely supplemental information to error message 79, which is also displayed. Effect.
FASTPTCP Event Messages EMS Messages 92 proc-name DEV: device-name printer reset/power-on: reason proc-name is the process name of the FASTPTCP process. device-name is the device name of the printer. reason gives additional text description of the problem. Cause. If reason indicates “SysUpTime decreased,” this usually means the printer has been powered off and on.
FASTPTCP Event Messages EMS Messages 94 proc-name DEV: device-name Extending SHADOW file filename proc-name is the process name of the FASTPTCP process. device-name is the device name of the printer. filename is the name of the SHADOW trace file. Cause. SHADOW tracing was specified to an already existing SHADOW trace file. Effect. The trace file is extended with new trace data. Recovery. None, informational only. 95 This error number is not used.
FASTPTCP Event Messages EMS Messages Cause. The FASTPTCN process has encountered an error using the indicated FASTKCON file. Effect. The device is reset. Recovery. Fix the FASTKCON file and restart. 97 proc-name Define = FASTCNFG filename ignored - use FASTKCON proc-name is the name of the FASTPTCN process. filename is the name of the FASTCNFG file. Cause. FASTPTCN was started by a Spooler supervisor configured with DEFINE = FASTCNFG. Effect. This define is ignored by FASTPTCN. Recovery.
FASTPTCP Event Messages EMS Messages Effect. The indicated parameter is ignored which may cause problems with the print job. Recovery. Correct the bad parameter value. 99 This error number is not used. 100 proc-name DEV: device-name Job # jobnum stopped by Spooler Supervisor, bytes size proc-name is the name of the FASTPTCN process. device-name is the device name of the printer. jobnum is the Spooler job-number number. size is the job size in bytes. Cause.
FASTPTCP Event Messages EMS Messages err1/err2 is the segment allocation error. size is the requested size in bytes. Cause. The FASTPTCN process has encountered an error allocating a temp-file for an LPD1179 job. Effect. The print job is stopped and re-queued. Recovery. Correct the error and restart.
FASTP EMS 512 Text Messages EMS Messages FASTP EMS 512 Text Messages The messages in this section can be generated by any of the FASTP network print processes. These messages are EMS 512 messages written in text form to $0. EMS 512 messages are messages that have not been fully converted to Distributed Systems Management (DSM) display format. Unless otherwise noted, each error message can be generated by any of the FASTP network print processes.
FASTP EMS 512 Text Messages EMS Messages Effect. The bulk data transfer phase is initiated by a Courier PRINT Remote Procedure Call. FASTPXNS attempts to complete the RPC by sending an End of Message so that the reason for the ABORT can be ascertained. The device is placed offline. Recovery.
FASTP EMS 512 Text Messages EMS Messages Recovery. If the error persists, contact your service provider as described in Troubleshooting and Reporting Problems on page 8-1. 512 proc-num DEV:device-name Cannot allocate User Conversion Segment, Err: nnnn proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. nnnn is the status from SEGMENT_ALLOCATE_ Cause. The FASTP network print process could not allocate a workspace for User Conversion. Effect.
FASTP EMS 512 Text Messages EMS Messages Effect. Shadow tracing is not performed. Recovery. Purge the shadow trace file and ensure that Safeguard permits access to the shadow file. 512 proc-num DEV:device-name Cannot find CONTYPE in file cnfg-file proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. cnfg-file is the name of the FASTCNFG file. Cause. This message applies to all FASTP network print processes except FASTPTCP.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name Cannot find SHADOW entry in FASTCNFG file proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. Cause. Bit 1 (%40000) was specified for the Spooler DEV PARM attribute, but the FASTCNFG or FASTKCON DEVICE entry did not specify a SHADOW attribute. Effect. Bit 1 is ignored, and no shadow tracing is performed. Recovery.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV:device-name Cannot obtain User Conversion buffer proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. Cause. The FASTP network print process could not allocate a workspace for User Conversion. Effect. No printing occurs, the Spooler job is requeued, and the Spooler device is placed offline. Recovery.
FASTP EMS 512 Text Messages EMS Messages Effect. No printing occurs, the Spooler job is requeued, and the Spooler device is placed offline. Recovery. If the wrong FASTCNFG or FASTKCON file is used, correct the FASTCNFG= parameter in the higher-level FASTCNFG file. If a FASTCNFG file does not exist (error 11), create one. For error 12 (file in use), make sure the FASTCNFG file is not in use by EDIT or another process. For error 48, adjust the file security or restart the Spooler from another user ID.
FASTP EMS 512 Text Messages EMS Messages For error 12 (file in use), make sure the FASTCNFG file is not in use by EDIT or another process. For error 48, adjust the file security or restart the Spooler from another user ID. After the configuration file access is corrected, restart the Spooler device. (Depending on the device configuration, the device might restart automatically.
FASTP EMS 512 Text Messages EMS Messages file-err is the file-system error returned. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. supervisor-name is the name of the Spooler supervisor process. Cause. The FASTP network print process attempted to open the Spooler supervisor process to obtain information but was unable to do so for the reason indicated.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name cannot operation KEY file file-name Err: file-err proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. operation is one of the following values: OPEN POSITION READ file-name is the name of the file where the error occurred. file-err is a file-system error code. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. Cause.
FASTP EMS 512 Text Messages EMS Messages file-err is the file-system error returned. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. supervisor-name is the name of the Spooler supervisor process. Cause. The FASTP network print process attempted to send a message to the Spooler supervisor process to obtain information but was unable to do so for the reason indicated.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name Could not find return address for LEXMARK protocol. SPI Err: err-num proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. err-num is an SPI error code from TCP/IP. Cause. This message applies to FASTPTCP and Lexmark printers only. The problem is external to FASTPTCP. The TCP/IP SPI interface attempt to read the controller IP address failed. Effect.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name Data for Job job-num is bad proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. job-num is the job number. Cause. An error was returned by the Spooler PRINTREAD procedure indicating that the data for the specified job was invalid or missing. Effect. The device is placed offline. Recovery.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name DEVICEINFO2 Error %nnnnnn on SVCLIST item name proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. %nnnnnn is the error returned by the DEVICEINFO2 procedure. name is the name of the item in the SVCLIST. Cause. This message applies to FASTPX25 only. FASTPX25 encountered the specified error when attempting to verify that the specified SVCLIST item was an X25AM device. Effect.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name Duplicate SVC svc specified in fastcnfg proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. svc is the duplicate SVC. fastcnfg is the FASTCNFG file name. Cause. This message applies to FASTPX25 only. The list of SVCs specified for this device contains a duplicate reference to the specified SVC. Effect. The device is placed offline. Recovery.
FASTP EMS 512 Text Messages EMS Messages Cause. This message applies to FASTPNOV only. The specified parameter had an invalid value specified n the FASTCNFG file. Effect. No printing occurs, the Spooler job is requeued, and the Spooler device is placed offline. Recovery. Correct the parameter, and restart the Spooler device. (Depending on the device configuration, the device might restart automatically.
FASTP EMS 512 Text Messages EMS Messages Recovery. Correct the parameter, and restart the Spooler device. (Depending on the device configuration, the device might restart automatically.) 512 proc-num DEV: device-name Error in job delivery protocol with LEXMARK option. Error: err-num proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. err-num is a file-system error code or an internal FASTPTCP code. Cause.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name Error: error-num on TCP/IP operation = error-text proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. error-number is the socket error that occurred. See the Tandem NonStop TCP/IP and IPX/SPX Programming Manual for explanations of socket errors. operation is a text description of the socket operation.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name, Error: file-err posting CONTROL proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. file-err is the file-system error returned. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. Cause. The FASTP network print process encountered an unexpected error when issuing a CONTROL to the specified device. Effect. The device is placed offline. Recovery.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name Error: file-err posting SETPARAM proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. file-err is the file-system error returned. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. Cause. The FASTP network print process encountered an unexpected error when issuing a SETPARAM to the specified device. Effect. The device is placed offline. Recovery.
FASTP EMS 512 Text Messages EMS Messages SPOOLWRITE For remote Spooler collector processes SPOOLEND For remote Spooler collector processes Cause. The FASTP network print process encountered an unexpected error when posting a Guardian WRITEX procedure to the specified device. Normally I/O errors that are the result of external problems generate an I/O error when the I/O completes using the AWAITIO procedure. An error when posting the I/O might indicate an internal problem. Effect.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name Error: file-error when attempting to resizesegment for buffer pool proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. file-error is the file-system error returned by the RESIZESEGMENT procedure. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. Cause.
FASTP EMS 512 Text Messages EMS Messages file-name is the shadow trace file name. Cause. An error occurred during a write to the shadow trace file. Effect. Shadow tracing is stopped for the device. Recovery. Ensure that the disk drive has free space. 512 proc-num DEV: device-name FASTCNFG error in: cnfg-file Param: param-name proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. cnfg-file is the name of the FASTCNFG or FASTKCON file.
FASTP EMS 512 Text Messages EMS Messages FASTPTCP also displays the message: DEV: device-name not defined in FASTKCON/FASTCNFG FASTPXNS Param: PRINTERADDRESS FASTPSMB Param: CONTYPE FASTPNOV Param: CONTYPE FASTPX25 FASTPX25 can operate without a FASTCNFG device entry and will not generate this message just because a device is not defined in FASTCNFG. Effect. No printing occurs, the Spooler job is requeued, and the Spooler device is placed offline. Recovery.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name Formatter Status: status proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. status is the Xerox formatter status. For a list of the Xerox formatter status values and the actions FASTPXNS performs in response, see Table 7-3 on page 7-18. Cause. This message applies to FASTPXNS only and reports the status of the formatter component of the Xerox printing system.
FASTP EMS 512 Text Messages EMS Messages Recovery. If this error concerns an operation on behalf of a FASTPXNS controlled device, a later operation will probably time out and a subsequent message should identify the operation in error. This error might have nothing to do with the Xerox printer. If no further problems arise, it can be ignored.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name Illegal FASTCNFG redirection in cnfg-file proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. cnfg-file is the name of the FASTCNFG file. Cause. A FASTP network print process encountered an error when attempting to open a subordinate FASTCNFG file to obtain SPOOLER or PROCESS keyword information. Effect.
FASTP EMS 512 Text Messages EMS Messages Recovery. Correct the error in the FASTCNFG file. Note that the value of the Spoolcom DEV EXCLUSIVE attribute can affect whether changes to the FASTCNFG file are read. The FASTP network print process reads the updated FASTCNFG file before it sends a job to the device if the device has the Spoolcom DEV EXCLUSIVE attribute set to EXCLUSIVE OFF (the default).
FASTP EMS 512 Text Messages EMS Messages Cause. This message applies to FASTPXNS only. FASTPXNS is about to send an invalid XNS Courier parameter. Courier is a protocol used to establish the environment before printing and after printing. Effect. The device is placed offline. Recovery. If the error persists, contact your service provider as described in Troubleshooting and Reporting Problems on page 8-1.
FASTP EMS 512 Text Messages EMS Messages Cause. This message applies to FASTPXNS only. FASTPXNS encountered the specified error while assembling the Ethernet header prior to sending a buffer to TLAM. This error indicates a probable logic error within FASTPXNS. Effect. The device is place offline. Recovery. If the error persists, contact your service provider as described in Troubleshooting and Reporting Problems on page 8-1.
FASTP EMS 512 Text Messages EMS Messages Cause. This message applies to FASTPTCP only. FASTPTCP with PROTOCOL=TCP/IP-TELNET and NOTIMINGMARK=NO expects a certain response from the remote TELNET server (AWAN, terminal server, or other device) at the end of the print job. Data was received other than a normal Do Timing Mark response. One common cause is a printer that is sending XON or XOFF characters when the AWAN or terminal server port is not configured for XON-XOFF.
FASTP EMS 512 Text Messages EMS Messages RETRIES cnfg-file is the FASTCNFG file name. Cause. This message applies to FASTPXNS only. FASTPXNS detected a syntax error in the specified FASTCNFG parameter. Effect. No printing occurs, the Spooler job is requeued, and the Spooler device is placed offline. Recovery. Correct the parameter, and restart the Spooler device. (Depending on the device configuration, the device might restart automatically.
FASTP EMS 512 Text Messages EMS Messages Effect. The device is placed offline. Recovery. Either change the CONTYPE configuration so that it matches that of the actual device or specify another device name that actually is associated with an X25AM subdevice. 512 proc-num DEV: device-name is not owned by X25AM Type = nn proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. nn is the actual IOP type associated with the device name. Cause.
FASTP EMS 512 Text Messages EMS Messages file-err is the file-system error returned from FILE_OPEN_. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. Cause. The FASTPTCP process could not open the Spooler Collector data file to read the print job data. Effect. The device is placed offline. Recovery. Check the Spooler configuration. If the error persists, contact your service provider as described in Troubleshooting and Reporting Problems on page 8-1.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name LPD Msg: lpd-message proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. lpd-message is a text message from the remote Line Printer Daemon. Cause. This message applies to FASTPTCP only and always occurs together with another LPD error message. During the processing of the other error, the remote Line Printer Daemon sometimes sends a text message back to FASTPTCP. Effect.
FASTP EMS 512 Text Messages EMS Messages Recovery. Either remove the SVCMACRO attribute from the FASTCNFG file or add a MACRO entry to the FASTCNFG file and restart the Spooler device. (Depending on the device configuration, the device might restart automatically.) 512 proc-num DEV: device-name MBCS Conflict - Using SETMODE 144 value mmmm instead of CHARMAP nnnn proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name.
FASTP EMS 512 Text Messages EMS Messages job-num is the job number. Cause. CONTROLBUF 110 was used to supply a substitute shift-to-DBCS string to the MBCS_TANDEM_TO_EXTERNAL procedure, and the supplied string exceeds twenty bytes in length. Effect. The string is truncated to twenty bytes. Recovery. If the error persists, contact your service provider as described in Troubleshooting and Reporting Problems on page 8-1.
FASTP EMS 512 Text Messages EMS Messages job-num is the job number. %nnnnnn is the octal return code from the relevant Spooler system operation. Cause. The FASTP network print process encountered an unexpected error from the MBCS_TANDEM_TO_EXTERNAL_ procedure. MBCS conversion is enabled using the SPOOLCOM DEV CHARMAP configuration parameter. Effect.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name, NETWARE ERROR in CLOSE_NOVL_QUEUE_FILE Guardian Error=file-err NetWare Error=netware-error proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. file-err is the file-system error returned. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. netware-error is an error returned from the NetWare LAN.
FASTP EMS 512 Text Messages EMS Messages Recovery. When the job is completed, the next available job is serviced. Add more print queues to the NetWare file server. NetWare Error=Hex 002100D8 Cause. The NetWare file server print queue is not in an active state. Effect. FASTPNOV puts any devices representing print queues for the NetWare file server offline. Recovery. Check the print queue configuration on the NetWare file server. Restart the Spooler device.
FASTP EMS 512 Text Messages EMS Messages Effect. FASTPNOV ignores any errors during end session because the job has completed successfully. Recovery. Informational message only; no corrective action is needed. 512 proc-num DEV: device-name, NETWARE ERROR in ESTABLISH_NOVL_SESSION Guardian Error=file-err NetWare Error=netware-error proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. file-err is the file-system error returned.
FASTP EMS 512 Text Messages EMS Messages Cause. Logins (user IDs used to log on) for the NetWare file server have been disabled. Effect. FASTPNOV continues attempting to log on to the NetWare file server for the number of retries and the retry interval specified in the FASTCNFG file. Recovery. Disable the login lockout for the NetWare file server. NetWare Error=Hex 000900DE or Hex 000900DF Cause. A password specified for a NetWare file server is incorrect. Effect.
FASTP EMS 512 Text Messages EMS Messages Recovery. Ensure that the NetWare file server and its connections are operational. 512 proc-num DEV: device-name, NETWARE ERROR in OPEN_NOVL_QUEUE_FILE Guardian Error=file-err NetWare Error=netware-error proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. file-err is the file-system error returned. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors.
FASTP EMS 512 Text Messages EMS Messages Effect. FASTPNOV puts any devices representing print queues for the NetWare file server offline. Recovery. Ensure that the NetWare file server and print queue entities in the FASTCNFG file are correctly specified. Restart the Spooler device. (Depending on the device configuration, the device might restart automatically.) NetWare Error=Hex 000700FF Cause. The NetWare file server directory is locked. Effect.
FASTP EMS 512 Text Messages EMS Messages Recovery. Check the print queue configuration on the NetWare file server. Restart the Spooler device. (Depending on the device configuration, the device might restart automatically.) NetWare Error=Hex 002100D4 Cause. The NetWare file server print queue is full. Effect. FASTPNOV puts any devices representing print queues for the NetWare file server offline. Recovery. Wait until some of the jobs in the print queue have been serviced and restart the device.
FASTP EMS 512 Text Messages EMS Messages Recovery. Check the print queue configuration on the NetWare file server. Restart the Spooler device. (Depending on the device configuration, the device might restart automatically.) NetWare Error=Hex 00210030 or Hex 002100FF Cause. The connection ID for the NetWare file server is invalid or there is a NetWare LAN component failure. Effect. FASTPNOV puts any devices representing print queues for the NetWare file server offline. Recovery.
FASTP EMS 512 Text Messages EMS Messages NetWare Error=Hex 00110084, Hex 0011009B, Hex 0011009C, Hex 0011009E, Hex 001100F8, or Hex 001100FF Cause. The NetWare file server connection or the file handle has become corrupted. Effect. FASTPNOV puts any devices representing print queues for the NetWare file server offline. Recovery. Ensure that the connection entry in the FASTCNFG file is valid and that the NetWare LAN is operating. Restart the Spooler device.
FASTP EMS 512 Text Messages EMS Messages file-err is the file-system error returned by the OPEN procedure. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. scp-name is the name of the SCP process. This message can be generated by FASTPXNS or FASTPX25 only. For FASTPXNS, the cause, effect, and recovery are as follows: Cause.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name Out of Sequence Level2 Ack Recd: %nnnnnn Exp: %mmmmmm proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. %nnnnnn is the ACK value FASTPXNS received. %mmmmmm is the ACK value FASTPXNS expected to receive. Cause. This message applies to FASTPXNS only. FASTPXNS encountered an out of sequence XNS Level 2 ACK from the specified device.
FASTP EMS 512 Text Messages EMS Messages Cause. This message applies to FASTPXNS only. FASTPXNS attempted and failed to respond to a retransmit request from the specified device. This error indicates a fatal error occurred during the data transfer of the print job. Effect. The device is placed offline. Recovery. If the error persists, contact your service provider as described in Troubleshooting and Reporting Problems on page 8-1.
FASTP EMS 512 Text Messages EMS Messages Cause. This message applies to FASTPXNS only. FASTPXNS encountered the specified Guardian error when posting a WRITEX call to the printer. Effect. The device is placed offline. Recovery. If the error persists, contact your service provider as described in Troubleshooting and Reporting Problems on page 8-1. 512 proc-num DEV: device-name Printer Status: status proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name.
FASTP EMS 512 Text Messages EMS Messages End Session Error occurred while closing a session with the remote SMB client. Establish Session Error occurred during initial contact with the remote SMB client. Close Print Error occurred while closing a print job to the remote SMB client. OPEN LANSPOOLFILE Error occurred while starting a new print job to the remote SMB client.
FASTP EMS 512 Text Messages EMS Messages SMB errors: Refer to the Multilan/TLAM Programming Manual (D-series only), your LAN vendor documentation, or other SMB documentation. 512 proc-num DEV: device-name SNMP Printer Status = printer-status proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. printer-status is the printer status text returned by the HP JetDirect printer. Cause. This message applies to FASTPTCP and HP JetDirect printers only.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name SPI SSGET token-name Error:%nnnnnn proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. token-name is the name of the token. %nnnnnn is the octal return code from the SSGET procedure. This message can be generated by FASTPXNS or FASTPX25 only. For FASTPXNS, the cause, effect, and recovery are as follows: Cause.
FASTP EMS 512 Text Messages EMS Messages Cause. FASTPX25 could not extract the TLAM response from the SPI buffer using the SSGET procedure. FASTPX25 uses this information to verify that the X25AM SU is configured to use an SVC. Effect. If FASTPX25 cannot obtain this information, it assumes that the SU uses an SVC and attempts to print. Recovery. If your print job is unsuccessful, check the following: • • Ensure that the SCP process is running correctly.
FASTP EMS 512 Text Messages EMS Messages • Check that the following command works correctly: SCF INFO SERVICE $lan.#L18023 where lan is the name of the TLAM IOP. • If your installation doesn’t use $ZNET, check that you have added a DEFINE=SCP statement before running the Spooler Supervisor. If the error persists, contact your service provider as described in Troubleshooting and Reporting Problems on page 8-1. For FASTPX25, the cause, effect, and recovery are as follows: Cause.
FASTP EMS 512 Text Messages EMS Messages Cause. FASTPXNS could not initialize the SPI buffer using the SPI SSINIT procedure. This error indicates FASTPXNS is having difficulty obtaining the Ethernet address of the TLAM controller. This address is obtained using the SPI interface to TLAM through the SCP process (usually $ZNET). Effect. The device is placed offline. Recovery. To correct the problem: • • Ensure that the SCP process is running correctly.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name SPI SSPUTTKN token-name Error: %nnnnnn proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. token-name is the name of the token. %nnnnnn is the octal return code from the SSPUTTKN procedure. This message can be generated by FASTPXNS or FASTPX25 only. For FASTPXNS, the cause, effect, and recovery are as follows: Cause.
FASTP EMS 512 Text Messages EMS Messages Cause. FASTPX25 could not insert the specified token into the SPI buffer using the SSPUTTKN procedure. FASTPX25 uses this information to verify that the X25AM SU is configured to use an SVC. Effect. If FASTPX25 cannot obtain this information, it assumes that the SU uses an SVC and attempts to print. Recovery. If your print job is unsuccessful, check the following: • • Ensure that the SCP process is running correctly.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name SVCLIST item name does not exist proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. name is the name of the item in the SVCLIST. Cause. This message applies to FASTPX25 only. The specified SVCLIST item name does not exist. Effect. The device is placed offline. Recovery. Delete or correct the invalid item in the SVCLIST and restart the device.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name SVCLIST item is not owned by X25AM name Type = nn proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. name is the name of the item in the SVCLIST. nn is the actual IOP type associated with the SVCLIST item. Cause. This message applies to FASTPX25 only. The IOP associated with the specified SVCLIST item is not X25AM (61). Effect. The device is placed offline. Recovery.
FASTP EMS 512 Text Messages EMS Messages Recovery. Reduce the SVC entries so that the total number of unique SVCs known to this FASTPX25 process is no more than 256 and restart the affected Spooler devices. (Depending on the device configuration, devices might restart automatically.) 512 proc-num DEV: device-name SVCLIST specified in fastcnfg is invalid proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. fastcnfg is the FASTCNFG file name. Cause.
FASTP EMS 512 Text Messages EMS Messages Recovery. Reduce the entries in the SVCLIST to 256 or fewer entries and restart the Spooler device. (Depending on the device configuration, the device might restart automatically.) 512 proc-num DEV: device-name SVCLIST - SVCMACRO conflict in fastcnfg proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. fastcnfg is the FASTCNFG file name. Cause. This message applies to FASTPX25 only.
FASTP EMS 512 Text Messages EMS Messages operation identifies the operation during which the error occurred and is one of the following values: CREATE I/O OPEN PURGE file-err is a file-system error code. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. ext is the initial number of file extents. max is the maximum number of file extents. Cause. This message applies to FASTPTCP only. FASTPTCP uses a temporary file to stage print job data with PROTOCOL = LPD.
FASTP EMS 512 Text Messages EMS Messages retries indicates the number of times FASTPXNS retried the request. time indicates the time (in units of 10 milliseconds) that FASTPXNS waited for a response from the printer. Cause. This message applies to FASTPXNS only. FASTPXNS could not obtain an XNS connection. Effect. Error 104 is returned to the Spooler supervisor. Recovery. If the error persists, contact your service provider as described in Troubleshooting and Reporting Problems on page 8-1.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name Top Of Form Substitution limit (2048) exceeded in Job: job-num proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. job-num is the job number. Cause. A Job or FONT job contains one or more CONTROLBUF 103 calls to load topof-form substitutions and the space allocated to hold these was exceeded. Effect. The FASTP network print process prints the job, but the job might not print as intended.
FASTP EMS 512 Text Messages EMS Messages Cause. This message applies to FASTPXNS only. FASTPXNS received an unexpected answer to an XNS Courier request. Courier is a protocol used to establish the environment before printing and after printing. Effect. The device is placed offline. A subsequent message identifies the actual operation that failed. Recovery. If the error persists, contact your service provider as described in Troubleshooting and Reporting Problems on page 8-1.
FASTP EMS 512 Text Messages EMS Messages svc is the SVC in use. job-num is the job number. Cause. This message applies to FASTPX25 only. This error is generated when FASTPX25 opens an SVC. It is only recorded when bit 2 (%20000) of the PARM attribute of the Spoolcom DEV command is set. Effect. This message is intended to be used a debugging aid. Recovery. Informational message only.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name WRITE Error: file-err on scp-name proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. file-err is the file-system error returned. See the Guardian Procedure Errors and Messages Manual for explanations of file-system errors. scp-name is the name of the SCP process. This message can be generated by FASTPXNS or FASTPX25 only. For FASTPXNS, the cause, effect, and recovery are as follows: Cause.
FASTP EMS 512 Text Messages EMS Messages For FASTPX25, the cause, effect, and recovery are as follows: Cause. FASTPX25 could not send an SPI message to X25AM through SCP. FASTPX25 uses this information to verify that the X25AM SU is configured to use an SVC. Effect. If FASTPX25 cannot obtain this information, it assumes that the SU uses an SVC and attempts to print. Recovery. If your print job is unsuccessful, check the following: • • Ensure that the SCP process is running correctly.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name X25 Call failed to NUA address, Err:file-err proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. address if the NUA was set by using the X25NUA attribute in the FASTCNFG file, this field contains the network address; if the NUA was set by using the DESTADRR attribute of X25AM, this field contains the text: See X.25 Subdevice Config. file-err is the file-system error returned.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name X25 Circuit Disconnect nnnn1 nnnn2 nnnn3 nnnn4 proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. nnnn1 nnn2 nnn3 nnn4 are the four reason codes returned by the SETPARAM procedure. These codes are defined in the X25AM Programming Manual. Cause. This message applies to FASTPX25 only. An X.25 circuit disconnect (error 140) has occurred.
FASTP EMS 512 Text Messages EMS Messages mmm is the contents of the diagnostic field in the X.25 clear request packet. Cause. This message applies to FASTPX25 only. An X.25 clear request packet was received. This error is only recorded when bit 2 (%20000) of the PARM attribute of the Spoolcom DEV command is set. Effect. Clear request packets are translated into error 140 (circuit disconnect) before the Spooler supervisor is informed of the error.
FASTP EMS 512 Text Messages EMS Messages Recovery. Under normal circumstances, no operator intervention is required. However, you can modify the supervisor’s response to this error by means of the RECOVERY attribute in the FASTCNFG file. The default value is NORMAL, which results in the behavior described above. If you set this attribute to REPRINT, FASTPX25 returns to the first page of the job when printing is resumed.
FASTP EMS 512 Text Messages EMS Messages n is type of request that was sent. The possible values are 1 (End Request) or 2 (End Reply). Cause. This message applies to FASTPXNS only. FASTPXNS encountered an unexpected Level 2 problem when attempting to close the XNS connection. Effect. Informational only; the connection closes. Recovery. If the error persists, contact your service provider as described in Troubleshooting and Reporting Problems on page 8-1.
FASTP EMS 512 Text Messages EMS Messages Recovery. If the error persists, contact your service provider as described in Troubleshooting and Reporting Problems on page 8-1. 512 proc-num DEV: device-name XNS Get Printer Properties Failure proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. Cause. This message applies to FASTPXNS only. FASTPXNS encountered an unexpected XNS Courier problem when attempting to solicit printer properties from the specified printer.
FASTP EMS 512 Text Messages EMS Messages 512 proc-num DEV: device-name XNS Start Print Error n proc-num is the process number (CPU, PIN) of the process. device-name is the Spooler device name. n indicates the contents of the Start Print command. If n=1, the Start Print command contained default values. If n=2, the contents of the Start Print command were set by a CONTROLBUF 100 call in a FONT job. Cause. This message applies to FASTPXNS only.
FASTP EMS 512 Text Messages EMS Messages PRINTSTATUS supervisor is the name of the Spooler supervisor process. Cause. The FASTP network print process received an unexpected return code from a Spooler system procedure. Effect. The status of the print job and the device is indeterminate. Recovery. If the error persists, contact your service provider as described in Troubleshooting and Reporting Problems on page 8-1.
FASTP EMS 512 Text Messages EMS Messages Effect. The FASTP network print process abends and might create a ZZSAnnnn Saveabend file. Recovery. Use the Spoolcom DEV command to restart the device. (Depending on the device configuration, the device might restart automatically.) If the error persists, or the cause of the error is unknown, contact your service provider as described in Troubleshooting and Reporting Problems on page 8-1.
FASTP EMS 512 Text Messages EMS Messages can only occur when the print process has been improperly started. The most likely cause is the TACL RUN command was inadvertently used. Effect. The FASTP network print process stops. Recovery. Do not use TACL RUN commands for FASTP network print processes; use the normal Spooler mechanism as described in Configuring a FASTP Network Print Process on page 2-4.
FASTP EMS 512 Text Messages EMS Messages 1002 proc-name Allocatesegment error error POOL^SIZE size words proc-name is the name of the FASTPTCN process. error is the allocate segment error. Cause. The FASTPTCN process is unable to allocate the pool space. Effect. The FASTPTCN process abends and usually creates a ZZSA file dump file. Recovery. If the disk volume containing the FASTPTCN object file is full or fragmented, try freeing up some disk space.
FASTP EMS 512 Text Messages EMS Messages filename is the trace file name. size is the file size in words. Cause. The FASTPTCN process started a trace file. Effect. None, informational only. Recovery. None, informational only. 1015 proc-name Trace stopped proc-name is the name of the FASTPTCN process. Cause. The FASTPTCN process stopped a trace. Effect. None, informational only. Recovery. None, informational only. 1016 This error number is not used.
FASTP EMS 512 Text Messages EMS Messages Cause. The FASTPTCN process encountered an error while starting a trace file. Effect. Tracing is not enabled. Recovery. Correct the problem and restart. 1018 proc-name Trace not started to filename size size error err1/err2 proc-name is the name of the FASTPTCN process. filename is the trace file name. size is the file size in words. err1/err2 is the file system error. Cause. The FASTPTCN process encountered an error while starting a trace file. Effect.
FASTP EMS 512 Text Messages EMS Messages Recovery. None, informational only. 1021-1022 These error numbers are not used. 1023 proc-name Process entering debug proc-name is the name of the FASTPTCN process. Cause. The FASTPTCN command DEBUG was entered. Effect. The FASTPTCN process enters inspect at its current home terminal. Recovery. None, informational only. 1024 proc-name Process exiting debug proc-name is the name of the FASTPTCN process. Cause. A previous FASTPTCN inspect session finished. Effect.
Index A ADDRESS attribute for FASTPTCP (all devices) 3-17 for FASTPTCP (LPD connection) 3-36 ALIGN attribute for all FASTP network print processes 2-7 for FASTPNOV 5-5 alteration of a FASTCNFG file 2-19 alternative Start Print command for Xerox printers 7-21 automatic perforation skip mode 2-36 AWAN server, configuration considerations 3-4 B BANNER attribute 5-8 Banner File Name (NetWare print job attribute) 5-15 Banner File (NetWare print job attribute) 5-14 banner name replacement 3-53 Banner Name (NetWa
C Index character substitutions Denmark A-2 France A-3 Germany A-2 Norway A-3 Spain A-3 Sweden A-4 United Kingdom A-4 CHARMAP attribute 2-7 CHARSET attribute for FASTPNOV 5-9 for FASTPSMB 4-10 CLEAR attribute 2-7 comment rule 2-21 comments and FASTCNFG file 2-21 Completion identifier record 8-9 configuration requirements for a print process 1-3 configuration tasks for all FASTP network print processes 2-4 for FASTCNFG file 2-17 for FASTPNOV 5-3 for FASTPSMB 4-3 for FASTPTCP 3-9 for FASTPX25 6-8 for FASTPX
D Index for FASTPNOV 5-10 CPADPARAMS attribute for X25AM 6-5 CREATE command, FASTKCUT 3-46, 3-49 creating a print process in the Spooler subsystem 2-14 creation of a FASTCNFG file 2-18 CR/LF control 2-36 custom header pages 2-32 D data record contents of 8-8 defined 8-7 DATAFIRST attribute 3-37 DEFAULT entry in FASTCNFG file 3-41 Defer Printing (NetWare print job attribute) 5-14 DELETE attribute 2-7 DELETE command, FASTKCUT 3-47 delete file after printing replacement 3-54 DELETE subcommand BATCH subcomma
E Index for FASTPTCP (TCP/IP direct connection) 3-20 for FASTPTCP (TTAP printer connection) 3-24 for FASTPX25 6-13 for FASTPXNS 7-11 DEVICE configuration example FASTCNFG file for FASTPNOV 5-9 example FASTCNFG file for FASTPSMB 4-15 example FASTCNFG file for FASTPTCP (HP JetDirect connection) 3-31, 3-35 example FASTCNFG file for FASTPTCP (LPD connection) 3-40 example FASTCNFG file for FASTPTCP (serial printer through an AWAN server) 3-23 example FASTCNFG file for FASTPTCP (TELNET connection) 3-25 example
F Index NetWare 5-15 SMB 4-15 XNS 7-24 error recovery considerations for FASTPNOV 5-12 error-handling considerations, general 2-41 Ethernet port configuration considerations for FASTPXNS 7-3 Ethernet request failure troubleshooting for FASTPXNS 7-16 event messages, FASTPTCP B-2 EXCLUSIVE attribute for all FASTP network print processes 2-8 for FASTPNOV 5-5 for FASTPX25 6-11 for FASTPXNS 7-9 special considerations 2-19 F FASTCNFG OTHERWISE attribute 3-30 POLLSTRING attribute 3-29 RESPONSE attribute 3-29 UP
F Index line continuation rule 2-21, 2-22 MACRO entry 6-16 POLLTYPE keyword 3-28 PROCESS keyword 2-23 redirection 2-18, 2-25 redirection example 2-26 security 2-19, 3-50 separator characters rule 2-21, 2-22 SPOOLER keyword 2-23 start of line rule 2-21, 2-22 structure of 2-20 subordinate FASTCNFG files 2-25 syntax elements 2-22 trace file configuration 8-5 FASTKCON file 3-48, 3-52 creating 3-46, 3-49 deleting a device 3-47 features 3-40 file format 3-50 file security 3-50 listing 3-48 updating 3-47 FASTKCU
F Index user ID considerations 5-12, 5-13 USERID attribute 5-8 FASTPSMB BLOCK attribute 4-9 CHARSET attribute 4-10 configuration tasks 4-3 CONTYPE attribute 4-7 DEV attributes 4-5 DEVICE attributes 4-5 DEVICE name 4-7 device subtype 4-4, 4-5 device (Spooler) attributes 4-5 DEVTYPE attribute 4-4, 4-5 FASTCNFG file example 4-15 installation requirements 4-2 installation tasks 4-3 LAN attribute 4-7 object file 2-3 ORIGINATOR attribute 4-10 PASSWORD attribute 4-12 PATH attribute 4-7 POOLKEY attribute 4-13 PRE
F Index object file 2-3 ONLINEMODE attribute 3-28, 3-34 PARM (DEV) attribute 3-12 PARM (PRINT) attribute 3-10 POLLINT attribute for HP JetDirect connection 3-27 for Lexmark connection 3-32 for TTAP printer connection 3-24 POLLNUM attribute for HP JetDirect connection 3-27 for Lexmark connection 3-33 for TTAP connection 3-25 POLLTYPE keyword in FASTCNFG file 3-28 POLLTYPENAME attribute for HP JetDirect connection 3-27 PORT attribute 3-17 PRINTBANNER attribute 3-39 PROTOCOL attribute 3-16 QUEUENAME attribut
F Index switched virtual circuit (SVC) considerations 6-6, 6-7 TIMEOUT attribute 6-15 X25AM line configuration considerations 6-3 X25AM subdevice configuration considerations 6-4 X25NUA attribute 6-13 FASTPXNS configuration tasks 7-7 CONRETRIES attribute 7-13 CONTIMEOUT attribute 7-13 CONTROLBUF operations 7-21 CONTYPE attribute 7-12 DEPTH attribute 7-13 DEV attributes 7-9 DEVICE attributes 7-11 DEVICE name 7-12 device name (Spooler) 7-8 device (Spooler) attributes 7-9 DJDE attribute 7-13 DNETWORK attribu
H Index example using CONTROLBUF 112 for FASTPXNS 7-23 example using CONTROLBUF 113 2-31 example using CONTROLBUF 130 2-34 example using DJDE sequences for FASTPXNS 7-20 Foreign Input identifier record 8-8 FORM attribute for all FASTP network print processes 2-8 for FASTPNOV 5-5 form length 2-36 FORM subcommand BATCH subcommand for all FASTP network printers 2-40 for FASTPNOV 5-11 JOB subcommand for all FASTP network printers 2-38 for FASTPNOV 5-10 Form (NetWare print job attribute) 5-14 H HEADER attribu
J Index Input identifier record 8-8 installation requirements for FASTPNOV 5-2 for FASTPSMB 4-2 for FASTPTCP 3-3 for FASTPX25 6-2 for FASTPXNS 7-2 installation troubleshooting for FASTPXNS 7-15 installing FASTP network print processes 2-2 FASTPNOV 5-3 FASTPSMB 4-3 FASTPTCP 3-9 FASTPX25 6-8 FASTPXNS 7-7 internal errors, processing 2-42 IOP environment, and FASTP network print processes 1-4 LOC 2-39 OWNER for all FASTP network printers 2-39 for FASTPNOV 5-10 REPORT for all FASTP network printers 2-39 for F
M Index LIST command, FASTKCUT 3-48 listing a FASTKCON file 3-48 LOC command of Spoolcom 2-5 LOC subcommand BATCH subcommand 2-40 JOB subcommand 2-39 LPD connection CONTROLBUF operations 3-53 FASTCNFG file example 3-40 FONT job considerations 3-53 Font script file example 3-56 SETMODE 260 Param1 values 3-55 LPDBIND attribute 3-38 LUEOLVALUE attribute for all FASTP network print processes 2-8 for FASTPNOV 5-5 LUEOLWHEN attribute for all FASTP network print processes 2-8 for FASTPNOV 5-5 LUTOFVALUE attribut
P Index OTHERWISE attribute 3-30 Output identifier record 8-8 OWNER subcommand BATCH subcommand for all FASTP network printers 2-40 for FASTPNOV 5-11 JOB subcommand for all FASTP network printers 2-39 for FASTPNOV 5-10 P PAD considerations 6-3 PARM attribute for all FASTP network print processes 2-9 for FASTPNOV 5-6 for FASTPX25 6-11 for FASTPXNS 7-9 PARM (DEV) attribute for FASTPTCP 3-12 PARM (PRINT) attribute for FASTPTCP 3-10 PASSWORD attribute for FASTPNOV 5-7 for FASTPSMB 4-12 password consideration
R Index R reading trace output 8-7 RECOVERY attribute 6-14 RECSIZE attribute for X25AM 6-4 redirection FASTCNFG file example 2-26 of FASTCNFG file 2-18, 2-25 REMOTENET attribute for X25AM 6-5 REPORT subcommand BATCH subcommand for all FASTP network printers 2-40 for FASTPNOV 5-11 JOB subcommand for all FASTP network printers 2-39 for FASTPNOV 5-10 reset configured values 2-37 RESETJDE attribute 7-13 RESETJDL attribute 7-13 RESOURCE attribute 4-8 RESPONSE attribute 3-29 RESTART attribute and error handling
S Index for FASTPTCP (TCP/IP direct connection) 3-20 SKIP attribute 2-10 SKIPTO attribute 2-10 SLOWPACE attribute for FASTPTCP (serial printer connection) 3-22 for FASTPTCP (TCP/IP direct connection) 3-20 for FASTPTCP (TTAP printer connection) 3-24 SMB error messages 4-15 SNETWORK attribute 7-12 SNMP Get identifier record 8-9 SNMP Resp identifier record 8-9 SNMP-COMMUNITY attribute for FASTPTCP (HP JetDirect connection) 3-26 for FASTPTCP (Lexmark connections) 3-32 Socket identifier record 8-9 source file
T Index BATCH subcommand 2-41 JOB subcommand 2-39 STARTFF attribute 2-10 STATUS attribute 2-10 STATUS subcommand BATCH subcommand 2-41 JOB subcommand 2-39 subdevice configuration considerations for FASTPX25 6-4 subordinate FASTCNFG files 2-25 SUBS140 attribute 6-15 substitute top of form 2-29 subtype, device for FASTPSMB 4-4, 4-5 for FASTPTCP 3-12 for FSTPNOV 5-5 Supervisor-Batch Status In identifier record 8-8 Supervisor-Batch Status Out identifier record 8-8 Supervisor-Collector Status In identifier rec
U Index event 8-7 format 8-7 identifier record 8-7 reading 8-7 Foreign Input identifier record 8-8 identifier record, types of 8-8 Input identifier record 8-8 Output identifier record 8-8 records 8-8 Setmode In identifier record 8-8 Setmode Out identifier record 8-8 Shutdown identifier record 8-9 SNMP Get identifier record 8-9 SNMP Resp identifier record 8-9 Socket identifier record 8-9 Supervisor-Batch Status In identifier record 8-8 Supervisor-Batch-Status Out identifier record 8-8 Supervisor-Collector
X Index subdevice consideration considerations for FASTPX25 6-4 X25NUA attribute 6-13 Xerox formatter described 7-17 status values 7-18 Xerox print engine, described 7-17 Xerox printer alternative Start Print command 7-21 software requirements for FASTPXNS 7-4 status values 7-18 Xerox spooler described 7-17 status values 7-17 Xerox Start Print command 7-19 Xerox status reporting 7-17 XNS error messages 7-24 XNS Start Print command 7-19 XREF attribute 2-10 X.
