Page 2 Quantum. Quantum provides this manual “as is,” without warranty of any kind, either expressed or implied, including, but not limited to, the implied warranties of merchantability and fitness for a particular purpose. Quantum reserves the right to change, without notification, the specifications contained in this manual.
Page 3: Important Information About This Manual
Important Information About This Manual All information contained in or disclosed by this document is proprietary to Quantum. By accepting this material, the recipient agrees that this material and the information contained therein are held in confidence and in trust and will not be used, reproduced in whole or in part, nor its contents revealed to others, except to meet the purpose for which it was delivered.
Page 4: Table Of Contents
Task Management Requests ... 13 2.4.5 FCP Information Units... 13 Standards Conformance... 14 2.5.1 INCITS Technical Committee T10 (SCSI Storage Interfaces) Standards ... 14 2.5.2 INCITS Technical Committee T11 (Device Level Interfaces) Standards... 15 LTO Conformance... 15 General Behaviors ... 16 2.7.1...
Page 5 Contents 3.1.1 SCSI Command Conventions ... 23 SCSI Command Descriptor Blocks ... 23 3.2.1 SCSI Command Descriptor Block Formats ... 23 3.2.2 SCSI Command Operation Code Format... 25 3.2.3 SCSI Command Control Byte Format ... 25 SCSI Command Status ... 26 3.3.1 SCSI Status Byte Format ...
Page 6 Contents 3.10.3 Mode Parameter Header ... 80 3.10.4 MODE SELECT Block Descriptor... 81 3.10.5 Mode Parameter Pages... 82 3.10.6 Disconnect/Reconnect Mode Page (02h)... 84 3.10.7 Control Mode Page (0Ah)... 88 3.10.8 Data Compression Control Mode Page (0Fh)... 90 3.10.9 Sequential Access Device Configuration Mode Page (10h) ... 91 3.10.10 Protocol-Specific Logical Unit Mode Page (18h)...
Page 7 Contents 3.19.4 Echo Buffer Descriptor... 143 3.19.5 Echo Buffer... 143 3.19.6 MAM Page Definitions... 144 3.19.8 READ BUFFER Completion Status ... 144 3.20 READ POSITION ... 145 3.20.1 READ POSITION Command Descriptor Block... 145 3.20.2 READ POSITION Data... 146 3.20.3 READ POSITION Completion Status...
Page 8 Contents 3.31.7 Supported Key Formats page... 188 3.31.8 Data Encryption Management Capabilities page... 188 3.31.9 Data Encryption Status page... 189 3.31.10 Next Block Encryption Status page ... 191 3.31.11 Random Number page ... 193 3.31.13 Device Server Key Wrapping Public Key page... 193 3.31.15 SECURITY PROTOCOL IN Completion Status ...
Page 9: Introduction
Introduction 1 INTRODUCTION The Quantum LTO drives are designed for computer environments requiring high performance, ultra-high capacity data storage. The drives are available in 5.25-inch internal configurations or as an external subsystem. Quantum LTO drives incorporate an embedded controller for either the SCSI Parallel Interface (SPI), the Serial Attached SCSI (SAS) interface, or the Fibre Channel Protocol for SCSI (FCP) interface.
Page 10 Introduction Report Density Support data: Security Protocol In command only supported by LTO4. Security Protocol Out command only supported by LTO4. Added an additional TapeAlert in Log Page 0x2E for LTO-4 Tape Alert 0x07 Media Life LTO3 will report formats of LTO1, LTO2 & LTO3 LTO4 will report formats of LTO2, LTO3 &...
Page 11: Interface Overview
2 INTERFACE OVERVIEW This chapter discusses interface elements as they pertain to drive functions. Three interfaces are offered. Depending upon the model selected the Quantum LTO drives interface to either the Small Computer System Interface (SCSI) bus, or the Serial Attached SSCI (SAS) bus, or the Fibre Channel bus.
Page 12: Sas Protocol
SCSI Interface Overview Data transfers at 300 megabytes per second SAS differential signaling provides high noise immunity One SAS port using single bidirectional phy Full duplex operation SAS target phy Transport layer error handling 2.2.2 SAS protocol Serial Attached SCSI communicates using frames. Five frame types are used: •...
Page 13: Scsi Messages
Check Condition and an Abort Sense Key. 2.3.3 SCSI Messages The SCSI message codes, descriptions, and directions are given in the following table. Each of these SCSI messages are supported by the Quantum LTO drive. Code 80h+ Notes: In = Drive to host;...
Page 14: Outbound Messages
SCSI Interface Overview Message Extended Message Identify Ignore Wide Residue Message Reject Restore Pointers Save Data Pointer 2.3.5 Outbound messages The following table lists host to drive SCSI messages and their definitions. Message Abort Bus Device Reset Extended Message Identify Initiator Detected Error...
Page 15: Extended Messages
SCSI Interface Overview Message Operation 2.3.6 Extended messages The following table lists extended SCSI messages and their definitions. Hex Code Synchronous Data Transfer Request Wide Data Transfer Request Parallel Protocol Request 2.3.7 Parallel Protocol Feature Support The following table describes the Ultra-160 Parallel Protocol features supported. Ultra 160 Feature FRC_SM QAS_REQ...
Page 16 SCSI Interface Overview State or Phase Arbitration Phase Selection Phase Selection, Message Out Phase (Identify Message) Reselection, Message In Phase (Identify Message) Command Phase Data In Phase Data Out Phase Status Phase Message In Phase Message Out Phase Description The drive does not detect nor react to parity errors on the SCSI bus while arbitration is being performed.
Page 17: Message Exception Handling
SCSI Interface Overview An Initiator that accommodates disconnect/reconnect can indicate this capability to the tape drive during the Selection phase by asserting both its own Initiator SCSI ID bit as well as the tape drive’s SCSI ID bit (allows the tape drive to know with which Initiator to reconnect).
Page 18 SCSI Interface Overview Save Data Message Pointers (02h) else 5 NOP (08h) Negotiate Unrecognized or illegal Retry Retry has not been exhausted End of the message Negotiate PPR, SDTR or WDTR message negotiation IN Phase during which ATN is raised Restore Reject Pointers...
Page 19 SCSI Interface Overview 2.3.9.1 1. Disconnect message case - the drive will not disconnect for the rest of the command. PPR message case - both the initiator and the drive go to asynchronous mode and 8-bit narrow. SDTR message case - both the initiator and the drive go to asynchronous mode. WDTR message case - both the initiator and the drive go to asynchronous mode and 8-bit narrow.
Page 20: Fibre Channel Interface Overview
SCSI Interface Overview 2.4 Fibre Channel Interface Overview The drive’s Fibre Channel Protocol, (FCP), interface consists of two independent NL_Ports, each of which is a bi-directional 1.0625, 2.125, or 4.250 GHz serial connection. The ports perform automatic speed negotiation to operate at the higher speed common to all connected ports.
Page 21: Name Server Requests
SCSI Interface Overview Read Link Error Status Block (RLS) Registered State Change Notification (RSCN) Report Node Capabilities Information (RNC) Report Node FC-4 Types (RNFT) Report Port Speed Capabilities (RPSC) Request Node Identification Data (RNID) Read Port List (RPL) Read Port Status Block (RPS) Reinstate Recovery Qualifier (RRQ) Request Sequence Initiative (RSI) Read Sequence Status Block (RSS)
Page 22: Standards Conformance
Interface – 2 (X3.131-1994), referred to herein as SCSI-2. The set of SCSI-3 standards are collectively referred to as SCSI-3. The applicable ANSI standards are as follows: 2.5.1 INCITS Technical Committee T10 (SCSI Storage Interfaces) Standards SCSI Architecture Model – 2 (SAM-2) INCITS 366-2003 SCSI Architecture Model – 3 (SAM-3) INCITS 402-2005 SCSI Architecture Model –...
Page 23: Incits Technical Committee T11 (Device Level Interfaces) Standards
Fibre Channel – Security Protocols 2 (FC-SP-2) in development Fibre Channel – Tape and Tape Medium Changers (FC-TAPE) NCITS TR-24-1999 Note: 2.6 LTO Conformance Quantum LTO drives conform to the requirements of the Generation 1 SCSI Common Command Set Advisory Document (AU1-SCSI) for Ultrium format devices. 2003 development The term SCSI is used wherever it is not necessary to distinguish between the versions of SCSI.
Page 24: General Behaviors
SCSI Interface Overview 2.7 General Behaviors 2.7.1 Reset Condition When a reset is issued to the tape drive, the drive clears all uncompleted commands, releases all SCSI device reservations, and sets the tape drive to default modes. The Parallel SCSI drive returns to the Bus Free phase. 2.7.2 Unit Attention Condition The Unit Attention condition in the tape drive typically results from the following conditions:...
Page 25: Buffered Mode
Early Warning on the LTO drive is a logical warning given when 64 megabytes of storage space remain on the tape. The position is calculated by the drive. When this physical position is reached on a tape, the following occurs.
Page 26: Error Reporting
SCSI Interface Overview The command completes with a Check Condition and a 40h Sense data indicating EOM and no Sense Key. Subsequent WRITE commands write data and complete with check condition with EOM Status and No Sense Key until the physical tape end is encountered. 2.7.8 Error Reporting Soft errors are generally tape-quality related and occur more frequently during write operations than during read operations.
Page 27: Library Features
SCSI Interface Overview the tape with different block sizes in the fixed mode. Also, the host may change the block size after BOM, allowing on-the-fly block-size changes. The READ command Fixed bit also specifies fixed or variable mode. When reading in variable mode, the host must know the size of the block to be read from the tape in advance in order to avoid causing the LTO drive to return a Check Condition with Incorrect Length indicated in the Sense data (ILI).
Page 28 SCSI Interface Overview only power on situations, but also how cleaning tapes, incompatible tapes and firmware tapes are handled. • Powering on or power cycling while the tape is inside the drive. • Cleaning tape has finished the cleaning cycle. •...
Page 29 SCSI Interface Overview Page 21 and is defined in the ADC-2 standard. The automation device configures bridging via the ADC device server presented on the ADT port.
Page 30: Scsi Commands
SCSI Commands: 13BSCSI Command Set 3 SCSI COMMANDS This chapter describes the SCSI commands for the LTO tape drive. 3.1 SCSI Command Set The following table shows the SCSI commands for sequential access devices implemented by the drive. Group Code Service Command Action...
Page 31: Scsi Command Conventions
SCSI Commands: 14BSCSI Command Descriptor Blocks 3.1.1 SCSI Command Conventions The commands in this chapter are listed in alphabetical order. Each command is described, its Command Descriptor Block (CDB) illustrated, and the Completion Status is given. Bits and fields defined in the ANSI SCSI documents that are not used by the drive are not described in this document.
Page 32 SCSI Commands: 14BSCSI Command Descriptor Blocks Byte SCSI 12-byte Command Descriptor Blocks are arranged in the format shown in the following table. Byte Field names that are centered represent fields that are at least one byte long. Field names that are left aligned with a bit number are one or more bits long. The length is indicated by the beginning of the following field name, and by the Bits column in the Field Descriptions table on the following page.
Page 33: Scsi Command Operation Code Format
SCSI Commands: 14BSCSI Command Descriptor Blocks 3.2.2 SCSI Command Operation Code Format Byte 3.2.2.1 Field Group Code Command Code * NOTE: The Group Code and Command Code together make the Operation Code. 3.2.3 SCSI Command Control Byte Format Byte Last 3.2.3.1 Field Vendor...
Page 34: Scsi Command Status
SCSI Commands: 15BSCSI Command Status 3.3 SCSI Command Status When the tape drive competes a command it responds with a status byte. The format of the status byte is shown below. 3.3.1 SCSI Status Byte Format Byte 3.3.1.1 Field Reserved Status Code 3.3.2 SCSI Status Codes...
Page 35: Erase
SCSI Commands: 16BERASE 3.4 ERASE The ERASE command marks the tape, from the current position to the end of tape, as erased. 3.4.1 ERASE Command Descriptor Block Byte 3.4.1.1 Field Operation Code Ignored Logical Unit IMMED Long Reserved Control If the immediate (IMMED) bit is set to one, then the drive validates the command and waits for any previous command from any host to complete including any immediate commands currently being processed and for any buffered data to be flushed to tape.
Page 36: Erase Completion Status
SCSI Commands: 16BERASE 3.4.2 ERASE Completion Status Code Message Description • Good Status The drive remains in any previously set modes. • The drive is ready to perform any appropriate command. Note: If IMMED is one, then Good Status only indicates that the command is valid.
Page 37: Inquiry
SCSI Commands: 17BINQUIRY 3.5 INQUIRY The INQUIRY command requests that the drive return information about itself. If an INQUIRY command is received from an Initiator with a pending Unit Attention Condition (before the drive reports Check Condition status), the drive performs the INQUIRY command and does not clear the Unit Attention Condition.
Page 38: Standard Inquiry Data Page
SCSI Commands: 17BINQUIRY If the Enable Vital Product Data (EVPD) and Command Support Data (CmdDt) bits are clear and the Page Code is zero, Standard INQUIRY Data is returned. If the Enable Vital Product Data (EVPD) flag is set and the Page Code is zero, the Supported Vital Product Data Pages page is returned.
Page 39 8-15 8 bytes of ASCII data: “CERTANCE”. for LTO3 Full Height form factor drives. “QUANTUM” for LTO3 and LTO4 Half Height form factor drives 16-31 16 bytes of ASCII data: “ULTRIUM 3“ followed by 7 spaces for LTO3 drives. 16 bytes of ASCII data: “ULTRIUM 4“ followed by 7 spaces for LTO4 drives.
Page 40: Supported Vital Product Data (Vpd) Page (00H)
SCSI Commands: 17BINQUIRY The Standard INQUIRY Data is based on the SCSI 3 standard for Standard INQUIRY Data. This allows for setting certain bits in byte 6 to indicate features that were non-standard in SCSI 2. The only supported SCSI 3 field is Multi Port (MultiP). The Multi-Port (MultiP) bit is one if the device has multiple interface ports.
Page 41: Unit Serial Number Page (80H)
SCSI Commands: 17BINQUIRY Field Supported Vital Product Data Page Code Unit Serial Number Page Code Device Identification Page Code Sequential Access Device Capabilities Page Code SCSI Firmware Revision Page Code Servo Firmware Revision Page Code Head Assembly Serial Number Page Reel Motor 1 Serial Number Page Reel Motor 2 Serial...
Page 42: Device Identification Page (83H)
SCSI Commands: 17BINQUIRY Field Page Length Drive Serial Number 3.5.5 Device Identification Page (83h) The Device Identification Page contains one or more device identification descriptors that uniquely identify the particular device. LTO FC returns four identifiers: Vendor, Node Name, Relative Port, and Port Name. Byte 4-…...
Page 43: Sequential Access Device Capabilities Page (B0H)
SCSI Commands: 17BINQUIRY 3.5.5.3 Field Code Set Identifier Type Association Identifier Length Identification Descriptor Reserved 3.5.5.3.1 IEEE NAA Registered Identifier Format (NAA 5) Byte 3.5.6 Sequential Access Device Capabilities Page (B0h) The Sequential Access Device Capabilities Page provides a means to determine if the features specified in this page are supported by the drive.
Page 44: Drive Component Revision Levels Pages (C0H, C1H)
SCSI Commands: 17BINQUIRY 3.5.6.1 Descriptions Field Peripheral Qualifier Peripheral Device Type Page Code Reserved Page Length WORM 3.5.7 Drive Component Revision Levels Pages (C0h, C1h) The Drive Component Revision Levels Pages contain details of the revisions of each of the components of the drive. For any given product, if these pages are the same then the drive has been built with the same components and with the same manufacturing process.
Page 45: Drive Component Serial Number Page (C2, C3, C4, C5, C6H)
SCSI Commands: 17BINQUIRY Field Date Variant 3.5.8 Drive Component Serial Number Page (C2, C3, C4, C5, C6h) The Drive Component Serial Number Page contains a single value, which is a 12 byte ASCII string. The string, with the drive component fields in the standard INQUIRY data, uniquely identifies the component.
Page 46: Command Support Data Field Descriptions
SCSI Commands: 17BINQUIRY Byte 3.5.9.1 Field Peripheral Qualifier Peripheral Device Type Reserved SUPPORT VERSION Reserved CDB SIZE USAGE DATA 3.5.10 INQUIRY Completion Status Code Bits Command Support Data Field Descriptions Bytes Bits Description Always 000b. Normally 01h to indicate a sequential access device. Always 0 3 = indicates SCSI operation code in conformance to SCSI standard.
Page 47: Load Unload
SCSI Commands: 18BLOAD UNLOAD 3.6 LOAD UNLOAD The LOAD UNLOAD command may be used to load or unload a cartridge. This command may also be used to request that the retension function be performed. 3.6.1 LOAD UNLOAD Command Descriptor Block Byte 3.6.1.1 Field...
Page 48: Medium Auxiliary Memory Accessible Position
SCSI Commands: 18BLOAD UNLOAD 3.6.1.2 Hold 3.6.1.3 Hold 3.6.1.4 Hold If the Prevent Medium Removal state has been set using the PREVENT ALLOW MEDIUM REMOVAL command and a LOAD UNLOAD command is issued that requests the medium be unloaded to the Medium Loadable position, then a check condition status will be returned.
Page 49: Load Unload Completion Status
SCSI Commands: 18BLOAD UNLOAD If the immediate (IMMED) bit is one, then the drive validates the command and waits for any previous command from any host to complete, including any immediate commands currently being processed, and for any buffered data to be flushed to tape.
Page 50: Locate
SCSI Commands: 19BLOCATE 3.7 LOCATE The LOCATE command moves to a specified position on the tape. Before the LOCATE operation is performed, all buffered data and filemarks are transferred to tape. On completion, the logical position is before the specified location.
Page 51: Locate Completion Status
SCSI Commands: 19BLOCATE 3.7.2 LOCATE Completion Status Code Message Description Good The tape is positioned to the logical block address specified. Status The drive remains in any previously set mode. The drive is ready to perform any appropriate command. Note: If IMMED is one, then Good Status only indicates that the command is valid.
Page 52: Log Select
SCSI Commands: 20BLOG SELECT 3.8 LOG SELECT The LOG SELECT and LOG SENSE commands work in conjunction to allow the host to control and obtain statistical information about cartridge usage and error rates. This information consists of counters of particular events. The LOG SELECT command is used to reset the log counters to their default values.
Page 53: Log
SCSI Commands: 20BLOG SELECT Field Parameter List Length Reserved Control Note: Pages 00h, 0Ch, 0Dh, 12h, 14h, 16h, 30h, 31h, 33h and 3Eh cannot be The drive does not maintain a separate set of log parameters for each initiator. Therefore, a LOG SELECT command affects all initiators. Note: The subsequent section discusses the LOG SENSE command.
Page 54 SCSI Commands: 20BLOG SELECT 3.8.2.3 Field Parameter Code Disable Update (DU) Disable Save (DS) Parameter Length Parameter Value Reserved The parameter header contains a two-byte parameter code to identify the parameter, a Parameter Control byte, and a parameter length byte. All of the bits in byte 2 of the Log Parameter are collectively referred to as the Parameter Control byte.
Page 55: Log Select Completion Status
SCSI Commands: 20BLOG SELECT Tape Device Statistics Log Page (3Eh) 3.8.2.4 The maximum value of each counter depends on the size of the counter in bytes. When the maximum count is reached, the DU bit in the Parameter Control byte for the counter is set to one for the LOG SENSE data indicating that the parameter is no longer to be updated by the drive because the maximum count has been reached and if RLEC (Report Log Exception Condition) bit in Mode Page 0Ah (Control Mode...
Page 56: Log Sense
SCSI Commands: 21BLOG SENSE 3.9 LOG SENSE The LOG SELECT and LOG SENSE commands work in conjunction to allow the host to control and obtain statistical information about cartridge usage and error rates. This information consists of counters of particular events. LOG SENSE data is obtained by specifying a log page in the Page Code field of the LOG SENSE CDB.
Page 57: Log Sense Parameter Pointer Field
SCSI Commands: 21BLOG SENSE Field Page Code Parameter Pointer Allocation Length Reserved Control The Page Control (PC) field specifies the type of counters that the initiator is requesting. The value 01b is the most common page control setting. This requests the accumulated counts for the page to be returned.
Page 58: Log
SCSI Commands: 21BLOG SENSE If the Parameter Pointer field is set to 0, all parameters for that particular page are returned up to the maximum number of bytes specified in the allocation length. Regardless of the starting parameter code specified in the Parameter Pointer field, the page header is always returned.
Page 59: Log Parameter Field Descriptions
SCSI Commands: 21BLOG SENSE 3.9.3.1 Byte 3.9.3.2 Field Page Code Page Length Reserved 3.9.3.3 Byte 4 – n 3.9.3.4 Field Parameter Code Disable Update (DU) Disable Save (DS) List Binary (LBIN) Log Page Header Bits Reserved (MSB) Log Page Field Descriptions Bytes Bits Description...
Page 60: Supported Log Pages Log Page (00H)
SCSI Commands: 21BLOG SENSE List Parameter (LP) Parameter Length Parameter Value Reserved 3.9.4 Supported Log Pages Log Page (00h) Page 00h indicates the log pages used by the drive. To determine the size of each page and of each parameter in the page, the individual page must be requested. Page 00h is unique in that the log parameters returned do not contain log parameter headers.
Page 61 SCSI Commands: 21BLOG SENSE 3.9.4.1 Field Page Code Page Length Supported Log Pages Write Error Counters Read Error Counters Sequential Access Device Log Temperature TapeAlert Response Device Statistics Log Tape Diagnostic Data Log Protocol Specific Port Log Page TapeAlert Alert Log Tape Usage Tape Capacity Log...
Page 62: Write Error Counters Log Page (02H)
SCSI Commands: 21BLOG SENSE 3.9.5 Write Error Counters Log Page (02h) The Write Error Counters Log Page records write errors. The parameters on this page can be reset to zero with the LOG SELECT command. Page Code Parameter Page Length Description Errors corrected without substantial delay Errors corrected with possible delay.
Page 63: Read Error Counters Log Page (03H)
SCSI Commands: 21BLOG SENSE 3.9.6 Read Error Counters Log Page (03h) The Read Error Counters Log Page records read errors. The parameters on this page can be reset to zero with the LOG SELECT command. Page Code Parameter 3.9.7 Sequential Access Device Log Page (0Ch) The Sequential Access Device Log Page tracks the flow of data to and from the drive.
Page 64: Temperature Log Page (0Dh)
SCSI Commands: 21BLOG SENSE 3.9.8 Temperature Log Page (0Dh) The Temperature Log Page reports the drive temperature at the time the LOG SENSE command is issued. The maximum operating temperature is also reported as the reference temperature. The parameters may not be set to zero or changed with the use of a LOG SELECT command.
Page 65: Tapealert Response Log Page (12H)
SCSI Commands: 21BLOG SENSE 3.9.9 TapeAlert Response Log Page (12h) The TapeAlert Response Log Page supports the Automation/Drive Interface standards to provide the TapeAlert flags also reported in Log Page 2Eh. The parameters may not be set to zero or changed with the use of a LOG SELECT command.
Page 66: Device Statistics Log Page (14H)
SCSI Commands: 21BLOG SENSE 3.9.10 Device Statistics Log Page (14h) The Device Statistics Log Page defines data counters associated with utilization of the tape drive. All parameters are persistent across a power cycle. The parameters may not be set to zero or changed with the use of a LOG SELECT command. Byte 3.9.10.1 Parameter...
Page 67: Parameter Code
SCSI Commands: 21BLOG SENSE Notes: 1. Drives support their native medium type and density code and the types of 2. Temperature parameter codes are only reported on drives with temperature 3. Parameter codes 8100h through 8106h are only reported by the LTO3HH 4.
Page 68: Tape Diagnostic Data Log Page (16H)
SCSI Commands: 21BLOG SENSE 3.9.10.3.1 Medium Type Parameter Byte 3.9.10.4 Byte (MSB) DU (0b) The last four temperature events are reported with the highest Temperature Event Number being the most recent event. 3.9.10.4.1 Temperature Type Parameter Byte 3.9.11 Tape Diagnostic Data Log Page (16h) The Tape Diagnostic Data Log Page provides for a number of error event records using the list parameter format.
Page 69 SCSI Commands: 21BLOG SENSE indicating multiple error events. Up to sixteen parameters are reported; each one has a different parameter code, from zero to fifteen. The error events are recorded in non-volatile memory and can be retrieved even after the drive has been reset or power cycled. If more that sixteen different events are recorded during the lifetime of the drive, then the oldest events will be overwritten.
Page 70 SCSI Commands: 21BLOG SENSE Multi-byte numeric fields are in big-endian format. Each field records the specified data at the time the event occurred. If the REPEAT bit is set, then the parameter indicates that the specified event occurred multiple times in succession without any other event type in between.
Page 71: Protocol Specific Port Log Page (18H) - Sas Drives Only
SCSI Commands: 21BLOG SENSE 3.9.12 Protocol Specific Port Log Page (18h) - SAS Drives Only The Protocol Specific Port log page is used to report errors that have occurred on the SAS target device’s Phy(s). Page Code Byte Page Length Bits Reserved (MSB)
Page 72 SCSI Commands: 21BLOG SENSE Byte Multi-byte numeric fields are in big-endian format. Each field records the specified data at the time the event occurred. If the repeat count is one or more, then the parameter indicates that the specified event occurred multiple times in succession without any other event type in between, and the fields contain the values corresponding to the most recent occurrence of the event.
Page 73 SCSI Commands: 21BLOG SENSE INVALID DWORD COUNT RUNNING DISPARITY ERROR COUNT LOSS OF DWORD SYNCHRONIZA TION PHY RESET PROBLEM 44-47 Number of invalid dwords that have been received outside of phy reset sequences 48-51 Number of dwords containing running disparity errors that have been received outside of phy reset sequences Number of times the phy has restarted the link reset sequence 52-55...
Page 74: Tapealert Log Page (2Eh)
SCSI Commands: 21BLOG SENSE 3.9.13 TapeAlert Log Page (2Eh) The TapeAlert Log Page provides information about errors and the status of the drive and media. Page Code All parameters are one byte long. Each parameter is either zero to indicate the corresponding condition has not occurred or one to indicate that the corresponding condition has occurred.
Page 75 SCSI Commands: 21BLOG SENSE Flag Media Life Write Protect No Removal Cleaning Media Unsupported Format Unrecoverable Snapped Tape Memory chip in cartridge failure Forced Eject Read Only Format Tape directory corrupted on load Nearing media life Required Host Message The tape cartridge has reached the end of its calculated useful life: 1.
Page 76 SCSI Commands: 21BLOG SENSE Flag Clean Now Clean Periodic Expired Cleaning Media Invalid cleaning tape Cooling fan failure Hardware A Hardware B Interface Download Fail Drive temperature Drive voltage Required Host Message The tape drive needs cleaning: 1. If the operation has stopped, eject the tape and clean the drive.
Page 77: Drive Conditions Setting/Clearing Tapealert Flags
SCSI Commands: 21BLOG SENSE Flag Tape directory invalid at unload Loading failure Unrecoverable unload failure WORM medium integrity check failed WORM medium overwrite attempted 3.9.13.2 Condition Setting Flag ASC/ASCQ per error list MIC cartridge memory usage information and drive EEPROM usage information indicates excessive read/write problems with this cartridge...
Page 78 SCSI Commands: 21BLOG SENSE Condition Setting Flag ASC/ASCQ per error list Media life threshold breech of lifetime specified loads or lifetime specified usage hours. Received one of the following write type commands while the Media is write protected, for any reason, HWP, SWP, or media/MIC failure that precludes writing:...
Page 79: Send Diagnostic Command
SCSI Commands: 21BLOG SENSE Condition Setting Flag Cleaning tape cartridge out of cleaning tape Cleaning tape MIC: page bad; not supported; not recognized Detected cooling fan failure SEND DIAGNOSTIC command failure POST failure; internal HW failure; HW error; message timeout; deadman timeout; snapped tape Any unrecovered interface error Any failure to complete...
Page 80: Tape Usage Log Page (30H)
SCSI Commands: 21BLOG SENSE 03/03/02 Write 03/09/00 Read 03/09/00 Write 03/09/00 Position 03/0C/00 Write 03/0C/0B Write 03/11/00 03/11/02 Read 03/31/00 Read 03/3B/00 Read 03/3B/00 Write 03/3B/00 Position 03/3B/08 Position 03/50/00 Write 03/50/01 Write 03/51/00 Write 03/52/00 Read 03/52/00 Write 03/52/00 Position 3.9.13.2.2 TapeAlert Table Heading Descriptions and Abbreviations Heading/Abbreviation...
Page 81: Tape Capacity Log Page (31H)
SCSI Commands: 21BLOG SENSE Page Code Parameter 3.9.15 Tape Capacity Log Page (31h) The Tape Capacity Log Page returns information about the tape capacity. All values are in millions of bytes (10 PC, field is ignored and accumulated values are always returned. Page Code Parameter Page Length...
Page 82: Data Compression Log Page (32H)
SCSI Commands: 21BLOG SENSE 3.9.16 Data Compression Log Page (32h) The Data Compression Log Page records compression information. The parameters on this page can be reset to zero with the LOG SELECT command Page Code Parameter Parameters 2 through 9 occur as pairs each of which represents a total number of bytes (i.e., total number of bytes transferred to host as with Parameter 2 and 3 pair.) The first four-byte parameter of a pair represents millions of bytes (10 four-byte parameter of a pair represents the difference between the millions of bytes...
Page 83 SCSI Commands: 21BLOG SENSE Each event is 82 bytes in length, including the four-byte parameter header, as shown below. Byte Multi-byte numeric fields are in big-endian format. Each field records the specified data at the time the event occurred. If the repeat count is one or more, then the parameter indicates that the specified event occurred multiple times in succession without any other event type in between, and the fields contain the values corresponding to the most recent occurrence of the event.
Page 84 SCSI Commands: 21BLOG SENSE Message Code Repeat Count Thread Count Total Data Sets Timestamp Firmware Version Cartridge Manufacturer Cartridge Serial Number The Message Code reported for the event. These values are defined in this manual in Appendix A: Message Codes. The number of times in succession that this event occurred without a different event occurring.
Page 85: Tape Device Statistics Log Page (3Eh)
SCSI Commands: 21BLOG SENSE 3.9.20 Tape Device Statistics Log Page (3Eh) The Tape Device Statistics Log Page defines data counters associated with both the tape drive and the tape cartridge. All drive parameters are persistent across a power cycle. All media parameter follow the currently loaded tape cartridge. The parameters shall not be set to zero or changed with the use of a LOG SELECT command.
Page 86: Mode Select
SCSI Commands: 22BMODE SELECT 3.10 MODE SELECT The MODE SELECT command allows the host to assign device parameters to the drive. After a power-on or SCSI reset condition, the drive sets its device parameters to the default values. By issuing a MODE SELECT command, the host can change the device parameters.
Page 87 SCSI Commands: 22BMODE SELECT Field Parameter List Length Reserved Control A value in the Parameter List Length field that truncates a parameter list causes the drive to return a Check Condition, and the REQUEST SENSE data is set to Illegal Request.
Page 88: Mode Select Parameters
SCSI Commands: 22BMODE SELECT 3.10.2 MODE SELECT Parameters The MODE SELECT parameter list, for both the MODE SELECT(6) and MODE SELECT(10) commands is in the following general format: Mode Parameter Header Mode Parameter Pages 3.10.3 Mode Parameter Header 3.10.3.1 Bytes 3.10.3.2 Field Mode Data...
Page 89: Mode Select(10) Parameter Header
SCSI Commands: 22BMODE SELECT 3.10.3.3 Byte 3.10.3.4 Field Mode Data Length MEDIUM TYPE Buffered Mode Speed Block Descriptor Length Reserved When Buffered Mode is 1, a WRITE command is completed when the data is transferred to the internal buffer of the drive. When Buffered Mode is 0 a WRITE command is not completed until all data has been transferred to tape.
Page 90: Block Descriptor Field Descriptions
SCSI Commands: 22BMODE SELECT 3.10.4.1 Field Density Code Block Length Reserved Note: Use Report Density command to determine all densities supported by the drive and density of the tape currently in the drive. 3.10.5 Mode Parameter Pages There are several mode parameter pages of different formats that allow you to set different drive parameters.
Page 91 SCSI Commands: 22BMODE SELECT 3.10.5.1 Field Page Code Additional Page Length Mode Parameters Reserved If the initiator does not set the Additional Page Length field of the Mode Page to the value indicated in the Mode Page definition (for example, 10h for the Device Configuration Page), the drive terminates the MODE SELECT command and returns Check Condition status bytes with an Illegal REQUEST SENSE key.
Page 92: Disconnect/Reconnect Mode Page (02H)
SCSI Commands: 22BMODE SELECT 3.10.6 Disconnect/Reconnect Mode Page (02h) 3.10.6.1 The SAS Disconnect/Reconnect mode page contains the following parameters. Byte The SAS Disconnect/Reconnect Mode Page parameters are listed below. Field Page Code Additional Page Length Bus Inactivity Time Limit Maximum Connect Time Limit Disconnect/Reconnect Mode Page (02h) for SAS...
Page 93 SCSI Commands: 22BMODE SELECT Field Maximum Burst Size First Burst Size Reserved 3.10.6.2 The FCP Disconnect/Reconnect mode page contains the parameters Byte Bytes Bits Description 10-11 For read data, the value in the MAXIMUM BURST SIZE field contains the maximum amount of data that is transferred during a connection by an SSP target port per I_T_L_Q nexus without transferring at least one frame for a different I_T_L_Q nexus.
Page 94 SCSI Commands: 22BMODE SELECT The SAS Disconnect/Reconnect Mode Page parameters are listed below. Field Page Code Additional Page Length Buffer Full Ratio Buffer Empty Ratio Bus Inactivity Time Limit Disconnect Time Limit Maximum Connect Time Limit Maximum Burst Size Enable Modify Data Pointers Fairness...
Page 95 SCSI Commands: 22BMODE SELECT 3.10.6.3 The SPI, (SCSI Parallel Interface), Disconnect/Reconnect mode page contains the following parameters. Byte The SPI DisconnectReconnect Mode Page parameters are listed below. Field Page Code Additional Page Length Maximum Burst Size Reserved On read operations, the drive disconnects when the drive buffer is empty, even if the Allocation Length has not been satisfied.
Page 96: Control Mode Page (0Ah)
SCSI Commands: 22BMODE SELECT 3.10.7 Control Mode Page (0Ah) The Control mode page specifies whether the drive generates a Check Condition when any log parameter reaches maximum. (Refer to the LOG SELECT command and the LOG SENSE command.) It also specifies whether tagged queuing is used and the behavior of the drive autoload sequence.
Page 97 SCSI Commands: 22BMODE SELECT Field Auto Load Mode Busy Timeout Period Extended Self test Completion Time Reserved Byte Bits Description Always 0, indicating that drive may return long busy condition in place of Report A Check condition. Always 0, indicating unsupported Software Write Protect. 000b = Load inserted medium for full access.
Page 98: Data Compression Control Mode Page (0Fh)
SCSI Commands: 22BMODE SELECT 3.10.8 Data Compression Control Mode Page (0Fh) The Data Compression Control mode page specifies whether or not data is compressed during WRITE commands and whether or not data is decompressed during READ commands. Byte 3.10.8.1 Field Page Code Additional Page Length...
Page 99: Sequential Access Device Configuration Mode Page (10H)
SCSI Commands: 22BMODE SELECT 3.10.9 Sequential Access Device Configuration Mode Page (10h) The Device Configuration mode page specifies the appropriate sequential access device configuration. The following table illustrates this page. Byte 3.10.9.1 Sequential Access Device Configuration Page Field Descriptions Field Page Code Additional Page Length...
Page 100 SCSI Commands: 22BMODE SELECT Field Gap Size EOD Defined Buffer Size at Early Warning Select Data Compression Algorithm WTRE ASOCWP PERSWP PRMWP Reserved Bytes Bits Description Always 0, indicating that Report Early Warning for Read type commands is not supported. Always 0, indicating that there is no concept of inter-block gaps in the LTO format.
Page 101: Protocol-Specific Logical Unit Mode Page (18H)
SCSI Commands: 22BMODE SELECT 3.10.10Protocol-Specific Logical Unit Mode Page (18h) The Protocol-Specific Logical Unit mode page is implemented for Fibre Channel and SAS drives. The implementation differs according to the protocol. 3.10.10.1 The Fibre Channel Logical Unit mode page contains those parameters that select FCP logical unit operation options, which only includes the enabling and disabling of precise delivery checking.
Page 102 SCSI Commands: 22BMODE SELECT 3.10.10.2.1 Field Page Code Page Length Protocol Identifier Transport Layer Retries Reserved SAS Logical Unit Page Field Descriptions Bytes Bits Description 18h, indicating the Fibre Channel Logical Unit Control Mode Page. 06h, indicating that six parameter bytes follow the Page Length byte.
Page 103: Protocol-Specific Port Mode Page (19H)
SCSI Commands: 22BMODE SELECT 3.10.11Protocol-Specific Port Mode Page (19h) 3.10.11.1 The Fibre Channel Port Control mode page contains those parameters that select FCP_Port operation options. The page is implemented by LUN 0 of the drive. Some of the bits defined by the Fibre Channel Port Control page require the FCP_Port to violate one or more of the Fibre Channel standards.
Page 104 SCSI Commands: 22BMODE SELECT Field RR_TOV UNITS RR_TOV Reserved 3.10.11.2 The mode page policy for the Protocol-Specific Logical Unit mode page short format subpage applies to the single target port. Byte 3.10.11.2.1 Field Page Code Parameters Saveable Page Length Protocol Identifier Ready LED Meaning...
Page 105 SCSI Commands: 22BMODE SELECT Field Initiator Response Timeout Reserved 3.10.11.3 Protocol-Specific Port Mode Page (19h) for SAS SSP –Phy Control And Discover Subpage The Phy Control and Discover subpage contains phy-specific parameters. There is one descriptor, as the drive has a single SAS phy. Byte Bytes Bits...
Page 106 SCSI Commands: 22BMODE SELECT Byte 3.10.11.3.1 Field Page Code Parameters Saveable Subpage Code Page Length Protocol Identifier Number of Phys Identifier Attached Device Type Negotiated Physical Link Rate Bits SAS Control and Discover Subpage Field Descriptions Bytes Bits Description 19h, indicating a Port Control Mode Page. Sub Page Format.
Page 107: Informational Exceptions Mode Page (1Ch)
SCSI Commands: 22BMODE SELECT Field Attached SSP Target Port Address Attached Address Hardware Minimum Physical Link Rate Programme d Minimum Physical Link Rate Hardware Maximum Physical Link Rate Programme d Max Physical Link Rate Vendor Specific Reserved 3.10.12Informational Exceptions Mode Page (1Ch) The Informational Exceptions Mode Page controls exception reporting via the TapeAlert log page.
Page 108 SCSI Commands: 22BMODE SELECT Field EWasc DExcept Test LogErr MRIE Interval Timer Test Flag Number Reserved Bytes Bits Description Parallel SCSI Interface: Always 0. Fibre Channel Interface: 0 = Background function is disabled. 1 = Background function is enabled. Always 1, indicating that TapeAlert warning flags are reported. 0 = Exception reporting is enabled.
Page 109: Medium Configuration Mode Page (1Dh)
SCSI Commands: 22BMODE SELECT 3.10.13Medium Configuration Mode Page (1Dh) The Medium Configuration Mode Page specifies any special considerations the tape drive shall use when processing commands that access the medium. The WORM mode (WORMM) bit shall be set to one when the drive is operation in WORM mode. Bits Byte 6 - 31...
Page 110: Drive Capabilities Control Mode Page (21H)
SCSI Commands: 22BMODE SELECT 3.10.14Drive Capabilities Control Mode Page (21h) The Drive Capabilities Control mode page controls the capabilities of the LTO drive. A single copy of this page is maintained for all initiators. New INQUIRY String Control, Firmware Test Control, and Data Compression Control will be in effect immediately after MODE SELECT.
Page 111 SCSI Commands: 22BMODE SELECT Field INQUIRY String Control Firmware Test Control Data Compression Control Host Unload Override (HUO) Auto Unload Mode Firmware Test Control 3 Firmware Test Control 4 Reserved Bytes Bits Description 0 = Standard INQUIRY string (default) 1 = Factory test only INQUIRY string 1 2 = Factory test only INQUIRY string 2 3 = Factory test only INQUIRY string 3 0 = disable Factory test mode code (default)
Page 112: Interface Control Mode Page (22H)
SCSI Commands: 22BMODE SELECT 3.10.15Interface Control Mode Page (22h) The Interface Control mode page controls the operation of the primary port as well as parameters of the Library serial interface. A single copy of this page is maintained for all initiators. Next Selection ID and Target Initiated Bus Control will be in effect the next reset or power cycle after MODE SELECT.
Page 113: Mode Select Completion Status
SCSI Commands: 22BMODE SELECT 3.10.15.1 Field Page Code Additional Page Length Jumpered Selection Target Initiated Control Port A Power On Disabled Features in bytes 14 and 15 are enabled by special request; otherwise the fields are 0. Reserved 3.10.16MODE SELECT Completion Status Code Interface Control Page Field Descriptions Bytes...
Page 114: Mode Sense
SCSI Commands: 23BMODE SENSE 3.11 MODE SENSE The MODE SENSE command allows the host to determine various drive parameters. These parameters are sent from the drive to the host as data formatted in a parameter list. This command is complementary to the MODE SELECT command that sets device parameters.
Page 115: Mode Sense Command Descriptor Block
SCSI Commands: 23BMODE SENSE 3.11.1 MODE SENSE Command Descriptor Block 3.11.1.1 Byte 3.11.1.2 Field Operation Code Ignored Logical Unit Page Code Allocation Length Reserved Control MODE SENSE (6) Command Descriptor Block Bits Operation Code (1Ah) Ignored LUN Rsvd Allocation Length MODE SENSE (6)Field Descriptions Bytes Bits...
Page 116: Mode Sense(10) Command Descriptor Block
SCSI Commands: 23BMODE SENSE 3.11.1.3 Byte 3.11.1.4 Field Operation Code Ignored Logical Unit Page Code MODE SENSE(10) Command Descriptor Block Bits Operation Code (5Ah) Ignored LUN Rsvd (MSB) Allocation Length MODE SENSE(10)Field Descriptions Bytes Bits Description The Operation Code for MODE SENSE(10) is 5Ah. The LUN field is vestigial from the SCSI-1 standard and is ignored.
Page 117: Mode Sense Data
SCSI Commands: 23BMODE SENSE Field Allocation Length Reserved Control 3.11.2 MODE SENSE Data The MODE SENSE data list, for both MODE SENSE(6) and MODE SENSE(10) is in the following general format: Mode Parameter Header Mode Parameter Pages 3.11.3 Mode Parameter Header 3.11.3.1 Byte 3.11.3.2...
Page 118 SCSI Commands: 23BMODE SENSE Field Block Descriptor Length Reserved When Buffered Mode is 1, a WRITE command is terminated when the data is transferred to the internal buffer of the drive. When Buffered Mode is 0 a WRITE command is not terminated until all data has been transferred to tape. 3.11.3.3 Byte 3.11.3.4...
Page 119: Mode Sense Block Descriptor
SCSI Commands: 23BMODE SENSE 3.11.4 MODE SENSE Block Descriptor Byte 3.11.4.1 Field Density Code Block Length Reserved Note: Use Report Density command to determine all densities supported by the drive and density of the tape currently in the drive. 3.11.5 Mode Parameter Pages There are several mode parameter pages that allow you to retrieve different drive parameters.
Page 120: Mode Sense Completion Status
SCSI Commands: 23BMODE SENSE 3.11.6 MODE SENSE Completion Status Code Message Description • The drive is ready to perform any appropriate command. Good Status • The drive remains in any previously set mode. MODE SENSE does not set or change any modes. •...
Page 121: Park Unpark
SCSI Commands: 24BPARK UNPARK 3.12 PARK UNPARK The PARK UNPARK command with the park bit set requests that the drive park the load arm in preparation for transport. The PARK UNPARK command with the park bit not set requests that the drive load arm be unparked.
Page 122: Persistent Reserve In
SCSI Commands: 25BPERSISTENT RESERVE IN 3.13 PERSISTENT RESERVE IN The PERSISTENT RESERVE IN command is used to obtain information about persistent reservations and reservation keys that are active within a device server. This command is used in conjunction with the PERSISTENT RESERVE OUT command.
Page 123: Persistent Reserve In Parameter Data For Read Keys
1h = Write Exclusive Reads Shared: Any application client on any initiator may initiate tasks that request transfers from the storage medium or cache of the logical unit to the initiator. Writes Exclusive: Any task from any initiator other than the...
Page 124: Persistent Reserve In Completion Status
6h = Exclusive Access – Registrants Only Reads Exclusive: A task that requests a transfer from the storage medium or cache of the logical unit to an initiator that is not currently registered with the device server shall be terminated with RESERVATION CONFLICT status.
Page 125: Persistent Reserve Out
SCSI Commands: 26BPERSISTENT RESERVE OUT 3.14 PERSISTENT RESERVE OUT The PERSISTENT RESERVE OUT command is used to request service actions that reserve a logical unit or element for the exclusive or shared use of a particular initiator. The command uses other service actions to manage and remove such reservations.
Page 126: Persistent Reserve Out Parameter List
SCSI Commands: 26BPERSISTENT RESERVE OUT 3.14.1.2 Code 3.14.1.3 Byte Field APTPL Obsolete PERSISTENT RESERVE OUT service action codes Name Description Register a reservation key with the device REGISTER server. Creates a persistent reservation having a RESERVE specified SCOPE and TYPE. RELEASE Releases the selected reservation for the requesting initiator.
Page 127: Persistent Reserve Out Service Actions And Valid Parameters
SCSI Commands: 26BPERSISTENT RESERVE OUT 3.14.1.4 PERSISTENT RESERVE OUT service actions and valid parameters Service Action REGISTER REGISTER AND IGNORE EXISTING KEY RESERVE RELEASE CLEAR PREEMPT PREEMPT & ABORT 3.14.2 PERSISTENT RESERVE OUT Completion Status Code Allowed SCOPE TYPE RESERVATION ignored ignored ignored...
Page 128: Prevent Allow Medium Removal
SCSI Commands: 27BPREVENT ALLOW MEDIUM REMOVAL 3.15 PREVENT ALLOW MEDIUM REMOVAL The PREVENT ALLOW MEDIUM REMOVAL command requests that the target enable or disable the removal of the medium from the drive. The drive will not allow medium removal if any initiator currently has medium removal prevented. If medium removal is prevented and the medium is in the loaded position, then: •...
Page 129: Prevent Allow Medium Removal Completion Status
SCSI Commands: 27BPREVENT ALLOW MEDIUM REMOVAL 3.15.2 PREVENT ALLOW MEDIUM REMOVAL Completion Status Code Message Description • The drive is ready to perform any appropriate command. Good Status • The drive remains in any previously set mode. • The tape position is not changed. Use the REQUEST SENSE command to retrieve status information.
Page 130: Read
SCSI Commands: 28BREAD 3.16 READ The READ command transfers one or more bytes or blocks from the drive to the Initiator beginning with the next block on tape. If the Fixed bit is zero and Transfer Length is not zero, then a single block of the length in Transfer Length is transferred.
Page 131 SCSI Commands: 28BREAD 3.16.1.1 Field Operation Code Ignored Logical Unit SILI Fixed Transfer Length Reserved Control If the SILI bit is one and the Fixed bit is one, the drive returns a Check Condition with Illegal REQUEST SENSE key with an additional sense code of Invalid Field in CDB.
Page 132: Read Command Operation
SCSI Commands: 28BREAD is encountered before the sequence is complete, the blocks up to that block are returned followed by all of that block and Check Condition status. The current position is set after the last block that was returned or partially returned. If the Transfer Length field is zero and the Suppress Invalid length Indicator and the Fixed bit are not both one, then no action is taken.
Page 133: Unrecoverable Data Error
SCSI Commands: 28BREAD 3.16.2.4 When the end-of-medium or end-of-partition position is encountered, the command terminates with a Check Condition and Medium Error (03h) sense key. The Valid bit (byte 0, bit 7) and the EOM bit (byte 2, bit 6) are set. The Residual Length field is then set as follows: If the Fixed bit is one, it equals the difference between the CDB transfer length and the number of actual blocks read.
Page 134: Fixed Mode Residual Data
SCSI Commands: 28BREAD The drive reports the Incorrect Length error based on the Suppress Incorrect Length Indicator (SILI) bit as follows: If the actual block length exceeds the CDB Transfer Length, the Incorrect Length error is reported. If the actual block length is smaller than the CDB Transfer Length and the SILI bit is one, the drive ignores (that is, suppresses) the Incorrect Length error.
Page 135: Variable Mode Residual Data
SCSI Commands: 28BREAD 3.16.2.9 When the Fixed bit is zero, the residual data is always set to the CDB Transfer Length. For example, assume the following: The drive is currently positioned before block N. Block N + 1 contains 512 bytes. The host issues a READ command with a CDB Transfer Length of 514, indicating 514 bytes of data to be read.
Page 136: Read Attribute
SCSI Commands: 29BREAD ATTRIBUTE 3.17 READ ATTRIBUTE The READ ATTRIBUTE command allows the application client to READ ATTRIBUTE values from medium auxiliary memory. 3.17.1 READ ATTRIBUTE Command Descriptor Block Byte 3.17.1.1 Field OPERATION CODE SERVICE ACTION VOLUME NUMBER PARTITION NUMBER FIRST ATTRIBUTE IDENTIFIER...
Page 137: Read Attribute Service Action Codes
SCSI Commands: 29BREAD ATTRIBUTE 3.17.2 READ ATTRIBUTE Service Action Codes The service actions defined for the READ ATTRIBUTE command are shown in the table below. Code 05-1Fh 3.17.3 ATTRIBUTE VALUES Service Action The READ ATTRIBUTE command with ATTRIBUTE VALUES service action returns parameter data containing the attributes specified by the PARTITION NUMBER, VOLUME NUMBER, and FIRST ATTRIBUTE IDENTIFIER fields in the CDB.
Page 138: Volume List Service Action
SCSI Commands: 29BREAD ATTRIBUTE Byte The AVAILABLE DATA contains the number of bytes of attribute identifier data in the parameter list. An ATTRIBUTE IDENTIFIER field is returned for each attribute that is not in the unsupported state and not in the nonexistent state in the specified partition and volume number.
Page 139: Medium Auxiliary Memory Attributes
SCSI Commands: 29BREAD ATTRIBUTE Byte The AVAILABLE DATA contains two. The FIRST PARTITION NUMBER field indicates the first partition available on the specified volume number. It contains zero as there is only one partition. The NUMBER OF PARTITION AVAILABLE field contains the number of partitions available on the specified volume number.
Page 140: Attributes Supported By The Drive
SCSI Commands: 29BREAD ATTRIBUTE 3.17.8 Attributes Supported by the drive 3.17.8.1 Device type attributes are maintained and updated by the device server when the medium and associated medium auxiliary memory are present. All supported medium type attributes have a status of read only. Attribute Identifier 0000h...
Page 141: Product Serial Number
SCSI Commands: 29BREAD ATTRIBUTE ASSIGNING ORGANIZATION (ID 0005h): The ASSIGNING ORGANIZATION attribute identifies the organization responsible for the specifications defining the values in the FORMATTED DENSITY CODE attribute. The ASSIGNING ORGANIZATION attribute contains the ASCII text LTO-CVE. FORMATTED DENSITY CODE (ID 0006h): Contains one of the density code values reported in the REPORT DENSITY SUPPORT command.
Page 142 SCSI Commands: 29BREAD ATTRIBUTE Byte * Values are expressed in mebibyte, (1 mebibyte = 1,048,576). ¹ Values are during this load of this medium. ² Values are during previous load of this medium. ³ Values are since last format of this medium. PARTITION USAGE HISTORY (ID 0341h): Provides counters for the partition specified by the PARTITION NUMBER field in the CDB.
Page 143 SCSI Commands: 29BREAD ATTRIBUTE 3.17.8.2 Medium type attributes are stored in the medium auxiliary memory by the media manufacturer. All supported medium type attributes have a status of read only. Attribute Identifier 0400h 0401h 0402h 0403h 0404h 0405h 0406h 0407h 0408h 0409h 040Ah...
Page 144 SCSI Commands: 29BREAD ATTRIBUTE MEDIUM TYPE (ID 0408h): and MEDIUM TYPE INFORMATION (ID 0400h): Give information about non-data media and other types of media. The MEDIUM TYPE INFORMATION attribute is interpreted according to the type of medium indicated by the MEDIUM TYPE as shown in the table below. MEDIUM TYPE 02h-7Fh 81h-FFh...
Page 145 SCSI Commands: 29BREAD ATTRIBUTE TEXT LOCALIZATION IDENTIFIER (ID 0805h): Defines the character set used for attributes with a TEXT format. BARCODE (ID 0806h): Is contents of a barcode associated with the medium in the medium auxiliary memory. OWNING HOST TEXTUAL NAME (ID 0807h): Indicates the host from which that USER MEDIUM TEXT LABEL originates.
Page 146: Read Attribute Completion Status
SCSI Commands: 29BREAD ATTRIBUTE 3.17.9 READ ATTRIBUTE Completion Status Code Message Description • The drive is ready to perform any appropriate command. Good Status • The drive remains in any previously set mode. • The tape position is not changed. Check Use the REQUEST SENSE command to retrieve status information.
Page 147: Read Block Limits
SCSI Commands: 30BREAD BLOCK LIMITS 3.18 READ BLOCK LIMITS The READ BLOCK LIMITS command requests that the drive return the maximum and minimum block sizes that it supports. The minimum block length is always reported as 1 byte, the maximum as 2 3.18.1 READ BLOCK LIMITS Command Descriptor Block Byte 3.18.1.1...
Page 148: Read Block Limits Data Field Descriptions
SCSI Commands: 30BREAD BLOCK LIMITS 3.18.2.1 Field Reserved Maximum Block Length Minimum Block Length 3.18.3 READ BLOCK LIMITS Completion Status Code READ BLOCK LIMITS Data Field Descriptions Bytes Bits Description All reserved bits must be 0. Always FFFFFFh, indicating a maximum block length of 2 Always 0001h, indicating a minimum block length of 1.
Page 149: Read Buffer
SCSI Commands: 31BREAD BUFFER 3.19 READ BUFFER The READ BUFFER command reads data from the memory on the drive and sends it to the initiator. This command is used in conjunction with the WRITE BUFFER command as a diagnostic function for testing the drive buffer memory and confirming the SCSI bus or Fibre Channel interface integrity.
Page 150: Read Buffer Header
SCSI Commands: 31BREAD BUFFER A Mode of 00h requests that the data returned consists of a 4-byte descriptor header followed by the data from the buffer. The 4-byte header is included in the number of bytes specified by the Allocation Length. The Buffer ID and Buffer Offset fields are reserved.
Page 151: Read Buffer Descriptor Field Descriptions
SCSI Commands: 31BREAD BUFFER Byte 3.19.3.1 Field Offset Boundary Buffer Capacity 3.19.4 Echo Buffer Descriptor If the Mode field is set to 0Bh, then the data returned is a 4 byte Echo Buffer Descriptor. The following table shows the fields in the Echo Buffer Descriptor. Byte 3.19.4.1 Field...
Page 152: Mam
MAM Pages Access Description All pages. Cartridge Manufacturer’s Information Media Manufacturer’s Information (optional) Drive Manufacturer Support (Quantum cleaning Cartridge only) Universal Drive Support (Universal Cleaning Cartridge only) Initialization Data Tape Write Pass Tape Directory EOD Information Cartridge Status and Tape Alert Flags...
Page 153: Read Position
SCSI Commands: 32BREAD POSITION 3.20 READ POSITION The READ POSITION command reports the block address of the current data block. The current data block is the first data block that would be read from the current tape partition if a READ command were issued. 3.20.1 READ POSITION Command Descriptor Block Byte 3.20.1.1...
Page 154: Read Position Data
SCSI Commands: 32BREAD POSITION 3.20.2 READ POSITION Data The READ POSITION command returns a block of READ POSITION Data. The following table shows the fields in the READ POSITION Data when the Long and TCLP bits are set to zero. Byte 3.20.2.1 Field...
Page 155 SCSI Commands: 32BREAD POSITION Field Number of blocks in buffer Number of bytes in buffer Reserved The First Block Location and the Last Block Location are both set to the number of blocks and file marks between BOP and current logical position. If the tape is at BOP, 0 is returned in these fields.
Page 156: Read Position Completion Status
SCSI Commands: 32BREAD POSITION 3.20.2.2 Field Partition Number Block Number File Number Number Reserved 3.20.3 READ POSITION Completion Status Code READ POSITION Long Form Field Descriptions Bytes Bits Description 0 = The current logical position is not at BOP. 1 = The current logical position is at Beginning-of-Partition (BOP). 0 = The current logical position is not between early warning and end-of-tape.
Page 157: Receive Diagnostic Results
SCSI Commands: 33BRECEIVE DIAGNOSTIC RESULTS 3.21 RECEIVE DIAGNOSTIC RESULTS The RECEIVE DIAGNOSTIC RESULTS command requests that the results of a previously executed SEND DIAGNOSTIC command be sent to the initiator. 3.21.1 RECEIVE DIAGNOSTIC RESULTS Command Descriptor Block Byte 3.21.1.1 RECEIVE DIAGNOSTIC RESULTS Command Field Descriptions Field Operation Code...
Page 158: Receive Diagnostic Results Returned Data If Pcv Set, Page Code = 00H
SCSI Commands: 33BRECEIVE DIAGNOSTIC RESULTS Byte 3.21.2.2 Field Page Code Reserved Page Length Diagnostic Parameter 3.21.3 RECEIVE DIAGNOSTIC RESULTS Returned data if PCV set, Page Code = 00h When the Supported Diagnostic Page is requested. The following diagnostic page will be returned. Byte 3.21.4 Returned data if PCV set, Page Code = 81h When the Parallel Protocol Parameters Diagnostic Page is requested.
Page 159: Receive Diagnostic Results Completion Status
SCSI Commands: 33BRECEIVE DIAGNOSTIC RESULTS 3.21.4.1 Field Bytes Page Code Reserved Page Length Transfer Period Factor Req/Ack Offset Transfer Width Exponent PCOMP_EN RD_STRM WR_FLOW HOLD_MCS QAS_REQ DT_REQ IU_REQ 3.21.5 RECEIVE DIAGNOSTIC RESULTS Completion Status Status Field Descriptions – PCV not set Bits Description Identifies the type of diagnostic page being returned.
Page 160: Release
SCSI Commands: 34BRELEASE 3.22 RELEASE The RELEASE command releases a current drive reservation, if the command is received from the Initiator that established the reservation. Any RELEASE command that arrives from other than the originating requester is ignored and Good Status is returned in response to the command. Third Party reservations are not supported.
Page 161: Release(10) Command Field Descriptions
SCSI Commands: 34BRELEASE Byte 3.22.1.4 Field Operation Code Ignored Logical Unit Ignored Third Party Device ID Reserved Control 3.22.2 RELEASE Completion Status Code Bits Reserved RELEASE(10) Command Field Descriptions Bytes Bits Description The Operation code for the 10-byte version of RELEASE is 57h. The LUN field is vestigial from the SCSI-1 standard and is ignored.
Page 162: Report Density Support
SCSI Commands: 35BREPORT DENSITY SUPPORT 3.23 REPORT DENSITY SUPPORT The REPORT DENSITY SUPPORT command returns details about the tape formats supported by the drive. The data is returned as a header and a series of descriptor blocks. If the Media bit is set, then one descriptor block is returned with the data for the currently loaded tape.
Page 163: Report Density Support Data Block Descriptor
SCSI Commands: 35BREPORT DENSITY SUPPORT Byte 3.23.2.2 Descriptions Field Available Density Descriptor Length Reserved One or more REPORT DENSITY SUPPORT pages in the format shown below follow the header. 3.23.2.3 Byte 16-23 24-31 32-51 Bits REPORT DENSITY SUPPORT Header Field Bytes Bits Description...
Page 164 SCSI Commands: 35BREPORT DENSITY SUPPORT 3.23.2.4 Field Primary Density Code Secondary Density Code WRTOK DEFLT Bits per mm Media Width Tracks Capacity Assigning Organization REPORT DENSITY SUPPORT Descriptor Field Descriptions Bytes Bits Description LTO4 drive 42h indicating Ultrium 2 (read only) 44h indicating Ultrium 3 46h indicating Ultrium 4...
Page 165: Report Density Support Completion Status
SCSI Commands: 35BREPORT DENSITY SUPPORT Field Density Name Description Reserved 3.23.3 REPORT DENSITY SUPPORT Completion Status Code Bytes Bits Description 24-31 8 bytes of ASCII data. Can be one of the following: For Ultrum 4 “U416 ” For Ultrium 3: “U316 ”...
Page 166: Report Device Identifier
SCSI Commands: 36BREPORT DEVICE IDENTIFIER 3.24 REPORT DEVICE IDENTIFIER The host uses this command to retrieve the Device Identifier. The Device Identifier is set using the SET DEVICE IDENTIFIER command and shall persist through power cycles. 3.24.1 REPORT DEVICE IDENTIFIER Command Descriptor Block The following table shows the layout of the CDB.
Page 167: Field Descriptions
SCSI Commands: 36BREPORT DEVICE IDENTIFIER 3.24.2.1 Field Identifier Length Identifier 3.24.3 REPORT DEVICE IDENTIFIER Completion Status Code Field Descriptions Bytes Bits Description The Identifier Length field indicates the length in bytes of the Identifier field. The Identifier Length shall initially equal zero, and shall be changed only by a successful SET DEVICE IDENTIFIER command.
Page 168: Report Luns
SCSI Commands: 37BREPORT LUNS 3.25 REPORT LUNS The host uses this command to retrieve information about which Logical Units the drive supports. The allocation length shall be at least 16 bytes. If this is not the case, drive will return Check Condition status and provide a sense key of Illegal Request and additional sense of INVALID FIELD IN CDB.
Page 169: Report Luns Completion Status
SCSI Commands: 37BREPORT LUNS Byte 8-15 3.25.2.1 Field LUN List Length Reserved LUN 0 Future drives may supports multiple Logical Unit Numbers. This would increase the LUN List Length and add additional LUNs to the LUN List after byte 15. 3.25.3 REPORT LUNS Completion Status Code Bits...
Page 170: Report Supported Operation Codes
SCSI Commands: 38BREPORT SUPPORTED OPERATION CODES 3.26 REPORT SUPPORTED OPERATION CODES The host uses this command to retrieve information on the commands that the drive supports. The host may request a list of all operation codes and service actions supported or the command support data for a specific command. 3.26.1 REPORT SUPPORTED OPERATION CODES Command Descriptor Block The following table shows the layout of the CDB.
Page 171: Report Supported Operation Codes Data
SCSI Commands: 38BREPORT SUPPORTED OPERATION CODES Field Requested Operation Code Requested Service Action Allocation Length Reserved Control 3.26.2 REPORT SUPPORTED OPERATION CODES Data The following data is returned by the REPORT SUPPORTED OPERATION CODES command when all commands parameter data is requested. Byte The Command Descriptor Format Byte...
Page 172: Field Descriptions
SCSI Commands: 38BREPORT SUPPORTED OPERATION CODES Field SERVACTV CDB Length The Single Command parameter data Byte 3.26.2.2 REPORT SUPPORTED OPERATION CODES Single Command Field Descriptions Field Support CDB Size CDB Usage Data Bytes Bits Description The Service Action Valid bit: 0 = Indicates Operation Code does not have service actions and Service Action field contents are reserved.
Page 173: Report Supported Operation Codes Completion Status
SCSI Commands: 38BREPORT SUPPORTED OPERATION CODES 3.26.3 REPORT SUPPORTED OPERATION CODES Completion Status Code Message Description • The drive is ready to perform any appropriate command. Good Status • The drive remains in any previously set mode. • The drive accepts commands from any Initiator. •...
Page 174: Report Supported Task Management Functions
SCSI Commands: 39BREPORT SUPPORTED TASK MANAGEMENT FUNCTIONS 3.27 REPORT SUPPORTED TASK MANAGEMENT FUNCTIONS The host uses this command to report information on the task management functions that the drive supports. 3.27.1 REPORT SUPPORTED TASK MANAGEMENT FUNCTIONS Command Descriptor Block The following table shows the layout of the CDB. Byte 3.27.1.1 REPORT SUPPORTED TASK MANAGEMENT FUNCTIONS Command Field Descriptions...
Page 175: Report Supported Task Management Functions Data
SCSI Commands: 39BREPORT SUPPORTED TASK MANAGEMENT FUNCTIONS 3.27.2.1 REPORT SUPPORTED TASK MANAGEMENT FUNCTIONS Data Field Descriptions Field WAKES LURS CTSS CACAS ATSS ITNRS 3.27.3 REPORT SUPPORTED TASK MANAGEMENT FUNCTIONS Completion Status Code Bytes Bits Description Set indicates a \WAKEUP task management function is supported by drive.
Page 176: Request Sense
SCSI Commands: 40BREQUEST SENSE 3.28 REQUEST SENSE The REQUEST SENSE command returns the status of the last command. Sense Data is updated with each command; therefore, the sense data only reports the status of the immediately previous command. If a Check Condition status results, a REQUEST SENSE command should be issued to recover the information form the Sense Data.
Page 177: Request Sense Command Descriptor Block
SCSI Commands: 40BREQUEST SENSE 3.28.2 REQUEST SENSE Command Descriptor Block Byte 3.28.2.1 Field Operation Code Ignored Logical Unit Allocation Length Reserved Control 3.28.3 Sense Data Format The REQUEST SENSE command returns sense data in the following format. Byte Bits Operation Code (03h) Ignored LUN Reserved Reserved...
Page 178 SCSI Commands: 40BREQUEST SENSE Byte 22-29 30-33 34-37 Bits Reserved Vendor Unique1 (Reserved) Vendor Unique2 (Reserved) Vendor Unique3 (Reserved) Page 170 Reserved...
Page 179: Request Sense Data Field Descriptions
SCSI Commands: 40BREQUEST SENSE 3.28.3.1 Field Valid Error Code Segment Number FM bit EOM bit Incorrect Length Indicator (ILI) Sense Key Informa- tion Additional Sense Length Command Specific Additional Sense Code Additional Sense Code Qualifier Field Replace- able Unit Codes SKSV REQUEST SENSE Data Field Descriptions Bytes...
Page 180: Sense Key Values
SCSI Commands: 40BREQUEST SENSE Field Bit Pointer Field Pointer Reserved 3.28.3.2 The following table shows the meaning of the Sense Key values. For expanded information, see Additional Sense Codes and Code Qualifiers, below. Bytes Bits Description 0 = The first error was encountered in the Data-Out Phase. 1 = The first error was encountered in the Command Descriptor Block.
Page 181: Additional Sense Codes And Code Qualifiers
SCSI Commands: 40BREQUEST SENSE 3.28.3.3 Additional Sense Codes and Additional Sense Codes Qualifiers are returned in the REQUEST SENSE data in bytes 12 and 13. These codes are loaded whenever a Check Condition is returned for a SCSI command. The purpose of the codes is to provide more specific error information.
Page 182 SCSI Commands: 40BREQUEST SENSE Sense Byte 2 03h Medium Error ASCQ Byte 12 Byte 13 Message Logical unit not ready auxiliary memory not accessible Incompatible medium installed Cleaning cartridge installed Cleaning failure Medium not present Medium not present- loadable Medium not present- medium auxiliary memory accessible Logical unit has not self...
Page 183 SCSI Commands: 40BREQUEST SENSE Sense Byte 2 04h Hardware Error ASCQ Byte 12 Byte 13 Message Incompatible medium installed Cannot read medium incompatible format Cleaning failure WORM medium integrity check Firmware tape fail Medium format corrupted Sequential positioning error Reposition error Write append error Write append position error...
Page 184 SCSI Commands: 40BREQUEST SENSE Sense Byte 2 05h Illegal Request ASCQ Byte 12 Byte 13 Message MON Task diagnostic failed LIB Task diagnostic failed CHANNEL Task diagnostic failed LED Task diagnostic failed SERVO Task FAN diagnostic failed SERVO Task diagnostic failed Diagnostic task timeout Internal target failure...
Page 185 SCSI Commands: 40BREQUEST SENSE Sense Byte 2 06h Unit Attention 07h Data Protect ASCQ Byte 12 Byte 13 Message Insufficient registration resource Auxiliary Memory not accessible Not ready to ready change, medium may have changed Power on reset or bus device reset occurred Mode parameters changed...
Page 186 SCSI Commands: 40BREQUEST SENSE Sense Byte 2 08h Blank Check 09h Vendor Unique 0Bh Aborted Command ASCQ Byte 12 Byte 13 Message Unencrypted data found while decrypting Incorrect data encryption End-of-medium detected End-of-data not found VS End-of-data detected VS Medium is present Logical unit communications failure Logical unit...
Page 187: Request Sense Completion Status
SCSI Commands: 40BREQUEST SENSE Sense Byte 2 0Dh Volume Overflow 3.28.3.4 The table in Appendix A: Message Codes, beginning on page 226, lists the vendor unique message codes that are returned in the Field Pointer field (bytes 16-17) when the SKSV bit is 0. 3.28.4 REQUEST SENSE Completion Status Code ASCQ...
Page 188: Reserve
SCSI Commands: 41BRESERVE 3.29 RESERVE The RESERVE command reserves the drive for exclusive use of the requesting Initiator. The drive reservation once established remains in effect until one of the following occurs: Another RESERVE command arrives from the same Initiator that requested the current reservation.
Page 189: Reserve(10) Command Field Descriptions
SCSI Commands: 41BRESERVE 3.29.1.3 Byte 3.29.1.4 Field Operation Code Ignored Logical Unit Ignored Third Party Device ID Reserved Control 3.29.2 RESERVE Completion Status Code RESERVE(10) Command Descriptor Block Bits Operation Code (56h) Ignored LUN Ignored Third Party Device ID RESERVE(10) Command Field Descriptions Bytes Bits Description...
Page 190: Rewind
SCSI Commands: 42BREWIND 3.30 REWIND The REWIND command requests that the medium be positioned to the Beginning Of Tape (BOM). Prior to performing the rewind operation, the buffered data and filemarks are written to the tape and an EOD marker is recorded. The rewind operation is done at high speed.
Page 191 SCSI Commands: 42BREWIND Code Message Description Check Use the REQUEST SENSE command to retrieve status information. Possible Condition Sense Keys are: Code Message Not Ready Media Error Hardware Error Illegal Request Page 183 Description No cartridge is in the drive. Unrecoverable data error encountered.
Page 192: Security Protocol In
SCSI Commands: 43BSECURITY PROTOCOL IN 3.31 SECURITY PROTOCOL IN The SECURITY PROTOCOL IN command is used to retrieve security protocol information or the results of one or more SECURITY PROTOCOL OUT commands. This command is supported only in LTO4 drives and later. 3.31.1 SECURITY PROTOCOL IN Command Descriptor Block Byte 3.31.1.1 SECURITY PROTOCOL IN Command Field Descriptions...
Page 193: Supported Security Protocol List
Byte 3.31.3 Certificate Data The Quantum LTO drive does not support certificate data. If the Security Protocol field is set to Security Protocol Information (00h) and the Security Protocol Specific field is set to Certificate Data (0001h), then the device server shall return a zero-...
Page 194: Tape Data Encryption Out Support Page
SCSI Commands: 43BSECURITY PROTOCOL IN Byte 3.31.5 Tape Data Encryption Out Support page The Tape Data Encryption Out Support page code list shall contain a list of all of the pages that the device server supports for the SECURITY PROTOCOL OUT command specifying the Tape Data Encryption security protocol in ascending order.
Page 195 SCSI Commands: 43BSECURITY PROTOCOL IN Byte 3.31.6.1.1 Algorithm Descriptor Field Descriptions Field ALGORITHM INDEX ENCRYPT_C DECRYPT_C DED_C MAC_C SDK_C AVFMV (Algorithm Valid For Mounted Volume) AKADF UKADF NONCE_C Bits ALGORITHM INDEX (00h) Reserved (MSB) DESCRIPTOR LENGTH (14h) AVFMV SDK_C MAC_C DED_C AVFCLP NONCE_C...
Page 196: Supported Key Formats Page
SCSI Commands: 43BSECURITY PROTOCOL IN Field AVFCLP MAXIMUM UNAUTHENTICAT ED KEY- ASSOCIATED DATA BYTES MAXIMUM AUTHENTICATED KEY-ASSOCIATED DATA BYTES KEY SIZE EAREM RDMC_C SECURITY ALGORITHM CODE Reserved 3.31.7 Supported Key Formats page SUPPORTED KEY FORMATS LIST that the device server supports for the Set Data Encryption page. Only format 00h is supported.
Page 197: Data Encryption Status Page
SCSI Commands: 43BSECURITY PROTOCOL IN Byte 3.31.8.1 Data Encryption Management Capabilities Field Descriptions Field LOCK_C CKORL_C CKORP_C CKOD_C PUBLIC_C LOCAL_C AITN_C 3.31.9 Data Encryption Status page The Data Encryption Status page reports the saved data encryption parameters currently associated with the I_T nexus on which this command was received. Byte 3.31.9.1 Field...
Page 198 SCSI Commands: 43BSECURITY PROTOCOL IN Field ENCRYPTION MODE DECRYPTION MODE ALGORITHM INDEX INSTANCE COUNTER RDMD (Raw decryption mode disabled) CEEMS (Check external encryption mode status) The Key-Associated Data Descriptors List shall contain the descriptors which were present in the Set Data Encryption page sent by the I_T nexus requesting the Data Encryption Status page.
Page 199: Next Block Encryption Status Page
SCSI Commands: 43BSECURITY PROTOCOL IN 3.31.10Next Block Encryption Status page The Next Block Encryption Status page reports the encryption parameters of the next logical object (logical block or filemark). Byte 3.31.10.1 Field LOGICAL OBJECT NUMBER Bits (MSB) PAGE CODE (0021h) (MSB) PAGE LENGTH (n-3) (MSB)
Page 200: Key-Associated Data Descriptors
SCSI Commands: 43BSECURITY PROTOCOL IN Field ENCRYPTION STATUS COMPRESSI ON STATUS ALGORITHM INDEX The KEY-ASSOCIATED DATA DESCRIPTORS List may contain any of the following descriptors, depending upon the current decryption mode and whether the currently-loaded volume supports encryption. Authenticated Key- Associated Data Descriptor...
Page 201: Random Number Page
SCSI Commands: 43BSECURITY PROTOCOL IN If the currently-loaded volume does not support encryption or if no volume is loaded, then the fields of the Next Block Encryption Status page shall have the following values: Field PAGE LENGTH LOGICAL OBJECT NUMBER ENCRYPTION STATUS COMPRESSION STATUS ALGORITHM INDEX...
Page 202: Security Protocol In Completion Status
SCSI Commands: 43BSECURITY PROTOCOL IN Byte 3.31.13.1 Code 00000000h 00000001h-0000000Fh 00000010h 00000011h-FFFFBFFFh FFFFC000H-FFFFFFFFH 3.31.13.1.1 The PUBLIC KEY FORMAT field shall be set to 00000000h. All other values for the PUBLIC KEY FORMAT field are reserved. The PUBLIC KEY LENGTH field shall be set to 512.
Page 203: Security Protocol Out
SCSI Commands: 44BSECURITY PROTOCOL OUT 3.32 SECURITY PROTOCOL OUT The SECURITY PROTOCOL OUT command is used to send data to the logical unit. The data sent specifies one or more operations to be performed by the logical unit. The format and function of the operations depends on the contents of the PROTOCOL field, the application client may use the SECURITY PROTOCOL IN command to retrieve data derived from these operations.
Page 204: Set Data Encryption Page
SCSI Commands: 44BSECURITY PROTOCOL OUT Field SECURITY PROTOCOL SPECIFIC INC_512 TRANSFER LENGTH Reserved Control 3.32.2 Set Data Encryption page The Set Data Encryption page is used to control the encryption and decryption operation of the device server, including passing the key. Byte If the Encryption Mode is DISABLE or EXTERNAL and the Decryption Mode is DISABLE or RAW, then no key is needed and the Key Length may be set to zero...
Page 205 SCSI Commands: 44BSECURITY PROTOCOL OUT If the Encryption Mode is ENCRYPT, then the Key-Associated Data Descriptors list may contain one descriptor with twelve bytes of authenticated key-associated data (A-KAD). It may also contain one descriptor with sixteen bytes of unauthenticated key-associated data (U-KAD).
Page 206 SCSI Commands: 44BSECURITY PROTOCOL OUT Field RDMC Decryption Mode Control CEEM Check External Encryption Mode ENCRYPTION MODE DECRYPTION MODE ALGORITHM INDEX KEY FORMAT Bytes Bits Description 00= Each encrypted block is marked per the default setting for the algorithm. 01= Reserved 10= Each encrypted block is marked in a format specific manner as enabled for raw decryption mode operations.
Page 207 SCSI Commands: 44BSECURITY PROTOCOL OUT Field KEY LENGTH KEY- ASSOCIATED DATA DESCRIPTOR S LIST 3.32.2.2 If the Key Format field is set to 02h, the KEY field consists of the encrypted key, a label and a signature. Byte Bytes Bits Description 18-19 32 = Length of key, when included.
Page 208: Tape Data Encryption Descriptors
Data Encryption Status page (0020h) • Next Block Encryption Status page (0021h) The nonce value descriptor described in SSC-3 is not supported by the Quantum LTO drive. If the length of the descriptor sent in a Set Data Encryption page is less that the...
Page 209 SCSI Commands: 44BSECURITY PROTOCOL OUT Field Key Descriptor Type Authenticated Key Descriptor Length Key Descriptor 3.32.3.2 In the Ultrium-4 format, A-KAD is up to twelve bytes in length. The A-KAD descriptor format is shown below. Byte 3.32.3.2.1 Authenticated Key-Associated Descriptor Field Descriptions Field Key Descriptor Type...
Page 210: Security Protocol Out Completion Status
SCSI Commands: 44BSECURITY PROTOCOL OUT Byte 3.32.3.3.1 Metadata Key-Associated Key Field Descriptions Field Key Descriptor Type Authenticated Descriptor Length Key Descriptor 3.32.3.4 Byte 3.32.3.4.1 Wrapped Key Field Descriptions Field Key Descriptor Type Wrapped Key Descriptor Length Wrapped Key Length 3.32.4 SECURITY PROTOCOL OUT Completion Status Code Bits (MSB)
Page 211 SCSI Commands: 44BSECURITY PROTOCOL OUT Code Message Description Check Use the REQUEST SENSE command to retrieve status information. Possible Condition Sense Keys are: Code Message Hardware Error Illegal Request Unit Attention Page 203 Description Parity error on the SCSI bus or drive hardware failure.
Page 212: Send Diagnostic
SCSI Commands: 45BSEND DIAGNOSTIC 3.33 SEND DIAGNOSTIC The SEND DIAGNOSTIC command requests the drive to perform self diagnostic operations. The diagnostic tests are part of the drive’s resident firmware. The RECEIVE DIAGNOSTIC RESULTS command may be used to retrieve the result of the diagnostic operations.
Page 213: Supported Diagnostic Pages
SCSI Commands: 45BSEND DIAGNOSTIC 3.33.1.1.1 Diagnostic Page Format Byte 3.33.1.1.2 Supported Diagnostic Pages Page Code Note that the Ring Buffer Memory Test diagnostic page may only be sent when the SEND DIAGNOSTIC command is using “mode” 5, 6 or 7. 3.33.1.1.3 Memory Test Pattern Diagnostic Page Byte 3.33.1.1.4 Memory Test Pattern Page Field Descriptions...
Page 214: Send Diagnostic Completion Status
SCSI Commands: 45BSEND DIAGNOSTIC 3.33.2 SEND DIAGNOSTIC Completion Status Code Message Description • The drive is ready to perform any appropriate command. Good Status • The drive remains in any previously set mode. • The tape position is not changed. Check Use the REQUEST SENSE command to retrieve status information.
Page 215: Set Capacity
SCSI Commands: 46BSET CAPACITY 3.34 SET CAPACITY The SET CAPACITY command sets the available medium for a volume to a proportion of the total capacity of that volume. Any excess space is unavailable on the volume after successful completion of this command until reset by a new SET CAPACITY command.
Page 216: Set Capacity Completion Status
SCSI Commands: 46BSET CAPACITY Field Capacity Proportion Value Reserved Control The SET CAPACITY command sets the available tape capacity to: Tape Capacity = Total Tape Capacity × Capacity Proportion Value / 65535 3.34.2 SET CAPACITY Completion Status Code Bytes Bits Description This field specifies the portion of the total tape capacity to be made available for use.
Page 217: Set Device Identifier
SCSI Commands: 47BSET DEVICE IDENTIFIER 3.35 SET DEVICE IDENTIFIER The host uses this command to set the Device Identifier. The Device Identifier is retrieved using the REPORT DEVICE IDENTIFIER command and shall persist through power cycles. Upon successful completion of the SET DEVICE IDENTIFIER command, a unit attention condition DEVICE IDENTIFIER CHANGED is generated for all other initiators.
Page 218: Set Device Identifier Completion Status
SCSI Commands: 47BSET DEVICE IDENTIFIER 3.35.2.1 Field Identifier 3.35.3 SET DEVICE IDENTIFIER Completion Status Code SET DEVICE IDENTIFIER Data Field Descriptions Bytes Bits Description The Identifier field shall contain a vendor specific value. The Identifier value shall persist through power cycling. The drive supports a maximum Identifier field size of 64 bytes.
Page 219: Space
SCSI Commands: 48BSPACE 3.36 SPACE The SPACE command uses three methods to move the tape. This command moves the position: Forward or backward a specified number of blocks. Forward or backward a specified number of filemarks. Forward to the end of recorded data (EOD). If the target block or filemark is in the buffer of the drive, no tape motion results, otherwise, spacing is done at high search speed.
Page 220: Space-By-Count Functions
SCSI Commands: 48BSPACE Page 212 EOD is detected before the requested logical position, then the logical position is set to that position. If the Code field is 001b, then the logical position is moved the number of file marks indicated by the Count field. If BOM or EOD is detected before the requested logical position, then the logical position is set to that position.
Page 221: Space To Eod
SCSI Commands: 48BSPACE 3.36.3 Space to EOD The Count field is ignored in the space-to-EOD function. In the space-to-EOD function, the tape is positioned such that a subsequent WRITE command appends data to the last recorded information on the tape. This positioning is done at high search speed.
Page 222: Test Unit Ready
SCSI Commands: 49BTEST UNIT READY 3.37 TEST UNIT READY The TEST UNIT READY command provides a means to check that the drive is ready. If the drive is able to accept a medium-access command without returning a Check Condition status, then the TEST UNIT READY command will result in Good status. If the drive is unable to become operational or is in a state that requires action from the host to make the drive ready, then the TEST UNIT READY command will result in a Check Condition status with a sense key of Not Ready.
Page 223: Verify
SCSI Commands: 50BVERIFY 3.38 VERIFY The VERIFY command verifies one or more blocks of data beginning with the next block from the tape unit. The command terminates after the specified number of bytes or blocks are verified or when the drive encounters a filemark, the EOD, the EOM, or an unrecoverable error.
Page 224: Verify Command Operation
SCSI Commands: 50BVERIFY 3.38.2 VERIFY Command Operation When the Fixed bit is set, the Verify Length specifies the number of contiguous blocks to be verified on the tape. When the Fixed bit is cleared, the Verify Length specifies the number of bytes in the block to verify. Verification starts on a block boundary starting at the current tape block position.
Page 225: Write
SCSI Commands: 51BWRITE 3.39 WRITE The WRITE command transfers one or more data blocks from the Initiator to the drive. If the Transfer Length is zero, no data is transferred, and the current position of the tape is not changed. This condition is not considered an error. 3.39.1 WRITE Command Descriptor Block Byte 3.39.1.1...
Page 226: Write Completion Status
SCSI Commands: 51BWRITE is encountered. Any WRITE command issued within Early Warning and successfully completed finishes with a Check Condition and the EOM bit set. 3.39.2 WRITE Completion Status Code Message Description • The SCSI data has been transferred to the data buffer. Good Status •...
Page 227: Write Attribute
SCSI Commands: 52BWRITE ATTRIBUTE 3.40 WRITE ATTRIBUTE The WRITE ATTRIBUTE command allows the application client to write attribute values to medium auxiliary memory. Refer to the READ ATTRIBUTE command, section 3.17.8 Attributes Supported by the drive. for a listing of defined medium auxiliary memory attributes. As some attributes may be in the unsupported or nonexistent state the application client should issue READ ATTRIBUTE commands prior to using this command to discover device support for medium auxiliary memory.
Page 228: Write Attribute Parameter List Format
SCSI Commands: 52BWRITE ATTRIBUTE 3.40.2 WRITE ATTRIBUTE Parameter List Format The WRITE ATTRIBUTE command parameter list format is shown in the table below. Byte Attributes must be sent in ascending numerical order. If the attributes received are not in order, then no attributes will be changed and the command is terminated with CHECK CONDITION status, with the sense key set to ILLEGAL REQUEST, and the additional sense code set to INVALID FIELD IN PARAMETER LIST.
Page 229: Write Buffer
SCSI Commands: 53BWRITE BUFFER 3.41 WRITE BUFFER The WRITE BUFFER command is used in conjunction with the READ BUFFER command as a diagnostic function for testing the data buffer memory of the drive and confirming the SCSI bus or Fibre Channel interface integrity. The medium is not accessed during the execution of this command.
Page 230: Soft Microcode Download
SCSI Commands: 53BWRITE BUFFER A Mode field of 00h indicates that the data to be written will be preceded with a four- byte header. This Write Buffer Data Header is reserved and must be set to all zeros. The header will not be placed into buffer memory. A Mode field of 01h indicates that data to be written to the Medium Auxiliary Memory will be sent.
Page 231: Echo Buffer
SCSI Commands: 53BWRITE BUFFER 3.41.2 Echo Buffer Mode 0Ah will cause data to be written to the echo buffer. Data shall be sent aligned on four-byte boundaries. The Buffer ID and Buffer Offset fields are ignored in this mode. The capacity of the echo buffer may be determined by the Buffer Capacity field in the READ BUFFER echo buffer descriptor.
Page 232: Write Filemarks
SCSI Commands: 54BWRITE FILEMARKS 3.42 WRITE FILEMARKS The WRITE FILEMARKS command causes the specified number of filemarks to be written to tape. This command can be used to force all remaining buffered data blocks to be written to tape without appending filemarks by specifying zero filemarks. When zero filemarks are specified, the command does not return Good Status to the Initiator until all buffered data blocks and filemarks are written correctly on the tape.
Page 233: Write Filemarks Completion Status
SCSI Commands: 54BWRITE FILEMARKS 3.42.2 WRITE FILEMARKS Completion Status Code Message Description • The filemarks have been sent to the buffer. Good Status • The drive remains in any previously set mode. Note: If IMMED is one, then Good Status only indicates that the command is valid.
Page 234: Appendix A: Message Codes
4 APPENDIX A: MESSAGE CODES This table lists the vendor unique message codes that are returned by the REQUEST SENSE command in the Field Pointer field (bytes 16-17) when the SKSV bit is 0. GOOD_STATUS BUSY_STATUS ILLEGAL_COMMAND_STATUS COMMAND_ABORTED_STATUS BAD_STATUS FAILED_STATUS ILLEGAL_MESSAGE LOGICAL_EW_STATUS BOP_STATUS...
Page 235 SCSI_RB_NO_ROOM SCSI_MAIN_NOT_FOUND SCSI_XFERDONE_NOT_FOUND SCSI_COMPDONE_NOT_FOUND SCSI_PDETECT_NOT_FOUND SCSI_PCMD_LOSTINFEHEAD_00 SCSI_PCMD_LOSTINBEHEAD_00 SCSI_PACTIVE_CMD_LOST SCSI_CR_POOL_UNINIT SCSI_QE_POOL_UNINIT SCSI_FAIL_TO_GET_FREE_ELEMENT SCSI_FAIL_TO_FREE_ELEMENT SCSI_RB_BUSY SCSI_INVALID_CDB_LENGTH SCSI_UA_POWER_ON_OCCURRED SCSI_UA_SCSI_BUS_RESET_OCCURRED SCSI_UA_BUS_DEVICE_RESET_FUNCTION_OCCURR SCSI_UA_INTERNAL_FW_REBOOT SCSI_UA_TRANSCEIVERS_CHANGED_TO_SE SCSI_UA_TRANSCEIVERS_CHANGED_TO_LVD SCSI_UA_COMMANDS_CLEARED_BY_ANOTHER_INI TIATOR SCSI_FE_DISPATCH_NULL_POINTER SCSI_BE_DISPATCH_NULL_POINTER DSM_ILLEGAL_CMD DSM_APPEND_LOCATE_FAILED DSM_MIC_COMMAND_FAILED DSM_WR_FMK_TIMEOUT DSM_COMMAND_MISMATCH DSM_STATUS_85 DSM_CMPR_READ_DP_ERROR DSM_CMPR_READ_INVALID_INTERRUPT DSM_CMPR_UNRECOGNIZED_ALERT DSM_CMPR_READ_C1_ERROR DSM_BUSY DSM_PORT_B_ADDR_RANGE DSM_EOD_DETECTED DSM_WR_ILLEGAL_RB_DESC DSM_COMMAND_FAILED_MIC_CERR DSM_COMMAND_FAILED_MIC_HERR DSM_BUSY_GOT_REWIND DSM_READ_STOP_NEEDS_READ SCSI...
Page 236 DSM_DRIVE_NOT_READY DSM_UNKNOWN_COMMAND DSM_CMPR_INTERRUPT_NO_DS DSM_FORMAT_ERROR_DSN DSM_FORMAT_ERROR_RECORD_COUNT DSM_FORMAT_ERROR_FMK_COUNT DSM_FORMAT_ERROR_TOTAL_RECORDS DSM_FORMAT_ERROR_TOTAL_FMKS DSM_FORMAT_ERROR_THREAD_COUNT DSM_FORMAT_ERROR_THREAD_WRITE_PASS DSM_FORMAT_ERROR_TAPE_WRITE_PASS DSM_FORMAT_ERROR_EXPECTED_FID DSM_FORMAT_ERROR_UNKNOWN_DS_TYPE DSM_MISSING_DS_READ_STOP DSM_MISSING_DS_REWIND DSM_MISSING_DS_DS_FLUSH DSM_FREEPOOL_NEG_COUNT_IN_FEED_ELDC DSM_FREEPOOL_SENT_NULL_DS_IN_FEED_ELDC DSM_FREEPOOL_SENT_NULL_DS_IN_FEED_ELDC2 DSM_CMPR_NEEDS_DS_RANGE_ERR DSM_CMPR_SKIP_IN_DS_FAILED DSM_MISSING_DS_LOCATE_READ_STOP DSM_CMPR_READ_RETRY_LIMIT_EXCEEDED DSM_NO_SKIP_DS DSM_FORMAT_ERROR_AT_EOD DSM_FILEMARK_ENCOUNTERED DSM_READ_PAUSE_NEEDS_READ DSM_SPACE_REV_BLKS_BOT_ENCOUNTERED DSM_NO_WRITE_APPEND_DS DSM_CMPR_WR_NO_ACCESS_PT_IN_APPEND_DS manager Data set manager Data set manager Data set manager Data set manager Data set...
Page 237 DSM_WRITE_FLUSH_ERROR DSM_WRITE_ERROR DSM_NULL_DS_DETECTED_DURING_FLUSH DSM_CANT_FLUSH_COMPRESSOR_NOT_HALTED DSM_NOT_IN_WRITE_MODE_CANT_FLUSH DSM_BE_PENDED_FLUSH_CMD_LOST DSM_ELDC_SET_NDSPTR_NULL DSM_LOCATE_NEEDS_IDLE DSM_GENERAL_COMPRESSION_ERROR DSM_POSITION_MISMATCH_AFTER_FLUSH DSM_MISSING_DS_RETURN_TO_FREEPOOL DSM_ELDC_DS_COUNT_MISMATCH DSM_ELDC_DS_COUNT_IS_NEGATIVE DSM_MISSING_DS_FLUSH_DONE DSM_SPACE_REV_FMKS_BOT_ENCOUNTERED DSM_CMPR_SET_MAXSIZE_BUSY TAPE_ILLEGAL_CMD TAPE_SRV_ILLEGAL_CMD TAPE_SRV_CMD_TIMEOUT TAPE_SRV_OVERLAPPED_CMD TAPE_SRV_WP_BUSY TAPE_RECYCLE TAPE_DS_NOT_WRITTEN TAPE_NOT_READY TAPE_WRITE_PROTECT TAPE_ILLEGAL_MODE TAPE_EOT_STATUS TAPE_WRITE_HARD_ERR TAPE_INVALID_STATE TAPE_WRITE_UNEXP_MSG TAPE_WRITE_DS_MISMATCH TAPE_SERVO_REC_FAIL TAPE_APPEND_FAIL TAPE_C1_ERR TAPE_WRITE_UNKNOWN_ERR TAPE_HARD_READ_ERROR TAPE_READ_EOT TAPE_READ_AT_EOD TAPE_READ_FIFO_OVRRUN TAPE_TARGET_NOT_FOUND TAPE_ILLEGAL_SRV_ALERT TAPE_ILLEGAL_MSG_TYPE TAPE_BUSY_STATUS...
Page 238 TAPE_DS_IN_OUT_SEQUENCE TAPE_DS_DN_OUT_SEQUENCE TAPE_READ_BLANK_TAPE TAPE_ILLEGAL_SPEED TAPE_VCO_LOCK_ERR TAPE_VCO_PHASE_ERR TAPE_RECYCLING_DATA_SETS TAPE_CHAN_ILLEGAL_EQ_REG TAPE_CHAN_ILLEGAL_PA_REG TAPE_DS_NOT_AVAILABLE TAPE_UNEXP_SERVO_ALERT TAPE_CHAN_SET_CALIB_ID_ERROR TAPE_CHAN_SET_CALIB_MODE_ERROR TAPE_CHAN_ILLEGAL_MODE TAPE_SERVO_ERROR TAPE_CHAN_READ_CALIB_ID_ERROR TAPE_CHAN_READ_CALIB_MODE_ERROR TAPE_AUTO_LOAD_FAILED TAPE_READ_END_OF_WRAP TAPE_RAW_READ_UNDERRUN TAPE_CHAN_EQ1_COMM_ERROR TAPE_CHAN_EQ2_COMM_ERROR TAPE_CHAN_EQ1_AND_EQ2_COMM_ERROR TAPE_BAD_MIC_PAGE TAPE_UNEXP_MSG_REC TAPE_SRV_RAMP_UP_TO_LP1 TAPE_SRV_RAMP_UP_TO_LP6 TAPE_WRITE_LOOP_BACK_FAIL TAPE_WRITE_ISB_SVO_FAIL TAPE_WRITE_DSS_SERVO_FAULT TAPE_FIRST_DS_SERVO_REC_FAIL TAPE_UNEXP_SVA_LP1_UNDERRUN TAPE_UNEXP_SVA_LP6_OVERRUN TAPE_AUTO_LOAD_CM_FAILED TAPE_READ_ILLEGAL_OLD_DATA TAPE_FIRST_DS_APPEND_FAIL SRV_PARPORT_SCRAMBLER_NOT_READY_IN_PASS _THRU SRV_MOVETAPE_REVERSE_PHYSICAL_LIMIT_UNDE RRUN_DURING_CRUISE_CONTROL SRV_CMDPROC_SET_TAPE_SPEED_REJ_INVALID_S TATE SRV_CMDPROC_SET_TAPE_SPEED_REJ_NOT_INCR...
Page 239 SRV_DIVIDER_TIMEOUT SRV_SERVO_TIMEOUT SRV_FIND_INDEX_FAILED SRV_CAL_SLOT_FAILED SRV_GOTO_POINT_INVALID SRV_SERVO_POWEROFF_FAILED SRV_REWIND_NOT_NECESSARY SRV_NOT_USED_8 SRV_DIVIDER_OVERFLOW SRV_MULTIPLY_ERROR SRV_WRONG_REEL_SELECT SRV_CMDPROC_UNDEFINED_SCRAMBLER_COMMA SRV_INVALID_MONITOR_MSG SRV_SELF_MONITOR_BUF_OVERFLOW SRV_SELF_EVENT_BUF_OVERFLOW SRV_RTOS_UNKNOWN SRV_SEQ_TABLE_LOOKUP SRV_SEQ_NULL_FUNCTION_CALLED SRV_SEQ_UNEXPECTED_MESSAGE_RESPONSE SRV_SELF_ERROR_BUF_OVERFLOW SRV_SEQ_NON_MECHANICAL_SCRAMBLER_COMM SRV_SEQ_OUT_OF_RANGE_SCRAMBLER_COMMAN SRV_SELF_RTOS_BUF_OVERFLOW SRV_CMDPROC_UNDEFINED_TASK_FOR_COMMAND _IN_BYPASS_MODE SRV_CMDTYPE_TABLE_INTEGRITY SRV_REEL_NO_TASK_SPECIFIED SRV_STACK_OVERFLOW SRV_NO_SINECAL_DATA SRV_BAD_SINECAL_DATA SRV_NO_SINECAL_INDEX SRV_NO_LOADRCA_INDEX SRV_PARAM_TABLE_INTEGRITY SRV_PARPORT_SCRAMBLER_NOT_READY_IN_SEND _RESPONSE SRV_PARPORT_UNDEFINED_CONDENSED_FORMAT SRV_CMDPROC_NO_TAPE_TO_EJECT SRV_CMDPROC_REJECT_EJECT_INVALID_STATE SRV_STATUS_100 SRV_CMD_REJECT SRV_CMD_ERROR SRV_CMD_ABORTED SRV_ALERT...
Page 240 MIC_PAGE_DOES_NOT_EXIST MIC_PAGE_CRC_BAD MIC_PAGE_LOCKED_60SEC MIC_RELOCKING_PAGE_ERR MIC_BAD_STATUS_REQUEST MIC_UNLOCKING_TWICE MIC_TAPE_DIR_RANGE MIC_INVALID_MSG_TYPE MIC_INVALID_TASK_VALUE MIC_RESET_MSG_BAD MIC_PAGE_WR_PROT MIC_CART_NOT_SEATED MIC_FLUSHING_RAM MIC_WRITE_PASS_INVALID MIC_DELAYED_Q_FULL MIC_CREATE_TWICE MIC_SPI_FAILED MIC_READ_FAILED MIC_WRITE_FAILED MIC_VERIFY_FAILED Auxiliary Memory 10Dh Medium the PAGE ID requested does not exist in the PAGE descriptor Auxiliary table. Memory 10Eh Medium the CRC calculated on the PAGE is not valid.
Page 241 MIC_BAD_PG_TBL MIC_BAD_PG_ID MIC_BAD_PG_LEN MIC_INVALID_COPIES MIC_MALT_INIT_FAILED MIC_CM_NOT_DETECTED MIC_BAD_CM_INFO MIC_NO_CART_INFO MIC_BAD_CART_INFO MIC_NO_MEDIA_INFO MIC_BAD_MEDIA_INFO MIC_NO_INIT_DATA MIC_PARTIAL_INIT MIC_CLEAN_CART_BAD MIC_CLEAN_CART_NEW MIC_CLEAN_CART_OTHER MIC_CLEAN_CART_SEAGATE MIC_CLEAN_CART_INCOMPAT MIC_CART_TYPE_INVALID MIC_WRITE_PASS_INVLD2 Memory 121h Medium Page table corrupted Auxiliary Memory 122h Medium Page ID incorrect Auxiliary Memory 123h Medium Page length incorrect Auxiliary Memory 124h...
Page 242 MIC_CLEAN_CART_NEW_UCC MIC_CLEAN_CART_UCC CALIB_BUSY_STATUS MON_CMD_OVERLAPPED MON_CMD_INVALID_CHECK_SUM MON_CMD_INVALID_OPT_CODE MON_CMD_ILLEGAL_ABORTED MON_CMD_ILLEGAL_IMM_BIT MON_CMD_IN_PROG MON_BTO_INT_TEST_FAILED MON_C1CMPL_INT_TEST_FAILED MON_WCQ_INT_TEST_FAILED MON_SCSI_EXT_INT_TEST_FAILED MON_HOST_DMA_INT_TEST_FAILED MON_DSS_INT_TEST_FAILED MON_RBT_INT_TEST_FAILED MON_DP_INT_TEST_FAILED MON_TMR1_INT_TEST_FAILED MON_SRVO_INT_TEST_FAILED MON_DS_INT_TEST_FAILED MON_ECC_INT_TEST_FAILED MON_TMR2_INT_TEST_FAILED MON_INT_TEST_FAILED MON_TIMER_TEST_FAILED MON_TIMER_PRESCALE_TEST_FAILED MON_PATTERNIZE_DATA_FAILED MON_PASSTHRU_INT_FAILED MON_PASSTHRU_FAILED MON_PASSTHRU_MISCOMPARE MON_DC_FAILED MON_DC_MISCOMPARE MON_ADAPTEC_SCSI_CONTROLLER_FAILED MON_INTERNAL_SRAM_SCSI_CONTROLLER_FAILED MON_TEST_MEM_FAILED MON_CHECK_SUM_TEST_FAILED MON_NO_DS_AVAILABLE MON_CMD_ILLEGAL_PARAMETER MON_RX1_INT_TEST_FAILED MON_TX1_INT_TEST_FAILED MON_RX2_INT_TEST_FAILED MON_TIMER1_INT_TEST_FAILED MON_TX2_INT_TEST_FAILED MON_RTC_INT_TEST_FAILED...
Page 243 MON_DESC_ERRORS MON_CRC_ERROR MON_INVALID_PARAMETERS MON_NO_CARTRIDGE_INSERTED MON_SERVO_MARGIN_DATA_IS_NOT_AVAILABLE MON_ISR_UART_RCV_UNDERRUN_ERROR MON_ISR_UART_RCV_HEADER_ERROR MON_ISR_UART_RCV_TERMINATOR_ERROR MON_ISR_UART_RCV_PORT_ERROR MON_FLASH_OUT_OF_RANGE MON_FLASH_IMAGE_CHECKSUM_BAD SRV_LPOS_NOTIFICATION_NOT_FOUND SRV_LPOS_UNRECOGNIZED_LPOS_DELETE_MODE SRV_LPOS_READ_DIR_INVALID SRV_MOVETAPE_REVERSE_PHYSICAL_LIMIT_UNDE RRUN_DURING_RAMP_UP SRV_MOVETAPE_RAMP_DOWN_FAILED_AT_LPOS_N OTIFICATION SRV_MOVETAPE_RAMP_DOWN_FAILED_WHEN_REV ERSING_DIR SRV_MOVETAPE_RAMP_DOWN_FAILED_WHEN_SPE ED_CHANGE_REQUIRED SRV_MOVETAPE_TAPE_ACTIVE_CMD_NOT_VALID_F OR_THIS_STATE SRV_MOVETAPE_TAPE_RAMP_UP_FAILED_FROM_I DLE_STATE SRV_MOVETAPE_UNEXPECTED_MESSAGE_RESPON SE_IN_CRUISE_CONTROL SRV_LPOS_REJECT_LPOS_SET_LPOS_NOTIFICATIO N_BECAUSE_TABLE_IN_USE SRV_MOVETAPE_RAMPDOWN_FAILED_DURING_LP OS_UNDERRUN_IN_CRUISE_CONTROL SRV_MOVETAPE_RAMPDOWN_FAILED_DURING_LP OS_OVERRUN_IN_CRUISE_CONTROL SRV_MOVETAPE_FORWARD_PHYSICAL_LIMIT_OVE RRUN_DURING_CRUISE_CONTROL SRV_SEQ_TABLE_LOOKUP_ERROR SRV_SEQ_MAXIMUM_STATE_EXCEEDED SRV_REEL_MAXIMUM_STATE_EXCEEDED SRV_CMDPROC_NOT_ENOUGH_TAPE_TO_RAMP SRV_SEQ_PAST_LP1_REJ_INV_STATE SRV_SEQ_PAST_LP6_REJ_INV_STATE SRV_SEQ_REJ_NO_LP1...
Page 244 SRV_REEL_MOTORPOWEROFF_API_BUSY_REJECT SRV_REEL_TIMEOUT_USER_ABORT_STATE SRV_REEL_TIMEOUT_USER_ABORT_TAPE_STATE SRV_MOVETAPE_TIMEOUT_RAMP_UP_STATE SRV_MOVETAPE_TIMEOUT_RAMP_DOWN_STATE SRV_MOVETAPE_TIMEOUT_RAMP_DOWN_RESTART _STATE SRV_ROTATE_RAMPUPDRIVEMOTOR_API_DRIVE_R EEL_REJECT_BUSY SRV_ROTATE_RAMPUPDRIVEMOTOR_API_CART_RE EL_REJECT_BUSY SRV_ROTATE_INVALID_REEL_SELECT_RAMP_UP SRV_ROTATE_RAMPDOWNDRIVEMOTOR_DRIVE_SE L_API_REJECT_BUSY SRV_ROTATE_RAMPDOWNDRIVEMOTOR_CART_SEL _API_REJECT_BUSY SRV_ROTATE_INVALID_REEL_SELECT_RAMP_DOW SRV_ROTATE_INVALID_REEL_SELECT_RAMP_UP_R EEL_STATE SRV_ROTATE_TIMEOUT_RAMP_UP_REEL_STATE SRV_ROTATE_INVALID_REEL_SELECT_ROTATING_R EEL_STATE SRV_ROTATE_TIMEOUT_RAMP_DOWN_REEL_STATE SRV_POSREEL_POSITIONDRIVE_API_REJECT_BUSY _IN_MOVE_HOME SRV_POSREEL_POSITIONDRIVE_API_REJECT_BUSY _IN_POSITION_MOVE SRV_POSREEL_HOMEDRIVEREEL_API_REJECT_BUS SRV_POSREEL_TIMEOUT_IN_MOVE_TO_POSITION_S TATE SRV_GOTO_LC_POSITIONTAPE_API_BUSY_REJECT SRV_GOTO_LC_TIMEOUT_IN_RAMP_UP_STATE SRV_GOTO_LC_TIMEOUT_IN_WAIT_MARK_STATE SRV_GOTO_LC_TIMEOUT_IN_MARK_FOUND_STATE SRV_GOTO_LC_TIMEOUT_IN_POSITION_STATE SRV_CMDPROC_REJ_PARM_LPOS_NOT_WITHIN_LP 2_OR_LP6_IN_SKIP_TO_LPOS_VALID SRV_CMDPROC_REJ_PARM_LP1_OR_LP6_OUT_OF_ RANGE SRV_CMDPROC_REJ_CMD_TAPE_IN_MOTION_IN_SE TTAPE_CMD SRV_CMDPROC_WRITELINEARCOUNTER_API_REJE CT_BUSY...
Page 245 SCSI_STATUS_DIAG_DMA_WRITE_DMAPERR SCSI_STATUS_DIAG_DMA_WRITE_RDPARERR SCSI_STATUS_DIAG_DMA_WRITE_MPACCERR SCSI_STATUS_DIAG_DMA_WRITE_COUNTER_ERRO SCSI_STATUS_DIAG_DMA_WRITE_DATA_COMPARE _ERROR SCSI_STATUS_DIAG_DMA_READ_INTERRUPT_FAILE SCSI_STATUS_DIAG_DMA_READ_DFIFOERR SCSI_STATUS_DIAG_DMA_READ_OFSERR SCSI_STATUS_DIAG_DMA_READ_DMAPERR SCSI_STATUS_DIAG_DMA_READ_RDPARERR SCSI_STATUS_DIAG_DMA_READ_MPACCERR SCSI_STATUS_DIAG_DMA_READ_COUNTER_ERROR SCSI_STATUS_DIAG_DMA_READ_DATA_COMPARE_ ERROR SCSI_STATUS_DIAG_TASK_STATUS_UNKNOWN SCSI_STATUS_DIAG_CABLE_PROBLEMS SCSI_STATUS_DIAG_EXCESSIVE_RESET_CONDITIO SCSI_CUR_DESC_NULL_POINTER_00 SCSI_MPACCESS_NEVER_CLEARED SCSI_AIC_IN_RESET_MODE SCSI_FW_IMAGE_FIRST_WORD_ZERO SCSI_FW_IMAGE_CHECKSUM_BAD SCSI_WB_PARAM_DATA_MISMATCH_CDB_PAGE_ID SCSI_WB_PARAM_DATA_MISMATCH_CDB_PLL_PAG E_SIZE SCSI_WB_PARAM_DATA_MISMATCH_MIC_PAGE_ID SCSI_WB_PARAM_DATA_MISMATCH_MIC_PAGE_SIZ SCSI_MEDIUM_PRESENT SCSI_NULL_THREAD_TABLE_PTR_00 SCSI_UNKNOWN_AUTOLOAD_MODE SCSI_UNKNOWN_DIAGNOSTIC_TYPE SCSI_NULL_TRACE_BUFFER_NEXT_PTR SCSI_EJECT_BIT_SET_BUT_ABORT_BIT_NOT_SET SCSI_NUM_IID_REGISTERED_NOT_GREATER_THAN_ ZERO SCSI_REG_MASK_NOT_EQU_RES_MASK_BITWISE_ OR_REG_MASK SCSI_NUM_IID_REGISTERED_NOT_EQU_BITS_SET_I N_REG_MASK SCSI_ILLEGAL_CDB_REQ_WHEN_INSERTED SCSI_ILLEGAL_CDB_REQ_WHEN_SEATED SCSI_UNKNOWN_MEDIUM_POSITION_STATE...
Page 246 ELIVERED SCSI_PCMD_LOST_IN_LIB_START_XFER SCSI_PCMD_LOST_IN_LIB_SEND_COMMAND_COMP LETE SCSI_PCMD_LOST_IN_LIB_SEND_DATA_IN_AND_GO OD_STATUS SCSI_WRONG_SIGNAL_NODE SCSI_UNABLE_ALLOC_DTD SCSI_UNKNOWN_FC_MSG SCSI_XFERSTOP_NOT_FOUND SCSI_INFO_STRUCTS_EXHAUSTED SCSI_CANNOT_ADD_IID_IN_FREE_Q SCSI_IID_LOST_IN_FREE_Q SCSI_INITIATOR_ADDED_LOST SCSI_REMOVE_AN_UNKNOWN_INITIATOR SCSI_LRU_LOGOUT_FAILED_LRU_REMOVE_IID SCSI_LRU_LOGOUT_FAILED_FREE_IID_Q_ADD_IID SCSI_LRU_LOGOUT_FAILED_IID_RESERVED SCSI_LRU_UPDATE_FAILED_LRU_REMOVE_IID SCSI_LRU_UPDATE_FAILED_LRU_ADD_IID SCSI_IID_RUN_OUT_OF_RESOURCES SCSI_IID_NEEDS_TO_LOGOUT SCSI_ADD_NULL_PTR_NEXUS_DB SCSI_EXISTING_NEXUS_HAS_DIFFERENT_PCMD SCSI_CA_ACA_FLAGS_BOTH_SET SCSI_HAPI_UNEXPECTED_RECORD_TYPE SCSI_UNKNOWN_SIGNAL_NODE SCSI_INVALID_COMMAND_DONE_SIGNAL_NODE SCSI_UNKNOWN_TASK_MANAGEMENT_SIGNAL_NO SCSI_UNKNOWN_THRESHOLD_INTERRUPT SCSI_NULL_PSCSIINFO_FROM_DMA SCSI_STREAMOP_BUT_VALID_PACTIVE_CMD SCSI_FCP_INVALID_PORT_NUMBER_GET_WWN SCSI_FCP_INVALID_PORT_NUMBER_ID_CHANGE SCSI_FCP_PORT_DB_ENTRY_NOT_FOUND SCSI_FCP_INVALID_PORT_NUMBER_ATTACH_CHAN SCSI_STDF_RESTART_DUE_TO_FAILURE SCSI_STDF_UNKNOWN_FAILURE SCSI_STDF_ASSERTION_FAILURE SCSI_STDF_COMPONENT_VERSION_MISMATCH SCSI_STDF_STARTUP_FAILURE SCSI_STDF_DYNAMIC_CONFIGURATION_FAILURE SCSI_STDF_UNEXPECTED_OS_BEHAVIOR...
Page 247 SCSI_CREATE_SENSE_FAILED SCSI_INITALIZE_SENSE_FAILED SCSI_UNKNOWN_CM_EEPROM_STATE SCSI_INVALID_LOG_PARAMETER SCSI_INVALID_LOG_PAGE SCSI_INVALID_LOG_PAGE_CONTROL SCSI_PAGE_OUT_OF_RANGE SCSI_UNKNOWN_LOG_INFO_RESPONSE SCSI_UNKNOWN_LOG_INFO_RESPONSE_DATA_POI NTER SRV_CMDPROC_CMD_REJECT_ABORT_IN_PROGRE SRV_CMDPROC_CMD_REJECT_SEQUENCER_BUSY SRV_CMDPROC_PARAMETER_OUT_OF_RANGE SRV_CMDPROC_SETTAPETHICK_API_REJECT_BUSY SRV_CMDPROC_SETTENSION_API_REJECT_BUSY_I N_STATUS_REQUEST SRV_CMDPROC_SETRADIUSCOUNTER_API_REJECT _BUSY SRV_CMDPROC_INVALID_COMMAND_IN_SET_PARA METER SRV_REEL_AT_SPEED_MESSAGE_RECEIVED_IN_IDL E_STATE SRV_REEL_TRACKING_MESSAGE_RECEIVED_IN_IDL E_STATE SRV_REEL_AT_SPEED_MESSAGE_RECEIVED_IN_HO LD_STATE SRV_REEL_TRACKING_MESSAGE_RECEIVED_IN_HO LD_STATE SRV_MOVETAPE_FORWARD_PHYSICAL_LIMIT_OVE RRUN_DURING_RAMP_DOWN SRV_MOVETAPE_REVERSE_PHYSICAL_LIMIT_UNDE RRUN_DURING_RAMP_DOWN SRV_MOVETAPE_FORWARD_PHYSICAL_LIMIT_OVE RRUN_DURING_RAMP_DOWN_RESTART SRV_MOVETAPE_REVERSE_PHYSICAL_LIMIT_UNDE RRUN_DURING_RAMP_DOWN_RESTART SRV_SEQ_SUBCOMMAND_TIMED_OUT SRV_STEP_PWR_RECOVERY_THREAD_TAPE_ERRO SRV_STEP_PWR_RECOVERY_THREAD_TAPE_ERRO SRV_STEP_PWR_RECOVERY_THREAD_TAPE_ERRO SRV_STEP_PWR_RECOVERY_THREAD_TAPE_ERRO SRV_STEP_PWR_RECOVERY_THREAD_TAPE_ERRO SRV_STEP_PWR_RECOVERY_THREAD_TAPE_ERRO...
Page 248 OWN_AT_LPOS_FROM_CRUISE_CONTROL_REVERS SRV_MOVETAPE_INVALID_DIRECTION_IN_RAMP_DO WN_AT_LPOS_FROM_CRUISE_CONTROL SRV_MOVETAPE_LPOS_RECEIVED_BEFORE_TRACK ING_IN_RAMP_UP_STATE SRV_CMDPROC_TAPE_NOT_MOVING_FOR_REPOSIT ION_CMD SRV_MOVETAPE_REPOSITION_FAILED_ALREADY_P AST_LPOS SRV_CMD_INVALID_HEADPOSITION_SELECTED_LO OKUP_TRACKING_RATIO SRV_MOVETAPE_INVALID_TAPE_DIRECTION_IN_EN ABLE_HEAD_BIAS_FOR_READ_TRACKING SRV_MOVETAPE_INVALID_TAPE_DIRECTION_IN_EN ABLE_HEAD_BIAS_FOR_WRITE_TRACKING SRV_MOVETAPE_INVALID_TRACKING_MODE_IN_EN ABLE_HEAD_BIAS SRV_GOTO_LC_FORWARD_PHYSICAL_LIMIT_OVER RUN_DURING_RAMP_UP SRV_GOTO_LC_REVERSE_PHYSICAL_LIMIT_UNDER RUN_DURING_RAMP_UP SRV_GOTO_LC_FORWARD_PHYSICAL_LIMIT_OVER RUN_DURING_WAIT_MARK SRV_GOTO_LC_REVERSE_PHYSICAL_LIMIT_UNDER RUN_DURING_WAIT_MARK SRV_GOTO_LC_FORWARD_PHYSICAL_LIMIT_OVER RUN_DURING_MARK_FOUND SRV_GOTO_LC_REVERSE_PHYSICAL_LIMIT_UNDER RUN_DURING_MARK_FOUND SRV_GOTO_LC_FORWARD_PHYSICAL_LIMIT_OVER RUN_DURING_POSITION_TAPE SRV_GOTO_LC_REVERSE_PHYSICAL_LIMIT_UNDER RUN_DURING_POSITION_TAPE SRV_GOTO_LC_INITREELS_API_BUSY_REJECT SRV_STEPPER_MOTOR_TASK_INVALID_OPERATION SRV_STEP_LOAD_CART_ERROR1 SRV_STEP_LOAD_CART_ERROR2 SRV_STEP_LOAD_CART_ERROR3 SRV_STEP_LOAD_CART_ERROR4 SRV_STEP_LOAD_CART_DEFAULT SRV_STEP_UNLOAD_CART_ERROR1 SRV_STEP_UNLOAD_CART_ERROR2 SRV_STEP_UNLOAD_CART_DEFAULT...
Page 249 SRV_STEP_THREAD_TAPE_ERROR14 SRV_STEP_THREAD_TAPE_ERROR15 SRV_STEP_THREAD_TAPE_ERROR16 SRV_STEP_THREAD_TAPE_ERROR17 SRV_STEP_THREAD_TAPE_ERROR18 SRV_STEP_THREAD_TAPE_ERROR19 SRV_STEP_PWR_RECOVERY_LOAD_CART_ERROR5 SRV_STEP_PWR_RECOVERY_LOAD_CART_EXPECT ED_TRAY_OUT SRV_STEP_THREAD_TAPE_ERROR22 SRV_STEP_THREAD_TAPE_ERROR23 SRV_STEP_THREAD_TAPE_DEFAULT SRV_STEP_PWR_RECOVERY_LOAD_CART_ERROR7 SRV_STEP_UNTHREAD_TAPE_ERROR2 SRV_STEP_PWR_RECOVERY_LOAD_CART_ERROR8 SRV_STEP_PWR_RECOVERY_LOAD_CART_DEFAUL SRV_STEP_UNTHREAD_TAPE_ERROR6 SRV_STEP_UNTHREAD_TAPE_ERROR7 SRV_STEP_LOAD_CART_ERROR5 SRV_STEP_PWR_RECOVERY_THREAD_TAPE_ERRO SRV_STEP_UNTHREAD_TAPE_ERROR10 SRV_STEP_UNTHREAD_TAPE_ERROR11 SRV_STEP_UNTHREAD_TAPE_ERROR12 SRV_STEP_UNTHREAD_TAPE_ERROR13 SRV_STEP_UNTHREAD_TAPE_ERROR14 SRV_STEP_UNTHREAD_TAPE_ERROR15 SRV_STEP_UNTHREAD_TAPE_ERROR16 SRV_STEP_UNTHREAD_TAPE_ERROR17 SRV_STEP_UNTHREAD_TAPE_DEFAULT SRV_STEP_MOTOR_ERROR1 SRV_STEP_STEP_MOTOR_DEFAULT SRV_STEP_HEAD_INVALID_WRAP SRV_STEP_HEAD_EXPECTING_STOP_AFTER_MOVIN G_TO_POSITION SRV_STEP_HEAD_EXPECTING_STOP_AFTER_ADDE D_HYSTERESIS SRV_STEP_HEAD_EXPECTING_TOP_SENSOR_HIGH SRV_STEP_HEAD_EXPECTING_STOP_AFTER_TOP_S ENSOR_HIGH SRV_STEP_HEAD_EXPECTING_TOP_SENSOR_LOW SRV_STEP_HEAD_EXPECTING_STOP_AFTER_TOP_S ENSOR_LOW SRV_STEP_HEAD_STEP_DEFAULT...
Page 250 SRV_STEP_GOFROM_HUB_TOPARK_DEFAULT SRV_STEP_THREAD_TAPE_ERROR26 SRV_STEP_UNTHREAD_TAPE_ERROR3 SRV_STEP_NO_ACTIVE_PWR_RECOVERY_THREAD_ RETRY_ISR SRV_STEP_FIND_PARK_ERROR1 SRV_STEP_FIND_PARK_ERROR2 SRV_STEP_FIND_PARK_ERROR3 SRV_STEP_FIND_PARK_ERROR4 SRV_STEP_FIND_PARK_ERROR5 SRV_STEPPER_MOTOR_TASK_EEPROM_INVALID_O PERATION SRV_STEP_RETRY6_ERROR1 SRV_STEP_FIND_PARK_DEFAULT SRV_STEP_RETRY6_ERROR2 SRV_STEP_GOTO_HUB_ERROR2 SRV_STEP_GOTO_HUB_DEFAULT SRV_STEP_RETRY6_ERROR3 SRV_STEP_RETRY6_DEFAULT SRV_STEP_INTO_CART_ERROR3 SRV_STEP_INTO_CART_DEFAULT SRV_STEP_PARK_LA_ERROR1 SRV_STEP_PARK_LA_DEFAULT SRV_STEP_LWR_ENGAGE_ERROR1 SRV_STEP_LWR_ENGAGE_ERROR2 SRV_STEP_LWR_ENGAGE_DEFAULT SRV_STEP_LWR_DISENGAGE_ERROR1 SRV_STEP_LWR_DISENGAGE_ERROR2 SRV_STEP_LWR_DISENGAGE_DEFAULT SRV_STEP_RETRY4_ERROR5 SRV_STEP_CART_REEL_RUNAWAY SRV_STEP_LOAD_ARM_MOTOR_STALLED SRV_STEP_CART_LOAD_MOTOR_STALL SRV_STEP_CART_NOT_IN SRV_CAL_MOT_MOVE SRV_CAL_MOT_STOP SRV_STATEM_COMMAND_SOURCE_INVALID_IN_IDL E_MODE SRV_CMD_CALIBATE_ALL_FAILED_WRITING_TO_LI NEAR_COUNTER_API_BUSY SRV_CMD_FIND_INDEX_FAILED_WRITING_TO_LINEA R_COUNTER_API_BUSY SRV_EVENTS_TABLE_INTEGRITY_ERROR...
Page 251 SRV_STEP_RETRY2_ERROR3 SRV_STEP_RETRY2_ERROR4 SRV_STEP_RETRY2_ERROR5 SRV_STEP_RETRY2_ERROR6 SRV_STEP_RETRY2_ERROR7 SRV_STEP_RETRY2_ERROR8 SRV_STEP_RETRY2_ERROR9 SRV_STEP_RETRY2_ERROR10 SRV_STEP_RETRY2_ERROR11 SRV_STEP_RETRY2_ERROR12 SRV_STEP_RETRY2_DEFAULT SRV_STEP_RETRY3_ERROR1 SRV_STEP_RETRY3_ERROR2 SRV_STEP_RETRY3_ERROR3 SRV_STEP_RETRY3_DEFAULT SRV_STEP_RETRY4_ERROR1 SRV_STEP_RETRY4_ERROR2 SRV_STEP_RETRY4_DEFAULT SRV_STEP_RETRY4_ERROR3 SRV_STEP_RETRY4_ERROR4 SRV_STEP_GOFROM_HUB_GRABER_ERROR1 SRV_STEP_GOFROM_HUB_GRABER_ERROR2 SRV_STEP_GOFROM_HUB_GRABER_ERROR3 SRV_STEP_GOFROM_HUB_GRABER_DEFAULT SRV_STEP_LA_INTO_CART_ERROR1 SRV_STEP_LA_INTO_CART_ERROR2 SRV_STEP_LA_INTO_CART_ERROR3 SRV_STEP_LA_INTO_CART_DEFAULT SRV_STEP_LOAD_ARM_MOTOR_STALLED1 SRV_STEP_MOTOR_ERROR2 SRV_STEP_PARK_LA_CMD_ERROR1 SRV_STEP_PARK_LA_CMD_DEFAULT SRV_STEP_RETRY_FAILED1 SRV_STEP_RETRY_FAILED2 SRV_STEP_UNTHREAD_TAPE_ERROR20 SRV_STEP_UNTHREAD_TAPE_ERROR21 SRV_STEP_UNTHREAD_TAPE_ERROR22 SRV_STEP_UNTHREAD_TAPE_ERROR23 SRV_STEP_THREAD_TAPE_ERROR24 SRV_STEP_THREAD_TAPE_ERROR25 SRV_STEP_PWR_RECOVERY_UNTHREAD_TAPE_ER ROR1 SRV_STEP_PWR_RECOVERY_UNTHREAD_TAPE_ER...
Page 252 ROR9 SRV_STEP_PWR_RECOVERY_UNTHREAD_TAPE_ER ROR10 SRV_STEP_PWR_RECOVERY_UNTHREAD_TAPE_ER ROR11 SRV_STEP_PWR_RECOVERY_UNTHREAD_TAPE_ER ROR12 SRV_STEP_PWR_RECOVERY_UNTHREAD_TAPE_DE FAULT SRV_STEP_NO_ACTIVE_ISR SRV_STEP_NO_ACTIVE_THREAD_RETRY_ISR SRV_STEP_NO_ACTIVE_UNTHREAD_RETRY_ISR SRV_STEP_RETRY5_ERROR1 SRV_STEP_RETRY5_ERROR2 SRV_STEP_RETRY5_ERROR3 SRV_STEP_RETRY5_ERROR4 SRV_STEP_RETRY5_DEFAULT SRV_STEP_MOTOR_PWR_FAIL SRV_STEP_CENTER_PIN_DEFAULT SRV_STEP_CENTER_PIN_ERROR1 SRV_STEP_CENTER_PIN_ERROR2 SRV_STEP_RETRY5_ERROR5 SRV_STEP_RETRY5_ERROR6 SRV_STEP_RETRY5_ERROR7 SRV_STEP_RETRY5_ERROR8 SRV_STEP_RETRY5_ERROR9 SRV_STEP_RETRY5_ERROR10 SRV_STEP_UNLOAD_CART_ERROR3 SRV_RECOVER_BIN_ERROR SRV_RECOVER_EEPROM_DEFAULT SRV_TEST_SEEP_DEFAULT SRV_STEP_NO_ACTIVE_FUNCTION_FOR_EEPROM_T SRV_SERIAL_EEPROM_ERROR SRV_STEP_THREAD_TAPE_ERROR27 SRV_STEP_RETRY2_ERROR13 SRV_STEP_RETRY2_ERROR14 SRV_STEP_RETRY7_ERROR1 SRV_STEP_RETRY7_ERROR2 SRV_STEP_RETRY7_DEFAULT SRV_STEP_THREAD_TAPE_ERROR28 SRV_STEP_THREAD_TAPE_ERROR29 SRV_STEP_THREAD_TAPE_ERROR30 SRV_STEP_THREAD_TAPE_ERROR31...
Page 253 RTOS_STATUS_QUEUE_ID_ERROR RTOS_STATUS_QUEUE_FULL RTOS_STATUS_PARTITION_ID_ERROR RTOS_STATUS_INVALID_CONFIGURATION_PARAME RTOS_STATUS_INVALID_INPUT_PARAMETER RTOS_STATUS_TASK_PENDING_ON_QUEUE RTOS_STATUS_EVENT_FLAG_GROUP_AND_VIRTUA L_TIMER_ID_ERROR RTOS_STATUS_EVENT_FLAG_ALREADY_SET RTOS_STATUS_UNKNOWN_ERROR DSM_FREEPOOL_SENT_NULL_DS_IN_FEED_UNDER DSM_WR_FEED_ELDC_DS_CMPL DSM_WR_FEED_ELDC_DS_CMPL2 DSM_WR_FEED_ELDC_DS_CMPL3 DSM_WRONG_MODE_FOR_WRITE_CMD DSM_WRONG_STATE_FOR_APPEND DSM_WRONG_STATE_FOR_WRITE_CMD DSM_WRITE_APPEND_DS_SHOULD_BE_EOD DSM_MISSING_DS_WHEN_WRITE_CMD_RECV DSM_WRONG_MODE_FOR_APPEND DSM_WR_MAN_FLUSH_TIMEOUT DSM_WRITE_DSLIST_HAS_TOO_MANY_DS DSM_LOCATE_FMK_0_COUNT DSM_LOCATE_SPACED_PAST_TARGET DSM_HALT_BIT_WORKAROUND_FAILURE DSM_HALT_BIT_WORKAROUND_FAILURE2 DSM_DCA_PUT_ERROR_FAILED DSM_DCA_PUT_HERR_FAILED DSM_DCA_PUT_EOD_FAILED DSM_READ_UNEXPECTED_SCSI_STATE DSM_READ_UNEXPECTED_BACKEND_STATE DSM_READ_UNEXPECTED_MODE DSM_BE_NO_HANDLE DSM_CMPR_READ_NO_ACCESS_POINT_IN_DS DSM_CMPR_SKIP_NO_ACCESS_POINT_IN_DS 33Ah RTOS 33Bh RTOS 33Ch RTOS 33Dh RTOS...
Page 254 DSM_READ_PUT_TERMINUS_FAILED DSM_ILLEGAL_WRITE_TERMINATED_CONDITION DSM_CMPR_SKIP_ADD_DS_FAILED DSM_CMPR_SKIP_DSIT_C1_ERROR DSM_CMPR_SKIP_UNEXPECTED_UNDERRUN DSM_CMPR_SKIP_FMK_ENCOUNTERED DSM_CMPR_SKIP_END_MARK_ENCOUNTERED DSM_CMPR_SKIP_C1_ERROR DSM_CMPR_SKIP_DP_ERROR DSM_CMPR_SKIP_INVALID_INTERRUPT DSM_CMPR_READ_DSIT_C1_ERROR DSM_CMPR_READ_UNEXPECTED_COMMAND_COMP LETE DSM_CMPR_WR_FLUSH_NOT_HALTED DSM_CMPR_WR_FLUSH_DS_NULL_DS DSM_CMPR_WR_DP_ERROR DSM_CMPR_WR_HALT_DETECTED DSM_CMPR_WR_INVALID_INTERRUPT DSM_WR_NOT_IN_LOCATED_STATE DSM_INFO_REQUEST_CONTAINS_INVALID_LOG_PA DSM_CMPR_DATA_OVERRUN DSM_BE_WR_BAD_PTR_IN_FLUSH_EOD_MIC_DONE DSM_BE_WR_BAD_PTR_IN_DS_DONE DSM_BE_WR_BAD_PTR_IN_EOW_DS_RECYCLE DSM_BE_WR_BAD_PTR_IN_RECYCLE_START_WHIL E_FLUSHING DSM_BE_WR_BAD_PTR_IN_DS_RECYCLE DSM_STATUS_472 DSM_DCADESCPTR_OVERWRITTEN DSM_MIC_TOO_MANY_QUEUED_CMDS DSM_KILL_DECOMPRESSION_NEEDS_READ DSM_APPEND_TYPE_WRONG DSM_WRONG_APPEND_TYPE_IN_TDIR_UPDATE 35Ch Data set manager 35Dh Data set manager 35Eh Data set...
Page 255 DSM_WR_MIC_EOD_UPDATE_WITH_NULL_DS DSM_WRITE_LOCATED_BUT_NO_APPEND_DS DSM_WRITE_READ_PAUSED_BUT_NO_APPEND_DS DSM_GOT_READ_WHEN_POSITION_UNKNOWN DSM_SPACE_EOD_DS_NOT_EOD DSM_MIC_READ_CART_PAGE_GOT_CRC DSM_MIC_WRITE_EOD_PAGE_GOT_CRC DSM_CMPR_SET_MAXSIZE_NOT_MODULO_32 TAPE_SERVO_NEVER_RECOVER TAPE_BAD_MIC_TD TAPE_BAD_MIC_EOD TAPE_FIRST_DS_APPEND_FAIL_OLD_HIGH_WPC TAPE_APPEND_FAIL_OLD_HIGH_WPC TAPE_WRITE_LOOP_EXT_FAIL TAPE_READ_SERVO_CMD_REJECT TAPE_SERVO_GAIN_CALIB_FAIL TAPE_READ_SEEK_TARGET_OVERSHOOT TAPE_READ_FOUND_TARGET_PLUS_N TAPE_HARD_READ_ADJACENT_TRACK_IS_OVERW RITTEN TAPE_READ_4METERS_TIMEOUT TAPE_READ_TIMEOUT_NO_SERVO_RESPONSE TAPE_READ_BOW_DS_NOT_FOUND TAPE_READ_LAST_WRAP_DS_NOT_FOUND TAPE_READ_BAD_CM_AND_BAD_FID TAPE_SEEK_ISB_UNDERRUN TAPE_SEEK_ISB_SVO_FAIL TAPE_SEEK_ISB_EOWRAP TAPE_SEEK_ISB_UNKNOWN TAPE_READ_SERVO_OVERSHOOT TAPE_BAD_CLEAN_CARTRIDGE TAPE_OUT_OF_CLEAN_TAPE TAPE_SEEKER_MISSING_DS TAPE_CHAN_HOC_GAIN_CALIB_FAILED TAPE_NULL_PTR_TP_LIST TAPE_INVALID_PHYS_LP6 TAPE_ABORT_STATUS TAPE_HARD_READ_ERROR_RETRY_EXHAUSTED TAPE_CHAN_BOTH_SERVO_HEADS_BAD TAPE_CHAN_UPPER_SERVO_HEAD_BAD TAPE_CHAN_LOWER_SERVO_HEAD_BAD TAPE_SRV_FAIL_REPORT_EW TAPE_RED_ZONE_ERR_RETRY_EXHAUSTED...
Page 256 TAPE_READ_ILLEGAL_SWITCH_WRAP_IDLE_STATE TAPE_READ_ILLEGAL_SWITCH_WRAP_UNDERRUN_ STATE TAPE_READ_SWITCH_WRAP_BAD_EOD_PAGE TAPE_READ_ILLEGAL_SWITCH_WRAP_BACKWARD _MODE TAPE_CM_SUSPENDED_APPEND_WRITES_PAGE_FU TAPE_READ_WRT_SUSPEND_MORE_THAN_4METER TAPE_READ_OVERSHOOT_RETRY_EXHAUSTED TAPE_READ_SEEK_LOST_POSITION TAPE_READ_NO_DATA_DETECTED SRV_REEL_UNEXPECTED_MESSAGE_IN_ERROR_AB ORT_TAPE_STATE SRV_MOVETAPE_UNEXPECTED_MESSAGE_IN_RAM P_UP_STATE SRV_MOVETAPE_UNEXPECTED_MESSAGE_IN_RAM P_DOWN_STATE SRV_MOVETAPE_UNEXPECTED_MESSAGE_IN_RAM P_RESTART_STATE SRV_MOVETAPE_UNEXPECTED_MESSAGE_IN_CRUI SE_CONTROL_STATE SRV_ROTATE_UNEXPECTED_MESSAGE_IN_RAMP_U P_REEL_STATE SRV_ROTATE_UNEXPECTED_MESSAGE_IN_ROTATI NG_REEL_STATE SRV_ROTATE_UNEXPECTED_MESSAGE_IN_RAMP_D OWN_REEL_STATE SRV_POSREEL_UNEXPECTED_MESSAGE_IN_MOVE_ TO_POSITION_STATE SRV_GOTO_LC_UNEXPECTED_MESSAGE_IN_RAMP_ UP_STATE SRV_GOTO_LC_UNEXPECTED_MESSAGE_IN_WAIT_ MARK_STATE SRV_GOTO_LC_UNEXPECTED_MESSAGE_IN_MARK_ FOUND_STATE SRV_GOTO_LC_UNEXPECTED_MESSAGE_IN_POSITI ON_STATE SRV_REEL_UNEXPECTED_MESSAGE_IN_HOLD_STA SRV_REEL_UNEXPECTED_MESSAGE_IN_IDLE_STAT SRV_CMDPROC_REJ_PARM_LPOS_NOT_WITHIN_LP 2_OR_LP6_IN_GOTO_TO_LPOS_VALID SRV_CMDPROC_REJ_PARM_NOT_ENOUGH_TAPE_T O_RAMP_TO_LPOS_IN_GOTO_LPOS_PARAM_VALID...
Page 257 SRV_OFF_TRACK SRV_NO_PES_FOUND SRV_VCM_SHOCK_ERROR SRV_TRACKING_TARGET_OUTRANGE SRV_TRACKING_SAMPLE_ERROR SRV_TRACKING_COARSE_MOVE_ERROR SRV_TRACKING_UPDATE_MEM_ERROR SRV_MOVETAPE_RAMPDOWN_API_FAILED_IN_TRA CKING_CMD_FAILED_HANDLER_IN_RAMP_UP_STAT SRV_MOVETAPE_TRACKING_CMD_FAILED_IN_RAM P_UP_STATE SRV_CMDPROC_ROTATE_REEL_REJECTED_BECAU SE_CART_LOADED SRV_CMDPROC_ROTATE_REEL_REJECTED_BECAU SE_DRIVE_REEL_IS_OBSTRUCTED SRV_CMDPROC_ROTATE_REEL_REJECTED_INVALI D_REEL_SELECT SRV_CMDPROC_SET_DRIVE_STATE_COMMAND_RE JECTED_STATE_OUT_OF_RANGE SRV_STATEM_RECOVERY_COMMAND_REJECTED_D RIVE_IN_UNKNOWN_STATE SRV_TRKCNVT_MULTIPLY_ERROR_IN_TRACKING_C ONVERT_FUNCTION SRV_TRKCNVT_DIVIDE_ERROR_IN_TRACKING_CON VERT_FUNCTION SRV_STATEM_AUTOLOAD_COMMAND_REJECTED_I NVALID_STATE SRV_NOT_USED_OBSOLETE_2 SRV_STATEM_PRE_EJECT_COMMAND_REJECTED_I NVALID_STATE SRV_STATEM_PRE_EJECT_COMMAND_REJECTED_ DRIVE_IN_UNKNOWN_STATE SRV_STATEM_AUTOLOAD_COMMAND_REJECTED_U NKNOWN_STATE SRV_TRKCNVT_DAC_OUTPUT_EXCEEDED_LIMIT SRV_TRKCNVT_DAC_OUTPUT_BELOW_MINIMUM_LI SRV_STEP_HEAD_EXPECTING_BOTTOM_SENSOR_H SRV_STEP_HEAD_EXPECTING_STOP_AFTER_BOTT OM_SENSOR_HIGH SRV_STEP_HEAD_EXPECTING_BOTTOM_SENSOR_L SRV_STEP_HEAD_EXPECTING_STOP_AFTER_BOTT OM_SENSOR_LOW SRV_SZA_INTERFACE_BUSY...
Page 258 SRV_MOTOR_POR_STUCK_1 SRV_MOTOR_POR_STUCK_2 SRV_MOTOR_PWR_FAIL SRV_STATEM_AUTOLOAD_COMMAND_REJECTED_N O_CART_IN_DRIVE SRV_SZA_LOAD_COMPLETION_FAILURE SRV_TAPE_CUT SRV_MOVETAPE_ERROR_LP1_UNDERRUN_DURING _RAMP_UP SRV_MOVETAPE_ERROR_LP6_OVERRUN_DURING_ RAMP_UP SRV_MOVETAPE_RAMP_DOWN_API_FAILED_DURIN G_ERROR_HANDLING SRV_MOVETAPE_LP1_UNDERRUN_IN_CRUISE_CON TROL SRV_MOVETAPE_LP6_OVERRUN_IN_CRUISE_CONT SRV_CMDPROC_NO_CARTRIDGE_IN_DRIVE SRV_STEP_HEAD_TRIGGERED_SENSORS_DURING_ HEAD_STEPPING SRV_STEP_HEAD_NOT_AT_BASEMENT_POSITION SRV_STEP_HEAD_COULD_NOT_FIND_PES_DURING_ HEAD_CALIBRATION SRV_STEP_HEAD_PES_CAPTURE_IS_BAD_DURING_ HEAD_CALIBRATION SRV_STEP_HEAD_INCORRECT_OFFSET_FROM_HEA D_CALIBRATION SRV_ROTATE_ENABLEMOTOR_API_REJECT_BUSY SRV_EXCEED_LC_LIMIT SRV_RAD_COMP_ERR SRV_TAPE_SLACK SRV_HIT_EOT SRV_HIT_PEOT SRV_WATCH_DOG SRV_EXCEPT_UNDEF_INSTR SRV_EXCEPT_PREFECT SRV_EXCEPT_MEMORY_ABORT SRV_EXCEPT_SOFTWARE_INTERRUPT SRV_EXCEPT_EXCEPTION_CODE_OUT_OF_RANGE SRV_GLOBAL_ERROR_STATE SRV_REEL_PHYSICAL_EOT_LIMIT_OVERRUN_IN_HO LD_STATE SRV_REEL_PHYSICAL_BOT_LIMIT_UNDERUN_IN_HO LD_STATE...
Page 259 SRV_CMDPROC_MANUFACTURER_ID_NOT_AVAILAB SRV_CMDPROC_LP1_NOT_AVAILABLE SRV_CMDPROC_MFR_DATA_NOT_AVAILABLE_TAPE _NOT_READ SRV_CMDPROC_MFR_DATA_NOT_AVAILABLE_TAPE _NOT_READY SRV_SEQ_LOOP_UNDERRUN_CONDITION_IN_TABLE SRV_REEL_SETTENSION_API_FAILED_DURING_WRA SRV_BAD_PES_VALUES SRV_CMDPROC_HEAD_OFFSET_NOT_ZERO_IN_WRI TE_MODE SRV_EXCEPT_RETURN_FROM_RTOS SRV_TRACKING_NEVER_CALLED SRV_NEVER_SAW_SERVO_SIGNAL SRV_SERVO_SIGNALS_NOT_WITHIN_ACQUIRING_WI NDOW SRV_FAILURE_DURING_TRACKING_RAMPING SRV_FAILURE_DURING_TRACKING_SETTLING SRV_FAILURE_DURING_TRACKING_PRE_TRACKING SRV_FAILURE_DURING_READING SRV_FAILURE_DURING_WRITING SRV_MOVETAPE_HEAD_POS_OUT_OF_RANGE SRV_CMDPROC_ERROR_CODE_NOT_SUPPORTED_F OR_SET_TRIGGER SRV_CLOSED_LOOP_STEPPER_TIMEOUT_ATTEMPTI NG_TO_FIND_PES SRV_CMDPROC_SET_TRIGGER_REJECTED_TMUXSE T_API_BUSY SRV_MOTOR_LP1_OVERRUN SRV_MOTOR_LP6_OVERRUN SRV_MOTOR_EOT_OVERRUN SRV_MOTOR_BOT_UNDERRUN SRV_SEQUENCER_UNKNOWN_ALERT_RECEIVED SRV_SZA_SIFT_COUNT_TOO_LARGE SRV_RTOS_TASK_ID_ERROR SRV_RTOS_NO_MEMORY_AVAILABLE SRV_RTOS_MAILBOX_IN_USE SRV_RTOS_ZERO_MESSAGE SRV_RTOS_INVALID_SYSTEM_CALL SRV_RTOS_NO_MESSAGE_PRESENT SRV_RTOS_QUEUE_ID_ERROR SRV_RTOS_QUEUE_FULL SRV_STATEM_COMMAND_ABORTED_BY_EMERGEN...
Page 260 ECT_DURING_FINDZERO SRV_FINDZERO_NULL_FUNCTION_IN_TABLE SRV_FINDZERO_INVALID_MESSAGE_RECEIVED SRV_CMDPROC_INVALID_DRIVE_STATE_ON_UNLOA D_CMD SRV_CMDPROC_OUT_OF_RANGE_DRIVE_STATE_ON _UNLOAD_CMD SRV_CMDPROC_INVALID_DRIVE_STATE_ON_EJECT _CMD SRV_CMDPROC_OUT_OF_RANGE_DRIVE_STATE_ON _EJECT_CMD SRV_FINDZERO_MOVETAPE_API_BUSY_REJECT SRV_FINDZERO_POSITIONTAPE_API_FWD_BUSY_RE JECT SRV_FINDZERO_POSITIONTAPE_API_REV_BUSY_RE JECT SRV_CMDPROC_CMD_REJECTED_DURING_INITIALIZ ATION SRV_CMDPROC_INVALID_DRIVE_STATE_ON_PARK_ SRV_CMDPROC_OUT_OF_RANGE_DRIVE_STATE_ON _PARK_CMD SRV_CMDPROC_INVALID_DRIVE_STATE_ON_UNPAR K_CMD SRV_CMDPROC_OUT_OF_RANGE_DRIVE_STATE_ON _UNPARK_CMD SRV_CMDPROC_TAPE_IS_NOT_STOPPED SRV_CMDPROC_INVALID_COMMAND_CHANGE_OF_ DIRECTION SRV_CAL_MOT1_MOVE SRV_CAL_MOT2_MOVE SRV_CAL_MOT1_STOP SRV_CAL_MOT2_STOP SRV_SEQ_RAMP_DOWN_COMPLETED_BEFORE_HE AD_STEPPER_MOVE SRV_MOVETAPE_LPOS_NOTICATION_PASSED SRV_SEQ_INVALID_TRACKING_MODE_IN_REPOSITI ON_TO_WRAP_COMMAND SRV_UNKNOWN_CMD SRV_TESTBIT_INVALID_MODE_FOR_SET_MODE SRV_CLOSED_LOOP_STEPPER_FAILED_TO_FIND_P SRV_STATEM_INVALID_STATE_AFTER_STEPPER_R ECOVERY SRV_HIT_EOT_YELLOW...
Page 261 SRV_TCNT_RUNAWAY SRV_CLOSED_LOOP_STEPPER_FAILED_TO_FIND_P ES_GOING_BACKWARDS SRV_LPOS_SET_CANDIDATE_TAPE_NOT_MOVING SRV_LPOS_INVALID_TAPE_DIRECTION_WHEN_ENA BLING_LIMITS SRV_CMDPROC_INVALID_CALIB_DATA_FROM_FLAS SRV_CMDPROC_CALIB_DATA_OVERWRITTEN_BY_D EFAULTS SRV_NEVER_SAW_SERVO_SIGNAL_DURING_BACK WARDS SRV_SERVO_SIGNALS_NOT_WITHIN_ACQUIRING_WI NDOW_DURING_BACKWARDS SRV_FAILURE_DURING_TRACKING_BAND_LOCK SRV_FAILURE_DURING_TRACKING_BAND_LOCK_D URING_BACKWARDS SRV_FAILURE_DURING_TRACKING_RAMPING_DURI NG_BACKWARDS SRV_FAILURE_DURING_TRACKING_SETTLING_DURI NG_BACKWARDS SRV_FAILURE_DURING_TRACKING_PRE_TRACKING _DURING_BACKWARDS SRV_FAILURE_DURING_READING_DURING_BACKW ARDS SRV_FAILURE_DURING_WRITING_DURING_BACKWA SRV_REEL_UNEXPECTED_ERROR_DETECTED_MES SAGE_RECEIVED SRV_REEL_NULL_FUNCTION_IN_ERROR_MSG_TABL SRV_REEL_INVALID_MESSAGE_RECEIVED_NOT_IN_ TABLE SRV_REEL_INVALID_STATE_VARIABLE_OUT_OF_RA SRV_TRACKING_FAILED_TO_TIMEOUT SRV_MOVETAPE_UNEXPECTED_LPOS_RECIEVED_I N_CRUISE_CONTROL SRV_CLEAN_SCRUB_LENGTH_MUST_BE_LESS_THA N_GOTO_LPOS SRV_MOVETAPE_TAPE_SPEED_NOT_GREATER_TH AN_ZERO_AFTER_RAMP_UP SRV_CMDPROC_INVALID_DRIVE_STATE_ON_CLEAN _CMD SRV_CMDPROC_OUT_OF_RANGE_DRIVE_STATE_ON _CLEAN_CMD SRV_MOVETAPE_RAMP_DOWN_FAILED_AFTER_LP...
Page 262 OUT_DURING_SEARCHING_FOR_PES SRV_HEAD_STEPPER_OFFSET_CALIBRATION_TIME OUT_DURING_FOUND_PES SRV_HEAD_STEPPER_OFFSET_CALIBRATION_TIME OUT_DURING_STOPPING_AFTER_FOUND_PES SRV_HEAD_STEPPER_OFFSET_CALIBRATION_TIME OUT_DURING_MOVING_UP_WITH_ADDED_HYSTERE SRV_HEAD_STEPPER_OFFSET_CALIBRATION_TIME OUT_DURING_STOPPING_AFTER_ADDED_HYSTERE SRV_HEAD_STEPPER_OFFSET_CALIBRATION_TIME OUT_DURING_CAPTURING_PES_SAMPLES SRV_HEAD_STEPPER_OFFSET_CALIBRATION_TIME OUT_DURING_STOPPING_AFTER_GOING_TO_NEW_ OFFSET SRV_HEAD_STEPPER_OFFSET_CALIBRATION_TIME OUT_DURING_MOVING_UP_WITH_ADDED_HYSTERE SIS_FOR_VERIFICATION SRV_HEAD_STEPPER_OFFSET_CALIBRATION_TIME OUT_DURING_VERIFYING_NEW_OFFSET SRV_HEAD_STEPPER_OFFSET_CALIBRATION_TIME OUT_DURING_STOPPING_AFTER_GOING_TO_OFFSE SRV_HEAD_STEPPER_OFFSET_CALIBRATION_TIME OUT_DURING_STOPPING_AFTER_REFERENCE_SEN SOR_LOW SRV_HEAD_STEPPER_OFFSET_CALIBRATION_TIME OUT_DURING_STOPPING_AFTER_REFERENCE_SEN SOR_HIGH SRV_HEAD_STEPPER_OFFSET_CALIBRATION_TIME OUT_DURING_STOPPING_AFTER_PES_FOUND SRV_HEAD_STEPPER_OFFSET_CALIBRATION_TIME OUT_DURING_DEALING_WITH_HYSTERESIS SRV_HEAD_STEPPER_OFFSET_CALIBRATION_TIME OUT_DURING_MOVE_UNTIL_REFERENCE_SENSOR_ SRV_HEAD_STEPPER_OFFSET_CALIBRATION_TIME OUT_DURING_MOVE_UNTIL_REFERENCE_SENSOR_ HIGH SRV_LPOS_NEW_ESTIMATE_JUMPED_MORE_THAN_ 2_FROM_PREVIOUS_RELATIVE_LPOS SRV_CMDPROC_CMD_REJECT_DRIVE_MECH_STUC SRV_CMDPROC_EMERGENCY_EJECT_IN_PROGRES S_ABORT_NOT_VALID SRV_SEQ_INVALID_HIGHER_PRIORITY_COMMAND_ RECEIVED...
Page 263 SRV_TIMEOUT_DURING_HEAD_STEPPER_MOVE_UN TIL_REFERENCE_SENSOR_HIGH SRV_TIMEOUT_DURING_HEAD_STEPPER_MOVE_UN TIL_REFERENCE_SENSOR_LOW SRV_TIMEOUT_DURING_HEAD_STEPPER_STOPPING _AFTER_REFERENCE_SENSOR_HIGH SRV_TIMEOUT_DURING_HEAD_STEPPER_STOPPING _AFTER_REFERENCE_SENSOR_LOW SRV_TIMEOUT_DURING_HEAD_STEPPER_SEARCHIN G_FOR_SERVO_BAND SRV_TIMEOUT_DURING_HEAD_STEPPER_RETURNIN G_FROM_SEARCHING_FOR_SERVO_BAND SRV_TIMEOUT_DURING_HEAD_STEPPER_SEARCHIN G_FOR_SERVO_BAND_IN_OTHER_DIRECTION SRV_TIMEOUT_DURING_HEAD_STEPPER_RETURNIN G_FROM_SEARCHING_FOR_SERVO_BAND_IN_OTHE R_DIRECTION SRV_TIMEOUT_DURING_HEAD_STEPPER_STOPPING _AFTER_FAILING_SEARCH_FOR_SERVO_BAND SRV_TIMEOUT_DURING_HEAD_STEPPER_STOPPING _BEFORE_SEARCHING_FOR_SERVO_BAND_IN_OTH ER_DIRECTION SRV_TIMEOUT_DURING_HEAD_STEPPER_HYSTERE SIS_BEFORE_SEARCHING_FOR_SERVO_BAND_IN_O THER_DIRECTION SRV_TIMEOUT_DURING_HEAD_STEPPER_STOPPING _AFTER_FAILING_SEARCH_FOR_SERVO_BAND_IN_ OTHER_DIRECTION SRV_SEQ_INCORRECT_SERVO_BAND_BEFORE_TRA CKING SRV_SELF_EXCEPTION_BUF_OVERFLOW SRV_SEQ_SERVO_BAND_VALIDATION_FAILED_AND _RECOVERED_ON_RETRY SRV_SEQ_HEAD_POSITION_REQUESTED_OUT_OF_ RANGE SRV_SEQ_SERVO_BAND_VALIDATION_FAILED_CAN NOT_COMPUTE_SERVO_BAND_NUMBER SRV_SELF_FIQ_SERVO_ERROR_DATA SRV_POWER_ON_SELF_TEST_FAILED SRV_INVALID_ERROR_ALERT_TRANSLATION_TO_M ESSAGE_STATUS_TYPE SRV_SMACHINE_RADIUS_CALCULATION_RETRIED_ SUCCESSFULLY...
Page 264 ADIUS_CALC_CART_TYPE SRV_CM_LP1_AND_LP6_NOT_WITHIN_LTO_SPEC SRV_SEQ_INVALID_LPOS_DISTANCE_IN_CALCULAT E_OPTIMAL_BACKWARD_SPEED SRV_LPOS_BOT_UNDERRUN SRV_MOVETAPE_ERROR_REL_LP1_UNDERRUN_DU RING_RAMP_UP SRV_MOTOR_REL_LP1_OVERRUN SRV_MOVETAPE_REL_LP1_UNDERRUN_IN_CRUISE_ CONTROL SRV_REEL_REL_LP1_LIMIT_UNDERRUN_IN_HOLD_S TATE SRV_CMDPROC_COMMAND_INVALID_SEQUENCE SRV_SEQ_UNEXPECTED_COMMAND_RECEIVED_DU RING_ACTIVE_MECHANICAL_COMMAND SRV_SEQ_COMMAND_RECEIVED_DURING_ERROR_ HANDLING SRV_POST_REGISTER_FAILED SRV_NOT_USED SCSI_SAPI_REQUEST_TIMEOUT SCSI_NEXUS_IID_OUT_OF_RANGE SCSI_NEXUS_LUN_OUT_OF_RANGE SCSI_NEXUS_TAG_OUT_OF_RANGE SCSI_FW_IMAGE_TRANSPORT_LAYER_MISMATCH SCSI_PCMD_LOSTINFEHEAD_01 SCSI_PCMD_LOSTINFEHEAD_02 SCSI_PCMD_LOSTINFEHEAD_03 SCSI_PCMD_LOSTINFEHEAD_04 SCSI_PCMD_LOSTINFEHEAD_05 SCSI_PCMD_LOSTINFEHEAD_06 SCSI_PCMD_LOSTINFEHEAD_07 SCSI_PCMD_LOSTINFEHEAD_08 SCSI_PCMD_LOSTINFEHEAD_09 SCSI_PCMD_LOSTINFEHEAD_10 SCSI_PCMD_LOSTINFEHEAD_11 SCSI_PCMD_LOSTINFEHEAD_12 SCSI_PCMD_LOSTINFEHEAD_13 SCSI_PCMD_LOSTINFEHEAD_14 SCSI_PCMD_LOSTINFEHEAD_15 SCSI_PCMD_LOSTINFEHEAD_16 SCSI_PCMD_LOSTINFEHEAD_17 SCSI_PCMD_LOSTINFEHEAD_18 SCSI_PCMD_LOSTINFEHEAD_19...
Page 265 SCSI_PCMD_LOSTINFEHEAD_34 SCSI_PCMD_LOSTINFEHEAD_35 SCSI_PCMD_LOSTINFEHEAD_36 SCSI_PCMD_LOSTINFEHEAD_37 SCSI_PCMD_LOSTINFEHEAD_38 SCSI_PCMD_LOSTINFEHEAD_39 SCSI_PCMD_LOSTINFEHEAD_40 SCSI_PCMD_LOSTINBEHEAD_01 SCSI_PCMD_LOSTINBEHEAD_02 SCSI_PCMD_LOSTINBEHEAD_03 SCSI_PCMD_LOSTINBEHEAD_04 SCSI_PCMD_LOSTINBEHEAD_05 SCSI_PCMD_LOSTINBEHEAD_06 SCSI_PCMD_LOSTINBEHEAD_07 SCSI_PCMD_LOSTINBEHEAD_08 SCSI_PCMD_LOSTINBEHEAD_09 SCSI_CMD_REFS_EXHAUSTED_01 SCSI_CMD_REFS_EXHAUSTED_02 SCSI_CMD_REFS_EXHAUSTED_03 SCSI_CMD_REFS_EXHAUSTED_04 SCSI_CMD_REFS_EXHAUSTED_05 SCSI_CMD_REFS_EXHAUSTED_06 SCSI_CMD_REFS_EXHAUSTED_07 SCSI_CMD_REFS_EXHAUSTED_08 SCSI_CMD_REFS_EXHAUSTED_09 SCSI_CMD_REFS_EXHAUSTED_10 SCSI_CMD_REFS_EXHAUSTED_11 SCSI_CMD_REFS_EXHAUSTED_12 SCSI_CMD_REFS_EXHAUSTED_13 SCSI_CMD_REFS_EXHAUSTED_14 SCSI_CMD_REFS_EXHAUSTED_15 SCSI_CMD_REFS_EXHAUSTED_16 SCSI_CMD_REFS_EXHAUSTED_17 SCSI_CMD_REFS_EXHAUSTED_18 SCSI_CMD_REFS_EXHAUSTED_19 SCSI_CMD_REFS_EXHAUSTED_LIB_FORWARD_ABO SCSI_CMD_REFS_EXHAUSTED_LIB_LOP_CMD_RCV SCSI_CMD_REFS_EXHAUSTED_22 SCSI_ILLEGAL_DSM_CMD_01 SCSI_ILLEGAL_DSM_CMD_02 SCSI_ILLEGAL_DSM_CMD_03 SCSI_ILLEGAL_DSM_CMD_04 SCSI_ILLEGAL_DSM_CMD_05...
Page 266 SCSI_UNKNOWN_BE_STATE_09 SCSI_UNKNOWN_BE_STATE_10 SCSI_UNKNOWN_BE_STATE_LIB_DISPATCH_SET_M ODES SCSI_LIB_DISPATCH_UNLOAD_UNKNOWN_TAPE_ST SCSI_UNKNOWN_BE_STATE_LIB_DISPATCH_UNLOA SCSI_LIB_DISPATCH_LOAD_AND_HOLD_UNKNOWN _TAPE_STATE SCSI_UNKNOWN_BE_STATE_LIB_DISPATCH_LOAD_ AND_HOLD SCSI_UNKNOWN_BE_STATE_16 SCSI_UNKNOWN_BE_STATE_17 SCSI_UNKNOWN_BE_STATE_18 SCSI_UNKNOWN_BE_STATE_19 SCSI_UNKNOWN_BE_STATE_20 SCSI_UNKNOWN_BE_STATE_21 SCSI_UNKNOWN_BE_STATE_22 SCSI_UNKNOWN_BE_STATE_23 SCSI_UNKNOWN_BE_STATE_24 SCSI_UNKNOWN_BE_STATE_25 SCSI_UNKNOWN_BE_STATE_26 SCSI_UNKNOWN_BE_STATE_27 SCSI_UNKNOWN_BE_STATE_28 SCSI_UNKNOWN_BE_STATE_29 SCSI_UNKNOWN_BE_STATE_30 SCSI_UNKNOWN_BE_STATE_31 SCSI_UNKNOWN_BE_STATE_32 SCSI_UNKNOWN_BE_STATE_33 SCSI_UNKNOWN_BE_STATE_34 SCSI_UNKNOWN_BE_STATE_35 SCSI_UNKNOWN_BE_STATE_36 SCSI_UNKNOWN_BE_STATE_37 SCSI_UNKNOWN_BE_STATE_38 SCSI_UNKNOWN_BE_STATE_39 SCSI_UNKNOWN_BE_STATE_40 SCSI_UNKNOWN_BE_STATE_41 SCSI_UNEXP_CCSTARTED_01 SCSI_UNEXP_CCSTARTED_02 SCSI_UNEXP_CCSTARTED_03 SCSI_CUR_DESC_NULL_POINTER_01 SCSI_CUR_DESC_NULL_POINTER_02 SCSI_CUR_DESC_NULL_POINTER_03 SCSI_CUR_DESC_NULL_POINTER_04...
Page 267 SCSI_UNKNOWN_FE_STATE_04 SCSI_UNKNOWN_FE_STATE_05 SCSI_UNKNOWN_FE_STATE_06 SCSI_NULL_THREAD_TABLE_PTR_01 SCSI_NULL_THREAD_TABLE_PTR_02 SCSI_NULL_THREAD_TABLE_PTR_03 SCSI_UNKNOWN_TASK_MANAGEMENT_FUNCTION CM_BAD_APP_SPEC CM_BAD_CM_MANUF_INFO CM_BAD_WRITE_PROTECT CM_BAD_PROT_PAGE_TBL CM_BAD_CART_MANUF_INFO CM_BAD_MEDIA_MANUF_INFO CM_BAD_DRIVE_MANUF_SUPPORT CM_BAD_UNPROT_PAGE_TBL CM_BAD_INITIALIZATION CM_BAD_WRITE_PASS CM_BAD_TAPE_DIR CM_BAD_EOD_INFO CM_BAD_CART_STATUS CM_BAD_MECHANISM_RELATED CM_BAD_SUSPEND_APPEND CM_BAD_USAGE_INFO_0 CM_BAD_USAGE_INFO_1 CM_BAD_USAGE_INFO_2 56Bh SCSI Unknown FE state 56Ch SCSI Unknown FE state 56Dh SCSI Unknown FE state 56Eh SCSI 56Fh...
Page 268 CM_BAD_USAGE_INFO_3 CM_BAD_CLEAN_USAGE_0 CM_BAD_CLEAN_USAGE_1 CM_BAD_CLEAN_USAGE_2 CM_BAD_CLEAN_USAGE_3 EEP_BAD_PROT_PAGE_TBL EEP_BAD_DRIVE_CONFIG_INFO EEP_BAD_FW_VER_0 EEP_BAD_FW_VER_1 EEP_BAD_FW_VER_2 EEP_BAD_FW_VER_3 EEP_BAD_FW_VER_4 EEP_BAD_FW_VER_5 EEP_BAD_FW_VER_6 EEP_BAD_FW_VER_7 EEP_BAD_UNPROT_PAGE_TBL EEP_BAD_SWITCH_SETTINGS EEP_BAD_DEBUG_FLAGS EEP_BAD_CART_STAT_0 EEP_BAD_CART_STAT_1 EEP_BAD_CART_STAT_2 584h Medium Usage Information 3 Auxiliary Memory 585h Medium Cleaning Usage 0 Auxiliary Memory 586h Medium Cleaning Usage 1 Auxiliary Memory 587h...
Page 269 EEP_BAD_CART_STAT_3 EEP_BAD_CART_USAGE_0 EEP_BAD_CART_USAGE_1 EEP_BAD_CART_USAGE_2 EEP_BAD_CART_USAGE_3 EEP_BAD_DRIVE_USAGE_0 EEP_BAD_DRIVE_USAGE_1 EEP_BAD_DRIVE_USAGE_2 EEP_BAD_DRIVE_USAGE_3 EEP_BAD_ERROR_EVENT_00 EEP_BAD_ERROR_EVENT_01 EEP_BAD_ERROR_EVENT_02 EEP_BAD_ERROR_EVENT_03 EEP_BAD_ERROR_EVENT_04 EEP_BAD_ERROR_EVENT_05 EEP_BAD_ERROR_EVENT_06 EEP_BAD_ERROR_EVENT_07 EEP_BAD_ERROR_EVENT_08 EEP_BAD_ERROR_EVENT_09 EEP_BAD_ERROR_EVENT_10 Auxiliary Memory 599h Medium Cartridge Status & Tape Alert Flags 3 Auxiliary Memory 59Ah Medium Cartridge Usage Info 0 Auxiliary Memory 59Bh Medium...
Page 270 EEP_BAD_ERROR_EVENT_11 EEP_BAD_ERROR_EVENT_12 EEP_BAD_ERROR_EVENT_13 EEP_BAD_ERROR_EVENT_14 EEP_BAD_ERROR_EVENT_15 EEP_BAD_EXCEPTION_EVENT_00 EEP_BAD_EXCEPTION_EVENT_01 EEP_BAD_EXCEPTION_EVENT_02 EEP_BAD_EXCEPTION_EVENT_03 EEP_BAD_EXCEPTION_EVENT_04 EEP_BAD_EXCEPTION_EVENT_05 EEP_BAD_EXCEPTION_EVENT_06 EEP_BAD_EXCEPTION_EVENT_07 EEP_BAD_EXCEPTION_EVENT_08 EEP_BAD_EXCEPTION_EVENT_09 EEP_BAD_EXCEPTION_EVENT_10 EEP_BAD_EXCEPTION_EVENT_11 EEP_BAD_EXCEPTION_EVENT_12 EEP_BAD_EXCEPTION_EVENT_13 EEP_BAD_EXCEPTION_EVENT_14 Memory 5ADh Medium Error Event 11 Auxiliary Memory 5AEh Medium Error Event 12 Auxiliary Memory 5AFh Medium Error Event 13 Auxiliary Memory 5B0h...
Page 271 EEP_BAD_EXCEPTION_EVENT_15 EEP_BAD_POR_COUNT EEP_BAD_RETRY_HISTORY EEP_BAD_APP_SPEC SCSI_SC_TRANSFER_DONE_NO_PCMD SCSI_SC_COMPLETE_DONE_NO_PCMD SCSI_FE_QUEUE_TOO_MANY_PCMDS SCSI_NULL_SDPORT_DB_CHANGED SCSI_HAPI_INVOKE_CALLBACK_FAILED SCSI_FAILED_TO_REMOVE_IID SCSI_FE_RETRY_FUNCTION_POINTER_IS_NULL SCSI_WP_VERSION_NOT_AVAILABLE SCSI_WP_DATE_NOT_AVAILABLE SCSI_EARLY_EXIT_FAILED SCSI_EARLY_EXIT_FAILED_SIZE SCSI_EARLY_EXIT_FAILED_BOR SCSI_STS_BUSY_TRANS_ID_ALLOCATION_FAILURE SCSI_STS_BUSY_CA_ACTIVE SCSI_STS_BUSY_CA_OR_ACA_ACTIVE SCSI_STS_BUSY_NO_DISC_PRIV_AND_NEED_TO_RU N_NOW SCSI_STS_BUSY_IMMED_NEED_TO_RUN_NOW_AND _BE_BUSY SCSI_STS_BUSY_LIB_SVC_RESP_INVALID_ID SCSI_CANNOT_APPEND_LIB_IID_FREE_Q SCSI_CANNOT_REMOVE_LIB_IID_FREE_Q SCSI_CANNOT_ADD_LIB_IID_LRU_Q SCSI_CANNOT_REMOVE_LIB_IID_LRU_Q SCSI_CANNOT_UPDATE_LIB_IID_LRU_Q SCSI_STS_BUSY_IMMED_LIB_CMD_AND_BE_BSY SCSI_INVALID_TRANSPORT_COUNT SCSI_STATUS_DIAG_DMA_CONTROLLER_TIMEOUT SCSI_STATUS_DIAG_FPGA_VERSION_ERROR SCSI_STATUS_DIAG_FC_SDRAM_PARAMETER_MIS MATCH SCSI_STATUS_DIAG_RB_PARAMETER_MISMATCH SCSI_STATUS_8BB SCSI_STATUS_8BC SCSI_STATUS_8BD SCSI_STATUS_8BE SCSI_STATUS_8BF DSM_READ_DSN_OUT_OF_SEQUENCE DSM_SCSI_COMMAND_ABORTED...
Page 272 DSM_BE_WR_OUTSTANDING_DS_COUNT_CANT_GO _NEGATIVE DSM_BE_READ_STOP_MISSING_DS DSM_FAILURE_OCCURRED_WITH_GOOD_STATUS DSM_LOCATE_TERMINATED_WITH_GOOD_STATUS DSM_DEGRADED_SPACE_LOCATE DSM_CANT_CORRECT_INIT_PAGE_AWAY_FROM_BO DSM_DCA_PUT_REREAD_RECOVERED_FAILED DSM_RECEIVED_INVALID_DS_DATA DSM_RECEIVED_INVALID_DS_DONE DSM_RECEIVED_INVALID_DS_EMPTY DSM_CMD_LIST_RECVD_DONE_WHILE_PREVENTED DSM_MIC_Q_CANT_PREVENT_LIST_NOT_EMPTY DSM_RB_NOT_EMPTY_AFTER_FLUSH DSM_CMPR_NO_DS_TO_FLUSH SRV_POST_MEMORY_FAILED SRV_POST_DIVIDER_FAILED SRV_POST_TIMESTAMP_FAILED SRV_SEQ_INVALID_DRIVE_STATE_AT_UNLOAD SRV_CMDPROC_INVALID_STATE_FOR_LOAD SRV_TEMP1 SRV_MONITOR_UNKNOWN_COMMAND SRV_MONITOR_TOO_MANY_VARIABLES SRV_MONITOR_INVALID_NUMBER_OF_PARAMETER SRV_MONITOR_INVALID_PARAMETER SRV_MONITOR_XMIT_ERROR SRV_MONITOR_MESSAGE_TOO_LONG SRV_MONITOR_LENGTH_OF_MESSAGE_ZERO SRV_MONITOR_NO_WORD_COUNT SRV_MONITOR_BAD_TRAILER SRV_MONITOR_BUSY SRV_MONITOR_BUFFER_OVERFLOW SRV_MONITOR_INCORRECT_PORT_ID SRV_MONITOR_INVALID_MODE_IN_TESTBIT SRV_MONITOR_HARDWARE_DIVIDER_ERROR SRV_CLOSED_LOOP_STEPPER_TOO_MANY_RETRIE S_DUE_TO_BOTH_SERVOS_MARGINAL SRV_CMDPROC_HEAD_POS_CLOSED_LOOP_REJEC TED_TAPE_NOT_MOVING SRV_CMDPROC_INVALID_DRIVE_STATE_ON_REWR AP_CMD SRV_CMDPROC_OUT_OF_RANGE_DRIVE_STATE_ON _REWRAP_CMD...
Page 273 ALID_STATE SRV_CMDPROC_CMD_REJECT_SEQUENCER_BUSY_ AND_BUFFER_FULL SRV_CANNOT_INSERT_INTO_LPOS_NOTIFY_TABLE_ UNTIL_SCR_AND_WP_FOUND_LP1 SRV_LPOS_ROLLOVER_DETECTED_FROM_CM_PHY S_LP1 SRV_LPOS_ROLLOVER_DETECTED_FROM_WP_CAL C_PHYS_LP1 SRV_LPOS_TOP_SERVO_AND_BOTTOM_SERVO_CA LC_LP1_NOT_WITHIN_TOLERANCE SRV_REEL_MOT_PWR_FAIL_DETECTED SRV_REEL_MOT_EXCESSIVE_CURRENT_DEMAND_D ETECTED SRV_FINDZERO_TIME_OUT SRV_FINDZERO_STATE_VARIABLE_OUT_OF_RANGE SRV_FINDZERO_COARSE_OR_APPROACHING SRV_FINDZERO_INDEX_SETUP_API_REJECT SRV_FINDZERO_INDEX_HOME_API_REJECT SRV_FINDZERO_HOME_DRIVE_REEL_API_REJECT SRV_FINDZERO_APPROACHING_API_REJECT SRV_FINDZERO_TOO_MANY_RETRIES_AFTER_COA RSE_MOTION SRV_FINDZERO_TOO_MANY_RETRIES_AFTER_COM PLETE SRV_CMDPROC_FIND_INDEX_FAILED_WRITING_TO_ LINEAR_COUNTER_API_BUSY SRV_CMDPROC_LINEAR_COUNTER_NOT_RECORDE D_PREVIOUSLY SRV_SEQ_POWER_ON_INIT_FAILED_WRITING_TO_LI NEAR_COUNTER_API_BUSY SRV_CMDPROC_INVALID_STATE_FOR_RAMP_HEAD _COMMAND SRV_CMDPROC_TAPE_NOT_MOVING_FOR_RAMP_H EAD_COMMAND SRV_CMD_INVALID_HEAD_POSITION_SPECIFIED_IN _CHANGE_TRACKING_MODE SRV_CMD_INVALID_HEAD_POSITION_SPECIFIED_IN _WRAP_RESTART_TRACKING SRV_MOVETAPE_SET_LC_NOTIFICATION_FAILED SRV_CMDPROC_REJ_TAPE_NOT_READY SRV_STEP_HEAD_EXPECTING_MOVING_UP_WITH_A DDED_HYSTERESIS_AFTER_REFERENCE_SENSOR_...
Page 274 RECTION SRV_STEP_HEAD_EXPECTING_STOPPING_AFTER_S EARCHING_FOR_SERVO_BAND SRV_STEP_HEAD_EXPECTING_STOPPING_AFTER_F AILING_SEARCH_FOR_SERVO_BAND SRV_STEP_HEAD_EXPECTING_STOPPING_BEFORE_ SEARCHING_FOR_SERVO_BAND_IN_OTHER_DIRECT SRV_HEAD_STEPPER_MOVE_HEAD_TO_HEAD_POSI TION_STATE_MACHINE_DEFAULT_ENCOUNTERED SRV_HEAD_STEPPER_OFFSET_CALIBRATION_EXPE CTING_SEARCHING_FOR_PES SRV_HEAD_STEPPER_OFFSET_CALIBRATION_EXPE CTING_STOPPING_AFTER_PES_FOUND SRV_HEAD_STEPPER_OFFSET_CALIBRATION_EXPE CTING_DEALING_WITH_HYSTERESIS SRV_HEAD_STEPPER_OFFSET_CALIBRATION_EXPE CTING_STOPPING_AFTER_GOING_TO_NEW_OFFSET SRV_FAILURE_TO_FIND_PES_DURING_HEAD_STEPP ER_OFFSET_CALIBRATION SRV_HEAD_STEPPER_OFFSET_CALIBRATION_STAT E_MACHINE_DEFAULT_ENCOUNTERED SRV_INCORRECT_DATA_BAND_ID SRV_CALCULATED_LP1_VALUES_NOT_CONSISTEN SRV_HEAD_STEPPER_PROCESS_STEP_MOTOR_ST ATE_MACHINE_DEFAULT_ENCOUNTERED SRV_MOVETAPE_TIMEOUT_IN_CRUISE_CONTROL SRV_NEVER_SAW_SERVO_SIGNAL_DUE_TO_MECH ANICAL_ISSUES SRV_SERVO_SIGNALS_NOT_WITHIN_ACQUIRING_WI NDOW_DUE_TO_MECHANICAL_ISSUES SRV_FAILURE_DURING_TRACKING_BAND_LOCK_D UE_TO_MECHANICAL_ISSUES SRV_FAILURE_DURING_TRACKING_RAMPING_DUE_ TO_MECHANICAL_ISSUES SRV_FAILURE_DURING_TRACKING_SETTLING_DUE_ TO_MECHANICAL_ISSUES SRV_FAILURE_DURING_TRACKING_PRE_TRACKING _DUE_TO_MECHANICAL_ISSUES SRV_FAILURE_DURING_TRACKING_UNKNOWN_STA TE_DUE_TO_MECHANICAL_ISSUES SRV_NEVER_SAW_SERVO_SIGNAL_DURING_BACK WARDS_DUE_TO_MECHANICAL_ISSUES SRV_SERVO_SIGNALS_NOT_WITHIN_ACQUIRING_WI...
Page 275 _SIGNAL_ISSUES SRV_SERVO_SIGNALS_NOT_WITHIN_ACQUIRING_WI NDOW_DUE_TO_SERVO_SIGNAL_ISSUES SRV_FAILURE_DURING_TRACKING_BAND_LOCK_D UE_TO_SERVO_SIGNAL_ISSUES SRV_FAILURE_DURING_TRACKING_RAMPING_DUE_ TO_SERVO_SIGNAL_ISSUES SRV_FAILURE_DURING_TRACKING_SETTLING_DUE_ TO_SERVO_SIGNAL_ISSUES SRV_FAILURE_DURING_TRACKING_PRE_TRACKING _DUE_TO_SERVO_SIGNAL_ISSUES SRV_FAILURE_DURING_TRACKING_UNKNOWN_STA TE_DUE_TO_SERVO_SIGNAL_ISSUES SRV_NEVER_SAW_SERVO_SIGNAL_DURING_BACK WARDS_DUE_TO_SERVO_SIGNAL_ISSUES SRV_SERVO_SIGNALS_NOT_WITHIN_ACQUIRING_WI NDOW_DURING_BACKWARDS_DUE_TO_SERVO_SIG NAL_ISSUES SRV_FAILURE_DURING_TRACKING_BAND_LOCK_D URING_BACKWARDS_DUE_TO_SERVO_SIGNAL_ISS SRV_FAILURE_DURING_TRACKING_RAMPING_DURI NG_BACKWARDS_DUE_TO_SERVO_SIGNAL_ISSUES SRV_FAILURE_DURING_TRACKING_SETTLING_DURI NG_BACKWARDS_DUE_TO_SERVO_SIGNAL_ISSUES SRV_FAILURE_DURING_TRACKING_PRE_TRACKING _DURING_BACKWARDS_DUE_TO_SERVO_SIGNAL_I SSUES SRV_FAILURE_DURING_TRACKING_UNKNOWN_STA TE_DURING_BACKWARDS_DUE_TO_SERVO_SIGNAL _ISSUES SRV_FAILURE_DURING_TRACKING_UNKNOWN_STA SRV_FAILURE_DURING_TRACKING_UNKNOWN_STA TE_DURING_BACKWARDS SRV_STEP_THREAD_TAPE_RAMP_TENSION_FAILED SRV_INSUFFICIENT_GOOD_PES_DATA_CANNOT_CO MPUTE_DATA_BAND_ID SRV_GET_DATA_BAND_TIMEOUT_CANNOT_COMPU TE_DATA_BAND_ID SRV_MULTIPLE_SAMPLES_OF_MOTOR_INDEX_NOT_ WITHIN_TOLERANCE SRV_COMMAND_REJECTED_WP_NEVER_FOUND_PH YSICAL_LP1_FROM_TAPE SRV_INVALID_PCB_VERSION...
Page 276 SRV_UNTHREAD_RETRY_PUT_AWAY_PIN SRV_UNTHREAD_RETRY_GOING_HOME SRV_UNTHREAD_RETRY_STUCK_ON_GUIDES SRV_THREAD_RETRY_RECOVER SRV_THREAD_RETRY_RECHUCKING_CARTRIDGE SCSI_ILLEGAL_DSM_CMD_00 SCSI_FW_IMAGE_INCOMPATIBLE_WITH_MECHANIC SRV_PARK_CART_FAILED_LOADING_TRAY CM_BAD_707 SCSI_INFO_STRUCTS_EXHAUSTED_00 SRV_RTOS_TIMEOUT SRV_RTOS_INVALID_TASK_ID_FOR_QUEUE SRV_PARAMETER_LOWER_THAN_MIN SRV_PARAMETER_HIGHER_THAN_MAX SRV_CONTROLLER_BUSY SRV_INVALID_SEND_MESSAGE SRV_INVALID_CMD SRV_INVALID_CMD_OR_TYPE SRV_UNABLE_TO_ALLOCATE_BLOCK SRV_RELEASING_NULL_POINTER SRV_RELEASING_NONE_ALOCATED_BLOCK SRV_COMMAND_WITH_INVALID_INDEX SRV_CMDPROC_UNKNOWN_CMD SRV_LP1_NOT_AVAILABLE SRV_CMDPROC_REJ_CMD_TAPE_IN_MOTION SRV_CMDPROC_INVALID_SET_COMMAND SRV_SEQ_LOG_FULL SRV_SEQ_BUSY SRV_SEQ_ABORT SRV_SEQ_UNKNOWN_CMD SRV_SEQ_INVALID_STATE_OF_DRIVE SRV_SEQ_TAPE_THREADED SRV_SEQ_THREADED_OR_LOADED SRV_SEQ_TAPE_WRAPPED SRV_SEQ_TAPE_AT_BOT SRV_SEQ_REJ_CMD_TAPE_IN_MOTION SRV_SEQ_REJ_CMD_TAPE_NOT_IN_MOTION SRV_COMMAND_REJECTED_NO_HEAD_OFFSET_CA LIBRATION SRV_MON_INVALID_CMD SRV_MON_INVALID_EVENT_ID SRV_MON_INVALID_EVENT_OPTION SRV_WATCH_DOG_TIMEOUT...
Page 277 SCSI_STS_RC_RESERVED_BY_OTHER_ID SCSI_STS_RC_RESERVED_CANNOT_ISSUE_PERSIS TENT_RESERVE SCSI_STS_RC_THIRD_PARTY_ID_CONFLICT SRV_MON_TOO_MANY_VARIABLES SRV_MON_NO_WORD_COUNT SRV_MON_INVALID_PARAMETER SCSI_SAPI_DID_NOT_SET_SKEY_ASCQ SCSI_AUTO_SENSE_FAILED TAPE_READ_COULD_NOT_START_HW_READER TAPE_WRITE_FWD_HITS_LIMIT TAPE_WRITE_REV_HITS_LIMIT SRV_INVALID_MSG_TYPE SCSI_FAILED_STATUS_00 MIC_LTO1 MIC_LTO2 SCSI_FAILED_STATUS_01 SCSI_FAILED_STATUS_02 SCSI_FAILED_STATUS_03 SCSI_FAILED_STATUS_04 SCSI_FAILED_STATUS_05 SCSI_FAILED_STATUS_06 SCSI_FAILED_STATUS_07 SCSI_FAILED_STATUS_08 SCSI_FAILED_STATUS_09 SCSI_FAILED_STATUS_10 SCSI_FAILED_STATUS_11 SCSI_FAILED_STATUS_12 SCSI_FAILED_STATUS_13 SCSI_FAILED_STATUS_14 SCSI_FAILED_STATUS_15 SCSI_FAILED_STATUS_16 SCSI_FAILED_STATUS_17 SCSI_FAILED_STATUS_18 SCSI_FAILED_STATUS_19 SCSI_FAILED_STATUS_20 SCSI_FAILED_STATUS_21 SCSI_FAILED_STATUS_22 SCSI_FAILED_STATUS_23 SCSI_FAILED_STATUS_24 SCSI_FAILED_STATUS_25 SCSI_FAILED_STATUS_26 SCSI_FAILED_STATUS_27...
Page 278 SCSI_FAILED_STATUS_40 SRV_UNTHREAD_RETRY_PIVOT_TRACK_ENGAGE SRV_THREAD_RETRY_PIVOT_TRACK_ENGAGE SRV_UNTHREAD_RETRY_PIVOT_TRACK_DISENGAG SRV_THREAD_RETRY_PIVOT_TRACK_DISENGAGE DSM_CMPR_READ_DP_END_MARK_IN_RECORD SRV_PARK_CART_EXPECTED_TRAY_OUT SRV_PARK_CART_FAILED_EJECT SRV_REEL_CART_HAS_STALLED SRV_INVALID_CARTRIDGE_RADIUS SRV_PIVOT_TRACK_RETRY_ENGAGE SRV_PIVOT_TRACK_ENGAGE_RETRIES_EXHAUSTE SRV_PIVOT_TRACK_RETRY_DISENGAGE SRV_PIVOT_TRACK_DISENGAGE_RETRIES_EXHAUS SRV_CART_REEL_OPEN_LOOP_RUNAWAY SRV_CART_REEL_CLOSED_LOOP_RUNAWAY SRV_SZA_TZA_INTERFACE_BUSY SRV_SZA_TZA_FUNCTION_ACTIVE SRV_SZA_TZA_WRITE_COUNT_TOO_LARGE SRV_WRITE_SZA_TZA_INVALID_CHIP_ID SRV_WRITE_SZA_INVALID_ADDR SRV_WRITE_TZA_INVALID_ADDR SRV_TX_BUFFER_OVERFLOW SRV_GOTO_LC_UNEXPECTED_MESSAGE_IN_RAMP_ DOWN_STATE SRV_ROTATE_UNEXPECTED_MESSAGE_IN_IDLE_ST SRV_REEL_ALIGN_SLOT_FAILED_WRITING_TO_LINE AR_COUNTER_API_BUSY SRV_REEL_UNEXPECTED_MESSAGE_IN_FINDZERO_ STATE CALIB_GAIN_DONE_WARNING_HIGH_HEAD_OUTPU CALIB_GAIN_FAILED_LOW_HEAD_OUPUT CALIB_GAIN_FAILED_HIGH_HEAD_OUPUT CALIB_GAIN_ERROR_IN_SAMPLE_COUNT CALIB_GAIN_INVALID_MSG CALIB_GAIN_UNEXPECTED_SVO_ALERT CALIB_GAIN_UNEXPECTED_CMD_TYPE CALIB_GAIN_UNEXPECTED_ZONE_END CALIB_WI_FILTER_ORDER_TOO_SMALL CALIB_WI_FILTER_ORDER_TOO_LARGE CALIB_WI_CURVE_FIT_MAX_TOO_SMALL CALIB_WI_CURVE_FIT_MIN_TOO_LARGE CALIB_WI_CURVE_FIT_MAX_LESS_THAN_MIN...
Page 279 CALIB_ILLEGAL_HERACLES_REG SRV_REEL_UNEXPECTED_MESSAGE_IN_FAST_REP OSITION_STATE CALIB_GAIN_DONE_WARNING_LOW_HEAD_OUTPUT SRV_CANNOT_CALCULATE_SERVO_BAND_ID_BECA USE_BOTH_SERVOS_MISSING SRV_CANNOT_CALCULATE_SERVO_BAND_ID_BECA USE_BOTTOM_SERVO_MISSING SRV_CANNOT_CALCULATE_SERVO_BAND_ID_BECA USE_TOP_SERVO_MISSING SRV_CANNOT_CALCULATE_SERVO_BAND_ID_BECA USE_SOME_SERVO_MISSING SRV_POST_INTERRUPT_FAILED_TIMER2_INTERRUP T_UNEXPECTEDLY_OCCURRED SRV_POST_INTERRUPT_FAILED_PARPORT_INTERR UPT_UNEXPECTEDLY_OCCURRED SRV_POST_INTERRUPT_FAILED_TIMER1 SRV_POST_INTERRUPT_FAILED_TIMER2 SRV_POST_INTERRUPT_FAILED_WATCHDOG SRV_POST_INTERRUPT_FAILED_SELF SRV_POST_INTERRUPT_FAILED_PARPORT SRV_POST_INTERRUPT_FAILED_RTC SRV_POST_INTERRUPT_FAILED_UART_TRANSMIT SRV_POST_INTERRUPT_FAILED_MOTOR_AND_SERV O_FIQ SRV_POST_INTERRUPT_FAILED_TIMER1_INTERRUP T_UNEXPECTEDLY_OCCURRED SRV_PARK_CART_EXPECTED_SNS2_LOW SRV_SEQ_INVALID_STATE_AFTER_INITIALIZE SRV_SEQ_UNABLE_TO_FIND_M1_MECH_INDEX SRV_SEQ_UNABLE_TO_FIND_M2_MECH_INDEX SRV_SEQ_LINEAR_COUNTER_NOT_RECORDED_PRE VIOUSLY SRV_SEQ_INDEX_NOT_FOUND SRV_REEL_INVALID_CALIBRATE_OPTION DSM_CMPR_TIMEOUT_WHEN_ATTEMPT_CLEAR_GO _BIT SRV_THR_INITIALIZE_CART_SENSORS_INVALID SCSI_CMD_REFS_EXHAUSTED_23 SCSI_UA_INITIATOR_LOGGED_OUT SCSI_NEG_UNTAGGED_NEXUS_CNT_FOR_NEXUS SCSI_NEG_UNTAGGED_NEXUS_CNT_FOR_NEXUS_S SCSI_INVALID_EXEC_MGMT_CODE...
Page 280 _NON_REGISTER_IID SCSI_STS_RC_EXCLUSIVE_ACCESS_REG_PREVENT _NON_ZERO_PREVENT_BIT SCSI_STS_RC_NON_ZERO_PR_KEY SCSI_STS_RC_PR_KEY_NO_MATCH SCSI_STS_RC_IID_NOT_REGISTERED_YET SCSI_STS_RC_TYPE_SCOPE_NO_MATCH SCSI_STS_RC_PR_RESERVED_EXIST SCSI_STS_RC_PR_NO_MATCH_SERVICE_ACTION_K SCSI_STS_RC_PREEMPTED_WITH_SERVICE_ACTION _KEY_ZERO SCSI_STS_PR_TYPE_SCOPE_NO_MATCH SCSI_UNKNOWN_SIGNAL_NODE_00 SCSI_INFO_STRUCTS_EXHAUSTED_01 SCSI_UNKNOWN_SIGNAL_NODE_01 SCSI_UNEXPECTED_NULL_SIGNAL_NODE SCSI_INVALID_COMMAND_REFERENCE_NUMBER_0 SCSI_INVALID_COMMAND_REFERENCE_NUMBER_0 SCSI_INVALID_COMMAND_REFERENCE_NUMBER_0 SCSI_FCP_INVALID_PORT_NUMBER_DISABLE_PORT SCSI_FCP_INVALID_PORT_NUMBER_ENABLE_PORT CALIB_CHKSUM_GOOD CALIB_CHKSUM_COPIED CALIB_CHKSUM_MODIFIED CALIB_CHKSUM_RERUN CALIB_ILLEGAL_PALADIN_REG CALIB_GAIN_NO_STATUS CALIB_FLASH_UPDATE_TERMINATED CALIB_FLASH_INIT_TERMINATED CALIB_WI_MAX_POS_TOO_LARGE CALIB_HIGH_ISAT_VARIATION CALIB_CHANNEL_CONTINUITY_TEST_FAILED CALIB_ILLEGAL_WHIRLWIND_REG CALIB_RSV_750 CALIB_RSV_751 CALIB_RSV_752 CALIB_RSV_753 CALIB_RSV_754 CALIB_RSV_755 CALIB_RSV_756 CALIB_RSV_757 CALIB_RSV_758 CALIB_RSV_759...
Page 281 CALIB_RSV_761 CALIB_RSV_762 CALIB_RSV_763 CALIB_RSV_764 CALIB_RSV_765 CALIB_RSV_766 CALIB_RSV_767 CALIB_RSV_768 CALIB_RSV_769 CALIB_RSV_76A CALIB_RSV_76B CALIB_RSV_76C CALIB_RSV_76D CALIB_RSV_76E CALIB_RSV_76F SRV_CART_MOTOR_DEMAND_LIMIT_EXCEEDED SRV_DRIVE_MOTOR_DEMAND_LIMIT_EXCEEDED WRL_PAL_FIQ_IS_NOT_CLEARED SCSI_PDETECT_NOT_FOUND_01 SCSI_PDETECT_NOT_FOUND_02 SCSI_PDETECT_NOT_FOUND_03 SCSI_PDETECT_NOT_FOUND_04 SCSI_PDETECT_NOT_FOUND_05 SCSI_PDETECT_NOT_FOUND_06 SCSI_PDETECT_NOT_FOUND_07 SCSI_PDETECT_NOT_FOUND_08 SCSI_PDETECT_NOT_FOUND_09 SCSI_PDETECT_NOT_FOUND_10 SCSI_PDETECT_NOT_FOUND_11 SRV_SERIAL_EEPROM_TIMEOUT SRV_SERIAL_EEPROM_BUSY SRV_SERIAL_EEPROM_REMAP_FAILED SRV_SRL_RX_FIFO_OVERRUN SRV_READ_SZA_TZA_INVALID_CHIP_SELECT SRV_UNDEFINED_INSTR SRV_PREFETCH_ABORT SRV_DATA_ABORT SRV_SOFTWARE_INTERRUPT SRV_RETURN_FROM_MAIN SRV_MOTOR_BIAS_VALUE_OUT_OF_RANGE SRV_THREAD_RETRY_EXCEEDED_RECHUCK_RETRI SRV_THREAD_RETRY_DISENGAGE_FAILED SRV_THREAD_RETRY_CANT_EJECT_BECAUSE_OF_...
Page 282 DSM_MIC_INQUIRY_RETURNED_INVALID_CARTRIDG E_GEN SRV_REEL_ACTIVE_FUNCTION_IS_NULL SCSI_CMD_REFS_EXHAUSTED_24 SCSI_CMD_REFS_EXHAUSTED_25 SCSI_CMD_REFS_EXHAUSTED_26 SCSI_CMD_REFS_EXHAUSTED_27 SCSI_CMD_REFS_EXHAUSTED_28 SCSI_CMD_REFS_EXHAUSTED_29 SCSI_CMD_REFS_EXHAUSTED_30 SCSI_CMD_REFS_EXHAUSTED_31 SCSI_CMD_REFS_EXHAUSTED_32 SCSI_CMD_REFS_EXHAUSTED_33 SCSI_CMD_REFS_EXHAUSTED_34 SCSI_CMD_REFS_EXHAUSTED_35 SCSI_CMD_REFS_EXHAUSTED_36 SCSI_CMD_REFS_EXHAUSTED_37 SCSI_CMD_REFS_EXHAUSTED_38 SCSI_CMD_REFS_EXHAUSTED_39 SCSI_CMD_REFS_EXHAUSTED_40 SCSI_FCP_CNTL_MISSPECIFIED SRV_SZA_TZA_WRITE_COUNT_IS_ZERO SRV_CMDPROC_INVALID_STATE_OF_DRIVE SRV_THR_TAKE_UP_SLACK_FAILED RTOS_UNDEFINED_INSTR RTOS_PREFETCH_ABORT RTOS_DATA_ABORT RTOS_SOFTWARE_INTERRUPT RTOS_RETURN_FROM_MAIN RTOS_CREATE_HANDLER RTOS_STACK_CHECK_HANDLER RTOS_TRAP_HANDLER SCSI_IONA_ER_EVENT_ID SCSI_IONA_ER_EVENT_HANDLER SCSI_IONA_ER_EVENT_ALREADY_SET SCSI_IONA_ER_EVENT_NOT_SET SCSI_IONA_ER_VT_ID SCSI_IONA_ER_VT_NULL_HANDLER SCSI_IONA_ASSERT_ERROR SCSI_IONA_ER_MAIL_BUSY SCSI_PCMD_LOSTINFEHEAD_43 SCSI_IONA_ER_MAIL_READ_ERROR SCSI_IONA_ER_MAIL_WRITE_ERROR...
Page 283 SRV_HW_DIVIDER_DIVIDE_BY_ZERO SRV_HW_DIVIDER_OVERFLOW SRV_TIMEOUT_DURING_HEAD_STEPPER_MOVING_T O_POSITION_CL_FAR SRV_TIMEOUT_DURING_HEAD_STEPPER_MOVING_T O_POSITION_CL_NEAR SRV_THR_LOAD_ARM_AT_OLD_SENSOR7 SRV_TRK_ACTIVE_FUNCTION_IS_NULL SRV_TRK_UNEXPECTED_MESSAGE_RECV_CMD_ST SRV_TRK_UNEXPECTED_MESSAGE_RECV_RESP_ST SRV_TRK_UNEXPECTED_MESSAGE_SEND_RESP_ST SRV_TRK_MAXIMUM_STATE_EXCEEDED SRV_CMDPROC_INVALID_PDAC_MODE SRV_MON_WRONG_NUMBER_OF_PARAMETERS SRV_MON_INVALID_MODE SRV_MON_INVALID_PDAC_NUM SRV_MON_INVALID_SCALE SRV_CMDPROC_INVALID_PDAC_NUM SRV_SELF_INT_BAND_ID_TIMEOUT SRV_TRK_BAND_ID_TIMEOUT SRV_RESERVED SRV_VAR_SPEED_ENABLE_REQUIRES_DRIVE_REA DING_OR_WRITING SRV_HEAD_BRUSH_IS_NOT_PRESENT SRV_THR_HEAD_BRUSH_SENSOR_MISSING SRV_STEPPER_BUSY SRV_THR_PIVOT_TRACK_ENGAGE_MISSED_SENSO SRV_THR_PIVOT_TRACK_DISENGAGE_MISSED_SEN SRV_STEP_HEAD_BRUSH_PCC_UNKNOWN_COMMA SRV_STEP_PIVOT_TRACK_PCC_UNKNOWN_COMMA SRV_STEP_HEAD_POSITIONER_PCC_UNKNOWN_CO MMAND SRV_HEAD_POSITIONER_MISSED_SENSOR SRV_THR_HEAD_BRUSH_STUCK_ON_SENSOR SCSI_IONA_ER_UNKNOWN_ASPEN_STATE IONA_RTOS_UNDEFINED_INSTR SCSI_IONA_ER_INVALID_RECEIVED_MESSAGE_COU SCSI_IONA_ER_IMPROPER_EXIT_FROM_MESSAGE_ HANDLING IONA_RTOS_PREFETCH_ABORT IONA_RTOS_DATA_ABORT IONA_RTOS_SOFTWARE_INTERRUPT IONA_RTOS_RETURN_FROM_MAIN...
Page 284 TAPE_CMD_RETRY SRV_NO_DATA_BAND_ID SRV_SEQ_DRIVE_NOT_INITIALIZED SCSI_RESERVED_7FC CM_WRITE_FAILED EEP_WRITE_FAILED CM_SET_WRITE_PASS_FAILED SRV_HEAD_OFFSET_VERY_HIGH SRV_THR_UNEXPECTED_MESSAGE SRV_THR_SEEP_NULL_HANDLER SRV_SERIAL_EEPROM_CHECKSUM_ERROR SRV_SERIAL_EEPROM_READ_AFTER_WRITE_FAILE SRV_SERIAL_EEPROM_UNINITIALIZED SRV_THR_SEEPROM_VERIFY_FAILED SCSI_IONA_ER_ERR_01 SCSI_IONA_ER_ERR_02 SCSI_IONA_ER_ERR_03 SCSI_IONA_ER_ERR_04 SCSI_IONA_ER_ERR_05 SCSI_IONA_ER_ERR_06 MIC_NO_INIT_DATA_LTO1 MIC_NO_INIT_DATA_LTO2 SCSI_LIB_XFERDONE_NOT_FOUND SCSI_LIB_COMPDONE_NOT_FOUND DSM_READ_SWITCH_WRAP_NEEDS_DSN SRV_REPOSITION_DISTANCE_TOO_LONG SRV_THR_BICELL_CENTER_FLAG_FINAL_OUT_OF_ RANGE SRV_UNTHREAD_RETRY_CANT_HIT_ZONE SRV_INVALID_KDAMP_VALUE SCSI_CHIP_SET_PARAMETERS_TIME_OUT SCSI_CHIP_PON_COMPLETE_TIME_OUT SRV_KLOOP_IS_NOT_CALIBRATED TAPE_NANOCODE_MISMATCH MIC_NO_MEDIA_INFO_LTO1 MIC_NO_MEDIA_INFO_LTO2 MIC_BAD_MEDIA_INFO_LTO1 MIC_BAD_MEDIA_INFO_LTO2 7F9h Tape Write: Unable to service the receiving command at this point, ask Sender to retr 7FAh...
Page 285 SRV_THR_UNTHREAD_STUCK_ON_GUIDES_EXCEED ED_RETRIES SRV_UNTHREAD_LAST_DITCH_FAILED_TO_PUT_PIN _AWAY SRV_VAR_SPEED_RAMP_UP_REQUIRES_READ_OR_ WRITE_TRACKING_MODE SRV_THR_LOAD_ARM_MOVING_TO_HUB_WHEN_DRI VE_REEL_SPINNING SRV_SPEED_TOLERANCE_IS_NOT_WITHIN_RANGE SRV_INVALID_WRAP_NUM SRV_DRIVE_REEL_INIT_TEST_FAILED SCSI_IONA_ER_MBOX_INVALID_MSG SCSI_IONA_ER_IMICRO_INVALID_MSG SCSI_IONA_ER_EMICRO_INVALID_MSG SCSI_IONA_ER_OUTGOING_MSGQ_INVALID_MSG SCSI_SAPI_FAILED_TO_GET_FREE_ELEMENT SCSI_SAPI_FAILED_TO_FREE_DEQUEUED_ELEMEN SRV_SEQ_TAPE_IS_NOT_THREADED CACHE_INVALID_REGION_SPECIFIED CACHE_INVALID_START_ADDRESS CACHE_ILLEGAL_SIZE_SPECIFIED SCSI_CMD_REFS_EXHAUSTED_LOG_PAGE_33_WRIT E_BUFFER SCSI_CMD_REFS_EXHAUSTED_LOG_PAGE_33_FIRM WARE_TAPE SCSI_CMD_REFS_EXHAUSTED_TASK_MGT SCSI_CMD_REFS_EXHAUSTED_MAX_CDB_RETRIES SCSI_CMD_REFS_EXHAUSTED_MAX_DATA_RETRIE SRV_THREAD_MOVING_TO_DRIVE_HUB_EXCEEDED _RETRIES SRV_UNTHREAD_UNABLE_TO_HOME_LOAD_ARM SRV_INIT_FINDZERO_FAIL SCSI_OFFSET_ERR_ACK_TIMEOUT SRV_FAILURE_DURING_TRK_WAITING_FOR_ONTRA SCSI_UNKNOWN_BE_STATE_42 SRV_TRACK_LOOP_OSCILATION_FAIL SRV_WRAP_RETRY SRV_REQUIRED_PARAMETER_HAS_NO_VALUE SRV_POSREEL_POSITIONCART_API_REJECT_BUSY _IN_MOVE_HOME SRV_THR_UNTHREAD_ENTRY_UNKNOWN_MECH_ST SRV_THR_CART_UNLOAD_EXPECTED_TRAY_OUT_S ENSOR...
Page 286 SRV_HEAD_STEPPER_SEARCHING_FOR_SERVO_BA THR_DIAG_UNKNOWN_COMMAND SRV_NO_OPEN_LOOP_HEAD_POSITION_PRIOR_TO_ CLOSED_LOOP THR_SEQ_BICELL_UNKNOWN_PARAMETER THR_SEQ_UNKNOWN_COMMAND SRV_TRK_VCM_GAIN_LOOP_EXCEEDED_RETRY_LI SRV_REEL_MOTOR_OPEN_LOOP_VELOCITY_RUNA SRV_REEL_MOTOR_OPEN_LOOP_POSITION_VELOCI TY_RUNAWAY DSM_COMMAND_SENDER_INVALID SRV_SEQ_VCM_GAIN_LOOP_EXCEEDED_RETRY_LI SRV_HEAD_STEPPER_WITHIN_TARGET_BUT_TOO_C LOSE_TO_EDGE_OF_SERVO_BAND SRV_CLOSED_LOOP_WRAP_POSITION_TOOK_LONG ER_THAN_EXPECTED SCSI_SAPI_IONA_TIMEOUT_FAILURE TAPE_READ_FAILED_REREAD_PREVIOUS_WRAP TAPE_READ_NO_EOD_DATASET_INVALID_CM_EOD_ PAGE TAPE_READ_INVALID_EOD_PAGE TAPE_RSV_854 TAPE_RSV_855 TAPE_RSV_856 TAPE_RSV_857 TAPE_RSV_858 TAPE_RSV_859 TAPE_RSV_85A TAPE_RSV_85B TAPE_RSV_85C TAPE_RSV_85D TAPE_RSV_85E TAPE_RSV_85F MON_INVALID_CHAN_DAT_VERSION MON_DRIVE_NOT_CALIBRATED MON_RSV_862 MON_RSV_863 MON_RSV_864 MON_RSV_865 MON_RSV_866 MON_RSV_867 MON_RSV_868 MON_RSV_869...
Page 287 SRV_EXT_INTERFACE_BUSY SRV_GAIO_ASIC_IN_PWRFAIL SVR_M1_COARSE_SWEEP_FAILED SVR_M1_FINE_SWEEP_FAILED SVR_M1_DEAD_BAND_CHECK_FAILED SRV_M1_LOW_CURRENT_CHECK_FAILED SVR_M2_COARSE_SWEEP_FAILED SVR_M2_FINE_SWEEP_FAILED SVR_M2_DEAD_BAND_CHECK_FAILED SRV_M2_LOW_CURRENT_CHECK_FAILED SRV_REVSERVED1 SRV_THREAD_RECHUCK SRV_THREAD_NO_PIN_AT_CHECK SRV_THREAD_UNEXPECTED_ENCODER_COUNT_AT _DRIVE_HUB MIC_NO_INIT_DATA_LTO3 MIC_NO_MEDIA_INFO_LTO3 MIC_BAD_MEDIA_INFO_LTO3 SRV_THREAD_UNABLE_TO_UNPICK_DURING_RETR MIC_LTO3 TAPE_RSV_886 TAPE_RSV_887 TAPE_RSV_888 TAPE_RSV_889 SRV_REEL_PCC_EXEC_IN_PROCESS SRV_REEL_NOT_USED2 SRV_REEL_PCC_ILLEGAL_OPTION SRV_REEL_CNT_RUNAWAY SRV_REEL_VELOCITY_RUNAWAY SRV_THREAD_GRABBER_NOT_OPEN SRV_THREAD_NO_PIN_AT_TRACK SRV_THREAD_UNEXPECTED_POSITION_AT_DRIVE_ SRV_THR_CART_OVERTRAVEL_MISSING_TRAY_IN SRV_THR_CART_BACKLOAD_MISSING_TRAY_IN SRV_UNTHREAD_CANT_HIT_CART_ZONE SRV_UNTHREAD_AT_HOME_DID_NOT_DROP_PIN THR_PIN_GRABBER_HALL_OUT_OF_RANGE THR_PIN_GRABBER_HALL_NO_PICK_PEAK THR_PIN_GRABBER_HALL_NO_TRACK_PEAK SRV_REEL_INTR_IN_WRONG_STATE SRV_REEL_NOT_USED1 SRV_REEL_PCC_MSG_IN_PROCESS THR_PIN_GRABBER_HALL_NO_PICK_CROSSOVER...
Page 288 GRABBER SRV_UNTHREAD_MISSED_PIN_GRABBER SRV_THREAD_UNABLE_TO_LOCK_DRIVE_HUB SRV_THREAD_DRIVE_HUB_MAY_NOT_BE_LOCKED SRV_THR_DRIVE_HUB_NOT_LOCKED SRV_THREAD_UNABLE_TO_LOCK_DRIVE_FLANGE SRV_REEL_NOT_USED4 SRV_REEL_NOT_USED5 SRV_REEL_CART_NOT_CHUCKED SRV_REEL_DRIVE_HAS_STALLED SRV_STEP_PIN_GRABBER_PCC_UNKNOWN_COMMA SRV_PORTION_NOTIFICATION_INVALID SCSI_FW_IMAGE_DOWN_REV SRV_VERSION_DOES_NOT_MATCH_PLATFORM_VER SION SRV_TRK_HEAD_AZIMUTH_TIMEOUT SRV_MON_SDATA_TABLE_IS_FULL SRV_REEL_REPOSITION_LPOS_NOT_WITHIN_RANG SRV_REEL_REPOSITION_INVALID_STATE SRV_DC_MOTOR_BUSY SRV_DC_MOTOR_STALL SRV_DC_CART_LOAD_PCC_UNKNOWN_COMMAND SRV_DC_CART_LOAD_GAIO_WRITE_FAILED SERVER_FAIL_TO_FREE_ELEMENT_DEQUEUE SERVER_FAIL_TO_GET_FREE_ELEMENT_ENQUEUE SERVER_FAIL_TO_GET_FREE_ELEMENT_QJAM SERVER_FAIL_TO_GET_Q_ELEMENT_DEQUEUE SERVER_NULL_SERVER_PTR_DEQUEUE SERVER_NULL_SERVER_PTR_QPEEK SERVER_NULL_TASK_PTR_ENQUEUE SERVER_NULL_TASK_PTR_QJAM SERVER_NULL_TASK_PTR_QSCAN SRV_COMMAND_REJECTED_NO_SET_PARM_FOR_S V_HEAD_AZIMUTH_SPECIFIC_PARAMS SRV_COMMAND_REJECTED_NEED_FWD_TAPE_DIR_ BEFORE_REQUESTING_REV_TAPE_DIR DSM_CMPR_WR_CMD_COMPLETE_LOST_BUFFER DSM_CMPR_WR_ACCESS_PT_LOGIC_ERROR DSM_CMPR_WR_XLATE_SENT_NULL_BUF SERVER_RESERVED_0X08C4 SERVER_RESERVED_0X08C5 SERVER_RESERVED_0X08C6 SERVER_RESERVED_0X08C7...
Page 289 SRV_EXT_DAC_NOT_CALIBRATED SRV_HEAD_AZIMUTH_MAX_MEAN_EXCEEDED SRV_HEAD_AZIMUTH_MAX_STDEV_EXCEEDED SRV_HEAD_AZIMUTH_MAX_FWD_REV_DELTA_MEA N_EXCEEDED SRV_THR_TRAY_LOAD_ALREADY_AT_TRAY_IN SRV_THR_CART_LOAD_MISSING_TRAY_IN SRV_THR_TRAY_UNLOAD_ALREADY_AT_TRAY_OUT SRV_THR_CART_TRAY_LOAD_STALL SRV_THR_CART_TRAY_UNLOAD_STALL THR_PIN_GRABBER_HALL_NO_PICK_PEAK_RECOV ERED SRV_MTR_LOG_FULL SRV_MTR_UNEXPECTED_MESSAGE_RESPONSE SRV_MTR_ABORT SRV_MTR_TASK_BUSY SRV_MTR_ACTIVE_FUNCTION_IS_NULL SRV_THR_CART_RECHUCK_NEVER_GOT_OFF_TRA Y_IN TAPE_READ_ONLY_FORMAT SRV_REJ_THREADED SRV_MOTOR_BOT_OVERRUN MTR_INVALID_ALERT_RECEIVED MTR_INVALID_ERROR_ALERT_RECEIVED SRV_MTR_THIS_MOTOR_IS_NOT_ROTATING SRV_MTR_UNEXPECTED_MESSAGE_IN_IDLE_STATE SRV_MTR_UNEXPECTED_MESSAGE_IN_ROTATE_ST SRV_MTR_UNEXPECTED_MESSAGE_IN_POS_MOVE_ STATE SRV_MTR_UNEXPECTED_MESSAGE_IN_HOLD_TENS ION_STATE SRV_MTR_UNEXPECTED_MESSAGE_IN_RAMPING_S TATE SRV_MTR_UNEXPECTED_MESSAGE_IN_STEADY_SP EED_STATE SRV_MTR_MAXIMUM_STATE_EXCEEDED SRV_UNTHREAD_UNABLE_TO_LOCK_DRIVE_FLANG SRV_THR_FLANGE_NOT_LOCKED SRV_THR_FLANGE_STILL_LOCKED SRV_THREAD_FLANGE_NOT_LOCKED SRV_THR_AUTOLOAD_MECH_UNSAFE TAPE_SRV_SPEED_NOT_IN_RANGE DSM_CMPR_RD_CHECK_RECSIZE_BUG_NO_DS_TO_...
Page 290 N_ONE SRV_VCM_HALL_SENSOR_IS_NOT_CALIBRATED_US E_DEFAULT SRV_UNTHREAD_UNPICK_EXCEEDED_RETRIES SRV_REEL_SCREEN_TEST_REJECTED_CART_INSER SRV_REEL_SCREEN_TEST_BOTH_MOTORS_FAILED SRV_REEL_SCREEN_TEST_DRIVE_MOTOR_FAILED SRV_REEL_SCREEN_TEST_CART_MOTOR_FAILED SRV_CMDPROC_MFR_DATA_NOT_AVAILABLE_CHE CKSUM_BAD SRV_THREAD_STALL_NEAR_PIN_GRABBER_MOVER SRV_THREAD_STALL_NEAR_GUIDES SRV_THREAD_STALL_NEAR_HEAD SRV_THREAD_STALL_PAST_HEAD TAPE_MFR_DATA_MISMATCH TAPE_RSV_90E TAPE_RSV_90F DSM_CMPR_SKIP_INIT_BUFLIST_SHOULD_BE_EMPT DSM_CMPR_SKIP_TARGET_NOT_IN_DS DSM_CMPR_USER_ADDR_OUT_OF_RANGE DSM_CMPR_WR_UNDRUN_BUFLIST_RANGE_ERROR DSM_CMPR_WR_INTERRUPT_NOT_RECOGNIZED DSM_CANT_SWITCH_TO_READ_NO_DS DSM_CMPR_READ_NO_DS_TO_SUPPLY DSM_CMPR_RD_BUFFER_MISSING DSM_CMPR_SKIP_ACCESS_PT_BUF_INDEX_OUT_OF _RANGE DSM_CMPR_SKIP_FAILED_TO_FIND_ACCESS_PT_B UFFER DSM_CMPR_SKIP_COULDNT_FEED_INTRA_DS_UND ERRUN SRV_DATA_BAND_ID_ERROR_DURING_HEAD_CALIB RATION SRV_UNTHREAD_STALL_NEAR_DRIVE_HUB SRV_UNTHREAD_STALL_PAST_HEAD SRV_UNTHREAD_STALL_NEAR_HEAD SRV_UNTHREAD_STALL_NEAR_GUIDES SRV_UNTHREAD_RETRY_PULLING_TAPE SRV_UNTHREAD_PULLING_TAPE_EXCEEDED_RETRI SRV_THREAD_UNABLE_TO_LOCK_HUB SRV_THREAD_RETRY_HUB_LOCK SRV_THREAD_HUB_LOCK_EXCEEDED_RETRIES SRV_UNPICK_NO_PIN...
Page 291 An error occurs when reg value exceed 7ff0 during calibration 94Bh Servo An error occurs when reg value goes below 0xFFFF8000 during calibration 94Ch SCSI Media not initialized by Seagate/Certance/Quantum drive 94Dh Servo GAIO has detected an over voltage or over temperature condition 94Eh Tape The Cartridge Type and Servo Manufacturer’s Word (SMW)
Page 292 TAPE_WORM_BAD_CM TAPE_WORM_BAD_CM_AND_FID_MISMATCH SRV_VCM_HALL_DAMPING_FACTOR_NOT_WITHIN_ RANGE SRV_SEEPROM_TEST_FAILED TAPE_AUTO_LOAD_INVALID_CM_LP1 TAPE_AUTO_LOAD_INVALID_SRV_LP1 MIC_BAD_PROTECTED_PG_TBL MIC_BAD_UNPROTECTED_PG_TBL SCSI_ECHO_BUFFER_HAS_NOT_YET_BEEN_WRITTE SCSI_ECHO_BUFFER_IID_MISMATCH SRV_HW_SQRT_ILLEGAL_RADIX SRV_HW_SQRT_TIMEOUT SRV_HW_SQRT_INVALID_SCALE SCSI_BOGUS_SIZE_DESC_RETRY_CNT_THRESHOLD _BREACH MIC_PARTIAL_INIT_LTO1 MIC_PARTIAL_INIT_LTO2 MIC_PARTIAL_INIT_LTO3 SRV_SPI_INTF_A_BUSY TAPE_PHYS_LP3_EXCEED_MAX SRV_EXPECTED_TO_BE_OFF_HEAD_STEPPER_SEN SRV_EXPECTED_TO_BE_ON_HEAD_STEPPER_SENS SRV_NEVER_GOT_OFF_HEAD_STEPPER_SENSOR SRV_NEVER_GOT_ON_HEAD_STEPPER_SENSOR DSM_WORM_APPEND_NOT_ALLOWED DSM_WORM_APPEND_NOT_ALLOWED_INVALID_HE ADER SRV_UNABLE_TO_FIND_SERVO_BAND SRV_WRL_INTF_BUSY SRV_PLACE_HOLDER TRK_INVALID_ERROR_ALERT_RECEIVED SRV_TRK_LOG_FULL SRV_TRK_ABORT SRV_TRK_TASK_BUSY SRV_TRK_UNEXPECTED_MESSAGE_RESPONSE TRK_INVALID_ALERT_RECEIVED SRV_REJ_PARM_LP1_OR_LP6_OUT_OF_RANGE SRV_MODE_DEPENDENT_REGS_COUNT_IS_INCORR SRV_SPEED_DEPENDENT_REGS_COUNT_IS_INCOR RECT 952h Tape...
Page 293 SRV_TRK_MSG_IN_PROCESS SRV_HEAD_STEPPER_ILLEGAL_STATE_SENSOR_ST ATE_MACHINE SRV_HEAD_STEPPER_ILLEGAL_STATE_OPEN_LOO P_STATE_MACHINE SRV_HEAD_STEPPER_ILLEGAL_STATE_CLOSED_LO OP_STATE_MACHINE SRV_HEAD_STEPPER_ILLEGAL_STATE_FIND_SERV O_BAND_STATE_MACHINE SRV_TOO_MANY_STEPS_TAKEN_IN_CLOSED_LOOP _NEAR SRV_SPI_INTF_B_BUSY SRV_SEEPROM_UNEXPECTED_MESSAGE_RESPONS SRV_SEEPROM_TASK_BUSY SRV_SEEPROM_ABORT SRV_SEEPROM_LOG_FULL SRV_VCM_DEMAND_OFFSET_IS_NOT_CALIBRATED_ USE_DEFAULT SRV_VCM_KDAMP_GAIN_IS_NOT_CALIBRATED_USE _DEFAULT SRV_KLOOP_OFFSET_IS_NOT_CALIBRATED_USE_D EFAULT SRV_SEEPROM_WRITE_HEADER_PAGE SRV_SEEPROM_INVALID_PAGE SRV_INVALID_TAPE_THICKNESS_DEFAULT_USED SRV_TRK_VCM_HALL_BIAS_CALIB_BIAS_VALUE_N OT_WITHIN_RANGE SRV_CART_NOT_SEATED_FOR_PICK SRV_WRITE_TRACKING_RATIO_OFFSET_LIMIT_EXC EEDED SRV_FW_REEL_MOT_PWR_FAIL_DETECTED SCSI_HOSTSTAT_CAUSE_UNKNOWN DSM_SUSPICIOUS_WORM_CARTRIDGE_UCI_MISMAT SRV_NO_PES_AT_START_OF_CLOSED_LOOP_HEAD _POSITIONING SRV_HEAD_STEPPER_FAILED_TO_FIND_PES_AFTE R_SEARCHING_FOR_SERVO_BAND_IN_BOTH_DIREC TIONS SRV_DATA_BAND_ID_TIMING_OUT_OF_RANGE SRV_PIN_GRABBER_PRE_INIT_INVALID_ZONE SRV_PIN_GRABBER_PRE_INIT_NO_ZONE_A SRV_PIN_GRABBER_PRE_INIT_STUCK_ZONE_C SRV_CART_INIT_NO_STALL...
Page 294 SRV_FLANGE_UNLOCKED_WITHOUT_CARTRIDGE SRV_SERVO_ENUM_SPEED_OBSOLETE SCSI_DRIVE_MODE_DOES_NOT_ALLOW_READ_WRI TE_ACCESS_TO_WORM_MEDIA SCSI_DRIVE_MODE_DOES_NOT_ALLOW_WRITE_AC CESS_TO_WORM_MEDIA SRV_EOT_CALC_DELTA_TOO_BIG SRV_WW_INVALID_SET_COMMAND SRV_CMDPROC_UNEXPECTED_MESSAGE_RESPON SRV_WW_INVALID_GET_COMMAND SRV_CMDPROC_LOG_FULL SRV_NOT_ALLOW_TO_WRITE_TO_SVO_OFFTRK_RE SCSI_CLEANING_CARTRIDGE_CM_INVALID ASSERTION_HARD_FAILURE SRV_DAMPING_INPUT_FROZEN_FOR_N_FIQ SCSI_INTERFACE_CDB_PHASE_RETRIES_EXHAUST SCSI_INTERFACE_DATA_PHASE_RETRIES_EXHAUS SCSI_INTERFACE_MAX_PARITY_RETRIES SCSI_INTERFACE_RESELECT_TIMEOUT SCSI_INTERFACE_BAD_MESSAGE_RECEIVED SCSI_INTERFACE_BAD_IDENTIFY_MESSAGE_RECEI SCSI_INTERFACE_MAX_IDE_RETRIES SCSI_INTERFACE_MAX_MESSAGE_RETRIES SCSI_INTERFACE_NON_IDENTIFY_MESSAGE_RECEI SCSI_INTERFACE_UNEXPECTED_BUS_FREE SCSI_INTERFACE_REJECT_MESSAGE_RECEIVED SCSI_INTERFACE_UNEXPECTED_IDENTIFY_MESSAG E_RECEIVED SRV_FID_LPOS_NOTIFICATION_PASSED SCSI_INTERFACE_ST_DATA_PARITY_RETRIES_EXH AUSTED SCSI_INTERFACE_DT_DATA_CRC_RETRIES_EXHAU STED SRV_TAPE_SPEED_REQUESTED_OUT_OF_RANGE SAS_INTERFACE_CTIO_ACKNAK_TIMEOUT SAS_INTERFACE_CTIO_INVALIDTTAG SAS_INTERFACE_CTIO_WRITEOVERFLOW SAS_INTERFACE_CTIO_NAK SAS_INTERFACE_CTIO_DATAOFFSETERR SAS_INTERFACE_CTIO_INITRESP_TIMEOUT SAS_INTERFACE_CTIO_DATAPHASEERR SRV_FAN_HIGH_TEMP_DETECTED SCSI_UNKNOWN_MODE_PAGE_SUBPAGE...
Page 295 SRV_UNTHREAD_PULL_NO_STALL SRV_UNTHREAD_PULL_UNEXPECTED_STALL SRV_REEL_HW_DID_NOT_DETECT_STOP SRV_PIN_GRABBER_PRE_INIT_STUCK_ZONE_A SAS_INTERFACE_CTIO_ABORTED SAS_INTERFACE_CTIO_CRCERROR SAS_INTERFACE_CTIO_CRCERRORAUTOGOOD SAS_INTERFACE_CTIO_CTIOM0SCBERR SAS_INTERFACE_CTIO_CONNECTIONDOWN SAS_INTERFACE_CTIO_DMAPARITYERROR SAS_INTERFACE_CTIO_DATAPHASECRCERR SAS_INTERFACE_CTIO_I_T_NEXUSLOSS SAS_INTERFACE_CTIO_UNUSED SAS_INTERFACE_CTIO_OKRESID SAS_INTERFACE_CTIO_OKSTOP SAS_INTERFACE_CTIO_OKSTOPAUTOGOOD SAS_INTERFACE_CTIO_OPENTIMEOUT SAS_INTERFACE_CTIO_PATHWAYBLOCKED SAS_INTERFACE_CTIO_PEER_LOGOUT SAS_INTERFACE_CTIO_XFERMISPECIFIED SAS_INTERFACE_CTIO_XFERABORTEDCMD SAS_INTERFACE_CTIO_WWNTABLEERR SAS_INTERFACE_CTIO_WWNIOCOUNTERR SAS_INTERFACE_CTIO_TASK_UNAVAIL SAS_INTERFACE_CTIO_SHORTIU SAS_INTERFACE_CTIO_SENDRESPSCBERR SAS_INTERFACE_CTIO_SENDFRAMESCBERR SAS_INTERFACE_CTIO_RETRY SAS_INTERFACE_DETECT_WRITE_CRC_ERROR_AFT ER_COMMAND_DONE SRV_PIN_GRABBER_CANNOT_MOVE_OUT_TO_STA NDBY SRV_CMD_MEM_IS_NOT_COMPATIBLE_WITH_CNTR DSM_WORM_SET_CAPACITY_NOT_ALLOWED SCSI_DETECTED_WORM_CM_CONFLICT_IN_CART_T SCSI_DETECTED_WORM_CM_CONFLICT_IN_MEDIA_ MFG_WORD SCSI_DETECTED_WORM_CM_CONFLICT_IN_FORMA T_TYPE SRV_DOMAIN_ERROR SCSI_SET_CAPACITY_NOT_ALLOWED_ON_INIT_WO RM_CART SCSI_WORM_MODE_NOT_SUPPORTED...
Page 296 FC_INTERFACE_CTIO_CRCERRORAUTOGOOD FC_INTERFACE_CTIO_CTIOM0PCBERR FC_INTERFACE_CTIO_CONFIRMRECPCBERR FC_INTERFACE_CTIO_DMAPARITYERROR FC_INTERFACE_CTIO_DATAOFFSETERR FC_INTERFACE_CTIO_DATAPHASECRCERR FC_INTERFACE_CTIO_DATAPHASEERR FC_INTERFACE_CTIO_INVALIDDIRECTION FC_INTERFACE_CTIO_LIP FC_INTERFACE_CTIO_LIP_RESET FC_INTERFACE_CTIO_LOOPOPENFAIL FC_INTERFACE_CTIO_LOSTFCP_CONFBADRJT FC_INTERFACE_CTIO_LOSTFCP_RESPNORETRY FC_INTERFACE_CTIO_OKRESID FC_INTERFACE_CTIO_OKSTOP FC_INTERFACE_CTIO_OKSTOPAUTOGOOD FC_INTERFACE_CTIO_PORT_LOGOUT FC_INTERFACE_CTIO_PORT_UNAVAIL FC_INTERFACE_CTIO_RESEL_TIMEOUT FC_INTERFACE_CTIO_RXEVT_TIMEOUT FC_INTERFACE_CTIO_RXEVT_TXFAIL FC_INTERFACE_CTIO_SENDFRAMELOOPDOWN FC_INTERFACE_CTIO_SENDFRAMEPCBERR FC_INTERFACE_CTIO_SENDRESPFRAMEPCBERR FC_INTERFACE_CTIO_XFERABORTEDCMD FC_INTERFACE_CTIO_XFERMISPECIFIED SAS_INTERFACE_CTIO_FRAMEMISSINGEOF SAS_INTERFACE_CTIO_FRAMELENERR SAS_INTERFACE_CTIO_FRAMESIDERR SAS_INTERFACE_CTIO_FRAMEDIDERR SAS_INTERFACE_CTIO_FRAMETYPEERR SAS_INTERFACE_CTIO_INTERLOCKERR SAS_INTERFACE_CTIO_FRAMEINCOMPLETE SAS_INTERFACE_CTIO_FRAMEDISPERR SAS_INTERFACE_CTIO_FRAMEALIGNERR SAS_INTERFACE_CTIO_FRAMECRCERR SAS_INTERFACE_CTIO_OPENFAILLOSTARB SAS_INTERFACE_CTIO_OPENFAILBADPRIMITIVE MIC_LTO4 MIC_NO_INIT_DATA_LTO4 MIC_NO_MEDIA_INFO_LTO4 MIC_BAD_MEDIA_INFO_LTO4 MIC_PARTIAL_INIT_LTO4...
Page 297 SRV_PIN_GRABBER_INIT_NO_C1 SRV_PG_HALL_CAL_OUT_OF_LIMIT SRV_LOAD_UNLOAD_STUCK SRV_THREAD_UNTHREAD_STUCK SRV_UNTHREAD_CANNOT_REACH_PIN_CHECK FC_INTERFACE_CTIO_DMAHWERR FC_INTERFACE_CTIO_DMAHWERRAUTOGOOD SRV_COMMAND_REJECTED_NO_TRACKING_MODE 0A22h Servo Cannot move pin grabber from zone A to zone C1 during initialization 0A23h Servo At least one hall sensor calibration parameter is out of limit 0A24h Servo Errors encountered at both load and unload direction, tray is stuck in the middl 0A25h Servo...

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Quantum LTO 3 User Manual

1 Introduction

2 Interface Overview

3 SCSI Commands

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