##
## JNI Corporation jnic driver (Solaris SCSI) configuration file.
##
## jnic.conf
##
## Date last modified: January 11, 2001
##
## For additional information and configuration examples, refer to the "readme.txt"
## and "config.txt" files provided with the jnic driver installation package.


#
# Configuration parameters: FcLoopEnabled, FcFabricEnabled, FcPortCfgEnable
# Type: boolean
# Default: FcLoopEnabled   = 1 (true)
#          FcFabricEnabled = 0 (false)
#          FcPortCfgEnable = 1 (true)
#
# These parameters are used to configure HBA port topology.  Since the JNI HBA
# ports must be configured for operation as L_Port or N_Port, these parameters,
# in conjunction with the current HBA port configuration, will determine if HBA
# port reconfiguration is necessary.  If HBA reconfiguration is necessary,
# and the FcPortCfgEnable parameter is set, the change will take affect on the
# subsequent adapter reboot.  If HBA reconfiguration is necessary and the
# FcPortCfgEnable parameter is not set, the driver/adapter will enter non-
# participating mode.
#
# The HBA port will be set up or reconfigured as specified in the following
# table:
#
#                  Current
#  Conf Param     HBA Config
#  Loop Fabric (Loop or Fabric) FcPortCfgEn Action
#  ----------- ---------------- ----------- ------------------------------------
#   0     0      (don't care)        X      Enter non-participating Mode
#   1     0         Loop             X      No change: L_Port Mode (private loop)
#   1     0         Fabric           1      Configure HBA port (Reboot required)
#   1     0         Fabric           0      Enter non-participating Mode
#   0     1         Loop             1      Configure HBA port (Reboot required)
#   0     1         Loop             0      Enter non-participating Mode
#   0     1         Fabric           X      No change: N_Port Mode (fabric)
#   1     1         Loop             X      Enter NL_Port Mode (public loop)
#   1     1         Fabric           X      N_Port Mode (fabric) Note: You cannot
#                                             reconfigure directly from Fabric to
#                                             Public Loop. You must first recon-
#                                             figure to Private Loop, and then
#                                             to Public Loop.
#
#FcLoopEnabled   = 1;
#FcFabricEnabled = 0;
FcPortCfgEnable=0;

#
# Configuration parameter: FcEngHeartbeatInterval
# Type: integer
# Default: 5 (sec)
#
# When the JNI adapter/driver detects that the Fibre Channel link is up (and
# there is no I/O activity), it will send a "test frame" (or heartbeat) to
# itself to verify link integrity.  The test frame is sent at the interval
# specified by this parameter.  If the test frame does not complete, it is
# assumed that there is a link problem.  In this situation, the driver
# initiates error recovery to re-establish a good link.  A value of "0"
# disables the heartbeat.
#
#FcEngHeartbeatInterval = 5;

#
# Configuration parameter: FcLrrTimeout
# Type: integer
# Default: 100 (msec)
# Restrictions: N_Port mode only
#
# This value is valid in N_Port mode only.  The Emerald Link Reset Received
# (LRR) timeout value (msec) tunes link recovery behavior by synchronizing
# the Emerald chip with the chip on the fabric switch.  It determines how 
# long to send out LRs before getting back an LRR.  If the timeout is reached
# and an LRR has not been received, the controller will start sending off-line
# sequences (OLS). The default value is adequate for most configurations.
#
#FcLrrTimeout = 100;

#
# Configuration parameter: FcLinkUpRecoveryTime
# Type: integer
# Default: 1000 (msec)
#
# Delay (msec) after the link is up before port discovery begins, allowing
# the link to stabilize and protecting against a possible I/O surge. This timer
# is reset every time the link comes up. The default value is adequate for most
# configurations.
#
#FcLinkUpRecoveryTime = 1000;

#
# Configuration parameter: BusyRetryDelay
# Type: integer
# Default: 5000 (msec)
#
# Delay (msec) before retrying after receipt of an I/O with a "SCSI Busy"
# status from a target. The number of retries is based on the Solaris retry
# count associated with the I/O.
#
#BusyRetryDelay = 5000;

#
# Configuration parameter: FailoverDelay
# Type: integer
# Default: 0 (sec)
#
# Delay (seconds) before failing all I/O for an offline target. If the delay
# timer expires, all I/O for the failed target is returned to the application.
# A zero value disables failover.
#
#FailoverDelay = 30;

#
# Configuration parameter: TimeoutResetEnable
# Type: boolean
# Default: 0 (false)
#
# Boolean parameter for enabling SCSI target resets for timed out I/O. When
# the timer expires (usually 60 seconds, as specified by the upper layers),
# the driver issues a target reset to attempt to clear the device (which might
# be either too busy to respond or stuck).
#
#TimeoutResetEnable = 0;

#
# Configuration parameter: QfullRetryCount
# Type: integer
# Default: 5
#
# Number of times an I/O is retried due to receipt of a "SCSI QFULL" status
# from a target. The delay between retries is based on the QfullRetryDelay
# parameter.
#
#QfullRetryCount = 5;

#
# Configuration parameter: QfullRetryDelay
# Type: integer
# Default: 5000 (msec)
#
# Delay (msec) before retrying after receipt of an I/O with a "SCSI QFULL"
# status from a target. The number of retries is based on the QfullRetryCount
# parameter.
#
#QfullRetryDelay = 5000;

#
# Configuration parameter: IoRecoveryDelay
# Type: integer
# Default: 50 (msec)
#
# Delay (msec) between target online and I/O recovery. This allows time for
# devices which must flush I/O that was in progress prior to a link going down.
#
#IoRecoveryDelay = 50;

#
# Configuration parameter: JniCreationDelay
# Type: integer
# Default: 5 (sec)
#
# Delay (seconds) after driver creation to allow the network to stabilize,
# discover ports, and build the driver's database.  Increase this value
# if targets are being discovered too late in the boot process.
#
#JniCreationDelay = 5;

#
# Configuration parameter: FlogiRetryCount
# Type: integer
# Default: 3
#
# Total number of Fabric Login (FLOGI) attempts before giving up logging in to
# a switch. Failure prevents participation on a Fabric topology.
#
#FlogiRetryCount = 3;

#
# Configuration parameter: PlogiRetryCount
# Type: integer
# Default: 5
#
# Total number of Port Login (PLOGI) attempts before giving up
# logging in to a SCSI target.
#
#PlogiRetryCount = 5;

#
# Configuration parameter: FcEmldEngTcbCount
# Type: integer
# Default: 1533
#
# Total number of concurrent exchanges (also called transfer control blocks) 
# allowed by the adapter. To optimize performance, set this parameter to match
# the memory capacity of the hardware.
#
#FcEmldEngTcbCount = 1533;


#
# Binding Parameters:  See "config.txt" file for binding examples.
#
# Configuration parameter: def_hba_binding
# Type: string
# Default: "jnic*" 
#
#  "jnic*"  (means all target/LUN instances will be initialized by all
#             jnic instances)
#
#  "null"   (means no target/LUN instance will be initialized by any jnic
#             instance UNLESS the targetX_hba or targetX_lunY_hba binding 
#             parameters are explicitly defined) 
#
# Sets the default HBA binding for every target/LUN instance which does not
# explicitly define one.
#      - A "*" following an HBA name indicates all instances of that HBA driver
#
#def_hba_binding = "jnic*";

#
# Configuration parameter: def_wwnn_binding
# Type: string
# Default: "$xxxxxxxxxxxxxxxx" (means WWNN is "static don't care")
#
# Sets the 16 digit hexadecimal default WWNN binding for every target/LUN
# instance which does not explicitly define one.
#      - A "$" preceding the string indicates static binding by WWNN enabled
#      - A "x" in place of a digit indicates "don't care" for that digit
#
#
#def_wwnn_binding = "$xxxxxxxxxxxxxxxx";

#
# Configuration parameter: def_wwpn_binding
# Type: string
# Default: "$xxxxxxxxxxxxxxxx" (means WWPN is "static don't care")
#
# Sets the 16 digit hexadecimal default WWPN binding for every target/LUN
# instance which does not explicitly define one.
#      - A "$" preceding the string indicates static binding by WWPN enabled
#      - A "x" in place of a digit indicates "don't care" for that digit
#
#def_wwpn_binding = "$xxxxxxxxxxxxxxxx";

#
# Configuration parameter: def_port_binding
# Type: string
# Default: "xxxxxx" (means PORT is "non-static don't care")
#
# Sets the 6 digit hexadecimal default port binding for every target/LUN
# instance which does not explicitly define one.
#      - A "$" preceding the string indicates static binding by port ID enabled
#      - A "x" in place of a digit indicates "don't care" for that digit
#
#def_port_binding = "xxxxxx";

#
# Configuration parameters for target to FC device mapping: 
#    targetX_hba, 
#    targetX_lunY_hba, 
#    targetX_wwnn,
#    targetX_wwpn, 
#    targetX_port,
#
# Type: string
# Default:
#
# Example usage: Replace the 'x' characters with actual WWNN, WWPN, or port ID.
#
# target0_hba      = "jnic0";
# target0_lun0_hba = "jnic0";
# target0_wwnn     = "xxxxxxxxxxxxxxxx";
# target0_wwpn     = "xxxxxxxxxxxxxxxx";
# target0_port     = "xxxxxx";

#
# Configuration parameters for target and LUN level throttling: 
#    target_throttle  <default = 256>,     - Default throttle for all targets
#    lun_throttle     <default = 64>,      - Default throttle for all LUNS
#    targetX_throttle <default = 256>,     - Specific throttle for targetX
#    targetX_lun_throttle  <default = 64>  - Default throttle for all targetX LUNS
#    targetX_lunY_throttle <default = 64>  - Specific throttle for targetX LUN
#
# Type: integer
# Default:
#
# Example usage:
#
# target_throttle = 256;
# lun_throttle = 64;
# target0_throttle = 256;
# target0_lun_throttle = 64;
# target0_lun1_throttle = 64;


#
# Configure parameter: automap
# Set to 0 for persistence binding and 1 for auto mapping
# Type: integer
# Defalut: 0
#
# Example usage:
# automap = 0;
# jnic0-automap = 0;
#

jnic0-FcLoopEnabled=0;
jnic0-FcFabricEnabled=1;
jnic0-FcPortCfgEnable=1;
jnic0-JniCreationDelay=5;
jnic0-FlogiRetryCount=3;
jnic0-PlogiRetryCount=5;
jnic0-BusyRetryDelay=5000;
jnic0-FailoverDelay=0;
jnic0-TimeoutResetEnable=0;
jnic0-QfullRetryCount=5;
jnic0-QfullRetryDelay=5000;
jnic0-IoRecoveryDelay=50;
jnic0-automap=0;
jnic0-OverrunFailoverCount=0;
jnic0-FcEmldEngTcbCount=1533;
jnic0-FcLrrTimeout=100;
jnic0-FcLinkUpRecoveryTime=1000;
jnic0-FcEngHeartbeatInterval=5;
def_hba_binding="null";
jnic0-def_hba_binding="null";
jnic1-FcLoopEnabled=0;
jnic1-FcFabricEnabled=1;
jnic1-FcPortCfgEnable=1;
jnic1-JniCreationDelay=5;
jnic1-FlogiRetryCount=3;
jnic1-PlogiRetryCount=5;
jnic1-BusyRetryDelay=5000;
jnic1-FailoverDelay=30;
jnic1-TimeoutResetEnable=0;
jnic1-QfullRetryCount=5;
jnic1-QfullRetryDelay=5000;
jnic1-IoRecoveryDelay=50;
jnic1-automap=0;
jnic1-OverrunFailoverCount=0;
jnic1-FcEmldEngTcbCount=1533;
jnic1-FcLrrTimeout=100;
jnic1-FcLinkUpRecoveryTime=1000;
jnic1-FcEngHeartbeatInterval=5;
jnic1-def_hba_binding="null";
jnic4-FcLoopEnabled=0;
jnic4-FcFabricEnabled=1;
jnic4-FcPortCfgEnable=1;
jnic4-JniCreationDelay=5;
jnic4-FlogiRetryCount=3;
jnic4-PlogiRetryCount=5;
jnic4-BusyRetryDelay=5000;
jnic4-FailoverDelay=30;
jnic4-TimeoutResetEnable=0;
jnic4-QfullRetryCount=5;
jnic4-QfullRetryDelay=5000;
jnic4-IoRecoveryDelay=50;
jnic4-automap=0;
jnic4-OverrunFailoverCount=0;
jnic4-FcEmldEngTcbCount=1533;
jnic4-FcLrrTimeout=100;
jnic4-FcLinkUpRecoveryTime=1000;
jnic4-FcEngHeartbeatInterval=5;
jnic4-def_hba_binding="null";
jnic5-FcLoopEnabled=0;
jnic5-FcFabricEnabled=1;
jnic5-FcPortCfgEnable=1;
jnic5-JniCreationDelay=5;
jnic5-FlogiRetryCount=3;
jnic5-PlogiRetryCount=5;
jnic5-BusyRetryDelay=5000;
jnic5-FailoverDelay=0;
jnic5-TimeoutResetEnable=0;
jnic5-QfullRetryCount=5;
jnic5-QfullRetryDelay=5000;
jnic5-IoRecoveryDelay=50;
jnic5-automap=0;
jnic5-OverrunFailoverCount=0;
jnic5-FcEmldEngTcbCount=1533;
jnic5-FcLrrTimeout=100;
jnic5-FcLinkUpRecoveryTime=1000;
jnic5-FcEngHeartbeatInterval=5;
jnic5-def_hba_binding="null";
#jnic1-target125_wwnn="$500104f0006f7b77";
#jnic1-target125_lun0_hba="jnic1";
#jnic2-target125_wwnn="$500104f0006f7cc1";
#jnic2-target125_lun0_hba="jnic2";
#jnic3-target125_wwnn="$500104f0006f7be3";
#jnic3-target125_lun0_hba="jnic3";
#jnic0-target125_wwnn="$500104f000701cb5";
#jnic0-target125_lun0_hba="jnic0";
#jnic1-target125_wwnn="$500104f0006f7cc1";
#jnic1-target125_lun0_hba="jnic4";
#jnic0-target125_wwnn="$500104f000701e62";
#jnic0-target125_lun0_hba="jnic0";
#jnic5-target0_wwnn="$500104f000701b5f";
#jnic5-target0_lun0_hba="jnic5";
#jnic0-target0_wwnn="$500104f000701e62";
#jnic0-target0_lun0_hba="jnic0";
jnic5-target0_wwnn="$500104f000702760";
jnic5-target0_lun0_hba="jnic5";
jnic5-target1_wwnn="$500104f00070204e";
jnic5-target1_lun0_hba="jnic5";
jnic0-target0_wwnn="$500104f0006fa226";
jnic0-target0_lun0_hba="jnic0";
jnic0-target2_wwnn="$500104f0007cce43";
jnic0-target2_lun0_hba="jnic0";
jnic0-target1_wwnn="$500104f0006f7cc1";
jnic0-target1_lun0_hba="jnic0";
#
# HDS 9585V bindings
#
# HDS Controller-0 ports = e0 & e1
# HDS Controller-1 ports = e4 & e5
#
#jnic1-target30_wwnn="$50060e8000c3b0e5";
#jnic1-target30_lun0_hba="jnic1";
#jnic1-target30_lun1_hba="jnic1";
#jnic1-target30_lun2_hba="jnic1";
#jnic1-target30_lun3_hba="jnic1";
#jnic1-target30_lun254_hba="jnic1";
#
#
jnic1-target31_wwnn="$50060e8000c3b0e0";
jnic1-target31_lun0_hba="jnic1";
jnic1-target31_lun1_hba="jnic1";
jnic1-target31_lun2_hba="jnic1";
jnic1-target31_lun3_hba="jnic1";
jnic1-target31_lun4_hba="jnic1";
jnic1-target31_lun5_hba="jnic1";
jnic1-target31_lun6_hba="jnic1";
jnic1-target31_lun254_hba="jnic1";
jnic1-target31_lun255_hba="jnic1";
#
#
jnic4-target31_wwnn="$50060e8000c3b0e4";
jnic4-target31_lun0_hba="jnic4";
jnic4-target31_lun1_hba="jnic4";
jnic4-target31_lun2_hba="jnic4";
jnic4-target31_lun3_hba="jnic4";
jnic4-target31_lun4_hba="jnic4";
jnic4-target31_lun5_hba="jnic4";
jnic4-target31_lun6_hba="jnic4";
jnic4-target31_lun254_hba="jnic4";
jnic4-target31_lun255_hba="jnic4";
#
#
#jnic4-target30_wwnn="$50060e8000c3b0e1";
#jnic4-target30_lun0_hba="jnic4";
#jnic4-target30_lun1_hba="jnic4";
#jnic4-target30_lun2_hba="jnic4";
#jnic4-target30_lun3_hba="jnic4";
#jnic4-target30_lun255_hba="jnic4";
#
#