disksim_global Global {    Init Seed = 42,   Real Seed = 42,   # Statistic warm-up period = 0.0 seconds,   Stat definition file = statdefs}disksim_stats Stats {iodriver stats = disksim_iodriver_stats {Print driver size stats = 1,Print driver locality stats = 0,Print driver blocking stats = 0,Print driver interference stats = 0,Print driver queue stats = 1,Print driver crit stats = 1,Print driver idle stats = 1,Print driver intarr stats = 1,Print driver streak stats = 1,Print driver stamp stats = 1,Print driver per-device stats = 1 },bus stats = disksim_bus_stats {Print bus idle stats = 1,Print bus arbwait stats = 1 },ctlr stats = disksim_ctlr_stats {Print controller cache stats = 1,Print controller size stats = 1,Print controller locality stats = 1,Print controller blocking stats = 1,Print controller interference stats = 1,Print controller queue stats = 1,Print controller crit stats = 1,Print controller idle stats = 1,Print controller intarr stats = 1,Print controller streak stats = 1,Print controller stamp stats = 1,Print controller per-device stats = 1 },device stats = disksim_device_stats {Print device queue stats = 1,Print device crit stats = 0,Print device idle stats = 0,Print device intarr stats = 0,Print device size stats = 0,Print device seek stats = 1,Print device latency stats = 1,Print device xfer stats = 1,Print device acctime stats = 1,Print device interfere stats = 0,Print device buffer stats = 1 },process flow stats = disksim_pf_stats {Print per-process stats =  1,Print per-CPU stats =  1,Print all interrupt stats =  1,Print sleep stats =  1}} # end of stats blockdisksim_iodriver DRIVER0 {type = 1,Constant access time = 0.0,Scheduler = disksim_ioqueue { Scheduling policy = 3, Cylinder mapping strategy = 1, Write initiation delay = 0.0, Read initiation delay = 0.0, Sequential stream scheme = 0, Maximum concat size = 0, Overlapping request scheme = 0, Sequential stream diff maximum = 0, Scheduling timeout scheme = 1, Timeout time/weight = 30, Timeout scheduling = 3, Scheduling priority scheme = 1, Priority scheduling = 3}, # end of SchedulerUse queueing in subsystem = 1} # end of DRV0 specdisksim_bus BUS0 {type = 1,Arbitration type = 1,Arbitration time = 0.0,Read block transfer time = 0.0,Write block transfer time = 0.0,Print stats =  0} # end of BUS0 specdisksim_bus BUS1 {type = 1,Arbitration type = 1,Arbitration time = 0.0,Read block transfer time = 0.0,Write block transfer time = 0.0,Print stats =  1} # end of BUS1 specdisksim_ctlr CTLR0 {type = 1,Scale for delays = 0.0,Bulk sector transfer time = 0.0,Maximum queue length = 0,Print stats =  1} # end of CTLR0 specdisksim_simpledisk SD0 {     Block count =  100000,     Access time =  9.5,     Command overhead =  0.5,     Bus transaction latency =  0.0,     Bulk sector transfer time =  0.0,     Never disconnect =  0,     Print stats =  1,     Max queue length =  1,     Scheduler = disksim_ioqueue {       Scheduling policy =  1,       Cylinder mapping strategy =  0,       Write initiation delay =  0.0,       Read initiation delay =  0.0,       Sequential stream scheme =  0,       Maximum concat size =  0,       Overlapping request scheme =  0,       Sequential stream diff maximum =  0,       Scheduling timeout scheme =  0,       Timeout time/weight =  0,       Timeout scheduling =  0,       Scheduling priority scheme =  0,       Priority scheduling =  0      }}  # end of SD0 spec# component instantiationinstantiate [ statfoo ] as  Statsinstantiate [ bus0 ]    as  BUS0instantiate [ sd0 ]     as  SD0instantiate [ bus1 ]    as  BUS1instantiate [ driver0 ] as  DRIVER0instantiate [ ctlr0 ]   as  CTLR0# system topologytopology disksim_iodriver driver0 [     disksim_bus bus0 [           disksim_ctlr ctlr0 [                disksim_bus bus1 [                     disksim_simpledisk sd0 []                    # end of bus1               ]               # end of ctlr0          ]          # end of bus0     ]     # end of system topology]# no syncsetsdisksim_logorg org0 {   Addressing mode = Parts,   Distribution scheme = Asis,   Redundancy scheme = Noredun,   devices = [ sd0 ],   Stripe unit  =  100000,   Synch writes for safety =  0,   Number of copies =  2,   Copy choice on read =  6,   RMW vs. reconstruct =  0.5,   Parity stripe unit =  64,   Parity rotation type =  1,   Time stamp interval =  0.000000,   Time stamp start time =  60000.000000,   Time stamp stop time =  10000000000.000000,   Time stamp file name =  stamps} # end of logorg org0 specdisksim_pf Proc {   Number of processors =  5,   Process-Flow Time Scale =  1.0} # end of process flow specdisksim_synthio Synthio {   Number of I/O requests to generate =  10000,   Maximum time of trace generated  =  100000.0,   System call/return with each request =  0,   Think time from call to request =  0.0,   Think time from request to return =  0.0,Generators = [disksim_synthgen { # generator 0    Storage capacity per device  =  100000,   devices = [ sd0 ],    Blocking factor =  8,   Probability of sequential access =  0.2,   Probability of local access =  0.3,   Probability of read access =  0.66,   Probability of time-critical request =  0.2,   Probability of time-limited request =  0.3,   Time-limited think times  = [ normal, 30.0, 100.0  ],   General inter-arrival times  = [ exponential, 0.0, 50.0  ],   Sequential inter-arrival times  = [ exponential, 0.0, 50.0  ],   Local inter-arrival times  = [ exponential, 0.0, 50.0  ],   Local distances  = [ normal, 0.0, 40000.0  ],   Sizes  = [ exponential, 0.0, 8.0  ]}, # end of generator 0 disksim_synthgen { # generator 0    Storage capacity per device  =  100000,   devices = [ sd0 ],    Blocking factor =  8,   Probability of sequential access =  0.2,   Probability of local access =  0.3,   Probability of read access =  0.66,   Probability of time-critical request =  0.2,   Probability of time-limited request =  0.3,   Time-limited think times  = [ normal, 30.0, 100.0  ],   General inter-arrival times  = [ exponential, 0.0, 50.0  ],   Sequential inter-arrival times  = [ exponential, 0.0, 50.0  ],   Local inter-arrival times  = [ exponential, 0.0, 50.0  ],   Local distances  = [ normal, 0.0, 40000.0  ],   Sizes  = [ exponential, 0.0, 8.0  ]}, # end of generator 0 disksim_synthgen { # generator 0    Storage capacity per device  =  100000,   devices = [ sd0 ],    Blocking factor =  8,   Probability of sequential access =  0.2,   Probability of local access =  0.3,   Probability of read access =  0.66,   Probability of time-critical request =  0.2,   Probability of time-limited request =  0.3,   Time-limited think times  = [ normal, 30.0, 100.0  ],   General inter-arrival times  = [ exponential, 0.0, 50.0  ],   Sequential inter-arrival times  = [ exponential, 0.0, 50.0  ],   Local inter-arrival times  = [ exponential, 0.0, 50.0  ],   Local distances  = [ normal, 0.0, 40000.0  ],   Sizes  = [ exponential, 0.0, 8.0  ]}, # end of generator 0 disksim_synthgen { # generator 0    Storage capacity per device  =  100000,   devices = [ sd0 ],    Blocking factor =  8,   Probability of sequential access =  0.2,   Probability of local access =  0.3,   Probability of read access =  0.66,   Probability of time-critical request =  0.2,   Probability of time-limited request =  0.3,   Time-limited think times  = [ normal, 30.0, 100.0  ],   General inter-arrival times  = [ exponential, 0.0, 50.0  ],   Sequential inter-arrival times  = [ exponential, 0.0, 50.0  ],   Local inter-arrival times  = [ exponential, 0.0, 50.0  ],   Local distances  = [ normal, 0.0, 40000.0  ],   Sizes  = [ exponential, 0.0, 8.0  ]}, # end of generator 0 disksim_synthgen { # generator 0    Storage capacity per device  =  100000,   devices = [ sd0 ],    Blocking factor =  8,   Probability of sequential access =  0.2,   Probability of local access =  0.3,   Probability of read access =  0.66,   Probability of time-critical request =  0.2,   Probability of time-limited request =  0.3,   Time-limited think times  = [ normal, 30.0, 100.0  ],   General inter-arrival times  = [ exponential, 0.0, 50.0  ],   Sequential inter-arrival times  = [ exponential, 0.0, 50.0  ],   Local inter-arrival times  = [ exponential, 0.0, 50.0  ],   Local distances  = [ normal, 0.0, 40000.0  ],   Sizes  = [ exponential, 0.0, 8.0  ]} # end of generator 0 ] # end of generator list } # end of synthetic workload spec