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shore.conf.plp
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#
# Shore-kits -- Benchmark implementations for Shore-MT
#
# Copyright (c) 2007-2009
# Data Intensive Applications and Systems Labaratory (DIAS)
# Ecole Polytechnique Federale de Lausanne
#
# All Rights Reserved.
#
# Permission to use, copy, modify and distribute this software and
# its documentation is hereby granted, provided that both the
# copyright notice and this permission notice appear in all copies of
# the software, derivative works or modified versions, and any
# portions thereof, and that both notices appear in supporting
# documentation.
#
# This code is distributed in the hope that it will be useful, but
# WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. THE AUTHORS
# DISCLAIM ANY LIABILITY OF ANY KIND FOR ANY DAMAGES WHATSOEVER
# RESULTING FROM THE USE OF THIS SOFTWARE.
#
#
# @file: shore.conf
#
# @brief: Shore-kits configuration file
#
# There are three implemented benchmarks and two under construction.
# Implmented: TPC-C, TPC-B, and TM-1 (aka Nokia Network Database Benchmark)
# Under construction: TPC-H, and TPC-E
#
# A scaling factor of one (1) translates to
#
# TPC-C: 1 wh (130MB)
# TPC-B: 1 branch (20 MB)
# TM1: 10000 subscribers (15MB)
#
# TPC-H: 1 wh (2.2 GB)
# TPC-E: 1 sf (1.5 GB)
#
############################################################################
# #
# Predefined configurations #
# #
# Each configuration has two parts: the name (defined just below), #
# followed by a section of name-* parameters which are specific to #
# that configuration. These include benchmark selection, locations of #
# files, etc. #
# #
# Notes: #
# - Make sure to have only 1 "db-config" parameter enabled OR #
# - Use the -c parameter in shore_kits (e.g., ./shore_kits -c tpcb-1) #
# - Use the -s parameter to choose what system to start #
# (e.g., -s baseline) #
# #
############################################################################
##### TPC-C #####
#db-config = tpcc-1
#db-config = tpcc-10
#db-config = tpcc-20
#db-config = tpcc-50
#db-config = tpcc-60
#db-config = tpcc-100
#db-config = tpcc-150
#db-config = tpcc-200
#db-config = tpcc-1000
##### TPC-B #####
#db-config = tpcb-1
#db-config = tpcb-10
#db-config = tpcb-20
#db-config = tpcb-50
#db-config = tpcb-60
#db-config = tpcb-100
#db-config = tpcb-1000
##### TM-1 #####
#db-config = tm1-1
#db-config = tm1-8
#db-config = tm1-10
#db-config = tm1-12
#db-config = tm1-16
#db-config = tm1-20
#db-config = tm1-32
#db-config = tm1-50
#db-config = tm1-60
#db-config = tm1-100
#db-config = tm1-300
#db-config = tm1-1000
##### TPC-H #####
#db-config = tpch-01
#db-config = tpch-1
#db-config = tpch-10
##### SSB #####
#db-config = ssb-1
#db-config = ssb-10
##### TPCE #####
#db-config = tpce-1
db-config = tpce-5
#db-config = tpce-10
#db-config = tpce-20
############################################################################
# #
# Clobber device #
# #
# Clobber the existing device file (if any) and populate a new #
# database (1=yes,0=no). #
# #
# Notes: #
# - Log recovery happens before Shore checks this option, so delete #
# the log for a completely fresh start. #
# - For disk-based data and a large buffer pool, it is *significantly* #
# faster to load a new database than warm up an existing one. #
# #
############################################################################
#db-clobberdev = 1 ### It will populate a new database
db-clobberdev = 0 ### It will open an existing database
############################################################################
# #
# Enable Physical Hacks #
# #
# Some workloads get higher performance if some hacking is done in their #
# physical layout. For example, TPC-B's performance increases a lot if #
# the Branches and Tellers records are padded so that only one record #
# resides at each heap page. This flag enables those hacks. They can also #
# be enabled by the command line with the -x option. #
# #
############################################################################
physical-hacks-enable = 0
#physical-hacks-enable = 1
############################################################################
# #
# Fake I/O delay #
# #
# Impose an artificial delay whenever there is an I/O operation. This #
# mechanism allows to decouple the I/O subsystem performance from the #
# measurements by storing the database on an in-memory file system. The #
# artificial delay simulates a high-end I/O subsystem, such that all I/O #
# requests can proceed in parallel but must each still pay the cost of an #
# I/O. This is asomewhat pessimistic because it assumes every #
# access requires the same latency. But, it ensures that all aspects of #
# the storage manager are exercised. #
# #
# shore-fakeiodelay-enable: Enable/Disable the fake I/O delay mechanism #
# shore-fakeiodelay : The imposed delay, in usec #
# #
############################################################################
##### Enable/Disable fake I/O delay (0/1);
#shore-fakeiodelay-enable = 0
shore-fakeiodelay-enable = 1
##### The imposed delay (in usec) #####
#shore-fakeiodelay = 5
shore-fakeiodelay = 0
############################################################################
# #
# Logging #
# #
############################################################################
##### Enable/Disable logging (yes/no) #####
#shore-logging = no
shore-logging = yes
##### Misc #####
shore-errlog = info # one of {none emerg fatal alert internal error warning info debug}
shore-diskrw = /export/home/ipandis/DEV/shore-lomond/installed/bin/diskrw
############################################################################
# #
# Number of page cleaners #
# #
# Number of asynchronous page cleaners to use. #
# Generally one per physical disk is good. #
# #
############################################################################
#shore-pagecleaners = 8
shore-pagecleaners = 4
#shore-pagecleaners = 1
############################################################################
# #
# Loading parameters #
# #
# db-loaders: #
# Number of loader threads. More gives higher parallelism but deadlocks #
# are more likely as well. 10-20 usually gives the shortest overall load #
# time. #
# #
# db-record-preloads: #
# Number of (single-threaded) preloads per worker to do before firing up #
# the threads. Buffers loader threads so they deadlock less, but at the #
# cost of increased serial execution (reduced parallelism). #
# #
############################################################################
##### Number of loader threads #####
#db-loaders = 8
#db-loaders = 30
#db-loaders = 20
#db-loaders = 10
#db-loaders = 4
db-loaders = 2
#db-loaders = 1
##### Number of preloads per worker #####
db-record-preloads = 1000
#db-record-preloads = 1
############################################################################
# #
# Worker parameters #
# #
############################################################################
##### Number of worker threads #####
db-workers = 2
#db-workers = 10
#db-workers = 16
#db-workers = 20
#db-workers = 64
#db-workers = 70
#db-workers = 84
#db-workers = 100
##### srmw-queue spin #####
db-worker-queueloops = 1
#db-worker-queueloops = 2000
#db-worker-queueloops = 10000
###### worker queue batch sz #####
# look also client batch sz
db-worker-inp-queue-sz = 15
db-worker-com-queue-sz = 0
############################################################################
# #
# Client parameters #
# #
############################################################################
##### Think time #####
# note: it should be combined with batchsz=1
db-cl-thinktime = 0
##### Client batch sz #####
#db-cl-batchsz = 1
db-cl-batchsz = 30
############################################################################
# #
# StagedFlusher parameters (staged group commit) #
# #
############################################################################
##### Group size threshold #####
flusher-group-size = 100
##### Log size threshold #####
flusher-log-size = 200000
##### Time interval threshold (in usec) #####
flusher-timeout = 10000
##### Flusher binding policy - 0=NoBinding,1=Adjacent,2=SpreadToCores
flusher-binding = 0
############################################################################
# #
# Platform-specific parameters #
# #
############################################################################
##### The default partitioning factor for Baseline MRBTrees #####
# pulling this number out of thin air
mrbt-partitions = 10
##### CPU Counts #####
# hard-limit (machine dependent)
sys-maxcpucount = 64
# soft-limit
sys-activecpucount = 64
############################################################################
# #
# Default values for the (measure) and (test) commands #
# #
############################################################################
# MEASURE
measure-num-queried = 32 # no of whs queried
measure-spread = 1 # 0=No,1=Yes
measure-num-threads = 32
measure-duration = 30 # duration of each iteration (in secs.)
measure-trx-id = 102 # 2=Base-Pay
measure-iterations = 2
measure-sli = 0
measure-cl-binding = 0 # client binding policy - 0=NoBinding,1=Adjacent,2=SpreadToCores
# TEST
# WARNING: the test command is innacurate. Use MEASURE instead
test-num-queried = 32 # no of whs queried
test-spread = 1 # 0=No,1=Yes
test-num-threads = 32
test-num-trxs = 10 # no of trxs per thread
test-trx-id = 111 # e.g. 2=Base-Pay
test-iterations = 2
test-sli = 0 # 0=No,1=Yes
test-cl-binding = 0 # client binding policy - 0=NoBinding,1=Adjacent,2=SpreadToCores
################################################
# #
# Default benchmark values #
# #
################################################
# Used in the benchmarks for the Secondary indexes
records-to-access = 1
#records-to-access = 10
#records-to-access = 100
#records-to-access = 1000
#records-to-access = 10000
#records-to-access = 100000
############################################################################
# #
# #
# Predefined configurations - BASELINE #
# #
# #
############################################################################
#########################
#### ####
#### TPC-C ####
#### 1WH DB (~130MB) ####
#### ####
#########################
### Device file
tpcc-1-device = databases/plp-db-tpcc-1
### Device quota (in KB)
### 2GB
tpcc-1-devicequota = 2048000
### Buffer pool size (in KB)
### 2GB (db in memory)
tpcc-1-bufpoolsize = 2048000
### Location of log directory
tpcc-1-logdir = plp-log-tpcc-1
### Size of log (in KB)
### TotalLogSize = 2GB * 1 = 2GB
tpcc-1-logsize = 2048000
### Size of log buffer (in KB)
### TotBufSize = 80MB * 1 = 80mb
tpcc-1-logbufsize = 81920
### SF
tpcc-1-sf = 1
### System
tpcc-1-system = plp
### Benchmark
tpcc-1-benchmark = tpcc
### Design
### Options (normal,hack,mrbtnorm,mrbtpart,mrbtleaf)
tpcc-1-design = mrbtnorm
##########################
#### ####
#### TPC-C ####
#### 10WH DB (~1.3GB) ####
#### ####
##########################
### Device file
tpcc-10-device = databases/plp-db-tpcc-10
### Device quota (in KB)
### 12GB
tpcc-10-devicequota = 12097152
### Buffer pool size (in KB)
### 4GB (db in memory)
tpcc-10-bufpoolsize = 4096000
### Location of log directory
tpcc-10-logdir = plp-log-tpcc-10
### Size of log (in KB)
### TotalLogSize = 2GB * 1 = 2GB
tpcc-10-logsize = 2048000
### Size of log buffer (in KB)
### TotBufSize = 80MB * 1 = 80mb
tpcc-10-logbufsize = 81920
### SF
tpcc-10-sf = 10
### System
tpcc-10-system = plp
### Benchmark
tpcc-10-benchmark = tpcc
### Design
### Options (normal,hack,mrbtnorm,mrbtpart,mrbtleaf)
tpcc-10-design = mrbtnorm
##########################
#### ####
#### TPC-C ####
#### 20WH DB (~2.6GB) ####
#### ####
##########################
### Device file
tpcc-20-device = databases/plp-db-tpcc-20
### Device quota (in KB)
### 12GB
tpcc-20-devicequota = 12097152
### Buffer pool size (in KB)
### 4GB (db in memory)
tpcc-20-bufpoolsize = 4096000
### Location of log directory
tpcc-20-logdir = plp-log-tpcc-20
### Size of log (in KB)
### TotalLogSize = 2GB * 1 = 2GB
tpcc-20-logsize = 2048000
### Size of log buffer (in KB)
### TotBufSize = 80MB * 1 = 80mb
tpcc-20-logbufsize = 81920
### SF
tpcc-20-sf = 20
### System
tpcc-20-system = plp
### Benchmark
tpcc-20-benchmark = tpcc
########################
#### ####
#### TPC-C ####
#### 50WH DB (~7GB) ####
#### ####
########################
### Device file
tpcc-50-device = databases/plp-db-tpcc-50
### Device quota (in KB)
### 10GB
tpcc-50-devicequota = 10485760
### Buffer pool size (in KB)
### 5GB
tpcc-50-bufpoolsize = 5242880
### Location of log directory
tpcc-50-logdir = plp-log-tpcc-50
### Size of log (in KB)
### TotalLogSize = 3GB
tpcc-50-logsize = 3145728
### Size of log buffer (in KB)
### TotBufSize = 80MB
tpcc-50-logbufsize = 81920
### SF
tpcc-50-sf = 50
### System
tpcc-50-system = plp
### Benchmark
tpcc-50-benchmark = tpcc
### Design
### Options (normal,hack,mrbtnorm,mrbtpart,mrbtleaf)
tpcc-50-design = mrbtnorm
########################
#### ####
#### TPC-C ####
#### 60WH DB (~7GB) ####
#### ####
########################
### Device file
tpcc-60-device = databases/plp-db-tpcc-60
### Device quota (in KB)
### 20GB
tpcc-60-devicequota = 20971520
### Buffer pool size (in KB)
### 6GB
tpcc-60-bufpoolsize = 6291456
### Location of log directory
tpcc-60-logdir = plp-log-tpcc-60
### Size of log (in KB)
### TotalLogSize = 3GB
tpcc-60-logsize = 3145728
### Size of log buffer (in KB)
### TotBufSize = 80MB
tpcc-60-logbufsize = 81920
### SF
tpcc-60-sf = 60
### System
tpcc-60-system = plp
### Benchmark
tpcc-60-benchmark = tpcc
### Design
### Options (normal,hack,mrbtnorm,mrbtpart,mrbtleaf)
tpcc-60-design = mrbtnorm
##########################
#### ####
#### TPC-C ####
#### 100WH DB (~13GB) ####
#### ####
##########################
### Device file
tpcc-100-device = dskdb/db-tpcc-100
### Device quota (in KB)
### 20GB
#tpcc-100-devicequota = 20971520
### 25GB
tpcc-100-devicequota = 26214400
### Buffer pool size (in KB)
### 5GB (5/13~40% in mem)
tpcc-100-bufpoolsize = 5242880
### Location of log directory
tpcc-100-logdir = plp-log-tpcc-100
### Size of log (in KB)
### TotalLogSize = 3GB * 1 = 3GB
tpcc-100-logsize = 3072000
### Size of log buffer (in KB)
### TotBufSize = 80MB * 1 = 80MB
tpcc-100-logbufsize = 81920
### SF
tpcc-100-sf = 100
### System
tpcc-100-system = plp
### Benchmark
tpcc-100-benchmark = tpcc
### Design
### Options (normal,hack,mrbtnorm,mrbtpart,mrbtleaf)
tpcc-100-design = mrbtnorm
##########################
#### ####
#### TPC-C ####
#### 150WH DB (~20GB) ####
#### ####
##########################
### Device file
tpcc-150-device = dskdb/db-tpcc-150
### Device quota (in KB)
### 50GB
tpcc-150-devicequota = 52428800
### Buffer pool size (in KB)
### 5GB (5/20~25% in mem)
tpcc-150-bufpoolsize = 5242880
### Location of log directory
tpcc-150-logdir = plp-log-tpcc-150
### Size of log (in KB)
### TotalLogSize = 3GB * 1 = 3GB
tpcc-150-logsize = 3072000
### Size of log buffer (in KB)
### TotBufSize = 80MB * 1 = 80MB
tpcc-150-logbufsize = 81920
### SF
tpcc-150-sf = 150
### System
tpcc-150-system = plp
### Benchmark
tpcc-150-benchmark = tpcc
##########################
#### ####
#### TPC-C ####
#### 200WH DB (~26GB) ####
#### ####
##########################
### Device file
tpcc-200-device = dskdb/db-tpcc-200
### Device quota (in KB)
### 50GB
tpcc-200-devicequota = 52428800
### Buffer pool size (in KB)
### 5GB (5/26~=20% in mem)
tpcc-200-bufpoolsize = 5242880
### Location of log directory
tpcc-200-logdir = plp-log-tpcc-200
### Size of log (in KB)
### TotalLogSize = 3GB * 1 = 3GB
#tpcc-200-logsize = 3072000
#5GB
tpcc-200-logsize = 5242880
### Size of log buffer (in KB)
### TotBufSize = 80MB * 1 = 80MB
tpcc-200-logbufsize = 81920
### SF
tpcc-200-sf = 200
### System
tpcc-200-system = plp
### Benchmark
tpcc-200-benchmark = tpcc
############################
#### ####
#### TPC-C ####
#### 1000WH DB (~130GB) ####
#### ####
############################
### Device file
tpcc-1000-device = databases/plp-db-tpcc-1000
### Device quota (in KB)
### 200GB
tpcc-1000-devicequota = 204800000
### Buffer pool size (in KB)
### 10GB (db in disk)
tpcc-1000-bufpoolsize = 10240000
### Location of log directory
tpcc-1000-logdir = plp-log-tpcc-1000
### Size of log (in KB)
### TotalLogSize = 4GB
tpcc-1000-logsize = 4096000
### Size of log buffer (in KB)
### TotBufSize = 80MB
tpcc-1000-logbufsize = 81920
### SF
tpcc-1000-sf = 1000
### System
tpcc-1000-system = plp
### Benchmark
tpcc-1000-benchmark = tpcc
### Design
### Options (normal,hack,mrbtnorm,mrbtpart,mrbtleaf)
tpcc-1000-design = mrbtnorm
##########################
#### ####
#### TPC-B ####
#### 1 Br DB (20MB) ####
#### ####
##########################
### Device file
tpcb-1-device = databases/plp-db-tpcb-1
### Device quota (in KB)
### 12GB
tpcb-1-devicequota = 12097152
### Buffer pool size (in KB)
### 4GB
tpcb-1-bufpoolsize = 4096000
### Location of log directory
tpcb-1-logdir = plp-log-tpcb-1
### Size of log (in KB)
### TotalLogSize = 2GB
tpcb-1-logsize = 2048000
### Size of log buffer (in KB)
### TotBufSize = 80MB
tpcb-1-logbufsize = 81920
### SF
tpcb-1-sf = 1
### System
tpcb-1-system = plp
### Benchmark
tpcb-1-benchmark = tpcb
### Design
### Options (normal,hack,mrbtnorm,mrbtpart,mrbtleaf)
tpcb-1-design = hack
###########################
#### ####
#### TPC-B ####
#### 10 Br DB (200MB) ####
#### ####
###########################
### Device file
tpcb-10-device = databases/plp-db-tpcb-10
### Device quota (in KB)
### 12GB
tpcb-10-devicequota = 12097152
### Buffer pool size (in KB)
### 4GB
tpcb-10-bufpoolsize = 4096000
### Location of log directory
tpcb-10-logdir = plp-log-tpcb-10
### Size of log (in KB)
### TotalLogSize = 2GB
tpcb-10-logsize = 2048000
### Size of log buffer (in KB)
### TotBufSize = 80MB
tpcb-10-logbufsize = 81920
### SF
tpcb-10-sf = 10
### System
tpcb-10-system = plp
### Benchmark
tpcb-10-benchmark = tpcb
### Design
### Options (normal,hack,mrbtnorm,mrbtpart,mrbtleaf)
tpcb-10-design = hack
###########################
#### ####
#### TPC-B ####
#### 20 Br DB (400MB) ####
#### ####
###########################
### Device file
tpcb-20-device = databases/plp-db-tpcb-20
### Device quota (in KB)
### 12GB
tpcb-20-devicequota = 12097152
### Buffer pool size (in KB)
### 4GB
tpcb-20-bufpoolsize = 4096000
### Location of log directory
tpcb-20-logdir = plp-log-tpcb-20
### Size of log (in KB)
### TotalLogSize = 2GB
tpcb-20-logsize = 2048000
### Size of log buffer (in KB)
### TotBufSize = 80MB
tpcb-20-logbufsize = 81920
### SF
tpcb-20-sf = 20
### System
tpcb-20-system = plp
### Benchmark
tpcb-20-benchmark = tpcb
### Design
### Options (normal,hack,mrbtnorm,mrbtpart,mrbtleaf)
tpcb-20-design = hack
###########################
#### ####
#### TPC-B ####
#### 50 Br DB (1GB) ####
#### ####
###########################
### Device file
tpcb-50-device = databases/plp-db-tpcb-50
### Device quota (in KB)
### 20GB
tpcb-50-devicequota = 20971520
### Buffer pool size (in KB)
### 4GB
tpcb-50-bufpoolsize = 4096000
### Location of log directory
tpcb-50-logdir = plp-log-tpcb-50
### Size of log (in KB)
### TotalLogSize = 3GB
tpcb-50-logsize = 3072000
### Size of log buffer (in KB)
### TotBufSize = 80MB
tpcb-50-logbufsize = 81920
### SF
tpcb-50-sf = 50
### System
tpcb-50-system = plp
### Benchmark
tpcb-50-benchmark = tpcb
### Design
### Options (normal,hack,mrbtnorm,mrbtpart,mrbtleaf)
tpcb-50-design = hack
###########################
#### ####
#### TPC-B ####
#### 60 Br DB (~1.2GB) ####
#### ####
###########################
### Device file
tpcb-60-device = databases/plp-db-tpcb-60
### Device quota (in KB)
### 12GB
tpcb-60-devicequota = 12097152
### Buffer pool size (in KB)
### 4GB
tpcb-60-bufpoolsize = 4096000
### Location of log directory
tpcb-60-logdir = plp-log-tpcb-60
### Size of log (in KB)
### TotalLogSize = 3GB
tpcb-60-logsize = 3072000
### Size of log buffer (in KB)
### TotBufSize = 80MB
tpcb-60-logbufsize = 81920
### SF
tpcb-60-sf = 60
### System
tpcb-60-system = plp