# FSIN Functional Simulator of Interconnection Networks
# Copyright (2003-2006) 
# J. Miguel-Alonso, A. Gonzalez, J. Navaridas

# This program is free software; you can redistribute it and/or
# modify it under the terms of the GNU General Public License
# as published by the Free Software Foundation; either version 2
# of the License, or (at your option) any later version.
# This program 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.  See the
# GNU General Public License for more details.
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA  02110-1301, USA.

# FSIN configuration file
# Lines like this are coments
# All options can be overriden in the command line 

# ---------------------------------
# MISCELANEA
# ---------------------------------

# Random seed option. It must be an integer. Default: 17
rseed=17

# ---------------------------------
# TOPOLOGY SECTION
# ---------------------------------

# Topology
# Posible values are:
#      midimew,ttorus,torus,mesh: plus up to 3 parameters (nodes_x, nodes_y, nodes_z)
#      fattree: plus up to 2 parameters (up/down ports, nstages)
#      thintree, slimtree: plus up to 3 parameters (down ports, up ports, nstages)
#      tricube: plus up to 5 parameters (nodes per switch, parallel links, nodes_x, nodes_y, nodes_z)
# Default: torus_4_4
topo=torus_8_8

# Number of uniform link failures. Default:0
faults=0

# Number of ways: 1 for unidirectional, 2 for bidirectional. Default: 2
nways=2

# Number of virtual channels per physical channel. Default: 1
nchan=2

# Number of injectors per router - Default is 1
ninj=1

# Transit queue length (in packets). Default if 4
tql=4

# Injection queue length (in packets). Default is 8
iql=4

# Skews for topo=ttorus (twisted torus). Defaults are 0 for all
# sk_xy sk_xz sk_yx sk_yz sk_zx sk_zy
sk_yx=0
sk_zx=0

# ---------------------------------
# ROUTING AND CHANNEL MANAGEMENT
# ---------------------------------

# VC management
# Posible values are: bubble, double, dally.
#    Multistage and hybrid topologies have implicit their own VC management
# Default: bubble
vc=bubble

# Bubble size for escape network when using bubble flow-control. Specify up to three values for bub_x, bub_y, bub_z. 
# Default: 2 for all of them
# Note: this value is set to 0 if vc=dally or if not a cube-like topology
bsize=2

# Parallel injection
# Valid values are 0 (no) or any other integer (yes). 
# Default is yes
par_inj=1

# Extract packet: 0 to try to inject all traffic (default)
# Any other value to drop packet from HEAD of inj. queue if no space available in transit queues
extract=0

# Dropping packets when too much load? Default is 0 (NO). any other value means YES.
drop_packets=0

# Routing: routing to apply in oblivious channels
# Posible values are: dim,dir (dimension-order routing, direction-order routing)
#                     static, adaptive (for trees and tricubes) 
# Default: dim
routing=dim

# Injection mode
# Valid values are: shortest, dor, dsh (dor_shortest), shp (shortest_profitable), lpath (longest_path). 
# Note that "dor" may be dimension-order or direction-order, depending on parameter "routing"
# Note that this value can modify the selected value for parameter "ninj"
# Note that multistage or hybrid topologies only use shortest
# Default: shortest
imode=shortest

# Request mode: policy to request output channels.
#               Trees and tricubes have their own request policy and do not need an explicit rmode 
# Possible values are (for vc=bubble)        : random, shortest, smart, oblivious, bimodal
#                     (for vc=double)        : doubleob, doubleadap, hexaob, hexaadap
#                     (for vc=dally)         : trc, basic, improved, adaptive
# Trees and indirect cube have their own implicit rmodes.
# Default: oblivious
rmode=smart

# Arbitration mode
# Posible values are: rr,fifo,longest,random,age. Default: rr
amode=rr

# Consumption mode
# Posible values are: multiple,single. Default: multiple
cmode=multiple

# ---------------------------------
# CONGESTION CONTROL SECTION
# ---------------------------------

# In-transit priority: fraction of cycles to give priority to in-transit packets. Default is 0 (deactivated)
intransit_pr=0

# Apply bubble to all VCs ONLY FOR INJECTION. Default: 0. Any other value means TRUE, and specifies bubble size.
bub_to_adap=0

# Global congestion control. Specify a percentage value. 100% (default) means NO global_cc. A value
# g means that injection is stopped when global buffer utilization is greater than the g% of the total capacity.
# The update period specifies how often the global occupation is computed and distributed. The specified
# number is multiplied by the network diameter ONLY FOR TORUS AND MESH -- otherwise specify it manually. Default is 0,
# meaning that information is always up to date
global_cc=100
update_period=0

# Used for detect congestion using timeouts.
# timeout_upper_limit defines the threshold to change to congested state. if <=0 then this feature is deactivated.
# timeout_lower_limit defines the threshold to change to non congested state. if <=0 then
# timeout_lower_limit is 75 % of timeout_upper_limit. Default values are -1 & -1 (deactivated)
timeout_upper_limit=-1
timeout_lower_limit=-1

# ---------------------------------
# TRAFFIC GENERATION SECTION
# ---------------------------------

# packet length in phits and phit lengh in bytes. Default: 16_4
plength=16_4

# traffic pattern: select from the following (default: uniform)
#   Random: uniform, hotregion, semi, local
#   Distribution: distribute, rsdist
#   Permutations: transpose, complement, butterfly, shuffle, reversal, tornado
#   Trace driven simulation: trace.
#   Distribution from file: population, histogram
tpattern=uniform

# injection load (phits/node/cycle) when running in batch mode. Default:1.0
load=0.25

# tracefile defines the file with the trace (or the distance distribution file). Default is /dev/null
tracefile=bt.A.trc

# placement defines the placement strategy when using traces. default is: row_0_0
#   consecutive, shuffle, random, quadrant, row, column: plus up to 2 parameters (nodes, concurrent instances)
#   shift: plus up to 3 parameters (shift, nodes, concurrent instances)
#   file: plus up to 3 parameters (placement file, nodes, concurrent instances)
placement=consecutive

# bg_load: random uniform load to sent in the background when using trace-driven simulation. Default:0.0
bg_load=0.0

# Bimodal injection with long & short messages. Define the long message's length & their probability related in number of packets.
# Default: lng_msg_ratio = 0.0,  long_messages = 1. meaning bimodal is disabled.
# Note that if longmessages<2 the bimodal injection is deactivated.
longmessages=1
lng_msg_ratio=0.0

# Synthetic traffic with convergence simulation
###############################################

# Initial Warm-up period in FSIN cycles (Default 25000).
warm_up_period=10000

# After this, a phase to ensure convergence. Taking samples each 'conv_period' cycles (Default 1000).
# When we take 3 samples with less than 'conv_thres' error (Default 0.05), we 
# have entered into the stationary phase
# It must take at most 'max_conv_time' cycles (Default 25000),
# otherwise simulation will be shutdown
conv_period=1000
conv_thres=0.05
max_conv_time=15000

# Number of batches (samples) to take from this simulation (Default 25), 
# batch (sample) size in cycles (Default 2000) & 
# the minimun number of packets receive to acept a batch (Default 0).
nsamples=15
sample_size=5000
min_batch_pkt=10

# Causal synthetic traffic
##########################

# Probability of triggering a burst of packets after the reception of a packet and burst lenght.
trigger_rate=0
triggered=0

# Bursty synthetic traffic
##########################

# Operating in shot-mode? If yes, set the shotsize. A shotsize value of 0 indicates that the shotsize is NUMNODES. Defaults: FALSE 1
shotmode=0
shotsize=1

# Execution driven simulation
#############################

# long simics/fsin_cycle_relation: cycle relation between Simics and FSIN, defaults to 10:100
# long serv_addr: listening port for new Simics hosts connections, defaults to 8082
# long num_periodos_espera: interconnection delay that will be put at the destination host.
#                           It is measured in synchronization phases, defaults to 0
fsin_cycle_relation=200
simics_cycle_relation=1000
serv_addr=8082
num_periodos_espera=0

# ---------------------------------
# OUTPUT SECTION
# ---------------------------------

# Print level - bitmap. Default: 0
#  0 = Just final summary
#  1 = Source/destination Map
#  2 = port utilization Map
#  4 = Distance Histogram
#  8 = Histogram of port utilization
# 16 = Packet-level traces
# 32 = Phit-level traces
# 64 = Monitored node
plevel=0

# Monitored node. Give more information about this particular node
monitored=1

# Partial headers. 0 for no partials. Otherwise, specify a number - bitmap. Default: All
# 1     + 2        + 4          + 8        + 16        + 32        + 64        + 128     + 256       + 512        + 1024
# clock   inj_load   cons_load    av_delay   delay_dev   max_delay   inj_delay   i_d_dev   i_del_max   netw. ocup   queue_ocup
pheaders=63

# Batch results headers. Default: All.
# 1        + 2         + 4      + 8      + 16        + 32        + 64        + 128     + 256       + 512     + 1024     + 2048      + 4096
# BatchTime  AvDistance  InjLoad  AccLoad  PacketSent  PacketRcvd  PacketDrop  AvgDelay  StDevDelay  MaxDelay  InjAvgDel  InjStDvDel  InjMaxDel
bheaders=8191

# Interval to calculate partial results. RELEVANT even if pheaders=0. Default: 1000 cycles
pinterval=1000

# The prefix for the output files: the suffixes (extensions) are:
#          .mon for monitored node file
#          .map for network mapping file
#          .hst for nodes histograms file
# If no name is given then the output file's names are fsin.#pid.out 
output=example