from logger import *

## Connection settings for Tor.
tor_port = 9050
tor_host = "localhost"

## Connection settings for the Tor control port.
control_port = 9051
## Controller authentication:
# control_password must be the clear-text password that is hashed
# for the HashedControlPassword directive in your torrc.
control_password = ""

## TorBEL test settings.
# When should we stop testing routers that have fallen out of the
# global consensus?  Timeout value in seconds.
stale_router_timeout = 60 * 60 * 4

# Test scheduler type.
# Value must be either "hammer" or "conservative".
# The "conservative" scheduler is recommended for production use
# of TorBEL; "hammer" is useful for extensive debugging.
test_scheduler = "conservative"

# Complete list of ports to test exiting from.
# Must be a proper Python list of unsigned 16-bit integers.
test_port_list = [21, 23, 25, 43, 53, 80, 88, 110, 115, 123, 143, 443,
                  706, 993, 995, 5190, 6667, 8080, 8443]

# What IP should TorBEL be binding on?
# If test_bind_ip is None or empty, we will use
# Tor's guess at our external IP address.
# The IP addresses used must be formatted as a string; e.g., "192.168.1.150".
test_bind_ip = ""
test_host = ""

# The maximum number of built and running circuits we want to have simultaneously.
# This number is an upper bound and is limited by TorBEL based on the maximum
# number of open file descriptors (man getrlimit(2), RLIMIT_NOFILE) and
# the number of test ports you have defined above.
max_built_circuits = 200
# max_pending_factor determines how many circuits we may extend without being
# completely built, according to the following formula:
#   max_pending_circuits = int(max_pending_factor * max_built_circuits')
# Where max_built_circuits' is max_built_circuits adjusted for your system
# RLIMIT_NOFILE and test_port_list.
# For example, if max_pending_factor is 0.5 and max_build_circuits is 200,
#   max_pending_circuits = int(0.5 * 200) = 100
# This factor directly determines how quickly the scheduler will try to built
# circuits and thus how fast your test runs will complete.
# max_pending_factor must be a floating-point number.
max_pending_factor = 0.5

# For data exports, specify the output file prefix and whether or not
# exports should be gzipped.  If export_gzip is True, torbel will export
# files of type ".json.gz" and ".csv.gz".
export_file_prefix = "torbel_export"
export_gzip = False
# Export interval in minutes.
export_interval = 20

# Should the TorBEL controller run as a daemon?
daemonize = False

# User and group to change to when dropping root privileges.
user  = "nobody"
group = "nogroup"

## Logging configuration.

# Lowest level for which log messages are emitted.
# Valid values are, in order of increasing severity:
# VERBOSE2, VERBOSE1, DEBUG, INFO, WARNING, ERROR, CRITICIAL
log_level = NOTICE
# Lowest level for which log messages from TorCtl are emitted.
# Valid values are the same as for log_level.
torctl_log_level = NOTICE

# Log output methods.  By default, we output to stdout only if we're not
# daemonized, and to syslog only if we are daemonized.
# File output is disabled by default.  It is possible to log to any combination
# of these outputs, if desired.
# Possible values:
#  - log_stdout: True or False
#  - log_syslog: True or False
#  - log_file: A string specifying the filename, or None or an empty string if
#              no file logging is desired.
# Since this is a Python module, any Python expression that evaluations to
# the above possible values is valid.  For example, "log_stdout = not daemonize"
# configures logging to standard output based on the above value of "daemonize".
# Thus you can change the value of "daemonize" and have the logging configuration
# change appropriately.
log_stdout = not daemonize
log_syslog = daemonize
# If log_file is specified, the log output of TorCtl will be placed in
# the file named log_file + "-TorCtl". This is a stopgap solution until
# proper logging support enters TorCtl mainline.
log_file = ""

# If torctl_debug is True, the TorCtl library will be instructed
# to log all control port commands and responses to TorCtlDebug-XXX,
# where XXX is the Unix timestamp when the log was started.
# This is not recommended for production use as these logs can be very large.
torctl_debug = False
torctl_debug_file = "TorCtlDebug"