# Configuration file for NZBGet
##############################################################################
### PATHS ###
# Root directory for all tasks.
#
# On POSIX you can use "~" as alias for home directory (e.g. "~/downloads").
# On Windows use absolute paths (e.g. "C:\Downloads").
MainDir=${AppDir}/downloads
# Destination directory for downloaded files.
#
# If you want to distinguish between partially downloaded files and
# completed downloads, use also option <InterDir>.
DestDir=${MainDir}/completed
# Directory to store intermediate files.
#
# If this option is set (not empty) the files are downloaded into
# this directory first. After successful download of nzb-file (possibly
# after par-repair) the files are moved to destination directory
# (option <DestDir>). If download or unpack fail the files remain in
# intermediate directory.
#
# Using of intermediate directory can significantly improve unpack
# performance if you can put intermediate directory (option <InterDir>)
# and destination directory (option <DestDir>) on separate physical
# hard drives.
#
# NOTE: If the option <InterDir> is set to empty value the downloaded
# files are put directly to destination directory (option <DestDir>).
InterDir=${MainDir}/intermediate
# Directory for incoming nzb-files.
#
# If a new nzb-file is added to queue via web-interface or RPC-API, it
# is saved into this directory and then processed by extension
# scripts (option <Extensions>).
#
# This directory is also monitored for new nzb-files. If a new file
# is found it is added to download queue. The directory can have
# sub-directories. A nzb-file queued from a subdirectory is automatically
# assigned to category with sub-directory-name.
NzbDir=${MainDir}/nzb
# Directory to store program state.
#
# This directory is used to save download queue, history, information
# about fetched RSS feeds, statistics, etc.
QueueDir=${MainDir}/queue
# Directory to store temporary files.
TempDir=${MainDir}/tmp
# Directory with web-interface files.
#
# Example: /usr/local/share/nzbget/webui.
#
# NOTE: To disable web-interface set the option to an empty value.
# This however doesn't disable the built-in web-server completely because
# it is also used to serve JSON-/XML-RPC requests.
WebDir=${AppDir}/webui
# Directory with post-processing and other scripts.
#
# This option may contain multiple directories separated with commas or semicolons.
#
# NOTE: For information on writing scripts visit http://nzbget.net/extension-scripts.
ScriptDir=${AppDir}/scripts
# Lock-file for daemon-mode, POSIX only.
#
# When started in daemon mode the program creates the lock file and
# writes process-id (PID) into it. That info can be used in shell
# scripts. If the lock file can not be created or the lock to the file
# can not be acquired the daemon terminates, preventing unintentional
# starting of multiple daemons.
#
# Set to empty value to disable the creating of the lock-file and the
# check for another running instance (not recommended).
LockFile=${MainDir}/nzbget.lock
# Where to store log file, if it needs to be created.
#
# NOTE: See also option <WriteLog>.
LogFile=${MainDir}/nzbget.log
# Configuration file template.
#
# Put the path to the example configuration file which comes with
# NZBGet. Web-interface needs this file to read option descriptions.
#
# Do not put here your actual configuration file (typically stored
# in your home directory or in /etc/nzbget.conf) but instead the unchanged
# example configuration file (installed to
# /usr/local/share/nzbget/nzbget.conf).
#
# Example: /usr/local/share/nzbget/nzbget.conf.
ConfigTemplate=${AppDir}/webui/nzbget.conf.template
# Required directories.
#
# List of destination directories to be waited for on program start. Directories
# must be separated with commas or semicolons.
#
# The list of directories is checked on program start. The program waits
# until all directories become available before starting download or
# post-processing. This is useful if the download destination is configured
# on network or external drives, which may require some time to mount on boot.
#
# NOTE: Only directories used in option <InterDir> and option <DestDir>
# (global or per-category) can be waited. Other directories, such as
# option <TempDir>, option <NzbDir> and option <QueueDir> must be
# available on program start.
RequiredDir=
# Certificate store file or directory.
#
# Certificate store contains root certificates used for server certificate
# verification when connecting to servers with encryption (TLS/SSL). This
# includes communication with news-servers for article downloading and
# with web-servers (via https) for fetching of rss feeds and nzb-files.
#
# The option can point either to one big file containing all root
# certificates or to a directory containing certificate files, in PEM format.
#
# Example: /etc/ssl/certs/ca-certificates.crt.
#
# NOTE: Certificate verification must be enabled separately via option <CertCheck>.
#
# NOTE: For more details visit http://nzbget.net/certificate-verification.
CertStore=${AppDir}/cacert.pem
##############################################################################
### NEWS-SERVERS ###
# This section defines which servers NZBGet should connect to.
#
# The servers should be numbered subsequently without holes.
# For example if you configure three servers you should name them as Server1,
# Server2 and Server3. If you need to delete Server2 later you should also
# change the name of Server3 to Server2. Otherwise it will not be properly
# read from the config file. Server number doesn't affect its priority (level).
# Use this news server (yes, no).
#
# Set to "no" to disable the server on program start. Servers can be activated
# later via scheduler tasks or manually via web-interface.
#
# NOTE: Download is not possible when all servers on level 0 are disabled. Servers
# on higher levels are used only if at least one server on level 0 was tried.
Server1.Active=yes
# Name of news server.
#
# The name is used in UI and for logging. It can be any string, you
# may even leave it empty.
Server1.Name=
# Level (priority) of news server (0-99).
#
# The servers are ordered by their level. NZBGet first tries to download
# an article from one (any) of level-0-servers. If that server fails,
# NZBGet tries all other level-0-servers. If all servers fail, it proceeds
# with the level-1-servers, etc.
#
# Put your major download servers at level 0 and your fill servers at
# levels 1, 2, etc..
#
# Several servers with the same level may be defined, they have
# the same priority.
Server1.Level=0
# This is an optional non-reliable server (yes, no).
#
# Marking server as optional tells NZBGet to ignore this server if a
# connection to this server cannot be established. Normally NZBGet
# doesn't try upper-level servers before all servers on current level
# were tried. If a connection to server fails NZBGet waits until the
# server becomes available (it may try others from current level at this
# time). This is usually what you want to avoid exhausting of
# (costly) upper level servers if one of main servers is temporary
# unavailable. However, for less reliable servers you may prefer to ignore
# connection errors and go on with higher-level servers instead.
Server1.Optional=no
# Group of news server (0-99).
#
# If you have multiple accounts with same conditions (retention, etc.)
# on the same news server, set the same group (greater than 0) for all
# of them. If download fails on one news server, NZBGet does not try
# other servers from the same group.
#
# Value "0" means no group defined (default).
Server1.Group=0
# Host name of news server.
Server1.Host=my.newsserver.com
# Port to connect to (1-65535).
Server1.Port=119
# User name to use for authentication.
Server1.Username=user
# Password to use for authentication.
Server1.Password=pass
# Server requires "Join Group"-command (yes, no).
Server1.JoinGroup=no
# Encrypted server connection (TLS/SSL) (yes, no).
#
# NOTE: By changing this option you should also change the option <ServerX.Port>
# accordingly because unsecure and encrypted connections use different ports.
Server1.Encryption=no
# Cipher to use for encrypted server connection.
#
# By default (when the option is empty) the underlying encryption library
# chooses the cipher automatically. To achieve the best performance
# however you can manually select a faster cipher.
#
# See http://nzbget.net/choosing-cipher for details.
#
# NOTE: You may get a TLS handshake error if the news server does
# not support the chosen cipher. You can also get an error "Could not
# select cipher for TLS" if the cipher string is not valid.
Server1.Cipher=
# Maximum number of simultaneous connections to this server (0-999).
Server1.Connections=30
# Server retention time (days).
#
# How long the articles are stored on the news server. The articles
# whose age exceed the defined server retention time are not tried on
# this news server, the articles are instead considered failed on this
# news server.
#
# Value "0" disables retention check.
Server1.Retention=0
# IP protocol version (auto, ipv4, ipv6).
Server1.IpVersion=auto
# User comments on this server.
#
# Any text you want to save along with the server definition. For your convenience
# or for usage in custom extension scripts.
Server1.Notes=
# Second server, on level 0.
#Server2.Level=0
#Server2.Host=my2.newsserver.com
#Server2.Port=119
#Server2.Username=me
#Server2.Password=mypass
#Server2.JoinGroup=yes
#Server2.Connections=4
# Third server, on level 1.
#Server3.Level=1
#Server3.Host=fills.newsserver.com
#Server3.Port=119
#Server3.Username=me2
#Server3.Password=mypass2
#Server3.JoinGroup=yes
#Server3.Connections=1
##############################################################################
### SECURITY ###
# IP on which NZBGet server listen and which clients use to contact NZBGet.
#
# It could be a dns-hostname (e. g. "mypc") or an IP address (e. g. "192.168.1.2" or
# "127.0.0.1").
#
# Your computer may have multiple network interfaces and therefore multiple IP
# addresses. If you want NZBGet to listen to all interfaces and be available from
# all IP-addresses use value "0.0.0.0".
#
# NOTE: When you start NZBGet as client (to send remote commands to NZBGet server) and
# the option <ControlIP> is set to "0.0.0.0" the client will use IP "127.0.0.1".
#
# NOTE: If you set the option to "127.0.0.1" you will be able to connect to NZBGet
# only from the computer running NZBGet. This restriction applies to web-interface too.
#
# NOTE: NZBGet also supports listening on Unix domain sockets instead of TCP/IP
# sockets. To activate this mode set option <ControlIP> to a local path
# (e. g. "ControlIP=/var/sock").
ControlIP=0.0.0.0
# Port which NZBGet server and remote client use (1-65535).
#
# NOTE: The communication via this port is not encrypted. For encrypted
# communication see option <SecurePort>.
ControlPort=6789
# User name which NZBGet server and remote client use.
#
# Set to empty value to disable user name check (check only password).
#
# NOTE: This option was added in NZBGet 11. Older versions used predefined
# not changeable user name "nzbget". Third-party tools or web-sites written
# for older NZBGet versions may not have an option to define user name. In
# this case you should set option <ControlUsername> to the default value
# "nzbget" or use empty value.
ControlUsername=nzbget
# Password which NZBGet server and remote client use.
#
# Set to empty value to disable authorization request.
ControlPassword=tegbzn6789
# User name for restricted access.
#
# The restricted user can control the program with a few restrictions.
# They have access to the web-interface and can see most of the program
# settings. They however, can not change program settings, view security
# related options or options provided by extension scripts.
#
# Use this user to connect to NZBGet from other programs and web-sites.
#
# In terms of RPC-API the user:
# - cannot use method "saveconfig";
# - methods "config" and "saveconfig" return string "***" for
# options those content is protected from the user.
#
# Set to empty value to disable restricted user.
#
# NOTE: Don't forget to change default username/password of the control
# user (options <ControlUsername> and <ControlPassword>).
RestrictedUsername=
# Password for restricted access.
#
# Set to empty value to disable password check.
RestrictedPassword=
# User name to add downloads via RPC-API.
#
# Use the AddUsername/AddPassword to give other programs or web-services
# access to NZBGet with only two permissions:
# - add new downloads using RPC-method "append";
# - check program version using RPC-method "version".
#
# In a case the program/web-service needs more rights use the restricted
# user instead (options <RestrictedUsername> and <RestrictedPassword>).
#
# Set to empty value to disable add-user.
#
# NOTE: Don't forget to change default username/password of the control
# user (options <ControlUsername> and <ControlPassword>).
AddUsername=
# Password for user with add downloads access.
#
# Set to empty value to disable password check.
AddPassword=
# Authenticate using web-form (yes, no).
#
# The preferred and default way to authenticate in web-interface is using
# HTTP authentication. Web-browsers show a special dialog to enter username
# and password which they then send back to NZBGet. Sometimes browser plugins
# aided at storing and filling of passwords do not work properly with browser's
# built-in dialog. To help with such tools NZBGet provide an alternative
# authentication mechanism via web form.
FormAuth=no
# Secure control of NZBGet server (yes, no).
#
# Activate the option if you want to access NZBGet built-in web-server
# via HTTPS (web-interface and RPC). You should also provide certificate
# and key files, see option <SecureCert> and option <SecureKey>.
SecureControl=no
# Port which NZBGet server and remote client use for encrypted
# communication (1-65535).
SecurePort=6791
# Full path to certificate file for encrypted communication.
#
# In case of Let's Encrypt: full path to fullchain.pem.
SecureCert=
# Full path to key file for encrypted communication.
#
# In case of Let's Encrypt: full path to privkey.pem.
SecureKey=
# IP-addresses allowed to connect without authorization.
#
# List of privileged IPs for easy access to NZBGet built-in web-server
# (web-interface and RPC). The connected clients have full unrestricted access.
#
# Separate entries with commas or semicolons. Use wildcard characters
# * and ? for pattern matching.
#
# Example: 127.0.0.1, 192.168.178.*
#
# NOTE: Do not use this option if the program works behind another
# web-server because all requests will have the address of this server.
AuthorizedIP=127.0.0.1
# TLS certificate verification (yes, no).
#
# When connecting to a news server (for downloading) or a web server
# (for fetching of rss feeds and nzb-files) the authenticity of the server
# should be validated using server security certificate. If the check
# fails that means the connection cannot be trusted and must be closed
# with an error message explaining the security issue.
#
# Sometimes servers are improperly configured and the certificate verification
# fails even if there is no hacker attack in place. In that case you should
# inform the server owner about the issue. If you still need to connect to
# servers with invalid certificates you can disable the certificate verification
# but you should know that your connection is insecure and you might be
# connecting to attacker's server without your awareness.
#
# NOTE: Certificate verification requires a list of trusted root certificates,
# which must be configured using option <CertStore>.
#
# NOTE: For more details visit http://nzbget.net/certificate-verification.
CertCheck=yes
# Automatically check for new releases (none, stable, testing).
#
# None - do not show notifcations;
# Stable - show notifications about new stable releases;
# Testing - show notifications about new stable and testing releases.
UpdateCheck=stable
# User name for daemon-mode, POSIX only.
#
# Set the user that the daemon normally runs at (POSIX in daemon-mode only).
# Set MainDir with an absolute path to be sure where it will write.
# This allows NZBGet daemon to be launched in rc.local (at boot), and
# download items as a specific user id.
#
# NOTE: This option has effect only if the program was started from
# root-account, otherwise it is ignored and the daemon runs under
# current user id.
DaemonUsername=root
# Specify default umask, POSIX only (000-1000).
#
# UMask determines the settings of a mask that controls how file permissions
# are set for newly created files and directories. Please note that UMask
# doesn't set file permissions directly, it merely filters out certain
# permissions. It also has very different effect from command "chmod", which
# you shouldn't confuse UMask with. Please read
# http://en.wikipedia.org/wiki/Umask for details.
#
# The value should be written in octal form (the same as for "umask" shell
# command).
# Empty value or value "1000" disables the setting of umask-mode; current
# umask-mode (set via shell) is used in this case.
UMask=1000
##############################################################################
### CATEGORIES ###
# This section defines categories available in web-interface.
# Category name.
#
# Each nzb-file can be assigned to a category.
# Category name is passed to post-processing script and can be used by it
# to perform category specific processing.
Category1.Name=Movies
# Destination directory for this category.
#
# If this option is empty, then the default destination directory
# (option <DestDir>) is used. In this case if the option <AppendCategoryDir>
# is active, the program creates a subdirectory with category name within
# destination directory.
Category1.DestDir=
# Unpack downloaded nzb-files (yes, no).
#
# For more information see global option <Unpack>.
Category1.Unpack=yes
# List of extension scripts for this category.
#
# For more information see global option <Extensions>.
Category1.Extensions=
# List of aliases.
#
# When a nzb-file is added from URL, RSS or RPC the category name
# is usually supplied by nzb-site or by application accessing
# NZBGet. Using Aliases you can match their categories with your owns.
#
# Separate aliases with commas or semicolons. Use wildcard characters
# * and ? for pattern matching.
#
# Example: TV - HD, TV - SD, TV*
Category1.Aliases=
Category2.Name=Series
Category3.Name=Music
Category4.Name=Software
##############################################################################
### RSS FEEDS ###
# Name of RSS Feed.
#
# The name is used in UI and for logging. It can be any string.
#Feed1.Name=my feed
# Address (URL) of RSS Feed.
#
# Example: https://myindexer.com/api?apikey=3544646bfd1c535a9654645609800901&t=search&q=game.
#Feed1.URL=
# Filter rules for items.
#
# Use filter to ignore unwanted items in the feed. In its simplest version
# the filter is a space separated list of words which must be present in
# the item title.
#
# Example: linux debian dvd.
#
# MORE INFO:
# NOTE: This is a short documentation, for more information visit
# http://nzbget.net/rss.
#
# Feed filter consists of rules - one rule per line. Each rule defines
# a search string and a command, which must be performed if the search
# string matches. There are five kinds of rule-commands: Accept,
# Reject, Require, Options, Comment.
#
# NOTE: Since options in the configuration file can not span multiple
# lines, the lines (rules) must be separated with %-character (percent).
#
# Definition of a rule:
# [A:|A(options):|R:|Q:|O(options):|#] search-string
#
# A - declares Accept-rule. Rules are accept-rules by default, the
# "A:" can be omitted. If the feed item matches to the rule the
# item is considered good and no further rules are checked.
# R - declares Reject-rule. If the feed item matches to the rule the
# item is considered bad and no further rules are checked.
# Q - declares Require-rule. If the feed item DOES NOT match to the rule
# the item is considered bad and no further rules are checked.
# O - declares Options-rule. If the feed item matches to the rule the
# options declared in the rule are set for the item. The item is
# neither accepted nor rejected via this rule but can be accepted
# later by one of Accept-rules. In this case the item will have its
# options already set (unless the Accept-rule overrides them).
# # - lines starting with # are considered comments and are ignored. You
# can use comments to explain complex rules or to temporary disable
# rules for debugging.
#
# Options allow to set properties on nzb-file. It's a comma-separated
# list of property names with their values.
#
# Definition of an option:
# name:value
#
# Options can be defined using long option names or short names:
# category (cat, c) - set category name, value is a string;
# pause (p) - add nzb in paused or unpaused state, possible
# values are: yes (y), no (n);
# priority (pr, r) - set priority, value is a signed integer number;
# priority+ (pr+, r+) - increase priority, value is a signed integer number;
# dupescore (ds, s) - set duplicate score, value is a signed integer number;
# dupescore+ (ds+, s+) - increase duplicate score, value is a signed integer number;
# dupekey (dk, k) - set duplicate key, value is a string;
# dupekey+ (dk+, k+) - add to duplicate key, value is a string;
# dupemode (dm, m) - set duplicate check mode, possible values
# are: score (s), all (a), force (f);
# rageid - generate duplicate key using this rageid
# (integer number) and season/episode numbers;
# series - generate duplicate key using series identifier
# (any unique string) and season/episode numbers.
#
# Examples of option definitions:
# Accept(category:my series, pause:yes, priority:100): my show 1080p;
# Options(c:my series, p:y, r:100): 1080p;
# Options(s:1000): 1080p;
# Options(k+:1080p): 1080p;
# Options(dupemode:force): BluRay.
#
# Rule-options override values set in feed-options.
#
# The search-string is similar to used in search engines. It consists of
# search terms separated with spaces. Every term is checked for a feed
# item and if they all succeed the rule is considered matching.
#
# Definition of a term:
# [+|-][field:][command]param
#
# + - declares a positive term. Terms are positive by default,
# the "+" can be omitted;
# - - declares a negative term. If the term succeeds the feed
# item is ignored;
# field - field to which apply the term. If not specified
# the default field "title" is used;
# command - a special character defining how to interpret the
# parameter (followed after the command):
# @ - search for string "param". This is default command,
# the "@" can be omitted;
# $ - "param" defines a regular expression (using POSIX Extended
# Regular Expressions syntax);
# = - equal;
# < - less than;
# <= - equal or less than;
# > - greater than;
# >= - equal or greater than;
# param - parameter for command.
#
# Commands @ and $ are for use with text fields (title, filename, category,
# link, description, dupekey). Commands =, <, <=, > and >= are for use
# with numeric fields (size, age, imdbid, rageid, season, episode, priority,
# dupescore).
#
# Only fields title, filename and age are always present. The availability of
# other fields depend on rss feed provider.
#
# Any newznab attribute (encoded as "newznab:attr" in the RSS feed) can
# be used as search field with prefix "attr-", for example "attr-genre".
#
# Text search (Command @) supports wildcard characters * (matches
# any number of any characters), ? (matches any one character)
# and # (matches one digit).
# Text search is by default performed against words (word-search mode): the
# field content is separated into words and then each word is checked
# against pattern. If the search pattern starts and ends with * (star)
# the search is performed against the whole field content
# (substring-search mode). If the search pattern contains word separator
# characters (except * and ?) the search is performed on the whole
# field (the word-search would be obviously never successful in this
# case). Word separators are: !\"#$%&'()*+,-./:;<=>?@[\\]^_`{|}~.
#
# Field "size" can have suffixes "K" or "KB" for kilobytes, "M" or "MB"
# for megabytes and "G" or "GB" for gigabytes. Field "age" can have
# suffixes "m" for minutes, "h" for hours and "d" for days. If suffix
# is not specified default is days.
#
# Examples (the trailing ; or . is not part of filter):
# 1) A: s01* -category:anime;
# 2) my show WEB-DL;
# 3) *my?show* WEB-DL size:<1.8GB age:>2h;
# 4) R: size:>9GB;
# 5) Q: HDTV.
#
# NOTE: This is a short documentation, for more information visit
# http://nzbget.net/rss.
#Feed1.Filter=
# How often to check for new items (minutes).
#
# Value "0" disables the automatic check of this feed.
#Feed1.Interval=15
# Treat all items on first fetch as backlog (yes, no).
#
# yes - when the feed is fetched for the very first time (or after
# changing of URL or filter) all existing items are ignored (marked
# as backlog). The items found on subsequent fetches are processed;
# no - all items are processed even on first fetch (or after
# changing of URL or filter).
#Feed1.Backlog=yes
# Add nzb-files as paused (yes, no).
#Feed1.PauseNzb=no
# Category for added nzb-files.
#
# NOTE: Feed providers may include category name within response when nzb-file
# is downloaded. If you want to use the providers category leave the option empty.
#Feed1.Category=
# Priority for added nzb-files (number).
#
# Priority can be any integer value. The web-interface however operates
# with only six predefined priorities: -100 (very low priority), -50
# (low priority), 0 (normal priority, default), 50 (high priority),
# 100 (very high priority) and 900 (force priority). Downloads with
# priorities equal to or greater than 900 are downloaded and
# post-processed even if the program is in paused state (force mode).
#Feed1.Priority=0
# List of rss feed extension scripts to execute for rss content.
#
# The scripts in the list must be separated with commas or semicolons. All
# scripts must be stored in directory set by option <ScriptDir> and
# paths relative to <ScriptDir> must be entered here.
#
# NOTE: For developer documentation visit http://nzbget.net/extension-scripts.
#Feed1.Extensions=
##############################################################################
### INCOMING NZBS ###
# Create subdirectory with category-name in destination-directory (yes, no).
AppendCategoryDir=yes
# How often incoming-directory (option <NzbDir>) must be checked for new
# nzb-files (seconds).
#
# Value "0" disables the check.
#
# NOTE: nzb-files are processed by extension scripts. See option <Extensions>.
NzbDirInterval=5
# How old nzb-file should at least be for it to be loaded to queue (seconds).
#
# NZBGet checks if nzb-file was not modified in last few seconds, defined by
# this option. That safety interval prevents the loading of files, which
# were not yet completely saved to disk, for example if they are still being
# downloaded in web-browser.
NzbDirFileAge=60
# Check for duplicate titles (yes, no).
#
# If this option is enabled the program checks by adding of a new nzb-file:
# 1) if history contains the same title (see below) with success status
# the nzb-file is not added to queue;
# 2) if download queue already contains the same title the nzb-file is
# added to queue for backup (if the first file fails);
# 3) if nzb-file contains duplicate entries. This helps to find errors
# in bad nzb-files.
#
# "Same title" means the nzb file name is same or the duplicate key is
# same. Duplicate keys are set by fetching from RSS feeds using title
# identifier fields provided by RSS provider (imdbid or rageid/season/episode).
#
# If duplicates were detected only one of them is downloaded. If download
# fails another duplicate is tried. If download succeeds all remaining
# duplicates are deleted from queue.
#
# NOTE: For automatic duplicate handling option <HealthCheck> must be
# set to "Delete", "Park" or "None". If it is set to "Pause" you will need to
# manually unpause another duplicate (if any exists in queue).
#
# NOTE: For more info on duplicates see http://nzbget.net/rss.
DupeCheck=yes
##############################################################################
### DOWNLOAD QUEUE ###
# Flush download queue to disk (yes, no).
#
# Immediately flush file buffers for queue state file. This improves
# safety for the queue file but may decrease disk performance due to
# disabling of disk caching for queue state file.
#
# You can disable this option if it negatively affects disk performance on your
# system. You should create backups of queue-directory (option <QueueDir>)
# in that case. Keep the option enabled if your system often crashes.
FlushQueue=yes
# Continue download of partially downloaded files (yes, no).
#
# If active the current state (the info about what articles were already
# downloaded) is saved every second and is reloaded after restart. This is
# about files included in download jobs (usually rar-files), not about
# download-jobs (nzb-files) itself. Download-jobs are always
# continued regardless of that option.
#
# Disabling this option may slightly reduce disk access and is
# therefore recommended on fast connections.
ContinuePartial=yes
# Propagation delay to your news servers (minutes).
#
# The option sets minimum post age for nzb-files. Very recent files
# are not downloaded to avoid download failures. The files remain
# on hold in the download queue until the propagation delay expires,
# after that they are downloaded.
PropagationDelay=0
# Memory limit for article cache (megabytes).
#
# Article cache helps to improve performance. First the amount of disk
# operations can be significantly reduced. Second the created files are
# less fragmented, which again speeds up the post-processing (unpacking).
#
# The article cache works best with option <DirectWrite> which can
# effectively use even small cache (like 50 MB).
#
# If option <DirectWrite> is disabled the cache should be big enough to
# hold all articles of one file (typically up to 200 MB, sometimes even
# 500 MB). Otherwise the articles are written into temporary directory
# when the cache is full, which degrades performance.
#
# Value "0" disables article cache.
#
# In 32 bit mode the maximum allowed value is 1900.
#
# NOTE: Also see option <WriteBuffer>.
ArticleCache=100
# Write decoded articles directly into destination output file (yes, no).
#
# Files are posted to Usenet in multiple pieces (articles). Each file
# typically consists of hundreds of articles.
#
# When option <DirectWrite> is disabled and the article cache (option
# <ArticleCache>) is not active or is full the program saves downloaded
# articles into temporary directory and later reads them all to write
# again into the destination file.
#
# When option <DirectWrite> is enabled the program at first creates the
# output destination file with required size (total size of all articles),
# then writes the articles directly to this file without creating of any
# temporary files. If article cache (option <ArticleCache>) is active
# the downloaded articles are saved into cache first and are written
# into the destination file when the cache flushes. This happen when
# all articles of the file are downloaded or when the cache becomes
# full to 90%.
#
# The direct write relies on the ability of file system to create
# empty files without allocating the space on the drive (sparse files),
# which most modern file systems support including EXT3, EXT4
# and NTFS. The notable exception is HFS+ (default file system on OSX).
#
# The direct write usually improves performance by reducing the amount
# of disk operations but may produce more fragmented files when used
# without article cache.
DirectWrite=yes
# Memory limit for per connection write buffer (kilobytes).
#
# When downloaded articles are written into disk the OS collects
# data in the internal buffer before flushing it into disk. This option
# controls the size of this buffer per connection/download thread.
#
# Larger buffers decrease the amount of disk operations and help
# producing less fragmented files speeding up the post-processing
# (unpack).
#
# To calculate the maximum memory required for all download threads multiply
# WriteBuffer by number of connections configured in section
# "NEWS-SERVERS". The option sets the limit, the actual buffer can be
# smaller if the article size (typically about 500 KB) is below the limit.
#
# Write-buffer is managed by OS (system libraries) and therefore
# the effect of the option is highly OS-dependent.
#
# Recommended value for computers with enough memory: 1024.
#
# Value "0" disables the setting of buffer size. In this case a buffer
# of default size (OS and compiler specific) is used, which is usually
# too small (1-4 KB) and therefore not optimal.
#
# NOTE: Also see option <ArticleCache>.
WriteBuffer=1024
# How to name downloaded files (auto, article, nzb).
#
# Article - use file names stored in article metadata;
# Nzb - use file names as defined in nzb-file;
# Auto - prefer names from article metadata; for obfuscated files use
# names from nzb-file.
#
# NOTE: This option sets the naming convention for files listed in nzb. It has no
# effect on files extracted from archives.
FileNaming=auto
# Reorder files within nzbs for optimal download order (yes, no).
#
# When nzb-file is added to queue the files listed within nzb can be in a random
# order. When "ReorderFiles" is active the files are automatically sorted
# alphabetically to ensure download of archive parts in correct order. The
# par2-files are moved to the end and then sorted by size.
#
# NOTE: When option <DirectRename> is active the files are sorted again after the file
# names become known.
ReorderFiles=yes
# Post-processing strategy (sequential, balanced, aggressive, rocket).
#
# Sequential - downloaded items are post processed from a queue, one item at a
# time, to dedicate the most computer resources to each
# item. Therefore, a post process par repair will prevent another
# task from running even if the item does not require a par repair;
# Balanced - items that do not need par repair are post processed one at a
# time while par repair tasks may also run simultaneously one after
# another at the same time. This means that a post process par
# repair will not prevent another task from running, but at a cost
# of using more computer resource;
# Aggressive - will simultaneously post process up to three items including
# one par repair task;
# Rocket - will simultaneously post process up to six items including one
# or two par repair tasks.
#
# NOTE: Computer resources are in heavy demand when post-processing with
# simultaneous tasks - make sure the hardware is capable.
PostStrategy=balanced
# Pause if disk space gets below this value (megabytes).
#
# Disk space is checked for directories pointed by option <DestDir> and
# option <InterDir>.
#
# Value "0" disables the check.
DiskSpace=250
# Delete source nzb-file when it is not needed anymore (yes, no).
#
# Enable this option for automatic deletion of source nzb-file from
# incoming directory when the program doesn't require it anymore (the
# nzb-file has been deleted from queue and history).
NzbCleanupDisk=yes
# Keep the history of downloaded nzb-files (days).
#
# After download and post-processing the items are added to history where
# their status can be checked and they can be post-processed again if
# necessary.
#
# After expiring of defined period:
#
# If option <DupeCheck> is active the items become hidden and the amount
# of data kept is significantly reduced (for better performance), only
# fields necessary for duplicate check are kept. The item remains in the
# hidden history (forever);
#
# If option <DupeCheck> is NOT active the items are removed from history.
#
# When a failed item is removed from history or become hidden all downloaded
# files of that item are deleted from disk.
#
# Value "0" disables history. Duplicate check will not work.
KeepHistory=30
# Keep the history of outdated feed items (days).
#
# After fetching of an RSS feed the information about included items (nzb-files)
# is saved to disk. This allows to detect new items on next fetch. Feed
# providers update RSS feeds constantly. Since the feed length is limited
# (usually 100 items or less) the old items get pushed away by new
# ones. When an item is not present in the feed anymore it's not necessary
# to keep the information about this item on the disk.
#
# If option is set to "0", the outdated items are deleted from history
# immediately.
#
# Otherwise the items are held in the history for defined number of
# days. Keeping of items for few days helps in situations when feed provider
# has technical issues and may response with empty feeds (or with missing
# items). When the technical issue is fixed the items may reappear in the
# feed causing the program to re-download items if they were not found in
# the feed history.
FeedHistory=7
# Discard downloaded data (do not write into disk) (yes, no).
#
# This option is for speed test purposes (benchmarking). When enabled the
# downloaded data is not written into disk. The destination files are still
# created but are either empty or contain zeros (depending on other
# options). The post-processing (unpack, repair, etc.) is also completely
# disabled.
#
# NOTE: This option is meant for development purposes. You should not
# activate it except maybe for speed tests.
SkipWrite=no
# Write article raw data (yes, no).
#
# When enabled the article content is written into disk in raw form without
# processing.
#
# NOTE: This option is meant for development purposes. You should not
# activate it.
RawArticle=no
##############################################################################
### CONNECTION ###
# How many retries should be attempted if a download error occurs (0-99).
#
# If download fails because of incomplete or damaged article or due to
# CRC-error the program tries to re-download the article from the same
# news server as many times as defined in this option. If all attempts fail
# the program tries another news server.
#
# If download fails because of "article or group not found error" the
# program tries another news server without retrying on the failed server.
ArticleRetries=3
# Article retry interval (seconds).
#
# If download of article fails because of interrupted connection
# the server is temporary blocked until the retry interval expires.
ArticleInterval=10
# Connection timeout for article downloading (seconds).
ArticleTimeout=60
# Number of download attempts for URL fetching (0-99).
#
# If fetching of nzb-file via URL or fetching of RSS feed fails another
# attempt is made after the retry interval (option <UrlInterval>).
UrlRetries=3
# URL fetching retry interval (seconds).
#
# If fetching of nzb-file via URL or fetching of RSS feed fails another
# attempt is made after the retry interval.
UrlInterval=10
# Connection timeout for URL fetching (seconds).
#
# Connection timeout when fetching nzb-files via URLs and fetching RSS feeds.
UrlTimeout=60
# Timeout for incoming connections (seconds).
#
# Set timeout for connections from clients (web-browsers and API clients).
RemoteTimeout=90
# Set the maximum download rate on program start (kilobytes/sec).
#
# The download rate can be changed later in web-interface or via remote calls.
#
# Value "0" means no speed control.
DownloadRate=0
# Maximum number of simultaneous connections for nzb URL downloads (0-999).
#
# When NZB-files are added to queue via URL, the program downloads them
# from the specified URL. The option limits the maximal number of connections
# used for this purpose, when multiple URLs were added at the same time.
UrlConnections=4
# Force URL-downloads even if download queue is paused (yes, no).
#
# If option is active the URL-downloads (such as appending of nzb-files
# via URL or fetching of RSS feeds and nzb-files from feeds) are performed
# even if download is in paused state.
UrlForce=yes
# Monthly download volume quota (megabytes).
#
# During download the quota is constantly monitored and the downloading
# is automatically stopped if the limit is reached. Once the next billing month
# starts the "quota reached"-status is automatically lifted and the downloading
# continues.
#
# Downloads with force-priority are processed regardless of quota status.
#
# Value "0" disables monthly quota check.
MonthlyQuota=0
# Day of month when the monthly quota starts (1-31).
QuotaStartDay=1
# Daily download volume quota (megabytes).
#
# See option <MonthlyQuota> for details.
#
# Value "0" disables daily quota check.
DailyQuota=0
##############################################################################
### LOGGING ###
# How to use log file (none, append, reset, rotate).
#
# none - do not write into log file;
# append - append to the existing log file or create it;
# reset - delete existing log file on program start and create a new one;
# rotate - create new log file for each day, delete old files,
# see option <RotateLog>.
WriteLog=append
# Log file rotation period (days).
#
# Defines how long to keep old log-files, when log rotation is active
# (option <WriteLog> is set to "rotate").
RotateLog=3
# How error messages must be printed (screen, log, both, none).
ErrorTarget=both
# How warning messages must be printed (screen, log, both, none).
WarningTarget=both
# How info messages must be printed (screen, log, both, none).
InfoTarget=both
# How detail messages must be printed (screen, log, both, none).
DetailTarget=log
# How debug messages must be printed (screen, log, both, none).
#
# Debug-messages can be printed only if the program was compiled in
# debug-mode: "./configure --enable-debug".
DebugTarget=log
# Number of messages stored in screen buffer (messages).
LogBuffer=1000
# Create log for each downloaded nzb-file (yes, no).
#
# The messages are saved for each download separately and can be viewed
# at any time in download details dialog or history details dialog.
NzbLog=yes
# Print call stack trace into log on program crash (Linux and Windows) (yes, no).
#
# Call stack traces are very helpful for debugging. Call stack traces can be
# printed only when the program was compiled in debug mode.
CrashTrace=yes
# Save memory dump into disk on program crash (Linux only) (yes, no).
#
# Memory dumps (core-files) are very helpful for debugging, especially if
# they were produced by the program compiled in debug mode.
#
# NOTE: Memory dumps may contain sensitive data, like your login/password
# to news-server etc.
CrashDump=no
# Local time correction (hours or minutes).
#
# The option allows to adjust timestamps when converting system time to
# local time and vice versa. The conversion is used when printing messages
# to the log-file and by option "TaskX.Time" in the scheduler settings.
#
# The option is usually not needed if the time zone is set up correctly.
# However, sometimes, especially when using a binary compiled on another
# platform (cross-compiling) the conversion between system and local time
# may not work properly and requires adjustment.
#
# Values in the range -24..+24 are interpreted as hours, other values as minutes.
# Example 1: set time correction to one hour: TimeCorrection=1;
# Example 2: set time correction to one hour and a half: TimeCorrection=90.
TimeCorrection=0
##############################################################################
### DISPLAY (TERMINAL) ###
# Set screen-outputmode (loggable, colored, curses).
#
# loggable - only messages will be printed to standard output;
# colored - prints messages (with simple coloring for messages categories)
# and download progress info; uses escape-sequences to move cursor;
# curses - advanced interactive interface with the ability to edit
# download queue and various output option.
OutputMode=curses
# Shows NZB-Filename in file list in curses-outputmode (yes, no).
#
# This option controls the initial state of curses-frontend,
# it can be switched on/off in run-time with Z-key.
CursesNzbName=yes
# Show files in groups (NZB-files) in queue list in curses-outputmode (yes, no).
#
# This option controls the initial state of curses-frontend,
# it can be switched on/off in run-time with G-key.
CursesGroup=no
# Show timestamps in message list in curses-outputmode (yes, no).
#
# This option controls the initial state of curses-frontend,
# it can be switched on/off in run-time with T-key.
CursesTime=no
# Update interval for Frontend-output in console mode or remote client
# mode (milliseconds).
#
# Min value 25. Bigger values reduce CPU usage (especially in curses-outputmode)
# and network traffic in remote-client mode.
UpdateInterval=200
##############################################################################
### SCHEDULER ###
# Time to execute the command (HH:MM).
#
# Multiple comma-separated values are accepted.
# An asterisk placed in the hours location will run task every hour (e. g. "*:00").
# An asterisk without minutes will run task at program startup (e. g. "*").
#
# Examples: "08:00", "00:00,06:00,12:00,18:00", "*:00", "*,*:00,*:30".
#
# NOTE: Also see option <TimeCorrection>.
#Task1.Time=08:00
# Week days to execute the command (1-7).
#
# Comma separated list of week days numbers.
# 1 is Monday.
# Character '-' may be used to define ranges.
#
# Examples: "1-7", "1-5", "5,6", "1-5, 7".
#Task1.WeekDays=1-7
# Command to be executed (PauseDownload, UnpauseDownload, PausePostProcess,
# UnpausePostProcess, PauseScan, UnpauseScan, DownloadRate, Script, Process,
# ActivateServer, DeactivateServer, FetchFeed).
#
# Possible commands:
# PauseDownload - pause download;
# UnpauseDownload - resume download;
# PausePostProcess - pause post-processing;
# UnpausePostProcess - resume post-processing;
# PauseScan - pause scan of incoming nzb-directory;
# UnpauseScan - resume scan of incoming nzb-directory;
# DownloadRate - set download rate limit;
# Script - execute one or multiple scheduler scripts. The scripts
# must be written specially for NZBGet;
# Process - execute an external (any) program;
# ActivateServer - activate news-server;
# DeactivateServer - deactivate news-server;
# FetchFeed - fetch RSS feed.
#
# On start the program checks all tasks and determines current state
# for download-pause, scan-pause, download-rate and active servers.
#Task1.Command=PauseDownload
# Parameters for the command if needed.
#
# Some scheduler commands require additional parameters:
# DownloadRate - download rate limit to be set (kilobytes/sec).
# Example: 1000.
# NOTE: use value "0" to disable download limit (unlimited speed).
# Script - list of scheduler scripts to execute. The scripts in the
# list must be separated with commas or semicolons. All
# scripts must be stored in directory set by option
# <ScriptDir> and paths relative to <ScriptDir> must be
# entered here. For developer documentation visit
# http://nzbget.net/extension-scripts;
# Process - path to the program to execute and its parameters.
# Example: /home/user/fetch.sh.
# If filename or any parameter contains spaces it
# must be surrounded with single quotation
# marks. If filename/parameter contains single quotation marks,
# each of them must be replaced (escaped) with two single quotation
# marks and the resulting filename/parameter must be
# surrounded with single quotation marks.
# Example: '/home/user/download/my scripts/task process.sh' 'world''s fun'.
# In this example one parameter (world's fun) is passed
# to the script (task process.sh).
# ActivateServer - comma separated list of news server ids or server names.
# Example: 1,3.
# Example: my news server 1, my news server 2.
# NOTE: server names should not have commas.
# DeactivateServer - see ActivateServer.
# FetchFeed - comma separated list of RSS feed ids or feed names.
# Example: 1,3.
# Example: bookmarks feed, another feed.
# NOTE: feed names should not have commas.
# NOTE: use feed id "0" to fetch all feeds.
#Task1.Param=
#Task2.Time=20:00
#Task2.WeekDays=1-7
#Task2.Command=UnpauseDownload
#Task2.Param=
##############################################################################
### CHECK AND REPAIR ###
# Check CRC of downloaded and decoded articles (yes, no).
#
# Normally this option should be enabled for better detecting of download
# errors and for quick par-verification (option <ParQuick>).
CrcCheck=yes
# Whether and how par-verification must be performed (auto, always, force, manual).
#
# Auto - par-check is performed when needed. One par2-file is always
# downloaded. Additional par2-files are downloaded if needed
# for repair. Repair is performed if the option <ParRepair>
# is enabled;
# Always - check every download (even undamaged). One par2-file is
# always downloaded. Additional par2-files are downloaded
# if needed for repair. Repair is performed if the option
# <ParRepair> is enabled;
# Force - force par-check for every download (even undamaged). All
# par2-files are always downloaded. Repair is performed if
# the option <ParRepair> is enabled;
# Manual - par-check is skipped. One par2-file is always
# downloaded. If a damaged download is detected, all
# par2-files are downloaded but neither par-check nor par-repair
# take place. The download can be then repaired manually,
# eventually on another faster computer.
ParCheck=auto
# Automatic par-repair after par-verification (yes, no).
#
# If option <ParCheck> is set to "Auto" or "Force" this option defines
# if the download must be repaired when needed. The option can be
# disabled if a computer does not have enough CPU power, since repairing
# may consume too many resources and time on a slow computer.
ParRepair=yes
# What files should be scanned during par-verification (limited, extended,
# full, dupe).
#
# Limited - scan only files belonging to par-set;
# Extended - scan files belonging to par-set first, scan other files until
# all missing files are found;
# Full - scan all files in destination directory. Can be very time
# consuming but may sometimes repair where Limited and Extended fail;
# Dupe - scan files belonging to par-set first, scan other files until
# repair is possible. Even files from other duplicate-downloads
# are scanned. Can be very time consuming but brings best results.
ParScan=extended
# Quick file verification during par-check (yes, no).
#
# If the option is active the files are quickly verified using
# checksums calculated during download; quick verification is very fast
# because it doesn't require the reading of files from disk, NZBGet
# knows checksums of downloaded files and quickly compares them with
# checksums stored in the par-file.
#
# If the option is disabled the files are verified as usual. That's
# slow. Use this if the quick verification doesn't work properly.
ParQuick=yes
# Memory limit for par-repair buffer (megabytes).
#
# Set the amount of RAM that the par-checker may use during repair. Having
# the buffer as big as the total size of all damaged blocks allows for
# the optimal repair speed. The option sets the maximum buffer size, the
# allocated buffer can be smaller.
#
# If you have a lot of RAM set the option to few hundreds (MB) for the
# best repair performance.
ParBuffer=100
# Number of threads to use during par-repair (0-99).
#
# On multi-core CPUs for the best speed set the option to the number of
# logical cores (physical cores + hyper-threading units). If you want
# to utilize the CPU to 100% you may need to add one or two additional threads
# to compensate for wait intervals used for thread synchronization.
#
# On single-core CPUs use only one thread.
#
# Set to '0' to automatically use all available CPU cores (may not
# work on old or exotic platforms).
ParThreads=0
# Files to ignore during par-check.
#
# List of file extensions, file names or file masks to ignore by
# par-rename and par-check. The entries must be separated with
# commas.
#
# The entries must be separated with commas. The entries can be file
# extensions, file names or file masks containing wildcard
# characters * and ?.
#
# If par-rename or par-check detect missing or damaged files they
# will ignore files matching this option and will not initiate
# repair. This avoids time costing repair for unimportant files.
#
# Example: .sfv, .nzb, .nfo
ParIgnoreExt=.sfv, .nzb, .nfo
# Check for renamed and missing files using par-files (yes, no).
#
# Par-rename restores original file names using information stored
# in par2-files. It also detects missing files (files listed in
# par2-files but not present on disk). When enabled the par-rename is
# performed as the first step of post-processing for every nzb-file.
#
# Par-rename is very fast and is highly recommended, especially if
# unpack is disabled.
ParRename=yes
# Check for renamed rar-files (yes, no).
#
# Rar-rename restores original file names using information stored
# in rar-files. When enabled the rar-rename is performed as one of the
# first steps of post-processing for every nzb-file.
#
# Rar-rename is useful for downloads not having par2-files or for
# downloads those files were renamed before creating par2-files. In
# both cases par-rename (option <ParRename>) can't rename files
# and the rar-rename makes it possible to unpack downloads which
# would fail otherwise.
RarRename=yes
# Directly rename files during downloading (yes, no).
#
# This is similar to par-renaming (option <ParRename>) but the files
# are renamed during downloading instead of post-processing stage. This
# requires some tricky handling of files and works only for healthy
# downloads.
DirectRename=yes
# What to do if download health drops below critical health (delete, park,
# pause, none).
#
# Delete - delete nzb-file from queue, also delete already downloaded files;
# Park - move nzb-file to history, keep already downloaded files. Commands
# "Download remaining files" and "Retry failed articles" are available
# for this nzb;
# Pause - pause nzb-file;
# None - do nothing (continue download).
#
# NOTE: For automatic duplicate handling option must be set to "Delete", "Park"
# or "None". If it is set to "Pause" you will need to manually move another
# duplicate from history to queue. See also option <DupeCheck>.
#
# NOTE: When option <ParScan> is set to "Dupe" the park-action is performed
# only if article completion is below 10% (empirical threshold). This is to
# improve efficiency of dupe par scan mode.
HealthCheck=park
# Maximum allowed time for par-repair (minutes).
#
# If you use NZBGet on a very slow computer like NAS-device, it may be good to
# limit the time allowed for par-repair. NZBGet calculates the estimated time
# required for par-repair. If the estimated value exceeds the limit defined
# here, NZBGet cancels the repair.
#
# To avoid a false cancellation NZBGet compares the estimated time with
# <ParTimeLimit> after the first 5 minutes of repairing, when the calculated
# estimated time is more or less accurate. But in a case if <ParTimeLimit> is
# set to a value smaller than 5 minutes, the comparison is made after the first
# whole minute.
#
# Value "0" means unlimited.
#
# NOTE: The option limits only the time required for repairing. It doesn't
# affect the first stage of parcheck - verification of files. However, the
# verification speed is constant, it doesn't depend on files integrity and
# therefore it is not necessary to limit the time needed for the first stage.
ParTimeLimit=0
# Pause download queue during check/repair (yes, no).
#
# Enable the option to give CPU more time for par-check/repair. That helps
# to speed up check/repair on slow CPUs with fast connection (e.g. NAS-devices).
#
# NOTE: If parchecker needs additional par-files it temporarily unpauses
# the queue.
#
# NOTE: See also options <ScriptPauseQueue> and <UnpackPauseQueue>.
ParPauseQueue=no
##############################################################################
### UNPACK ###
# Unpack downloaded nzb-files (yes, no).
#
# Each download (nzb-file) has a post-processing parameter "Unpack". The option
# <Unpack> is the default value assigned to this pp-parameter of the download
# when it is added to queue.
#
# When nzb-file is added to queue it can have a category assigned to it. In this
# case the option <CategoryX.Unpack> overrides the global option <Unpack>.
#
# If the download is damaged and could not be repaired using par-files
# the unpacking is not performed.
#
# If the option <ParCheck> is set to "Auto" the program tries to unpack
# downloaded files first. If the unpacking fails the par-check/repair
# is performed and the unpack is executed again.
Unpack=yes
# Directly unpack files during downloading (yes, no).
#
# When active the files are unpacked during downloading instead of post-processing
# stage. This works only for healthy downloads. Damaged downloads are unpacked
# as usual during post-processing stage after par-repair.
#
# NOTE: This option requires unpack to be enabled in general via option <Unpack>.
# NOTE: For best results also activate option <DirectRename> and option <ReorderFiles>.
DirectUnpack=yes
# Pause download queue during unpack (yes, no).
#
# Enable the option to give CPU more time for unpacking. That helps
# to speed up unpacking on slow CPUs.
#
# NOTE: See also options <ParPauseQueue> and <ScriptPauseQueue>.
UnpackPauseQueue=no
# Delete archive files after successful unpacking (yes, no).
UnpackCleanupDisk=yes
# Full path to unrar executable.
#
# Example: /usr/bin/unrar.
#
# The option can also contain extra switches to pass to unrar. To the
# here defined command line NZBGet adds the following switches:
# x -y -p- -o+ *.rar ./_unpack/
#
# Switch "x" is added only if neither "x" nor "e" were defined in
# the option (this allows you to use switch "e" instead of "x"). switch
# "-o+" is added only if neither "-o+" nor "-o-" were defined
# in the command line. All other parameters are always added. Parameter
# "-p-" is replaced with "-ppassword" if a password is set for nzb-file.
#
# Examples:
# 1) ignore file attributes (permissions):
# /usr/bin/unrar x -ai;
# 2) decrease priority of unrar-process:
# nice -n 19 unrar.
#
# For other useful switches refer to unrar documentation.
#
# If unrar is in your PATH you may leave the path part and set only
# the executable name ("unrar" on POSIX or "unrar.exe" on Windows).
UnrarCmd=${AppDir}/unrar
# Full path to 7-Zip executable.
#
# Example: /usr/bin/7z.
#
# Similar to option <UnrarCmd> this option can also include extra switches.
#
# If 7-Zip binary is in your PATH you may leave the path part and set only
# the executable name ("7z" or "7za" on POSIX or "7z.exe" on Windows).
SevenZipCmd=${AppDir}/7za
# Files to delete after successful download.
#
# List of file extensions, file names or file masks to delete after
# successful download. If either unpack or par-check fail the cleanup is
# not performed. If download doesn't contain archives nor par-files
# the cleanup is performed if the health is 100%. If parameter "unpack"
# is disabled for that nzb-file the cleanup isn't performed.
#
# The entries must be separated with commas. The entries can be file
# extensions, file names or file masks containing wildcard
# characters * and ?.
#
# Example: .par2, .sfv
ExtCleanupDisk=.par2, .sfv
# Files to ignore during unpack.
#
# List of file extensions to ignore when unpacking archives or renaming
# obfuscated archive files. The entries must be separated with commas.
#
# Archive files with non standard extensions belong to one of two categories: they
# are either obfuscated files or files with special purposes which should not be
# unpacked. List the files of second type here to avoid attempts to unpack them.
#
# This option has effect on two post-processing stages.
#
# First, during rar-rename (option <RarRename>) rar-files with non-standard
# extensions are renamed back to rar-extension, which is required for successful
# unpacking. Files with extensions listed here will not be renamed.
#
# Second, if during unpack no rar-files are found but instead rar-archives
# with non-rar extensions are found the unpack fails. For files listed here
# no unpack failure occurs and download is considered not having archive
# files and be successful.
#
# Example: .cbr
UnpackIgnoreExt=.cbr
# Path to file containing unpack passwords.
#
# If the option is set the program will try all passwords from the file
# when unpacking the archives. The file must be a text file containing
# one password per line.
#
# If an nzb-file has a defined password (in the post-processing settings)
# then the password-file is not used for that nzb-file.
#
# NOTE: Trying multiple passwords is a time consuming task. Whenever possible
# passwords should be set per nzb-file in their post-processing settings.
UnpackPassFile=
##############################################################################
### EXTENSION SCRIPTS ###
# List of active extension scripts for new downloads.
#
# Extension scripts associated with nzb-files are executed before, during
# or after download as defined by script developer.
#
# Each download (nzb-file) has its own list of extension scripts; the list
# can be viewed and changed in web-interface in download details dialog or
# via API. Option <Extensions> sets defaults for new downloads; changes
# to option <Extensions> do not affect downloads which are already in queue.
#
# When nzb-file is added to queue it can have a category assigned to it. In this
# case option <CategoryX.Extensions> (if not empty) have precedence and
# defines the scripts for that nzb-file; consequently global option <Extensions>
# has no effect for that nzb-file.
#
# Certain extensions work globally for the whole program instead of
# per-nzb basis. Such extensions are activated once and cannot be overriden
# per category or per nzb.
#
# The scripts in the list must be separated with commas or semicolons. All
# scripts must be stored in directory set by option <ScriptDir> and
# paths relative to <ScriptDir> must be entered here.
#
# Example: Cleanup.sh, Move.sh, EMail.py.
#
# NOTE: The script execution order is controlled by option <ScriptOrder>, not
# by their order in option <Extensions>.
#
# NOTE: For the list of interesting extension scripts see
# http://nzbget.net/catalog-of-extension-scripts.
#
# NOTE: For developer documentation visit http://nzbget.net/extension-scripts.
Extensions=
# Execution order for extension scripts.
#
# If you assign multiple scripts to one nzb-file, they are executed in the
# order defined by this option.
#
# The scripts in the list must be separated with commas or semicolons. All
# scripts must be stored in directory set by option <ScriptDir> and
# paths relative to <ScriptDir> must be entered here.
#
# Example: Cleanup.sh, Move.sh.
ScriptOrder=
# Pause download queue during executing of postprocess-script (yes, no).
#
# Enable the option to give CPU more time for postprocess-script. That helps
# to speed up postprocess on slow CPUs with fast connection (e.g. NAS-devices).
#
# NOTE: See also options <ParPauseQueue> and <UnpackPauseQueue>.
ScriptPauseQueue=no
# Shell overrides for script interpreters.
#
# By default extension scripts are executed as normal programs. The system finds
# an associated interpreter automatically. If for some reason that doesn't work
# properly you can provide shell overrides here.
#
# This option contains a comma separated list of shell overrides per
# file extension. A shell override consists of file extension (starting with
# dot) followed by equal sign and the full path to script interpreter.
#
# Example: .py=/usr/bin/python2;.py3=/usr/bin/python3;.sh=/usr/bin/bash.
ShellOverride=
# Minimum interval between queue events (seconds).
#
# Extension scripts can opt-in for progress notifcations during
# download. For downloads containing many small files the events can
# be fired way too often increasing load on the system due to script
# execution.
#
# This option allows to reduce the number of calls of scripts by
# skipping "file-downloaded"-events if the previous call for the same
# download (nzb-file) were performed a short time ago (as defined by
# the option).
#
# Value "-1" disables "file-downloaded"-events. Scripts are still
# notified on other events (such as "nzb-added" or "nzb-downloaded").
EventInterval=0