# oragono IRCd config # network configuration network: # name of the network name: BiboumiTest # server configuration server: # server name name: irc.localhost # addresses to listen on listeners: # The standard plaintext port for IRC is 6667. Allowing plaintext over the # public Internet poses serious security and privacy issues. Accordingly, # we recommend using plaintext only on local (loopback) interfaces: # "127.0.0.1:6667": # (loopback ipv4, localhost-only) # "[::1]:6667": # (loopback ipv6, localhost-only) # If you need to serve plaintext on public interfaces, comment out the above # two lines and uncomment the line below (which listens on all interfaces): ":6667": # Alternately, if you have a TLS certificate issued by a recognized CA, # you can configure port 6667 as an STS-only listener that only serves # "redirects" to the TLS port, but doesn't allow chat. See the manual # for details. # The standard SSL/TLS port for IRC is 6697. This will listen on all interfaces: ":7778": tls: key: tls.key cert: tls.crt # 'proxy' should typically be false. It's only for Kubernetes-style load # balancing that does not terminate TLS, but sends an initial PROXY line # in plaintext. proxy: false # Example of a Unix domain socket for proxying: # "/tmp/oragono_sock": # Example of a Tor listener: any connection that comes in on this listener will # be considered a Tor connection. It is strongly recommended that this listener # *not* be on a public interface --- it should be on 127.0.0.0/8 or unix domain: # "/hidden_service_sockets/oragono_tor_sock": # tor: true # sets the permissions for Unix listen sockets. on a typical Linux system, # the default is 0775 or 0755, which prevents other users/groups from connecting # to the socket. With 0777, it behaves like a normal TCP socket # where anyone can connect. unix-bind-mode: 0777 # configure the behavior of Tor listeners (ignored if you didn't enable any): tor-listeners: # if this is true, connections from Tor must authenticate with SASL require-sasl: false # what hostname should be displayed for Tor connections? vhost: "tor-network.onion" # allow at most this many connections at once (0 for no limit): max-connections: 64 # connection throttling (limit how many connection attempts are allowed at once): throttle-duration: 10m # set to 0 to disable throttling: max-connections-per-duration: 64 # strict transport security, to get clients to automagically use TLS sts: # whether to advertise STS # # to stop advertising STS, leave this enabled and set 'duration' below to "0". this will # advertise to connecting users that the STS policy they have saved is no longer valid enabled: false # how long clients should be forced to use TLS for. # setting this to a too-long time will mean bad things if you later remove your TLS. # the default duration below is 1 month, 2 days and 5 minutes. duration: 1mo2d5m # tls port - you should be listening on this port above port: 6697 # should clients include this STS policy when they ship their inbuilt preload lists? preload: false # casemapping controls what kinds of strings are permitted as identifiers (nicknames, # channel names, account names, etc.), and how they are normalized for case. # with the recommended default of 'precis', utf-8 identifiers that are "sane" # (according to RFC 8265) are allowed, and the server additionally tries to protect # against confusable characters ("homoglyph attacks"). # the other options are 'ascii' (traditional ASCII-only identifiers), and 'permissive', # which allows identifiers to contain unusual characters like emoji, but makes users # vulnerable to homoglyph attacks. unless you're really confident in your decision, # we recommend leaving this value at its default (changing it once the network is # already up and running is problematic). casemapping: "precis" # whether to look up user hostnames with reverse DNS # (to suppress this for privacy purposes, use the ip-cloaking options below) lookup-hostnames: true # whether to confirm hostname lookups using "forward-confirmed reverse DNS", i.e., for # any hostname returned from reverse DNS, resolve it back to an IP address and reject it # unless it matches the connecting IP forward-confirm-hostnames: true # use ident protocol to get usernames check-ident: false # password to login to the server # generated using "oragono genpasswd" #password: "" # motd filename # if you change the motd, you should move it to ircd.motd motd: # motd formatting codes # if this is true, the motd is escaped using formatting codes like $c, $b, and $i motd-formatting: true # addresses/CIDRs the PROXY command can be used from # this should be restricted to 127.0.0.1/8 and ::1/128 (unless you have a good reason) # you should also add these addresses to the connection limits and throttling exemption lists proxy-allowed-from: # - localhost # - "192.168.1.1" # - "192.168.10.1/24" # controls the use of the WEBIRC command (by IRC<->web interfaces, bouncers and similar) webirc: # one webirc block -- should correspond to one set of gateways - # SHA-256 fingerprint of the TLS certificate the gateway must use to connect # (comment this out to use passwords only) fingerprint: "abcdef0123456789abcdef0123456789abcdef0123456789abcdef0123456789" # password the gateway uses to connect, made with oragono genpasswd password: "$2a$04$sLEFDpIOyUp55e6gTMKbOeroT6tMXTjPFvA0eGvwvImVR9pkwv7ee" # addresses/CIDRs that can use this webirc command # you should also add these addresses to the connection limits and throttling exemption lists hosts: # - localhost # - "192.168.1.1" # - "192.168.10.1/24" # allow use of the RESUME extension over plaintext connections: # do not enable this unless the ircd is only accessible over internal networks allow-plaintext-resume: false # maximum length of clients' sendQ in bytes # this should be big enough to hold bursts of channel/direct messages max-sendq: 96k # compatibility with legacy clients compatibility: # many clients require that the final parameter of certain messages be an # RFC1459 trailing parameter, i.e., prefixed with :, whether or not this is # actually required. this forces Oragono to send those parameters # as trailings. this is recommended unless you're testing clients for conformance; # defaults to true when unset for that reason. force-trailing: true # some clients (ZNC 1.6.x and lower, Pidgin 2.12 and lower) do not # respond correctly to SASL messages with the server name as a prefix: # https://github.com/znc/znc/issues/1212 # this works around that bug, allowing them to use SASL. send-unprefixed-sasl: true # IP-based DoS protection ip-limits: # whether to limit the total number of concurrent connections per IP/CIDR count: false # maximum concurrent connections per IP/CIDR max-concurrent-connections: 16 # whether to restrict the rate of new connections per IP/CIDR throttle: false # how long to keep track of connections for window: 10m # maximum number of new connections per IP/CIDR within the given duration max-connections-per-window: 32 # how long to ban offenders for. after banning them, the number of connections is # reset, which lets you use /UNDLINE to unban people throttle-ban-duration: 10m # how wide the CIDR should be for IPv4 (a /32 is a fully specified IPv4 address) cidr-len-ipv4: 32 # how wide the CIDR should be for IPv6 (a /64 is the typical prefix assigned # by an ISP to an individual customer for their LAN) cidr-len-ipv6: 64 # IPs/networks which are exempted from connection limits exempted: - "localhost" # - "192.168.1.1" # - "2001:0db8::/32" # custom connection limits for certain IPs/networks. note that CIDR # widths defined here override the default CIDR width --- the limit # will apply to the entire CIDR no matter how large or small it is custom-limits: # "8.8.0.0/16": # max-concurrent-connections: 128 # max-connections-per-window: 1024 # IP cloaking hides users' IP addresses from other users and from channel admins # (but not from server admins), while still allowing channel admins to ban # offending IP addresses or networks. In place of hostnames derived from reverse # DNS, users see fake domain names like pwbs2ui4377257x8.oragono. These names are # generated deterministically from the underlying IP address, but if the underlying # IP is not already known, it is infeasible to recover it from the cloaked name. ip-cloaking: # whether to enable IP cloaking enabled: false # fake TLD at the end of the hostname, e.g., pwbs2ui4377257x8.oragono netname: "oragono" # secret key to prevent dictionary attacks against cloaked IPs # any high-entropy secret is valid for this purpose: # you MUST generate a new one for your installation. # suggestion: use the output of `oragono mksecret` # note that rotating this key will invalidate all existing ban masks. secret: "siaELnk6Kaeo65K3RCrwJjlWaZ-Bt3WuZ2L8MXLbNb4" # name of an environment variable to pull the secret from, for use with # k8s secret distribution: # secret-environment-variable: "ORAGONO_CLOAKING_SECRET" # the cloaked hostname is derived only from the CIDR (most significant bits # of the IP address), up to a configurable number of bits. this is the # granularity at which bans will take effect for IPv4. Note that changing # this value will invalidate any stored bans. cidr-len-ipv4: 32 # analogous granularity for IPv6 cidr-len-ipv6: 64 # number of bits of hash output to include in the cloaked hostname. # more bits means less likelihood of distinct IPs colliding, # at the cost of a longer cloaked hostname. if this value is set to 0, # all users will receive simply `netname` as their cloaked hostname. num-bits: 64 # secure-nets identifies IPs and CIDRs which are secure at layer 3, # for example, because they are on a trusted internal LAN or a VPN. # plaintext connections from these IPs and CIDRs will be considered # secure (clients will receive the +Z mode and be allowed to resume # or reattach to secure connections). note that loopback IPs are always # considered secure: secure-nets: # - "10.0.0.0/8" # account options accounts: # is account authentication enabled, i.e., can users log into existing accounts? authentication-enabled: true # account registration registration: # can users register new accounts for themselves? if this is false, operators with # the `accreg` capability can still create accounts with `/NICKSERV SAREGISTER` enabled: true # this is the bcrypt cost we'll use for account passwords bcrypt-cost: 9 # length of time a user has to verify their account before it can be re-registered verify-timeout: "32h" # callbacks to allow enabled-callbacks: - none # no verification needed, will instantly register successfully # example configuration for sending verification emails via a local mail relay # callbacks: # mailto: # server: localhost # port: 25 # tls: # enabled: false # username: "" # password: "" # sender: "admin@my.network" # throttle account login attempts (to prevent either password guessing, or DoS # attacks on the server aimed at forcing repeated expensive bcrypt computations) login-throttling: enabled: true # window duration: 1m # number of attempts allowed within the window max-attempts: 3 # some clients (notably Pidgin and Hexchat) offer only a single password field, # which makes it impossible to specify a separate server password (for the PASS # command) and SASL password. if this option is set to true, a client that # successfully authenticates with SASL will not be required to send # PASS as well, so it can be configured to authenticate with SASL only. skip-server-password: false # require-sasl controls whether clients are required to have accounts # (and sign into them using SASL) to connect to the server require-sasl: # if this is enabled, all clients must authenticate with SASL while connecting enabled: false # IPs/CIDRs which are exempted from the account requirement exempted: - "localhost" # - '10.10.0.0/16' # nick-reservation controls how, and whether, nicknames are linked to accounts nick-reservation: # is there any enforcement of reserved nicknames? enabled: true # how many nicknames, in addition to the account name, can be reserved? additional-nick-limit: 2 # method describes how nickname reservation is handled # timeout: let the user change to the registered nickname, give them X seconds # to login and then rename them if they haven't done so # strict: don't let the user change to the registered nickname unless they're # already logged-in using SASL or NickServ # optional: no enforcement by default, but allow users to opt in to # the enforcement level of their choice # # 'optional' matches the behavior of other NickServs, but 'strict' is # preferable if all your users can enable SASL. method: strict # allow users to set their own nickname enforcement status, e.g., # to opt out of strict enforcement allow-custom-enforcement: true # rename-timeout - this is how long users have 'til they're renamed rename-timeout: 30s # rename-prefix - this is the prefix to use when renaming clients (e.g. Guest-AB54U31) rename-prefix: Guest- # multiclient controls whether oragono allows multiple connections to # attach to the same client/nickname identity; this is part of the # functionality traditionally provided by a bouncer like ZNC multiclient: # when disabled, each connection must use a separate nickname (as is the # typical behavior of IRC servers). when enabled, a new connection that # has authenticated with SASL can associate itself with an existing # client enabled: false # if this is disabled, clients have to opt in to bouncer functionality # using nickserv or the cap system. if it's enabled, they can opt out # via nickserv allowed-by-default: true # whether to allow clients that remain on the server even # when they have no active connections. The possible values are: # "disabled", "opt-in", "opt-out", or "mandatory". always-on: "disabled" # vhosts controls the assignment of vhosts (strings displayed in place of the user's # hostname/IP) by the HostServ service vhosts: # are vhosts enabled at all? enabled: true # maximum length of a vhost max-length: 64 # regexp for testing the validity of a vhost # (make sure any changes you make here are RFC-compliant) valid-regexp: '^[0-9A-Za-z.\-_/]+$' # options controlling users requesting vhosts: user-requests: # can users request vhosts at all? if this is false, operators with the # 'vhosts' capability can still assign vhosts manually enabled: false # if uncommented, all new vhost requests will be dumped into the given # channel, so opers can review them as they are sent in. ensure that you # have registered and restricted the channel appropriately before you # uncomment this. #channel: "#vhosts" # after a user's vhost has been approved or rejected, they need to wait # this long (starting from the time of their original request) # before they can request a new one. cooldown: 168h # vhosts that users can take without approval, using `/HS TAKE` offer-list: #- "oragono.test" # support for deferring password checking to an external LDAP server # you should probably ignore this section! consult the grafana docs for details: # https://grafana.com/docs/grafana/latest/auth/ldap/ # you will probably want to set require-sasl and disable accounts.registration.enabled # ldap: # enabled: true # # should we automatically create users if their LDAP login succeeds? # autocreate: true # # example configuration that works with Forum Systems's testing server: # # https://www.forumsys.com/tutorials/integration-how-to/ldap/online-ldap-test-server/ # host: "ldap.forumsys.com" # port: 389 # timeout: 30s # # example "single-bind" configuration, where we bind directly to the user's entry: # bind-dn: "uid=%s,dc=example,dc=com" # # example "admin bind" configuration, where we bind to an initial admin user, # # then search for the user's entry with a search filter: # #search-base-dns: # # - "dc=example,dc=com" # #bind-dn: "cn=read-only-admin,dc=example,dc=com" # #bind-password: "password" # #search-filter: "(uid=%s)" # # example of requiring that users be in a particular group # # (note that this is an OR over the listed groups, not an AND): # #require-groups: # # - "ou=mathematicians,dc=example,dc=com" # #group-search-filter-user-attribute: "dn" # #group-search-filter: "(uniqueMember=%s)" # #group-search-base-dns: # # - "dc=example,dc=com" # # example of group membership testing via user attributes, as in AD # # or with OpenLDAP's "memberOf overlay" (overrides group-search-filter): # attributes: # member-of: "memberOf" # channel options channels: # modes that are set when new channels are created # +n is no-external-messages and +t is op-only-topic # see /QUOTE HELP cmodes for more channel modes default-modes: +nt # how many channels can a client be in at once? max-channels-per-client: 1000 # if this is true, new channels can only be created by operators with the # `chanreg` operator capability operator-only-creation: false # channel registration - requires an account registration: # can users register new channels? enabled: true # how many channels can each account register? max-channels-per-account: 15 # operator classes oper-classes: # local operator "local-oper": # title shown in WHOIS title: Local Operator # capability names capabilities: - "oper:local_kill" - "oper:local_ban" - "oper:local_unban" - "nofakelag" # network operator "network-oper": # title shown in WHOIS title: Network Operator # oper class this extends from extends: "local-oper" # capability names capabilities: - "oper:remote_kill" - "oper:remote_ban" - "oper:remote_unban" # server admin "server-admin": # title shown in WHOIS title: Server Admin # oper class this extends from extends: "local-oper" # capability names capabilities: - "oper:rehash" - "oper:die" - "accreg" - "sajoin" - "samode" - "vhosts" - "chanreg" # ircd operators opers: # operator named 'dan' dan: # which capabilities this oper has access to class: "server-admin" # custom whois line whois-line: is a cool dude # custom hostname vhost: "n" # modes are the modes to auto-set upon opering-up modes: +is acjknoqtuxv # operators can be authenticated either by password (with the /OPER command), # or by certificate fingerprint, or both. if a password hash is set, then a # password is required to oper up (e.g., /OPER dan mypassword). to generate # the hash, use `oragono genpasswd`. password: "$2a$04$LiytCxaY0lI.guDj2pBN4eLRD5cdM2OLDwqmGAgB6M2OPirbF5Jcu" # if a SHA-256 certificate fingerprint is configured here, then it will be # required to /OPER. if you comment out the password hash above, then you can # /OPER without a password. #fingerprint: "abcdef0123456789abcdef0123456789abcdef0123456789abcdef0123456789" # if 'auto' is set (and no password hash is set), operator permissions will be # granted automatically as soon as you connect with the right fingerprint. #auto: true # logging, takes inspiration from Insp logging: - # how to log these messages # # file log to given target filename # stdout log to stdout # stderr log to stderr # (you can specify multiple methods, e.g., to log to both stderr and a file) method: stderr # filename to log to, if file method is selected # filename: ircd.log # type(s) of logs to keep here. you can use - to exclude those types # # exclusions take precedent over inclusions, so if you exclude a type it will NEVER # be logged, even if you explicitly include it # # useful types include: # * everything (usually used with exclusing some types below) # server server startup, rehash, and shutdown events # accounts account registration and authentication # channels channel creation and operations # commands command calling and operations # opers oper actions, authentication, etc # services actions related to NickServ, ChanServ, etc. # internal unexpected runtime behavior, including potential bugs # userinput raw lines sent by users # useroutput raw lines sent to users type: "* -userinput -useroutput" # one of: debug info warn error level: info #- # # example of a file log that avoids logging IP addresses # method: file # filename: ircd.log # type: "* -userinput -useroutput -localconnect -localconnect-ip" # level: debug # debug options debug: # when enabled, oragono will attempt to recover from certain kinds of # client-triggered runtime errors that would normally crash the server. # this makes the server more resilient to DoS, but could result in incorrect # behavior. deployments that would prefer to "start from scratch", e.g., by # letting the process crash and auto-restarting it with systemd, can set # this to false. recover-from-errors: true # optionally expose a pprof http endpoint: https://golang.org/pkg/net/http/pprof/ # it is strongly recommended that you don't expose this on a public interface; # if you need to access it remotely, you can use an SSH tunnel. # set to `null`, "", leave blank, or omit to disable # pprof-listener: "localhost:6060" # datastore configuration datastore: # path to the datastore path: ircd.db # if the database schema requires an upgrade, `autoupgrade` will attempt to # perform it automatically on startup. the database will be backed # up, and if the upgrade fails, the original database will be restored. autoupgrade: true # connection information for MySQL (currently only used for persistent history): mysql: enabled: false host: "localhost" # port is unnecessary for connections via unix domain socket: #port: 3306 user: "oragono" password: "hunter2" history-database: "oragono_history" timeout: 3s # languages config languages: # whether to load languages enabled: false # default language to use for new clients # 'en' is the default English language in the code default: en # which directory contains our language files path: languages # limits - these need to be the same across the network limits: # nicklen is the max nick length allowed nicklen: 32 # identlen is the max ident length allowed identlen: 20 # channellen is the max channel length allowed channellen: 64 # awaylen is the maximum length of an away message awaylen: 500 # kicklen is the maximum length of a kick message kicklen: 1000 # topiclen is the maximum length of a channel topic topiclen: 1000 # maximum number of monitor entries a client can have monitor-entries: 100 # whowas entries to store whowas-entries: 100 # maximum length of channel lists (beI modes) chan-list-modes: 1000 # maximum number of messages to accept during registration (prevents # DoS / resource exhaustion attacks): registration-messages: 1024 # message length limits for the new multiline cap multiline: max-bytes: 4096 # 0 means disabled max-lines: 100 # 0 means no limit # fakelag: prevents clients from spamming commands too rapidly fakelag: # whether to enforce fakelag enabled: false # time unit for counting command rates window: 1s # clients can send this many commands without fakelag being imposed burst-limit: 5 # once clients have exceeded their burst allowance, they can send only # this many commands per `window`: messages-per-window: 2 # client status resets to the default state if they go this long without # sending any commands: cooldown: 2s # message history tracking, for the RESUME extension and possibly other uses in future history: # should we store messages for later playback? # by default, messages are stored in RAM only; they do not persist # across server restarts. however, you should not enable this unless you understand # how it interacts with the GDPR and/or any data privacy laws that apply # in your country and the countries of your users. enabled: false # how many channel-specific events (messages, joins, parts) should be tracked per channel? channel-length: 1024 # how many direct messages and notices should be tracked per user? client-length: 256 # how long should we try to preserve messages? # if `autoresize-window` is 0, the in-memory message buffers are preallocated to # their maximum length. if it is nonzero, the buffers are initially small and # are dynamically expanded up to the maximum length. if the buffer is full # and the oldest message is older than `autoresize-window`, then it will overwrite # the oldest message rather than resize; otherwise, it will expand if possible. autoresize-window: 1h # number of messages to automatically play back on channel join (0 to disable): autoreplay-on-join: 0 # maximum number of CHATHISTORY messages that can be # requested at once (0 disables support for CHATHISTORY) chathistory-maxmessages: 100 # maximum number of messages that can be replayed at once during znc emulation # (znc.in/playback, or automatic replay on initial reattach to a persistent client): znc-maxmessages: 2048 # options to delete old messages, or prevent them from being retrieved restrictions: # if this is set, messages older than this cannot be retrieved by anyone # (and will eventually be deleted from persistent storage, if that's enabled) #expire-time: 1w # if this is set, logged-in users cannot retrieve messages older than their # account registration date, and logged-out users cannot retrieve messages # older than their sign-on time (modulo grace-period, see below): enforce-registration-date: false # but if this is set, you can retrieve messages that are up to `grace-period` # older than the above cutoff time. this is recommended to allow logged-out # users to do session resumption / query history after disconnections. grace-period: 1h # options to store history messages in a persistent database (currently only MySQL): persistent: enabled: false # store unregistered channel messages in the persistent database? unregistered-channels: false # for a registered channel, the channel owner can potentially customize # the history storage setting. as the server operator, your options are # 'disabled' (no persistent storage, regardless of per-channel setting), # 'opt-in', 'opt-out', and 'mandatory' (force persistent storage, ignoring # per-channel setting): registered-channels: "opt-out" # direct messages are only stored in the database for logged-in clients; # you can control how they are stored here (same options as above). # if you enable this, strict nickname reservation is strongly recommended # as well. direct-messages: "opt-out"