Print only errors, omit simple informational messages. In any case
those messages are logged, so you can reread them using
@ref{nncp-log} command.
+@item -progress, -noprogress
+ Either force progress showing, or disable it.
@item -version
Print version information.
@item -warranty
@section nncp-bundle
@verbatim
-% nncp-bundle [options] -tx [-delete] NODE [NODE ...] > ...
-% nncp-bundle [options] -rx -delete [-dryrun] [NODE ...] < ...
-% nncp-bundle [options] -rx [-check] [-dryrun] [NODE ...] < ...
+$ nncp-bundle [options] -tx [-delete] NODE [NODE ...] > ...
+$ nncp-bundle [options] -rx -delete [-dryrun] [NODE ...] < ...
+$ nncp-bundle [options] -rx [-check] [-dryrun] [NODE ...] < ...
@end verbatim
With @option{-tx} option, this command creates @ref{Bundles, bundle} of
spool if everything is good. So it is advisable to recheck your streams:
@verbatim
-% nncp-bundle -tx ALICE BOB WHATEVER | cdrecord -tao -
-% dd if=/dev/cd0 bs=2048 | nncp-bundle -rx -delete
+$ nncp-bundle -tx ALICE BOB WHATEVER | cdrecord -tao -
+$ dd if=/dev/cd0 bs=2048 | nncp-bundle -rx -delete
@end verbatim
@option{-dryrun} option prevents any writes to the spool. This is
@section nncp-call
@verbatim
-% nncp-call [options]
+$ nncp-call [options]
[-onlinedeadline INT]
[-maxonlinetime INT]
[-rx|-tx]
You can specify what packets your want to download, by specifying
@option{-pkts} option with comma-separated list of packets identifiers.
+Each @option{NODE} can contain several uniquely identified
+@option{ADDR}esses in @ref{CfgAddrs, configuration} file. If you do
+not specify the exact one, then all will be tried until the first
+success. Optionally you can force @option{FORCEADDR} address usage,
+instead of addresses taken from configuration file. You can specify both
+@verb{|host:port|} and @verb{#|some command#} formats.
+
+Pay attention that this command runs integrity check for each completely
+received packet in the background. This can be time consuming.
+Connection could be lost during that check and remote node won't be
+notified that file is done. But after successful integrity check that
+file is renamed from @file{.part} one and when you rerun
+@command{nncp-call} again, remote node will receive completion
+notification.
+
@node nncp-caller
@section nncp-caller
@verbatim
-% nncp-caller [options] [NODE ...]
+$ nncp-caller [options] [NODE ...]
@end verbatim
Croned daemon that calls remote nodes from time to time, according to
Otherwise all nodes with specified @emph{calls} configuration
field will be called.
-@option{-onlinedeadline} overrides @ref{CfgOnlineDeadline,
-@emph{onlinedeadline}} configuration option.
-
-Each @option{NODE} can contain several uniquely identified
-@option{ADDR}esses in @ref{CfgAddrs, configuration} file. If you do
-not specify the exact one, then all will be tried until the first
-success. Optionally you can force @option{FORCEADDR} address usage,
-instead of addresses taken from configuration file.
-
-Pay attention that this command runs integrity check for each completely
-received packet in the background. This can be time consuming.
-Connection could be lost during that check and remote node won't be
-notified that file is done. But after successful integrity check that
-file is renamed from @file{.part} one and when you rerun
-@command{nncp-call} again, remote node will receive completion
-notification.
+Look @ref{nncp-call} for more information.
@node nncp-cfgenc
@section nncp-cfgenc
@verbatim
-% nncp-cfgmin [options] [-s INT] [-t INT] [-p INT] cfg.yaml > cfg.yaml.eblob
-% nncp-cfgmin [options] -d cfg.yaml.eblob > cfg.yaml
+$ nncp-cfgmin [options] [-s INT] [-t INT] [-p INT] cfg.hjson > cfg.hjson.eblob
+$ nncp-cfgmin [options] -d cfg.hjson.eblob > cfg.hjson
@end verbatim
-This command allows you to encrypt provided @file{cfg.yaml} file with
+This command allows you to encrypt provided @file{cfg.hjson} file with
the passphrase, producing @ref{EBlob, eblob}, to safely keep your
configuration file with private keys. This utility was written for users
who do not want (or can not) to use either @url{https://gnupg.org/,
@option{-dump} options parses @file{eblob} and prints parameters used
during its creation. For example:
@verbatim
-% nncp-cfgenc -dump /usr/local/etc/nncp.yaml.eblob
+$ nncp-cfgenc -dump /usr/local/etc/nncp.hjson.eblob
Strengthening function: Balloon with BLAKE2b-256
Memory space cost: 1048576 bytes
Number of rounds: 16
@section nncp-cfgmin
@verbatim
-% nncp-cfgmin [options] > stripped.yaml
+$ nncp-cfgmin [options] > stripped.hjson
@end verbatim
Print out stripped configuration version: only path to @ref{Spool,
@section nncp-cfgnew
@verbatim
-% nncp-cfgnew [options] > new.yaml
+$ nncp-cfgnew [options] [-nocomments] > new.hjson
@end verbatim
Generate new node configuration: private keys, example configuration
file and print it to stdout. You must use this command when you setup
-the new node.
+the new node. @option{-nocomments} will create configuration file
+without descriptive huge comments -- useful for advanced users.
Pay attention that private keys generation consumes an entropy from your
operating system.
@section nncp-check
@verbatim
-% nncp-check [options]
+$ nncp-check [options]
@end verbatim
Perform @ref{Spool, spool} directory integrity check. Read all files
@section nncp-daemon
@verbatim
-% nncp-daemon [options] [-maxconn INT] [-bind ADDR] [-inetd]
+$ nncp-daemon [options] [-maxconn INT] [-bind ADDR] [-inetd]
@end verbatim
Start listening TCP daemon, wait for incoming connections and run
@section nncp-exec
@verbatim
-% nncp-exec [options] NODE HANDLE [ARG0 ARG1 ...]
+$ nncp-exec [options] NODE HANDLE [ARG0 ARG1 ...]
@end verbatim
Send execution command to @option{NODE} for specified @option{HANDLE}.
node:
@verbatim
-exec:
+exec: {
sendmail: [/usr/sbin/sendmail, "-t"]
appender: ["/bin/sh", "-c", "cat >> /append"]
+}
@end verbatim
then executing @verb{|echo My message | nncp-exec -replynice 123 REMOTE
/usr/sbin/sendmail -t root@localhost
@end verbatim
+If @ref{CfgNotify, notification} is enabled on the remote side for exec
+handles, then it will sent simple letter after successful command
+execution with its output in message body.
@node nncp-file
@section nncp-file
@verbatim
-% nncp-file [options] [-chunked INT] SRC NODE:[DST]
+$ nncp-file [options] [-chunked INT] SRC NODE:[DST]
@end verbatim
Send @file{SRC} file to remote @option{NODE}. @file{DST} specifies
algorithms. Data is splitted on 128 KiB blocks. Each block is encrypted
with increasing nonce counter.
+If @file{SRC} points to directory, then
+@url{https://pubs.opengroup.org/onlinepubs/9699919799/utilities/pax.html#tag_20_92_13_01, pax archive}
+will be created on the fly with directory contents and destination
+filename @file{.tar} appended. It @strong{won't} contain any entities
+metainformation, but modification time with the names. UID/GID are set
+to zero. Directories have 777 permissions, files have 666, for being
+friendly with @command{umask}. Also each entity will have comment like
+@verb{|Autogenerated by NNCP version X.Y.Z built with goXXX|}.
+
If @option{-chunked} is specified, then source file will be split
@ref{Chunked, on chunks}. @option{INT} is the desired chunk size in
KiBs. This mode is more CPU hungry. Pay attention that chunk is saved in
spool directory immediately and it is not deleted if any error occurs.
@option{-minsize} option is applied per each chunk. Do not forget about
-@ref{ChunkedZFS, possible} ZFS deduplication issues.
+@ref{ChunkedZFS, possible} ZFS deduplication issues. Zero
+@option{-chunked} disables chunked transmission.
If @ref{CfgNotify, notification} is enabled on the remote side for
file transmissions, then it will sent simple letter after successful
@section nncp-freq
@verbatim
-% nncp-freq [options] NODE:SRC [DST]
+$ nncp-freq [options] NODE:SRC [DST]
@end verbatim
Send file request to @option{NODE}, asking it to send its @file{SRC}
-file from @ref{CfgFreq, freq} directory to our node under @file{DST}
+file from @ref{CfgFreq, freq.path} directory to our node under @file{DST}
filename in our @ref{CfgIncoming, incoming} one. If @file{DST} is not
specified, then last element of @file{SRC} will be used.
@section nncp-log
@verbatim
-% nncp-log [options]
+$ nncp-log [options]
@end verbatim
Parse @ref{Log, log} file and print out its records in human-readable form.
@section nncp-pkt
@verbatim
-% nncp-pkt [options] < pkt
-% nncp-pkt [options] [-decompress] -dump < pkt > payload
-% nncp-pkt -overheads
+$ nncp-pkt [options] < pkt
+$ nncp-pkt [options] [-decompress] -dump < pkt > payload
+$ nncp-pkt -overheads
@end verbatim
Low level packet parser. Normally it should not be used, but can help in
And with the @option{-dump} option it will give you the actual payload
(the whole file, mail message, and so on). @option{-decompress} option
-tries to zlib-decompress the data from plain packet (useful for mail
+tries to zstd-decompress the data from plain packet (useful for mail
packets).
@option{-overheads} options print encrypted, plain and size header overheads.
@section nncp-reass
@verbatim
-% nncp-reass [options] [-dryrun] [-keep] [-dump] [-stdout] FILE.nncp.meta
-% nncp-reass [options] [-dryrun] [-keep] {-all | -node NODE}
+$ nncp-reass [options] [-dryrun] [-keep] [-dump] [-stdout] FILE.nncp.meta
+$ nncp-reass [options] [-dryrun] [-keep] {-all | -node NODE}
@end verbatim
Reassemble @ref{Chunked, chunked file} after @ref{nncp-toss, tossing}.
@section nncp-rm
@verbatim
-% nncp-rm [options] -tmp
-% nncp-rm [options] -lock
-% nncp-rm [options] -node NODE -part
-% nncp-rm [options] -node NODE -seen
-% nncp-rm [options] -node NODE [-rx] [-tx]
-% nncp-rm [options] -node NODE -pkt PKT
+$ nncp-rm [options] -tmp
+$ nncp-rm [options] -lock
+$ nncp-rm [options] -node NODE -part
+$ nncp-rm [options] -node NODE -seen
+$ nncp-rm [options] -node NODE [-rx] [-tx]
+$ nncp-rm [options] -node NODE -pkt PKT
@end verbatim
This command is aimed to delete various files from your spool directory:
@section nncp-stat
@verbatim
-% nncp-stat [options] [-node NODE]
+$ nncp-stat [options] [-node NODE]
@end verbatim
Print current @ref{Spool, spool} statistics about unsent and unprocessed
@section nncp-toss
@verbatim
-% nncp-toss [options]
+$ nncp-toss [options]
[-node NODE]
[-dryrun]
[-cycle INT]
@section nncp-xfer
@verbatim
-% nncp-xfer [options] [-node NODE] [-mkdir] [-keep] [-rx|-tx] DIR
+$ nncp-xfer [options] [-node NODE] [-mkdir] [-keep] [-rx|-tx] DIR
@end verbatim
Search for directory in @file{DIR} containing inbound packets for us and