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Updated manual, rebuilt docs.

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Nick Patavalis
2018-02-08 17:15:39 +02:00
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.\" Automatically generated by Pandoc 1.16.0.2
.\"
.ad l
.TH "PICOCOM" "1" "2018-02-01" "Picocom 3.2a" "User Commands"
.TH "PICOCOM" "1" "2018-02-08" "Picocom 3.2a" "User Commands"
.nh \" Turn off hyphenation by default.
.SH NAME
.PP
@ -28,7 +28,8 @@ you are, most likely, already using (the terminal window application,
xterm, rxvt, system console, etc).
.PP
When picocom starts it opens the tty (serial port) given as its
non\-option argument.
non\-option argument (or the \f[I]last\f[] non\-option argument, if
multiple are given).
Unless the \f[B]\-\-noinit\f[] option is given, it configures the port
to the settings specified by the option\-arguments (or to some default
settings), and sets it to "raw" mode.

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</head>
<body>
<div id="header">
<h1 class="title"><div id="pgname">PICOCOM(1)</div><div id="version">v3.2a / 2018-02-01</div></h1>
<h1 class="title"><div id="pgname">PICOCOM(1)</div><div id="version">v3.2a / 2018-02-08</div></h1>
</div>
<h1 id="name">NAME</h1>
<p>picocom - minimal dumb-terminal emulation program</p>
@ -20,7 +20,7 @@
<h1 id="description">DESCRIPTION</h1>
<p>As its name suggests, <strong>picocom(1)</strong> is a minimal dumb-terminal emulation program. It is, in principle, very much like <strong>minicom(1)</strong>, only it's &quot;pico&quot; instead of &quot;mini&quot;! It was designed to serve as a simple, manual, modem configuration, testing, and debugging tool. It has also served (quite well) as a low-tech serial communications program to allow access to all types of devices that provide serial consoles. It could also prove useful in many other similar tasks.</p>
<p>In effect, picocom is not an &quot;emulator&quot; per-se. It is a simple program that opens, configures, manages a serial port (tty device) and its settings, and connects to it the terminal emulator you are, most likely, already using (the terminal window application, xterm, rxvt, system console, etc).</p>
<p>When picocom starts it opens the tty (serial port) given as its non-option argument. Unless the <strong>--noinit</strong> option is given, it configures the port to the settings specified by the option-arguments (or to some default settings), and sets it to &quot;raw&quot; mode. If <strong>--noinit</strong> is given, the initialization and configuration is skipped; the port is just opened. Following this, if standard input is a tty, picocom sets the tty to raw mode. Then it goes in a loop where it listens for input from stdin, or from the serial port. Input from the serial port is copied to the standard output while input from the standard input is copied to the serial port. Picocom also scans its input stream for a user-specified control character, called the <em>escape character</em> (being by default <strong>C-a</strong>). If the escape character is seen, then instead of sending it to the serial-device, the program enters &quot;command mode&quot; and waits for the next character (which is called the &quot;function character&quot;). Depending on the value of the function character, picocom performs one of the operations described in the <strong><a href="#commands">COMMANDS</a></strong> section below.</p>
<p>When picocom starts it opens the tty (serial port) given as its non-option argument (or the <em>last</em> non-option argument, if multiple are given). Unless the <strong>--noinit</strong> option is given, it configures the port to the settings specified by the option-arguments (or to some default settings), and sets it to &quot;raw&quot; mode. If <strong>--noinit</strong> is given, the initialization and configuration is skipped; the port is just opened. Following this, if standard input is a tty, picocom sets the tty to raw mode. Then it goes in a loop where it listens for input from stdin, or from the serial port. Input from the serial port is copied to the standard output while input from the standard input is copied to the serial port. Picocom also scans its input stream for a user-specified control character, called the <em>escape character</em> (being by default <strong>C-a</strong>). If the escape character is seen, then instead of sending it to the serial-device, the program enters &quot;command mode&quot; and waits for the next character (which is called the &quot;function character&quot;). Depending on the value of the function character, picocom performs one of the operations described in the <strong><a href="#commands">COMMANDS</a></strong> section below.</p>
<h1 id="commands">COMMANDS</h1>
<p>Commands are given to picocom by first keying the <em>espace character</em> which by default is <strong>C-a</strong> (see <strong><a href="#options">OPTIONS</a></strong> below for how to change it), and then keying one of the function (command) characters shown here.</p>
<dl>

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@ -31,22 +31,23 @@ likely, already using (the terminal window application, xterm, rxvt,
system console, etc).
When picocom starts it opens the tty (serial port) given as its
non-option argument. Unless the **--noinit** option is given, it
configures the port to the settings specified by the option-arguments
(or to some default settings), and sets it to "raw" mode. If
**--noinit** is given, the initialization and configuration is
skipped; the port is just opened. Following this, if standard input is
a tty, picocom sets the tty to raw mode. Then it goes in a loop where
it listens for input from stdin, or from the serial port. Input from
the serial port is copied to the standard output while input from the
standard input is copied to the serial port. Picocom also scans its
input stream for a user-specified control character, called the
_escape character_ (being by default **C-a**). If the escape character
is seen, then instead of sending it to the serial-device, the program
enters "command mode" and waits for the next character (which is
called the "function character"). Depending on the value of the
function character, picocom performs one of the operations described
in the **[COMMANDS]** section below.
non-option argument (or the *last* non-option argument, if multiple
are given). Unless the **--noinit** option is given, it configures the
port to the settings specified by the option-arguments (or to some
default settings), and sets it to "raw" mode. If **--noinit** is
given, the initialization and configuration is skipped; the port is
just opened. Following this, if standard input is a tty, picocom sets
the tty to raw mode. Then it goes in a loop where it listens for input
from stdin, or from the serial port. Input from the serial port is
copied to the standard output while input from the standard input is
copied to the serial port. Picocom also scans its input stream for a
user-specified control character, called the _escape character_ (being
by default **C-a**). If the escape character is seen, then instead of
sending it to the serial-device, the program enters "command mode" and
waits for the next character (which is called the "function
character"). Depending on the value of the function character, picocom
performs one of the operations described in the **[COMMANDS]** section
below.
# COMMANDS

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