Welcome to minicom 2.7

OPTIONS: I18n
Compiled on Feb 7 2016, 13:37:27.
Port /dev/ttyUSB0, 14:18:02

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#!/usr/bin/env python
#
# sendserial - program to write to a serial port data coming from to stdin

MAJOR_VERSION=1
MINOR_VERSION=0
REVISION=0

import os, sys
import getopt
import serial
import time
import re

cmd = os.path.basename(sys.argv[0])
verbose = 0

def vprint(message):
if verbose:
print(message)

def usage(rcode):
print("""%s : Serial line reader
Usage: %s [options] <config_file>
options:
-h, --help Print this message
-d, --device=<devpath> Set the device to read (default '/dev/ttyS0')
-b, --baudrate=<val> Set the baudrate (default 115200)
-w, --width=<val> Set the data bit width (default 8)
-p, --parity=<val> Set the parity (default N)
-s, --stopbits=<val> Set the stopbits (default 1)
-x, --xonxoff Enable software flow control (default off)
-r, --rtscts Enable RTS/CTS flow control (default off)
-f, --force-reset Force pyserial to reset device parameters
-t, --timeout=<secs> End the program after the specified seconds have
elapsed.
-c, --command=<cmd> Send a command to the port before sending
-k, --breakcmd=<cmd> Send a break and then a command to the port before sending
-q, --quitpat=<pat> Specify a regular expression pattern to end the
program. Works mid-line.
-i, --input=<name> Input file to read data from.
-v, --verbose Show verbose runtime messages
-V, --version Show version number and exit
""" % (cmd, cmd))
sys.exit(rcode)

def device_exists(device):
try:
from serial.tools import list_ports

for port in list_ports.comports():
if port[0] == device:
return True

return False
except:
return os.path.exists(device)

def main():
global verbose

# parse the command line options
try:
opts, args = getopt.getopt(sys.argv[1:],
"hd:b:w:p:s:xrfc:k:et:i:vVq:", [
"help",
"device=",
"baudrate=",
"width=",
"parity=",
"stopbits=",
"xonxoff",
"rtscts",
"force-reset",
"command=",
"breakcmd=",
"eof",
"timeout=",
"input=",
"verbose",
"version",
"quitpat="])
except:
# print help info and exit
print("Error parsing command line options")
usage(2)

sd = serial.Serial()
sd.port="/dev/ttyS0"
sd.baudrate=115200
sd.bytesize=serial.EIGHTBITS
sd.parity=serial.PARITY_NONE
sd.stopbits=serial.STOPBITS_ONE
sd.xonxoff=False
sd.rtscts=False
sd.dsrdtr=False
sd.timeout=0
force = False
quitpat = ''
sendeof=0
timeout = 0
inputfile = None
command = ""
sendbreak = 0

for opt, arg in opts:
if opt in ["-h", "--help"]:
usage(0)
if opt in ["-d", "--device"]:
device = arg
if not device_exists(device):
print("Error: serial device '%s' does not exist" % device)
sd.close()
usage(2)
sd.port = device
if opt in ["-b", "--baudrate"]:
baud = int(arg)
if baud not in sd.BAUDRATES:
print("Error: invalid baud rate '%d' specified" % baudrate)
print("Valid baud rates are: %s" % str(sd.BAUDRATES))
sd.close()
sys.exit(3)
sd.baudrate = baud
if opt in ["-p", "--parity"]:
par = arg.upper()
if par not in sd.PARITIES:
print("Error: invalid parity '%s' specified" % par)
print("Valid parities are: %s" % str(sd.PARITIES))
sd.close()
sys.exit(3)
sd.parity = par
if opt in ["-w", "--width"]:
width = int(arg)
if width not in sd.BYTESIZES:
print("Error: invalid data bit width '%d' specified" % width)
print("Valid data bit widths are: %s" % str(sd.BYTESIZES))
sd.close()
sys.exit(3)
sd.bytesize = width
if opt in ["-s", "--stopbits"]:
stop = int(arg)
if stop not in sd.STOPBITS:
print("Error: invalid stopbits '%d' specified" % stop)
print("Valid stopbits are: %s" % str(sd.STOPBITS))
sd.close()
sys.exit(3)
sd.stopbits = stop
if opt in ["-c", "--command"]:
command = arg
if opt in ["-k", "--breakcmd"]:
command = arg
sendbreak = True
if opt in ["-x", "--xonxoff"]:
sd.xonxoff = True
if opt in ["-r", "--rtscts"]:
sd.rtscts = True
if opt in ["-f", "--force-set"]:
force = True
if opt in ["-q", "--quitpat"]:
quitpat=arg
if opt in ["-e", "--eof"]:
sendeof = True
if opt in ["-t", "--timeout"]:
endstr=arg
try:
timeout = time.time()+float(endstr)
except:
print("Error: invalid timeout %s specified" % arg)
sd.close()
sys.exit(3)
if opt in ["-i", "--input"]:
inputfile = arg
if opt in ["-v", "--verbose"]:
verbose=1
if opt in ["-V", "--version"]:
print("grabserial version %d.%d.%d" % (MAJOR_VERSION, MINOR_VERSION, REVISION))
sd.close()
sys.exit(0)

# if verbose, show what our settings are
vprint("Opening serial port %s" % sd.port)
vprint("%d:%d%s%s:xonxoff=%d:rtscts=%d" % (sd.baudrate, sd.bytesize,
sd.parity, sd.stopbits, sd.xonxoff, sd.rtscts))
if timeout:
vprint("Program will end in %s seconds" % endstr)
if quitpat:
vprint("Instant pattern '%s' to exit program" % quitpat)

if inputfile:
try:
inpt = open(inputfile, "rb")
except IOError:
print("Can't open input file '%s'" % inputfile)
sys.exit(1)
vprint("Readind data from '%s'" % inputfile)

curline = ""
vprint("Use Control-C to stop...")

if force:
# pyserial does not reconfigure the device if the settings
# don't change from the previous ones. This causes issues
# with (at least) some USB serial converters
toggle = sd.xonxoff
sd.xonxoff = not toggle
sd.open()
sd.close()
sd.xonxoff = toggle
sd.open()
sd.flushInput()
sd.flushOutput()

if sendbreak:
sd.write("\x03")
sd.flush()

if command:
sd.write(command + "\n")
sd.flush()

gotcr = 0
# read from the serial port until something stops the program
while(1):
try:
if inputfile:
x = inpt.read(1)
else:
x = sys.stdin.read(1)

# see if we're supposed to stop yet
if timeout and time.time()>timeout:
vprint("Timeout reached")
break

# if we didn't read anything, exit
if len(x)==0:
break

if x=="\r":
gotcr = True

# send data to port
if x=="\n":
curline = ""
if gotcr:
sd.write(x)
gotcr = 0
else:
sd.write("\r\n")
else:
sd.write(x)
curline += x
sd.flush()

# Exit the loop if quitpat matches
if quitpat and re.search(quitpat, curline):
vprint("Quit pattern found")
break

except:
break

if sendeof:
sd.write("\x1a")
sd.flush()

sd.close()

if inputfile:
inpt.close()

main()

#!/usr/bin/env python
#
# grabserial - program to read a serial port and send the data to stdout
#
# Copyright 2006,2015 Sony Corporation
#
# This program is provided under the Gnu General Public License (GPL)
# version 2 ONLY. This program is distributed WITHOUT ANY WARRANTY.
# See the LICENSE file, which should have accompanied this program,
# for the text of the license.
#
# 2006-09-07 by Tim Bird <tim.bird@sonymobile.com>
#
# To do:
# * buffer output chars??
#
# CHANGELOG:
# 2016.04.23 - Version 1.8.1b - added the -k/--breakcmd option
# 2015.04.23 - Version 1.8.1 - remove instructions for applying LICENSE text
# to new files, and add no-warranty language to grabserial.
# 2015.03.10 - Version 1.8.0 - add -o option for saving output to a file
# add -T option for absolute times. Both contributed by ramaxlo
# 2015.03.10 - Version 1.7.1 - add line feed to instantpat result line
# 2014.09.28 - Version 1.7.0 - add option for force reset for USB serial
# contributed by John Mehaffey <mehaf@gedanken.com>
# 2014.01.07 - Version 1.6.0 - add option for exiting based on a
# mid-line pattern (quitpat). Simeon Miteff <simeon.miteff@gmail.com>
# 2013.12.19 - Version 1.5.2 - verify Windows ports w/ serial.tools.list_ports
# (thanks to Yegor Yefromov for the idea and code)
# 2013.12.16 - Version 1.5.1 - Change my e-mail address
# 2011.12.19 - Version 1.5.0 - add options for mid-line time capture
# (instantpat) and base time from launch of program instead of
# first char seen (launchtime) - contributed by Kent Borg
# 2011-09-24 - better time output and time delta
# Constantine Shulyupin <const@makelinux.com>
# 2008-06-02 - Version 1.1.0 add support for sending a command to
# the serial port before grabbing output

MAJOR_VERSION=1
MINOR_VERSION=8
REVISION=1

import os, sys
import getopt
import serial
import time
import re

cmd = os.path.basename(sys.argv[0])
verbose = 0

def vprint(message):
if verbose:
print(message)

def usage(rcode):
print("""%s : Serial line reader
Usage: %s [options] <config_file>
options:
-h, --help Print this message
-d, --device=<devpath> Set the device to read (default '/dev/ttyS0')
-b, --baudrate=<val> Set the baudrate (default 115200)
-w, --width=<val> Set the data bit width (default 8)
-p, --parity=<val> Set the parity (default N)
-s, --stopbits=<val> Set the stopbits (default 1)
-x, --xonxoff Enable software flow control (default off)
-r, --rtscts Enable RTS/CTS flow control (default off)
-f, --force-reset Force pyserial to reset device parameters
-e, --endtime=<secs> End the program after the specified seconds have
elapsed.
-c, --command=<cmd> Send a command to the port before reading
-k, --breakcmd=<cmd> Send a break and then a command to the port before reading
-t, --time Print time for each line received. The time is
when the first character of each line is
received by %s
-T, --systime Print system time for each line received. The time
is the absolute local time when the first character
of each line is received by %s
-m, --match=<pat> Specify a regular expression pattern to match to
set a base time. Time values for lines after the
line matching the pattern will be relative to
this base time.
-i, --instantpat=<pat> Specify a regular expression pattern to have its time
reported at end of run. Works mid-line.
-q, --quitpat=<pat> Specify a regular expression pattern to end the
program. Works mid-line.
-l, --launchtime Set base time from launch of program.
-o, --output=<name> Output data to the named file.
-v, --verbose Show verbose runtime messages
-V, --version Show version number and exit

Ex: %s -e 30 -t -m "^Linux version.*"
This will grab serial input for 30 seconds, displaying the time for
each line, and re-setting the base time when the line starting with
"Linux version" is seen.
""" % (cmd, cmd, cmd, cmd, cmd))
sys.exit(rcode)

def device_exists(device):
try:
from serial.tools import list_ports

for port in list_ports.comports():
if port[0] == device:
return True

return False
except:
return os.path.exists(device)


def main():
global verbose

# parse the command line options
try:
opts, args = getopt.getopt(sys.argv[1:],
"hli:d:b:w:p:s:xrfc:k:tTm:e:o:vVq:", [
"help",
"launchtime",
"instantpat=",
"device=",
"baudrate=",
"width=",
"parity=",
"stopbits=",
"xonxoff",
"rtscts",
"force-reset",
"command=",
"breakcmd=",
"time",
"systime",
"match=",
"endtime=",
"output=",
"verbose",
"version",
"quitpat="])
except:
# print help info and exit
print("Error parsing command line options")
usage(2)

sd = serial.Serial()
sd.port="/dev/ttyS0"
sd.baudrate=115200
sd.bytesize=serial.EIGHTBITS
sd.parity=serial.PARITY_NONE
sd.stopbits=serial.STOPBITS_ONE
sd.xonxoff=False
sd.rtscts=False
sd.dsrdtr=False
# specify a read timeout of 1 second
sd.timeout=1
force = False
show_time = 0
show_systime = 0
basepat = ""
instantpat = ''
quitpat = ''
basetime = 0
instanttime = None
endtime = 0
outputfile = None
command = ""
sendbreak = 0

for opt, arg in opts:
if opt in ["-h", "--help"]:
usage(0)
if opt in ["-d", "--device"]:
device = arg
if not device_exists(device):
print("Error: serial device '%s' does not exist" % device)
sd.close()
usage(2)
sd.port = device
if opt in ["-b", "--baudrate"]:
baud = int(arg)
if baud not in sd.BAUDRATES:
print("Error: invalid baud rate '%d' specified" % baudrate)
print("Valid baud rates are: %s" % str(sd.BAUDRATES))
sd.close()
sys.exit(3)
sd.baudrate = baud
if opt in ["-p", "--parity"]:
par = arg.upper()
if par not in sd.PARITIES:
print("Error: invalid parity '%s' specified" % par)
print("Valid parities are: %s" % str(sd.PARITIES))
sd.close()
sys.exit(3)
sd.parity = par
if opt in ["-w", "--width"]:
width = int(arg)
if width not in sd.BYTESIZES:
print("Error: invalid data bit width '%d' specified" % width)
print("Valid data bit widths are: %s" % str(sd.BYTESIZES))
sd.close()
sys.exit(3)
sd.bytesize = width
if opt in ["-s", "--stopbits"]:
stop = int(arg)
if stop not in sd.STOPBITS:
print("Error: invalid stopbits '%d' specified" % stop)
print("Valid stopbits are: %s" % str(sd.STOPBITS))
sd.close()
sys.exit(3)
sd.stopbits = stop
if opt in ["-c", "--command"]:
command = arg
if opt in ["-k", "--breakcmd"]:
command = arg
sendbreak = True
if opt in ["-x", "--xonxoff"]:
sd.xonxoff = True
if opt in ["-r", "--rtscts"]:
sd.rtscts = True
if opt in ["-f", "--force-set"]:
force = True
if opt in ["-t", "--time"]:
show_time=1
show_systime=0
if opt in ["-T", "--systime"]:
show_time=0
show_systime=1
if opt in ["-m", "--match"]:
basepat=arg
if opt in ["-i", "--instantpat"]:
instantpat=arg
if opt in ["-q", "--quitpat"]:
quitpat=arg
if opt in ["-l", "--launchtime"]:
print('setting basetime to time of program launch')
basetime = time.time()
if opt in ["-e", "--endtime"]:
endstr=arg
try:
endtime = time.time()+float(endstr)
except:
print("Error: invalid endtime %s specified" % arg)
sd.close()
sys.exit(3)
if opt in ["-o", "--output"]:
outputfile = arg
if opt in ["-v", "--verbose"]:
verbose=1
if opt in ["-V", "--version"]:
print("grabserial version %d.%d.%d" % (MAJOR_VERSION, MINOR_VERSION, REVISION))
sd.close()
sys.exit(0)

# if verbose, show what our settings are
vprint("Opening serial port %s" % sd.port)
vprint("%d:%d%s%s:xonxoff=%d:rtscts=%d" % (sd.baudrate, sd.bytesize,
sd.parity, sd.stopbits, sd.xonxoff, sd.rtscts))
if endtime:
vprint("Program will end in %s seconds" % endstr)
if show_time:
vprint("Printing timing information for each line")
if show_systime:
vprint("Printing absolute timing information for each line")
if basepat:
vprint("Matching pattern '%s' to set base time" % basepat)
if instantpat:
vprint("Instant pattern '%s' to set base time" % instantpat)
if quitpat:
vprint("Instant pattern '%s' to exit program" % quitpat)
if outputfile:
try:
out = open(outputfile, "wb")
except IOError:
print("Can't open output file '%s'" % outputfile)
sys.exit(1)
vprint("Saving data to '%s'" % outputfile)

prev1 = 0
linetime = 0
newline = 1
curline = ""
vprint("Use Control-C to stop...")

if force:
# pyserial does not reconfigure the device if the settings
# don't change from the previous ones. This causes issues
# with (at least) some USB serial converters
toggle = sd.xonxoff
sd.xonxoff = not toggle
sd.open()
sd.close()
sd.xonxoff = toggle
sd.open()
sd.flushInput()
sd.flushOutput()

if sendbreak:
sd.write("\x03")
sd.flush()
while(1):
try:
if len(sd.read())==0:
break
except:
break

if command:
sd.write(command + "\n")
sd.flush()

# read from the serial port until something stops the program
while(1):
try:
# read for up to 1 second
x = sd.read()

# see if we're supposed to stop yet
if endtime and time.time()>endtime:
break

# if we didn't read anything, loop
if len(x)==0:
continue

# ignore carriage returns
if x=="\r":
continue

# set basetime to when first char is received
if not basetime:
basetime = time.time()

if show_time and newline:
linetime = time.time()
elapsed = linetime-basetime
delta = elapsed-prev1
msg ="[%4.6f %2.6f] " % (elapsed, delta)
sys.stdout.write(msg)
if outputfile:
out.write(msg)
prev1 = elapsed
newline = 0

if show_systime and newline:
linetime = time.time()
linetimestr = time.strftime(
'%y-%m-%d %H:%M:%S',
time.localtime(linetime))
elapsed = linetime-basetime
delta = elapsed-prev1
msg = "[%s %2.6f] " % (linetimestr, delta)
sys.stdout.write(msg)
if outputfile:
out.write(msg)
prev1 = elapsed
newline = 0

# FIXTHIS - should I buffer the output here??
sys.stdout.write(x)
if outputfile:
out.write(x)
curline += x

# watch for patterns
if instantpat and not instanttime and \
re.search(instantpat, curline):
# instantpat in curline:
instanttime = time.time()

# Exit the loop if quitpat matches
if quitpat and re.search(quitpat, curline):
break

if x=="\n":
newline = 1
if basepat and re.match(basepat, curline):
basetime = linetime
elapsed = 0
prev1 = 0
curline = ""
sys.stdout.flush()
if outputfile:
out.flush()
except:
break

sd.close()
if instanttime:
instanttime_str = '%4.6f' % (instanttime-basetime)
msg = '\nThe instantpat: "%s" was matched at %s\n' % \
(instantpat, instanttime_str)
sys.stdout.write(msg)
sys.stdout.flush()
if outputfile:
out.write(msg)
out.flush()

if outputfile:
out.close()

main()

grabserial -d /dev/ttyS0 -b 38400 -k "LIST ALL" -q "^> " | tail -n +2 | head -n -1

sendserial -d /dev/ttyS0 -b 38400 -k "AUTOSAVE" -e

MMBASIC:1:0{\n\
string constant:"""":"""":"\\n":String::\n\
comment:"(REM|').*$":::Comment::\n\
label:".+:[ \\t]*$":::Label::\n\
constants:"<(?:MM\\.VER|MM\\.DEVICE\\$|MM\\.WATCHDOG|MM\\.I2C|MM\\.ONEWIRE|MM\\.HRES|MM\\.VRES|MM\\.FONTHEIGHT|MM\\ .FONTWIDTH|MM\\.SPIOPEN|MM\\.ERRNO|MM\\.ERRMSG$|BLACK|CYAN|WHITE|RED|GREEN|BLUE|YELLOW|BROWN|MAGENTA|GRAY)>":::Ada Attributes::\n\
flow control:"<(?:DO|WHILE|LOOP|UNTIL|FOR|TO|STEP|NEXT|EXIT|ON ERROR (ABORT|CLEAR|IGNORE|SKIP)|ON|GOSUB|GOTO|KEY|IF|THEN|ELSEIF|ELSE|ENDIF|END|SELECT|CASE|IRETURN|RETURN|RUN|CONTINUE|CFUNCT ION|FUNCTION|SUB|DEFINEFONT|NEW|ERROR)>":::Keyword::\n\
declaration:"<(?:[Cc](ONST|onst)|[Dd](IM|im)|[Aa][Ss] ([Ff](LOAT|loat)|[Ii](NTEGER|nteger)|[Ss](TRING|tring))|[Ff](LOAT|loat)|[Ii](NTEGER|nteger)|[Ss](TRING|tring)|[Ll](ENGTH|ength)|[Ll](OCAL|ocal))>":::Identifier2::\n\
pin:"<(?:[Pp](IN|in))>\\(":"\\)"::Operator::\n\
keyword:"<(?:AUTOSAVE|RBOX|BOX|CIRCLE|CLEAR|CLOSE|CLS|COLOUR|CPU|SLEEP|DATA|DHT22|DS18B20|EDIT|ERASE|FONT|GUI BITMAP|GUI CALIBRATE|GUI TEST TOUCH|GUI TEST LCDPANEL|HUMID|INPUT|IR|SEND|KEYPAD|LET|LCD INIT|LCD CMD|LCD|LINE|LIST|LOCAL|MEMORY|OPEN|CLOSE|OPTION CASE|OPTION PIN|OPTION TOUCH|OPTION|CLOCKTRIM|CONSOLE|DEFAULT|DISPLAY|EXPLICIT|LCDPANEL|TAB|PAUSE|PIXEL|POKE|PORT|PRINT|PULSE|PWM|RANDOMIZE|VAR (READ|RESTORE|SAVE)|READ|RESTORE|SAVE|RTC|SETTIME|SETREG|GETTIME|GETREG|SERVO|SETPIN|SETTICK|TEMPR START|TEXT|TROFF|TRON|WATCHDOG|XMODEM|I2C|SPI OPEN|SPI WRITE|SPI READ|SPI CLOSE|CMD|WRITE|ONEWIRE|RESET)>":::Identifier1::\n\
functions:"<(?:ABS|ASC|ATN|BIN\\$|CHR\\$|CINT|COS|DEG|DISTANCE|EOF|EXP|FIX|HEX\\$|INPUT\\$|INSTR|INT|LEFT\\$|LEN|LO C|LOF|LOG|LCASE\\$|MID\\$|OCT\\$|PEEK|PORT|POS|PULSIN|RAD|RIGHT\\$|RGB|RND|SGN|SIN|SPACE\\$|SPI|SQR|STR\\$|STRING\\$|TAB |TAN|TEMPR|TOUCH|UCASE\\$|VAL|ACOS|ASIN)>":::Operator::\n\
options:"<(?:INTL|INTH|INTB|DOUT|DIN|OFF|AIN|FIN|PIN|CIN|DOUT|PULLUP|PULLDOWN|ILI9341|RLANDSCAPE|LANDSCAPE|RPORTRAI T|PORTRAIT|WORD|BYTE|VARTBL|VARADDR|VAR|CFUNADDR|PROGMEM)>":::Pointer::\n\
variable:"<(?:[Dd](ATE|ate)\\$|[Tt](IME|ime)\\$|[Tt](IMER|imer))>":::Storage Type::\n\
operator:"<(?:[Aa](ND|nd)|[Nn](OT|ot)|[Xx](OR|or)|[Oo][Rr]|[Mm](OD|od)|[Pp][Ii]|[Pp](OS|os)|[Ii](NKEY|nkey)\\$)>":::Operator::\n\
constant:"&<(?:[Bb][01]+|[Oo][0-7]+|[Hh][\\dA-Fa-f]+)>":::Numeric Const::\n\
}\n\