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0
README.md
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README.txt
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README.txt
README.txt v0.1
( wx_scripts - release v0.3)
============================================================================
| IMPORTANT NOTICE! |
| |
| No matter what the Weather Alerts are indicating, the information |
| gathered and presented here may NOT be accurate. You MUST use your own |
| judgement to determine your best course of action in any given |
| circumstance! The are many reasons WHY the data here may not be accurate, |
| including, but not limited to, software problems, network problems, and or |
| hardware problems. The Weather Alerts and other Weather information should |
| NOT be used to make any determination of actual current conditions, it is |
| merely an indication of what the software is seeing as a result of it's |
| attempts to read publicly available data sources. These data sources may |
| be unavailable, unreachable, or innacurate. Please check other sources to |
| verify any information presented here. |
============================================================================
==Distribution Installation==
These instructions are for the Allstar BBB distribution to install the Weather
scripts in the the "/usr/local/bin/Weather" directories. It will also install
any dependencies required by using the "pacman" software install utility.
=Installation=
Install using the compressed tar file. Copy the tar file over to
/root (as root) and extract the files:
cd /root
tar zxf wxscripts-<version>.tgz
Then change directories to the extracted directory and run the installation
script:
cd /wx_scripts-<version>
./wx_scripts_install.sh
This will install any dependency packages, setup the distribution directories,
and copy the scripts to the appropriate locations.
This script will not setup any cron entries or configuration files.
The user will need to configure the rest.
< $Id $ >

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ToDo.txt
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- Add check for enable/disable_wx_alertmsg for arguments.
- give examples in code files for both a cron and rpt.conf entries. (done)
- change enable/disable_wx_alertmsg to include node arguement? (not needed)
- update precipitation changes (from acid release)

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create_tar.sh
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#!/bin/bash
#
# create tar ball.
# $Id: create_tar.sh 24 2015-03-27 00:53:24Z w0anm $
if [ -z "$1" ] ; then
version=$(svn info | grep Rev: | awk '{print $4}')
else
version=$1
fi
REPO=arm_wxscripts
TMP_DIR=/tmp/$REPO
SVN_SRC_DIR=$(pwd)
if [ ! -d /tmp/$REPO ] ; then
mkdir -p /tmp/$REPO
fi
cd $SVN_SRC_DIR
# run as root
cd ..
cp -rp $SVN_SRC_DIR/* /tmp/$REPO/.
cd /tmp
# remove unwanted files
rm -rf /tmp/$REPO/.svn
rm -f /tmp/$REPO/create_tar.sh
rm -f /tmp/$REPO/*.tgz
rm -rf /tmp/$REPO/not_available
rm -rf /tmp/$REPO/archive
rm -rf /tmp/$REPO/sandbox
rm -f next_releaseToDo.txt
# fix permissions
chown -R root:root /tmp/$REPO
chmod 755 /tmp/$REPO/src/*
# create compressed tar file
tar zcf ${SVN_SRC_DIR}/arm-wxscripts-0.${version}.tgz -C /tmp ./$REPO
# create zip file
# zip -r ${SVN_SRC_DIR}/BBB-wxscripts-0.${version}.zip ./$REPO
rm -rf /tmp/$REPO
cd $SVN_SRC_DIR
chown ckovacs:ckovacs ./*.tgz
echo
echo "Done...":
exit

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git_upload
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#!/bin/bash
#git config user.name KB8PMY
git init
git checkout -b main
git add *
git commit -m "first commit"
git remote add origin https://git.rdcclouds.com/KB8PMY/Weatherscript_V2.git
#git push -u origin main

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new_sounds.txt
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There are no active watches, warnings or advisories

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src/tts/google_tts.py
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#!/usr/bin/python2
#
# google_tts.py - allstar Text to Speech
#
# by w0anm
#
# This script will convert text to speech (audio file). This uses google's
# online text to speech services.
# http://translate.google.com/translate_tts?tl=en&"
#
#######################
# $Id: google_tts.py 28 2015-07-27 02:10:47Z w0anm $
import urllib, pycurl, os, sys
print 'Number of arguments:', len(sys.argv), 'arguments.'
print 'Argument List:', str(sys.argv)
print "length of string:"
print len(sys.argv[1])
textmsg=str(sys.argv[1])
print textmsg
def downloadFile(url, fileName):
fp = open(fileName, "wb")
curl = pycurl.Curl()
curl.setopt(pycurl.URL, url)
curl.setopt(pycurl.USERAGENT, 'Mozilla/5.0 (X11; Linux i686; rv:28.0) Gecko/20100101 Firefox/28.0')
curl.setopt(pycurl.WRITEDATA, fp)
curl.perform()
curl.close()
fp.close()
def getGoogleSpeechURL(phrase):
googleTranslateURL = "http://translate.google.com/translate_tts?tl=en&"
parameters = {'q': phrase}
data = urllib.urlencode(parameters)
googleTranslateURL = "%s%s" % (googleTranslateURL,data)
return googleTranslateURL
# just download, don't play it
def speakSpeechFromText(phrase):
googleSpeechURL = getGoogleSpeechURL(phrase)
downloadFile(googleSpeechURL,"/tmp/tts/tts.mp3")
# os.system("mplayer tts.mp3 -af extrastereo=0 &")
# os.system("mplayer tts.mp3 > /dev/null 2>&1" )
# speakSpeechFromText("testing, testing, 1 2 3. Lets try this")
speakSpeechFromText(textmsg)
print "done..."

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src/tts/googletts-cli.pl
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#!/usr/bin/env perl
#
# Script that uses Google Translate for text to speech synthesis.
#
# Copyright (C) 2012, Lefteris Zafiris <zaf.000@gmail.com>
#
# This program is free software, distributed under the terms of
# the GNU General Public License Version 2.
#
use warnings;
use strict;
use utf8;
use Encode qw(decode encode);
use Getopt::Std;
use File::Temp qw(tempfile);
use URI::Escape;
use LWP::UserAgent;
use LWP::ConnCache;
my %options;
my @text;
my @mp3list;
my @soxargs;
my $samplerate;
my $input;
my $speed = 1;
my $lang = "en-US";
my $tmpdir = "/tmp";
my $timeout = 10;
my $url = "http://translate.google.com/translate_tts";
my $mpg123 = `/usr/bin/which mpg123`;
my $sox = `/usr/bin/which sox`;
VERSION_MESSAGE() if (!@ARGV);
getopts('o:l:r:t:f:s:hqv', \%options);
# Dislpay help messages #
VERSION_MESSAGE() if (defined $options{h});
lang_list("dislpay") if (defined $options{v});
if (!$mpg123 || !$sox) {
say_msg("mpg123 or sox is missing. Aborting.");
exit 1;
}
chomp($mpg123, $sox);
parse_options();
$input = decode('utf8', $input);
for ($input) {
# Split input to comply with google tts requirements #
s/[\\|*~<>^\n\(\)\[\]\{\}[:cntrl:]]/ /g;
s/\s+/ /g;
s/^\s|\s$//g;
if (!length) {
say_msg("No text passed for synthesis.");
exit 1;
}
$_ .= "." unless (/^.+[.,?!:;]$/);
@text = /.{1,99}[.,?!:;]|.{1,99}\s/g;
}
my $ua = LWP::UserAgent->new;
$ua->agent("Mozilla/5.0 (X11; Linux; rv:8.0) Gecko/20100101");
$ua->env_proxy;
$ua->conn_cache(LWP::ConnCache->new());
$ua->timeout($timeout);
foreach my $line (@text) {
# Get speech data from google and save them in temp files #
$line = encode('utf8', $line);
$line =~ s/^\s+|\s+$//g;
next if (length($line) == 0);
$line = uri_escape($line);
my ($mp3_fh, $mp3_name) = tempfile(
"tts_XXXXXX",
DIR => $tmpdir,
SUFFIX => ".mp3",
UNLINK => 1
);
my $request = HTTP::Request->new('GET' => "$url?tl=$lang&q=$line");
my $response = $ua->request($request, $mp3_name);
if (!$response->is_success) {
say_msg("Failed to fetch speech data.");
exit 1;
} else {
push(@mp3list, $mp3_name);
}
}
# decode mp3s and concatenate #
my ($wav_fh, $wav_name) = tempfile(
"tts_XXXXXX",
DIR => $tmpdir,
SUFFIX => ".wav",
UNLINK => 1
);
if (system($mpg123, "-q", "-w", $wav_name, @mp3list)) {
say_msg("mpg123 failed to process sound file.");
exit 1;
}
# Set sox args and process wav file #
@soxargs = ($sox, "-q", $wav_name);
defined $options{o} ? push(@soxargs, ($options{o})) : push(@soxargs, ("-t", "alsa", "-d"));
push(@soxargs, ("tempo", "-s", $speed)) if ($speed != 1);
push(@soxargs, ("rate", $samplerate)) if ($samplerate);
if (system(@soxargs)) {
say_msg("sox failed to process sound file.");
exit 1;
}
exit 0;
sub say_msg {
# Print messages to user if 'quiet' flag is not set #
my @message = @_;
warn @message if (!defined $options{q});
return;
}
sub parse_options {
# Get input text #
if (defined $options{t}) {
$input = $options{t};
} elsif (defined $options{f}) {
if (open(my $fh, "<", "$options{f}")) {
$input = do { local $/; <$fh> };
close($fh);
} else {
say_msg("Cant read file $options{f}");
exit 1;
}
} else {
say_msg("No text passed for synthesis.");
exit 1;
}
# set the speech language #
if (defined $options{l}) {
$options{l} =~ /^[a-zA-Z]{2}(-[a-zA-Z]{2,6})?$/ ? $lang = $options{l}
: say_msg("Invalid language setting, using default.");
}
# set audio sample rate #
if (defined $options{r}) {
$options{r} =~ /\d+/ ? $samplerate = $options{r}
: say_msg("Invalid sample rate, using default.");
}
# set speed factor #
if (defined $options{s}) {
$options{s} =~ /\d+/ ? $speed = $options{s}
: say_msg("Invalind speed factor, using default.");
}
return;
}
sub VERSION_MESSAGE {
# Help message #
print "Text to speech synthesis using google voice.\n\n",
"Supported options:\n",
" -t <text> text string to synthesize\n",
" -f <file> text file to synthesize\n",
" -l <lang> specify the language to use, defaults to 'en-US' (English)\n",
" -o <filename> write output as WAV file\n",
" -r <rate> specify the output sampling rate in Hertz (default 22050)\n",
" -s <factor> specify the output speed factor\n",
" -q quiet (Don't print any messages or warnings)\n",
" -h this help message\n",
" -v suppoted languages list\n\n",
"Examples:\n",
"$0 -l en -t \"Hello world\"\n Have the synthesized speech played back to the user.\n",
"$0 -o hello.wav -l en -t \"Hello world\"\n Save the synthesized speech as a wav file.\n\n";
exit 1;
}
sub lang_list {
# Display the list of supported languages to the user or return it as a hash #
my $opt = shift;
my %sup_lang = (
"Afrikaans", "af", "Albanian", "sq",
"Amharic", "am", "Arabic", "ar",
"Armenian", "hy", "Azerbaijani", "az",
"Basque", "eu", "Belarusian", "be",
"Bengali", "bn", "Bihari", "bh",
"Bosnian", "bs", "Breton", "br",
"Bulgarian", "bg", "Cambodian", "km",
"Catalan", "ca", "Chinese (Simplified)", "zh-CN",
"Chinese (Traditional)", "zh-TW", "Corsican", "co",
"Croatian", "hr", "Czech", "cs",
"Danish", "da", "Dutch", "nl",
"English", "en", "Esperanto", "eo",
"Estonian", "et", "Faroese", "fo",
"Filipino", "tl", "Finnish", "fi",
"French", "fr", "Frisian", "fy",
"Galician", "gl", "Georgian", "ka",
"German", "de", "Greek", "el",
"Guarani", "gn", "Gujarati", "gu",
"Hacker", "xx-hacker", "Hausa", "ha",
"Hebrew", "iw", "Hindi", "hi",
"Hungarian", "hu", "Icelandic", "is",
"Indonesian", "id", "Interlingua", "ia",
"Irish", "ga", "Italian", "it",
"Japanese", "ja", "Javanese", "jw",
"Kannada", "kn", "Kazakh", "kk",
"Kinyarwanda", "rw", "Kirundi", "rn",
"Klingon", "xx-klingon", "Korean", "ko",
"Kurdish", "ku", "Kyrgyz", "ky",
"Laothian", "lo", "Latin", "la",
"Latvian", "lv", "Lingala", "ln",
"Lithuanian", "lt", "Macedonian", "mk",
"Malagasy", "mg", "Malay", "ms",
"Malayalam", "ml", "Maltese", "mt",
"Maori", "mi", "Marathi", "mr",
"Moldavian", "mo", "Mongolian", "mn",
"Montenegrin", "sr-ME", "Nepali", "ne",
"Norwegian", "no", "Norwegian (Nynorsk)", "nn",
"Occitan", "oc", "Oriya", "or",
"Oromo", "om", "Pashto", "ps",
"Persian", "fa", "Pirate", "xx-pirate",
"Polish", "pl", "Portuguese (Brazil)", "pt-BR",
"Portuguese (Portugal)", "pt-PT", "Portuguese", "pt",
"Punjabi", "pa", "Quechua", "qu",
"Romanian", "ro", "Romansh", "rm",
"Russian", "ru", "Scots Gaelic", "gd",
"Serbian", "sr", "Serbo-Croatian", "sh",
"Sesotho", "st", "Shona", "sn",
"Sindhi", "sd", "Sinhalese", "si",
"Slovak", "sk", "Slovenian", "sl",
"Somali", "so", "Spanish", "es",
"Sundanese", "su", "Swahili", "sw",
"Swedish", "sv", "Tajik", "tg",
"Tamil", "ta", "Tatar", "tt",
"Telugu", "te", "Thai", "th",
"Tigrinya", "ti", "Tonga", "to",
"Turkish", "tr", "Turkmen", "tk",
"Twi", "tw", "Uighur", "ug",
"Ukrainian", "uk", "Urdu", "ur",
"Uzbek", "uz", "Vietnamese", "vi",
"Welsh", "cy", "Xhosa", "xh",
"Yiddish", "yi", "Yoruba", "yo",
"Zulu", "zu"
);
if ($opt eq "dislpay") {
print "Supported Languages list:\n";
printf("%-22s: %s\n", $_, $sup_lang{$_}) foreach (sort keys %sup_lang);
exit 1;
} elsif ($opt eq "list") {
return %sup_lang;
}
}

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src/tts/new_tts_info.txt
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Example of Underground wx report:
Weather report for The Landings On The Crow , St Michael .
Last Updated on September 6, 9:00 PM
the wind was blowing at a speed of 4.9 miles per hour from north north west
with wind gusts up to 5.8 miles per hour.
The temperature was 72.1 degrees with a dewpoint of 56.5 degrees.
The pressure was rising at 29.82 inches of mercury.
The relative humidity was 58 percent.
Weather Report
Last Updated at xx:xx
**** decision ****
The wind was blowing at a speed of
"4.9"
miles per hour from
"north north west" (north+north+west)
"north east"
"est north east"
"east south east"
"south east"
"south south east"
"south south west
"south west"
"west south west"
"west north west:
"north west"
"north north west"
with wind guests up to
"5.8"
miles per hour.
--or--
The wind was calm.
---------------------------------------------------------
The temperature was
"72.1"
degrees with a dew point of
"56.6"
degrees.
The pressure was
raising at
falling at
steady at
"29.82"
inches of mercury.
The relative humidity was "58" percent.
The wind was blowing at a speed of
with wind guests up to
Need a numbers routine, like time, to setup the temperature, pressure, wind speed.
Create a script to play gsm combinations via local node.
Script to take mp3 to gsm

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src/tts/tts_audio.sh
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#!/bin/bash
#
# tts-audio.sh - allstar Text to Speech
#
# by w0anm
#
# This scripts converts the file and calls the google-tts.py script
# to convert the text to an audio file (mp3).
#
#######################
# $Id: tts_audio.sh 28 2015-07-27 02:10:47Z w0anm $
# variables
TMPDIR=/tmp/tts
PID=$$
TMPFILE1=/tmp/tts/tmpfile1${PID}
TMPFILE2=/tmp/tts/tmpfile2${PID}
TTS_LOCK=$TMPDIR/lock_tts
VOL=3
old_IFS=$IFS
IFS=$'\n'
# setup lock file
readonly PROGNAME=$(basename "$0")
readonly LOCKFILE_DIR=$TMPDIR
readonly LOCK_FD=200
## Functions Start
lock() {
local prefix=$1
local fd=${2:-$LOCK_FD}
local lock_file=$LOCKFILE_DIR/$prefix.lock
# create lock file
eval "exec $fd>$lock_file"
# aquire the lock
flock -n $fd \
&& return 0 \
|| return 1
}
help() {
echo
echo "$PROGNAME tts_audio.sh [-v <volume>] filename"
echo " Where the -v allows you to set the output volume generated by the script."
echo " The accepted values are 0-10, where 0 is the lowest and 10 is the "
echo " highest volume setting. If you do not use this option, the default"
echo " volume is 3."
echo
echo "For example:"
echo " tts_audio.sh -v 4 /tmp/hello.txt"
echo
echo "This will create a file called /tmp/hello.ul"
echo
}
main() {
#if lock is present, wait until lock is removed. Should only have
# one instance of this program running.
until lock $PROGNAME ; do
sleep 20
done
# Each text line should be less then xx characters. Approach is to
# split on periods. If any further splitting, it may cause a pause in the
# text speed due the the pause of each line.
# first split the file using "period".
sed 's/\. /\.\n/g' $FILE > $TMPFILE1
## shorten to 99 characters per line
fold -w 99 -s $TMPFILE1 > $TMPFILE2
# convert text file to an mp3 file
line=($(cat $TMPFILE2)) # array
## need to determine the number of lines in the file.
LINES_IN_FILE=`wc -l $TMPFILE2 | awk '{print $1}'`
for i in `seq 0 $LINES_IN_FILE`
do
# /usr/local/bin/google_tts.py "${line[$i]}" # may be helpful for debug
line_count=`echo ${line[$i]} | wc -c`
# check to make sure that string is less then 100, if not abort.
if [ "$line_count" -gt "100" ] ; then
echo "Error, string count is greater than 100 characters. Use the -s option" 2>&1
echo "to split lines or shorten the text lines in the file. Aborting..." 2>&1
exit 1
fi
/usr/local/bin/google_tts.py "${line[$i]}" > /dev/null 2>&1
if [ ! -f ${TMPDIR}/tts.mp3 ] ; then
echo "ERROR, google_tts.py module failed to create mp3 file." 2>&1
exit 1
fi
cp ${TMPDIR}/tts.mp3 ${TMPDIR}/tts_${i}.mp3
done
# now cat all the mp3 files to a single file
# you need to sort for the proper order tts_1, tts_2 .. tts_10
cat `ls ${TMPDIR}/tts_*.mp3 | sort --version-sort` > ${TMPDIR}/audio.mp3
# now convert the file to a ulaw
lame --decode ${TMPDIR}/audio.mp3 ${TMPDIR}/audio.wav &> /dev/null 2>&1
if [ ! -f ${TMPDIR}/audio.wav ] ; then
echo "Failed to convert mp3 file to wav audio file (lame decode failure)"
echo "Check internet access..."
echo "Aborting..."
exit 1
fi
sox --volume $VOL -V ${TMPDIR}/audio.wav -r 8000 -c 1 -t ul ${TMPDIR}/audio${PID}.ul &> /dev/null 2>&1
if [ ! -f ${TMPDIR}/audio${PID}.ul ] ; then
echo "Failed to convert wav file to u-law audio file (sox failure)"
echo "Aborting..."
exit
fi
# clean up the mp3, temp, and wave files
rm -f ${TMPDIR}/tts*.mp3
rm -f ${TMPDIR}/audio.mp3
rm -f ${TMPDIR}/audio.wav
rm -f ${TMPFILE1}
rm -f ${TMPFILE2}
IFS=$old_IFS
mv ${TMPDIR}/audio${PID}.ul ${FILE%.txt}.ul
}
# end of functions...
#####################################################################
# main
# set an initial value for the flag
SPLIT=0
# read the options
TEMP=`getopt -o a::sv: --long arga::,args,argv: -n 'tts_audio.sh' -- "$@"`
eval set -- "$TEMP"
# extract options and their arguments into variables.
while true ; do
case "$1" in
-a|--arga)
case "$2" in
"") ARG_A='some default value' ; shift 2 ;;
*) ARG_A=$2 ; shift 2 ;;
esac ;;
-s|--split) SPLIT=1 ; shift ;;
-v|--vol)
case "$2" in
"") shift 2 ;;
*) VOL=$2 ; shift 2 ;;
esac ;;
--) shift ; break ;;
*) echo "Internal error!" ; exit 1 ;;
esac
done
FILE=$1
VOL_ARRAY=(-0.0 -0.05 -0.1 -0.2 -0.3 -0.4 -0.5 -0.6 -0.7 -0.8 -0.9 )
# get converted volume
VOLCONV=${VOL_ARRAY[$VOL]}
if [ "$VOLCONV" = "" ] ; then
echo "Error in setting the volume. The argument must be an integer value from"
echo " 1 through 10, aborting"
exit 1
fi
VOL=$VOLCONV
# make sure that the temp directory is there
if [ ! -d $TMPDIR ] ; then
mkdir -p $TMPDIR
fi
if [ $# -eq 0 ] ; then
echo "No arguments supplied"
help
exit 1
fi
# call main function.
main
exit 0

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src/tts/tts_audio_cep.sh
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#!/bin/bash
#
# tts-audio.sh - allstar Text to Speech
#
# by w0anm
#
# This scripts converts the file and calls the google-tts.py script
# to convert the text to an audio file (mp3).
#
#######################
# $Id: tts_audio.sh 24 2015-03-27 00:53:24Z w0anm $
# variables
TMPDIR=/tmp/tts
PID=$$
TMPFILE1=/tmp/tts/tmpfile1${PID}
TMPFILE2=/tmp/tts/tmpfile2${PID}
TTS_LOCK=$TMPDIR/lock_tts
VOL=8
old_IFS=$IFS
IFS=$'\n'
# setup lock file
readonly PROGNAME=$(basename "$0")
readonly LOCKFILE_DIR=$TMPDIR
readonly LOCK_FD=200
## Functions Start
lock() {
local prefix=$1
local fd=${2:-$LOCK_FD}
local lock_file=$LOCKFILE_DIR/$prefix.lock
# create lock file
eval "exec $fd>$lock_file"
# aquire the lock
flock -n $fd \
&& return 0 \
|| return 1
}
help() {
echo
echo "$PROGNAME tts_audio.sh [-v <volume>] filename"
echo " Where the -v allows you to set the output volume generated by the script."
echo " The accepted values are 0-10, where 0 is the lowest and 10 is the "
echo " highest volume setting. If you do not use this option, the default"
echo " volume is 3."
echo
echo "For example:"
echo " tts_audio.sh -v 4 /tmp/hello.txt"
echo
echo "This will create a file called /tmp/hello.ul"
echo
}
main() {
#if lock is present, wait until lock is removed. Should only have
# one instance of this program running.
until lock $PROGNAME ; do
sleep 20
done
swift -n Callie -m text -f $FILE -p audio/encoding=ulaw,audio/sampling-rate=8000,audio/volume=$VOL -o ${TMPDIR}/audio${PID}.ul
if [ ! -f ${TMPDIR}/audio${PID}.ul ] ; then
echo "Failed to convert wav file to u-law audio file (sox failure)"
echo "Aborting..."
exit
fi
IFS=$old_IFS
mv ${TMPDIR}/audio${PID}.ul ${FILE%.txt}.ul
}
# end of functions...
#####################################################################
# main
# read the options
TEMP=`getopt -o a::sv: --long arga::,args,argv: -n 'tts_audio.sh' -- "$@"`
eval set -- "$TEMP"
# extract options and their arguments into variables.
while true ; do
case "$1" in
-a|--arga)
case "$2" in
"") ARG_A='some default value' ; shift 2 ;;
*) ARG_A=$2 ; shift 2 ;;
esac ;;
-s|--split) SPLIT=1 ; shift ;;
-v|--vol)
case "$2" in
"") shift 2 ;;
*) VOL=$2 ; shift 2 ;;
esac ;;
--) shift ; break ;;
*) echo "Internal error!" ; exit 1 ;;
esac
done
FILE=$1
# VOL_ARRAY=(-0.0 -0.05 -0.1 -0.2 -0.3 -0.4 -0.5 -0.6 -0.7 -0.8 -0.9 )
VOL_ARRAY=(0 10 20 30 40 50 60 70 80 100 120 )
# get converted volume
VOLCONV=${VOL_ARRAY[$VOL]}
if [ "$VOLCONV" = "" ] ; then
echo "Error in setting the volume. The argument must be an integer value from"
echo " 1 through 10, aborting"
exit 1
fi
VOL=$VOLCONV
# make sure that the temp directory is there
if [ ! -d $TMPDIR ] ; then
mkdir -p $TMPDIR
fi
if [ $# -eq 0 ] ; then
echo "No arguments supplied"
help
exit 1
fi
# call main function.
main
exit 0

144
src/tts/tts_audio_espeak.sh
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#!/bin/bash
#
# tts-audio.sh - allstar Text to Speech
#
# by w0anm
#
# This scripts converts the file and calls the google-tts.py script
# to convert the text to an audio file (mp3).
#
#######################
# $Id: tts_audio.sh 24 2015-03-27 00:53:24Z w0anm $
# variables
TMPDIR=/tmp/tts
PID=$$
TMPFILE1=/tmp/tts/tmpfile1${PID}
TMPFILE2=/tmp/tts/tmpfile2${PID}
TTS_LOCK=$TMPDIR/lock_tts
VOL=8
old_IFS=$IFS
IFS=$'\n'
# setup lock file
readonly PROGNAME=$(basename "$0")
readonly LOCKFILE_DIR=$TMPDIR
readonly LOCK_FD=200
## Functions Start
lock() {
local prefix=$1
local fd=${2:-$LOCK_FD}
local lock_file=$LOCKFILE_DIR/$prefix.lock
# create lock file
eval "exec $fd>$lock_file"
# aquire the lock
flock -n $fd \
&& return 0 \
|| return 1
}
help() {
echo
echo "$PROGNAME tts_audio.sh [-v <volume>] filename"
echo " Where the -v allows you to set the output volume generated by the script."
echo " The accepted values are 0-10, where 0 is the lowest and 10 is the "
echo " highest volume setting. If you do not use this option, the default"
echo " volume is 3."
echo
echo "For example:"
echo " tts_audio.sh -v 4 /tmp/hello.txt"
echo
echo "This will create a file called /tmp/hello.ul"
echo
}
main() {
#if lock is present, wait until lock is removed. Should only have
# one instance of this program running.
until lock $PROGNAME ; do
sleep 20
done
# FILE=${1%%.*}
VOL=.35
espeak -s 150 -f $FILE -w ${TMPDIR}/audio.wav
sox --volume $VOL -V ${TMPDIR}/audio.wav -r 8000 -c 1 -t ul ${TMPDIR}/audio${PID}.ul &> /dev/null 2>&1
# swift -n Callie -m text -f $FILE -p audio/encoding=ulaw,audio/sampling-rate=8000,audio/volume=$VOL -o ${TMPDIR}/audio${PID}.ul
if [ ! -f ${TMPDIR}/audio${PID}.ul ] ; then
echo "Failed to convert wav file to u-law audio file (sox failure)"
echo "Aborting..."
exit
fi
IFS=$old_IFS
mv ${TMPDIR}/audio${PID}.ul ${FILE%.txt}.ul
}
# end of functions...
#####################################################################
# main
# read the options
TEMP=`getopt -o a::sv: --long arga::,args,argv: -n 'tts_audio.sh' -- "$@"`
eval set -- "$TEMP"
# extract options and their arguments into variables.
while true ; do
case "$1" in
-a|--arga)
case "$2" in
"") ARG_A='some default value' ; shift 2 ;;
*) ARG_A=$2 ; shift 2 ;;
esac ;;
-s|--split) SPLIT=1 ; shift ;;
-v|--vol)
case "$2" in
"") shift 2 ;;
*) VOL=$2 ; shift 2 ;;
esac ;;
--) shift ; break ;;
*) echo "Internal error!" ; exit 1 ;;
esac
done
FILE=$1
# VOL_ARRAY=(-0.0 -0.05 -0.1 -0.2 -0.3 -0.4 -0.5 -0.6 -0.7 -0.8 -0.9 )
VOL_ARRAY=(0 10 20 30 40 50 60 70 80 100 120 )
# get converted volume
VOLCONV=${VOL_ARRAY[$VOL]}
if [ "$VOLCONV" = "" ] ; then
echo "Error in setting the volume. The argument must be an integer value from"
echo " 1 through 10, aborting"
exit 1
fi
VOL=$VOLCONV
# make sure that the temp directory is there
if [ ! -d $TMPDIR ] ; then
mkdir -p $TMPDIR
fi
if [ $# -eq 0 ] ; then
echo "No arguments supplied"
help
exit 1
fi
# call main function.
main
exit 0

139
src/tts/tts_audio_fest.sh
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#!/bin/bash
#
# tts-audio.sh - allstar Text to Speech
#
# by w0anm
#
# This scripts converts the file and calls the google-tts.py script
# to convert the text to an audio file (mp3).
#
#######################
# $Id: tts_audio.sh 24 2015-03-27 00:53:24Z w0anm $
# variables
TMPDIR=/tmp/tts
PID=$$
TMPFILE1=/tmp/tts/tmpfile1${PID}
TMPFILE2=/tmp/tts/tmpfile2${PID}
TTS_LOCK=$TMPDIR/lock_tts
VOL=1.5
old_IFS=$IFS
IFS=$'\n'
# setup lock file
readonly PROGNAME=$(basename "$0")
readonly LOCKFILE_DIR=$TMPDIR
readonly LOCK_FD=200
## Functions Start
lock() {
local prefix=$1
local fd=${2:-$LOCK_FD}
local lock_file=$LOCKFILE_DIR/$prefix.lock
# create lock file
eval "exec $fd>$lock_file"
# aquire the lock
flock -n $fd \
&& return 0 \
|| return 1
}
help() {
echo
echo "$PROGNAME tts_audio.sh [-v <volume>] filename"
echo " Where the -v allows you to set the output volume generated by the script."
echo " The accepted values are 0-10, where 0 is the lowest and 10 is the "
echo " highest volume setting. If you do not use this option, the default"
echo " volume is 3."
echo
echo "For example:"
echo " tts_audio.sh -v 4 /tmp/hello.txt"
echo
echo "This will create a file called /tmp/hello.ul"
echo
}
main() {
#if lock is present, wait until lock is removed. Should only have
# one instance of this program running.
until lock $PROGNAME ; do
sleep 20
done
## swift -n Callie -m text -f $FILE -p audio/encoding=ulaw,audio/sampling-rate=8000,audio/volume=$VOL -o ${TMPDIR}/audio${PID}.ul
/usr/bin/text2wave -F 8000 -scale $VOL -otype ulaw $FILE -o ${TMPDIR}/audio${PID}.ul
if [ ! -f ${TMPDIR}/audio${PID}.ul ] ; then
echo "Failed to convert wav file to u-law audio file (sox failure)"
echo "Aborting..."
exit
fi
IFS=$old_IFS
mv ${TMPDIR}/audio${PID}.ul ${FILE%.txt}.ul
}
# end of functions...
#####################################################################
# main
# read the options
TEMP=`getopt -o a::sv: --long arga::,args,argv: -n 'tts_audio.sh' -- "$@"`
eval set -- "$TEMP"
# extract options and their arguments into variables.
while true ; do
case "$1" in
-a|--arga)
case "$2" in
"") ARG_A='some default value' ; shift 2 ;;
*) ARG_A=$2 ; shift 2 ;;
esac ;;
-s|--split) SPLIT=1 ; shift ;;
-v|--vol)
case "$2" in
"") shift 2 ;;
*) VOL=$2 ; shift 2 ;;
esac ;;
--) shift ; break ;;
*) echo "Internal error!" ; exit 1 ;;
esac
done
FILE=$1
VOL_ARRAY=(-0.0 .2 .4 .6 .8 1.0 1.2 1.4 1.6 1.8 2.0 )
# VOL_ARRAY=(0 10 20 30 40 50 60 70 80 100 120 )
# get converted volume
VOLCONV=${VOL_ARRAY[$VOL]}
if [ "$VOLCONV" = "" ] ; then
echo "Error in setting the volume. The argument must be an integer value from"
echo " 1 through 10, aborting"
exit 1
fi
VOL=$VOLCONV
# make sure that the temp directory is there
if [ ! -d $TMPDIR ] ; then
mkdir -p $TMPDIR
fi
if [ $# -eq 0 ] ; then
echo "No arguments supplied"
help
exit 1
fi
# call main function.
main
exit 0

41
src/tts/tts_info.txt
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# README.txt - allstar w/google tts
#
# README.txt v0.1
# (wx_scripts - release 0.3)
# by w0anm
==== Additonal Notes Regarding "tts_audio.sh" Script ====
I now have a wrapper program that will lock the program so that only one
instance can be run at a time to prevent issues with the Text To Speech (TTS).
In addiion, For the TTS scripts, it's now a separate script that you can call.
It will return the ulaw file name once it's converted. There is one caveat,
the line needs to be less then 100 characters. If the sentence goes over
100 characters and you are using the -s option, there is a pause (like a
period) in the audio. It's important to keep your sentenances short. If
you are not using the -s option, then the line that has over 100 characters
will not be converted.
There is also an option to split the text file so that it will split on
periods and if the line length is greater that 100. Keep in mind that it
the line is split due to being greater that 100, it will have a pause in
the audio.
This script can be used to create other audio files. The syntax is:
tts_audio.sh [-s] [FILE]
where -s splits the file at periods and long lines.
This script will return a path/file to the converted ulaw audio file.
If you run into issues, please let me know.
73,
Chris, W0ANM

43
src/wx_alert/alert_test.txt
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blizzard_warn.gsm,BLIZZARD WARNING
blizzard_watch.gsm,BLIZZARD WATCH
blowing_snow_adv.gsm,BLOWING SNOW ADVISORY
civil_danger_warn.gsm,CIVIL DANGER WARNING
civil_emergency_msg.gsm,CIVIL EMERGENCY MESSAGE
dense_fog_adv.gsm,DENSE FOG ADVISORY
evac_immediate.gsm,EVACUATION IMMEDIATE
excess_heat_warn.gsm,EXCESSIVE HEAT WARNING
excexx_heat_watch.gsm,EXCESSIVE HEAT WATCH
flash_flood_warn.gsm,FLASH FLOOD WARNING
flood_watch.gsm,FLOOD WATCH
freeze_warn.gsm,FREEZE WARNING
freeze_driz_adv.gsm,FREEZING DRIZZLE ADVISORY
freeze_fog_adv.gsm,FREEZING FOG ADVISORY
freeze_rain_adv.gsm,FREEZING RAIN ADVISORY
frost_adv.gsm,FROST ADVISORY
heat_adv.gsm,HEAT ADVISORY
heavy_freez_spray_warn.gsm,HEAVY FREEZING SPRAY WARNING
heavy_sleet_warn.gsm,HEAVY SLEET WARNING
heavy_snow_warn.gsm,HEAVY SNOW WARNING
high_surf_adv.gsm,HIGH SURF ADVISORY
high_wind_warn.gsm,HIGH WIND WARNING
high_wind_watch.gsm,HIGH WIND WATCH
ice_storm_warn.gsm,ICE STORM WARNING
lake_effect_snow_adv.gsm,LAKE EFFECT SNOW ADVISORY
lake_effect_snow_warn.gsm,LAKE EFFECT SNOW WARNING
nuclear_power_plant_warn.gsm,NUCLEAR POWER PLANT WARNING
radiolog_hazard_warn.gsm,RADIOLOGICAL HAZARD WARNING
sev_thund_warn.gsm,SEVERE THUNDERSTORM WARNING
sev_thund_watch.gsm,SEVERE THUNDERSTORM WATCH
sleet_adv.gsm,SLEET ADVISORY
snow_adv.gsm,SNOW ADVISORY
snow_blow_adv.gsm,SNOW AND BLOWING SNOW ADVISORY
storm_warn.gsm,STORM WARNING
tornado_warn.gsm,TORNADO WARNING
tornado_watch.gsm,TORNADO WATCH
volcano_warn.gsm,VOLCANO WARNING
wind_adv.gsm,WIND ADVISORY
wind_chill_warn.gsm,WIND CHILL WARNING
wind_chill_watch.gsm,WIND CHILL WATCH
winter_storm_warn.gsm,WINTER STORM WARNING
winter_store_watch.gsm,WINTER STORM WATCH
winter_weather_adv.gsm,WINTER WEATHER ADVISORY

47
src/wx_alert/clearWxAlerts
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#!/bin/bash
#
# clearWxAlert - allstar wxscripts
#
# by w0anm
#
# Clears and removes playWxAlertBg lockfiles. This script should be used
# when debugging or during a force clear of alerts. The main function
# is to remove all of the playWxAlertBg programs, remove all lock files.
#
########################
# $Id: clearWxAlerts 12 2014-12-31 18:23:49Z w0anm $
# Load config file
WEATHER="/usr/local/etc/wx"
if [ -f ${WEATHER}/wx_scripts.conf ] ; then
source ${WEATHER}/wx_scripts.conf
else
echo "Missing ${WEATHER}/wx_scripts.conf file, aborting..."
exit 1
fi
# Variables
WXALERTDIR=${WXALERT_SPOOLDIR}
# Check if any playWxAlertBg files are running, if so, killem
echo -n "Stopping Weather Alert Messages..."
killall playWxAlertBg &> /dev/null 2>&1
echo " Done."
# cleanup the lock files
echo -n "Removing lock files from /tmp..."
rm -f /tmp/playWxAlertBg-lock &> /dev/null 2>&1
echo " Done."
# clean up the Alert directories
echo -n "Cleaning up the alert weather directories..."
rm -f $WXALERTDIR/*/* &> /dev/null 2>&1
echo " Done."
# clean up the tmp Wx Directories
echo -n "Removing temporary files in /tmp/wx.."
rm -f /tmp/wx/alert/* &> /dev/null 2>&1
echo " Done."

46
src/wx_alert/disable_wx_alertmsg
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#!/bin/bash
#
# Disable weather alert messages
# by adding $LOCAL/no_wxalert_msg file
# $Id: disable_wx_alertmsg 20 2015-03-08 23:29:23Z w0anm $
# This script can be call manually, by a cron entry, or by a dtmf sequence
# via rpt.conf
#
#Example of a cron entry:
# # enable Wx Alerts
# 0 7 * * * (/usr/local/bin/enable_wx_alertmsg &> /dev/null 2>&1))
# # disable Wx Alerts
# 0 23 * * * (/usr/local/bin/disable_wx_alertmsg &> /dev/null 2>&1))
#Example of rpt.conf entry:
# ; enable/disable alert messages
# 880=cmd,/usr/local/bin/disable_wx_alertmsg ; disable wx alert msgs
# 881=cmd,/usr/local/bin/enable_wx_alertmsg ; enable wx msgs
# Load config file
if [ -f /usr/local/etc/wx/wx_scripts.conf ] ; then
source /usr/local/etc/wx/${CUSTOM}/wx_scripts.conf
else
echo "Missing /usr/local/etc/wx/wx_scripts.conf file, aborting..."
exit 1
fi
if [ ! -f $LOCAL/no_wxalert_msg ] ; then
touch $LOCAL/no_wxalert_msg
fi
if [ ! -f $LOCAL/disable.ul ] ; then
# create tts
echo "Weather Alert messages disabled." > $LOCAL/disable.txt
tts_audio.sh $LOCAL/disable.txt
rm -f $LOCAL/disable.txt
fi
if [ -f $LOCAL/disable.ul ] ; then
# play
asterisk -rx "rpt localplay $NODE1 $LOCAL/disable"
fi
exit 0

47
src/wx_alert/enable_wx_alertmsg
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#!/bin/bash
#
# enable weather alert messages
# by adding $LOCAL/no_wxalert_msg file
# $Id: enable_wx_alertmsg 20 2015-03-08 23:29:23Z w0anm $
# This script can be call manually, by a cron entry, or by a dtmf sequence
# via rpt.conf
#
#Example of a cron entry:
# # enable Wx Alerts
# 0 7 * * * (/usr/local/bin/enable_wx_alertmsg &> /dev/null 2>&1))
# # disable Wx Alerts
# 0 23 * * * (/usr/local/bin/disable_wx_alertmsg &> /dev/null 2>&1))
#Example of rpt.conf entry:
# ; enable/disable alert messages
# 880=cmd,/usr/local/bin/disable_wx_alertmsg ; disable wx alert msgs
# 881=cmd,/usr/local/bin/enable_wx_alertmsg ; enable wx msgs
# Load config file
if [ -f /usr/local/etc/wx/wx_scripts.conf ] ; then
source /usr/local/etc/wx/wx_scripts.conf
else
echo "Missing /usr/local/etc/wx/wx_scripts.conf file, aborting..."
exit 1
fi
if [ -f $LOCAL/no_wxalert_msg ] ; then
rm $LOCAL/no_wxalert_msg
fi
if [ ! -f $LOCAL/enable.ul ] ; then
# create tts
echo "Weather Alert messages enabled." > $LOCAL/enable.txt
tts_audio.sh $LOCAL/enable.txt
rm -f $LOCAL/ensable.txt
fi
if [ -f $LOCAL/enable.ul ] ; then
# play
asterisk -rx "rpt localplay $NODE1 $LOCAL/enable"
fi
exit 0

476
src/wx_alert/getWxAlert
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# ew wx alert
#
DEBUG="2" # debug levels 0 = no debug
# 1 = save alerts
# 2 = detailed info
# 3 = special debug only
# sound files
SOUND_DIR=/usr/local/share/sound/wx
# Script config location
WEATHER="/usr/local/etc/wx"
# Load config file
if [ -f ${WEATHER}/wx_scripts.conf ] ; then
source ${WEATHER}/wx_scripts.conf
else
echo "Missing ${WEATHER}/wx_scripts.conf file, aborting..."
exit 1
fi
# override from config file
WXALERT_SPOOLDIR=/tmp/wx_test/alert
# Check Arguments...
# has only one argument, county info
if [ "$#" = "1" ] ; then
COUNTY=$1
fi
# if no arguments, then error.
if [ "$1" = "" ] ; then
echo "Missing Argument, need wx underground station id.."
echo
exit 1
fi
if [ "$COUNTY" = "help" ] ; then # If no arguments
echo "Usage getWxAlert <county>"
echo " where <county>=State County, for example: WIC002"
echo " See http://alerts.weather.gov/ for more informaton"
echo
echo " Or you can edit the wx_scripts.conf file to include the COUNTY variable."
echo
exit 1
fi
if [ ! -d /tmp/wx_test/alert/$COUNTY ] ; then
mkdir -p /tmp/wx_test/alert/$COUNTY
fi
####### Functions ######
# Send message to LOGFILE
function debug2 () {
MESSAGE="${0##*/} DEBUG: $@"
echo "$MESSAGE"
if [ -n "$LOGFILE" ]; then
echo "$(date '+%b %d %Y %T %z') $MESSAGE" >> $LOGFILE
fi
}
# Send message to LOGFILE without echo to standard
function debug3 () {
MESSAGE="${0##*/} DEBUG: $@"
if [ -n "$LOGFILE" ]; then
echo "$(date '+%b %d %Y %T %z') $MESSAGE" >> $LOGFILE
fi
}
# download alert for parsing
PLIST="$WEATHER/wx_alert_product.txt" # Product list file and directory
# standard
#URL="http://alerts.weather.gov/cap/wwaatmget.php?x=" # URL to RSS data
URL="https://api.weather.gov/alerts/active.atom?zone="
# TEST ONLY
# URL="http://raspweb.w0anm.com/wx_test/MNC171_alert.info" # URL to RSS data
DATE=`date +%Y.%m.%d.\%H\%M`
NO_WXALERT_MSG=$LOCAL/no_wxalert_msg
# MAIL=/bin/mail # mail binary
# MAIL="/usr/local/bin/sendmail_g.pl" # gmail SendMail script
# MAIL="/usr/local/bin/sendmail-gm.py" # gmail SendMail script
# CRIT_tTYPES=`cat $WEATHER/wx_critical_alerts.txt`
NORM_TYPES=`cat $WEATHER/wx_normal_alerts.txt`
## NORM_TYPES=`cat $WEATHER/alert_test.txt`
#----------------------------- Main program ----------------------
if [ ! -d $WXALERT_SPOOLDIR/$COUNTY ] ; then
mkdir -p $WXALERT_SPOOLDIR/$COUNTY
fi
if [ ! -d /tmp/wx_test/alert/$COUNTY ] ; then
mkdir -p /tmp/wx_test/alert/$COUNTY
fi
cd $WXALERT_SPOOLDIR/$COUNTY
ALERT_DL=""
CHKCNT=0
# loop until get proper response, if after 5 attempts notify
while [ -z "$ALERT_DL" ] ; do
if [ $CHKCNT -gt 5 ] ; then
log "ERROR: $URL is not responding for getWxAlert - ${COUNTY}"
log " Possible issue with nws.gov server or internet connection"
ls -l /tmp/wx_test/alert/$COUNTY/alert.info
exit 1
fi
# Alternative method of getting url information:
##/usr/bin/lynx -dump $URL$COUNTY > /tmp/wx_test/alert/$COUNTY/alert.info
# remove old alert.info file
if [ -f /tmp/wx_test/alert/$COUNTY/alert.info ] ; then
rm /tmp/wx_test/alert/$COUNTY/alert.info
fi
# $WGET -t 10 -w 10 --cache=off --random-wait -q $URL$COUNTY -O - > /tmp/wx_test/alert/$COUNTY/alert.info
$WGET --no-cache --no-dns-cache --tries=10 --random-wait -q $URL$COUNTY -O - > /tmp/wx_test/alert/$COUNTY/alert.info
# -t 10 retries, -w 10 sec between
# turn cache off at server
# place data in variable to see if contains data
ALERT_DL="`head -1 /tmp/wx_test/alert/$COUNTY/alert.info`"
let CHKCNT=$CHKCNT+1
# delay before retrying
sleep 10
done
# Added for validation of data, test only
# cp /tmp/wx_test/alert/$COUNTY/alert.info /tmp/debug/alert.info_$DATE
#test to see if title duplicates
grep "title>" /tmp/wx_test/alert/$COUNTY/alert.info | sed '/<title>/,/<\/title/!d' | sed 's/<title>//' | sed 's/<\/title>//' | egrep -v "Current Watches" > /tmp/wx_test/alert/$COUNTY/alert_watches
# Attempt to address the issue with duplicate entries using wget and NWS URL.
NLINES=`wc -l /tmp/wx_test/alert/$COUNTY/alert_watches`
if [ ! "$NLINES" = 1 ] ; then
#get first line
FIRSTLINE=`head -1 /tmp/wx_test/alert/$COUNTY/alert_watches`
# check for dups
NDUPS=`grep "$FIRSTLINE" /tmp/wx_test/alert/$COUNTY/alert_watches | wc -l`
NUNIQ=`uniq /tmp/wx_test/alert/$COUNTY/alert_watches | wc -l`
if [ ! "$NDUPS" = "1" ] ; then
if [ "$DEBUG" = "3" ] ; then
debug3 "NWS alert data is BAD"
debug3 " First Line: $FIRSTLINE"
debug3 " NDUPS: $NDUPS"
debug3 " NUNIQ: $NUNIQ"
debug3 " NLINES: $NLINES"
debug3 "Exiting.."
debug3
fi
debug3 "NWS alert data is BAD"
rm -f /tmp/wx_test/alert/$COUNTY/alert_watches
exit 1
fi
fi
if [ "$DEBUG" = "3" ] ; then
debug3 "NWS alert data is OK"
debug3 " First Line: $FIRSTLINE"
debug3 " NDUPS: $NDUPS"
debug3 " NUNIQ: $NUNIQ"
debug3
fi
debug3 "NWS alert data is OK"
rm -f /tmp/wx_test/alert/$COUNTY/alert_watches
## done with test code
# process the downloaded information
cat /tmp/wx_test/alert/$COUNTY/alert.info | \
grep "title>" | \
sed '/<title>/,/<\/title/!d' | \
sed 's/<title>//' | sed 's/<\/title>//' | \
egrep -v "Current Watches" > wx_new.txt
# get full summary URL Link
FULL_SUMMARY_URL=`cat /tmp/wx_test/alert/$COUNTY/alert.info | egrep "<id>|</id>" | sed 's/<id>//' | sed 's/<\/id>//' | grep capget | tr -d '\r'`
# Extract Alert from url information:
ALERT=`cat /tmp/wx_test/alert/$COUNTY/alert.info | egrep "<title>|</title>" | sed 's/<title>//' | sed 's/<\/title>//'| sed 's/\(by NWS*\).*/\1/' | sed 's/by NWS//'`
# Extract Summary from url information:
SUMMARY=`cat /tmp/wx_test/alert/$COUNTY/alert.info | egrep "<summary>|</summary>" | sed 's/<summary>//' | sed 's/<\/summary>//'`
# Debug stuff, print values for $ALERT and SUMMARY
if [ "$DEBUG" = "2" ] ; then
echo
debug2 "************START**************************"
debug2 "NWS_URL=$URL"
debug2 "FULL_SUMMARY_URL=$FULL_SUMMARY_URL"
debug2 "CHKCNT=$CHKCNT"
debug2 "ALERT=$ALERT"
debug2 "SUMMARY=$SUMMARY"
debug2 "COUNTY=$COUNTY"
debug2 "COUNTY_NAME=$COUNTY_NAME"
debug2 "VALID_ALERT=$VALID_ALERT"
fi
# Full_alert
echo "$ALERT ... $SUMMARY" > alert_summary.txt
#if the download failed, alert_summary.txt has only " ... ", then log and exit.
if [ "$DEBUG" = "2" ] ; then
DWNCHK=`cat alert_summary.txt`
echo
debug2 "dwnload chk:$DWNCHK"
fi
if [ "`cat alert_summary.txt`" == " ... " ] ; then
log "ERROR: Failed to download alert correct data from ${COUNTY}"
log " Verify $COUNTY is valid or URL has not changed."
exit 1
fi
#====================================
#
# check if no active watches, if so clean up any alerts and create
# no watches message for summary.
if ( grep "no active watches" wx_new.txt &> /dev/null ) ; then
# skip all of this if no_alert file is present indicating audio generated
if [ ! -f no_alerts.txt ] ; then
rm -f *.ul # Remove all alerts, audio files
rm -f alert.txt
# alert_summary.txt and alert_pre_summary.txt must match, or will
# generate an alert
##
cp alert_summary.txt alert_prev_summary.txt
cp wx_new.txt no_alerts.txt # After clean up, create
# "no active warnings file
# no alert
# cp $SOUND_DIR/no_alerts.gsm alert_short.gsm
fi # < if [ -f no_alerts.txt ]
exit 0 # Done, now exit.
fi
log "Checking for Wx Alert updates for $COUNTY"
# Skip if files are the same, alerts are active, but nothing has changed.
####if ! diff -q alert_summary.txt alert_prev_summary.txt &> /dev/null; then
# New Alerts are found.
log "New Wx Alerts for $COUNTY"
cp alert_summary.txt alert_prev_summary.txt # make the files the same now
rm -f alert.txt *.raw no_alerts.txt # and remove old alerts
# remove email alert file
if [ -f /tmp/wx_test/alert/${COUNTY}/email_alert.txt ] ; then
rm -f /tmp/wx_test/alert/${COUNTY}/email_alert.txt
fi
# remove the old plist.txt file.
if [ -f plist.txt ] ; then
cp plist.txt /tmp/.
rm plist.txt
fi
# create the alert file
echo "$ALERT" > alert.txt
# Create the product list which is tested against
# if product not found, will leave a null file. This is tested against
# at end of script, see ref#1
while read PRODUCT; do # Check for alert products
# appending the 1st matching, ignore case
grep -i -m 1 "^$PRODUCT" wx_new.txt
done < $PLIST >> plist.txt # line to alert.txt file
echo "cat -->"
cat plist.txt
echo "$PLIST"
####fi
#################################################################
# Pre Conversions file creation.
#################################################################
# create pre_alert.txt file (input to post conversion)
#
# check the alert types, critical/normal
if [ "$DEBUG" = "2" ] ; then
debug2 "********* WXALERT_BEACON=[$WXALERT_BEACON] **********"
fi
# Setup TYPES of alerts to trigger on depending upon WXALERT_BEACON Variable
if [ "$WXALERT_BEACON" = "C" ] ; then
TYPES=$CRIT_TYPES
else
TYPES=$NORM_TYPES
fi
# Set flag
CRIT_BEACON_FLAG="N"
SAVEIFS=$IFS
IFS=$(echo -en "\n\b")
if [ "$DEBUG" = "2" ] ; then
debug2 "TYPES= $TYPES"
fi
# check for matching TYPES in alert
for TYPE in $TYPES
do
## added space to avoid the first line being seen as an alert
## this may need to be changed as follows:
# egrep -v "Current Watches" alert.txt > alert1.txt
# mv alert1.txt alert
## if grep -i "$TYPE" alert.txt >> /tmp/wx_test/alert/$COUNTY/a_tmp.txt; then # Extract matching alerts
if grep -i "$TYPE " alert.txt >> /tmp/wx_test/alert/$COUNTY/a_tmp.txt; then # Extract matching alerts
#set up header of the alert file
echo "Weather Alert. for $COUNTY_NAME" > /tmp/wx_test/alert/$COUNTY/a_tmp.txt
echo ".." >> /tmp/wx_test/alert/$COUNTY/a_tmp.txt
log "Get Wx Alert INFO for $COUNTY: $TYPE"
# set critical beacon flag, if a match
CRIT_BEACON_FLAG="Y"
VALID_ALERT=yes
else
VALID_ALERT=no
fi
done
IFS=$SAVEIFS
# # rename to pre_alert.txt
mv /tmp/wx_test/alert/$COUNTY/a_tmp.txt /tmp/wx_test/alert/$COUNTY/pre_alert.txt
#
# #############################
# # create pre_conv_alert_summmary.txt (input to post conversion)
# # insert weather header/trailer to full alert txt
# echo ". . Weather Alert Summary for County $COUNTY_NAME." > /tmp/wx_test/alert/$COUNTY/a_tmp.txt
# cat alert_summary.txt >> /tmp/wx_test/alert/$COUNTY/a_tmp.txt
#
# # copy tmp.txt over for post conversion
# cp /tmp/wx_test/alert/$COUNTY/a_tmp.txt /tmp/wx_test/alert/$COUNTY/pre_conv_alert_summary.txt
#
# reset file
echo "" > /tmp/wx_test/alert/$COUNTY/full_alert_info.txt
# if multiple URL's go through them
for URL in $FULL_SUMMARY_URL ; do
# reset while variables
ALERT_DL=""
CHKCNT=0
# loop until get proper response, if after 5 attempts notify
while [ -z "$ALERT_DL" ] ; do
if [ $CHKCNT -gt 5 ] ; then
log "ERROR: $URL is not responding for getWxAlert - ${COUNTY}"
log " Possible issue with nws.gov server or internet connection"
ls -l /tmp/wx_test/alert/$COUNTY/full_alert_info.txt
exit 1
fi
##############################
# Create the raw full Summary File
if [ "$DEBUG" = "2" ] ; then
debug2 "FULL_SUMMARY_URL Entry: $URL"
fi
# Create full summary from URL file
$WGET -t 10 -w 10 --cache=off --random-wait -q $URL -O - | sed '/<description>/,/<\/description/!d' | \
sed 's/<description>//' | \
sed 's/<\/description>//' >> /tmp/wx_test/alert/$COUNTY/full_alert_info.txt
# -t 10 retries, -w 10 sec between
# turn cache off at server
# check if anything downloaded
ALERT_DL="`tail -1 /tmp/wx_test/alert/$COUNTY/full_alert_info.txt`"
echo "ALERT_DL=$ALERT_DL"
let CHKCNT=$CHKCNT+1
echo " " >> /tmp/wx_test/alert/$COUNTY/full_alert_info.txt
# copy the full alert prior to appending
# url information.
# cp /tmp/wx_test/alert/$COUNTY/full_alert_info.txt /tmp/wx_test/alert/$COUNTY/pre_full_alert_info.txt
#
# echo "For more information:" >> /tmp/wx_test/alert/$COUNTY/full_alert_info.txt
# echo $URL >> /tmp/wx_test/alert/$COUNTY/full_alert_info.txt
# echo "==================================================================" >> /tmp/wx_test/alert/$COUNTY/full_alert_info.txt
# echo " " >> /tmp/wx_test/alert/$COUNTY/full_alert_info.txt
#
# delay before retrying
sleep 4
done # while loop
done # loop url's
# additional debug info
if [ "$DEBUG" = "2" ] ; then
debug2 "**************************************************************"
debug2 "**alert's don't match**"
debug2 "=============================================================="
debug2 "alert_summary file:"
debug2 " /tmp/wx_test/alert/${COUNTY}/alert_summary.txt"
debug2 "=============================================================="
debug2 "alert_prev_summary.txt file:"
debug2 " /tmp/wx_test/alert/${COUNTY}/alert_prev_summary.txt"
debug2 "=============================================================="
debug2 "pre_full_alert_info.txt file:"
debug2 " /tmp/wx_test/alert/${COUNTY}/pre_full_alert_info.txt"
debug2 "**************************************************************"
debug2
fi
# Create GSM files for the alert. This will be based upon the plist.txt file.
# can plist file with Product, if match, then create new gsm list.
# Need initial wx_alert message.
# then the remaining alerts.
set -x
while read PRODUCT; do # Check for alert products
# appending the 1st matching, ignore case
# grep -i -m 1 "^$PRODUCT" /usr/local/etc/wx/wx_normal_alerts.txt
grep -i -m 1 "$PRODUCT" /usr/local/etc/wx/alert_test.txt | awk 'BEGIN { FS = "," } ; { print $1 }'
done < $PLIST >> gsm_list.txt # line to alert.txt file
# grep -i "blizzard warning" alert_test.txt | awk 'BEGIN { FS = "," } ; { print $1 }'
set +x
# check if file exists and size gt zero, if not email/play weather (ref#1)
if [ -s plist.txt ]; then
# Email Alerts if $EMAIL defined.
if [ ! -z "$EMAIL" ] ; then
send_email
fi
# if WXALERT_BEACON is set to Yes, then place playWxAlertBg into
# background
#
# Beacon needs to be Y -or- (beacon C -and- Crit_Beacon flag yes)
if [ "$DEBUG" = "2" ] ; then
echo "WXALERT_BEACON = $WXALERT_BEACON, CRIT_BEACON_FLAG=$CRIT_BEACON_FLAG"
fi
if [ $WXALERT_BEACON = "Y" ] || ([ $WXALERT_BEACON = "C" ] && [ $CRIT_BEACON_FLAG = "Y" ]) ; then
# first kill any left over process
# get PID and kill it
if [ -f $WXALERT_SPOOLDIR/$COUNTY/playWxAlertBg.pid ] ; then
kill `cat < playWxAlertBg.pid`
fi
# if $LOCAL/no_wxalert_msg file is present, remove it to start
# new weather alert msg
if [ -f $NO_WXALERT_MSG ] ; then
rm $NO_WXALERT_MSG
fi
if [ "$VALID_ALERT" = "yes" ] ; then #cjk
# call playWxAlert and place in background
if [ "$DEBUG" = "2" ] ; then
debug2 "********* Launching Debug Version of playWxAlert **********"
bash -x /usr/local/bin/playWxAlertBg $COUNTY 2>&1 | tee /tmp/WX_DEBUG &
else
log "Launching playWxAlertBg..."
/usr/local/bin/playWxAlertBg $COUNTY &
fi # debug
fi # wxalert beacon
fi # valid cjke
fi # -s plist.txt
## cjk
# fi ; # comment out due to the first if command commented.
exit 0

559
src/wx_alert/getWxAlert_old
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@ -0,0 +1,559 @@
#!/bin/bash
#
# getWxAlert - allstar wxscripts
#
# by w0anm
#
# ---------------
# Copyright (C) 2015, 2016 Christopher Kovacs, W0ANM
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 3 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see http://www.gnu.org/licenses/.
# ---------------
#
#####################
# $Id: getWxAlert 24 2015-03-27 00:53:24Z w0anm $
# renice the proceses to a lower priority
renice -n 19 -p $$
DEBUG="0" # debug levels 0 = no debug
# 1 = save alerts
# 2 = detailed info
# 3 = special debug only
# Script config location
WEATHER="/usr/local/etc/wx"
# Load config file
if [ -f ${WEATHER}/wx_scripts.conf ] ; then
source ${WEATHER}/wx_scripts.conf
else
echo "Missing ${WEATHER}/wx_scripts.conf file, aborting..."
exit 1
fi
# Check Arguments...
# has only one argument, county info
if [ "$#" = "1" ] ; then
COUNTY=$1
COUNTY_NAME=""
fi
# has two arguments, county info and county name
if [ "$#" = "2" ] ; then
COUNTY=$1
COUNTY_NAME=$2
fi
# if no arguments, then error.
if [ "$1" = "" ] ; then
echo "Missing Argument, need wx underground station id.."
echo
exit 1
fi
if [ "$COUNTY" = "help" ] ; then # If no arguments
echo "Usage getWxAlert <county>"
echo " where <county>=State County, for example: WIC002"
echo " See http://alerts.weather.gov/ for more informaton"
echo
echo " Or you can edit the wx_scripts.conf file to include the COUNTY variable."
echo
exit 1
fi
if [ ! -d /tmp/wx/alert/$COUNTY ] ; then
mkdir -p /tmp/wx/alert/$COUNTY
fi
####### Functions ######
# Send message to LOGFILE
function debug2 () {
MESSAGE="${0##*/} DEBUG: $@"
echo "$MESSAGE"
if [ -n "$LOGFILE" ]; then
echo "$(date '+%b %d %Y %T %z') $MESSAGE" >> $LOGFILE
fi
}
# Send message to LOGFILE without echo to standard
function debug3 () {
MESSAGE="${0##*/} DEBUG: $@"
if [ -n "$LOGFILE" ]; then
echo "$(date '+%b %d %Y %T %z') $MESSAGE" >> $LOGFILE
fi
}
function send_email () {
for EADDR in $(echo $EMAIL | sed 's/,/ /g') ; do
# summary version
# $MAIL -s "Weather Alert for $COUNTY_NAME" $EADDR < /tmp/wx/alert/$COUNTY/pre_conv_alert_summary.txt
# full alert info
cp /tmp/wx/alert/$COUNTY/pre_alert.txt /tmp/wx/alert/$COUNTY/email_alert.txt
# append the alert to the header
cat /tmp/wx/alert/$COUNTY/full_alert_info.txt >> /tmp/wx/alert/$COUNTY/email_alert.txt
# mail it
$MAIL -s "Weather Alert for $COUNTY_NAME" -e $EADDR < /tmp/wx/alert/$COUNTY/email_alert.txt
done
}
### ADD TTS CALL in function
TextToSpeech () {
TTS_PROGRAM="/usr/local/bin/tts_audio.sh -v ${WXVOL} "
$TTS_PROGRAM $1
if [ "$DEBUG" = "2" ] ; then
echo "TextToSpeech=$1"
echo "Converted audio file=${1%.txt}.ul"
fi
}
###### End of Functions ######
PLIST="$WEATHER/wx_alert_product.txt" # Product list file and directory
# standard
URL="http://alerts.weather.gov/cap/wwaatmget.php?x=" # URL to RSS data
# TEST ONLY
# URL="http://raspweb.w0anm.com/wx_test/MNC171_alert.info" # URL to RSS data
DATE=`date +%Y.%m.%d.\%H\%M`
NO_WXALERT_MSG=$LOCAL/no_wxalert_msg
# MAIL=/bin/mail # mail binary
# MAIL="/usr/local/bin/sendmail_g.pl" # gmail SendMail script
MAIL="/usr/local/bin/sendmail-gm.py" # gmail SendMail script
CRIT_TYPES=`cat $WEATHER/wx_critical_alerts.txt`
NORM_TYPES=`cat $WEATHER/wx_normal_alerts.txt`
#----------------------------- Main program ----------------------
if [ ! -d $WXALERT_SPOOLDIR/$COUNTY ] ; then
mkdir -p $WXALERT_SPOOLDIR/$COUNTY
fi
if [ ! -d /tmp/wx/alert/$COUNTY ] ; then
mkdir -p /tmp/wx/alert/$COUNTY
fi
cd $WXALERT_SPOOLDIR/$COUNTY
ALERT_DL=""
CHKCNT=0
# loop until get proper response, if after 5 attempts notify
while [ -z "$ALERT_DL" ] ; do
if [ $CHKCNT -gt 5 ] ; then
log "ERROR: $URL is not responding for getWxAlert - ${COUNTY}"
log " Possible issue with nws.gov server or internet connection"
ls -l /tmp/wx/alert/$COUNTY/alert.info
exit 1
fi
# Alternative method of getting url information:
##/usr/bin/lynx -dump $URL$COUNTY > /tmp/wx/alert/$COUNTY/alert.info
# remove old alert.info file
if [ -f /tmp/wx/alert/$COUNTY/alert.info ] ; then
rm /tmp/wx/alert/$COUNTY/alert.info
fi
# $WGET -t 10 -w 10 --cache=off --random-wait -q $URL$COUNTY -O - > /tmp/wx/alert/$COUNTY/alert.info
$WGET --no-cache --no-dns-cache --tries=10 --random-wait -q $URL$COUNTY -O - > /tmp/wx/alert/$COUNTY/alert.info
# -t 10 retries, -w 10 sec between
# turn cache off at server
# place data in variable to see if contains data
ALERT_DL="`head -1 /tmp/wx/alert/$COUNTY/alert.info`"
let CHKCNT=$CHKCNT+1
# delay before retrying
sleep 10
done
# Added for validation of data, test only
# cp /tmp/wx/alert/$COUNTY/alert.info /tmp/debug/alert.info_$DATE
#test to see if title duplicates
grep "title>" /tmp/wx/alert/$COUNTY/alert.info | sed '/<title>/,/<\/title/!d' | sed 's/<title>//' | sed 's/<\/title>//' | egrep -v "Current Watches" > /tmp/wx/alert/$COUNTY/alert_watches
# Attempt to address the issue with duplicate entries using wget and NWS URL.
NLINES=`wc -l /tmp/wx/alert/$COUNTY/alert_watches`
if [ ! "$NLINES" = 1 ] ; then
#get first line
FIRSTLINE=`head -1 /tmp/wx/alert/$COUNTY/alert_watches`
# check for dups
NDUPS=`grep "$FIRSTLINE" /tmp/wx/alert/$COUNTY/alert_watches | wc -l`
NUNIQ=`uniq /tmp/wx/alert/$COUNTY/alert_watches | wc -l`
if [ ! "$NDUPS" = "1" ] ; then
if [ "$DEBUG" = "3" ] ; then
debug3 "NWS alert data is BAD"
debug3 " First Line: $FIRSTLINE"
debug3 " NDUPS: $NDUPS"
debug3 " NUNIQ: $NUNIQ"
debug3 " NLINES: $NLINES"
debug3 "Exiting.."
debug3
fi
debug3 "NWS alert data is BAD"
rm -f /tmp/wx/alert/$COUNTY/alert_watches
exit 1
fi
fi
if [ "$DEBUG" = "3" ] ; then
debug3 "NWS alert data is OK"
debug3 " First Line: $FIRSTLINE"
debug3 " NDUPS: $NDUPS"
debug3 " NUNIQ: $NUNIQ"
debug3
fi
debug3 "NWS alert data is OK"
rm -f /tmp/wx/alert/$COUNTY/alert_watches
## done with test code
# process the downloaded information
cat /tmp/wx/alert/$COUNTY/alert.info | \
grep "title>" | \
sed '/<title>/,/<\/title/!d' | \
sed 's/<title>//' | sed 's/<\/title>//' | \
egrep -v "Current Watches" > wx_new.txt
# get full summary URL Link
FULL_SUMMARY_URL=`cat /tmp/wx/alert/$COUNTY/alert.info | egrep "<id>|</id>" | sed 's/<id>//' | sed 's/<\/id>//' | grep capget | tr -d '\r'`
# Extract Alert from url information:
ALERT=`cat /tmp/wx/alert/$COUNTY/alert.info | egrep "<title>|</title>" | sed 's/<title>//' | sed 's/<\/title>//'| sed 's/\(by NWS*\).*/\1/' | sed 's/by NWS//'`
# Extract Summary from url information:
SUMMARY=`cat /tmp/wx/alert/$COUNTY/alert.info | egrep "<summary>|</summary>" | sed 's/<summary>//' | sed 's/<\/summary>//'`
# Debug stuff, print values for $ALERT and SUMMARY
if [ "$DEBUG" = "2" ] ; then
echo
debug2 "************START**************************"
debug2 "NWS_URL=$URL"
debug2 "FULL_SUMMARY_URL=$FULL_SUMMARY_URL"
debug2 "CHKCNT=$CHKCNT"
debug2 "ALERT=$ALERT"
debug2 "SUMMARY=$SUMMARY"
debug2 "COUNTY=$COUNTY"
debug2 "COUNTY_NAME=$COUNTY_NAME"
debug2 "VALID_ALERT=$VALID_ALERT"
fi
# Full_alert
echo "$ALERT ... $SUMMARY" > alert_summary.txt
#if the download failed, alert_summary.txt has only " ... ", then log and exit.
if [ "$DEBUG" = "2" ] ; then
DWNCHK=`cat alert_summary.txt`
echo
debug2 "dwnload chk:$DWNCHK"
fi
if [ "`cat alert_summary.txt`" == " ... " ] ; then
log "ERROR: Failed to download alert correct data from ${COUNTY}"
log " Verify $COUNTY is valid or URL has not changed."
exit 1
fi
# check if no active watches, if so clean up any alerts and create
# no watches message for summary.
if ( grep "no active watches" wx_new.txt &> /dev/null ) ; then
# skip all of this if no_alert file is present indicating audio generated
if [ ! -f no_alerts.txt ] ; then
rm -f *.ul # Remove all alerts, audio files
rm -f alert.txt
# alert_summary.txt and alert_pre_summary.txt must match, or will
# generate an alert
##
cp alert_summary.txt alert_prev_summary.txt
cp wx_new.txt no_alerts.txt # After clean up, create
# "no active warnings file
# setup the no warnings message, append file with county info, the
# create audio
##
echo "for $COUNTY_NAME" >> no_alerts.txt
## TTS - change
TextToSpeech no_alerts.txt
mv no_alerts.ul alert_short.ul
cp alert_short.ul alert_full.ul
##############################
# save a history of alerts
# mv over to saved directory
# Save alert Information
if [ "$DEBUG" = "1" ] || [ "$DEBUG" = "2" ] ; then
if [ ! -f alert.txt ] && [ -f /tmp/wx/alert/$COUNTY/pre_conv_alert_summary.txt ] ; then
# make sure directory is created
if [ ! -d saved/$DATE ] ; then
mkdir -p saved/$DATE
fi
# now save files
cp /tmp/wx/alert/$COUNTY/*.txt saved/$DATE/.
fi
fi
fi # < if [ -f no_alerts.txt ]
exit 0 # Done, now exit.
fi
log "Checking for Wx Alert updates for $COUNTY"
# Skip if files are the same, alerts are active, but nothing has changed.
if ! diff -q alert_summary.txt alert_prev_summary.txt &> /dev/null; then
# New Alerts are found.
log "New Wx Alerts for $COUNTY"
cp alert_summary.txt alert_prev_summary.txt # make the files the same now
rm -f alert.txt *.raw no_alerts.txt # and remove old alerts
# remove email alert file
if [ -f /tmp/wx/alert/${COUNTY}/email_alert.txt ] ; then
rm -f /tmp/wx/alert/${COUNTY}/email_alert.txt
fi
# remove the old plist.txt file.
if [ -f plist.txt ] ; then
cp plist.txt /tmp/.
rm plist.txt
fi
# create the alert file
echo "$ALERT" > alert.txt
# Create the product list which is tested against
# if product not found, will leave a null file. This is tested against
# at end of script, see ref#1
while read PRODUCT; do # Check for alert products
# appending the 1st matching, ignore case
grep -i -m 1 "^$PRODUCT" wx_new.txt
done < $PLIST >> plist.txt # line to alert.txt file
#################################################################
# Pre Conversions file creation.
#################################################################
# create pre_alert.txt file (input to post conversion)
#
# check the alert types, critical/normal
if [ "$DEBUG" = "2" ] ; then
debug2 "********* WXALERT_BEACON=[$WXALERT_BEACON] **********"
fi
# Setup TYPES of alerts to trigger on depending upon WXALERT_BEACON Variable
if [ "$WXALERT_BEACON" = "C" ] ; then
TYPES=$CRIT_TYPES
else
TYPES=$NORM_TYPES
fi
# Set flag
CRIT_BEACON_FLAG="N"
SAVEIFS=$IFS
IFS=$(echo -en "\n\b")
if [ "$DEBUG" = "2" ] ; then
debug2 "TYPES= $TYPES"
fi
# check for matching TYPES in alert
for TYPE in $TYPES
do
## added space to avoid the first line being seen as an alert
## this may need to be changed as follows:
# egrep -v "Current Watches" alert.txt > alert1.txt
# mv alert1.txt alert
## if grep -i "$TYPE" alert.txt >> /tmp/wx/alert/$COUNTY/a_tmp.txt; then # Extract matching alerts
if grep -i "$TYPE " alert.txt >> /tmp/wx/alert/$COUNTY/a_tmp.txt; then # Extract matching alerts
#set up header of the alert file
echo "Weather Alert. for $COUNTY_NAME" > /tmp/wx/alert/$COUNTY/a_tmp.txt
echo ".." >> /tmp/wx/alert/$COUNTY/a_tmp.txt
log "Get Wx Alert INFO for $COUNTY: $TYPE"
# set critical beacon flag, if a match
CRIT_BEACON_FLAG="Y"
VALID_ALERT=yes
else
VALID_ALERT=no
fi
done
IFS=$SAVEIFS
# rename to pre_alert.txt
mv /tmp/wx/alert/$COUNTY/a_tmp.txt /tmp/wx/alert/$COUNTY/pre_alert.txt
#############################
# create pre_conv_alert_summmary.txt (input to post conversion)
# insert weather header/trailer to full alert txt
echo ". . Weather Alert Summary for County $COUNTY_NAME." > /tmp/wx/alert/$COUNTY/a_tmp.txt
cat alert_summary.txt >> /tmp/wx/alert/$COUNTY/a_tmp.txt
# copy tmp.txt over for post conversion
cp /tmp/wx/alert/$COUNTY/a_tmp.txt /tmp/wx/alert/$COUNTY/pre_conv_alert_summary.txt
# reset file
echo "" > /tmp/wx/alert/$COUNTY/full_alert_info.txt
# if multiple URL's go through them
for URL in $FULL_SUMMARY_URL ; do
# reset while variables
ALERT_DL=""
CHKCNT=0
# loop until get proper response, if after 5 attempts notify
while [ -z "$ALERT_DL" ] ; do
if [ $CHKCNT -gt 5 ] ; then
log "ERROR: $URL is not responding for getWxAlert - ${COUNTY}"
log " Possible issue with nws.gov server or internet connection"
ls -l /tmp/wx/alert/$COUNTY/full_alert_info.txt
exit 1
fi
##############################
# Create the raw full Summary File
if [ "$DEBUG" = "2" ] ; then
debug2 "FULL_SUMMARY_URL Entry: $URL"
fi
# Create full summary from URL file
$WGET -t 10 -w 10 --cache=off --random-wait -q $URL -O - | sed '/<description>/,/<\/description/!d' | \
sed 's/<description>//' | \
sed 's/<\/description>//' >> /tmp/wx/alert/$COUNTY/full_alert_info.txt
# -t 10 retries, -w 10 sec between
# turn cache off at server
# check if anything downloaded
ALERT_DL="`tail -1 /tmp/wx/alert/$COUNTY/full_alert_info.txt`"
echo "ALERT_DL=$ALERT_DL"
let CHKCNT=$CHKCNT+1
echo " " >> /tmp/wx/alert/$COUNTY/full_alert_info.txt
# copy the full alert prior to appending
# url information.
cp /tmp/wx/alert/$COUNTY/full_alert_info.txt /tmp/wx/alert/$COUNTY/pre_full_alert_info.txt
echo "For more information:" >> /tmp/wx/alert/$COUNTY/full_alert_info.txt
echo $URL >> /tmp/wx/alert/$COUNTY/full_alert_info.txt
echo "==================================================================" >> /tmp/wx/alert/$COUNTY/full_alert_info.txt
echo " " >> /tmp/wx/alert/$COUNTY/full_alert_info.txt
# delay before retrying
sleep 4
done # while loop
done # loop url's
# additional debug info
if [ "$DEBUG" = "2" ] ; then
debug2 "**************************************************************"
debug2 "**alert's don't match**"
debug2 "=============================================================="
debug2 "alert_summary file:"
debug2 " /tmp/wx/alert/${COUNTY}/alert_summary.txt"
debug2 "=============================================================="
debug2 "alert_prev_summary.txt file:"
debug2 " /tmp/wx/alert/${COUNTY}/alert_prev_summary.txt"
debug2 "=============================================================="
debug2 "pre_full_alert_info.txt file:"
debug2 " /tmp/wx/alert/${COUNTY}/pre_full_alert_info.txt"
debug2 "**************************************************************"
debug2
fi
#################################################################
# Post Conversions
# You must edit wxtext_conv.sed file to perform the post conversion.
#################################################################
#############################
# pre_alert txt file to conv_alert.txt
sed -f ${WEATHER}/wxtext_conv.sed /tmp/wx/alert/$COUNTY/pre_alert.txt > conv_alert.txt
# conv_alert summary txt file to conv_alert_summary.txt
sed -f ${WEATHER}/wxtext_conv.sed /tmp/wx/alert/$COUNTY/pre_conv_alert_summary.txt > conv_alert_summary.txt
# full alert text
if [ "$FULL_ALERT" = "Y" ] ; then
#############################
# pre_full_alert_info file to conv
sed -f ${WEATHER}/wxtext_conv.sed /tmp/wx/alert/$COUNTY/pre_full_alert_info.txt > conv_full_alert_info.txt
fi
#################################################################
# create the audio files
#################################################################
## TTS
TextToSpeech conv_alert.txt
mv conv_alert.ul alert_short.ul
cp alert_short.ul alert_full.ul
# full alert text
if [ "$FULL_ALERT" = "Y" ] ; then
TextToSpeech conv_full_alert_info.txt
mv conv_full_alert_info.ul alert_full.ul
fi
#clean up
rm -f /tmp/wx/alert/$COUNTY/a_tmp.txt
# check if file exists and size gt zero, if not email/play weather (ref#1)
if [ -s plist.txt ]; then
# Email Alerts if $EMAIL defined.
if [ ! -z "$EMAIL" ] ; then
send_email
fi
# if WXALERT_BEACON is set to Yes, then place playWxAlertBg into
# background
#
# Beacon needs to be Y -or- (beacon C -and- Crit_Beacon flag yes)
if [ "$DEBUG" = "2" ] ; then
echo "WXALERT_BEACON = $WXALERT_BEACON, CRIT_BEACON_FLAG=$CRIT_BEACON_FLAG"
fi
if [ $WXALERT_BEACON = "Y" ] || ([ $WXALERT_BEACON = "C" ] && [ $CRIT_BEACON_FLAG = "Y" ]) ; then
# first kill any left over process
# get PID and kill it
if [ -f $WXALERT_SPOOLDIR/$COUNTY/playWxAlertBg.pid ] ; then
kill `cat < playWxAlertBg.pid`
fi
# if $LOCAL/no_wxalert_msg file is present, remove it to start
# new weather alert msg
if [ -f $NO_WXALERT_MSG ] ; then
rm $NO_WXALERT_MSG
fi
if [ "$VALID_ALERT" = "yes" ] ; then
# call playWxAlert and place in background
if [ "$DEBUG" = "2" ] ; then
debug2 "********* Launching Debug Version of playWxAlert **********"
bash -x /usr/local/bin/playWxAlertBg $COUNTY 2>&1 | tee /tmp/WX_DEBUG &
else
log "Launching playWxAlertBg..."
/usr/local/bin/playWxAlertBg $COUNTY &
fi # debug
fi # Valid Alert
fi # wxalert beacon
fi # -s plist.txt
fi
exit 0

153
src/wx_alert/playWxAlertBg
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#!/bin/bash
#
# playWxAlertBg - allstar wxscripts
#
# by w0anm
#
# Play weather alerts Announcements. This will automatically stop when
# alert is cancelled.
# Normally, placed in background from getWxAlert.
#
#######################
# $Id: playWxAlertBg 19 2015-02-19 22:03:53Z w0anm $
# My process id
MYPROC=$$
WEATHER="/usr/local/etc/wx"
# Load config file
if [ -f ${WEATHER}/wx_scripts.conf ] ; then
source ${WEATHER}/wx_scripts.conf
else
echo "Missing ${WEATHER}/wx_scripts.conf file, aborting..."
exit 1
fi
# multiple zone support.
# if COUNTY not an argument, then error.
if [ "$1" = "" ] ; then
echo "Missing Argument, need wx underground station id.."
echo
exit 1
else
COUNTY=$1
fi
# if argument is not a directory, abort and do nothing. send error
if [ ! -d /tmp/wx/alert/$COUNTY ] ; then
# msg to log file.
log "COUNTY directory $COUNTY is not present, aborting..."
exit 1
fi
WXALERT_TEXT=${WXALERT_SPOOLDIR}/$COUNTY/alert.txt
NO_WXALERT_MSG=$LOCAL/no_wxalert_msg
# store the PID
echo "$$" > $WXALERT_SPOOLDIR/$COUNTY/playWxAlertBg.pid
##########
PlayMsg () {
#log "Playing Wx Alert (${SLEEPTIME}s) for $COUNTY"
log "Mode - $PLAYBACK_MODE - $Msg"
/usr/sbin/asterisk -rx "rpt $PLAYBACK_MODE $NODE1 /tmp/wx/alert/$COUNTY/alert_short" &> /dev/null 2>&1
} # end PlayMsg
#######################################################################
# Main Program
# Run's in background, called by getWxAlert
while [ -f $WXALERT_TEXT ] ; do
# check if lock file is present. If so, wait for file to be
# removed, this prevents alert announcements from simultaneioulsy
# being sent.
# if NO_WXALERT file is present, skip playing msg
if [ ! -f $NO_WXALERT_MSG ] ; then
while [ -f /tmp/playWxAlertBg-lock ] ; do
sleep 30
done
# set lock file
echo $MYPROC > /tmp/playWxAlertBg-lock
Msg="Playing Wx Alert (initial) for $COUNTY"
PlayMsg
# clear lock file
rm /tmp/playWxAlertBg-lock
else
log "Skipping Wx Alert (initial) for $COUNTY, $NO_WXALERT_MSG present"
fi
# play time is initial, 5m, 10m, 30m, 30m, 30m, then every 60m
for SLEEPTIME in $SLEEPTIME_SEQ ; do
sleep $SLEEPTIME
if [ ! -f $WXALERT_TEXT ] || [ $SLEEPTIME = "0" ] ; then
break
fi
# check to see if you should output an alert msg
if [ ! -f $NO_WXALERT_MSG ] ; then
# check if lock file is present. If so, wait for file to be
# removed, this prevents alert announcements from simultaneioulsy
# being sent.
while [ -f /tmp/playWxAlertBg-lock ] ; do
sleep 30
done
# set lock file
echo $MYPROC > /tmp/playWxAlertBg-lock
Msg="Playing Wx Alert (${SLEEPTIME}s) for $COUNTY"
PlayMsg
# clear lock file
rm /tmp/playWxAlertBg-lock
else
log "Skipping Wx Alert (${SLEEPTIME}s) for $COUNTY, $NO_WXALERT_MSG present"
fi
done
while [ -f $WXALERT_TEXT ] ; do
EXTENDEDTIME=3600
sleep $EXTENDEDTIME
if [ ! -f $WXALERT_TEXT ] ; then
break
fi
# check to see if you should output an alert msg
if [ ! -f $NO_WXALERT_MSG ] ; then
# check if lock file is present.
while [ -f /tmp/playWxAlertBg-lock ] ; do
sleep 30
done
# set lock file
echo $MYPROC > /tmp/playWxAlertBg-lock
# if SLEEPTIME is 0, then don't play alert, we are done.
if [ "$SLEEPTIME" -ne "0" ] ; then
Msg="Playing Wx Alert (${EXTENDEDTIME}s) for $COUNTY"
PlayMsg
fi
# clear lock file
rm /tmp/playWxAlertBg-lock
else
log "Skipping Wx Alert (${EXTENDEDTIME}) for $COUNTY, $NO_WXALERT_MSG present"
fi
done
done
# remove PID file
rm $WXALERT_SPOOLDIR/$COUNTY/playWxAlertBg.pid
log "Alert over for $COUNTY"
exit 0

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src/wx_alert/sendmail-gm.py
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#!/usr/bin/python2
#
# sendmail-gm.py - allstar wxscripts
#
# by w0anm
#
# This script allows a user to send mail using their gmail account. This is
# used to send weather alert messages if desired.
#
# you will need to edit the file to include your gmail account information.
# Keep in mind that this is open text and anyone that reads this file can gain
# access to your gmail account.
#
#####################
# $Id: sendmail-gm.py 15 2015-01-07 23:59:43Z w0anm $
import sys, getopt
import smtplib
import ConfigParser
Subject = ''
Email_Addr = ''
ConfigFile = '/usr/local/etc/.sendmail.cfg'
# arguments
def main(argv):
Subject = 'test message'
Email_Addr = ''
Inputfile = ''
try:
opts, args = getopt.getopt(argv,"hs:e:i:")
except getopt.GetoptError:
print '\nsendmail.py -s [<subject>] -e <Email_Addr> [-i <inputfile>]'
sys.exit(2)
for opt, arg in opts:
if opt == '-h':
print '\nsendmail.py -s <subject> -e <Email_Addr> [-i <inputfile>]'
sys.exit()
elif opt in ("-s"):
Subject = arg
elif opt in ("-e"):
Email_Addr = arg
elif opt in ("-i"):
Inputfile = arg
# get the configuration values
config = ConfigParser.RawConfigParser()
config = ConfigParser.RawConfigParser(allow_no_value=True)
config.read(ConfigFile)
gmail_user = config.get('gmail_send', 'user')
gmail_pwd = config.get('gmail_send', 'password')
gmail_from= config.get('gmail_send', 'from')
TO = [Email_Addr] #must be a list
TEXT=''
# if inputfile defined, then skip standard in
if Inputfile == '':
data = sys.stdin.readline()
lines=''
while data:
lines=lines + data
data = sys.stdin.readline()
else:
f = open(Inputfile)
data= f.readline()
lines=''
while data:
lines=lines + data
data = f.readline()
f.close()
TEXT=lines
# Prepare actual message
message = """\From: %s\nTo: %s\nSubject: %s\n\n%s
""" % (gmail_from, ", ".join(TO), Subject, TEXT)
try:
#server = smtplib.SMTP(SERVER)
server = smtplib.SMTP("smtp.gmail.com", 587) #or port 465 doesn't seem to work!
server.ehlo()
server.starttls()
server.login(gmail_user, gmail_pwd)
server.sendmail(gmail_from, TO, message)
#server.quit()
server.close()
print 'successfully sent the mail'
except:
print "failed to send mail"
if __name__ == "__main__":
main(sys.argv[1:])

5
src/wx_alert/sendmail.cfg
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[gmail_send]
user = xxxxxx@gmail.com
password = xxxxxxxxxx
from = xxxxxx@gmail.com

94
src/wx_alert/wx_alert_product.txt
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911 TELEPHONE OUTAGE
AIR STAGNATION ADVISORY
ASHFALL ADVISORY
AVALANCHE WARNING
AVALANCHE WATCH
BLIZZARD WARNING
BLIZZARD WATCH
BLOWING DUST ADVISORY
BLOWING SNOW ADVISORY
CHILD ABDUCTION EMERGENCY
CIVIL DANGER WARNING
CIVIL EMERGENCY MESSAGE
COASTAL FLOOD STATEMENT
COASTAL FLOOD WARNING
COASTAL FLOOD WATCH
DENSE FOG ADVISORY
DENSE SMOKE ADVISORY
DUST STORM WARNING
EARTHQUAKE WARNING
EVACUATION IMMEDIATE
EXCESSIVE HEAT WARNING
EXCESSIVE HEAT WATCH
FIRE DANGER STATEMENT
FIRE WARNING
FIRE WEATHER WATCH
FLASH FLOOD STATEMENT
FLASH FLOOD WARNING
FLASH FLOOD WATCH
FLOOD STATEMENT
FLOOD WARNING
FLOOD WATCH
FREEZE WARNING
FREEZE WATCH
FREEZING DRIZZLE ADVISORY
FREEZING FOG ADVISORY
FREEZING RAIN ADVISORY
FROST ADVISORY
GALE WARNING
HAZARDOUS MATERIALS WARNING
HAZARDOUS WEATHER OUTLOOK
HEAT ADVISORY
HEAVY FREEZING SPRAY WARNING
HEAVY SLEET WARNING
HEAVY SNOW WARNING
HIGH SURF ADVISORY
HIGH SURF WARNING
HIGH WIND WARNING
HIGH WIND WATCH
HURRICANE LOCAL STATEMENT
HURRICANE WATCH
ICE STORM WARNING
INLAND HURRICANE WIND WATCH
INLAND TROPICAL STORM WARNING
INLAND TROPICAL STORM WATCH
LAKE EFFECT SNOW ADVISORY
LAKE EFFECT SNOW WARNING
LAKE EFFECT SNOW WATCH
LAKESHORE FLOOD STATEMENT
LAKESHORE FLOOD WARNING
LAKESHORE FLOOD WATCH
LAKE WIND ADVISORY
LAW ENFORCEMENT WARNING
LOCAL AREA EMERGENCY
MARINE WEATHER STATEMENT
NUCLEAR POWER PLANT WARNING
RADIOLOGICAL HAZARD WARNING
RED FLAG WARNING
SEVERE THUNDERSTORM WARNING
SEVERE THUNDERSTORM WATCH
SEVERE WEATHER STATEMENT
SHELTER IN PLACE WARNING
SHORT TERM FORECAST
SLEET ADVISORY
SMALL CRAFT ADVISORY
SNOW ADVISORY
SNOW AND BLOWING SNOW ADVISORY
SPECIAL MARINE WARNING
SPECIAL WEATHER STATEMENT
STORM WARNING
TORNADO WARNING
TORNADO WATCH
TROPICAL STORM WARNING
TROPICAL STORM WATCH
TSUNAMI WATCH
TYPHOON LOCAL STATEMENT
TYPHOON WATCH
VOLCANO WARNING
WIND ADVISORY
WIND CHILL ADVISORY
WIND CHILL WARNING
WIND CHILL WATCH
WINTER STORM WARNING
WINTER STORM WATCH
WINTER WEATHER ADVISORY

62
src/wx_alert/wx_alert_product_new
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AVALANCHE WARNING
AVALANCHE WATCH
BLIZZARD WARNING
BLIZZARD WATCH
CHILD ABDUCTION EMERGENCY
CIVIL DANGER WARNING
CIVIL EMERGENCY MESSAGE
COASTAL FLOOD STATEMENT
COASTAL FLOOD WARNING
COASTAL FLOOD WATCH
DUST STORM WARNING
EARTHQUAKE WARNING
EVACUATION IMMEDIATE
EXCESSIVE HEAT WARNING
EXCESSIVE HEAT WATCH
FIRE DANGER STATEMENT
FIRE WARNING
FIRE WEATHER WATCH
FLASH FLOOD STATEMENT
FLASH FLOOD WARNING
FLASH FLOOD WATCH
FLOOD STATEMENT
FLOOD WARNING
FLOOD WATCH
FREEZE WARNING
FREEZE WATCH
GALE WARNING
HAZARDOUS MATERIALS WARNING
HAZARDOUS WEATHER OUTLOOK
HEAVY FREEZING SPRAY WARNING
HEAVY SLEET WARNING
HEAVY SNOW WARNING
HIGH SURF WARNING
HIGH WIND WARNING
HIGH WIND WATCH
HURRICANE LOCAL STATEMENT
HURRICANE WATCH
ICE STORM WARNING
INLAND HURRICANE WIND WATCH
INLAND TROPICAL STORM WARNING
INLAND TROPICAL STORM WATCH
LAKE EFFECT SNOW WARNING
LAKE EFFECT SNOW WATCH
LAKESHORE FLOOD WARNING
LAKESHORE FLOOD WATCH
LAW ENFORCEMENT WARNING
LOCAL AREA EMERGENCY
NUCLEAR POWER PLANT WARNING
RADIOLOGICAL HAZARD WARNING
SEVERE THUNDERSTORM WARNING
SEVERE THUNDERSTORM WATCH
STORM WARNING
TORNADO WARNING
TORNADO WATCH
TROPICAL STORM WARNING
TROPICAL STORM WATCH
TSUNAMI WATCH
TYPHOON WATCH
VOLCANO WARNING
WIND CHILL WARNING
WINTER STORM WARNING
WINTER STORM WATCH

10
src/wx_alert/wx_critical_alerts.txt
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SEVERE THUNDERSTORM WARNING
TORNADO WARNING
TORNADO WATCH
ICE STORM WARNING
NUCLEAR POWER PLANT WARNING
EVACUATION IMMEDIATE
VOLCANO WARNING
WIND CHILL WARNING
WINTER STORM WARNING
EMERGENCY

48
src/wx_alert/wx_normal_alerts.txt
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BLIZZARD WARNING
BLIZZARD WATCH
BLOWING SNOW ADVISORY
CIVIL DANGER WARNING
CIVIL EMERGENCY MESSAGE
DENSE FOG ADVISORY
EVACUATION IMMEDIATE
EXCESSIVE HEAT WARNING
EXCESSIVE HEAT WATCH
FIRE WARNING
FLASH FLOOD WARNING
FLOOD WARNING
FLOOD WATCH
FREEZE WARNING
FREEZE WATCH
FREEZING DRIZZLE ADVISORY
FREEZING FOG ADVISORY
FREEZING RAIN ADVISORY
FROST ADVISORY
HEAT ADVISORY
HEAVY FREEZING SPRAY WARNING
HEAVY SLEET WARNING
HEAVY SNOW WARNING
HIGH SURF ADVISORY
HIGH WIND WARNING
HIGH WIND WATCH
ICE STORM WARNING
LAKE EFFECT SNOW ADVISORY
LAKE EFFECT SNOW WARNING
NUCLEAR POWER PLANT WARNING
OUTAGE
RADIOLOGICAL HAZARD WARNING
SEVERE THUNDERSTORM WARNING
SEVERE THUNDERSTORM WATCH
SLEET ADVISORY
SNOW ADVISORY
SNOW AND BLOWING SNOW ADVISORY
STORM WARNING
TORNADO WARNING
TORNADO WATCH
VOLCANO WARNING
WIND ADVISORY
WIND CHILL ADVISORY
WIND CHILL WARNING
WIND CHILL WATCH
WINTER STORM WARNING
WINTER STORM WATCH
WINTER WEATHER ADVISORY

34
src/wx_alert/wxtext_conv.sed
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s/Minneapolis-St./Minneapolis Saint/g
s/ EST/ /g
s/ est/ /g
s/ EDT/ /g
s/ edt/ /g
s/ CST/ /g
s/ cst/ /g
s/ CDT/ /g
s/ cdt/ /g
s/ MST/ /g
s/ mst/ /g
s/ MDT/ /g
s/ mdt/ /g
s/ MPH/ miles per hour /g
s/ mph/ miles per hour /g
s/ MPH./ miles per hour /g
s/ mph./ miles per hour /g
s/ AM / A M /g
s/ PM / P M /g
s/ WIND / wend /g
s/WIND /wend /g
s/Wind /wend /g
s/ wind / wend /g
s/ Wind / wend /g
s/ wind/ wend/g
s/ winds/ wends/g
s/winds /wends /g
s/wind /wend /g
s/NWS/National Weather Service/g
s/nws/National Weather Service/g
s/ PST/ /g
s/ pst/ /g
s/ PDT/ /g
s/ pdt/ /g

230
src/wx_config/Wx_Config_Readme.txt
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Weather Scripts
Wx_Config_Readme.txt
by w0anm
( $Id: Wx_Config_Readme.txt 9 2014-12-22 23:47:16Z w0anm $)
============================================================================
| IMPORTANT NOTICE! |
| |
| No matter what the Weather Alerts are indicating, the information |
| gathered and presented here may NOT be accurate. You MUST use your own |
| judgement to determine your best course of action in any given |
| circumstance! The are many reasons WHY the data here may not be accurate, |
| including, but not limited to, software problems, network problems, and or |
| hardware problems. The Weather Alerts and other Weather information should |
| NOT be used to make any determination of actual current conditions, it is |
| merely an indication of what the software is seeing as a result of it's |
| attempts to read publicly available data sources. These data sources may |
| be unavailable, unreachable, or innacurate. Please check other sources to |
| verify any information presented here. |
============================================================================
This document will explain how to configure the weather scripts.
Before configuring the weather scripts, you will need some addtional
information from the National Weather Service (NWS) and Weather Underground
depending what options you choose during the configuration.
==Alerts==
The weather alert scripts will allow you to get short alert messages via
your node audio.
You will need to have the NWS County number information to setup the Weather
Alerts. Refer to the following URL:
http://www.weather.gov/alerts
Select the "Warnings By State" under "Active Alerts". Select the County List
listed by the desired state. You will see the "County Code", now pick from the
various State Counties displayed and write this "Count Code" down for reference.
For example, under Minnesota you wil find - Wright. The county code for
this county is MNC171. If you want to be alerted on multiple areas, make a
note of those counties and you can re-execute the script and enter the
additional counties. You will use the “Zone Code” for the configuration script.
==NWS Weather Forecasts==
The weather forecast scripts will allow you to get your NWS weather forecast
messages by a DTMF sequence and will announce the weather conditions
via your node audio.
You will need to have the NWS Weather Zone ID information prior to running
this script.
Finding the Zonde ID is simlar to getting the County Code. This information can be found at:
Refer to the following URL:
http://www.weather.gov/alerts
Select the "Warnings By State" under "Active Alerts". Select the "Zone List"
listed by the desired state. You will see the "Zone Code", now pick from the
various State Counties displayed and write this Zone Code down for reference.
For example, Under Minnesota you wil find - Wright. The Zone code for
this county is MNZ059. If you want to to have forecast for other areas,
make a note of those counties and you can re-execute the script and enter the
additional counties. You will use the “Zone Code” for the configuration script.
==Underground Weather Reports==
The Underground weather report scripts will allow you to get current weather
conditions based upon Weather Underground stations by a dtmf sequence and
will announce the weather conditions via your node audio.
You will need to have the Underground Weather station ID information prior
to running this script. Refer to the URL below:
http://www.wunderground.com/wundermap/
Browse the map for your local area. You will see the Station ID's of various
weather stations. Once you select one on the map, you will find the station ID.
This will be begin K, then two letter state abbreviation, and location. For
example:
KMNSTMIC3
When selecting the desired station and review the captured information to make
sure that this has all of the values you want to capture. For example, some
stations do not include precipitation. I prefer the “rapid fire” stations
since they update most frequently. You will use the “Station ID” for the
configuration script.
For more information, refer to:
http://www.w0anm.com/dokuwiki/doku.php?id=irlp:wx_scripts_doc
===Configuration Script===
The configuration script is called "wx_config.sh" and can be run many times.
This script will allow you to select the desired weather scripts that you want
to use, see above. It will also prompt you for the required weather codes
such as County Codes, Zone Code/ID, and Underground Weather Station ID.
The "wx_config.sh" script is located in /usr/local/bin/Weather. To
configure the weather scripts, change directories and execute the script:
cd /usr/local/bin/Weather
./wx_config.sh
You will see an Important Notice and you will need to ackowledge this
notice.
You will then be prompted for which setup scripts you would like to
setup or update.
Each setup area will update "root" cron and add an entry. In unix, there is
a background process (or daemon) running that will execute scripts at a
specified time or times. This is how the weather scripts get information
from the weather sites. The "wx_config.sh" script will create these entries.
If you add the same code, the script is will check and will not add an entry if
one is already present.
In the last part of the execution of the script, you will be prompted for
your node number and if you want the alerts to be sent over the node
automatically when they occur.
This can be change by re-executing the script.
===Stanza Modification===
Once the "wx_config.sh" script is executed, you will need to modify the
rpt.conf Stanza to select the desired DTMF sequences to play the Weather
Forecast, Weather Report, or Alerts. The file that needs to be edited is
"/etc/asterisk/rpt.conf"
Below is an example for my node. Please update dtmf sequence to your
node/site requriements.
Under Node [functions]:
[functions]
; Play local wx report, *986
986=localplay,/tmp/wx/wxreport_ug/KMNROGER1/cur_WxRpt_ug
; Play local wx alert, *987
987=localplay,/tmp/wx/alert/MNC171/alert_short
; Play local wx forecast, *988
988=localplay,/tmp/wx/forecast/MNZ059/wx_forecast
===Operation===
To play a underground weather report, key your transmitter and enter your
dtmf sequence that you selected. You should hear the report being
transmitted, for example:
Weather report for North Ridge , Rogers .
Last Updated on September 18, 8:45 PM CDT,
the wind was blowing at a speed of 1.0 miles per hour from south south east
with wind gusts up to 1.0 miles per hour.
The temperature was 65.6 degrees with a dewpoint of 51.3 degrees.
The pressure was at 29.92 inches of mercury.
The relative humidity was 60 percent.
You can also play from the command line by entering:
asterisk -rx "rpt fun <node_number> <dtmf_sequence>"
for example:
asterisk -rs "rpt fun 29062 *987"
To play the weather forecast, key your transmitter and enter your
dtmf sequence that you selected. You should hear the report being
transmitted, for example:
Weather forecast for
wright-
including the cities of. . . monticello
405 p m thu sep 18 2014
. tonight. . . warmer. partly cloudy. lows in the upper 50's. south
winds 10 to 15 miles per hour .
. friday. . . cloudy with a 40 percent chance of showers and
thunderstorms. highs in the upper 70's. south winds 10 to 15 miles per hour
. friday night. . . partly cloudy with a 30 percent chance of showers
and thunderstorms. lows in the lower 60's. southwest winds 5 to
10 miles per hour .
. saturday. . . partly cloudy. highs in the upper 70's. northwest
winds 10 to 15 miles per hour .
. saturday night. . . cooler. mostly clear. lows in the lower 50's.
northwest winds 5 to 10 miles per hour .
. sunday. . . mostly sunny. highs in the upper 60's.
. sunday night. . . clear. lows in the upper 40's.
. monday. . . sunny. highs in the upper 60's.
. monday night. . . clear. lows in the upper 40's.
. tuesday. . . sunny. highs around 70.
. tuesday night. . . mostly clear. lows around 50.
. wednesday. . . mostly sunny. highs in the upper 60's.
. wednesday night. . . partly cloudy. lows in the mid 50's.
. thursday. . . mostly cloudy with a slight chance of showers with
isolated thunderstorms. highs around 70. chance of rain
20 percent.
You can also play from the command line by entering:
asterisk -rx "rpt fun <node_number> <dtmf_sequence>"
for example:
asterisk -rs "rpt fun 29062 *986"
The weather alerts are automatic, if enabled. They will alert when there
is a weather alert and stop sending when the weather alert is over or expired.
-----------------NOTE-------------------
You can run this script multiple times to add additional weather stations
to your crontab or features.

817
src/wx_config/wx_config.sh
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@ -0,0 +1,817 @@
#!/bin/bash
#
# wx_config.sh - allstar wxscripts
#
# by w0anm
#
# This script configures the wx scripts and creates a wx_scripts.conf file
#
######################
# $Id: wx_config.sh 27 2015-05-11 02:07:28Z w0anm $
###
# Add wx_script.conf info on metric/press/percp
WEATHER=/usr/local/etc/wx
MODULE_INS=no
IFS=$(echo -en "\n\b")
# functions
# ckyorn function with defaults
ckyorn () {
return=0
if [ "$1" = "y" ] ; then
def="y"
sec="n"
else
def="n"
sec="y"
fi
while [ $return -eq 0 ]
do
read -e -p "([$def],$sec): ? " answer
case "$answer" in
"" ) # default
printf "$def"
return=1 ;;
[Yy]) # yes
printf "y"
return=1
;;
[Nn] ) # no
printf "n"
return=1
;;
*) printf " ERROR: Please enter y, n or return. " >&2
printf ""
return=0 ;;
esac
done
}
###################################################
wxAlertSetup () {
clear
cat << _EOF
----------------------------------------------------------------------
Weather Alert Setup
You will need to have the NWS County number information to setup the Weather
Alerts. Refer to the following URL:
http://www.weather.gov/alerts
Select the "Warnings By State" under "Active Alerts". Select the County List
listed by the desired state. You will see the "County Code", now pick from the
various State Counties displayed and write this "County Code" down for reference.
For example, under Minnesota you will find - Wright. The County Code for
this county is MNC171. If you want to be alerted on multiple areas, make a
note of those counties and you can re-execute the script and enter the
additional counties.
_EOF
# enter NWS County number
echo
echo "Please enter the National Weather Service County for your area"
echo -n " (for example, MNC171): "
read var_tmp
NWS_COUNTY="`echo \$var_tmp | tr '[:lower:]' '[:upper:]'`"
echo
echo -n "Entry your county name: "
read COUNTY_NAME
# save old cron file
# setup crontab entry for new entry
#check if entry is present, if so, skip.
echo
echo " Checking/Adding crontab entry for user root..."
echo
if ( ! crontab -l | grep $NWS_COUNTY ) ; then
echo " Adding crontab entry..."
# create crontab enties
cat > crontab_entry << _EOF
# NWS Alert for $NWS_COUNTY in $COUNTY_NAME
2,16,30,44 * * * * (/usr/local/bin/getWxAlert $NWS_COUNTY "$COUNTY_NAME" &> /dev/null 2>&1)
_EOF
# append entry to cron
# now append this file to the crontab entry
crontab -l -u root | cat - crontab_entry > new_cron
crontab -u root new_cron
# cleanup
rm -f crontab_entry new_cron
echo " Entry Added..."
echo
WX_ALERT=yes
MODULE_INS=yes
else
echo
echo "Crontab already has entry for ${NWS_COUNTY}.. (see above)"
echo
WX_ALERT=no
fi
echo "--------"
echo -n "Press any key to continue..."
read ANS
}
wxReportSetup () {
clear
cat << _EOF
----------------------------------------------------------------------
Weather Underground Report Setup
You will need to have the Underground Weather station ID information prior
to running this script. Refer to the URL below:
http://www.wunderground.com/wundermap/
Browse the map for your local area. You will see the Station ID's of various
weather stations. Once you select one on the map, you will find the station ID.
This will be begin K, then two letter state abbreviation, and location. For
example:
example:
KMNROGER1
When selecting the desired station and review the captured information to make
sure that this has all of the values you want to capture. For example, some
stations do not include precipitation. I prefer the “rapid fire” stations
since they update most frequently. You will use the “Station ID” for the
configuration file.
For more information, refer to:
http://www.w0anm.com/dokuwiki/doku.php?id=irlp:wx_scripts_doc
_EOF
echo "Please enter the Underground Weather Station ID"
echo -n " (for example, KMNROGER1): "
read var_tmp
UG_STN_N="`echo \$var_tmp | tr '[:lower:]' '[:upper:]'`"
#check if entry is present, if so, skip.
echo
echo " Checking/Adding crontab entry for user root..."
echo
if ( ! crontab -l | grep $UG_STN_N ) ; then
echo " Adding crontab entry..."
# create crontab enties
cat > crontab_entry << _EOF
# Underground Weather for station: $UG_STN_N
3,18,31,48 * * * * (/usr/local/bin/getWxRpt_ug $UG_STN_N &> /dev/null 2>&1)
# Underground Weather (pressure trends) for station: $UG_STN_N
0 */6 * * * (/usr/local/bin/trend $UG_STN_N &> /dev/null 2>&1)
_EOF
# now append this file to the crontab entry
crontab -l -u root | cat - crontab_entry > new_cron
crontab -u root new_cron
# cleanup
rm -f crontab_entry new_cron
echo " Entry Added..."
echo
WX_REPORT=yes
MODULE_INS=yes
else
echo
echo "Crontab already has entry for ${UG_STN_N}.. (see above)"
echo
WX_REPORT=no
fi
echo "--------"
echo -n "Press any key to continue..."
read ANS
}
wxForecastSetup () {
clear
cat << _EOF
----------------------------------------------------------------------
Weather Forecast Setup
You will need to have the NWS Weather Zone ID information prior to running this script.
Refer to the following URL:
http://www.weather.gov/alerts
Select the "Warnings By State" under "Active Alerts". Select the "Zone List"
listed by the desired state. You will see the "Zone Code", now pick from the
various State Counties displayed and write this Zone Code down for reference.
For example, Under Minnesota you will find - Wright. The Zone Code for
this county is MNZ059. If you want to to have forecast for other areas,
make a note of those counties and you can re-execute the script and enter the
additional counties.
_EOF
echo
echo "Please enter the NWS Zone forecast ID "
echo -n " (for example, MNZ059): "
read var_tmp
NWS_ZONE="`echo \$var_tmp | tr '[:lower:]' '[:upper:]'`"
#check if entry is present, if so, skip.
echo
echo " Checking/Adding crontab entry for user root..."
echo
if ( ! crontab -l | grep $NWS_ZONE ) ; then
echo " Adding crontab entry..."
# create crontab enties
cat > crontab_entry << _EOF
# National Wx Service Forecast based on Zone: $NWS_ZONE
5,21,41 * * * * (/usr/local/bin/getWxFor $NWS_ZONE &> /dev/null 2>&1)
_EOF
# now append this file to the crontab entry
crontab -l -u root | cat - crontab_entry > new_cron
crontab -u root new_cron
# cleanup
rm -f crontab_entry new_cron
echo " Entry Added..."
echo
WX_FORECAST=yes
MODULE_INS=yes
else
echo
echo "Crontab already has entry for ${NWS_ZONE}.. (see above)"
echo
WX_FORECAST=no
fi
echo "--------"
echo -n "Press any key to continue..."
read ANS
}
dtmf_sequence () {
dtmf_type=$1
if [ "$RPT_STANZA" = "DIRECT" ] ; then
RPT_FILE=/etc/asterisk/rpt.conf
else
RPT_FILE=/usr/local/etc/asterisk_tpl/rpt.conf_tpl
fi
OK=1
while [ "$OK" = "1" ] ; do
echo -n "Input dtmf sequence for $dtmf_type :"
read DTMF_SEQ
if (grep "^${DTMF_SEQ}" ${RPT_FILE}) ; then
echo "sequence already used..."
OK=1
else
#echo "${DTMF_SEQ}"
OK=0
fi
done
}
## end of functions
########################################################################
## main
clear
cat << _EOF
Weather configuration script...
============================================================================
| IMPORTANT NOTICE! |
| |
| No matter what the Weather Alerts are indicating, the information |
| gathered and presented here may NOT be accurate. You MUST use your own |
| judgement to determine your best course of action in any given |
| circumstance! The are many reasons WHY the data here may not be accurate, |
| including, but not limited to, software problems, network problems, and or |
| hardware problems. The Weather Alerts and other Weather information should |
| NOT be used to make any determination of actual current conditions, it is |
| merely an indication of what the software is seeing as a result of it's |
| attempts to read publicly available data sources. These data sources may |
| be unavailable, unreachable, or inaccurate. Please check other sources to |
| verify any information presented here. |
============================================================================
_EOF
echo -n "Do you understand and acknowledge the above notice " ; ANS=$(ckyorn n)
if [ "$ANS" = "n" ] ; then
exit 0
fi
# select the scripts to be installed
clear
cat << _EOF
----------------------------------------------------------------------
Weather Scripts
This program will configure your node to gather weather information base upon
the NWS and Weather Underground web sites. You can configure Weather Alerts,
Weather Forecasts, and current local Weather Underground weather station
reports. You can select all of these options or just the ones you want to use.
You will be prompted for entering various information that the Weather Scripts
use to gather information. You can run this script as many times as you wish
to setup alerts, forecasts, and local weather reporting.
----------------------------------------------------------------------
_EOF
echo "Do you wish to setup, reconfigure, or add additional reporting area's for"
echo -n "the weather scripts (answering 'n' will exit script): "
ANS=$(ckyorn y)
if [ "$ANS" = "n" ] ; then
exit 0
fi
clear
cat << _EOF
----------------------------------------------------------------------
Weather Alert Scripts
These scripts will allow you to get short alert messages via your node audio.
Various Alert criteria can be specified such as Winter Advisories, Tornado
Warnings, etc. Please refer to documentation for further information.
----------------------------------------------------------------------
_EOF
echo "Do you wish to add or add additional county weather alerts to your"
echo -n "node: " ; ANS=$(ckyorn n)
if [ "$ANS" = "y" ] ; then wxAlertSetup ; fi
# do you want weather reports?
clear
cat << _EOF
----------------------------------------------------------------------
Underground Weather Report Scripts
These scripts will to get current weather conditions based upon downloaded
Weather Underground station information. This information is then available
to you by entering a DTMF sequence to announce the weather conditions via
your node audio.
----------------------------------------------------------------------
_EOF
echo -n "Do you wish to add or add additional weather reports: " ; ANS=$(ckyorn n)
if [ "$ANS" = "y" ] ; then wxReportSetup ; fi
# do you want weather forecasts?
clear
cat << _EOF
----------------------------------------------------------------------
Weather Forecast Scripts
This script will allow you to get your NWS weather forecast messages based
upon downloaded NWS zone information. This information then is available
to you by entering a DTMF sequence to announce the weather forecast via
your node audio.
----------------------------------------------------------------------
Do you wish to add or add additional weather forecasts:
_EOF
ANS=$(ckyorn n)
if [ "$ANS" = "y" ] ; then wxForecastSetup ; fi
# verify the selections and information
if [ -f $WEATHER/wx_scripts.conf ] ; then
clear
cat << _EOF
----------------------------------------------------------------------
Script Configuration
The scripts have already been configured. If you choose, you can change
your weather configurations. this selection allows you to change the
audio volue, weather units of measure (metric/us), and email (Gmail)
support.
----------------------------------------------------------------------
_EOF
echo -n "Do you want to reconfigure the weather scripts " ; ANS=$(ckyorn n)
echo
if [ "$ANS" = "n" ] ; then
RECONF=no
else
RECONF=yes
cp $WEATHER/wx_scripts.conf $WEATHER/wx_scripts.conf_SAVE
fi
else
clear
cat << _EOF
----------------------------------------------------------------------
Script Configuration
The wx scripts will need to configure your node settings such as units
of meassure, audio volume, email support.
----------------------------------------------------------------------
_EOF
RECONF=yes
fi
# setup the wx_configuration script, if needed.
if [ "$RECONF" = yes ] ; then
if [ -f $WEATHER/wx_scripts.conf ] ; then
source $WEATHER/wx_scripts.conf
else
WXVOL="3"
UNITS=US
PRES_UNITS=IN
RAIN_UNITS=IN
fi
# make working copy
cp $WEATHER/wx_scripts.conf_tpl /tmp/wx_scripts.tmp
CUR_VOL=$WXVOL
echo -n "Enter the volume setting for ulaw files [$CUR_VOL] :"
read ANS
if [ -z "$ANS" ]; then
WXVOL=$CUR_VOL
else
WXVOL=$ANS
fi
# Vol, change the WXVOL in the wx_scripts.tmp file
sed "s/_WXVOL_/${WXVOL}/g" /tmp/wx_scripts.tmp > /tmp/wx_scripts.tmp1
mv /tmp/wx_scripts.tmp1 /tmp/wx_scripts.tmp
# Configure wx_config.conf file
# (wxalert beacon, report output - metric or US units)
# check if configured by looking at cron entries. if not, skip
if ( crontab -l | grep getWxAlert &> /dev/null) ; then
# Alert Beacon
echo
echo -n "Do you want to enable over the air weather alerts " ; ANS=$(ckyorn y)
if [ "$ANS" = "n" ] ; then
sed 's/_WXALERT_BEACON_/N/g' /tmp/wx_scripts.tmp > /tmp/wx_scripts.tmp1
else
sed 's/_WXALERT_BEACON_/Y/g' /tmp/wx_scripts.tmp > /tmp/wx_scripts.tmp1
fi
mv /tmp/wx_scripts.tmp1 /tmp/wx_scripts.tmp
# Email Setup/Change
clear
cat << _EOF
Optionally, you can send alert information to your cell phone or email account, using a Gmail account. This will provide further information about the alert
and can be sent to several email accounts.
This will require a Gmail account with known account name and password.
_EOF
echo -n "Do you wish to setup email alerts with Gmail "
ANS=$(ckyorn n)
if [ "$ANS" = "y" ] ; then
# prompt for Gmail account, password, and email addresses for
# wx alerts.
VAL=1
while [ "$VAL" = "1" ] ; do
echo
echo -n "Enter Gmail Account User's email (acctname@gmail.com): "
read user
echo
echo -n "Enter Gmail Account Password: "
read password
echo
echo -n "Enter the email address that the alerts are to be sent: "
read Email
echo
echo " Gmail Acount User: $user"
echo " Gmail Account Password: $password"
echo " Email Address for Alerts: $Email"
echo
echo -n "Is the information above correct: " ; ANS=$(ckyorn n)
if [ "$ANS" = "y" ] ; then
# break out.
VAL=0
fi
done
cat > /usr/local/etc/.sendmail.cfg << _EOF
[gmail_send]
user = $user
password = $password
from = $user
_EOF
# cjk
# now modify the EMAIL entry in the wx_scripts.conf file
sed "s/#EMAIL=\"_EMAIL_\"/EMAIL=\"${Email}\"/g" /tmp/wx_scripts.tmp > /tmp/wx_scripts.tmp1
mv /tmp/wx_scripts.tmp1 /tmp/wx_scripts.tmp
fi # gmail account
fi # Weather Alert end
clear
# Weather Reports
# check crontab if user is using ug_wx_reports.
# if so, prompt for units, if not, skip
if ( crontab -l | grep getWxRpt_ug &> /dev/null) ; then
# Units
if [ "$UNITS" = "US" ] ; then
DEF=y
else
DEF=n
fi
echo
echo "For weather reports, do you want to use US units"
echo -n " (Answer 'n' for Metric): "; ANS=$(ckyorn $DEF)
# USE METRIC for metric or US
if [ "$ANS" = "y" ] ; then
UNITS=US
PRES_UNITS=IN
RAIN_UNITS=IN
else
UNITS=METRIC
fi
if [ "$UNITS" = "METRIC" ] ; then
# need pressure units
echo " 1 - Pressure in Hectopascals"
echo " 2 - Pressure in Inches of Mercury"
echo " 3 - Pressure in Millibars of Mercury"
echo
echo -n "Select number for selection (1-3): "
VAL=1
while [ "$VAL" = "1" ] ; do
read ANS
case "$ANS" in
1) PRES_UNITS=HPA
VAL=0
;;
2) PRES_UNITS=IN
VAL=0
;;
3) PRES_UNITS=MB
VAL=0
;;
*) echo "Invalid selection, enter 1,2,or 3"
VAL=1
;;
esac
done
# need Rain units
echo " 1 - Precipitation in Inches"
echo " 2 - Precipitation in Centimeters"
echo " 3 - Precipitation in Millimeters"
echo
echo -n "Select number for selection (1-3): "
VAL=1
while [ "$VAL" = "1" ] ; do
read ANS
case "$ANS" in
1) RAIN_UNITS=IN
VAL=0
;;
2) RAIN_UNITS=CM
VAL=0
;;
3) RAIN_UNITS=MM
VAL=0
;;
*) echo "Invalid Selection, enter 1,2,or 4"
VAL=1
;;
esac
done
fi
# Units
sed "s/_UNITS_/${UNITS}/g" /tmp/wx_scripts.tmp > /tmp/wx_scripts.tmp1
mv /tmp/wx_scripts.tmp1 /tmp/wx_scripts.tmp
# Pressure
sed "s/_PRES_/${PRES_UNITS}/g" /tmp/wx_scripts.tmp > /tmp/wx_scripts.tmp1
mv /tmp/wx_scripts.tmp1 /tmp/wx_scripts.tmp
# Rain
sed "s/_RAIN_/${RAIN_UNITS}/g" /tmp/wx_scripts.tmp > /tmp/wx_scripts.tmp1
mv /tmp/wx_scripts.tmp1 /tmp/wx_scripts.tmp
fi ; # end of wx report config changes
# save old cron file
# Move to final resting place
mv /tmp/wx_scripts.tmp $WEATHER/wx_scripts.conf
fi ; # end of config
###############################################################
# Stanza Modification
# /etc/asterisk/rpt.conf info
if [ "$MODULE_INS" = yes ] ; then
clear
cat << _EOF
----------------------------------------
Stanza Modification
You will need to edit the /etc/asterisk/rpt.conf file to include the
localplay entries under your node's functions stanza. This can be done
a number of ways. You can manually edit the /etc/asterisk/rpt.conf file,
you can automatically updated the asterisk templates or automatically
modify the /etc/asterisk/rpt.conf file. If you are using the
node-config.sh script and you would like to continue the automation
which that script provides, it is recommend that you use automatically
update the templates.
_EOF
# '
VAL=1
while [ "$VAL" = "1" ] ; do
echo "1) Manually Edit"
echo "2) Automatically update the asterisk template file"
echo "3) Automatically update the /etc/asterisk/rpt.conf file"
echo
echo -n "Select number (1,2,or 3): "
read ANS
case "$ANS" in
1) RPT_STANZA=MANUAL
VAL=0
;;
2) RPT_STANZA=TEMPLATE
VAL=0
;;
3) RPT_STANZA=DIRECT
VAL=0
;;
*) echo "Invalid selection, enter 1,2,or 3"
VAL=1
;;
esac
done
# Enter the DTMF Sequences and crate the temp file. This will be used to add to the rpt.conf,
# template, or just print out as an example depending on the RPT_STANZA variable.
if [ "$WX_ALERT" = "yes" ] ; then
dtmf_sequence "${NWS_COUNTY} alert announcement"
# wx alert
cat << _EOF >> /tmp/rpt_config.tmp
; Play local wx alert, *${DTMF_SEQ}
${DTMF_SEQ}=localplay,/tmp/wx/alert/${NWS_COUNTY}/alert_short
_EOF
fi
if [ "$WX_REPORT" = "yes" ] ; then
dtmf_sequence "${UG_STN_N} report announcement"
# wx report
cat << _EOF >> /tmp/rpt_config.tmp
; Play local wx report, *${DTMF_SEQ}
${DTMF_SEQ}=localplay,/tmp/wx/wxreport_ug/${UG_STN_N}/cur_WxRpt_ug
_EOF
fi
if [ "$WX_FORECAST" = "yes" ] ; then
dtmf_sequence "${NWS_ZONE} forecast announcement"
# wx forecast
cat << _EOF >> /tmp/rpt_config.tmp
; Play local wx forecast, *${DTMF_SEQ}
${DTMF_SEQ}=localplay,/tmp/wx/forecast/${NWS_ZONE}/wx_forecast
_EOF
fi
# Manual Edit
if [ "$RPT_STANZA" = "MANUAL" ] ; then
clear
cat << _EOF
----------------------------------------
Manually Editing /etc/asterisk/rpt.conf
You will need to edit the /etc/asterisk/rpt.conf file to include the
localplay entries under your node's functions stanza.
Please manually update the /etc/asterisk/rpt.conf file under the stanza
[functions] as shown below:
_EOF
cat /tmp/rpt_config.tmp
echo
echo
echo "----------------------------------------"
echo -n "Press any key to continue..." ; read ANS
fi
# update template file
if [ "$RPT_STANZA" = "TEMPLATE" ] ; then
RPT_FILE=/usr/local/etc/asterisk_tpl/rpt.conf_tpl
echo "Update template file..."
sed -e '/^; Weather Script Functions/r /tmp/rpt_config.tmp' ${RPT_FILE} > /tmp/rpt.conf_new
mv /tmp/rpt.conf_new ${RPT_FILE}
clear
cat << _EOF
----------------------------------------
Updating Templates
The node-config.sh script will now be executed, please answer the default
values except for the first prompt. This will update the rpt.conf file
during execution.
_EOF
echo -n "Do you which to execute the node-config.sh now :" ; ANS=$(ckyorn n)
if [ "$ANS" = "y" ] ; then
/usr/local/sbin/node-config.sh
else
echo "You will need to execute the node-config.sh script manually to update"
echo "the rpt.conf file"
fi
echo
echo -n "Press any key to continue..."; read ANS
fi ; # end of template update
# update actual rpt.conf file
if [ "$RPT_STANZA" = "DIRECT" ] ; then
RPT_FILE=/etc/asterisk/rpt.conf
sed -e '/^; Weather Script Functions/r /tmp/rpt_config.tmp' ${RPT_FILE} > /tmp/rpt.conf_new
mv /tmp/rpt.conf_new ${RPT_FILE}
fi
echo "rpt.conf edit is completed..."
# Do you use asterisk_tmpl (node-config.sh scripts)?
# if yes, modify the templates, then run node-config.sh
# else, backup rtp.conf and edit (sed) rtp.conf.
# Need to get DTMF codes for each of the modules installed.
fi ; # end of module edits
# clean up...
rm -f /tmp/rpt_config.tmp
clear
cat << _EOF
-----------------NOTE-------------------
You can run this script multiple times to add additional weather stations
to your crontab or features.
The weather information will not be available until the cron jobs have
downloaded the weather information from the websites. This can take up
20 minutes.
----------------------------------------
Setup/Update Completed
----------------------------------------
_EOF
exit

133
src/wx_config/wx_scripts.conf_tpl
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#!/bin/bash
#
# wx_scripts.conf - allstar wxscripts
#
# by w0anm
#
# Weather Script Configuration File. Sets up the variables used by the various weather scripts.
#
##############################
# $Id: wx_scripts.conf_ 24 2015-03-27 00:53:24Z w0anm $
#############################################################################
# #
# DO NOT EDIT THIS FILE, this is a template and will be used to #
# generate a new wx_scripts.conf file, #
# #
#############################################################################
UNITS=_UNITS_ # USE METRIC for metric or US
PRES_UNITS=_PRES_ # HPA=hPa (or hectopascals)
# IN=Inches of Mercury
# MB=Millibars of Mercury
RAIN_UNITS=_RAIN_ # IN=inches
# CM=centimeters
# MM=millimeters
WXVOL="_WXVOL_" # Volume control to adjust ulaw output file
# integer 1-10, were 10 is highest volume
# Playback Mode
PLAYBACK_MODE=LOCAL # Choices --> LOCAL -or-
# ALLPLAYBACK
# Email address to where Alert notices will be sent. Must have email
# configured correctly. If not used, leave commented out.
#EMAIL="_EMAIL_"
# Play Weather Alert Beacon
WXALERT_BEACON="_WXALERT_BEACON_" # Play weather alert message
# "C" = critical alerts only
# "Y" = yes, "N" = no
FULL_ALERT="N" # Alert Summary, Full or Truncated
# "Y" - Full alert info
# "N" - No (truncated)
# Sleeptime sequence for weather alerts.
# This squence is the initial time when the beacons will be sent out
# when a new alert or an alert revision has occured. The time is in
# seconds. If you use a value of "0", it will stop further alerts
# until a new alert, revised alert.
# below show sequence is 5m, 10m, 30m 30m, then every hour
SLEEPTIME_SEQ="300 600 1800 1800"
# below shows sequence is 5m, 10m, 30m, 30m, then stop futher messages:
# SLEEPTIME_SEQ="300 600 1800 1800 0"
######################################################################
# No editing required from this point.
######################################################################
PATH=/usr/local/sbin:/usr/local/bin:/usr/bin:/usr/bin/vendor_perl:/usr/bin/core_perl
WGET="/usr/bin/wget"
# Directories used by weather scripts:
WX_LOGDIR=/tmp/wx/log/asterisk/wx
LOGFILE=${WX_LOGDIR}/wx_messages
WXDIR="/tmp/wx"
# Weather Alert Specific Variables
# Alert spool directory
WXALERT_SPOOLDIR="$WXDIR/alert" # Location for raw audio and data
# Weather Forcast Specific Variables
# Forcast spool directory
WXFOR_SPOOLDIR="$WXDIR/forecast"
LOCAL=/tmp/wx/local
#######################################################################
#
# Standard Script Opening
#
# Make sure we are user asterisk!!!
# if [ `/usr/bin/whoami` != "asterisk" ] ; then
# echo "${0##*/} must be run as user \"asterisk\"!"
# exit 1
# fi
# Create Spool directory (WXALERT_SPOOLDIR)
if [ ! -d $WXALERT_SPOOLDIR ] ; then
mkdir -p $WXALERT_SPOOLDIR
fi
# create local directory if not preset
if [ ! -d $LOCAL ] ; then
mkdir -p $LOCAL
fi
if [ ! -d $WX_LOGDIR ] ; then
mkdir -p $WX_LOGDIR
fi
if [ "$PLAYBACKMODE" = "ALLPLAYBACK" ] ; then
# all play back
PLAYBACK_MODE="playback"
else
# local play back
PLAYBACK_MODE="localplay"
fi
# common functions:
#
########################################################################
#
# Convenience functions
#
# Send message to LOGFILE
function log () {
MESSAGE="${0##*/}: $@"
echo "$MESSAGE"
if [ -n "$LOGFILE" ]; then
echo "`date '+%b %d %Y %T %z'` $MESSAGE" >> $LOGFILE
fi
}
#
# END Common Functions

97
src/wx_forecast/getWxFor
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#!/bin/bash
#
# getWxFor - allstar wxscripts
#
# by w0anm
#
# This script gets the NWS zone forecast and converts to audio file
#
#####################
# $Id: getWxFor 24 2015-03-27 00:53:24Z w0anm $
# renice the proceses to a lower priority
renice -n 19 -p $$
WEATHER="/usr/local/etc/wx"
# Load config file
if [ -f ${WEATHER}/wx_scripts.conf ] ; then
source ${WEATHER}/wx_scripts.conf
else
echo "Missing ${WEATHER}/wx_scripts.conf file, aborting..."
exit 1
fi
# if ZONE not an argument, then error.
if [ "$1" = "" ] ; then
echo "Missing Argument, need wx underground station id.."
echo
exit 1
else
ZONE_FOR=$1
fi
if [ ! -d $WXFOR_SPOOLDIR/$ZONE_FOR ] ; then
mkdir -p $WXFOR_SPOOLDIR/$ZONE_FOR
fi
# Local noaa forecast text link
# setup ZONE_FOR variable to convert to lower case and extract state
LC_ZONE=`echo $ZONE_FOR | tr 'A-Z' 'a-z'`
STATE=`echo $LC_ZONE | awk 'BEGIN { FS="z" } { print $1} '`
# set URL for wget. This is the url where the forcasts originate.
URL="http://weather.noaa.gov/pub/data/forecasts/zone/${STATE}/${LC_ZONE}.txt"
WX_TXT="wx_forecast.txt"
WX_TXT_TMP="wx_forecast.tmp"
WX_TXT_TMP2="wx_forecast2.tmp"
### ADD TTS CALL in function
TextToSpeech () {
TTS_PROGRAM="/usr/local/bin/tts_audio.sh -v ${WXVOL} "
$TTS_PROGRAM $1
if [ "$DEBUG" = "2" ] ; then
echo "TextToSpeech=$1"
echo "Converted audio file=${1%.txt}.ul"
fi
}
###### End of Functions ######
#----------------------------- Main program -----------------------------
cd $WXFOR_SPOOLDIR/$ZONE_FOR
$WGET -q $URL -O - > $WX_TXT_TMP
# delete the first 10 lines before converting
TOTAL_LINE=`wc $WX_TXT_TMP | awk '{print $1}'`
LINE_DISP=`expr $TOTAL_LINE - 8`
# sed -f ${WEATHER}/wxtext_conv.sed $WX_TXT_TMP > $WX_TXT
tail -${LINE_DISP} $WX_TXT_TMP | sed "s/\./\. /g ; s/0S/0's/g ; s/\$\$\$/. . /g" | sed -f ${WEATHER}/wxtext_conv.sed > $WX_TXT
# Do standard conversion..
# first convert to lower case
cat $WX_TXT | tr 'A-Z' 'a-z' > $WX_TXT_TMP
sed -f ${WEATHER}/wxtext_conv.sed $WX_TXT_TMP > $WX_TXT_TMP2
# add heater and cat file
echo "Weather forecast for " > $WX_TXT_TMP
cat $WX_TXT_TMP $WX_TXT_TMP2 > $WX_TXT
# clean up temp files
rm $WX_TXT_TMP $WX_TXT_TMP2
# convert
TextToSpeech $WX_TXT forecast.ul
exit 0
# EOF

476
src/wx_report/getWxRpt_ug
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#!/bin/bash
#
# getWxRpt_ug - allstar wxscripts
#
# by w0anm
#
# This script pulls from local underground weather stations and converts
# to audio using online google text to speech converter.
#
# ---------------
# Copyright (C) 2015, 2016 Christopher Kovacs, W0ANM
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 3 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see http://www.gnu.org/licenses/.
# ---------------
######################
# get wx report
# renice the proceses to a lower priority
renice -n 19 -p $$
WEATHER=/usr/local/etc/wx
# get date info for last update information
DATE=`date +%Y.%m.%d.\%H\%M`
# sound files
SOUND_DIR=/usr/local/share/sound/wx
# Load config file
if [ -f ${WEATHER}/wx_scripts.conf ] ; then
source ${WEATHER}/wx_scripts.conf
else
echo "Missing ${WEATHER}/wx_scripts.conf file, aborting..."
exit 1
fi
# System
# PATH=/usr/local/sbin:/usr/local/bin:/usr/bin:/usr/bin/vendor_perl:/usr/bin/core_perl
# wget source location
WGET="/usr/bin/wget"
# if Weather Underground _STN not an argument, then error.
if [ "$1" = "" ] ; then
echo "Missing Argument, need wx underground station id.."
echo
exit 1
else
WX_UNDERGRND_STN=${1^^}
fi
# Various files and directories
# sound creation directory
UG_WX_SOUND_DIR=/tmp/wx/wxreport_ug/${WX_UNDERGRND_STN}
# WX script directory
UG_WX_DIR=/usr/local/etc/wx
# tmp directory
UG_WX_WRKING_DIR=/tmp/wx/wxreport_ug/${WX_UNDERGRND_STN}
# make sure custom audio wx directory is created
if [ ! -d $UG_WX_SOUND_DIR ] ; then
mkdir -p $UG_WX_SOUND_DIR
fi
# make sure custom working wx directory is created
if [ ! -d $UG_WX_WRKING_DIR ] ; then
mkdir -p $UG_WX_WRKING_DIR
fi
# parsing_list.txt file lists weather items to capture
P_LIST=$UG_WX_DIR/parsing_list.txt
# weather underground web information. ID value is important
# ID set from wx_scripts.conf
URL="http://api.wunderground.com/weatherstation/WXCurrentObXML.asp?ID=${WX_UNDERGRND_STN}"
if [ -f "${UG_WX_SOUND_DIR}/cur_WxRpt_ug.gsm" ] ; then
rm ${UG_WX_SOUND_DIR}/cur_WxRpt_ug.gsm
fi
number_conversion () {
# debug=yes
cnumb=$1
gsmfile_out=/tmp/numbers.gsm
if [ -f "$gsmfile_out" ] ; then
rm -f $gsmfile_out
fi
# strip off minus
if [ "${cnumb:0:1}" = "-" ] ; then
minus="true"
cnumb=${cnumb/#-/}
fi
# find dec position and create an array called "dig"
size=${#cnumb}
for digit in `seq 0 $size` ; do
# check if decimal and get position
if [ "${cnumb:$digit:1}" = "." ] ; then
dec_position=$digit
fi
dig[$digit]=${cnumb:$digit:1}
done
if [ ! -z "$dec_position" ] ; then
# strip it.
decimal=yes
decimal_val=${cnumb#*.}
cnumb=${cnumb%.*}
fi
# if minus, start with "minus" in gsm
if [ "$minus" = "true" ] ; then
cat $SOUND_DIR/minus.gsm >> $gsmfile_out
fi
# convert hundreds
if [ "$(($cnumb))" -gt "100" ] ; then
tmp_cnumb=$(echo "${cnumb}-100" | bc -l) ;
cat $SOUND_DIR/1.gsm hundred.gsm >> $gsmfile_out
else
tmp_cnumb=$cnumb
fi
# convert tens and ones
if [ "$(($tmp_cnumb))" -lt "20" ] ; then
cat $SOUND_DIR/${tmp_cnumb}.gsm >> $gsmfile_out
else
tmp_cnumb10=${tmp_cnumb:0:1}
cnumb1=${tmp_cnumb:1:1}
cnumb10=$(echo "${tmp_cnumb10}*10" | bc -l)
cat $SOUND_DIR/${cnumb10}.gsm >> $gsmfile_out
# if number is 0 then no output (like 30)
if [ ${cnumb1} != "0" ] ; then
cat $SOUND_DIR/${cnumb1}.gsm >> $gsmfile_out
fi
fi
# create decimal gsm output
if [ ! -z "$dec_position" ] ; then
# get dec values
end=$(expr $size - 1)
for digit in `seq $dec_position $end` ; do
if [ "${dig[$digit]}" = "." ] ; then
cat $SOUND_DIR/point.gsm >> $gsmfile_out
else
cat $SOUND_DIR/${dig[$digit]}.gsm >> $gsmfile_out
fi
done
fi
if [ "$debug" = "yes" ] ; then
echo "minus=$minus"
echo "Tens - cnumb10 --> [${cnumb10}]"
echo "Ones - cnumb1 --> [${cnumb1}]"
# display the array
if [ ! -z "$dec_position" ] ; then
end=$(expr $size - 1)
for digit in `seq $dec_position $end` ; do
echo "-------------------------------"
echo "dig array --> ${dig[$digit]}"
if [ "${dig[$digit]}" = "." ] ; then
echo "."
fi
echo "decimal($digit) -> ${dig[$digit]}"
echo "-------------------------------"
done
fi
fi
}
#----------------------------- Main program -----------------------------
# clean up first
rm -f $UG_WX_PTREND/var.src $UG_WX_WRKING_DIR/var.src $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt $UG_WX_SOUND_DIR/conv_current_wx.txt
# Get weather information
# copy file for saytime
if [ -f ${UG_WX_SOUND_DIR}/${WX_UNDERGRND_STN}.xml ] ; then
cp ${UG_WX_SOUND_DIR}/${WX_UNDERGRND_STN}.xml ${UG_WX_SOUND_DIR}/${WX_UNDERGRND_STN}_saytemp.xml
fi
$WGET -q $URL -O - > ${UG_WX_SOUND_DIR}/${WX_UNDERGRND_STN}.xml
# parse the list and extract the variables
for ITEM in `cat "$P_LIST" | awk '{ print $1 }'`
do
VARIABLE=`grep -m 1 $ITEM ${UG_WX_SOUND_DIR}/${WX_UNDERGRND_STN}.xml | awk 'BEGIN { FS = "<" } { print $2 } ' | sed 's/>/ /g' | awk '{ print $1}'`
VALUE=`grep -m 1 $ITEM ${UG_WX_SOUND_DIR}/${WX_UNDERGRND_STN}.xml | awk ' BEGIN { FS = "/" } { print $1 }'| awk 'BEGIN { FS = ">" } { print $2 } ' | awk ' BEGIN { FS = "<" } { print $1 }'`
echo "${VARIABLE}=\"${VALUE}\"" >> $UG_WX_WRKING_DIR/var.src
done
# initialize the variables (import them)
source $UG_WX_WRKING_DIR/var.src
# Save current pressure and get current pressure trend for pressure info
cur_pressure_mb=$pressure_mb
cur_pressure_in=$pressure_in
if [ -f $UG_WX_WRKING_DIR/old_pressure.var ] ; then
# get old "saved pressure_in/pressure_mb" value, for pressure trends
# this is created by crontab every 6 hours.
source $UG_WX_WRKING_DIR/old_pressure.var
# convert to integer (may change to *100)
cur_pressure=$(echo "${cur_pressure_mb}*100" | bc)
pressure=$(echo "${pressure_mb}*100" | bc)
# convert to integer
cur_pressure=${cur_pressure/\.*}
pressure=${pressure/\.*}
# see if pressure is rising or falling...
if [ $cur_pressure -gt $pressure ]; then
pressure_trend="rising"
pressure_trend_gsm="rising_at.gsm"
fi
if [ $cur_pressure -lt $pressure ]; then
pressure_trend="falling"
pressure_trend_gsm="falling_at.gsm"
fi
if [ $cur_pressure -eq $pressure ]; then
pressure_trend="steady"
pressure_trend_gsm="steady_at.gsm"
fi
fi
# Build the wx report...
# Intro info and time recorded
echo "Weather report for $neighborhood , $city . " > $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
cat $SOUND_DIR/currentwxrpt.gsm >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.gsm
## # Drop time zone information (using awk)
## echo "$observation_time" | awk '{ print $1 " " $2 " " $3 " " $4 " " $5 " " $6 " " $7}' >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
## # Current Conditions (tnx to w0OTM)
## if [ ! -z "$weather" ] ; then
## echo "The current sky conditions are $weather." >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
## fi
# Wind Info
if [ "$wind_string" = "Calm" ] ; then
echo "the wind was calm." >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
cat $SOUND_DIR/wind_was_calm.gsm >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.gsm
##echo "wind_string=$wind_string, wind_mph=$wind_mph, wind_gust_mph=$wind_gust_mph"
else
case $wind_dir in
NNE) wind_dir="north north east"
wind_dir_gsm=NNE.gsm
;;
NE) wind_dir="north east"
wind_dir_gsm=NE.gsm
;;
ENE) wind_dir="east north east"
wind_dir_gsm=ENE.gsm
;;
ESE) wind_dir="east south east"
wind_dir_gsm=ESE.gsm
;;
SE) wind_dir="south east"
wind_dir_gsm=SE.gsm
;;
SSE) wind_dir="south south east"
wind_dir_gsm=SSE.gsm
;;
SSW) wind_dir="south south west"
wind_dir_gsm=SSW.gsm
;;
SW) wind_dir="south west"
wind_dir_gsm=SW.gsm
;;
WSW) wind_dir="west south west"
wind_dir_gsm=WSW.gsm
;;
WNW) wind_dir="west north west"
wind_dir_gsm=WNW.gsm
;;
NW) wind_dir="north west"
wind_dir_gsm=NW.gsm
;;
NNW) wind_dir="north north west"
wind_dir_gsm=NNW.gsm
;;
esac
#convert from MPH to KPH since underground only uses mph in xml
wind_kph=$(echo "$wind_mph * 1.6" | bc)
wind_gust_kph=$(echo "$wind_gust_mph * 1.6" | bc)
# Wind speed
if [ "$UNITS" = "METRIC" ] ; then
# Wind speed in KPH
echo "the wind was blowing at a speed of ${wind_kph} kilometers per hour" >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
echo "from ${wind_dir}" >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
# drop the decimal in wind_gusts_kph when testing
if [ ${wind_gust_kph%%.*} -ge 0 ] ; then
echo "with wind gusts up to ${wind_gust_kph} kilomenters per hour. " >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
fi
else
# Wind speed in MPH
echo "the wind was blowing at a speed of ${wind_mph} miles per hour from ${wind_dir}" >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
#gsm conv
echo 1
number_conversion $wind_mph
cat $SOUND_DIR/windwasblowing.gsm /tmp/numbers.gsm >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.gsm
cat $SOUND_DIR/mph_from.gsm $SOUND_DIR/${wind_dir_gsm} >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.gsm
# drop the decimal in wind_gusts_mph when testing
if [ ${wind_gust_mph%%.*} -ge 0 ] ; then
echo "with wind gusts up to ${wind_gust_mph} miles per hour. " >> $UG_WX_SOUND_DIR_DIR/cur_WxRpt_ug.txt
#gsm conv
echo 2
number_conversion $wind_gust_mph
cat $SOUND_DIR/with_wind_gusts_up.gsm /tmp/numbers.gsm >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.gsm
cat $SOUND_DIR/mph.gsm >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.gsm
fi
fi
fi
# Temp and Dewpoint Info
if [ "$UNITS" = "METRIC" ] ; then
# Temp and Dewpoint Info in Celsius
echo "The temperature was ${temp_c} degrees Celsius with a dewpoint of ${dewpoint_c} degrees." >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
# Windchill
if [ ${windchill_c} ] ; then
echo "The wind chill was at ${windchill_c} degrees Celsius." >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
fi
else
# Temp and Dewpoint Info Farenheit
echo "The temperature was ${temp_f} degrees with a dewpoint of ${dewpoint_f} degrees." >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
#gsm conv
echo 3
number_conversion ${temp_f}
cat $SOUND_DIR/temperature_was.gsm /tmp/numbers.gsm $SOUND_DIR/degrees.gsm >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.gsm
echo 3a
number_conversion ${dewpoint_f}
cat $SOUND_DIR/with_dew_point_of.gsm /tmp/numbers.gsm $SOUND_DIR/degrees.gsm >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.gsm
# Windchill
if [ "${windchill_f}" ] ; then
echo "The wind chill was at ${windchill_f} degrees." >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
#gsm conv
echo 4
number_conversion ${windchill_f}
cat $SOUND_DIR/windchillat.gsm /tmp/numbers.gsm $SOUND_DIR/degrees.gsm >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.gsm
fi
fi
# Presure Info
case "$PRES_UNITS" in
HPA) #convert millibar to HPA
echo "The pressure was ${pressure_trend} at ${cur_pressure_mb} hectopascal. " >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
;;
MB) # Pressure in millibars
pressure_mb_Hg=$(echo "$cur_pressure_mb * .75" | bc)
echo "The pressure was ${pressure_trend} at ${pressure_mb_Hg} millibars of mercury. " >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
;;
IN) # Pressure in inches
echo "The pressure was ${pressure_trend} at ${cur_pressure_in} inches of mercury. " >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
#gsm conv
echo 5
number_conversion $cur_pressure_in
cat $SOUND_DIR/pressure_was.gsm $SOUND_DIR/${pressure_trend_gsm} /tmp/numbers.gsm $SOUND_DIR/in_of_mercury.gsm >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.gsm
;;
esac
# Humidity info
# remove tailing % if present, some stations report this.
echo "The relative humidity was ${relative_humidity%\%} percent." >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
number_conversion ${relative_humidity%\%}
cat $SOUND_DIR/relative_humidity.gsm /tmp/numbers.gsm $SOUND_DIR/percent.gsm >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.gsm
# Precipatation Data
case "$RAIN_UNITS" in
CM) # Precipitation Data in cm
if [ "${precip_today_metric%%.*}" -ge 0 ] ; then
if [ "$precip_today_metric" == "0.0 cm" -o "$precip_today_metric" == " " -o "$precip_today_metric" == "" ] ; then
# echo "No precipitation was recorded, " >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
PREC=NR
else
echo "Total precipitation today was ${precip_today_metric% cm} centimeters , " >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
echo "precipitation in the last hour was ${precip_1hr_metric} centimeters." >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
fi
fi
;;
MM) # Precipitation data in mm
if [ "${precip_today_metric%%.*}" -ge 0 ] ; then
if [ "$precip_today_metric" == "0.0 cm" -o "$precip_today_metric" == " " -o "$precip_today_metric" == "" ] ; then
# echo "No precipitation was recorded, " >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
PREC=NR
else
# convert to MM
precip_today_mm=$(echo "${precip_today_metric% cm} * 10" | bc)
precip_1hr_mm=$(echo "$precip_1hr_metric * 10" | bc)
echo "Total precipitation today was ${precip_today_mm} millimeters " >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
echo "precipitation in the last hour was ${precip_1hr_mm} millimeters." >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
fi
fi
;;
IN) # Precipatation Data in inches
if [ "${precip_today_in%%.*}" -ge 0 ] ; then
if [ "$precip_today_in" == "0.00" ] || [ "$precip_today_in" == " " ] || [ "$precip_today_in" == "" ] ; then
# echo "No precipitation was recorded, " >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
PREC=NR
else
echo "Total precipitation today was ${precip_today_in} inches" >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
echo "precipitation in the last hour was ${precip_1hr_in} inches." >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
# gsm
number_conversion ${precip_today_in}
cat $SOUND_DIR/total_prec_today.gsm /tmp/numbers.gsm $SOUND_DIR/inches.gsm >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.gsm
number_conversion ${precip_1hr_in}
cat $SOUND_DIR/prec_last_hr.gsm /tmp/numbers.gsm $SOUND_DIR/inches.gsm >> $UG_WX_SOUND_DIR/cur_WxRpt_ug.gsm
fi
fi
;;
esac
# store current pressure
echo "# Last Updated: $DATE" > $UG_WX_WRKING_DIR/saved_pressure.var
echo "pressure_mb=$cur_pressure_mb" >> $UG_WX_WRKING_DIR/saved_pressure.var
echo "pressure_in=$cur_pressure_in" >> $UG_WX_WRKING_DIR/saved_pressure.var
##############################
# create the audio file
# convert text to audio
# converted file will be the same file prefix but ext will be .ul
# CONV_FILE=$UG_WX_SOUND_DIR/cur_WxRpt_ug.ul
# $TTS_PROGRAM $UG_WX_SOUND_DIR/cur_WxRpt_ug.txt
# convert gsm to ul
sox -V2 $UG_WX_SOUND_DIR/cur_WxRpt_ug.gsm -r 8000 -c 1 -t ul $UG_WX_SOUND_DIR/cur_WxRpt_ug.ul
exit 0

27
src/wx_report/parsing_list.txt
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neighborhood
city
state
elevation
observation_time
temperature_string
temp_c
temp_f
relative_humidity
wind_string
wind_dir
wind_degrees
wind_mph
wind_gust_mph
pressure_mb
pressure_in
dewpoint_f
dewpoint_c
heat_index_c
heat_index_f
windchill_c
windchill_f
precip_1hr_in
precip_1hr_metric
precip_today_in
precip_today_metric
<weather>

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72
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@ -0,0 +1,72 @@
0.gsm "zero"
100.gsm "hundred"
10.gsm "ten"
11.gsm "eleven"
12.gsm "twelve"
13.gsm "thirteen"
14.gsm "fourteen"
15.gsm "fifteen"
16.gsm "sixteen"
17.gsm "seventeen"
18.gsm "eighteen"
19.gsm "nineteen"
1.gsm "one"
20.gsm "twenty"
2.gsm "two"
30.gsm "thirty"
3.gsm "three"
40.gsm "forty"
4.gsm "four"
50.gsm "fifty"
5.gsm "five"
60.gsm "sixty"
6.gsm "six"
70.gsm "seventy"
7.gsm "seven"
80.gsm "eighty"
8.gsm "eight"
90.gsm "ninety"
9.gsm "nine"
currentwxrpt.gsm "Current underground weather report"
degrees.gsm "degrees"
degrees_with_dew_point_of.gsma "Degrees with a dew point of"
deg_with_dew_point_of.gsm "Degrees with a dew point of"
ENE.gsm "east north east"
ESE.gsm "east south east"
falling_at.gsm "falling at"
hundred.gsm "hundred"
inches.gsm "inches"
in_of_mercury.gsm "inches of mercury"
minus.gsm "minus"
mph_from.gsm "miles per hour from"
mph.gsm "miles per hour"
NE.gsm "north east"
NNE.gsm "north north east"
NNW.gsm "north north west"
NW.gsm "north west"
percent.gsm "percent"
point.gsm "point"
prec_last_hr.gsm "precipitation in the last hour was"
pressure_was.gsm "the pressure was"
relative_humidity.gsm "the relative humidity was"
rising_at.gsm "rising at"
SE.gsm "south east"
silence1.gsm <silence for 1 sec>
silence2.gsm <silence for 2 sec>
sounds.txt (this file)
SSE.gsm "south south east"
SSW.gsm "south south west"
steady_at.gsm "steady at"
SW.gsm "South West"
temperature_is.gsm "the temperature is"
temperature_was.gsm "the temperature was"
temp_was.gsm "the temperature was"
thousand.gsm "thousand"
total_prec_today.gsm "Total precipitation today was"
windchillat.gsm "the wind chill was at"
windwasblowing.gsm "the wind was blowing at a speed of"
wind_was_calm.gsm "the wins was calm"
with_dew_point_of.gsm "with the dew point of"
with_wind_gusts_up.gsm "with wind gusts up to"
WNW.gsm "west north west"
WSW.gsm "west south west"

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