Initial commit of the working files

1 files changed, 173 insertions, 0 deletions

diff --git a/segments/earthquake.sh b/segments/earthquake.sh
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+# Prints the most recent earthquake (currently only supports japan)
+# It prints the location, time, and magnitude if the quake happened within
+# a timelimit and magnitude threshold
+
+earthquake_symbol='#[fg=colour1]~'
+
+# The update period in seconds.
+update_period=600
+
+TMUX_POWERLINE_SEG_EARTHQUAKE_DATA_PROVIDER_DEFAULT="goo"
+TMUX_POWERLINE_SEG_EARTHQUAKE_UPDATE_PERIOD_DEFAULT="600"
+TMUX_POWERLINE_SEG_EARTHQUAKE_ALERT_TIME_WINDOW_DEFAULT="60"
+TMUX_POWERLINE_SEG_EARTHQUAKE_TIME_FORMAT_DEFAULT='(%H:%M)'
+TMUX_POWERLINE_SEG_EARTHQUAKE_MIN_MAGNITUDE_DEFAULT='3'
+
+generate_segmentrc() {
+	read -d '' rccontents  << EORC
+# The data provider to use. Currently only "goo" is supported.
+export TMUX_POWERLINE_SEG_EARTHQUAKE_DATA_PROVIDER="${TMUX_POWERLINE_SEG_EARTHQUAKE_DATA_PROVIDER_DEFAULT}"
+# How often to update the earthquake data in seconds.
+# Note: This is not an early warning detector, use this
+# to be informed about recent earthquake magnitudes in your
+# area. If this is too often, goo may decide to ban you form
+# their server
+export TMUX_POWERLINE_SEG_EARTHQUAKE_UPDATE_PERIOD="${TMUX_POWERLINE_SEG_EARTHQUAKE_UPDATE_PERIOD_DEFAULT}"
+# Only display information when earthquakes are within this many minutes
+export TMUX_POWERLINE_SEG_EARTHQUAKE_ALERT_TIME_WINDOW="${TMUX_POWERLINE_SEG_EARTHQUAKE_ALERT_TIME_WINDOW_DEFAULT}"
+# Display time with this format
+export TMUX_POWERLINE_SEG_EARTHQUAKE_TIME_FORMAT='${TMUX_POWERLINE_SEG_EARTHQUAKE_TIME_FORMAT_DEFAULT}'
+# Display only if magnitude is greater or equal to this number
+export TMUX_POWERLINE_SEG_EARTHQUAKE_MIN_MAGNITUDE="${TMUX_POWERLINE_SEG_EARTHQUAKE_MIN_MAGNITUDE_DEFAULT}"
+EORC
+	echo "$rccontents"
+}
+
+run_segment() {
+	__process_settings
+	local tmp_file="${TMUX_POWERLINE_DIR_TEMPORARY}/earthquake.txt"
+	local earthquake
+	case "$TMUX_POWERLINE_SEG_EARTHQUAKE_DATA_PROVIDER" in
+		"goo") earthquake=$(__goo_earthquake) ;;
+		*)
+			echo "Unknown earthquake-information provider [${$TMUX_POWERLINE_SEG_EARTHQUAKE_DATA_PROVIDER}]";
+			return 1
+	esac
+	if [ -n "$earthquake" ]; then
+		echo "$earthquake_symbol #[fg=colour237]${earthquake}"
+	fi
+}
+
+__process_settings() {
+	if [ -z "$TMUX_POWERLINE_SEG_EARTHQUAKE_DATA_PROVIDER" ]; then
+		export TMUX_POWERLINE_SEG_EARTHQUAKE_DATA_PROVIDER="${TMUX_POWERLINE_SEG_EARTHQUAKE_DATA_PROVIDER_DEFAULT}"
+	fi
+	if [ -z "$TMUX_POWERLINE_SEG_EARTHQUAKE_UPDATE_PERIOD" ]; then
+		export TMUX_POWERLINE_SEG_EARTHQUAKE_UPDATE_PERIOD="${TMUX_POWERLINE_SEG_EARTHQUAKE_UPDATE_PERIOD_DEFAULT}"
+	fi
+	if [ -z "$TMUX_POWERLINE_SEG_EARTHQUAKE_ALERT_TIME_WINDOW" ]; then
+		export TMUX_POWERLINE_SEG_EARTHQUAKE_ALERT_TIME_WINDOW="${TMUX_POWERLINE_SEG_EARTHQUAKE_ALERT_TIME_WINDOW_DEFAULT}"
+	fi
+	if [ -z "$TMUX_POWERLINE_SEG_EARTHQUAKE_TIME_FORMAT" ]; then
+		export TMUX_POWERLINE_SEG_EARTHQUAKE_TIME_FORMAT="${TMUX_POWERLINE_SEG_EARTHQUAKE_TIME_FORMAT_DEFAULT}"
+	fi
+	if [ -z "$TMUX_POWERLINE_SEG_EARTHQUAKE_MIN_MAGNITUDE" ]; then
+		export TMUX_POWERLINE_SEG_EARTHQUAKE_MIN_MAGNITUDE="${TMUX_POWERLINE_SEG_EARTHQUAKE_MIN_MAGNITUDE_DEFAULT}"
+	fi
+}
+
+__goo_earthquake() {
+	location=""
+	magnitude=""
+	magnitude_number=""
+	timestamp=""
+	if [[ -f "$tmp_file" ]]; then
+		if shell_is_osx || shell_is_bsd; then
+			last_update=$(stat -f "%m" ${tmp_file})
+		elif shell_is_linux; then
+			last_update=$(stat -c "%Y" ${tmp_file})
+		fi
+		time_now=$(date +%s)
+
+		up_to_date=$(echo "(${time_now}-${last_update}) < ${update_period}" | bc)
+		if [ "$up_to_date" -eq 1 ]; then
+			__read_tmp_file
+		fi
+	fi
+
+	if [ -z "$magnitude" ]; then
+		# get the rss file, convert encoding to UTF-8, then delete windows carriage-returns
+		earthquake_data=$(curl --max-time 4 -s "http://weather.goo.ne.jp/earthquake/index.rdf" | iconv -f EUC-JP -t UTF-8 | tr -d "\r")
+		if [ "$?" -eq "0" ]; then
+            # This rss feed is not very clean or easy to use, but we will use it because
+            # this is all that can be found for now
+
+			# we grab the data from the title of the first item (most recent earthquake)
+			earthquake_data=${earthquake_data#*item\><title>}
+			# end our data at the end of the approx. time
+			earthquake_data=${earthquake_data%%頃*}
+
+			# pluck our data
+			location=$(echo $earthquake_data | awk '{print $2}')
+			magnitude=$(echo $earthquake_data | awk '{print $4}')
+			timestamp=${earthquake_data#*\(}
+
+			__convert_jp_magnitude
+			__convert_jp_timestamp
+
+			echo $location  >  $tmp_file
+			echo $magnitude >> $tmp_file
+			echo $timestamp >> $tmp_file
+		elif [ -f "$tmp_file" ]; then
+			__read_tmp_file
+		fi
+	fi
+	__convert_timestamp_to_fmt
+
+	# extract the numerical portion of magnitude
+	magnitude_number=$(echo $magnitude | sed -e 's/+//' -e 's/-//')
+
+	if [ -n "$magnitude" ]; then
+		if __check_alert_time_window && __check_min_magnitude ; then
+			echo "${location}${timestamp_fmt}:#[fg=colour0]${magnitude}"
+		fi
+	fi
+}
+
+__convert_jp_magnitude() {
+	magnitude=${magnitude#震度}
+	# simplify high-lower designation (only used in extreme cases: above 4)
+	if [[ "$magnitude" == *弱 ]] ; then
+		magnitude="-${magnitude%弱}"
+	elif [[ "$magnitude" == *強 ]] ; then
+		magnitude="+${magnitude%強}"
+	fi
+}
+
+__check_alert_time_window() {
+	[[ $(( ( $(date +%s) - $timestamp ) / 60 )) -lt $TMUX_POWERLINE_SEG_EARTHQUAKE_ALERT_TIME_WINDOW ]]
+}
+
+__check_min_magnitude() {
+	[[ $magnitude_number -ge $TMUX_POWERLINE_SEG_EARTHQUAKE_MIN_MAGNITUDE ]]
+}
+
+__convert_jp_timestamp() {
+	if shell_is_osx ; then
+		timestamp=$(date -j -f "%Y年%m月%d日 %H時%M分" "$timestamp" +"%s")
+	else
+		timestamp=$(echo $timestamp | $sed -e 's/年/-/' -e 's/月/-/' -e 's/日//' -e 's/時/:/' -e 's/分//')
+		timestamp=$(date -d "$timestamp" +"%s")
+	fi
+}
+
+__convert_timestamp_to_fmt() {
+	if shell_is_osx ; then
+		timestamp_fmt=$(date -r "$timestamp" +"$TMUX_POWERLINE_SEG_EARTHQUAKE_TIME_FORMAT")
+	else
+		timestamp_fmt=$(date -d "$timestamp" +"$TMUX_POWERLINE_SEG_EARTHQUAKE_TIME_FORMAT")
+	fi
+}
+
+__read_tmp_file() {
+	if [ ! -f "$tmp_file" ]; then
+		return
+	fi
+	IFS_bak="$IFS"
+	IFS=$'\n'
+	lines=($(cat ${tmp_file}))
+	IFS="$IFS_bak"
+	location="${lines[0]}"
+	magnitude="${lines[1]}"
+	timestamp="${lines[2]}"
+}