raspberrypi/raspberrypi_zero/gpio/info.sh

#!/bin/bash
#
# reapberry zero w
# GPIO module
# Date: 20180118
# Time: 17:17
#
# AUthor: aixiao@aixiao.me.
#

function DATE()
{
    y=$(date "+%y");
    m=$(date "+%m");
    d=$(date "+%d");
    H=$(date "+%H");
    M=$(date "+%M");
    S=$(date "+%S");
}

function SLEEP()
{
    sleep $@
}

function get18b20data()
{
    MODEL="28-04174019f0ff";
    while true; do
        if test -d "/sys/devices/w1_bus_master1/${MODEL}"; then
            temperature=$(cat /sys/devices/w1_bus_master1/28-04174019f0ff/w1_slave | grep 't=' | sed 's/^.*t=//g' | awk '{print $1/1000}');
            #echo $y年$m月$d日$H时$M分$S秒
            #echo -ne "当前室内温度: ";
            #echo -e "\e[1;31m${temperature}℃ \e[0m";
            echo "${temperature}℃ " >> data/temperature.data;
        fi
        SLEEP 60;
    done
}

function getcpudata()
{
    MHZ=$(cat /sys/devices/system/cpu/cpu0/cpufreq/scaling_cur_freq | awk '{print $1/1000}');
    temperature=$(cat /sys/class/thermal/thermal_zone0/temp | awk '{print $1/1000}');
    percentage=$(top -b -n 2 | grep ^%Cpu | sed -n "2p" | sed -e 's/^.*://g;s/..,//g;s/st//g' | awk '{print "scale=1; 100-" $4 }' | bc);
    echo "Cpu Frequencyi:  ${MHZ}MHZ";
    echo -e "\e[1;31mCpu temperature: ${temperature}℃ \e[0m";
    echo "Cpu Percentage:  ${percentage}%";
}

function INIT()
{
    null="/dev/null";
    bindir="/root/gpio";
    ! test -d ${bindir} && exit 1;
    #时间范围
    high="1500";
    low="2400";

    #当前时间
    now=$(date +%H%M);
    bcm_lightpin="20";
    wiringpi_lightpin="28";

    wiringpi_infrared="6";
    
    #判断手机是否在线
    #phoneip="192.168.137.27";
    #phonelogic="$(ping ${phoneip} -c 1 -S 1 &> /dev/null; echo $?)";

    #判断人体红外线传感器
    #infrared=$(${bindir}/info_infrared ${wiringpi_infrared});
    infrared=$(cat ${bindir}/data/infrared.data 2> /dev/null);

    #声音传感器
    wiringpi_sound=25;
    sound=$(cat ${bindir}/data/sound.data 2> /dev/null);

    #距离传感器
    l="60";
    s="150";
    wiringpi_tring="8";
    wiringpi_echo="9";
    #distance="$(${bindir}/info_ultrasound ${wiringpi_tring} ${wiringpi_echo})";

    #读取灯pin值
    lightpinvalue="$(${bindir}/info_pin ${wiringpi_lightpin})";
    #lightpinvalue="$(gpio -g read ${bcm_lightpin})";

    #开灯&关灯
    start_light="${bindir}/info_light ${wiringpi_lightpin} 1";
    stop_light="${bindir}/info_light ${wiringpi_lightpin} 0";

}

function WHILE()
{
    while true; do
        ${bindir}/info_infrared ${wiringpi_infrared} > data/infrared.data;
        SLEEP 1;
    done
}

function light()
{
while true; do
    if [ "${now}" -ge "${high}" -a "${now}" -le "${low}" ]; then             #检测时间段
        #if [ "${phonelogic}" == "0" ]; then                                 #检测手机IP
        #echo ${infrared}
        if [ "${infrared}" = "1" ]; then                                     #检测人体红外线
        #if [ "${distance}" -ge ${l} -a "${distance}" -le ${s} ]; then       #检测距离范围
            if test "${lightpinvalue}" = "0"; then                           #检测灯pin值
                ${start_light};
                SLEEP 9;
            fi
        else
            if test "${lightpinvalue}" = "1"; then                  #如果开着就关闭
                ${stop_light};
            fi
        fi
    else
        if test "${lightpinvalue}" = "1"; then                      #如果开着就关闭
            ${stop_light};
        fi
    fi
    INIT;                                                      #再次获取信息
    SLEEP 1;                                                        #睡眠
done
}

function light_daemon()
{
    while true; do
        ${bindir}/info_infrared ${wiringpi_infrared} > data/infrared.data;
        SLEEP 1;
    done
}

function sound_daemon()
{
    while :; do
        ${bindir}/info_sound ${wiringpi_sound} > data/sound.data
        SLEEP 0.3;
    done
}

function sound()
{
    :
}


INIT;
while getopts :ds:x ai
do
case ${ai} in
    d)
        daemon='&';
        ;;
    s)
        case $OPTARG in
            "stop")
                array=$(ls ${bindir}/log/)
                for arr in ${array[@]}; do
                    kill $(cat ${bindir}/log/${arr}) &> ${null}
                    rm ${bindir}/log/${arr} 2> ${null}
                done
                exit 0
                ;;
            *)
                :
                ;;
        esac
        exit 0
        ;;
    x)
        set -x
        ;;
    h|?)
        echo -ne "
\e[1;31mraspberrypi zero w 智能家居\e[0m
$0 Usage: $0 [-?|h] [-d] [-s] [-x] [light|temperature]
    -d : Daemon.
    -s : kill Daemon, signal: stop.
    -x : Print commands and their arguments as they are executed.

    light       : light Modular.
    temperature : temperature Modular.

by aixiao.
"
exit 0
        ;;
esac
done

shift $((OPTIND-1))
case ${1} in
    light)
        light_daemon &
        light_daemon_id="$(echo $!)"
        echo ${light_daemon_id} > log/infrared.pid 2> ${null}
        eval light ${daemon}
        echo $! > log/light.pid 2> ${null}
        ;;
    temperature)
        #get18b20data &
        #echo $! > log/temperature.pid 2> ${null}
        :
        ;;
    sound)
        sound_daemon &
        echo $! > log/sound.pid 2> ${null};
        eval sound ${daemon};
        ;;
    *)
        exit 1;
        ;;
esac