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start.py
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# -*- coding: utf-8 -*-
from __future__ import print_function
from builtins import str
from builtins import range
Release="3.46"
#---------------------
from loggerconfig import LOG_SETTINGS
import logging, logging.config, logging.handlers
import re
import basicSetting
DEBUGMODE=basicSetting.data["DEBUGMODE"]
PUBLICMODE=basicSetting.data["PUBLICMODE"]
if DEBUGMODE:
# below line is required for the loggin of the apscheduler, this might not be needed in the puthon 3.x
logging.basicConfig(level=logging.DEBUG,
format='%(asctime)s %(levelname)s %(message)s',
filename='logfiles/apscheduler_hydrosystem.log',
filemode='w')
# dedicated logging for the standard operation
logging.config.dictConfig(LOG_SETTINGS)
logger = logging.getLogger('hydrosys4')
exc_logger = logging.getLogger('exception')
from flask import Flask, request, session, g, redirect, url_for, abort, \
render_template, flash, _app_ctx_stack, jsonify , Response
import requests
from datetime import datetime,date,timedelta
import systemtimeMod
import time
import os
import shutil
import sys
import string
import random
import json
import hashlib
import hardwaremod
import videomod
import sensordbmod
import actuatordbmod
import selectedplanmod
import wateringdbmod
from autowatering import autowateringdbmod
from autowatering import autowateringmod
import automationdbmod
import automationmod
import interruptdbmod
import interruptmod
import autofertilizerdbmod
import autofertilizermod
import fertilizerdbmod
import advancedmod
import networkmod
import networkdbmod
import emailmod
import emaildbmod
import logindbmod
import clockmod
import clockdbmod
import countryinfo
import cameradbmod
import sysconfigfilemod
import debuggingmod
import filemanagementmod
import weatherAPImod
import messageboxmod
import wateringplansensordbmod
import HASScompMatrix
from HC12mod import HC12radionet
from camera_pi import Camera # Raspberry Pi camera module (requires picamera package)
import REGandDBmod
# ///////////////// -- GLOBAL VARIABLES AND INIZIALIZATION --- //////////////////////////////////////////
application = Flask(__name__)
application.config.from_object('flasksettings') #read the configuration variables from a separate module (.py) file, this file is mandatory for Flask operations
print("-----------------" , basicSetting.data["INTRO"], "--------------------")
MYPATH=""
# ///////////////// --- END GLOBAL VARIABLES ------
# ///////////////// -- MODULE INIZIALIZATION --- //////////////////////////////////////////
#-- start LOGGING utility--------////////////////////////////////////////////////////////////////////////////////////
#setup log file ---------------------------------------
print("starting new log session", datetime.now().strftime("%Y-%m-%d %H:%M:%S"))
logger.info('Start logging -------------------------------------------- %s Version Release: %s' , datetime.now().strftime("%Y-%m-%d %H:%M:%S"),Release)
# finish logging init
def runallconsistencycheck():
wateringdbmod.consitencycheck()
autowateringdbmod.consistencycheck()
automationdbmod.consistencycheck()
interruptdbmod.consistencycheck()
fertilizerdbmod.consitencycheck()
autofertilizerdbmod.consistencycheck()
sensordbmod.consistencycheck()
actuatordbmod.consistencycheck()
wateringplansensordbmod.consistencycheck()
hardwaremod.initMQTT()
hardwaremod.initGPIOEXP()
hardwaremod.initHC12()
hardwaremod.UpdateCMDcontrol()
HASScompMatrix.HASSIOintegr.remove_and_update_config()
hardwaremod.thumbconsistency(hardwaremod.get_path())
return True
def runallreadfile():
hardwaremod.readfromfile()
wateringdbmod.readfromfile()
autowateringdbmod.readfromfile()
automationdbmod.readfromfile()
interruptdbmod.readfromfile()
fertilizerdbmod.readfromfile()
autofertilizerdbmod.readfromfile()
advancedmod.readfromfile()
return True
# Setup mode of operation------------------------------
selectedplanmod.FASTSCHEDULER=False
# set minimum time in case the clock is gone, in future might be improved ------------------
#important for Arch linux OS
systemtimeMod.set_min_datetime()
def initallGPIOpins():
hardwaremod.initallGPIOpins()
interruptmod.setinterruptevents()
#initiate the GPIO OUT pins
initallGPIOpins()
print("Finish interrupt initialization")
# GET path ---------------------------------------------
print("path ",hardwaremod.get_path())
MYPATH=hardwaremod.get_path()
# RUN ALL consistency checks ------------------------
runallconsistencycheck()
automationmod.cycleresetall()
autowateringmod.cycleresetall()
#scheduler start---------------------
selectedplanmod.start_scheduler()
#setup network connecton --------------------
isconnecting=False
networkmod.stopNTP()
networkmod.disableNTP()
if not networkmod.WIFIENDIS=="Disabled":
networkmod.CheckandUnlockWlan()
try:
print("start networking")
isconnecting=networkmod.init_network() # this includes also the clock check and scheduler setup
except:
print("No WiFi available")
#scheduler setup---------------------
if not isconnecting:
logger.info('No connection condition available. Reset mastercallback')
if not selectedplanmod.CheckNTPandAdjustClockandResetSched():
selectedplanmod.waitandsetmastercallback(20,0)
#prove varie qui ---------------------------------------------------
#selectedplanmod.startpump("1","10","25","10")
#selectedplanmod.setlight("","")
#periodicdatarequest(0)
#selectedplanmod.pulsenutrient("10","","","3")
#selectedplanmod.sendmail()
#ret_data=hardwaremod.takephoto()
# ///////////////// --- END init
@application.teardown_appcontext
def close_db_connection(exception):
"""Closes the database again at the end of the request."""
top = _app_ctx_stack.top
if hasattr(top, 'sqlite_db'):
top.sqlite_db.close()
@application.route('/')
def show_entries():
if not session.get('logged_in'):
return render_template('login.html',error=None, change=False)
print("preparing home page")
currentday=datetime.today().strftime('%d/%m/%Y')
#Picture panel------------------------------------
#folderpath=os.path.join(MYPATH, "static")
#folderpath=os.path.join(folderpath, "hydropicture")
#sortedlist=sorted(os.listdir(folderpath))
#sortedlist.reverse()
photolist=hardwaremod.photolist(MYPATH)
photopanellist=[]
if photolist:
referencestr=photolist[0][0].split(",")[0]
for items in photolist:
if referencestr in items[0]:
photopanel={}
photopanel["type"]="photo"
photopanel["active"]="yes"
photopanel["title"]=""
photopanel["subtitle"]=""
photopanel["file"]=items[0]
photopanel["thumb"]=items[3]
photopanel["link"]=url_for('imageshow')
photopanel["linktitle"]="Go to Gallery"
#print photopanel
photopanellist.append(photopanel)
# input panels
partialnamelistinput=[] # used to put the remaining inputs in one unique panel at the end (other)
panelinfolist=[] # all the info relevant to a type of panel
# temperature panels -------------------------------------------- (new version)
MeasureType="Temperature"
namelist=hardwaremod.searchdatalist(hardwaremod.HW_INFO_MEASURE,MeasureType,hardwaremod.HW_INFO_NAME)
partialnamelistinput.extend(namelist)
#print "------------------------- namelist " , namelist
if namelist:
paneldict={}
paneldict["icon"]="icons/temperature-transp.png"
paneldict["color"]="green"
paneldict["type"]="sensor"
paneldict["link"]=url_for('show_sensordata' , elementtype="", period="Day", actionbtn="sensor")
paneldict["linktitle"]="Go to Sensordata"
paneldict["title"]=MeasureType
paneldict["subtitle"]=""
paneldict["active"]="yes"
paneldata=[]
endtime=datetime.now()
for name in namelist:
paneldatarow={}
paneldatarow["name"]=name
paneldata.append(paneldatarow)
paneldict["data"]=paneldata
panelinfolist.append(paneldict)
# humidity panel --------------------------------------------
MeasureType="Humidity"
namelist=hardwaremod.searchdatalist(hardwaremod.HW_INFO_MEASURE,MeasureType,hardwaremod.HW_INFO_NAME)
partialnamelistinput.extend(namelist)
#print "------------------------- namelist " , namelist
if namelist:
paneldict={}
paneldict["icon"]="icons/humidity-transp.png"
paneldict["color"]="primary"
paneldict["type"]="sensor"
paneldict["link"]=url_for('show_sensordata' , elementtype="", period="Day", actionbtn="sensor")
paneldict["linktitle"]="Go to Sensordata"
paneldict["title"]=MeasureType
paneldict["subtitle"]=""
paneldict["active"]="yes"
paneldata=[]
endtime=datetime.now()
for name in namelist:
paneldatarow={}
paneldatarow["name"]=name
paneldata.append(paneldatarow)
paneldict["data"]=paneldata
panelinfolist.append(paneldict)
# pressure panel --------------------------------------------
MeasureType="Pressure"
namelist=hardwaremod.searchdatalist(hardwaremod.HW_INFO_MEASURE,MeasureType,hardwaremod.HW_INFO_NAME)
partialnamelistinput.extend(namelist)
#print "------------------------- namelist " , namelist
if namelist:
paneldict={}
paneldict["icon"]="icons/pressure-transp.png"
paneldict["color"]="yellow"
paneldict["type"]="sensor"
paneldict["link"]=url_for('show_sensordata' , elementtype="", period="Day", actionbtn="sensor")
paneldict["linktitle"]="Go to Sensordata"
paneldict["title"]=MeasureType
paneldict["subtitle"]=""
paneldict["active"]="yes"
paneldata=[]
endtime=datetime.now()
for name in namelist:
paneldatarow={}
paneldatarow["name"]=name
paneldata.append(paneldatarow)
paneldict["data"]=paneldata
panelinfolist.append(paneldict)
# light panel --------------------------------------------
MeasureType="Light"
namelist=hardwaremod.searchdatalist(hardwaremod.HW_INFO_MEASURE,MeasureType,hardwaremod.HW_INFO_NAME)
partialnamelistinput.extend(namelist)
#print "------------------------- namelist " , namelist
if namelist:
paneldict={}
paneldict["icon"]="icons/light-transp.png"
paneldict["color"]="red"
paneldict["type"]="sensor"
paneldict["link"]=url_for('show_sensordata' , elementtype="", period="Day", actionbtn="sensor")
paneldict["linktitle"]="Go to Sensordata"
paneldict["title"]=MeasureType
paneldict["subtitle"]=""
paneldict["active"]="yes"
paneldata=[]
endtime=datetime.now()
for name in namelist:
paneldatarow={}
paneldatarow["name"]=name
paneldata.append(paneldatarow)
paneldict["data"]=paneldata
panelinfolist.append(paneldict)
# Hygrometer panel --------------------------------------------
MeasureType="Moisture"
namelist=hardwaremod.searchdatalist(hardwaremod.HW_INFO_MEASURE,MeasureType,hardwaremod.HW_INFO_NAME)
partialnamelistinput.extend(namelist)
#print "------------------------- namelist " , namelist
if namelist:
paneldict={}
paneldict["icon"]="icons/moisture-transp.png"
paneldict["color"]="primary"
paneldict["type"]="sensor"
paneldict["link"]=url_for('show_sensordata' , elementtype="", period="Day", actionbtn="sensor")
paneldict["linktitle"]="Go to Sensordata"
paneldict["title"]=MeasureType
paneldict["subtitle"]="booooo"
paneldict["active"]="yes"
paneldata=[]
endtime=datetime.now()
for name in namelist:
paneldatarow={}
paneldatarow["name"]=name
paneldata.append(paneldatarow)
paneldict["data"]=paneldata
panelinfolist.append(paneldict)
# INPUTS OTHERS panel (all remaining inputs) --------------------------------------------
iotype="input"
namelist=hardwaremod.searchdatalist(hardwaremod.HW_INFO_IOTYPE,iotype,hardwaremod.HW_INFO_NAME)
#remove the nemas already in partialnamelist
for item in partialnamelistinput:
if item in namelist:
namelist.remove(item)
#print "------------------------- namelist " , namelist
if namelist:
paneldict={}
paneldict["icon"]="icons/cables-white-sm.png"
paneldict["color"]="teal"
paneldict["type"]="sensor"
paneldict["link"]=url_for('show_sensordata' , elementtype="", period="Day", actionbtn="sensor")
paneldict["linktitle"]="Go to Sensordata"
paneldict["title"]="Other Input"
paneldict["subtitle"]="booooo"
paneldict["active"]="yes"
paneldata=[]
endtime=datetime.now()
for name in namelist:
paneldatarow={}
paneldatarow["name"]=name
paneldata.append(paneldatarow)
paneldict["data"]=paneldata
panelinfolist.append(paneldict)
# available panel colors in CSS custom:
#aqua: #00c0ef; blue: #0073b7; teal: #39CCCC; olive: #3D9970; lime: #01FF70; orange: #FF851B; purple: #605ca8; maroon: #D81B60; gray: #d2d6de;
# OUTPUT panels below
partialnamelist=[]
# watertap panel --------------------------------------------
usedfor="watercontrol"
iotype="output"
namelist=hardwaremod.searchdatalist2keys(hardwaremod.HW_FUNC_USEDFOR,usedfor,hardwaremod.HW_INFO_IOTYPE,iotype,hardwaremod.HW_INFO_NAME)
partialnamelist.extend(namelist)
#print "------------------------- namelist " , namelist
if namelist:
paneldict={}
paneldict["icon"]="icons/watertap-transp.png"
paneldict["color"]="primary"
paneldict["type"]="actuator"
paneldict["link"]=url_for('wateringplan' , selectedelement=namelist[0])
paneldict["linktitle"]="Go to WateringPlan"
paneldict["title"]="Water"
paneldict["active"]="yes"
paneldata=[]
endtime=datetime.now()
for name in namelist:
paneldatarow={}
paneldatarow["name"]=name
paneldata.append(paneldatarow)
paneldict["data"]=paneldata
panelinfolist.append(paneldict)
# fertilizer panel --------------------------------------------
usedfor="fertilizercontrol"
iotype="output"
namelist=hardwaremod.searchdatalist2keys(hardwaremod.HW_FUNC_USEDFOR,usedfor,hardwaremod.HW_INFO_IOTYPE,iotype,hardwaremod.HW_INFO_NAME)
partialnamelist.extend(namelist)
#print "------------------------- namelist " , namelist
if namelist:
paneldict={}
paneldict["icon"]="icons/fertilizer-transp.png"
paneldict["color"]="green"
paneldict["type"]="actuator"
paneldict["link"]=url_for('fertilizerplan' , selectedelement=namelist[0])
paneldict["linktitle"]="Go to FertilizerPlan"
paneldict["title"]="Fertilizer"
paneldict["active"]="yes"
paneldata=[]
endtime=datetime.now()
for name in namelist:
paneldatarow={}
paneldatarow["name"]=name
paneldata.append(paneldatarow)
paneldict["data"]=paneldata
panelinfolist.append(paneldict)
# Light actuator panel --------------------------------------------
usedfor="lightcontrol"
iotype="output"
namelist=hardwaremod.searchdatalist2keys(hardwaremod.HW_FUNC_USEDFOR,usedfor,hardwaremod.HW_INFO_IOTYPE,iotype,hardwaremod.HW_INFO_NAME)
partialnamelist.extend(namelist)
#print "------------------------- namelist " , namelist
if namelist:
paneldict={}
paneldict["icon"]="icons/bulb1.png"
paneldict["color"]="orange"
paneldict["type"]="actuator"
paneldict["link"]=url_for('show_Calibration')
paneldict["linktitle"]="Go to Setting"
paneldict["title"]="Light Control"
paneldict["active"]="yes"
paneldata=[]
endtime=datetime.now()
for name in namelist:
paneldatarow={}
paneldatarow["name"]=name
paneldata.append(paneldatarow)
paneldict["data"]=paneldata
panelinfolist.append(paneldict)
# OTHERS panel (all outputs) --------------------------------------------
iotype="output"
namelist=hardwaremod.searchdatalist(hardwaremod.HW_INFO_IOTYPE,iotype,hardwaremod.HW_INFO_NAME)
#remove the nemas already in partialnamelist
for item in partialnamelist:
if item in namelist:
namelist.remove(item)
#print "------------------------- namelist " , namelist
if namelist:
paneldict={}
paneldict["icon"]="icons/tools3-sm.png"
paneldict["color"]="olive"
paneldict["type"]="actuator"
paneldict["link"]=url_for('show_Calibration')
paneldict["linktitle"]="Go to setting"
paneldict["title"]="Other Outputs"
paneldict["active"]="yes"
paneldata=[]
endtime=datetime.now()
for name in namelist:
paneldatarow={}
paneldatarow["name"]=name
paneldata.append(paneldatarow)
paneldict["data"]=paneldata
panelinfolist.append(paneldict)
# available panel colors in CSS custom:
#aqua: #00c0ef; blue: #0073b7; teal: #39CCCC; olive: #3D9970; lime: #01FF70; orange: #FF851B; purple: #605ca8; maroon: #D81B60; gray: #d2d6de;
nameslist=[]
for panelinfo in panelinfolist:
if panelinfo["active"]=="yes":
for paneldata in panelinfo["data"]:
nameslist.append(paneldata["name"])
#print nameslist
# system tabs
networklink=url_for('network')
settinglink=url_for('show_Calibration')
videolink=url_for('videostream')
return render_template('homepage.html',nameslist=nameslist, panelinfolist=panelinfolist,photopanellist=photopanellist,currentday=currentday, networklink=networklink, settinglink=settinglink , videolink=videolink)
@application.route('/network/', methods=['GET', 'POST'])
def network():
if not session.get('logged_in'):
return render_template('login.html',error=None, change=False)
wifilist=[]
savedssid=[]
filenamelist="wifi networks"
print("visualizzazione menu network:")
iplocal=networkmod.get_local_ip()
iplocallist=networkmod.get_local_ip_list()
ipext=networkmod.get_external_ip()
iplocalwifi=networkmod.IPADDRESS
ipport=networkmod.PUBLICPORT
hostname=networkmod.gethostname()
connectedssidlist=networkmod.connectedssid()
if len(connectedssidlist)>0:
connectedssid=connectedssidlist[0]
else:
connectedssid=""
localwifisystem=networkmod.localwifisystem
#print " localwifisystem = ", localwifisystem , " connectedssid ", connectedssid
message=networkmod.networkdbmod.getstoredmessage()
return render_template('network.html',filenamelist=filenamelist, connectedssid=connectedssid,localwifisystem=localwifisystem, ipext=ipext, iplocallist=iplocallist , iplocal=iplocal, iplocalwifi=iplocalwifi , ipport=ipport , hostname=hostname, message=message)
@application.route('/wificonfig/', methods=['GET', 'POST'])
def wificonfig():
if not session.get('logged_in'):
return render_template('login.html',error=None, change=False)
print("method " , request.method)
if request.method == 'GET':
ssid = request.args.get('ssid')
print(" argument = ", ssid)
if request.method == 'POST':
ssid = request.form['ssid']
if request.form['buttonsub'] == "Save":
password=request.form['password']
#networkmod.savewifi(ssid, password)
networkmod.waitandsavewifiandconnect(7,ssid,password)
#redirect to login
session.pop('logged_in', None)
return redirect(url_for('login', message="Please wait until the WiFi disconnect and reconnect"))
elif request.form['buttonsub'] == "Forget":
print("forget")
networkmod.waitandremovewifi(7,ssid)
print("remove network ", ssid)
print("Try to connect AP")
networkmod.waitandconnect_AP(9)
session.pop('logged_in', None)
return redirect(url_for('login', message="Please wait until the WiFi disconnect and reconnect"))
else:
print("cancel")
return redirect(url_for('network'))
return render_template('wificonfig.html', ssid=ssid)
@application.route('/Imageshow/', methods=['GET', 'POST'])
def imageshow():
if not session.get('logged_in'):
return render_template('login.html',error=None, change=False)
monthdict= {1: "jan", 10: "oct", 11: "nov", 12: "dec", 2: "feb", 3: "mar", 4: "apr", 5: "may", 6: "jun", 7: "jul", 8: "aug", 9: "sep", 13: "all"}
monthlist=[]
for i in range(12):
monthlist.append(monthdict[i+1])
todaydate = date.today()
currentmonth = todaydate.month
monthtoshow=currentmonth
if request.method == 'POST':
actiontype=request.form['actionbtn']
if actiontype=="DeleteAll":
# delete all files in the folder
print(" picture files deleted " , deletedfilenumber)
logger.info(' all image files deleted ')
deletedfilenumber=hardwaremod.deleteallpictures(MYPATH)
elif actiontype=="CreateImage":
print("Create image manually")
logger.info('Create image manually')
hardwaremod.takephoto()
elif actiontype=="all":
monthtoshow="all"
else:
monthtoshow=monthlist.index(actiontype)+1
sortedlist=hardwaremod.photolist(MYPATH)
filenamelist=[]
#wlist=[]
#hlist=[]
titlelist=[]
thumbfilenamelist=[]
for files in sortedlist:
filemonthnumber=files[2].month
#print filemonthnumber
if filemonthnumber==monthtoshow or monthtoshow == "all":
filenamelist.append(files[0])
titlelist.append(files[1])
#(w,h)=hardwaremod.get_image_size(files[0])
#wlist.append(w)
#hlist.append(h)
thumbfilenamelist.append(files[3])
if monthtoshow == "all":
selectedmonthname = "all"
else:
selectedmonthname=monthdict[monthtoshow]
return render_template('showimages.html',filenamelist=filenamelist, titlelist=titlelist, monthlist=monthlist, selectedmonthname=selectedmonthname, thumbfilenamelist=thumbfilenamelist)
@application.route('/echo/', methods=['GET'])
def echo():
if not session.get('logged_in'):
ret_data = {"answer":"Login needed"}
return jsonify(ret_data)
element=request.args['element']
if element=="all":
# take reading for all sensors
ret_data = hardwaremod.readallsensors()
else:
isok, reading , errmsg = hardwaremod.getsensordata(element,3)
print("isok " ,isok, "reading " ,reading , "statusmsg ", errmsg)
answer={}
answer[element]={"isok":isok, "reading":reading , "statusmsg":errmsg}
ret_data=answer
#print ret_data
return jsonify(ret_data)
@application.route('/echodatabase/', methods=['GET'])
def echodatabase():
if not session.get('logged_in'):
ret_data = {"answer":"Login needed"}
return jsonify(ret_data)
element=request.args['element']
if element=="all":
# take reading for all sensors
ret_data = sensordbmod.readallsensorsdatabase()
else:
ret_data={}
#print ret_data
return jsonify(ret_data)
@application.route('/echoMQTT/', methods=['GET'])
def echoMQTT():
print(" ECHO MQTT ************************************")
if not session.get('logged_in'):
ret_data = {"answer":"Login needed"}
return jsonify(ret_data)
element=request.args['element']
if element=="all":
# take reading for all sensors
# it is a dict with MQTT name as key and a dict of info as value
ret_data = hardwaremod.getSTATfromall()
print(" ECHO MQTT ************************************")
print(ret_data)
else:
ret_data={}
#print ret_data
return jsonify(ret_data)
@application.route('/echohome/', methods=['GET'])
def echohome():
if not session.get('logged_in'):
ret_data = {"answer":"Login needed"}
return jsonify(ret_data)
ret_data={}
name=request.args['element']
action=request.args['action']
if action=="getdata":
#actuatorlist=actuatordbmod.gettablelist()
sensorlist=sensordbmod.gettablelist()
# name is the input
endtime=datetime.now()
starttime= endtime - timedelta(days=1)
if name in sensorlist:
sensordata=[]
sensordbmod.getsensordbdatadaysV2(name,sensordata,starttime,endtime)
isok, evaluateddata=sensordbmod.EvaluateDataPeriod(sensordata,starttime,endtime)
paneldatarow={}
paneldatarow["name"]=name
paneldatarow["average"]=str('%.1f' % evaluateddata["average"])
paneldatarow["min"]=str('%.1f' % evaluateddata["min"])
paneldatarow["max"]=str('%.1f' % evaluateddata["max"])
paneldatarow["unit"]=hardwaremod.searchdata(hardwaremod.HW_INFO_NAME,name,hardwaremod.HW_INFO_MEASUREUNIT)
paneldatarow["enabled"]="none"
else:
data=[]
actuatordbmod.getactuatordbdatadaysV2(name,data,starttime,endtime)
isok, evaluateddata=sensordbmod.EvaluateDataPeriod(data,starttime,endtime) #set date interval for average
paneldatarow={}
paneldatarow["name"]=name
paneldatarow["average"]=str('%.1f' % (evaluateddata["sum"]))
paneldatarow["min"]=""
paneldatarow["max"]=""
paneldatarow["unit"]=hardwaremod.searchdata(hardwaremod.HW_INFO_NAME,name,hardwaremod.HW_INFO_MEASUREUNIT)
cmdtype=hardwaremod.searchdata(hardwaremod.HW_INFO_NAME,name,hardwaremod.HW_CTRL_CMD)
if cmdtype.split("/")[0]=="pulse":
paneldatarow["enabled"]=hardwaremod.ReadActuatorEnabled(name)
else:
paneldatarow["enabled"]="none"
#set date interval for average
ret_data=paneldatarow
#print "Single item Data " , ret_data
elif action=="enable":
hardwaremod.WriteActuatorEnabled(name, "enable")
paneldatarow={}
paneldatarow["name"]=name
paneldatarow["actiondone"]="enable"
ret_data=paneldatarow
#print "Single item Data " , ret_data
elif action=="disable":
hardwaremod.stoppulse(name) # stop before disable
hardwaremod.WriteActuatorEnabled(name, "disable")
paneldatarow={}
paneldatarow["name"]=name
paneldatarow["actiondone"]="disable"
# stop pulse
ret_data=paneldatarow
#print "Single item Data " , ret_data
return jsonify(ret_data)
@application.route('/echowifi/', methods=['GET'])
def echowifi():
if not session.get('logged_in'):
ret_data = {"answer":"Login needed"}
return jsonify(ret_data)
ret_data={}
element=request.args['element']
if element=="all" and not networkmod.WIFIENDIS=="Disabled":
# get wifi list
wifilist=[]
wifilist=networkmod.wifilist_ssid(2)
connectedssidlist=networkmod.connectedssid()
if len(connectedssidlist)>0:
connectedssid=connectedssidlist[0]
else:
connectedssid=""
savedssid=networkmod.savedwifilist_ssid()
#print "Saved SSIDs ", savedssid
for ssid in wifilist:
connected="0"
if ssid==connectedssid:
connected="1"
idstatus="Unknown"
if ssid in savedssid:
idstatus="Saved"
ret_data[ssid]=[idstatus , connected]
#print "Wifi Data " , ret_data
return jsonify(ret_data)
@application.route('/doit/', methods=['GET'])
def doit():
#if not session.get('logged_in'):
# ret_data = {"answer":"Login Needed"}
# return jsonify(ret_data)
# send command to the actuator for test
cmd=""
sendstring=""
recdata=[]
ret_data={}
argumentlist=request.args.getlist('name')
name=argumentlist[0]
namelist=name.split("/")
if namelist:
name=namelist[0]
#print "value passed ", argumentlist
#print "type " , name
if name=="pulse":
idx=1
if idx < len(argumentlist):
testpulsetime=argumentlist[idx]
else:
testpulsetime="20"
element=request.args['element']
print("starting pulse test " , testpulsetime)
answer=selectedplanmod.activateandregister(element,testpulsetime)
ret_data = {"answer": answer}
elif name=="stoppulse":
idx=1
element=request.args['element']
print("stop pulse " , element)
answer=selectedplanmod.activateandregister(element,"0")
ret_data = {"answer": answer}
elif name=="servo2":
print("want to test servo")
idx=1
if idx < len(argumentlist):
steps=int(argumentlist[idx])
idx=2
if idx < len(argumentlist):
direction=argumentlist[idx]
element=request.args['element']
position=int(hardwaremod.getservopercentage(element))
if direction=="FORWARD":
position=position+steps
elif direction=="BACKWARD":
position=position-steps
# move servo
delay=0.5
position , isok=hardwaremod.servoangle(element,position,delay)
ret_data = {"answer": position}
elif name=="stepper":
print("want to test stepper")
idx=1
if idx < len(argumentlist):
steps=argumentlist[idx]
idx=2
if idx < len(argumentlist):
direction=argumentlist[idx]
element=request.args['element']
# move stepper
position , isok=hardwaremod.GO_stepper(element,steps,direction)
ret_data = {"answer": position}
elif name=="setstepper":
print("want to set stepper position")
idx=1
if idx < len(argumentlist):
newposition=argumentlist[idx]
element=request.args['element']
# set stepper position without moving it
hardwaremod.setstepperposition(element, newposition)
ret_data = {"answer": newposition}
elif name=="hbridge":
print("want to test hbridge")
idx=1
if idx < len(argumentlist):
steps=argumentlist[idx]
idx=2
if idx < len(argumentlist):
direction=argumentlist[idx]
element=request.args['element']
# move hbridge
zerooffset=0
position , isok=hardwaremod.GO_hbridge(element,steps,zerooffset,direction)
if isok:
REGandDBmod.register_output_value(element,position,saveonDB=False) # update the status register.
ret_data = {"answer": position}
elif name=="hbridgestop":
print("want to stop hbridge")
idx=1
if idx < len(argumentlist):
steps=argumentlist[idx]
idx=2
if idx < len(argumentlist):
direction=argumentlist[idx]
element=request.args['element']
# stop hbridge
position , isok=hardwaremod.gpio_stop_hbridge(element)
if isok:
REGandDBmod.register_output_value(element,position,saveonDB=False) # update the status register.
ret_data = {"answer": position}
elif name=="sethbridge":
print("want to set hbridge position")
idx=1
if idx < len(argumentlist):
newposition=argumentlist[idx]
element=request.args['element']
# set hbridge position without moving it
hardwaremod.sethbridgeposition(element, newposition)
ret_data = {"answer": newposition}
elif name=="photo":
print("Capture photo")
idx=1
if idx < len(argumentlist):
video=argumentlist[idx]
logger.info('Capture photo on %s', video)
resolution=request.args.getlist('resolution')[0]
position=request.args.getlist('position')[0]
servo=request.args.getlist('servo')[0]
vdirection=request.args.getlist('vflip')[0]
positionlist=position.split(",")
position=""
if positionlist[0] != "":
# move servo
position=positionlist[0]
logger.info('Move servo to position %s', position)
hardwaremod.servoangle(servo,position,1)
# take picture
isok, ret_data=hardwaremod.shotit(video,True,resolution,position,vdirection)
elif name=="mail":
mailaname=request.args['element']
mailaddress=request.args['address']
mailtitle=request.args['title']
cmd=hardwaremod.searchdata(hardwaremod.HW_INFO_NAME,mailaname,hardwaremod.HW_CTRL_CMD)
print("want to test mail, address=" , mailaddress , " Title=" , mailtitle)
issent=emailmod.send_email_main(mailaddress,mailtitle,cmd,"report","Periodic system report generated automatically")
if issent:
ret_data = {"answer": "Mail sent"}
else:
ret_data = {"answer": "Error mail not sent"}
elif name=="clock":
element=request.args['element']
datetime=request.args['datetime']
if element=="system":
datetime=clockmod.readsystemdatetime()
answer="ready"
elif element=="network":
datetime=clockmod.getNTPTime()
if datetime=="":
answer="Error not able to get the Network time using NTP protocol"
else:
answer="ready"
elif element=="setHWClock":
print("datetime Local ->" ,datetime)
logger.info('Clock has been manually changed')
answer1=clockmod.setsystemclock(datetime)
answer2=clockmod.setHWclock(datetime)
answer=answer1 + answer2
selectedplanmod.resetmastercallback()
ret_data = {"answer":answer, "value":datetime}
elif name=="HC12":
element=request.args['element']
value=request.args['value']
if element=="version":
HC12radionet.medium.enableATpin()
isOk, versionByteArray = HC12radionet.medium.sendReceiveATcmds(value)
HC12radionet.medium.disableATpin()
answer="Something went wrong"