root / hci / trunk / eneraptor-web-app / grails-app / controllers / com / eneraptor / hci / StatisticsController.groovy @ 50
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package com.eneraptor.hci
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import groovy.sql.Sql |
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class StatisticsController { |
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def dataSource
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def main = { }
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def graphs = {
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List savedGraphs = new ArrayList() |
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savedGraphs = EneGraph.list() |
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[savedGraphs: savedGraphs]
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} |
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def newGraph = {
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List graphTypes = ["min","max","avg","sum"] |
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List graphTypesFriendly = ["Minimum value","Maximum value","Average value","Cumulative"] |
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List devices = new ArrayList() |
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List devicesFriendly = new ArrayList() |
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DeviceInfo.list().each { |
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devices << it.deviceId
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devicesFriendly << it.friendlyName
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} |
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[graphTypes:graphTypes,graphTypesFriendly:graphTypesFriendly, devices:devices, devicesFriendly:devicesFriendly] |
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} |
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def newGraphDo = {
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String errors = "" |
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Date chosenTimeFrameStart = null |
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Date chosenTimeFrameEnd = null |
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if(params['timeFrameType'] == "day") { |
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chosenTimeFrameStart = params['dayMainTimeFrameStart']
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chosenTimeFrameEnd = params['dayMainTimeFrameEnd']
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} else if(params['timeFrameType'] == "month") { |
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chosenTimeFrameStart = params['monthMainTimeFrameStart']
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chosenTimeFrameEnd = params['monthMainTimeFrameEnd']
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} else if(params['timeFrameType'] == "year") { |
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chosenTimeFrameStart = params['yearMainTimeFrameStart']
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chosenTimeFrameEnd = params['yearMainTimeFrameEnd']
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} else if(params['timeFrameType'] == "custom") { |
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chosenTimeFrameStart = params['customMainTimeFrameStart']
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chosenTimeFrameEnd = params['customMainTimeFrameEnd']
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} else {
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errors += "<p>Time frame type invalid!</p>"
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} |
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def newEneGraph = new EneGraph( |
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name: params['graphName'], |
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type: params['graphType'], |
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timeFrameType: params['timeFrameType'], |
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timeFrameStart: chosenTimeFrameStart,
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timeFrameEnd: chosenTimeFrameEnd,
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innerSections: params['customMainTimeFrameInnerSections'], |
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advHoursTimeFrameStart: params['advHoursStart'], |
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advHoursTimeFrameEnd: params['advHoursEnd'], |
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advDayTimeFrameStart: params['advDayStart'], |
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advDayTimeFrameEnd: params['advDayEnd'], |
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advMonthTimeFrameStart: params['advMonthStart'], |
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advMonthTimeFrameEnd: params['advMonthEnd'], |
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deviceId: params['deviceId'] |
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) |
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if(!newEneGraph.validate()) {
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errors += "<p>Graph could not be created - there were some input errors. Please check if all input values are valid.</p>"
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flash['errors'] = errors
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redirect(action:'newGraph') |
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} else {
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if(newEneGraph.save()){
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flash['confirms'] = "<p>Graph created succesfully!</p>" |
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redirect(action:'newGraph') |
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} else {
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flash['errors'] = "<p>There was an error while saving graph.</p>" |
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redirect(action:'newGraph') |
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} |
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} |
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return true |
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} |
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def showGraph = {
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def graphToShow = EneGraph.get(params['id']) |
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String query
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List data = new ArrayList() |
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def results
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def db_sql = new Sql(dataSource) |
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if(graphToShow.timeFrameType == "day") { |
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db_sql.eachRow "select date_trunc('day',ld.date_recieved) dt, " + graphToShow['type'] + "(to_number(ld.reported_data,'9999999999D99999')) vl from logged_data as ld where (device_id = '" + graphToShow['deviceId'] + "' and date_trunc('day',ld.date_recieved) >= '" + graphToShow.timeFrameStart + "' and date_trunc('day',ld.date_recieved) <= '" + graphToShow.timeFrameEnd + "' and date_part('hour',ld.date_recieved) >= " + graphToShow.advHoursTimeFrameStart + " and date_part('hour',ld.date_recieved) <= " + graphToShow.advHoursTimeFrameEnd + " and date_part('day',ld.date_recieved) >= " + graphToShow.advDayTimeFrameStart + " and date_part('day',ld.date_recieved) <= " + graphToShow.advDayTimeFrameEnd + " and date_part('month',ld.date_recieved) >= " + graphToShow.advMonthTimeFrameStart + " and date_part('month',ld.date_recieved) <= " + graphToShow.advMonthTimeFrameEnd + ") group by date_trunc('day',ld.date_recieved) order by date_trunc('day',ld.date_recieved) asc", { |
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data << [it.dt.getTime(), it.vl] |
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} |
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} else if (graphToShow.timeFrameType == "month") { |
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db_sql.eachRow "select date_trunc('month',ld.date_recieved) dt, " + graphToShow['type'] + "(to_number(ld.reported_data,'9999999999D99999')) vl from logged_data as ld where (device_id = '" + graphToShow['deviceId'] + "' and date_trunc('month',ld.date_recieved) >= '" + graphToShow.timeFrameStart + "' and date_trunc('month',ld.date_recieved) <= '" + graphToShow.timeFrameEnd + "' and date_part('hour',ld.date_recieved) >= " + graphToShow.advHoursTimeFrameStart + " and date_part('hour',ld.date_recieved) <= " + graphToShow.advHoursTimeFrameEnd + " and date_part('day',ld.date_recieved) >= " + graphToShow.advDayTimeFrameStart + " and date_part('day',ld.date_recieved) <= " + graphToShow.advDayTimeFrameEnd + " and date_part('month',ld.date_recieved) >= " + graphToShow.advMonthTimeFrameStart + " and date_part('month',ld.date_recieved) <= " + graphToShow.advMonthTimeFrameEnd + ") group by date_trunc('month',ld.date_recieved) order by date_trunc('month',ld.date_recieved) asc", { |
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data << [it.dt.getTime(), it.vl] |
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} |
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} else if (graphToShow.timeFrameType == "year") { |
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db_sql.eachRow "select date_trunc('year',ld.date_recieved) dt, " + graphToShow['type'] + "(to_number(ld.reported_data,'9999999999D99999')) vl from logged_data as ld where (device_id = '" + graphToShow['deviceId'] + "' and date_trunc('year',ld.date_recieved) >= '" + graphToShow.timeFrameStart + "' and date_trunc('year',ld.date_recieved) <= '" + graphToShow.timeFrameEnd + "' and date_part('hour',ld.date_recieved) >= " + graphToShow.advHoursTimeFrameStart + " and date_part('hour',ld.date_recieved) <= " + graphToShow.advHoursTimeFrameEnd + " and date_part('day',ld.date_recieved) >= " + graphToShow.advDayTimeFrameStart + " and date_part('day',ld.date_recieved) <= " + graphToShow.advDayTimeFrameEnd + " and date_part('month',ld.date_recieved) >= " + graphToShow.advMonthTimeFrameStart + " and date_part('month',ld.date_recieved) <= " + graphToShow.advMonthTimeFrameEnd + ") group by date_trunc('year',ld.date_recieved) order by date_trunc('year',ld.date_recieved) asc", { |
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data << [it.dt.getTime(), it.vl] |
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} |
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} else if (graphToShow.timeFrameType == "custom") { |
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def innerTimeFrame = (long)((graphToShow.timeFrameEnd.getTime() - graphToShow.timeFrameStart.getTime()) / graphToShow.innerSections) |
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query = ""
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for(int i = 0; i < graphToShow.innerSections;i++) { |
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def currDateMillis = graphToShow.timeFrameStart.getTime() + (i*innerTimeFrame) + innerTimeFrame/2 |
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def currDate = new Date((long)currDateMillis) |
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def currDateStartMillis = graphToShow.timeFrameStart.getTime() + (i*innerTimeFrame)
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def currDateStart = new Date((long)currDateStartMillis) |
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def currDateStopMillis = graphToShow.timeFrameStart.getTime() + ((i+1)*innerTimeFrame) |
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def currDateStop = new Date((long)currDateStopMillis) |
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query += "(select timestamp without time zone '" + currDate.toTimestamp() + "' dt, " + graphToShow['type'] + "(to_number(ld.reported_data,'9999999999D99999')) vl from logged_data as ld where (device_id = '" + graphToShow['deviceId'] + "' and ld.date_recieved >= '" + currDateStart.toTimestamp() + "' and ld.date_recieved <= '" + currDateStop.toTimestamp() + "' and date_part('hour',ld.date_recieved) >= " + graphToShow.advHoursTimeFrameStart + " and date_part('hour',ld.date_recieved) <= " + graphToShow.advHoursTimeFrameEnd + " and date_part('day',ld.date_recieved) >= " + graphToShow.advDayTimeFrameStart + " and date_part('day',ld.date_recieved) <= " + graphToShow.advDayTimeFrameEnd + " and date_part('month',ld.date_recieved) >= " + graphToShow.advMonthTimeFrameStart + " and date_part('month',ld.date_recieved) <= " + graphToShow.advMonthTimeFrameEnd + ")) " |
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if (i < (graphToShow.innerSections-1) ) query += "union " |
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} |
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query += "order by dt asc"
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db_sql.eachRow(query) { |
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data << [it.dt.getTime(), it.vl] |
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} |
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} |
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[data:data]
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} |
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def editGraph = {
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EneGraph chosenGraph = EneGraph.get(params['id'])
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List graphTypes = ["min","max","avg","sum"] |
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List graphTypesFriendly = ["Minimum value","Maximum value","Average value","Cumulative"] |
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List devices = new ArrayList() |
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List devicesFriendly = new ArrayList() |
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DeviceInfo.list().each { |
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devices << it.deviceId
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devicesFriendly << it.friendlyName
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} |
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[graph: chosenGraph, graphTypes:graphTypes, graphTypesFriendly:graphTypesFriendly, devices:devices, devicesFriendly:devicesFriendly] |
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} |
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def editGraphDo = {
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String errors = "" |
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EneGraph graphToEdit = EneGraph.get(params['graphId'])
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graphToEdit.name = params['graphName']
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graphToEdit.type = params['graphType']
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graphToEdit.timeFrameType = params['timeFrameType']
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graphToEdit.timeFrameStart = params['mainTimeFrameStart']
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graphToEdit.timeFrameEnd = params['mainTimeFrameEnd']
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graphToEdit.innerSections = params['mainTimeFrameInnerSections'] as int |
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graphToEdit.advHoursTimeFrameStart = params['advHoursStart'] as int |
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graphToEdit.advHoursTimeFrameEnd = params['advHoursEnd'] as int |
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graphToEdit.advDayTimeFrameStart = params['advDayStart'] as int |
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graphToEdit.advDayTimeFrameEnd = params['advDayEnd'] as int |
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graphToEdit.advMonthTimeFrameStart = params['advMonthStart'] as int |
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graphToEdit.advMonthTimeFrameEnd = params['advMonthEnd'] as int |
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graphToEdit.deviceId = params['deviceId']
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if(!graphToEdit.validate()) {
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errors += "<p>Graph could not be modified - there were some input errors. Please check if all input values are valid.</p>"
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flash['errors'] = errors
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redirect(action:'editGraph') |
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} else {
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if(graphToEdit.save()){
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flash['confirms'] = "<p>Graph modified succesfully!</p>" |
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redirect(action:'graphs') |
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} else {
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flash['errors'] = "<p>There was an error while modifying graph.</p>" |
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redirect(action:'editGraph') |
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} |
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} |
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return true |
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} |
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def newReport = {
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def graphsAll = EneGraph.list()
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def graphs = new ArrayList() |
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def graphsKeys = new ArrayList() |
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graphsAll.each { |
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graphs << it.name
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graphsKeys << it.id
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} |
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[graphs:graphs, graphsKeys:graphsKeys] |
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} |
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def makeReport = {
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def graphToShow = EneGraph.get(params['id']) |
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String query
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List data = new ArrayList() |
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List detailedData = new ArrayList() |
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def results
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def innerTimeFrameHalf = 0; |
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def db_sql = new Sql(dataSource) |
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if(graphToShow.timeFrameType == "day") { |
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db_sql.eachRow "select date_trunc('day',ld.date_recieved) dt, " + graphToShow['type'] + "(to_number(ld.reported_data,'9999999999D99999')) vl from logged_data as ld where (device_id = '" + graphToShow['deviceId'] + "' and date_trunc('day',ld.date_recieved) >= '" + graphToShow.timeFrameStart + "' and date_trunc('day',ld.date_recieved) <= '" + graphToShow.timeFrameEnd + "' and date_part('hour',ld.date_recieved) >= " + graphToShow.advHoursTimeFrameStart + " and date_part('hour',ld.date_recieved) <= " + graphToShow.advHoursTimeFrameEnd + " and date_part('day',ld.date_recieved) >= " + graphToShow.advDayTimeFrameStart + " and date_part('day',ld.date_recieved) <= " + graphToShow.advDayTimeFrameEnd + " and date_part('month',ld.date_recieved) >= " + graphToShow.advMonthTimeFrameStart + " and date_part('month',ld.date_recieved) <= " + graphToShow.advMonthTimeFrameEnd + ") group by date_trunc('day',ld.date_recieved) order by date_trunc('day',ld.date_recieved) asc", { |
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data << [it.dt.getTime(), it.vl] |
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detailedData << [it.dt.toString().substring(0,10), it.vl] |
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} |
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} else if (graphToShow.timeFrameType == "month") { |
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db_sql.eachRow "select date_trunc('month',ld.date_recieved) dt, " + graphToShow['type'] + "(to_number(ld.reported_data,'9999999999D99999')) vl from logged_data as ld where (device_id = '" + graphToShow['deviceId'] + "' and date_trunc('month',ld.date_recieved) >= '" + graphToShow.timeFrameStart + "' and date_trunc('month',ld.date_recieved) <= '" + graphToShow.timeFrameEnd + "' and date_part('hour',ld.date_recieved) >= " + graphToShow.advHoursTimeFrameStart + " and date_part('hour',ld.date_recieved) <= " + graphToShow.advHoursTimeFrameEnd + " and date_part('day',ld.date_recieved) >= " + graphToShow.advDayTimeFrameStart + " and date_part('day',ld.date_recieved) <= " + graphToShow.advDayTimeFrameEnd + " and date_part('month',ld.date_recieved) >= " + graphToShow.advMonthTimeFrameStart + " and date_part('month',ld.date_recieved) <= " + graphToShow.advMonthTimeFrameEnd + ") group by date_trunc('month',ld.date_recieved) order by date_trunc('month',ld.date_recieved) asc", { |
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data << [it.dt.getTime(), it.vl] |
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detailedData << [it.dt.toString().substring(0,7), it.vl] |
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} |
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} else if (graphToShow.timeFrameType == "year") { |
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db_sql.eachRow "select date_trunc('year',ld.date_recieved) dt, " + graphToShow['type'] + "(to_number(ld.reported_data,'9999999999D99999')) vl from logged_data as ld where (device_id = '" + graphToShow['deviceId'] + "' and date_trunc('year',ld.date_recieved) >= '" + graphToShow.timeFrameStart + "' and date_trunc('year',ld.date_recieved) <= '" + graphToShow.timeFrameEnd + "' and date_part('hour',ld.date_recieved) >= " + graphToShow.advHoursTimeFrameStart + " and date_part('hour',ld.date_recieved) <= " + graphToShow.advHoursTimeFrameEnd + " and date_part('day',ld.date_recieved) >= " + graphToShow.advDayTimeFrameStart + " and date_part('day',ld.date_recieved) <= " + graphToShow.advDayTimeFrameEnd + " and date_part('month',ld.date_recieved) >= " + graphToShow.advMonthTimeFrameStart + " and date_part('month',ld.date_recieved) <= " + graphToShow.advMonthTimeFrameEnd + ") group by date_trunc('year',ld.date_recieved) order by date_trunc('year',ld.date_recieved) asc", { |
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data << [it.dt.getTime(), it.vl] |
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detailedData << [it.dt.toString().substring(0,4), it.vl] |
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} |
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} else if (graphToShow.timeFrameType == "custom") { |
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def innerTimeFrame = (long)((graphToShow.timeFrameEnd.getTime() - graphToShow.timeFrameStart.getTime()) / graphToShow.innerSections) |
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innerTimeFrameHalf = (long)(innerTimeFrame/2) |
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query = ""
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for(int i = 0; i < graphToShow.innerSections;i++) { |
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def currDateMillis = graphToShow.timeFrameStart.getTime() + (i*innerTimeFrame) + innerTimeFrame/2 |
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def currDate = new Date((long)currDateMillis) |
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def currDateStartMillis = graphToShow.timeFrameStart.getTime() + (i*innerTimeFrame)
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def currDateStart = new Date((long)currDateStartMillis) |
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def currDateStopMillis = graphToShow.timeFrameStart.getTime() + ((i+1)*innerTimeFrame) |
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def currDateStop = new Date((long)currDateStopMillis) |
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query += "(select timestamp without time zone '" + currDate.toTimestamp() + "' dt, " + graphToShow['type'] + "(to_number(ld.reported_data,'9999999999D99999')) vl from logged_data as ld where (device_id = '" + graphToShow['deviceId'] + "' and ld.date_recieved >= '" + currDateStart.toTimestamp() + "' and ld.date_recieved <= '" + currDateStop.toTimestamp() + "' and date_part('hour',ld.date_recieved) >= " + graphToShow.advHoursTimeFrameStart + " and date_part('hour',ld.date_recieved) <= " + graphToShow.advHoursTimeFrameEnd + " and date_part('day',ld.date_recieved) >= " + graphToShow.advDayTimeFrameStart + " and date_part('day',ld.date_recieved) <= " + graphToShow.advDayTimeFrameEnd + " and date_part('month',ld.date_recieved) >= " + graphToShow.advMonthTimeFrameStart + " and date_part('month',ld.date_recieved) <= " + graphToShow.advMonthTimeFrameEnd + ")) " |
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if (i < (graphToShow.innerSections-1) ) query += "union " |
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} |
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query += "order by dt asc"
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db_sql.eachRow(query) { |
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data << [it.dt.getTime(), it.vl] |
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detailedData << [(new Date(it.dt.getTime()-innerTimeFrameHalf)).toTimestamp().toString(),(new Date(it.dt.getTime()+innerTimeFrameHalf)).toTimestamp().toString(), it.vl] |
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} |
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} |
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[data:data, detailedData:detailedData, graph:graphToShow] |
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} |
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def exportReport = {
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if(params['exportType'] == 'pdf') { |
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exportReportPdf(params:params)
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} else if(params['exportType'] == 'xml') { |
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exportReportXml(params:params)
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} else if(params['exportType'] == 'csv') { |
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exportReportCsv(params:params)
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} else {
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flash['errors'] = "<p>The specified export type is not valid!</p>" |
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redirect(action:'graphs') |
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} |
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return true |
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} |
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def exportReportPdf = {
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redirect(controller: 'pdf', action: 'pdfLink', params:[pdfController: 'pdf',pdfAction:'reportToPdf',reportId:params['reportId']]) |
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} |
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def exportReportXml = {
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def cont = "" |
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def graphToShow = EneGraph.get(params['reportId']) |
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String query
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List data = new ArrayList() |
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List detailedData = new ArrayList() |
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def results
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def innerTimeFrameHalf = 0; |
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def db_sql = new Sql(dataSource) |
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if(graphToShow.timeFrameType == "day") { |
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db_sql.eachRow "select date_trunc('day',ld.date_recieved) dt, " + graphToShow['type'] + "(to_number(ld.reported_data,'9999999999D99999')) vl from logged_data as ld where (device_id = '" + graphToShow['deviceId'] + "' and date_trunc('day',ld.date_recieved) >= '" + graphToShow.timeFrameStart + "' and date_trunc('day',ld.date_recieved) <= '" + graphToShow.timeFrameEnd + "' and date_part('hour',ld.date_recieved) >= " + graphToShow.advHoursTimeFrameStart + " and date_part('hour',ld.date_recieved) <= " + graphToShow.advHoursTimeFrameEnd + " and date_part('day',ld.date_recieved) >= " + graphToShow.advDayTimeFrameStart + " and date_part('day',ld.date_recieved) <= " + graphToShow.advDayTimeFrameEnd + " and date_part('month',ld.date_recieved) >= " + graphToShow.advMonthTimeFrameStart + " and date_part('month',ld.date_recieved) <= " + graphToShow.advMonthTimeFrameEnd + ") group by date_trunc('day',ld.date_recieved) order by date_trunc('day',ld.date_recieved) asc", { |
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data << [it.dt.getTime(), it.vl] |
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detailedData << [it.dt.toString().substring(0,10), it.vl] |
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} |
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} else if (graphToShow.timeFrameType == "month") { |
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db_sql.eachRow "select date_trunc('month',ld.date_recieved) dt, " + graphToShow['type'] + "(to_number(ld.reported_data,'9999999999D99999')) vl from logged_data as ld where (device_id = '" + graphToShow['deviceId'] + "' and date_trunc('month',ld.date_recieved) >= '" + graphToShow.timeFrameStart + "' and date_trunc('month',ld.date_recieved) <= '" + graphToShow.timeFrameEnd + "' and date_part('hour',ld.date_recieved) >= " + graphToShow.advHoursTimeFrameStart + " and date_part('hour',ld.date_recieved) <= " + graphToShow.advHoursTimeFrameEnd + " and date_part('day',ld.date_recieved) >= " + graphToShow.advDayTimeFrameStart + " and date_part('day',ld.date_recieved) <= " + graphToShow.advDayTimeFrameEnd + " and date_part('month',ld.date_recieved) >= " + graphToShow.advMonthTimeFrameStart + " and date_part('month',ld.date_recieved) <= " + graphToShow.advMonthTimeFrameEnd + ") group by date_trunc('month',ld.date_recieved) order by date_trunc('month',ld.date_recieved) asc", { |
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data << [it.dt.getTime(), it.vl] |
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detailedData << [it.dt.toString().substring(0,7), it.vl] |
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} |
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} else if (graphToShow.timeFrameType == "year") { |
308 |
db_sql.eachRow "select date_trunc('year',ld.date_recieved) dt, " + graphToShow['type'] + "(to_number(ld.reported_data,'9999999999D99999')) vl from logged_data as ld where (device_id = '" + graphToShow['deviceId'] + "' and date_trunc('year',ld.date_recieved) >= '" + graphToShow.timeFrameStart + "' and date_trunc('year',ld.date_recieved) <= '" + graphToShow.timeFrameEnd + "' and date_part('hour',ld.date_recieved) >= " + graphToShow.advHoursTimeFrameStart + " and date_part('hour',ld.date_recieved) <= " + graphToShow.advHoursTimeFrameEnd + " and date_part('day',ld.date_recieved) >= " + graphToShow.advDayTimeFrameStart + " and date_part('day',ld.date_recieved) <= " + graphToShow.advDayTimeFrameEnd + " and date_part('month',ld.date_recieved) >= " + graphToShow.advMonthTimeFrameStart + " and date_part('month',ld.date_recieved) <= " + graphToShow.advMonthTimeFrameEnd + ") group by date_trunc('year',ld.date_recieved) order by date_trunc('year',ld.date_recieved) asc", { |
309 |
data << [it.dt.getTime(), it.vl] |
310 |
detailedData << [it.dt.toString().substring(0,4), it.vl] |
311 |
} |
312 |
} else if (graphToShow.timeFrameType == "custom") { |
313 |
def innerTimeFrame = (long)((graphToShow.timeFrameEnd.getTime() - graphToShow.timeFrameStart.getTime()) / graphToShow.innerSections) |
314 |
innerTimeFrameHalf = (long)(innerTimeFrame/2) |
315 |
query = ""
|
316 |
for(int i = 0; i < graphToShow.innerSections;i++) { |
317 |
def currDateMillis = graphToShow.timeFrameStart.getTime() + (i*innerTimeFrame) + innerTimeFrame/2 |
318 |
def currDate = new Date((long)currDateMillis) |
319 |
def currDateStartMillis = graphToShow.timeFrameStart.getTime() + (i*innerTimeFrame)
|
320 |
def currDateStart = new Date((long)currDateStartMillis) |
321 |
def currDateStopMillis = graphToShow.timeFrameStart.getTime() + ((i+1)*innerTimeFrame) |
322 |
def currDateStop = new Date((long)currDateStopMillis) |
323 |
query += "(select timestamp without time zone '" + currDate.toTimestamp() + "' dt, " + graphToShow['type'] + "(to_number(ld.reported_data,'9999999999D99999')) vl from logged_data as ld where (device_id = '" + graphToShow['deviceId'] + "' and ld.date_recieved >= '" + currDateStart.toTimestamp() + "' and ld.date_recieved <= '" + currDateStop.toTimestamp() + "' and date_part('hour',ld.date_recieved) >= " + graphToShow.advHoursTimeFrameStart + " and date_part('hour',ld.date_recieved) <= " + graphToShow.advHoursTimeFrameEnd + " and date_part('day',ld.date_recieved) >= " + graphToShow.advDayTimeFrameStart + " and date_part('day',ld.date_recieved) <= " + graphToShow.advDayTimeFrameEnd + " and date_part('month',ld.date_recieved) >= " + graphToShow.advMonthTimeFrameStart + " and date_part('month',ld.date_recieved) <= " + graphToShow.advMonthTimeFrameEnd + ")) " |
324 |
if (i < (graphToShow.innerSections-1) ) query += "union " |
325 |
} |
326 |
query += "order by dt asc"
|
327 |
db_sql.eachRow(query) { |
328 |
data << [it.dt.getTime(), it.vl] |
329 |
detailedData << [(new Date(it.dt.getTime()-innerTimeFrameHalf)).toTimestamp().toString(),(new Date(it.dt.getTime()+innerTimeFrameHalf)).toTimestamp().toString(), it.vl] |
330 |
} |
331 |
} |
332 |
|
333 |
|
334 |
if(graphToShow.timeFrameType == 'custom') { |
335 |
cont += "<report>" + "\n" |
336 |
cont += "\t<desc>" + graphToShow.name + "</desc>" + "\n" |
337 |
cont += "\t<type>" + graphToShow.type + "</type>" + "\n" |
338 |
cont += "\t<device>" + graphToShow.deviceId + "</device>" + "\n" |
339 |
cont += "\t<timeframe>" + "\n" |
340 |
cont += "\t\t<type>" + graphToShow.timeFrameType + "</type>" + "\n" |
341 |
cont += "\t\t<start>" + graphToShow.timeFrameStart + "</start>" + "\n" |
342 |
cont += "\t\t<end>" + graphToShow.timeFrameEnd + "</end>" + "\n" |
343 |
cont += "\t\t<innernum>" + graphToShow.innerSections + "</innernum>" + "\n" |
344 |
cont += "\t</timeframe>" + "\n" |
345 |
cont += "\t<values>" + "\n" |
346 |
detailedData.each { |
347 |
cont += "\t\t<inner>" + "\n" |
348 |
cont += "\t\t\t<start>" + it[0] + "</start>" + "\n" |
349 |
cont += "\t\t\t<end>" + it[1] + "</end>" + "\n" |
350 |
cont += "\t\t\t<value>" + it[2] + "</value>" + "\n" |
351 |
cont += "\t\t</inner>" + "\n" |
352 |
} |
353 |
cont += "\t</values>" + "\n" |
354 |
cont += "</report>" + "\n" |
355 |
} else {
|
356 |
cont += "<report>" + "\n" |
357 |
cont += "\t<desc>" + graphToShow.name + "</desc>" + "\n" |
358 |
cont += "\t<type>" + graphToShow.type + "</type>" + "\n" |
359 |
cont += "\t<device>" + graphToShow.deviceId + "</device>" + "\n" |
360 |
cont += "\t<timeframe>" + "\n" |
361 |
cont += "\t\t<type>" + graphToShow.timeFrameType + "</type>" + "\n" |
362 |
cont += "\t\t<start>" + graphToShow.timeFrameStart + "</start>" + "\n" |
363 |
cont += "\t\t<end>" + graphToShow.timeFrameEnd + "</end>" + "\n" |
364 |
cont += "\t</timeframe>" + "\n" |
365 |
cont += "\t<values>" + "\n" |
366 |
detailedData.each { |
367 |
cont += "\t\t<inner>" + "\n" |
368 |
cont += "\t\t\t<time>" + it[0] + "</time>" + "\n" |
369 |
cont += "\t\t\t<value>" + it[1] + "</value>" + "\n" |
370 |
cont += "\t\t</inner>" + "\n" |
371 |
} |
372 |
cont += "\t</values>" + "\n" |
373 |
cont += "</report>" + "\n" |
374 |
} |
375 |
|
376 |
render(text: cont,contentType:"text/xml",encoding:"UTF-8") |
377 |
|
378 |
} |
379 |
|
380 |
def exportReportCsv = {
|
381 |
|
382 |
def cont = "" |
383 |
|
384 |
def graphToShow = EneGraph.get(params['reportId']) |
385 |
String query
|
386 |
|
387 |
List data = new ArrayList() |
388 |
List detailedData = new ArrayList() |
389 |
def results
|
390 |
def innerTimeFrameHalf = 0; |
391 |
def db_sql = new Sql(dataSource) |
392 |
|
393 |
if(graphToShow.timeFrameType == "day") { |
394 |
db_sql.eachRow "select date_trunc('day',ld.date_recieved) dt, " + graphToShow['type'] + "(to_number(ld.reported_data,'9999999999D99999')) vl from logged_data as ld where (device_id = '" + graphToShow['deviceId'] + "' and date_trunc('day',ld.date_recieved) >= '" + graphToShow.timeFrameStart + "' and date_trunc('day',ld.date_recieved) <= '" + graphToShow.timeFrameEnd + "' and date_part('hour',ld.date_recieved) >= " + graphToShow.advHoursTimeFrameStart + " and date_part('hour',ld.date_recieved) <= " + graphToShow.advHoursTimeFrameEnd + " and date_part('day',ld.date_recieved) >= " + graphToShow.advDayTimeFrameStart + " and date_part('day',ld.date_recieved) <= " + graphToShow.advDayTimeFrameEnd + " and date_part('month',ld.date_recieved) >= " + graphToShow.advMonthTimeFrameStart + " and date_part('month',ld.date_recieved) <= " + graphToShow.advMonthTimeFrameEnd + ") group by date_trunc('day',ld.date_recieved) order by date_trunc('day',ld.date_recieved) asc", { |
395 |
data << [it.dt.getTime(), it.vl] |
396 |
detailedData << [it.dt.toString().substring(0,10), it.vl] |
397 |
} |
398 |
} else if (graphToShow.timeFrameType == "month") { |
399 |
db_sql.eachRow "select date_trunc('month',ld.date_recieved) dt, " + graphToShow['type'] + "(to_number(ld.reported_data,'9999999999D99999')) vl from logged_data as ld where (device_id = '" + graphToShow['deviceId'] + "' and date_trunc('month',ld.date_recieved) >= '" + graphToShow.timeFrameStart + "' and date_trunc('month',ld.date_recieved) <= '" + graphToShow.timeFrameEnd + "' and date_part('hour',ld.date_recieved) >= " + graphToShow.advHoursTimeFrameStart + " and date_part('hour',ld.date_recieved) <= " + graphToShow.advHoursTimeFrameEnd + " and date_part('day',ld.date_recieved) >= " + graphToShow.advDayTimeFrameStart + " and date_part('day',ld.date_recieved) <= " + graphToShow.advDayTimeFrameEnd + " and date_part('month',ld.date_recieved) >= " + graphToShow.advMonthTimeFrameStart + " and date_part('month',ld.date_recieved) <= " + graphToShow.advMonthTimeFrameEnd + ") group by date_trunc('month',ld.date_recieved) order by date_trunc('month',ld.date_recieved) asc", { |
400 |
data << [it.dt.getTime(), it.vl] |
401 |
detailedData << [it.dt.toString().substring(0,7), it.vl] |
402 |
} |
403 |
} else if (graphToShow.timeFrameType == "year") { |
404 |
db_sql.eachRow "select date_trunc('year',ld.date_recieved) dt, " + graphToShow['type'] + "(to_number(ld.reported_data,'9999999999D99999')) vl from logged_data as ld where (device_id = '" + graphToShow['deviceId'] + "' and date_trunc('year',ld.date_recieved) >= '" + graphToShow.timeFrameStart + "' and date_trunc('year',ld.date_recieved) <= '" + graphToShow.timeFrameEnd + "' and date_part('hour',ld.date_recieved) >= " + graphToShow.advHoursTimeFrameStart + " and date_part('hour',ld.date_recieved) <= " + graphToShow.advHoursTimeFrameEnd + " and date_part('day',ld.date_recieved) >= " + graphToShow.advDayTimeFrameStart + " and date_part('day',ld.date_recieved) <= " + graphToShow.advDayTimeFrameEnd + " and date_part('month',ld.date_recieved) >= " + graphToShow.advMonthTimeFrameStart + " and date_part('month',ld.date_recieved) <= " + graphToShow.advMonthTimeFrameEnd + ") group by date_trunc('year',ld.date_recieved) order by date_trunc('year',ld.date_recieved) asc", { |
405 |
data << [it.dt.getTime(), it.vl] |
406 |
detailedData << [it.dt.toString().substring(0,4), it.vl] |
407 |
} |
408 |
} else if (graphToShow.timeFrameType == "custom") { |
409 |
def innerTimeFrame = (long)((graphToShow.timeFrameEnd.getTime() - graphToShow.timeFrameStart.getTime()) / graphToShow.innerSections) |
410 |
innerTimeFrameHalf = (long)(innerTimeFrame/2) |
411 |
query = ""
|
412 |
for(int i = 0; i < graphToShow.innerSections;i++) { |
413 |
def currDateMillis = graphToShow.timeFrameStart.getTime() + (i*innerTimeFrame) + innerTimeFrame/2 |
414 |
def currDate = new Date((long)currDateMillis) |
415 |
def currDateStartMillis = graphToShow.timeFrameStart.getTime() + (i*innerTimeFrame)
|
416 |
def currDateStart = new Date((long)currDateStartMillis) |
417 |
def currDateStopMillis = graphToShow.timeFrameStart.getTime() + ((i+1)*innerTimeFrame) |
418 |
def currDateStop = new Date((long)currDateStopMillis) |
419 |
query += "(select timestamp without time zone '" + currDate.toTimestamp() + "' dt, " + graphToShow['type'] + "(to_number(ld.reported_data,'9999999999D99999')) vl from logged_data as ld where (device_id = '" + graphToShow['deviceId'] + "' and ld.date_recieved >= '" + currDateStart.toTimestamp() + "' and ld.date_recieved <= '" + currDateStop.toTimestamp() + "' and date_part('hour',ld.date_recieved) >= " + graphToShow.advHoursTimeFrameStart + " and date_part('hour',ld.date_recieved) <= " + graphToShow.advHoursTimeFrameEnd + " and date_part('day',ld.date_recieved) >= " + graphToShow.advDayTimeFrameStart + " and date_part('day',ld.date_recieved) <= " + graphToShow.advDayTimeFrameEnd + " and date_part('month',ld.date_recieved) >= " + graphToShow.advMonthTimeFrameStart + " and date_part('month',ld.date_recieved) <= " + graphToShow.advMonthTimeFrameEnd + ")) " |
420 |
if (i < (graphToShow.innerSections-1) ) query += "union " |
421 |
} |
422 |
query += "order by dt asc"
|
423 |
db_sql.eachRow(query) { |
424 |
data << [it.dt.getTime(), it.vl] |
425 |
detailedData << [(new Date(it.dt.getTime()-innerTimeFrameHalf)).toTimestamp().toString(),(new Date(it.dt.getTime()+innerTimeFrameHalf)).toTimestamp().toString(), it.vl] |
426 |
} |
427 |
} |
428 |
|
429 |
|
430 |
if(graphToShow.timeFrameType == 'custom') { |
431 |
detailedData.each { |
432 |
cont += it[0] + "," + it[1] + "," + it[2] + "\n" |
433 |
} |
434 |
} else {
|
435 |
detailedData.each { |
436 |
cont += it[0] + "," + it[1] + "\n" |
437 |
} |
438 |
} |
439 |
|
440 |
render(text: cont,contentType:"text/csv",encoding:"UTF-8") |
441 |
|
442 |
} |
443 |
|
444 |
} |