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import art.library.interop.serialization.Serialization;
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import art.library.model.devices.colors.controller.M.M_ControllerCommands;
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import art.library.model.devices.colors.controller.M.commands.M_ControllerCommands_SPTP;
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import art.library.model.devices.colors.controller.M.commands.M_ControllerCommands_SPTP_OperationMode;
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import art.library.model.devices.colors.controller.M.configuration.SPTP.M_SPTP_Configuration;
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import art.library.model.devices.colors.controller.M.configuration.SPTP.M_SPTP_ConfigurationBusLocalPreferenceOperation;
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import art.library.model.devices.colors.controller.M.configuration.SPTP.M_SPTP_ConfigurationGeneralParameters;
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import art.library.model.devices.colors.controller.M.configuration.SPTP.M_SPTP_ConfigurationTimetableLocalPreferenceOperation;
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import art.library.model.devices.colors.controller.M.configuration.SPTP.M_SPTP_Configuration_AreaConfiguration;
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import art.library.model.devices.colors.controller.M.configuration.SPTP.M_SPTP_Configuration_BusLineAreaConfiguration;
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import art.library.model.devices.colors.controller.M.types.SPTP.M_SPTP_Demand;
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import art.library.utils.licence.Licence;
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import java.io.File;
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public class Test
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{
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public static void main(String[] args)
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{
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try
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{
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System.out.println(Licence.encrypt("userimh"));
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System.out.println(Licence.encrypt("userestrategia"));
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System.out.println(Licence.encrypt("usergestion"));
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System.out.println(Licence.encrypt("userprevalidador"));
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System.out.println(Licence.encrypt("uservalidador"));
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System.out.println(Licence.encrypt("usermantenimiento"));
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System.out.println(Licence.encrypt("Maintenance"));
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System.out.println(Licence.decrypt("A/zYtigVU7uJN/pJjR1y0A=="));
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System.out.println(Licence.decrypt("cTSO+EwtFDjTE5l40R+s8w=="));
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System.out.println(Licence.decrypt("VukjMH+sG5gnQt7vysOtzw+Sl/kSdsVj0ZN6vlgtLvM="));
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System.out.println(Licence.decrypt("nKUGZQzxdkWo3hb1iwe9rQ=="));
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{
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M_SPTP_Demand[] demands = new M_SPTP_Demand[3000];
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for (int i=0; i<3000; i++)
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{
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demands[i] = new M_SPTP_Demand();
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demands[i].trackAngle = (20*(i+1)) % 360;
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demands[i].delay = i%50;
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demands[i].discardReason = 0;
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demands[i].line = (i+1) % 100;
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demands[i].device = "controller-aluvisa-00060";
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demands[i].granted = ((i%3) != 0);
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demands[i].timestampActivation = System.currentTimeMillis()-(60000*i);
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demands[i].timestampDeactivation = System.currentTimeMillis() + (i*10000);
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demands[i].vehicleIdentifier = "" + (((i+1)*100) % 500);
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}
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System.out.println(Serialization.toPrettyString(demands));
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}
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// Ejemplo SPTP_Message
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// {
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// SPTP_Message message = new SPTP_Message();
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// message.device = 1;
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// message.domain = "domain.1";
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// message.panid = "panid.1";
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// message.source = "source.1";
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// message.timestamp = System.currentTimeMillis();
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// message.variables = new SPTP_Variable();
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// message.variables.busStop = "true";
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// message.variables.trackAngle = 333.3f;
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// message.variables.fixDate = "031220";
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// message.variables.fixTime = "1206";
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// message.variables.latitude = "41.97";
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// message.variables.lineNumber = "Line number 1";
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// message.variables.longitude = "2.41";
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// message.variables.validGPSReadinf = "true";
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// message.variables.vehicleId = "Vehicle id 10";
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// message.variables.delay = 32;
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//
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// // System.out.println(Serialization.toPrettyString(message));
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// }
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// Ejemplo M_SPTP_GeneralParameters
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{
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M_SPTP_ConfigurationGeneralParameters parameters = new M_SPTP_ConfigurationGeneralParameters();
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parameters.cancellationDemandTimeout = 1;
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parameters.delayLevelExecuteDemand = 0;
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parameters.littleDelayLevel = 10;
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parameters.longDelayLevel = 30;
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parameters.numberCyclesPreferenceOperations = 2;
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// System.out.println(Serialization.toPrettyString(parameters));
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}
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M_SPTP_Configuration configuration = new M_SPTP_Configuration();
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// General
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{
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configuration.sptpGeneral = new M_SPTP_ConfigurationGeneralParameters();
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configuration.sptpGeneral.cancellationDemandTimeout = 30;
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configuration.sptpGeneral.delayLevelExecuteDemand = 1;
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configuration.sptpGeneral.littleDelayLevel = 10;
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configuration.sptpGeneral.longDelayLevel = 30;
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configuration.sptpGeneral.numberCyclesPreferenceOperations = 2;
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}
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// Bus lines
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{
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M_SPTP_Configuration_BusLineAreaConfiguration busLine = new M_SPTP_Configuration_BusLineAreaConfiguration();
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busLine.line = 1;
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busLine.expectedArrivalTime = 32;
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busLine.phase = 2;
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busLine.structure = 1;
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busLine.incomingArea = new M_SPTP_Configuration_AreaConfiguration();
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busLine.incomingArea.trackAngle = 123;
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busLine.incomingArea.trackTolerance = 5;
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busLine.incomingArea.radius = 2;
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busLine.incomingArea.latitude = 41.2345d;
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busLine.incomingArea.longitude = 2.2345d;
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busLine.outgoingArea = new M_SPTP_Configuration_AreaConfiguration();
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busLine.outgoingArea.trackAngle = 321;
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busLine.outgoingArea.trackTolerance = 6;
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busLine.outgoingArea.radius = 4;
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busLine.outgoingArea.latitude = 41.3345d;
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busLine.outgoingArea.longitude = 2.3345d;
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configuration.lsptpBusLines.add(busLine);
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M_SPTP_Configuration_BusLineAreaConfiguration busLine2 = new M_SPTP_Configuration_BusLineAreaConfiguration();
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busLine2.line = 1;
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busLine2.expectedArrivalTime = 32;
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busLine2.phase = 2;
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busLine2.structure = 1;
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busLine2.incomingArea = new M_SPTP_Configuration_AreaConfiguration();
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busLine2.incomingArea.trackAngle = 123;
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busLine2.incomingArea.trackTolerance = 5;
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busLine2.incomingArea.radius = 2;
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busLine2.incomingArea.latitude = 41.2345d;
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busLine2.incomingArea.longitude = 2.2345d;
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busLine2.outgoingArea = new M_SPTP_Configuration_AreaConfiguration();
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busLine2.outgoingArea.trackAngle = 321;
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busLine2.outgoingArea.trackTolerance = 6;
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busLine2.outgoingArea.radius = 4;
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busLine2.outgoingArea.latitude = 41.3345d;
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busLine2.outgoingArea.longitude = 2.3345d;
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configuration.lsptpBusLines.add(busLine2);
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}
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// Bus local operations
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{
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M_SPTP_ConfigurationBusLocalPreferenceOperation busLocal = new M_SPTP_ConfigurationBusLocalPreferenceOperation();
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busLocal.line = 1;
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busLocal.trackAngle = 123;
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busLocal.trackTolerance = 5;
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configuration.lsptpBusLocalOperations.add(busLocal);
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M_SPTP_ConfigurationBusLocalPreferenceOperation busLocal2 = new M_SPTP_ConfigurationBusLocalPreferenceOperation();
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busLocal2.line = 2;
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busLocal2.trackAngle = 234;
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busLocal2.trackTolerance = 15;
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configuration.lsptpBusLocalOperations.add(busLocal2);
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}
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// Local preference timetable
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{
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M_SPTP_ConfigurationTimetableLocalPreferenceOperation localTimetable = new M_SPTP_ConfigurationTimetableLocalPreferenceOperation();
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localTimetable.starthour = 7;
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localTimetable.startminute = 0;
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localTimetable.endhour = 12;
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localTimetable.endminute = 0;
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configuration.lsptpTimetableLocalOperations.add(localTimetable);
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M_SPTP_ConfigurationTimetableLocalPreferenceOperation localTimetable2 = new M_SPTP_ConfigurationTimetableLocalPreferenceOperation();
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localTimetable2.starthour = 16;
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localTimetable2.startminute = 30;
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localTimetable2.endhour = 20;
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localTimetable2.endminute = 30;
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configuration.lsptpTimetableLocalOperations.add(localTimetable2);
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}
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String s = Serialization.toPrettyString(configuration);
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M_SPTP_Configuration c = Serialization.deserialize(M_SPTP_Configuration.class, s);
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// System.out.println(s);
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M_ControllerCommands commands = new M_ControllerCommands();
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commands.colorsMode = M_ControllerCommands.COLORS_COLORS;
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commands.sptp = new M_ControllerCommands_SPTP();
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commands.sptp.operationMode = new M_ControllerCommands_SPTP_OperationMode();
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commands.sptp.operationMode.mode = M_ControllerCommands_SPTP_OperationMode.SPTP_OPERATIONMODE_LOCAL;
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commands.sptp.configuration = s;
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System.out.println(Serialization.toPrettyString(commands));
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}
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catch (Exception e)
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{
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e.printStackTrace();
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}
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try
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{
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M_SPTP_Configuration co = Serialization.deserialize(M_SPTP_Configuration.class, new File("SPTP_Configuration_example.json"));
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double coordinate = 2.2345d;
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int degrees = (int)Math.abs(coordinate);
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double rest = Math.abs(coordinate - degrees);
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int minutes = (int)Math.abs(rest*60);
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double dseconds = (rest*3600) - (minutes*60);
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dseconds = dseconds * 10d;
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int decimes = (int)Math.abs(dseconds);
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System.out.println(degrees);
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System.out.println(minutes);
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System.out.println(decimes);
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System.out.println(coordinate);
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if (coordinate >= 0)
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System.out.println("+");
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else
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System.out.println("-");
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}
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catch (Exception e)
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{
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e.printStackTrace();
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}
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}
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}
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