internal static string FormatNextOccurrences(TimerSchedule schedule, int count, DateTime?now = null, string functionShortName = null)
{
if (schedule == null)
{
throw new ArgumentNullException("schedule");
}
// If we've got a timer name, format it
if (functionShortName != null)
{
functionShortName = $"'{functionShortName}' ";
}
bool isUtc = TimeZoneInfo.Local.HasSameRules(TimeZoneInfo.Utc);
IEnumerable <DateTime> nextOccurrences = schedule.GetNextOccurrences(count, now);
StringBuilder builder = new StringBuilder();
builder.AppendLine($"The next {count} occurrences of the {functionShortName}schedule ({schedule}) will be:");
foreach (DateTime occurrence in nextOccurrences)
{
if (isUtc)
{
builder.AppendLine(occurrence.ToUniversalTime().ToString(DateTimeFormat));
}
else
{
TimeSpan offset = TimeZoneInfo.Local.GetUtcOffset(occurrence);
builder.AppendLine($"{occurrence.ToString(DateTimeFormat)} ({occurrence.ToUniversalTime().ToString(DateTimeFormat)})");
}
}
return(builder.ToString());
}
public void Create_ConstantSchedule_CreatesExpectedSchedule()
{
TimerTriggerAttribute attribute = new TimerTriggerAttribute("00:00:15");
INameResolver nameResolver = new TestNameResolver();
ConstantSchedule schedule = (ConstantSchedule)TimerSchedule.Create(attribute, nameResolver, _logger);
Assert.False(attribute.UseMonitor);
var log = _loggerProvider.GetAllLogMessages().Single();
Assert.Equal("UseMonitor changed to false based on schedule frequency.", log.FormattedMessage);
Assert.Equal(LogLevel.Debug, log.Level);
DateTime now = new DateTime(2015, 5, 22, 9, 45, 00);
DateTime nextOccurrence = schedule.GetNextOccurrence(now);
Assert.Equal(new TimeSpan(0, 0, 15), nextOccurrence - now);
// For schedules occuring on an interval greater than a minute, we expect
// UseMonitor to be defaulted to true
_loggerProvider.ClearAllLogMessages();
attribute = new TimerTriggerAttribute("01:00:00");
schedule = (ConstantSchedule)TimerSchedule.Create(attribute, nameResolver, _logger);
Assert.True(attribute.UseMonitor);
Assert.Empty(_loggerProvider.GetAllLogMessages());
// verify that if UseMonitor is set explicitly, it is not overridden
attribute = new TimerTriggerAttribute("01:00:00");
attribute.UseMonitor = false;
schedule = (ConstantSchedule)TimerSchedule.Create(attribute, nameResolver, _logger);
Assert.False(attribute.UseMonitor);
Assert.Empty(_loggerProvider.GetAllLogMessages());
}
internal static string FormatNextOccurrences(TimerSchedule schedule, int count, DateTime?now = null)
{
if (schedule == null)
{
throw new ArgumentNullException("schedule");
}
bool isUtc = TimeZoneInfo.Local.HasSameRules(TimeZoneInfo.Utc);
IEnumerable <DateTime> nextOccurrences = schedule.GetNextOccurrences(count, now);
StringBuilder builder = new StringBuilder();
foreach (DateTime occurrence in nextOccurrences)
{
if (isUtc)
{
builder.AppendLine(occurrence.ToUniversalTime().ToString(DateTimeFormat));
}
else
{
TimeSpan offset = TimeZoneInfo.Local.GetUtcOffset(occurrence);
builder.AppendLine($"{occurrence.ToString(DateTimeFormat)} ({occurrence.ToUniversalTime().ToString(DateTimeFormat)})");
}
}
return(builder.ToString());
}
public void Create_ConstantSchedule_CreatesExpectedSchedule()
{
TimerTriggerAttribute attribute = new TimerTriggerAttribute("00:00:15");
INameResolver nameResolver = new TestNameResolver();
ConstantSchedule schedule = (ConstantSchedule)TimerSchedule.Create(attribute, nameResolver);
Assert.False(attribute.UseMonitor);
DateTime now = new DateTime(2015, 5, 22, 9, 45, 00);
DateTime nextOccurrence = schedule.GetNextOccurrence(now);
Assert.Equal(new TimeSpan(0, 0, 15), nextOccurrence - now);
// For schedules occuring on an interval greater than a minute, we expect
// UseMonitor to be defaulted to true
attribute = new TimerTriggerAttribute("01:00:00");
schedule = (ConstantSchedule)TimerSchedule.Create(attribute, nameResolver);
Assert.True(attribute.UseMonitor);
// verify that if UseMonitor is set explicitly, it is not overridden
attribute = new TimerTriggerAttribute("01:00:00");
attribute.UseMonitor = false;
schedule = (ConstantSchedule)TimerSchedule.Create(attribute, nameResolver);
Assert.False(attribute.UseMonitor);
}
public void Create_InvalidSchedule()
{
TimerTriggerAttribute attribute = new TimerTriggerAttribute("invalid");
ArgumentException ex = Assert.Throws <ArgumentException>(() =>
{
TimerSchedule.Create(attribute, new TestNameResolver());
});
Assert.Equal("The schedule expression 'invalid' was not recognized as a valid cron expression or timespan string.", ex.Message);
}
public TimerListener(TimerTriggerAttribute attribute, TimerSchedule schedule, string timerName, TimersOptions options, ITriggeredFunctionExecutor executor, ILogger logger, ScheduleMonitor scheduleMonitor)
{
_attribute = attribute;
_timerName = timerName;
_options = options;
_executor = executor;
_logger = logger;
_cancellationTokenSource = new CancellationTokenSource();
_schedule = schedule;
ScheduleMonitor = _attribute.UseMonitor ? scheduleMonitor : null;
}
public TimerListener(TimerTriggerAttribute attribute, string timerName, TimersConfiguration config, ITriggeredFunctionExecutor executor)
{
_attribute = attribute;
_timerName = timerName;
_config = config;
_executor = executor;
_cancellationTokenSource = new CancellationTokenSource();
_schedule = _attribute.Schedule;
_scheduleMonitor = _config.ScheduleMonitor;
}
public TimerListener(TimerTriggerAttribute attribute, string timerName, TimersConfiguration config, ITriggeredFunctionExecutor executor, TraceWriter trace)
{
_attribute = attribute;
_timerName = timerName;
_config = config;
_executor = executor;
_trace = trace;
_cancellationTokenSource = new CancellationTokenSource();
_schedule = _attribute.Schedule;
ScheduleMonitor = _attribute.UseMonitor ? _config.ScheduleMonitor : null;
}
public override void Setup()
{
TimerSchedule = Substitute.For <TimerSchedule>();
CommonService = Substitute.For <ICommonService>();
Logger = Substitute.For <ILogger <IPersonalLearningRecordService> >();
PersonalLearningRecordService = Substitute.For <IPersonalLearningRecordService>();
var mapperConfig = new MapperConfiguration(c => c.AddMaps(typeof(Startup).Assembly));
Mapper = new AutoMapper.Mapper(mapperConfig);
LearningEventsFunction = new Functions.LearnerVerificationAndLearningEvents(CommonService, PersonalLearningRecordService);
}
public override void Setup()
{
TimerSchedule = Substitute.For <TimerSchedule>();
CommonService = Substitute.For <ICommonService>();
Logger = Substitute.For <ILogger <ILearnerService> >();
LearnerService = Substitute.For <ILearnerService>();
var mapperConfig = new MapperConfiguration(c => c.AddMaps(typeof(Startup).Assembly));
Mapper = new AutoMapper.Mapper(mapperConfig);
LearnerGenderFunction = new Functions.LearnerGender(CommonService, LearnerService);
}
public TimerTriggerBinding(ParameterInfo parameter, TimerTriggerAttribute attribute, TimerSchedule schedule, TimersConfiguration config, TraceWriter trace)
{
_attribute = attribute;
_schedule = schedule;
_parameter = parameter;
_config = config;
_trace = trace;
_bindingContract = CreateBindingDataContract();
MethodInfo methodInfo = (MethodInfo)parameter.Member;
_timerName = string.Format("{0}.{1}", methodInfo.DeclaringType.FullName, methodInfo.Name);
}
public TimerTriggerBinding(ParameterInfo parameter, TimerTriggerAttribute attribute, TimerSchedule schedule, TimersOptions options, ILogger logger, ScheduleMonitor scheduleMonitor)
{
_attribute = attribute;
_schedule = schedule;
_parameter = parameter;
_options = options;
_logger = logger;
_scheduleMonitor = scheduleMonitor;
_bindingContract = CreateBindingDataContract();
MethodInfo methodInfo = (MethodInfo)parameter.Member;
_timerName = string.Format("{0}.{1}", methodInfo.DeclaringType.FullName, methodInfo.Name);
}
public void Create_CustomSchedule_CreatesExpectedSchedule()
{
TimerTriggerAttribute attribute = new TimerTriggerAttribute(typeof(CustomSchedule));
INameResolver nameResolver = new TestNameResolver();
CustomSchedule schedule = (CustomSchedule)TimerSchedule.Create(attribute, nameResolver);
Assert.NotNull(schedule);
Assert.True(attribute.UseMonitor);
// verify that if UseMonitor is set explicitly, it is not overridden
attribute = new TimerTriggerAttribute(typeof(CustomSchedule));
attribute.UseMonitor = false;
schedule = (CustomSchedule)TimerSchedule.Create(attribute, nameResolver);
Assert.False(attribute.UseMonitor);
}
public void Create_UsesNameResolver()
{
TimerTriggerAttribute attribute = new TimerTriggerAttribute("%test_schedule%");
TestNameResolver nameResolver = new TestNameResolver();
nameResolver.Values.Add("test_schedule", "*/15 * * * * *");
CronSchedule schedule = (CronSchedule)TimerSchedule.Create(attribute, nameResolver);
Assert.False(attribute.UseMonitor);
DateTime now = new DateTime(2015, 5, 22, 9, 45, 00);
DateTime nextOccurrence = schedule.GetNextOccurrence(now);
Assert.Equal(new TimeSpan(0, 0, 15), nextOccurrence - now);
}
public void ShouldDisableScheduleMonitor_ReturnsExpectedValue(string schedule, string nowTimestamp, bool expected)
{
DateTime now;
if (!string.IsNullOrEmpty(nowTimestamp))
{
now = DateTime.Parse(nowTimestamp);
}
else
{
now = DateTime.Now;
}
CronSchedule.TryCreate(schedule, out CronSchedule cronSchedule);
Assert.Equal(expected, TimerSchedule.ShouldDisableScheduleMonitor(cronSchedule, now));
}
internal static string FormatNextOccurrences(TimerSchedule schedule, int count, DateTime?now = null)
{
if (schedule == null)
{
throw new ArgumentNullException("schedule");
}
IEnumerable <DateTime> nextOccurrences = schedule.GetNextOccurrences(count, now);
StringBuilder builder = new StringBuilder();
builder.AppendLine(string.Format("The next {0} occurrences of the schedule will be:", count));
foreach (DateTime occurrence in nextOccurrences)
{
builder.AppendLine(occurrence.ToString());
}
return(builder.ToString());
}
private void VerifyConstantSchedule(string expression, TimeSpan expectedInterval)
{
Assert.True(TimeSpan.TryParse(expression, out TimeSpan timeSpan));
Assert.Equal(timeSpan, expectedInterval);
TimerTriggerAttribute attribute = new TimerTriggerAttribute(expression);
INameResolver nameResolver = new TestNameResolver();
ConstantSchedule schedule = (ConstantSchedule)TimerSchedule.Create(attribute, nameResolver, _logger);
DateTime now = new DateTime(2015, 5, 22, 9, 45, 00);
var occurrences = schedule.GetNextOccurrences(5, now);
for (int i = 0; i < 4; i++)
{
var delta = occurrences.ElementAt(i + 1) - occurrences.ElementAt(i);
Assert.Equal(expectedInterval, delta);
}
}
public void GetNextInterval_NextWithinDST_ReturnsExpectedValue(TimerSchedule schedule, TimeSpan expectedInterval)
{
// This only works with a DST-supported time zone, so throw a nice exception
if (!TimeZoneInfo.Local.SupportsDaylightSavingTime)
{
throw new InvalidOperationException("This test will only pass if the time zone supports DST.");
}
// Running at 1:59 AM, i.e. one minute before the DST switch at 2 AM on 3/11 (Pacific Standard Time)
// Note: this test uses Local time, so if you're running in a timezone where
// DST doesn't transition the test might not be valid.
var now = new DateTime(2018, 3, 11, 1, 59, 0, DateTimeKind.Local);
var next = schedule.GetNextOccurrence(now);
var interval = TimerListener.GetNextTimerInterval(next, now, schedule.AdjustForDST);
Assert.Equal(expectedInterval, interval);
}
private void CreateTestListener(string expression, bool useMonitor = true, Action functionAction = null)
{
_attribute = new TimerTriggerAttribute(expression);
_schedule = TimerSchedule.Create(_attribute, new TestNameResolver());
_attribute.UseMonitor = useMonitor;
_options = new TimersOptions();
_mockScheduleMonitor = new Mock <ScheduleMonitor>(MockBehavior.Strict);
_mockTriggerExecutor = new Mock <ITriggeredFunctionExecutor>(MockBehavior.Strict);
FunctionResult result = new FunctionResult(true);
_mockTriggerExecutor.Setup(p => p.TryExecuteAsync(It.IsAny <TriggeredFunctionData>(), It.IsAny <CancellationToken>()))
.Callback <TriggeredFunctionData, CancellationToken>((mockFunctionData, mockToken) =>
{
_triggeredFunctionData = mockFunctionData;
functionAction?.Invoke();
})
.Returns(Task.FromResult(result));
_logger = new TestLogger(null);
_listener = new TimerListener(_attribute, _schedule, _testTimerName, _options, _mockTriggerExecutor.Object, _logger, _mockScheduleMonitor.Object);
}
public void GetNextInterval_NextAfterDST_ReturnsExpectedValue(TimerSchedule schedule, TimeSpan expectedInterval)
{
// This only works with a DST-supported time zone, so throw a nice exception
if (!TimeZoneInfo.Local.SupportsDaylightSavingTime)
{
throw new InvalidOperationException("This test will only pass if the time zone supports DST.");
}
// Running on the Friday before the DST switch at 2 AM on 3/11 (Pacific Standard Time)
// Note: this test uses Local time, so if you're running in a timezone where
// DST doesn't transition the test might not be valid.
// The input schedules will run after DST changes. For some (Cron), they will subtract
// an hour to account for the shift. For others (Constant), they will not.
var now = new DateTime(2018, 3, 9, 18, 0, 0, DateTimeKind.Local);
var next = schedule.GetNextOccurrence(now);
var interval = TimerListener.GetNextTimerInterval(next, now, schedule.AdjustForDST);
// One week is normally 168 hours, but it's 167 hours across DST
Assert.Equal(interval, expectedInterval);
}
public async Task BindAsync_ReturnsExpectedTriggerData()
{
ParameterInfo parameter = GetType().GetMethod("TestTimerJob").GetParameters()[0];
MethodInfo methodInfo = (MethodInfo)parameter.Member;
string timerName = string.Format("{0}.{1}", methodInfo.DeclaringType.FullName, methodInfo.Name);
Mock <ScheduleMonitor> mockScheduleMonitor = new Mock <ScheduleMonitor>(MockBehavior.Strict);
ScheduleStatus status = new ScheduleStatus();
mockScheduleMonitor.Setup(p => p.GetStatusAsync(timerName)).ReturnsAsync(status);
TimerTriggerAttribute attribute = parameter.GetCustomAttribute <TimerTriggerAttribute>();
INameResolver nameResolver = new TestNameResolver();
TimerSchedule schedule = TimerSchedule.Create(attribute, nameResolver);
TimersConfiguration config = new TimersConfiguration();
config.ScheduleMonitor = mockScheduleMonitor.Object;
ILoggerFactory loggerFactory = new LoggerFactory();
loggerFactory.AddProvider(new TestLoggerProvider());
TimerTriggerBinding binding = new TimerTriggerBinding(parameter, attribute, schedule, config, loggerFactory.CreateLogger("Test"));
// when we bind to a non-TimerInfo (e.g. in a Dashboard invocation) a new
// TimerInfo is created, with the ScheduleStatus populated
FunctionBindingContext functionContext = new FunctionBindingContext(Guid.NewGuid(), CancellationToken.None);
ValueBindingContext context = new ValueBindingContext(functionContext, CancellationToken.None);
TriggerData triggerData = (TriggerData)(await binding.BindAsync(string.Empty, context));
TimerInfo timerInfo = (TimerInfo)(await triggerData.ValueProvider.GetValueAsync());
Assert.Same(status, timerInfo.ScheduleStatus);
// when we pass in a TimerInfo that is used
TimerInfo expected = new TimerInfo(schedule, status);
triggerData = (TriggerData)(await binding.BindAsync(expected, context));
timerInfo = (TimerInfo)(await triggerData.ValueProvider.GetValueAsync());
Assert.Same(expected, timerInfo);
}
private void CreateTestListener(string expression, bool useMonitor = true)
{
_attribute = new TimerTriggerAttribute(expression);
_schedule = TimerSchedule.Create(_attribute, new TestNameResolver());
_attribute.UseMonitor = useMonitor;
_config = new TimersConfiguration();
_mockScheduleMonitor = new Mock <ScheduleMonitor>(MockBehavior.Strict);
_config.ScheduleMonitor = _mockScheduleMonitor.Object;
_mockTriggerExecutor = new Mock <ITriggeredFunctionExecutor>(MockBehavior.Strict);
FunctionResult result = new FunctionResult(true);
_mockTriggerExecutor.Setup(p => p.TryExecuteAsync(It.IsAny <TriggeredFunctionData>(), It.IsAny <CancellationToken>()))
.Callback <TriggeredFunctionData, CancellationToken>((mockFunctionData, mockToken) =>
{
_triggeredFunctionData = mockFunctionData;
})
.Returns(Task.FromResult(result));
JobHostConfiguration hostConfig = new JobHostConfiguration();
hostConfig.HostId = "testhostid";
_listener = new TimerListener(_attribute, _schedule, _testTimerName, _config, _mockTriggerExecutor.Object, new TestTraceWriter());
}
public Task <ITriggerBinding> TryCreateAsync(TriggerBindingProviderContext context)
{
if (context == null)
{
throw new ArgumentNullException("context");
}
ParameterInfo parameter = context.Parameter;
TimerTriggerAttribute timerTriggerAttribute = parameter.GetCustomAttribute <TimerTriggerAttribute>(inherit: false);
if (timerTriggerAttribute == null)
{
return(Task.FromResult <ITriggerBinding>(null));
}
if (parameter.ParameterType != typeof(TimerInfo))
{
throw new InvalidOperationException(string.Format("Can't bind TimerTriggerAttribute to type '{0}'.", parameter.ParameterType));
}
TimerSchedule schedule = TimerSchedule.Create(timerTriggerAttribute, _nameResolver, _logger);
return(Task.FromResult <ITriggerBinding>(new TimerTriggerBinding(parameter, timerTriggerAttribute, schedule, _options, _logger, _scheduleMonitor)));
}
public async Task <ResponseData <ApplianceDTO> > SetupThink([FromBody] ApplianceDTO appliance)
{
try
{
var response = new ResponseData <ApplianceDTO>();
var things = await TelitApi.ThingList();
bool isMatching = false;
bool hasSerialNumber = false;
Telit.ThingList.Result thing = new Telit.ThingList.Result();
if (things != null && things.things != null && things.things.success && things.things.@params != null && [email protected] != null && [email protected]() > 0)
{
foreach (var item in [email protected])
{
if (item.key == appliance.SerialNumber)
{
hasSerialNumber = true;
if (item.loc != null && item.loc.addr != null)
{
isMatching = await calculateAddressAsync(appliance.Street1.Trim(), appliance.City.Trim(), _stateService.GetStateById(appliance.StateId.Value).Name, appliance.ZipCode.Trim(), item.loc.lat, item.loc.lng);
thing = item;
break;
}
}
}
}
if (!hasSerialNumber)
{
response.Message = ResponseMessage.SerialNumberInCorrect;
response.Status = ResponseStatus.Success.ToString();
return(response);
}
if (isMatching)
{
var isSerialNumberExist = _applianceService.GetApplianceBySerialNumber(appliance.SerialNumber);
var thingFind = await TelitApi.ThingFind(thing.key);
bool thingIsOn = false;
bool thingIsConnected = false;
bool thingCellular = false;
bool thingPower = false;
bool thingWifi = false;
bool thingWifiInternet = false;
int? thingTrustLevel = null;
Telit.ThingFind.Params _params = new Telit.ThingFind.Params();
string applianceEnvironment = string.Empty;
if (thingFind != null && thingFind.Things != null && thingFind.Things.success && thingFind.Things.@params != null)
{
_params = thingFind.Things.@params;
}
if (_params != null && _params.alarms != null && _params.alarms.env != null && _params.alarms.env.state >= 0 && _params.alarms.env.state < 16)
{
applianceEnvironment = Convert.ToString(_params.alarms.env.state, 2).PadLeft(4, '0');
var array = !string.IsNullOrEmpty(applianceEnvironment) ? applianceEnvironment.ToArray() : new char[] { };
thingIsOn = Convert.ToBoolean(_params.alarms.on.state);
thingIsConnected = _params.connected;
thingCellular = array.Length == 4 ? Convert.ToBoolean(Convert.ToInt16(array[2].ToString())) : false;
thingPower = array.Length == 4 ? Convert.ToBoolean(Convert.ToInt16(array[3].ToString())) : false;
thingWifi = array.Length == 4 ? Convert.ToBoolean(Convert.ToInt16(array[1].ToString())) : false;
thingWifiInternet = array.Length == 4 ? Convert.ToBoolean(Convert.ToInt16(array[0].ToString())) : false;
thingTrustLevel = _params.alarms.trust != null ? (int?)_params.alarms.trust.state : null;
}
if (isSerialNumberExist == null)
{
var app = _applianceService.Insert(new Appliance()
{
AccountId = appliance.AccountId,
Cellular = thingCellular,
IsConnected = thingIsConnected,
City = appliance.City,
DeviceName = _params != null && _params.attrs != null && _params.attrs.name != null ? _params.attrs.name.value : string.Empty,
OsVersion = "",
GeoFenceEnabled = _params.alarms != null && _params.alarms.timerState != null && _params.alarms.timerState.state != 0 ? true : false,
Lat = _params.loc != null ? _params.loc.lat : 0,
Lon = _params.loc != null ? _params.loc.lng : 0,
SerialNumber = appliance.SerialNumber,
Power = thingPower,
StateId = appliance.StateId,
Street1 = appliance.Street1,
Street2 = appliance.Street2,
TimerEnabled = _params.alarms != null && _params.alarms.timerState != null && _params.alarms.timerState.state != 0 ? true : false,
TriggerMile = Convert.ToDecimal(_appSettings.TriggerMiles),
Wifi = thingWifi,
WiFiInternet = thingWifiInternet,
ZipCode = appliance.ZipCode,
TrustLevel = thingTrustLevel != null ? thingTrustLevel : 0,
IsOn = thingIsOn
});
if (app != null)
{
var accountAppliance = _accountApplianceService.Insert(new AccountAppliance()
{
AccountId = app.AccountId,
AirGapVersion = "",
ApplianceId = app.Id,
IsQRCodeScaned = false,
IsVerified = false
});
appliance.Id = app.Id;
if (_params.attrs != null && _params.attrs.timerSchedule != null)
{
var timerScheduleDTO = JsonConvert.DeserializeObject <TimerScheduleFromTelit>(_params.attrs.timerSchedule.value);
char[] weekDayArray = timerScheduleDTO.Weekdays.ToCharArray();
char[] weekEndArray = timerScheduleDTO.Weekends.ToCharArray();
string valueWeekDay = string.Empty;
string valueWeekEnd = string.Empty;
for (int i = 0; i < weekDayArray.Length; i++)
{
if (weekDayArray[i] == '1')
{
valueWeekDay += i + 1 + ",";
}
}
for (int i = 0; i < weekEndArray.Length; i++)
{
if (weekEndArray[i] == '1')
{
valueWeekEnd += i + 1 + ",";
}
}
if (!string.IsNullOrEmpty(valueWeekDay))
{
var timerScheduleOfWeekDays = new TimerSchedule()
{
TimerTypeId = Configuration.Weekdays,
ApplianceId = app.Id,
ActiveValues = !string.IsNullOrEmpty(valueWeekDay) ? valueWeekDay.Remove(valueWeekDay.Length - 1) : string.Empty
};
_timerScheduleService.Insert(timerScheduleOfWeekDays);
}
if (!string.IsNullOrEmpty(valueWeekEnd))
{
var timerScheduleOfWeekEnd = new TimerSchedule()
{
TimerTypeId = Configuration.Weekends,
ApplianceId = app.Id,
ActiveValues = !string.IsNullOrEmpty(valueWeekEnd) ? valueWeekEnd.Remove(valueWeekEnd.Length - 1) : string.Empty
};
_timerScheduleService.Insert(timerScheduleOfWeekEnd);
}
}
}
}
else
{
if (isSerialNumberExist.AccountId == null)
{
isSerialNumberExist.AccountId = appliance.AccountId;
isSerialNumberExist.Street1 = appliance.Street1;
isSerialNumberExist.Street2 = appliance.Street2;
isSerialNumberExist.City = appliance.City;
isSerialNumberExist.StateId = appliance.StateId;
isSerialNumberExist.ZipCode = appliance.ZipCode;
isSerialNumberExist.Lat = _params.loc != null ? _params.loc.lat : 0;
isSerialNumberExist.Lon = _params.loc != null ? _params.loc.lng : 0;
isSerialNumberExist.Cellular = thingCellular;
isSerialNumberExist.IsConnected = thingIsConnected;
isSerialNumberExist.DeviceName = _params != null && _params.attrs != null && _params.attrs.name != null ? _params.attrs.name.value : string.Empty;
isSerialNumberExist.OsVersion = "";
isSerialNumberExist.GeoFenceEnabled = _params.alarms != null && _params.alarms.timerState != null && _params.alarms.timerState.state != 0 ? true : false;
isSerialNumberExist.Power = thingPower;
isSerialNumberExist.TimerEnabled = _params.alarms != null && _params.alarms.timerState != null && _params.alarms.timerState.state != 0 ? true : false;
isSerialNumberExist.Wifi = thingWifi;
isSerialNumberExist.WiFiInternet = thingWifiInternet;
isSerialNumberExist.ZipCode = appliance.ZipCode;
isSerialNumberExist.TrustLevel = thingTrustLevel != null ? thingTrustLevel : 0;
isSerialNumberExist.IsOn = thingIsOn;
isSerialNumberExist.TriggerMile = Convert.ToDecimal(_appSettings.TriggerMiles);
_applianceService.Update(isSerialNumberExist);
var accountAppliance = _accountApplianceService.Insert(new AccountAppliance()
{
AccountId = appliance.AccountId,
AirGapVersion = "",
ApplianceId = isSerialNumberExist.Id,
IsQRCodeScaned = false,
IsVerified = false
});
appliance.Id = isSerialNumberExist.Id;
if (_params.attrs != null && _params.attrs.timerSchedule != null)
{
var timerScheduleDTO = JsonConvert.DeserializeObject <TimerScheduleFromTelit>(_params.attrs.timerSchedule.value);
char[] weekDayArray = timerScheduleDTO.Weekdays.ToCharArray();
char[] weekEndArray = timerScheduleDTO.Weekends.ToCharArray();
string valueWeekDay = string.Empty;
string valueWeekEnd = string.Empty;
for (int i = 0; i < weekDayArray.Length; i++)
{
if (weekDayArray[i] == '1')
{
valueWeekDay += i + 1 + ",";
}
}
for (int i = 0; i < weekEndArray.Length; i++)
{
if (weekEndArray[i] == '1')
{
valueWeekEnd += i + 1 + ",";
}
}
var timerSchedule = _timerScheduleService.GetTimerScheduleByApplianceId(appliance.Id);
if (timerSchedule != null && timerSchedule.Count > 0)
{
foreach (var item in timerSchedule)
{
if (item.TimerTypeId == Configuration.Weekdays)
{
item.ActiveValues = !string.IsNullOrEmpty(valueWeekDay) ? valueWeekDay.Remove(valueWeekDay.Length - 1) : string.Empty;
}
if (item.TimerTypeId == Configuration.Weekends)
{
item.ActiveValues = !string.IsNullOrEmpty(valueWeekEnd) ? valueWeekEnd.Remove(valueWeekEnd.Length - 1) : string.Empty;
}
_timerScheduleService.Update(item);
}
}
else
{
if (!string.IsNullOrEmpty(valueWeekDay))
{
var timerScheduleOfWeekDays = new TimerSchedule()
{
TimerTypeId = Configuration.Weekdays,
ApplianceId = isSerialNumberExist.Id,
ActiveValues = !string.IsNullOrEmpty(valueWeekDay) ? valueWeekDay.Remove(valueWeekDay.Length - 1) : string.Empty
};
_timerScheduleService.Insert(timerScheduleOfWeekDays);
}
if (!string.IsNullOrEmpty(valueWeekEnd))
{
var timerScheduleOfWeekEnd = new TimerSchedule()
{
TimerTypeId = Configuration.Weekends,
ApplianceId = isSerialNumberExist.Id,
ActiveValues = !string.IsNullOrEmpty(valueWeekEnd) ? valueWeekEnd.Remove(valueWeekEnd.Length - 1) : string.Empty
};
_timerScheduleService.Insert(timerScheduleOfWeekEnd);
}
}
}
}
else
{
response.Status = ResponseStatus.Success.ToString();
response.Message = ResponseMessage.SerialNumberIsExist;
return(response);
}
}
}
appliance.IsMatching = isMatching;
appliance.HasSerialNumber = hasSerialNumber;
response.Data = appliance;
response.Status = ResponseStatus.Success.ToString();
return(response);
}
catch (Exception ex)
{
var response = new ResponseData <ApplianceDTO>();
response.Message = ex.Message;
response.Status = ResponseStatus.Error.ToString();
return(response);
}
}
/// <inheritdoc/>
public override async Task <bool> IsPastDueAsync(string timerName, DateTime now, TimerSchedule schedule)
{
StatusEntry status = GetStatus(timerName);
DateTime recordedNextOccurrence;
if (status == null)
{
// If we've never recorded a status for this timer, write an initial
// status entry. This ensures that for a new timer, we've captured a
// status log for the next occurrence even though no occurrence has happened yet
// (ensuring we don't miss an occurrence)
DateTime nextOccurrence = schedule.GetNextOccurrence(now);
await UpdateAsync(timerName, default(DateTime), nextOccurrence);
recordedNextOccurrence = nextOccurrence;
}
else
{
// ensure that the schedule hasn't been updated since the last
// time we checked, and if it has, update the status file
DateTime expectedNextOccurrence = schedule.GetNextOccurrence(status.Last);
if (status.Next != expectedNextOccurrence)
{
await UpdateAsync(timerName, status.Last, expectedNextOccurrence);
}
recordedNextOccurrence = status.Next;
}
// if now is after the last next occurrence we recorded, we know we've missed
// at least one schedule instance
return(now > recordedNextOccurrence);
}
/// <summary>
/// Returns the <see cref="TimeSpan"/> duration that the specified timer is past due.
/// </summary>
/// <param name="timerName">The name of the timer.</param>
/// <param name="now">The current time.</param>
/// <param name="schedule">The <see cref="TimerSchedule"/>.</param>
/// <returns>The duration the timer is past due.</returns>
protected async Task<TimeSpan> GetPastDueDuration(string timerName, DateTime now, TimerSchedule schedule)
{
StatusEntry status = GetStatus(timerName);
DateTime recordedNextOccurrence;
if (status == null)
{
// If we've never recorded a status for this timer, write an initial
// status entry. This ensures that for a new timer, we've captured a
// status log for the next occurrence even though no occurrence has happened yet
// (ensuring we don't miss an occurrence)
DateTime nextOccurrence = schedule.GetNextOccurrence(now);
await UpdateAsync(timerName, default(DateTime), nextOccurrence);
recordedNextOccurrence = nextOccurrence;
}
else
{
// ensure that the schedule hasn't been updated since the last
// time we checked, and if it has, update the status file
DateTime expectedNextOccurrence = schedule.GetNextOccurrence(status.Last);
if (status.Next != expectedNextOccurrence)
{
await UpdateAsync(timerName, status.Last, expectedNextOccurrence);
}
recordedNextOccurrence = status.Next;
}
if (now > recordedNextOccurrence)
{
// if now is after the last next occurrence we recorded, we know we've missed
// at least one schedule instance and we are past due
return now - recordedNextOccurrence;
}
else
{
// not past due
return TimeSpan.Zero;
}
}
/// <summary> /// Determines whether the schedule is currently past due. /// </summary> /// <remarks> /// On startup, all schedules are checked to see if they are past due. Any /// timers that are past due will be executed immediately by default. Subclasses can /// change this behavior by inspecting the current time and schedule to determine /// whether it should be considered past due. /// </remarks> /// <param name="timerName">The name of the timer to check</param> /// <param name="now">The time to check</param> /// <param name="schedule">The <see cref="TimerSchedule"/></param> /// <returns>True if the schedule is past due, false otherwise.</returns> public abstract Task<bool> IsPastDueAsync(string timerName, DateTime now, TimerSchedule schedule);
public static void NextOccurrences(ILogger logger, string functionName, TimerSchedule schedule, string occurrences) => _nextOccurrences(logger, functionName, schedule, Environment.NewLine + occurrences, null);
/// <summary>
/// Constructs a new instances
/// </summary>
/// <param name="schedule">The timer trigger schedule.</param>
public TimerInfo(TimerSchedule schedule)
{
Schedule = schedule;
}
/// <summary>
/// Constructs a new instance
/// </summary>
/// <param name="schedule">The timer trigger schedule.</param>
/// <param name="status">The current schedule status.</param>
/// <param name="isPastDue">True if the schedule is past due, false otherwise.</param>
public TimerInfo(TimerSchedule schedule, ScheduleStatus status, bool isPastDue = false)
{
Schedule = schedule;
ScheduleStatus = status;
IsPastDue = isPastDue;
}
/// <summary>
/// Constructs a new instances
/// </summary>
/// <param name="schedule">The timer trigger schedule.</param>
public TimerInfo(TimerSchedule schedule)
{
Schedule = schedule;
}
/// <summary> /// Determines whether the schedule is currently past due. /// </summary> /// <param name="timerName">The name of the timer to check</param> /// <param name="now">The time to check</param> /// <param name="schedule">The <see cref="TimerSchedule"/></param> /// <returns>True if the schedule is past due, false otherwise.</returns> public abstract Task <bool> IsPastDueAsync(string timerName, DateTime now, TimerSchedule schedule);
public async Task <IActionResult> UpdateStatusFromTelit([FromBody] RequestTelit request)
{
try
{
Event _event = null;
var appliance = _applianceService.GetApplianceBySerialNumber(request.thing);
if (appliance == null)
{
return(Json(new { success = true, message = ResponseMessage.SerialNumberInCorrect }));
}
if (request.key.ToLower() == Configuration.TurnOn)
{
if (appliance != null)
{
var thingFind = await TelitApi.ThingFind(request.thing);
Telit.ThingFind.Params _params = new Telit.ThingFind.Params();
bool isMatching = false;
if (thingFind != null && thingFind.Things != null && thingFind.Things.success && thingFind.Things.@params != null)
{
_params = thingFind.Things.@params;
if (_params.loc != null)
{
isMatching = DistanceBetweenPlaces(appliance.Lat.Value, appliance.Lon.Value, _params.loc.lat, _params.loc.lng) <= Convert.ToDouble(_appSettings.Miles) ? true : false;
if (!isMatching)
{
appliance.StateId = _params.loc != null && _params.loc.addr != null && _stateService.GetStateByNameOrCode(_params.loc.addr.state) != null ? (long?)_stateService.GetStateByNameOrCode(_params.loc.addr.state).Id : null;
appliance.Street1 = _params.loc != null && _params.loc.addr != null ? _params.loc.addr.streetNumber + " " + _params.loc.addr.street : string.Empty;
appliance.Street2 = string.Empty;
appliance.Lat = _params.loc != null ? _params.loc.lat : 0;
appliance.Lon = _params.loc != null ? _params.loc.lng : 0;
appliance.City = _params.loc != null && _params.loc.addr != null ? _params.loc.addr.city : string.Empty;
appliance.ZipCode = _params.loc != null && _params.loc.addr != null ? _params.loc.addr.zipCode : string.Empty;
}
}
}
appliance.IsOn = Convert.ToBoolean(Convert.ToInt16(request.value));
if (Convert.ToInt16(request.value) == Configuration.Off)
{
appliance.TimerEnabled = true;
appliance.GeoFenceEnabled = true;
}
_applianceService.Update(appliance);
if (Convert.ToInt32(request.value) == (Int32)AlarmStatus.OffScheduleTimer || Convert.ToInt32(request.value) == (Int32)AlarmStatus.OnScheduleTimer)
{
request.msg = ResponseMessage.ScheduleTimerChange;
}
_event = new Event()
{
ApplianceId = Convert.ToInt64(appliance.Id),
EventTypeId = Constant.EventType.ConnectionChange,
EventDetail = Constant.ResponseMessage.ConnectionChange,
Timestamp = DateTime.UtcNow,
Message = request.msg
};
_eventService.Insert(_event);
}
}
else if (request.key.ToLower() == Configuration.Name)
{
if (appliance != null)
{
appliance.DeviceName = request.value;
_applianceService.Update(appliance);
}
}
else if (request.key.ToLower() == Configuration.Env)
{
var applianceEnvironment = Convert.ToString(Convert.ToInt16(request.value), 2).PadLeft(4, '0');
var array = !string.IsNullOrEmpty(applianceEnvironment) ? applianceEnvironment.ToArray() : new char[] { };
if (appliance != null)
{
bool isPowerStatusChange = appliance.Power != (array.Length == 4 ? Convert.ToBoolean(Convert.ToInt16(array[3].ToString())) : false) ? true : false;
bool isWifiStatusChange = appliance.Wifi != (array.Length == 4 ? Convert.ToBoolean(Convert.ToInt16(array[1].ToString())) : false) ? true : false;
bool isWiFiInternetStatusChange = appliance.WiFiInternet != (array.Length == 4 ? Convert.ToBoolean(Convert.ToInt16(array[0].ToString())) : false) ? true : false;
appliance.Cellular = array.Length == 4 ? Convert.ToBoolean(Convert.ToInt16(array[2].ToString())) : false;
appliance.Power = array.Length == 4 ? Convert.ToBoolean(Convert.ToInt16(array[3].ToString())) : false;
appliance.Wifi = array.Length == 4 ? Convert.ToBoolean(Convert.ToInt16(array[1].ToString())) : false;
appliance.WiFiInternet = array.Length == 4 ? Convert.ToBoolean(Convert.ToInt16(array[0].ToString())) : false;
var thingFind = await TelitApi.ThingFind(request.thing);
Telit.ThingFind.Params _params = new Telit.ThingFind.Params();
bool isMatching = false;
if (thingFind != null && thingFind.Things != null && thingFind.Things.success && thingFind.Things.@params != null)
{
_params = thingFind.Things.@params;
if (_params.loc != null)
{
isMatching = DistanceBetweenPlaces(appliance.Lat.Value, appliance.Lon.Value, _params.loc.lat, _params.loc.lng) <= Convert.ToDouble(_appSettings.Miles) ? true : false;
if (!isMatching)
{
appliance.StateId = _params.loc != null && _params.loc.addr != null && _stateService.GetStateByNameOrCode(_params.loc.addr.state) != null ? (long?)_stateService.GetStateByNameOrCode(_params.loc.addr.state).Id : null;
appliance.Street1 = _params.loc != null && _params.loc.addr != null ? _params.loc.addr.streetNumber + " " + _params.loc.addr.street : string.Empty;
appliance.Street2 = string.Empty;
appliance.Lat = _params.loc != null ? _params.loc.lat : 0;
appliance.Lon = _params.loc != null ? _params.loc.lng : 0;
appliance.City = _params.loc != null && _params.loc.addr != null ? _params.loc.addr.city : string.Empty;
appliance.ZipCode = _params.loc != null && _params.loc.addr != null ? _params.loc.addr.zipCode : string.Empty;
}
}
}
_applianceService.Update(appliance);
var lAccount = _accountApplianceService.GetAccountByApplianceId(appliance.Id, true);
if (isPowerStatusChange)
{
_event = new Event()
{
ApplianceId = Convert.ToInt64(appliance.Id),
EventTypeId = Constant.EventType.HomePowerLoss,
EventDetail = Constant.ResponseMessage.ManualConnectedStatusChange,
Timestamp = DateTime.UtcNow,
Message = appliance.DeviceName + "(" + appliance.SerialNumber.Substring(appliance.SerialNumber.Length - 4) + ")" + ": " + Constant.ResponseMessage.HomePower + " " + (array.Length == 4 && Convert.ToBoolean(Convert.ToInt16(array[3].ToString())) ? Configuration.TurnOn.ToUpper() : Configuration.TurnOff.ToUpper())
};
var insEvent = _eventService.Insert(_event);
if (lAccount != null && lAccount.Count > 0)
{
foreach (var item in lAccount)
{
var notificationPreference = _notificationPreferenceService.GetNotificationPreferenceByAccountId(item.Id.Value);
if (notificationPreference.Any(x => x.EventTypeId == Constant.EventType.HomePowerLoss && x.ApplianceId == appliance.Id))
{
var temp = notificationPreference.FirstOrDefault(x => x.EventTypeId == Constant.EventType.HomePowerLoss && x.ApplianceId == appliance.Id);
var accountAppliance = _accountApplianceService.GetAccountApplianceByAccountIdAndApplianceId(temp.AccountId, temp.ApplianceId);
if (accountAppliance.PhoneType == Configuration.Android)
{
var pushGcmotification = new AndroidGcmPushNotification(_appSettings);
pushGcmotification.InitPushNotification(accountAppliance.DeviceToken, insEvent.Message);
System.Threading.Thread.Sleep(1000);
}
else
{
var applePush = new ApplePushNotificationService(_appSettings);
applePush.PushMessage(insEvent.Message, accountAppliance.DeviceToken, 0, null).Wait();
System.Threading.Thread.Sleep(1000);
}
var notification = new Notification()
{
AccountId = accountAppliance.AccountId,
ApplianceId = accountAppliance.ApplianceId,
EventId = insEvent.Id,
Timestamp = DateTime.UtcNow
};
_notificationService.Insert(notification);
}
}
}
}
if (isWifiStatusChange)
{
_event = new Event()
{
ApplianceId = Convert.ToInt64(appliance.Id),
EventTypeId = request.msg != null && request.msg == Constant.EventType.StatusChangeFromGeoFence.ToString() ? Constant.EventType.StatusChangeFromGeoFence : Constant.EventType.NetWorkStatusChange,
EventDetail = Constant.ResponseMessage.Wifi,
Timestamp = DateTime.UtcNow,
Message = appliance.DeviceName + "(" + appliance.SerialNumber.Substring(appliance.SerialNumber.Length - 4) + ")" + ": " + Constant.ResponseMessage.Wifi + " " + (array.Length == 4 && Convert.ToBoolean(Convert.ToInt16(array[1].ToString())) ? Configuration.TurnOn.ToUpper() : Configuration.TurnOff.ToUpper())
};
var insEvent = _eventService.Insert(_event);
if (lAccount != null && lAccount.Count > 0)
{
foreach (var item in lAccount)
{
var notificationPreference = _notificationPreferenceService.GetNotificationPreferenceByAccountId(item.Id.Value);
if (notificationPreference.Any(x => x.EventTypeId == Constant.EventType.NetWorkStatusChange && x.ApplianceId == appliance.Id))
{
var temp = notificationPreference.FirstOrDefault(x => x.EventTypeId == Constant.EventType.NetWorkStatusChange && x.ApplianceId == appliance.Id);
var accountAppliance = _accountApplianceService.GetAccountApplianceByAccountIdAndApplianceId(temp.AccountId, temp.ApplianceId);
if (accountAppliance.PhoneType == Configuration.Android)
{
var pushGcmotification = new AndroidGcmPushNotification(_appSettings);
pushGcmotification.InitPushNotification(accountAppliance.DeviceToken, insEvent.Message);
System.Threading.Thread.Sleep(1000);
}
else
{
var applePush = new ApplePushNotificationService(_appSettings);
applePush.PushMessage(insEvent.Message, accountAppliance.DeviceToken, 0, null).Wait();
System.Threading.Thread.Sleep(1000);
}
var notification = new Notification()
{
AccountId = accountAppliance.AccountId,
ApplianceId = accountAppliance.ApplianceId,
EventId = insEvent.Id,
Timestamp = DateTime.UtcNow
};
_notificationService.Insert(notification);
}
}
}
}
if (isWiFiInternetStatusChange)
{
_event = new Event()
{
ApplianceId = Convert.ToInt64(appliance.Id),
EventTypeId = Constant.EventType.ISPOutage,
EventDetail = Constant.ResponseMessage.ISPOutage,
Timestamp = DateTime.UtcNow,
Message = appliance.DeviceName + "(" + appliance.SerialNumber.Substring(appliance.SerialNumber.Length - 4) + ")" + ": " + Constant.ResponseMessage.ISPOutage + " " + (array.Length == 4 && Convert.ToBoolean(Convert.ToInt16(array[0].ToString())) ? Configuration.Connected : Configuration.Disconnected)
};
var insEvent = _eventService.Insert(_event);
if (lAccount != null && lAccount.Count > 0)
{
foreach (var item in lAccount)
{
var notificationPreference = _notificationPreferenceService.GetNotificationPreferenceByAccountId(item.Id.Value);
if (notificationPreference.Any(x => x.EventTypeId == Constant.EventType.ISPOutage && x.ApplianceId == appliance.Id))
{
var temp = notificationPreference.FirstOrDefault(x => x.EventTypeId == Constant.EventType.ISPOutage && x.ApplianceId == appliance.Id);
var accountAppliance = _accountApplianceService.GetAccountApplianceByAccountIdAndApplianceId(temp.AccountId, temp.ApplianceId);
if (accountAppliance.PhoneType == Configuration.Android)
{
var pushGcmotification = new AndroidGcmPushNotification(_appSettings);
pushGcmotification.InitPushNotification(accountAppliance.DeviceToken, insEvent.Message);
System.Threading.Thread.Sleep(1000);
}
else
{
var applePush = new ApplePushNotificationService(_appSettings);
applePush.PushMessage(insEvent.Message, accountAppliance.DeviceToken, 0, null).Wait();
System.Threading.Thread.Sleep(1000);
}
var notification = new Notification()
{
AccountId = accountAppliance.AccountId,
ApplianceId = accountAppliance.ApplianceId,
EventId = insEvent.Id,
Timestamp = DateTime.UtcNow
};
_notificationService.Insert(notification);
}
}
}
}
}
}
else if (request.key.ToLower() == Configuration.Trust.ToLower())
{
if (appliance != null)
{
bool isStatusChange = appliance.TrustLevel != null && appliance.TrustLevel.Value.ToString() != request.value ? true : false;
_event = new Event()
{
ApplianceId = Convert.ToInt64(appliance.Id),
EventTypeId = Constant.EventType.TrustLevelChange,
EventDetail = Constant.ResponseMessage.TrustLevel,
Timestamp = DateTime.UtcNow,
Message = Constant.ResponseMessage.TrustLevel + " " + request.value
};
_eventService.Insert(_event);
appliance.TrustLevel = Convert.ToInt16(request.value);
_applianceService.Update(appliance);
}
}
else if (request.key.ToLower() == Configuration.TimmerState)
{
if (appliance != null)
{
appliance.TimerEnabled = Convert.ToInt16(request.value) != Configuration.TimerDisable ? true : false;
_applianceService.Update(appliance);
}
}
else if (request.key.ToLower() == Configuration.TimerSchedule)
{
var timerScheduleDTO = JsonConvert.DeserializeObject <TimerScheduleFromTelit>(request.value);
var timerScheduleOldValue = JsonConvert.DeserializeObject <TimerScheduleFromTelit>(request.prev);
char[] weekDayArray = timerScheduleDTO.Weekdays.ToCharArray();
char[] weekEndArray = timerScheduleDTO.Weekends.ToCharArray();
string valueWeekDay = string.Empty;
string valueWeekEnd = string.Empty;
for (int i = 0; i < weekDayArray.Length; i++)
{
if (weekDayArray[i] == '1')
{
valueWeekDay += i + 1 + ",";
}
}
for (int i = 0; i < weekEndArray.Length; i++)
{
if (weekEndArray[i] == '1')
{
valueWeekEnd += i + 1 + ",";
}
}
var timerSchedule = _timerScheduleService.GetTimerScheduleByApplianceId(appliance.Id);
if (timerSchedule != null && timerSchedule.Count > 0)
{
foreach (var item in timerSchedule)
{
if (item.TimerTypeId == Configuration.Weekdays)
{
item.ActiveValues = !string.IsNullOrEmpty(valueWeekDay) ? valueWeekDay.Remove(valueWeekDay.Length - 1) : string.Empty;
}
if (item.TimerTypeId == Configuration.Weekends)
{
item.ActiveValues = !string.IsNullOrEmpty(valueWeekEnd) ? valueWeekEnd.Remove(valueWeekEnd.Length - 1) : string.Empty;
}
_timerScheduleService.Update(item);
}
_event = new Event()
{
ApplianceId = Convert.ToInt64(appliance.Id),
EventTypeId = Constant.EventType.ScheduleTimerChange,
EventDetail = Constant.ResponseMessage.ScheduleTimerChange,
Timestamp = DateTime.UtcNow,
Message = "from Weekdays: " + timerScheduleOldValue.Weekdays + " Weekends: " + timerScheduleOldValue.Weekends + " to Weekdays: " + timerScheduleDTO.Weekdays + " Weekends: " + timerScheduleDTO.Weekends
};
_eventService.Insert(_event);
}
else
{
if (!string.IsNullOrEmpty(valueWeekDay))
{
var timerScheduleOfWeekDays = new TimerSchedule()
{
TimerTypeId = Configuration.Weekdays,
ApplianceId = appliance.Id,
ActiveValues = !string.IsNullOrEmpty(valueWeekDay) ? valueWeekDay.Remove(valueWeekDay.Length - 1) : string.Empty
};
_timerScheduleService.Insert(timerScheduleOfWeekDays);
}
if (!string.IsNullOrEmpty(valueWeekEnd))
{
var timerScheduleOfWeekEnd = new TimerSchedule()
{
TimerTypeId = Configuration.Weekends,
ApplianceId = appliance.Id,
ActiveValues = !string.IsNullOrEmpty(valueWeekEnd) ? valueWeekEnd.Remove(valueWeekEnd.Length - 1) : string.Empty
};
_timerScheduleService.Insert(timerScheduleOfWeekEnd);
}
_event = new Event()
{
ApplianceId = Convert.ToInt64(appliance.Id),
EventTypeId = Constant.EventType.ScheduleTimerChange,
EventDetail = Constant.ResponseMessage.ScheduleTimerChange,
Timestamp = DateTime.UtcNow,
Message = "from Weekdays: " + timerScheduleOldValue.Weekdays + " Weekends: " + timerScheduleOldValue.Weekends + " to Weekdays: " + timerScheduleDTO.Weekdays + " Weekends: " + timerScheduleDTO.Weekends
};
_eventService.Insert(_event);
}
}
}
catch (Exception ex)
{
return(Json(new { success = false, message = ex.Message }));
}
return(Json(new { success = true, message = request.msg }));
}
/// <inheritdoc/>
public override async Task<bool> IsPastDueAsync(string timerName, DateTime now, TimerSchedule schedule)
{
TimeSpan pastDueDuration = await GetPastDueDuration(timerName, now, schedule);
return pastDueDuration != TimeSpan.Zero;
}
public static void ScheduleAndTimeZone(ILogger logger, string functionName, TimerSchedule schedule, string timeZone) => _scheduleAndTimeZone(logger, functionName, schedule, timeZone, null);