void RunningInit(TortugaStates previous)
{
_tortuga.GetComponent <APhysics>().maxSpeed = 15f;
vanishingStateTask = TaskScheduler.AddTask(() => Init(TortugaStates.Vanishing), vanishingTime, vanishingTime, _tortuga.id);
//
// Choose a direction away from the player.
//
Action directionChooser = () =>
{
var player = GameObjectManager.FindObjectWithTag("player");
if (player != null)
{
var awayDir = _tortuga.transform.position - player.transform.position;
// Find a random direction vector that is the direction away from the player rotated
// by at most 90 or -90 degrees, making sure that the resulting vector is still facing
// away from the player.
var randAngle = GameManager.random.NextDouble() * Math.PI - Math.PI / 2;
_tortuga.transform.direction = new Vector2(
awayDir.X * (float)Math.Cos(randAngle) - awayDir.Y * (float)Math.Sin(randAngle),
awayDir.X * (float)Math.Sin(randAngle) + awayDir.Y * (float)Math.Cos(randAngle));
}
};
directionChooser();
directionChooserTask = TaskScheduler.AddTask(directionChooser, changeDirectionTime, -1, _tortuga.id);
}
public TaskScheduler.UrgentWorkflow CreateUrgentTestWF()
{
var wf = new TaskScheduler.UrgentWorkflow();
wf.Optimize = true;
var cls = GetClusterNames();
wf.Resources = cls.Select(name => TaskTimeMeter.CreateResourceRecord(name)).ToArray();
wf.ResourcesNames = new string[0];
var ss = GetAppNames();
ulong i = 0;
wf.ActiveTasks = new List <TaskScheduler.ActiveTask>();
var runningTask = new TaskScheduler.ActiveTask()
{
Id = 500000
};
runningTask.Destination = new LaunchDestination()
{
ResourceName = wf.Resources[0].Name, NodeNames = wf.Resources[0].Nodes.Select(n => n.DNSName).ToArray()
};
wf.ActiveTasks.Add(runningTask);
for (var j = 0; j < 5 && j < ss.Count(); j++)
{
var task = new TaskScheduler.Task();
task.ApplicationName = ss.ElementAt(j);
task.Parameters = new Dictionary <string, string>();
task.Parameters["FUNCTIONS_COUNT"] = 20000.ToString();
task.Id = i++;
wf.Tasks.Add(task);
}
return(wf);
}
void HalfInit(SpikeStates previous)
{
_spike.sprite.index = 121;
_spike.collisionBox = null;
task = TaskScheduler.AddTask(() => Init(SpikeStates.Full), changeStateTime, changeStateTime, _spike.id);
}
public TaskScheduler.Workflow CreateTestWF()
{
var wf = new TaskScheduler.Workflow();
var cls = GetClusterNames();
wf.Resources = new Resource[0]; //cls.Select(name => TaskTimeMeter.CreateResourceRecord(name)).ToArray();
wf.Resources = wf.Resources.Union(new List <Resource>
{
new Resource {
Name = "VM1",
Nodes = new[] {
new Node {
DNSName = "machine",
CoresAvailable = 1,
ResourceName = "VM1",
Parameters = new Dictionary <string, string>()
{
{ "IS_VIRTUAL", "True" },
{ "SERVICE_URL", "http://192.168.9.10:8787/RExService" },
{ VirtualConnectionParams.VCP, Newtonsoft.Json.JsonConvert.SerializeObject(new global::Common.VManager.DataTypes.HostConnectionParams()
{
Name = "lo",
Type = "VBOX",
Parameters = new Dictionary <string, string>()
}) }
}
}
},
Parameters = new Dictionary <string, string>()
}
}).ToArray();
wf.ResourcesNames = new string[0];
var ss = GetAppNames();
ulong i = 0;
for (var j = 0; j < 5 && j < ss.Count(); j++)
{
var task = new TaskScheduler.Task();
task.ApplicationName = ss.ElementAt(j);
task.Parameters = new Dictionary <string, string>();
task.Parameters["FUNCTIONS_COUNT"] = 1000.ToString();
task.Id = i++;
task.SuitableDestinations = new LaunchDestination[1] {
new LaunchDestination()
{
ResourceName = "cluster_niinkt_1",
NodeNames = new string[1] {
"i-master.nanocomputer.net"
}
}
};
wf.Tasks.Add(task);
}
;
return(wf);
}
void WonderingInit(GooseStates previous)
{
var physics = _goose.GetComponent <APhysics>();
if (physics != null)
{
physics.maxSpeed = _goose.baseSpeed;
}
_goose.transform.direction = Vector2.Zero;
Action wonderingDirFunc = () =>
{
// Find a random direction vector that is the direction away from the player rotated
// by at most 90 or -90 degrees, making sure that the resulting vector is still facing
// away from the player.
var randAngle = GameManager.random.NextDouble() * 2 * Math.PI;
targetDir = new Vector2((float)Math.Sin(randAngle), (float)Math.Cos(randAngle));
targetDir.Normalize();
Debug.Log($"{_goose.GetType().FullName} Wondering State direction angle is {randAngle}");
targetPosition = _goose.transform.position + targetDir * 20;
};
wonderingDirTask = TaskScheduler.AddTask(wonderingDirFunc, changeDirTime, -1, _goose.id);
//
// Choose a direction away from the player at first.
//
var p = GameObjectManager.FindObjectWithTag("player");
if (p != null)
{
var awayDir = _goose.transform.position - p.transform.position;
// Find a random direction vector that is the direction away from the player rotated
// by at most 90 or -90 degrees, making sure that the resulting vector is still facing
// away from the player.
var randAngle = GameManager.random.NextDouble() * Math.PI - Math.PI / 2;
targetDir = new Vector2(
awayDir.X * (float)Math.Cos(randAngle) - awayDir.Y * (float)Math.Sin(randAngle),
awayDir.X * (float)Math.Sin(randAngle) + awayDir.Y * (float)Math.Cos(randAngle));
targetDir.Normalize();
Debug.Log($"{_goose.GetType().FullName} Wondering State direction angle is {randAngle}");
targetPosition = _goose.transform.position + targetDir * 10;
}
}
void WonderingInit(BatStates previous)
{
var physics = _bat.GetComponent <APhysics>();
physics.friction = 0.99f;
physics.maxSpeed = _bat.baseSpeed / 4;
physics.acceleration = physics.maxSpeed / 4;
_bat.transform.direction = Vector2.Zero;
//
// Set correct animation.
//
_bat.RemoveComponent <SpriteAnimation>();
_bat.flyingAnim.Reset();
_bat.flyingAnim.animationFrameLength = _bat.animationLength / (_bat.flyingAnim.spriteList.Count);
_bat.AddComponent(_bat.flyingAnim);
//
// Chooses a new position after some time.
//
targetPosition = _bat.transform.position;
Action func = () =>
{
var dir = GameManager.random.NextDouble() * 2 * Math.PI;
var length = (float)GameManager.random.NextDouble() * (wonderingLengthMax - wonderingLengthMin) + wonderingLengthMin;
targetPosition = new Vector2((float)Math.Sin(dir), (float)Math.Cos(dir)) * length + _bat.transform.position;
targetDir = targetPosition - _bat.transform.position;
if (targetDir != Vector2.Zero)
{
targetDir.Normalize();
}
};
func();
targetPosTask = TaskScheduler.AddTask(func, newPositionInterval, -1, _bat.id);
}
void FullInit(SpikeStates previous)
{
_spike.sprite.index = 122;
for (int i = 0; i < particleNumber; i += 1)
{
var smoke =
new Smoke(_spike.transform.position + new Vector2(1 + GameManager.random.Next(6), GameManager.random.Next(6)));
smoke.SetRadius(1, 1.5f);
smoke.SetMaxMoveSpeed(10f + (float)GameManager.random.NextDouble() * 5f);
smoke.SetRadiusDecreaseSpeed(3f + (float)GameManager.random.NextDouble());
ParticleManager.AddParticle(smoke);
}
_spike.collisionBox = new Box(_spike.transform.position, new Vector2(6, 6), false, new Vector2(1, 1));
((Camera)GameObjectManager.FindObjectWithTag("camera"))?.AddShake(0.1);
task = TaskScheduler.AddTask(() => Init(SpikeStates.Down), changeStateTime, changeStateTime, _spike.id);
}
void WonderingInit(TortugaStates previous)
{
_tortuga.GetComponent <APhysics>().maxSpeed = 10f;
//
// Chooses a new position after some time.
//
targetPosition = _tortuga.transform.position;
Action func = () =>
{
var dir = GameManager.random.NextDouble() * 2 * Math.PI;
var length = (float)GameManager.random.NextDouble() * (wonderingLengthMax - wonderingLengthMin) + wonderingLengthMin;
targetPosition = new Vector2((float)Math.Sin(dir), (float)Math.Cos(dir)) * length + _tortuga.transform.position;
targetDir = targetPosition - _tortuga.transform.position;
if (targetDir != Vector2.Zero)
{
targetDir.Normalize();
}
};
targetPosTask = TaskScheduler.AddTask(func, newPositionInterval, -1, _tortuga.id);
}
public TaskScheduler.Workflow CreateTestWF()
{
var wf = new TaskScheduler.Workflow();
var cls = GetClusterNames();
wf.Resources = new Resource[0]; //cls.Select(name => TaskTimeMeter.CreateResourceRecord(name)).ToArray();
wf.Resources = wf.Resources.Union(new List<Resource>
{
new Resource{
Name = "VM1",
Nodes = new[] {
new Node {
DNSName = "machine",
CoresAvailable = 1,
ResourceName = "VM1",
Parameters = new Dictionary<string, string>() {
{"IS_VIRTUAL", "True"},
{ "SERVICE_URL", "http://192.168.9.10:8787/RExService" },
{ VirtualConnectionParams.VCP, Newtonsoft.Json.JsonConvert.SerializeObject(new global::Common.VManager.DataTypes.HostConnectionParams()
{
Name = "lo",
Type = "VBOX",
Parameters = new Dictionary<string,string>()
})}
}
}
},
Parameters = new Dictionary<string, string>()
}
}).ToArray();
wf.ResourcesNames = new string[0];
var ss = GetAppNames();
ulong i = 0;
for (var j = 0; j < 5 && j < ss.Count(); j++)
{
var task = new TaskScheduler.Task();
task.ApplicationName = ss.ElementAt(j);
task.Parameters = new Dictionary<string, string>();
task.Parameters["FUNCTIONS_COUNT"] = 1000.ToString();
task.Id = i++;
task.SuitableDestinations = new LaunchDestination[1] {
new LaunchDestination()
{
ResourceName = "cluster_niinkt_1",
NodeNames = new string[1] { "i-master.nanocomputer.net" }
}
};
wf.Tasks.Add(task);
};
return wf;
}
public TaskScheduler.UrgentWorkflow CreateUrgentTestWF()
{
var wf = new TaskScheduler.UrgentWorkflow();
wf.Optimize = true;
var cls = GetClusterNames();
wf.Resources = cls.Select(name => TaskTimeMeter.CreateResourceRecord(name)).ToArray();
wf.ResourcesNames = new string[0];
var ss = GetAppNames();
ulong i = 0;
wf.ActiveTasks = new List<TaskScheduler.ActiveTask>();
var runningTask = new TaskScheduler.ActiveTask() { Id = 500000 };
runningTask.Destination = new LaunchDestination() { ResourceName = wf.Resources[0].Name, NodeNames = wf.Resources[0].Nodes.Select(n => n.DNSName).ToArray() };
wf.ActiveTasks.Add(runningTask);
for (var j = 0; j < 5 && j < ss.Count(); j++)
{
var task = new TaskScheduler.Task();
task.ApplicationName = ss.ElementAt(j);
task.Parameters = new Dictionary<string, string>();
task.Parameters["FUNCTIONS_COUNT"] = 20000.ToString();
task.Id = i++;
wf.Tasks.Add(task);
}
return wf;
}
private void ShowInformation()
{
if (m_NewJob)
{
return;
}
m_Task = m_Tasks.OpenTask(m_Job.Name);
txtName.Text = m_Task.Name;
txtDescription.Text = m_Task.Comment;
//txtTime.Text = m_Task.Triggers[0].BeginDate.Hour.ToString() + ":" + m_Task.Triggers[0].BeginDate.Minute.ToString();
dtpTime.Value = DateTime.Parse(m_Job.StartTime);
dtpDate.Value = m_Task.Triggers[0].BeginDate;
if (m_Task.Triggers[0] is TaskScheduler.DailyTrigger)
{
cboSchedule.SelectedIndex = 0;
TaskScheduler.DailyTrigger dayTrigger = (TaskScheduler.DailyTrigger)m_Task.Triggers[0];
nupDay.Value = Convert.ToDecimal(dayTrigger.DaysInterval);
}
else if (m_Task.Triggers[0] is TaskScheduler.WeeklyTrigger)
{
cboSchedule.SelectedIndex = 1;
TaskScheduler.WeeklyTrigger weekTrigger = (TaskScheduler.WeeklyTrigger)m_Task.Triggers[0];
string days = weekTrigger.WeekDays.ToString();
cboWeekMonday.Checked = (days.IndexOf("Monday") > -1);
cboWeekTuesday.Checked = (days.IndexOf("Tuesday") > -1);
cboWeekWednesday.Checked = (days.IndexOf("Wednesday") > -1);
cboWeekThursday.Checked = (days.IndexOf("Thursday") > -1);
cboWeekFriday.Checked = (days.IndexOf("Friday") > -1);
cboWeekSaturday.Checked = (days.IndexOf("Saturday") > -1);
cboWeekSunday.Checked = (days.IndexOf("Sunday") > -1);
nupWeek.Value = Convert.ToDecimal(weekTrigger.WeeksInterval);
}
else if (m_Task.Triggers[0] is TaskScheduler.MonthlyTrigger)
{
cboSchedule.SelectedIndex = 2;
TaskScheduler.MonthlyTrigger monthTrigger = (TaskScheduler.MonthlyTrigger)m_Task.Triggers[0];
string months = monthTrigger.Months.ToString();
cboMonthJan.Checked = (months.IndexOf("January") > -1);
cboMonthFeb.Checked = (months.IndexOf("February") > -1);
cboMonthMar.Checked = (months.IndexOf("March") > -1);
cboMonthApr.Checked = (months.IndexOf("April") > -1);
cboMonthMay.Checked = (months.IndexOf("May") > -1);
cboMonthJune.Checked = (months.IndexOf("June") > -1);
cboMonthJuly.Checked = (months.IndexOf("July") > -1);
cboMonthAug.Checked = (months.IndexOf("August") > -1);
cboMontSept.Checked = (months.IndexOf("September") > -1);
cboMontOct.Checked = (months.IndexOf("October") > -1);
cboMonthNov.Checked = (months.IndexOf("November") > -1);
cboMontDec.Checked = (months.IndexOf("December") > -1);
nupMonth.Value = Convert.ToInt32(monthTrigger.Days[0]);
}
else if (m_Task.Triggers[0] is TaskScheduler.RunOnceTrigger)
{
cboSchedule.SelectedIndex = 3;
}
foreach (DataStorage.JobActionsRow action in m_Job.GetJobActionsRows())
{
DeviceHandler.Device device = GetDevice(action.DeviceID);
ListViewItem item = lvwDevices.Items.Add(device.Name);
item.SubItems.Add(action.TurnOn ? Localization.GetString("uniton") : Localization.GetString("unitoff"));
item.Tag = device;
}
}
private bool SetInformation()
{
try
{
if (lvwDevices.Items.Count == 0)
{
MessageBox.Show(Localization.GetString("FailedToSelectUnits"), Localization.GetString("telldusscheduler"),
MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
return(false);
}
if (txtName.Text.Length == 0)
{
MessageBox.Show(Localization.GetString("FailedToNameSchedule"), Localization.GetString("telldusscheduler"),
MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
return(false);
}
if (m_NewJob)
{
frmAskUsername frm = new frmAskUsername();
DialogResult result = frm.ShowDialog(this);
if (result == DialogResult.Cancel)
{
return(false);
}
m_Job = m_Data.Job.NewJobRow();
string encrypted = EncryptDecrypt.Encrypt(frm.Password, "ThisIsNotParadise");
m_Job.Username = frm.Username;
m_Job.Password = encrypted;
frm.Close();
}
string password = EncryptDecrypt.Decrypt(m_Job.Password, "ThisIsNotParadise");
//Set general information.
m_Job.JobName = txtName.Text;
m_Job.Name = txtName.Text;
m_Job.Description = txtDescription.Text;
if (!m_NewJob) //Clear previous actions and add new ones.
{
foreach (DataStorage.JobActionsRow action in m_Job.GetJobActionsRows())
{
action.Delete();
}
}
m_Data.AcceptChanges();
//Add actions.
foreach (ListViewItem item in lvwDevices.Items)
{
DataStorage.JobActionsRow action = m_Data.JobActions.NewJobActionsRow();
DeviceHandler.Device device = (DeviceHandler.Device)item.Tag;
action.DeviceID = device.ID;
action.JobID = m_Job.ID;
if (item.SubItems[1].Text == Localization.GetString("uniton"))
{
action.TurnOn = true;
}
else
{
action.TurnOn = false;
}
m_Data.JobActions.AddJobActionsRow(action);
}
TaskScheduler.Task task = null;
//Create a new schedule in windows.
if (m_Task != null)
{
task = m_Task;
}
else
{
task = m_Tasks.CreateTask(txtName.Text);
}
string path = System.IO.Path.GetDirectoryName(Application.ExecutablePath);
path = System.IO.Path.Combine(path, "DeviceSchedulerAgent.exe");
//Clear trigger.
if (task.Triggers != null)
{
task.Triggers.Clear();
}
//Set general information.
task.ApplicationName = path;
task.Parameters = m_Job.ID.ToString();
task.Comment = txtDescription.Text;
//Set user account information.
try
{
if (password.Length == 0)
{
task.SetAccountInformation(m_Job.Username, null);
}
else
{
task.SetAccountInformation(m_Job.Username, password);
}
}
catch
{
MessageBox.Show(Localization.GetString("FailedToSetPassword"),
Application.ProductName, MessageBoxButtons.OK, MessageBoxIcon.Error);
}
//Set Telldus as creator so we can recognize the task next time.
task.Creator = "Telldus";
m_Job.StartTime = dtpTime.Value.Hour.ToString() + ":" + dtpTime.Value.Minute.ToString();
dtpTime.Value = DateTime.Parse(dtpDate.Value.ToShortDateString() + " " + dtpTime.Value.ToShortTimeString());
DateTime time = dtpTime.Value;
short hour = short.Parse(dtpTime.Value.Hour.ToString());
short minute = short.Parse(dtpTime.Value.Minute.ToString());
short interval = 1;
switch (cboSchedule.SelectedIndex)
{
case 0: //Dailytrigger
interval = short.Parse(nupDay.Value.ToString());
TaskScheduler.DailyTrigger dayTrigger = new TaskScheduler.DailyTrigger(hour, minute, interval);
dayTrigger.BeginDate = dtpDate.Value;
//trigger.BeginDate.AddHours(Convert.ToDouble(dtpTime.Value.Hour));
//trigger.BeginDate.AddMinutes(Convert.ToDouble(dtpTime.Value.Minute));
dayTrigger.Disabled = false;
task.Triggers.Add(dayTrigger);
break;
case 1: //Weeklytrigger
TaskScheduler.DaysOfTheWeek weekDays = 0;
interval = short.Parse(nupWeek.Value.ToString());
if (cboWeekMonday.Checked)
{
weekDays = weekDays | TaskScheduler.DaysOfTheWeek.Monday;
}
if (cboWeekTuesday.Checked)
{
weekDays = weekDays | TaskScheduler.DaysOfTheWeek.Tuesday;
}
if (cboWeekWednesday.Checked)
{
weekDays = weekDays | TaskScheduler.DaysOfTheWeek.Wednesday;
}
if (cboWeekThursday.Checked)
{
weekDays = weekDays | TaskScheduler.DaysOfTheWeek.Thursday;
}
if (cboWeekFriday.Checked)
{
weekDays = weekDays | TaskScheduler.DaysOfTheWeek.Friday;
}
if (cboWeekSaturday.Checked)
{
weekDays = weekDays | TaskScheduler.DaysOfTheWeek.Saturday;
}
if (cboWeekSunday.Checked)
{
weekDays = weekDays | TaskScheduler.DaysOfTheWeek.Sunday;
}
TaskScheduler.WeeklyTrigger weeklyTrigger = new TaskScheduler.WeeklyTrigger(hour, minute, weekDays, interval);
time = DateTime.Parse(time.ToShortDateString() + " " + dtpTime.Value.Hour + ":" + dtpTime.Value.Minute + ":00");
//weeklyTrigger.BeginDate = time;
//weeklyTrigger.BeginDate=weeklyTrigger.BeginDate.AddHours(Convert.ToDouble(dtpTime.Value.Hour));
//weeklyTrigger.BeginDate=weeklyTrigger.BeginDate.AddMinutes(Convert.ToDouble(dtpTime.Value.Minute));
task.Triggers.Add(weeklyTrigger);
break;
case 2: //Monthlytrigger
//interval = int.Parse(nupmo
TaskScheduler.MonthsOfTheYear months = 0;
if (cboMonthJan.Checked)
{
months = months | TaskScheduler.MonthsOfTheYear.January;
}
if (cboMonthFeb.Checked)
{
months = months | TaskScheduler.MonthsOfTheYear.February;
}
if (cboMonthMar.Checked)
{
months = months | TaskScheduler.MonthsOfTheYear.March;
}
if (cboMonthApr.Checked)
{
months = months | TaskScheduler.MonthsOfTheYear.April;
}
if (cboMonthMay.Checked)
{
months = months | TaskScheduler.MonthsOfTheYear.May;
}
if (cboMonthJune.Checked)
{
months = months | TaskScheduler.MonthsOfTheYear.June;
}
if (cboMonthJuly.Checked)
{
months = months | TaskScheduler.MonthsOfTheYear.July;
}
if (cboMonthAug.Checked)
{
months = months | TaskScheduler.MonthsOfTheYear.August;
}
if (cboMontSept.Checked)
{
months = months | TaskScheduler.MonthsOfTheYear.September;
}
if (cboMontOct.Checked)
{
months = months | TaskScheduler.MonthsOfTheYear.October;
}
if (cboMonthNov.Checked)
{
months = months | TaskScheduler.MonthsOfTheYear.November;
}
if (cboMontDec.Checked)
{
months = months | TaskScheduler.MonthsOfTheYear.December;
}
int[] days = new int[1] {
int.Parse(nupMonth.Value.ToString())
};
TaskScheduler.MonthlyTrigger monthlyTrigger = new TaskScheduler.MonthlyTrigger(hour, minute, days, months);
monthlyTrigger.BeginDate = dtpDate.Value;
//trigger.BeginDate.AddMinutes(Convert.ToDouble(dtpTime.Value.Minute));
task.Triggers.Add(monthlyTrigger);
break;
case 3:
TaskScheduler.RunOnceTrigger onceTrigger = new TaskScheduler.RunOnceTrigger(dtpDate.Value);
onceTrigger.StartHour = hour;
onceTrigger.StartMinute = minute;
task.Triggers.Add(onceTrigger);
break;
}
task.Triggers[0].BeginDate = time;
task.Save();
task.Close();
if (m_NewJob)
{
m_Data.Job.AddJobRow(m_Job);
}
m_Data.AcceptChanges();
return(true);
}
catch (Exception ex)
{
//ett ohanterat fel har uppstått i programmet.
MessageBox.Show(Localization.GetString("msg1") + Environment.NewLine + ex.Message,
Application.ProductName, MessageBoxButtons.OK, MessageBoxIcon.Error);
return(false);
}
}
private void ShowInformation()
{
if (m_NewJob)
{
return;
}
m_Task = m_Tasks.OpenTask(m_Job.Name);
txtName.Text = m_Task.Name;
txtDescription.Text = m_Task.Comment;
//txtTime.Text = m_Task.Triggers[0].BeginDate.Hour.ToString() + ":" + m_Task.Triggers[0].BeginDate.Minute.ToString();
dtpTime.Value = DateTime.Parse(m_Job.StartTime);
dtpDate.Value = m_Task.Triggers[0].BeginDate;
if (m_Task.Triggers[0] is TaskScheduler.DailyTrigger)
{
cboSchedule.SelectedIndex = 0;
TaskScheduler.DailyTrigger dayTrigger = (TaskScheduler.DailyTrigger)m_Task.Triggers[0];
nupDay.Value = Convert.ToDecimal(dayTrigger.DaysInterval);
}
else if (m_Task.Triggers[0] is TaskScheduler.WeeklyTrigger)
{
cboSchedule.SelectedIndex = 1;
TaskScheduler.WeeklyTrigger weekTrigger = (TaskScheduler.WeeklyTrigger)m_Task.Triggers[0];
string days = weekTrigger.WeekDays.ToString();
cboWeekMonday.Checked = (days.IndexOf("Monday") > -1);
cboWeekTuesday.Checked = (days.IndexOf("Tuesday") > -1);
cboWeekWednesday.Checked = (days.IndexOf("Wednesday") > -1);
cboWeekThursday.Checked = (days.IndexOf("Thursday") > -1);
cboWeekFriday.Checked = (days.IndexOf("Friday") > -1);
cboWeekSaturday.Checked = (days.IndexOf("Saturday") > -1);
cboWeekSunday.Checked = (days.IndexOf("Sunday") > -1);
nupWeek.Value = Convert.ToDecimal(weekTrigger.WeeksInterval);
}
else if (m_Task.Triggers[0] is TaskScheduler.MonthlyTrigger)
{
cboSchedule.SelectedIndex = 2;
TaskScheduler.MonthlyTrigger monthTrigger = (TaskScheduler.MonthlyTrigger)m_Task.Triggers[0];
string months = monthTrigger.Months.ToString();
cboMonthJan.Checked = (months.IndexOf("January") > -1);
cboMonthFeb.Checked = (months.IndexOf("February") > -1);
cboMonthMar.Checked = (months.IndexOf("March") > -1);
cboMonthApr.Checked = (months.IndexOf("April") > -1);
cboMonthMay.Checked = (months.IndexOf("May") > -1);
cboMonthJune.Checked = (months.IndexOf("June") > -1);
cboMonthJuly.Checked = (months.IndexOf("July") > -1);
cboMonthAug.Checked = (months.IndexOf("August") > -1);
cboMontSept.Checked = (months.IndexOf("September") > -1);
cboMontOct.Checked = (months.IndexOf("October") > -1);
cboMonthNov.Checked = (months.IndexOf("November") > -1);
cboMontDec.Checked = (months.IndexOf("December") > -1);
nupMonth.Value = Convert.ToInt32(monthTrigger.Days[0]);
}
else if (m_Task.Triggers[0] is TaskScheduler.RunOnceTrigger)
{
cboSchedule.SelectedIndex = 3;
}
foreach (DataStorage.JobActionsRow action in m_Job.GetJobActionsRows())
{
DeviceHandler.Device device= GetDevice(action.DeviceID);
ListViewItem item = lvwDevices.Items.Add(device.Name);
item.SubItems.Add(action.TurnOn ? Localization.GetString("uniton") : Localization.GetString("unitoff"));
item.Tag = device;
}
}
