public HtCall(string rootpath, Call call)
{
RelativePath = BackOne;
Title = call.ReadableName + " call";
IncludeJQuery = false;
ActiveMenuItem = MenuItem.Calls;
var potentialIconName = call.Name.ToLower();
if (potentialIconName.Contains("-"))
{
potentialIconName = potentialIconName.Substring(0, potentialIconName.LastIndexOf('-'));
}
if (File.Exists(Path.Combine(rootpath, $"stuff\\{potentialIconName}.png")))
{
LeftTopIcon = potentialIconName;
}
else
{
Logger.Log($"Icon '{potentialIconName}' not found");
}
if (!TryIfLinkIsAlive(rootpath, call.Name + ".html"))
{
if (!TryIfLinkIsAlive(rootpath, call.Name.Split('-')[0] + ".html"))
{
Logger.Log($"No good link found for '{call.Name}' from the call");
}
}
EditPath = $"calls/{call.Name}.cfp";
Content = $"<h2><span class=\"ttl\">Call</span> of {call.ReadableName}</h2>"
+ Environment.NewLine
+ call.ToString();
}
public void RemoveLongestCall()
{
Call longestCall = this.callHistory.GetLongestCall();
this.callHistory.Remove(longestCall);
Print("Remove longest call", longestCall.ToString());
}
public void CreateCallTest()
{
CallFactory target = new CallFactory();
Call expected = new Call((uint)0);
Call actual;
actual = target.CreateCall();
Assert.AreEqual(expected.ToString(), actual.ToString());
}
public void ToStringTest()
{
uint callId = 0;
Call target = new Call(callId);
string expected = "Call ID: 0, StartTime: 00:00, BeginWaitTime: 00:00, FinishTime: 00:00, Product Type: Not Set";
string actual;
actual = target.ToString();
Assert.AreEqual(expected, actual);
}
public void VisitCall(Call call)
{
if (call.Target.ToString().Contains("System.Windows.Forms.MessageBox::Show"))
{
if (!call.ToString().Contains("System.Windows.Forms.MessageBoxOptions"))
{
Reporter.MethodFailed(m_method, CheckID, call.Untyped.Offset, string.Empty);
}
}
}
public void ToString_ShouldReturnCorrectString()
{
DateTime callDate = new DateTime(2010, 12, 31, 23, 59, 59);
string date = callDate.ToShortDateString();
Call call = new Call(callDate, "088888888", 120);
string expected = "Call " + date + " 23:59:59 to: 088888888 duration 2:00";
string result = call.ToString();
Assert.AreEqual(expected, result, "The output string should contain call date, time, number, duration");
}
static void Main()
{
string[] model = { "5S", "Galaxy", "Lumia 1080" };//necesery fields
string[] manufactory = { "IPhone", "Samsung", "Nokia" };//necesery fields
List<GSMCoreInfo> GSMs = new List<GSMCoreInfo>();
//Loop for fill all fields
for (int i = 0; i < model.Length; i++)
{
GSMCoreInfo GSM = new GSMCoreInfo(model[i], manufactory[i]);
GSMs.Add(GSM);
Console.WriteLine(GSM.ToString());
}
Console.WriteLine(GSMCoreInfo.IPhone);
//Test the Call class
List<Call> callPerPhone = new List<Call>();
string[] callTime = { "2000.12.3;23:11", "2000.12.4;25:23", "2000.12.24;23:59", "2001.1.1;00:01" };
string[] dialedNumber = { "0877123456", "0877123456", "0877123456", "0877123456" };
ulong[] durationInSec = { 180, 240, 450, 360 };
decimal sum = new decimal();
for (int i = 0; i < 4; i++)
{
Call currentCall = new Call();
currentCall.CallTime = callTime[i];
currentCall.DialedNumber = dialedNumber[i];
currentCall.DurationSec = durationInSec[i];
Console.WriteLine(currentCall.ToString());
callPerPhone.Add(currentCall);
}
//Idont have much time and i write it in Main to compile its prity good timing and fast rewriting
TotalMoney total = new TotalMoney();
Console.WriteLine("{0} \n Money spend: "+total.SumAllCalls(callPerPhone),GSMs[2]);
ulong deffduration = callPerPhone[0].DurationSec;
for (int i = 0; i <callPerPhone.Count; i++)
{
if (deffduration < callPerPhone[i].DurationSec)
{
deffduration = callPerPhone[i].DurationSec;
}
}
for (int i = 0; i < callPerPhone.Count; i++)
{
if (deffduration == callPerPhone[i].DurationSec)
{
callPerPhone[i].DurationSec = 0;
}
}
Console.WriteLine("{0} \n Money spend: " + total.SumAllCalls(callPerPhone), GSMs[2]);
callPerPhone.Clear();
Console.WriteLine("This Info is Cleared");
Console.WriteLine("Have a nice Day");
}
public void GameLoop()
{
Application.Run(callForm);
call = (Call)bf.Deserialize(ns);
string title = (string)bf.Deserialize(ns);
if (!title.Equals("pass"))
{
callForm = new CallForm(ns, title);
Application.Run(callForm);
}
this.Text = call.ToString();
StartGame();
}
private void button5_Click(object sender, EventArgs e)
{
lineIsBusy = true;
button1.Enabled = false;
button2.Enabled = false;
button3.Enabled = false;
button4.Enabled = true;
button5.Enabled = false;
currentCall = createOutgoingCall(comboBox1.Text, comboBox2.Text);
label3.Text = "";
label6.Text = currentCall.ToString();
}
public void ToStringTest()
{
var call = new Call
{
CallDirection = Call.Direction.Outgoing,
Caller = new Contact("Serhii", "Litvinov", new List <string> {
"+38111"
}),
CallTime = DateTime.MaxValue
};
var expected = $"Serhii Litvinov Outgoing {DateTime.MaxValue} : ( 0 )";
Assert.AreEqual(expected, call.ToString());
}
private void AddCall(Call c, string address)
{
try
{
if (((Hashtable)Calls[address]).ContainsKey(c.callId))
{
log.Debug("Adding call for " + address + ": " + c.ToString());
ss.AddCallLogs(address, c);
shiftCall(c.callId, address);
}
}
catch (Exception e)
{
log.Error("Unable to add call " + c.callId + " from " + address + ": " + e.Message);
}
}
public static void TestCallHistory()
{
StringBuilder sb = new StringBuilder();
Manufacturer nokia = new Manufacturer("Nokia", "USA");
GSM lumia = new GSM("Lumia", nokia, 250, new Battery(), new Display());
lumia.CallHistory.Add(new Call("12345", 230));
lumia.CallHistory.Add(new Call("12345", 50));
lumia.CallHistory.Add(new Call("12345", 180));
sb.AppendLine("Call history: ");
foreach (var call in lumia.CallHistory)
{
sb.AppendLine(call.ToString());
}
sb.AppendLine(Constants.Border);
decimal totalPrice = lumia.CalculateTotalCallPrice(PricePerMinute);
sb.AppendFormat("Total price all: {0}", totalPrice)
.AppendLine()
.AppendLine(Constants.Border);
sb.AppendLine("To remove: ");
Call longestCall = FindLongestCall(lumia);
lumia.CallHistory.Remove(longestCall);
sb.AppendLine(longestCall.ToString())
.AppendLine(Constants.Border);
totalPrice = lumia.CalculateTotalCallPrice(PricePerMinute);
sb.AppendFormat("Total price after removal: {0}", totalPrice)
.AppendLine()
.AppendLine(Constants.Border);
lumia.CallHistory.Clear();
sb.AppendLine("Call history after clearing: ");
foreach (var call in lumia.CallHistory)
{
sb.AppendLine(call.ToString());
}
Console.WriteLine(sb.ToString());
}
private static void SendCallToPlayers()
{
for (int i = 0; i < players.Length; i++)
{
int clientIndex = players[i].ClientIndex;
ns = clients[clientIndex].GetStream();
bf.Serialize(ns, call);
if (players[i].IsCall)
{
bf.Serialize(ns, "pass");
}
else
{
bf.Serialize(ns, call.ToString());
}
ns.Flush();
}
}
public override string ToString()
{
return(Call.ToString());
}
private void TopCallWorkersFrm_Load(object sender, EventArgs e)
{
if (Call == null)
{
return;
}
//show which call this is
callLbl.Text = Call.ToString();
//get the service user for this call
ServiceUser serviceuser = Call.ServiceUser;
////this is the list of workers to add to the list
List <TopWorkersViewModel> workersToAdd = new List <TopWorkersViewModel>();
//Get infor for every active worker
foreach (Worker worker in WorkerManager.Instance.ActiveWorkers)
{
//first lets get distance
double miles = -1;
if (worker.LongLatCoords != null && worker.LongLatCoords.HasLongLat)
{
try
{
miles = GoogleMaps.GetDistance(worker.LongLatCoords, serviceuser.LongLatCoords, "M");
}
catch (Exception ex) { }
}
//now whether they are a keyworker
bool isKeyWorker = serviceuser.KeyWorkers.Contains(worker);
//no
Image img = null;
if (isKeyWorker)
{
img = Cura.Properties.Resources.key;
}
//now get the time unassigned
int minutes_unassinged = worker.Unassigned_Mins_ForWeek(StartDate);
//ignore people without any of this information!
if (minutes_unassinged == 0 && !isKeyWorker && miles < 0)
{
continue;
}
workersToAdd.Add(
new TopWorkersViewModel()
{
worker = worker,
distance_miles = miles,
isKeyWorker = isKeyWorker,
image = img,
mins_workingtime_unassigned = minutes_unassinged
}
);
}
IEnumerable <TopWorkersViewModel> res = workersToAdd.OrderByDescending(w => w.isKeyWorker).ThenBy(w => w.distance_miles).ThenByDescending(w => w.mins_workingtime_unassigned).Take(10);
int index = 1;
foreach (TopWorkersViewModel model in res)
{
model.index = index++;
}
////hours remaining
listView1.SetObjects(res);
////distance
////get the closest remaining who aren't key workers
//Dictionary<Worker, double> WorkerMiles = new Dictionary<Worker, double>();
//if (serviceuser.LongLatCoords != null && serviceuser.LongLatCoords.HasLongLat)
//{
// foreach (Worker worker in WorkerManager.Instance.Workers.Where(w => !serviceuser.KeyWorkers.Contains(w)))
// {
// if (worker.LongLatCoords == null || !worker.LongLatCoords.HasLongLat)
// continue ;
// double miles = GoogleMaps.GetDistance(worker.LongLatCoords, serviceuser.LongLatCoords, "M");
// WorkerMiles.Add(worker, miles);
// }
//}
////FIRST DO THE KEYWORKERS
//foreach (Worker worker in serviceuser.KeyWorkers)
//{
// if (remaining == 0)
// break;
// double miles = -1;
// if (worker.LongLatCoords != null && worker.LongLatCoords.HasLongLat)
// {
// try
// {
// miles = GoogleMaps.GetDistance(worker.LongLatCoords, serviceuser.LongLatCoords, "M");
// }catch(Exception ex){}
// }
// workersToAdd.Add(new TopWorkersViewModel() { worker = worker, distance_miles = miles, isKeyWorker = true, image = ImageGenerator.Instance.GenerateWorkerImage(ImageGenerator.WorkerImageGen.Key), mins_workingtime_unassigned = worker.Unassigned_Mins_ForWeek(StartDate) });
// remaining -= 1;
//}
////NOW DO THE PEOPLE THAT ARE CLOSEST BUT NOT KEY WORKERS
// foreach(KeyValuePair<Worker, double> pair in WorkerMiles)
//{
// if (remaining == 0)
// break;
// workersToAdd.Add(new TopWorkersViewModel() { worker = pair.Key, distance_miles = pair.Value, isKeyWorker = false, mins_workingtime_unassigned = pair.Key.Unassigned_Mins_ForWeek(StartDate) });
// remaining -= 1;
//}
//IEnumerable<Worker> list1 = WorkerManager.Instance.Workers;
//list1.OrderByDescending(w => w.Unassigned_Mins_ForWeek(StartDate));
// foreach (Worker worker in list1)
// {
// if (remaining == 0)
// break;
// workersToAdd.Add(new TopWorkersViewModel() { worker = worker, isKeyWorker = false, mins_workingtime_unassigned = worker.Unassigned_Mins_ForWeek(StartDate) });
// remaining -= 1;
// }
// workersToAdd.OrderBy(w => w.isKeyWorker).ThenBy(w => w.distance_miles).ThenBy(w => w.mins_workingtime_unassigned);
////hours remaining
//listView1.SetObjects(workersToAdd);
}
public override string ToString()
{
return("APPLY " + Call.ToString() + " ON " + ListExpression.ToString());
}
private void UpdateCall(Call call)
{
// We can update this compoent only if we are in the from thread
if (tbCall1Id.InvokeRequired)
{
CallArgReturningVoidDelegate d = new CallArgReturningVoidDelegate(UpdateCall);
this.Invoke(d, new object[] { call });
}
else
{
Boolean VMAvailable = false;
Boolean manageCall1 = false;
log.LogDebug("UpdateCall: [{0}]", call.ToString());
// Voice mail is available ?
VMAvailable = rainbowTelephony.VoiceMailAvailable();
// Do we need to update Call 1 or Call 2 ?
if ((pbxCall2 != null) &&
(pbxCall2.Id == call.Id))
{
manageCall1 = false;
}
else if (pbxCall1 == null)
{
manageCall1 = true;
}
else if (pbxCall1.Id == call.Id)
{
manageCall1 = true;
}
// Update form elements
if (manageCall1)
{
// Store call
pbxCall1 = call;
tbCall1Id.Text = call.Id;
tbCall1Status.Text = call.CallStatus.ToString();
tbCall1LocalMedia.Text = call.LocalMedia.ToString();
tbCall1RemoteMedia.Text = call.RemoteMedia.ToString();
tbCall1DeviceType.Text = call.DeviceType;
cbCall1IsConference.Checked = call.IsConference;
// List participants
if ((pbxCall1.Participants != null) && (pbxCall1.Participants.Count > 0))
{
String output = "";
int nb = 1;
foreach (CallParticipant participant in pbxCall1.Participants)
{
if (nb > 1)
{
output += "\r\n";
}
output += nb + ") " + participant.DisplayName + " - " + participant.PhoneNumber;
nb++;
}
tbCall1Participants.Text = output;
}
// Manage buttons
cbCall1Dtmf.Visible = (call.CallStatus == Call.Status.ACTIVE);
switch (call.CallStatus)
{
case Call.Status.UNKNOWN:
// The call is finished
btn1Call1.Text = "Answer";
btn1Call1.Enabled = false;
btn2Call1.Text = "To VM";
btn2Call1.Enabled = false;
btn3Call1.Text = "Release";
btn3Call1.Enabled = false;
// No more manage this call
pbxCall1 = null;
break;
case Call.Status.RINGING_INCOMING:
btn1Call1.Text = "Answer";
btn1Call1.Enabled = true;
btn2Call1.Text = "To VM";
btn2Call1.Enabled = VMAvailable;
btn3Call1.Text = "Release";
btn3Call1.Enabled = true;
break;
case Call.Status.ANSWERING:
case Call.Status.CONNECTING:
case Call.Status.DIALING:
case Call.Status.RINGING_OUTGOING:
btn1Call1.Text = "Answer";
btn1Call1.Enabled = false;
btn2Call1.Text = "To VM";
btn2Call1.Enabled = false;
btn3Call1.Text = "Release";
btn3Call1.Enabled = true;
break;
case Call.Status.ACTIVE:
btn1Call1.Text = "Hold";
btn1Call1.Enabled = true;
btn2Call1.Text = "DTMF";
btn2Call1.Enabled = true;
btn3Call1.Text = "Release";
btn3Call1.Enabled = true;
break;
case Call.Status.RELEASING:
btn1Call1.Text = "Hold";
btn1Call1.Enabled = false;
btn2Call1.Text = "DTMF";
btn2Call1.Enabled = false;
btn3Call1.Text = "Release";
btn3Call1.Enabled = false;
break;
case Call.Status.QUEUED_INCOMING:
case Call.Status.QUEUED_OUTGOING:
case Call.Status.HOLD:
btn1Call1.Text = "Hold";
btn1Call1.Enabled = false;
btn2Call1.Text = "DTMF";
btn2Call1.Enabled = false;
btn3Call1.Text = "Release";
btn3Call1.Enabled = true;
break;
case Call.Status.PUT_ON_HOLD:
btn1Call1.Text = "Unhold";
btn1Call1.Enabled = true;
btn2Call1.Text = "DTMF";
btn2Call1.Enabled = false;
btn3Call1.Text = "Release";
btn3Call1.Enabled = false;
break;
case Call.Status.ERROR:
break;
}
}
else // Manage Call 2
{
// Store call
pbxCall2 = call;
tbCall2Id.Text = call.Id;
tbCall2Status.Text = call.CallStatus.ToString();
tbCall2LocalMedia.Text = call.LocalMedia.ToString();
tbCall2RemoteMedia.Text = call.RemoteMedia.ToString();
tbCall2DeviceType.Text = call.DeviceType;
cbCall2IsConference.Checked = call.IsConference;
// List participants
if ((pbxCall2.Participants != null) && (pbxCall2.Participants.Count > 0))
{
String output = "";
int nb = 1;
foreach (CallParticipant participant in pbxCall2.Participants)
{
if (nb > 1)
{
output += "\r\n";
}
output += nb + ") " + participant.DisplayName + " - " + participant.PhoneNumber;
nb++;
}
tbCall2Participants.Text = output;
}
// Manage buttons
cbCall2Dtmf.Visible = (call.CallStatus == Call.Status.ACTIVE);
switch (call.CallStatus)
{
case Call.Status.UNKNOWN:
// The call is finished
btn1Call2.Text = "Answer";
btn1Call2.Enabled = false;
btn2Call2.Text = "To VM";
btn2Call2.Enabled = false;
btn3Call2.Text = "Release";
btn3Call2.Enabled = false;
// No more manage this call
pbxCall2 = null;
break;
case Call.Status.RINGING_INCOMING:
btn1Call2.Text = "Answer";
btn1Call2.Enabled = true;
btn2Call2.Text = "To VM";
btn2Call2.Enabled = VMAvailable;
btn3Call2.Text = "Release";
btn3Call2.Enabled = true;
break;
case Call.Status.ANSWERING:
case Call.Status.CONNECTING:
case Call.Status.DIALING:
case Call.Status.RINGING_OUTGOING:
btn1Call2.Text = "Answer";
btn1Call2.Enabled = false;
btn2Call2.Text = "To VM";
btn2Call2.Enabled = false;
btn3Call2.Text = "Release";
btn3Call2.Enabled = true;
break;
case Call.Status.ACTIVE:
btn1Call2.Text = "Hold";
btn1Call2.Enabled = true;
btn2Call2.Text = "DTMF";
btn2Call2.Enabled = true;
btn3Call2.Text = "Release";
btn3Call2.Enabled = true;
break;
case Call.Status.RELEASING:
btn1Call2.Text = "Hold";
btn1Call2.Enabled = false;
btn2Call2.Text = "DTMF";
btn2Call2.Enabled = false;
btn3Call2.Text = "Release";
btn3Call2.Enabled = false;
break;
case Call.Status.QUEUED_INCOMING:
case Call.Status.QUEUED_OUTGOING:
case Call.Status.HOLD:
btn1Call2.Text = "Hold";
btn1Call2.Enabled = false;
btn2Call2.Text = "DTMF";
btn2Call2.Enabled = false;
btn3Call2.Text = "Release";
btn3Call2.Enabled = true;
break;
case Call.Status.PUT_ON_HOLD:
btn1Call2.Text = "Unhold";
btn1Call2.Enabled = true;
btn2Call2.Text = "DTMF";
btn2Call2.Enabled = false;
btn3Call2.Text = "Release";
btn3Call2.Enabled = false;
break;
case Call.Status.ERROR:
break;
}
}
// Can we perform another call ?
// - No call in progress
// - Only one call in progress and ACTIVE
Boolean activeCall = false;
int nbCall = 0;
if (pbxCall1 != null)
{
if (pbxCall1.CallStatus == Call.Status.ACTIVE)
{
activeCall = true;
}
if (pbxCall1.CallStatus != Call.Status.UNKNOWN)
{
nbCall++;
}
}
if (pbxCall2 != null)
{
if (pbxCall2.CallStatus == Call.Status.ACTIVE)
{
activeCall = true;
}
if (pbxCall2.CallStatus != Call.Status.UNKNOWN)
{
nbCall++;
}
}
btMakeCall.Enabled = (activeCall && (nbCall == 1)) || (nbCall == 0);
Boolean enableAdvanceAction = false;
if ((pbxCall1 != null) &&
(pbxCall2 != null))
{
enableAdvanceAction = ((pbxCall1.CallStatus == Call.Status.ACTIVE) && (pbxCall2.CallStatus == Call.Status.PUT_ON_HOLD)) ||
((pbxCall1.CallStatus == Call.Status.PUT_ON_HOLD) && (pbxCall2.CallStatus == Call.Status.ACTIVE));
}
btCallTransfer.Enabled = btCallConference.Enabled = enableAdvanceAction;
// We cannot make another call if advanced actions are available
if (enableAdvanceAction)
{
btMakeCall.Enabled = false;
}
}
}
