public void SetupTest()
{
modul2 = new Modul2();
modul2Property = new Modul2Property();
historicalCollection = new HistoricalCollection();
collectionDescription = new CollectionDescription();
}
public void CollectionDescription_EmptyConstructor_ReturnsDefaults()
{
var result = new CollectionDescription();
var hcollection = new HistoricalCollection();
bool equal = !hcollection.ReceiverPropertyArray.Except(result.Collection.ReceiverPropertyArray).Any();
Assert.IsTrue(result.ID == 0 && result.DataSet == 0 && equal);
}
public void ReplicatorReceiver_Prosledi()
{
//Arange
ReaderCACD rCACD = new ReaderCACD();
ReaderCCCL rCCCL = new ReaderCCCL();
ReaderCSCM rCSCM = new ReaderCSCM();
ReaderCCCS rCCCS = new ReaderCCCS();
Logger l = new Logger();
ReplicatorReceiver _replicatorReceiver = new ReplicatorReceiver();
List <CollectionDescription> collectionDescription = new List <CollectionDescription>();
Podatak[] p = new Podatak[1];
int brojac = 0;
Podatak podatak1 = new Podatak(Code.CodeSpisak.CODE_ANALOG, 1);
Podatak podatak2 = new Podatak(Code.CodeSpisak.CODE_DIGITAL, 1);
Podatak podatak3 = new Podatak(Code.CodeSpisak.CODE_CUSTOM, 1);
Podatak podatak4 = new Podatak(Code.CodeSpisak.CODE_LIMITSET, 1);
Podatak podatak5 = new Podatak(Code.CodeSpisak.CODE_SOURCE, 1);
Podatak podatak6 = new Podatak(Code.CodeSpisak.CODE_CONSUMER, 1);
Podatak podatak7 = new Podatak(Code.CodeSpisak.CODE_SINGLENOE, 1);
Podatak podatak8 = new Podatak(Code.CodeSpisak.CODE_MULTIPLENODE, 1);
HistoricalCollection hc = new HistoricalCollection();
p[0] = podatak1;
hc.ReceiverProperty = p;
collectionDescription.Add(new CollectionDescription(brojac++, DataSet.DataSetSpisak.CACD, hc));
p[0] = podatak2;
hc.ReceiverProperty = p;
collectionDescription.Add(new CollectionDescription(brojac++, DataSet.DataSetSpisak.CACD, hc));
p[0] = podatak3;
hc.ReceiverProperty = p;
collectionDescription.Add(new CollectionDescription(brojac++, DataSet.DataSetSpisak.CCCL, hc));
p[0] = podatak4;
hc.ReceiverProperty = p;
collectionDescription.Add(new CollectionDescription(brojac++, DataSet.DataSetSpisak.CCCL, hc));
p[0] = podatak5;
hc.ReceiverProperty = p;
collectionDescription.Add(new CollectionDescription(brojac++, DataSet.DataSetSpisak.CCCS, hc));
p[0] = podatak6;
hc.ReceiverProperty = p;
collectionDescription.Add(new CollectionDescription(brojac++, DataSet.DataSetSpisak.CCCS, hc));
p[0] = podatak7;
hc.ReceiverProperty = p;
collectionDescription.Add(new CollectionDescription(brojac++, DataSet.DataSetSpisak.CSCM, hc));
p[0] = podatak8;
hc.ReceiverProperty = p;
collectionDescription.Add(new CollectionDescription(brojac++, DataSet.DataSetSpisak.CSCM, hc));
_replicatorReceiver.Cd = collectionDescription;
//Act
_replicatorReceiver.Prosledi(rCACD, rCCCL, rCSCM, rCCCS, l);
//Assert
Assert.AreEqual(_replicatorReceiver.Cd[0].Hc.ReceiverProperty[0], rCACD.Buffer[0].Item1);
}
public void CollectionDescription_ConstructorWithParameters_ReturnsGivenValues(int iD, int dataSet, HistoricalCollection collection)
{
var result = new CollectionDescription(iD, dataSet, collection);
var hcollection = new HistoricalCollection();
bool equal = !hcollection.ReceiverPropertyArray.Except(result.Collection.ReceiverPropertyArray).Any();
Assert.IsTrue(result.ID == iD && result.DataSet == dataSet && equal);
}
public void ReplicatorSender_EmptyConstructor_ReturnsDefaults()
{
var result = new ReplicatorSender.ReplicatorSender();
var hcollection = new HistoricalCollection();
bool equal = !hcollection.ReceiverPropertyArray.Except(result.Data.ReceiverPropertyArray).Any();
Assert.IsTrue(equal);
}
public CollectionDescription ConvertToCD(HistoricalCollection historicalCollection)
{
HistoricalCollection collection = new HistoricalCollection();
for (int i = 0; i < 2; i++)
{
collection.ReceiverPropertyArray.Add(historicalCollection.ReceiverPropertyArray[i]);
}
return(new CollectionDescription(++dataCDCounter,
GetDataSet.GetDatasetForCode(collection.ReceiverPropertyArray[0].Code,
collection.ReceiverPropertyArray[1].Code),
collection));
}
public void SerializeOkParameter(Code code, int value, int dataSet)
{
Modul2Property hp = new Modul2Property()
{
Code = code, Modul2Value = value
};
HistoricalCollection histColl = new HistoricalCollection();
histColl.m_Modul2Property[0] = hp;
CollectionDescription collDesc = new CollectionDescription();
collDesc.Dataset = dataSet;
collDesc.Id = 1235;
collDesc.timeStamp = DateTime.Now;
collDesc.m_HistoricalCollection = histColl;
Assert.IsFalse(modul2.Serialize(collDesc));
}
public void CheckDeadbandTestNotOk(Code code, int value, int dataSet)
{
Modul2Property hp = new Modul2Property()
{
Code = code, Modul2Value = value
};
HistoricalCollection histColl = new HistoricalCollection();
histColl.m_Modul2Property[0] = hp;
CollectionDescription collDesc = new CollectionDescription();
collDesc.Dataset = dataSet;
collDesc.Id = 123456;
collDesc.timeStamp = DateTime.Now;
collDesc.m_HistoricalCollection = histColl;
Assert.AreEqual(modul2.CheckDeadband(collDesc), true);
}
public void Deadband()
{
List <CollectionDescription> test = new List <CollectionDescription>();
WorkerProperty wp = new WorkerProperty(Code.CODE_ANALOG, 1000);
WorkerProperty wp1 = new WorkerProperty(Code.CODE_ANALOG, 1500);
WorkerProperty wp2 = new WorkerProperty(Code.CODE_DIGITAL, 2000);
HistoricalCollection hc = new HistoricalCollection();
hc.m_WorkerProperty[0] = wp;
HistoricalCollection hc1 = new HistoricalCollection();
hc1.m_WorkerProperty[0] = wp1;
HistoricalCollection hc2 = new HistoricalCollection();
hc2.m_WorkerProperty[0] = wp2;
test.Add(new CollectionDescription()
{
Dataset = 1, m_HistoricalCollection = hc
});
test.Add(new CollectionDescription()
{
Dataset = 1, m_HistoricalCollection = hc1
});
test.Add(new CollectionDescription()
{
Dataset = 1, m_HistoricalCollection = hc2
});
proxyMock.Deserialization(1).ReturnsForAnyArgs(test);
Worker.Worker.proxy = proxyMock;
bool resultAnalog = worker.ReceiveFromLoadBalancer(Code.CODE_ANALOG, 1000);
Assert.IsTrue(resultAnalog);
}
public void ReplicatorReceiver_Prosledi()
{
//Arange
ReaderCACD rCACD = new ReaderCACD();
ReaderCCCL rCCCL = new ReaderCCCL();
ReaderCSCM rCSCM = new ReaderCSCM();
ReaderCCCS rCCCS = new ReaderCCCS();
Logger l = new Logger();
ReplicatorReceiver _replicatorReceiver = new ReplicatorReceiver();
Podatak[] p = new Podatak[1];
Podatak podatak1 = new Podatak(Code.CodeSpisak.CODE_ANALOG, 1);
Podatak podatak2 = new Podatak(Code.CodeSpisak.CODE_DIGITAL, 1);
Podatak podatak3 = new Podatak(Code.CodeSpisak.CODE_CUSTOM, 1);
Podatak podatak4 = new Podatak(Code.CodeSpisak.CODE_LIMITSET, 1);
Podatak podatak5 = new Podatak(Code.CodeSpisak.CODE_SOURCE, 1);
Podatak podatak6 = new Podatak(Code.CodeSpisak.CODE_CONSUMER, 1);
Podatak podatak7 = new Podatak(Code.CodeSpisak.CODE_SINGLENOE, 1);
Podatak podatak8 = new Podatak(Code.CodeSpisak.CODE_MULTIPLENODE, 1);
CollectionDescription cd1 = new CollectionDescription();
HistoricalCollection hc1 = new HistoricalCollection();
hc1.ReceiverProperty = new Podatak[1] {
podatak1
};
cd1.Dataset = DataSet.DataSetSpisak.CACD;
cd1.Hc = hc1;
cd1.Id = 0;
CollectionDescription cd2 = new CollectionDescription();
HistoricalCollection hc2 = new HistoricalCollection();
hc2.ReceiverProperty = new Podatak[1] {
podatak2
};
cd2.Dataset = DataSet.DataSetSpisak.CACD;
cd2.Hc = hc2;
cd2.Id = 1;
CollectionDescription cd3 = new CollectionDescription();
HistoricalCollection hc3 = new HistoricalCollection();
hc3.ReceiverProperty = new Podatak[1] {
podatak3
};
cd3.Dataset = DataSet.DataSetSpisak.CCCL;
cd3.Hc = hc3;
cd3.Id = 2;
CollectionDescription cd4 = new CollectionDescription();
HistoricalCollection hc4 = new HistoricalCollection();
hc4.ReceiverProperty = new Podatak[1] {
podatak4
};
cd4.Dataset = DataSet.DataSetSpisak.CCCL;
cd4.Hc = hc4;
cd4.Id = 3;
CollectionDescription cd5 = new CollectionDescription();
HistoricalCollection hc5 = new HistoricalCollection();
hc5.ReceiverProperty = new Podatak[1] {
podatak5
};
cd5.Dataset = DataSet.DataSetSpisak.CCCS;
cd5.Hc = hc5;
cd5.Id = 4;
CollectionDescription cd6 = new CollectionDescription();
HistoricalCollection hc6 = new HistoricalCollection();
hc6.ReceiverProperty = new Podatak[1] {
podatak6
};
cd6.Dataset = DataSet.DataSetSpisak.CCCS;
cd6.Hc = hc6;
cd6.Id = 5;
CollectionDescription cd7 = new CollectionDescription();
HistoricalCollection hc7 = new HistoricalCollection();
hc7.ReceiverProperty = new Podatak[1] {
podatak7
};
cd7.Dataset = DataSet.DataSetSpisak.CSCM;
cd7.Hc = hc7;
cd7.Id = 6;
CollectionDescription cd8 = new CollectionDescription();
HistoricalCollection hc8 = new HistoricalCollection();
hc8.ReceiverProperty = new Podatak[1] {
podatak8
};
cd8.Dataset = DataSet.DataSetSpisak.CSCM;
cd8.Hc = hc8;
cd8.Id = 7;
List <CollectionDescription> collectionDescription = new List <CollectionDescription>()
{
cd1, cd2, cd3, cd4, cd5, cd6, cd7, cd8
};
List <CollectionDescription> expectedCd = new List <CollectionDescription>()
{
cd1, cd2, cd3, cd4, cd5, cd6, cd7, cd8
};
_replicatorReceiver.Cd = collectionDescription;
//Act
_replicatorReceiver.Prosledi(rCACD, rCCCL, rCSCM, rCCCS, l);
//Assert
Assert.AreEqual(expectedCd[0].Hc.ReceiverProperty[0], rCACD.Buffer[0].Item1);
Assert.AreEqual(expectedCd[1].Hc.ReceiverProperty[0], rCACD.Buffer[0].Item2);
Assert.AreEqual(expectedCd[2].Hc.ReceiverProperty[0], rCCCL.Buffer[0].Item1);
Assert.AreEqual(expectedCd[3].Hc.ReceiverProperty[0], rCCCL.Buffer[0].Item2);
Assert.AreEqual(expectedCd[4].Hc.ReceiverProperty[0], rCCCS.Buffer[0].Item1);
Assert.AreEqual(expectedCd[5].Hc.ReceiverProperty[0], rCCCS.Buffer[0].Item2);
Assert.AreEqual(expectedCd[6].Hc.ReceiverProperty[0], rCSCM.Buffer[0].Item1);
Assert.AreEqual(expectedCd[7].Hc.ReceiverProperty[0], rCSCM.Buffer[0].Item2);
}
public ReplicatorSender()
{
service = new ReplicatorSenderSvc();
Data = new HistoricalCollection();
}
public void HistoricalCollection_ConstructorWithParameters_ReturnsGivenValues(List <ReceiverProperty> receiverPropertyArray)
{
var result = new HistoricalCollection(receiverPropertyArray);
Assert.AreEqual(result.ReceiverPropertyArray, receiverPropertyArray);
}
public void HistoricalCollection_EmptyConstructor_ReturnsDefaults()
{
var result = new HistoricalCollection();
Assert.AreEqual(result.ReceiverPropertyArray, new List <ReceiverProperty>());
}
static void Main(string[] args)
{
Logger l = new Logger();
Podatak p = new Podatak();
Writer w = new Writer();
ReplicatorSender rs = new ReplicatorSender();
ReplicatorReceiver rr = new ReplicatorReceiver();
ReaderCACD rCACD = new ReaderCACD();
ReaderCCCL rCCCL = new ReaderCCCL();
ReaderCCCS rCCCS = new ReaderCCCS();
ReaderCSCM rCSCM = new ReaderCSCM();
Thread t1;
t1 = new Thread(() =>
{
while (true)
{
lock (obj)
{
Array values = Enum.GetValues(typeof(Code.CodeSpisak));
Random random = new Random();
Code.CodeSpisak randomCode = (Code.CodeSpisak)values.GetValue(random.Next(values.Length));
p.Code = randomCode;
p.Value = random.Next(0, 1000);
w.P = p;
w.Prosledi(rs, l);
rs.Prosledi(rr, l);
rr.Razvrstaj(l);
rr.Prosledi(rCACD, rCCCL, rCSCM, rCCCS, l);
rCACD.UpisiUBazu(l);
rCCCL.Deadband(l);
rCCCL.UpisiUBazu(l);
rCSCM.Deadband(l);
rCSCM.UpisiUBazu(l);
rCCCS.Deadband(l);
rCCCS.UpisiUBazu(l);
Thread.Sleep(100);
}
}
});
t1.IsBackground = true;
t1.Start();
//t2 = new Thread(() =>
//{
// while (true)
// {
// rs.Prosledi(rr, l);
// }
//});
//t3 = new Thread(() =>
//{
// while (true)
// {
// rr.Razvrstaj(l);
// }
//});
//t4 = new Thread(() =>
//{
// while (true)
// {
// rr.Prosledi(rCACD, rCCCL, rCSCM, rCCCS, l);
// }
//});
//t5 = new Thread(() =>
//{
// while (true)
// {
// rCACD.UpisiUBazu(l);
// }
//});
//t6 = new Thread(() =>
//{
// while (true)
// {
// rCCCL.UpisiUBazu(l);
// }
//});
//t7 = new Thread(() =>
//{
// while (true)
// {
// rCSCM.UpisiUBazu(l);
// }
//});
//t8 = new Thread(() =>
//{
// while (true)
// {
// rCCCS.UpisiUBazu(l);
// }
//});
//t1.Start();
//t2.Start();
//t3.Start();
//t4.Start();
//t5.Start();
//t6.Start();
//t7.Start();
//t8.Start();
while (true)
{
CollectionDescription cd1 = new CollectionDescription();
HistoricalCollection hc1 = new HistoricalCollection();
hc1.ReceiverProperty = new Podatak[1] {
new Podatak(Code.CodeSpisak.CODE_ANALOG, 1)
};
cd1.Dataset = DataSet.DataSetSpisak.CACD;
cd1.Hc = hc1;
cd1.Id = 0;
CollectionDescription cd2 = new CollectionDescription();
HistoricalCollection hc2 = new HistoricalCollection();
hc2.ReceiverProperty = new Podatak[1] {
new Podatak(Code.CodeSpisak.CODE_DIGITAL, 1)
};
cd2.Dataset = DataSet.DataSetSpisak.CACD;
cd2.Hc = hc2;
cd2.Id = 0;
Console.WriteLine("1. Unesite vrednost");
Console.WriteLine("2. Iscitaj iz baze");
Console.WriteLine("3. Exit");
string str = Console.ReadLine();
if (str == "1")
{
lock (obj)
{
Console.WriteLine("Unesite vrednost:");
string a = Console.ReadLine();
p.Value = Convert.ToInt32(a);
Console.WriteLine("Izaberi code: \n");
Console.WriteLine("1. CODE_ANALOG\n");
Console.WriteLine("2. CODE_DIGITAL\n");
Console.WriteLine("3. CODE_CUSTOM\n");
Console.WriteLine("4. CODE_LIMITSET\n");
Console.WriteLine("5. CODE_SINGLENOE\n");
Console.WriteLine("6. CODE_MULTIPLENODE\n");
Console.WriteLine("7. CODE_CONSUMER\n");
Console.WriteLine("8. CODE_SOURCE\n");
Console.WriteLine("Za izlaz pritisni x");
a = Console.ReadLine();
switch (a)
{
case "1":
p.Code = Code.CodeSpisak.CODE_ANALOG;
break;
case "2":
p.Code = Code.CodeSpisak.CODE_DIGITAL;
break;
case "3":
p.Code = Code.CodeSpisak.CODE_CUSTOM;
break;
case "4":
p.Code = Code.CodeSpisak.CODE_LIMITSET;
break;
case "5":
p.Code = Code.CodeSpisak.CODE_SINGLENOE;
break;
case "6":
p.Code = Code.CodeSpisak.CODE_MULTIPLENODE;
break;
case "7":
p.Code = Code.CodeSpisak.CODE_CONSUMER;
break;
case "8":
p.Code = Code.CodeSpisak.CODE_SOURCE;
break;
case "x":
return;
default:
break;
}
w.P = p;
w.Prosledi(rs, l);
rs.Prosledi(rr, l);
rr.Razvrstaj(l);
rr.Prosledi(rCACD, rCCCL, rCSCM, rCCCS, l);
rCACD.UpisiUBazu(l);
rCCCL.Deadband(l);
rCCCL.UpisiUBazu(l);
rCSCM.Deadband(l);
rCSCM.UpisiUBazu(l);
rCCCS.Deadband(l);
rCCCS.UpisiUBazu(l);
}
}
else if (str == "2")
{
lock (obj)
{
rCACD.IscitajIzBaze(l);
rCCCL.IscitajIzBaze(l);
rCSCM.IscitajIzBaze(l);
rCCCS.IscitajIzBaze(l);
}
}
else if (str == "3")
{
lock (obj)
{
return;
}
}
}
}
public void Razvrstaj(Logger l)
{
lock (obj)
{
HistoricalCollection hc = new HistoricalCollection();
//Podatak a = new Podatak();
int granica = buffer.Count;
for (int i = 0; i < granica; granica--)
{
//int x = a.Value;
Podatak[] p = new Podatak[1];
//a.Code = x.Code;
//a.Value = x.Value;
p[0] = buffer[i];
hc.ReceiverProperty = p;
if (buffer[i].Code == Code.CodeSpisak.CODE_ANALOG || buffer[i].Code == Code.CodeSpisak.CODE_DIGITAL)
{
CollectionDescription c = new CollectionDescription(brojac++, DataSet.DataSetSpisak.CACD, hc);
Cd.Add(c);
buffer.Remove(buffer[i]);
}
else if (buffer[i].Code == Code.CodeSpisak.CODE_CUSTOM || buffer[i].Code == Code.CodeSpisak.CODE_LIMITSET)
{
CollectionDescription c = new CollectionDescription(brojac++, DataSet.DataSetSpisak.CCCL, hc);
Cd.Add(c);
buffer.Remove(buffer[i]);
}
else if (buffer[i].Code == Code.CodeSpisak.CODE_SINGLENOE || buffer[i].Code == Code.CodeSpisak.CODE_MULTIPLENODE)
{
CollectionDescription c = new CollectionDescription(brojac++, DataSet.DataSetSpisak.CSCM, hc);
Cd.Add(c);
buffer.Remove(buffer[i]);
}
else
{
CollectionDescription c = new CollectionDescription(brojac++, DataSet.DataSetSpisak.CCCS, hc);
Cd.Add(c);
buffer.Remove(buffer[i]);
}
}
string s = String.Format("{0}: Replikator Receiver razvrstava", DateTime.Now);
l.Upisi(s);
}
//switch (a.Code)
//{
// case Code.CodeSpisak.CODE_ANALOG:
// cd.Dictionary.Add(Tuple.Create(++brojac, DataSet.DataSetSpisak.CACD), hc);
// break;
// case Code.CodeSpisak.CODE_DIGITAL:
// cd.Dictionary.Add(Tuple.Create(++brojac, DataSet.DataSetSpisak.CACD), hc);
// break;
// case Code.CodeSpisak.CODE_CUSTOM:
// cd.Dictionary.Add(Tuple.Create(++brojac, DataSet.DataSetSpisak.CCCL), hc);
// break;
// case Code.CodeSpisak.CODE_LIMITSET:
// cd.Dictionary.Add(Tuple.Create(++brojac, DataSet.DataSetSpisak.CCCL), hc);
// break;
//case Code.CodeSpisak.CODE_SINGLENOE:
// cd.Dictionary.Add(Tuple.Create(++brojac, DataSet.DataSetSpisak.CSCM), hc);
// break;
// case Code.CodeSpisak.CODE_MULTIPLENODE:
// cd.Dictionary.Add(Tuple.Create(++brojac, DataSet.DataSetSpisak.CSCM), hc);
// break;
// case Code.CodeSpisak.CODE_CONSUMER:
// cd.Dictionary.Add(Tuple.Create(++brojac, DataSet.DataSetSpisak.CCCS), hc);
// break;
// case Code.CodeSpisak.CODE_SOURCE:
// cd.Dictionary.Add(Tuple.Create(++brojac, DataSet.DataSetSpisak.CCCS), hc);
// break;
// default:
// break;
//}
}
public void ReplicatorReceiver_Razvrstaj()
{
//Arrange
Podatak[] p = new Podatak[1];
List <CollectionDescription> collectionDescription = new List <CollectionDescription>();
int brojac = 0;
Podatak podatak1 = new Podatak(Code.CodeSpisak.CODE_ANALOG, 1);
Podatak podatak2 = new Podatak(Code.CodeSpisak.CODE_DIGITAL, 1);
Podatak podatak3 = new Podatak(Code.CodeSpisak.CODE_CUSTOM, 1);
Podatak podatak4 = new Podatak(Code.CodeSpisak.CODE_LIMITSET, 1);
Podatak podatak5 = new Podatak(Code.CodeSpisak.CODE_SOURCE, 1);
Podatak podatak6 = new Podatak(Code.CodeSpisak.CODE_CONSUMER, 1);
Podatak podatak7 = new Podatak(Code.CodeSpisak.CODE_SINGLENOE, 1);
Podatak podatak8 = new Podatak(Code.CodeSpisak.CODE_MULTIPLENODE, 1);
List <Podatak> bufferPodaci = new List <Podatak> {
podatak1, podatak2, podatak3, podatak4, podatak5, podatak6, podatak7, podatak8
};
//bufferPodaci.Add(podatak1);
//bufferPodaci.Add(podatak2);
//bufferPodaci.Add(podatak3);
//bufferPodaci.Add(podatak4);
//bufferPodaci.Add(podatak5);
//bufferPodaci.Add(podatak6);
//bufferPodaci.Add(podatak7);
//bufferPodaci.Add(podatak8);
HistoricalCollection hc1 = new HistoricalCollection();
HistoricalCollection hc2 = new HistoricalCollection();
HistoricalCollection hc3 = new HistoricalCollection();
HistoricalCollection hc4 = new HistoricalCollection();
HistoricalCollection hc5 = new HistoricalCollection();
HistoricalCollection hc6 = new HistoricalCollection();
HistoricalCollection hc7 = new HistoricalCollection();
HistoricalCollection hc8 = new HistoricalCollection();
hc1.ReceiverProperty[0] = podatak1;
collectionDescription.Add(new CollectionDescription(brojac++, DataSet.DataSetSpisak.CACD, hc1));
p[0] = podatak2;
hc2.ReceiverProperty[0] = podatak2;
collectionDescription.Add(new CollectionDescription(brojac++, DataSet.DataSetSpisak.CACD, hc2));
p[0] = podatak3;
hc3.ReceiverProperty = p;
collectionDescription.Add(new CollectionDescription(brojac++, DataSet.DataSetSpisak.CCCL, hc3));
p[0] = podatak4;
hc4.ReceiverProperty = p;
collectionDescription.Add(new CollectionDescription(brojac++, DataSet.DataSetSpisak.CCCL, hc4));
p[0] = podatak5;
hc5.ReceiverProperty = p;
collectionDescription.Add(new CollectionDescription(brojac++, DataSet.DataSetSpisak.CCCS, hc5));
p[0] = podatak6;
hc6.ReceiverProperty = p;
collectionDescription.Add(new CollectionDescription(brojac++, DataSet.DataSetSpisak.CCCS, hc6));
p[0] = podatak7;
hc7.ReceiverProperty = p;
collectionDescription.Add(new CollectionDescription(brojac++, DataSet.DataSetSpisak.CSCM, hc7));
p[0] = podatak8;
hc8.ReceiverProperty = p;
collectionDescription.Add(new CollectionDescription(brojac++, DataSet.DataSetSpisak.CSCM, hc8));
ReplicatorReceiver _replicatorReceiver = new ReplicatorReceiver();
_replicatorReceiver.Buffer = bufferPodaci;
Logger l = new Logger();
//Act
_replicatorReceiver.Razvrstaj(l);
//Assert
for (int i = 0; i < _replicatorReceiver.Cd.Count; i++)
{
Assert.AreEqual(_replicatorReceiver.Cd[i].Hc.ReceiverProperty[0].Code, collectionDescription[0].Hc.ReceiverProperty[0].Code);
Assert.AreEqual(_replicatorReceiver.Cd[i].Hc.ReceiverProperty[0].Value, collectionDescription[0].Hc.ReceiverProperty[0].Value);
}
}
public void Constructor_NoArguments_PropertiesListInitialized()
{
HistoricalCollection collection = new HistoricalCollection();
Assert.IsNotNull(collection.Properties);
}
public void ReplicatorReceiverTest_ConstructorWithParameters_ReturnsDefaults()
{
var dataCD1 = new CollectionDescription {
ID = 0, DataSet = 0, Collection = new HistoricalCollection {
}
};
Dictionary <int, Reader.Reader> readers1 = new Dictionary <int, Reader.Reader>();
Reader.Reader rd1 = new Reader.Reader(1);
Reader.Reader rd2 = new Reader.Reader(2);
Reader.Reader rd3 = new Reader.Reader(3);
Reader.Reader rd4 = new Reader.Reader(4);
readers1.Add(1, rd1);
readers1.Add(2, rd2);
readers1.Add(3, rd3);
readers1.Add(4, rd4);
//{
// {
// 1,
// new Reader.Reader
// {
// ID = 1,
// ContainsDataset1 = false,
// ContainsDataset2 = false,
// ContainsDataset3= false,
// ContainsDataset4 = false,
// ReceivedData = new DeltaCD
// {
// Add = new List<CollectionDescription>
// {
// new CollectionDescription
// {
// ID = 1,
// DataSet = 1,
// Collection = new HistoricalCollection
// {
// ReceiverPropertyArray = new List<ReceiverProperty>
// {
// new ReceiverProperty
// {
// Code = Code.CODE_ANALOG,
// ReceiverValue = 1110
// },
// new ReceiverProperty
// {
// Code = Code.CODE_DIGITAL,
// ReceiverValue = 1
// }
// }
// }
// }
// },
// Update = new List<CollectionDescription>
// {
// new CollectionDescription
// {
// ID = 2,
// DataSet = 1,
// Collection = new HistoricalCollection
// {
// ReceiverPropertyArray = new List<ReceiverProperty>
// {
// new ReceiverProperty
// {
// Code = Code.CODE_ANALOG,
// ReceiverValue = 1210
// },
// new ReceiverProperty
// {
// Code = Code.CODE_DIGITAL,
// ReceiverValue = 0
// }
// }
// }
// },
// new CollectionDescription
// {
// ID = 3,
// DataSet = 1,
// Collection = new HistoricalCollection
// {
// ReceiverPropertyArray = new List<ReceiverProperty>
// {
// new ReceiverProperty
// {
// Code = Code.CODE_ANALOG,
// ReceiverValue = 1310
// },
// new ReceiverProperty
// {
// Code = Code.CODE_DIGITAL,
// ReceiverValue = 1
// }
// }
// }
// }
// },
// }
// }
// },
// {
// 2,
// new Reader.Reader
// {
// ID = 2,
// ContainsDataset1 = false,
// ContainsDataset2 = false,
// ContainsDataset3= false,
// ContainsDataset4 = false,
// ReceivedData = new DeltaCD
// {
// Add = new List<CollectionDescription>
// {
// new CollectionDescription
// {
// ID = 1,
// DataSet = 1,
// Collection = new HistoricalCollection
// {
// ReceiverPropertyArray = new List<ReceiverProperty>
// {
// new ReceiverProperty
// {
// Code = Code.CODE_ANALOG,
// ReceiverValue = 1110
// },
// new ReceiverProperty
// {
// Code = Code.CODE_DIGITAL,
// ReceiverValue = 1
// }
// }
// }
// }
// },
// Update = new List<CollectionDescription>
// {
// new CollectionDescription
// {
// ID = 2,
// DataSet = 1,
// Collection = new HistoricalCollection
// {
// ReceiverPropertyArray = new List<ReceiverProperty>
// {
// new ReceiverProperty
// {
// Code = Code.CODE_ANALOG,
// ReceiverValue = 1210
// },
// new ReceiverProperty
// {
// Code = Code.CODE_DIGITAL,
// ReceiverValue = 0
// }
// }
// }
// },
// new CollectionDescription
// {
// ID = 3,
// DataSet = 1,
// Collection = new HistoricalCollection
// {
// ReceiverPropertyArray = new List<ReceiverProperty>
// {
// new ReceiverProperty
// {
// Code = Code.CODE_ANALOG,
// ReceiverValue = 1310
// },
// new ReceiverProperty
// {
// Code = Code.CODE_DIGITAL,
// ReceiverValue = 1
// }
// }
// }
// }
// },
// }
// }
// },
// {
// 3,
// new Reader.Reader
// {
// ID = 1,
// ContainsDataset1 = false,
// ContainsDataset2 = false,
// ContainsDataset3= false,
// ContainsDataset4 = false,
// ReceivedData = new DeltaCD
// {
// Add = new List<CollectionDescription>
// {
// new CollectionDescription
// {
// ID = 1,
// DataSet = 1,
// Collection = new HistoricalCollection
// {
// ReceiverPropertyArray = new List<ReceiverProperty>
// {
// new ReceiverProperty
// {
// Code = Code.CODE_ANALOG,
// ReceiverValue = 1110
// },
// new ReceiverProperty
// {
// Code = Code.CODE_DIGITAL,
// ReceiverValue = 1
// }
// }
// }
// }
// },
// Update = new List<CollectionDescription>
// {
// new CollectionDescription
// {
// ID = 2,
// DataSet = 1,
// Collection = new HistoricalCollection
// {
// ReceiverPropertyArray = new List<ReceiverProperty>
// {
// new ReceiverProperty
// {
// Code = Code.CODE_ANALOG,
// ReceiverValue = 1210
// },
// new ReceiverProperty
// {
// Code = Code.CODE_DIGITAL,
// ReceiverValue = 0
// }
// }
// }
// },
// new CollectionDescription
// {
// ID = 3,
// DataSet = 1,
// Collection = new HistoricalCollection
// {
// ReceiverPropertyArray = new List<ReceiverProperty>
// {
// new ReceiverProperty
// {
// Code = Code.CODE_ANALOG,
// ReceiverValue = 1310
// },
// new ReceiverProperty
// {
// Code = Code.CODE_DIGITAL,
// ReceiverValue = 1
// }
// }
// }
// }
// },
// }
// }
// },
// {
// 4,
// new Reader.Reader
// {
// ID = 1,
// ContainsDataset1 = false,
// ContainsDataset2 = false,
// ContainsDataset3= false,
// ContainsDataset4 = false,
// ReceivedData = new DeltaCD
// {
// Add = new List<CollectionDescription>
// {
// new CollectionDescription
// {
// ID = 1,
// DataSet = 1,
// Collection = new HistoricalCollection
// {
// ReceiverPropertyArray = new List<ReceiverProperty>
// {
// new ReceiverProperty
// {
// Code = Code.CODE_ANALOG,
// ReceiverValue = 1110
// },
// new ReceiverProperty
// {
// Code = Code.CODE_DIGITAL,
// ReceiverValue = 1
// }
// }
// }
// }
// },
// Update = new List<CollectionDescription>
// {
// new CollectionDescription
// {
// ID = 2,
// DataSet = 1,
// Collection = new HistoricalCollection
// {
// ReceiverPropertyArray = new List<ReceiverProperty>
// {
// new ReceiverProperty
// {
// Code = Code.CODE_ANALOG,
// ReceiverValue = 1210
// },
// new ReceiverProperty
// {
// Code = Code.CODE_DIGITAL,
// ReceiverValue = 0
// }
// }
// }
// },
// new CollectionDescription
// {
// ID = 3,
// DataSet = 1,
// Collection = new HistoricalCollection
// {
// ReceiverPropertyArray = new List<ReceiverProperty>
// {
// new ReceiverProperty
// {
// Code = Code.CODE_ANALOG,
// ReceiverValue = 1310
// },
// new ReceiverProperty
// {
// Code = Code.CODE_DIGITAL,
// ReceiverValue = 1
// }
// }
// }
// }
// },
// }
// }
// }
//};
var result1 = new ReplicatorReceiver.ReplicatorReceiver(readers1);
// Dataset 0
List <ReceiverProperty> receiverPropertyList = new List <ReceiverProperty>(2);
receiverPropertyList.Add(new ReceiverProperty(ECode.CODE_ANALOG, 1001));
receiverPropertyList.Add(new ReceiverProperty(ECode.CODE_ANALOG, 1002));
HistoricalCollection historicalCollection = new HistoricalCollection(receiverPropertyList);
CollectionDescription cd = new CollectionDescription(0, 0, historicalCollection);
result1.DataCD = cd;
// Dataset 1
receiverPropertyList.Clear();
receiverPropertyList.Add(new ReceiverProperty(ECode.CODE_ANALOG, 1001));
receiverPropertyList.Add(new ReceiverProperty(ECode.CODE_DIGITAL, 1));
historicalCollection = new HistoricalCollection(receiverPropertyList);
cd = new CollectionDescription(1, 1, historicalCollection);
result1.DataCD = cd;
// Dataset 2
receiverPropertyList.Clear();
receiverPropertyList.Add(new ReceiverProperty(ECode.CODE_CUSTOM, 3000));
receiverPropertyList.Add(new ReceiverProperty(ECode.CODE_LIMITSET, 4001));
historicalCollection = new HistoricalCollection(receiverPropertyList);
cd = new CollectionDescription(1, 1, historicalCollection);
result1.DataCD = cd;
// Dataset 3
receiverPropertyList.Clear();
receiverPropertyList.Add(new ReceiverProperty(ECode.CODE_SINGLENODE, 6000));
receiverPropertyList.Add(new ReceiverProperty(ECode.CODE_MULTIPLENODE, 5001));
historicalCollection = new HistoricalCollection(receiverPropertyList);
cd = new CollectionDescription(1, 1, historicalCollection);
result1.DataCD = cd;
// Dataset 4
receiverPropertyList.Clear();
receiverPropertyList.Add(new ReceiverProperty(ECode.CODE_CONSUMER, 2001));
receiverPropertyList.Add(new ReceiverProperty(ECode.CODE_SOURCE, 7001));
historicalCollection = new HistoricalCollection(receiverPropertyList);
cd = new CollectionDescription(1, 1, historicalCollection);
result1.DataCD = cd;
var dataCD = new CollectionDescription {
ID = 0, DataSet = 0, Collection = new HistoricalCollection {
}
};
Dictionary <int, Reader.Reader> readers = new Dictionary <int, Reader.Reader>();
var result = new ReplicatorReceiver.ReplicatorReceiver(readers);
var hcollection = dataCD.Collection;
bool equal = !hcollection.ReceiverPropertyArray.Except(result.DataCD.Collection.ReceiverPropertyArray).Any();
Assert.IsTrue(result.DataCD.ID == dataCD.ID && result.DataCD.DataSet == dataCD.DataSet && equal);
foreach (var item in result.DataDeltaCDs.Values)
{
Assert.AreEqual(item.Add, new List <CollectionDescription>());
Assert.AreEqual(item.Update, new List <CollectionDescription>());
}
}
public void ReplicatorReceiver_Razvrstaj()
{
//Arange
Podatak[] p = new Podatak[1];
Podatak podatak1 = new Podatak(Code.CodeSpisak.CODE_ANALOG, 1);
Podatak podatak2 = new Podatak(Code.CodeSpisak.CODE_DIGITAL, 1);
Podatak podatak3 = new Podatak(Code.CodeSpisak.CODE_CUSTOM, 1);
Podatak podatak4 = new Podatak(Code.CodeSpisak.CODE_LIMITSET, 1);
Podatak podatak5 = new Podatak(Code.CodeSpisak.CODE_SOURCE, 1);
Podatak podatak6 = new Podatak(Code.CodeSpisak.CODE_CONSUMER, 1);
Podatak podatak7 = new Podatak(Code.CodeSpisak.CODE_SINGLENOE, 1);
Podatak podatak8 = new Podatak(Code.CodeSpisak.CODE_MULTIPLENODE, 1);
List <Podatak> bufferPodaci = new List <Podatak> {
podatak1, podatak2, podatak3, podatak4, podatak5, podatak6, podatak7, podatak8
};
CollectionDescription cd1 = new CollectionDescription();
HistoricalCollection hc1 = new HistoricalCollection();
hc1.ReceiverProperty = new Podatak[1] {
podatak1
};
cd1.Dataset = DataSet.DataSetSpisak.CACD;
cd1.Hc = hc1;
cd1.Id = 0;
CollectionDescription cd2 = new CollectionDescription();
HistoricalCollection hc2 = new HistoricalCollection();
hc2.ReceiverProperty = new Podatak[1] {
podatak2
};
cd2.Dataset = DataSet.DataSetSpisak.CACD;
cd2.Hc = hc2;
cd2.Id = 1;
CollectionDescription cd3 = new CollectionDescription();
HistoricalCollection hc3 = new HistoricalCollection();
hc3.ReceiverProperty = new Podatak[1] {
podatak3
};
cd3.Dataset = DataSet.DataSetSpisak.CCCL;
cd3.Hc = hc3;
cd3.Id = 2;
CollectionDescription cd4 = new CollectionDescription();
HistoricalCollection hc4 = new HistoricalCollection();
hc4.ReceiverProperty = new Podatak[1] {
podatak4
};
cd4.Dataset = DataSet.DataSetSpisak.CCCL;
cd4.Hc = hc4;
cd4.Id = 3;
CollectionDescription cd5 = new CollectionDescription();
HistoricalCollection hc5 = new HistoricalCollection();
hc5.ReceiverProperty = new Podatak[1] {
podatak5
};
cd5.Dataset = DataSet.DataSetSpisak.CCCS;
cd5.Hc = hc5;
cd5.Id = 4;
CollectionDescription cd6 = new CollectionDescription();
HistoricalCollection hc6 = new HistoricalCollection();
hc6.ReceiverProperty = new Podatak[1] {
podatak6
};
cd6.Dataset = DataSet.DataSetSpisak.CCCS;
cd6.Hc = hc6;
cd6.Id = 5;
CollectionDescription cd7 = new CollectionDescription();
HistoricalCollection hc7 = new HistoricalCollection();
hc7.ReceiverProperty = new Podatak[1] {
podatak7
};
cd7.Dataset = DataSet.DataSetSpisak.CSCM;
cd7.Hc = hc7;
cd7.Id = 6;
CollectionDescription cd8 = new CollectionDescription();
HistoricalCollection hc8 = new HistoricalCollection();
hc8.ReceiverProperty = new Podatak[1] {
podatak8
};
cd8.Dataset = DataSet.DataSetSpisak.CSCM;
cd8.Hc = hc8;
cd8.Id = 7;
List <CollectionDescription> collectionDescription = new List <CollectionDescription>()
{
cd1, cd2, cd3, cd4, cd5, cd6, cd7, cd8
};
ReplicatorReceiver _replicatorReceiver = new ReplicatorReceiver();
_replicatorReceiver.Buffer = bufferPodaci;
Logger l = new Logger();
//Act
_replicatorReceiver.Razvrstaj(l);
//Assert
//CollectionAssert.AreEqual(_replicatorReceiver.Cd, collectionDescription);
for (int i = 0; i < _replicatorReceiver.Cd.Count; i++)
{
Assert.AreEqual(_replicatorReceiver.Cd[i].Hc.ReceiverProperty[0].Code, collectionDescription[i].Hc.ReceiverProperty[0].Code);
Assert.AreEqual(_replicatorReceiver.Cd[i].Hc.ReceiverProperty[0].Value, collectionDescription[i].Hc.ReceiverProperty[0].Value);
}
}
