public void ReaderCACD_UpisiUBazu_Jedan()
{
//Arange
ReaderCACD _readerCACD = new ReaderCACD();
Logger l = new Logger();
_readerCACD.Buffer.Add(Tuple.Create(new Podatak(Data.Code.CodeSpisak.CODE_ANALOG, 1), new Podatak(Data.Code.CodeSpisak.CODE_DIGITAL, 2)));
string expected = "CODE_ANALOG 1 CODE_DIGITAL 2";
string actual;
File.Delete(_readerCACD.File);
//Act
_readerCACD.UpisiUBazu(l);
//Post act arange
using (StreamReader sr = new StreamReader(_readerCACD.File))
{
// Read the stream to a string, and write the string to the console.
actual = sr.ReadLine();
}
//Assert
Assert.AreEqual(expected, actual);
//Post assert cleanup
File.Delete(_readerCACD.File);
}
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 ReaderCACD_UpisiUBazu_Vise()
{
//Arange
ReaderCACD _readerCACD = new ReaderCACD();
List <Tuple <Podatak, Podatak> > buffer = new List <Tuple <Podatak, Podatak> >();
Logger l = new Logger();
buffer.Add(Tuple.Create(new Podatak(Data.Code.CodeSpisak.CODE_ANALOG, 1), new Podatak(Data.Code.CodeSpisak.CODE_DIGITAL, 2)));
buffer.Add(Tuple.Create(new Podatak(Data.Code.CodeSpisak.CODE_ANALOG, 3), new Podatak(Data.Code.CodeSpisak.CODE_DIGITAL, 4)));
_readerCACD.Buffer = buffer;
string expected = "CODE_ANALOG 1 CODE_DIGITAL 2" + "CODE_ANALOG 3 CODE_DIGITAL 4";
string line;
string actual = "";
File.Delete(_readerCACD.File);
//Act
_readerCACD.UpisiUBazu(l);
//Post act arange
using (StreamReader sr = new StreamReader(_readerCACD.File))
{
// Read the stream to a string, and write the string to the console.
for (int i = 0; i < 2; i++)
{
line = sr.ReadLine();
actual = actual + line;
}
}
//Assert
Assert.AreEqual(expected, actual);
//Post assert cleanup
File.Delete(_readerCACD.File);
}
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);
}
