public void ParseLineTestCase()
{
//given
SimpleCubeDescriptionFactory cf = new SimpleCubeDescriptionFactory();
//when
SimpleCubeDescription scd =
cf
.parseLine("Counter table name: DMAGGR_SMACS")
.parseLine("OLAP cube source: VI_DMAGGR_SMACS ")
.parseLine("OLAP cube Name: \t SMACS")
.parseLine("Measures COUNT")
.parseLine("\tTOTAL_VOLUME")
.parseLine("\tUPLINK")
.parseLine("\tDOWNLINK")
.parseLine("Dimensions START_TIME")
.parseLine("SUBSCRIBER_TYPE")
.parseLine(" TRAFFIC_CATEGORY")
.parseLine(" ROAMING OPERATOR")
.parseLine(" ROAMING_ZONE")
.parseLine(" NETWORK ELEMENT")
.parseLine("Generate")
.cubeDescriptionList[0];
//then
Assert.AreEqual("DMAGGR_SMACS", scd.counterTableName);
Assert.AreEqual("SMACS", scd.olapCubeName);
Assert.AreEqual("VI_DMAGGR_SMACS", scd.olapCubeSource);
Assert.AreEqual(4, scd.measures.Length, string.Join(",", scd.measures));
Assert.AreEqual(5, scd.dimensions.Length, string.Join(",", scd.dimensions));
Assert.IsTrue(Array.Exists(scd.dimensions, delegate(string s){ return(s.Equals("NETWORK_ELEMENT")); }));
//System.Console.WriteLine ();
}
public void CreationTestCase()
{
//given
SimpleCubeDescriptionFactory cf = new SimpleCubeDescriptionFactory();
//when
SimpleCubeDescription scd =
cf.setCounterTableName("COUNTER_TABLE_NAME")
.setOlapCubeName("OLAP_CUBE_NAME")
.setOlapCubeSource("OLAP_CUBE_SOURCE")
.addDimension("DIM_1")
.addDimension("DIM_2")
.addOther("DIM_3")
.addMeasure("MEASURE_1")
.addMeasure("MEASURE_2")
.addMeasure("MEASURE_3")
.addOther("MEASURE_4")
.create("")
.cubeDescriptionList[0];
//then
Assert.AreEqual("COUNTER_TABLE_NAME", scd.counterTableName);
Assert.AreEqual("OLAP_CUBE_NAME", scd.olapCubeName);
Assert.AreEqual("OLAP_CUBE_SOURCE", scd.olapCubeSource);
Assert.AreEqual(3, scd.dimensions.Length);
Assert.AreEqual(4, scd.measures.Length);
}
public void ParseFileTestCase()
{
//given
String filePath = "CubeDescriptor.txt";
StreamReader streamReader = new StreamReader(filePath);
SimpleCubeDescriptionFactory cf = new SimpleCubeDescriptionFactory();
//when
while (!streamReader.EndOfStream)
{
string text = streamReader.ReadLine();
cf.parseLine(text);
}
// streamReader.ReadToEnd();
//then
streamReader.Close();
}
public void ParseFileAllTestCase()
{
//given
String filePath = "CubeDescriptor.txt";
StreamReader streamReader = new StreamReader(filePath);
SimpleCubeDescriptionFactory cf = new SimpleCubeDescriptionFactory();
//when
SimpleCubeDescription [] arrCube = cf.parseStream(streamReader);
//then
Assert.AreEqual(5, arrCube.Length);
Assert.AreEqual("DMAGGR_SMACS", arrCube [0].counterTableName, "DMAGGR_SMACS");
Assert.AreEqual("VI_DMAGGR_SMACS", arrCube [0].olapCubeSource, "VI_DMAGGR_SMACS");
Assert.AreEqual("SMACS", arrCube[0].olapCubeName, "SMACS");
Assert.AreEqual(4, arrCube[0].measures.Length, string.Join(",", arrCube[0].measures));
Assert.AreEqual(7, arrCube[0].dimensions.Length, string.Join(",", arrCube[0].dimensions));
Assert.AreEqual("COUNT", arrCube[0].measures[0]);
Assert.AreEqual("TOTAL_VOLUME", arrCube[0].measures[1]);
Assert.AreEqual("UPLINK", arrCube[0].measures[2]);
Assert.AreEqual("DOWNLINK", arrCube[0].measures[3]);
Assert.AreEqual("START_TIME", arrCube[0].dimensions[0]);
Assert.AreEqual("SUBSCRIBER_TYPE", arrCube[0].dimensions[1]);
Assert.AreEqual("TRAFFIC_CATEGORY", arrCube[0].dimensions[2]);
Assert.AreEqual("ROAMING_OPERATOR", arrCube[0].dimensions[3]);
Assert.AreEqual("ROAMING_ZONE", arrCube[0].dimensions[4]);
Assert.AreEqual("NETWORK_ELEMENT", arrCube[0].dimensions[5]);
Assert.AreEqual("BSCS_OUT", arrCube[0].dimensions[6]);
Assert.AreEqual("DMAGGR_UMVPABXRTX", arrCube [1].counterTableName, "DMAGGR_UMVPABXRTX");
Assert.AreEqual("VI_UMVPABXRTX", arrCube [1].olapCubeSource, "VI_UMVPABXRTX");
Assert.AreEqual("UMVPABXRTX", arrCube[1].olapCubeName, "UMVPABXRTX");
Assert.AreEqual(3, arrCube[1].measures.Length, string.Join(",", arrCube[1].measures));
Assert.AreEqual(9, arrCube[1].dimensions.Length, string.Join(",", arrCube[1].dimensions));
streamReader.Close();
}
