private static XElement DefineXMLForTLValue_def_ok(TLValue expected)
{
XElement XE = new XElement("TLValue");
XE.Add(new XAttribute("Length", expected.Length.ToString()));
XE.Add(new XAttribute("Default", expected.Value));
XE.Add(new XAttribute("Name", expected.Name));
XE.Add(new XAttribute("Tag", expected.Tag));
// adding of head element
XElement XSubElement = new XElement("NamedValue");
XSubElement.Add(new XAttribute("Length", 1));
XSubElement.Add(new XAttribute("Name", "Call ID"));
XSubElement.Add(new XAttribute("Position", "1"));
// adding of child head element
XElement option1 = new XElement("Options", "0C");
option1.Add(new XAttribute("Name", "EVENT_EVENT_DOWNLOAD_MT_CALL"));
XSubElement.Add(option1);
XElement option2 = new XElement("Options", "0D");
option2.Add(new XAttribute("Name", "EVENT_EVENT_DOWNLOAD_CALL_CONNECTED"));
XSubElement.Add(option2);
//add to head
XE.Add(XSubElement);
return(XE);
}
public void NamedValue_AllNamed_LessNByte_OK()
{
int numberOfData = 100;
int NumberOfMissingData = 2;
//TLV Object Creation
TLValue expected = new TLValue();
expected.Name = "ola testing ah";
expected.Value = repeat("0C", NumberOfMissingData);
expected.Length = expected.Value.Length / 2;
expected.Tag = "0A";
// XML definition Creation
XElement XE = DefineXMLForTLValue_def_Multi(expected, numberOfData - NumberOfMissingData);
// set the expected result
PairResult[] expPair = DefineListExpectedforTLValue_mix_def_multi_ok(expected, NumberOfMissingData).ToArray();
TLValue res = (TLValue)xmlParser.getItem(XE);
PairResult[] resPair = res.GetValueOutput();
//validate the result
ComparisonHelper.Compare(expPair, resPair);
}
public void Composer_ValueDefinition_OK()
{
TLValue bareValue1 = new TLValue();
bareValue1.Name = "val 1";
bareValue1.Value = "0022";
bareValue1.Length = 2;
bareValue1.Tag = "04";
ValueDescriptionDecorator value1 = new ValueDescriptionDecorator(bareValue1);
value1.ArrayOfOptions.Add(1, createOptions(3, 1, 1));
value1.ArrayOfOptions.Add(2, createOptions(10, 2, 1));
//value definition in XML
XElement definition = new XElement("Definition");
definition.Add(XElementHelper.generateFromValueDescriptionDecorator(value1));
Composer composer = new Composer();
composer.ParseValueDefinition(definition);
// check the result
Assert.AreEqual(1, composer.Vals.Count);
Assert.IsInstanceOfType(composer.Vals[0], typeof(ValueDescriptionDecorator));
AreEqualValueDescriptionDecorator(value1, (ValueDescriptionDecorator)composer.Vals[0]);
}
private static List <PairResult> DefineListExpectedforTLValue_mix_def_ok(TLValue expected, int bytenumber)
{
List <PairResult> listOfExpected = new List <PairResult>();
// for value_basicTLV_1
listOfExpected.Add(new PairResult()
{
Title = TLValue.TAG_TITLE + expected.Name,
Value = expected.Tag
});
listOfExpected.Add(new PairResult()
{
Title = TLValue.LENGTH_TITLE + expected.Name,
Value = expected.Length.ToString("X2")
});
listOfExpected.Add(new PairResult()
{
Title = "Call ID",
Value = "00"
});
listOfExpected.Add(new PairResult()
{
Title = "Event ID",
Value = repeat("0C", bytenumber),
Description = "EVENT_EVENT_DOWNLOAD_MT_CALL"
});
return(listOfExpected);
}
public void Composer_TLValue_OK()
{
// value in object
TLValue value1 = new TLValue();
value1.Name = "val 1";
value1.Value = "0022";
value1.Length = 2;
value1.Tag = "04";
TLValue value2 = new TLValue();
value2.Name = "val 2";
value2.Value = string.Empty;
value2.Length = 2;
value2.Tag = "09";
// value definition in XML
XElement definition = new XElement("Head");
definition.Add(XElementHelper.generateFromTLValue(value1));
definition.Add(XElementHelper.generateFromTLValue(value2));
// exercise the composer
Composer composer = new Composer();
composer.ParseValueDefinition(definition);
// check the result
Assert.AreEqual(2, composer.Vals.Count);
AreEqualTLValue(value1, (TLValue)composer.Vals[0]);
AreEqualTLValue(value2, (TLValue)composer.Vals[1]);
}
public void Test_TLValue_Definition_OK()
{
TLValue expected = new TLValue();
expected.Name = "ola testing ah";
expected.Value = "11223355";
expected.Length = expected.Value.Length / 2;
expected.Tag = "0A";
XElement XE = new XElement("TLValue");
XE.Add(new XAttribute("Length", expected.Length.ToString()));
XE.Add(new XAttribute("Default", expected.Value));
XE.Add(new XAttribute("Name", expected.Name));
XE.Add(new XAttribute("Tag", expected.Tag));
ValueItem result = xmlParser.getItem(XE);
Assert.IsInstanceOfType(result, typeof(TLValue));
TLValue res = (TLValue)result;
Assert.AreEqual(expected.Value, res.Value);
Assert.AreEqual(expected.Length, res.Length);
Assert.AreEqual(expected.Name, res.Name);
Assert.AreEqual(expected.Tag, res.Tag);
}
private List <PairResult> DefineListExpectedforTLValue_mix_def_multi_ok(TLValue expected, int p)
{
List <PairResult> listOfExpected = new List <PairResult>();
// for value_basicTLV_1
listOfExpected.Add(new PairResult()
{
Title = TLValue.TAG_TITLE + expected.Name,
Value = expected.Tag
});
listOfExpected.Add(new PairResult()
{
Title = TLValue.LENGTH_TITLE + expected.Name,
Value = expected.Length.ToString("X2")
});
for (int i = 0; i < p; i++)
{
listOfExpected.Add(new PairResult()
{
Title = "Call ID" + i,
Value = "0C",
Description = "EVENT_EVENT_DOWNLOAD_MT_CALL"
});
}
return(listOfExpected);
}
public void NamedValue_AllNamed_Residue_OK()
{
string residueVal = "0B0B";
string residueDesc = "this is residue";
//TLV Object Creation
TLValue expected = new TLValue();
expected.Name = "ola testing ah";
expected.Value = "0C" + residueVal;
expected.Length = expected.Value.Length / 2;
expected.Tag = "0A";
// XML definition Creation
XElement XE = DefineXMLForTLValue_def_ok_residued(expected, residueDesc);
// set the expected result
PairResult[] expPair = DefineListExpectedforTLValue_def_ok_residued(expected, residueVal, residueDesc).ToArray();
TLValue res = (TLValue)xmlParser.getItem(XE);
PairResult[] resPair = res.GetValueOutput();
//validate the result
ComparisonHelper.Compare(expPair, resPair);
}
private void AreEqualTLValue(TLValue expected, TLValue result)
{
Assert.IsInstanceOfType(result, typeof(TLValue));
Assert.AreEqual(expected.Length, result.Length);
Assert.AreEqual(expected.Name, result.Name);
Assert.AreEqual(expected.Value, result.Value);
Assert.AreEqual(expected.Tag, result.Tag);
}
public static XElement generateFromTLValue(TLValue TV)
{
XElement XE = generateFromValue(TV);
XE.Name = "TLValue";
XE.Add(new XAttribute("Tag", TV.Tag));
return(XE);
}
public ValueDescriptionDecorator(TLValue tlvValue)
{
basicClass = tlvValue;
this.Name = tlvValue.Name;
this.Length = tlvValue.Length;
this.Tag = tlvValue.Tag;
this.Value = tlvValue.Value;
ArrayOfOptions = new Dictionary <int, OptionContainer>();
}
public ValueDescriptionDecorator(TLValue tlvValue)
{
basicClass = tlvValue;
this.Name = tlvValue.Name;
this.Length = tlvValue.Length;
this.Tag = tlvValue.Tag;
this.Value = tlvValue.Value;
ArrayOfOptions = new Dictionary<int, OptionContainer>();
}
private List <PairResult> DefineListExpectedforTLValue_def_ok_residued(TLValue expected, string residueValue, string residueDesc)
{
List <PairResult> result = DefineListExpectedforTLValue_def_ok(expected);
// add the residue;
result.Add(new PairResult()
{
Title = residueDesc,
Value = residueValue
});
return(result);
}
public void Test_TLValue_Input_OK()
{
TLValue expected = new TLValue();
expected.Name = "ola testing ah";
expected.Value = "22";
expected.Length = 2;
expected.Tag = "44";
int resultIndex = expected.ParseValueInput("4402336600225566", 0);
Assert.AreEqual(8, resultIndex);
Assert.AreEqual(expected.Value, "3366");
Assert.AreEqual(expected.Length, 2);
}
private XElement DefineXMLForTLValue_def_ok_residued(TLValue expected, string residueDesc)
{
XElement result = DefineXMLForTLValue_def_ok(expected);
XElement XResidueElement = new XElement("NamedValue");
XResidueElement.Add(new XAttribute("Length", "*"));
XResidueElement.Add(new XAttribute("Name", residueDesc));
XResidueElement.Add(new XAttribute("Position", "2"));
//add the residue
result.Add(XResidueElement);
return(result);
}
private static XElement DefineXMLForTLValue_mix_def_ok(TLValue expected, int byteNumber)
{
XElement XE = new XElement("TLValue");
XE.Add(new XAttribute("Length", expected.Length.ToString()));
XE.Add(new XAttribute("Default", expected.Value));
XE.Add(new XAttribute("Name", expected.Name));
XE.Add(new XAttribute("Tag", expected.Tag));
//adding of first element (no options)
XElement XSubElement_Position1 = new XElement("NamedValue");
XSubElement_Position1.Add(new XAttribute("Length", "1"));
XSubElement_Position1.Add(new XAttribute("Name", "Call ID"));
XSubElement_Position1.Add(new XAttribute("Position", "1"));
//add to head
XE.Add(XSubElement_Position1);
// adding of Second element (with options)
XElement XSubElement_Position2 = new XElement("NamedValue");
XSubElement_Position2.Add(new XAttribute("Length", byteNumber));
XSubElement_Position2.Add(new XAttribute("Name", "Event ID"));
XSubElement_Position2.Add(new XAttribute("Position", "2"));
// adding of child head element
XElement option1 = new XElement("Options", repeat("0C", byteNumber));
option1.Add(new XAttribute("Name", "EVENT_EVENT_DOWNLOAD_MT_CALL"));
XSubElement_Position2.Add(option1);
XElement option2 = new XElement("Options", repeat("0D", byteNumber));
option2.Add(new XAttribute("Name", "EVENT_EVENT_DOWNLOAD_CALL_CONNECTED"));
XSubElement_Position2.Add(option2);
//add to head
XE.Add(XSubElement_Position2);
return(XE);
}
public ValueItem getItem(XElement element)
{
ValueItem result = null;
// create the basic value
switch (element.Name.ToString().ToLower())
{
case "singlevalue":
result = new SingleValue();
break;
case "tlvalue":
result = new TLValue();
break;
}
//add the decorator
foreach (var descendant in element.Descendants())
{
switch (descendant.Name.ToString().ToLower())
{
case "namedvalue":
if (result is TLValue)
{
result = new ValueDescriptionDecorator((TLValue)result);
}
break;
default:
break;
}
}
if (result != null)
{
result.ParseDefinition(element);
}
return(result);
}
public void valInit()
{
// value in object
value_basicTLV_1 = new TLValue();
value_basicTLV_1.Name = "val 1";
value_basicTLV_1.Value = "0022";
value_basicTLV_1.Length = 2;
value_basicTLV_1.Tag = "04";
value_basicTLV_2 = new TLValue();
value_basicTLV_2.Name = "val 2";
value_basicTLV_2.Value = string.Empty;
// purposely put wrong length
value_basicTLV_2.Length = 10;
value_basicTLV_2.Tag = "09";
composer_BasicTLV = new Composer();
composer_BasicTLV.Vals.Add(value_basicTLV_1);
composer_BasicTLV.Vals.Add(value_basicTLV_2);
}
public void NamedValue_OneNamed_2Byte_OK()
{
//TLV Object Creation
TLValue expected = new TLValue();
expected.Name = "ola testing ah";
expected.Value = "000C0C";
expected.Length = expected.Value.Length / 2;
expected.Tag = "0A";
// XML definition Creation
XElement XE = DefineXMLForTLValue_mix_def_ok(expected, 2);
// set the expected result
PairResult[] expPair = DefineListExpectedforTLValue_mix_def_ok(expected, 2).ToArray();
TLValue res = (TLValue)xmlParser.getItem(XE);
PairResult[] resPair = res.GetValueOutput();
//validate the result
ComparisonHelper.Compare(expPair, resPair);
}
