/// <summary>
/// Creates a member entry for a member specified in the IDL. A SinTDType object of respective type is
/// retrieved from the SinTD or created for map or array typed members. Registers the member to the
/// struct's members under the name given in the IDL
/// </summary>
/// <param name="memberDefinition">IDL entry defining type and name of the member</param>
/// <param name="createdStruct">Struct that is created during the currrent parsing process</param>
internal void createSinTDTypeForMember(string memberDefinition, SinTDStruct createdStruct)
{
if (!memberDefinition.Contains(';'))
{
return;
}
// Removes semicolon and comments at the end of line
memberDefinition = memberDefinition.Trim().Split(';')[0];
// TODO:
// Consider additional spaces that may occur after comma of map definitions
string[] memberComponents;
string memberType;
string memberName;
if (!(memberDefinition.Contains("array") || memberDefinition.Contains("map")))
{
memberComponents = memberDefinition.Split(' ');
memberType = memberComponents[0];
memberName = memberComponents[1];
}
else
{
memberDefinition = Regex.Replace(memberDefinition, @"\s+", "");
int closingBracket = memberDefinition.IndexOf('>') + 1;
memberType = memberDefinition.Substring(0, closingBracket);
memberName = memberDefinition.Substring(closingBracket, memberDefinition.Length - closingBracket);
}
SinTDType typeObject = getTypeForMember(memberType);
createdStruct.members.Add(memberName, typeObject);
}
/// <summary>
/// Creates a member entry for a member specified in the IDL. A SinTDType object of respective type is
/// retrieved from the SinTD or created for map or array typed members. Registers the member to the
/// struct's members under the name given in the IDL
/// </summary>
/// <param name="memberDefinition">IDL entry defining type and name of the member</param>
/// <param name="createdStruct">Struct that is created during the currrent parsing process</param>
internal void createSinTDTypeForMember(string memberDefinition, SinTDStruct createdStruct)
{
if (!memberDefinition.Contains(';'))
return;
// Removes semicolon and comments at the end of line
memberDefinition = memberDefinition.Trim().Split(';')[0];
// TODO:
// Consider additional spaces that may occur after comma of map definitions
string[] memberComponents;
string memberType;
string memberName;
if (!(memberDefinition.Contains("array") || memberDefinition.Contains("map")))
{
memberComponents = memberDefinition.Split(' ');
memberType = memberComponents[0];
memberName = memberComponents[1];
}
else
{
memberDefinition = Regex.Replace(memberDefinition, @"\s+", "");
int closingBracket = memberDefinition.IndexOf('>') + 1;
memberType = memberDefinition.Substring(0, closingBracket);
memberName = memberDefinition.Substring(closingBracket, memberDefinition.Length - closingBracket);
}
SinTDType typeObject = getTypeForMember(memberType);
createdStruct.members.Add(memberName, typeObject);
}
/// <summary>
/// When IDL parser parses a line initiating a struct definition, struct parser creates a new struct object
/// with the name given in the IDL. Member definitions parsed afterwards are added to this struct until
/// parsing the struct has finished
/// </summary>
/// <param name="structDefinition">Line from IDL defining name of the struct</param>
internal void startStructParsing(string structDefinition)
{
Regex nameRegEx = new Regex("struct ([A-Za-z0-9_]*) [{}._<,>; ]*");
Match nameMatch = nameRegEx.Match(structDefinition);
string name = nameMatch.Groups[1].Value;
currentlyParsedStruct = new SinTDStruct(name);
}
/// <summary>
/// When IDL parser parses a line initiating a struct definition, struct parser creates a new struct object
/// with the name given in the IDL. Member definitions parsed afterwards are added to this struct until
/// parsing the struct has finished
/// </summary>
/// <param name="structDefinition">Line from IDL defining name of the struct</param>
internal void startStructParsing(string structDefinition)
{
Regex nameRegEx = new Regex("struct ([A-Za-z0-9_]*) [{}._<,>; ]*");
Match nameMatch = nameRegEx.Match(structDefinition);
string name = nameMatch.Groups[1].Value;
currentlyParsedStruct = new SinTDStruct(name);
}
public void TestSetUp()
{
i32 = SinTDInstance.GetSinTDType("i32");
SinTDString = SinTDInstance.GetSinTDType("string");
SinTDBool = SinTDInstance.GetSinTDType("boolean");
intStruct = new SinTDStruct("intStruct");
intStruct.members["x"] = i32;
intStruct.members["y"] = i32;
aStruct = new SinTDStruct("arrayStruct");
aStruct.members.Add("arr", new SinTDArray(i32));
SinTDInstance.RegisterType(aStruct);
mStruct = new SinTDStruct("mapStruct");
mStruct.members.Add("map", new SinTDMap(SinTDString, SinTDBool));
SinTDInstance.RegisterType(mStruct);
sStruct = new SinTDStruct("structStruct");
sStruct.members.Add("child", intStruct);
SinTDInstance.RegisterType(sStruct);
SinTDInstance = new SinTD();
}
public void Setup()
{
SinTDInstance = new SinTD();
SinTDInstance.SINFONIServices = new ServiceRegistry();
i32 = SinTDInstance.GetSinTDType("i32");
SinTD_string = SinTDInstance.GetSinTDType("string");
intStruct = new SinTDStruct("intStruct");
intStruct.members["x"] = i32;
intStruct.members["y"] = i32;
serviceFunction = new ServiceFunctionDescription("function", new SinTDType("void"));
serviceFunction.Parameters.Add("intParameter", i32);
serviceFunction.Parameters.Add("stringParameter", SinTD_string);
service = new SINFONIService("service");
service.serviceFunctions.Add("function", serviceFunction);
SinTDInstance.SINFONIServices.services.Add("service", service);
connection = new TestConnection();
connection.SinTD = SinTDInstance;
}
