/**
* @brief Add an inline function definition to the dictionary.
* @param ifd = dictionary to add inline definition to
* @param doCheckRun = true iff the generated code or the function itself can possibly call CheckRun()
* @param nameArgSig = inline function signature string, in form <name>(<arglsltypes>,...)
* @param retType = return type, use TokenTypeVoid if no return value
*/
protected TokenDeclInline(VarDict ifd,
bool doCheckRun,
string nameArgSig,
TokenType retType)
: base(null, null, null)
{
this.retType = retType;
this.triviality = doCheckRun ? Triviality.complex : Triviality.trivial;
int j = nameArgSig.IndexOf('(');
this.name = new TokenName(null, nameArgSig.Substring(0, j++));
this.argDecl = new TokenArgDecl(null);
if (nameArgSig[j] != ')')
{
int i;
TokenName name;
TokenType type;
for (i = j; nameArgSig[i] != ')'; i++)
{
if (nameArgSig[i] == ',')
{
type = TokenType.FromLSLType(null, nameArgSig.Substring(j, i - j));
name = new TokenName(null, "arg" + this.argDecl.varDict.Count);
this.argDecl.AddArg(type, name);
j = i + 1;
}
}
type = TokenType.FromLSLType(null, nameArgSig.Substring(j, i - j));
name = new TokenName(null, "arg" + this.argDecl.varDict.Count);
this.argDecl.AddArg(type, name);
}
this.location = new CompValuInline(this);
if (ifd == null)
{
ifd = inlineFunctions;
}
ifd.AddEntry(this);
}
protected TokenDeclInline(VarDict ifd,
bool doCheckRun,
MethodInfo methInfo)
: base(null, null, null)
{
TokenType retType = TokenType.FromSysType(null, methInfo.ReturnType);
this.isTaggedCallsCheckRun = IsTaggedCallsCheckRun(methInfo);
this.name = new TokenName(null, methInfo.Name);
this.retType = GetRetType(methInfo, retType);
this.argDecl = GetArgDecl(methInfo.GetParameters());
this.triviality = (doCheckRun || this.isTaggedCallsCheckRun) ? Triviality.complex : Triviality.trivial;
this.location = new CompValuInline(this);
if (ifd == null)
{
ifd = inlineFunctions;
}
ifd.AddEntry(this);
}
