CIL_newobj ParseNewobj(string label, string str)
{
Strtok st1 = new Strtok(str);
if(st1.NextToken() != "newobj")
throw new Exception("unrecognized newobj");
if(st1.NextToken() != "instance")
throw new Exception("unrecognized newobj");
if(st1.NextToken() != "void")
throw new Exception("unrecognized newobj");
// get the classname, it's just before ::
string classname = st1.NextToken(":");
if(st1.NextToken(":(") != ".ctor")
throw new Exception("unrecognized newobj");
// find the constructor signature
string ctorsig = "";
ctorsig += "(";
int i;
i = str.IndexOf("(") + 1;
while(true)
{
if(i < str.Length)
{
if(str[i] == ')')
break;
ctorsig += str[i];
i++;
}
else
{
i = 0;
str = GetNextLine();
}
}
ctorsig += ")";
return new CIL_newobj(label, program.GetClass(classname), ctorsig);
}
static void LoadConfiguration(string filename)
{
StreamReader fin = new StreamReader(filename);
while(true)
{
string s = fin.ReadLine();
if(s == null)
break;
s.Trim();
if(s.Length < 1)
continue;
if(s.StartsWith("#"))
continue;
Strtok st = new Strtok(s);
string key = st.NextToken("=");
string value = st.NextToken("\n");
properties.Add(key, value);
}
fin.Close();
}
CIL_ldsfld ParseLdsfld(string label, string str)
{
Strtok st = new Strtok(str);
st.NextToken();
string fieldtype = st.NextToken();
string subFieldType = null;
if(fieldtype == "class")
subFieldType = st.NextToken();
string classname = st.NextToken(":");
string fieldname = st.NextToken(":");
CILClass classType = program.GetClass(classname);
CILVariable field;
if(fieldtype == "int32")
field = new CILVar_int32(fieldname);
else if(fieldtype == "int64")
field = new CILVar_int64(fieldname);
else if(fieldtype == "float64")
field = new CILVar_double(fieldname);
else if(fieldtype == "int32[]")
field = new CILVar_array(fieldname, new CILVar_int32(""));
else if(fieldtype == "int64[]")
field = new CILVar_array(fieldname, new CILVar_int64(""));
else if(fieldtype == "float64[]")
field = new CILVar_array(fieldname, new CILVar_double(""));
else if(fieldtype == "class")
field = new CILVar_object(fieldname, program.GetClass(subFieldType));
else
throw new Exception("Not implemented yet");
return new CIL_ldsfld(label, classType, field);
}
CIL_leave ParseLeave(string label, string str)
{
Strtok st = new Strtok(str);
st.NextToken();
return new CIL_leave(label, st.NextToken());
}
CIL_ldc_r8 ParseLdcR8(string label, string str)
{
Strtok st = new Strtok(str);
st.NextToken(); // skip the ldc.r8
return new CIL_ldc_r8(label, Double.Parse(st.NextToken()));
}
CIL_ldftn ParseLdftn(string label, string str)
{
Strtok st1 = new Strtok(str);
if(st1.NextToken() != "ldftn")
throw new Exception("unrecognized ldftn");
string tmp = st1.NextToken();
if(tmp == "instance")
{
tmp = st1.NextToken();
if(tmp != "void")
throw new Exception("unrecognized ldftn");
}else
if(tmp != "void")
throw new Exception("unrecognized ldftn");
// get the classname, it's just before ::
string classname = st1.NextToken(":");
// find the constructor signature
string methodsig = st1.NextToken(":(");
methodsig += "(";
int i;
i = str.IndexOf("(") + 1;
while(true)
{
if(i < str.Length)
{
if(str[i] == ')')
break;
methodsig += str[i];
i++;
}
else
{
i = 0;
str = GetNextLine();
}
}
methodsig += ")";
CILClass theclass = program.GetClass(classname);
CILMethod themethod = theclass.GetMethod(
methodsig.Substring(0, methodsig.IndexOf("(")),
methodsig.Substring(methodsig.IndexOf("("), methodsig.Length - methodsig.IndexOf("(")));
return new CIL_ldftn(label, themethod);
}
CIL_brtrue ParseBrtrue(string label, string str)
{
Strtok st = new Strtok(str);
st.NextToken();
return new CIL_brtrue(label, st.NextToken());
}
CIL_bne_un ParseBneun(string label, string str)
{
Strtok st = new Strtok(str);
st.NextToken();
return new CIL_bne_un(label, st.NextToken());
}
CIL_blt ParseBlt(string label, string str)
{
Strtok st = new Strtok(str);
st.NextToken();
return new CIL_blt(label, st.NextToken());
}
CIL_beq ParseBeq(string label, string str)
{
Strtok st = new Strtok(str);
st.NextToken();
return new CIL_beq(label, st.NextToken());
}
public static void GuidedSearch(State state)
{
string path = CheckerConfiguration.GetProperty("guided_path");
Strtok st = new Strtok(path);
while(true)
{
string sc = st.NextToken();
if(sc == null)
break;
int choice = Int32.Parse(sc);
if(choice < state.GetForwardStateCount())
{
DelayedAction da = state.IsForwardReordering(choice);
state.Forward(choice);
if(CheckerConfiguration.DoPrintExecution)
if(da != null)
Console.WriteLine("Reordered: " + da.SourceInstruction.ToString());
}
else
{
Console.WriteLine("wrong path is supplied");
break;
}
}
}