FlowGraphNode ParseStructRef(Dictionary <string, object> item)
{
StructRef node = new StructRef(Id++);
node.reftype = item["type"].ToString();
node.structfield = ParseNode(((Dictionary <string, object>)item["field"]));
node.structname = ParseNode(((Dictionary <string, object>)item["name"]));
return(node);
}
public List <TestCase> BuildTestCases(Function f, List <FlowGraphNode> GlobalScope, List <Function> functions)
{
List <TestCase> testcases = new List <TestCase>();
FlowGraphWalker graphwalker = new FlowGraphWalker();
List <List <FlowGraphNode> > pathes = graphwalker.CalculateAllPathes(f.nodes);
foreach (List <FlowGraphNode> path in pathes)
{
TestCase NewCase = new TestCase();
NewCase.id = TestCaseBuilder.id++;
List <Variable> args = new List <Variable>();
foreach (DeclNode node in f.Getparams())
{
args.Add(DeclNodeToVar(node, f));
}
NewCase.Arguments = args.AsEnumerable();
NewCase.function_name = f.name;
NewCase.function_type = DeclNodeToVar(f.returntype, f);
NewCase.function_nodes = f.nodes;
NewCase.path = path;
List <CheckReturn> AssigmentChecks = new List <CheckReturn>();
List <FuncCallChecker> FuncCalls = new List <FuncCallChecker>();
foreach (FlowGraphNode testnode in path)
{
List <DeclNode> insideVars = new List <DeclNode>();
switch (testnode.getNodeType())
{
case NodeType.E_DECL:
{
DeclNode insidevar = (DeclNode)testnode;
insideVars.Add(insidevar);
break;
}
case NodeType.E_IF:
{
break;
}
case NodeType.E_WHILE:
{
break;
}
case NodeType.E_FOR:
{
break;
}
case NodeType.E_FUNC_CALL:
{
FuncCallNode node = (FuncCallNode)testnode;
Boolean IsLocal = false;
foreach (Function f1 in functions)
{
if (f1.name == node.FunctionName)
{
IsLocal = true;
}
}
if (!IsLocal)
{
FuncCallChecker checker = new FuncCallChecker();
checker.Name = node.FunctionName;
FuncCalls.Add(checker);
}
break;
}
case NodeType.E_ASSIGMENT:
{
OperationNode node = (OperationNode)testnode;
bool InGlobalScope = false;
CheckReturn checker = new CheckReturn();
Variable toCheck = new Variable();
Variable CheckValue = new Variable();
foreach (FlowGraphNode g in GlobalScope)
{
if (g.getNodeType() == NodeType.E_DECL)
{
if (node.left.getNodeType() == NodeType.E_STRUCTREF)
{
StructRef tmp = (StructRef)node.left;
while (tmp.structname.getNodeType() != NodeType.E_ID)
{
if (tmp.structname.getNodeType() == NodeType.E_UN_OP)
{
UnaryOp pp = (UnaryOp)tmp.structname;
while (pp.left.getNodeType() == NodeType.E_UN_OP)
{
pp = (UnaryOp)pp.left;
}
if (pp.left.getNodeType() == NodeType.E_STRUCTREF)
{
tmp = (StructRef)pp.left;
}
if (pp.left.getNodeType() == NodeType.E_ID)
{
tmp.structname = pp.left;
break;
}
}
else
{
tmp = (StructRef)tmp.structname;
}
}
ID name = (ID)tmp.structname;
if (name.Name == ((DeclNode)g).DeclName)
{
DeclNode r = resovleType(new List <FlowGraphNode>()
{
resolveTypedef(GlobalScope, ((DeclNode)g).DeclType)
}, ((StructRef)(node.left)).structfield.ToString());
CheckValue = DeclNodeToVar(r, null);
CheckValue.name = r.DeclName + "Checker";
CheckValue.type = r.DeclType;
InGlobalScope = true;
}
}
if (node.left.getNodeType() == NodeType.E_ID)
{
ID tmp = (ID)node.left;
if (tmp.Name == ((DeclNode)g).DeclName)
{
DeclNode r = resovleTypeID(GlobalScope, tmp.Name);
CheckValue = DeclNodeToVar(r, null);
CheckValue.name = r.DeclName + "Checker";
CheckValue.type = r.DeclType;
InGlobalScope = true;
}
}
if (node.left.getNodeType() == NodeType.E_ARRAY_REF)
{
}
}
}
if (InGlobalScope)
{
if (node.left.getNodeType() == NodeType.E_STRUCTREF)
{
StructRef Sref = (StructRef)node.left;
toCheck.name = Sref.structname.ToString() + Sref.reftype.ToString() + Sref.structfield;
if (node.right.getNodeType() == NodeType.E_COSNT)
{
ConstantNode tmp = (ConstantNode)node.right;
toCheck.value = tmp.Value;
}
checker.memcheck = true;
checker.Cheker = CheckValue;
checker.ToCheck = toCheck;
AssigmentChecks.Add(checker);
}
if (node.left.getNodeType() == NodeType.E_ID)
{
ID Identifier = (ID)node.left;
toCheck.name = Identifier.Name;
if (node.right.getNodeType() == NodeType.E_COSNT)
{
ConstantNode tmp = (ConstantNode)node.right;
toCheck.value = tmp.Value;
}
checker.Cheker = CheckValue;
checker.ToCheck = toCheck;
AssigmentChecks.Add(checker);
checker.memcheck = true;
}
if (node.left.getNodeType() == NodeType.E_ARRAY_REF)
{
}
if (node.right.getNodeType() == NodeType.E_COSNT)
{
checker.Cheker.value = node.right.ToString();
}
}
break;
}
case NodeType.E_RETURN:
{
ReturnNode ret = (ReturnNode)testnode;
if (NewCase.function_type.type == "void")
{
break;
}
NewCase.returnchecker = new CheckReturn()
{
ToCheck = new Variable {
type = NewCase.function_type.type, value = "{0}"
}
};
//if(ret.expr.getNodeType() == NodeType.E_COSNT)
{
NewCase.returnchecker.ToCheck.value = ret.expr.ToString();
}
if (NewCase.function_type.ispointer != "" ||
NewCase.function_type.isarray != "")
{
NewCase.returnchecker.memcheck = true;
}
if (NewCase.function_type.type.Contains("int"))
{
NewCase.returnchecker.ToCheck.type = "int";
NewCase.returnchecker.intcheck = true;
}
if (NewCase.function_type.type.Contains("char"))
{
NewCase.returnchecker.ToCheck.type = "char";
NewCase.returnchecker.charcheck = true;
}
else
{
string type = GetTypeOfTypeDef(f.returntype.DeclType, GlobalScope);
if (type == "E_ENUM")
{
NewCase.returnchecker.ToCheck.type = f.returntype.DeclType;
NewCase.returnchecker.intcheck = true;
}
}
break;
}
default:
{
break;
}
}
}
NewCase.FuncCalls = FuncCalls;
NewCase.AssigmentChecker = AssigmentChecks;
testcases.Add(NewCase);
}
return(testcases);
}