public ProvStartTU_RX(MGRX.ProvStartNode start_node)
{
// copy pasta'd from base()
preCH primStepsLHS = null;
if (start_node.rootIsSG)
{
root_SG_edge = new Root_SG_EdgeTU(start_node.startSG);
rootIsSG = true;
primStepsLHS = root_SG_edge.preCH_out;
}
else
{
var dummy_root_CH = new TypedSingleCH <int>();
dummy_Suigen = new OP_SuiGen <int>(dummy_root_CH, (_) => new [] { 1 });
root_FunCall = new FunCallTU_RX(new adapter_preCH(dummy_root_CH), (MGRX.FunCallNodeRX)start_node.startFuncall);
rootIsSG = false;
primStepsLHS = root_FunCall.preCH_out;
}
var L = new List <PrimitveStepTU>();
preCH current_preCH = primStepsLHS;
foreach (var prim_step in start_node.primSteps)
{
var TU = new PrimitveStepTU_RX(current_preCH, prim_step);
L.Add(TU);
current_preCH = TU.preCH_out;
}
subsequent_Steps = L.ToArray();
}
public TestTR(TestMG1.MemA_andOptAssign startNode, preCH pre_LHS)
{
test_start_node = startNode;
this.pre_LHS = pre_LHS;
memaTR = new MemA_VBXTU(pre_LHS, startNode.memavt_node);
assignTR = startNode.assignvt_node == null ? null : new Assign_VBXTU(memaTR.preCH_out, startNode.assignvt_node);
}
public TestStartRXTU(TMP_RX_Grammar.TestStartRXNode startNode)
{
preCH root_preCH = SG_Step_preCH_OUT(startNode.sgEdgeNode);
var FEs = new List <FanElemRX_TU>();
preCH lhs_preCH = root_preCH;
foreach (var FE_Node in startNode.fanNodes)
{
var FE_TU = new FanElemRX_TU(FE_Node, lhs_preCH); FEs.Add(FE_TU); lhs_preCH = FE_TU.preCH_out;
}
FanElemTUs = FEs.ToArray();
}
