void TestList()
{
T_NODE headNode = {NULL, NULL};
Insert2List(&headNode, "first", "firstcontent");
Insert2List(&headNode, "second", "secondcontent");
PrintList(&headNode);
T_XML_NODE xmlArr[] = {
{"second", "secondcontent"},
{"first", "firstcontent"},
{NULL, NULL},
};
AssertList(&headNode, xmlArr);
FreeList(&headNode);
}
void Insert2List(V VertexNode, int VertexID)
{
if (!VertexNode->Next || VertexNode->Next->ID >= VertexID)
{
V TempVertex = (V)malloc(sizeof(struct Vertex));
TempVertex->ID = VertexID;
TempVertex->Next = VertexNode->Next ? VertexNode->Next : NULL;
VertexNode->Next = TempVertex;
}
else
{
Insert2List(VertexNode->Next, VertexID);
}
}
// current is state starttag, jump2Content event is triggered, now do some action
E_RETURN_TYPE EventHandler_StateEndTag_Jump2Null(char cCurrentChar, PT_XML_PARSE_STATE_MACHINE ptStateMachine, PT_NODE ptHead)
{
MyPrintf("EventHandler_StateEndTag_Jump2Null enter");
// discard current char, compare starttag with endtag
// if starttag equals to endtag, add tagName-content into list
if ( !strcmp(ptStateMachine->tStartTag.szStr, ptStateMachine->tEndTag.szStr) )
{
Insert2List(ptHead, ptStateMachine->tStartTag.szStr, ptStateMachine->tContent.szStr);
}
else
{
MyPrintf("start tag(%s) do not match end tag(%s), ", ptStateMachine->tStartTag.szStr, ptStateMachine->tEndTag.szStr);
}
FreeXMLParseStateMachine(ptStateMachine);
InitXMLParseStateMachine(ptStateMachine);
}
void SetEdge(V *AdjacencyList, int VertexID1, int VertexID2)
{
Insert2List(AdjacencyList[VertexID1], VertexID2);
Insert2List(AdjacencyList[VertexID2], VertexID1);
}