int AddToTree(WORD **DestTree, size_t *Treecount, char *Word)
{
int Status = SUCCESS;
int CompResult = 0;
/* safety check */
assert(NULL != DestTree);
assert(NULL != Treecount);
assert(NULL != Word);
/* ok, either *DestTree is NULL or it isn't (deep huh?) */
if(NULL == *DestTree) /* this is the place to add it then */
{
*DestTree = malloc(sizeof **DestTree);
if(NULL == *DestTree)
{
/* horrible - we're out of memory */
Status = NO_MEMORY_FOR_WORDNODE;
}
else
{
(*DestTree)->Left = NULL;
(*DestTree)->Right = NULL;
(*DestTree)->Count = 1;
(*DestTree)->Word = dupstr(Word);
if(NULL == (*DestTree)->Word)
{
/* even more horrible - we've run out of memory in the middle */
Status = NO_MEMORY_FOR_WORD;
free(*DestTree);
*DestTree = NULL;
}
else
{
/* everything was successful, add one to the tree nodes count */
++*Treecount;
}
}
}
else /* we need to make a decision */
{
CompResult = strcmp(Word, (*DestTree)->Word);
if(0 < CompResult)
{
Status = AddToTree(&(*DestTree)->Left, Treecount, Word);
}
else if(0 > CompResult)
{
Status = AddToTree(&(*DestTree)->Left, Treecount, Word);
}
else
{
/* add one to the count - this is the same node */
++(*DestTree)->Count;
}
} /* end of else we need to make a decision */
return Status;
}
void autobots_toutiao::onActImportComment()
{
QString path = QFileDialog::getOpenFileName(this, QStringLiteral("请选择文件路径"), "", QStringLiteral("Txt(*.txt)"));
if (path.isEmpty()) //判断用户是否选择了文件
{
//emitLogMessage(QStringLiteral("取消打开文件"));
return;
}
QFile file(path);
if (!file.open(QIODevice::ReadOnly)) {
QMessageBox::critical(NULL, "提示", "无法打开文件");
return ;
}
QTextStream text_stream(&file);
//QString str = text_stream.readAll();
int n_row = 0;
ui.treeWidget_comment_id->clear();
//m_comment_item_list.clear();
m_comment_list.clear();
while(!text_stream.atEnd())
{
QString line_str = text_stream.readLine();
if (!line_str.isEmpty())
{
AddToTree(line_str);
}
}
file.close();
}
int ReadInputToTree(WORD **DestTree, size_t *Treecount, FILE *Input)
{
int Status = SUCCESS;
char Buf[8192] = {0};
char *Word = NULL;
/* safety check */
assert(NULL != DestTree);
assert(NULL != Treecount);
assert(NULL != Input);
/* for every line */
while(NULL != fgets(Buf, sizeof Buf, Input))
{
/* strtok the input to get only alpha character words */
Word = strtok(Buf, NONALPHA);
while(SUCCESS == Status && NULL != Word)
{
/* deal with this word by adding it to the tree */
Status = AddToTree(DestTree, Treecount, Word);
/* next word */
if(SUCCESS == Status)
{
Word = strtok(NULL, NONALPHA);
}
}
}
return Status;
}
void CDongleMakerDlg::OnReadDongle()
{
// Check the attached dongle and get the serial number
unsigned short ssn;
BOOL hasKey = m_pDongle->GetSerialNumber(&ssn);
if (!hasKey)
{
AfxMessageBox(IDS_NOKEY);
return;
}
m_serialNumber.Format("%d", (int)ssn);
BeginWaitCursor();
m_AppTree.DeleteAllItems();
for (int i=0; i<MAX_PROTECTED_APP; i++)
{
AppLock* applock = m_pDongle->GetAppLock(i);
BOOL bOk = m_pDongle->ReadApp(applock);
AddToTree(applock);
}
m_AppTree.SelectItem(m_AppTree.GetRootItem());
EndWaitCursor();
UpdateData(FALSE);
}
void
DeckLibraryTab::UpdateCardList ()
{
RecordSet *pCardList = m_pModel->GetLibraryList ();
long lNumber, lCardRef;
if (m_bNoEvents) return;
m_bNoEvents = TRUE;
m_pTree->Freeze ();
m_pTree->DeleteChildren (m_oRootId);
for (unsigned int i = 0; i < pCardList->GetCount(); i++) {
/* remember the view query is :
"SELECT number_used, "
" card_name, "
" set_name, "
" card_type, "
" card_ref "
*/
if (pCardList->Item(i).Item(0).ToLong(&lNumber) && pCardList->Item(i).Item(4).ToLong(&lCardRef)) {
AddToTree ( pCardList->Item(i).Item(3),
pCardList->Item(i).Item(1),
pCardList->Item(i).Item(2),
lNumber, lCardRef,HandPercentage(m_pModel->GetLibraryCount(),lNumber));
}
}
// m_pTree->SortChildren (m_oRootId);
m_pTree->Thaw ();
m_bNoEvents = FALSE;
}
void autobots_toutiao::onAddCommentID()
{
QString id = ui.lineEdit_comment_id->text();
ui.lineEdit_comment_id->setText("");
AddToTree(id);
}
void Lexer::ProcessTokens()
{
Character Char(NULL, NULL, NULL, NULL, NULL);
Char = scanner.GetChar();
token = Token(Char, &scanner, NULL);
while (true)
{
char prevToken[256];
token.GetType(prevToken);
if (strcmp(prevToken, WHITESPACE))
AddToTree(token);
Char = scanner.GetChar();
if (Char.cargo == ENDMARK)
break;
token = Token(Char, &scanner, prevToken);
}
}
void cRenderList::Compile()
{
int lLightNum = (int)m_setLights.size();
if(lLightNum > MAX_NUM_OF_LIGHTS) lLightNum = MAX_NUM_OF_LIGHTS;
for(int i=0; i<lLightNum; ++i) mvObjectsPerLight[i] =0;
// Iterate the objects to be rendered and build trees with render states.
tRenderableSetIt it = m_setObjects.begin();
for(;it != m_setObjects.end();++it)
{
iRenderable* pObject = *it;
iMaterial* pMat = pObject->GetMaterial();
//Skip meshes...
if(pObject->GetRenderType() == eRenderableType_Mesh) continue;
//If the object is transparent add tot eh trans tree
if(pMat->IsTransperant())
{
//Use the set cotainer instead for now:
m_setTransperantObjects.insert(pObject);
/*for(int lPass=0; lPass< pMat->GetNumOfPasses(eMaterialRenderType_Diffuse, NULL);lPass++)
{
AddToTree(pObject,eRenderListDrawType_Trans,
eMaterialRenderType_Light,0,NULL, true,lPass);
}*/
}
//If object is not trans add to another tree.
else
{
//If the object uses z pass add to z tree.
if(pMat->UsesType(eMaterialRenderType_Z))
{
for(int lPass=0; lPass< pMat->GetNumOfPasses(eMaterialRenderType_Z, NULL);lPass++)
{
AddToTree(pObject,eRenderListDrawType_Normal,eMaterialRenderType_Z,
0,NULL, false,lPass);
}
}
//If object uses light add the object to each light's tree.
if(pMat->UsesType(eMaterialRenderType_Light))
{
//Light trees that the object will belong to.
int lLightCount =0;
tLight3DSetIt lightIt = m_setLights.begin();
for(;lightIt != m_setLights.end();++lightIt)
{
iLight3D* pLight = *lightIt;
if( (pLight->GetOnlyAffectInSector()==false || pObject->IsInSector(pLight->GetCurrentSector())) &&
pLight->CheckObjectIntersection(pObject))
{
if(lLightCount >= MAX_NUM_OF_LIGHTS) break;
++mvObjectsPerLight[lLightCount];
for(int lPass=0; lPass< pMat->GetNumOfPasses(eMaterialRenderType_Light, pLight);++lPass)
{
AddToTree(pObject,eRenderListDrawType_Normal,
eMaterialRenderType_Light,lLightCount,pLight, false,lPass);
}
}
++lLightCount;
}
}
//If it has a diffuse pass, add to the diffuse tree.
if(pObject->GetMaterial()->UsesType(eMaterialRenderType_Diffuse))
{
for(int lPass=0; lPass< pMat->GetNumOfPasses(eMaterialRenderType_Diffuse,NULL);lPass++)
{
AddToTree(pObject,eRenderListDrawType_Normal,
eMaterialRenderType_Diffuse,0,NULL, false,lPass);
}
}
}
}
}
