/// Function name : findDocumentIndexByValue
// Description : Determines the index of the specified document
//
// DOCUMENTS_DATA* pDocumentsData : [in] Window data
// CONST DOCUMENT* pTargetDocument : [in] Document to retrieve the index for
// INT& iOutput : [out] Zero-based index if found, otherwise -1
//
// Return Value : TRUE if found, otherwise FALSE
//
BOOL findDocumentIndexByValue(DOCUMENTS_DATA* pWindowData, CONST DOCUMENT* pTargetDocument, INT& iOutput)
{
LIST_ITERATOR* pIterator; // List iterator
DOCUMENT* pCurrentDocument; // List iterator
// Prepare
iOutput = -1;
/// Iterate through document list
for (pIterator = createListIterator(pWindowData->pDocumentList); getCurrentItem(pIterator, (LPARAM&)pCurrentDocument); moveNextItem(pIterator))
{
// [CHECK] Compare current item
if (pCurrentDocument == pTargetDocument)
{
/// [FOUND] Set result and abort
iOutput = pIterator->iIndex;
break;
}
}
// Cleanup and return TRUE if found
deleteListIterator(pIterator);
return (iOutput != -1);
}
/// Function name : findDocumentIndexByPath
// Description : Determines the index of the specified document
//
// HWND hTabCtrl : [in] Documents control
// CONST TCHAR* szFullPath : [in] Full path of the desired document
// INT& iOutput : [out] Zero-based index if found, otherwise -1
//
// Return Value : TRUE if found, otherwise FALSE
//
BOOL findDocumentIndexByPath(HWND hTabCtrl, CONST TCHAR* szFullPath, INT& iOutput)
{
DOCUMENTS_DATA* pWindowData; // Window data
LIST_ITERATOR* pIterator; // List iterator
DOCUMENT* pDocument; // List iterator
// Prepare
pWindowData = getDocumentsControlData(hTabCtrl);
iOutput = -1;
/// Iterate through document list
for (pIterator = createListIterator(pWindowData->pDocumentList); getCurrentItem(pIterator, (LPARAM&)pDocument); moveNextItem(pIterator))
{
// [CHECK] Compare paths
if (utilCompareStringVariables(getDocumentPath(pDocument), szFullPath))
{
/// [FOUND] Set result and abort
iOutput = pIterator->iIndex;
break;
}
}
// Cleanup and return TRUE if found
deleteListIterator(pIterator);
return (iOutput != -1);
}
void llsort(linkedlist_t* list, int(*comp)(const void*, const void*)){
int i = 0;
listiterator_t* iter = (listiterator_t*)0;
data_entry_t *arr = lltoArray(list);
qsort(&arr[0], list->size, sizeof(data_entry_t), comp);
iter = createListIterator(list, 0);
for(;i<list->size; ++i){
linext(iter);
liset(iter, arr[i].data, arr[i].nBytes);
}
destroyListIterator(iter);
free(arr);
}
