/**
* Record the cursor position
* This method is implemented to be lenient on loading in
* that it can load nodes from any VTDNav object
* if vn is null, return false
*/
Boolean recordCursorPosition(BookMark *bm, VTDNav *vn){
int i;
if (vn == NULL)
return FALSE;
if (vn== bm->vn1){
}else {
bind4BookMark(bm,vn);
}
for (i = 0; i < vn->nestingLevel; i++) {
bm->ba[i] = bm->vn1->context[i];
}
bm->ba[vn->nestingLevel]= vn->l1index ;
bm->ba[vn->nestingLevel + 1]= vn->l2index ;
bm->ba[vn->nestingLevel + 2]= vn->l3index ;
bm->ba[vn->nestingLevel + 3]= vn->l2lower ;
bm->ba[vn->nestingLevel + 4]= vn->l2upper ;
bm->ba[vn->nestingLevel + 5]= vn->l3lower ;
bm->ba[vn->nestingLevel + 6]= vn->l3upper ;
//ba[vn.nestingLevel + 7]=(vn.atTerminal == true)?1:0;
bm->ba[vn->nestingLevel + 7]=
(vn->atTerminal == TRUE)?
(vn->LN | 0x80000000) : vn->LN ;
return TRUE;
}
BookMark *createBookMark2(VTDNav *vn) {
BookMark *bm = (BookMark*) malloc(sizeof(BookMark));
if (bm==NULL) {
throwException2(out_of_mem,
"BookMark allocation failed ");
}
bm->ba = NULL;
bm->ba_len = -1;
bm->vn1 = NULL;
bind4BookMark(bm,vn);
recordCursorPosition2(bm);
return bm;
}
/**
* Record the cursor position
* This method is implemented to be lenient on loading in
* that it can load nodes from any VTDNav object
* if vn is null, return false
*/
Boolean recordCursorPosition(BookMark *bm, VTDNav *vn) {
int i;
if (vn == NULL)
return FALSE;
if (vn== bm->vn1) {
} else {
bind4BookMark(bm,vn);
}
for (i = 0; i < vn->nestingLevel; i++) {
bm->ba[i] = bm->vn1->context[i];
}
if (vn->shallowDepth) {
bm->ba[vn->nestingLevel]= vn->l1index ;
bm->ba[vn->nestingLevel + 1]= vn->l2index ;
bm->ba[vn->nestingLevel + 2]= vn->l3index ;
bm->ba[vn->nestingLevel + 3]= vn->l2lower ;
bm->ba[vn->nestingLevel + 4]= vn->l2upper ;
bm->ba[vn->nestingLevel + 5]= vn->l3lower ;
bm->ba[vn->nestingLevel + 6]= vn->l3upper ;
//ba[vn.nestingLevel + 7]=(vn.atTerminal == true)?1:0;
bm->ba[vn->nestingLevel + 7]=
(vn->atTerminal == TRUE)?
(vn->LN | 0x80000000) : vn->LN ;
}
else {
VTDNav_L5 *vnl = (VTDNav_L5 *)vn;
bm->ba[vn->nestingLevel]= vnl->l1index ;
bm->ba[vn->nestingLevel + 1]= vnl->l2index ;
bm->ba[vn->nestingLevel + 2]= vnl->l3index ;
bm->ba[vn->nestingLevel + 3]= vnl->l4index ;
bm->ba[vn->nestingLevel + 4]= vnl->l5index ;
bm->ba[vn->nestingLevel + 5]= vnl->l2lower ;
bm->ba[vn->nestingLevel + 6]= vnl->l2upper ;
bm->ba[vn->nestingLevel + 7]= vnl->l3lower ;
bm->ba[vn->nestingLevel + 8]= vnl->l3upper ;
bm->ba[vn->nestingLevel + 9]= vnl->l4lower ;
bm->ba[vn->nestingLevel + 10]= vnl->l4upper ;
bm->ba[vn->nestingLevel + 11]= vnl->l5lower ;
bm->ba[vn->nestingLevel + 12]= vnl->l5upper ;
bm->ba[vn->nestingLevel + 13]=
(vn->atTerminal == TRUE)?
(vn->LN | 0x80000000) : vn->LN ;
}
return TRUE;
}
