/**
* Adds a replace atomic to the list.
*
* @param pre PRE value of the target node/update location
* @param d insertion sequence data reference
*/
public void addReplace(final int pre, final Data d) {
final int oldsize = data.size(pre, data.kind(pre));
final int newsize = d.meta.size;
add(new Replace(pre, newsize - oldsize, pre + oldsize, d), true);
}
/**
* Adds an insert atomic to the list.
*
* @param pre PRE value of the target node/update location
* @param par new parent of the inserted nodes
* @param d insertion sequence data reference
* @param attr insert attribute if true or a node of any other kind if false
*/
public void addInsert(final int pre, final int par, final Data d, final boolean attr) {
final int s = d.meta.size;
if (attr) add(new InsertAttr(pre, s, pre, par, d), true);
else add(new Insert(pre, s, pre, par, d), true);
}
/**
* Adds an updateValue atomic to the list.
*
* @param pre PRE value of the target node/update location
* @param k kind of the target node
* @param v new value for the target node
*/
public void addUpdateValue(final int pre, final int k, final byte[] v) {
add(new UpdateValue(pre, 0, -1, k, v), false);
}
/**
* Adds a delete atomic to the list.
*
* @param pre PRE value of the target node/update location
*/
public void addDelete(final int pre) {
final int k = data.kind(pre);
final int s = data.size(pre, k);
add(new Delete(pre, -s, pre + s), true);
}
/**
* Adds a rename atomic to the list.
*
* @param pre PRE value of the target node/update location
* @param k kind of the target node
* @param n new name for the target node
* @param u new uri for the target node
*/
public void addRename(final int pre, final int k, final byte[] n, final byte[] u) {
add(new Rename(pre, 0, -1, k, n, u), false);
}