package de.anomic.index; import de.anomic.kelondro.kelondroOrder; public class indexContainerOrder implements kelondroOrder { private kelondroOrder embeddedOrder; public indexContainerOrder(kelondroOrder embedOrder) { this.embeddedOrder = embedOrder; } public boolean wellformed(byte[] a) { return embeddedOrder.wellformed(a); } public boolean wellformed(byte[] a, int astart, int alength) { return embeddedOrder.wellformed(a, astart, alength); } public void direction(boolean ascending) { this.embeddedOrder.direction(ascending); } public long partition(byte[] key, int forks) { return this.embeddedOrder.partition(key, forks); } public int compare(Object a, Object b) { if ((a instanceof indexContainer) && (b instanceof indexContainer)) { return this.embeddedOrder.compare(((indexContainer) a).getWordHash(), ((indexContainer) b).getWordHash()); } return this.embeddedOrder.compare(a, b); } public byte[] zero() { return this.embeddedOrder.zero(); } public void rotate(byte[] zero) { this.embeddedOrder.rotate(zero); } public Object clone() { return new indexContainerOrder((kelondroOrder) this.embeddedOrder.clone()); } public String signature() { return this.embeddedOrder.signature(); } public long cardinal(byte[] key) { return this.embeddedOrder.cardinal(key); } public int compare(byte[] a, byte[] b) { return this.embeddedOrder.compare(a, b); } public int compare(byte[] a, int aoffset, int alength, byte[] b, int boffset, int blength) { return this.embeddedOrder.compare(a, aoffset, alength, b, boffset, blength); } public boolean equals(kelondroOrder otherOrder) { if (!(otherOrder instanceof indexContainerOrder)) return false; return this.embeddedOrder.equals(((indexContainerOrder) otherOrder).embeddedOrder); } }