@Override public boolean equals(Object x) { if (x instanceof Path) { return ((Path) x).getData().equals(getData()); } else { return false; } }
@Override public boolean equals(Object x) { if (x instanceof Path) { return ((Path) x).getData().equals(getData()); } else { return false; } }
@Override public boolean equals(Object x) { if (x instanceof Path) { return ((Path) x).getData().equals(getData()); } else { return false; } }
/** * Create a mutable path as a prefix of the given path * * @param x Source path * @param pfix If positive, the new path is a prefix of x containing pfix * elements. If negative, the new path is a prefix of x with last -pfix * elements removed. */ public MutablePath(Path x, int pfix) { setData(new PathRep(x.getData(), pfix)); pathOwned = true; }
/** * Create a mutable path as a prefix of the given path * * @param x Source path * @param pfix If positive, the new path is a prefix of x containing pfix * elements. If negative, the new path is a prefix of x with last -pfix * elements removed. */ public MutablePath(Path x, int pfix) { setData(new PathRep(x.getData(), pfix)); pathOwned = true; }
/** * Create a mutable path as a prefix of the given path * * @param x Source path * @param pfix If positive, the new path is a prefix of x containing pfix * elements. If negative, the new path is a prefix of x with last -pfix * elements removed. */ public MutablePath(Path x, int pfix) { setData(new PathRep(x.getData(), pfix)); pathOwned = true; }
/** * Appends x to the end of this */ public MutablePath push(Path x) { if (x == null) { throw new IllegalArgumentException(UtilConstants.ERR_NULL_VALUE_PASSED_TO_PUSH); } own(); getData().append(x.getData()); return this; }
/** * Appends x to the end of this */ public MutablePath push(Path x) { if (x == null) { throw new IllegalArgumentException(UtilConstants.ERR_NULL_VALUE_PASSED_TO_PUSH); } own(); getData().append(x.getData()); return this; }
/** * Appends x to the end of this */ public MutablePath push(Path x) { if (x == null) { throw new IllegalArgumentException(UtilConstants.ERR_NULL_VALUE_PASSED_TO_PUSH); } own(); getData().append(x.getData()); return this; }
PathRep fpData = fullPath.getData(); int thisSize = thisData.size(); int fpSize = fpData.size();
PathRep fpData = fullPath.getData(); int thisSize = thisData.size(); int fpSize = fpData.size();
PathRep fpData = fullPath.getData(); int thisSize = thisData.size(); int fpSize = fpData.size();