public Path relativeTo(Path that) { int depthOfPathDivergence = depthOfPathDivergence(chunks, that.chunks); String[] result = new String[chunks.length + that.chunks.length - 2 * depthOfPathDivergence]; int count = 0; for (int i = depthOfPathDivergence; i < chunks.length; i++) { result[count++] = ".."; } for (int j = depthOfPathDivergence; j < that.chunks.length; j++) { result[count++] = that.chunks[j]; } if (count == 0) { return DOT; } else { return new Path(result); } }
public Path relativeTo(Path that) { int depthOfPathDivergence = depthOfPathDivergence(chunks, that.chunks); String[] result = new String[chunks.length + that.chunks.length - 2 * depthOfPathDivergence]; int count = 0; for (int i = depthOfPathDivergence; i < chunks.length; i++) { result[count++] = ".."; } for (int j = depthOfPathDivergence; j < that.chunks.length; j++) { result[count++] = that.chunks[j]; } if (count == 0) { return DOT; } else { return new Path(result); } }
public Path relativeTo(final Path that) { final int depthOfPathDivergence = depthOfPathDivergence(chunks, that.chunks); final String[] result = new String[chunks.length + that.chunks.length - 2 * depthOfPathDivergence]; int count = 0; for (int i = depthOfPathDivergence; i < chunks.length; i++) { result[count++] = ".."; } for (int j = depthOfPathDivergence; j < that.chunks.length; j++) { result[count++] = that.chunks[j]; } if (count == 0) { return DOT; } else { return new Path(result); } }
public Path relativeTo(Path that) { int depthOfPathDivergence = depthOfPathDivergence(chunks, that.chunks); String[] result = new String[chunks.length + that.chunks.length - 2 * depthOfPathDivergence]; int count = 0; for (int i = depthOfPathDivergence; i < chunks.length; i++) { result[count++] = ".."; } for (int j = depthOfPathDivergence; j < that.chunks.length; j++) { result[count++] = that.chunks[j]; } if (count == 0) { return DOT; } else { return new Path(result); } }
public Path relativeTo(Path that) { int depthOfPathDivergence = depthOfPathDivergence(chunks, that.chunks); String[] result = new String[chunks.length + that.chunks.length - 2 * depthOfPathDivergence]; int count = 0; for (int i = depthOfPathDivergence; i < chunks.length; i++) { result[count++] = ".."; } for (int j = depthOfPathDivergence; j < that.chunks.length; j++) { result[count++] = that.chunks[j]; } if (count == 0) { return DOT; } else { return new Path(result); } }
public Path relativeTo(Path that) { int depthOfPathDivergence = depthOfPathDivergence(chunks, that.chunks); String[] result = new String[chunks.length + that.chunks.length - 2 * depthOfPathDivergence]; int count = 0; for (int i = depthOfPathDivergence; i < chunks.length; i++) { result[count++] = ".."; } for (int j = depthOfPathDivergence; j < that.chunks.length; j++) { result[count++] = that.chunks[j]; } if (count == 0) { return DOT; } else { return new Path(result); } }
public Path relativeTo(Path that) { int depthOfPathDivergence = depthOfPathDivergence(chunks, that.chunks); String[] result = new String[chunks.length + that.chunks.length - 2 * depthOfPathDivergence]; int count = 0; for (int i = depthOfPathDivergence; i < chunks.length; i++) { result[count++] = ".."; } for (int j = depthOfPathDivergence; j < that.chunks.length; j++) { result[count++] = that.chunks[j]; } if (count == 0) { return DOT; } else { return new Path(result); } }
public Path relativeTo(Path that) { int depthOfPathDivergence = depthOfPathDivergence(chunks, that.chunks); String[] result = new String[chunks.length + that.chunks.length - 2 * depthOfPathDivergence]; int count = 0; for (int i = depthOfPathDivergence; i < chunks.length; i++) { result[count++] = ".."; } for (int j = depthOfPathDivergence; j < that.chunks.length; j++) { result[count++] = that.chunks[j]; } if (count == 0) { return DOT; } else { return new Path(result); } }
public Path relativeTo(Path that) { int depthOfPathDivergence = depthOfPathDivergence(chunks, that.chunks); String[] result = new String[chunks.length + that.chunks.length - 2 * depthOfPathDivergence]; int count = 0; for (int i = depthOfPathDivergence; i < chunks.length; i++) { result[count++] = ".."; } for (int j = depthOfPathDivergence; j < that.chunks.length; j++) { result[count++] = that.chunks[j]; } if (count == 0) { return DOT; } else { return new Path(result); } }