@Override public void removeAll() { position = 0; limit = 0; capacity = 0; Arrays.fill(buffers, 0, buffersSize, null); buffersSize = 0; resetLastLocation(); }
@Override public void removeAll() { position = 0; limit = 0; capacity = 0; Arrays.fill(buffers, 0, buffersSize, null); buffersSize = 0; resetLastLocation(); }
@Override public void removeAll() { position = 0; limit = 0; capacity = 0; Arrays.fill(buffers, 0, buffersSize, null); buffersSize = 0; resetLastLocation(); }
@Override public void removeAll() { position = 0; limit = 0; capacity = 0; Arrays.fill(buffers, 0, buffersSize, null); buffersSize = 0; resetLastLocation(); }
@Override public void removeAll() { position = 0; limit = 0; capacity = 0; Arrays.fill(buffers, 0, buffersSize, null); buffersSize = 0; resetLastLocation(); }
@Override public void removeAll() { position = 0; limit = 0; capacity = 0; Arrays.fill(buffers, 0, buffersSize, null); buffersSize = 0; resetLastLocation(); }
@Override public void removeAll() { position = 0; limit = 0; capacity = 0; Arrays.fill(buffers, 0, buffersSize, null); buffersSize = 0; resetLastLocation(); }
@Override public void removeAll() { position = 0; limit = 0; capacity = 0; Arrays.fill(buffers, 0, buffersSize, null); buffersSize = 0; resetLastLocation(); }
@Override public void trim() { flip(); if (limit == 0) { removeRightBuffers(0); capacity = 0; } else { checkIndex(limit - 1); capacity -= removeRightBuffers(lastSegmentIndex + 1); } resetLastLocation(); }
@Override public void trim() { flip(); if (limit == 0) { removeRightBuffers(0); capacity = 0; } else { checkIndex(limit - 1); capacity -= removeRightBuffers(lastSegmentIndex + 1); } resetLastLocation(); }
@Override public void trim() { flip(); if (limit == 0) { removeRightBuffers(0); capacity = 0; } else { checkIndex(limit - 1); capacity -= removeRightBuffers(lastSegmentIndex + 1); } resetLastLocation(); }
@Override public void trim() { flip(); if (limit == 0) { removeRightBuffers(0); capacity = 0; } else { checkIndex(limit - 1); capacity -= removeRightBuffers(lastSegmentIndex + 1); } resetLastLocation(); }
@Override public void trim() { flip(); if (limit == 0) { removeRightBuffers(0); capacity = 0; } else { checkIndex(limit - 1); capacity -= removeRightBuffers(lastSegmentIndex + 1); } resetLastLocation(); }
@Override public void trim() { flip(); if (limit == 0) { removeRightBuffers(0); capacity = 0; } else { checkIndex(limit - 1); capacity -= removeRightBuffers(lastSegmentIndex + 1); } resetLastLocation(); }
@Override public void trim() { flip(); if (limit == 0) { removeRightBuffers(0); capacity = 0; } else { checkIndex(limit - 1); capacity -= removeRightBuffers(lastSegmentIndex + 1); } resetLastLocation(); }
@Override public void trim() { flip(); if (limit == 0) { removeRightBuffers(0); capacity = 0; } else { checkIndex(limit - 1); capacity -= removeRightBuffers(lastSegmentIndex + 1); } resetLastLocation(); }
@Override public void trim() { flip(); if (limit == 0) { removeRightBuffers(0); capacity = 0; } else { checkIndex(limit - 1); capacity -= removeRightBuffers(lastSegmentIndex + 1); } resetLastLocation(); }
@Override public void trim() { flip(); if (limit == 0) { removeRightBuffers(0); capacity = 0; } else { checkIndex(limit - 1); capacity -= removeRightBuffers(lastSegmentIndex + 1); } resetLastLocation(); }
@Override public void trim() { flip(); if (limit == 0) { removeRightBuffers(0); capacity = 0; } else { checkIndex(limit - 1); capacity -= removeRightBuffers(lastSegmentIndex + 1); } resetLastLocation(); }
@Override public void trim() { flip(); if (limit == 0) { removeRightBuffers(0); capacity = 0; } else { checkIndex(limit - 1); capacity -= removeRightBuffers(lastSegmentIndex + 1); } resetLastLocation(); }