private Buffer ensureBufferSize(Buffer output, final int size, final Allocator allocator) { final int sz = (int) ((float) size * BUFFER_SIZE_COEF); if (output == null) { assert allocator != null; output = allocator.grow(this, null, sz); } else if (output.remaining() < sz) { assert allocator != null; output = allocator.grow(this, output, output.capacity() + (sz - output.remaining())); } return output; }
private Buffer ensureBufferSize(Buffer output, final int size, final Allocator allocator) { final int sz = (int) ((float) size * BUFFER_SIZE_COEF); if (output == null) { assert allocator != null; output = allocator.grow(this, null, sz); } else if (output.remaining() < sz) { assert allocator != null; output = allocator.grow(this, output, output.capacity() + (sz - output.remaining())); } return output; }
private Buffer ensureBufferSize(Buffer output, final int size, final Allocator allocator) { final int sz = (int) ((float) size * BUFFER_SIZE_COEF); if (output == null) { assert allocator != null; output = allocator.grow(this, null, sz); } else if (output.remaining() < sz) { assert allocator != null; output = allocator.grow(this, output, output.capacity() + (sz - output.remaining())); } return output; }
private Buffer ensureBufferSize(Buffer output, final int size, final Allocator allocator) { final int sz = (int) ((float) size * BUFFER_SIZE_COEF); if (output == null) { assert allocator != null; output = allocator.grow(this, null, sz); } else if (output.remaining() < sz) { assert allocator != null; output = allocator.grow(this, output, output.capacity() + (sz - output.remaining())); } return output; }
private Buffer ensureBufferSize(Buffer output, final int size, final Allocator allocator) { final int sz = (int) ((float) size * BUFFER_SIZE_COEF); if (output == null) { assert allocator != null; output = allocator.grow(this, null, sz); } else if (output.remaining() < sz) { assert allocator != null; output = allocator.grow(this, output, output.capacity() + (sz - output.remaining())); } return output; }
private Buffer ensureBufferSize(Buffer output, final int size, final Allocator allocator) { final int sz = (int) ((float) size * BUFFER_SIZE_COEF); if (output == null) { assert allocator != null; output = allocator.grow(this, null, sz); } else if (output.remaining() < sz) { assert allocator != null; output = allocator.grow(this, output, output.capacity() + (sz - output.remaining())); } return output; }
private Buffer ensureBufferSize(Buffer output, final int size, final Allocator allocator) { final int sz = (int) ((float) size * BUFFER_SIZE_COEF); if (output == null) { assert allocator != null; output = allocator.grow(this, null, sz); } else if (output.remaining() < sz) { assert allocator != null; output = allocator.grow(this, output, output.capacity() + (sz - output.remaining())); } return output; }
private Buffer ensureBufferSize(Buffer output, final int size, final Allocator allocator) { final int sz = (int) ((float) size * BUFFER_SIZE_COEF); if (output == null) { assert allocator != null; output = allocator.grow(this, null, sz); } else if (output.remaining() < sz) { assert allocator != null; output = allocator.grow(this, output, output.capacity() + (sz - output.remaining())); } return output; }
private Buffer ensureBufferSize(Buffer output, final int size, final Allocator allocator) { final int sz = (int) ((float) size * BUFFER_SIZE_COEF); if (output == null) { assert allocator != null; output = allocator.grow(this, null, sz); } else if (output.remaining() < sz) { assert allocator != null; output = allocator.grow(this, output, output.capacity() + (sz - output.remaining())); } return output; }
private Buffer ensureBufferSize(Buffer output, final int size, final Allocator allocator) { final int sz = (int) ((float) size * BUFFER_SIZE_COEF); if (output == null) { assert allocator != null; output = allocator.grow(this, null, sz); } else if (output.remaining() < sz) { assert allocator != null; output = allocator.grow(this, output, output.capacity() + (sz - output.remaining())); } return output; }
private Buffer ensureBufferSize(Buffer output, final int size, final Allocator allocator) { final int sz = (int) ((float) size * BUFFER_SIZE_COEF); if (output == null) { assert allocator != null; output = allocator.grow(this, null, sz); } else if (output.remaining() < sz) { assert allocator != null; output = allocator.grow(this, output, output.capacity() + (sz - output.remaining())); } return output; }
private Buffer ensureBufferSize(Buffer output, final int size, final Allocator allocator) { final int sz = (int) ((float) size * BUFFER_SIZE_COEF); if (output == null) { assert allocator != null; output = allocator.grow(this, null, sz); } else if (output.remaining() < sz) { assert allocator != null; output = allocator.grow(this, output, output.capacity() + (sz - output.remaining())); } return output; }