-
- // Insert the annotation into the start index
- vector<size_t>::iterator i = _ann_start_index.end();
- if (!_ann_start_index.empty() &&
- _annotations[_ann_start_index.back()].start_sample() >
- a.start_sample())
- i = upper_bound(_ann_start_index.begin(),
- _ann_start_index.end(), a.start_sample(),
- bind(&RowData::index_entry_start_sample_gt,
- this, _1, _2));
-
- _ann_start_index.insert(i, offset);
-
- // Insert the annotation into the end index
- vector<size_t>::iterator j = _ann_end_index.end();
- if (!_ann_end_index.empty() &&
- _annotations[_ann_end_index.back()].end_sample() <
- a.end_sample())
- j = upper_bound(_ann_end_index.begin(),
- _ann_end_index.end(), a.end_sample(),
- bind(&RowData::index_entry_end_sample_gt,
- this, _1, _2));
-
- _ann_end_index.insert(j, offset);
-}
-
-bool RowData::index_entry_start_sample_gt(
- const uint64_t sample, const size_t index) const
-{
- assert(index < _annotations.size());
- return _annotations[index].start_sample() > sample;
-}
-
-bool RowData::index_entry_end_sample_lt(
- const size_t index, const uint64_t sample) const
-{
- assert(index < _annotations.size());
- return _annotations[index].end_sample() < sample;
-}
-
-bool RowData::index_entry_end_sample_gt(
- const uint64_t sample, const size_t index) const
-{
- assert(index < _annotations.size());
- return _annotations[index].end_sample() > sample;