Searched refs:end_sector (Results 1 – 4 of 4) sorted by relevance
43 << ", end sectors: " << linear_extent->end_sector(); in operator <<()75 return physical_sector() < other.end_sector() && other.physical_sector() < end_sector(); in OverlapsWith()82 return physical_sector() < interval.end && interval.start < end_sector(); in OverlapsWith()86 return Interval(device_index(), physical_sector(), end_sector()); in AsInterval()107 if (prev_extent->end_sector() == new_extent->physical_sector() && in AddExtent()826 if (!AlignSector(block_device, extent->end_sector(), &next_aligned_sector)) { in ExtendFinalExtent()827 LERROR << "Integer overflow aligning sector " << extent->end_sector(); in ExtendFinalExtent()830 if (extent->end_sector() == next_aligned_sector) { in ExtendFinalExtent()834 uint64_t num_sectors = std::min(next_aligned_sector - extent->end_sector(), sectors_needed); in ExtendFinalExtent()836 extent->end_sector()); in ExtendFinalExtent()[all …]
101 l.end_sector() == r.end_sector(); in operator ==()
1047 EXPECT_EQ(e1->end_sector(), 1544); in TEST_F()1049 EXPECT_EQ(e2->end_sector(), 4197368); in TEST_F()
85 uint64_t end_sector() const { return physical_sector_ + num_sectors_; } in end_sector() function