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//! GPU memory management //! #![warn( missing_docs, trivial_casts, trivial_numeric_casts, unused_extern_crates, unused_import_braces, unused_qualifications )] #[allow(clippy::new_without_default)] mod allocator; mod block; mod heaps; mod mapping; mod memory; mod stats; mod usage; pub use crate::{ allocator::*, block::Block, heaps::{Heaps, HeapsError, MemoryBlock}, mapping::{MappedRange, Writer}, memory::Memory, stats::*, usage::MemoryUsage, }; use std::ops::Range; /// Type for any memory sizes. pub type Size = u64; /// Type for non-coherent atom sizes. pub type AtomSize = std::num::NonZeroU64; fn is_non_coherent_visible(properties: hal::memory::Properties) -> bool { properties.contains(hal::memory::Properties::CPU_VISIBLE) && !properties.contains(hal::memory::Properties::COHERENT) } fn align_range(range: &Range<Size>, align: AtomSize) -> Range<Size> { let start = range.start - range.start % align.get(); let end = ((range.end - 1) / align.get() + 1) * align.get(); start..end } fn align_size(size: Size, align: AtomSize) -> Size { ((size - 1) / align.get() + 1) * align.get() } fn align_offset(value: Size, align: AtomSize) -> Size { debug_assert_eq!(align.get().count_ones(), 1); if value == 0 { 0 } else { 1 + ((value - 1) | (align.get() - 1)) } } fn segment_to_sub_range( segment: hal::memory::Segment, whole: &Range<Size>, ) -> Result<Range<Size>, hal::device::MapError> { let start = whole.start + segment.offset; match segment.size { Some(s) if start + s <= whole.end => Ok(start..start + s), None if start < whole.end => Ok(start..whole.end), _ => Err(hal::device::MapError::OutOfBounds), } } fn is_sub_range(sub: &Range<Size>, range: &Range<Size>) -> bool { sub.start >= range.start && sub.end <= range.end }