brotli/enc/
block_split.rs

1#![allow(dead_code)]
2use super::super::alloc;
3use super::super::alloc::Allocator;
4use super::super::alloc::SliceWrapper;
5
6pub struct BlockSplit<Alloc: alloc::Allocator<u8> + alloc::Allocator<u32>> {
7    pub num_types: usize,
8    pub num_blocks: usize,
9    pub types: <Alloc as Allocator<u8>>::AllocatedMemory,
10    pub lengths: <Alloc as Allocator<u32>>::AllocatedMemory,
11}
12
13impl<Alloc: alloc::Allocator<u8> + alloc::Allocator<u32>> Default for BlockSplit<Alloc> {
14    fn default() -> Self {
15        Self {
16            num_types: 0,
17            num_blocks: 0,
18            types: <Alloc as Allocator<u8>>::AllocatedMemory::default(),
19            lengths: <Alloc as Allocator<u32>>::AllocatedMemory::default(),
20        }
21    }
22}
23
24impl<Alloc: alloc::Allocator<u8> + alloc::Allocator<u32>> BlockSplit<Alloc> {
25    pub fn new() -> BlockSplit<Alloc> {
26        Self::default()
27    }
28    pub fn destroy(&mut self, m: &mut Alloc) {
29        <Alloc as Allocator<u8>>::free_cell(m, core::mem::take(&mut self.types));
30        <Alloc as Allocator<u32>>::free_cell(m, core::mem::take(&mut self.lengths));
31        self.num_blocks = 0;
32        self.num_types = 0;
33    }
34    pub fn types_alloc_size(&self) -> usize {
35        self.types.slice().len()
36    }
37    pub fn lengths_alloc_size(&self) -> usize {
38        self.lengths.slice().len()
39    }
40}
brotli/enc/block_split.rs

brotli/enc/
block_split.rs
