st_ino: u64,
}
+#[derive(Default)]
+struct ReuseStats {
+ files_reused_count: u64,
+ files_hardlink_count: u64,
+ files_reencoded_count: u64,
+ total_injected_count: u64,
+ partial_chunks_count: u64,
+ total_injected_size: u64,
+ total_reused_payload_size: u64,
+ total_reencoded_size: u64,
+}
+
struct Archiver {
feature_flags: Flags,
fs_feature_flags: Flags,
forced_boundaries: Option<mpsc::Sender<InjectChunks>>,
previous_payload_index: Option<DynamicIndexReader>,
cache: PxarLookaheadCache,
+ reuse_stats: ReuseStats,
}
type Encoder<'a, T> = pxar::encoder::aio::Encoder<'a, T>;
forced_boundaries,
previous_payload_index,
cache: PxarLookaheadCache::new(None),
+ reuse_stats: ReuseStats::default(),
};
archiver
}
let offset: LinkOffset = if let Some(payload_offset) = payload_offset {
+ self.reuse_stats.total_reused_payload_size +=
+ file_size + size_of::<pxar::format::Header>() as u64;
+ self.reuse_stats.files_reused_count += 1;
+
encoder
.add_payload_ref(metadata, file_name, file_size, payload_offset)
.await?
} else {
+ self.reuse_stats.total_reencoded_size +=
+ file_size + size_of::<pxar::format::Header>() as u64;
+ self.reuse_stats.files_reencoded_count += 1;
+
self.add_regular_file(encoder, fd, file_name, metadata, file_size)
.await?
};
if stat.st_nlink > 1 {
+ self.reuse_stats.files_hardlink_count += 1;
self.hardlinks
.insert(link_info, (self.path.clone(), offset));
}
HumanByte::from(chunk.padding),
HumanByte::from(chunk.size()),
);
+ self.reuse_stats.total_injected_size += chunk.size();
+ self.reuse_stats.total_injected_count += 1;
+
+ if chunk.padding > 0 {
+ self.reuse_stats.partial_chunks_count += 1;
+ }
+
size = size.add(chunk.size());
}