use crate::pack;use quick_error::quick_error;use std::io;quick_error! { #[derive(Debug)] pub enum Error { Io(err: io::Error) { display("An IO error occurred when reading the pack or creating a temporary file") from() source(err) } PackEntryDecode(err: pack::data::iter::Error) { display("A pack entry could not be extracted") from() source(err) } Unsupported(kind: pack::index::Kind) { display("Indices of type {} cannot be written, only {} are supported", *kind as usize, pack::index::Kind::default() as usize) } IteratorInvariantNoRefDelta { display("Ref delta objects are not supported as there is no way to look them up. Resolve them beforehand.") } IteratorInvariantTrailer { display("The iterator failed to set a trailing hash over all prior pack entries in the last provided entry") } IteratorInvariantNonEmpty { display("Is there ever a need to create empty indices? If so, please post a PR.") } IteratorInvariantBasesPresent { display("Did not encounter a single base") } IteratorInvariantBasesBeforeDeltasNeedThem(delta_pack_offset: u64, base_pack_offset: u64) { display("The delta at pack offset {} could not find its base at {} - it should have been seen already", delta_pack_offset, base_pack_offset) } IteratorInvariantTooManyObjects(num_objects: usize) { display("Only u32::MAX objects can be stored in a pack, found {}", num_objects) } IteratorInvariantIncreasingPackOffset(last_pack_offset: u64, pack_offset: u64) { display("Pack offsets must only increment. The previous pack offset was {}, the current one is {}", last_pack_offset, pack_offset) } ConsumeZlibInflate(err: crate::zlib::Error, msg: &'static str) { display("{}", msg) source(err) } ConsumeResolveFailed(pack_offset: u64) { display("The resolver failed to obtain the pack entry bytes for the entry at {}", pack_offset) } }}
use crate::pack;
use quick_error::quick_error;
use std::io;
quick_error! {
#[derive(Debug)]
pub enum Error {
Io(err: io::Error) {
display("An IO error occurred when reading the pack or creating a temporary file")
from()
source(err)
}
PackEntryDecode(err: pack::data::iter::Error) {
display("A pack entry could not be extracted")
from()
source(err)
}
Unsupported(kind: pack::index::Kind) {
display("Indices of type {} cannot be written, only {} are supported", *kind as usize, pack::index::Kind::default() as usize)
}
IteratorInvariantNoRefDelta {
display("Ref delta objects are not supported as there is no way to look them up. Resolve them beforehand.")
}
IteratorInvariantTrailer {
display("The iterator failed to set a trailing hash over all prior pack entries in the last provided entry")
}
IteratorInvariantNonEmpty {
display("Is there ever a need to create empty indices? If so, please post a PR.")
}
IteratorInvariantBasesPresent {
display("Did not encounter a single base")
}
IteratorInvariantBasesBeforeDeltasNeedThem(delta_pack_offset: u64, base_pack_offset: u64) {
display("The delta at pack offset {} could not find its base at {} - it should have been seen already", delta_pack_offset, base_pack_offset)
}
IteratorInvariantTooManyObjects(num_objects: usize) {
display("Only u32::MAX objects can be stored in a pack, found {}", num_objects)
}
IteratorInvariantIncreasingPackOffset(last_pack_offset: u64, pack_offset: u64) {
display("Pack offsets must only increment. The previous pack offset was {}, the current one is {}", last_pack_offset, pack_offset)
}
ConsumeZlibInflate(err: crate::zlib::Error, msg: &'static str) {
display("{}", msg)
source(err)
}
ConsumeResolveFailed(pack_offset: u64) {
display("The resolver failed to obtain the pack entry bytes for the entry at {}", pack_offset)
}
}
}