use crate::easy::{Commit, Tree};mod error { use crate::easy::object; #[derive(Debug, thiserror::Error)] #[allow(missing_docs)] pub enum Error { #[error(transparent)] FindExistingObject(#[from] object::find::existing::OdbError), #[error("The commit could not be decoded fully or partially")] Decode, #[error("Expected object of type {}, but got {}", .expected, .actual)] ObjectKind { expected: git_object::Kind, actual: git_object::Kind, }, }}pub use error::Error;use crate::bstr::BStr;impl<'repo> Commit<'repo> { /// Parse the commits message into a [`MessageRef`][git_object::commit::MessageRef], after decoding the entire commit object. pub fn message(&self) -> Result<git_object::commit::MessageRef<'_>, git_object::decode::Error> { Ok(self.decode()?.message()) } /// Decode the entire commit object in full and return the raw message bytes. pub fn message_raw(&self) -> Result<&'_ BStr, git_object::decode::Error> { Ok(self.decode()?.message) } /// Decode the entire commit object and return it for accessing all commit information. /// /// Note that the returned commit object doesn't make object lookup easy but should be /// used for successive calls to string-ish information to avoid decoding the object /// unnecessarily. pub fn decode(&self) -> Result<git_object::CommitRef<'_>, git_object::decode::Error> { git_object::CommitRef::from_bytes(&self.data) } /// Parse the commit and return the the tree object it points to. pub fn tree(&self) -> Result<Tree<'repo>, Error> { let tree_id = self.tree_id().ok_or(Error::Decode)?; match self.handle.find_object(tree_id)?.try_into_tree() { Ok(tree) => Ok(tree), Err(obj) => Err(Error::ObjectKind { actual: obj.kind, expected: git_object::Kind::Tree, }), } } /// Parse the commit and return the the tree id it points to. pub fn tree_id(&self) -> Option<git_hash::ObjectId> { git_object::CommitRefIter::from_bytes(&self.data).tree_id() }}
use crate::easy::{Commit, Tree};
mod error {
use crate::easy::object;
#[derive(Debug, thiserror::Error)]
#[allow(missing_docs)]
pub enum Error {
#[error(transparent)]
FindExistingObject(#[from] object::find::existing::OdbError),
#[error("The commit could not be decoded fully or partially")]
Decode,
#[error("Expected object of type {}, but got {}", .expected, .actual)]
ObjectKind {
expected: git_object::Kind,
actual: git_object::Kind,
},
}
}
pub use error::Error;
use crate::bstr::BStr;
impl<'repo> Commit<'repo> {
/// Parse the commits message into a [`MessageRef`][git_object::commit::MessageRef], after decoding the entire commit object.
pub fn message(&self) -> Result<git_object::commit::MessageRef<'_>, git_object::decode::Error> {
Ok(self.decode()?.message())
}
/// Decode the entire commit object in full and return the raw message bytes.
pub fn message_raw(&self) -> Result<&'_ BStr, git_object::decode::Error> {
Ok(self.decode()?.message)
}
/// Decode the entire commit object and return it for accessing all commit information.
///
/// Note that the returned commit object doesn't make object lookup easy but should be
/// used for successive calls to string-ish information to avoid decoding the object
/// unnecessarily.
pub fn decode(&self) -> Result<git_object::CommitRef<'_>, git_object::decode::Error> {
git_object::CommitRef::from_bytes(&self.data)
}
/// Parse the commit and return the the tree object it points to.
pub fn tree(&self) -> Result<Tree<'repo>, Error> {
let tree_id = self.tree_id().ok_or(Error::Decode)?;
match self.handle.find_object(tree_id)?.try_into_tree() {
Ok(tree) => Ok(tree),
Err(obj) => Err(Error::ObjectKind {
actual: obj.kind,
expected: git_object::Kind::Tree,
}),
}
}
/// Parse the commit and return the the tree id it points to.
pub fn tree_id(&self) -> Option<git_hash::ObjectId> {
git_object::CommitRefIter::from_bytes(&self.data).tree_id()
}
}