#![allow(unused)] use git_odb::FindExt;use git_repository as git;use git_repository::easy::Reference; fn main() -> Result<(), Box<dyn std::error::Error>> { let repo = git::discover(".")?; println!( "Repo: {}", repo.work_tree.as_deref().unwrap_or(repo.git_dir()).display() ); let handle = repo.to_easy(); let commit_ids = handle .head()? .into_fully_peeled_id() .ok_or_else(|| "There are no commits - nothing to do here.")?? .ancestors() .all() .collect::<Result<Vec<_>, _>>()?; println!("Num Commits: {}", commit_ids.len()); assert!(!commit_ids.is_empty(), "checked that before"); let last_commit_id = &commit_ids[0]; println!("Most recent commit message"); let object = last_commit_id.object()?; let commit = object.into_commit(); println!("{}", commit.message_raw()?); let tree = commit.tree()?; let mut delegate = visit::Tree::new(handle.clone()); tree.traverse().breadthfirst(&mut delegate)?; let _files = tree.traverse().breadthfirst.files()?; println!("num trees: {}", delegate.num_trees); println!("num blobs: {}", delegate.num_blobs); println!("num blobs_executable: {}", delegate.num_blobs_exec); println!("num links: {}", delegate.num_links); println!("num submodules: {}", delegate.num_submodules); println!("total size in bytes: {}\n", delegate.num_bytes); // let num_branches = handle.branches()?; // let num_branches = handle.branches.remote("origin")?; let num_branches = handle.references()?.prefixed("refs/heads/")?.count(); let num_remote_branches = handle.references()?.prefixed("refs/remotes/")?.count(); let num_tags = handle.references()?.prefixed("refs/tags/")?.count(); let broken_refs = handle .references()? .all()? .filter_map(Result::ok) .filter_map(|r: Reference| r.into_fully_peeled_id().err()) .count(); let inaccessible_refs = handle.references()?.all()?.filter(Result::is_err).count(); println!("num local branches: {}", num_branches); println!("num remote branches: {}", num_remote_branches); println!("num tags: {}", num_tags); println!("refs with inaccessible objects: {}", broken_refs); println!("inaccessible refs: {}", inaccessible_refs); Ok(())} mod visit { use std::process::id; use git_hash::oid; use git_object::{bstr::BStr, tree::EntryRef}; use git_repository as git; use git_traverse::tree::visit::Action; pub(crate) struct Tree { pub num_trees: usize, pub num_links: usize, pub num_blobs: usize, pub num_blobs_exec: usize, pub num_submodules: usize, pub num_bytes: u64, pub repo: git::easy::Handle, } impl Tree { pub fn new(repo: git::easy::Handle) -> Self { Tree { num_trees: 0, num_links: 0, num_blobs: 0, num_blobs_exec: 0, num_submodules: 0, num_bytes: 0, repo, } } pub(crate) fn count_bytes(&mut self, oid: &oid) { if let Ok(obj) = self.repo.find_object(oid) { self.num_bytes += obj.data.len() as u64; } } } impl git_traverse::tree::Visit for Tree { fn pop_front_tracked_path_and_set_current(&mut self) {} fn push_back_tracked_path_component(&mut self, component: &BStr) {} fn push_path_component(&mut self, component: &BStr) {} fn pop_path_component(&mut self) {} fn visit_tree(&mut self, entry: &EntryRef<'_>) -> Action { self.num_trees += 1; Action::Continue } fn visit_nontree(&mut self, entry: &EntryRef<'_>) -> Action { use git::objs::tree::EntryMode::*; match entry.mode { Commit => self.num_submodules += 1, Blob => { self.count_bytes(entry.oid); self.num_blobs += 1 } BlobExecutable => { self.count_bytes(entry.oid); self.num_blobs_exec += 1 } Link => self.num_links += 1, Tree => unreachable!("BUG"), } Action::Continue } }}
#![allow(unused)]
use git_odb::FindExt;
use git_repository as git;
use git_repository::easy::Reference;
fn main() -> Result<(), Box<dyn std::error::Error>> {
let repo = git::discover(".")?;
println!(
"Repo: {}",
repo.work_tree.as_deref().unwrap_or(repo.git_dir()).display()
);
let handle = repo.to_easy();
let commit_ids = handle
.head()?
.into_fully_peeled_id()
.ok_or_else(|| "There are no commits - nothing to do here.")??
.ancestors()
.all()
.collect::<Result<Vec<_>, _>>()?;
println!("Num Commits: {}", commit_ids.len());
assert!(!commit_ids.is_empty(), "checked that before");
let last_commit_id = &commit_ids[0];
println!("Most recent commit message");
let object = last_commit_id.object()?;
let commit = object.into_commit();
println!("{}", commit.message_raw()?);
let tree = commit.tree()?;
let mut delegate = visit::Tree::new(handle.clone());
tree.traverse().breadthfirst(&mut delegate)?;
let _files = tree.traverse().breadthfirst.files()?;
println!("num trees: {}", delegate.num_trees);
println!("num blobs: {}", delegate.num_blobs);
println!("num blobs_executable: {}", delegate.num_blobs_exec);
println!("num links: {}", delegate.num_links);
println!("num submodules: {}", delegate.num_submodules);
println!("total size in bytes: {}\n", delegate.num_bytes);
// let num_branches = handle.branches()?;
// let num_branches = handle.branches.remote("origin")?;
let num_branches = handle.references()?.prefixed("refs/heads/")?.count();
let num_remote_branches = handle.references()?.prefixed("refs/remotes/")?.count();
let num_tags = handle.references()?.prefixed("refs/tags/")?.count();
let broken_refs = handle
.references()?
.all()?
.filter_map(Result::ok)
.filter_map(|r: Reference| r.into_fully_peeled_id().err())
.count();
let inaccessible_refs = handle.references()?.all()?.filter(Result::is_err).count();
println!("num local branches: {}", num_branches);
println!("num remote branches: {}", num_remote_branches);
println!("num tags: {}", num_tags);
println!("refs with inaccessible objects: {}", broken_refs);
println!("inaccessible refs: {}", inaccessible_refs);
Ok(())
}
mod visit {
use std::process::id;
use git_hash::oid;
use git_object::{bstr::BStr, tree::EntryRef};
use git_repository as git;
use git_traverse::tree::visit::Action;
pub(crate) struct Tree {
pub num_trees: usize,
pub num_links: usize,
pub num_blobs: usize,
pub num_blobs_exec: usize,
pub num_submodules: usize,
pub num_bytes: u64,
pub repo: git::easy::Handle,
}
impl Tree {
pub fn new(repo: git::easy::Handle) -> Self {
Tree {
num_trees: 0,
num_links: 0,
num_blobs: 0,
num_blobs_exec: 0,
num_submodules: 0,
num_bytes: 0,
repo,
}
}
pub(crate) fn count_bytes(&mut self, oid: &oid) {
if let Ok(obj) = self.repo.find_object(oid) {
self.num_bytes += obj.data.len() as u64;
}
}
}
impl git_traverse::tree::Visit for Tree {
fn pop_front_tracked_path_and_set_current(&mut self) {}
fn push_back_tracked_path_component(&mut self, component: &BStr) {}
fn push_path_component(&mut self, component: &BStr) {}
fn pop_path_component(&mut self) {}
fn visit_tree(&mut self, entry: &EntryRef<'_>) -> Action {
self.num_trees += 1;
Action::Continue
}
fn visit_nontree(&mut self, entry: &EntryRef<'_>) -> Action {
use git::objs::tree::EntryMode::*;
match entry.mode {
Commit => self.num_submodules += 1,
Blob => {
self.count_bytes(entry.oid);
self.num_blobs += 1
}
BlobExecutable => {
self.count_bytes(entry.oid);
self.num_blobs_exec += 1
}
Link => self.num_links += 1,
Tree => unreachable!("BUG"),
}
Action::Continue
}
}
}