magi/
lib.rs

1//! magi — a blind multi-agent implementation competition.
2//!
3//! One task, several agents, and a graph that decides which implementation
4//! survives without a human reading the diff:
5//!
6//! 1. **implement** — N agents solve the same task in isolated git worktrees,
7//!    unaware of each other.
8//! 2. **judge** — M judges rank the candidates blind: labels `A`/`B`/`C`, a
9//!    per-judge presentation order, attribution trailers stripped at write time
10//!    by a `commit-msg` hook and again at presentation time.
11//! 3. **deliberate** — if the first choices disagree, the judges argue, with
12//!    magi as the facilitator. A facilitator made of code cannot leak an author.
13//! 4. **vote** — final votes are collected one-to-one and privately, so nobody
14//!    can drift toward a visible majority.
15//! 5. **review** — the winner enters a bounded review + real-machine
16//!    verification loop with a fixer that may reject a finding with an argument.
17//! 6. **gate** — configured commands must pass before anything merges.
18//!
19//! Everything is recorded, so the by-products are real numbers: per-agent win
20//! rates, per-reviewer precision, and how often execution caught what static
21//! review missed. See [`stats`].
22#![deny(missing_docs)]
23
24pub mod advise;
25pub mod agent;
26pub mod already;
27pub mod ask;
28mod base_sync_recovery;
29pub mod blind;
30pub mod blockers;
31pub mod bump;
32pub mod cache;
33pub mod chat_control;
34mod chat_merge;
35pub mod chat_notify;
36pub mod chat_watch;
37pub mod clean;
38pub mod conduct;
39pub mod config;
40pub mod consult;
41pub mod daemon;
42pub mod deputy;
43pub mod direct;
44pub mod disk;
45mod driver;
46pub mod dupes;
47pub mod fixer;
48mod fold_evidence;
49pub mod followup;
50pub mod git;
51pub mod github_text;
52pub mod graft;
53pub mod graft_report;
54pub mod graph;
55pub mod handover;
56mod id_reserve;
57pub mod land;
58pub mod lang;
59mod lock_file;
60pub mod md;
61pub mod merge_decision;
62pub mod notice_delivery;
63pub mod notices;
64pub mod persona;
65pub mod persona_icon;
66mod pr_head;
67pub mod pr_outcome;
68pub mod pr_recovery;
69pub mod proc;
70pub mod prompt;
71pub mod question_delivery;
72pub mod queue;
73pub mod rebase;
74pub mod reconcile;
75pub mod recovery;
76pub mod refs;
77pub mod release_local;
78pub mod release_manifest;
79pub mod release_watch;
80pub mod repo_clone;
81mod repo_lock;
82pub mod report;
83pub mod report_view;
84pub mod repos;
85pub mod retention;
86pub mod review_repair;
87pub mod rng;
88pub mod run;
89pub mod scrub;
90mod seat_process;
91pub mod settings;
92pub mod stats;
93mod stop_reason;
94pub mod talk;
95pub mod task_chat;
96pub mod triage;
97pub mod tui;
98pub mod updater;
99pub mod verdict;
100pub mod waiter;
101pub mod web;
102pub mod worker;
103pub mod worktree_setup;
104
105pub mod choice_effect;
106mod resume;
107
108// Run environment-sensitive unit fixtures as ordinary standalone invocations,
109// without mutating the concurrent test harness or inheriting worker ownership.
110#[cfg(test)]
111pub(crate) fn standalone_test(name: &str) -> bool {
112    const CHILD: &str = "MAGI_STANDALONE_TEST";
113    if std::env::var(CHILD).as_deref() == Ok(name) {
114        return true;
115    }
116    let mut command = std::process::Command::new(std::env::current_exe().expect("test executable"));
117    for key in worker::INVOCATION_ENV {
118        command.env_remove(key);
119    }
120    let output = command
121        .args(["--exact", name, "--nocapture"])
122        .env(CHILD, name)
123        .output()
124        .expect("standalone test process");
125    assert!(
126        output.status.success() && String::from_utf8_lossy(&output.stdout).contains("1 passed"),
127        "standalone test {name} failed: {}\n{}\n{}",
128        output.status,
129        String::from_utf8_lossy(&output.stdout),
130        String::from_utf8_lossy(&output.stderr)
131    );
132    false
133}
magi/lib.rs

magi/
lib.rs
