Operational Reliability Reports

Service Window Report

Gate Readiness

Operational reports turn a few observed numbers into a compact readiness line. This program gates a service window with fixed failure and duration thresholds.

Program

Play the program to choose the failed check count and watch the readiness report update.

failed_checks
service_window_report.rs
Replay: real traced execution (multi-file project)
fn main() {
    let failed_checks = 1;
    let allowed_failures = 1;
    let open_minutes = 45;
    let status = if failed_checks <= allowed_failures && open_minutes >= 30 {
        "ready"
    } else {
        "blocked"
    };
    let line = format!("{failed_checks} {open_minutes} {status}");
    println!("{line}");
}

fn main() {
    let failed_checks = 0;
    let allowed_failures = 1;
    let open_minutes = 45;
    let status = if failed_checks <= allowed_failures && open_minutes >= 30 {
        "ready"
    } else {
        "blocked"
    };
    let line = format!("{failed_checks} {open_minutes} {status}");
    println!("{line}");
}

fn main() {
    let failed_checks = 3;
    let allowed_failures = 1;
    let open_minutes = 45;
    let status = if failed_checks <= allowed_failures && open_minutes >= 30 {
        "ready"
    } else {
        "blocked"
    };
    let line = format!("{failed_checks} {open_minutes} {status}");
    println!("{line}");
}

  1. failed_checks ← 1, allowed_failures ← 1, open_minutes ← 45, status ← "ready"

    1fn main() {2    let failed_check→ 1s = 1; //@failed_checks=1, 0, 33    let allowed_failure→ 1s = 1;4    let open_minute→ 45s = 45;5    let statu→ "ready"s = if failed_check1s <= allowed_failure1s && open_minute45s >= 30 {6        "ready"7    } else {8        "blocked"9    };10    let lin→ "1 45 ready"e = format!("{failed_checks} {open_minutes} {status}");11    println!("{line}");12}
    output1 45 ready

  1. failed_checks ← 0, allowed_failures ← 1, open_minutes ← 45, status ← "ready"

    1fn main() {2    let failed_check→ 0s = 0;3    let allowed_failure→ 1s = 1;4    let open_minute→ 45s = 45;5    let statu→ "ready"s = if failed_check0s <= allowed_failure1s && open_minute45s >= 30 {6        "ready"7    } else {8        "blocked"9    };10    let lin→ "0 45 ready"e = format!("{failed_checks} {open_minutes} {status}");11    println!("{line}");12}
    output0 45 ready

  1. failed_checks ← 3, allowed_failures ← 1, open_minutes ← 45, status ← "blocked"

    1fn main() {2    let failed_check→ 3s = 3;3    let allowed_failure→ 1s = 1;4    let open_minute→ 45s = 45;5    let statu→ "blocked"s = if failed_check3s <= allowed_failure1s && open_minute45s >= 30 {6        "ready"7    } else {8        "blocked"9    };10    let lin→ "3 45 blocked"e = format!("{failed_checks} {open_minutes} {status}");11    println!("{line}");12}
    output3 45 blocked
threshold gate The report compares observed failures with an allowed failure budget.
fixed window `open_minutes` is a deterministic fixture, not a live clock measurement.
report line The final string keeps the inputs and decision together for replay.