382 lines
12 KiB
Python
382 lines
12 KiB
Python
#!/usr/bin/env python3
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"""
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Report mosaic download progress from archives/scans.csv.
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Output is formatted as Markdown. Add --by-year for a per-machine ×
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per-year breakdown table.
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Rate/ETA require two calls at least 60 s apart. Mean mosaic size is
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sampled from up to 100 already-downloaded files and cached for 1 hour.
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Usage:
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python scripts/mosaic_progress_report.py [--archive DIR] [--by-year]
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"""
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import argparse
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import csv
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import json
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import os
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import random
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import sys
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from collections import Counter
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from datetime import datetime, timezone
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from pathlib import Path
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# Year-based viability model derived from BW1-4 observations:
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# pre-2019 → kept on server long-term (~100 %)
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# 2019-2022 → purged (~ 0 %)
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# 2023+ → recent, mostly available (~82 %)
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_R_PRE19 = 1.00
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_R_PURGED = 0.00
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_R_RECENT = 0.82
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# ---------------------------------------------------------------------------
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# Helpers
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# ---------------------------------------------------------------------------
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def _parse_dt(s: str) -> datetime | None:
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try:
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return datetime.fromisoformat(s.replace("Z", "+00:00"))
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except Exception:
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return None
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def _fmt_duration(seconds: float) -> str:
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if seconds < 0:
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return "?"
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h = int(seconds // 3600)
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m = int((seconds % 3600) // 60)
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if h >= 48:
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return f"{h // 24}d {h % 24}h"
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if h > 0:
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return f"{h}h {m:02d}m"
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return f"{m}m {int(seconds % 60):02d}s"
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def _fmt_size(b: float) -> str:
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if b >= 1e12:
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return f"{b/1e12:.2f} TB"
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if b >= 1e9:
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return f"{b/1e9:.2f} GB"
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if b >= 1e6:
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return f"{b/1e6:.1f} MB"
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return f"{b/1e3:.0f} KB"
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def _md_table(headers: list[str], rows: list[list[str]], *, align: list[str] | None = None) -> str:
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"""Render a Markdown table. align values: 'l', 'r', 'c' (default 'l')."""
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if align is None:
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align = ["l"] * len(headers)
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sep_map = {"l": ":---", "r": "---:", "c": ":---:"}
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def row_str(cells: list[str]) -> str:
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return "| " + " | ".join(cells) + " |"
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lines = [
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row_str(headers),
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row_str([sep_map.get(a, ":---") for a in align]),
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]
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for r in rows:
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lines.append(row_str(r))
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return "\n".join(lines)
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def _sample_mean_bytes(rows: list[dict], cache: dict, max_sample: int = 100) -> float | None:
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cached_mean = cache.get("mean_bytes")
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cached_n = cache.get("sample_n", 0)
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cached_ts = _parse_dt(cache.get("size_ts", ""))
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now = datetime.now(timezone.utc)
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if (
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cached_mean and cached_ts
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and (now - cached_ts).total_seconds() < 3600
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and cached_n >= min(max_sample, len(rows))
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):
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return float(cached_mean)
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sample = random.sample(rows, min(max_sample, len(rows)))
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sizes = []
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for row in sample:
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p = row.get("mosaic_local_path", "")
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if p:
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try:
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sz = os.path.getsize(p)
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if sz > 0:
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sizes.append(sz)
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except OSError:
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pass
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if not sizes:
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return None
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mean = sum(sizes) / len(sizes)
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cache["mean_bytes"] = mean
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cache["sample_n"] = len(sizes)
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cache["size_ts"] = now.isoformat()
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return mean
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def _expected_remaining(pending_rows: list[dict]) -> float:
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count = 0.0
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for row in pending_rows:
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yr = row.get("scan_time", "")[:4]
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if yr < "2019":
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count += _R_PRE19
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elif yr <= "2022":
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count += _R_PURGED
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else:
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count += _R_RECENT
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return count
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# ---------------------------------------------------------------------------
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# Main
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# ---------------------------------------------------------------------------
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def main() -> None:
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parser = argparse.ArgumentParser(description=__doc__)
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parser.add_argument("--archive", default="archives")
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parser.add_argument(
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"--by-year", action="store_true",
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help="Add a per-machine × per-year done/failed breakdown table",
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)
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args = parser.parse_args()
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archive = Path(args.archive)
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scans_csv = archive / "scans.csv"
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progress_json = archive / ".progress.json"
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rate_cache_path = archive / ".mosaic_rate_cache.json"
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if not scans_csv.exists():
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sys.exit(f"scans.csv not found: {scans_csv}")
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# --- Load & deduplicate (last row per machine+scan_id) ---
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latest: dict[tuple[str, str], dict] = {}
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with open(scans_csv, newline="", encoding="utf-8") as f:
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for row in csv.DictReader(f):
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key = (row.get("machine", ""), row.get("scan_id", ""))
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latest[key] = row
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by_machine: dict[str, Counter] = {}
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# machine -> year -> Counter(status -> count)
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by_machine_year: dict[str, dict[str, Counter]] = {}
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total_counts: Counter = Counter()
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downloaded_rows: list[dict] = []
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pending_rows: list[dict] = []
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for (_m, _sid), row in latest.items():
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status = row.get("mosaic_download_status", "")
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m = row.get("machine", "")
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yr = (row.get("scan_time") or "")[:4] or "????"
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by_machine.setdefault(m, Counter())[status] += 1
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by_machine_year.setdefault(m, {}).setdefault(yr, Counter())[status] += 1
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total_counts[status] += 1
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if status == "downloaded":
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downloaded_rows.append(row)
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elif status == "skipped_metadata_only":
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pending_rows.append(row)
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total = sum(total_counts.values())
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downloaded = total_counts["downloaded"]
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failed = total_counts["failed"]
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zero_skipped = total_counts["skipped_zero_disk_space"]
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pending = total_counts["skipped_metadata_only"]
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processed = downloaded + failed + zero_skipped
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attempted = downloaded + failed
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now = datetime.now(timezone.utc)
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# --- Elapsed ---
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elapsed_str = ""
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if progress_json.exists():
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try:
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data = json.loads(progress_json.read_text())
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started_at = _parse_dt(data.get("started_at", ""))
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if started_at:
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elapsed_str = _fmt_duration((now - started_at).total_seconds())
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except Exception:
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pass
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# --- Rate cache ---
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cache: dict = {}
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if rate_cache_path.exists():
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try:
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cache = json.loads(rate_cache_path.read_text())
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except Exception:
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pass
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# Rolling rate: keep up to 60 snapshots; compute rate from the oldest
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# snapshot within the last 30 minutes for a smoothed estimate.
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snapshots: list[dict] = cache.get("snapshots", [])
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# Prune snapshots older than 30 minutes, but keep at least one
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cutoff = now.timestamp() - 1800
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recent = [s for s in snapshots if s.get("ts", 0) >= cutoff]
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if not recent and snapshots:
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recent = [snapshots[-1]] # always keep one for continuity
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rate_per_sec: float | None = None
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rate_window_str = ""
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if recent:
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oldest = recent[0]
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dt = now.timestamp() - oldest["ts"]
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dp = processed - oldest["proc"]
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if dt >= 60 and dp > 0:
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rate_per_sec = dp / dt
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window_min = dt / 60
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rate_window_str = f"{window_min:.0f}-min avg"
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# --- Disk space ---
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mean_bytes: float | None = None
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size_note = ""
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if downloaded_rows:
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mean_bytes = _sample_mean_bytes(downloaded_rows, cache)
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if mean_bytes and cache.get("sample_n"):
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size_note = f"mean {_fmt_size(mean_bytes)} × {cache['sample_n']} sampled files"
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dl_bytes: float | None = None
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rem_bytes: float | None = None
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if mean_bytes:
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dl_bytes = downloaded * mean_bytes
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rem_bytes = _expected_remaining(pending_rows) * mean_bytes
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# Update cache: append new snapshot, keep last 60
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recent.append({"ts": now.timestamp(), "proc": processed})
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cache["snapshots"] = recent[-60:]
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# Keep legacy keys for backwards compat
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cache["timestamp"] = now.isoformat()
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cache["processed"] = processed
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try:
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rate_cache_path.write_text(json.dumps(cache))
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except Exception:
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pass
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rate_str = eta_str = ""
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if rate_per_sec and rate_per_sec > 0:
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rate_str = f"{rate_per_sec * 3600:,.0f} scans/hr ({rate_window_str})"
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eta_str = _fmt_duration(pending / rate_per_sec)
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# -----------------------------------------------------------------------
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# Output — Markdown
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# -----------------------------------------------------------------------
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ts = datetime.now().strftime("%Y-%m-%d %H:%M")
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print(f"# Mosaic download progress — {ts}\n")
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print(f"**Archive:** `{archive.resolve()}` ")
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meta_parts = []
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if elapsed_str:
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meta_parts.append(f"**Elapsed:** {elapsed_str}")
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if rate_str:
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meta_parts.append(f"**Rate:** {rate_str}")
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if eta_str:
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meta_parts.append(f"**ETA:** {eta_str}")
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if meta_parts:
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print(" ".join(meta_parts) + " ")
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print()
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# Summary table
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summary_rows = [
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["Downloaded", f"{downloaded:,}", f"{100*downloaded/total:.1f}%"],
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["Failed", f"{failed:,}", f"{100*failed/total:.1f}%"],
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["Skipped (disk=0)",f"{zero_skipped:,}", f"{100*zero_skipped/total:.1f}%"],
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["Pending", f"{pending:,}", f"{100*pending/total:.1f}%"],
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["**Total**", f"**{total:,}**", ""],
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]
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if attempted:
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summary_rows.append(["**Success rate**", f"**{100*downloaded/attempted:.1f}%**", "*(of attempted)*"])
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print(_md_table(["Metric", "Count", ""], summary_rows, align=["l", "r", "l"]))
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print()
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# Disk space
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if dl_bytes is not None and rem_bytes is not None:
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total_bytes = dl_bytes + rem_bytes
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print(f"### Disk space\n")
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print(f"_{size_note}_\n")
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ds_rows = [
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["Downloaded so far", _fmt_size(dl_bytes), ""],
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["Estimated remaining", _fmt_size(rem_bytes), "*(model-based)*"],
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["**Grand total**", f"**{_fmt_size(total_bytes)}**", ""],
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]
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print(_md_table(["", "Size", ""], ds_rows, align=["l", "r", "l"]))
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print()
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# Per-machine breakdown
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print("### Per-machine breakdown\n")
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machines = sorted(by_machine)
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mc_rows = []
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for m in machines:
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mc = by_machine[m]
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mt = sum(mc.values())
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mc_rows.append([
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m,
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f"{mc['downloaded']:,}",
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f"{mc['failed']:,}",
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f"{mc['skipped_zero_disk_space']:,}",
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f"{mc['skipped_metadata_only']:,}",
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f"{mt:,}",
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])
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mc_rows.append([
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"**TOTAL**",
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f"**{downloaded:,}**",
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f"**{failed:,}**",
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f"**{zero_skipped:,}**",
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f"**{pending:,}**",
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f"**{total:,}**",
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])
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print(_md_table(
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["Machine", "Done", "Failed", "Skip0", "Pending", "Total"],
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mc_rows,
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align=["l", "r", "r", "r", "r", "r"],
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))
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# -----------------------------------------------------------------------
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# --by-year table
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# -----------------------------------------------------------------------
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if args.by_year:
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print()
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print("### Downloads by machine and year\n")
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print("*Format: done / failed*\n")
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# Only include years that have at least one downloaded or failed scan
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all_years = sorted(
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yr for yr in set(
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yr for m_data in by_machine_year.values() for yr in m_data
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)
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if any(
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by_machine_year[m].get(yr, Counter()).get("downloaded", 0)
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+ by_machine_year[m].get(yr, Counter()).get("failed", 0) > 0
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for m in by_machine_year
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)
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)
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# Totals per year
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yr_totals: dict[str, Counter] = {}
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for yr in all_years:
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yr_totals[yr] = Counter()
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for m in machines:
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yr_totals[yr] += by_machine_year.get(m, {}).get(yr, Counter())
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year_rows = []
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for m in machines:
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row_cells = [m]
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for yr in all_years:
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c = by_machine_year.get(m, {}).get(yr, Counter())
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d = c.get("downloaded", 0)
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f = c.get("failed", 0)
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row_cells.append(f"{d:,} / {f:,}" if (d or f) else "—")
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year_rows.append(row_cells)
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# Totals row
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total_cells = ["**TOTAL**"]
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for yr in all_years:
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d = yr_totals[yr].get("downloaded", 0)
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f = yr_totals[yr].get("failed", 0)
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total_cells.append(f"**{d:,} / {f:,}**" if (d or f) else "—")
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year_rows.append(total_cells)
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print(_md_table(
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["Machine"] + all_years,
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year_rows,
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align=["l"] + ["r"] * len(all_years),
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))
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if __name__ == "__main__":
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main()
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