#!/usr/bin/env python3
from __future__ import annotations

from pathlib import Path

from paperdb_config import AIConfig
from paperdb_config import Config
from paperdb_config import DomainConfig
from paperdb_config import PathConfig
from paperdb_config import ProcessingConfig
from paperdb_config import RemoteConfig


ROOT = Path(__file__).resolve().parent

CONFIG = Config(
    path=PathConfig(
        project_root=ROOT,
        pdf_root=(
            Path.home()
            / "G_drive"
            / "ガラス固化体データベース"
        ),
        database=ROOT / "papers.db",
        publish_database=ROOT / "papers.publish.db",
        tmp_dir=ROOT / "tmp",
        text_dir=ROOT / "tmp" / "text",
        log_dir=ROOT / "logs",
        papers_org=ROOT / "papers.org",
    ),
    remote=RemoteConfig(
        host="wglass@amorphous",
        database_dir="/home/wglass/public_html/db",
        pdf_dir="/home/wglass/public_html/pdf",
    ),
    ai=AIConfig(
        backend="claude",
        claude_permission_mode="dontAsk",
        claude_allowed_tools=(
            "Read",
            "Glob",
            "Grep",
            "Write",
            "Edit",
            "WebSearch",
            "WebFetch",
        ),
        codex_model=None,
        codex_sandbox="workspace-write",
        codex_full_auto=True,
    ),
    processing=ProcessingConfig(
        scan_directories=(
            "千葉大_大窪",
            "JAEA_三ツ井",
            "RWMC_稲垣",
        ),
        ignore_directories=("old", "tmp", "trash"),
        max_papers=1,
        initial_pages=2,
        fallback_pages=5,
        min_text_length=1500,
        update_database=True,
        validate_database=True,
        export_org=True,
        backup_database=True,
    ),
    domain=DomainConfig(
        name="ガラス固化体",
        description=(
            "高レベル放射性廃棄物ガラス、廃棄物ガラス、"
            "ホウケイ酸塩ガラス、耐久性、変質、放射線影響、"
            "核種保持に関する論文"
        ),
        categories=(
            "Review",
            "Glass structure",
            "Crystallization",
            "Melting",
            "Corrosion",
            "Durability",
            "Alteration layer",
            "Radiation effects",
            "Simulation",
            "Molecular dynamics",
            "Machine learning",
            "NMR",
            "Raman",
            "XAFS",
            "Diffraction",
            "Actinides",
            "Fission products",
            "Other",
        ),
        default_category="Other",
        summary_length_ja="100〜200字程度",
        summary_focus=(
            "研究目的",
            "使用した実験または計算手法",
            "主な結果",
            "新規性",
            "ガラス固化体研究との関連",
        ),
        relevance_criteria=(
            "無関係",
            "わずかに関連",
            "周辺分野",
            "関連するガラス科学",
            "ガラス固化体研究へ直接応用可能",
            "高レベル放射性廃棄物ガラスそのもの",
        ),
    ),
)