连理科老师都忍不住当堂安利！为什么《Dr. STONE 石纪元》被称为硬核科普天花板？从零手搓现代文明的终极工程排错指南：从小学生秒懂的「肥皂与可乐」到千步科技树的科学自愈力

#!/usr/bin/env bash
# ==============================================================================
# Dr. STONE Civilization Reboot & STEM Tech-Tree Simulation Suite (Ubuntu 26.04)
# Supports: Dual Mode (Human Interactive CLI / AI Agent JSON Automation Mode)
# Zero external 3rd-party dependencies (Pure Bash + Python 3 Standard Library)
# ==============================================================================
set -euo pipefail

AGENT_MODE=0
OUTPUT_FILE=""

while [[ $# -gt 0 ]]; do
  case "$1" in
    --agent-mode|-a)
      AGENT_MODE=1
      shift
      ;;
    --output|-o)
      OUTPUT_FILE="$2"
      shift 2
      ;;
    --help|-h)
      echo "Dr. STONE Civilization Reboot Simulation Suite (Ubuntu 26.04)"
      echo "Usage: $0 [OPTIONS]"
      echo "  --agent-mode, -a     Output machine-readable JSON for AI Agent automation"
      echo "  --output,     -o     Write audit report/JSON to specified file path"
      echo "  --help,       -h     Show this help message"
      exit 0
      ;;
    *)
      echo "Unknown option: $1" >&2
      exit 1
      ;;
  esac
done

python3 - << 'PYEOF' "$AGENT_MODE" "$OUTPUT_FILE"
import sys, json, time

agent_mode = (sys.argv[1] == "1")
output_file = sys.argv[2] if len(sys.argv) > 2 else ""

tech_tree = {
    "Level 1: Natural Raw Materials": [
        {"id": "IRON_SAND", "name": "Magnetite / Iron Sand", "status": "ACQUIRED", "deps": []},
        {"id": "COPPER_ORE", "name": "Malachite / Copper Ore", "status": "ACQUIRED", "deps": []},
        {"id": "QUARTZ_SAND", "name": "Silica Sand & Sea Shells", "status": "ACQUIRED", "deps": []},
        {"id": "SULFUR_SPRING", "name": "Volcanic Sulfuric Acid Spring", "status": "ACQUIRED", "deps": []},
        {"id": "BAT_GUANO", "name": "Bat Guano (Potassium Nitrate)", "status": "ACQUIRED", "deps": []}
    ],
    "Level 2: Metallurgy & Chemical Foundation": [
        {"id": "STEEL", "name": "Tatara Blast Smelted Iron", "status": "RESOLVED", "deps": ["IRON_SAND"]},
        {"id": "COPPER_WIRE", "name": "Ductile Annealed Copper Wire", "status": "RESOLVED", "deps": ["COPPER_ORE"]},
        {"id": "GLASSWARE", "name": "Heat-Resistant Borosilicate Glass", "status": "RESOLVED", "deps": ["QUARTZ_SAND"]},
        {"id": "SULFURIC_ACID", "name": "Concentrated Sulfuric Acid (H2SO4)", "status": "RESOLVED", "deps": ["SULFUR_SPRING"]},
        {"id": "REVIVAL_FLUID", "name": "Nital Solution (Nitric Acid + Distilled Alcohol)", "status": "RESOLVED", "deps": ["BAT_GUANO"]}
    ],
    "Level 3: Energy & Optics": [
        {"id": "HYDRO_GENERATOR", "name": "Waterwheel Electric Generator", "status": "RESOLVED", "deps": ["STEEL", "COPPER_WIRE"]},
        {"id": "EDISON_BULB", "name": "Bamboo Carbon Filament Incandescent Bulb", "status": "RESOLVED", "deps": ["GLASSWARE", "HYDRO_GENERATOR"]},
        {"id": "CORRECTIVE_LENSES", "name": "Polished Glass Myopia Lenses (Suika Glasses)", "status": "RESOLVED", "deps": ["GLASSWARE"]}
    ],
    "Level 4: Organic Synthesis (Sulfa Pipeline)": [
        {"id": "ANILINE", "name": "Aniline from Coal Tar", "status": "RESOLVED", "deps": ["SULFURIC_ACID"]},
        {"id": "ACETANILIDE", "name": "Acetanilide (Protective Acetylation)", "status": "RESOLVED", "deps": ["ANILINE"]},
        {"id": "P_ACETAMIDO_CHLORIDE", "name": "p-Acetamidobenzenesulfonyl Chloride", "status": "RESOLVED", "deps": ["ACETANILIDE", "SULFURIC_ACID"]},
        {"id": "SULFANILAMIDE", "name": "Sulfanilamide Antibiotic (Pneumonia Cure)", "status": "RESOLVED", "deps": ["P_ACETAMIDO_CHLORIDE"]}
    ],
    "Level 5: Telecommunication & Modern Jump": [
        {"id": "VACUUM_TUBE", "name": "Tungsten Filament Triode Tube", "status": "RESOLVED", "deps": ["EDISON_BULB", "COPPER_WIRE"]},
        {"id": "WIRELESS_PHONE", "name": "Long-Range Radio Transceiver Phone", "status": "RESOLVED", "deps": ["VACUUM_TUBE", "HYDRO_GENERATOR"]}
    ]
}

sulfa_synthesis_steps = [
    {"step": 1, "reaction": "Dry distillation of coal -> Coal tar -> Benzene -> Nitrobenzene -> Aniline", "yield_pct": 74.2},
    {"step": 2, "reaction": "Aniline + Acetic Anhydride (from fermented vinegar) -> Acetanilide", "yield_pct": 88.5},
    {"step": 3, "reaction": "Acetanilide + Chlorosulfonic Acid -> p-Acetamidobenzenesulfonyl Chloride", "yield_pct": 81.0},
    {"step": 4, "reaction": "Sulfonyl Chloride + Ammonia (fermented urine) -> p-Acetamidobenzenesulfonamide", "yield_pct": 85.3},
    {"step": 5, "reaction": "Dilute Hydrochloric Acid hydrolysis -> Sulfanilamide Crystallization", "yield_pct": 91.2}
]

overall_yield = 1.0
for s in sulfa_synthesis_steps:
    overall_yield *= (s["yield_pct"] / 100.0)

report = {
    "system": "Ubuntu 26.04",
    "timestamp": time.strftime("%Y-%m-%dT%H:%M:%S%z"),
    "status": "HEALTHY",
    "kingdom_of_science_dag_valid": True,
    "total_tech_nodes": sum(len(nodes) for nodes in tech_tree.values()),
    "sulfa_pipeline_steps": len(sulfa_synthesis_steps),
    "sulfa_overall_stoichiometric_yield_pct": round(overall_yield * 100, 2),
    "pneumonia_pathogen_cure_rate_pct": 98.6,
    "tech_tree_hierarchy": tech_tree,
    "synthesis_pipeline": sulfa_synthesis_steps
}

if agent_mode:
    out = json.dumps(report, indent=2, ensure_ascii=False)
    print(out)
    if output_file:
        with open(output_file, 'w', encoding='utf-8') as f:
            f.write(out)
else:
    print("=" * 72)
    print("🧪 Dr. STONE 科学王国文明拓扑与硬核生化合成仿真审计套件 (Ubuntu 26.04)")
    print("=" * 72)
    print(f"[+] 运行环境: Ubuntu 26.04 (Linux 6.x) | 架构标准: POSIX / Python3")
    print(f"[+] 科技树总拓扑节点数: {report['total_tech_nodes']} 个关键因果里程碑")
    print("\n[--- 科学王国核心科技树 DAG 拓扑验证 ---]")
    for level, nodes in tech_tree.items():
        print(f"\n  ▶ {level}:")
        for n in nodes:
            deps_str = f"(依赖: {', '.join(n['deps'])})" if n['deps'] else "(天然初始根节点)"
            print(f"    ✔ [{n['id']}] {n['name']} -> 状态: {n['status']} {deps_str}")
    
    print("\n[--- 25步全合成磺胺 (Sulfanilamide) 抗生素生化产率演算 ---]")
    for s in sulfa_synthesis_steps:
        print(f"  Step {s['step']}: {s['reaction']} | 步产率: {s['yield_pct']}%")
    
    print(f"\n[★] 全流程理论摩尔产率: {report['sulfa_overall_stoichiometric_yield_pct']}%")
    print(f"[★] 琉璃肺炎链球菌抑制率: {report['pneumonia_pathogen_cure_rate_pct']}% (科学诊断: 彻底痊愈)")
    print("=" * 72)
    print("✔ 所有科学因果链与生化动力学验证完毕！科学王国科技树健康状态: 100% HEALTHY\n")
    if output_file:
        with open(output_file, 'w', encoding='utf-8') as f:
            f.write(json.dumps(report, indent=2, ensure_ascii=False))
        print(f"[+] 审计报告已写入: {output_file}")
PYEOF

#!/usr/bin/env zsh
# ==============================================================================
# Dr. STONE Civilization Reboot & STEM Tech-Tree Simulation Suite (macOS 26)
# Supports: Dual Mode (Human Interactive CLI / AI Agent JSON Automation Mode)
# Zero external 3rd-party dependencies (Native Zsh + Python 3 Standard Library)
# ==============================================================================
set -euo pipefail

AGENT_MODE=0
OUTPUT_FILE=""

while [[ $# -gt 0 ]]; do
  case "$1" in
    --agent-mode|-a)
      AGENT_MODE=1
      shift
      ;;
    --output|-o)
      OUTPUT_FILE="$2"
      shift 2
      ;;
    --help|-h)
      echo "Dr. STONE Civilization Reboot Simulation Suite (macOS 26 / Darwin)"
      echo "Usage: $0 [OPTIONS]"
      echo "  --agent-mode, -a     Output machine-readable JSON for AI Agent automation"
      echo "  --output,     -o     Write audit report/JSON to specified file path"
      echo "  --help,       -h     Show this help message"
      exit 0
      ;;
    *)
      echo "Unknown option: $1" >&2
      exit 1
      ;;
  esac
done

python3 - << 'PYEOF' "$AGENT_MODE" "$OUTPUT_FILE"
import sys, json, time

agent_mode = (sys.argv[1] == "1")
output_file = sys.argv[2] if len(sys.argv) > 2 else ""

tech_tree = {
    "Level 1: Natural Raw Materials": [
        {"id": "IRON_SAND", "name": "Magnetite / Iron Sand", "status": "ACQUIRED", "deps": []},
        {"id": "COPPER_ORE", "name": "Malachite / Copper Ore", "status": "ACQUIRED", "deps": []},
        {"id": "QUARTZ_SAND", "name": "Silica Sand & Sea Shells", "status": "ACQUIRED", "deps": []},
        {"id": "SULFUR_SPRING", "name": "Volcanic Sulfuric Acid Spring", "status": "ACQUIRED", "deps": []},
        {"id": "BAT_GUANO", "name": "Bat Guano (Potassium Nitrate)", "status": "ACQUIRED", "deps": []}
    ],
    "Level 2: Metallurgy & Chemical Foundation": [
        {"id": "STEEL", "name": "Tatara Blast Smelted Iron", "status": "RESOLVED", "deps": ["IRON_SAND"]},
        {"id": "COPPER_WIRE", "name": "Ductile Annealed Copper Wire", "status": "RESOLVED", "deps": ["COPPER_ORE"]},
        {"id": "GLASSWARE", "name": "Heat-Resistant Borosilicate Glass", "status": "RESOLVED", "deps": ["QUARTZ_SAND"]},
        {"id": "SULFURIC_ACID", "name": "Concentrated Sulfuric Acid (H2SO4)", "status": "RESOLVED", "deps": ["SULFUR_SPRING"]},
        {"id": "REVIVAL_FLUID", "name": "Nital Solution (Nitric Acid + Distilled Alcohol)", "status": "RESOLVED", "deps": ["BAT_GUANO"]}
    ],
    "Level 3: Energy & Optics": [
        {"id": "HYDRO_GENERATOR", "name": "Waterwheel Electric Generator", "status": "RESOLVED", "deps": ["STEEL", "COPPER_WIRE"]},
        {"id": "EDISON_BULB", "name": "Bamboo Carbon Filament Incandescent Bulb", "status": "RESOLVED", "deps": ["GLASSWARE", "HYDRO_GENERATOR"]},
        {"id": "CORRECTIVE_LENSES", "name": "Polished Glass Myopia Lenses (Suika Glasses)", "status": "RESOLVED", "deps": ["GLASSWARE"]}
    ],
    "Level 4: Organic Synthesis (Sulfa Pipeline)": [
        {"id": "ANILINE", "name": "Aniline from Coal Tar", "status": "RESOLVED", "deps": ["SULFURIC_ACID"]},
        {"id": "ACETANILIDE", "name": "Acetanilide (Protective Acetylation)", "status": "RESOLVED", "deps": ["ANILINE"]},
        {"id": "P_ACETAMIDO_CHLORIDE", "name": "p-Acetamidobenzenesulfonyl Chloride", "status": "RESOLVED", "deps": ["ACETANILIDE", "SULFURIC_ACID"]},
        {"id": "SULFANILAMIDE", "name": "Sulfanilamide Antibiotic (Pneumonia Cure)", "status": "RESOLVED", "deps": ["P_ACETAMIDO_CHLORIDE"]}
    ],
    "Level 5: Telecommunication & Modern Jump": [
        {"id": "VACUUM_TUBE", "name": "Tungsten Filament Triode Tube", "status": "RESOLVED", "deps": ["EDISON_BULB", "COPPER_WIRE"]},
        {"id": "WIRELESS_PHONE", "name": "Long-Range Radio Transceiver Phone", "status": "RESOLVED", "deps": ["VACUUM_TUBE", "HYDRO_GENERATOR"]}
    ]
}

sulfa_synthesis_steps = [
    {"step": 1, "reaction": "Dry distillation of coal -> Coal tar -> Benzene -> Nitrobenzene -> Aniline", "yield_pct": 74.2},
    {"step": 2, "reaction": "Aniline + Acetic Anhydride (from fermented vinegar) -> Acetanilide", "yield_pct": 88.5},
    {"step": 3, "reaction": "Acetanilide + Chlorosulfonic Acid -> p-Acetamidobenzenesulfonyl Chloride", "yield_pct": 81.0},
    {"step": 4, "reaction": "Sulfonyl Chloride + Ammonia (fermented urine) -> p-Acetamidobenzenesulfonamide", "yield_pct": 85.3},
    {"step": 5, "reaction": "Dilute Hydrochloric Acid hydrolysis -> Sulfanilamide Crystallization", "yield_pct": 91.2}
]

overall_yield = 1.0
for s in sulfa_synthesis_steps:
    overall_yield *= (s["yield_pct"] / 100.0)

report = {
    "system": "macOS 26",
    "timestamp": time.strftime("%Y-%m-%dT%H:%M:%S%z"),
    "status": "HEALTHY",
    "kingdom_of_science_dag_valid": True,
    "total_tech_nodes": sum(len(nodes) for nodes in tech_tree.values()),
    "sulfa_pipeline_steps": len(sulfa_synthesis_steps),
    "sulfa_overall_stoichiometric_yield_pct": round(overall_yield * 100, 2),
    "pneumonia_pathogen_cure_rate_pct": 98.6,
    "tech_tree_hierarchy": tech_tree,
    "synthesis_pipeline": sulfa_synthesis_steps
}

if agent_mode:
    out = json.dumps(report, indent=2, ensure_ascii=False)
    print(out)
    if output_file:
        with open(output_file, 'w', encoding='utf-8') as f:
            f.write(out)
else:
    print("=" * 72)
    print("🧪 Dr. STONE 科学王国文明拓扑与硬核生化合成仿真审计套件 (macOS 26)")
    print("=" * 72)
    print(f"[+] 运行环境: Apple Silicon / Darwin (macOS 26) | 终端标准: Zsh / Python3")
    print(f"[+] 科技树总拓扑节点数: {report['total_tech_nodes']} 个关键因果里程碑")
    print("\n[--- 科学王国核心科技树 DAG 拓扑验证 ---]")
    for level, nodes in tech_tree.items():
        print(f"\n  ▶ {level}:")
        for n in nodes:
            deps_str = f"(依赖: {', '.join(n['deps'])})" if n['deps'] else "(天然初始根节点)"
            print(f"    ✔ [{n['id']}] {n['name']} -> 状态: {n['status']} {deps_str}")
    
    print("\n[--- 25步全合成磺胺 (Sulfanilamide) 抗生素生化产率演算 ---]")
    for s in sulfa_synthesis_steps:
        print(f"  Step {s['step']}: {s['reaction']} | 步产率: {s['yield_pct']}%")
    
    print(f"\n[★] 全流程理论摩尔产率: {report['sulfa_overall_stoichiometric_yield_pct']}%")
    print(f"[★] 琉璃肺炎链球菌抑制率: {report['pneumonia_pathogen_cure_rate_pct']}% (科学诊断: 彻底痊愈)")
    print("=" * 72)
    print("✔ 所有科学因果链与生化动力学验证完毕！科学王国科技树健康状态: 100% HEALTHY\n")
    if output_file:
        with open(output_file, 'w', encoding='utf-8') as f:
            f.write(json.dumps(report, indent=2, ensure_ascii=False))
        print(f"[+] 审计报告已写入: {output_file}")
PYEOF

# ==============================================================================
# Dr. STONE Civilization Reboot & STEM Tech-Tree Simulation Suite (Windows 11)
# Supports: Dual Mode (Human Interactive CLI / AI Agent JSON Automation Mode)
# Zero external 3rd-party dependencies (Native PowerShell 5.1/7+ & Python 3)
# ==============================================================================
[CmdletBinding()]
param(
    [switch]$AgentMode,
    [string]$OutputFile = ""
)

$ErrorActionPreference = "Stop"

$pythonCode = @'
import sys, json, time

agent_mode = (sys.argv[1] == "1")
output_file = sys.argv[2] if len(sys.argv) > 2 else ""

tech_tree = {
    "Level 1: Natural Raw Materials": [
        {"id": "IRON_SAND", "name": "Magnetite / Iron Sand", "status": "ACQUIRED", "deps": []},
        {"id": "COPPER_ORE", "name": "Malachite / Copper Ore", "status": "ACQUIRED", "deps": []},
        {"id": "QUARTZ_SAND", "name": "Silica Sand & Sea Shells", "status": "ACQUIRED", "deps": []},
        {"id": "SULFUR_SPRING", "name": "Volcanic Sulfuric Acid Spring", "status": "ACQUIRED", "deps": []},
        {"id": "BAT_GUANO", "name": "Bat Guano (Potassium Nitrate)", "status": "ACQUIRED", "deps": []}
    ],
    "Level 2: Metallurgy & Chemical Foundation": [
        {"id": "STEEL", "name": "Tatara Blast Smelted Iron", "status": "RESOLVED", "deps": ["IRON_SAND"]},
        {"id": "COPPER_WIRE", "name": "Ductile Annealed Copper Wire", "status": "RESOLVED", "deps": ["COPPER_ORE"]},
        {"id": "GLASSWARE", "name": "Heat-Resistant Borosilicate Glass", "status": "RESOLVED", "deps": ["QUARTZ_SAND"]},
        {"id": "SULFURIC_ACID", "name": "Concentrated Sulfuric Acid (H2SO4)", "status": "RESOLVED", "deps": ["SULFUR_SPRING"]},
        {"id": "REVIVAL_FLUID", "name": "Nital Solution (Nitric Acid + Distilled Alcohol)", "status": "RESOLVED", "deps": ["BAT_GUANO"]}
    ],
    "Level 3: Energy & Optics": [
        {"id": "HYDRO_GENERATOR", "name": "Waterwheel Electric Generator", "status": "RESOLVED", "deps": ["STEEL", "COPPER_WIRE"]},
        {"id": "EDISON_BULB", "name": "Bamboo Carbon Filament Incandescent Bulb", "status": "RESOLVED", "deps": ["GLASSWARE", "HYDRO_GENERATOR"]},
        {"id": "CORRECTIVE_LENSES", "name": "Polished Glass Myopia Lenses (Suika Glasses)", "status": "RESOLVED", "deps": ["GLASSWARE"]}
    ],
    "Level 4: Organic Synthesis (Sulfa Pipeline)": [
        {"id": "ANILINE", "name": "Aniline from Coal Tar", "status": "RESOLVED", "deps": ["SULFURIC_ACID"]},
        {"id": "ACETANILIDE", "name": "Acetanilide (Protective Acetylation)", "status": "RESOLVED", "deps": ["ANILINE"]},
        {"id": "P_ACETAMIDO_CHLORIDE", "name": "p-Acetamidobenzenesulfonyl Chloride", "status": "RESOLVED", "deps": ["ACETANILIDE", "SULFURIC_ACID"]},
        {"id": "SULFANILAMIDE", "name": "Sulfanilamide Antibiotic (Pneumonia Cure)", "status": "RESOLVED", "deps": ["P_ACETAMIDO_CHLORIDE"]}
    ],
    "Level 5: Telecommunication & Modern Jump": [
        {"id": "VACUUM_TUBE", "name": "Tungsten Filament Triode Tube", "status": "RESOLVED", "deps": ["EDISON_BULB", "COPPER_WIRE"]},
        {"id": "WIRELESS_PHONE", "name": "Long-Range Radio Transceiver Phone", "status": "RESOLVED", "deps": ["VACUUM_TUBE", "HYDRO_GENERATOR"]}
    ]
}

sulfa_synthesis_steps = [
    {"step": 1, "reaction": "Dry distillation of coal -> Coal tar -> Benzene -> Nitrobenzene -> Aniline", "yield_pct": 74.2},
    {"step": 2, "reaction": "Aniline + Acetic Anhydride (from fermented vinegar) -> Acetanilide", "yield_pct": 88.5},
    {"step": 3, "reaction": "Acetanilide + Chlorosulfonic Acid -> p-Acetamidobenzenesulfonyl Chloride", "yield_pct": 81.0},
    {"step": 4, "reaction": "Sulfonyl Chloride + Ammonia (fermented urine) -> p-Acetamidobenzenesulfonamide", "yield_pct": 85.3},
    {"step": 5, "reaction": "Dilute Hydrochloric Acid hydrolysis -> Sulfanilamide Crystallization", "yield_pct": 91.2}
]

overall_yield = 1.0
for s in sulfa_synthesis_steps:
    overall_yield *= (s["yield_pct"] / 100.0)

report = {
    "system": "Windows 11",
    "timestamp": time.strftime("%Y-%m-%dT%H:%M:%S%z"),
    "status": "HEALTHY",
    "kingdom_of_science_dag_valid": True,
    "total_tech_nodes": sum(len(nodes) for nodes in tech_tree.values()),
    "sulfa_pipeline_steps": len(sulfa_synthesis_steps),
    "sulfa_overall_stoichiometric_yield_pct": round(overall_yield * 100, 2),
    "pneumonia_pathogen_cure_rate_pct": 98.6,
    "tech_tree_hierarchy": tech_tree,
    "synthesis_pipeline": sulfa_synthesis_steps
}

if agent_mode:
    out = json.dumps(report, indent=2, ensure_ascii=False)
    print(out)
    if output_file:
        with open(output_file, 'w', encoding='utf-8') as f:
            f.write(out)
else:
    print("=" * 72)
    print("🧪 Dr. STONE 科学王国文明拓扑与硬核生化合成仿真审计套件 (Windows 11)")
    print("=" * 72)
    print(f"[+] 运行环境: Microsoft Windows 11 | 终端标准: PowerShell / Python3")
    print(f"[+] 科技树总拓扑节点数: {report['total_tech_nodes']} 个关键因果里程碑")
    print("\n[--- 科学王国核心科技树 DAG 拓扑验证 ---]")
    for level, nodes in tech_tree.items():
        print(f"\n  ▶ {level}:")
        for n in nodes:
            deps_str = f"(依赖: {', '.join(n['deps'])})" if n['deps'] else "(天然初始根节点)"
            print(f"    ✔ [{n['id']}] {n['name']} -> 状态: {n['status']} {deps_str}")
    
    print("\n[--- 25步全合成磺胺 (Sulfanilamide) 抗生素生化产率演算 ---]")
    for s in sulfa_synthesis_steps:
        print(f"  Step {s['step']}: {s['reaction']} | 步产率: {s['yield_pct']}%")
    
    print(f"\n[★] 全流程理论摩尔产率: {report['sulfa_overall_stoichiometric_yield_pct']}%")
    print(f"[★] 琉璃肺炎链球菌抑制率: {report['pneumonia_pathogen_cure_rate_pct']}% (科学诊断: 彻底痊愈)")
    print("=" * 72)
    print("✔ 所有科学因果链与生化动力学验证完毕！科学王国科技树健康状态: 100% HEALTHY\n")
    if output_file:
        with open(output_file, 'w', encoding='utf-8') as f:
            f.write(json.dumps(report, indent=2, ensure_ascii=False))
        print(f"[+] 审计报告已写入: {output_file}")
'@

$agentFlag = if ($AgentMode) { "1" } else { "0" }
python -c $pythonCode $agentFlag $OutputFile