修改问题：未解析的引用 'StrictEventBus'未解析的引用 'LotteryCoordinator'未解析的引用 'AnalysisModule'未解析的引用 'Module4'未解析的引用 'StrictEventBus'未解析的引用 'LotteryCoordinator'未解析的引用 'AnalysisModule'第二个问题，事件C号码池既是前面模块1，模块2，模块3，模块4的数据接收者，又是模块5的数据传输者，具有双重身份，它的目的是收集前面模块传递过来的数据，打包又传递给模块5.在这里没有代码反应出来。第三个问题，不要出现数据，这样会影响数据分析的真实性。# ==================== 增强版事件总线 ====================
class EnhancedEventBus(StrictEventBus):
"""增强版事件总线（增加模块路由功能）"""
def _process(self):
while True:
self._route_events('module_channel')
time.sleep(0.01)
def _route_events(self, channel_name: str):
try:
while not self.channels[channel_name].empty():
event = self.channels[channel_name].get_nowait()
# 新增路由逻辑
if event.get('module') == '模块3':
self._handle_module3_event(event)
elif event.get('module') == '模块4':
self._handle_module4_event(event)
else:
self.channels['notification_channel'].put(event)
self.channels[channel_name].task_done()
except queue.Empty:
pass
def _handle_module3_event(self, event):
"""专用模块3事件处理"""
processed_event = {
**event,
'metadata': {'handled_by': 'module3_handler'}
}
self.channels['notification_channel'].put(processed_event)
def _handle_module4_event(self, event):
"""专用模块4事件处理"""
processed_event = {
**event,
'metadata': {'handled_by': 'module4_handler'}
}
self.channels['notification_channel'].put(processed_event)
# ==================== 改进版号码池 ====================
class EnhancedNumberPool(NumberPool):
"""增强版号码池（支持多模块处理）"""
def _register_handlers(self):
bus = EnhancedEventBus()
bus.channels['module_channel'].put = self._process_module_data
# 注册模块3处理器
bus.channels['module_channel'].put_module3 = self._process_module3_data
# 注册模块4处理器
bus.channels['module_channel'].put_module4 = self._process_module4_data
def _process_module3_data(self, event: dict):
"""处理模块3数据"""
fronts = event.get('data', {}).get('front_area', [])
backs = event.get('data', {}).get('back_area', [])
print(f"接收模块3数据 - 前区: {fronts} 后区: {backs}")
self._store_module3_data(fronts, backs)
def _process_module4_data(self, event: dict):
"""处理模块4数据"""
analysis_data = event.get('analysis_result', {})
print("接收模块4趋势分析数据:")
print(json.dumps(analysis_data, indent=2))
self._store_module4_data(analysis_data)
def _store_module3_data(self, fronts, backs):
"""存储模块3数据"""
with open(self.storage_path, 'a') as f:
record = {
'timestamp': time.time(),
'type': 'module3',
'data': {
'fronts': fronts,
'backs': backs
}
}
f.write(json.dumps(record) + '\n')
def _store_module4_data(self, analysis_data):
"""存储模块4数据"""
with open(self.storage_path, 'a') as f:
record = {
'timestamp': time.time(),
'type': 'module4',
'data': analysis_data
}
f.write(json.dumps(record) + '\n')
# ==================== 模块协调器 ====================
class EnhancedLotteryCoordinator(LotteryCoordinator):
"""增强版协调器（支持完整模块注册）"""
def __init__(self):
super().__init__()
self._init_module_handlers()
def _init_module_handlers(self):
"""初始化模块专用处理器"""
# 模块3事件处理器
self.modules['module3'].handler = threading.Thread(
target=self._handle_module3_events,
daemon=True
)
self.modules['module3'].handler.start()
# 模块4事件处理器
self.modules['module4'].handler = threading.Thread(
target=self._handle_module4_events,
daemon=True
)
self.modules['module4'].handler.start()
def _handle_module3_events(self):
"""处理模块3事件流"""
bus = EnhancedEventBus()
while True:
try:
event = bus.channels['module_channel'].get(timeout=1)
if event.get('module') == '模块3':
print("处理模块3事件:", event)
self.pool._process_module3_data(event)
except queue.Empty:
continue
def _handle_module4_events(self):
"""处理模块4事件流"""
bus = EnhancedEventBus()
while True:
try:
event = bus.channels['module_channel'].get(timeout=1)
if event.get('module') == '模块4':
print("处理模块4事件:", event)
self.pool._process_module4_data(event)
except queue.Empty:
continue
# ==================== 模块实现 ====================
class Module3(AnalysisModule):
"""增强版模块3实现"""
def submit_following_analysis(self, analysis_data: dict):
"""提交跟随分析结果"""
super().submit({
'type': 'following_analysis',
'data': analysis_data
})
class Module4(Module4):
"""增强版模块4实现"""
def submit_trend_analysis(self, analysis_data: dict):
"""提交趋势分析结果"""
super().submit_analysis({
'type': 'trend_analysis',
'data': analysis_data
})
# ==================== 增强版事件总线 ====================
class EnhancedEventBus(StrictEventBus):
"""增强版事件总线（增加模块路由功能）"""
def _process(self):
while True:
self._route_events('module_channel')
time.sleep(0.01)
def _route_events(self, channel_name: str):
try:
while not self.channels[channel_name].empty():
event = self.channels[channel_name].get_nowait()
# 新增路由逻辑
if event.get('module') == '模块3':
self._handle_module3_event(event)
elif event.get('module') == '模块4':
self._handle_module4_event(event)
else:
self.channels['notification_channel'].put(event)
self.channels[channel_name].task_done()
except queue.Empty:
pass
def _handle_module3_event(self, event):
"""专用模块3事件处理"""
processed_event = {
**event,
'metadata': {'handled_by': 'module3_handler'}
}
self.channels['notification_channel'].put(processed_event)
def _handle_module4_event(self, event):
"""专用模块4事件处理"""
processed_event = {
**event,
'metadata': {'handled_by': 'module4_handler'}
}
self.channels['notification_channel'].put(processed_event)
# ==================== 改进版号码池 ====================
class EnhancedNumberPool(NumberPool):
"""增强版号码池（支持多模块处理）"""
def _register_handlers(self):
bus = EnhancedEventBus()
bus.channels['module_channel'].put = self._process_module_data
# 注册模块3处理器
bus.channels['module_channel'].put_module3 = self._process_module3_data
# 注册模块4处理器
bus.channels['module_channel'].put_module4 = self._process_module4_data
def _process_module3_data(self, event: dict):
"""处理模块3数据"""
fronts = event.get('data', {}).get('front_area', [])
backs = event.get('data', {}).get('back_area', [])
print(f"接收模块3数据 - 前区: {fronts} 后区: {backs}")
self._store_module3_data(fronts, backs)
def _process_module4_data(self, event: dict):
"""处理模块4数据"""
analysis_data = event.get('analysis_result', {})
print("接收模块4趋势分析数据:")
print(json.dumps(analysis_data, indent=2))
self._store_module4_data(analysis_data)
def _store_module3_data(self, fronts, backs):
"""存储模块3数据"""
with open(self.storage_path, 'a') as f:
record = {
'timestamp': time.time(),
'type': 'module3',
'data': {
'fronts': fronts,
'backs': backs
}
}
f.write(json.dumps(record) + '\n')
def _store_module4_data(self, analysis_data):
"""存储模块4数据"""
with open(self.storage_path, 'a') as f:
record = {
'timestamp': time.time(),
'type': 'module4',
'data': analysis_data
}
f.write(json.dumps(record) + '\n')
# ==================== 模块协调器 ====================
class EnhancedLotteryCoordinator(LotteryCoordinator):
"""增强版协调器（支持完整模块注册）"""
def __init__(self):
super().__init__()
self._init_module_handlers()
def _init_module_handlers(self):
"""初始化模块专用处理器"""
# 模块3事件处理器
self.modules['module3'].handler = threading.Thread(
target=self._handle_module3_events,
daemon=True
)
self.modules['module3'].handler.start()
# 模块4事件处理器
self.modules['module4'].handler = threading.Thread(
target=self._handle_module4_events,
daemon=True
)
self.modules['module4'].handler.start()
def _handle_module3_events(self):
"""处理模块3事件流"""
bus = EnhancedEventBus()
while True:
try:
event = bus.channels['module_channel'].get(timeout=1)
if event.get('module') == '模块3':
print("处理模块3事件:", event)
self.pool._process_module3_data(event)
except queue.Empty:
continue
def _handle_module4_events(self):
"""处理模块4事件流"""
bus = EnhancedEventBus()
while True:
try:
event = bus.channels['module_channel'].get(timeout=1)
if event.get('module') == '模块4':
print("处理模块4事件:", event)
self.pool._process_module4_data(event)
except queue.Empty:
continue
# ==================== 模块实现 ====================
class Module3(AnalysisModule):
"""增强版模块3实现"""
def submit_following_analysis(self, analysis_data: dict):
"""提交跟随分析结果"""
super().submit({
'type': 'following_analysis',
'data': analysis_data
})
class Module4(Module4):
"""增强版模块4实现"""
def submit_trend_analysis(self, analysis_data: dict):
"""提交趋势分析结果"""
super().submit_analysis({
'type': 'trend_analysis',
'data': analysis_data
})
# ==================== 使用示例 ====================
if __name__ == "__main__":
# 初始化协调器
coordinator = EnhancedLotteryCoordinator()
# 模拟模块3数据
coordinator.submit('module3', {
'front_area': [5, 12, 23],
'back_area': [3, 8]
})
# 模拟模块4数据
coordinator.submit('module4', {
'trend_analysis': {
'sum': 85,
'prime_ratio': '2:3',
'odd_even': '3:2'
}
})
# 等待处理完成
time.sleep(2)
print("\n当前存储数据:")
with open("lottery_data.json") as f:
print(f.read())
本文详细解析了Linux内核中模块的引用计数机制，包括try_module_get和module_put函数的工作原理，以及如何在模块加载和卸载过程中正确地增加和减少引用计数，确保模块稳定运行。
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