def __init__(self):
super(DynamicComponent, self).__init__()
# 进程控制
self.running_status = 0 # 0：停止， 1：进行， 2：暂停
self.config_ini = QtCore.QSettings("pref.ini", QtCore.QSettings.IniFormat)
self.is_auto_sync = int(self.config_ini.value("/config/is_auto_sync").toString())
# self.finished_thread = 0 # 线程的完成数
# 构建辅助控制器
self.controller = MainController()
# 搭建按钮委托（retry 和 fail_info)
self.delegate = ButtonDelegate()
# 简化线程集合threads调用
self.threads_overview = self.controller.uploader.threads
# 多线程动作连接
self.thread_signal_handling()
# 动态（列表中）按钮动作连接
# 显示该单位失败信息
self.connect(self.delegate, QtCore.SIGNAL("show_failure(int)"), self.controller.model.show_fail_msg)
# 激活两个按钮
self.connect(self.controller.model, QtCore.SIGNAL("show_buttons(int)"), self.delegate.update_need_show)
# 按钮的代理向模型发出开始重试请求，若成功模型将发射一个带有文件路径的retry信号
self.connect(self.delegate, QtCore.SIGNAL("initiate_retry(int)"), self.controller.model.retry)
# 将模型发出的retry信号发布给主控制器和主界面
self.connect(self.controller.model, QtCore.SIGNAL("retry(QString)"), self.controller.retry)
self.connect(self.controller.model, QtCore.SIGNAL("retry(QString)"), self.mission_start)
# 链接自动传输信号
self.connect(self.controller, QtCore.SIGNAL("auto_sync_should_start"), self.auto_sync_control)
# 初始文件检测
self.controller.directory_handling()
self.controller.first_time = False
def __init__(self):
super(DynamicComponent, self).__init__()
# 进程控制
self.running_status = 0 # 0：停止， 1：进行， 2：暂停
self.config_ini = QtCore.QSettings("pref.ini",
QtCore.QSettings.IniFormat)
self.is_auto_sync = int(
self.config_ini.value("/config/is_auto_sync").toString())
# self.finished_thread = 0 # 线程的完成数
# 构建辅助控制器
self.controller = MainController()
# 搭建按钮委托（retry 和 fail_info)
self.delegate = ButtonDelegate()
# 简化线程集合threads调用
self.threads_overview = self.controller.uploader.threads
# 多线程动作连接
self.thread_signal_handling()
# 动态（列表中）按钮动作连接
# 显示该单位失败信息
self.connect(self.delegate, QtCore.SIGNAL("show_failure(int)"),
self.controller.model.show_fail_msg)
# 激活两个按钮
self.connect(self.controller.model, QtCore.SIGNAL("show_buttons(int)"),
self.delegate.update_need_show)
# 按钮的代理向模型发出开始重试请求，若成功模型将发射一个带有文件路径的retry信号
self.connect(self.delegate, QtCore.SIGNAL("initiate_retry(int)"),
self.controller.model.retry)
# 将模型发出的retry信号发布给主控制器和主界面
self.connect(self.controller.model, QtCore.SIGNAL("retry(QString)"),
self.controller.retry)
self.connect(self.controller.model, QtCore.SIGNAL("retry(QString)"),
self.mission_start)
# 链接自动传输信号
self.connect(self.controller, QtCore.SIGNAL("auto_sync_should_start"),
self.auto_sync_control)
# 初始文件检测
self.controller.directory_handling()
self.controller.first_time = False
class DynamicComponent(QtCore.QObject):
def __init__(self):
super(DynamicComponent, self).__init__()
# 进程控制
self.running_status = 0 # 0：停止， 1：进行， 2：暂停
self.config_ini = QtCore.QSettings("pref.ini",
QtCore.QSettings.IniFormat)
self.is_auto_sync = int(
self.config_ini.value("/config/is_auto_sync").toString())
# self.finished_thread = 0 # 线程的完成数
# 构建辅助控制器
self.controller = MainController()
# 搭建按钮委托（retry 和 fail_info)
self.delegate = ButtonDelegate()
# 简化线程集合threads调用
self.threads_overview = self.controller.uploader.threads
# 多线程动作连接
self.thread_signal_handling()
# 动态（列表中）按钮动作连接
# 显示该单位失败信息
self.connect(self.delegate, QtCore.SIGNAL("show_failure(int)"),
self.controller.model.show_fail_msg)
# 激活两个按钮
self.connect(self.controller.model, QtCore.SIGNAL("show_buttons(int)"),
self.delegate.update_need_show)
# 按钮的代理向模型发出开始重试请求，若成功模型将发射一个带有文件路径的retry信号
self.connect(self.delegate, QtCore.SIGNAL("initiate_retry(int)"),
self.controller.model.retry)
# 将模型发出的retry信号发布给主控制器和主界面
self.connect(self.controller.model, QtCore.SIGNAL("retry(QString)"),
self.controller.retry)
self.connect(self.controller.model, QtCore.SIGNAL("retry(QString)"),
self.mission_start)
# 链接自动传输信号
self.connect(self.controller, QtCore.SIGNAL("auto_sync_should_start"),
self.auto_sync_control)
# 初始文件检测
self.controller.directory_handling()
self.controller.first_time = False
# 设置线程信号
def thread_signal_handling(self):
for thread in self.threads_overview:
# 升级到上传状态，即从传输列表中更新为uploading
self.connect(thread, QtCore.SIGNAL("started(QString)"),
self.controller.update_status_2)
# 升级到成功状态，即从传输列表中怒删该单位
self.connect(thread, QtCore.SIGNAL("uploaded(QString)"),
self.controller.update_status_x)
# 升级到失败状态
self.connect(thread, QtCore.SIGNAL("failed(QString)"),
self.controller.update_status_3)
# 每当一个线程完成自己的任务后，呼叫线程统计finish_count函数
if self.running_status == 1:
thread.start()
# 开始任务
def mission_start(self):
self.controller.update_status_1()
print "uploading size is %d" % self.controller.uploader.upload_list.qsize(
)
for thread in self.threads_overview:
thread.is_stop = False
thread.start()
# 中断任务
def mission_stop(self):
for thread in self.threads_overview:
thread.is_stop = True
# 更新进程控制函数
# 继续任务
def mission_resume(self):
for thread in self.threads_overview:
thread.is_stop = False
thread.start()
# 更新进程控制函数
# 更新并发数
def update_thread_number(self, number):
self.controller.concurrent_number = number
# 如果新的并发数小于原来的线程数
index = len(self.threads_overview)
difference = abs(index - number)
if index > number:
for i in range(difference):
# 从list中弹出最后一个线程
thread = self.threads_overview.pop()
# 在这线程完成其任务后停止它
thread.is_stop = True
elif index < number:
for i in range(difference):
# 往list中加一个线程
self.controller.uploader.add_thread()
self.thread_signal_handling()
def auto_sync_control(self):
print "hello"
if self.is_auto_sync == 1:
self.mission_start()
self.controller.should_sync = False
self.running_status = 1
elif self.is_auto_sync == 0:
pass
class DynamicComponent(QtCore.QObject):
def __init__(self):
super(DynamicComponent, self).__init__()
# 进程控制
self.running_status = 0 # 0：停止， 1：进行， 2：暂停
self.config_ini = QtCore.QSettings("pref.ini", QtCore.QSettings.IniFormat)
self.is_auto_sync = int(self.config_ini.value("/config/is_auto_sync").toString())
# self.finished_thread = 0 # 线程的完成数
# 构建辅助控制器
self.controller = MainController()
# 搭建按钮委托（retry 和 fail_info)
self.delegate = ButtonDelegate()
# 简化线程集合threads调用
self.threads_overview = self.controller.uploader.threads
# 多线程动作连接
self.thread_signal_handling()
# 动态（列表中）按钮动作连接
# 显示该单位失败信息
self.connect(self.delegate, QtCore.SIGNAL("show_failure(int)"), self.controller.model.show_fail_msg)
# 激活两个按钮
self.connect(self.controller.model, QtCore.SIGNAL("show_buttons(int)"), self.delegate.update_need_show)
# 按钮的代理向模型发出开始重试请求，若成功模型将发射一个带有文件路径的retry信号
self.connect(self.delegate, QtCore.SIGNAL("initiate_retry(int)"), self.controller.model.retry)
# 将模型发出的retry信号发布给主控制器和主界面
self.connect(self.controller.model, QtCore.SIGNAL("retry(QString)"), self.controller.retry)
self.connect(self.controller.model, QtCore.SIGNAL("retry(QString)"), self.mission_start)
# 链接自动传输信号
self.connect(self.controller, QtCore.SIGNAL("auto_sync_should_start"), self.auto_sync_control)
# 初始文件检测
self.controller.directory_handling()
self.controller.first_time = False
# 设置线程信号
def thread_signal_handling(self):
for thread in self.threads_overview:
# 升级到上传状态，即从传输列表中更新为uploading
self.connect(thread, QtCore.SIGNAL("started(QString)"), self.controller.update_status_2)
# 升级到成功状态，即从传输列表中怒删该单位
self.connect(thread, QtCore.SIGNAL("uploaded(QString)"), self.controller.update_status_x)
# 升级到失败状态
self.connect(thread, QtCore.SIGNAL("failed(QString)"), self.controller.update_status_3)
# 每当一个线程完成自己的任务后，呼叫线程统计finish_count函数
if self.running_status == 1:
thread.start()
# 开始任务
def mission_start(self):
self.controller.update_status_1()
print "uploading size is %d" % self.controller.uploader.upload_list.qsize()
for thread in self.threads_overview:
thread.is_stop = False
thread.start()
# 中断任务
def mission_stop(self):
for thread in self.threads_overview:
thread.is_stop = True
# 更新进程控制函数
# 继续任务
def mission_resume(self):
for thread in self.threads_overview:
thread.is_stop = False
thread.start()
# 更新进程控制函数
# 更新并发数
def update_thread_number(self, number):
self.controller.concurrent_number = number
# 如果新的并发数小于原来的线程数
index = len(self.threads_overview)
difference = abs(index - number)
if index > number:
for i in range(difference):
# 从list中弹出最后一个线程
thread = self.threads_overview.pop()
# 在这线程完成其任务后停止它
thread.is_stop = True
elif index < number:
for i in range(difference):
# 往list中加一个线程
self.controller.uploader.add_thread()
self.thread_signal_handling()
def auto_sync_control(self):
print "hello"
if self.is_auto_sync == 1:
self.mission_start()
self.controller.should_sync = False
self.running_status = 1
elif self.is_auto_sync == 0:
pass