def press_bar_handle(key):
if key == 'TB_EXPAND':
tree_inst.expand_trees()
elif key in ['TB_ABOUT', "MENU_ABOUT"]:
TopAbout()
elif key in ['TB_SCREEN', 'MENU_SCREEN']:
ScreenShot()
elif key in ['TB_HELP', 'MENU_HELP']:
pdf = 'SystemController.pdf'
if not Common.is_file(pdf):
WidgetTip.error('{}不存在,请确认!'.format(pdf))
return
Common.create_thread(lambda: Common.system_open(pdf))
elif key in ['MENU_SET', 'TB_SET']:
GuiSettings.pack()
elif key == 'MENU_EXIT':
app_gate.close()
elif key == 'TB_LAST':
tree_inst.last()
elif key == 'TB_NEXT':
tree_inst.next()
elif key in ["MENU_WHITE", "MENU_BLACK"]:
WidgetTip.info("敬请期待 !")
else:
# 根据界面 image 值即可进入对应界面 #
tree_inst.selection(key)
def get_widget_input():
if widget == 'Combobox': # 默认选择了第一个
#[shell_params[ip].append(str(instance.current())) for ip in ips]
[shell_params[ip].append(instance.get()) for ip in ips]
elif widget == 'MultiCombobox': # 默认选择第一个，但可能是”“
for ip, inst in instance:
if ip not in ips:
continue
_v = inst.get()
if not _v and not can_be_null:
return False
shell_params[ip].append(_v)
elif widget == 'Checkbox': # 默认无勾选
choose = [str(_v.get()) for _v in instance]
# 未选择任意一项
if not can_be_null and len(
set(choose)) == 1 and choose[0] == '0':
return False
[shell_params[ip].append('@'.join(choose)) for ip in ips]
elif widget == 'Entry': # 默认为空
for ip in ips:
_v = instance.get()
if not _v and not can_be_null:
return False
shell_params[ip].append(_v)
elif widget == 'Text':
_v = instance.get('1.0', 'end').strip()
if not _v and not can_be_null:
return False
f = '{0}\\__{1}_{2}__.txt'.format(pid_dir, widget, index)
Common.write_to_file(f, _v)
[shell_params[ip].append(f) for ip in ips]
return True
def _execute_now():
for ip in ips:
Common.create_thread(func=self.exec_start_impl,
args=(ip, uploads[ip], params[ip]))
logger.info(
"execute_start {} for {}, params:{}, uploads:{}".format(
self.task, ip, params[ip], uploads[ip]))
def upload_file(self, ssh, ip, uploads, offset):
# 不直接在上传的callback中调用更新状态的Caller,因为会影响上传的速度，
# callback中只更新内存，状态更新在一个线程中定时去调用
def upload_back(current, total):
size[0] = current
size[1] = total
def get_progress():
return int(size[0] / size[1] * offset)
def update_thread():
while not is_done:
self.return_exec_start_result(ip, get_progress(), '', True)
Common.sleep(0.2)
size, is_done = [0, 1], False
server_upload = Global.G_SERVER_UPLOAD % model_gate.settings_data.server_dir
for local in uploads:
remote = "{0}/{1}".format(server_upload, Common.basename(local))
Common.create_thread(func=update_thread, args=())
self.insert_text_info(ip, get_progress(),
'Uploading {}'.format(local))
ret, err = SSHUtil.upload_file(ssh, local, remote, upload_back)
is_done = True
if not ret:
self.insert_text_info(
ip, get_progress(),
'Upload {} failed: {}'.format(local, err), 'ERROR')
self.return_exec_start_result(ip, get_progress(), '', False)
return False
self.return_exec_start_result(ip, get_progress(), '', True)
return True
def set_data(self, data, asynccall=False):
def func(args=None):
self._instance.data = data
if asynccall:
Common.create_thread(func=func)
else:
func()
def click_login():
def async_login(args=None):
self.login_handle()
try:
login_btn.disable(False)
except:
pass
login_btn.disable(True)
Common.create_thread(func=async_login)
def for_delay_loop():
if delay and not self._mutex('DELAY'):
model_gate.exception_data.set_data("已经存在延迟任务\n如需重置,请先点击'停止'")
return
if loop and not self._mutex('LOOP'):
model_gate.exception_data.set_data("已经存在循环任务\n如需重置,请先点击'停止'")
return
if delay:
start_time = Common.time()
while True:
if self.is_break:
return
Common.sleep(1)
left_sec = delay * 60 - int(Common.time() - start_time)
left_sec = 0 if left_sec < 0 else left_sec
model_gate.delay_loop_timer_data.set_data(
[left_sec, left_sec])
if left_sec == 0:
self._mutex('DELAY', False)
break
_execute_now()
if loop:
start_time = Common.time()
while True:
if self.is_break:
return
Common.sleep(1)
left_sec = loop * 60 - int(Common.time() - start_time)
left_sec = 0 if left_sec < 0 else left_sec
model_gate.delay_loop_timer_data.set_data([0, left_sec])
if left_sec == 0:
_execute_now()
start_time = Common.time()
def download_file(self, ssh, ip, file):
if file in ["", "NULL"]:
self.insert_text_info(ip, 100, 'Success')
return True
download_dir = "{0}\\{1}".format(Global.G_DOWNLOAD_DIR, ip)
filename = "{0}\\{1}".format(download_dir, Common.basename(file))
Common.mkdir(download_dir)
self.insert_text_info(ip, 100, 'Downloading to {}'.format(filename))
if not SSHUtil.download_file(ssh, remote=file, local=filename):
return False
self.insert_text_info(ip, 100, "Download success")
return True
def onLeftButtonUp(event):
self.sel = False
deleteLastDraw()
Common.sleep(0.1)
# 考虑鼠标左键从右下方按下而从左上方抬起的截图
left, right = sorted([self.X.get(), event.x])
top, bottom = sorted([self.Y.get(), event.y])
pic = ImageGrab.grab((left+1, top+1, right, bottom))
save_name = "ScreenShot-{0}.png".format(Common.get_time(format=False))
pic.save(save_name)
self.top.destroy()
Common.remove(self.temp_png)
WidgetTip.info("截图成功: {0}\n截图保存在工具家目录下".format(save_name))
def _mutex(self, ip, lock=True):
""" 防重入 """
_lock_file = '{0}\\{1}-{2}.lock'.format(Global.G_PID_DIR, self.task,
ip)
# 释放锁
if not lock:
try:
Common.remove(_lock_file)
except:
pass
return True
# 尝试加锁
if Common.is_file(_lock_file):
return False
Common.write_to_file(_lock_file, 'lock')
return True
def pack_sub_foot_fm():
def update_info():
while True:
time.sleep(60)
sec = time.time() - app_gate.start_time
run_time = '软件运行时长 {} 小时 {} 分钟'.format(
int(sec / 3600), int((sec % 3600) / 60))
text = "{} {}".format(use_time, run_time)
label['text'] = text
use_time = '软件启动耗时 %.3f 秒' % app_gate.use_time
run_time = '软件运行时长 0 小时 0 分钟'
Common.create_thread(update_info)
label = tk.Label(foot_fm,
text="{} {}".format(use_time, run_time))
label.pack()
def auto(cls, plot_param, detail=False):
cls.plot_param = plot_param
only_image = "TkAgg" if detail else "Agg"
plt.close('all')
matplotlib.use(only_image)
plt.rcParams['font.sans-serif'] = [u'SimHei']
plt.rcParams['axes.unicode_minus'] = False
instance, file_name, plot_size = plot_param
width, height = (plot_size[0] - 120) / 100, plot_size[1] / 100 - 0.5
download_dir = view_gate.query_env_define_data('G_DOWNLOAD_DIR')
pid_dir = view_gate.query_env_define_data('G_PID_DIR')
for ip, inst in instance.items():
file = "{}\\{}\\__FILE_DATA__\\{}".format(download_dir, ip,
file_name)
if not Common.is_file(file):
raise Exception("{} 不存在\n请稍候重试".format(file))
png = "{}\\{}_{}.png".format(pid_dir, ip, file_name.split('.')[0])
data = pd.read_csv(file, parse_dates=True, index_col=0)
data.plot(title="{}: {}".format(ip, file_name),
grid=True,
figsize=(width, height))
if not detail:
plt.savefig(png, dpi=100)
view_gate.add_image_data.set_data(
['AUTOPLOT_{}'.format(ip), png])
inst.image_create('0.0',
image=view_gate.query_photo_image_data(
'AUTOPLOT_{}'.format(ip)))
else:
plt.show()
def execute_start(self, data):
def _execute_now():
for ip in ips:
Common.create_thread(func=self.exec_start_impl,
args=(ip, uploads[ip], params[ip]))
logger.info(
"execute_start {} for {}, params:{}, uploads:{}".format(
self.task, ip, params[ip], uploads[ip]))
def for_delay_loop():
if delay and not self._mutex('DELAY'):
model_gate.exception_data.set_data("已经存在延迟任务\n如需重置,请先点击'停止'")
return
if loop and not self._mutex('LOOP'):
model_gate.exception_data.set_data("已经存在循环任务\n如需重置,请先点击'停止'")
return
if delay:
start_time = Common.time()
while True:
if self.is_break:
return
Common.sleep(1)
left_sec = delay * 60 - int(Common.time() - start_time)
left_sec = 0 if left_sec < 0 else left_sec
model_gate.delay_loop_timer_data.set_data(
[left_sec, left_sec])
if left_sec == 0:
self._mutex('DELAY', False)
break
_execute_now()
if loop:
start_time = Common.time()
while True:
if self.is_break:
return
Common.sleep(1)
left_sec = loop * 60 - int(Common.time() - start_time)
left_sec = 0 if left_sec < 0 else left_sec
model_gate.delay_loop_timer_data.set_data([0, left_sec])
if left_sec == 0:
_execute_now()
start_time = Common.time()
ips, script, root, delay, loop, params, uploads = data
self.init(script, root, True)
Common.create_thread(for_delay_loop)
def try_login(self, ip_data_list):
zip_file = "{0}\\{1}".format(Global.G_PID_DIR, Global.G_PACK_ZIP)
Common.zip_dir(Global.G_SCRIPTS_DIR, zip_file)
model_gate.login_state_data.set_data({}) # 初始化登录状态数据
for ip_data in ip_data_list:
index = ip_data_list.index(ip_data)
model_gate.login_return_data.set_data(
[index, 'LOGGING', '{} 登录中...'.format(ip_data[0])])
ret, err = self.login_server(ip_data, zip_file)
if ret:
model_gate.login_return_data.set_data([index, 'SUCCESS', None])
else:
model_gate.login_return_data.set_data([index, 'FAILED', None])
break # 有失败则停止并返回
if ret:
settings_handler.update_prefer_ips()
TimerHandler() # 开启定时器任务 #
model_gate.login_return_data.set_data(
['ALL', ret, '登录成功' if ret else err])
def parser_widget_actions():
for act in actions:
if act == 'UploadFile':
for ip in ips:
# 本地的文件路径传给上传列表，同时修改脚本参数为文件名
_local_f = shell_params[ip][-1]
prev_uploads[ip].append(_local_f)
shell_params[ip][-1] = Common.basename(_local_f)
else:
WidgetTip.error("Not support WidgetAction: {}".format(act))
continue
def check_result(self, ssh, ip, offset):
progress_cmd = "{0} get_task_progress {1}".format(
self.inner_caller, self.task)
print_cmd = "{0} get_task_stdout {1}".format(self.inner_caller,
self.task)
progress, last, retry, result = 0, 0, 1, ""
timeout, consume, period = 10, 0, 0.5
while True:
Common.sleep(period)
try:
result = self.execute_out(ssh, progress_cmd)
if not result:
if consume > timeout:
raise Exception("Timeout for result")
consume += period
continue
progress, status, info = result.split('|')
progress = int(int(progress) * (1 - offset / 100) + offset)
result = self.execute_out(ssh, print_cmd)
if status == 'FAILED':
raise Exception(info)
self.return_exec_start_result(ip, progress, result, True)
if last == progress:
continue
last = progress
self.insert_text_info(ip, progress, info)
if progress == 100:
if not self.download_file(ssh, ip, info):
raise Exception("Download {} failed !".format(info))
break
except Exception as e:
retry += 1
if retry < model_gate.settings_data.retry_times:
continue
if not isinstance(progress, int):
progress = 2
self.return_exec_start_result(ip, progress, result, False)
self.insert_text_info(ip, progress,
"{}, retry:{}".format(str(e),
retry), 'ERROR')
break
def check_input():
if not all(input_list):
WidgetTip.error('输入不可为空')
return False
ip, user, upwd, rpwd = input_list
if not Common.is_ip(ip):
WidgetTip.error('请输入正确的IP地址')
return False
if ip in ip_exist_list:
WidgetTip.error('{} 输入重复'.format(ip))
return False
ip_exist_list.append(ip)
return True
def check_file(self):
Global.G_PID_DIR = "{}\\{}".format(Global.G_RUN_DIR, Common.get_pid())
Common.mkdir(Global.G_RUN_DIR)
Common.mkdir(Global.G_DOWNLOAD_DIR)
Common.mkdir(Global.G_PID_DIR)
logger.info(Global.G_TEXT_LOGO)
for path in [
Global.G_RESOURCE_DIR, Global.G_DEPENDENCE_FILE,
Global.G_SETTINGS_FILE, Global.G_SCRIPTS_DIR
]:
if not Common.is_exists(path):
model_gate.exception_data.set_data(
"{} is not exist".format(path))
logger.error("{} is not exist".format(path))
return False
return True
def manual(cls, params):
try:
matplotlib.use('TkAgg')
plt.ion() # 开启interactive mode
plt.close('all')
'''
l = len(params)
if l == 1:
axes = plt.subplots(figsize=(12, 6), nrows=1, ncols=1, sharey=True, sharex=True)[1]
ax_list = [axes]
elif 1 < l <= 2:
axes = plt.subplots(figsize=(12, 6), nrows=2, ncols=1, sharey=True, sharex=True)[1]
ax_list = [axes[1], axes[0]]
else:
axes = plt.subplots(figsize=(12, 6), nrows=2, ncols=2, sharey=True, sharex=True)[1]
ax_list = [axes[1, 0], axes[0, 0], axes[1, 1], axes[0, 1]]
'''
download_dir = view_gate.query_env_define_data('G_DOWNLOAD_DIR')
index = 0
for ip, res_list in params.items():
# proc, res, period = res_list
proc, res = res_list
file = "{}\\{}\\__FILE_DATA__\\{}.csv".format(
download_dir, ip, proc)
if not Common.is_file(file):
raise Exception("{} 不存在\n如果是首次登录，请等待30秒再进此界面".format(file))
data = pd.read_csv(file,
usecols=['Date', res],
parse_dates=True,
index_col=0)
axes = plt.subplots(figsize=(12, 6),
nrows=1,
ncols=1,
sharey=True,
sharex=True)[1]
data.plot(ax=axes, title="{}: {}".format(ip, proc), grid=True)
#data.plot(ax=ax_list[index], title="{}: {}".format(ip, proc), grid=True)
index += 1
plt.rcParams['font.sans-serif'] = [u'SimHei']
plt.rcParams['axes.unicode_minus'] = False
plt.subplots_adjust(wspace=0.02, hspace=0.2) # 调整子图间距
# plt.savefig('aa.png', dpi=200)
plt.show()
except Exception as e:
WidgetTip.error(str(e))
def refresh_file_data(self, args=None):
logger.debug('[timer] refresh file data start...')
server_dir = model_gate.settings_data.server_dir
scripts = model_gate.settings_data.refresh_file['scripts']
server_download = Global.G_SERVER_DOWNLOAD % server_dir
try:
for ip, data in model_gate.login_state_data.get_data().items():
ssh = data['SSH']
local_download = "{}\\{}".format(Global.G_DOWNLOAD_DIR, ip)
data_dir = "{}\\__FILE_DATA__".format(local_download)
Common.mkdir(local_download)
Common.mkdir(data_dir)
# 初始运行时先把之前已经运行的进程杀死，每次都用最新代码跑
if ip not in self.is_first_run:
[
SSHUtil.exec_ret(ssh, "killall {}".format(script),
True) for script in scripts
]
self.is_first_run[ip] = True
cmd = ''
for script in scripts:
cmd = "{0}\n{1}/{2}".format(cmd, server_dir, script)
SSHUtil.exec_ret(ssh, cmd, True)
# 再压缩DOWNLOAD目录
cmd = 'cd {0} && zip refresh_file.zip *;chmod 777 *.zip'.format(
server_download)
SSHUtil.exec_ret(ssh, cmd, True)
# 然后下载文件
SSHUtil.download_file(
ssh, "{}/refresh_file.zip".format(server_download),
'{}\\refresh_file.zip'.format(local_download))
# 最后解压
Common.unzip_file(
'{}\\refresh_file.zip'.format(local_download), data_dir)
except Exception as e:
logger.error("RefreshTimer refresh_file_impl {}".format(str(e)))
logger.debug('[timer] refresh file data end')
def images(self, image_data):
for key, path in image_data.items():
path = "{}\\{}".format(Global.G_RESOURCE_DIR, path)
if not Common.is_file(path):
raise Exception("%s is not exist !" % path)
self.append_photo_image((key, path))
def query_running_task_data(self, args=None):
return Common.exist_suffix_file(Global.G_PID_DIR, '.lock')[1]
def close(self, data=None):
Common.rm_dir(Global.G_PID_DIR)
def truncate(self, data=None):
self.info('Bye...')
Common.remove('{}.1'.format(self.log_path))
Common.rename(self.log_path, '{}.1'.format(self.log_path))
def insert_text_info(self, data):
info, level = data
color = Global.G_INFOWIN_LEVEL_COLOR[level.upper()]
info = "[{0}] {1}: {2}".format(level.upper(), Common.get_time(), info)
self.info_inst.insert_text(info, color)
def execute_enter(self, data):
ips, script = data
self.init(script, True, False)
for ip in ips:
Common.create_thread(func=self.exec_enter_impl, args=(ip, ))
logger.info("execute_enter {} for {}".format(self.task, ip))
def update_thread():
while not is_done:
self.return_exec_start_result(ip, get_progress(), '', True)
Common.sleep(0.2)
