def SwapData_In(self, nStepSwaps=1):
nums = 0
lstDatas = []
nStepSwaps = myData.iif(nStepSwaps <= 0, sys.maxsize, nStepSwaps)
lstFiles = myIO.getFiles(self.dirSwap, wildcard=".json", iswalk=False)
if (len(lstFiles) < 1): return lstDatas
myDebug.Print("DataSwap IOFiles::")
myDebug.Print("\t" + self.dirSwap)
myDebug.Print("\tSwap IOFiles(" + str(len(lstFiles)) + ")")
for file in lstFiles:
fileName = myIO.getFileName(file, True)
if (fileName[0:len(self.tagName)] != self.tagName): continue
if (self.checkNeedAck(fileName)): continue
# 超时校检
if (self.delayedTime > 0): #解析时间并校检
timeTag = fileName[len(self.tagName) + 1:]
timeData = myData_Trans.Tran_ToDatetime(
timeTag, "%Y-%m-%d-%H-%M-%S")
dtNow = datetime.datetime.now()
if ((dtNow - timeData).seconds > self.delayedTime):
self.SwapData_BackUp(file)
continue
#读取文件内容
myDebug.Print("\tnew file swap:: " + myIO.getFileName(file, False))
strJson = myIO.getContent(file, noBOM=True)
pJson = myData_Json.Json_Object()
pJson.Trans_FromStr(strJson)
#组装交换信息
data = {"path": file, "fileInfo": pJson._dict_}
lstDatas.append({"tagAck": fileName, "data": data})
#记录Ackinfo
if (self.useAck):
ackInfo = {
"isAcked": False,
"time": datetime.datetime.now(),
"retrys": 0,
"path": file
}
self.ackDict[fileName] = ackInfo
else:
self.SwapData_BackUp(file)
nums += 1
if (nums >= nStepSwaps): break
myDebug.Print("DataSwap IOFiles End." + "\tMargin Swap IOFiles(" +
str(len(lstFiles) - len(lstDatas)) + ")\n")
return lstDatas
def _Init(self):
#提取所有用户DB文件
lstFile = myIO.getFiles(self.Dir_DataDB, '.csv', True)
#循环提取所有
self.usrBills = {} #当前用户账单信息字典
for x in lstFile:
usrID = myIO.getFileName(x)
bills = myObj_Bills(usrID, self.Dir_DataDB)
self.usrBills[usrID] = bills
return True
def SwapData_BackUp(self, path, dir=""):
fileName = myIO.getFileName(path, False)
if (dir == ""): dir = self.dirSwap_back
destDir = dir + "/" + fileName[len(self.tagName) +
1:len(self.tagName) + 11]
try:
myIO.mkdir(destDir, False, False)
if (os.path.exists(destDir + "/" + fileName) == False):
myIO.copyFile(path, destDir, fileName, False)
if (os.path.exists(destDir + "/" + fileName)):
os.remove(path)
except:
pass
def copyFiles_upload():
files = myIO.getFiles(jobDir + "/taskfeed/")
for x in files:
if (os.path.isdir(x)):
if (len(myIO.getFiles(x)) == 0):
myIO.deldir(x)
continue
fileName = myIO.getFileName(x)
picDir = ""
if ("pic_" in fileName):
picDir = "/" + fileName[0:17]
infos = fileName.split('_')
targetDir = localDir2 + "/" + infos[1][0:6] + "/" + infos[
1] + picDir
myIO.copyFile(x, targetDir, '', False)
def DecryptFiles(file_dir, autoDel=True):
files = myIO.getFiles(file_dir)
for x in files:
if (os.path.exists(x)):
fileName = myIO.getFileName(x)
if (fileName[len(fileName) - 4:] == "_key"):
path = x.replace("_key.json", ".json")
try:
strJson = decrypt(x, path) # 解密
# 解密后删除
if (os.path.exists(path)):
os.remove(x)
except Exception as err:
print('文件解密失败(%s)' % fileName + " ,具体错误描述为：%s" % err)
pass
def _Run_UnLock(_path_):
# 提取脚本路径
strName = myIO.getFileName(_path_)
strPath = os.path.split(
os.path.realpath(_path_))[0] + "/" + strName + ".lock"
#文件删除
isDone = True
lockfile = gol._Get_Setting(strPath, None)
if (lockfile != None):
try:
lockfile.close() #关闭独占
os.remove(strPath)
except:
isLock = False
isLock = not os.path.exists(strPath)
return isLock
def Login_getCaptcha(self, imgPath, useLoacal=False):
if (useLoacal):
captcha_code = input("输入验证码：")
else:
# 读取图片文件
img_str = myIO.getImage_Str(imgPath)
if (img_str == ""):
return ""
else:
# 调用API，人工识别验证码
pWeb = myWeb("http://39.105.196.175:8668")
# 组装请求参数
req = {
"params": {
"imgName": myIO.getFileName(imgPath, False),
"imgData": img_str,
"usrName": "茶叶一主号"
}
}
# 调用API，轮询请求打码结果
r = pWeb.Do_Post("zxcAPI/robot/captcha_img", req, "验证码", True,
True, True)
res = myData_Trans.Tran_ToDict(r.decode())
if (res.get("res", "" == "OK")):
msgID = res['msgID']
ind = 0
# 轮询调用API
while (True):
# 轮询提取人工识别结果
r = pWeb.Do_API_get(
F"zxcAPI/robot/captcha/code/{msgID}",
"验证码结果").strip().replace("\"", "")
if (r != ""):
lstR = r.split(',')
captcha_code = lstR[len(lstR) - 1]
break
# 超时检测
if (ind > 60): return False
ind += 1
time.sleep(3)
return captcha_code
def _Run_Lock(_path_):
# 提取脚本路径
strName = myIO.getFileName(_path_)
strPath = os.path.split(
os.path.realpath(_path_))[0] + "/" + strName + ".lock"
isDone = True
if (os.path.exists(strPath)):
# 尝试删除，如果删除失败则运行中
try:
os.remove(strPath)
except:
isDone = False
isDone = not os.path.exists(strPath)
#创建锁定
if (isDone):
lockfile = codecs.open(strPath, 'w+', 'utf-8')
gol._Set_Setting(strPath, lockfile)
#pFile.close() #不关闭保持独占
else:
print("脚本已启动! --" + strPath)
gol._Close()
return isDone