def updateNextRun(jobData):
try:
interval = int(jobData["interval"])
if jobData["lastRunDate"] == "-1":
if interval < 0:
jobData["nextRunTime"] = Generic.addTime(
Generic.strToTime(jobData["scheuledTime"]),
(-1 * interval))
#print(jobData["nextRunTime"])
jobData["nextRunDate"] = Generic.getDate()
else:
jobData["nextRunTime"] = jobData["scheuledTime"]
jobData["nextRunDate"] = Generic.dateToStr(
Generic.addDate(Generic.strToDate(Generic.getDate()),
interval))
else:
if interval < 0:
jobData["nextRunTime"] = Generic.addTime(
Generic.strToTime(jobData["nextRunTime"]),
(-1 * interval))
#print(jobData["nextRunTime"])
jobData["nextRunDate"] = Generic.getDate()
else:
jobData["nextRunTime"] = jobData["scheuledTime"]
jobData["nextRunDate"] = Generic.dateToStr(
Generic.addDate(
Generic.strToDate(jobData["nextRunDate"]),
interval))
return jobData
except Exception as e:
log("Error_Jobs_updateNextRun@" + str(e))
def lastRunUpdate(jobName):
try:
data = Json_evaluation.getJsonByKey(filename=__jobFile__,
key=jobName)
data = Job.updateNextRun(data)
data["lastRunDate"] = Generic.getDate()
n_data = {}
n_data[jobName] = data #Next scheduled time update
Json_evaluation.updateJson(dict=n_data, filename=__jobFile__)
log("Job " + jobName + " last Run Updated!!")
except Exception as e:
log("Error_Jobs_lastRunUpdate@" + str(e))
def getActiveJobs(path=__guidePath__):
try:
data = Job.evaluateJob(path)
#print(data)
curDate = Generic.strToDate(Generic.getDate())
activeJobs = {}
for key in data.keys():
if Generic.strToDate(data[key]["startDate"]
) <= curDate and Generic.strToDate(
data[key]["endDate"]) >= curDate and (
data[key]["isActive"] == 1
or data[key]["isActive"] == "on"):
activeJobs[key] = data[key]
return activeJobs
except Exception as e:
log("Error_Jobs_isJobEligibleToRun@" + str(e))
return 0
def prepareJobQueue():
try:
todayList = {}
data = Job.evaluateJob()
#print(data)
curDate = Generic.strToDate(Generic.getDate())
curTime = Generic.strToTime(Generic.getTime())
#print(curTime)
for key in data.keys():
timeKeyword = ""
lastRunDate = data[key]["lastRunDate"]
if data[key]["lastRunDate"] == "-1":
timeKeyword = "scheuledTime"
else:
timeKeyword = "nextRunTime"
if Generic.strToDate(
data[key]
["startDate"]) <= curDate and Generic.strToDate(
data[key]["endDate"]) >= curDate and (
data[key]["isActive"] == 1
or data[key]["isActive"] == "on") and (
lastRunDate == "-1" or Job.isJobEligibleToRun(
int(data[key]["interval"]), curDate,
curTime, data[key][timeKeyword])
== 1) and Generic.strToTime(
data[key][timeKeyword]) >= curTime:
todayList[key] = {
"scheduledTime":
data[key][timeKeyword],
"remainingSec":
Generic.timeDiff(Generic.getTime(),
data[key][timeKeyword]),
"nextRunDate":
"-" if timeKeyword == "scheuledTime" else
data[key]['nextRunDate'],
"nextRunTime":
"-" if timeKeyword == "scheuledTime" else
data[key]['nextRunTime']
}
#print(todayList)
Json_evaluation.writeJSON(data=todayList, filename=__jobQueue__)
log("Job Queue Prepared....")
except Exception as e:
log("Error_Jobs_prepareJobQueue@" + str(e))
def getNearestJob(): #Disabled in v3.0
try:
data = Json_evaluation.readJSON(filename=__jobQueue__)
#print(data)
jobCache = ""
curDate = Generic.strToDate(Generic.getDate())
lesserTime = -1
for key in data.keys():
if lesserTime == -1 and Generic.strToTime(
data[key]["scheduledTime"]) >= Generic.strToTime(
Generic.getTime()):
lesserTime = data[key]["remainingSec"]
jobCache = key
if lesserTime > int(
data[key]["remainingSec"]) and Generic.strToTime(
data[key]["scheduledTime"]) >= Generic.strToTime(
Generic.getTime()):
lesserTime = data[key]["remainingSec"]
jobCache = key
return jobCache
except Exception as e:
log("Error_Jobs_getNearestJob@" + str(e))
