def changes_in_month(self, year, month, category=None):
"""
Get changes in a month.
"""
month_events = { }
if isleap(year) and month == 2: # month range from 1 to 12
mdays[2] = 29
else:
mdays[2] = 28
# get last amount of events in past month, or, better:
# amount of events that occuried in (month - 1) at last day, from
# 12 PM to 23:59 PM
self.calendar.dryrun = True
self.calendar.dec_date(1) # 1 indicates it is a month decrement
prev_date = self.calendar.temp # what changes were needed to decrement
self.calendar.dryrun = False
prev_year = year
prev_month = month
for key, value in prev_date.items():
if key == "year":
prev_year = value
elif key == "month":
prev_month = value
month_range = self.calendar.get_monthrange(prev_year, prev_month)[1]
start = datetime.datetime(prev_year, prev_month, month_range, 12)
end = datetime.datetime(year, month, 1)
start_value = self.timerange_changes_count_generic(start, end,
category, self.inventory, self.hostaddr)
for day in range(mdays[month]):
day_count = [ ]
# for each day, grab data for 0 AM .. 11:59 AM, 12 PM .. 23:59 PM
start = datetime.datetime(year, month, day + 1)
end = datetime.datetime(year, month, day + 1, 12)
count1 = self.timerange_changes_count_generic(start, end,
category, self.inventory, self.hostaddr)
start = datetime.datetime(year, month, day + 1, 12)
dyear = year
dmonth = month
dday = day
if day == mdays[month] - 1:
self.calendar.dryrun = True
self.calendar.inc_date(1)
next_date = self.calendar.temp
self.calendar.dryrun = False
dday = 1
for key, value in next_date.items():
if key == "year":
dyear = value
elif key == "month":
dmonth = value
else:
dday += 2
end = datetime.datetime(dyear, dmonth, dday)
count2 = self.timerange_changes_count_generic(start, end,
category, self.inventory, self.hostaddr)
day_count.append([count1, ])
day_count.append([count2, ])
month_events[day] = day_count
return self.standard_sum_filter(), (start_value, ), month_events
def changes_in_month(self, year, month, category=None):
"""
Get changes in a month.
"""
month_events = {}
if isleap(year) and month == 2: # month range from 1 to 12
mdays[2] = 29
else:
mdays[2] = 28
# get last amount of events in past month, or, better:
# amount of events that occuried in (month - 1) at last day, from
# 12 PM to 23:59 PM
self.calendar.dryrun = True
self.calendar.dec_date(1) # 1 indicates it is a month decrement
prev_date = self.calendar.temp # what changes were needed to decrement
self.calendar.dryrun = False
prev_year = year
prev_month = month
for key, value in prev_date.items():
if key == "year":
prev_year = value
elif key == "month":
prev_month = value
month_range = self.calendar.get_monthrange(prev_year, prev_month)[1]
start = datetime.datetime(prev_year, prev_month, month_range, 12)
end = datetime.datetime(year, month, 1)
start_value = self.timerange_changes_count_generic(
start, end, category, self.inventory, self.hostaddr)
for day in range(mdays[month]):
day_count = []
# for each day, grab data for 0 AM .. 11:59 AM, 12 PM .. 23:59 PM
start = datetime.datetime(year, month, day + 1)
end = datetime.datetime(year, month, day + 1, 12)
count1 = self.timerange_changes_count_generic(
start, end, category, self.inventory, self.hostaddr)
start = datetime.datetime(year, month, day + 1, 12)
dyear = year
dmonth = month
dday = day
if day == mdays[month] - 1:
self.calendar.dryrun = True
self.calendar.inc_date(1)
next_date = self.calendar.temp
self.calendar.dryrun = False
dday = 1
for key, value in next_date.items():
if key == "year":
dyear = value
elif key == "month":
dmonth = value
else:
dday += 2
end = datetime.datetime(dyear, dmonth, dday)
count2 = self.timerange_changes_count_generic(
start, end, category, self.inventory, self.hostaddr)
day_count.append([
count1,
])
day_count.append([
count2,
])
month_events[day] = day_count
return self.standard_sum_filter(), (start_value, ), month_events
def changes_in_year(self, year, category=None):
"""
Gets changes per "week" in an entire year.
"""
if isleap(year):
mdays[2] = 29
else:
mdays[2] = 28
# get last amount of events in past year, or, better:
# amount of events that occuried in (year - 1) at December, from
# numberOfDaysInDecember / 2 + (numberOfDaysInDecember / 4) till
# final of month.
if year == self.calendar.year_range[0]:
start_value = 0
else:
half = mdays[12] / 2
quarter = half / 2
start = datetime.datetime(year - 1, 12, quarter + half)
end = datetime.datetime(year, 1, 1)
start_value = self.timerange_changes_count_generic(start, end,
category, self.inventory, self.hostaddr)
# get events for year
year_events = { }
for m in range(12):
half = (mdays[m + 1] / 2) + 1
quarter = (half / 2)
# months with 31 or 30 days:
# half = (31/2) + 1 = 16
# quarter = 8
# will grab 1 -> 8, 8 -> 16, 16 -> 24, 24 -> end month
# month with 28 or 29 days:
# half = (29/2) + 1 = 15
# quarter = 7
# will grab 1 -> 7, 7 -> 15, 15 -> 22, 22 -> end month
days = (1, quarter, half, half + quarter, 1)
mcount = [ ]
for i in range(len(days) - 1):
start = datetime.datetime(year, m + 1, days[i])
if i == len(days) - 2:
dyear = year
dmonth = m + 2
if m == 11:
dyear += 1
dmonth = 1
end = datetime.datetime(dyear, dmonth, days[i + 1])
else:
end = datetime.datetime(year, m + 1, days[i + 1])
count = self.timerange_changes_count_generic(start, end,
category, self.inventory, self.hostaddr)
mcount.append([count, ])
year_events[m] = mcount
return self.standard_sum_filter(), (start_value, ), year_events
def changes_in_year(self, year, category=None):
"""
Gets changes per "week" in an entire year.
"""
if isleap(year):
mdays[2] = 29
else:
mdays[2] = 28
# get last amount of events in past year, or, better:
# amount of events that occuried in (year - 1) at December, from
# numberOfDaysInDecember / 2 + (numberOfDaysInDecember / 4) till
# final of month.
if year == self.calendar.year_range[0]:
start_value = 0
else:
half = mdays[12] / 2
quarter = half / 2
start = datetime.datetime(year - 1, 12, quarter + half)
end = datetime.datetime(year, 1, 1)
start_value = self.timerange_changes_count_generic(
start, end, category, self.inventory, self.hostaddr)
# get events for year
year_events = {}
for m in range(12):
half = (mdays[m + 1] / 2) + 1
quarter = (half / 2)
# months with 31 or 30 days:
# half = (31/2) + 1 = 16
# quarter = 8
# will grab 1 -> 8, 8 -> 16, 16 -> 24, 24 -> end month
# month with 28 or 29 days:
# half = (29/2) + 1 = 15
# quarter = 7
# will grab 1 -> 7, 7 -> 15, 15 -> 22, 22 -> end month
days = (1, quarter, half, half + quarter, 1)
mcount = []
for i in range(len(days) - 1):
start = datetime.datetime(year, m + 1, days[i])
if i == len(days) - 2:
dyear = year
dmonth = m + 2
if m == 11:
dyear += 1
dmonth = 1
end = datetime.datetime(dyear, dmonth, days[i + 1])
else:
end = datetime.datetime(year, m + 1, days[i + 1])
count = self.timerange_changes_count_generic(
start, end, category, self.inventory, self.hostaddr)
mcount.append([
count,
])
year_events[m] = mcount
return self.standard_sum_filter(), (start_value, ), year_events