def updateEndDates(self):
(y, m, d) = self.startDateInput.get_value()
jd0 = to_jd(y, m, d, self.altMode) - 1
for row in self.trees:
mLen = row[3]
jd0 += mLen
row[4] = dateLocale(*jd_to(jd0, self.altMode))
def updateVars(self):
(y, m, d) = self.startDateInput.get_value()
monthDb.endJd = monthDb.startJd = to_jd(y, m, d, self.altMode)
monthDb.monthLenByYm = {}
for row in self.trees:
ym = row[0]
mLen = row[3]
monthDb.monthLenByYm[ym] = mLen
monthDb.endJd += mLen
monthDb.save()
def changeDate(year, month, day, mode=None):
global cell
if mode is None:
mode = calTypes.primary
cell = cellCache.getCell(core.to_jd(year, month, day, mode))
def changeDate(year, month, day, mode=None):
global cell
if mode is None:
mode = core.primaryMode
cell = cellCache.getCell(core.to_jd(year, month, day, mode))
def getCellByDate(self, year, month, day):
return self.getCell(core.to_jd(year, month, day, core.primaryMode))
def buildStatus(self, year, month, addCache=True):
#print 'Building cache (%s, %s)'%(year, month)
s = MonthStatus()#s = []
s.year = year
s.month = month
pyear = year
pmonth = month -1
if pmonth <= 0 :
pmonth =12
pyear -=1
prevMonthLen = core.getMonthLen(pyear, pmonth, self.mode)
currentMonthLen = core.getMonthLen(year, month, self.mode)
s.monthLen = currentMonthLen
#####################
s.weekNum = [self.weekNumber(year, month, 1+7*i) for i in xrange(6)]
offset = core.getWeekDay(year, month, 1)
if offset==0:
###### Which Method ????????????????????
#day = prevMonthLen - 6 ; s.weekNum = [self.weekNumber(year, month, 1+7*i)-1 for i in xrange(6)]
day = 1
else:
day = prevMonthLen - offset + 1
s.monthStartOffset = offset
######################
for i in xrange(6):
s.append([])
for j in xrange(7):
c = Cell()
c.pos = (j, i)
s[i].append(c)
c.jd = core.to_jd(year, month, day, self.mode)
if i<2 and day>15:
c.gray = -1
c.date = (pyear, pmonth, day)
#c.ym = (pyear, pmonth)
elif i>=4 and day<20:
c.gray = 1
nyear = year
nmonth = month +1
if nmonth > 12 :
nmonth =1
nyear += 1
c.date = (nyear, nmonth, day)
else:
c.gray = 0
c.date = (year, month, day)
cyear, cmonth, cday = c.date
if c.gray==0:
wd = (core.firstWeekDay + j) % 7 ##??????????
if wd in self.holidayWeekDays:
c.holiday = True
day+=1
if i>3 and day>currentMonthLen:
day =1
sday=1
if i<2 and day>prevMonthLen:
day =1
if addCache:
## Clean Cache
n = len(self.months)
#print 'Cache size: %s'%n
if n >= self.maxCache:
keys = self.months.keys()
keys.sort()
if keys[n/2] < (year, month):
rm = keys[0]
if rm==self.today[:2]:
rm = keys[1]
else:
rm = keys[-1]
if rm==self.today[:2]:
rm = keys[-2]
#if rm != (year, month):
#print 'Removing cache (%s, %s)'%(rm[0], rm[1])
self.months.pop(rm)
try:#### for memory emhancement
del self.months[(year, month)]
except:
pass
self.months[(year, month)] = s
return s