def verify_lunarcalendar():
''' verify lunar calendar against data from HKO'''
start = 1949
sql = 'select date, lunardate,jieqi from ical where date>=? and date<=?'
while start < 2101:
print 'compare %d' % start
ystart = '%d-01-01' % start
yend = '%d-12-31' % start
res = query_db(sql, (ystart, yend))
hko = []
for x in res:
if x[2]:
hko.append((x[0], '%s %s' % (x[1], x[2])))
else:
hko.append((x[0], x[1]))
aalc = cn_lunarcal(start)
for i in xrange(len(aalc)):
aaday, aaldate = aalc[i]['date'], aalc[i]['lunardate']
if aalc[i]['jieqi']:
aaldate = '%s %s' % (aalc[i]['lunardate'], aalc[i]['jieqi'])
hkoday, hkoldate = hko[i]
# print aaday, aaldate
if aaday != hkoday or aaldate != hkoldate:
print 'AA %s %s, HKO %s %s' % (aaday, aaldate, hkoday,
hkoldate)
start += 1
def verify_lunarcalendar():
''' verify lunar calendar against data from HKO'''
start = 1949
sql = 'select date, lunardate,jieqi from ical where date>=? and date<=?'
while start < 2101:
print 'compare %d' % start
ystart = '%d-01-01' % start
yend = '%d-12-31' % start
res = query_db(sql, (ystart, yend))
hko = []
for x in res:
if x[2]:
hko.append((x[0], '%s %s' % (x[1], x[2])))
else:
hko.append((x[0], x[1]))
aalc = cn_lunarcal(start)
for i in xrange(len(aalc)):
aaday, aaldate = aalc[i]['date'], aalc[i]['lunardate']
if aalc[i]['jieqi']:
aaldate = '%s %s' % (aalc[i]['lunardate'], aalc[i]['jieqi'])
hkoday, hkoldate = hko[i]
#print aaday, aaldate
if aaday != hkoday or aaldate != hkoldate:
print 'AA %s %s, HKO %s %s' % (aaday, aaldate, hkoday,
hkoldate)
start += 1
def gen_cal(start, end, fp):
''' generate lunar calendar in iCalendar format.
Args:
start and end date in ISO format, like 2010-12-31
fp: path to output file
Return:
none
'''
startyear = int(start[:4])
endyear = int(end[:4])
if startyear > 1900 and endyear < 2101:
# use Lunar Calendar from HKO
print 'use Lunar Calendar from HKO'
sql = ('select date, lunardate, holiday, jieqi from ical '
'where date>=? and date<=? order by date')
rows = query_db(sql, (start, end))
else:
# compute Lunar Calendar by astronomical algorithm
print 'compute Lunar Calendar by astronomical algorithm '
rows = []
for year in xrange(startyear, endyear + 1):
row = cn_lunarcal(year)
rows.extend(row)
lines = [ICAL_HEAD]
oneday = timedelta(days=1)
mon = ''
for r in rows:
dt = datetime.strptime(r['date'], '%Y-%m-%d')
if r['lunardate'] in CN_MON.keys():
mon = r['lunardate']
# ld = ['%s%s' % (lunaryear(r['date']), r['lunardate'])]
ld = ['%s%s' % (mon, u'初一')]
else:
# ld = [r['lunardate']]
ld = ['%s%s' % (mon, r['lunardate'])]
# if r['holiday']:
# ld.append(r['holiday'])
# if r['jieqi']:
# ld.append(r['jieqi'])
uid = '*****@*****.**' % r['date']
summary = ' '.join(ld)
utcstamp = datetime.utcnow().strftime('%Y%m%dT%H%M%SZ')
line = ICAL_SEC % (utcstamp, uid, dt.strftime('%Y%m%d'),
(dt + oneday).strftime('%Y%m%d'), summary)
lines.append(line.encode('utf8'))
lines.append(ICAL_END)
outputf = open(fp, 'w')
outputf.write('\n'.join(lines))
outputf.close()
print 'iCal lunar calendar from %s to %s saved to %s' % (start, end, fp)
def gen_cal_jieqi_only(start, end, fp):
''' generate Jieqi and Traditional Chinese in iCalendar format.
Args:
start and end date in ISO format, like 2010-12-31
fp: path to output file
Return:
none
'''
startyear = int(start[:4])
endyear = int(end[:4])
if startyear > 1900 and endyear < 2101:
# use Lunar Calendar from HKO
print('use Lunar Calendar from HKO')
sql = ('select date, lunardate, holiday, jieqi from ical '
'where date>=? and date<=? order by date')
rows = query_db(sql, (start, end))
else:
# compute Lunar Calendar by astronomical algorithm
print('compute Lunar Calendar by astronomical algorithm ')
rows = []
for year in range(startyear, endyear + 1):
row = cn_lunarcal(year)
rows.extend(row)
lines = [ICAL_HEAD]
oneday = timedelta(days=1)
for r in rows:
dt = datetime.strptime(r['date'], '%Y-%m-%d')
if not r['holiday'] and not r['jieqi']:
continue
ld = []
if r['holiday']:
ld.append(r['holiday'])
if r['jieqi']:
ld.append(r['jieqi'])
uid = '*****@*****.**' % r['date']
summary = ' '.join(ld)
utcstamp = datetime.utcnow().strftime('%Y%m%dT%H%M%SZ')
line = ICAL_SEC % (utcstamp, uid, dt.strftime('%Y%m%d'),
(dt + oneday).strftime('%Y%m%d'), summary)
# lines.append(line.encode('utf8'))
lines.append(line)
lines.append(ICAL_END)
outputf = open(fp, 'w')
outputf.write('\n'.join(lines))
outputf.close()
print(
'iCal Jieqi/Traditional Chinese holiday calendar from %s to %s saved to %s'
% (start, end, fp))
def gen_cal_jieqi_only(start, end, fp):
''' generate Jieqi and Traditional Chinese in iCalendar format.
Args:
start and end date in ISO format, like 2010-12-31
fp: path to output file
Return:
none
'''
startyear = int(start[:4])
endyear = int(end[:4])
if startyear > 1900 and endyear < 2101:
# use Lunar Calendar from HKO
print 'use Lunar Calendar from HKO'
sql = ('select date, lunardate, holiday, jieqi from ical '
'where date>=? and date<=? order by date')
rows = query_db(sql, (start, end))
else:
# compute Lunar Calendar by astronomical algorithm
print 'compute Lunar Calendar by astronomical algorithm '
rows = []
for year in xrange(startyear, endyear + 1):
row = cn_lunarcal(year)
rows.extend(row)
lines = [ICAL_HEAD]
oneday = timedelta(days=1)
for r in rows:
dt = datetime.strptime(r['date'], '%Y-%m-%d')
if not r['holiday'] and not r['jieqi']:
continue
ld = []
if r['holiday']:
ld.append(r['holiday'])
if r['jieqi']:
ld.append(r['jieqi'])
uid = '*****@*****.**' % r['date']
summary = ' '.join(ld)
utcstamp = datetime.utcnow().strftime('%Y%m%dT%H%M%SZ')
line = ICAL_SEC % (utcstamp, uid, dt.strftime('%Y%m%d'),
(dt + oneday).strftime('%Y%m%d'), summary)
lines.append(line.encode('utf8'))
lines.append(ICAL_END)
outputf = open(fp, 'w')
outputf.write('\n'.join(lines))
outputf.close()
print 'iCal Jieqi/Traditional Chinese holiday calendar from %s to %s saved to %s' % (start, end, fp)
