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| #######################################
# The main script
#######################################
_y,_m,_d = time.date
_prev_firstweekday = _firstweekday
my_font = "Sans bold 15"
my_col = "#000000" #black
dow_font = "Sans bold 10"
dow_col = "#000000" #black
main_font = "Sans bold 10"
task_font = "Sans 10"
main_font_col = "#000000" #black
task_col = "#000000" #black
cal_date_col = "#000000" #black
day_font = "Sans 10"
today_col = "#FF0000" #red
ev_col = "#0000FF" #blue
sc_behavior = "double"
date_format = "%d/%m"
ev_desc = ""
ev_st_tm_h = 12
ev_st_tm_m = 00
ev_en_tm_h = 12
ev_en_tm_m = 00
ev_yr = _y
ev_mon = `_m`
ev_day = _d
add_ev_button = False
del_ev_button = False
show_ev_listings = True
ev_list = []
del_ev = ""
ev_day_list_this_month = get_config("WeeklyCalendar_ev_day_list", [])
if ev_day_list_this_month == []:
ev_day_list_this_month = [ False for a in range(Dsp.cal_array.length) ]
num_evs = 0
# This is for traversing through months
# so it doesn't take 5 minutes each push =)
next_month_mx = []
prev_month_mx = []
# This gets called every date change (and once upon initialization)
def do_date(value):
global ev_list, num_evs, ev_yr, ev_mon, ev_day
new_ev_list = []
y, m, d = value
#print "In do_date %s/%s/%s" % (d, m, y)
ev_yr = y
ev_mon = `m`
ev_day = d
ev_list = get_config("WeeklyCalendar_event_list", [])
num_evs = get_config("WeeklyCalendar_num_evs", 0)
prefs_update_side_label("date_format", date_format)
for element in ev_list:
(st_yr, st_mon, st_dy, st_h, st_m, st_s), (en_yr, en_mon, en_dy, en_h, en_m, en_s), summary, rrule = element
if en_yr < y or en_mon < m or (en_mon == m and en_dy < d):
#print "--Deleting %s--" % summary
num_evs -= 1
else:
new_ev_list.append(element)
ev_list = new_ev_list
set_config("WeeklyCalendar_num_evs", num_evs)
set_config("WeeklyCalendar_event_list", ev_list)
update_ev_day_list(value)
update_display(d, cal.day, m, y)
update_tasks()
#print "Done with do_date"
# This function updates the calendar and names/dates of days
# on the event list
def update_display(dt, dy, m, y):
#debut fonction horaire
global nbjour
tabhoraire = ['SB77','SB77','Rep','NB47','NB47','NH','NB77',
'Rep','Rep','SB77','SB77','SB77','Rep','Rep',
'MH','MH','MH','MH','MH','Rep','Rep',
'SH', 'SH','SH','SH', 'Rep','Rep','NB47',
'NB47','NB47','NB47','Rep','Rep','Rep','Rep',
'MB77','MB77','MB77','MB','M1', 'Rep','Rep',
'SB47','SB47','SB47', 'Rep','Rep','MH','MH',
'MH','Rep','MB47','MB47','MB47','Rep','Rep',
'NB77','NB77','NB77','NB77','NB77','Rep','Rep',
'Rep','SB','SB','SB47','SB47','Rep','Rep',
'MB47','MB47','Rep','Rep','SH', 'SH','SH',
'Rep','MB','MB','MB77','MB77','Rep','Rep']
#timeHere = time.localtime() #'NoneType' object is not callable
#temp=time.strftime('%d/%m/%y %H:%M',time.localtime()) # 'NoneType' object is not callable
#y,m,d,h,m,s,wd,yd,x=time.localtime # 'NoneType' object is not iterable
#nbjour=datetime.date(y,m,dt) - datetime.date(2008,3,3) #global name 'datetime' is not defined
#print "In update_display()\n"
dt = int(dt)
m = int(m)
draw_cal()
# Dsp.task_day[0].value = ''.join( [day_i18n(next_day(0, dy)), ' ', `dt`] ) ################################ ligne originale
Dsp.task_day[0].value = ''.join( [day_i18n(weekday(y,m,dt)), ' ', `dt`," ",tabhoraire[0]] ) #ligne modifie suite bug
Dsp.task_day[1].value = ''.join( [day_i18n(weekday(y,m,dt+1)), ' ', `dt+1`," ",tabhoraire[1]] ) #ligne modifie suite bug
Dsp.task_day[2].value = ''.join( [day_i18n(weekday(y,m,dt+2)), ' ', `dt+2`," ",tabhoraire[2]] ) #ligne modifie suite bug
Dsp.task_day[3].value = ''.join( [day_i18n(weekday(y,m,dt+3)), ' ', `dt+3`," ",tabhoraire[3]] ) #ligne modifie suite bug
Dsp.task_day[4].value = ''.join( [day_i18n(weekday(y,m,dt+4)), ' ', `dt+4`," ",tabhoraire[4]] ) #ligne modifie suite bug
Dsp.task_day[5].value = ''.join( [day_i18n(weekday(y,m,dt+5)), ' ', `dt+5`," ",tabhoraire[5]] ) #ligne modifie suite bug
#Dsp.task_day[6].value = time.strftime("%d%b%Y", time.localtime()) # 'NoneType' object is not callable
Dsp.task_day[6].value = ''.join( [day_i18n(weekday(y,m,dt+6)), ' ', `dt+6`," ",tabhoraire[6]] ) #ligne modifie suite bug
# for i in range(1, Dsp.task_array.length):
# Dsp.task_day[i].value = ''.join( [day_i18n(next_day(i, weekday(y,m,dt))), ' ', `next_date(i, y, m, dt)`] )
# Dsp.task_day[i].value = ''.join( [day_i18n(next_day(i, dy)), ' ', `next_date(i, y, m, dt)`] ) #############ligne originale
# This updates the display with the next 7 days' tasks
def update_tasks():
global ev_list
#print "In update_tasks()\n"
y,m,d = time.date
ev_list = get_config("WeeklyCalendar_event_list", [])
num_evs = get_config("WeeklyCalendar_num_evs", 0)
#print "get_config: %s" % ev_list
Dsp.task[0].value = import_tasks()
Dsp.task[1].value = import_tasks(next_date(1, y, m, d))
Dsp.task[2].value = import_tasks(next_date(2, y, m, d))
Dsp.task[3].value = import_tasks(next_date(3, y, m, d))
Dsp.task[4].value = import_tasks(next_date(4, y, m, d))
Dsp.task[5].value = import_tasks(next_date(5, y, m, d))
Dsp.task[6].value = import_tasks(next_date(6, y, m, d))
update_delete_enum()
change_day_color()
#print "End update_tasks()"
# Draws the top calendar
def draw_cal(yr=0, mon=0, month_matrix=[]):
y,m,d = time.date
this_month = True
if (yr != 0 or mon != 0) and (yr != y or mon != m):
this_month = False
if yr != 0 and mon != 0:
y = yr
m = mon
elif yr == 0 and mon != 0:
m = mon
elif yr != 0 and mon == 0:
y = yr
Dsp.month.value = month_i18n(m)
Dsp.year.value = y
#print " drawing %i/%i" % (m,y)
day1, ndays = monthrange(y, m)
month_matrix = monthcalendar(y, m)
if _firstweekday == `MONDAY`:
Dsp.cal_dayname1.value = day_abbr_i18n(0)
Dsp.cal_dayname2.value = day_abbr_i18n(1)
Dsp.cal_dayname3.value = day_abbr_i18n(2)
Dsp.cal_dayname4.value = day_abbr_i18n(3)
Dsp.cal_dayname5.value = day_abbr_i18n(4)
Dsp.cal_dayname6.value = day_abbr_i18n(5)
Dsp.cal_dayname7.value = day_abbr_i18n(6)
else:
Dsp.cal_dayname1.value = day_abbr_i18n(6)
Dsp.cal_dayname2.value = day_abbr_i18n(0)
Dsp.cal_dayname3.value = day_abbr_i18n(1)
Dsp.cal_dayname4.value = day_abbr_i18n(2)
Dsp.cal_dayname5.value = day_abbr_i18n(3)
Dsp.cal_dayname6.value = day_abbr_i18n(4)
Dsp.cal_dayname7.value = day_abbr_i18n(5)
# Try to find a better way to determine the total
# number of rows
# If last element in 5th row == ndays or 0,
# matrix ends there
if month_matrix[4][6] == ndays or month_matrix[4][6] == 0:
rows = 5
else:
rows = 6
# Clear the last row
for w in range(7): Dsp.cal[35+w].visible = False
for r in range(rows):
for c in range(7):
day = month_matrix[r][c]
i = (r * 7) + c
Dsp.cal[i].value = day
if day == 0 or day == "":
# This is necessary to clear the days
# already #printed when changing the first
# day of the week
Dsp.cal[i].visible = False
else:
Dsp.cal[i].visible = True
if this_month:
change_day_color()
else:
for i in range(Dsp.cal_array.length):
Dsp.cal_border[i].color = "#00000000"
Dsp.cal[i].color = cal_date_col
#print "Out of draw_cal"
def set_surrounding_months(year, month):
prev_month_mx = monthcalendar(year-1, month-1) # since _y and _m are still current
next_month_mx = monthcalendar(year+1, month+1)
# Callback for changing a color on the month's calendar
def change_day_color(key="", value=""):
#print "Updating the calendar colors (%s, %s)" % (key, value)
global today_col, ev_col, cal_date_col
y,m,d = time.date
#if key == "today_col": today_col = value
#elif key == "ev_col": ev_col = value
#elif key == "cal_date_col": cal_date_col = value
for i in range(Dsp.cal_array.length):
Dsp.cal_border[i].color = "#00000000"
date_at_i = Dsp.cal[i].value
if date_at_i == d:
Dsp.cal[i].color = today_col
if drawborder: Dsp.cal_border[i].color = today_col
else:
try:
if ev_day_list_this_month[date_at_i]:
Dsp.cal[i].color = ev_col
else:
Dsp.cal[i].color = cal_date_col
except:
Dsp.cal[i].color = cal_date_col
# Gets and formats the tasks for a given day (or, by default, today)
# Returns a formatted string like:
# Start:Time - End:Time - Event Description 1\n
def import_tasks(dy=0):
global ev_list
evs = []
ev = ""
y,m,d = time.date
h,min,s = time.time
if dy != 0 and dy < d:
if m==12:
# must be next year
m = 1
y += 1
else:
# must be next month
m += 1
if dy != 0: d = dy
#print "Importing tasks for %i/%i/%i" % (m,d,y)
for element in ev_list:
(st_yr, st_mon, st_dy, st_h, st_m, st_s), (en_yr, en_mon, en_dy, en_h, en_m, en_s), summary, rrule = element
if st_yr == y and st_mon == m and st_dy == d:
if st_h != en_h or st_m != en_m or st_s != en_s:
ev = ''.join([ev, `st_h`, ":", str("%02d" % st_m), " - ", `en_h`, ":", str("%02d" % en_m), ": ", summary, "\n"])
else:
ev = ''.join([ev, `st_h`, ":", str("%02d" % st_m), ": ", summary, "\n"])
return ev
#######################################
# For moving through months
#######################################
# _m and _y will be the counter variables when
# progressing through months
def scroll_months(dir):
if dir == 0: cal_prev()
else: cal_next()
def cal_prev():
y,m,d = time.date
global _m
global _y
#draw_cal(_y, _m, prev_month_mx)
if _m != 1:
_m -= 1
else:
_m = 12
_y -= 1
draw_cal(_y, _m)
set_surrounding_months(_y, _m)
def cal_cur():
y,m,d = time.date
global _m, _y
_m = m
_y = y
draw_cal()
set_surrounding_months(_y, _m)
def cal_next():
y,m,d = time.date
global _m, _y
#draw_cal(_y, _m, next_month_mx)
if _m != 12:
_m += 1
else:
_y += 1
_m = 1
draw_cal(_y, _m)
set_surrounding_months(_y, _m)
#######################################
# Things to do upon initialization
####################################### # Layout the calendar
x = 0
y = 0
for i in range(Dsp.cal_array.length):
Dsp.cal_border[i].x = Unit(x * 0.65, CM)
Dsp.cal_border[i].y = Unit(y * 0.40, CM)
x += 1
if (x == 7):
x = 0
y += 1
# Layout the task list
for i in range(Dsp.task_array.length):
Dsp.task_day[i].y = Unit( i * 15, PERCENT)
Dsp.task[i].y = Unit( (i * 15) + 3, PERCENT)
# Layout the navigation buttons
Dsp.navigate.x = Unit( (5.6 / 2) - 1, CM )
# Set up the previous and next month matrices
#set_surrounding_months(_y, _m)
# watch date and time
cal.time = time
time.bind("date", do_date)
do_date(time.date)
]]>
</script>
</display> |
gdesklet: nombre de jour entre 2 dates
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