#! /Python21/python """ Program: calendar.py Author : rob chavers Purpose: shows a calendar for the year passed as a url variable: example. http://calendar.py?year=2000 You can jump to the month you want by passing that months name example. http://calendar.py?year=2000?#June Future: I want to display the days off for alphagene employees embedded in the calendar. Output : HTML compatable """ import os import sys import cgi import time import string cwd = '/html/users/www' if os.environ.has_key('USER_DIR'): cwd = os.environ['USER_DIR'] href = '%s' ######################################## # Function Definitions ######################################## def small_month(month): global year, ref_year, time, href, this_year, this_month, this_day ref_year = year if month > 12: month = 1 ref_year = ref_year +1 if month < 1: month = 12 ref_year = ref_year -1 # create instance of first day of month, # get day of the week of the first day 0=sunday (like a calendar) monthStart = time.localtime(time.mktime(\ (ref_year, month, 1, 0, 0, 0, 0, 0, 0))) firstDay = string.atoi(time.strftime('%w', monthStart)) # get the full name of the month to show monthName = time.strftime('%B', monthStart) monthYear = time.strftime('%Y', monthStart) monthString = monthName + ' ' + monthYear # create instance of last day of month, # then get number of days in current month monthLast = time.localtime(time.mktime(\ (ref_year, month + 1, 0, 0, 0, 0, 0, 0, 0))) lastDay = monthLast[2] # create basic table structure print '' print ' ' print ' ' print ' ' # variables to hold constant settings Column = ' ' # create list of abbreviated day names weekDay = ['S', 'M', 'T', 'W', 'T', 'F', 'S'] # create first row of table to set column width and specify week day print ' ' for dayNum in range(0, 7): print Column %("#00008B", weekDay[dayNum]) print ' ' # declaration and initialization of two variables to help with tables curDay = 1 curCell = 0 # now, build the table! while 1: if (curDay > lastDay): break print ' ' for col in range(0, 7): if (curDay > lastDay) or (curCell < firstDay): print Column %("#ffffff", ' ') curCell = curCell + 1 continue else: if (year == this_year) and (month == this_month) \ and (curDay == this_day): # this is today print Column %("#FF0000", `curDay`) else: print Column %("#000000", `curDay`) curDay = curDay + 1 print ' ' # that's it, we can close the table. print '
' print ' %s' %\ (href %(ref_year, month, monthString)) print '
%s
' ######################################## # Main Program ######################################## # get current date attributes now = time.localtime(time.time()) this_year = now[0] this_month = now[1] this_day = now[2] form = cgi.FieldStorage() year = this_year request_month = this_month if form.has_key('year'): year = string.atoi(form['year'].value) if form.has_key('month'): request_month = string.atoi(form['month'].value) print 'Content-type: text/html\n' print '' print 'Calendar by Rob Chavers' print '' print open(__path__ + '/nav_menu.txt', 'r').read() print '
' print '\n
\n' if (year < 1902) or (year > 2037): print '

' print 'This program will only work for years ' +\ 'between 1902 and 2037.' print '

' sys.exit(0) if request_month < 1 or request_month > 12: print '

The month must be between 1 and 12.

' sys.exit(0) print '' print ' ' for month in range(1,13): # get the full name of the month to show monthStart = time.localtime(time.mktime(\ (year, month, 1, 0, 0, 0, 0, 0, 0))) monthName = time.strftime('%B', monthStart) mesg = ' ' print ' ' print '
' if month == request_month: this_monthName = monthName mesg = mesg + '%s %d' %(monthName, year) else: mesg = mesg + href %(year, month, monthName) print mesg + '
\n\n' # get the full name of the month to show monthStart = time.localtime(time.mktime(\ (year, request_month, 1, 0, 0, 0, 0, 0, 0))) monthName = time.strftime('%B', monthStart) this_monthName = monthName print '' print '' print '\n\n' print '\n\n\n' print '\n\n' # close main table tags print '' print '
' small_month(request_month -1) print '' month = request_month # create instance of first day of month, # get day of the week of the first day 0=sunday (like a calendar) monthStart = time.localtime(time.mktime(\ (year, month, 1, 0, 0, 0, 0, 0, 0))) firstDay = string.atoi(time.strftime('%w', monthStart)) # get the full name of the month to show monthName = time.strftime('%B', monthStart) # create instance of last day of month, # then get number of days in current month monthLast = time.localtime(time.mktime(\ (year, month + 1, 0, 0, 0, 0, 0, 0, 0))) lastDay = monthLast[2] curDay = 7 - firstDay index = 1 while 1: curDay = curDay + 7 index = index + 1 if curDay >= lastDay: break # constant table settings headerHeight = 50 border = 3 cellspacing = 2 cellpadding = 1 colWidth = '60' if index > 5: cellHeight = '42' else: cellHeight = '50' dayCellHeight = '25' todayColor = "#FF0000" dayColor = "#00008B" dayBGcolor = "#FFFFFF" headerColor = "#FFFFFF" headerSize = "+3" monthPic = '/images/calendar/%s.jpg' %monthName # create basic table structure print '' print ' ' print ' ' %monthPic # '%s %d' %(monthPic, monthName, year) print ' ' # variables to hold constant settings openCol = ' ' # create list of abbreviated day names weekDay = ['Sun', 'Mon', 'Tue', 'Wed', 'Thu', 'Fri', 'Sat'] # create first row of table to set column width and specify week day print ' ' for dayNum in range(0, 7): print openCol %(colWidth,dayCellHeight,dayBGcolor,dayColor) +\ weekDay[dayNum] + closeCol print ' ' # declaration and initialization of two variables to help with tables curDay = 1 curCell = 0 while 1: if (curDay > lastDay): break print ' ' for col in range(0, 7): if (curDay > lastDay) or (curCell < firstDay): print openCol %(colWidth,cellHeight,"#E1E1E1","#FFFFFF") +\ ' ' + closeCol curCell = curCell + 1 continue else: if (year == this_year) and (month == this_month) \ and (curDay == this_day): # this is today print openCol %(colWidth,cellHeight,"#FFFFFF",todayColor) +\ 'Today' + closeCol else: print openCol %(colWidth,cellHeight,"#FFFFFF","#000000") +\ `curDay` + closeCol curDay = curDay + 1 print ' ' print '
 
' closeCol = '
' print '		' small_month(request_month +1) print '
\n\n\n' print '' print ''