#!/usr/bin/env python #Author : Camilo Olarte|colarte@telesat.com.co|Sept.2003 import sys, string, calendar import Tkinter import time year = time.localtime()[0] month = time.localtime()[1] day =time.localtime()[2] strdate = (str(year) + "/" + str(month) + "/" + str(day)) tk = Tkinter fnta = ("Times", 12) fnt = ("Times", 14) fntc = ("Times", 18, 'bold') lang="span" #lang = "span" #else lang="engl" if lang == "span": #Spanish Options strtitle = "Calendario" strdays= "Do Lu Ma Mi Ju Vi Sa" dictmonths = {'1':'Ene','2':'Feb','3':'Mar','4':'Abr','5':'May', '6':'Jun','7':'Jul','8':'Ago','9':'Sep','10':'Oct','11':'Nov', '12':'Dic'} else : #English Options strtitle = "Calendar" strdays = "Su Mo Tu We Th Fr Sa" dictmonths = {'1':'Jan','2':'Feb','3':'Mar','4':'Apr','5':'May', '6':'Jun','7':'Jul','8':'Aug','9':'Sep','10':'Oct','11':'Nov', '12':'Dec'} ############################################## # BEGIN CLASS class tkCalendar : def __init__ (self, master, arg_year, arg_month, arg_day, arg_parent_updatable_var): self.update_var = arg_parent_updatable_var top = self.top = tk.Toplevel(master) try : self.intmonth = int(arg_month) except: self.intmonth = int(1) self.canvas =tk.Canvas (top, width =200, height =220, relief =tk.RIDGE, background ="white", borderwidth =1) self.canvas.create_rectangle(0,0,303,30, fill="#a4cae8",width=0 ) self.canvas.create_text(100,17, text=strtitle, font=fntc, fill="#2024d6") stryear = str(arg_year) self.year_var=tk.StringVar() self.year_var.set(stryear) self.lblYear = tk.Label(top, textvariable = self.year_var, font = fnta, background="white") self.lblYear.place(x=85, y = 30) self.month_var=tk.StringVar() strnummonth = str(self.intmonth) strmonth = dictmonths[strnummonth] self.month_var.set(strmonth) self.lblYear = tk.Label(top, textvariable = self.month_var, font = fnta, background="white") self.lblYear.place(x=85, y = 50) #Variable muy usada tagBaseButton = "Arrow" self.tagBaseNumber = "DayButton" #draw year arrows x,y = 40, 43 tagThisButton = "leftyear" tagFinalThisButton = tuple((tagBaseButton,tagThisButton)) self.fnCreateLeftArrow(self.canvas, x,y, tagFinalThisButton) x,y = 150, 43 tagThisButton = "rightyear" tagFinalThisButton = tuple((tagBaseButton,tagThisButton)) self.fnCreateRightArrow(self.canvas, x,y, tagFinalThisButton) #draw month arrows x,y = 40, 63 tagThisButton = "leftmonth" tagFinalThisButton = tuple((tagBaseButton,tagThisButton)) self.fnCreateLeftArrow(self.canvas, x,y, tagFinalThisButton) x,y = 150, 63 tagThisButton = "rightmonth" tagFinalThisButton = tuple((tagBaseButton,tagThisButton)) self.fnCreateRightArrow(self.canvas, x,y, tagFinalThisButton) #Print days self.canvas.create_text(100,90, text=strdays, font=fnta) self.canvas.pack (expand =1, fill =tk.BOTH) self.canvas.tag_bind ("Arrow", "", self.fnClick) self.canvas.tag_bind ("Arrow", "", self.fnOnMouseOver) self.canvas.tag_bind ("Arrow", "", self.fnOnMouseOut) self.fnFillCalendar() def fnCreateRightArrow(self, canv, x, y, strtagname): canv.create_polygon(x,y, [[x+0,y-5], [x+10, y-5] , [x+10,y-10] , [x+20,y+0], [x+10,y+10] , [x+10,y+5] , [x+0,y+5]], tags = strtagname , fill="blue", width=0) def fnCreateLeftArrow(self, canv, x, y, strtagname): canv.create_polygon(x,y, [[x+10,y-10], [x+10, y-5] , [x+20,y-5] , [x+20,y+5], [x+10,y+5] , [x+10,y+10] ], tags = strtagname , fill="blue", width=0) def fnClick(self,event): owntags =self.canvas.gettags(tk.CURRENT) if "rightyear" in owntags: intyear = int(self.year_var.get()) intyear +=1 stryear = str(intyear) self.year_var.set(stryear) if "leftyear" in owntags: intyear = int(self.year_var.get()) intyear -=1 stryear = str(intyear) self.year_var.set(stryear) if "rightmonth" in owntags: if self.intmonth < 12 : self.intmonth += 1 strnummonth = str(self.intmonth) strmonth = dictmonths[strnummonth] self.month_var.set(strmonth) else : self.intmonth = 1 strnummonth = str(self.intmonth) strmonth = dictmonths[strnummonth] self.month_var.set(strmonth) intyear = int(self.year_var.get()) intyear +=1 stryear = str(intyear) self.year_var.set(stryear) if "leftmonth" in owntags: if self.intmonth > 1 : self.intmonth -= 1 strnummonth = str(self.intmonth) strmonth = dictmonths[strnummonth] self.month_var.set(strmonth) else : self.intmonth = 12 strnummonth = str(self.intmonth) strmonth = dictmonths[strnummonth] self.month_var.set(strmonth) intyear = int(self.year_var.get()) intyear -=1 stryear = str(intyear) self.year_var.set(stryear) self.fnFillCalendar() def fnFillCalendar(self): init_x_pos = 20 arr_y_pos = [110,130,150,170,190,210] intposarr = 0 self.canvas.delete("DayButton") self.canvas.update() intyear = int(self.year_var.get()) monthcal = calendar.monthcalendar(intyear, self.intmonth) for row in monthcal: xpos = init_x_pos ypos = arr_y_pos[intposarr] for item in row: stritem = str(item) if stritem == "0": xpos += 27 else : tagNumber = tuple((self.tagBaseNumber,stritem)) self.canvas.create_text(xpos, ypos , text=stritem, font=fnta,tags=tagNumber) xpos += 27 intposarr += 1 self.canvas.tag_bind ("DayButton", "", self.fnClickNumber) self.canvas.tag_bind ("DayButton", "", self.fnOnMouseOver) self.canvas.tag_bind ("DayButton", "", self.fnOnMouseOut) def fnClickNumber(self,event): owntags =self.canvas.gettags(tk.CURRENT) for x in owntags: if (x == "current") or (x == "DayButton"): pass else : strdate = (str(self.year_var.get()) + "/" + str(self.intmonth) + "/" + str(x)) self.update_var.set(strdate) self.top.withdraw() def fnOnMouseOver(self,event): self.canvas.move(tk.CURRENT, 1, 1) self.canvas.update() def fnOnMouseOut(self,event): self.canvas.move(tk.CURRENT, -1, -1) self.canvas.update() # END CLASS ############################################## class clsMainFrame(tk.Frame): def __init__(self, master): self.parent = master tk.Frame.__init__(master) self.date_var = tk.StringVar() self.date_var.set(strdate) label = tk.Label(master, textvariable= self.date_var, bg = "white") label.pack(side="top") testBtn = tk.Button(master, text = 'Mostrar Calendario',command = self.fnCalendar) testBtn.pack(side = 'left') exitBtn = tk.Button(master, text = 'Salir', command = master.destroy) exitBtn.pack(side = 'right') def fnCalendar(self): tkCalendar(self.parent, year, month, day, self.date_var ) if __name__ == '__main__': root =tk.Tk() root.title ("Calendar") Frm = tk.Frame(root) clsMainFrame(Frm) Frm.pack() root.mainloop()