var tadp_gNow = new Date(); var tadp_ggWinCal; Calendar.Months = ["Tammikuu", "Helmikuu", "Maaliskuu", "Huhtikuu", "Toukokuu", "Kesäkuu","Heinäkuu", "Elokuu", "Syyskuu", "Lokakuu", "Marraskuu", "Joulukuu"]; Calendar.DOMonth = [31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31]; Calendar.lDOMonth = [31, 29, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31]; var tadp_minDay_1; var tadp_minMonth_1 var tadp_minYear_1; var tadp_maxDay_1; var tadp_maxMonth_1; var tadp_maxYear_1; var returnItem1; var returnItem2; var tadp_earliest; // whether to control tadp_earliest or latest day function Calendar(p_item_my, p_item_d, p_WinCal, p_month, p_year) { if ((p_month == null) && (p_year == null)) return; if (p_WinCal == null) this.gWinCal = tadp_ggWinCal; else this.gWinCal = p_WinCal; if (p_month == null) { this.gMonthName = null; this.gMonth = null; } else { this.gMonthName = Calendar.Months[p_month]; this.gMonth = new Number(p_month); } this.gYear = p_year; tadp_gNow.setDate(ta_1st_search_day+1); tadp_minDay_1 = tadp_gNow.getDate(); tadp_minMonth_1 = tadp_gNow.getMonth(); tadp_minYear_1 = tadp_gNow.getFullYear(); this.gReturnItem1 = parseDocumentText(p_item_my); returnItem1 = this.gReturnItem1; this.gReturnItem2 = parseDocumentText(p_item_d); //this is the box for day. returnItem2 = this.gReturnItem2; } function parseDocumentText(documentText) { var separator = documentText.indexOf(".")+1; var parsedText = documentText.substring(0, separator-1); if(parsedText == "document") documentText = documentText.substring(separator, documentText.length); return documentText; } function parseMonth(myText) { var separator = myText.indexOf(" "); return myText.substring(0, separator); } function getMonthNo(monthText) { for(i=0; i important for Netscape / Mozilla use. Calendar.get_daysofmonth = Calendar_get_daysofmonth; Calendar.print = Calendar_print; function Calendar_get_daysofmonth(monthNo, p_year) { /* 1.Years that can be evenly divided by four are normally leap years, but 2.Years that can be evenly divided by 100 are not leap years, but 3.Years alsby 400 are leap years. */ if (p_year % 4 == 0 && (p_year % 100 != 0 || p_year % 400 == 0)) return Calendar.lDOMonth[monthNo]; else return Calendar.DOMonth[monthNo]; } function Calendar_print() { tadp_ggWinCal.print(); } // This is for compatibility with Navigator 3, (if required) // need to create and discard one object before the prototype object exists. new Calendar(); Calendar.prototype.show = function() { this.gWinCal.document.open(); // html head this.wwrite(''); this.wwrite('Kalenteri'); this.wwrite(''); this.wwrite(''); // body this.wwrite(''); this.wwrite('
'); this.wwrite('
'); this.wwrite('
'); this.wwrite(''); // month select this.wwrite(''); // table header this.wwrite(''); var vDate = new Date(); vDate.setFullYear(this.gYear, this.gMonth, 1); var isMaxMonth = (this.gYear == tadp_maxYear_1 && this.gMonth == tadp_maxMonth_1); var isMinMonth = (this.gYear == tadp_minYear_1 && this.gMonth == tadp_minMonth_1); var thisMonthsMaxDay = isMaxMonth ? tadp_maxDay_1 : 31; // don't care about mounths actual max days here var thisMonthsMinDay = isMinMonth ? tadp_minDay_1 : 0; var vFirstDay=vDate.getDay(); // translate from sun - sat to mon - sun vFirstDay = ((vFirstDay + 6) % 7) var vDay = 1 - vFirstDay; // start from first monday var vLastDay=Calendar.get_daysofmonth(this.gMonth, this.gYear); var vSetMethod = tadp_earliest ? "ta_setEarly" : "ta_setLatest"; // Write the weeks for (k=1; k<7; k++) { if(vDay > vLastDay) break; this.wwrite(''); for (i=0; i<7; i++) { if(vDay > vLastDay || vDay < 1) { this.wwrite(' '); } else if(vDay > thisMonthsMaxDay || vDay < thisMonthsMinDay) { this.wwrite('' + vDay + ''); } else { this.wwrite('' + vDay + ''); } vDay=vDay + 1; } this.wwrite(''); } // close button this.wwrite(''); // footer this.wwrite('
'); this.wwrite('
MATIKETOPELASU
'); this.wwrite(''); this.wwrite('
'); this.wwrite('
'); this.wwrite(''); this.gWinCal.document.close(); this.gWinCal.focus(); } //write line Calendar.prototype.wwrite = function(wtext) { this.gWinCal.document.writeln(wtext); } //just write the text Calendar.prototype.wwriteA = function(wtext) { this.gWinCal.document.write(wtext); } Calendar.prototype.get_day_class = function(vday) { if(vday == 5 || vday == 6) { return ' class="weekend"'; } else { return ''; } } Calendar.prototype.format_data_year_month_day = function(year, month, day) { month++; var vMonth = (month < 10) ? "0" + month : month; var vDD = (day < 10) ? "0" + day: day; var vY4 = new String(year); return vY4 + vMonth + vDD; } function Build(p_item_my, p_item_d, p_monthyear) { var p_month = getMonthNo(parseMonth(p_monthyear)); var p_year = parseYear(p_monthyear); gCal = new Calendar(p_item_my, p_item_d, tadp_ggWinCal, p_month, p_year); gCal.show(); } function show_calendar() { p_item_d = arguments[0]; p_item_my = arguments[1]; if (arguments[2] != null) p_day = parseInt(arguments[2]); if (arguments[3] != null) p_monthYearIndex = parseInt(arguments[3]); if (arguments[4] != null) tadp_minDay_1 = parseInt(arguments[4]); if (arguments[5] != null) tadp_maxDay_1 = parseInt(arguments[5]); if (arguments[6] != null) tadp_maxMonth_1 = parseInt(arguments[6]); if (arguments[7] != null) tadp_maxYear_1 = parseInt(arguments[7]); if (arguments[8] != null && arguments[8] == 'tadp_earliest') { tadp_earliest = true; } else { tadp_earliest = false; } var monthyear = ta_m_name[p_monthYearIndex]; var width = 200; var height = 220; var x = 100; var y = 125; var xmod = width / 2; var ymod = height / 2; if(arguments[9] != null) { var event = arguments[9]; x = event.screenX - xmod; y = event.screenY - ymod; if(x < 0) x = 0; if(y < 0) y = 0; var maxW = screen.availWidth; var maxH = screen.availHeight; if(!maxW) { var overScreenX = screen.availWidth - (x + xmod); if(overScreenX > 0) x = x - overScreenX; var overScreenY = screen.availHeight - (y + ymod); if(overScreenY > 0) y = y - overScreenY; } } vWinCal = window.open("", "Calendar", "width=" + width + ",height=" + height + ",status=no,resizable=no,top=" + y + ",left=" + x); vWinCal.opener = self; tadp_ggWinCal = vWinCal; Build(p_item_my, p_item_d, monthyear); }