';
}
// to fix Width later
myDatatoGen += '
';
myDatatoGen += '| ';
myDatatoGen += ' | ';
myDatatoGen += ''; // TO fix Later
if (Ext.isSafari) { // Fix for Google chrome and safari ( mmm Quite ODD :( )
myDatatoGen += ' |
';
if (Ext.isSafari) {} else {
myDatatoGen += '
';
mydatareturn += '
';
mydatareturn += '
';
var cuenta = Task_indexes.length;
for (var i = 0; i < cuenta; i++) {
var bguseit = ''; //"background-color:";
if (this.listItems.useStoreColor) {
bguseit = 'style="background-color:' + this.calx.store.getAt(Task_indexes[i]).data[this.calx.fieldsRefer.color] + ';"';
} else {
bguseit = '';
}
mydatareturn += '';
if (this.listItems.parentLists) {
if (prueba.store.getAt(Task_indexes[i]).data[this.calx.fieldsRefer.parent]) { //si tiene pariente hay q checar q esten en orden para desplegado //
mydatareturn += '' + this.calx.store.getAt(Task_indexes[i]).data[this.calx.fieldsRefer.subject] + ' | ';
} else {
mydatareturn += '' + this.calx.store.getAt(Task_indexes[i]).data[this.calx.fieldsRefer.subject] + ' | ';
}
} else {
mydatareturn += '' + this.calx.store.getAt(Task_indexes[i]).data[this.calx.fieldsRefer.subject] + ' | ';
}
mydatareturn += '';
mydatareturn += '';
mydatareturn += '';
mydatareturn += ' ';
mydatareturn += ' ';
mydatareturn += '';
var cuentaelements = this.numelements;
if (this.listbody.headerUnit == 2) {
if (this.listbody.periodType == 3) { //bi month
cuentaelements += 2;
} else { //quarter
cuentaelements += 1;
}
}
for (var colsJ = 0; colsJ < cuentaelements; colsJ++) {
mydatareturn += ' | ';
}
mydatareturn += ' ';
mydatareturn += ' ';
mydatareturn += ' |
';
mydatareturn += ' | ';
mydatareturn += '
';
}
mydatareturn += '
';
mydatareturn += '
';
mydatareturn += '{TASKSTODISPLAY}';
mydatareturn += '
';
mydatareturn += '
';
mydatareturn += '
';
if (this.blankHTML != '') {
var dataidelement = {
calx: this.calx.id,
sched_addevent_id: this.calx.id + '_addevent_element_screen'
};
var nocontentTPL = new Ext.XTemplate('' + this.blankHTML + '');
mydatareturn += nocontentTPL.applyTemplate(dataidelement);
} else {
mydatareturn += e2cs.cal_locale.scheduler_noeventsonview;
}
mydatareturn += '
';
return mydatareturn;
},
getTasksforPeriod: function() {
var datexreturn = '';
var testcase = this.listbody.periodType;
var dt = new Date(this.calx.currentdate);
var tasks = [];
switch (testcase) {
case 0:
//Day(365 days on the year) OK
datexreturn = dt.format(this.listItems.periodFormats.Day);
var inittime = new Date(dt.format('m/d/Y') + ' ' + this.listItems.periodFormats.startTime);
var endtime = new Date(dt.format('m/d/Y') + ' ' + this.listItems.periodFormats.endTime);
//Get the indexes on the store and saves them in var IndexTasks
var tasks = [];
var countdone = 0;
counttasks = this.calx.store.getCount();
for (var i = 0; i < counttasks; i++) {
var testrec = this.calx.store.getAt(i).data;
testdateinit = this.calx.store.getAt(i).data[this.calx.fieldsRefer.startdate];
testdateend = this.calx.store.getAt(i).data[this.calx.fieldsRefer.enddate];
checkdates = this.datetohandle.between(new Date(testdateinit), new Date(testdateend));
chkformat = this.datetohandle.format('m/d/Y');
test = new Date(testdateinit);
if (test.format('m/d/Y') == chkformat) {
checkdates = true;
}
test = new Date(testdateend);
if (test.format('m/d/Y') == chkformat) {
checkdates = true;
}
if (checkdates) {
tasks[countdone] = i;
countdone += 1;
}
}
break;
case 1:
//Week(54)
var rangedate = this.getDatesforWeek(dt);
firstdayofweek = rangedate[0];
lastdayofweek = rangedate[1];
var tasks = [];
var countdone = 0;
counttasks = this.calx.store.getCount();
for (var i = 0; i < counttasks; i++) {
dateinit = new Date(this.calx.store.getAt(i).data[this.calx.fieldsRefer.startdate]);
dateend = new Date(this.calx.store.getAt(i).data[this.calx.fieldsRefer.enddate]);
checkdates_a = dateinit.between(firstdayofweek, lastdayofweek);
checkdates_b = dateend.between(firstdayofweek, lastdayofweek);
if (dateinit.format('W') == firstdayofweek.format('W') || dateinit.format('W') == lastdayofweek.format('W')) {
checkdates_a = true;
}
if (dateend.format('W') == firstdayofweek.format('W') || dateend.format('W') == lastdayofweek.format('W')) {
checkdates_b = true;
}
if (dateinit < firstdayofweek && dateend > lastdayofweek) {
checkdates_a = true;
checkdates_b = true;
}
if (checkdates_a || checkdates_b) {
tasks[countdone] = i;
countdone += 1;
}
}
break;
case 2:
//Month (12) - OK
firstdayofmonth = new Date(dt.format('m') + '/01/' + dt.format('Y'));
lastdaytmp = dt.getLastDateOfMonth();
lastdayofmonth = new Date(dt.format('m') + '/' + lastdaytmp.format('d') + '/' + dt.format('Y'));
var tasks = [];
var countdone = 0;
counttasks = this.calx.store.getCount();
for (var i = 0; i < counttasks; i++) {
dateinit = new Date(this.calx.store.getAt(i).data[this.calx.fieldsRefer.startdate]);
dateend = new Date(this.calx.store.getAt(i).data[this.calx.fieldsRefer.enddate]);
checkdates_a = dateinit.between(firstdayofmonth, lastdayofmonth);
checkdates_b = dateend.between(firstdayofmonth, lastdayofmonth);
if (dateinit.format('m') == firstdayofmonth.format('m') || dateinit.format('m') == lastdayofmonth.format('m')) {
checkdates_a = true;
}
if (dateend.format('m') == firstdayofmonth.format('m') || dateend.format('m') == lastdayofmonth.format('m')) {
checkdates_b = true;
}
var tmpmonthini = dateinit.getMonth() + 1;
var tmpmonthend = dateend.getMonth() + 1;
var currmonth = dt.getMonth() + 1;
if (tmpmonthini < currmonth && tmpmonthend > currmonth) {
checkdates_a = true;
checkdates_b = true;
}
if (dateinit < firstdayofmonth && dateend > lastdayofmonth) {
checkdates_a = true;
checkdates_b = true;
}
if (checkdates_a || checkdates_b) {
tasks[countdone] = i;
countdone += 1;
}
}
break;
case 3:
//Bi monthly (6)
var dw = new Date(dt);
var currentmonth = dw.getMonth();
var bimestre = (Math.floor(currentmonth / 2) + 1);
var rangedate = this.getDatesforBimonth(dt);
firstdayofbim = rangedate[0];
lastdayofbim = rangedate[1];
var tasks = [];
var countdone = 0;
counttasks = this.calx.store.getCount();
for (var i = 0; i < counttasks; i++) {
dateinit = new Date(this.calx.store.getAt(i).data[this.calx.fieldsRefer.startdate]);
dateend = new Date(this.calx.store.getAt(i).data[this.calx.fieldsRefer.enddate]);
checkdates_a = dateinit.between(firstdayofbim, lastdayofbim);
checkdates_b = dateend.between(firstdayofbim, lastdayofbim);
if (dateinit.format('m') == firstdayofbim.format('m') || dateinit.format('m') == lastdayofbim.format('m')) {
checkdates_a = true;
}
if (dateend.format('m') == firstdayofbim.format('m') || dateend.format('m') == lastdayofbim.format('m')) {
checkdates_b = true;
}
var tmpmonthini = dateinit.getMonth() + 1;
var tmpmonthend = dateend.getMonth() + 1;
var currmonth = dt.getMonth() + 1;
if (tmpmonthini < currmonth && tmpmonthend > currmonth) {
checkdates_a = true;
checkdates_b = true;
}
if (dateinit < firstdayofbim && dateend > lastdayofbim) {
checkdates_a = true;
checkdates_b = true;
}
if (checkdates_a || checkdates_b) {
tasks[countdone] = i;
countdone += 1;
}
}
break;
case 4:
//Quarter (4)
var dw = new Date(dt);
var currentmonth = dw.getMonth();
var quarter = Math.floor(currentmonth / 3) + 1;
var rangedate = this.getDatesForQuarter(dt);
firstdayofqua = rangedate[0];
lastdayofqua = rangedate[1];
var tasks = [];
var countdone = 0;
counttasks = this.calx.store.getCount();
for (var i = 0; i < counttasks; i++) {
dateinit = new Date(this.calx.store.getAt(i).data[this.calx.fieldsRefer.startdate]);
dateend = new Date(this.calx.store.getAt(i).data[this.calx.fieldsRefer.enddate]);
checkdates_a = dateinit.between(firstdayofqua, lastdayofqua);
checkdates_b = dateend.between(firstdayofqua, lastdayofqua);
if (dateinit.format('m') == firstdayofqua.format('m') || dateinit.format('m') == firstdayofqua.format('m')) {
checkdates_a = true;
}
if (dateend.format('m') == lastdayofqua.format('m') || dateend.format('m') == lastdayofqua.format('m')) {
checkdates_b = true;
}
var tmpmonthini = dateinit.getMonth() + 1;
var tmpmonthend = dateend.getMonth() + 1;
var currmonth = dt.getMonth() + 1;
if (tmpmonthini < currmonth && tmpmonthend > currmonth) {
checkdates_a = true;
checkdates_b = true;
}
if (dateinit < firstdayofqua && dateend > lastdayofqua) {
checkdates_a = true;
checkdates_b = true;
}
if (dateinit >= firstdayofqua && dateend < lastdayofqua) {
checkdates_a = true;
checkdates_b = true;
}
if (dateinit >= firstdayofqua && dateend < lastdayofqua) {
checkdates_a = true;
checkdates_b = true;
}
if (checkdates_a || checkdates_b) {
tasks[countdone] = i;
countdone += 1;
}
}
break;
default:
datexreturn = dt.format(this.headerFormat);
break;
}
return tasks;
}
});