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tdepim/tderesources/caldav/reader.cpp

147 lines
4.5 KiB

/*=========================================================================
| KCalDAV
|--------------------------------------------------------------------------
| (c) 2010 Timothy Pearson
| (c) 2009 Kumaran Santhanam (initial KDE4 version)
|
| This project is released under the GNU General Public License.
| Please see the file COPYING for more details.
|--------------------------------------------------------------------------
| Remote calendar loading.
========================================================================*/
/*=========================================================================
| INCLUDES
========================================================================*/
#include "reader.h"
#include <kdebug.h>
#include <string>
/*=========================================================================
| NAMESPACE
========================================================================*/
using namespace KCal;
/*=========================================================================
| METHODS
========================================================================*/
void CalDavReader::cleanJob() {
CalDavJob::cleanJob();
mData = "";
}
void CalDavReader::cleanTasksJob() {
CalDavJob::cleanJob();
mTasksData = "";
}
void CalDavReader::cleanJournalsJob() {
CalDavJob::cleanJob();
mJournalsData = "";
}
int CalDavReader::runJob(runtime_info* RT) {
kdDebug() << "reader::run, url: " << url() << '\n';
response* result = caldav_get_response();
CALDAV_RESPONSE res = OK;
if ((OK == res) && (url() != "")) {
if (mGetAll) {
kdDebug() << "getting all objects" << '\n';
res = caldav_getall_object(result, std::string(url().ascii()).c_str(), RT);
} else {
kdDebug() << "getting object from the specified time range" << '\n';
res = caldav_get_object(result, mTimeStart.toTime_t(), mTimeEnd.toTime_t(), std::string(url().ascii()).c_str(), RT);
}
if (OK == res) {
kdDebug() << "success" << '\n';
if (result->msg) {
mData = result->msg;
} else {
kdDebug() << "empty collection" << '\n';
// empty collection
mData = "";
}
}
}
caldav_free_response(&result);
return res;
}
int CalDavReader::runTasksJob(runtime_info* RT) {
kdDebug() << "reader::run, tasksUrl: " << tasksUrl() << '\n';
response* result = caldav_get_response();
CALDAV_RESPONSE tasksres = OK;
if ((OK == tasksres) && (tasksUrl() != "")) {
kdDebug() << "reader::run, url: " << tasksUrl() << '\n';
if (mGetAll) {
kdDebug() << "getting all objects" << '\n';
tasksres = caldav_tasks_getall_object(result, std::string(tasksUrl().ascii()).c_str(), RT);
} else {
kdDebug() << "getting object from the specified time range" << '\n';
tasksres = caldav_tasks_get_object(result, mTimeStart.toTime_t(), mTimeEnd.toTime_t(), std::string(tasksUrl().ascii()).c_str(), RT);
}
if (OK == tasksres) {
kdDebug() << "success" << '\n';
if (result->msg) {
mTasksData = result->msg;
} else {
kdDebug() << "empty collection" << '\n';
// empty collection
mTasksData = "";
}
}
caldav_free_response(&result);
}
return tasksres;
}
int CalDavReader::runJournalsJob(runtime_info* RT) {
kdDebug() << "reader::run, journalsUrl: " << journalsUrl() << '\n';
response* result = caldav_get_response();
CALDAV_RESPONSE journalsres = OK;
if ((OK == journalsres) && (journalsUrl() != "")) {
kdDebug() << "reader::run, url: " << journalsUrl() << '\n';
if (mGetAll) {
kdDebug() << "getting all objects" << '\n';
journalsres = caldav_tasks_getall_object(result, std::string(journalsUrl().ascii()).c_str(), RT);
} else {
kdDebug() << "getting object from the specified time range" << '\n';
journalsres = caldav_tasks_get_object(result, mTimeStart.toTime_t(), mTimeEnd.toTime_t(), std::string(journalsUrl().ascii()).c_str(), RT);
}
if (OK == journalsres) {
kdDebug() << "success" << '\n';
if (result->msg) {
mJournalsData = result->msg;
} else {
kdDebug() << "empty collection" << '\n';
// empty collection
mJournalsData = "";
}
}
caldav_free_response(&result);
}
return journalsres;
}
// EOF ========================================================================