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sqliteformat.cpp
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sqliteformat.cpp
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/*
This file is part of the mkcal library.
Copyright (c) 2009 Nokia Corporation and/or its subsidiary(-ies). All rights reserved.
Copyright (c) 2014-2019 Jolla Ltd.
Copyright (c) 2019 Open Mobile Platform LLC.
This library is free software; you can redistribute it and/or
modify it under the terms of the GNU Library General Public
License as published by the Free Software Foundation; either
version 2 of the License, or (at your option) any later version.
This library is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
Library General Public License for more details.
You should have received a copy of the GNU Library General Public License
along with this library; see the file COPYING.LIB. If not, write to
the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor,
Boston, MA 02110-1301, USA.
*/
/**
@file
This file is part of the API for handling calendar data and
defines the SqliteFormat class.
@brief
Sqlite format implementation.
@author Tero Aho \<ext-tero.1.aho@nokia.com\>
@author Pertti Luukko \<ext-pertti.luukko@nokia.com\>
*/
#include "sqliteformat.h"
#include "sqlitestorage.h"
#include "logging_p.h"
#include <KCalendarCore/Alarm>
#include <KCalendarCore/Attendee>
#include <KCalendarCore/Person>
#include <KCalendarCore/Sorting>
using namespace KCalendarCore;
#define FLOATING_DATE "FloatingDate"
using namespace mKCal;
class mKCal::SqliteFormat::Private
{
public:
Private(SqliteStorage *storage, sqlite3 *database)
: mStorage(storage), mDatabase(database)
{
}
~Private()
{
sqlite3_finalize(mSelectMetadata);
sqlite3_finalize(mUpdateMetadata);
sqlite3_finalize(mSelectCalProps);
sqlite3_finalize(mInsertCalProps);
sqlite3_finalize(mSelectIncProperties);
sqlite3_finalize(mSelectIncAttendees);
sqlite3_finalize(mSelectIncAlarms);
sqlite3_finalize(mSelectIncRecursives);
sqlite3_finalize(mSelectIncRDates);
sqlite3_finalize(mSelectIncAttachments);
sqlite3_finalize(mSelectDeletedIncidences);
sqlite3_finalize(mDeleteIncComponents);
sqlite3_finalize(mDeleteIncProperties);
sqlite3_finalize(mDeleteIncAttendees);
sqlite3_finalize(mDeleteIncAlarms);
sqlite3_finalize(mDeleteIncRecursives);
sqlite3_finalize(mDeleteIncRDates);
sqlite3_finalize(mDeleteIncAttachments);
sqlite3_finalize(mInsertIncComponents);
sqlite3_finalize(mInsertIncProperties);
sqlite3_finalize(mInsertIncAttendees);
sqlite3_finalize(mInsertIncAlarms);
sqlite3_finalize(mInsertIncRecursives);
sqlite3_finalize(mInsertIncRDates);
sqlite3_finalize(mInsertIncAttachments);
sqlite3_finalize(mUpdateIncComponents);
sqlite3_finalize(mMarkDeletedIncidences);
}
SqliteStorage *mStorage;
sqlite3 *mDatabase;
// Cache for various queries.
sqlite3_stmt *mSelectMetadata = nullptr;
sqlite3_stmt *mUpdateMetadata = nullptr;
sqlite3_stmt *mSelectCalProps = nullptr;
sqlite3_stmt *mInsertCalProps = nullptr;
sqlite3_stmt *mSelectIncProperties = nullptr;
sqlite3_stmt *mSelectIncAttendees = nullptr;
sqlite3_stmt *mSelectIncAlarms = nullptr;
sqlite3_stmt *mSelectIncRecursives = nullptr;
sqlite3_stmt *mSelectIncRDates = nullptr;
sqlite3_stmt *mSelectIncAttachments = nullptr;
sqlite3_stmt *mSelectDeletedIncidences = nullptr;
sqlite3_stmt *mDeleteIncComponents = nullptr;
sqlite3_stmt *mDeleteIncProperties = nullptr;
sqlite3_stmt *mDeleteIncAttendees = nullptr;
sqlite3_stmt *mDeleteIncAlarms = nullptr;
sqlite3_stmt *mDeleteIncRecursives = nullptr;
sqlite3_stmt *mDeleteIncRDates = nullptr;
sqlite3_stmt *mDeleteIncAttachments = nullptr;
sqlite3_stmt *mInsertIncComponents = nullptr;
sqlite3_stmt *mInsertIncProperties = nullptr;
sqlite3_stmt *mInsertIncAttendees = nullptr;
sqlite3_stmt *mInsertIncAlarms = nullptr;
sqlite3_stmt *mInsertIncRecursives = nullptr;
sqlite3_stmt *mInsertIncRDates = nullptr;
sqlite3_stmt *mInsertIncAttachments = nullptr;
sqlite3_stmt *mUpdateIncComponents = nullptr;
sqlite3_stmt *mMarkDeletedIncidences = nullptr;
bool updateMetadata(int transactionId);
bool selectCustomproperties(Incidence::Ptr &incidence, int rowid);
int selectRowId(Incidence::Ptr incidence);
bool selectRecursives(Incidence::Ptr &incidence, int rowid);
bool selectAlarms(Incidence::Ptr &incidence, int rowid);
bool selectAttendees(Incidence::Ptr &incidence, int rowid);
bool selectRdates(Incidence::Ptr &incidence, int rowid);
bool selectAttachments(Incidence::Ptr &incidence, int rowid);
bool selectCalendarProperties(Notebook::Ptr notebook);
bool insertCustomproperties(Incidence::Ptr incidence, int rowid);
bool insertCustomproperty(int rowid, const QByteArray &key, const QString &value, const QString ¶meters);
bool insertAttendees(Incidence::Ptr incidence, int rowid);
bool insertAttendee(int rowid, const Attendee &attendee, bool isOrganizer);
bool insertAttachments(Incidence::Ptr incidence, int rowid);
bool insertAlarms(Incidence::Ptr incidence, int rowid);
bool insertAlarm(int rowid, Alarm::Ptr alarm);
bool insertRecursives(Incidence::Ptr incidence, int rowid);
bool insertRecursive(int rowid, RecurrenceRule *rule, int type);
bool insertRdates(Incidence::Ptr incidence, int rowid);
bool insertRdate(int rowid, int type, const QDateTime &rdate, bool allDay);
bool deleteListsForIncidence(int rowid);
bool modifyCalendarProperties(Notebook::Ptr notebook, DBOperation dbop);
bool deleteCalendarProperties(const QByteArray &id);
bool insertCalendarProperty(const QByteArray &id, const QByteArray &key,
const QByteArray &value);
};
//@endcond
SqliteFormat::SqliteFormat(SqliteStorage *storage, sqlite3 *database)
: d(new Private(storage, database))
{
}
SqliteFormat::~SqliteFormat()
{
delete d;
}
bool SqliteFormat::selectMetadata(int *id)
{
int rv = 0;
if (!id)
return false;
if (!d->mSelectMetadata) {
const char *query = SELECT_METADATA;
int qsize = sizeof(SELECT_METADATA);
SL3_prepare_v2(d->mDatabase, query, qsize, &d->mSelectMetadata, NULL);
}
SL3_step(d->mSelectMetadata);
*id = (rv == SQLITE_ROW) ? sqlite3_column_int(d->mSelectMetadata, 0) : -1;
SL3_reset(d->mSelectMetadata);
return true;
error:
qCWarning(lcMkcal) << "Sqlite error:" << sqlite3_errmsg(d->mDatabase);
return false;
}
bool SqliteFormat::incrementTransactionId(int *id)
{
int savedId;
if (id)
*id = -1;
if (!selectMetadata(&savedId))
return false;
savedId += 1;
if (!d->updateMetadata(savedId))
return false;
if (id)
*id = savedId;
return true;
}
bool SqliteFormat::Private::updateMetadata(int transactionId)
{
int rv = 0;
int index = 1;
if (!mUpdateMetadata) {
const char *qupdate = UPDATE_METADATA;
int qsize = sizeof(UPDATE_METADATA);
SL3_prepare_v2(mDatabase, qupdate, qsize, &mUpdateMetadata, NULL);
}
SL3_reset(mUpdateMetadata);
SL3_bind_int64(mUpdateMetadata, index, transactionId);
SL3_step(mUpdateMetadata);
return true;
error:
qCWarning(lcMkcal) << "Sqlite error:" << sqlite3_errmsg(mDatabase);
return false;
}
bool SqliteFormat::modifyCalendars(const Notebook::Ptr ¬ebook,
DBOperation dbop, sqlite3_stmt *stmt)
{
int rv = 0;
int index = 1;
QByteArray uid = notebook->uid().toUtf8();
QByteArray name = notebook->name().toUtf8();
QByteArray description = notebook->description().toUtf8();
QByteArray color = notebook->color().toUtf8();
QByteArray plugin = notebook->pluginName().toUtf8();
QByteArray account = notebook->account().toUtf8();
QByteArray sharedWith = notebook->sharedWithStr().toUtf8();
QByteArray syncProfile = notebook->syncProfile().toUtf8();
sqlite3_int64 secs;
if (dbop == DBInsert || dbop == DBDelete)
SL3_bind_text(stmt, index, uid, uid.length(), SQLITE_STATIC);
if (dbop == DBInsert || dbop == DBUpdate) {
SL3_bind_text(stmt, index, name, name.length(), SQLITE_STATIC);
SL3_bind_text(stmt, index, description, description.length(), SQLITE_STATIC);
SL3_bind_text(stmt, index, color, color.length(), SQLITE_STATIC);
SL3_bind_int(stmt, index, notebook->flags());
secs = d->mStorage->toOriginTime(notebook->syncDate().toUTC());
SL3_bind_int64(stmt, index, secs);
SL3_bind_text(stmt, index, plugin, plugin.length(), SQLITE_STATIC);
SL3_bind_text(stmt, index, account, account.length(), SQLITE_STATIC);
SL3_bind_int64(stmt, index, notebook->attachmentSize());
secs = d->mStorage->toOriginTime(notebook->modifiedDate().toUTC());
SL3_bind_int64(stmt, index, secs);
SL3_bind_text(stmt, index, sharedWith, sharedWith.length(), SQLITE_STATIC);
SL3_bind_text(stmt, index, syncProfile, syncProfile.length(), SQLITE_STATIC);
secs = d->mStorage->toOriginTime(notebook->creationDate().toUTC());
SL3_bind_int64(stmt, index, secs);
if (dbop == DBUpdate)
SL3_bind_text(stmt, index, uid, uid.length(), SQLITE_STATIC);
}
SL3_step(stmt);
if (!d->modifyCalendarProperties(notebook, dbop)) {
qCWarning(lcMkcal) << "failed to modify calendarproperties for notebook" << uid;
}
return true;
error:
return false;
}
bool SqliteFormat::purgeDeletedComponents(const KCalendarCore::Incidence::Ptr &incidence)
{
int rv;
int index = 1;
const QByteArray u(incidence->uid().toUtf8());
qint64 secsRecurId = 0;
if (incidence->hasRecurrenceId() && incidence->recurrenceId().timeSpec() == Qt::LocalTime) {
secsRecurId = d->mStorage->toLocalOriginTime(incidence->recurrenceId());
} else if (incidence->hasRecurrenceId()) {
secsRecurId = d->mStorage->toOriginTime(incidence->recurrenceId());
}
if (!d->mDeleteIncComponents) {
const char *query = DELETE_COMPONENTS;
int qsize = sizeof(DELETE_COMPONENTS);
SL3_prepare_v2(d->mDatabase, query, qsize, &d->mDeleteIncComponents, nullptr);
}
if (!d->mSelectDeletedIncidences) {
const char *query = SELECT_COMPONENTS_BY_UID_RECID_AND_DELETED;
int qsize = sizeof(SELECT_COMPONENTS_BY_UID_RECID_AND_DELETED);
SL3_prepare_v2(d->mDatabase, query, qsize, &d->mSelectDeletedIncidences, nullptr);
}
SL3_reset(d->mSelectDeletedIncidences);
SL3_bind_text(d->mSelectDeletedIncidences, index, u.constData(), u.length(), SQLITE_STATIC);
SL3_bind_int64(d->mSelectDeletedIncidences, index, secsRecurId);
SL3_step(d->mSelectDeletedIncidences);
while (rv == SQLITE_ROW) {
int rowid = sqlite3_column_int(d->mSelectDeletedIncidences, 0);
int index2 = 1;
SL3_reset(d->mDeleteIncComponents);
SL3_bind_int(d->mDeleteIncComponents, index2, rowid);
SL3_step(d->mDeleteIncComponents);
if (!d->deleteListsForIncidence(rowid)) {
qCWarning(lcMkcal) << "failed to delete lists for incidence" << u;
}
SL3_step(d->mSelectDeletedIncidences);
}
return true;
error:
qCWarning(lcMkcal) << "Sqlite error:" << sqlite3_errmsg(d->mDatabase);
return false;
}
static bool setDateTime(SqliteStorage *storage, sqlite3_stmt *stmt, int &index, const QDateTime &dateTime, bool allDay)
{
int rv = 0;
sqlite3_int64 secs;
QByteArray tz;
if (dateTime.isValid()) {
secs = (dateTime.timeSpec() == Qt::LocalTime || allDay)
? storage->toLocalOriginTime(dateTime) : storage->toOriginTime(dateTime);
SL3_bind_int64(stmt, index, secs);
secs = storage->toLocalOriginTime(dateTime);
SL3_bind_int64(stmt, index, secs);
if (allDay) {
tz = FLOATING_DATE;
} else if (dateTime.timeSpec() != Qt::LocalTime) {
tz = dateTime.timeZone().id();
}
SL3_bind_text(stmt, index, tz.constData(), tz.length(), SQLITE_TRANSIENT);
} else {
SL3_bind_int(stmt, index, 0);
SL3_bind_int(stmt, index, 0);
SL3_bind_text(stmt, index, "", 0, SQLITE_STATIC);
}
return true;
error:
return false;
}
#define SL3_bind_date_time( storage, stmt, index, dt, allDay) \
{ \
if (!setDateTime(storage, stmt, index, dt, allDay)) \
goto error; \
}
bool SqliteFormat::modifyComponents(const Incidence::Ptr &incidence, const QString &nbook,
DBOperation dbop)
{
int rv = 0;
int index = 1;
QByteArray uid;
QByteArray notebook;
QByteArray type;
QByteArray summary;
QByteArray category;
QByteArray location;
QByteArray description;
QByteArray url;
QByteArray contact;
QByteArray relatedtouid;
QByteArray colorstr;
QByteArray comments;
QByteArray resources;
QDateTime dt;
sqlite3_int64 secs;
int rowid = 0;
sqlite3_stmt *stmt1;
if (dbop == DBDelete || dbop == DBMarkDeleted || dbop == DBUpdate) {
rowid = d->selectRowId(incidence);
if (!rowid) {
qCWarning(lcMkcal) << "failed to select rowid of incidence" << incidence->uid() << incidence->recurrenceId();
goto error;
}
}
switch (dbop) {
case DBDelete:
if (!d->mDeleteIncComponents) {
const char *query = DELETE_COMPONENTS;
int qsize = sizeof(DELETE_COMPONENTS);
SL3_prepare_v2(d->mDatabase, query, qsize, &d->mDeleteIncComponents, nullptr);
}
SL3_reset(d->mDeleteIncComponents);
SL3_bind_int(d->mDeleteIncComponents, index, rowid);
stmt1 = d->mDeleteIncComponents;
break;
case DBMarkDeleted:
if (!d->mMarkDeletedIncidences) {
const char *query = UPDATE_COMPONENTS_AS_DELETED;
int qsize = sizeof(UPDATE_COMPONENTS_AS_DELETED);
SL3_prepare_v2(d->mDatabase, query, qsize, &d->mMarkDeletedIncidences, nullptr);
}
SL3_reset(d->mMarkDeletedIncidences);
secs = d->mStorage->toOriginTime(QDateTime::currentDateTimeUtc());
SL3_bind_int64(d->mMarkDeletedIncidences, index, secs);
SL3_bind_int(d->mMarkDeletedIncidences, index, rowid);
stmt1 = d->mMarkDeletedIncidences;
break;
case DBInsert:
if (!d->mInsertIncComponents) {
const char *query = INSERT_COMPONENTS;
int qsize = sizeof(INSERT_COMPONENTS);
SL3_prepare_v2(d->mDatabase, query, qsize, &d->mInsertIncComponents, nullptr);
}
SL3_reset(d->mInsertIncComponents);
stmt1 = d->mInsertIncComponents;
break;
case DBUpdate:
if (!d->mUpdateIncComponents) {
const char *query = UPDATE_COMPONENTS;
int qsize = sizeof(UPDATE_COMPONENTS);
SL3_prepare_v2(d->mDatabase, query, qsize, &d->mUpdateIncComponents, nullptr);
}
SL3_reset(d->mUpdateIncComponents);
stmt1 = d->mUpdateIncComponents;
break;
default:
qCWarning(lcMkcal) << "unknown DB operation" << dbop;
goto error;
}
if (dbop == DBInsert || dbop == DBUpdate) {
notebook = nbook.toUtf8();
SL3_bind_text(stmt1, index, notebook.constData(), notebook.length(), SQLITE_STATIC);
switch (incidence->type()) {
case Incidence::TypeEvent:
type = "Event";
break;
case Incidence::TypeTodo:
type = "Todo";
break;
case Incidence::TypeJournal:
type = "Journal";
break;
case Incidence::TypeFreeBusy:
type = "FreeBusy";
break;
case Incidence::TypeUnknown:
goto error;
}
SL3_bind_text(stmt1, index, type.constData(), type.length(), SQLITE_STATIC); // NOTE
summary = incidence->summary().toUtf8();
SL3_bind_text(stmt1, index, summary.constData(), summary.length(), SQLITE_STATIC);
category = incidence->categoriesStr().toUtf8();
SL3_bind_text(stmt1, index, category.constData(), category.length(), SQLITE_STATIC);
if ((incidence->type() == Incidence::TypeEvent) ||
(incidence->type() == Incidence::TypeJournal)) {
SL3_bind_date_time(d->mStorage, stmt1, index, incidence->dtStart(), incidence->allDay());
// set HasDueDate to false
SL3_bind_int(stmt1, index, 0);
QDateTime effectiveDtEnd;
if (incidence->type() == Incidence::TypeEvent) {
Event::Ptr event = incidence.staticCast<Event>();
if (event->hasEndDate()) {
// Keep this one day addition for backward compatibility reasons
// with existing events in database.
if (incidence->allDay()) {
effectiveDtEnd = event->dtEnd().addDays(1);
} else {
effectiveDtEnd = event->dtEnd();
}
}
}
SL3_bind_date_time(d->mStorage, stmt1, index, effectiveDtEnd, incidence->allDay());
} else if (incidence->type() == Incidence::TypeTodo) {
Todo::Ptr todo = incidence.staticCast<Todo>();
SL3_bind_date_time(d->mStorage, stmt1, index,
todo->hasStartDate() ? todo->dtStart(true) : QDateTime(), todo->allDay());
SL3_bind_int(stmt1, index, (int) todo->hasDueDate());
SL3_bind_date_time(d->mStorage, stmt1, index, todo->hasDueDate() ? todo->dtDue(true) : QDateTime(), todo->allDay());
}
if (incidence->type() != Incidence::TypeJournal) {
SL3_bind_int(stmt1, index, incidence->duration().asSeconds()); // NOTE
} else {
SL3_bind_int(stmt1, index, 0);
}
SL3_bind_int(stmt1, index, incidence->secrecy()); // NOTE
if (incidence->type() != Incidence::TypeJournal) {
location = incidence->location().toUtf8();
SL3_bind_text(stmt1, index, location.constData(), location.length(), SQLITE_STATIC);
} else {
SL3_bind_text(stmt1, index, "", 0, SQLITE_STATIC);
}
description = incidence->description().toUtf8();
SL3_bind_text(stmt1, index, description.constData(), description.length(), SQLITE_STATIC);
SL3_bind_int(stmt1, index, incidence->status()); // NOTE
if (incidence->type() != Incidence::TypeJournal) {
if (incidence->hasGeo()) {
SL3_bind_double(stmt1, index, incidence->geoLatitude());
SL3_bind_double(stmt1, index, incidence->geoLongitude());
} else {
SL3_bind_double(stmt1, index, INVALID_LATLON);
SL3_bind_double(stmt1, index, INVALID_LATLON);
}
SL3_bind_int(stmt1, index, incidence->priority());
resources = incidence->resources().join(" ").toUtf8();
SL3_bind_text(stmt1, index, resources.constData(), resources.length(), SQLITE_STATIC);
} else {
SL3_bind_double(stmt1, index, INVALID_LATLON);
SL3_bind_double(stmt1, index, INVALID_LATLON);
SL3_bind_int(stmt1, index, 0);
SL3_bind_text(stmt1, index, "", 0, SQLITE_STATIC);
}
if (dbop == DBInsert && incidence->created().isNull())
incidence->setCreated(QDateTime::currentDateTimeUtc());
secs = d->mStorage->toOriginTime(incidence->created());
SL3_bind_int64(stmt1, index, secs);
secs = d->mStorage->toOriginTime(QDateTime::currentDateTimeUtc());
SL3_bind_int64(stmt1, index, secs); // datestamp
secs = d->mStorage->toOriginTime(incidence->lastModified());
SL3_bind_int64(stmt1, index, secs);
SL3_bind_int(stmt1, index, incidence->revision());
comments = incidence->comments().join(" ").toUtf8();
SL3_bind_text(stmt1, index, comments.constData(), comments.length(), SQLITE_STATIC);
// Attachments are now stored in a dedicated table.
SL3_bind_text(stmt1, index, nullptr, 0, SQLITE_STATIC);
contact = incidence->contacts().join(" ").toUtf8();
SL3_bind_text(stmt1, index, contact.constData(), contact.length(), SQLITE_STATIC);
SL3_bind_int(stmt1, index, 0); //Invitation status removed. Needed? FIXME
// Never save recurrenceId as FLOATING_DATE, because the time of a
// floating date is not guaranteed on read and recurrenceId is used
// for date-time comparisons.
SL3_bind_date_time(d->mStorage, stmt1, index, incidence->recurrenceId(), false);
relatedtouid = incidence->relatedTo().toUtf8();
SL3_bind_text(stmt1, index, relatedtouid.constData(), relatedtouid.length(), SQLITE_STATIC);
url = incidence->url().toString().toUtf8();
SL3_bind_text(stmt1, index, url.constData(), url.length(), SQLITE_STATIC);
uid = incidence->uid().toUtf8();
SL3_bind_text(stmt1, index, uid.constData(), uid.length(), SQLITE_STATIC);
if (incidence->type() == Incidence::TypeEvent) {
Event::Ptr event = incidence.staticCast<Event>();
SL3_bind_int(stmt1, index, (int)event->transparency());
} else {
SL3_bind_int(stmt1, index, 0);
}
SL3_bind_int(stmt1, index, (int) incidence->localOnly());
int percentComplete = 0;
QDateTime effectiveDtCompleted;
if (incidence->type() == Incidence::TypeTodo) {
Todo::Ptr todo = incidence.staticCast<Todo>();
percentComplete = todo->percentComplete();
if (todo->isCompleted()) {
if (!todo->hasCompletedDate()) {
// If the todo was created by KOrganizer<2.2 it does not have
// a correct completion date. Set one now.
todo->setCompleted(QDateTime::currentDateTimeUtc());
}
effectiveDtCompleted = todo->completed();
}
}
SL3_bind_int(stmt1, index, percentComplete);
SL3_bind_date_time(d->mStorage, stmt1, index, effectiveDtCompleted, incidence->allDay());
colorstr = incidence->color().toUtf8();
SL3_bind_text(stmt1, index, colorstr.constData(), colorstr.length(), SQLITE_STATIC);
if (dbop == DBUpdate)
SL3_bind_int(stmt1, index, rowid);
}
SL3_step(stmt1);
if ((dbop == DBDelete || dbop == DBUpdate) && !d->deleteListsForIncidence(rowid)) {
qCWarning(lcMkcal) << "failed to delete lists for incidence" << incidence->uid();
} else if (dbop == DBInsert || dbop == DBUpdate) {
if (dbop == DBInsert)
rowid = sqlite3_last_insert_rowid(d->mDatabase);
if (!d->insertCustomproperties(incidence, rowid))
qCWarning(lcMkcal) << "failed to modify customproperties for incidence" << incidence->uid();
if (!d->insertAttendees(incidence, rowid))
qCWarning(lcMkcal) << "failed to modify attendees for incidence" << incidence->uid();
if (!d->insertAlarms(incidence, rowid))
qCWarning(lcMkcal) << "failed to modify alarms for incidence" << incidence->uid();
if (!d->insertRecursives(incidence, rowid))
qCWarning(lcMkcal) << "failed to modify recursives for incidence" << incidence->uid();
if (!d->insertRdates(incidence, rowid))
qCWarning(lcMkcal) << "failed to modify rdates for incidence" << incidence->uid();
if (!d->insertAttachments(incidence, rowid))
qCWarning(lcMkcal) << "failed to modify attachments for incidence" << incidence->uid();
}
return true;
error:
return false;
}
//@cond PRIVATE
bool SqliteFormat::Private::deleteListsForIncidence(int rowid)
{
int rv = 0;
int index = 1;
if (!mDeleteIncProperties) {
const char *query = DELETE_CUSTOMPROPERTIES;
int qsize = sizeof(DELETE_CUSTOMPROPERTIES);
SL3_prepare_v2(mDatabase, query, qsize, &mDeleteIncProperties, nullptr);
}
SL3_reset(mDeleteIncProperties);
index = 1;
SL3_bind_int(mDeleteIncProperties, index, rowid);
SL3_step(mDeleteIncProperties);
if (!mDeleteIncAlarms) {
const char *query = DELETE_ALARM;
int qsize = sizeof(DELETE_ALARM);
SL3_prepare_v2(mDatabase, query, qsize, &mDeleteIncAlarms, nullptr);
}
SL3_reset(mDeleteIncAlarms);
index = 1;
SL3_bind_int(mDeleteIncAlarms, index, rowid);
SL3_step(mDeleteIncAlarms);
if (!mDeleteIncAttendees) {
const char *query = DELETE_ATTENDEE;
int qsize = sizeof(DELETE_ATTENDEE);
SL3_prepare_v2(mDatabase, query, qsize, &mDeleteIncAttendees, nullptr);
}
SL3_reset(mDeleteIncAttendees);
index = 1;
SL3_bind_int(mDeleteIncAttendees, index, rowid);
SL3_step(mDeleteIncAttendees);
if (!mDeleteIncRecursives) {
const char *query = DELETE_RECURSIVE;
int qsize = sizeof(DELETE_RECURSIVE);
SL3_prepare_v2(mDatabase, query, qsize, &mDeleteIncRecursives, nullptr);
}
SL3_reset(mDeleteIncRecursives);
index = 1;
SL3_bind_int(mDeleteIncRecursives, index, rowid);
SL3_step(mDeleteIncRecursives);
if (!mDeleteIncRDates) {
const char *query = DELETE_RDATES;
int qsize = sizeof(DELETE_RDATES);
SL3_prepare_v2(mDatabase, query, qsize, &mDeleteIncRDates, nullptr);
}
SL3_reset(mDeleteIncRDates);
index = 1;
SL3_bind_int(mDeleteIncRDates, index, rowid);
SL3_step(mDeleteIncRDates);
if (!mDeleteIncAttachments) {
const char *query = DELETE_ATTACHMENTS;
int qsize = sizeof(DELETE_ATTACHMENTS);
SL3_prepare_v2(mDatabase, query, qsize, &mDeleteIncAttachments, nullptr);
}
SL3_reset(mDeleteIncAttachments);
index = 1;
SL3_bind_int(mDeleteIncAttachments, index, rowid);
SL3_step(mDeleteIncAttachments);
return true;
error:
qCWarning(lcMkcal) << "Sqlite error:" << sqlite3_errmsg(mDatabase);
return false;
}
bool SqliteFormat::Private::insertCustomproperties(Incidence::Ptr incidence, int rowid)
{
bool success = true;
QMap<QByteArray, QString> mProperties = incidence->customProperties();
for (QMap<QByteArray, QString>::ConstIterator it = mProperties.begin(); it != mProperties.end(); ++it) {
if (!insertCustomproperty(rowid, it.key(), it.value(),
incidence->nonKDECustomPropertyParameters(it.key()))) {
qCWarning(lcMkcal) << "failed to modify customproperty for incidence" << incidence->uid();
success = false;
}
}
return success;
}
bool SqliteFormat::Private::insertCustomproperty(int rowid, const QByteArray &key,
const QString &value, const QString ¶meters)
{
int rv = 0;
int index = 1;
QByteArray valueba;
QByteArray parametersba;
if (!mInsertIncProperties) {
const char *query = INSERT_CUSTOMPROPERTIES;
int qsize = sizeof(INSERT_CUSTOMPROPERTIES);
SL3_prepare_v2(mDatabase, query, qsize, &mInsertIncProperties, nullptr);
}
SL3_reset(mInsertIncProperties);
SL3_bind_int(mInsertIncProperties, index, rowid);
SL3_bind_text(mInsertIncProperties, index, key.constData(), key.length(), SQLITE_STATIC);
valueba = value.toUtf8();
SL3_bind_text(mInsertIncProperties, index, valueba.constData(), valueba.length(), SQLITE_STATIC);
parametersba = parameters.toUtf8();
SL3_bind_text(mInsertIncProperties, index, parametersba.constData(), parametersba.length(), SQLITE_STATIC);
SL3_step(mInsertIncProperties);
return true;
error:
qCWarning(lcMkcal) << "Sqlite error:" << sqlite3_errmsg(mDatabase);
return false;
}
bool SqliteFormat::Private::insertRdates(Incidence::Ptr incidence, int rowid)
{
bool success = true;
int type = SqliteFormat::RDate;
DateList dateList = incidence->recurrence()->rDates();
DateList::ConstIterator dt;
for (dt = dateList.constBegin(); dt != dateList.constEnd(); ++dt) {
if (!insertRdate(rowid, type, QDateTime((*dt)), true)) {
qCWarning(lcMkcal) << "failed to modify rdates for incidence" << incidence->uid();
success = false;
}
}
type = SqliteFormat::XDate;
dateList = incidence->recurrence()->exDates();
for (dt = dateList.constBegin(); dt != dateList.constEnd(); ++dt) {
if (!insertRdate(rowid, type, QDateTime((*dt)), true)) {
qCWarning(lcMkcal) << "failed to modify xdates for incidence" << incidence->uid();
success = false;
}
}
// Both for rDateTimes and exDateTimes, there are possible issues
// with all day events. KCalendarCore::Recurrence::timesInInterval()
// is returning repeating events in clock time for all day events,
// Thus being yyyy-mm-ddT00:00:00 and then "converted" to local
// zone, for display (meaning being after yyyy-mm-ddT00:00:00+xxxx).
// When saving, we don't want to store this local zone info, otherwise,
// the saved date-time won't match when read in another time zone.
type = SqliteFormat::RDateTime;
DateTimeList dateTimeList = incidence->recurrence()->rDateTimes();
DateTimeList::ConstIterator it;
for (it = dateTimeList.constBegin(); it != dateTimeList.constEnd(); ++it) {
bool allDay(incidence->allDay() && it->timeSpec() == Qt::LocalTime && it->time() == QTime(0,0));
if (!insertRdate(rowid, type, *it, allDay)) {
qCWarning(lcMkcal) << "failed to modify rdatetimes for incidence" << incidence->uid();
success = false;
}
}
type = SqliteFormat::XDateTime;
dateTimeList = incidence->recurrence()->exDateTimes();
for (it = dateTimeList.constBegin(); it != dateTimeList.constEnd(); ++it) {
bool allDay(incidence->allDay() && it->timeSpec() == Qt::LocalTime && it->time() == QTime(0,0));
if (!insertRdate(rowid, type, *it, allDay)) {
qCWarning(lcMkcal) << "failed to modify xdatetimes for incidence" << incidence->uid();
success = false;
}
}
return success;
}
bool SqliteFormat::Private::insertRdate(int rowid, int type, const QDateTime &date, bool allDay)
{
int rv = 0;
int index = 1;
if (!mInsertIncRDates) {
const char *query = INSERT_RDATES;
int qsize = sizeof(INSERT_RDATES);
SL3_prepare_v2(mDatabase, query, qsize, &mInsertIncRDates, nullptr);
}
SL3_reset(mInsertIncRDates);
SL3_bind_int(mInsertIncRDates, index, rowid);
SL3_bind_int(mInsertIncRDates, index, type);
SL3_bind_date_time(mStorage, mInsertIncRDates, index, date, allDay);
SL3_step(mInsertIncRDates);
return true;
error:
qCWarning(lcMkcal) << "Sqlite error:" << sqlite3_errmsg(mDatabase);
return false;
}
bool SqliteFormat::Private::insertAlarms(Incidence::Ptr incidence, int rowid)
{
bool success = true;
const Alarm::List &list = incidence->alarms();
Alarm::List::ConstIterator it;
for (it = list.begin(); it != list.end(); ++it) {
if (!insertAlarm(rowid, *it)) {
qCWarning(lcMkcal) << "failed to modify alarm for incidence" << incidence->uid();
success = false;
}
}
return success;
}
bool SqliteFormat::Private::insertAlarm(int rowid, Alarm::Ptr alarm)
{
int rv = 0;
int index = 1;
QByteArray description;
QByteArray relation;
QByteArray attachment;
QByteArray addresses;
QByteArray summary;
QByteArray properties;
QStringList list;
const QMap<QByteArray, QString> custom = alarm->customProperties();
int action = 0; // default Alarm::Invalid
Alarm::Type type = alarm->type();
if (!mInsertIncAlarms) {
const char *query = INSERT_ALARM;
int qsize = sizeof(INSERT_ALARM);
SL3_prepare_v2(mDatabase, query, qsize, &mInsertIncAlarms, nullptr);
}
SL3_reset(mInsertIncAlarms);
SL3_bind_int(mInsertIncAlarms, index, rowid);
switch (type) {
case Alarm::Display:
action = 1;
description = alarm->text().toUtf8();
break;
case Alarm::Procedure:
action = 2;
attachment = alarm->programFile().toUtf8();
if (!alarm->programArguments().isEmpty())
description = alarm->programArguments().toUtf8();
break;
case Alarm::Email:
action = 3;
summary = alarm->mailSubject().toUtf8();
description = alarm->mailText().toUtf8();
if (alarm->mailAttachments().size() > 0)
attachment = alarm->mailAttachments().join(" ").toUtf8();
if (alarm->mailAddresses().size() > 0) {
QStringList mailaddresses;
for (int i = 0; i < alarm->mailAddresses().size(); i++) {
mailaddresses << alarm->mailAddresses().at(i).email();
}
addresses = mailaddresses.join(" ").toUtf8();
}
break;
case Alarm::Audio:
action = 4;
if (!alarm->audioFile().isEmpty())
attachment = alarm->audioFile().toUtf8();
break;
default:
break;
}
SL3_bind_int(mInsertIncAlarms, index, action);
if (alarm->repeatCount()) {
SL3_bind_int(mInsertIncAlarms, index, alarm->repeatCount());
SL3_bind_int(mInsertIncAlarms, index, alarm->snoozeTime().asSeconds());
} else {
SL3_bind_int(mInsertIncAlarms, index, 0);
SL3_bind_int(mInsertIncAlarms, index, 0);
}
if (alarm->hasStartOffset()) {
SL3_bind_int(mInsertIncAlarms, index, alarm->startOffset().asSeconds());
relation = QString("startTriggerRelation").toUtf8();
SL3_bind_text(mInsertIncAlarms, index, relation.constData(), relation.length(), SQLITE_STATIC);
SL3_bind_int(mInsertIncAlarms, index, 0); // time
SL3_bind_int(mInsertIncAlarms, index, 0); // localtime
SL3_bind_text(mInsertIncAlarms, index, "", 0, SQLITE_STATIC);
} else if (alarm->hasEndOffset()) {
SL3_bind_int(mInsertIncAlarms, index, alarm->endOffset().asSeconds());
relation = QString("endTriggerRelation").toUtf8();
SL3_bind_text(mInsertIncAlarms, index, relation.constData(), relation.length(), SQLITE_STATIC);
SL3_bind_int(mInsertIncAlarms, index, 0); // time
SL3_bind_int(mInsertIncAlarms, index, 0); // localtime
SL3_bind_text(mInsertIncAlarms, index, "", 0, SQLITE_STATIC);
} else {
SL3_bind_int(mInsertIncAlarms, index, 0); // offset
SL3_bind_text(mInsertIncAlarms, index, "", 0, SQLITE_STATIC); // relation
SL3_bind_date_time(mStorage, mInsertIncAlarms, index, alarm->time(), false);
}
SL3_bind_text(mInsertIncAlarms, index, description.constData(), description.length(), SQLITE_STATIC);
SL3_bind_text(mInsertIncAlarms, index, attachment.constData(), attachment.length(), SQLITE_STATIC);
SL3_bind_text(mInsertIncAlarms, index, summary.constData(), summary.length(), SQLITE_STATIC);
SL3_bind_text(mInsertIncAlarms, index, addresses.constData(), addresses.length(), SQLITE_STATIC);
for (QMap<QByteArray, QString>::ConstIterator c = custom.begin(); c != custom.end(); ++c) {
list.append(c.key());
list.append(c.value());
}
if (!list.isEmpty())
properties = list.join("\r\n").toUtf8();
SL3_bind_text(mInsertIncAlarms, index, properties.constData(), properties.length(), SQLITE_STATIC);
SL3_bind_int(mInsertIncAlarms, index, (int)alarm->enabled());
SL3_step(mInsertIncAlarms);
return true;
error:
qCWarning(lcMkcal) << "Sqlite error:" << sqlite3_errmsg(mDatabase);
return false;
}
bool SqliteFormat::Private::insertRecursives(Incidence::Ptr incidence, int rowid)
{
bool success = true;
const RecurrenceRule::List &listRR = incidence->recurrence()->rRules();
RecurrenceRule::List::ConstIterator it;
for (it = listRR.begin(); it != listRR.end(); ++it) {
if (!insertRecursive(rowid, *it, 1)) {
qCWarning(lcMkcal) << "failed to modify recursive for incidence" << incidence->uid();
success = false;
}
}
const RecurrenceRule::List &listER = incidence->recurrence()->exRules();
for (it = listER.begin(); it != listER.end(); ++it) {
if (!insertRecursive(rowid, *it, 2)) {
qCWarning(lcMkcal) << "failed to modify recursive for incidence" << incidence->uid();
success = false;
}
}
return success;
}
bool SqliteFormat::Private::insertRecursive(int rowid, RecurrenceRule *rule, int type)
{
int rv = 0;
int index = 1;
QByteArray bySeconds;
QByteArray byMinutes;
QByteArray byHours;
QByteArray byDays;
QByteArray byDayPoss;
QByteArray byMonthDays;
QByteArray byYearDays;
QByteArray byWeekNumbers;
QByteArray byMonths;
QByteArray bySetPos;
if (!mInsertIncRecursives) {
const char *query = INSERT_RECURSIVE;