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path: root/libkcal/event.cpp
authorzautrix <zautrix>2005-07-07 20:46:00 (UTC)
committer zautrix <zautrix>2005-07-07 20:46:00 (UTC)
commitde5621f2fd3924f27c05459ae555b3bd06c5e584 (patch) (unidiff)
tree589d19415e3c0ff6c08cec375db145242581c143 /libkcal/event.cpp
parent766b53919de14b8faec22db32b6a750acde0b760 (diff)
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Diffstat (limited to 'libkcal/event.cpp') (more/less context) (ignore whitespace changes)
-rw-r--r--libkcal/event.cpp115
1 files changed, 115 insertions, 0 deletions
diff --git a/libkcal/event.cpp b/libkcal/event.cpp
index 7cd81fa..235ae55 100644
--- a/libkcal/event.cpp
+++ b/libkcal/event.cpp
@@ -78,146 +78,261 @@ bool Event::contains ( Event* from )
78 Alarm *a = from->alarms().first(); 78 Alarm *a = from->alarms().first();
79 if ( a->enabled() ){ 79 if ( a->enabled() ){
80 if ( !alarms().count() ) 80 if ( !alarms().count() )
81 return false; 81 return false;
82 Alarm *b = alarms().first(); 82 Alarm *b = alarms().first();
83 if( ! b->enabled() ) 83 if( ! b->enabled() )
84 return false; 84 return false;
85 if ( ! (a->offset() == b->offset() )) 85 if ( ! (a->offset() == b->offset() ))
86 return false; 86 return false;
87 } 87 }
88 } 88 }
89 QStringList cat = categories(); 89 QStringList cat = categories();
90 QStringList catFrom = from->categories(); 90 QStringList catFrom = from->categories();
91 QString nCat; 91 QString nCat;
92 unsigned int iii; 92 unsigned int iii;
93 for ( iii = 0; iii < catFrom.count();++iii ) { 93 for ( iii = 0; iii < catFrom.count();++iii ) {
94 nCat = catFrom[iii]; 94 nCat = catFrom[iii];
95 if ( !nCat.isEmpty() ) 95 if ( !nCat.isEmpty() )
96 if ( !cat.contains( nCat )) { 96 if ( !cat.contains( nCat )) {
97 return false; 97 return false;
98 } 98 }
99 } 99 }
100 if ( from->doesRecur() ) 100 if ( from->doesRecur() )
101 if ( from->doesRecur() != doesRecur() && ! (from->doesRecur()== Recurrence::rYearlyMonth && doesRecur()== Recurrence::rYearlyDay) ) 101 if ( from->doesRecur() != doesRecur() && ! (from->doesRecur()== Recurrence::rYearlyMonth && doesRecur()== Recurrence::rYearlyDay) )
102 return false; 102 return false;
103 return true; 103 return true;
104} 104}
105 105
106void Event::setDtEnd(const QDateTime &dtEnd) 106void Event::setDtEnd(const QDateTime &dtEnd)
107{ 107{
108 if (mReadOnly) return; 108 if (mReadOnly) return;
109 109
110 mDtEnd = getEvenTime( dtEnd ); 110 mDtEnd = getEvenTime( dtEnd );
111 111
112 setHasEndDate(true); 112 setHasEndDate(true);
113 setHasDuration(false); 113 setHasDuration(false);
114 114
115 updated(); 115 updated();
116} 116}
117 117
118QDateTime Event::dtEnd() const 118QDateTime Event::dtEnd() const
119{ 119{
120 if (hasEndDate()) return mDtEnd; 120 if (hasEndDate()) return mDtEnd;
121 if (hasDuration()) return dtStart().addSecs(duration()); 121 if (hasDuration()) return dtStart().addSecs(duration());
122 122
123 return dtStart(); 123 return dtStart();
124} 124}
125 125
126QString Event::dtEndTimeStr() const 126QString Event::dtEndTimeStr() const
127{ 127{
128 return KGlobal::locale()->formatTime(mDtEnd.time()); 128 return KGlobal::locale()->formatTime(mDtEnd.time());
129} 129}
130 130
131QString Event::dtEndDateStr(bool shortfmt) const 131QString Event::dtEndDateStr(bool shortfmt) const
132{ 132{
133 return KGlobal::locale()->formatDate(mDtEnd.date(),shortfmt); 133 return KGlobal::locale()->formatDate(mDtEnd.date(),shortfmt);
134} 134}
135 135
136QString Event::dtEndStr(bool shortfmt) const 136QString Event::dtEndStr(bool shortfmt) const
137{ 137{
138 return KGlobal::locale()->formatDateTime(mDtEnd, shortfmt); 138 return KGlobal::locale()->formatDateTime(mDtEnd, shortfmt);
139} 139}
140 140
141void Event::setHasEndDate(bool b) 141void Event::setHasEndDate(bool b)
142{ 142{
143 mHasEndDate = b; 143 mHasEndDate = b;
144} 144}
145 145
146bool Event::hasEndDate() const 146bool Event::hasEndDate() const
147{ 147{
148 return mHasEndDate; 148 return mHasEndDate;
149} 149}
150 150
151bool Event::isMultiDay() const 151bool Event::isMultiDay() const
152{ 152{
153 bool multi = !(dtStart().date() == dtEnd().date()); 153 bool multi = !(dtStart().date() == dtEnd().date());
154 return multi; 154 return multi;
155} 155}
156 156
157void Event::setTransparency(Event::Transparency transparency) 157void Event::setTransparency(Event::Transparency transparency)
158{ 158{
159 if (mReadOnly) return; 159 if (mReadOnly) return;
160 mTransparency = transparency; 160 mTransparency = transparency;
161 updated(); 161 updated();
162} 162}
163 163
164Event::Transparency Event::transparency() const 164Event::Transparency Event::transparency() const
165{ 165{
166 return mTransparency; 166 return mTransparency;
167} 167}
168 168
169void Event::setDuration(int seconds) 169void Event::setDuration(int seconds)
170{ 170{
171 setHasEndDate(false); 171 setHasEndDate(false);
172 Incidence::setDuration(seconds); 172 Incidence::setDuration(seconds);
173} 173}
174bool Event::isOverlapping ( Event* testEvent, QDateTime* overlapDT, bool inFutureOnly )
175{
176 if ( testEvent == this )
177 return false;
178 if ( ! doesRecur() && !testEvent->doesRecur() ) {
179 QDateTime te;
180 if ( testEvent->doesFloat() )
181 te = testEvent->mDtEnd.addDays( 1 );
182 else
183 te = testEvent->mDtEnd;
184 QDateTime e;
185 if ( doesFloat() )
186 e = mDtEnd.addDays( 1 );
187 else
188 e = mDtEnd;
189 if ( mDtStart < te && testEvent->mDtStart < e ) {
190 if ( mDtStart < testEvent->mDtStart )
191 *overlapDT = testEvent->mDtStart;
192 else
193 *overlapDT = mDtStart;
194 if ( inFutureOnly )
195 return (*overlapDT >= QDateTime::currentDateTime() );
196 return true;
197 }
198 return false;
199 }
200 Event *nonRecur = 0;
201 Event *recurEvent = 0;
202 if ( ! doesRecur() ) {
203 nonRecur = this;
204 recurEvent = testEvent;
205 }
206 else if ( !testEvent->doesRecur() ) {
207 nonRecur = testEvent;
208 recurEvent = this;
209 }
210 if ( nonRecur ) {
211 QDateTime enr;
212 if ( nonRecur->doesFloat() )
213 enr = nonRecur->mDtEnd.addDays( 1 );
214 else
215 enr = nonRecur->mDtEnd;
216 if ( enr < recurEvent->mDtStart )
217 return false;
218 if ( inFutureOnly && enr < QDateTime::currentDateTime() )
219 return false;
220 int recDuration = recurEvent->mDtStart.secsTo( recurEvent->mDtEnd );
221 if ( recurEvent->doesFloat() )
222 recDuration += 86400;
223 bool ok = true;
224 QDateTime recStart = recurEvent->mDtStart.addSecs( -300);;
225 while ( ok ) {
226 recStart = recurEvent->getNextOccurence( recStart.addSecs( 60 ), &ok );
227 if ( ok ) {
228 if ( recStart > enr )
229 return false;
230 QDateTime recEnd = recStart.addSecs( recDuration );
231 if ( nonRecur->mDtStart < recEnd && recStart < nonRecur->mDtEnd ) {
232 if ( nonRecur->mDtStart < recStart )
233 *overlapDT = recStart;
234 else
235 *overlapDT = nonRecur->mDtStart;
236 if ( inFutureOnly ) {
237 if ( *overlapDT >= QDateTime::currentDateTime() )
238 return true;
239 } else
240 return true;
241 }
242 }
243 }
244 return false;
245 }
246
247 QDateTime incidenceStart = mDtStart;
248 int duration = mDtStart.secsTo( mDtEnd );
249 if ( doesFloat() )
250 duration += 86400;
251 QDateTime testincidenceStart = testEvent->mDtStart;
252 int testduration = testEvent->mDtStart.secsTo( testEvent->mDtEnd );
253 if ( testEvent->doesFloat() )
254 testduration += 86400;
255 bool computeThis = false;
256 if ( incidenceStart < testincidenceStart )
257 computeThis = true;
258 bool ok = true;
259 if ( computeThis )
260 incidenceStart = incidenceStart.addSecs( -300 );
261 else
262 testincidenceStart = testincidenceStart.addSecs( -300 );
263 int count = 0;
264 while ( ok ) {
265 ++count;
266 if ( count > 1000 ) break;
267 if ( computeThis )
268 incidenceStart = getNextOccurence( incidenceStart.addSecs( 60 ), &ok );
269 else
270 testincidenceStart = testEvent->getNextOccurence( testincidenceStart.addSecs( 60 ), &ok );
271 if ( ok ) {
272 if ( incidenceStart < testincidenceStart.addSecs( testduration ) && testincidenceStart < incidenceStart.addSecs( duration ) ) {
273 if ( incidenceStart < testincidenceStart )
274 *overlapDT = testincidenceStart;
275 else
276 *overlapDT = incidenceStart;
277 if ( inFutureOnly ) {
278 if ( *overlapDT >= QDateTime::currentDateTime() )
279 return true;
280 } else
281 return true;
282 }
283 computeThis = ( incidenceStart < testincidenceStart );
284 }
285
286 }
287 return false;
288}
174QDateTime Event::getNextAlarmDateTime( bool * ok, int * offset, QDateTime start_dt ) const 289QDateTime Event::getNextAlarmDateTime( bool * ok, int * offset, QDateTime start_dt ) const
175{ 290{
176 *ok = false; 291 *ok = false;
177 if ( !alarmEnabled() ) 292 if ( !alarmEnabled() )
178 return QDateTime (); 293 return QDateTime ();
179 bool yes; 294 bool yes;
180 QDateTime incidenceStart = getNextOccurence( start_dt, &yes ); 295 QDateTime incidenceStart = getNextOccurence( start_dt, &yes );
181 if ( ! yes || cancelled() ) { 296 if ( ! yes || cancelled() ) {
182 *ok = false; 297 *ok = false;
183 return QDateTime (); 298 return QDateTime ();
184 } 299 }
185 300
186 bool enabled = false; 301 bool enabled = false;
187 Alarm* alarm; 302 Alarm* alarm;
188 int off = 0; 303 int off = 0;
189 QDateTime alarmStart = QDateTime::currentDateTime().addDays( 3650 );; 304 QDateTime alarmStart = QDateTime::currentDateTime().addDays( 3650 );;
190 // if ( QDateTime::currentDateTime() > incidenceStart ){ 305 // if ( QDateTime::currentDateTime() > incidenceStart ){
191// *ok = false; 306// *ok = false;
192// return incidenceStart; 307// return incidenceStart;
193// } 308// }
194 for (QPtrListIterator<Alarm> it(mAlarms); (alarm = it.current()) != 0; ++it) { 309 for (QPtrListIterator<Alarm> it(mAlarms); (alarm = it.current()) != 0; ++it) {
195 if (alarm->enabled()) { 310 if (alarm->enabled()) {
196 if ( alarm->hasTime () ) { 311 if ( alarm->hasTime () ) {
197 if ( alarm->time() < alarmStart ) { 312 if ( alarm->time() < alarmStart ) {
198 alarmStart = alarm->time(); 313 alarmStart = alarm->time();
199 enabled = true; 314 enabled = true;
200 off = alarmStart.secsTo( incidenceStart ); 315 off = alarmStart.secsTo( incidenceStart );
201 } 316 }
202 317
203 } else { 318 } else {
204 int secs = alarm->startOffset().asSeconds(); 319 int secs = alarm->startOffset().asSeconds();
205 if ( incidenceStart.addSecs( secs ) < alarmStart ) { 320 if ( incidenceStart.addSecs( secs ) < alarmStart ) {
206 alarmStart = incidenceStart.addSecs( secs ); 321 alarmStart = incidenceStart.addSecs( secs );
207 enabled = true; 322 enabled = true;
208 off = -secs; 323 off = -secs;
209 } 324 }
210 } 325 }
211 } 326 }
212 } 327 }
213 if ( enabled ) { 328 if ( enabled ) {
214 if ( alarmStart > start_dt ) { 329 if ( alarmStart > start_dt ) {
215 *ok = true; 330 *ok = true;
216 * offset = off; 331 * offset = off;
217 return alarmStart; 332 return alarmStart;
218 } 333 }
219 } 334 }
220 *ok = false; 335 *ok = false;
221 return QDateTime (); 336 return QDateTime ();
222 337
223} 338}