source/tests/xestiacalendar_icaltimezoneload.h

   1 // xestiacalendar_icaleventload.h - Xestia Calendar iCalendar Timezone Component Unit Tests
   2 //
   3 // (c) 2016 Xestia Software Development.
   4 //
   5 // This file is part of Xestia Calendar.
   6 //
   7 // Xestia Address Book is free software: you can redistribute it and/or modify
   8 // it under the terms of the GNU General Public License as published by the
   9 // Free Software Foundation, version 3 of the license.
  10 //
  11 // Xestia Address Book is distributed in the hope that it will be useful,
  12 // but WITHOUT ANY WARRANTY; without even the implied warranty of
  13 // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
  14 // GNU General Public License for more details.
  15 //
  16 // You should have received a copy of the GNU General Public License along
  17 // with Xestia Calendar. If not, see <http://www.gnu.org/licenses/>
  18
  19 #include "../objects/calendartimezone/CalendarTimezone.h"
  20
  21 TEST(iCalendarTimezone, BasicTests){
  22
  23         CalendarTimezoneObject TestTimezone;
  24
  25         ASSERT_EQ(CALENDAROBJECTLOAD_MISSING, TestTimezone.LoadFile("iCalendarTimezone-Missing.vcf"));
  26         ASSERT_EQ(CALENDAROBJECTLOAD_CANNOTOPEN, TestTimezone.LoadFile("iCalendarTimezone-InvalidPermissions.vcf"));
  27         ASSERT_EQ(CALENDAROBJECTLOAD_OK, TestTimezone.LoadFile("iCalendarTimezone-Load1.vcf"));
  28
  29 }
  30
  31 TEST(iCalendarTimezone, ObjectDataTests){
  32
  33         CalendarTimezoneObject TestTimezone;
  34         ASSERT_EQ(CALENDAROBJECTLOAD_OK, TestTimezone.LoadFile("iCalendarTimezone-Load2.vcf"));
  35         ASSERT_EQ(CALENDAROBJECTVALID_OK, TestTimezone.ValidBaseObject());
  36
  37         // Tests for UID.
  38
  39         ASSERT_EQ("Example/Starrgazy", TestTimezone.TimeZoneData);
  40         ASSERT_EQ("OTHER=PARAM", TestTimezone.TimeZoneDataTokens);
  41
  42         // Tests for LAST-MODIFIED.
  43
  44         ASSERT_EQ("20160203T200700Z", TestTimezone.LastModifiedData);
  45         ASSERT_EQ("FUTURE=ODD", TestTimezone.LastModifiedTokens);
  46
  47         // Tests for TZURL.
  48
  49         ASSERT_EQ("http://www.example.com/", TestTimezone.TimeZoneURLData);
  50         ASSERT_EQ("URL=YES", TestTimezone.TimeZoneURLTokens);
  51
  52         // Tests for the first STANDARD data.
  53
  54         std::string DateTimeStartData;
  55         std::string TimeZoneOffsetToData;
  56         std::string TimeZoneOffsetFromData;
  57
  58         if (TestTimezone.TimezoneStandardCollection.size() > 0){
  59
  60                 DateTimeStartData = TestTimezone.TimezoneStandardCollection[0].DateTimeStartData;
  61
  62         }
  63
  64         if (TestTimezone.TimezoneStandardCollection.size() > 0){
  65
  66                 TimeZoneOffsetToData = TestTimezone.TimezoneStandardCollection[0].TimeZoneOffsetToData;
  67
  68         }
  69
  70         if (TestTimezone.TimezoneStandardCollection.size() > 0){
  71
  72                 TimeZoneOffsetFromData = TestTimezone.TimezoneStandardCollection[0].TimeZoneOffsetFromData;
  73
  74         }
  75
  76         ASSERT_EQ("20160204T020000", DateTimeStartData);
  77         ASSERT_EQ("-0400", TimeZoneOffsetToData);
  78         ASSERT_EQ("-0500", TimeZoneOffsetFromData);
  79
  80         // Tests for the second STANDARD data.
  81
  82         std::string DateTimeStartTokens;
  83         std::string TimeZoneOffsetToTokens;
  84         std::string TimeZoneOffsetFromTokens;
  85
  86         std::string RecurranceRuleData;
  87         std::string RecurranceRuleDataTokens;
  88
  89         std::string CommentList;
  90         std::string CommentListAltRep;
  91         std::string CommentListLanguage;
  92         std::string CommentListTokens;
  93
  94         std::string RecurranceDateData;
  95         std::string RecurranceDateValue;
  96         std::string RecurranceDateDataTimeZoneParam;
  97         std::string RecurranceDateDataTokens;
  98
  99         std::string TimeZoneNameData;
 100         std::string TimeZoneNameLanguage;
 101         std::string TimeZoneNameTokens;
 102
 103         std::string XTokensData;
 104         std::string XTokensDataTokens;
 105
 106         DateTimeStartData.clear();
 107         TimeZoneOffsetToData.clear();
 108         TimeZoneOffsetFromData.clear();
 109
 110         if (TestTimezone.TimezoneStandardCollection.size() > 1){
 111
 112                 DateTimeStartData = TestTimezone.TimezoneStandardCollection[1].DateTimeStartData;
 113                 DateTimeStartTokens = TestTimezone.TimezoneStandardCollection[1].DateTimeStartTokens;
 114
 115         }
 116
 117         if (TestTimezone.TimezoneStandardCollection.size() > 1){
 118
 119                 TimeZoneOffsetToData = TestTimezone.TimezoneStandardCollection[1].TimeZoneOffsetToData;
 120                 TimeZoneOffsetToTokens = TestTimezone.TimezoneStandardCollection[1].TimeZoneOffsetToTokens;
 121
 122         }
 123
 124         if (TestTimezone.TimezoneStandardCollection.size() > 1){
 125
 126                 TimeZoneOffsetFromData = TestTimezone.TimezoneStandardCollection[1].TimeZoneOffsetFromData;
 127                 TimeZoneOffsetFromTokens = TestTimezone.TimezoneStandardCollection[1].TimeZoneOffsetFromTokens;
 128
 129         }
 130
 131         ASSERT_EQ("20160205T020000", DateTimeStartData);
 132         ASSERT_EQ("MEEP=MOO", DateTimeStartTokens);
 133         ASSERT_EQ("-0400", TimeZoneOffsetToData);
 134         ASSERT_EQ("EXAMPLE=DATA", TimeZoneOffsetToTokens);
 135         ASSERT_EQ("-0500", TimeZoneOffsetFromData);
 136         ASSERT_EQ("LETS=GO", TimeZoneOffsetFromTokens);
 137
 138         // Tests for third STANDARD data.
 139
 140         DateTimeStartData.clear();
 141         DateTimeStartTokens.clear();
 142         TimeZoneOffsetToData.clear();
 143         TimeZoneOffsetToTokens.clear();
 144         TimeZoneOffsetFromData.clear();
 145         TimeZoneOffsetFromTokens.clear();
 146
 147         if (TestTimezone.TimezoneStandardCollection.size() > 2){
 148
 149                 DateTimeStartData = TestTimezone.TimezoneStandardCollection[2].DateTimeStartData;
 150                 DateTimeStartTokens = TestTimezone.TimezoneStandardCollection[2].DateTimeStartTokens;
 151
 152         }
 153
 154         if (TestTimezone.TimezoneStandardCollection.size() > 2){
 155
 156                 TimeZoneOffsetToData = TestTimezone.TimezoneStandardCollection[2].TimeZoneOffsetToData;
 157                 TimeZoneOffsetToTokens = TestTimezone.TimezoneStandardCollection[2].TimeZoneOffsetToTokens;
 158
 159         }
 160
 161         if (TestTimezone.TimezoneStandardCollection.size() > 2){
 162
 163                 TimeZoneOffsetFromData = TestTimezone.TimezoneStandardCollection[2].TimeZoneOffsetFromData;
 164                 TimeZoneOffsetFromTokens = TestTimezone.TimezoneStandardCollection[2].TimeZoneOffsetFromTokens;
 165
 166         }
 167
 168         if (TestTimezone.TimezoneStandardCollection.size() > 2 &&
 169                 TestTimezone.TimezoneStandardCollection[2].CommentList.size() > 0){
 170
 171                 CommentList = TestTimezone.TimezoneStandardCollection[2].CommentList[0];
 172                 CommentListAltRep = TestTimezone.TimezoneStandardCollection[2].CommentListAltRep[0];
 173                 CommentListLanguage = TestTimezone.TimezoneStandardCollection[2].CommentListLanguage[0];
 174                 CommentListTokens = TestTimezone.TimezoneStandardCollection[2].CommentListTokens[0];
 175
 176         }
 177
 178         if (TestTimezone.TimezoneStandardCollection.size() > 2 &&
 179                 TestTimezone.TimezoneStandardCollection[2].RecurranceRuleData.size() > 0){
 180
 181                 RecurranceRuleData = TestTimezone.TimezoneStandardCollection[2].RecurranceRuleData;
 182                 RecurranceRuleDataTokens = TestTimezone.TimezoneStandardCollection[2].RecurranceRuleDataTokens;
 183
 184         }
 185
 186         if (TestTimezone.TimezoneStandardCollection.size() > 2 &&
 187                 TestTimezone.TimezoneStandardCollection[2].RecurranceDateData.size() > 0){
 188
 189                 RecurranceDateData = TestTimezone.TimezoneStandardCollection[2].RecurranceDateData[0];
 190                 RecurranceDateValue = TestTimezone.TimezoneStandardCollection[2].RecurranceDateDataValue[0];
 191                 RecurranceDateDataTimeZoneParam = TestTimezone.TimezoneStandardCollection[2].RecurranceDateDataTimeZoneParam[0];
 192                 RecurranceDateDataTokens = TestTimezone.TimezoneStandardCollection[2].RecurranceDateDataTokens[0];
 193
 194         }
 195
 196         if (TestTimezone.TimezoneStandardCollection.size() > 2 &&
 197                 TestTimezone.TimezoneStandardCollection[2].TimeZoneNameData.size() > 0){
 198
 199                 TimeZoneNameData = TestTimezone.TimezoneStandardCollection[2].TimeZoneNameData[0];
 200                 TimeZoneNameLanguage = TestTimezone.TimezoneStandardCollection[2].TimeZoneNameLanguage[0];
 201                 TimeZoneNameTokens = TestTimezone.TimezoneStandardCollection[2].TimeZoneNameTokens[0];
 202
 203         }
 204
 205         if (TestTimezone.TimezoneStandardCollection.size() > 2 &&
 206                 TestTimezone.TimezoneStandardCollection[2].XTokensData.size() > 0){
 207
 208                 XTokensData = TestTimezone.TimezoneStandardCollection[2].XTokensData[0];
 209                 XTokensDataTokens = TestTimezone.TimezoneStandardCollection[2].XTokensDataTokens[0];
 210
 211         }
 212
 213         ASSERT_EQ("20160206T020000", DateTimeStartData);
 214         ASSERT_EQ("MEEP=MOO", DateTimeStartTokens);
 215         ASSERT_EQ("-0400", TimeZoneOffsetToData);
 216         ASSERT_EQ("EXAMPLE=DATA", TimeZoneOffsetToTokens);
 217         ASSERT_EQ("-0500", TimeZoneOffsetFromData);
 218         ASSERT_EQ("LETS=GO", TimeZoneOffsetFromTokens);
 219
 220         ASSERT_EQ("Example timezone comment.", CommentList);
 221         ASSERT_EQ("null:nodata", CommentListAltRep);
 222         ASSERT_EQ("kw", CommentListLanguage);
 223         ASSERT_EQ("YO=YOYOS", CommentListTokens);
 224
 225         ASSERT_EQ("FREQ=DAILY;COUNT=10", RecurranceRuleData);
 226         ASSERT_EQ("YAK=YES", RecurranceRuleDataTokens);
 227
 228         ASSERT_EQ("20160205,20160207,20160216,20160305", RecurranceDateData);
 229         ASSERT_EQ("DATE", RecurranceDateValue);
 230         ASSERT_EQ("Europe/Truro", RecurranceDateDataTimeZoneParam);
 231         ASSERT_EQ("BEEP=BOOP", RecurranceDateDataTokens);
 232
 233         ASSERT_EQ("Example Timezone Name 1", TimeZoneNameData);
 234         ASSERT_EQ("en", TimeZoneNameLanguage);
 235         ASSERT_EQ("NOPE=YES", TimeZoneNameTokens);
 236
 237         ASSERT_EQ("Example Timezone Name 1", TimeZoneNameData);
 238         ASSERT_EQ("en", TimeZoneNameLanguage);
 239
 240         ASSERT_EQ("Meep", XTokensData);
 241         ASSERT_EQ("X-MOO", XTokensDataTokens);
 242
 243         XTokensData.clear();
 244         XTokensDataTokens.clear();
 245
 246         if (TestTimezone.TimezoneStandardCollection.size() > 2 &&
 247                 TestTimezone.TimezoneStandardCollection[2].XTokensData.size() > 1){
 248
 249                 XTokensData = TestTimezone.TimezoneStandardCollection[2].XTokensData[1];
 250                 XTokensDataTokens = TestTimezone.TimezoneStandardCollection[2].XTokensDataTokens[1];
 251
 252         }
 253
 254         ASSERT_EQ("Moop", XTokensData);
 255         ASSERT_EQ("X-MOO", XTokensDataTokens);
 256
 257         XTokensData.clear();
 258         XTokensDataTokens.clear();
 259
 260         if (TestTimezone.TimezoneStandardCollection.size() > 2 &&
 261                 TestTimezone.TimezoneStandardCollection[2].XTokensData.size() > 2){
 262
 263                 XTokensData = TestTimezone.TimezoneStandardCollection[2].XTokensData[2];
 264                 XTokensDataTokens = TestTimezone.TimezoneStandardCollection[2].XTokensDataTokens[2];
 265
 266         }
 267
 268         ASSERT_EQ("Zaap", XTokensData);
 269         ASSERT_EQ("X-MOO;MEEP=YIKES", XTokensDataTokens);
 270
 271         XTokensData.clear();
 272         XTokensDataTokens.clear();
 273
 274         if (TestTimezone.TimezoneStandardCollection.size() > 2 &&
 275                 TestTimezone.TimezoneStandardCollection[2].XTokensData.size() > 3){
 276
 277                 XTokensData = TestTimezone.TimezoneStandardCollection[2].XTokensData[3];
 278                 XTokensDataTokens = TestTimezone.TimezoneStandardCollection[2].XTokensDataTokens[3];
 279
 280         }
 281
 282         ASSERT_EQ("Fork", XTokensData);
 283         ASSERT_EQ("X-ITEM", XTokensDataTokens);
 284
 285         XTokensData.clear();
 286         XTokensDataTokens.clear();
 287
 288         if (TestTimezone.TimezoneStandardCollection.size() > 2 &&
 289                 TestTimezone.TimezoneStandardCollection[2].XTokensData.size() > 4){
 290
 291                 XTokensData = TestTimezone.TimezoneStandardCollection[2].XTokensData[4];
 292                 XTokensDataTokens = TestTimezone.TimezoneStandardCollection[2].XTokensDataTokens[4];
 293
 294         }
 295
 296         ASSERT_EQ("Spoon", XTokensData);
 297         ASSERT_EQ("X-ITEM", XTokensDataTokens);
 298
 299         XTokensData.clear();
 300         XTokensDataTokens.clear();
 301
 302         if (TestTimezone.TimezoneStandardCollection.size() > 2 &&
 303                 TestTimezone.TimezoneStandardCollection[2].XTokensData.size() > 5){
 304
 305                 XTokensData = TestTimezone.TimezoneStandardCollection[2].XTokensData[5];
 306                 XTokensDataTokens = TestTimezone.TimezoneStandardCollection[2].XTokensDataTokens[5];
 307
 308         }
 309
 310         ASSERT_EQ("Knife", XTokensData);
 311         ASSERT_EQ("X-ITEM;DIRTY=NO", XTokensDataTokens);
 312
 313         XTokensData.clear();
 314         XTokensDataTokens.clear();
 315
 316         if (TestTimezone.TimezoneStandardCollection.size() > 2 &&
 317                 TestTimezone.TimezoneStandardCollection[2].XTokensData.size() > 6){
 318
 319                 XTokensData = TestTimezone.TimezoneStandardCollection[2].XTokensData[6];
 320                 XTokensDataTokens = TestTimezone.TimezoneStandardCollection[2].XTokensDataTokens[6];
 321
 322         }
 323
 324         ASSERT_EQ("1", XTokensData);
 325         ASSERT_EQ("X-NOPE", XTokensDataTokens);
 326
 327         XTokensData.clear();
 328         XTokensDataTokens.clear();
 329
 330         if (TestTimezone.TimezoneStandardCollection.size() > 2 &&
 331                 TestTimezone.TimezoneStandardCollection[2].XTokensData.size() > 7){
 332
 333                 XTokensData = TestTimezone.TimezoneStandardCollection[2].XTokensData[7];
 334                 XTokensDataTokens = TestTimezone.TimezoneStandardCollection[2].XTokensDataTokens[7];
 335
 336         }
 337
 338         ASSERT_EQ("2", XTokensData);
 339         ASSERT_EQ("X-NOPE", XTokensDataTokens);
 340
 341         XTokensData.clear();
 342         XTokensDataTokens.clear();
 343
 344         if (TestTimezone.TimezoneStandardCollection.size() > 2 &&
 345                 TestTimezone.TimezoneStandardCollection[2].XTokensData.size() > 8){
 346
 347                 XTokensData = TestTimezone.TimezoneStandardCollection[2].XTokensData[8];
 348                 XTokensDataTokens = TestTimezone.TimezoneStandardCollection[2].XTokensDataTokens[8];
 349
 350         }
 351
 352         ASSERT_EQ("3", XTokensData);
 353         ASSERT_EQ("X-NOPE;LONG=YES", XTokensDataTokens);
 354
 355 }