[PATCH 4/4] Create test case for DivingLog SQLite import
Miika Turkia
miika.turkia at gmail.com
Fri Jul 24 09:53:22 PDT 2015
Signed-off-by: Miika Turkia <miika.turkia at gmail.com>
---
dives/test40-42.xml | 714 ++++++++++++++++++++++++++++++++++++++++++++++++++++
tests/testparse.cpp | 15 ++
tests/testparse.h | 1 +
3 files changed, 730 insertions(+)
diff --git a/dives/test40-42.xml b/dives/test40-42.xml
index 79ffaa0..6cf9b4d 100644
--- a/dives/test40-42.xml
+++ b/dives/test40-42.xml
@@ -2,6 +2,7 @@
<settings>
</settings>
<divesites>
+<site uuid='deadbeef' name='Suomi - - Hälvälä'/>
</divesites>
<dives>
<dive number='1' date='2013-10-01' time='10:34:00' duration='45:00 min'>
@@ -32,6 +33,719 @@
<depth max='24.9 m' mean='20.1 m' />
</divecomputer>
</dive>
+<dive number='417' divesiteid='deadbeef' date='2015-05-23' time='13:23:00' duration='100:00 min'>
+ <notes>{\rtf1\ansi\ansicpg1252\deff0\deflang1035{\fonttbl{\f0\fnil\fcharset0 Microsoft Sans Serif;}}
+\viewkind4\uc1\pard\f0\fs17\par
+}</notes>
+ <cylinder o2='50.0%' he='6.0%' />
+ <cylinder o2='16.0%' he='55.0%' />
+ <cylinder o2='25.0%' he='26.0%' />
+ <cylinder o2='16.0%' he='55.0%' />
+ <cylinder o2='25.0%' he='26.0%' />
+ <cylinder o2='50.0%' he='6.0%' />
+ <cylinder o2='100.0%' />
+ <divetemperature air='11.0 C'/>
+ <divecomputer model='OSTC' dctype='CCR'>
+ <depth max='81.5 m' mean='22.379 m' />
+ <temperature water='5.0 C' />
+ <event time='0:00 min' type='25' value='393266' name='gaschange' />
+ <event time='10:30 min' type='25' value='3604496' name='gaschange' />
+ <event time='15:50 min' type='25' value='1703961' name='gaschange' />
+ <event time='19:20 min' type='25' value='3604496' name='gaschange' />
+ <event time='40:10 min' type='25' value='1703961' name='gaschange' />
+ <event time='49:20 min' type='25' value='393266' name='gaschange' />
+ <event time='72:00 min' type='11' value='100' name='gaschange' />
+ <sample time='0:00 min' depth='2.68 m' temp='11.0 C' ndl='240:00 min' />
+ <sample time='0:10 min' depth='3.46 m' />
+ <sample time='0:20 min' depth='4.17 m' />
+ <sample time='0:30 min' depth='3.74 m' />
+ <sample time='0:40 min' depth='3.44 m' />
+ <sample time='0:50 min' depth='3.9 m' />
+ <sample time='1:00 min' depth='4.57 m' />
+ <sample time='1:10 min' depth='4.84 m' />
+ <sample time='1:20 min' depth='5.78 m' />
+ <sample time='1:30 min' depth='6.5 m' />
+ <sample time='1:40 min' depth='7.19 m' />
+ <sample time='1:50 min' depth='7.66 m' temp='10.0 C' />
+ <sample time='2:00 min' depth='7.73 m' />
+ <sample time='2:10 min' depth='7.9 m' />
+ <sample time='2:20 min' depth='7.8 m' />
+ <sample time='2:30 min' depth='7.68 m' />
+ <sample time='2:40 min' depth='7.31 m' />
+ <sample time='2:50 min' depth='7.35 m' temp='9.0 C' />
+ <sample time='3:00 min' depth='7.59 m' />
+ <sample time='3:10 min' depth='7.84 m' />
+ <sample time='3:20 min' depth='8.08 m' />
+ <sample time='3:30 min' depth='8.24 m' />
+ <sample time='3:40 min' depth='8.44 m' />
+ <sample time='3:50 min' depth='8.51 m' cns='1%' />
+ <sample time='4:00 min' depth='8.71 m' />
+ <sample time='4:10 min' depth='9.23 m' />
+ <sample time='4:20 min' depth='9.57 m' />
+ <sample time='4:30 min' depth='9.95 m' />
+ <sample time='4:40 min' depth='9.96 m' />
+ <sample time='4:50 min' depth='9.92 m' temp='8.0 C' />
+ <sample time='5:00 min' depth='10.0 m' />
+ <sample time='5:10 min' depth='10.35 m' />
+ <sample time='5:20 min' depth='10.43 m' />
+ <sample time='5:30 min' depth='10.57 m' />
+ <sample time='5:40 min' depth='10.76 m' />
+ <sample time='5:50 min' depth='11.45 m' cns='2%' />
+ <sample time='6:00 min' depth='11.7 m' />
+ <sample time='6:10 min' depth='11.84 m' />
+ <sample time='6:20 min' depth='11.95 m' />
+ <sample time='6:30 min' depth='12.47 m' />
+ <sample time='6:40 min' depth='12.66 m' />
+ <sample time='6:50 min' depth='13.01 m' />
+ <sample time='7:00 min' depth='13.09 m' />
+ <sample time='7:10 min' depth='13.52 m' />
+ <sample time='7:20 min' depth='14.08 m' />
+ <sample time='7:30 min' depth='14.32 m' />
+ <sample time='7:40 min' depth='15.0 m' />
+ <sample time='7:50 min' depth='15.15 m' temp='7.0 C' />
+ <sample time='8:00 min' depth='15.7 m' />
+ <sample time='8:10 min' depth='15.47 m' />
+ <sample time='8:20 min' depth='16.18 m' />
+ <sample time='8:30 min' depth='16.61 m' />
+ <sample time='8:40 min' depth='17.09 m' />
+ <sample time='8:50 min' depth='17.75 m' />
+ <sample time='9:00 min' depth='18.21 m' />
+ <sample time='9:10 min' depth='18.65 m' />
+ <sample time='9:20 min' depth='19.03 m' />
+ <sample time='9:30 min' depth='19.31 m' />
+ <sample time='9:40 min' depth='19.88 m' />
+ <sample time='9:50 min' depth='19.84 m' temp='6.0 C' cns='4%' />
+ <sample time='10:00 min' depth='20.19 m' />
+ <sample time='10:10 min' depth='20.63 m' />
+ <sample time='10:20 min' depth='21.17 m' />
+ <sample time='10:30 min' depth='21.48 m' />
+ <sample time='10:40 min' depth='21.66 m' />
+ <sample time='10:50 min' depth='21.87 m' ndl='10:00 min' />
+ <sample time='11:00 min' depth='22.01 m' />
+ <sample time='11:10 min' depth='22.06 m' />
+ <sample time='11:20 min' depth='21.9 m' />
+ <sample time='11:30 min' depth='22.16 m' />
+ <sample time='11:40 min' depth='22.26 m' />
+ <sample time='11:50 min' depth='22.75 m' temp='5.0 C' ndl='9:00 min' />
+ <sample time='12:00 min' depth='22.41 m' />
+ <sample time='12:10 min' depth='22.4 m' />
+ <sample time='12:20 min' depth='22.41 m' />
+ <sample time='12:30 min' depth='22.2 m' />
+ <sample time='12:40 min' depth='22.4 m' />
+ <sample time='12:50 min' depth='22.7 m' ndl='8:00 min' />
+ <sample time='13:00 min' depth='22.93 m' />
+ <sample time='13:10 min' depth='22.56 m' />
+ <sample time='13:20 min' depth='22.69 m' />
+ <sample time='13:30 min' depth='23.0 m' />
+ <sample time='13:40 min' depth='23.7 m' />
+ <sample time='13:50 min' depth='23.51 m' ndl='6:00 min' cns='5%' />
+ <sample time='14:00 min' depth='23.1 m' />
+ <sample time='14:10 min' depth='23.33 m' />
+ <sample time='14:20 min' depth='22.58 m' />
+ <sample time='14:30 min' depth='22.04 m' />
+ <sample time='14:40 min' depth='22.36 m' />
+ <sample time='14:50 min' depth='22.21 m' />
+ <sample time='15:00 min' depth='21.95 m' />
+ <sample time='15:10 min' depth='21.3 m' />
+ <sample time='15:20 min' depth='21.26 m' />
+ <sample time='15:30 min' depth='21.14 m' />
+ <sample time='15:40 min' depth='21.21 m' />
+ <sample time='15:50 min' depth='21.66 m' ndl='18:00 min' />
+ <sample time='16:00 min' depth='22.33 m' />
+ <sample time='16:10 min' depth='22.39 m' />
+ <sample time='16:20 min' depth='22.62 m' />
+ <sample time='16:30 min' depth='22.96 m' />
+ <sample time='16:40 min' depth='23.97 m' />
+ <sample time='16:50 min' depth='24.88 m' ndl='11:00 min' />
+ <sample time='17:00 min' depth='25.78 m' />
+ <sample time='17:10 min' depth='26.66 m' />
+ <sample time='17:20 min' depth='27.43 m' />
+ <sample time='17:30 min' depth='27.81 m' />
+ <sample time='17:40 min' depth='28.32 m' />
+ <sample time='17:50 min' depth='29.01 m' ndl='6:00 min' />
+ <sample time='18:00 min' depth='29.63 m' />
+ <sample time='18:10 min' depth='30.61 m' />
+ <sample time='18:20 min' depth='31.92 m' />
+ <sample time='18:30 min' depth='33.94 m' />
+ <sample time='18:40 min' depth='36.17 m' />
+ <sample time='18:50 min' depth='37.79 m' ndl='3:00 min' />
+ <sample time='19:00 min' depth='38.85 m' />
+ <sample time='19:10 min' depth='39.56 m' />
+ <sample time='19:20 min' depth='40.67 m' />
+ <sample time='19:30 min' depth='41.84 m' />
+ <sample time='19:40 min' depth='42.95 m' />
+ <sample time='19:50 min' depth='44.55 m' ndl='0:00 min' in_deco='1' stoptime='1:00 min' stopdepth='3.0 m' cns='6%' />
+ <sample time='20:00 min' depth='46.24 m' />
+ <sample time='20:10 min' depth='47.53 m' />
+ <sample time='20:20 min' depth='49.53 m' />
+ <sample time='20:30 min' depth='50.56 m' />
+ <sample time='20:40 min' depth='52.49 m' />
+ <sample time='20:50 min' depth='53.64 m' stopdepth='15.0 m' />
+ <sample time='21:00 min' depth='54.95 m' />
+ <sample time='21:10 min' depth='57.28 m' />
+ <sample time='21:20 min' depth='58.94 m' />
+ <sample time='21:30 min' depth='61.03 m' />
+ <sample time='21:40 min' depth='62.84 m' />
+ <sample time='21:50 min' depth='64.2 m' stopdepth='21.0 m' cns='7%' />
+ <sample time='22:00 min' depth='66.32 m' />
+ <sample time='22:10 min' depth='68.55 m' />
+ <sample time='22:20 min' depth='70.44 m' />
+ <sample time='22:30 min' depth='71.79 m' />
+ <sample time='22:40 min' depth='73.4 m' />
+ <sample time='22:50 min' depth='75.13 m' stopdepth='24.0 m' />
+ <sample time='23:00 min' depth='76.46 m' />
+ <sample time='23:10 min' depth='78.25 m' />
+ <sample time='23:20 min' depth='79.35 m' />
+ <sample time='23:30 min' depth='79.4 m' />
+ <sample time='23:40 min' depth='79.48 m' />
+ <sample time='23:50 min' depth='79.57 m' stopdepth='27.0 m' cns='8%' />
+ <sample time='24:00 min' depth='78.89 m' />
+ <sample time='24:10 min' depth='78.34 m' />
+ <sample time='24:20 min' depth='78.09 m' />
+ <sample time='24:30 min' depth='78.2 m' />
+ <sample time='24:40 min' depth='78.39 m' />
+ <sample time='24:50 min' depth='78.66 m' stopdepth='30.0 m' />
+ <sample time='25:00 min' depth='78.75 m' />
+ <sample time='25:10 min' depth='78.92 m' />
+ <sample time='25:20 min' depth='78.73 m' />
+ <sample time='25:30 min' depth='78.29 m' />
+ <sample time='25:40 min' depth='78.04 m' />
+ <sample time='25:50 min' depth='78.15 m' cns='9%' />
+ <sample time='26:00 min' depth='78.49 m' />
+ <sample time='26:10 min' depth='78.46 m' />
+ <sample time='26:20 min' depth='78.21 m' />
+ <sample time='26:30 min' depth='78.15 m' />
+ <sample time='26:40 min' depth='78.27 m' />
+ <sample time='26:50 min' depth='78.07 m' stopdepth='33.0 m' />
+ <sample time='27:00 min' depth='77.94 m' />
+ <sample time='27:10 min' depth='78.03 m' />
+ <sample time='27:20 min' depth='78.24 m' />
+ <sample time='27:30 min' depth='78.26 m' />
+ <sample time='27:40 min' depth='78.34 m' />
+ <sample time='27:50 min' depth='78.28 m' cns='10%' />
+ <sample time='28:00 min' depth='78.34 m' />
+ <sample time='28:10 min' depth='78.44 m' />
+ <sample time='28:20 min' depth='78.35 m' />
+ <sample time='28:30 min' depth='78.45 m' />
+ <sample time='28:40 min' depth='78.18 m' />
+ <sample time='28:50 min' depth='77.78 m' stopdepth='36.0 m' />
+ <sample time='29:00 min' depth='77.78 m' />
+ <sample time='29:10 min' depth='76.76 m' />
+ <sample time='29:20 min' depth='75.75 m' />
+ <sample time='29:30 min' depth='74.95 m' />
+ <sample time='29:40 min' depth='74.33 m' />
+ <sample time='29:50 min' depth='74.1 m' cns='12%' />
+ <sample time='30:00 min' depth='73.76 m' />
+ <sample time='30:10 min' depth='73.1 m' />
+ <sample time='30:20 min' depth='71.91 m' />
+ <sample time='30:30 min' depth='70.79 m' />
+ <sample time='30:40 min' depth='69.68 m' />
+ <sample time='30:50 min' depth='69.23 m' />
+ <sample time='31:00 min' depth='68.51 m' />
+ <sample time='31:10 min' depth='68.6 m' />
+ <sample time='31:20 min' depth='68.43 m' />
+ <sample time='31:30 min' depth='67.49 m' />
+ <sample time='31:40 min' depth='66.86 m' />
+ <sample time='31:50 min' depth='65.99 m' cns='13%' />
+ <sample time='32:00 min' depth='65.48 m' />
+ <sample time='32:10 min' depth='65.02 m' />
+ <sample time='32:20 min' depth='64.73 m' />
+ <sample time='32:30 min' depth='64.54 m' />
+ <sample time='32:40 min' depth='63.49 m' />
+ <sample time='32:50 min' depth='62.18 m' />
+ <sample time='33:00 min' depth='61.19 m' />
+ <sample time='33:10 min' depth='60.9 m' />
+ <sample time='33:20 min' depth='60.05 m' />
+ <sample time='33:30 min' depth='58.42 m' />
+ <sample time='33:40 min' depth='58.14 m' />
+ <sample time='33:50 min' depth='56.7 m' cns='14%' />
+ <sample time='34:00 min' depth='56.22 m' />
+ <sample time='34:10 min' depth='55.46 m' />
+ <sample time='34:20 min' depth='55.09 m' />
+ <sample time='34:30 min' depth='54.36 m' />
+ <sample time='34:40 min' depth='53.51 m' />
+ <sample time='34:50 min' depth='52.79 m' />
+ <sample time='35:00 min' depth='51.86 m' />
+ <sample time='35:10 min' depth='51.22 m' />
+ <sample time='35:20 min' depth='50.37 m' />
+ <sample time='35:30 min' depth='49.57 m' />
+ <sample time='35:40 min' depth='48.71 m' />
+ <sample time='35:50 min' depth='47.76 m' />
+ <sample time='36:00 min' depth='47.4 m' />
+ <sample time='36:10 min' depth='47.14 m' />
+ <sample time='36:20 min' depth='46.89 m' />
+ <sample time='36:30 min' depth='46.17 m' />
+ <sample time='36:40 min' depth='45.25 m' />
+ <sample time='36:50 min' depth='44.97 m' />
+ <sample time='37:00 min' depth='44.06 m' />
+ <sample time='37:10 min' depth='43.26 m' />
+ <sample time='37:20 min' depth='42.15 m' />
+ <sample time='37:30 min' depth='41.4 m' />
+ <sample time='37:40 min' depth='40.29 m' />
+ <sample time='37:50 min' depth='39.63 m' cns='15%' />
+ <sample time='38:00 min' depth='39.01 m' />
+ <sample time='38:10 min' depth='38.03 m' />
+ <sample time='38:20 min' depth='36.79 m' />
+ <sample time='38:30 min' depth='36.08 m' />
+ <sample time='38:40 min' depth='35.56 m' />
+ <sample time='38:50 min' depth='34.84 m' stopdepth='33.0 m' />
+ <sample time='39:00 min' depth='33.65 m' />
+ <sample time='39:10 min' depth='32.74 m' />
+ <sample time='39:20 min' depth='31.82 m' />
+ <sample time='39:30 min' depth='31.77 m' />
+ <sample time='39:40 min' depth='31.52 m' />
+ <sample time='39:50 min' depth='31.04 m' stoptime='2:00 min' stopdepth='30.0 m' />
+ <sample time='40:00 min' depth='30.74 m' />
+ <sample time='40:10 min' depth='30.54 m' />
+ <sample time='40:20 min' depth='30.41 m' />
+ <sample time='40:30 min' depth='30.5 m' />
+ <sample time='40:40 min' depth='29.69 m' />
+ <sample time='40:50 min' depth='29.01 m' stoptime='1:00 min' />
+ <sample time='41:00 min' depth='28.62 m' />
+ <sample time='41:10 min' depth='28.33 m' />
+ <sample time='41:20 min' depth='27.86 m' />
+ <sample time='41:30 min' depth='27.68 m' />
+ <sample time='41:40 min' depth='27.38 m' />
+ <sample time='41:50 min' depth='26.92 m' stopdepth='27.0 m' cns='16%' />
+ <sample time='42:00 min' depth='26.64 m' />
+ <sample time='42:10 min' depth='26.45 m' />
+ <sample time='42:20 min' depth='26.05 m' />
+ <sample time='42:30 min' depth='25.83 m' />
+ <sample time='42:40 min' depth='24.63 m' />
+ <sample time='42:50 min' depth='24.53 m' stopdepth='24.0 m' />
+ <sample time='43:00 min' depth='24.17 m' />
+ <sample time='43:10 min' depth='23.85 m' />
+ <sample time='43:20 min' depth='23.85 m' />
+ <sample time='43:30 min' depth='23.7 m' />
+ <sample time='43:40 min' depth='23.72 m' />
+ <sample time='43:50 min' depth='23.56 m' stoptime='2:00 min' stopdepth='21.0 m' />
+ <sample time='44:00 min' depth='23.41 m' />
+ <sample time='44:10 min' depth='23.14 m' />
+ <sample time='44:20 min' depth='23.04 m' />
+ <sample time='44:30 min' depth='22.78 m' />
+ <sample time='44:40 min' depth='22.37 m' />
+ <sample time='44:50 min' depth='22.51 m' stoptime='1:00 min' />
+ <sample time='45:00 min' depth='22.71 m' />
+ <sample time='45:10 min' depth='22.43 m' />
+ <sample time='45:20 min' depth='22.59 m' />
+ <sample time='45:30 min' depth='22.66 m' />
+ <sample time='45:40 min' depth='22.69 m' />
+ <sample time='45:50 min' depth='22.52 m' cns='17%' />
+ <sample time='46:00 min' depth='22.43 m' />
+ <sample time='46:10 min' depth='22.68 m' />
+ <sample time='46:20 min' depth='22.5 m' />
+ <sample time='46:30 min' depth='22.13 m' />
+ <sample time='46:40 min' depth='22.17 m' />
+ <sample time='46:50 min' depth='21.97 m' stoptime='2:00 min' stopdepth='18.0 m' />
+ <sample time='47:00 min' depth='21.84 m' />
+ <sample time='47:10 min' depth='21.85 m' />
+ <sample time='47:20 min' depth='21.67 m' />
+ <sample time='47:30 min' depth='21.49 m' />
+ <sample time='47:40 min' depth='21.48 m' />
+ <sample time='47:50 min' depth='21.46 m' stoptime='1:00 min' />
+ <sample time='48:00 min' depth='21.19 m' />
+ <sample time='48:10 min' depth='20.98 m' />
+ <sample time='48:20 min' depth='20.88 m' />
+ <sample time='48:30 min' depth='20.76 m' />
+ <sample time='48:40 min' depth='20.81 m' />
+ <sample time='48:50 min' depth='20.74 m' />
+ <sample time='49:00 min' depth='20.5 m' />
+ <sample time='49:10 min' depth='20.48 m' />
+ <sample time='49:20 min' depth='20.42 m' />
+ <sample time='49:30 min' depth='20.25 m' />
+ <sample time='49:40 min' depth='20.55 m' />
+ <sample time='49:50 min' depth='20.82 m' stoptime='3:00 min' stopdepth='15.0 m' cns='18%' />
+ <sample time='50:00 min' depth='20.76 m' />
+ <sample time='50:10 min' depth='20.66 m' />
+ <sample time='50:20 min' depth='20.64 m' />
+ <sample time='50:30 min' depth='20.22 m' />
+ <sample time='50:40 min' depth='20.56 m' />
+ <sample time='50:50 min' depth='20.5 m' stoptime='2:00 min' />
+ <sample time='51:00 min' depth='20.27 m' />
+ <sample time='51:10 min' depth='20.12 m' />
+ <sample time='51:20 min' depth='20.2 m' />
+ <sample time='51:30 min' depth='20.27 m' />
+ <sample time='51:40 min' depth='20.22 m' />
+ <sample time='51:50 min' depth='20.64 m' stoptime='1:00 min' cns='19%' />
+ <sample time='52:00 min' depth='20.75 m' />
+ <sample time='52:10 min' depth='20.5 m' />
+ <sample time='52:20 min' depth='20.31 m' />
+ <sample time='52:30 min' depth='20.08 m' />
+ <sample time='52:40 min' depth='19.85 m' />
+ <sample time='52:50 min' depth='19.54 m' stoptime='5:00 min' stopdepth='12.0 m' />
+ <sample time='53:00 min' depth='18.96 m' />
+ <sample time='53:10 min' depth='18.89 m' />
+ <sample time='53:20 min' depth='18.66 m' />
+ <sample time='53:30 min' depth='17.98 m' />
+ <sample time='53:40 min' depth='17.9 m' />
+ <sample time='53:50 min' depth='17.35 m' stoptime='4:00 min' cns='21%' />
+ <sample time='54:00 min' depth='17.29 m' />
+ <sample time='54:10 min' depth='16.96 m' />
+ <sample time='54:20 min' depth='15.98 m' />
+ <sample time='54:30 min' depth='15.97 m' />
+ <sample time='54:40 min' depth='15.57 m' />
+ <sample time='54:50 min' depth='15.9 m' stoptime='3:00 min' />
+ <sample time='55:00 min' depth='16.09 m' />
+ <sample time='55:10 min' depth='15.59 m' />
+ <sample time='55:20 min' depth='15.54 m' />
+ <sample time='55:30 min' depth='14.99 m' />
+ <sample time='55:40 min' depth='14.76 m' />
+ <sample time='55:50 min' depth='14.54 m' stoptime='2:00 min' cns='22%' />
+ <sample time='56:00 min' depth='13.85 m' />
+ <sample time='56:10 min' depth='13.54 m' />
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+ <sample time='110:10 min' depth='0.0 m' />
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+ <sample time='110:30 min' depth='0.0 m' />
+ <sample time='110:40 min' depth='0.0 m' />
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+ <sample time='111:00 min' depth='0.0 m' />
+ <sample time='111:10 min' depth='0.0 m' />
+ <sample time='111:20 min' depth='0.0 m' />
+ <sample time='111:30 min' depth='0.0 m' />
+ <sample time='111:40 min' depth='0.0 m' />
+ <sample time='111:50 min' depth='0.0 m' temp='11.0 C' cns='54%' />
+ <sample time='112:00 min' depth='0.0 m' />
+ <sample time='112:10 min' depth='0.0 m' />
+ <sample time='112:20 min' depth='0.0 m' />
+ <sample time='112:30 min' depth='0.0 m' />
+ <sample time='112:40 min' depth='0.0 m' />
+ <sample time='112:50 min' depth='0.0 m' />
+ <sample time='113:00 min' depth='0.0 m' />
+ <sample time='113:10 min' depth='0.0 m' />
+ <sample time='113:20 min' depth='0.0 m' />
+ <sample time='113:30 min' depth='0.0 m' />
+ <sample time='113:40 min' depth='0.0 m' />
+ <sample time='113:50 min' depth='0.0 m' />
+ <sample time='114:00 min' depth='0.0 m' />
+ <sample time='114:10 min' depth='0.0 m' />
+ <sample time='114:20 min' depth='0.0 m' />
+ <sample time='114:30 min' depth='0.0 m' />
+ <sample time='114:40 min' depth='0.0 m' />
+ </divecomputer>
+</dive>
<dive number='1' date='2014-04-01' time='10:00:00' duration='77:54 min'>
<notes>CCR dive</notes>
<cylinder size='2.0 l' workpressure='232.0 bar' description='Oxy2' o2='100.0%' start='190.0 bar' end='130.0 bar' use='oxygen' />
diff --git a/tests/testparse.cpp b/tests/testparse.cpp
index 7b6efa1..2bedc88 100644
--- a/tests/testparse.cpp
+++ b/tests/testparse.cpp
@@ -1,5 +1,6 @@
#include "testparse.h"
#include "dive.h"
+#include "file.h"
#include <QTextStream>
void TestParse::testParseCSV()
@@ -18,6 +19,20 @@ void TestParse::testParseCSV()
fprintf(stderr, "number of dives %d \n", dive_table.nr);
}
+void TestParse::testParseDivingLog()
+{
+ // Parsing of DivingLog import from SQLite database
+ sqlite3 *handle;
+
+ struct dive_site *ds = alloc_dive_site(0xdeadbeef);
+ ds->name = copy_string("Suomi - - Hälvälä");
+
+ QCOMPARE(sqlite3_open(SUBSURFACE_SOURCE "/dives/TestDivingLog4.1.1.sql", &handle), 0);
+ QCOMPARE(parse_divinglog_buffer(handle, 0, 0, 0, &dive_table), 0);
+
+ sqlite3_close(handle);
+}
+
void TestParse::testParseV2NoQuestion()
{
// parsing of a V2 file should work
diff --git a/tests/testparse.h b/tests/testparse.h
index 2e24ec8..5e1dc03 100644
--- a/tests/testparse.h
+++ b/tests/testparse.h
@@ -7,6 +7,7 @@ class TestParse : public QObject{
Q_OBJECT
private slots:
void testParseCSV();
+ void testParseDivingLog();
void testParseV2NoQuestion();
void testParseV3();
void testParseCompareOutput();
--
2.1.4
More information about the subsurface
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