def __call__(self, args):
"""
Execute command for copying dives into logbook file.
"""
import kenozooid.logbook as kl
r, f = args.input
kl.copy_dives(f, r, args.dives, args.logbook)
def test_dive_copy_with_no_gases(self):
"""
Test copying dives having no gas data
"""
fl = '{}/dive_copy_logbook.uddf'.format(self.tdir)
kl.copy_dives([self.fin], ['2'], None, fl)
nodes = ku.find(fl, '//uddf:dive')
dn = next(nodes)
self.assertEquals([], list(ku.xp(dn, './/uddf:switchmix/@ref')))
def test_dive_copy_existing(self):
"""
Test copying existing dive
"""
fl = '{}/dive_copy_logbook.uddf'.format(self.tdir)
kl.copy_dives([self.fin], ['1'], None, fl)
kl.copy_dives([self.fin], ['1'], None, fl) # try to duplicate
nodes = ku.find(fl, '//uddf:dive')
dn = next(nodes)
self.assertTrue(next(nodes, None) is None)
def test_dive_copy_with_gases(self):
"""
Test dive copying with gas data
"""
fl = '{}/dive_copy_logbook.uddf'.format(self.tdir)
kl.copy_dives([self.fin], ['1'], None, fl)
nodes = ku.find(fl, '//uddf:dive')
dn = next(nodes)
self.assertEquals(('air', 'ean39'),
tuple(ku.xp(dn, './/uddf:switchmix/@ref')))
def test_dive_copy_gases_retain(self):
"""
Test copying dives with no gas data to existing logbook
"""
fl = '{}/dive_copy_logbook.uddf'.format(self.tdir)
kl.copy_dives([self.fin], ['1'], None, fl) # copy gases in
kl.copy_dives([self.fin], ['2'], None, fl) # copy no gases
nodes = ku.find(fl, '//uddf:dive')
dn = next(nodes) # 1st dive shall have gases
self.assertEquals(('air', 'ean39'),
tuple(ku.xp(dn, './/uddf:switchmix/@ref')))
# gas definition section shall be intact
nodes = ku.find(fl, '//uddf:gasdefinitions')
self.assertTrue(next(nodes) is not None)
def test_dive_copy(self):
"""
Test copying dive
"""
fl = '{}/dive_copy_logbook.uddf'.format(self.tdir)
kl.copy_dives([self.fin], ['1'], None, fl)
nodes = ku.find(fl, '//uddf:dive')
dn = next(nodes)
self.assertTrue(next(nodes, None) is None)
self.assertEquals('2009-09-19T13:10:23',
ku.xp_first(dn, './/uddf:datetime/text()'))
self.assertEquals('30.2',
ku.xp_first(dn, './/uddf:greatestdepth/text()'))
self.assertEquals('20', ku.xp_first(dn, './/uddf:diveduration/text()'))