def _write_revision(self, rev, rev_tree, base_rev, base_tree,
explicit_base, force_binary):
"""Write out the information for a revision."""
def w(key, value):
self._write(key, value, indent=1)
w('message', rev.message.split('\n'))
w('committer', rev.committer)
w('date', format_highres_date(rev.timestamp, rev.timezone))
self.to_file.write('\n')
self._write_delta(rev_tree, base_tree, rev.revision_id, force_binary)
w('revision id', rev.revision_id)
w('sha1', self._testament_sha1(rev.revision_id))
w('inventory sha1', rev.inventory_sha1)
if rev.parent_ids:
w('parent ids', rev.parent_ids)
if explicit_base:
w('base id', base_rev)
if rev.properties:
self._write('properties', None, indent=1)
for name, value in sorted(rev.properties.items()):
self._write(name,
value,
indent=3,
trailing_space_when_empty=True)
# Add an extra blank space at the end
self.to_file.write('\n')
def _write_revision(self, rev, rev_tree, base_rev, base_tree,
explicit_base, force_binary):
"""Write out the information for a revision."""
def w(key, value):
self._write(key, value, indent=1)
w('message', rev.message.split('\n'))
w('committer', rev.committer)
w('date', format_highres_date(rev.timestamp, rev.timezone))
self.to_file.write('\n')
self._write_delta(rev_tree, base_tree, rev.revision_id, force_binary)
w('revision id', rev.revision_id)
w('sha1', self._testament_sha1(rev.revision_id))
w('inventory sha1', rev.inventory_sha1)
if rev.parent_ids:
w('parent ids', rev.parent_ids)
if explicit_base:
w('base id', base_rev)
if rev.properties:
self._write('properties', None, indent=1)
for name, value in sorted(rev.properties.items()):
self._write(name, value, indent=3,
trailing_space_when_empty=True)
# Add an extra blank space at the end
self.to_file.write('\n')
def test_random(self):
t = time.time()
o = local_time_offset()
t2, o2 = timestamp.unpack_highres_date(timestamp.format_highres_date(t, o))
self.assertEquals(t, t2)
self.assertEquals(o, o2)
t -= 24*3600*365*2 # Start 2 years ago
o = -12*3600
for count in xrange(500):
t += random.random()*24*3600*30
o = ((o/3600 + 13) % 25 - 12)*3600 # Add 1 wrap around from [-12, 12]
date = timestamp.format_highres_date(t, o)
t2, o2 = timestamp.unpack_highres_date(date)
self.assertEquals(t, t2,
'Failed on date %r, %s,%s diff:%s' % (date, t, o, t2-t))
self.assertEquals(o, o2,
'Failed on date %r, %s,%s diff:%s' % (date, t, o, t2-t))
def from_revision(revision):
revision_info = RevisionInfo(revision.revision_id)
date = timestamp.format_highres_date(revision.timestamp,
revision.timezone)
revision_info.date = date
revision_info.timezone = revision.timezone
revision_info.timestamp = revision.timestamp
revision_info.message = revision.message.split('\n')
revision_info.properties = [': '.join(p) for p in
revision.properties.iteritems()]
return revision_info
def test_random(self):
t = time.time()
o = local_time_offset()
t2, o2 = timestamp.unpack_highres_date(
timestamp.format_highres_date(t, o))
self.assertEqual(t, t2)
self.assertEqual(o, o2)
t -= 24 * 3600 * 365 * 2 # Start 2 years ago
o = -12 * 3600
for count in xrange(500):
t += random.random() * 24 * 3600 * 30
o = ((o / 3600 + 13) % 25 -
12) * 3600 # Add 1 wrap around from [-12, 12]
date = timestamp.format_highres_date(t, o)
t2, o2 = timestamp.unpack_highres_date(date)
self.assertEqual(
t, t2,
'Failed on date %r, %s,%s diff:%s' % (date, t, o, t2 - t))
self.assertEqual(
o, o2,
'Failed on date %r, %s,%s diff:%s' % (date, t, o, t2 - t))
def from_revision(revision):
revision_info = RevisionInfo(revision.revision_id)
date = timestamp.format_highres_date(revision.timestamp,
revision.timezone)
revision_info.date = date
revision_info.timezone = revision.timezone
revision_info.timestamp = revision.timestamp
revision_info.message = revision.message.split('\n')
revision_info.properties = [
': '.join(p) for p in revision.properties.iteritems()
]
return revision_info