def test_delta_show_long_status_single_file_filter(self):
d, long_status, short_status = self._get_delta()
out = StringIO()
def only_f2(path, file_id):
return path == 'f2'
_mod_delta.report_delta(out, d, short_status=False, filter=only_f2)
self.assertEqual("added:\n f2\n", out.getvalue())
def test_delta_show_short_status_single_file_id_filter(self):
d, long_status, short_status = self._get_delta()
out = StringIO()
def only_f2_id(path, file_id):
return file_id == 'f2-id'
_mod_delta.report_delta(out, d, short_status=True, filter=only_f2_id)
self.assertEqual("A f2\n", out.getvalue())
def test_delta_show_short_status_single_file_id_filter(self):
d, long_status, short_status = self._get_delta()
out = StringIO()
def only_f2_id(path, file_id):
return file_id == 'f2-id'
_mod_delta.report_delta(out, d, short_status=True, filter=only_f2_id)
self.assertEquals("A f2\n", out.getvalue())
def test_delta_show_no_filter(self):
d, long_status, short_status = self._get_delta()
out = StringIO()
def not_a_filter(path, file_id):
return True
_mod_delta.report_delta(out, d, short_status=True, filter=not_a_filter)
self.assertEqual(short_status, out.getvalue())
def test_delta_show_long_status_single_file_filter(self):
d, long_status, short_status = self._get_delta()
out = StringIO()
def only_f2(path, file_id):
return path == 'f2'
_mod_delta.report_delta(out, d, short_status=False, filter=only_f2)
self.assertEquals("added:\n f2\n", out.getvalue())
def test_delta_show_no_filter(self):
d, long_status, short_status = self._get_delta()
out = StringIO()
def not_a_filter(path, file_id):
return True
_mod_delta.report_delta(out, d, short_status=True, filter=not_a_filter)
self.assertEquals(short_status, out.getvalue())
def test_delta_show_long_status_no_filter(self):
d, long_status, short_status = self._get_delta()
out = StringIO()
_mod_delta.report_delta(out, d, short_status=False)
self.assertEqual(long_status, out.getvalue())
def show_string(self, delta, *args, **kwargs):
to_file = StringIO()
_mod_delta.report_delta(to_file, delta, *args, **kwargs)
return to_file.getvalue()
def log_revision(self, revision):
# We need two indents: one per depth and one for the information
# relative to that indent. Most mainline revnos are 5 chars or
# less while dotted revnos are typically 11 chars or less. Once
# calculated, we need to remember the offset for a given depth
# as we might be starting from a dotted revno in the first column
# and we want subsequent mainline revisions to line up.
depth = revision.merge_depth
indent = " " * depth
global logvar
revno_width = self.revno_width_by_depth.get(depth)
if revno_width is None:
if revision.revno is None or revision.revno.find(".") == -1:
# mainline revno, e.g. 12345
revno_width = 5
else:
# dotted revno, e.g. 12345.10.55
revno_width = 11
self.revno_width_by_depth[depth] = revno_width
offset = " " * (revno_width + 1)
to_file = self.to_file
tags = ""
if revision.tags:
tags = " {%s}" % (", ".join(revision.tags))
logvar += '<div id="%s" class="revision">' % revision.revno
logvar += '<div class="revdate">%s</div>' % format_date(
revision.rev.timestamp,
revision.rev.timezone or 0,
self.show_timezone,
date_fmt="%Y-%m-%d",
show_offset=False,
)
logvar += '<div class="revbody">'
logvar += '<p class="revinfo">%s committed revision <span class="hl">%s</span> %s</p>' % (
self.short_author(revision.rev),
revision.revno or "",
self.merge_marker(revision),
)
if tags != "":
logvar += '<p class="tags">%s</p>' % tags
self.show_properties(revision.rev, indent + offset)
if self.show_ids or revision.revno is None:
logvar += '<p class="revmessage">revision-id:%s</p>' % revision.rev.revision_id
if not revision.rev.message:
logvar += '<p class="revmessage">(no message)</p>'
else:
message = revision.rev.message.rstrip("\r\n")
for l in message.split("\n"):
logvar += '<p class="revmessage">%s</p>' % web.net.websafe(l)
if revision.delta is not None:
# Use the standard status output to display changes
from bzrlib.delta import report_delta
report_delta(
to_file,
revision.delta,
short_status=self.delta_format == 1,
show_ids=self.show_ids,
indent=indent + offset,
)
if revision.diff is not None:
self.show_diff(self.to_exact_file, revision.diff, " ")
logvar += '</div><div class="clear"></div></div>'
def test_delta_show_long_status_no_filter(self):
d, long_status, short_status = self._get_delta()
out = StringIO()
_mod_delta.report_delta(out, d, short_status=False)
self.assertEquals(long_status, out.getvalue())
def show_string(self, delta, *args, **kwargs):
to_file = StringIO()
_mod_delta.report_delta(to_file, delta, *args, **kwargs)
return to_file.getvalue()