def _map_resp_to_metadata(self, resp) -> GenericMetadata:
md = GenericMetadata()
if resp.credits:
md = self._add_credits_to_metadata(md, resp.credits)
md.series = resp.series.name
md.volume = resp.volume
md.issue = IssueString(resp.number).as_string()
md.publisher = resp.publisher.name
md.day = resp.cover_date.day
md.month = resp.cover_date.month
md.year = resp.cover_date.year
md.comments = resp.desc
md.notes = self._create_note(resp.id)
if resp.story_titles:
md.title = list_to_string(list(resp.story_titles))
if resp.characters:
md.characters = list_to_string([c.name for c in resp.characters])
if resp.teams:
md.teams = list_to_string([t.name for t in resp.teams])
if resp.arcs:
md.story_arc = list_to_string([a.name for a in resp.arcs])
return md
def create_issue_slug(series, number):
formatted_number = IssueString(number).as_string(pad=3)
slug = orig = slugify(f"{series}-{formatted_number}")
for count in itertools.count(1):
if not Issue.objects.filter(slug=slug).exists():
break
slug = f"{orig}-{count}"
return slug
def determine_name(self, filename: Path) -> Optional[str]:
"""Method to create the new filename based on the files metadata"""
meta_data = self.metdata
new_name = self.template
new_name = self.replace_token(new_name, meta_data.series, "%series%")
new_name = self.replace_token(new_name, meta_data.volume, "%volume%")
if meta_data.issue is not None:
issue_str = "{0}".format(
IssueString(
meta_data.issue).as_string(pad=self.issue_zero_padding))
else:
issue_str = None
new_name = self.replace_token(new_name, issue_str, "%issue%")
new_name = self.replace_token(new_name, meta_data.issue_count,
"%issuecount%")
new_name = self.replace_token(new_name, meta_data.year, "%year%")
new_name = self.replace_token(new_name, meta_data.publisher,
"%publisher%")
new_name = self.replace_token(new_name, meta_data.title, "%title%")
new_name = self.replace_token(new_name, meta_data.month, "%month%")
month_name = None
if (meta_data.month is not None and
((isinstance(meta_data.month, str) and meta_data.month.isdigit())
or isinstance(meta_data.month, int))
and int(meta_data.month) in range(1, 13)):
date_time = datetime.datetime(1970, int(meta_data.month), 1, 0, 0)
month_name = date_time.strftime("%B")
new_name = self.replace_token(new_name, month_name, "%month_name%")
new_name = self.replace_token(new_name, meta_data.genre, "%genre%")
new_name = self.replace_token(new_name, meta_data.language,
"%language_code%")
new_name = self.replace_token(new_name, meta_data.critical_rating,
"%criticalrating%")
new_name = self.replace_token(new_name, meta_data.alternate_series,
"%alternateseries%")
new_name = self.replace_token(new_name, meta_data.alternate_number,
"%alternatenumber%")
new_name = self.replace_token(new_name, meta_data.alternate_count,
"%alternatecount%")
new_name = self.replace_token(new_name, meta_data.imprint, "%imprint%")
new_name = self.replace_token(new_name, meta_data.format, "%format%")
new_name = self.replace_token(new_name, meta_data.maturity_rating,
"%maturityrating%")
new_name = self.replace_token(new_name, meta_data.story_arc,
"%storyarc%")
new_name = self.replace_token(new_name, meta_data.series_group,
"%seriesgroup%")
new_name = self.replace_token(new_name, meta_data.scan_info,
"%scaninfo%")
if self.smart_cleanup:
new_name = self.smart_cleanup_string(new_name)
ext = filename.suffix
new_name += ext
# some tweaks to keep various filesystems happy
new_name = cleanup_string(new_name)
return new_name
def test_issue_float():
val = IssueString("1½").as_float()
assert val == 1.5
def test_issue_string_none_value():
val = IssueString("Test").as_string()
assert val == "Test"
def test_issue_string_minus_one():
val = IssueString("-1").as_string(3)
assert val == "-001"
def test_issue_string_monsters_unleashed():
val = IssueString("1.MU").as_string(3)
assert val == "001.MU"
def test_issue_float_as_int():
val = IssueString("1.5").as_int()
assert val == 1
def test_issue_string_pad():
val = IssueString("1").as_string(pad=3)
assert val == "001"
def test_issue_int():
val = IssueString("1").as_int()
assert val == 1
def test_issue_string_no_value_as_int():
val = IssueString("").as_int()
assert val is None
def test_issue_verify_float():
val = IssueString("1.5").as_float()
assert val == 1.5
def test_issue_float_half():
val = IssueString("½").as_float()
assert val == 0.5