def edit_and_validate_board_settings(board_settings_file):
subprocess.run([get_settings()[EDITOR], board_settings_file])
try:
get_board_settings()
except Exception as e:
print(e)
return False
return check_defaults() and test_sorting()
def render_kanban(issues):
# generator can only be traversed once
issues = list(issues)
issues.sort(key=lambda issue: -get_sort_value(issue))
box_rows = get_settings()[BOX_ROWS]
box_width = get_settings()[BOX_WIDTH]
statuses = get_board_settings()[STATUS_COLUMNS]
rows = defaultdict(list)
status_counter = Counter()
for issue in issues:
if STATUS in issue.keys() and issue[STATUS] in statuses:
rows[issue[STATUS]].append(render_issue(issue, box_width,
box_rows))
status_counter[issue[STATUS]] += 1
hline = (1 + len(statuses) * (3 + box_width)) * '-'
lines = [hline]
status_line = '| ' + ' | '.join(
[render_text(status, box_width) for status in statuses]) + ' |'
lines.append(status_line)
lines.append(hline)
if len(status_counter) == 0:
return lines
board_height = max(status_counter.values())
for height in range(min(board_height, get_settings()[MAX_BOARD_ROWS])):
for sub_row in range(box_rows):
line = '| ' + ' | '.join([
fill_missing(rows[status], height, box_width, sub_row)
for status in statuses
]) + ' |'
lines.append(line)
lines.append(hline)
if board_height > get_settings()[MAX_BOARD_ROWS]:
lines.append(' ...')
lines.append(' ...')
return lines
def _input_user_issue(path):
subprocess.run([get_settings()[EDITOR], path])
with open(path, 'r') as fin:
edited_contents = fin.read()
if not edited_contents.isspace():
try:
user_json = json.loads(edited_contents)
except Exception as e:
print("Not valid json, please try again.")
input("Press ENTER to continue.")
return _input_user_issue(path)
if TITLE not in user_json or not isinstance(
user_json[TITLE], str) or user_json[TITLE] == '':
print("Must use non-empty string value for attribute title.")
input("Press ENTER to continue.")
return _input_user_issue(path)
if STATUS not in user_json or user_json[
STATUS] not in get_board_settings()[STATUS_COLUMNS]:
print(
f"Must have status with a value in {get_board_settings()[STATUS_COLUMNS]}."
)
input("Press ENTER to continue.")
return _input_user_issue(path)
return user_json
else:
return None
def transition_cmd(args):
if args.new_status not in get_board_settings()[STATUS_COLUMNS]:
print(
f"Must use status with a value in {get_board_settings()[STATUS_COLUMNS]}."
)
return
for issue in matching_issues(args):
issue[STATUS] = args.new_status
save_issue(issue)
def check_defaults():
board_settings = get_board_settings()
FIELD = r'[a-zA-Z_][a-zA-Z0-9_]*'
used_fields = set(re.findall(FIELD, board_settings[BACKLOG_SORTING]))
fields_with_defaults = set(board_settings[CUSTOM_FIELDS])
missing_defaults = used_fields - fields_with_defaults - {CREATED}
if len(missing_defaults) > 0:
print(
f"Fields {list(missing_defaults)} in {BACKLOG_SORTING} do not have defaults in {CUSTOM_FIELDS}."
)
return False
return True
def __init__(self, issue):
self.names = {}
self.issue = issue
settings = get_board_settings()
self.custom_fields = settings[CUSTOM_FIELDS]
self.sorting_expr = settings[BACKLOG_SORTING]