def gather_info(self):
"""Walk through emails within selected label and collect info."""
self.M.select(self.label)
rc, data = self.M.search(None, 'ALL')
i = 1
if testcase: # for debugging only: can choose a single email to test on. (set at top)
print '\n-------- SINGLE TESTCASE:', testcase
resp, header = self.M.FETCH(testcase, '(BODY[HEADER])')
msg = HeaderParser().parsestr(header[0][1])
e_sub = re_sub(msg['Subject'])
print msg['From'], '---'
e_from = extract_emails(msg['From'])
e_to = extract_emails(msg['To'])
e_cc = extract_emails(msg['CC'])
for key in msg.keys():
print key, ':\n', msg[key], '\n'
print 'Sub:', e_sub
print 'Frm:', e_from
print 'To: ', e_to
print 'CC: '
for email in e_cc:
print '\t', email
#print 'Dte:', e_date
print '\n'
else: # normal functionality - iterates over labels returned num list.
total = self.get_count()
for num in data[0].split():
#percent_done = get_percentage(i, total)
print 'Grabbing', str(num).zfill(len(total)), 'of', total#, '\tComplete:', percent_done
resp, header = self.M.FETCH(num, '(BODY[HEADER])')
if debug: print 'header_data:\n', header
msg = HeaderParser().parsestr(header[0][1])
e_sub = re_sub(msg['Subject'])
e_from = extract_emails(msg['From'])
e_to = extract_emails(msg['To'])
e_cc = extract_emails(msg['CC'])
#e_date = date_to_epoch(msg['Date'])
self.add_info_norm(e_sub, e_from, e_to, e_cc)
if debug:
print 'Sub: ', e_sub
print 'Frm: ', e_from
print 'To: ', e_to
print 'CC: '
for email in e_cc:
print '\t', email
#print 'Date:', e_date
print '\n'
i += 1
if limit:
if i > max_limit:
print '\nReached "max_limit" of', max_limit, '- Ending c.gather_info()\n'
break
def __init__(self, filename: Path, authors_overrides: dict):
"""Init object from an open PEP file object.
pep_file is full text of the PEP file, filename is path of the PEP file, author_lookup is author exceptions file
"""
self.filename: Path = filename
# Parse the headers.
pep_text = filename.read_text(encoding="utf-8")
metadata = HeaderParser().parsestr(pep_text)
required_header_misses = PEP.required_headers - set(metadata.keys())
if required_header_misses:
_raise_pep_error(self, f"PEP is missing required headers {required_header_misses}")
try:
self.number = int(metadata["PEP"])
except ValueError:
_raise_pep_error(self, "PEP number isn't an integer")
# Check PEP number matches filename
if self.number != int(filename.stem[4:]):
_raise_pep_error(self, f"PEP number does not match file name ({filename})", pep_num=True)
# Title
self.title: str = metadata["Title"]
# Type
self.pep_type: str = metadata["Type"]
if self.pep_type not in TYPE_VALUES:
_raise_pep_error(self, f"{self.pep_type} is not a valid Type value", pep_num=True)
# Status
status = metadata["Status"]
if status in SPECIAL_STATUSES:
status = SPECIAL_STATUSES[status]
if status not in STATUS_VALUES:
_raise_pep_error(self, f"{status} is not a valid Status value", pep_num=True)
# Special case for Active PEPs.
if status == STATUS_ACTIVE and self.pep_type not in ACTIVE_ALLOWED:
msg = "Only Process and Informational PEPs may have an Active status"
_raise_pep_error(self, msg, pep_num=True)
# Special case for Provisional PEPs.
if status == STATUS_PROVISIONAL and self.pep_type != TYPE_STANDARDS:
msg = "Only Standards Track PEPs may have a Provisional status"
_raise_pep_error(self, msg, pep_num=True)
self.status: str = status
# Parse PEP authors
self.authors: list[Author] = _parse_authors(self, metadata["Author"], authors_overrides)
def __init__(self, filename: Path):
"""Init object from an open PEP file object.
pep_file is full text of the PEP file, filename is path of the PEP file, author_lookup is author exceptions file
"""
self.filename: Path = filename
# Parse the headers.
pep_text = filename.read_text(encoding="utf-8")
metadata = HeaderParser().parsestr(pep_text)
required_header_misses = PEP.required_headers - set(metadata.keys())
if required_header_misses:
_raise_pep_error(
self,
f"PEP is missing required headers {required_header_misses}")
try:
self.number = int(metadata["PEP"])
except ValueError:
_raise_pep_error(self, "PEP number isn't an integer")
# Check PEP number matches filename
if self.number != int(filename.stem[4:]):
_raise_pep_error(
self,
f"PEP number does not match file name ({filename})",
pep_num=True)
# Title
self.title: str = metadata["Title"]
# Type
self.pep_type: str = metadata["Type"]
if self.pep_type not in TYPE_VALUES:
_raise_pep_error(self,
f"{self.pep_type} is not a valid Type value",
pep_num=True)
# Status
status = metadata["Status"]
if status in SPECIAL_STATUSES:
status = SPECIAL_STATUSES[status]
if status not in STATUS_VALUES:
_raise_pep_error(self,
f"{status} is not a valid Status value",
pep_num=True)
# Special case for Active PEPs.
if status == STATUS_ACTIVE and self.pep_type not in ACTIVE_ALLOWED:
msg = "Only Process and Informational PEPs may have an Active status"
_raise_pep_error(self, msg, pep_num=True)
# Special case for Provisional PEPs.
if status == STATUS_PROVISIONAL and self.pep_type != TYPE_STANDARDS:
msg = "Only Standards Track PEPs may have a Provisional status"
_raise_pep_error(self, msg, pep_num=True)
self.status: str = status
# Parse PEP authors
self.authors: list[Author] = _parse_authors(self, metadata["Author"],
AUTHOR_OVERRIDES)
# Topic (for sub-indices)
_topic = metadata.get("Topic", "").lower().split(",")
self.topic: set[str] = {
topic
for topic_raw in _topic if (topic := topic_raw.strip())
}
# Other headers
self.created = metadata["Created"]
self.discussions_to = metadata["Discussions-To"]
self.python_version = metadata["Python-Version"]
self.replaces = metadata["Replaces"]
self.requires = metadata["Requires"]
self.resolution = metadata["Resolution"]
self.superseded_by = metadata["Superseded-By"]
if metadata["Post-History"]:
# Squash duplicate whitespace
self.post_history = " ".join(metadata["Post-History"].split())
else:
self.post_history = None
