def resolve_address(self, addr):
r = {}
pat = re.compile(re.escape(addr), re.I | re.UNICODE)
preds = [EMailPredicate('addr:' + addr)]
corpus = self.get_corpus()
try:
selection = Selection(corpus,
preds,
doc_preds=[DEFAULT_FILTER_WITH_SENT],
safe=False)
for (i, doc) in selection.iter(timeout=1):
msg = doc.get_msg()
for (n, a) in unicode_getalladdrs(msg, 'from', 'to', 'cc'):
x = formataddr((n, a))
if not pat.search(x): continue
a = a.lower()
if a not in r:
r[a] = (1, x)
else:
(n, x) = r[a]
r[a] = (n + 1, x)
if config.RESOLVE_ADDRESS_NADDRS <= (i + 1): break
except SearchTimeout:
pass
# ambiguous?
return sorted(r.itervalues(), reverse=True)
def resolve_address(self, addr):
r = {}
pat = re.compile(re.escape(addr), re.I | re.UNICODE)
preds = [ EMailPredicate('addr:'+addr) ]
corpus = self.get_corpus()
try:
selection = Selection(corpus, preds,
doc_preds=[ DEFAULT_FILTER_WITH_SENT ],
safe=False)
for (i,doc) in selection.iter(timeout=1):
msg = doc.get_msg()
for (n, a) in unicode_getalladdrs(msg, 'from', 'to', 'cc'):
x = formataddr((n, a))
if not pat.search(x): continue
a = a.lower()
if a not in r:
r[a] = (1, x)
else:
(n, x) = r[a]
r[a] = (n+1, x)
if config.RESOLVE_ADDRESS_NADDRS <= (i+1): break
except SearchTimeout:
pass
# ambiguous?
return sorted(r.itervalues(), reverse=True)
def show_digest(term, idx, focused, doc, selection, labels):
addrs = unicode_getalladdrs(doc.get_msg(), "from")
if addrs:
(gecos, addr) = addrs[0]
else:
(gecos, addr) = ("???", "???")
# disptime - max 9chrs
def disptime(t):
import time
if t == 0:
return " ???"
d = int(time.time()) - t
(yy0, mm0, dd0, hr0, mt0, sc0, day0, x, x) = time.localtime()
(yy, mm, dd, hr, mt, sc, day, x, x) = time.localtime(t)
if d < 0:
return " (future)"
if d < 86400 and dd == dd0:
return "%02d:%02d ." % (hr, mt)
if d < 86400 * 2 and dd == dd0 - 1:
return "%02d:%02d .." % (hr, mt)
if d < 86400 * 6:
return "%02d:%02d %3s" % (hr, mt, WDAY[day])
if d < 86400 * 365 and yy == yy0:
return "%02d/%02d" % (mm, dd)
return "%02d/%02d/%02d" % (yy % 100, mm, dd)
# truncate
def trunc(n, s0):
length = 0
for (i, c) in enumerate(s0):
length += term.length(c)
if n <= length + 2:
return s0[: i + 1] + "." * (n - length)
return s0
# Creata a line bufffer.
width = term.cols or 80
line = "%3d:%s%9s " % (idx + 1, " +"[int(focused)], disptime(doc.get_mtime()))
t1 = trunc(20, (gecos or addr).strip())
line += t1 + (" " * (20 - term.length(t1)))
if labels:
line += " [%s]" % (get_label_names(labels))
line += " " + trunc(40, doc.get_title())
left = width - len(line) - 4
line += " >> " + doc.get_snippet(selection, maxchars=left, maxcontext=left)
line = trunc(width - 4, line)
# Output with highlights.
color = get_message_color(labels)
if focused:
color += "+underline"
term.display(highlight(term, selection, color, line) + "\n")
return
def show_digest(term, idx, focused, doc, selection, labels):
addrs = unicode_getalladdrs(doc.get_msg(), 'from')
if addrs:
(gecos, addr) = addrs[0]
else:
(gecos, addr) = ('???', '???')
# disptime - max 9chrs
def disptime(t):
import time
if t == 0:
return ' ???'
d = int(time.time()) - t
(yy0, mm0, dd0, hr0, mt0, sc0, day0, x, x) = time.localtime()
(yy, mm, dd, hr, mt, sc, day, x, x) = time.localtime(t)
if d < 0:
return ' (future)'
if d < 86400 and dd == dd0:
return '%02d:%02d .' % (hr, mt)
if d < 86400 * 2 and dd == dd0 - 1:
return '%02d:%02d ..' % (hr, mt)
if d < 86400 * 6:
return '%02d:%02d %3s' % (hr, mt, WDAY[day])
if d < 86400 * 365 and yy == yy0:
return '%02d/%02d' % (mm, dd)
return '%02d/%02d/%02d' % (yy % 100, mm, dd)
# truncate
def trunc(n, s0):
length = 0
for (i, c) in enumerate(s0):
length += term.length(c)
if n <= length + 2:
return s0[:i + 1] + '.' * (n - length)
return s0
# Creata a line bufffer.
width = term.cols or 80
line = '%3d:%s%9s ' % (idx + 1, ' +'[int(focused)],
disptime(doc.get_mtime()))
t1 = trunc(20, (gecos or addr).strip())
line += t1 + (' ' * (20 - term.length(t1)))
if labels:
line += ' [%s]' % (get_label_names(labels))
line += ' ' + trunc(40, doc.get_title())
left = width - len(line) - 4
line += ' >> ' + doc.get_snippet(selection, maxchars=left, maxcontext=left)
line = trunc(width - 4, line)
# Output with highlights.
color = get_message_color(labels)
if focused:
color += '+underline'
term.display(highlight(term, selection, color, line) + '\n')
return
def func(msg, labels):
for (_,a) in unicode_getalladdrs(msg, *flds):
if '@' in a:
i = a.index('@')
(user,domain) = (a[:i].lower(), a[i+1:].lower())
else:
(user,domain) = (a, '?')
if user0 and user0 != user: continue
if (not domain0 or domain0 == domain or
domain0.startswith('*') and domain.endswith(domain0[1:])):
return not neg
return neg
def setup_template_string(
fromaddr, addrs_to, addrs_cc, addrs_bcc, is_group, subject, labels, headermsgs, includemsgs, forwardlocs
):
width = 80
def fold_header(items, sep=", "):
lines = []
line = ""
for x in items:
if not line:
line = x
elif width < len(line) + len(sep) + len(x):
lines.append(line + sep)
line = "\t" + x
else:
line += sep + x
if line:
lines.append(line)
return "\n".join(lines)
if forwardlocs:
# Append 'Fwd:' if necessary.
for m in headermsgs:
# Take the subject of the first message.
if not subject and m["subject"]:
subject = "Fwd: " + unicode_header(m["subject"])
break
else:
# Append 'Re:' if necessary.
for m in headermsgs:
# Take the subject if not set.
if not subject and m["subject"]:
subject = unicode_header(m["subject"])
if not re.match("\s*re:", subject, re.I):
subject = "Re: " + subject
break
# Add extra recipients.
for m in headermsgs:
if m["mail-reply-to"]:
addrs_to.extend(unicode_getall(m, "mail-reply-to"))
elif m["reply-to"]:
addrs_to.extend(unicode_getall(m, "reply-to"))
else:
addrs_to.append(unicode_header(m["from"]))
if is_group:
addrs_cc.extend(formataddr((n, a)) for (n, a) in unicode_getalladdrs(m, "to", "cc"))
#
msgids = set()
refids = set()
if headermsgs:
for msg in headermsgs:
if msg["message-id"]:
msgids.add(msg["message-id"])
if msg["references"]:
for x in msg.get_all("references"):
refids.update(get_msgids(x))
#
lines = []
lines.append("From: %s" % fromaddr)
lines.append("To: %s" % fold_header(addrs_to))
lines.append("Cc: %s" % fold_header(addrs_cc))
lines.append("Bcc: %s" % fold_header(addrs_bcc))
lines.append("Label: %s" % get_label_names(labels))
lines.append("Subject: %s" % subject)
if headermsgs:
lines.append("References: %s" % fold_header(msgids.union(refids), " "))
lines.append("In-Reply-To: %s" % fold_header(msgids, " "))
if forwardlocs:
lines.append("X-Forward-Msg: %s" % (", ".join(forwardlocs)))
lines.append("")
if includemsgs:
for msg in includemsgs:
from0 = unicode_header(msg["from"]) or "unknown person"
date0 = unicode_header(msg["date"]) or "unknown date"
subject0 = unicode_header(msg["subject"]) or "unknown subject"
quoted_lines = []
charset = msg.get_content_charset()
for (i, mpart, level) in enum_message_parts(msg, favor="text/plain"):
if mpart.get_content_maintype() == "text":
text = get_body_text(mpart, charset)
quoted_lines.extend(text.splitlines())
lines.extend(config.quotemsg(from0, date0, subject0, quoted_lines))
return "\n".join(lines) + "\n"
def setup_template_string(fromaddr, addrs_to, addrs_cc, addrs_bcc, is_group,
subject, labels, headermsgs, includemsgs,
forwardlocs):
width = 80
def fold_header(items, sep=', '):
lines = []
line = ''
for x in items:
if not line:
line = x
elif width < len(line) + len(sep) + len(x):
lines.append(line + sep)
line = '\t' + x
else:
line += sep + x
if line:
lines.append(line)
return '\n'.join(lines)
if forwardlocs:
# Append 'Fwd:' if necessary.
for m in headermsgs:
# Take the subject of the first message.
if not subject and m['subject']:
subject = 'Fwd: ' + unicode_header(m['subject'])
break
else:
# Append 'Re:' if necessary.
for m in headermsgs:
# Take the subject if not set.
if not subject and m['subject']:
subject = unicode_header(m['subject'])
if not re.match('\s*re:', subject, re.I):
subject = 'Re: ' + subject
break
# Add extra recipients.
for m in headermsgs:
if m['mail-reply-to']:
addrs_to.extend(unicode_getall(m, 'mail-reply-to'))
elif m['reply-to']:
addrs_to.extend(unicode_getall(m, 'reply-to'))
else:
addrs_to.append(unicode_header(m['from']))
if is_group:
addrs_cc.extend(
formataddr((n, a))
for (n, a) in unicode_getalladdrs(m, 'to', 'cc'))
#
msgids = set()
refids = set()
if headermsgs:
for msg in headermsgs:
if msg['message-id']:
msgids.add(msg['message-id'])
if msg['references']:
for x in msg.get_all('references'):
refids.update(get_msgids(x))
#
lines = []
lines.append('From: %s' % fromaddr)
lines.append('To: %s' % fold_header(addrs_to))
lines.append('Cc: %s' % fold_header(addrs_cc))
lines.append('Bcc: %s' % fold_header(addrs_bcc))
lines.append('Label: %s' % get_label_names(labels))
lines.append('Subject: %s' % subject)
if headermsgs:
lines.append('References: %s' % fold_header(msgids.union(refids), ' '))
lines.append('In-Reply-To: %s' % fold_header(msgids, ' '))
if forwardlocs:
lines.append('X-Forward-Msg: %s' % (', '.join(forwardlocs)))
lines.append('')
if includemsgs:
for msg in includemsgs:
from0 = unicode_header(msg['from']) or 'unknown person'
date0 = unicode_header(msg['date']) or 'unknown date'
subject0 = unicode_header(msg['subject']) or 'unknown subject'
quoted_lines = []
charset = msg.get_content_charset()
for (i, mpart, level) in enum_message_parts(msg,
favor='text/plain'):
if mpart.get_content_maintype() == 'text':
text = get_body_text(mpart, charset)
quoted_lines.extend(text.splitlines())
lines.extend(config.quotemsg(from0, date0, subject0, quoted_lines))
return '\n'.join(lines) + '\n'
