def startElement(self, name, attrs):
"""
at every <sms> tag write to orgfile
"""
logging.debug("Handler @startElement name=%s,attrs=%s", name, attrs)
if name == "sms":
#sms_subject = attrs['subject']
sms_date = int(attrs['date']) / 1000 # unix epoch
sms_body = attrs['body']
sms_address = attrs['address']
sms_time = attrs['time']
sms_service_center = attrs['service_center']
sms_type_incoming = int(attrs['type']) == 1
contact_name = attrs['name']
skip = False
if sms_type_incoming == True:
output = "SMS from "
if self._ignore_incoming:
skip = True
else:
output = "SMS to "
if self._ignore_outgoing:
skip = True
if not skip:
name_string = ""
if contact_name:
name_string = '[[contact:' + contact_name + '][' + contact_name + ']]'
else:
name_string = "Unknown"
output += name_string + ": "
#if sms_subject != "null":
# in case of MMS we have a subject
# output += sms_subject
# notes = sms_body
#else:
# output += sms_body
# notes = ""
notes = sms_body
timestamp = OrgFormat.date(time.gmtime(sms_date),
show_time=True)
data_for_hashing = output + timestamp + notes
properties = OrgProperties(data_for_hashing=data_for_hashing)
properties.add("NUMBER", sms_address)
properties.add("NAME", contact_name)
properties.add("SMS_SERVICE_CENTER", sms_service_center)
properties.add("TIME", sms_time)
self._writer.write_org_subitem(output=output,
timestamp=timestamp,
note=notes,
properties=properties)
def __parse_sample(self, target, row):
"""
parse a row of csv and write entry
@param target: tag or category
@param row: list of columns
"""
tag, begin, end, duration = row
timestamp = self.get_timerange(begin, end)
duration = self.get_sec(duration)
properties = OrgProperties(data_for_hashing=timestamp)
properties.add('DURATION', duration)
tags = []
# remove colon from output
if target.endswith(':'):
target = target[:-1]
tags.append(target)
elif ':' in target:
target = target.split(':')[0]
output = target.capitalize()
tags.append(tag)
self._writer.write_org_subitem(timestamp=timestamp,
output=output,
tags=tags,
properties=properties)
def read_properties(self, row):
properties = OrgProperties(data_for_hashing=json.dumps(row))
output = self._args.output_format.format(**row)
if self._args.properties:
for prop in self._args.properties.split(','):
properties.add(prop.upper().strip(), row[prop])
return properties
def test_properties_with_own_created(self):
p = OrgProperties()
p.add(u"CREATED",
OrgFormat.datetime(time.gmtime(0)))
properties = unicode(p).splitlines()
self.assertEqual(properties[0], u" :PROPERTIES:")
self.assertEqual(properties[1], u" :CREATED: <1970-01-0" + \
"1 Thu 00:00>")
self.assertEqual(properties[2], u" :ID: fede47e9" + \
"f49e1b7f5c6599a6d607e9719ca98625")
self.assertEqual(properties[3], u" :END:")
def _handle_row(self, row):
"""
handle a single row
"""
try:
# assume unix timestamp
if not self._args.timestamp_format:
timestamp = datetime.datetime.fromtimestamp(
int(row[self._args.timestamp_field]))
else:
timestamp = time.strptime(row[self._args.timestamp_field],
self._args.timestamp_format)
# show time with the timestamp format, but only
# if it contains at least hours and minutes
if not self._args.timestamp_format or \
any(x in self._args.timestamp_format for x in ['%H', '%M']):
timestamp = OrgFormat.datetime(timestamp)
else:
timestamp = OrgFormat.date(timestamp)
except ValueError as e:
logging.error("timestamp-format does not match: %s", e)
sys.exit(1)
except IndexError as e:
logging.error("did you specify the right delimiter?", e)
sys.exit(1)
properties = OrgProperties(data_for_hashing=json.dumps(row))
output = self._args.output_format.format(**row)
if self._args.properties:
for prop in self._args.properties.split(','):
properties.add(prop.upper().strip(), row[prop])
self._writer.write_org_subitem(timestamp=timestamp,
output=output,
properties=properties)
def _handle_url(self, params):
epoch = datetime.datetime(1970, 1, 1) - datetime.datetime(1601, 1, 1)
url_time = params['timestamp'] / 1000000 - epoch.total_seconds()
if (url_time > 0):
timestamp = datetime.datetime.fromtimestamp(int(url_time))
else:
timestamp = datetime.datetime(1970, 1, 1)
if not self._args.omit_drawer:
properties = OrgProperties()
if (params['title'] == ""):
params['title'] = params['url']
properties.add('URL', params['url'])
properties.add('VISIT_COUNT', params['visit_count'])
output = ""
try:
output = self._args.output_format.decode('utf-8').format(**params)
except Exception:
pass
if self._args.omit_drawer:
self._writer.write_org_subitem(
timestamp=OrgFormat.datetime(timestamp),
output=output,
properties=None)
else:
self._writer.write_org_subitem(
timestamp=OrgFormat.datetime(timestamp),
output=output,
properties=properties)
def _handle_message(self, msg):
"""parse a single message row"""
msg['number'] = '00' + msg['number'].split('@')[0]
msg['name'] = self._numberdict.get(msg['number'], msg['number'])
msg['verb'] = 'to' if msg['type'] else 'from'
msg['type'] = 'OUTGOING' if msg['type'] else 'INCOMING'
msg['handler'] = self._args.handler
if msg['text']:
if self._args.demojize:
msg['text'] = emoji.demojize(msg['text'])
if self._args.skip_emoji:
msg['text'] = re.sub(emoji.get_emoji_regexp(), '', msg['text'])
timestamp = datetime.datetime.fromtimestamp(msg['timestamp'] / 1000)
properties = OrgProperties(data_for_hashing=json.dumps(msg))
properties.add('NUMBER', msg['number'])
properties.add('TYPE', msg['type'])
output = self._args.output_format.format(**msg)
if msg['text'] and not self._is_ignored(msg):
self._writer.write_org_subitem(timestamp=OrgFormat.date(
timestamp, show_time=True),
output=output,
properties=properties)
def _handle_url(self, params):
timestamp = datetime.datetime.fromtimestamp(
int(params['timestamp'] / 1000000))
if not self._args.omit_drawer:
properties = OrgProperties()
if (params['title'] == ""):
params['title'] = params['url']
properties.add('URL', params['url'])
properties.add('VISIT_COUNT', params['visit_count'])
output = OrgFormat.link(params['url'], params['title'])
try:
output = self._args.output_format.decode('utf-8').format(**params)
except Exception:
pass
if self._args.omit_drawer:
self._writer.write_org_subitem(timestamp=OrgFormat.date(
timestamp, show_time=True),
output=output,
properties=None)
else:
self._writer.write_org_subitem(timestamp=OrgFormat.date(
timestamp, show_time=True),
output=output,
properties=properties)
def _handle_battery(self, bat):
"""
handle single battery, e.g. BAT0
"""
# calculate watt usage
consumption = float(bat.current_now / 1000000.0 * bat.voltage_now /
1000000.0)
timestamp = OrgFormat.date(datetime.datetime.now(), show_time=True)
output = self._args.output_format.format(battery=bat)
properties = OrgProperties(data_for_hashing=timestamp)
properties.add("CYCLE_COUNT", bat.cycle_count)
properties.add("CAPACITY", '%s%%' % bat.capacity)
properties.add("STATUS", bat.status.lower())
if consumption:
properties.add("CONSUMPTION", '%.1f W' % consumption)
self._writer.write_org_subitem(timestamp=timestamp,
output=output,
properties=properties)
def __write(self):
"""
write attributes to writer (make an org_sub_item)
"""
logging.debug("msg:%s", self.__msg)
self.__msg = self.__msg.splitlines()
subject = ""
notes = ""
# idea: look for the first -nonempty- message
if len(self.__msg) > 0:
start_notes = 0
for i in range(len(self.__msg)):
if self.__msg[i].strip() != "":
subject = self.__msg[i].strip()
start_notes = i + 1
break
if len(self.__msg) > start_notes:
for n in self.__msg[start_notes:]:
if n != "":
notes += n + "\n"
output = "%s (r%d): %s" % (self.__author, self.__rev, subject)
properties = OrgProperties(data_for_hashing=self.__author + subject)
timestamp = OrgFormat.date(OrgFormat.parse_basic_iso_datetime(
self.__date),
show_time=True)
properties.add("REVISION", self.__rev)
if self.__grepauthor == None or \
(self.__author.strip() == self.__grepauthor.strip()):
self._writer.write_org_subitem(output=output,
timestamp=timestamp,
note=notes,
properties=properties)
def _main(self):
"""
get's automatically called from Memacs class
fetches all mails out of mu database
"""
command = self._query
# command.extend(self._query)
command = command + " --fields=t:#:d:#:f:#:g:#:s:#:i --format=plain"
try:
xml_mails = subprocess.check_output(command, shell=True)
except:
print("something goes wrong")
exit()
messages = self.__parse_Plain(xml_mails)
properties = OrgProperties()
for message in messages:
(an, datum, von, flags, betreff, msgid) = message.split(":#:")
betreff = betreff.replace("[", "<")
betreff = betreff.replace("]", ">")
properties.add('TO', an)
if von != "":
(sender, vname, vmail) = self.__create_mail_link(von)
(an, aname, amail) = self.__create_mail_link(an)
timestamp = self.__getTimestamp(datum)
properties.add_data_for_hashing(timestamp + "_" + msgid)
properties.add("FROM", sender)
notes = ""
if any(match in vmail for match in self._sender):
output = output = "".join([
"T: ", an, ": [[mu4e:msgid:", msgid, "][", betreff,
"]]"
])
pre = 'WAITING '
else:
output = "".join([
"F: ", sender, ": [[mu4e:msgid:", msgid, "][", betreff,
"]]"
])
pre = 'NEXT '
if (flags.find('F') >= 0 and self._todo):
date = self.__getTimestamp(datum, True)
notes = "SCHEDULED: " + date
timestamp = ""
output = pre + output
self._writer.write_org_subitem(timestamp, output, notes,
properties)
def __handle_vevent(self, component):
"""
handles a VCALENDAR Component
sets timezone to calendar's timezone
@param component: icalendar component
"""
logging.debug(component)
summary = self.__vtext_to_unicode(component.get('summary'),
nonetype="")
location = self.__vtext_to_unicode(component.get('location'))
description = self.__vtext_to_unicode(component.get('description'))
# format: 20091207T180000Z or 20100122
dtstart = self.__vtext_to_unicode(
component.get('DTSTART').to_ical().decode('utf-8'))
# format: 20091207T180000Z or 20100122
if 'DTEND' in list(component.keys()):
dtend = self.__vtext_to_unicode(
component.get('DTEND').to_ical().decode('utf-8'))
# format: 20091207T180000Z
# not used: Datestamp created
#dtstamp = self.__vtext_to_unicode(component.get('dtstamp'))
# handle repeating events
# not implemented due to org-mode datestime-range cannot be repeated
# component.get('rrule')
## notice: end date/time is optional; no end date results in end date 9999-12-31
if 'DTEND' in list(component.keys()):
orgdate = self.__get_datetime_range(dtstart, dtend)
else:
orgdate = self.__get_datetime(dtstart) + "-<9999-12-31 Fri>"
logging.debug(orgdate + " " + summary)
# we need to set data_for_hashing=summary to really get a other sha1
data_for_hashing = orgdate + summary
org_properties = OrgProperties(data_for_hashing=data_for_hashing)
if location != None:
org_properties.add("LOCATION", location)
if description != None:
org_properties.add("DESCRIPTION", description)
self._writer.write_org_subitem(output=summary,
properties=org_properties,
timestamp=orgdate)
def _handle_recent_tracks(self, tracks):
"""parse recent tracks"""
logging.debug(tracks)
for t in tracks:
timestamp = datetime.datetime.fromtimestamp(int(t.timestamp))
output = self._args.output_format.format(title=t.track.title,
artist=t.track.artist,
album=t.album)
properties = OrgProperties(data_for_hashing=t.timestamp)
properties.add('ARTIST', t.track.artist)
properties.add('ALBUM', t.album)
self._writer.write_org_subitem(timestamp=OrgFormat.date(timestamp, show_time=True),
output=output,
properties=properties)
def _main(self):
"""
get's automatically called from Memacs class
"""
# do all the stuff
# if you need something from config:
# attention: foo will be unicode
# foo = self._get_config_option("foo")
logging.info("foo started")
# how to handle config files ?
# sample config file:
# ---------8<-----------
# [memacs-example]
# foo = 0
# bar = 1
# --------->8-----------
# to read it out, just do following:
# foo = self._get_config_option("foo")
# bar = self._get_config_option("bar")
# use logging.debug() for debug messages
# use logging.error() for error messages
# use logging.info() instead of print for informing user
#
# on an fatal error:
# use logging.error() and sys.exit(1)
timestamp = OrgFormat.datetime(time.gmtime(0))
# note: timestamp has to be a struct_time object
# Orgproperties
# Option 1: no properties given, specify argument for hashing data
properties = OrgProperties("hashing data :ALKJ!@# should be unique")
# Option 2: add properties which are all-together unique
# properties.add("Category","fun")
# properties.add("from","*****@*****.**")
# properties.add("body","foo")
self._writer.write_org_subitem(timestamp=timestamp,
output="foo",
properties=properties)
# writes following:
#** <1970-01-01 Thu 00:00> foo
# :PROPERTIES:
# :ID: da39a3ee5e6b4b0d3255bfef95601890afd80709
# :END:
notes = "bar notes\nfoo notes"
p = OrgProperties(data_for_hashing="read comment below")
# if a hash is not unique only with its :PROPERTIES: , then
# set data_for_hasing string additional information i.e. the output
# , which then makes the hash really unique
#
# if you *really*, *really* have already a unique id,
# then you can call following method:
# p.set_id("unique id here")
p.add("DESCRIPTION", "foooo")
p.add("foo-property", "asdf")
tags = ["tag1", "tag2"]
self._writer.write_org_subitem(timestamp=timestamp,
output="bar",
note=notes,
properties=p,
tags=tags)
def _main(self):
APP_KEY = self._get_config_option("APP_KEY")
APP_SECRET = self._get_config_option("APP_SECRET")
OAUTH_TOKEN = self._get_config_option("OAUTH_TOKEN")
OAUTH_TOKEN_SECRET = self._get_config_option("OAUTH_TOKEN_SECRET")
screen_name = self._get_config_option("screen_name")
count = self._get_config_option("count")
twitter = Twython(APP_KEY, APP_SECRET, OAUTH_TOKEN, OAUTH_TOKEN_SECRET)
try:
home_timeline = twitter.get_home_timeline(screenname=screen_name,
count=count)
except TwythonError as e:
logging.error(e)
sys.exit(1)
for tweet in home_timeline:
# strptime doesn't support timezone info, so we are using dateutils.
date_object = parser.parse(tweet['created_at'])
timestamp = OrgFormat.date(date_object, show_time=True)
try:
# Data is already Unicode, so don't try to re-encode it.
output = tweet['text']
except:
logging.error(sys.exc_info()[0])
print("Error: ", sys.exc_info()[0])
data_for_hashing = output + timestamp + output
properties = OrgProperties(data_for_hashing=data_for_hashing)
properties.add("name", tweet['user']['name'])
properties.add("twitter_id", tweet['id'])
properties.add("contributors", tweet['contributors'])
properties.add("truncated", tweet['truncated'])
properties.add("in_reply_to_status_id",
tweet['in_reply_to_status_id'])
properties.add("favorite_count", tweet['favorite_count'])
properties.add("source", tweet['source'])
properties.add("retweeted", tweet['retweeted'])
properties.add("coordinates", tweet['coordinates'])
properties.add("entities", tweet['entities'])
self._writer.write_org_subitem(timestamp=timestamp,
output=output,
properties=properties)
def __get_item_data(self, item):
"""
gets information out of <item>..</item>
@return: output, note, properties, tags
variables for orgwriter.append_org_subitem
"""
try:
# logging.debug(item)
properties = OrgProperties()
guid = item['id']
if not guid:
logging.error("got no id")
unformatted_link = item['link']
short_link = OrgFormat.link(unformatted_link, "link")
# if we found a url in title
# then append the url in front of subject
if re.search("http[s]?://", item['title']) is not None:
output = short_link + ": " + item['title']
else:
output = OrgFormat.link(unformatted_link, item['title'])
note = item['description']
# converting updated_parsed UTC --> LOCALTIME
# Karl 2018-09-22 this might be changed due to:
# DeprecationWarning: To avoid breaking existing software
# while fixing issue 310, a temporary mapping has been
# created from `updated_parsed` to `published_parsed` if
# `updated_parsed` doesn't exist. This fallback will be
# removed in a future version of feedparser.
timestamp = OrgFormat.date(time.localtime(
calendar.timegm(item['updated_parsed'])),
show_time=True)
properties.add("guid", guid)
except KeyError:
logging.error("input is not a RSS 2.0")
sys.exit(1)
tags = []
# Karl 2018-09-22 this might be changed due to:
# DeprecationWarning: To avoid breaking existing software
# while fixing issue 310, a temporary mapping has been created
# from `updated_parsed` to `published_parsed` if
# `updated_parsed` doesn't exist. This fallback will be
# removed in a future version of feedparser.
dont_parse = [
'title', 'description', 'updated', 'summary', 'updated_parsed',
'link', 'links'
]
for i in item:
logging.debug(i)
if i not in dont_parse:
if (type(i) == str or type(i) == str) and \
type(item[i]) == str and item[i] != "":
if i == "id":
i = "guid"
properties.add(i, item[i])
else:
if i == "tags":
for tag in item[i]:
logging.debug("found tag: %s", tag['term'])
tags.append(tag['term'])
return output, note, properties, tags, timestamp
def test_ouput_to_file(self):
"""
Simple Test
"""
test_filename = self.TMPFOLDER + "testfile.org"
properties = OrgProperties("data_for_hashing")
# writing test output
writer = OrgOutputWriter("short descript", "test-tag", test_filename)
writer.write("## abc\n")
writer.writeln("## abc")
writer.write_comment("abc\n")
writer.write_commentln("abc")
writer.write_org_item("begin")
timestamp = OrgFormat.datetime(time.gmtime(0))
writer.write_org_subitem(timestamp=timestamp,
output="sub",
properties=properties)
writer.write_org_subitem(timestamp=timestamp,
output="sub",
tags=["foo", "bar"],
properties=properties)
writer.close()
# read and check the file_handler
file_handler = codecs.open(test_filename, "r", "utf-8")
data = file_handler.readlines()
#for d in range(len(data)):
# print "self.assertEqual(\n\tdata[%d],\n\t\"%s\")" % \
# (d, data[d])
# self.assertEqual(
# data[1],
# "## this file is generated by "...
# ")
# self.assertEqual(
# data[2],
# "## To add this file to your org-agenda " ...
# ")
self.assertEqual(data[3],
"* short descript :Memacs:test-tag:\n")
self.assertEqual(data[4], "## abc\n")
self.assertEqual(data[5], "## abc\n")
self.assertEqual(data[6], "## abc\n")
self.assertEqual(data[7], "## abc\n")
self.assertEqual(data[8], "* begin\n")
self.assertEqual(data[9], "** <1970-01-01 Thu 00:00> sub\n")
self.assertEqual(data[10], " :PROPERTIES:\n")
self.assertEqual(
data[11],
" :ID: 9cc53a63e13e18437401513316185f6f3b7ed703\n")
self.assertEqual(data[12], " :END:\n")
self.assertEqual(data[13], "\n")
self.assertEqual(data[14],
"** <1970-01-01 Thu 00:00> sub\t:foo:bar:\n")
self.assertEqual(data[15], " :PROPERTIES:\n")
self.assertEqual(
data[16],
" :ID: 9cc53a63e13e18437401513316185f6f3b7ed703\n")
self.assertEqual(data[17], " :END:\n")
#cleaning up
file_handler.close()
os.remove(self.TMPFOLDER + "testfile.org")
def startElement(self, name, attrs):
"""
at every <log> write to orgfile
"""
logging.debug("Handler @startElement name=%s,attrs=%s", name, attrs)
if name == "log":
call_number = attrs['number']
call_duration = int(attrs['dur'])
call_date = int(attrs['date']) / 1000 # unix epoch
call_type = int(attrs['type'])
call_incoming = call_type == 1
call_outgoing = call_type == 2
call_missed = call_type == 3
call_voicemail = call_type == 4
call_rejected = call_type == 5
call_refused = call_type == 6
call_name = attrs['name']
output = "Phonecall "
skip = False
if call_incoming:
output += "from "
if self._ignore_incoming:
skip = True
elif call_outgoing:
output += "to "
if self._ignore_outgoing:
skip = True
elif call_missed:
output += "missed "
if self._ignore_missed:
skip = True
elif call_voicemail:
output += "voicemail "
if self._ignore_voicemail:
skip = True
elif call_rejected:
output += "rejected "
if self._ignore_rejected:
skip = True
elif call_refused:
output += "refused "
if self._ignore_refused:
skip = True
else:
raise Exception("Invalid Phonecall Type: %d", call_type)
call_number_string = ""
if call_number != "-1":
call_number_string = call_number
else:
call_number_string = "Unknown Number"
name_string = ""
if call_name != "(Unknown)":
name_string = '[[contact:' + call_name + '][' + call_name + ']]'
else:
name_string = "Unknown"
output += name_string
if call_duration < self._minimum_duration:
skip = True
timestamp = OrgFormat.date(time.gmtime(call_date), show_time=True)
end_datetimestamp = datetime.datetime.utcfromtimestamp(
call_date + call_duration)
logging.debug(
"timestamp[%s] duration[%s] end[%s]" %
(str(timestamp), str(call_duration), str(end_datetimestamp)))
end_timestamp_string = OrgFormat.date(end_datetimestamp,
show_time=True)
logging.debug("end_time [%s]" % end_timestamp_string)
data_for_hashing = output + timestamp
properties = OrgProperties(data_for_hashing=data_for_hashing)
properties.add("NUMBER", call_number_string)
properties.add("DURATION", call_duration)
properties.add("NAME", call_name)
if not skip:
self._writer.write_org_subitem(output=output,
timestamp=timestamp + '-' +
end_timestamp_string,
properties=properties)
def _generateOrgentry(self, e_time, e_name, e_batt, e_uptime,
e_last_opposite_occurrence, e_last_occurrence,
prev_office_sum, prev_office_first_begin,
office_lunchbreak, battery_percentage_when_booting):
"""
takes the data from the parameters and generates an Org-mode entry.
@param e_time: time-stamp of the entry
@param e_name: entry name/description
@param e_batt: battery level
@param e_uptime: uptime in seconds
@param e_last_opposite_occurrence: time-stamp of previous opposite occurrence (if not False)
@param e_last_occurrence: time-stamp of previous occurrence
@param additional_paren_string: string that gets appended to the parenthesis
@param prev_office_sum: holds the sum of all previous working duration today
@param prev_office_first_begin: holds the first time-stamp of wifi-office for today
@param office_lunchbreak: array of begin- and end-time-stamp of lunch-break (if any)
@param battery_percentage_when_booting: battery level of previous boot (only set if no charge event was in-between)
"""
assert e_time.__class__ == datetime.datetime
assert e_name.__class__ == str
assert e_batt.__class__ == str
assert e_uptime.__class__ == str
assert (e_last_opposite_occurrence.__class__ == datetime.datetime
or not e_last_opposite_occurrence)
assert (e_last_occurrence.__class__ == datetime.datetime
or not e_last_occurrence)
assert (not battery_percentage_when_booting
or battery_percentage_when_booting.__class__ == int)
last_info = ''
in_between_hms = ''
in_between_s = ''
ignore_occurrence = False
# convert parameters to be writable:
office_sum = prev_office_sum
office_first_begin = prev_office_first_begin
if e_last_opposite_occurrence:
in_between_s = (e_time - e_last_opposite_occurrence).seconds + \
(e_time - e_last_opposite_occurrence).days * 3600 * 24
in_between_hms = str(OrgFormat.hms_from_sec(in_between_s))
if e_name == 'boot':
last_info = ' (off for '
elif e_name == 'shutdown':
last_info = ' (on for '
elif e_name.endswith('-end'):
last_info = ' (' + e_name[0:-4].replace('wifi-', '') + ' for '
else:
last_info = ' (not ' + e_name.replace('wifi-', '') + ' for '
# handle special case: office hours
additional_paren_string = ""
if e_name == 'wifi-office-end':
office_total = None
# calculate office_sum and office_total
if not office_sum:
office_sum = (e_time - e_last_opposite_occurrence).seconds
office_total = office_sum
else:
assert (office_first_begin)
assert (office_sum)
office_sum = office_sum + (
e_time - e_last_opposite_occurrence).seconds
office_total = int(
time.mktime(e_time.timetuple()) -
time.mktime(office_first_begin.timetuple()))
assert (type(office_total) == int)
assert (type(office_sum) == int)
assert (type(in_between_s) == int)
# come up with the additional office-hours string:
additional_paren_string = '; today ' + OrgFormat.hms_from_sec(office_sum) + \
'; today total ' + OrgFormat.hms_from_sec(office_total)
if additional_paren_string:
last_info += str(OrgFormat.dhms_from_sec(
in_between_s)) + additional_paren_string + ')'
else:
last_info += str(OrgFormat.dhms_from_sec(in_between_s)) + ')'
elif e_last_occurrence:
in_between_s = (e_time - e_last_occurrence).seconds + \
(e_time - e_last_occurrence).days * 3600 * 24
in_between_hms = str(OrgFormat.hms_from_sec(in_between_s))
# handle special case: office hours
if e_name == 'wifi-office':
if not office_sum or not office_first_begin:
# new day
office_first_begin = e_time
else:
# check if we've found a lunch-break (first wifi-office between 11:30-13:00 where not office for > 17min)
if e_time.time() > datetime.time(
11, 30) and e_time.time() < datetime.time(
13, 00) and e_last_opposite_occurrence:
if e_last_opposite_occurrence.date() == e_time.date(
) and in_between_s > (17 * 60) and in_between_s < (80 *
60):
office_lunchbreak = [
e_last_opposite_occurrence.time(),
e_time.time()
]
# handle special case: boot without previous shutdown = crash
if (e_name == 'boot') and \
(e_last_occurrence and e_last_opposite_occurrence) and \
(e_last_occurrence > e_last_opposite_occurrence):
# last boot is more recent than last shutdown -> crash has happened
last_info = ' after crash'
in_between_hms = ''
in_between_s = ''
ignore_occurrence = True
properties = OrgProperties()
if in_between_s == 0: # omit in-between content of property when it is zero
in_between_s = ''
in_between_hms = ''
properties.add("IN-BETWEEN", in_between_hms)
properties.add("IN-BETWEEN-S", str(in_between_s))
properties.add("BATT-LEVEL", e_batt)
properties.add("UPTIME", OrgFormat.hms_from_sec(int(e_uptime)))
properties.add("UPTIME-S", e_uptime)
if e_name == 'wifi-office-end' and office_lunchbreak:
properties.add(
"OFFICE-SUMMARY",
e_last_opposite_occurrence.strftime('| %Y-%m-%d | %a ') +
prev_office_first_begin.strftime('| %H:%M ') +
office_lunchbreak[0].strftime('| %H:%M ') +
office_lunchbreak[1].strftime('| %H:%M ') +
e_time.strftime('| %H:%M | | |'))
elif e_name == 'wifi-office-end' and not office_lunchbreak:
properties.add(
"OFFICE-SUMMARY",
e_last_opposite_occurrence.strftime('| %Y-%m-%d | %a ') +
prev_office_first_begin.strftime('| %H:%M | 11:30 | 12:00 ') +
e_time.strftime('| %H:%M | | |'))
elif e_name == 'shutdown':
if battery_percentage_when_booting:
batt_diff_from_boot_to_shutdown = battery_percentage_when_booting - int(
e_batt)
if batt_diff_from_boot_to_shutdown >= 20:
# hypothetical run-time (in hours; derived from boot to shutdown) of the device for 100% battery capacity
# Note: battery_percentage_when_booting is set to False when a "charge-start"-event is recognized between boot and shutdown
# Note: only calculated when at least 20 percent difference of battery level between boot and shutdown
runtime_extrapolation = 100 * int(
e_uptime) // batt_diff_from_boot_to_shutdown // 3600
properties.add("HOURS_RUNTIME_EXTRAPOLATION",
runtime_extrapolation)
self._writer.write_org_subitem(
timestamp=e_time.strftime('<%Y-%m-%d %a %H:%M>'),
output=e_name + last_info,
properties=properties)
return '** ' + e_time.strftime('<%Y-%m-%d %a %H:%M>') + ' ' + e_name + last_info + \
'\n:PROPERTIES:\n:IN-BETWEEN: ' + in_between_hms + \
'\n:IN-BETWEEN-S: ' + str(in_between_s) + \
'\n:BATT-LEVEL: ' + e_batt + \
'\n:UPTIME: ' + str(OrgFormat.hms_from_sec(int(e_uptime))) + \
'\n:UPTIME-S: ' + str(e_uptime) + '\n:END:\n', \
ignore_occurrence, office_sum, office_first_begin, office_lunchbreak
