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gcalcli.py
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# From https://raw.githubusercontent.com/insanum/gcalcli/master/gcalcli
#!/usr/bin/env python
# ** The MIT License **
#
# Copyright (c) 2007 Eric Davis (aka Insanum)
#
# Permission is hereby granted, free of charge, to any person obtaining a copy
# of this software and associated documentation files (the "Software"), to deal
# in the Software without restriction, including without limitation the rights
# to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
# copies of the Software, and to permit persons to whom the Software is
# furnished to do so, subject to the following conditions:
#
# The above copyright notice and this permission notice shall be included in all
# copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
# IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
# FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
# AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
# LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
# OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
# SOFTWARE.
#
# Dude... just buy us a beer. :-)
#
# XXX Todo/Cleanup XXX
# threading is currently broken when getting event list
# if threading works then move pageToken processing from GetAllEvents to thread
# support different types of reminders plus multiple ones (popup, sms, email)
# add caching, should be easy (dump all calendar JSON data to file)
# add support for multiline description input in the 'add' and 'edit' commands
# maybe add support for freebusy ?
#############################################################################
# #
# ( ( ( #
# ( ( ( )\ ) ( )\ ) )\ ) #
# )\ ) )\ )\ (()/( )\ (()/( (()/( #
# (()/( (((_)((((_)( /(_))(((_) /(_)) /(_)) #
# /(_))_ )\___ )\ _ )\ (_)) )\___ (_)) (_)) #
# (_)) __|((/ __|(_)_\(_)| | ((/ __|| | |_ _| #
# | (_ | | (__ / _ \ | |__ | (__ | |__ | | #
# \___| \___|/_/ \_\ |____| \___||____||___| #
# #
# Author: Eric Davis <http://www.insanum.com> #
# Brian Hartvigsen <http://github.com/tresni> #
# Home: https://github.com/insanum/gcalcli #
# #
# Requirements: #
# - Python 2 #
# http://www.python.org #
# - Google APIs Client Library for Python 2 #
# https://developers.google.com/api-client-library/python #
# - dateutil Python 2 module #
# http://www.labix.org/python-dateutil #
# #
# Optional: #
# - vobject Python module (needed for importing ics/vcal files) #
# http://vobject.skyhouseconsulting.com #
# - parsedatetime Python module (needed for fuzzy date parsing) #
# https://github.com/bear/parsedatetime #
# #
# Everything you need to know (Google API Calendar v3): http://goo.gl/HfTGQ #
# #
#############################################################################
__program__ = 'gcalcli'
__version__ = 'v3.1'
__author__ = 'Eric Davis, Brian Hartvigsen'
__doc__ = '''
Usage:
%s [options] command [command args or options]
Commands:
list list all calendars
search <text> search for events
- case insensitive search terms to find events that
match these terms in any field, like traditional
Google search with quotes, exclusion, etc.
- for example to get just games: "soccer -practice"
agenda [start] [end] get an agenda for a time period
- start time default is 12am today
- end time default is 5 days from start
- example time strings:
'9/24/2007'
'24/09/2007'
'24/9/07'
'Sep 24 2007 3:30pm'
'2007-09-24T15:30'
'2007-09-24T15:30-8:00'
'20070924T15'
'8am'
calw <weeks> [start] get a week based agenda in a nice calendar format
- weeks is the number of weeks to display
- start time default is beginning of this week
- note that all events for the week(s) are displayed
calm [start] get a month agenda in a nice calendar format
- start time default is the beginning of this month
- note that all events for the month are displayed
and only one month will be displayed
quick <text> quick add an event to a calendar
- a single --cal must specified
- the --detail-url option will show the event link
- example text:
'Dinner with Eric 7pm tomorrow'
'5pm 10/31 Trick or Treat'
add add a detailed event to a calendar
- a single --cal must specified
- the --detail-url option will show the event link
- example:
gcalcli --cal 'Eric Davis'
--title 'Analysis of Algorithms Final'
--where UCI
--when '12/14/2012 10:00'
--duration 60
--descr 'It is going to be hard!'
--reminder 30
add
delete <text> delete event(s)
- case insensitive search terms to find and delete
events, just like the 'search' command
- deleting is interactive
use the --iama-expert option to auto delete
THINK YOU'RE AN EXPERT? USE AT YOUR OWN RISK!!!
- use the --detail options to show event details
edit <text> edit event(s)
- case insensitive search terms to find and edit
events, just like the 'search' command
- editing is interactive
import [file] import an ics/vcal file to a calendar
- a single --cal must specified
- if a file is not specified then the data is read
from standard input
- if -v is given then each event in the file is
displayed and you're given the option to import
or skip it, by default everything is imported
quietly without any interaction
- if -d is given then each event in the file is
displayed and is not imported, a --cal does not
need to be specified for this option
remind <mins> <command> execute command if event occurs within <mins>
minutes time ('%%s' in <command> is replaced with
event start time and title text)
- <mins> default is 10
- default command:
'notify-send -u critical -a gcalcli %%s'
'''
__API_CLIENT_ID__ = '232867676714.apps.googleusercontent.com'
__API_CLIENT_SECRET__ = '3tZSxItw6_VnZMezQwC8lUqy'
# These are standard libraries and should never fail
import sys, os, re, shlex, time, calendar
import locale, textwrap, signal
from Queue import Queue
from datetime import datetime, timedelta, date
from unicodedata import east_asian_width
# Required 3rd partie libraries
try:
from dateutil.tz import *
from dateutil.parser import *
from dateutil.rrule import *
import gflags
import httplib2
from apiclient.discovery import build
from oauth2client.file import Storage
from oauth2client.client import OAuth2WebServerFlow
from oauth2client.tools import run
except ImportError as e:
print "ERROR: Missing module - %s" % e.args[0]
sys.exit(1)
# cPickle is a standard library, but in case someone did something really
# dumb, fall back to pickle. If that's not their, your python is fucked
try:
import cPickle as pickle
except ImportError:
import pickle
# simplejson is the upstream version of the json standard library. Use it if
# it's available, otherwise, just use the standard library
try:
from simplejson import json
except ImportError:
import json
# If they have parsedatetime, we'll use it for fuzzy datetime comparison. If
# not, we just return a fake failure every time and use only dateutil.
try:
from parsedatetime import parsedatetime
except:
class parsedatetime:
class Calendar:
def parse(self, string):
return ([], 0)
def Version():
sys.stdout.write(__program__+' '+__version__+' ('+__author__+')\n')
sys.exit(1)
def Usage(expanded=False):
sys.stdout.write(__doc__ % sys.argv[0])
if expanded:
print FLAGS.MainModuleHelp()
sys.exit(1)
class CLR:
useColor = True
conky = False
def __str__(self):
return self.color if self.useColor else ""
class CLR_NRM(CLR): color = "\033[0m"
class CLR_BLK(CLR): color = "\033[0;30m"
class CLR_BRBLK(CLR): color = "\033[30;1m"
class CLR_RED(CLR): color = "\033[0;31m"
class CLR_BRRED(CLR): color = "\033[31;1m"
class CLR_GRN(CLR): color = "\033[0;32m"
class CLR_BRGRN(CLR): color = "\033[32;1m"
class CLR_YLW(CLR): color = "\033[0;33m"
class CLR_BRYLW(CLR): color = "\033[33;1m"
class CLR_BLU(CLR): color = "\033[0;34m"
class CLR_BRBLU(CLR): color = "\033[34;1m"
class CLR_MAG(CLR): color = "\033[0;35m"
class CLR_BRMAG(CLR): color = "\033[35;1m"
class CLR_CYN(CLR): color = "\033[0;36m"
class CLR_BRCYN(CLR): color = "\033[36;1m"
class CLR_WHT(CLR): color = "\033[0;37m"
class CLR_BRWHT(CLR): color = "\033[37;1m"
def SetConkyColors():
# XXX these colors should be configurable
CLR.conky = True
CLR_NRM.color = ""
CLR_BLK.color = "${color black}"
CLR_BRBLK.color = "${color black}"
CLR_RED.color = "${color red}"
CLR_BRRED.color = "${color red}"
CLR_GRN.color = "${color green}"
CLR_BRGRN.color = "${color green}"
CLR_YLW.color = "${color yellow}"
CLR_BRYLW.color = "${color yellow}"
CLR_BLU.color = "${color blue}"
CLR_BRBLU.color = "${color blue}"
CLR_MAG.color = "${color magenta}"
CLR_BRMAG.color = "${color magenta}"
CLR_CYN.color = "${color cyan}"
CLR_BRCYN.color = "${color cyan}"
CLR_WHT.color = "${color white}"
CLR_BRWHT.color = "${color white}"
class ART:
useArt = True
fancy = ''
plain = ''
def __str__(self):
return self.fancy if self.useArt else self.plain
class ART_HRZ(ART): fancy = '\033(0\x71\033(B' ; plain = '-'
class ART_VRT(ART): fancy = '\033(0\x78\033(B' ; plain = '|'
class ART_LRC(ART): fancy = '\033(0\x6A\033(B' ; plain = '+'
class ART_URC(ART): fancy = '\033(0\x6B\033(B' ; plain = '+'
class ART_ULC(ART): fancy = '\033(0\x6C\033(B' ; plain = '+'
class ART_LLC(ART): fancy = '\033(0\x6D\033(B' ; plain = '+'
class ART_CRS(ART): fancy = '\033(0\x6E\033(B' ; plain = '+'
class ART_LTE(ART): fancy = '\033(0\x74\033(B' ; plain = '+'
class ART_RTE(ART): fancy = '\033(0\x75\033(B' ; plain = '+'
class ART_BTE(ART): fancy = '\033(0\x76\033(B' ; plain = '+'
class ART_UTE(ART): fancy = '\033(0\x77\033(B' ; plain = '+'
def PrintErrMsg(msg):
PrintMsg(CLR_BRRED(), msg)
def PrintMsg(color, msg):
if isinstance(msg, unicode):
msg = msg.encode(locale.getpreferredencoding() or "UTF-8", "ignore")
if CLR.useColor:
sys.stdout.write(str(color))
sys.stdout.write(msg)
sys.stdout.write(str(CLR_NRM()))
else:
sys.stdout.write(msg)
def DebugPrint(msg):
return
PrintMsg(CLR_YLW(), msg)
def dprint(obj):
try:
from pprint import pprint
pprint(obj)
except ImportError, e:
print obj
class DateTimeParser:
def __init__(self):
self.pdtCalendar = parsedatetime.Calendar()
def fromString(self, eWhen, useMidnight=True):
if useMidnight:
defaultDateTime = datetime.now(tzlocal()).replace(hour=0,
minute=0,
second=0,
microsecond=0)
else:
defaultDateTime = datetime.now(tzlocal())
try:
eTimeStart = parse(eWhen, default=defaultDateTime)
except:
struct, result = self.pdtCalendar.parse(eWhen)
if not result:
raise ValueError("Date and time is invalid")
eTimeStart = datetime.fromtimestamp(time.mktime(struct), tzlocal())
return eTimeStart
def DaysSinceEpoch(dt):
# Because I hate magic numbers
__DAYS_IN_SECONDS__ = 24 * 60 * 60
return calendar.timegm(dt.timetuple()) / __DAYS_IN_SECONDS__
def GetTimeFromStr(eWhen, eDuration=0):
dtp = DateTimeParser()
try:
eTimeStart = dtp.fromString(eWhen)
except:
PrintErrMsg('Date and time is invalid!\n')
sys.exit(1)
try:
eTimeStop = eTimeStart + timedelta(minutes=float(eDuration))
except:
PrintErrMsg('Duration time (minutes) is invalid\n')
sys.exit(1)
sTimeStart = eTimeStart.isoformat()
sTimeStop = eTimeStop.isoformat()
return sTimeStart, sTimeStop
class gcalcli:
cache = {}
refreshCache = False
useCache = True
allCals = []
allEvents = []
cals = []
now = datetime.now(tzlocal())
agendaLength = 5
authHttp = None
calService = None
urlService = None
military = False
ignoreStarted = False
calWidth = 10
calMonday = False
command = 'notify-send -u critical -a gcalcli %s'
tsv = False
dateParser = DateTimeParser()
detailCalendar = False
detailLocation = False
detailLength = False
detailReminders = False
detailDescr = False
detailDescrWidth = 80
detailUrl = None
calOwnerColor = CLR_CYN()
calWriterColor = CLR_GRN()
calReaderColor = CLR_MAG()
calFreeBusyColor = CLR_NRM()
dateColor = CLR_YLW()
nowMarkerColor = CLR_BRRED()
borderColor = CLR_WHT()
ACCESS_OWNER = 'owner'
ACCESS_WRITER = 'writer'
ACCESS_READER = 'reader'
ACCESS_FREEBUSY = 'freeBusyReader'
def __init__(self,
calNames=[],
calNameColors=[],
military=False,
detailCalendar=False,
detailLocation=False,
detailLength=False,
detailReminders=False,
detailDescr=False,
detailDescrWidth=80,
detailUrl=None,
ignoreStarted=False,
calWidth=10,
calMonday=False,
calOwnerColor=CLR_CYN(),
calWriterColor=CLR_GRN(),
calReaderColor=CLR_MAG(),
calFreeBusyColor=CLR_NRM(),
dateColor=CLR_YLW(),
nowMarkerColor=CLR_BRRED(),
borderColor=CLR_WHT(),
tsv=False,
refreshCache=False,
useCache=True,
configFolder=None,
client_id=__API_CLIENT_ID__,
client_secret=__API_CLIENT_SECRET__):
self.military = military
self.ignoreStarted = ignoreStarted
self.calWidth = calWidth
self.calMonday = calMonday
self.tsv = tsv
self.refreshCache = refreshCache
self.useCache = useCache
self.detailCalendar = detailCalendar
self.detailLocation = detailLocation
self.detailLength = detailLength
self.detailReminders = detailReminders
self.detailDescr = detailDescr
self.detailDescrWidth = detailDescrWidth
self.detailUrl = detailUrl
self.calOwnerColor = calOwnerColor
self.calWriterColor = calWriterColor
self.calReaderColor = calReaderColor
self.calFreeBusyColor = calFreeBusyColor
self.dateColor = dateColor
self.nowMarkerColor = nowMarkerColor
self.borderColor = borderColor
self.configFolder = configFolder
self.client_id = client_id
self.client_secret = client_secret
self._GetCached()
for cal in self.allCals:
if len(calNames):
for i in xrange(len(calNames)):
if re.search(calNames[i].lower(), cal['summary'].lower()):
self.cals.append(cal)
cal['colorSpec'] = calNameColors[i]
else:
self.cals = self.allCals
@staticmethod
def _LocalizeDateTime(dt):
if not hasattr(dt, 'tzinfo'):
return dt
if dt.tzinfo == None:
return dt.replace(tzinfo=tzlocal())
else:
return dt.astimezone(tzlocal())
def _GoogleAuth(self):
if not self.authHttp:
if self.configFolder:
storage = Storage(os.path.expanduser("%s/oauth" % self.configFolder))
else:
storage = Storage(os.path.expanduser('~/.gcalcli_oauth'))
credentials = storage.get()
if credentials is None or credentials.invalid == True:
credentials = run(
OAuth2WebServerFlow(
client_id=self.client_id,
client_secret=self.client_secret,
scope=['https://www.googleapis.com/auth/calendar',
'https://www.googleapis.com/auth/urlshortener'],
user_agent=__program__+'/'+__version__),
storage)
self.authHttp = credentials.authorize(httplib2.Http())
return self.authHttp
def _CalService(self):
if not self.calService:
self.calService = \
build(serviceName='calendar',
version='v3',
http=self._GoogleAuth())
return self.calService
def _UrlService(self):
if not self.urlService:
self._GoogleAuth()
self.urlService = \
build(serviceName='urlshortener',
version='v1',
http=self._GoogleAuth())
return self.urlService
def _GetCached(self):
if self.configFolder:
cacheFile = os.path.expanduser("%s/cache" % self.configFolder)
else:
cacheFile = os.path.expanduser('~/.gcalcli_cache')
if self.refreshCache:
try:
os.remove(cacheFile)
except OSError:
pass
# fall through
self.cache = {}
self.allCals = []
if self.useCache:
# note that we need to use pickle for cache data since we stuff
# various non-JSON data in the runtime storage structures
try:
with open(cacheFile, 'rb') as _cache_:
self.cache = pickle.load(_cache_)
self.allCals = self.cache['allCals']
# XXX assuming data is valid, need some verification check here
return
except IOError:
pass
# fall through
calList = self._CalService().calendarList().list().execute()
while True:
for cal in calList['items']:
self.allCals.append(cal)
pageToken = calList.get('nextPageToken')
if pageToken:
calList = self._CalService().calendarList().\
list(pageToken = pageToken).execute()
else:
break
# gcalcli defined way to order calendars
order = { self.ACCESS_OWNER : 1,
self.ACCESS_WRITER : 2,
self.ACCESS_READER : 3,
self.ACCESS_FREEBUSY : 4 }
self.allCals.sort(lambda x, y:
cmp(order[x['accessRole']],
order[y['accessRole']]))
if self.useCache:
self.cache['allCals'] = self.allCals
with open(cacheFile, 'wb') as _cache_:
pickle.dump(self.cache, _cache_)
def _ShortenURL(self, url):
if self.detailUrl != "short":
return url
# Note that when authenticated to a google account different shortUrls
# can be returned for the same longUrl. See: http://goo.gl/Ya0A9
shortUrl = self._UrlService().url().insert(body={'longUrl':url}).execute()
return shortUrl['id']
def _CalendarColor(self, cal):
if cal == None:
return CLR_NRM()
elif 'colorSpec' in cal and cal['colorSpec'] != None:
return cal['colorSpec']
elif cal['accessRole'] == self.ACCESS_OWNER:
return self.calOwnerColor
elif cal['accessRole'] == self.ACCESS_WRITER:
return self.calWriterColor
elif cal['accessRole'] == self.ACCESS_READER:
return self.calReaderColor
elif cal['accessRole'] == self.ACCESS_FREEBUSY:
return self.calFreeBusyColor
else:
return CLR_NRM()
def _ValidTitle(self, event):
if 'summary' in event and event['summary'].strip():
return event['summary']
else:
return "(No title)"
def _GetWeekEventStrings(self, cmd, curMonth,
startDateTime, endDateTime, eventList):
weekEventStrings = [ '', '', '', '', '', '', '' ]
nowMarkerPrinted = False
if self.now < startDateTime or self.now > endDateTime:
# now isn't in this week
nowMarkerPrinted = True
for event in eventList:
if cmd == 'calm' and curMonth != event['s'].strftime("%b"):
continue
dayNum = int(event['s'].strftime("%w"))
if self.calMonday:
dayNum -= 1
if dayNum < 0:
dayNum = 6
if event['s'] >= startDateTime and event['s'] < endDateTime:
forceEventColorAsMarker = False
if event['s'].hour == 0 and event['s'].minute == 0 and \
event['e'].hour == 0 and event['e'].minute == 0:
tmpTimeStr = ''
else:
if not nowMarkerPrinted:
if DaysSinceEpoch(self.now) < DaysSinceEpoch(event['s']):
nowMarkerPrinted = True
weekEventStrings[dayNum-1] += \
("\n" +
str(self.nowMarkerColor) +
(self.calWidth * '-'))
elif self.now <= event['s']:
# add a line marker before next event
nowMarkerPrinted = True
weekEventStrings[dayNum] += \
("\n" +
str(self.nowMarkerColor) +
(self.calWidth * '-'))
elif self.now >= event['s'] and self.now <= event['e']:
# line marker is during the event (recolor event)
nowMarkerPrinted = True
forceEventColorAsMarker = True
if self.military:
tmpTimeStr = event['s'].strftime("%H:%M")
else:
tmpTimeStr = \
event['s'].strftime("%I:%M").lstrip('0') + \
event['s'].strftime('%p').lower()
if forceEventColorAsMarker:
eventColor = self.nowMarkerColor
else:
eventColor = self._CalendarColor(event['gcalcli_cal'])
# newline and empty string are the keys to turn off coloring
weekEventStrings[dayNum] += \
"\n" + \
str(eventColor) + \
tmpTimeStr.strip() + \
" " + \
self._ValidTitle(event).strip()
return weekEventStrings
UNIWIDTH = {'W': 2, 'F': 2, 'N': 1, 'Na': 1, 'H': 1, 'A': 1}
def _PrintLen(self, string):
# We need to treat everything as unicode for this to actually give
# us the info we want. Date string were coming in as `str` type
# so we convert them to unicode and then check their size. Fixes
# the output issues we were seeing around non-US locale strings
if not isinstance(string, unicode):
string = unicode(string, locale.getpreferredencoding() or "UTF-8")
printLen = 0
for tmpChar in string:
printLen += self.UNIWIDTH[east_asian_width(tmpChar)]
return printLen
# return print length before cut, cut index, and force cut flag
def _NextCut(self, string, curPrintLen):
idx = 0
printLen = 0
if not isinstance(string, unicode):
string = unicode(string, locale.getpreferredencoding() or "UTF-8")
for tmpChar in string:
if (curPrintLen + printLen) >= self.calWidth:
return (printLen, idx, True)
if tmpChar in (' ', '\n'):
return (printLen, idx, False)
idx += 1
printLen += self.UNIWIDTH[east_asian_width(tmpChar)]
return (printLen, -1, False)
def _GetCutIndex(self, eventString):
printLen = self._PrintLen(eventString)
if printLen <= self.calWidth:
if '\n' in eventString:
idx = eventString.find('\n')
printLen = self._PrintLen(eventString[:idx])
else:
idx = len(eventString)
DebugPrint("------ printLen=%d (end of string)\n" % idx)
return (printLen, idx)
cutWidth, cut, forceCut = self._NextCut(eventString, 0)
DebugPrint("------ cutWidth=%d cut=%d \"%s\"\n" %
(cutWidth, cut, eventString))
if forceCut:
DebugPrint("--- forceCut cutWidth=%d cut=%d\n" % (cutWidth, cut))
return (cutWidth, cut)
DebugPrint("--- looping\n")
while cutWidth < self.calWidth:
DebugPrint("--- cutWidth=%d cut=%d \"%s\"\n" %
(cutWidth, cut, eventString[cut:]))
while cut < self.calWidth and \
cut < printLen and \
eventString[cut] == ' ':
DebugPrint("-> skipping space <-\n")
cutWidth += 1
cut += 1
DebugPrint("--- cutWidth=%d cut=%d \"%s\"\n" %
(cutWidth, cut, eventString[cut:]))
nextCutWidth, nextCut, forceCut = \
self._NextCut(eventString[cut:], cutWidth)
if forceCut:
DebugPrint("--- forceCut cutWidth=%d cut=%d\n" % (cutWidth, cut))
break
cutWidth += nextCutWidth
cut += nextCut
if eventString[cut] == '\n':
break
DebugPrint("--- loop cutWidth=%d cut=%d\n" % (cutWidth, cut))
return (cutWidth, cut)
def _GraphEvents(self, cmd, startDateTime, count, eventList):
# ignore started events (i.e. that start previous day and end start day)
while (len(eventList) and eventList[0]['s'] < startDateTime):
eventList = eventList[1:]
dayWidthLine = (self.calWidth * str(ART_HRZ()))
topWeekDivider = (str(self.borderColor) +
str(ART_ULC()) + dayWidthLine +
(6 * (str(ART_UTE()) + dayWidthLine)) +
str(ART_URC()) + str(CLR_NRM()))
midWeekDivider = (str(self.borderColor) +
str(ART_LTE()) + dayWidthLine +
(6 * (str(ART_CRS()) + dayWidthLine)) +
str(ART_RTE()) + str(CLR_NRM()))
botWeekDivider = (str(self.borderColor) +
str(ART_LLC()) + dayWidthLine +
(6 * (str(ART_BTE()) + dayWidthLine)) +
str(ART_LRC()) + str(CLR_NRM()))
empty = self.calWidth * ' '
# Get the localized day names... January 1, 2001 was a Monday
dayNames = [ date(2001, 1, i+1).strftime('%A') for i in range(7) ]
dayNames = dayNames[6:] + dayNames[:6]
dayHeader = str(self.borderColor) + str(ART_VRT()) + str(CLR_NRM())
for i in xrange(7):
if self.calMonday:
if i == 6:
dayName = dayNames[0]
else:
dayName = dayNames[i+1]
else:
dayName = dayNames[i]
dayName += ' ' * (self.calWidth - self._PrintLen(dayName))
dayHeader += str(self.dateColor) + dayName + str(CLR_NRM())
dayHeader += str(self.borderColor) + str(ART_VRT()) + str(CLR_NRM())
if cmd == 'calm':
topMonthDivider = (str(self.borderColor) +
str(ART_ULC()) + dayWidthLine +
(6 * (str(ART_HRZ()) + dayWidthLine)) +
str(ART_URC()) + str(CLR_NRM()))
PrintMsg(CLR_NRM(), "\n" + topMonthDivider + "\n")
m = startDateTime.strftime('%B %Y')
mw = (self.calWidth * 7) + 6
m += ' ' * (mw - self._PrintLen(m))
PrintMsg(CLR_NRM(),
str(self.borderColor) +
str(ART_VRT()) +
str(CLR_NRM()) +
str(self.dateColor) +
m +
str(CLR_NRM()) +
str(self.borderColor) +
str(ART_VRT()) +
str(CLR_NRM()) +
'\n')
botMonthDivider = (str(self.borderColor) +
str(ART_LTE()) + dayWidthLine +
(6 * (str(ART_UTE()) + dayWidthLine)) +
str(ART_RTE()) + str(CLR_NRM()))
PrintMsg(CLR_NRM(), botMonthDivider + "\n")
else: # calw
PrintMsg(CLR_NRM(), "\n" + topWeekDivider + "\n")
PrintMsg(CLR_NRM(), dayHeader + "\n")
PrintMsg(CLR_NRM(), midWeekDivider + "\n")
curMonth = startDateTime.strftime("%b")
# get date range objects for the first week
if cmd == 'calm':
dayNum = int(startDateTime.strftime("%w"))
if self.calMonday:
dayNum -= 1
if dayNum < 0:
dayNum = 6
startDateTime = (startDateTime - timedelta(days=dayNum))
startWeekDateTime = startDateTime
endWeekDateTime = (startWeekDateTime + timedelta(days=7))
for i in xrange(count):
# create/print date line
line = str(self.borderColor) + str(ART_VRT()) + str(CLR_NRM())
for j in xrange(7):
if cmd == 'calw':
d = (startWeekDateTime +
timedelta(days=j)).strftime("%d %b")
else: # (cmd == 'calm'):
d = (startWeekDateTime +
timedelta(days=j)).strftime("%d")
if curMonth != (startWeekDateTime + \
timedelta(days=j)).strftime("%b"):
d = ''
tmpDateColor = self.dateColor
if self.now.strftime("%d%b%Y") == \
(startWeekDateTime + timedelta(days=j)).strftime("%d%b%Y"):
tmpDateColor = self.nowMarkerColor
d += " **"
d += ' ' * (self.calWidth - self._PrintLen(d))
line += str(tmpDateColor) + \
d + \
str(CLR_NRM()) + \
str(self.borderColor) + \
str(ART_VRT()) + \
str(CLR_NRM())
PrintMsg(CLR_NRM(), line + "\n")
weekColorStrings = [ '', '', '', '', '', '', '' ]
weekEventStrings = self._GetWeekEventStrings(cmd, curMonth,
startWeekDateTime,
endWeekDateTime,
eventList)
# convert the strings to unicode for various string ops
# XXX event strings are already in unicode for Calendar v3 APIs
#for j in xrange(7):
# weekEventStrings[j] = unicode(weekEventStrings[j],
# locale.getpreferredencoding())
# get date range objects for the next week
startWeekDateTime = endWeekDateTime
endWeekDateTime = (endWeekDateTime + timedelta(days=7))
while 1:
done = True
line = str(self.borderColor) + str(ART_VRT()) + str(CLR_NRM())
for j in xrange(7):
if weekEventStrings[j] == '':
weekColorStrings[j] = ''
line += (empty +
str(self.borderColor) +
str(ART_VRT()) +
str(CLR_NRM()))
continue
# get/skip over a color sequence
if ((not CLR.conky and weekEventStrings[j][0] == '\033') or
( CLR.conky and weekEventStrings[j][0] == '$')):
weekColorStrings[j] = ''
while ((not CLR.conky and weekEventStrings[j][0] != 'm') or
( CLR.conky and weekEventStrings[j][0] != '}')):
weekColorStrings[j] += weekEventStrings[j][0]
weekEventStrings[j] = weekEventStrings[j][1:]
weekColorStrings[j] += weekEventStrings[j][0]
weekEventStrings[j] = weekEventStrings[j][1:]
if weekEventStrings[j][0] == '\n':
weekColorStrings[j] = ''
weekEventStrings[j] = weekEventStrings[j][1:]
line += (empty +
str(self.borderColor) +
str(ART_VRT()) +
str(CLR_NRM()))
done = False
continue
weekEventStrings[j] = weekEventStrings[j].lstrip()
printLen, cut = self._GetCutIndex(weekEventStrings[j])
padding = ' ' * (self.calWidth - printLen)
line += (weekColorStrings[j] +
weekEventStrings[j][:cut] +
padding +
str(CLR_NRM()))
weekEventStrings[j] = weekEventStrings[j][cut:]
done = False
line += (str(self.borderColor) +
str(ART_VRT()) +
str(CLR_NRM()))
if done:
break
PrintMsg(CLR_NRM(), line + "\n")
if i < range(count)[len(range(count))-1]:
PrintMsg(CLR_NRM(), midWeekDivider + "\n")
else:
PrintMsg(CLR_NRM(), botWeekDivider + "\n")
def _tsv(self, startDateTime, eventList):
for event in eventList:
if 'htmlLink' in event:
tmpLink = self._ShortenURL(event['htmlLink'])
else:
tmpLink = ""
if 'hangoutLink' in event:
hangoutLink = self._ShortenURL(event['hangoutLink'])
else:
hangoutLink = ""
tmpDayStr = event['s'].strftime('%F')
tmpDayStp = event['e'].strftime('%F')
tmpTimeStr = event['s'].strftime("%H:%M")
tmpTimeStp = event['e'].strftime("%H:%M")
tmpWhere = ''
if 'location' in event and event['location'].strip():
tmpWhere = event['location'].strip()
tmpContent = ''