| #
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| # Usage: Fill in the configuration variables. It will download the feed
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| # for it, parse it, and print out test cases to add to the unit test.
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| #
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|
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| EMAIL = "[email protected]"
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| PRIVATE_COOKIE = "432802670aefa458daf036597ec8136b"
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| START_DATE = ("2006","01","01")
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| END_DATE = ("2009","01","01")
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|
|
|
|
|
|
| import sys, urllib, re
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| from xml.dom import minidom
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|
|
| def fmt(n):
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| if n < 10:
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| return "0" + str(n)
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| else:
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| return str(n)
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|
|
| def makeDate(d):
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| return d[0] + "-" + d[1] + "-" + d[2]
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|
|
| def makeZDate(d):
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| return d[0] + d[1] + d[2] + "T000000Z"
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|
|
| url = "http://www.google.com/calendar/feeds/[email protected]/private-" \
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| + PRIVATE_COOKIE + "/composite?start-min=" + makeDate(START_DATE) \
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| + "&start-max=" + makeDate(END_DATE)
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|
|
| #data = open("out.xml")
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| data = urllib.urlopen(url)
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|
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| DTSTART_TZID = re.compile("DTSTART;TZID=(.*):(.*)")
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| DTSTART = re.compile("DTSTART:(.*)")
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| DURATION = re.compile("DURATION:(.*)")
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| RRULE = re.compile("RRULE:(.*)")
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| TIME = re.compile("(....)-(..)-(..)T(..):(..):(..)....([+-])(..):(..)")
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| TIMEZ = re.compile("(....)-(..)-(..)T(..):(..):(..)....Z")
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|
|
| def stripTimezone(str):
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| lines = str.split("\n")
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| drop = False
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| result = []
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| for line in lines:
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| if line == "BEGIN:VTIMEZONE":
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| drop = True
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| if not drop:
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| result.append(line)
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| if line == "END:VTIMEZONE":
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| drop = False
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| return result
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|
|
| def fixInstance(s):
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| m = TIME.match(s[0])
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| if m:
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| if m.group(7) == "+":
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| sign = -1
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| else:
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| sign = 1
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| hour = int(m.group(4)) + (sign * int(m.group(8)))
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| return m.group(1) + m.group(2) + m.group(3) + "T" + fmt(hour) \
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| + m.group(5) + m.group(6) + "Z"
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| m = TIMEZ.match(s[0])
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| if m:
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| return m.group(1) + m.group(2) + m.group(3) + "T" + m.group(4) \
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| + m.group(5) + m.group(6) + "Z"
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| return s[0]
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|
|
| dom = minidom.parse(data)
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| root = dom.documentElement
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|
|
| entries = root.getElementsByTagName("entry")
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|
|
| for entry in entries:
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| recurrences = entry.getElementsByTagName("gd:recurrence")
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| dtstart = ""
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| tzid = ""
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| duration = ""
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| rrule = ""
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| if len(recurrences) > 0:
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| recurrence = recurrences[0]
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| s = ""
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| for c in recurrence.childNodes:
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| s = s + c.nodeValue
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| lines = stripTimezone(s)
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| for s in lines:
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| re_dtstart = DTSTART_TZID.match(s)
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| if re_dtstart:
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| dtstart = re_dtstart.group(2)
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| tzid = re_dtstart.group(1)
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| re_dtstart = DTSTART.match(s)
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| if re_dtstart:
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| dtstart = re_dtstart.group(1)
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| re_duration = DURATION.match(s)
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| if re_duration:
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| duration = re_duration.group(1)
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| re_rrule = RRULE.match(s)
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| if re_rrule:
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| rrule = re_rrule.group(1)
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| whens = entry.getElementsByTagName("gd:when")
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| instances = []
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| for w in whens:
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| startTime = w.getAttribute("startTime")
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| endTime = w.getAttribute("endTime")
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| instances.append((startTime,endTime))
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|
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| instances = map(fixInstance, instances)
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| instances.sort()
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| if dtstart != "":
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| title = ""
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| for c in entry.getElementsByTagName('title')[0].childNodes:
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| title = title + c.nodeValue
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|
|
| print " // " + title
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| print " test(\"" + dtstart + "\","
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| print " \"" + rrule + "\","
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| print " \"" + makeZDate(START_DATE) \
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| + "\", \"" + makeZDate(END_DATE) + "\","
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| print " new String[] {"
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| for i in instances:
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| print " \"" + i + "\","
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| print " });"
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| print
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|
|
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|
