#!/usr/bin/env python 
# -*- Mode: python -*-
#======================================================================
# FILE: test.py
# CREATOR: eric 
#
# DESCRIPTION:
#   
#
#  $Id$
#  $Locker$
#
# (C) COPYRIGHT 2001, Eric Busboom <eric@softwarestudio.org>
# (C) COPYRIGHT 2001, Patrick Lewis <plewis@inetarena.com>  
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of either: 
#
#    The LGPL as published by the Free Software Foundation, version
#    2.1, available at: http://www.fsf.org/copyleft/lesser.html
#
#  Or:
#
#    The Mozilla Public License Version 1.0. You may obtain a copy of
#    the License at http://www.mozilla.org/MPL/
#======================================================================

import LibicalWrap
from Libical import *

def error_type():
    error = icalerror_perror()
    return error[:index(error,':')]

comp_str = """
BEGIN:VCALENDAR
VERSION:2.0
PRODID:-//ABC Corporation//NONSGML My Product//EN
METHOD:REQUEST
BEGIN:VEVENT
ATTENDEE;RSVP=TRUE;ROLE=REQ-PARTICIPANT;CUTYPE=GROUP:MAILTO:employee-A@host.com
COMMENT: When in the course of writting comments and nonsense text\, it 
 becomes necessary to insert a newline
DTSTART:19972512T120000
DTSTART:19970101T120000Z
DTSTART:19970101
DURATION:P3DT4H25M
FREEBUSY:19970101T120000/19970101T120000
FREEBUSY:19970101T120000/PT3H
FREEBUSY:19970101T120000/PT3H
END:VEVENT
END:VCALENDAR"""


def test_property():

    print "--------------------------- Test Property ----------------------"


    liw = LibicalWrap
    icalprop = liw.icalproperty_new_from_string("ATTENDEE;RSVP=TRUE;ROLE=REQ-PARTICIPANT;CUTYPE=GROUP:MAILTO:employee-A@host.com")

    print liw.icalproperty_as_ical_string(icalprop)

    p = Property(ref=icalprop)

    print p.name()
    print
    print "Parameters:"
    for param in p.parameters():
	    print "  ", param, " = ", p[param]
    print
    print p['ROLE']
    
    p['ROLE'] = 'INDIVIDUAL'

    print p['ROLE']

    p['ROLE'] = 'GROFROMBLATZ'

    print p['ROLE']

    print

    p['X-MAN-FAVOURITE'] = 'Wolverine'
    p['X-FILES-FAVOURITE'] = 'Mulder'

    print p['X-MAN-FAVOURITE']

    assert(p['X-MAN-FAVOURITE'] == 'Wolverine')
    assert(p['X-FILES-FAVOURITE'] == 'Mulder')
    assert(p['X-FILES-FAVOURITE'] != 'Scully')

    print p.value()
    p.value("mailto:Bob@bob.com")
    print p.value()


    print p.as_ical_string()
    del p['ROLE']
    del p['X-MAN-FAVOURITE']
    
    print p.as_ical_string()


    try:
        p = Property()
    except Property.ConstructorFailedError:
        pass
    else:
        assert(0)

    # X Property
    p = Property("X-COMMENT")

    p.value("This is a sentence, with punctuation; indeed: it is")
    print p

    p.value("This is not approved by the Ministry of Silly Walks")
    print p


    assert(test_enum('METHOD','PUBLISH'))
    assert(not test_enum('METHOD','FOO'))

    assert(test_enum('ACTION','AUDIO'))
    assert(not test_enum('ACTION','OPAQUE'))

def test_time():
    "Test routine"

    print"-------------------Test Time  --------------------------------"

    t = Time("19970325T123010Z",'DTSTART')
    
    assert(t.year() == 1997)
    assert(t.month() == 3)
    assert(t.day() == 25)
    assert(t.hour() == 12)
    assert(t.minute() == 30)
    assert(t.second() == 10)
    assert(t.is_utc())
    assert(not t.is_date())
    
    print t

    t.timezone("America/Los_Angeles")
    print str(t)
    print t.timezone()
    #assert(str(t)=='DTSTART;TZID=America/Los_Angeles:19970325T123010')
    assert(str(t)=='DTSTART;TZID=/softwarestudio.org/Olson_20010626_2/America/Los_Angeles:19970325T043010')

    t.second(t.second()+80)

    t.timezone("UTC")
    assert(t.minute() == 31)
    assert(t.second() == 30)

    d = Duration(3600,"DURATION")
    t2 = t + d

    print t2
    assert(t2.hour() == 13)

    t2 = t - d

    print t2
    assert(isinstance(t2,Time))
    assert(t2.hour() == 11)

    # test int args
    t = Time(2)
    print t
 
    # test float args
    t = Time(2.5)
    print t

def test_period():    

    print"-------------------Test Period--------------------------------"

    p = Period("19970101T180000Z/19970101T233000Z")

    print p
    
    assert(str(p) == 'FREEBUSY:19970101T180000Z/19970101T233000Z')

    print p.start()
    assert(str(p.start()) == 'DTSTART:19970101T180000Z')

    print p.end()
    assert(str(p.end()) == 'DTEND:19970101T233000Z')

    print p.duration()
    assert(str(p.duration()) == 'DURATION:PT5H30M')
    p = None

    p = Period("19970101T180000Z/PT5H30M")
    print p

    print p.start()
    assert(str(p.start()) == 'DTSTART:19970101T180000Z')

    print p.end()
    assert(str(p.end()) == 'DTEND:19970101T233000Z')

    print p.duration()
    assert(str(p.duration()) == 'DURATION:PT5H30M')


def test_duration():

    print "-------------- Test Duration ----------------"

    # Ical string

    d = Duration("P3DT4H25M")

    print str(d)

    assert(str(d) == "DURATION:P3DT4H25M")

    print d.seconds()

    assert(d.seconds() == 275100)

    # seconds

    d = Duration(-275100)
           
    print str(d)

    assert(str(d) == "DURATION:-P3DT4H25M")

    print d.seconds()

    assert(d.seconds() == -275100)

    #error

    try:
        d = Duration("P10WT7M")
        print str(d)
        assert(0)
    except: pass

    try:
        d = Duration("Pgiberish")
        print str(d)
        assert(0)
    except:
        pass



def test_attach():

    file = open('littlefile.txt')
    attachProp = Attach(file)
    file.close()
    attachProp.fmttype('text/ascii')
    print "\n" + attachProp.name()
    print attachProp.value_type()
    print attachProp.fmttype()
    attachProp['fmttype']=None
    print "Calling value()"
    print attachProp.value()
    print "Calling asIcalString()"
    print attachProp.as_ical_string()


def test_component():

    print "------------------- Test Component ----------------------"


    c = NewComponent(comp_str);

    props = c.properties()
    
    for p in props: 
        print p.as_ical_string()
    
    inner = c.components()[0]

    print inner
    print type(inner)


    props = inner.properties()
    
    for p in props: 
        print p.as_ical_string()
        
    dtstart = inner.properties('DTSTART')[0]
        
    print dtstart
    
    print "\n Orig hour: ", dtstart.hour()
    assert(dtstart.hour() == 12)

    dtstart.hour(dtstart.hour() + 5)

    print "\n New hour: ", dtstart.hour()
    assert(dtstart.hour() == 17)

    attendee = inner.properties('ATTENDEE')[0]
    
    print attendee

    t = Time("20011111T123030")
    t.name('DTEND')

    inner.add_property(t)


    print c

    dtstart1 = inner.properties('DTSTART')[0]
    dtstart2 = inner.properties('DTSTART')[0]
    dtstart3 = inner.property('DTSTART')

    assert(dtstart1 is dtstart2)
    assert(dtstart1 == dtstart2)

    assert(dtstart1 is dtstart3)
    assert(dtstart1 == dtstart3)


    p = Property(type="SUMMARY");
    p.value("This is a summary")

    inner.properties().append(p)

    print inner.as_ical_string()

    p = inner.properties("SUMMARY")[0]
    assert(p!=None);
    print str(p)
    assert(str(p) == "SUMMARY:This is a summary")

    inner.properties()[:] = [p]

    print inner.as_ical_string()

    # test sequence 
    event = Event()

    try:
       event.sequence("foo")
    except TypeError:
       pass

    event.sequence(-1)
    print event.sequence()

    event.sequence(1)
    event.sequence(88)
    print event.sequence()
    
def test_event():
    print "------------ Event Class ----------------------"

    event = Event()

    event.method('REQUEST')
    event.version('2.0')

    event.created("20010313T123000Z")
    print "created =", event.created()
    assert (event.created() == Time("20010313T123000Z"))

    event.organizer("MAILTO:j_doe@nowhere.com")
    org = event.organizer()
    print org.cn()
    org.cn('Jane Doe')
    assert (isinstance(org, Organizer))
    print "organizer =", event.organizer()
    assert (event.organizer().value() == "MAILTO:j_doe@nowhere.com")

    event.dtstart("20010401T183000Z")
    print "dtstart =", event.dtstart()
    assert (event.dtstart()== Time("20010401T183000Z"))

    dtend = Time('20010401T190000Z', 'DTEND')
    event.dtend(dtend)
    assert (event.dtend() ==dtend )
    assert (event.dtend() == Time('20010401T190000Z'))
    
    att = Attendee()
    att.value('jsmith@nothere.com')
    event.attendees(('ef_hutton@listenup.com', att))
    
    event.x_properties('X-TEST',('foo', 'bar'))
    event.x_properties('X-TEST2',('foo, biz', 'bar, biz'))

    inner = event.components()[0]
    for e in inner.properties('X-TEST'):
        print " ", e.as_ical_string()

    assert(len(event.x_properties('X-TEST'))==2)

    event.description("A short description.  Longer ones break things. Really. What does it break. The code is supposed to handle realy long lines, longer, in fact, than any sane person would create except by writting a random text generator or by excerpting text from a less sane person. Actually, it did \"break\" and I had to remove an \n assert to fix it.")
    event.status('TeNtAtIvE')
    
    print event.as_ical_string()

    
def test_derivedprop():
    
    print "------------ Derived Properties -----------------"
    
    p = RDate("20011111T123030")

    print str(p)


    p = RDate("19970101T120000/19970101T123000")

    print str(p)

    try:
        p = RDate("P3DT4H25M")
        print str(p)
        assert(0)
    except: pass

    
    p = Trigger("P3DT4H25M")

    print str(p)

    p = Trigger("20011111T123030")

    print str(p)

    try:
        p = Trigger("19970101T120000/19970101T123000")
        print str(p)
        assert(0)
    except: pass

def test_gauge():
    print "------------ Gauge -----------------"
    event = Event()

    event.method('REQUEST')
    event.version('2.0')
    event.created("20010313T123000Z")
    event.organizer("MAILTO:j_doe@nowhere.com")
    org = event.organizer()
    org.cn('Jane Doe')
    event.dtstart("20010401T183000Z")
    dtend = Time('20010401T190000Z', 'DTEND')
    event.dtend(dtend)
    event.description("A short description.")
    event.status('TeNtAtIvE')
    
    print event.as_ical_string()

    gauge = Gauge(sql="SELECT * FROM VEVENT WHERE DTSTART > '20010401T180000Z'")

    assert(gauge.compare(event) == 1)

    gauge = Gauge(sql="SELECT * FROM VEVENT WHERE DTSTART > '20010401T190000Z'")

    assert(gauge.compare(event) == 0)

def do_test_store(storeobj=None, *args):
    assert(storeobj != None)
    store = storeobj(*args)
    assert(store != None)

    print ">------------ ",
    print store.__class__,
    print "Store -----------------"


    # create fileset

    event = Event()

    event.method('REQUEST')
    event.version('2.0')
    event.created("20010313T123000Z")
    event.organizer("MAILTO:j_doe@nowhere.com")
    event.dtstart("20010401T183000Z")
    event.duration('PT3H')

    event.description("A short description.")

    # for i = 1 to 10
    #  copy event
    #  munge uid and increment month
    for i in range(1,11):
	newevent = event.clone()
	newevent.uid("%d@localhost" % (i,))
	newevent.dtstart().month( newevent.dtstart().month() + i )

	#print ne
	store.add_component(newevent)

    # commit
    store.commit()
    assert(store.count_components("VCALENDAR") == 10)
    # free
    del(store)

    # open again
    store = storeobj(*args)
    # assert count of components = 10
    assert(store.count_components("VCALENDAR") == 10)

    # print them out
    # fetch by uid
    n7 = store.fetch("7@localhost")
    print n7
    # fetch by match

    n7m = store.fetchMatch(n7)
    assert(str(n7) == str(n7m))

    # modify in memory
    n7.uid("42@localhost")
    del(store)
    del(n7)

    store = storeobj(*args)
    assert(store.fetch("42@localhost") == None)
    n7 = store.fetch("7@localhost")
    n7.uid("42@localhost")
    store.mark()
    store.commit()
    del(store)
    store = storeobj(*args)
    assert(store.fetch("7@localhost") == None)

    # fetch by gauge

    gauge = Gauge(sql="SELECT * FROM VEVENT WHERE DTSTART > '20010601T000000Z' AND DTSTART < '20010901T000000Z'")

    store.select(gauge)

    count = 0

    c = store.first_component()
    while c != None:
	    print c.uid()
	    print c.dtstart()
	    print
	    count = count + 1
	    c = store.next_component()

    store.clearSelect()

    assert(count == 3)

    # remove all of them
    c = store.first_component()
    while c != None:
	    print c.uid()
	    store.remove_component(c)
	    c = store.first_component()

    assert(store.count_components("VCALENDAR") == 0)
    store.commit()
    assert(store.count_components("VCALENDAR") == 0)
    # print them out
    # assert count of components = 0


def test_store():
    print "------------ Store -----------------"
    do_test_store(FileStore,"filesetout.ics")

def run_tests():
    test_property()

    test_time()

    test_period()

    test_component()

    test_duration()

    test_derivedprop()

    test_event()

    #test_attach()

    test_gauge()
    
    test_store()




if __name__ == "__main__":
    run_tests()