def parse(self, ins):
result = super(Calendar, self).parse(ins)
# We need to store all timezones in the static object so they can be accessed by any date object
from pycalendar.timezonedb import TimezoneDatabase
TimezoneDatabase.mergeTimezones(self, self.getComponents(definitions.cICalComponent_VTIMEZONE))
return result
def parse(self, ins):
result = super(Calendar, self).parse(ins)
# We need to store all timezones in the static object so they can be accessed by any date object
from pycalendar.timezonedb import TimezoneDatabase
TimezoneDatabase.mergeTimezones(self, self.getComponents(definitions.cICalComponent_VTIMEZONE))
return result
def parseComponent(self, ins):
result = None
LOOK_FOR_VCALENDAR = 0
GET_PROPERTY_OR_COMPONENT = 1
GOT_VCALENDAR = 4
state = LOOK_FOR_VCALENDAR
# Get lines looking for start of calendar
lines = [None, None]
comp = self
compend = None
componentstack = []
got_timezone = False
while readFoldedLine(ins, lines):
line = lines[0]
if state == LOOK_FOR_VCALENDAR:
# Look for start
if line == self.getBeginDelimiter():
# Next state
state = GET_PROPERTY_OR_COMPONENT
# Handle blank line
elif len(line) == 0:
# Raise if requested, otherwise just ignore
if ParserContext.BLANK_LINES_IN_DATA == ParserContext.PARSER_RAISE:
raise InvalidData("iCalendar data has blank lines")
# Unrecognized data
else:
raise InvalidData("iCalendar data not recognized", line)
elif state == GET_PROPERTY_OR_COMPONENT:
# Parse property or look for start of component
if line.startswith("BEGIN:"):
# Push previous details to stack
componentstack.append((comp, compend,))
# Start a new component
comp = self.sComponentType.makeComponent(line[6:], comp)
compend = comp.getEndDelimiter()
# Cache as result - but only the first one, we ignore the rest
if result is None:
result = comp
# Look for timezone component to trigger timezone merge only if one is present
if comp.getType() == definitions.cICalComponent_VTIMEZONE:
got_timezone = True
elif line == self.getEndDelimiter():
# Change state
state = GOT_VCALENDAR
# Look for end of current component
elif line == compend:
# Finalise the component (this caches data from the properties)
comp.finalise()
# Embed component in parent and reset to use parent
componentstack[-1][0].addComponent(comp)
comp, compend = componentstack.pop()
# Blank line
elif len(line) == 0:
# Raise if requested, otherwise just ignore
if ParserContext.BLANK_LINES_IN_DATA == ParserContext.PARSER_RAISE:
raise InvalidData("iCalendar data has blank lines")
# Ignore top-level items
elif comp is self:
pass
# Must be a property
else:
# Parse parameter/value for top-level calendar item
prop = self.sPropertyType.parseText(line)
# Check for valid property
if comp is not self:
comp.addProperty(prop)
# Exit if we have one - ignore all the rest
if state == GOT_VCALENDAR:
break
# We need to store all timezones in the static object so they can be accessed by any date object
# Only do this if we read in a timezone
if got_timezone:
from pycalendar.timezonedb import TimezoneDatabase
TimezoneDatabase.mergeTimezones(self, self.getComponents(definitions.cICalComponent_VTIMEZONE))
return result
def parseComponent(self, ins):
result = None
LOOK_FOR_VCALENDAR = 0
GET_PROPERTY_OR_COMPONENT = 1
GOT_VCALENDAR = 4
state = LOOK_FOR_VCALENDAR
# Get lines looking for start of calendar
lines = [None, None]
comp = self
compend = None
componentstack = []
got_timezone = False
while readFoldedLine(ins, lines):
line = lines[0]
if state == LOOK_FOR_VCALENDAR:
# Look for start
if line == self.getBeginDelimiter():
# Next state
state = GET_PROPERTY_OR_COMPONENT
# Handle blank line
elif len(line) == 0:
# Raise if requested, otherwise just ignore
if ParserContext.BLANK_LINES_IN_DATA == ParserContext.PARSER_RAISE:
raise InvalidData("iCalendar data has blank lines")
# Unrecognized data
else:
raise InvalidData("iCalendar data not recognized", line)
elif state == GET_PROPERTY_OR_COMPONENT:
# Parse property or look for start of component
if line.startswith("BEGIN:"):
# Push previous details to stack
componentstack.append((comp, compend,))
# Start a new component
comp = self.sComponentType.makeComponent(line[6:], comp)
compend = comp.getEndDelimiter()
# Cache as result - but only the first one, we ignore the rest
if result is None:
result = comp
# Look for timezone component to trigger timezone merge only if one is present
if comp.getType() == definitions.cICalComponent_VTIMEZONE:
got_timezone = True
elif line == self.getEndDelimiter():
# Change state
state = GOT_VCALENDAR
# Look for end of current component
elif line == compend:
# Finalise the component (this caches data from the properties)
comp.finalise()
# Embed component in parent and reset to use parent
componentstack[-1][0].addComponent(comp)
comp, compend = componentstack.pop()
# Blank line
elif len(line) == 0:
# Raise if requested, otherwise just ignore
if ParserContext.BLANK_LINES_IN_DATA == ParserContext.PARSER_RAISE:
raise InvalidData("iCalendar data has blank lines")
# Ignore top-level items
elif comp is self:
pass
# Must be a property
else:
# Parse parameter/value for top-level calendar item
prop = self.sPropertyType.parseText(line)
# Check for valid property
if comp is not self:
comp.addProperty(prop)
# Exit if we have one - ignore all the rest
if state == GOT_VCALENDAR:
break
# We need to store all timezones in the static object so they can be accessed by any date object
# Only do this if we read in a timezone
if got_timezone:
from pycalendar.timezonedb import TimezoneDatabase
TimezoneDatabase.mergeTimezones(self, self.getComponents(definitions.cICalComponent_VTIMEZONE))
return result