def part_begin( self, attrs ):
part = Part()
part.number = int(attrs['number'])
part.result = attrs['result']
self.part.append(part)
self.scoreboard.event['part_begin'].publish(
gantlet.events.part_begin_event, ( self, part.number ) )
def part_begin(self, attrs):
part = Part()
part.number = int(attrs['number'])
part.result = attrs['result']
self.part.append(part)
self.scoreboard.event['part_begin'].publish(
gantlet.events.part_begin_event, (self, part.number))
def __init__( self, raw_name, scoreboard, type, exit_status ):
"""
create, parse, and store result of a process
raw_name - the unmodified argument
scoreboard - the communication hub for events
type -
exit_status - the integer exit status
"""
result_base.__init__( self, raw_name, scoreboard, type )
self.name = "%s (%s)" % ( self.raw_name, "exit" )
self.exit_status = exit_status
# declare the test
self.number = self.scoreboard.get_id()
self.declared_nparts = 1
self.n_parts = 1
self.scoreboard.event['test_begin'].publish( gantlet.events.test_begin_event, self )
# create a single part
partno = 1
part = Part()
part.number = partno
self.part.append(part)
self.scoreboard.event['part_begin'].publish( gantlet.events.part_begin_event, (self, partno) )
# declare the result
result = ''
if self.exit_status == None:
result = 'PASS'
elif self.exit_status == 77:
result = 'XFAIL'
else:
result = 'FAIL'
part.result = result
self.scoreboard.event['part_end'].publish( gantlet.events.part_end_event, (self, partno) )
# now deal with the end
self.declared_result = result
self.PTC_confirm_nparts()
self.PTC_confirm_result()
self.scoreboard.event['test_end'].publish( gantlet.events.test_end_event, self )
