def handleSdp(self, data):
""" Called with SDP Response data
Uses the SDP response to construct the file header """
sdp = Sdpplin(data)
header = rmff_header_t()
try: abstract = sdp['Abstract']
except KeyError: abstract = ''
header.fileheader = rmff_fileheader_t(4 + sdp['StreamCount'])
try: title = sdp['Title']
except KeyError: title = ''
try: author = sdp['Author']
except KeyError: author = ''
try: copyright = sdp['Copyright']
except KeyError: copyright = ''
header.cont = rmff_cont_t(title, author,
copyright, abstract)
header.data = rmff_data_t(0, 0)
duration = 0
max_bit_rate = 0
avg_bit_rate = 0
max_packet_size = 0
avg_packet_size = None
self.streammatches = {}
# the rulebook is sometimes truncated and spread across the streams
# not sure if this is common, or even the correct way to handle it
rulebook = ''.join([s['ASMRuleBook'] for s in sdp.streams])
symbols = {'Bandwidth':self.factory.bandwidth,'OldPNMPlayer':'0'}
rulematches, symbols = Asmrp.asmrp_match(rulebook, symbols)
# Avg packet size seems off
for s in sdp.streams:
self.streammatches[s['streamid']] = rulematches
mlti = self.select_mlti_data(s['OpaqueData'], rulematches[0])
# some streams don't have the starttime, but do have endtime
# and other meta data
try: start_time = s['StartTime']
except: start_time = 0
mdpr = rmff_mdpr_t(s['streamid'], s['MaxBitRate'],
s['AvgBitRate'], s['MaxPacketSize'],
s['AvgPacketSize'], start_time,
s['Preroll'], s.duration,
s['StreamName'], s['mimetype'], mlti)
header.streams.append(mdpr)
if s.duration > duration:
duration = s.duration
if mdpr.max_packet_size > max_packet_size:
max_packet_size = mdpr.max_packet_size
max_bit_rate += mdpr.max_bit_rate
avg_bit_rate += mdpr.avg_bit_rate
if avg_packet_size is None:
avg_packet_size = mdpr.avg_packet_size
else:
avg_packet_size = (avg_packet_size + mdpr.avg_packet_size)/2
header.prop = rmff_prop_t(max_bit_rate, avg_bit_rate,
max_packet_size, avg_packet_size,
0, duration, 0, 0, 0, sdp['StreamCount'],
sdp['Flags'])
return header
def handleSdp(self, data):
""" Called with SDP Response data
Uses the SDP response to construct the file header """
sdp = Sdpplin(data)
header = rmff_header_t()
try:
abstract = sdp['Abstract']
except KeyError:
abstract = ''
header.fileheader = rmff_fileheader_t(4 + sdp['StreamCount'])
try:
title = sdp['Title']
except KeyError:
title = ''
try:
author = sdp['Author']
except KeyError:
author = ''
try:
copyright = sdp['Copyright']
except KeyError:
copyright = ''
header.cont = rmff_cont_t(title, author, copyright, abstract)
header.data = rmff_data_t(0, 0)
duration = 0
max_bit_rate = 0
avg_bit_rate = 0
max_packet_size = 0
avg_packet_size = None
self.streammatches = {}
# the rulebook is sometimes truncated and spread across the streams
# not sure if this is common, or even the correct way to handle it
rulebook = ''.join([s['ASMRuleBook'] for s in sdp.streams])
symbols = {'Bandwidth': self.factory.bandwidth, 'OldPNMPlayer': '0'}
rulematches, symbols = Asmrp.asmrp_match(rulebook, symbols)
# Avg packet size seems off
for s in sdp.streams:
self.streammatches[s['streamid']] = rulematches
mlti = self.select_mlti_data(s['OpaqueData'], rulematches[0])
# some streams don't have the starttime, but do have endtime
# and other meta data
try:
start_time = s['StartTime']
except:
start_time = 0
mdpr = rmff_mdpr_t(s['streamid'], s['MaxBitRate'], s['AvgBitRate'],
s['MaxPacketSize'], s['AvgPacketSize'],
start_time, s['Preroll'], s.duration,
s['StreamName'], s['mimetype'], mlti)
header.streams.append(mdpr)
if s.duration > duration:
duration = s.duration
if mdpr.max_packet_size > max_packet_size:
max_packet_size = mdpr.max_packet_size
max_bit_rate += mdpr.max_bit_rate
avg_bit_rate += mdpr.avg_bit_rate
if avg_packet_size is None:
avg_packet_size = mdpr.avg_packet_size
else:
avg_packet_size = (avg_packet_size + mdpr.avg_packet_size) / 2
header.prop = rmff_prop_t(max_bit_rate, avg_bit_rate, max_packet_size,
avg_packet_size, 0, duration, 0, 0, 0,
sdp['StreamCount'], sdp['Flags'])
return header
def test_equal_lots_of_whitespace(self):
rulestring = '# ( 10 == 10 ) , result = 1'
symbols = {'result':'0'}
rulematches, symbols = Asmrp.asmrp_match(rulestring, symbols)
self.assertEqual(symbols['result'], '1')
def test_equal_multiple_assignments_whitespace(self):
rulestring = '# ( 10 == 10 ) , res = 2 , result = 1 ;'
symbols = {'result':'0','res':'0'}
rulematches, symbols = Asmrp.asmrp_match(rulestring, symbols)
self.assertEqual(symbols['result'], '1')
self.assertEqual(symbols['res'], '2')
def test_equal_no_semicolon(self):
rulestring = '#(10 == 10),result=1'
symbols = {'result':'0'}
rulematches, symbols = Asmrp.asmrp_match(rulestring, symbols)
self.assertEqual(symbols['result'], '1')
def test_equal_fail(self):
rulestring = '#(10 == 1000),result=1;'
symbols = {'result':'0'}
rulematches, symbols = Asmrp.asmrp_match(rulestring, symbols)
self.assertEqual(symbols['result'], '0')
def test_lessthan(self):
rulestring = '#(10 < 1000),result=1;'
symbols = {'result':'0'}
rulematches, symbols = Asmrp.asmrp_match(rulestring, symbols)
self.assertEqual(symbols['result'], '1')
def test_greaterthan(self):
rulestring = '#(50 > 5),result=1;'
symbols = {'result':'0'}
rulematches, symbols = Asmrp.asmrp_match(rulestring, symbols)
self.assertEqual(symbols['result'], '1')
def test_actual(self):
rulestring = '#($Bandwidth < 41556),TimestampDelivery=T,DropByN=T,priority=9;#($Bandwidth >= 41556) && ($Bandwidth < 84000),AverageBandwidth=41556,Priority=9;#($Bandwidth >= 41556) && ($Bandwidth < 84000),AverageBandwidth=0,Priority=5,OnDepend=\"1\";#($Bandwidth >= 84000),AverageBandwidth=84000,Priority=9;#($Bandwidth >= 84000),AverageBandwidth=0,Priority=5,OnDepend=\"3\";'
symbols = {'Bandwidth':85000}
rulematches, symbols = Asmrp.asmrp_match(rulestring,symbols)
self.assertEqual(rulematches, [3,4])
