def setUp(self): self.packet_circ = PacketCirc(10) #list to test the packet list plist = [[[192, 120, 100],0],[[144, 104, 50],1], [[145, 110, 0],2], \ [[145, 112, 0],3], [[144, 124, 50],4], \ [[145, 114, 0],5], [[145, 12, 0],6]] #test without wrap around for i in range(10): #modify plist for each packet plist_1 = [ [[plist[j][0][0], plist[j][0][1], plist[j][0][2]], \ plist[j][1] + i] for j in range(len(plist)) ] packy = OldPacket(i, plist_1, 0) #Adding packet to list self.packet_circ.to_list(packy)
class TestPacketCirc(TestCase): """Testing packet Circ""" def setUp(self): self.packet_circ = PacketCirc(10) #list to test the packet list plist = [[[192, 120, 100],0],[[144, 104, 50],1], [[145, 110, 0],2], \ [[145, 112, 0],3], [[144, 124, 50],4], \ [[145, 114, 0],5], [[145, 12, 0],6]] #test without wrap around for i in range(10): #modify plist for each packet plist_1 = [ [[plist[j][0][0], plist[j][0][1], plist[j][0][2]], \ plist[j][1] + i] for j in range(len(plist)) ] packy = OldPacket(i, plist_1, 0) #Adding packet to list self.packet_circ.to_list(packy) def test_find_packet(self): #Trying find a packet emplacement = self.packet_circ.find_packet(5) #Testing type return assert(type(emplacement)==int), \ self.fail("Problem with type returned in find packet function") packet = self.packet_circ[emplacement] #Testing type assert(type(packet)==OldPacket), \ self.fail("Problem with type contained in packet list") #Testing content for i in range(len(packet.packet)): assert(packet.packet[i][1]==i+5), \ self.fail("Problem getting right element , find packet fun") def test_get_packets_1_2(self): """Packet Circ Testing get packet (case: checkpoint > act_seq)""" #TestCase 1.2 checkpoint = 6 act_seq = 4 midi_cmd = self.packet_circ.get_packets(checkpoint, act_seq) #Test len, 8 == nb packets to get length = (10 - 6 + 4) assert(len(midi_cmd) == length), \ self.fail("Problem getting the good length from get_packets") #Verify content (base on timestamp control) #iterator modulo 10 iterator = 7 for i in range(len(midi_cmd)): midi_cmd_notes = midi_cmd[i].packet if i != 0: iterator = (iterator + 1 )% 10 for j in range(len(midi_cmd_notes)): assert(midi_cmd_notes[j][1]== iterator + j), \ self.fail("Problem with midi cmd content") def test_get_packets_1_1(self): """Packet Circ Testing get packet (case: checkpoint > act_seq with wrap around)""" #TestCase 1.1 checkpoint = 8 act_seq = 1 #Adapting list self.packet_circ.flush() #listto test the packet list plist = [[[192, 120, 100],0],[[144, 104, 50],1], [[145, 110, 0],2], \ [[145, 112, 0],3], [[144, 124, 50],4], \ [[145, 114, 0],5], [[145, 12, 0],6]] #Create the gap empty_list = [] for i in range(8): packy = OldPacket(i, [], 0) #Adding packet to list self.packet_circ.to_list(packy) #fulling the list for i in range(10): #modify plist for each packet plist_1 = [ [[plist[j][0][0], plist[j][0][1], plist[j][0][2]], \ plist[j][1] + i] for j in range(len(plist)) ] packy = OldPacket(i, plist_1, 0) #Adding packet to list self.packet_circ.to_list(packy) midi_cmd = self.packet_circ.get_packets(checkpoint, act_seq) #Test len (nb packets) length = 3 assert(len(midi_cmd) == length), \ self.fail("Problem getting the good length from get_packets") #Testing content #iterator iterator = 9 for i in range(len(midi_cmd)): #increment iterator if i != 0: iterator = (iterator + 1 )% 10 midi_cmd_notes = midi_cmd[i].packet #Testing content of packet 9, 0, 1 for j in range(len(midi_cmd_notes)): assert(midi_cmd_notes[j][1]== j + iterator), \ self.fail("Problem with midi cmd content") def test_get_packets_2(self): """Packet Circ Testing get packet (case: checkpoint < act_seq)""" #TestCase 2 checkpoint = 2 act_seq = 8 midi_cmd = self.packet_circ.get_packets(checkpoint, act_seq) #Test len, of packet list returned length = (8 - 2) assert(len(midi_cmd) == length), \ self.fail("Problem getting the good length from get_packets") #Verify content (base on timestamp control) #iterator modulo 10 iterator = 3 for i in range(len(midi_cmd)): midi_cmd_notes = midi_cmd[i].packet for j in range(len(midi_cmd_notes)): #increment iterator if not j%7 and i != 0: iterator = (iterator+1)%10 assert(midi_cmd_notes[j][1]== iterator + j%7), \ self.fail("Problem with midi cmd content")
class TestPacketCirc(TestCase): """Testing packet Circ""" def setUp(self): self.packet_circ = PacketCirc(10) #list to test the packet list plist = [[[192, 120, 100],0],[[144, 104, 50],1], [[145, 110, 0],2], \ [[145, 112, 0],3], [[144, 124, 50],4], \ [[145, 114, 0],5], [[145, 12, 0],6]] #test without wrap around for i in range(10): #modify plist for each packet plist_1 = [ [[plist[j][0][0], plist[j][0][1], plist[j][0][2]], \ plist[j][1] + i] for j in range(len(plist)) ] packy = OldPacket(i, plist_1, 0) #Adding packet to list self.packet_circ.to_list(packy) def test_find_packet(self): #Trying find a packet emplacement = self.packet_circ.find_packet(5) #Testing type return assert(type(emplacement)==int), \ self.fail("Problem with type returned in find packet function") packet = self.packet_circ[emplacement] #Testing type assert(type(packet)==OldPacket), \ self.fail("Problem with type contained in packet list") #Testing content for i in range(len(packet.packet)): assert(packet.packet[i][1]==i+5), \ self.fail("Problem getting right element , find packet fun") def test_get_packets_1_2(self): """Packet Circ Testing get packet (case: checkpoint > act_seq)""" #TestCase 1.2 checkpoint = 6 act_seq = 4 midi_cmd = self.packet_circ.get_packets(checkpoint, act_seq) #Test len, 8 == nb packets to get length = (10 - 6 + 4) assert(len(midi_cmd) == length), \ self.fail("Problem getting the good length from get_packets") #Verify content (base on timestamp control) #iterator modulo 10 iterator = 7 for i in range(len(midi_cmd)): midi_cmd_notes = midi_cmd[i].packet if i != 0: iterator = (iterator + 1) % 10 for j in range(len(midi_cmd_notes)): assert(midi_cmd_notes[j][1]== iterator + j), \ self.fail("Problem with midi cmd content") def test_get_packets_1_1(self): """Packet Circ Testing get packet (case: checkpoint > act_seq with wrap around)""" #TestCase 1.1 checkpoint = 8 act_seq = 1 #Adapting list self.packet_circ.flush() #listto test the packet list plist = [[[192, 120, 100],0],[[144, 104, 50],1], [[145, 110, 0],2], \ [[145, 112, 0],3], [[144, 124, 50],4], \ [[145, 114, 0],5], [[145, 12, 0],6]] #Create the gap empty_list = [] for i in range(8): packy = OldPacket(i, [], 0) #Adding packet to list self.packet_circ.to_list(packy) #fulling the list for i in range(10): #modify plist for each packet plist_1 = [ [[plist[j][0][0], plist[j][0][1], plist[j][0][2]], \ plist[j][1] + i] for j in range(len(plist)) ] packy = OldPacket(i, plist_1, 0) #Adding packet to list self.packet_circ.to_list(packy) midi_cmd = self.packet_circ.get_packets(checkpoint, act_seq) #Test len (nb packets) length = 3 assert(len(midi_cmd) == length), \ self.fail("Problem getting the good length from get_packets") #Testing content #iterator iterator = 9 for i in range(len(midi_cmd)): #increment iterator if i != 0: iterator = (iterator + 1) % 10 midi_cmd_notes = midi_cmd[i].packet #Testing content of packet 9, 0, 1 for j in range(len(midi_cmd_notes)): assert(midi_cmd_notes[j][1]== j + iterator), \ self.fail("Problem with midi cmd content") def test_get_packets_2(self): """Packet Circ Testing get packet (case: checkpoint < act_seq)""" #TestCase 2 checkpoint = 2 act_seq = 8 midi_cmd = self.packet_circ.get_packets(checkpoint, act_seq) #Test len, of packet list returned length = (8 - 2) assert(len(midi_cmd) == length), \ self.fail("Problem getting the good length from get_packets") #Verify content (base on timestamp control) #iterator modulo 10 iterator = 3 for i in range(len(midi_cmd)): midi_cmd_notes = midi_cmd[i].packet for j in range(len(midi_cmd_notes)): #increment iterator if not j % 7 and i != 0: iterator = (iterator + 1) % 10 assert(midi_cmd_notes[j][1]== iterator + j%7), \ self.fail("Problem with midi cmd content")