def test_session(ep, address, bus_speed):
start_length = 10
end_length = 19
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
for pktLength in range(start_length, end_length + 1):
# < 17 fails
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="ISO",
transType="OUT",
dataLength=pktLength,
interEventDelay=20,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="ISO",
transType="IN",
dataLength=pktLength,
interEventDelay=58,
))
return session
def test_session(ep, address, bus_speed):
# Note, EP0_MAX_PACKET_SIZE set to 8 in test to speed things up
maxPktLength = 8
startLength = 8
endLength = 20
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
for dataLength in range(startLength, endLength + 1):
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="CONTROL",
transType="SETUP",
dataLength=8,
interEventDelay=
1000, # Large delay to allow for packet generation
))
thisDataLength = dataLength
while thisDataLength > 0:
pktLength = maxPktLength
if thisDataLength < maxPktLength:
pktLength = thisDataLength
thisDataLength = thisDataLength - pktLength
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="CONTROL",
transType="IN",
dataLength=pktLength,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="CONTROL",
transType="OUT",
dataLength=0,
))
return session
def test_session(ep, address, bus_speed):
ep_loopback = ep
ep_loopback_kill = ep + 1
start_length = 10
end_length = 20
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
# TODO randomise packet lengths and data
for pktLength in range(start_length, end_length + 1):
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep_loopback,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep_loopback,
endpointType="BULK",
transType="IN",
dataLength=pktLength,
))
pktLength = start_length
# Loopback and die..
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep_loopback_kill,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep_loopback_kill,
endpointType="BULK",
transType="IN",
dataLength=pktLength,
))
return session
def test_session(ep, address, bus_speed):
ied = 200
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
for pktLength in range(10, 20):
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="IN",
dataLength=pktLength,
interEventDelay=ied,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep + 1,
endpointType="BULK",
transType="IN",
dataLength=pktLength,
interEventDelay=ied,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep + 2,
endpointType="BULK",
transType="IN",
dataLength=pktLength,
interEventDelay=ied,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep + 3,
endpointType="BULK",
transType="IN",
dataLength=pktLength,
interEventDelay=ied,
))
return session
def test_session(ep, address, bus_speed):
frameNumber = 52 # Note, for frame number 52 we expect A5 34 40 on the bus
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
# Start with a valid transaction */
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=10,
))
session.add_event(
CreateSofToken(frameNumber, interEventDelay=INTER_TRANSACTION_DELAY))
session.add_event(
CreateSofToken(frameNumber + 1,
interEventDelay=INTER_TRANSACTION_DELAY))
session.add_event(
CreateSofToken(frameNumber + 2,
interEventDelay=INTER_TRANSACTION_DELAY))
session.add_event(
CreateSofToken(frameNumber + 3,
interEventDelay=INTER_TRANSACTION_DELAY))
session.add_event(
CreateSofToken(frameNumber + 4,
interEventDelay=INTER_TRANSACTION_DELAY))
# Finish with valid transaction
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=11,
interEventDelay=6000,
))
return session
def test_session(ep, address, bus_speed, arch):
if arch == "xs3":
pytest.xfail("Known failure on xs3")
address = 1
ep = 1
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
# Start with a valid transaction */
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
direction="OUT",
dataLength=10,
))
# tmp hack for xs2 - for xs2 the shim will throw away the short token and
# it will never be seen by the xCORE
if arch == "xs3":
# Create a short token, only PID and 2nd byte
shorttoken = TxPacket(
pid=USB_PID["OUT"],
data_bytes=[0x81],
interEventDelay=100,
)
session.add_event(shorttoken)
# Finish with valid transaction
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
direction="OUT",
dataLength=11,
interEventDelay=6000,
))
return session
def test_session(ep, address, bus_speed):
pktLength = 10
frameNumber = 52 # Note, for frame number 52 we expect A5 34 40 on the bus
interEventDelay = USB_PKT_TIMINGS["TX_TO_TX_PACKET_DELAY"]
session = UsbSession(
bus_speed=bus_speed,
run_enumeration=False,
device_address=address,
initial_delay=19000 * 1000 * 1000, # fs
)
session.add_event(UsbDeviceAttach())
session.add_event(CreateSofToken(frameNumber, interEventDelay=100))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
interEventDelay=interEventDelay,
)
)
frameNumber = frameNumber + 1
pktLength = pktLength + 1
session.add_event(CreateSofToken(frameNumber))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
interEventDelay=interEventDelay,
)
)
return session
def test_session(ep, address, bus_speed):
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
for pktLength in range(10, 20):
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=4,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=5,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=6,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
))
return session
def test_session(ep, address, bus_speed):
start_length = 0
end_length = start_length + 10
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
for pktLength in range(start_length, end_length):
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="CONTROL",
transType="SETUP",
dataLength=8,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="CONTROL",
transType="IN",
dataLength=pktLength,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="CONTROL",
transType="OUT",
dataLength=0,
))
return session
def test_session(ep, address, bus_speed):
pytest.xfail("Known failure (on XS3)")
frameNumber = 52 # Note, for frame number 52 we expect A5 34 40 on the bus
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
# Start with a valid transaction */
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
direction="OUT",
dataLength=10,
))
session.add_event(CreateSofToken(frameNumber))
session.add_event(CreateSofToken(frameNumber + 1))
session.add_event(CreateSofToken(frameNumber + 2))
session.add_event(CreateSofToken(frameNumber + 3,
badCrc=True)) # Invalidate the CRC
session.add_event(CreateSofToken(frameNumber + 4))
# Finish with valid transaction
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
direction="OUT",
dataLength=11,
interEventDelay=6000,
))
return session
def test_session(ep, address, bus_speed):
ied = 500
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="CONTROL",
transType="SETUP",
dataLength=8,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="CONTROL",
transType="OUT",
dataLength=10,
))
# Expect 0 length IN transaction
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="CONTROL",
transType="IN",
dataLength=0,
))
return session
def test_session(ep, address, bus_speed):
pktLength = 10
ied = 500
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
))
# Expect NAK's from DUT
session.add_event(
TokenPacket(
pid=USB_PID["IN"],
address=address,
endpoint=ep,
))
session.add_event(RxHandshakePacket(pid=USB_PID["NAK"]))
session.add_event(
TokenPacket(
pid=USB_PID["OUT"],
address=address,
endpoint=ep,
interEventDelay=ied,
))
session.add_event(
TxDataPacket(
dataPayload=session.getPayload_out(ep, pktLength),
pid=USB_PID["DATA0"],
))
session.add_event(RxHandshakePacket(pid=USB_PID["NAK"]))
return session
def test_session(ep, address, bus_speed):
pktLength = 10
ied = 4000
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
for pktLength in range(10, 14):
if pktLength == 12:
session.add_event(
TokenPacket(
pid=USB_PID["IN"],
address=address,
endpoint=ep,
interEventDelay=ied,
))
session.add_event(
RxDataPacket(
dataPayload=session.getPayload_in(ep,
pktLength,
resend=True),
pid=USB_PID["DATA0"],
))
session.add_event(TxHandshakePacket(pid=0xFF))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="IN",
dataLength=pktLength,
interEventDelay=ied,
))
return session
def test_session(ep, address, bus_speed, core_freq, dummy_threads):
total_threads = dummy_threads + 2 # 1 thread for xud another for test code
if (core_freq / total_threads < 100.0) and bus_speed == "HS":
pytest.xfail("Test doesn't pass without 100MIPS (issue #277)")
# The large inter-event delay is to give the DUT time to perform checking
ied = 500
session = UsbSession(
bus_speed=bus_speed, run_enumeration=False, device_address=address
)
for length in range(10, 15):
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=length,
interEventDelay=ied,
)
)
# Simulate missing data payload
if length == 11:
session.add_event(
TokenPacket(
endpoint=ep,
address=address,
pid=USB_PID["OUT"],
interEventDelay=ied,
)
)
return session
def test_session(ep, address, bus_speed):
# Note, quite big gap to allow checking
ied = 4000
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
for pktLength in range(10, 15):
if pktLength == 12:
session.add_event(
TokenPacket(
pid=USB_PID["IN"],
address=address,
endpoint=ep,
interEventDelay=ied,
))
session.add_event(
RxDataPacket(dataPayload=session.getPayload_in(
ep, pktLength, resend=True)))
# Missing ACK - simulate CRC fail at host
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="IN",
dataLength=pktLength,
interEventDelay=ied,
))
return session
def test_session(ep, address, bus_speed):
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
# Reserved/Invalid PID
session.add_event(
TokenPacket(
pid=USB_PID["RESERVED"],
address=address,
endpoint=ep,
))
# Valid IN but not for DUT
session.add_event(
TokenPacket(
pid=USB_PID["IN"],
address=address + 1,
endpoint=ep,
))
# Valid OUT but not for DUT
session.add_event(
TokenPacket(
pid=USB_PID["OUT"],
address=address + 1,
endpoint=ep,
))
# Valid OUT transaction
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=10,
))
# Valid SETUP but not for us..
session.add_event(
TokenPacket(
pid=USB_PID["SETUP"],
address=address + 2,
endpoint=ep,
))
# Valid OUT transaction
# Note, quite big gap to allow checking.
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=11,
interEventDelay=6000,
))
# Valid PING but not for us..
session.add_event(
TokenPacket(
pid=USB_PID["PING"],
address=address + 2,
endpoint=ep,
))
# Finish with some valid transactions
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=12,
interEventDelay=6000,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=13,
interEventDelay=6000,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=14,
interEventDelay=6000,
))
return session
def test_session(ep, address, bus_speed):
pktLength = 10
session = UsbSession(
bus_speed=bus_speed, run_enumeration=False, device_address=address
)
ep_ctrl = ep + 1
# Ping EP, expect stall
session.add_event(
TokenPacket(
pid=USB_PID["PING"],
address=address,
endpoint=ep,
)
)
session.add_event(RxHandshakePacket(pid=USB_PID["STALL"]))
# And again
session.add_event(
TokenPacket(
pid=USB_PID["PING"],
address=address,
endpoint=ep,
)
)
session.add_event(RxHandshakePacket(pid=USB_PID["STALL"]))
# Valid transaction to another EP informing test code to clear stall
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep_ctrl,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
)
)
# Expect normal transactions
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
)
)
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
)
)
return session
def test_session(ep, address, bus_speed):
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
# The large inter-frame gap is to give the DUT time to print its output
interEventDelay = 500
# Valid OUT transaction
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=10,
interEventDelay=interEventDelay,
))
# Pretend the ACK went missing on the way to host. Re-send same packet
# xCORE should ACK but throw pkt away
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=11,
interEventDelay=interEventDelay,
resend=True,
))
# Send some valid OUT transactions
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=12,
interEventDelay=interEventDelay,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=13,
interEventDelay=interEventDelay,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=14,
interEventDelay=interEventDelay,
))
return session
def test_session(ep, address, bus_speed):
# The large inter-event delays are to give the DUT time to do checking on
# the fly
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
# Valid OUT transaction
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=10,
))
# Another valid OUT transaction
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=11,
interEventDelay=6000,
))
# OUT transaction with bad data CRC
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=12,
interEventDelay=6000,
badDataCrc=True,
))
# Due to bad CRC, XUD will not ACK and expect a resend of the same
# packet - DATA PID won't be toggled
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=12,
interEventDelay=6000,
))
# PID will be toggled as normal
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=13,
interEventDelay=6000,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=14,
interEventDelay=6000,
))
return session
def test_session(ep, address, bus_speed):
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
# The large inter-frame gap is to give the DUT time to print its output
interEventDelay = 500
# Valid OUT transaction
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=10,
interEventDelay=interEventDelay,
))
# OUT Transaction with invalid DATA PID. XCORE should ignore packet - no ACK
session.add_event(
TokenPacket(
pid=USB_PID["OUT"],
address=address,
endpoint=ep,
interEventDelay=interEventDelay,
))
session.add_event(
TxDataPacket(
dataPayload=session.getPayload_out(ep, 11, resend=True),
pid=USB_PID["DATA1"] & 0xF,
))
# Send some valid OUT transactions
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=11,
interEventDelay=interEventDelay,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=12,
interEventDelay=interEventDelay,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=13,
interEventDelay=interEventDelay,
))
return session
def test_session(ep, address, bus_speed):
pktLength = 10
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
ep_ctrl = ep + 1
# Valid transactions on test EP's
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="IN",
dataLength=pktLength,
))
# Expect test EP's to be halted
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
halted=True,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
halted=True,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="IN",
halted=True,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="IN",
halted=True,
))
# Valid transaction to another EP informing test code to clear stall
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep_ctrl,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
))
# Check EP no working as normal
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
interEventDelay=1000,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="IN",
dataLength=pktLength,
))
# EP now re-halted
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
halted=True,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="IN",
halted=True,
))
# Valid transaction to another EP informing test code to clear stall
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep_ctrl,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
))
# Check EP now working as normal
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="IN",
dataLength=pktLength,
))
return session
def test_session(ep, address, bus_speed):
# Large inter-event delay is to give the DUT time to perform checking
ied = 6000
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
# Valid OUT transaction
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=10,
))
# Assert RxError during packet
# xCORE should ignore the packet and not handshake...
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=11,
interEventDelay=ied,
rxeAssertDelay_data=5,
))
# Re-send..
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=11,
interEventDelay=ied,
))
# Valid OUT transaction
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=12,
interEventDelay=ied,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=13,
interEventDelay=ied,
rxeAssertDelay_data=1,
))
# Re-send
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=13,
interEventDelay=ied,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=14,
interEventDelay=ied,
))
return session
def test_session(ep, address, bus_speed):
ied = 500
pktLength = 10
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
# Ctrl transaction 0
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="CONTROL",
transType="SETUP",
dataLength=8,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="CONTROL",
transType="OUT",
dataLength=10,
))
# Expect 0 length IN transaction
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="CONTROL",
transType="IN",
dataLength=0,
))
# Ctrl transaction 1
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="CONTROL",
transType="SETUP",
dataLength=8,
))
# Check that the EP is now Halted - i.e. as if the previous request could not be handled
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="CONTROL",
transType="IN",
dataLength=pktLength,
halted=True,
interEventDelay=1000,
))
# Check that EP is un-Halted on a SETUP
# Ctrl transaction 2
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="CONTROL",
transType="SETUP",
dataLength=8,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="CONTROL",
transType="IN",
dataLength=pktLength,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="CONTROL",
transType="OUT",
dataLength=0,
))
return session
def test_session(ep, address, bus_speed):
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
# Ping test EP, expect NAK
session.add_event(
TokenPacket(
pid=USB_PID["PING"],
address=address,
endpoint=ep,
))
session.add_event(RxHandshakePacket(pid=USB_PID["NAK"]))
# And again
session.add_event(
TokenPacket(
pid=USB_PID["PING"],
address=address,
endpoint=ep,
))
session.add_event(RxHandshakePacket(pid=USB_PID["NAK"]))
# Send packet to "ctrl" EP, DUT should mark test EP as ready
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep + 1,
endpointType="BULK",
transType="OUT",
dataLength=10,
))
# Ping test EP again - expect ACK
session.add_event(
TokenPacket(
pid=USB_PID["PING"],
address=address,
endpoint=ep,
interEventDelay=6000,
))
session.add_event(RxHandshakePacket(pid=USB_PID["ACK"]))
# And again..
session.add_event(
TokenPacket(
pid=USB_PID["PING"],
address=address,
endpoint=ep,
interEventDelay=6000,
))
session.add_event(RxHandshakePacket(pid=USB_PID["ACK"]))
# Send out to EP 2.. expect ack
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=10,
interEventDelay=6000,
))
# Re-Ping EP 2, expect NAK
session.add_event(
TokenPacket(
pid=USB_PID["PING"],
address=address,
endpoint=ep,
))
session.add_event(RxHandshakePacket(pid=USB_PID["NAK"]))
# And again
session.add_event(
TokenPacket(
pid=USB_PID["PING"],
address=address,
endpoint=ep,
))
session.add_event(RxHandshakePacket(pid=USB_PID["NAK"]))
# Send a packet to "ctrl" EP so the DUT knows it can exit.
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep + 1,
endpointType="BULK",
transType="OUT",
dataLength=10,
))
return session
def test_session(ep, address, bus_speed):
pktLength = 10
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
ep_ctrl = ep + 1
# Expect test EP's to be halted
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
halted=True,
))
# Inform DUT to un-halt OUT EP via ctrl EP
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep_ctrl,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
))
# Expect normal transaction on OUT EP
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
))
# ----
# Expect normal transaction on OUT EP
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep_ctrl,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
interEventDelay=500,
))
# Expect EP to now be re-halted
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
halted=True,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep_ctrl,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
interEventDelay=500,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="BULK",
transType="OUT",
dataLength=pktLength,
))
return session
def test_session(ep, address, bus_speed):
ied = 500
trafficAddress1 = (address + 1) % 128
trafficAddress2 = (address + 127) % 128
start_length = 0
end_length = start_length + 10
session = UsbSession(
bus_speed=bus_speed, run_enumeration=False, device_address=address
)
for pktLength in range(start_length, end_length):
# SETUP to another address (Note, DUT would not see ACK)
session.add_event(
TokenPacket(
pid=USB_PID["SETUP"],
address=trafficAddress1,
endpoint=ep,
)
)
session.add_event(
TxDataPacket(
dataPayload=[1, 2, 3, 4, 5, 6, 7, 8],
pid=USB_PID["DATA0"],
)
)
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="CONTROL",
transType="SETUP",
dataLength=8,
)
)
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="CONTROL",
transType="IN",
dataLength=pktLength,
)
)
# SETUP to another address (Note, DUT would not see ACK)
session.add_event(
TokenPacket(
pid=USB_PID["SETUP"],
address=trafficAddress2,
endpoint=ep,
)
)
session.add_event(
TxDataPacket(
dataPayload=[1, 2, 3, 4, 5, 6, 7, 8],
pid=USB_PID["DATA0"],
)
)
session.add_event(
TokenPacket(
pid=USB_PID["IN"],
address=trafficAddress2,
endpoint=ep,
interEventDelay=1000,
)
)
# Send 0 length OUT transaction
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep,
endpointType="CONTROL",
transType="OUT",
dataLength=0,
)
)
return session
def test_session(ep, address, bus_speed):
ep_loopback = ep
ep_loopback_kill = ep + 1
start_length = 200
end_length = 203
session = UsbSession(bus_speed=bus_speed,
run_enumeration=False,
device_address=address)
# TODO randomise packet lengths and data
for pktLength in range(start_length, end_length + 1):
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep_loopback,
endpointType="ISO",
transType="OUT",
dataLength=pktLength,
))
# Was min IPG supported on iso loopback to not nak
# This was 420, had to increase when moved to lib_xud (14.1.2 tools)
# increased again from 437 when SETUP/OUT checking added
# increaed from 477 when adding xs3
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep_loopback,
endpointType="ISO",
transType="IN",
dataLength=pktLength,
interEventDelay=498,
))
pktLength = 10
# Loopback and die..
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep_loopback_kill,
endpointType="ISO",
transType="OUT",
dataLength=pktLength,
))
session.add_event(
UsbTransaction(
session,
deviceAddress=address,
endpointNumber=ep_loopback_kill,
endpointType="ISO",
transType="IN",
dataLength=pktLength,
))
return session