def main():
with MockSCSI(MockDevice(smc)) as s:
r = s.initializeelementstatuswithrange(15, 3, rng=1, fast=1)
cdb = r.cdb
assert cdb[0] == s.device.opcodes.INITIALIZE_ELEMENT_STATUS_WITH_RANGE.value
assert cdb[1] == 0x03
assert scsi_ba_to_int(cdb[2:4]) == 15
assert scsi_ba_to_int(cdb[6:8]) == 3
cdb = r.unmarshall_cdb(cdb)
assert cdb['opcode'] == s.device.opcodes.INITIALIZE_ELEMENT_STATUS_WITH_RANGE.value
assert cdb['starting_element_address'] == 15
assert cdb['number_of_elements'] == 3
assert cdb['fast'] == 1
assert cdb['range'] == 1
d = InitializeElementStatusWithRange.unmarshall_cdb(InitializeElementStatusWithRange.marshall_cdb(cdb))
assert d == cdb
def initializeelementstatuswithrange(self, xfer, elements, **kwargs):
"""
Returns a InitializeElementStatusWithRange Instance
:param xfer: two byte indicating the address of the starting element
:param elements: two byte representing a range of elements that should be initialized
:param range = 0: a integer indicating if elements should be ignored
:param fast = 0: a integer indicating if elements should be scanned for media presence
:return: a InitializeElementStatusWithRange instance
"""
return InitializeElementStatusWithRange(self, xfer, elements, **kwargs)
def main():
with MockSCSI(MockDevice(smc)) as s:
r = s.initializeelementstatuswithrange(15, 3, rng=1, fast=1)
cdb = r.cdb
assert cdb[
0] == s.device.opcodes.INITIALIZE_ELEMENT_STATUS_WITH_RANGE.value
assert cdb[1] == 0x03
assert scsi_ba_to_int(cdb[2:4]) == 15
assert scsi_ba_to_int(cdb[6:8]) == 3
cdb = r.unmarshall_cdb(cdb)
assert cdb[
'opcode'] == s.device.opcodes.INITIALIZE_ELEMENT_STATUS_WITH_RANGE.value
assert cdb['starting_element_address'] == 15
assert cdb['number_of_elements'] == 3
assert cdb['fast'] == 1
assert cdb['range'] == 1
d = InitializeElementStatusWithRange.unmarshall_cdb(
InitializeElementStatusWithRange.marshall_cdb(cdb))
assert d == cdb
def test_main(self):
with MockSCSI(MockDevice(smc)) as s:
r = s.initializeelementstatuswithrange(15, 3, rng=1, fast=1)
cdb = r.cdb
self.assertEqual(
cdb[0],
s.device.opcodes.INITIALIZE_ELEMENT_STATUS_WITH_RANGE.value)
self.assertEqual(cdb[1], 0x03)
self.assertEqual(scsi_ba_to_int(cdb[2:4]), 15)
self.assertEqual(scsi_ba_to_int(cdb[6:8]), 3)
cdb = r.unmarshall_cdb(cdb)
self.assertEqual(
cdb['opcode'],
s.device.opcodes.INITIALIZE_ELEMENT_STATUS_WITH_RANGE.value)
self.assertEqual(cdb['starting_element_address'], 15)
self.assertEqual(cdb['number_of_elements'], 3)
self.assertEqual(cdb['fast'], 1)
self.assertEqual(cdb['range'], 1)
d = InitializeElementStatusWithRange.unmarshall_cdb(
InitializeElementStatusWithRange.marshall_cdb(cdb))
self.assertEqual(d, cdb)
def main():
dev = MockInitializeElementStatusWithRange()
dev.opcodes = smc
s = SCSI(dev)
# we need to reassign the right enum again because the MockDevice will return the wrong
# peripheral_device_type and therefor assign the spc enum instead of smc.
s.device.opcodes = smc
r = s.initializeelementstatuswithrange(15, 3, rng=1, fast=1)
cdb = r.cdb
assert cdb[0] == s.device.opcodes.INITIALIZE_ELEMENT_STATUS_WITH_RANGE.value
assert cdb[1] == 0x03
assert scsi_ba_to_int(cdb[2:4]) == 15
assert scsi_ba_to_int(cdb[6:8]) == 3
cdb = r.unmarshall_cdb(cdb)
assert cdb['opcode'] == s.device.opcodes.INITIALIZE_ELEMENT_STATUS_WITH_RANGE.value
assert cdb['starting_element_address'] == 15
assert cdb['number_of_elements'] == 3
assert cdb['fast'] == 1
assert cdb['range'] == 1
d = InitializeElementStatusWithRange.unmarshall_cdb(InitializeElementStatusWithRange.marshall_cdb(cdb))
assert d == cdb
def initializeelementstatuswithrange(self, xfer, elements, **kwargs):
"""
Returns a InitializeElementStatusWithRange Instance
:param xfer: two byte indicating the address of the starting element
:param elements: two byte representing a range of elements that should be initialized
:param kwargs: a dict with key/value pairs
range = 0, a integer indicating if elements should be ignored
fast = 0, a integer indicating if elements should be scanned for media presence
:return: a InitializeElementStatusWithRange instance
"""
opcode = self.device.opcodes.INITIALIZE_ELEMENT_STATUS_WITH_RANGE
cmd = InitializeElementStatusWithRange(opcode, xfer, elements,
**kwargs)
self.execute(cmd)
return cmd