def test_method(self):
mod = SMI.get_module("IF-MIB")
node = mod.get_node("ifXEntry")
rel = node.get_related() # gets AUGMENTS node
if rel and rel.name == "ifEntry":
return self.passed("got correct relation")
else:
return self.failed("failed to get proper augmentation!")
def test_method(self):
m = SMI.get_module("TUBS-IBR-TEST-MIB")
t = m.get_type("OctalValue")
self.info(t)
if t is None:
return self.abort("The tested module returned no Type")
self.assert_equal(t.name, "OctalValue")
return self.passed("got specified type")
def test_method(self):
# It turns out that if smiExit is registered with atexit then the
# interpreter will segfault at exit.
#
# These modules are pre-loaded by the SMI module.
for modname in ("SNMPv2-SMI", "SNMPv2-TC", "SNMPv2-CONF"):
self.assert_true(SMI.is_loaded(modname))
return self.passed("All initial modules loaded.")
def test_method(self):
mod = SMI.get_module("IF-MIB")
node = mod.get_node("ifXEntry")
rel = node.get_related() # gets AUGMENTS node
if rel and rel.name == "ifEntry":
return self.passed("got correct relation")
else:
return self.failed("failed to get proper augmentation!")
def test_method(self):
# It turns out that if smiExit is registered with atexit then the
# interpreter will segfault at exit.
#
# These modules are pre-loaded by the SMI module.
for modname in ("SNMPv2-SMI", "SNMPv2-TC", "SNMPv2-CONF"):
self.assert_true(SMI.is_loaded(modname))
return self.passed("All initial modules loaded.")
def test_method(self):
m = SMI.get_module("TUBS-IBR-TEST-MIB")
t = m.get_type("OctalValue")
self.info(t)
if t is None:
return self.abort("The tested module returned no Type")
self.assert_equal(t.name, "OctalValue")
return self.passed("got specified type")
def detect(self,
file_url,
model_name,
frame_set=None,
rotation=90,
ftr=[]):
assert model_name in self.engine.get_model_list(
), "등록되지 않은 model 이름입니다."
assert os.path.isfile(file_url), "파일이 존재하지 않습니다."
print(file_url + " 파일의 SMI 변환 과정을 시작합니다.")
cap = cv2.VideoCapture(file_url)
frame_rate = int(cap.get(5))
if frame_set is None:
frame_set = frame_rate
print("Frame Rate : " + str(frame_rate))
print("Frame Set : " + str(frame_set))
file_url = file_url.replace("\\", "/")
file_ext = file_url.split("/")[-1].split(".")[-1]
smi = SMI(file_url.split("." + file_ext)[0])
if (cap.isOpened() == False):
print("Error opening video stream or file")
frame_num = 0
frame_sec = (1000 * frame_set) / frame_rate
sec = 0
while (cap.isOpened()):
ret, frame = cap.read()
if ret is True:
if frame_num % frame_set == 0:
frame = ndimage.rotate(frame, rotation)
print("작업 : " + str(int((sec + frame_sec) / 1000)) + "s")
r = self.engine.detect(model_name, [frame])[0][0]
smi.insert(self.arr_to_text(r, model_name, ftr), int(sec))
sec += frame_sec
else:
break
frame_num += 1
cap.release()
cv2.destroyAllWindows()
del smi
print(file_url + " 파일의 SMI 변환 과정을 종료합니다.")
print(file_url.split("." + file_ext)[0] + ".smi 으로 추출되었습니다.")
def test_method(self):
m = SMI.get_module("IF-MIB")
got = 0
for grp in m.get_groups():
self.verboseinfo(grp)
got = 1
if got:
return self.passed("got groups")
else:
return self.failed("no groups!")
def test_method(self):
m = SMI.get_module("XXX ") # XXX what module has capabilities?
got = 0
for cap in m.get_capabilities():
self.verboseinfo(cap)
got = 1
if got:
return self.passed("got capabilities")
else:
return self.failed("no capabilities!")
def test_method(self):
m = SMI.get_module("IF-MIB")
got = 0
for comp in m.get_compliances():
self.verboseinfo(comp)
got = 1
if got:
return self.passed("got compliances")
else:
return self.failed("no compliances!")
def test_method(self):
got = 0
m = SMI.get_module("SNMPv2-SMI")
for mac in m.get_macros():
self.info(mac)
got = 1
if got:
return self.passed("got macros")
else:
return self.failed("no macros returned")
def test_method(self):
m = SMI.get_module("TCP-MIB")
got = 0
for col in m.get_columns():
self.verboseinfo(col.name)
got = 1
if got:
return self.passed("got columns")
else:
return self.failed("no columns!")
def test_method(self):
m = SMI.get_module("TCP-MIB")
got = 0
for table in m.get_tables():
self.verboseinfo(table.name)
got = 1
if got:
return self.passed("got tables")
else:
return self.failed("no tables!")
def test_method(self):
m = SMI.get_module("TCP-MIB")
got = 0
for row in m.get_rows():
self.verboseinfo(row.name)
got = 1
if got:
return self.passed("got rows")
else:
return self.failed("no rows!")
def test_method(self):
m = SMI.get_module("TCP-MIB")
got = 0
for table in m.get_tables():
self.verboseinfo(table.name)
got = 1
if got:
return self.passed("got tables")
else:
return self.failed("no tables!")
def test_method(self):
m = SMI.get_module("TCP-MIB")
got = 0
for row in m.get_rows():
self.verboseinfo(row.name)
got = 1
if got:
return self.passed("got rows")
else:
return self.failed("no rows!")
def test_method(self):
m = SMI.get_module("XXX ") # XXX what module has capabilities?
got = 0
for cap in m.get_capabilities():
self.verboseinfo(cap)
got = 1
if got:
return self.passed("got capabilities")
else:
return self.failed("no capabilities!")
def test_method(self):
m = SMI.get_module("IF-MIB")
got = 0
for comp in m.get_compliances():
self.verboseinfo(comp)
got = 1
if got:
return self.passed("got compliances")
else:
return self.failed("no compliances!")
def test_method(self):
m = SMI.get_module("IF-MIB")
got = 0
for grp in m.get_groups():
self.verboseinfo(grp)
got = 1
if got:
return self.passed("got groups")
else:
return self.failed("no groups!")
def test_method(self):
m = SMI.get_module("IF-MIB")
got = 0
for notif in m.get_notifications():
self.verboseinfo(notif)
got = 1
if got:
return self.passed("got notifications")
else:
return self.failed("no notifications!")
def test_method(self):
m = SMI.get_module("IF-MIB")
got = 0
for notif in m.get_notifications():
self.verboseinfo(notif)
got = 1
if got:
return self.passed("got notifications")
else:
return self.failed("no notifications!")
def test_method(self):
m = SMI.get_module("TCP-MIB")
got = 0
for scalar in m.get_scalars():
self.verboseinfo(scalar.name)
got = 1
if got:
return self.passed("got scalars")
else:
return self.failed("no scalars!")
def test_method(self):
m = SMI.get_module("TCP-MIB")
got = 0
for scalar in m.get_scalars():
self.verboseinfo(scalar.name)
got = 1
if got:
return self.passed("got scalars")
else:
return self.failed("no scalars!")
def test_method(self):
got = 0
m = SMI.get_module("SNMPv2-SMI")
for mac in m.get_macros():
self.info(mac)
got = 1
if got:
return self.passed("got macros")
else:
return self.failed("no macros returned")
def test_method(self):
m = SMI.get_module("TCP-MIB")
got = 0
for col in m.get_columns():
self.verboseinfo(col.name)
got = 1
if got:
return self.passed("got columns")
else:
return self.failed("no columns!")
def test_method(self):
got = 0
mod = SMI.get_module("TCP-MIB")
scalars = list(mod.get_scalars())
table = mod.get_tables().next()
for child in table.get_children():
self.verboseinfo(child)
got += 1
if got:
self.config.testtable = table
self.config.testchild = child
return self.passed("got %d children" % (got,))
else:
return self.failed("no children!")
def test_method(self):
got = 0
mod = SMI.get_module("TCP-MIB")
scalars = list(mod.get_scalars())
table = mod.get_tables().next()
for child in table.get_children():
self.verboseinfo(child)
got += 1
if got:
self.config.testtable = table
self.config.testchild = child
return self.passed("got %d children" % (got, ))
else:
return self.failed("no children!")
def test_method(self):
got = 0
mod = SMI.get_module("TCP-MIB")
nodes = list(mod.get_nodes(SMI.SMI_NODEKIND_ANY))
self.assert_true(len(nodes) > 1)
return self.passed("got nodes")
def test_method(self):
map(SMI.load_module, MIBS)
m = SMI.get_module(MIBS[0])
self.assert_true(m.name == MIBS[0])
self.config.testModule = m
return self.passed()
def test_method(self):
n = SMI.get_node_by_OID("1.3.6.1.4.1.1575.1.7")
self.assert_equal(n.name, "testMIB")
return self.passed("got node by OID")
def test_method(self):
m = SMI.get_module("SNMPv2-SMI")
mac = m.get_macro("NOTIFICATION-TYPE")
self.verboseinfo(mac)
self.assert_equal(mac.name, "NOTIFICATION-TYPE")
return self.passed("Got macro.")
def test_method(self):
m = SMI.get_module(MIBS[0])
m2 = SMI.get_module("SNMPv2-SMI")
self.assert_true(m.is_imported(m2, "Integer32"))
self.assert_false(m.is_imported(m2, "Counter64"))
return self.passed("All is_imported assertions passed.")
def test_method(self):
m = SMI.get_module("SNMPv2-SMI")
mac = m.get_macro("NOTIFICATION-TYPE")
self.verboseinfo(mac)
self.assert_equal(mac.name, "NOTIFICATION-TYPE")
return self.passed("Got macro.")
def test_method(self):
n = SMI.get_node_by_OID("1.3.6.1.4.1.1575.1.7")
self.assert_equal(n.name, "testMIB")
return self.passed("got node by OID")
def test_method(self):
map(SMI.load_module, MIBS)
m = SMI.get_module(MIBS[0])
self.assert_true(m.name == MIBS[0])
self.config.testModule = m
return self.passed()
def test_method(self):
got = 0
mod = SMI.get_module("TCP-MIB")
nodes = list(mod.get_nodes(SMI.SMI_NODEKIND_ANY))
self.assert_true(len(nodes) > 1)
return self.passed("got nodes")
#!/usr/bin/python
"""
"""
from SMI import SMI
SMI.load_modules("SNMPv2-SMI", "SNMPv2-TC", "SNMPv2-MIB", "UDP-MIB", "TCP-MIB")
mods = list(SMI.get_modules())
mod = mods[-1]
print mod
print "getScalars test"
scalars = list(mod.get_scalars())
scalar = scalars[1]
print scalar
print "getRows test"
rows = list(mod.get_rows(SMI.SMI_STATUS_CURRENT))
print " types test:"
tcmib = SMI.get_module("SNMPv2-TC")
smi_types = tcmib.get_types()
for smi_type in smi_types:
print "Type: ", smi_type, smi_type.snmptype
print
def test_method(self):
m = SMI.get_module(MIBS[0])
m2 = SMI.get_module("SNMPv2-SMI")
self.assert_true(m.is_imported(m2, "Integer32"))
self.assert_false(m.is_imported(m2, "Counter64"))
return self.passed("All is_imported assertions passed.")
