def test_LimitMemory():
"""Test RIAPS Memory limit handler
"""
results = riaps_testing.runTest("test_LimitMemory", "testLimitMemory",
"memlimit.riaps", "memlimit.depl")
assert len(results) != 0, "Failed to retrieve any logs!"
for key in results.keys():
log = results[key]
assert log[0].find(
"Starting") != -1, "First line of %s isn't starting!" % key
assert log[-1].find(
"Stopping") != -1, "Last line of %s isn't stopping!" % key
numTick = 0
numLimit = 0
curTick = 0
for line in log:
if line.find("Tick") != -1:
curTick += 1
elif line.find("Limit") != -1:
if numLimit == 0:
curTick = 5 # Ignore startup time
numLimit += 1
numTick += curTick
curTick = 0
assert numLimit != 0, "Failed to ever hit limit!"
# The ratio should be very close to 5.0 because the memory usage is increased by
# 35MB each tick and the memory limit is 200MB
ratio = numTick * 1.0 / numLimit
assert ratio > 4.5, "Hit limit too frequently: Ratio=%.2f" % ratio
assert ratio < 5.5, "Hit limit too infrequently: Ratio=%.2f" % ratio
def test_LimitNetwork():
"""Test RIAPS Network limit handler
"""
results = riaps_testing.runTest("test_LimitNetwork", "testLimitNetwork",
"netlimit.riaps", "netlimit.depl")
assert len(results) != 0, "Failed to retrieve any logs!"
for key in results.keys():
log = results[key]
assert log[0].find(
"Starting") != -1, "First line of %s isn't starting!" % key
assert log[-1].find(
"Stopping") != -1, "Last line of %s isn't stopping!" % key
numLimit = 0
numTick = 0
for line in log:
if line.find("Starting") == -1 and line.find("Stopping") == -1:
if line.find("Tick") != -1:
numTick += 1
if line.find(
"Limit"
) != -1 and numTick != 0: # Check if a tick has occurred to ignore startup process
if numLimit == 0: # Reset numTick on first hit of limit
numTick = 6
numLimit += 1
assert numLimit != 0, "Failed to ever hit limit!"
# The ratio should be approximately 6.0 because the limit is 1.2KB/s and
# the message size is increased by 256MB every second
ratio = numTick * 1.0 / numLimit
print("numTick=%d numLimit=%d ratio=%.2f" % (numTick, numLimit, ratio))
assert ratio > 4.5, "Hit limit too frequently: Ratio=%.2f" % ratio
assert ratio < 7.5, "Hit limit too infrequently: Ratio=%.2f" % ratio
def test_LimitSpace():
"""Test RIAPS Space limit handler
"""
results = riaps_testing.runTest("test_LimitSpace", "testLimitSpace",
"spclimit.riaps", "spclimit.depl")
assert len(results) != 0, "Failed to retrieve any logs!"
for key in results.keys():
log = results[key]
assert log[0].find(
"Starting") != -1, "First line of %s isn't starting!" % key
assert log[-1].find(
"Stopping") != -1, "Last line of %s isn't stopping!" % key
numTick = 0
numLimit = 0
curTick = 0
for line in log:
if line.find("Starting") == -1 and line.find("Stopping") == -1:
if line.find("Tick") != -1:
curTick += 1
elif line.find("Limit") != -1:
if numLimit == 0:
curTick = 5 # Ignore startup time
numLimit += 1
numTick += curTick
curTick = 0
assert numLimit != 0, "Failed to ever hit limit!"
ratio = numTick * 1.0 / numLimit
# The ratio should be approximately 5 because the limit is 5MB
# and the file size is incremented every second by 1MB
assert ratio > 4.5, "Hit limit too frequently: Ratio=%.2f" % ratio
assert ratio < 5.5, "Hit limit too infrequently: Ratio=%.2f" % ratio
def runTest(name, depl, numClt):
"""Run a Clt Srv test
Invokes riaps_testing.runTest(...) with the provided name and depl in addition to
the testCltSrv folder and cltsrv.riaps model. Then automatically performs log
validation with verifyResults(...)
Args:
name (str): The name of the application
depl (str): The name of the deployment(.depl) file to be tested
numClt (int): The number of clients expected to be created by the deployment
"""
verifyResults(riaps_testing.runTest(name, "testCltSrv", "cltsrv.riaps", depl), numClt)
def runTest(name, depl, numDevices):
"""Run a Multiple Devices test
Invokes riaps_testing.runTest(...) with the provided name and depl in addition to
the testMultiDevices folder and multiDevices.riaps model. Then automatically performs log
validation with verifyResults(...)
Args:
name (str): The name of the application
depl (str): The name of the deployment(.depl) file to be tested
numDevices (int): The number of devices expected to be created by the deployment
"""
verifyResults(
riaps_testing.runTest(name, "testMultiDevices", "multiDevices.riaps",
depl), numDevices)
def test_Timer():
"""
Verify that test results match the expected behavior of the Timer ports
"""
results = riaps_testing.runTest("Timer", "testTimer", "timer.riaps", "timer.depl")
print(results)
assert results != {}, "Logs are empty or not collected!"
for key in results:
if key.find("CompTimerPer") != -1:
assert results[key][0].find("Starting") != -1, "First line of %s isn't starting!" % key
assert results[key][-1].find("Stopping") != -1, "Last line of %s isn't stopping!" % key
# cltCount += 1
# cltID = 0
# request = -1
# repCount = 0p
periodicTimerCounter = 0
timerRunning = True
lastTime = 0.0
currTime = 0.0
for line in results[key]:
# assert line.find("Failed") == -1, "Client request failed"
if line.find("Periodic") != -1:
assert timerRunning, "Periodic timer fired while halted!"
periodicTimerCounter += 1
# assert request == -1, "Made another request before receiving a reply!"
parts = line.split(" ")
lastTime = currTime
currTime = float(parts[1])
if periodicTimerCounter < 10:
assert parts[2] == '1.0', "getPeriod() returned wrong value: %d" % int(parts[2])
if periodicTimerCounter > 3:
assert abs(currTime - lastTime -1.0) < 0.5, "Timer error greater than 0.5s"
if periodicTimerCounter < 12:
assert parts[2] == '5.0', "getPeriod() returned wrong value(%d) or setPeriod() failed" % int(parts[2])
if periodicTimerCounter > 10:
assert abs(currTime - lastTime - 5.0) < 0.5, "Timer error greater than 0.5s"
elif line.find("Halt"):
timerRunning = False
elif line.find("Launch"):
timerRunning = True
def test_PubSubRemote_N_N():
verifyResults(runTest("PubSubRemote_N_N", "testPubSub", "remote.riaps", "testRemote_N_N.depl"), 3, 3)
def test_PubSubRemote_N_1():
verifyResults(runTest("PubSubRemote_N_1", "testPubSub", "remote.riaps", "testRemote_N_1.depl"), 2, 1)
def test_PubSubLocal_N_N():
verifyResults(runTest("PubSubLocal_N_N", "testPubSub", "local.riaps", "testLocal_N_N.depl"), 2, 2)
def test_PubSubLocal_1_1():
verifyResults(runTest("PubSubLocal_1_1", "testPubSub", "local.riaps", "testLocal_1_1.depl"), 1, 1)
