dep = "dep" + str(myapp_index)
_, myapp1 = fd.create_myapp(localapp["localAppId"], dep)
deviceIp = bestFit(100, 32)
code, res = fd.install_app(dep, [deviceIp])
trial = 0
while code == 400:
trial += 1
if trial == 50:
print(DEPLOYMENT_NUMBER,
"are too high value to deploy. (50 fails reached)")
exit()
fallimento += 1
deviceIp = bestFit(100, 32)
code, res = fd.install_app(dep, [deviceIp])
fd.start_app(dep)
r = requests.get('http://localhost:5000/result/simulationcounter')
iteration_end = int(r.text)
fallimenti.append(fallimento)
iteration_count.append(iteration_end)
print(simulation_count, ") Iter_count:", iteration_end, "(mean:",
sum(iteration_count) / len(iteration_count), ") - fails", fallimento,
"(mean ",
sum(fallimenti) / float(len(fallimenti)), ")")
print("STARTING RANDOM PHASE")
###########################################################################################
# RANDOMFIT #
###########################################################################################
fallimenti = []
100,
"memory":
32,
"network": [{
"interface-name":
"eth0",
"network-name":
"iox-bridge0"
}]
}
})
print("DEPLOYED", dep, "ON", deviceIp)
# second installation
r = random.random()
deviceIp = "10.10.20." + str(math.floor(r * DEVICES_NUMBER) + 1)
fg.start_app(dep)
for myapp_index in range(0, int(DEPLOYMENT_NUMBER / 2)):
# Creating myapp1 endpoint
dep = "dep" + str(myapp_index)
_, myapp1 = fg.create_myapp(localapp["localAppId"], dep)
code, res = fg.install_app(dep, [deviceIp],
resources={
"resources": {
"profile":
"c1.tiny",
"cpu":
100,
"memory":
32,
code, localapp = fd.add_app("./NettestApp2V1_lxc.tar.gz", publish_on_upload=True)
_, myapp1 = fd.create_myapp(localapp["localAppId"], "dep1")
_, myapp2 = fd.create_myapp(localapp["localAppId"], "dep2", minjobs=1)
# Deploying on devices with default resources,
# that are c1.small profile, defined by custom library
code, res = fd.install_app("dep1", ["10.10.20.51"])
while code == 400:
code, res = fd.install_app("dep1", ["10.10.20.51"])
code, res = fd.install_app("dep2", ["10.10.20.52"])
while code == 400:
code, res = fd.install_app("dep2", ["10.10.20.52"])
fd.start_app("dep1")
fd.start_app("dep2")
def otherDevice(current):
return "10.10.20.51" if current == "10.10.20.52" else "10.10.20.52"
moved1 = False
installedOn1 = False
inStarting = 2
while True:
_, alerts = fd.get_alerts()
migrated2 = False
for alert in alerts["data"]:
if "APP_HEALTH" == alert["type"]: # Device issues
if alert["appName"] == "dep1" and not moved1:
print("migrating dep1")