def test_basic_insert_nonunique(self):
for (hostname, ip, port, cpus, ram, state, ram_allocation,
cpu_allocation) in self.modelArguments(limit=1):
modelA = Agent()
modelA.hostname = hostname
modelA.ip = ip
modelA.port = port
modelB = Agent()
modelB.hostname = hostname
modelB.ip = ip
modelB.port = port
db.session.add(modelA)
db.session.add(modelB)
with self.assertRaises(DatabaseError):
db.session.commit()
db.session.rollback()
def test_basic_insert_nonunique(self):
for (hostname, ip, port, cpus, ram, state,
ram_allocation, cpu_allocation) in self.modelArguments(limit=1):
modelA = Agent()
modelA.hostname = hostname
modelA.ip = ip
modelA.port = port
modelB = Agent()
modelB.hostname = hostname
modelB.ip = ip
modelB.port = port
db.session.add(modelA)
db.session.add(modelB)
with self.assertRaises(DatabaseError):
db.session.commit()
db.session.rollback()
def models(self, limit=None):
"""
Iterates over the class level variables and produces an agent
model. This is done so that we test endpoints in the extreme ranges.
"""
generator = self.modelArguments(limit=limit)
for (hostname, ip, port, cpus, ram, state, ram_allocation,
cpu_allocation) in generator:
agent = Agent()
agent.hostname = hostname
agent.ip = ip
agent.remote_ip = ip
agent.port = port
agent.cpus = cpus
agent.free_ram = agent.ram = ram
agent.state = state
agent.ram_allocation = ram_allocation
agent.cpu_allocation = cpu_allocation
yield agent
def models(self, limit=None):
"""
Iterates over the class level variables and produces an agent
model. This is done so that we test endpoints in the extreme ranges.
"""
generator = self.modelArguments(limit=limit)
for (hostname, ip, port, cpus, ram, state,
ram_allocation, cpu_allocation) in generator:
agent = Agent()
agent.hostname = hostname
agent.ip = ip
agent.remote_ip = ip
agent.port = port
agent.cpus = cpus
agent.free_ram = agent.ram = ram
agent.state = state
agent.ram_allocation = ram_allocation
agent.cpu_allocation = cpu_allocation
yield agent
