def test_combine_tasks():
p1 = Process(name='p1')
p2 = Process(name='p2')
p3 = Process(name='p3')
p4 = Process(name='p4')
r100 = Resources(cpu=1, ram=0, disk=0)
r010 = Resources(cpu=0, ram=1, disk=0)
r001 = Resources(cpu=0, ram=0, disk=1)
r111 = Units.resources_sum(r100, r010, r001)
t1 = Task(name="p1p2", processes=[p1, p2], constraints=order(p1, p2),
resources=Units.resources_sum(r100, r010), finalization_wait=60)
t2 = Task(name="p3p4", processes=[p3, p4], constraints=order(p3, p4),
resources=r001, finalization_wait=45)
assert combine_tasks() == Task()
assert combine_tasks(t1) == t1
assert combine_tasks(t2) == t2
t3 = combine_tasks(t1, t2)
assert t3.name() == t2.name()
assert t3.resources() == r111
assert set(t3.processes()) == set([p1, p2, p3, p4])
assert set(t3.constraints()) == set(order(p1, p2) + order(p3, p4))
assert t3.finalization_wait().get() == t1.finalization_wait().get()
t4 = concat_tasks(t1, t2)
assert t4.name() == t2.name()
assert t4.resources() == r111
assert set(t4.processes()) == set([p1, p2, p3, p4])
assert set(t4.constraints()) == set(
order(p1, p2) + order(p3, p4) + order(p1, p3) + order(p1, p4) +
order(p2, p3) + order(p2, p4))
assert t4.finalization_wait().get() == t1.finalization_wait().get() + t2.finalization_wait().get()
def simplerun(args, options):
"""Run a simple command line as a thermos task.
Usage: thermos simplerun [options] [--] commandline
"""
try:
cutoff = args.index('--')
cmdline = ' '.join(args[cutoff + 1:])
except ValueError:
cmdline = ' '.join(args)
print("Running command: '%s'" % cmdline)
thermos_task = ThermosTaskWrapper(Task(
name=options.name,
resources=Resources(cpu=1.0, ram=256 * 1024 * 1024, disk=0),
processes=[Process(name=options.name, cmdline=cmdline)]))
really_run(thermos_task,
options.root,
tempfile.mkdtemp(),
task_id=options.task_id,
user=options.user,
prebound_ports=options.prebound_ports,
chroot=False,
daemon=options.daemon)
def task(cls):
task = Task(name="task_with_ephemeral",
processes=[
Process(name="ephemeral_sleepy",
ephemeral=True,
cmdline="sleep 10"),
Process(name="sleepy", cmdline="sleep 1")
])
return task.interpolate()[0]
def task(cls):
hello_template = Process(cmdline="sleep 1")
tsk = Task(
name="complex",
processes=[hello_template(name="process1"),
hello_template(name="process2"),
hello_template(name="process3")],
resources=Resources(cpu=1.0, ram=16 * 1024 * 1024, disk=16 * 1024),
max_concurrency=1)
return tsk
def task(cls):
main = Process(name="main", cmdline="echo hello world")
finalizer = Process(cmdline="date", final=True)
task = Task(name="task_with_finalizer",
processes=[
main,
finalizer(name='finalizer1',
cmdline='exit 1',
max_failures=2),
finalizer(name='finalizer2')
])
return task.interpolate()[0]
def task(cls):
main = Process(name="main", cmdline="date && echo hello world")
finalizer = Process(name="finalizer", cmdline="date", final=True)
task = Task(
name="task_with_finalizer",
processes=[
main,
finalizer(name='finalizer1', cmdline='exit 1'),
finalizer(name='finalizer2')
],
constraints=[Constraint(order=['finalizer1', 'finalizer2'])])
return task.interpolate()[0]
def test_tasklets():
install_thermosrc = Process(name='install_thermosrc')
setup_py3k = Process(name='setup_py3k')
setup_ruby19 = Process(name='setup_ruby19')
setup_php = Process(name='setup_php')
recipe_py3k = SequentialTask(processes=[install_thermosrc, setup_py3k])
recipe_ruby19 = SequentialTask(processes=[install_thermosrc, setup_ruby19])
recipe_php = SequentialTask(processes=[install_thermosrc, setup_php])
all_recipes = Tasks.combine(recipe_py3k, recipe_ruby19, recipe_php)
my_task = Task(processes=[Process(name='my_process')])
my_new_task = Tasks.concat(all_recipes, my_task)(name='my_task')
# TODO(wickman) Probably should have Tasks.combine/concat do constraint
# minimization since many constraints are redundant.
for p in (install_thermosrc, setup_py3k, setup_ruby19, setup_php):
assert p in my_new_task.processes()
def task(cls):
hello_template = Process(cmdline="echo 1")
t1 = hello_template(name="t1", cmdline="echo 1 port {{thermos.ports[named_port]}}")
t2 = hello_template(name="t2")
t3 = hello_template(name="t3")
t4 = hello_template(name="t4")
t5 = hello_template(name="t5")
t6 = hello_template(name="t6")
tsk = Task(name="complex", processes=[t1, t2, t3, t4, t5, t6])
# three ways of tasks: t1 t2, t3 t4, t5 t6
tsk = tsk(constraints=[
{'order': ['t1', 't3']},
{'order': ['t1', 't4']},
{'order': ['t2', 't3']},
{'order': ['t2', 't4']},
{'order': ['t3', 't5']},
{'order': ['t3', 't6']},
{'order': ['t4', 't5']},
{'order': ['t4', 't6']}])
return tsk
def task(cls):
setup_bashrc = Process(name="setup_bashrc", cmdline=dedent(
"""
mkdir -p .profile.d
cat <<EOF > .thermos_profile
for i in .profile.d/*.sh ; do
if [ -r "\\$i" ]; then
. \\$i
fi
done
EOF
"""))
setup_foo = Process(name="setup_foo", cmdline=dedent(
"""
cat <<EOF > .profile.d/setup_foo.sh
export FOO=1
EOF
"""))
setup_bar = Process(name="setup_bar", cmdline=dedent(
"""
cat <<EOF > .profile.d/setup_bar.sh
export BAR=2
EOF
"""))
foo_recipe = SequentialTask(processes=[setup_bashrc, setup_foo])
bar_recipe = SequentialTask(processes=[setup_bashrc, setup_bar])
all_recipes = Tasks.combine(foo_recipe, bar_recipe)
run = Process(name="run", cmdline=dedent(
"""
echo $FOO $BAR > expected_output.txt
"""))
my_task = Task(processes=[run],
resources=Resources(cpu=1.0, ram=16 * 1024 * 1024, disk=16 * 1024))
return Tasks.concat(all_recipes, my_task, name="my_task")
def task(cls):
ping_template = Process(
name="{{process_name}}",
min_duration=1,
max_failures=5,
cmdline=
"echo {{process_name}} pinging; "
"echo ping >> {{process_name}}; "
"echo current count $(cat {{process_name}} | wc -l); "
"if [ $(cat {{process_name}} | wc -l) -eq {{num_runs}} ]; then "
" exit 0; "
"else "
" exit 1; "
"fi ")
tsk = Task(name="pingping",
resources=Resources(cpu=1.0,
ram=16 * 1024 * 1024,
disk=16 * 1024),
processes=[
ping_template.bind(process_name="p1", num_runs=1),
ping_template.bind(process_name="p2", num_runs=2),
ping_template.bind(process_name="p3", num_runs=3),
])
return tsk.interpolate()[0]
def simplerun(args, options):
"""Run a simple command line as a thermos task.
Usage: thermos simplerun [options] [--] commandline
Options:
--user=USER run as this user. if not $USER, must have setuid privilege.
--name=STRING the name to give this task. ('simple' by default)
--task_id=STRING the id to which this task should be bound, synthesized from the
task name if none provided.
-P/--port=NAME:PORT bind the named port NAME to port number PORT (may be specified
multiple times to bind multiple names.)
-E/--environment=NAME=VALUE bind the configuration environment variable NAME to
VALUE.
--daemon Fork and daemonize the task.
"""
try:
cutoff = args.index('--')
cmdline = ' '.join(args[cutoff + 1:])
except ValueError:
cmdline = ' '.join(args)
print("Running command: '%s'" % cmdline)
thermos_task = ThermosTaskWrapper(Task(
name=options.name,
resources=Resources(cpu=1.0, ram=256 * 1024 * 1024, disk=0),
processes=[Process(name=options.name, cmdline=cmdline)]))
_really_run(thermos_task,
options.root,
None,
task_id=options.task_id,
user=options.user,
prebound_ports=options.prebound_ports,
chroot=False,
daemon=options.daemon)
from apache.aurora.config.thrift import convert as convert_pystachio_to_thrift
from apache.aurora.config.thrift import InvalidConfig, task_instance_from_job
from apache.thermos.config.schema import Process, Resources, Task
from gen.apache.aurora.api.constants import GOOD_IDENTIFIER_PATTERN_PYTHON
from gen.apache.aurora.api.ttypes import CronCollisionPolicy, Identity, JobKey
from gen.apache.aurora.test.constants import INVALID_IDENTIFIERS, VALID_IDENTIFIERS
HELLO_WORLD = Job(
name='hello_world',
role='john_doe',
environment='staging66',
cluster='smf1-test',
task=Task(
name='main',
processes=[Process(name='hello_world', cmdline='echo {{mesos.instance}}')],
resources=Resources(cpu=0.1, ram=64 * 1048576, disk=64 * 1048576),
)
)
def test_simple_config():
job = convert_pystachio_to_thrift(HELLO_WORLD)
expected_key = JobKey(
role=HELLO_WORLD.role().get(),
environment=HELLO_WORLD.environment().get(),
name=HELLO_WORLD.name().get())
assert job.instanceCount == 1
tti = job.taskConfig
assert job.key == expected_key
assert job.owner == Identity(role=HELLO_WORLD.role().get(), user=getpass.getuser())
def task(cls):
task = Task(
name="task",
processes=[Process(name="process", cmdline=SIMPLEFORK_SCRIPT)])
return task.interpolate()[0]
def task(cls):
task = Task(name="task",
finalization_wait=3,
processes=[ignorant_process(name="ignorant_process")])
return task.interpolate()[0]
def task(cls):
task = Task(name="task", processes=[sleepy_process(name="process")])
return task.interpolate()[0]
def task(cls):
main = Process(name="main", cmdline="date && echo hello world")
finalizer = Process(name="finalizer", cmdline="date", final=True)
task = Task(name="task_with_finalizer", processes=[main, finalizer])
return task.interpolate()[0]
def test_mesos_hostname_in_task():
hw = HELLO_WORLD(task=Task(name="{{mesos.hostname}}"))
instance = task_instance_from_job(hw, 0, 'test_host')
assert str(instance.task().name()) == 'test_host'
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
#
import pytest
from apache.thermos.common.planner import TaskPlanner
from apache.thermos.config.schema import Constraint, Process, Task
p1 = Process(name="p1", cmdline="")
p2 = Process(name="p2", cmdline="")
p3 = Process(name="p3", cmdline="")
unordered_task = Task(name="unordered", processes=[p1, p2, p3])
ordered_task = unordered_task(constraints=[{'order': ['p1', 'p2', 'p3']}])
empty_task = Task(name="empty", processes=[])
def _(*processes): # noqa
return set(processes)
empty = set()
def approx_equal(a, b):
return abs(a - b) < 0.001