def testSplitting(repository, LEN):
# top level splitting
mj = Job()
jj = []
for i in range(LEN):
sj = Job()
sj._setParent(mj)
sj.application.exe = "/bin/myexe" + str(i)
sj.application.args = 1000 * ["/ab" + str(i)]
jj.append(sj)
mj.subjobs = jj
# check registration
repository.registerJobs([mj])
for s in mj.subjobs:
assert s.master is mj
assert s.id != None
# check ci/co
# repository.commitJobs([j._impl])
mid = mj.id
j = repository.checkoutJobs([mid])[0]
assert len(j.subjobs) == LEN
# another ci/co check
j.subjobs[1].application.exe = "/bin/ls"
j.application.exe = "/bin/pwd"
repository.commitJobs([j])
j = repository.checkoutJobs([mid])[0]
assert j.subjobs[1].application.exe == "/bin/ls"
assert j.application.exe == "/bin/pwd"
# check set status
status_list = [
((mid, j.subjobs[1].id), "running"),
((mid, j.subjobs[2].id), "running"),
((mid, j.subjobs[3].id), "running"),
]
repository.setJobsStatus(status_list)
# check get status
md = repository.getJobsStatus(map(lambda x: x[0], status_list))
for i in range(len(md)):
assert md[i][0] == status_list[i][0]
assert md[i][1] == status_list[i][1]
# check getting job status in another way
ttt = {"table_path": repository._getSubJobPath((mid,)), "attributes": {}}
md = repository.getJobsStatus(ttt)
for i in range(len(status_list)):
if md[i][0] == status_list[i][0]:
assert md[i][1] == status_list[i][1]
# check delete job
repository.deleteJobs([mj.id])
def getSplitJob(LEN = 10):
# top level splitting
mj = Job()
jj = []
for i in range(LEN):
sj = Job()
sj.application.exe = '/bin/myexe' + str(i)
sj.application.args = ['/'+ ARG_LEN*'abc' + str(i)]
sj._setParent(mj)
jj.append(sj)
mj.subjobs = jj
return mj
