def print_jobs(self, jobs, in_short=True):
target_nodes = {
'title': 'Target nodes',
'value': lambda j: len(j.target_nodes)
}
command = {
'title': 'Command',
'value': lambda j: shorten(j.command_line, 60) if in_short else arrange(j.command_line, 60)
}
print_table(['id', command, 'state', target_nodes, 'created_at'], jobs)
def print_tests(self, tests):
test = {
'title': 'Test',
'value': lambda t: '%s-%s' % (t.category, t.name)
}
description = {
'title': 'Description',
'value': lambda t: arrange(t.description, 80),
}
print_table([test, description], tests)
def print_jobs(self, jobs):
target_nodes = {
'title': 'Target nodes',
'value': lambda j: len(j.target_nodes)
}
test = {
'title':
'Test',
'value':
lambda j: '%s-%s' %
(j.diagnostic_test.category, j.diagnostic_test.name)
}
print_table(['id', test, 'state', target_nodes, 'created_at'], jobs)
def list_tasks(self, job):
def task_info(task, result):
return {
'id': task.id,
'node': task.node,
'state': task.state,
'result_url': '%s/output/clusrun/%s/raw' % (self.args.host, result.result_key) if result else ''
}
tasks = self.api.get_clusrun_tasks(job.id, count=len(job.target_nodes))
if not tasks:
print("No tasks created yet!")
return
task_results = self.wait_task_results(tasks)
results = [task_info(t[0], t[1]) for t in zip(tasks, task_results)]
print_table(['id', 'node', 'state', 'result_url'], results)
def print_nodes(self, nodes, in_short=True):
jobs = {
'title': 'Running Jobs',
'value': lambda n: n.running_job_count
}
cores = {
'title': 'Cores',
'value': lambda n: n.node_registration_info.core_count
}
memory = {
'title': 'Memory(MB)',
'value': lambda n: n.node_registration_info.memory_megabytes
}
os = {
'title': 'OS',
'value': lambda n: shorten(n.node_registration_info.distro_info, 60) \
if in_short else arrange(n.node_registration_info.distro_info, 60)
}
print_table(['name', 'health', 'state', jobs, cores, memory, os],
nodes)