def default(self, job_id):
try:
job = self.job_pool.get_job_by_id(job_id)
except KeyError:
raise HTTPError(404)
job_string = "<html><head><title>Job Browser</title></head>"
job_string += "<body><table>"
job_string += table_row("ID", job.id)
job_string += table_row("Root task", task_link(job, job.root_task))
job_string += table_row("State", JOB_STATE_NAMES[job.state])
job_string += table_row("Output ref", ref_id_link(job, job.root_task.expected_outputs[0]))
job_string += span_row("Task states")
for name, state in TASK_STATES.items():
try:
job_string += table_row("Tasks " + name, job.task_state_counts[state])
except KeyError:
job_string += table_row("Tasks " + name, 0)
job_string += span_row("Task type/duration", 5)
job_string += table_row(
"*", str(job.all_tasks.get()), str(job.all_tasks.min), str(job.all_tasks.max), str(job.all_tasks.count)
)
for type, avg in job.all_tasks_by_type.items():
job_string += table_row(type, str(avg.get()), str(avg.min), str(avg.max), str(avg.count))
job_string += "</table></body></html>"
return job_string
def as_descriptor(self):
counts = {}
ret = {'job_id': self.id,
'task_counts': counts,
'state': JOB_STATE_NAMES[self.state],
'root_task': self.root_task.task_id if self.root_task is not None else None,
'expected_outputs': self.root_task.expected_outputs if self.root_task is not None else None,
'result_ref': self.result_ref}
with self._lock:
for (name, state_index) in TASK_STATES.items():
counts[name] = self.task_state_counts[state_index]
return ret
def default(self, job_id):
try:
job = self.job_pool.get_job_by_id(job_id)
except KeyError:
raise HTTPError(404)
job_string = '<html><head><title>Job Browser</title></head>'
job_string += '<body><table>'
job_string += table_row('ID', job.id)
job_string += table_row('Root task', task_link(job.root_task))
job_string += table_row('State', JOB_STATE_NAMES[job.state])
job_string += table_row('Output ref', ref_id_link(job.root_task.expected_outputs[0]))
job_string += span_row('Task states')
for name, state in TASK_STATES.items():
try:
job_string += table_row('Tasks ' + name, job.task_state_counts[state])
except KeyError:
job_string += table_row('Tasks ' + name, 0)
job_string += '</table></body></html>'
return job_string
def as_descriptor(self):
counts = {}
ret = {
'job_id':
self.id,
'task_counts':
counts,
'state':
JOB_STATE_NAMES[self.state],
'root_task':
self.root_task.task_id if self.root_task is not None else None,
'expected_outputs':
self.root_task.expected_outputs
if self.root_task is not None else None,
'result_ref':
self.result_ref
}
with self._lock:
for (name, state_index) in TASK_STATES.items():
counts[name] = self.task_state_counts[state_index]
return ret
def default(self, job_id):
try:
job = self.job_pool.get_job_by_id(job_id)
except KeyError:
raise HTTPError(404)
job_string = '<html><head><title>Job Browser</title></head>'
job_string += '<body><table>'
job_string += table_row('ID', job.id)
job_string += table_row('Root task', task_link(job.root_task))
job_string += table_row('State', JOB_STATE_NAMES[job.state])
job_string += table_row('Output ref',
ref_id_link(job.root_task.expected_outputs[0]))
job_string += span_row('Task states')
for name, state in TASK_STATES.items():
try:
job_string += table_row('Tasks ' + name,
job.task_state_counts[state])
except KeyError:
job_string += table_row('Tasks ' + name, 0)
job_string += '</table></body></html>'
return job_string
def default(self, job_id):
try:
job = self.job_pool.get_job_by_id(job_id)
except KeyError:
raise HTTPError(404)
job_string = header('Job Browser', job_id)
job_string += '<table>'
job_string += table_row('ID', job.id)
job_string += table_row('Root task', task_link(job, job.root_task))
job_string += table_row('State', JOB_STATE_NAMES[job.state])
job_string += table_row('Output ref', ref_id_link(job, job.root_task.expected_outputs[0]))
job_string += span_row('Task states')
for name, state in TASK_STATES.items():
try:
job_string += table_row('Tasks ' + name, job.task_state_counts[state])
except KeyError:
job_string += table_row('Tasks ' + name, 0)
job_string += span_row('Task type/duration', 5)
job_string += table_row('*', str(job.all_tasks.get()), str(job.all_tasks.min), str(job.all_tasks.max), str(job.all_tasks.count))
for type, avg in job.all_tasks_by_type.items():
job_string += table_row(type, str(avg.get()), str(avg.min), str(avg.max), str(avg.count))
job_string += '</table></body></html>'
return job_string
