class ScopeUtility(ConsoleProgram):
description = color.format(DESCRIPTION, color.CYAN)
epilog = color.format(EPILOG, color.MAGENTA)
version = color.format("scope.py v{}", color.CYAN, get_version())
@classmethod
def load(klass, commands=COMMANDS):
utility = klass()
for command in commands:
utility.register(command)
return utility
def assertReliableResults(self, results, metrics=None):
"""
Performs generic checking for the results object.
"""
metrics = metrics or set([])
topkeys = [
u'settings', u'results', u'randseed', u'simulation', u'version',
u'timer', u'timesteps', u'topology'
]
for key in topkeys:
self.assertIn(key, results)
self.assertEqual(results['version'], get_version())
# self.assertEqual(results['timesteps'], 100000) # TODO: fix this to make it work!
self.assertEqual(len(results['topology'].get('nodes', [])), 3)
self.assertEqual(len(results['topology'].get('links', [])), 3)
self.assertIn('meta', results['topology'])
# Required Metrics
required = {
u'read',
u'read latency',
'visibility',
u'write',
u'write latency',
u'visibility latency',
} | metrics
# Optional Metrics
optional = {
u'sent',
u'recv',
u'dropped',
u'commit latency',
u'stale reads',
u'empty reads',
u'missed reads',
u'dropped writes',
'forked writes',
'stale writes',
}
for metric in required:
self.assertIn(metric, results['results'],
"Missing '{}' metric from results".format(metric))
self.assertGreater(len(results['results'][metric]), 0)
for metric in results['results'].keys():
self.assertIn(metric, required | optional,
"Unknown metric named '{}'".format(metric))
def test_results_base(self):
"""
Test the basic properties of a result object
"""
result = Results(simulation="Test Simulation")
output = StringIO()
result.dump(output)
output.seek(0)
output = json.load(output)
self.assertKVEqual('simulation', "Test Simulation", output)
self.assertKVEqual('version', get_version(), output)
self.assertIn('randseed', output)
self.assertIn('timesteps', output)
self.assertIn('results', output)
self.assertIn('timer', output)
self.assertIn('settings', output)
def assertReliableResults(self, results, metrics=None):
"""
Performs generic checking for the results object.
"""
metrics = metrics or set([])
topkeys = [u"settings", u"results", u"randseed", u"simulation", u"version", u"timer", u"timesteps", u"topology"]
for key in topkeys:
self.assertIn(key, results)
self.assertEqual(results["version"], get_version())
# self.assertEqual(results['timesteps'], 100000) # TODO: fix this to make it work!
self.assertEqual(len(results["topology"].get("nodes", [])), 3)
self.assertEqual(len(results["topology"].get("links", [])), 3)
self.assertIn("meta", results["topology"])
# Required Metrics
required = {u"read", u"read latency", "visibility", u"write", u"write latency", u"visibility latency"} | metrics
# Optional Metrics
optional = {
u"sent",
u"recv",
u"dropped",
u"commit latency",
u"stale reads",
u"empty reads",
u"missed reads",
u"dropped writes",
"forked writes",
"stale writes",
}
for metric in required:
self.assertIn(metric, results["results"], "Missing '{}' metric from results".format(metric))
self.assertGreater(len(results["results"][metric]), 0)
for metric in results["results"].keys():
self.assertIn(metric, required | optional, "Unknown metric named '{}'".format(metric))