def testGoodInput(self):
'''Given correct result data, check that every result being saved has the right parameters'''
for resultparams in saveresults.save("pypy", 71212, self.fixture, "", "pypy-c-jit", "tannit", True):
self.assertEqual(resultparams['project'], "pypy")
self.assertEqual(resultparams['commitid'], 71212)
self.assertEqual(resultparams['executable'], "pypy-c-jit")
# get dict with correct data for this benchmark
fixturedata = []
benchfound = False
for res in self.fixture:
if res[0] == resultparams['benchmark']:
fixturedata = res
benchfound = True
break
self.assertTrue(benchfound)
# get correct result value depending on the type of result
fixturevalue = 0
if fixturedata[1] == "SimpleComparisonResult":
fixturevalue = fixturedata[2]['changed_time']
else:
fixturevalue = fixturedata[2]['avg_changed']
self.assertEqual(resultparams['result_value'], fixturevalue)
def testGoodInput(self):
'''Given correct result data, check that every result being saved has the right parameters'''
for resultparams in saveresults.save("pypy", 71212, self.fixture, "",
"pypy-c-jit", "tannit", True):
self.assertEqual(resultparams['project'], "pypy")
self.assertEqual(resultparams['commitid'], 71212)
self.assertEqual(resultparams['executable'], "pypy-c-jit")
# get dict with correct data for this benchmark
fixturedata = []
benchfound = False
for res in self.fixture:
if res[0] == resultparams['benchmark']:
fixturedata = res
benchfound = True
break
self.assertTrue(benchfound)
# get correct result value depending on the type of result
fixturevalue = 0
if fixturedata[1] == "SimpleComparisonResult":
fixturevalue = fixturedata[2]['changed_time']
else:
fixturevalue = fixturedata[2]['avg_changed']
self.assertEqual(resultparams['result_value'], fixturevalue)
response = "None"
if hasattr(e, 'reason'):
response = '\n We failed to reach ' + RESULTS_URL + '\n'
response += ' Reason: ' + str(e.reason)
elif hasattr(e, 'code'):
response = '\n The server couldn\'t fulfill the request\n'
response += ' Error code: ' + str(e)
print "Results Server (%s) response: %s\n" % (RESULTS_URL, response)
sys.exit(1)
finally:
datasource.close()
# read json result and save to speed.pypy.org
for filename in filelist:
print "Reading %s..." % filename
f = urllib2.urlopen(RESULTS_URL + filename)
result = simplejson.load(f)
f.close()
proj = PROJECT
revision = result['revision']
interpreter = INTERP
int_options = "gc=hybrid"
options = ""
if result.has_key('options'): options = result['options']
host = 'tannit'
saveresults.save(proj, revision, result['results'], options, interpreter, int_options, host)
if filename == filelist[len(filelist)-1]:
savecpython.save('cpython', '262', result['results'], options, 'cpython', '', host)
print "\nOK"
if hasattr(e, 'reason'):
response = '\n We failed to reach ' + RESULTS_URL + '\n'
response += ' Reason: ' + str(e.reason)
elif hasattr(e, 'code'):
response = '\n The server couldn\'t fulfill the request\n'
response += ' Error code: ' + str(e)
print "Results Server (%s) response: %s\n" % (RESULTS_URL, response)
sys.exit(1)
finally:
datasource.close()
# read json result and save to speed.pypy.org
for filename in filelist:
print "Reading %s..." % filename
f = urllib2.urlopen(RESULTS_URL + filename)
result = simplejson.load(f)
f.close()
proj = PROJECT
revision = result['revision']
interpreter = INTERP
int_options = ""
options = ""
if result.has_key('options'): options = result['options']
host = 'tannit'
saveresults.save(proj, revision, result['results'], options,
interpreter, int_options, host)
#if filename == filelist[len(filelist)-1]:
#savecpython.save('cpython', '262', result['results'], options, 'cpython', '', host)
print "\nOK"