def make_testgroups(self, results_collection):
testgroups = []
for context in results_collection.contexts:
coll = results_collection.subset(lambda t: t.context == context)
passed = coll.tests_with_result('PASS')
failed = coll.tests_with_result('UNEXPECTED-FAIL')
unexpected_passes = coll.tests_with_result('UNEXPECTED-PASS')
errors = coll.tests_with_result('ERROR')
skipped = coll.tests_with_result('SKIPPED')
known_fails = coll.tests_with_result('KNOWN-FAIL')
testgroup = RESTfulAutologTestGroup(
testgroup=context.testgroup,
os=context.os,
platform=context.arch,
harness=context.harness,
server=self.es_server,
restserver=self.rest_server,
machine=context.hostname,
logfile=context.logfile,
)
testgroup.add_test_suite(
testsuite=results_collection.suite_name,
elapsedtime=coll.time_taken,
passed=count(passed),
failed=count(failed) + count(errors) +
count(unexpected_passes),
todo=count(skipped) + count(known_fails),
)
testgroup.set_primary_product(
tree=context.tree,
revision=context.revision,
productname=context.product,
buildtype=context.buildtype,
)
# need to call this again since we already used the generator
for f in coll.tests_with_result('UNEXPECTED-FAIL'):
testgroup.add_test_failure(
test=long_name(f),
text='\n'.join(f.output),
status=f.result,
)
testgroups.append(testgroup)
return testgroups
def make_testgroups(self, results_collection):
testgroups = []
for context in results_collection.contexts:
coll = results_collection.subset(lambda t: t.context == context)
passed = coll.tests_with_result('PASS')
failed = coll.tests_with_result('UNEXPECTED-FAIL')
unexpected_passes = coll.tests_with_result('UNEXPECTED-PASS')
errors = coll.tests_with_result('ERROR')
skipped = coll.tests_with_result('SKIPPED')
known_fails = coll.tests_with_result('KNOWN-FAIL')
testgroup = RESTfulAutologTestGroup(
testgroup=context.testgroup,
os=context.os,
platform=context.arch,
harness=context.harness,
server=self.es_server,
restserver=self.rest_server,
machine=context.hostname,
logfile=context.logfile,
)
testgroup.add_test_suite(
testsuite=results_collection.suite_name,
elapsedtime=coll.time_taken,
passed=count(passed),
failed=count(failed) + count(errors) + count(unexpected_passes),
todo=count(skipped) + count(known_fails),
)
testgroup.set_primary_product(
tree=context.tree,
revision=context.revision,
productname=context.product,
buildtype=context.buildtype,
)
# need to call this again since we already used the generator
for f in coll.tests_with_result('UNEXPECTED-FAIL'):
testgroup.add_test_failure(
test=long_name(f),
text='\n'.join(f.output),
status=f.result,
)
testgroups.append(testgroup)
return testgroups
def serialize(self, results_collection, file_obj):
""" Writes the xUnit formatted results to the given file object """
def _extract_xml(test_result, text='', result='Pass'):
if not isinstance(text, basestring):
text = '\n'.join(text)
cls_name = test_result.test_class
# if the test class is not already created, create it
if cls_name not in classes:
cls = doc.createElement('class')
cls.setAttribute('name', cls_name)
assembly.appendChild(cls)
classes[cls_name] = cls
t = doc.createElement('test')
t.setAttribute('name', test_result.name)
t.setAttribute('result', result)
if result == 'Fail':
f = doc.createElement('failure')
st = doc.createElement('stack-trace')
st.appendChild(doc.createTextNode(text))
f.appendChild(st)
t.appendChild(f)
elif result == 'Skip':
r = doc.createElement('reason')
msg = doc.createElement('message')
msg.appendChild(doc.createTextNode(text))
r.appendChild(msg)
t.appendChild(f)
cls = classes[cls_name]
cls.appendChild(t)
doc = dom.Document()
failed = sum([count(results_collection.tests_with_result(t))
for t in TestResult.FAIL_RESULTS])
passed = count(results_collection.tests_with_result('PASS'))
skipped = count(results_collection.tests_with_result('SKIPPED'))
assembly = doc.createElement('assembly')
assembly.setAttribute('name', results_collection.suite_name)
assembly.setAttribute('time', str(results_collection.time_taken))
assembly.setAttribute('total', str(len(results_collection)))
assembly.setAttribute('passed', str(passed))
assembly.setAttribute('failed', str(failed))
assembly.setAttribute('skipped', str(skipped))
classes = {} # str -> xml class element
for tr in results_collection.tests_with_result('ERROR'):
_extract_xml(tr, text=tr.output, result='Fail')
for tr in results_collection.tests_with_result('UNEXPECTED-FAIL'):
_extract_xml(tr, text=tr.output, result='Fail')
for tr in results_collection.tests_with_result('UNEXPECTED-PASS'):
_extract_xml(tr, text='UNEXPECTED-PASS', result='Fail')
for tr in results_collection.tests_with_result('SKIPPED'):
_extract_xml(tr, text=tr.output, result='Skip')
for tr in results_collection.tests_with_result('KNOWN-FAIL'):
_extract_xml(tr, text=tr.output, result='Pass')
for tr in results_collection.tests_with_result('PASS'):
_extract_xml(tr, result='Pass')
for cls in classes.itervalues():
assembly.appendChild(cls)
doc.appendChild(assembly)
file_obj.write(doc.toxml(encoding='utf-8'))
def serialize(self, results_collection, file_obj):
""" Writes the xUnit formatted results to the given file object """
def _extract_xml(test_result, text='', result='Pass'):
if not isinstance(text, string_types):
text = '\n'.join(text)
cls_name = test_result.test_class
# if the test class is not already created, create it
if cls_name not in classes:
cls = doc.createElement('class')
cls.setAttribute('name', cls_name)
assembly.appendChild(cls)
classes[cls_name] = cls
t = doc.createElement('test')
t.setAttribute('name', test_result.name)
t.setAttribute('result', result)
if result == 'Fail':
f = doc.createElement('failure')
st = doc.createElement('stack-trace')
st.appendChild(doc.createTextNode(text))
f.appendChild(st)
t.appendChild(f)
elif result == 'Skip':
r = doc.createElement('reason')
msg = doc.createElement('message')
msg.appendChild(doc.createTextNode(text))
r.appendChild(msg)
t.appendChild(f)
cls = classes[cls_name]
cls.appendChild(t)
doc = dom.Document()
failed = sum([count(results_collection.tests_with_result(t))
for t in TestResult.FAIL_RESULTS])
passed = count(results_collection.tests_with_result('PASS'))
skipped = count(results_collection.tests_with_result('SKIPPED'))
assembly = doc.createElement('assembly')
assembly.setAttribute('name', results_collection.suite_name)
assembly.setAttribute('time', str(results_collection.time_taken))
assembly.setAttribute('total', str(len(results_collection)))
assembly.setAttribute('passed', str(passed))
assembly.setAttribute('failed', str(failed))
assembly.setAttribute('skipped', str(skipped))
classes = {} # str -> xml class element
for tr in results_collection.tests_with_result('ERROR'):
_extract_xml(tr, text=tr.output, result='Fail')
for tr in results_collection.tests_with_result('UNEXPECTED-FAIL'):
_extract_xml(tr, text=tr.output, result='Fail')
for tr in results_collection.tests_with_result('UNEXPECTED-PASS'):
_extract_xml(tr, text='UNEXPECTED-PASS', result='Fail')
for tr in results_collection.tests_with_result('SKIPPED'):
_extract_xml(tr, text=tr.output, result='Skip')
for tr in results_collection.tests_with_result('KNOWN-FAIL'):
_extract_xml(tr, text=tr.output, result='Pass')
for tr in results_collection.tests_with_result('PASS'):
_extract_xml(tr, result='Pass')
for cls in classes.itervalues():
assembly.appendChild(cls)
doc.appendChild(assembly)
file_obj.write(doc.toxml(encoding='utf-8'))
from parsec import joint
from base import pid, count
from parsing import *
RadFET = pid(0x35) >> joint(field('Status', byte), field(
'Temperature', uint32), field('Voltages', count(uint32, 3))).bind(to_dict)
RadFET >>= label_as('RadFET')
from parsec import joint
from base import pid, count
from parsing import *
ExperimentalSunSStatus = joint(
field('ALS_ACK', uint16),
field('ALS_Presence', uint16),
field('ALS_ADC_Valid', uint16),
)
ExperimentalSunSStatus >>= to_dict
SingleALS = count(uint16, 4)
ALSs = count(SingleALS, 3)
Temperatures = joint(
field('Structure', uint16),
field('A', uint16),
field('B', uint16),
field('C', uint16),
field('D', uint16),
).bind(to_dict)
ExperimentalSunSPrimary = pid(0x11) \
>> joint(
field('WhoAmI ', byte),
field('Status', ExperimentalSunSStatus),
field('VisibleLight', ALSs),
field('Temperatures', Temperatures),
).bind(to_dict)
ExperimentalSunSPrimary >>= label_as('ExpSunS.Primary')
