def test_assyfile_to_cs_basic_ops(self):
this_function_name = sys._getframe().f_code.co_name
staged = self.staged['assy_file']
dest_ws = self.create_random_workspace(this_function_name)
dest_obj_name = 'foo2'
args = {'source_kbase_type': staged['obj_info'][2].split('-')[0],
'destination_kbase_type': 'KBaseGenomes.ContigSet',
'source_workspace_name': staged['obj_info'][7],
'destination_workspace_name': dest_ws,
'source_object_name': staged['obj_info'][1],
'destination_object_name': dest_obj_name,
'workspace_service_url': self.ws_url,
'ujs_service_url': self.ujs_url,
'working_directory': dest_ws}
expect_err = 'INFO - Conversion completed.'
self.run_and_check('convert', args, None, expect_err,
not_expect_err='ERROR')
newobj = self.ws.get_objects([{'workspace': dest_ws,
'name': dest_obj_name}])[0]
prov = newobj['provenance'][0]
ref = staged['ref']
assert prov['input_ws_objects'] == [ref]
assert prov['resolved_ws_objects'] == [ref]
assert prov['script'] ==\
'trns_transform_KBaseFile_AssemblyFile_to_KBaseGenomes_ContigSet'
assert prov['script_ver'] == '0.0.1'
with open(os.path.join(FILE_LOC, 'test_files/ContigSetOut.json')) as f:
expected = json.loads(f.read())
expected['fasta_ref'] = staged['node']
deep_eq(expected, newobj['data'], _assert=True)
def test_assyfile_to_cs_basic_ops(self):
print('*** running test test_assyfile_to_cs_basic _ops ***')
staged = self.staged['assy_file']
ref = staged['ref']
bc = BaseClient(self.callbackURL)
bc.call_method('CallbackServer.set_provenance',
[{'service': 'myserv',
'method': 'mymeth',
'service_ver': '0.0.2',
'method_params': ['foo', 'bar', 'baz'],
'input_ws_objects': [ref]
}]
)
ret = self.getImpl().convert(
self.ctx,
{'workspace_name': self.getWsName(),
'assembly_file': staged['obj_info'][1],
'output_name': 'foobarbaz'
})[0]
report = self.wsClient.get_objects([{'ref': ret['report_ref']}])[0]
self.assertEqual('KBaseReport.Report', report['info'][2].split('-')[0])
self.assertEqual(1, len(report['data']['objects_created']))
self.assertEqual('Assembled contigs',
report['data']['objects_created'][0]['description'])
self.assertIn('Assembled into 4 contigs',
report['data']['text_message'])
cs_ref = report['data']['objects_created'][0]['ref']
cs = self.wsClient.get_objects([{'ref': cs_ref}])[0]
self.assertEqual('KBaseGenomes.ContigSet', cs['info'][2].split('-')[0])
rep_prov = report['provenance']
cs_prov = cs['provenance']
self.assertEqual(len(rep_prov), 1)
self.assertEqual(len(cs_prov), 1)
rep_prov = rep_prov[0]
cs_prov = cs_prov[0]
for p in [rep_prov, cs_prov]:
self.assertEqual(p['service'], 'myserv')
self.assertEqual(p['method'], 'mymeth')
self.assertEqual(p['service_ver'], '0.0.2')
self.assertEqual(p['method_params'], ['foo', 'bar', 'baz'])
self.assertEqual(p['input_ws_objects'], [ref])
self.assertEqual(p['resolved_ws_objects'], [ref])
sa = p['subactions']
self.assertEqual(len(sa), 0)
# don't check ver or commit since they can change from run to run
with open(os.path.join(FILE_LOC, 'ContigSetOut.json')) as f:
expected = json.loads(f.read())
expected['fasta_ref'] = staged['node']
deep_eq(expected, cs['data'], _assert=True)
def test():
print "TESTING ObjWriter..."
writer = ObjWriter()
blob = "aa"
c = writer.make_blob_(blob)
assert (c == "blob 2\naa")
(s, v) = writer.parse_blob_(c)
assert (s == 9)
deep_eq(v, blob, _assert=True)
assert (writer.digest_content("blob 2\naa") ==
"e3b380d24c97baeca9843158f63c876d05492caf")
assert (writer.digest_obj("aa") ==
"e3b380d24c97baeca9843158f63c876d05492caf")
clst = ["aa", "", "bb"]
c = writer.make_clst_(clst)
assert (c == "clst 28\n" "blob 2\naa\n" "blob 0\n\n" "blob 2\nbb\n")
(s, v) = writer.parse_clst_(c)
assert (s == 36)
deep_eq(v, clst, _assert=True)
cmap = {"a": "aa", "": "", "b": "bb"}
c = writer.make_cmap_(cmap)
assert (c == "cmap 33\n"
"\nblob 0\n\n"
"a\nblob 2\naa\n"
"b\nblob 2\nbb\n")
(s, v) = writer.parse_cmap_(c)
assert (s == 41)
deep_eq(v, cmap, _assert=True)
obj = {'cmap': cmap, 'clst': clst, 'blob': blob}
c = writer.make_obj(obj)
(s, v) = writer.parse_obj(c)
deep_eq(v, obj, _assert=True)
print "SUCCESS ObjWriter"
return True
def test():
""" Unitary test, returns True if passed. """
class TestNameSpace(NameSpace):
def opt_X(self, args):
self.X_kind = args[0][2:]
self.X_arg = args[1]
print "TESTING: GenArgumentParser..."
parser = GenArgumentParser()
ns, args = parser.parse_args(shlex.split("-E -oout.i file.c file2.cc"))
parser = GenArgumentParser()
parser.add_argument("-E")
parser.add_argument("-c")
parser.add_argument("-S")
parser.add_argument("-W")
parser.add_argument("-Wall")
parser.add_argument("-o", nargs=1, dest="output")
parser.add_argument("-mtune", nargs=1, sep="=", dest="tune")
parser.add_argument("--help", nargs=1, optsep="=", dest="help")
parser.add_argument(re="-X.*", nargs=1, next=True, dest="opt_X")
parser.add_argument(re="-f(no-)?inline")
parser.add_argument(re="-m.*")
parser.add_argument(re="-W.*")
parser.add_argument(re="-f.*")
ns, args = parser.parse_args(shlex.split("-E -oout.i file.c file2.cc"))
deep_eq(
args,
[["-E"], ["-o", "out.i"], [None, "file.c"], [None, "file2.cc"]],
_assert=True)
deep_eq(vars(ns), {
'output': 'out.i',
'REMAINDER': ['file.c', 'file2.cc']
},
_assert=True)
ns, args = parser.parse_args(
shlex.split(
"-o out.o -c -finline -fno-inline -W -Wall "
"file.c -Wother -mtune=i586 --help=warnings --help driver "
"-Xpreprocessed afile -undef"), TestNameSpace())
deep_eq(
args,
[["-o", "out.o"], ["-c"], ["-finline"], ["-fno-inline"], ["-W"],
["-Wall"], [None, "file.c"], ["-Wother"], ["-mtune", "i586"],
["--help", "warnings"], ["--help", "driver"],
["-Xpreprocessed", "afile"], [None, "-undef"]],
_assert=True)
deep_eq(vars(ns), {
'help': 'driver',
'tune': 'i586',
'X_kind': 'preprocessed',
'X_arg': 'afile',
'output': 'out.o',
'REMAINDER': ['file.c', '-undef']
},
_assert=True)
try:
args = None
_, args = parser.parse_args(shlex.split("-o"))
except MalformedArgument, e:
pass
def test():
""" Unitary test, returns True if passed. """
class TestNameSpace(NameSpace):
def opt_X(self, args):
self.X_kind = args[0][2:]
self.X_arg = args[1]
print "TESTING: GenArgumentParser..."
parser = GenArgumentParser()
ns, args = parser.parse_args(shlex.split(
"-E -oout.i file.c file2.cc"))
parser = GenArgumentParser()
parser.add_argument("-E")
parser.add_argument("-c")
parser.add_argument("-S")
parser.add_argument("-W")
parser.add_argument("-Wall")
parser.add_argument("-o", nargs=1, dest="output")
parser.add_argument("-mtune", nargs=1, sep="=", dest="tune")
parser.add_argument("--help", nargs=1, optsep="=", dest="help")
parser.add_argument(re="-X.*", nargs=1, next=True, dest="opt_X")
parser.add_argument(re="-f(no-)?inline")
parser.add_argument(re="-m.*")
parser.add_argument(re="-W.*")
parser.add_argument(re="-f.*")
ns, args = parser.parse_args(shlex.split(
"-E -oout.i file.c file2.cc"))
deep_eq(args, [["-E"], ["-o", "out.i"],
[None, "file.c"], [None, "file2.cc"]],
_assert=True)
deep_eq(vars(ns),
{'output': 'out.i',
'REMAINDER': ['file.c', 'file2.cc']}, _assert=True)
ns, args = parser.parse_args(shlex.split(
"-o out.o -c -finline -fno-inline -W -Wall "
"file.c -Wother -mtune=i586 --help=warnings --help driver "
"-Xpreprocessed afile -undef"), TestNameSpace())
deep_eq(args,
[["-o", "out.o"], ["-c"], ["-finline"], ["-fno-inline"],
["-W"], ["-Wall"], [None, "file.c"], ["-Wother"],
["-mtune", "i586"], ["--help", "warnings"],
["--help", "driver"], ["-Xpreprocessed", "afile"],
[None, "-undef"]],
_assert=True)
deep_eq(vars(ns),
{'help': 'driver', 'tune': 'i586',
'X_kind': 'preprocessed', 'X_arg': 'afile',
'output': 'out.o',
'REMAINDER': ['file.c', '-undef']},
_assert=True)
try:
args = None
_, args = parser.parse_args(shlex.split("-o"))
except MalformedArgument, e:
pass
def test_assyfile_to_cs_basic_ops(self):
this_function_name = sys._getframe().f_code.co_name
staged = self.staged['assy_file']
dest_ws = self.create_random_workspace(this_function_name)
dest_obj_name = 'foo2'
args = {
'source_kbase_type': staged['obj_info'][2].split('-')[0],
'destination_kbase_type': 'KBaseGenomes.ContigSet',
'source_workspace_name': staged['obj_info'][7],
'destination_workspace_name': dest_ws,
'source_object_name': staged['obj_info'][1],
'destination_object_name': dest_obj_name,
'workspace_service_url': self.ws_url,
'ujs_service_url': self.ujs_url,
'working_directory': dest_ws
}
expect_err = 'INFO - Conversion completed.'
self.run_and_check('convert',
args,
None,
expect_err,
not_expect_err='ERROR')
newobj = self.ws.get_objects([{
'workspace': dest_ws,
'name': dest_obj_name
}])[0]
prov = newobj['provenance'][0]
ref = staged['ref']
assert prov['input_ws_objects'] == [ref]
assert prov['resolved_ws_objects'] == [ref]
assert prov['script'] ==\
'trns_transform_KBaseFile_AssemblyFile_to_KBaseGenomes_ContigSet'
assert prov['script_ver'] == '0.0.1'
with open(os.path.join(FILE_LOC, 'test_files/ContigSetOut.json')) as f:
expected = json.loads(f.read())
expected['fasta_ref'] = staged['node']
deep_eq(expected, newobj['data'], _assert=True)
def test_sh_src_switch_get_raw_sets(self, shfilename, expected_sets):
self.reader = sh_switch.SwitchReader(shfilename)
raw_sets = self.reader.get_raw_sets()
for switch in raw_sets:
idx = 0
for idx, exp_switch in enumerate(expected_sets):
if deep_eq.deep_eq(switch, exp_switch):
del expected_sets[idx]
idx = 0
break
if idx:
self.fail("Unexpected raw set: %r" % switch)
def test():
print "TESTING: LDInterpreter..."
ld = LDInterpreter(
{'args': shlex.split("ld a.o b.o c.c d.ro e.os f.a"),
'cwd': "."})
assert(ld.ccld_interpreter() != None)
deep_eq(ld.get_kind(), "LD", _assert=True)
deep_eq(ld.get_output_files(), ["a.out"], _assert=True)
# test cache (self.output_files_)
deep_eq(ld.get_output_files(), ["a.out"], _assert=True)
deep_eq(ld.get_input_pairs(),
[('SRC_LNK', "a.o"), ('SRC_LNK', "b.o"),
('SRC_LNK', "c.c"), ('SRC_LNK', "d.ro"),
('SRC_LNK', "e.os"), ('SRC_LNK', "f.a")], _assert=True)
deep_eq(ld.get_input_files(),
["a.o", "b.o", "c.c", "d.ro", "e.os", "f.a"], _assert=True)
ld = LDInterpreter(
{'args': shlex.split("ld -o"),
'cwd': "."})
assert(ld.is_wellformed() == False)
assert(ld.get_args() == ['ld', '-o'])
print "SUCCESS: LDInterpreter"
return True
def test():
print "TESTING: LDInterpreter..."
ld = LDInterpreter({
'args': shlex.split("ld a.o b.o c.c d.ro e.os f.a"),
'cwd': "."
})
assert (ld.ccld_interpreter() != None)
deep_eq(ld.get_kind(), "LD", _assert=True)
deep_eq(ld.get_output_files(), ["a.out"], _assert=True)
# test cache (self.output_files_)
deep_eq(ld.get_output_files(), ["a.out"], _assert=True)
deep_eq(ld.get_input_pairs(), [('SRC_LNK', "a.o"), ('SRC_LNK', "b.o"),
('SRC_LNK', "c.c"), ('SRC_LNK', "d.ro"),
('SRC_LNK', "e.os"),
('SRC_LNK', "f.a")],
_assert=True)
deep_eq(ld.get_input_files(),
["a.o", "b.o", "c.c", "d.ro", "e.os", "f.a"],
_assert=True)
ld = LDInterpreter({'args': shlex.split("ld -o"), 'cwd': "."})
assert (ld.is_wellformed() == False)
assert (ld.get_args() == ['ld', '-o'])
print "SUCCESS: LDInterpreter"
return True
def abstract_key_value_parser_init(self, testnr, seed, rootkv, data):
"""
flat-key-value parser init
"""
parser = self.Parser(seed=seed, rootkey=rootkv)
self.assert_(
isinstance( parser.data, type( data ) ),
"%i: Got %r instance instead of %r" % (
testnr, type( parser.data ), type( data ) )
)
if rootkv != None:
parser.set_kv(rootkv)
eq = False
try:
eq = deep_eq.deep_eq( parser.data, data )
except: pass
self.assert_( eq, "%i: %r does not match %r" % ( testnr, parser.data, data ))
def test():
print "TESTING ObjWriter..."
writer = ObjWriter()
blob = "aa"
c = writer.make_blob_(blob)
assert(c == "blob 2\naa")
(s, v) = writer.parse_blob_(c)
assert(s == 9)
deep_eq(v, blob, _assert=True)
assert(writer.digest_content("blob 2\naa") ==
"e3b380d24c97baeca9843158f63c876d05492caf")
assert(writer.digest_obj("aa") ==
"e3b380d24c97baeca9843158f63c876d05492caf")
clst = ["aa", "", "bb"]
c = writer.make_clst_(clst)
assert(c == "clst 28\n"
"blob 2\naa\n"
"blob 0\n\n"
"blob 2\nbb\n")
(s, v) = writer.parse_clst_(c)
assert(s == 36)
deep_eq(v, clst, _assert=True)
cmap = {"a": "aa", "": "", "b": "bb"}
c = writer.make_cmap_(cmap)
assert(c == "cmap 33\n"
"\nblob 0\n\n"
"a\nblob 2\naa\n"
"b\nblob 2\nbb\n")
(s, v) = writer.parse_cmap_(c)
assert(s == 41)
deep_eq(v, cmap, _assert=True)
obj = {'cmap': cmap, 'clst': clst,
'blob': blob}
c = writer.make_obj(obj)
(s, v) = writer.parse_obj(c)
deep_eq(v, obj, _assert=True)
print "SUCCESS ObjWriter"
return True
def test(): # pragma: uncovered (ignore test funcs)
class TestNameSpace():
pass
print "TESTING LDArgumentsParser..."
tmpdir = tempfile.mkdtemp()
try:
parser = LDArgumentParser("ld")
ns = parser.parse_args(shlex.split("--help"), TestNameSpace())
deep_eq(ns.unknown_flags, [], _assert=True)
deep_eq(ns.outputs, [], _assert=True)
deep_eq(ns.inputs, [], _assert=True)
deep_eq(ns.output_kind, 'nooutput', _assert=True)
interp = LDArgumentInterpreter(ns)
deep_eq(interp.all_cc_outputs(), [], _assert=True)
deep_eq(interp.all_cc_inputs(), [], _assert=True)
deep_eq(interp.is_ld_kind("program"), False, _assert=True)
deep_eq(interp.has_final_link(), False, _assert=True)
deep_eq(interp.has_reloc_link(), False, _assert=True)
ns = parser.parse_args(shlex.split("--version"), TestNameSpace())
deep_eq(ns.output_kind, 'nooutput', _assert=True)
ns = parser.parse_args(shlex.split("-o a.exe in.o"),
TestNameSpace())
deep_eq(ns.unknown_flags, [], _assert=True)
deep_eq(ns.output_kind, 'executable', _assert=True)
deep_eq(ns.outputs, ["a.exe"], _assert=True)
deep_eq(ns.inputs, ["in.o"], _assert=True)
interp = LDArgumentInterpreter(ns)
deep_eq(interp.all_cc_outputs(), ["a.exe"], _assert=True)
deep_eq(interp.all_cc_inputs(), ["in.o"], _assert=True)
deep_eq(interp.is_ld_kind("program"), True, _assert=True)
deep_eq(interp.has_final_link(), True, _assert=True)
deep_eq(interp.has_reloc_link(), False, _assert=True)
with open("%s/libc.so" % tmpdir, 'w') as f:
print >> f, "// A shared object"
with open("%s/libd.a" % tmpdir, 'w') as f:
print >> f, "// A static archive"
ns = parser.parse_args(
shlex.split(
("-o out --build-id -r in.o -L%s -( -la -lb -) " +
"-Bdynamic -lc -Bstatic -ld " +
"-aarchive -le -ashared -lf -adefault -lg -a unknown") %
(tmpdir)), TestNameSpace())
deep_eq(ns.unknown_flags, [], _assert=True)
deep_eq(ns.output_kind, 'relocatable', _assert=True)
deep_eq(ns.outputs, ["out"], _assert=True)
deep_eq(
ns.inputs,
["in.o", "%s/libc.so" % tmpdir,
"%s/libd.a" % tmpdir],
_assert=True)
interp = LDArgumentInterpreter(ns)
deep_eq(interp.all_cc_outputs(), ["out"], _assert=True)
deep_eq(
interp.all_cc_inputs(),
["in.o", "%s/libc.so" % tmpdir,
"%s/libd.a" % tmpdir],
_assert=True)
deep_eq(interp.is_ld_kind("relocatable"), True, _assert=True)
deep_eq(interp.has_final_link(), False, _assert=True)
deep_eq(interp.has_reloc_link(), True, _assert=True)
ns = parser.parse_args(shlex.split("-o out in.o --notanoption"),
TestNameSpace())
interp = LDArgumentInterpreter(ns)
deep_eq(ns.unknown_flags, ["--notanoption"], _assert=True)
finally:
shutil.rmtree(tmpdir)
print "SUCCESS LDArgumentsParser"
return True
boundary['outlet'] = {
'type':'fixedValue',
'value': 'uniform 10'
}
with IOField.handle(time):
U.write()
T.write()
with IOField.handle(time):
Tn = IOField.read('T')
Un = IOField.read('U')
Un.partialComplete()
config.hdf5 = False
assert (deep_eq(Tn.boundary, T.boundary))
assert (deep_eq(Un.boundary, U.boundary))
np.allclose(Tn.field, T.field)
np.allclose(Un.field, U.field)
@pytest.mark.skip
def test_field_io_mpi(case):
mesh = Mesh.create(case)
Field.setMesh(mesh)
time = 1.0
config.hdf5 = False
with IOField.handle(time):
U = IOField.read('U')
U.partialComplete()
def test(): # pragma: uncovered (ignore test funcs)
class TestNameSpace():
pass
print "TESTING LDArgumentsParser..."
tmpdir = tempfile.mkdtemp()
try:
parser = LDArgumentParser("ld")
ns = parser.parse_args(shlex.split(
"--help"), TestNameSpace())
deep_eq(ns.unknown_flags, [], _assert=True)
deep_eq(ns.outputs, [], _assert=True)
deep_eq(ns.inputs, [], _assert=True)
deep_eq(ns.output_kind, 'nooutput', _assert=True)
interp = LDArgumentInterpreter(ns)
deep_eq(interp.all_cc_outputs(), [], _assert=True)
deep_eq(interp.all_cc_inputs(), [], _assert=True)
deep_eq(interp.is_ld_kind("program"), False, _assert=True)
deep_eq(interp.has_final_link(), False, _assert=True)
deep_eq(interp.has_reloc_link(), False, _assert=True)
ns = parser.parse_args(shlex.split(
"--version"), TestNameSpace())
deep_eq(ns.output_kind, 'nooutput', _assert=True)
ns = parser.parse_args(shlex.split(
"-o a.exe in.o"), TestNameSpace())
deep_eq(ns.unknown_flags, [], _assert=True)
deep_eq(ns.output_kind, 'executable', _assert=True)
deep_eq(ns.outputs, ["a.exe"], _assert=True)
deep_eq(ns.inputs, ["in.o"], _assert=True)
interp = LDArgumentInterpreter(ns)
deep_eq(interp.all_cc_outputs(), ["a.exe"], _assert=True)
deep_eq(interp.all_cc_inputs(), ["in.o"], _assert=True)
deep_eq(interp.is_ld_kind("program"), True, _assert=True)
deep_eq(interp.has_final_link(), True, _assert=True)
deep_eq(interp.has_reloc_link(), False, _assert=True)
with open("%s/libc.so" % tmpdir, 'w') as f:
print >>f, "// A shared object"
with open("%s/libd.a" % tmpdir, 'w') as f:
print >>f, "// A static archive"
ns = parser.parse_args(shlex.split(
("-o out --build-id -r in.o -L%s -( -la -lb -) " +
"-Bdynamic -lc -Bstatic -ld " +
"-aarchive -le -ashared -lf -adefault -lg -a unknown") %
(tmpdir)),
TestNameSpace())
deep_eq(ns.unknown_flags, [], _assert=True)
deep_eq(ns.output_kind, 'relocatable', _assert=True)
deep_eq(ns.outputs, ["out"], _assert=True)
deep_eq(ns.inputs, ["in.o",
"%s/libc.so" % tmpdir,
"%s/libd.a" % tmpdir],
_assert=True)
interp = LDArgumentInterpreter(ns)
deep_eq(interp.all_cc_outputs(), ["out"], _assert=True)
deep_eq(interp.all_cc_inputs(), ["in.o",
"%s/libc.so" % tmpdir,
"%s/libd.a" % tmpdir],
_assert=True)
deep_eq(interp.is_ld_kind("relocatable"), True, _assert=True)
deep_eq(interp.has_final_link(), False, _assert=True)
deep_eq(interp.has_reloc_link(), True, _assert=True)
ns = parser.parse_args(shlex.split(
"-o out in.o --notanoption"), TestNameSpace())
interp = LDArgumentInterpreter(ns)
deep_eq(ns.unknown_flags, ["--notanoption"], _assert=True)
finally:
shutil.rmtree(tmpdir)
print "SUCCESS LDArgumentsParser"
return True
def test_eq(x, y):
res = deep_eq(x, y)
if not res: # pragma: uncovered (error)
print "FAILURE: %s and %s differ" % (str(x), str(y))
return res
def test_sample_quiz():
"""Check that kahoot quiz format is correct for .sample_quiz.quiz."""
user = '******'
title = 'Test'
#qm = quiztoolsKahootQuizMaker.KahootQuizMaker(
qm = KahootQuizMaker.KahootQuizMaker(user,
path='',
loglvl=logging.DEBUG,
login=False)
filename = '.sample_quiz.quiz'
questions = qm.read_quiz_file(filename)
computed = qm.make_quiz(questions, title=title)
#pprint.pprint(computed)
expected = {
'audience':
'University',
'description':
'Made using quiztools.',
'difficulty':
500,
'language':
'English',
'questions': [{
'choices': [{
'answer': 'a)',
'correct': True
}, {
'answer': 'b)',
'correct': True
}, {
'answer': 'c)',
'correct': False
}, {
'answer': 'd)',
'correct': True
}],
'iframe': {
'content':
u"<html><head>\n <style>\n body {font-family:sans-serif;\n font-size:14pt;}\n .question {font-size:22pt;\n font-weight:bold;}\n .answer {}\n .letter {font-weight:bold;}\n </style>\n <script type='text/javascript' src='//cdn.mathjax.org/mathjax/latest/MathJax.js?config=TeX-AMS-MML_HTMLorMML'></script></head><body><p class='question'>Which of the following cities are capitals?</p><hr><p class='answer'><span class='letter'>a)</span> Bern</p><hr><p class='answer'><span class='letter'>b)</span> Kigali</p><hr><p class='answer'><span class='letter'>c)</span> New York</p><hr><p class='answer'><span class='letter'>d)</span> Ottawa</p></body></html>"
},
'image':
'',
'numberOfAnswers':
4,
'points':
True,
'question':
'',
'questionFormat':
2,
'time':
60000,
'video': {
'endTime': 0,
'id': '',
'service': 'youtube',
'startTime': 0
}
}, {
'choices': [{
'answer': 'a)',
'correct': False
}, {
'answer': 'b)',
'correct': False
}, {
'answer': 'c)',
'correct': False
}, {
'answer': 'd)',
'correct': True
}],
'iframe': {
'content':
u"<html><head>\n <style>\n body {font-family:sans-serif;\n font-size:14pt;}\n .question {font-size:22pt;\n font-weight:bold;}\n .answer {}\n .letter {font-weight:bold;}\n </style>\n <script type='text/javascript' src='//cdn.mathjax.org/mathjax/latest/MathJax.js?config=TeX-AMS-MML_HTMLorMML'></script></head><body><p class='question'>What is the capital of Norway?</p><hr><p class='answer'><span class='letter'>a)</span> Helsinki</p><hr><p class='answer'><span class='letter'>b)</span> Denmark</p><hr><p class='answer'><span class='letter'>c)</span> Drammen</p><hr><p class='answer'><span class='letter'>d)</span> Oslo</p></body></html>"
},
'image':
'',
'numberOfAnswers':
4,
'points':
True,
'question':
'',
'questionFormat':
2,
'time':
60000,
'video': {
'endTime': 0,
'id': '',
'service': 'youtube',
'startTime': 0
}
}, {
'choices': [{
'answer': 'a)',
'correct': True
}, {
'answer': 'b)',
'correct': False
}, {
'answer': 'c)',
'correct': False
}],
'iframe': {
'content':
u"<html><head>\n <style>\n body {font-family:sans-serif;\n font-size:14pt;}\n .question {font-size:22pt;\n font-weight:bold;}\n .answer {}\n .letter {font-weight:bold;}\n </style>\n <script type='text/javascript' src='//cdn.mathjax.org/mathjax/latest/MathJax.js?config=TeX-AMS-MML_HTMLorMML'></script></head><body><p class='question'>This is a very famous quote:\n\n<p>\n<blockquote>\n <em>Premature optimization is the root of all evil.</em>\n</blockquote>\n\nThis quote is attributed to</p><hr><p class='answer'><span class='letter'>a)</span> Donald Knuth</p><hr><p class='answer'><span class='letter'>b)</span> Ole-Johan Dahl</p><hr><p class='answer'><span class='letter'>c)</span> George W. Bush</p></body></html>"
},
'image':
'',
'numberOfAnswers':
3,
'points':
True,
'question':
'',
'questionFormat':
2,
'time':
60000,
'video': {
'endTime': 0,
'id': '',
'service': 'youtube',
'startTime': 0
}
}, {
'choices': [{
'answer': 'a)',
'correct': False
}, {
'answer': 'b)',
'correct': False
}, {
'answer': 'c)',
'correct': True
}],
'iframe': {
'content':
u"<html><head>\n <style>\n body {font-family:sans-serif;\n font-size:14pt;}\n .question {font-size:22pt;\n font-weight:bold;}\n .answer {}\n .letter {font-weight:bold;}\n </style>\n <script type='text/javascript' src='//cdn.mathjax.org/mathjax/latest/MathJax.js?config=TeX-AMS-MML_HTMLorMML'></script></head><body><p class='question'>Compute the result of \\( a+b \\) in the case \\( a=2 \\) and \\( b=2 \\).</p><hr><p class='answer'><span class='letter'>a)</span> 5.</p><hr><p class='answer'><span class='letter'>b)</span> The computation does not make sense when \\( a \\) and \\( b \\) are given without\nunits.</p><hr><p class='answer'><span class='letter'>c)</span> 4.</p></body></html>"
},
'image':
'',
'numberOfAnswers':
3,
'points':
True,
'question':
'',
'questionFormat':
2,
'time':
60000,
'video': {
'endTime': 0,
'id': '',
'service': 'youtube',
'startTime': 0
}
}, {
'choices': [{
'answer': 'a)',
'correct': False
}, {
'answer': 'b)',
'correct': False
}, {
'answer': 'c)',
'correct': True
}, {
'answer': 'd)',
'correct': True
}],
'iframe': {
'content':
u"<html><head>\n <style>\n body {font-family:sans-serif;\n font-size:14pt;}\n .question {font-size:22pt;\n font-weight:bold;}\n .answer {}\n .letter {font-weight:bold;}\n </style>\n <script type='text/javascript' src='//cdn.mathjax.org/mathjax/latest/MathJax.js?config=TeX-AMS-MML_HTMLorMML'></script></head><body><p class='question'>The equation\n\n$$\n\\begin{equation}\n\\nabla\\cdot\\boldsymbol{u} = 0\n\\label{cont:eq}\n\\end{equation}\n$$\n\nis famous in physics. Select the wrong assertion(s):</p><hr><p class='answer'><span class='letter'>a)</span> The equation tells that the vector field \\( \\boldsymbol{u} \\) is divergence free.</p><hr><p class='answer'><span class='letter'>b)</span> The equation implies that there exists a vector potential \\( \\boldsymbol{A} \\)\nsuch that \\( \\boldsymbol{u}=\\nabla\\times\\boldsymbol{A} \\).</p><hr><p class='answer'><span class='letter'>c)</span> The equation implies \\( \\nabla\\times\\boldsymbol{u}=0 \\).</p><hr><p class='answer'><span class='letter'>d)</span> The equation implies that \\( \\boldsymbol{u} \\) must be a constant vector field.</p></body></html>"
},
'image':
'',
'keywords': ['gradient', 'divergence', 'curl', 'vector calculus'],
'numberOfAnswers':
4,
'points':
True,
'question':
'',
'questionFormat':
2,
'time':
60000,
'video': {
'endTime': 0,
'id': '',
'service': 'youtube',
'startTime': 0
}
}, {
'choices': [{
'answer': 'a)',
'correct': True
}, {
'answer': 'b)',
'correct': False
}, {
'answer': 'c)',
'correct': False
}],
'iframe': {
'content':
u'<html><head>\n <style>\n body {font-family:sans-serif;\n font-size:14pt;}\n .question {font-size:22pt;\n font-weight:bold;}\n .answer {}\n .letter {font-weight:bold;}\n </style>\n <script type=\'text/javascript\' src=\'//cdn.mathjax.org/mathjax/latest/MathJax.js?config=TeX-AMS-MML_HTMLorMML\'></script></head><body><p class=\'question\'>We want to create a Python list object of length <code>n</code> where each\nelement is <code>0</code>. Is the following code then what we need?\n\n<p>\n\n<!-- code=python (!bc pycod) typeset with pygments style "default" -->\n<div class="highlight" style="background: #f8f8f8"><pre style="line-height: 125%"><span style="color: #008000; font-weight: bold">import</span> <span style="color: #0000FF; font-weight: bold">numpy</span>\nmylist <span style="color: #666666">=</span> numpy<span style="color: #666666">.</span>zeros(n)\n</pre></div>\n<p></p><hr><p class=\'answer\'><span class=\'letter\'>a)</span> No.</p><hr><p class=\'answer\'><span class=\'letter\'>b)</span> Yes.</p><hr><p class=\'answer\'><span class=\'letter\'>c)</span> Yes, provided we write <code>np</code> instead of <code>numpy</code>:\n\n<p>\n\n<!-- code=python (!bc pycod) typeset with pygments style "default" -->\n<div class="highlight" style="background: #f8f8f8"><pre style="line-height: 125%"><span style="color: #008000; font-weight: bold">import</span> <span style="color: #0000FF; font-weight: bold">numpy</span> <span style="color: #008000; font-weight: bold">as</span> <span style="color: #0000FF; font-weight: bold">np</span>\nmylist <span style="color: #666666">=</span> np<span style="color: #666666">.</span>zeros(n)\n</pre></div>\n<p></p></body></html>'
},
'image':
'',
'numberOfAnswers':
3,
'points':
True,
'question':
'',
'questionFormat':
2,
'time':
60000,
'video': {
'endTime': 0,
'id': '',
'service': 'youtube',
'startTime': 0
}
}, {
'choices': [{
'answer': 'a)',
'correct': False
}, {
'answer': 'b)',
'correct': False
}, {
'answer': 'c)',
'correct': False
}, {
'answer': 'd)',
'correct': True
}],
'iframe': {
'content':
u'<html><head>\n <style>\n body {font-family:sans-serif;\n font-size:14pt;}\n .question {font-size:22pt;\n font-weight:bold;}\n .answer {}\n .letter {font-weight:bold;}\n </style>\n <script type=\'text/javascript\' src=\'//cdn.mathjax.org/mathjax/latest/MathJax.js?config=TeX-AMS-MML_HTMLorMML\'></script></head><body><p class=\'question\'><p>\n\n<!-- code=python (!bc pypro) typeset with pygments style "default" -->\n<div class="highlight" style="background: #f8f8f8"><pre style="line-height: 125%"><span style="color: #008000; font-weight: bold">from</span> <span style="color: #0000FF; font-weight: bold">math</span> <span style="color: #008000; font-weight: bold">import</span> sin\n\n<span style="color: #008000; font-weight: bold">def</span> <span style="color: #0000FF">D</span>(u, t, dt<span style="color: #666666">=1E-5</span>):\n <span style="color: #008000; font-weight: bold">return</span> (u(t <span style="color: #666666">+</span> dt) <span style="color: #666666">-</span> u(t <span style="color: #666666">-</span> dt))<span style="color: #666666">/</span>(<span style="color: #666666">2*</span>dt)\n\n<span style="color: #008000; font-weight: bold">def</span> <span style="color: #0000FF">u</span>(t):\n <span style="color: #BA2121">"A quadratic function."</span>\n <span style="color: #008000; font-weight: bold">return</span> t<span style="color: #666666">^2</span>\n\n<span style="color: #008000; font-weight: bold">print</span> D(u, t<span style="color: #666666">=4</span>),\n<span style="color: #008000; font-weight: bold">print</span> D(<span style="color: #008000; font-weight: bold">lambda</span> x: <span style="color: #008000; font-weight: bold">return</span> <span style="color: #666666">2*</span>x, <span style="color: #666666">2</span>)\n</pre></div>\n<p>\nThe purpose of this program is to differentiate the two mathematical\nfunctions\n\n$$\n\\begin{align*}\nu(t) &= t^2,\\\\\nf(x) &= 2x.\n\\end{align*}\n$$\n\nDetermine which of the following assertions that is <b>wrong</b>.</p><hr><p class=\'answer\'><span class=\'letter\'>a)</span> The <code>D</code> function computes an approximate derivative of the\nfunction <code>u(t)</code>.</p><hr><p class=\'answer\'><span class=\'letter\'>b)</span> The call <code>D(lambda x: return 2*x, 2)</code> is equivalent to defining\n\n<p>\n\n<!-- code=python (!bc pycod) typeset with pygments style "default" -->\n<div class="highlight" style="background: #f8f8f8"><pre style="line-height: 125%"><span style="color: #008000; font-weight: bold">def</span> <span style="color: #0000FF">f</span>(x):\n <span style="color: #008000; font-weight: bold">return</span> <span style="color: #666666">2*</span>x\n</pre></div>\n<p>\nand then calling <code>D(f, 2)</code>.</p><hr><p class=\'answer\'><span class=\'letter\'>c)</span> The string in the <code>u</code> function is a valid doc string.</p><hr><p class=\'answer\'><span class=\'letter\'>d)</span> One cannot use <code>u</code> both inside the <code>D</code> function and in the\nouter calling code (the main program).</p></body></html>'
},
'image':
'',
'numberOfAnswers':
4,
'points':
True,
'question':
'',
'questionFormat':
2,
'time':
60000,
'video': {
'endTime': 0,
'id': '',
'service': 'youtube',
'startTime': 0
}
}],
'quizType':
'quiz',
'title':
'Test',
'type':
'quiz',
'visibility':
0
}
from deep_eq import deep_eq
success = deep_eq(expected, computed)
#print success
assert success
def test():
print "TESTING: ARInterpreter..."
ar = ARInterpreter({
'args': shlex.split("ar cru lib.a a.o b.o c.c"),
'cwd': "."
})
assert (ar.is_wellformed() == True)
deep_eq(ar.get_kind(), "AR", _assert=True)
deep_eq(ar.get_output_files(), ["lib.a"], _assert=True)
deep_eq(ar.get_output_files(), ["lib.a"], _assert=True)
deep_eq(ar.get_input_pairs(), [('SRC_AR', "a.o"), ('SRC_AR', "b.o"),
('SRC_AR', "c.c")],
_assert=True)
deep_eq(ar.get_input_files(), ["a.o", "b.o", "c.c"], _assert=True)
ar = ARInterpreter({'args': shlex.split("ar -v"), 'cwd': "."})
deep_eq(ar.get_output_files(), [], _assert=True)
print "SUCCESS: ARInterpreter"
return True
def test(): # pragma: uncovered (ignore test funcs)
print "TESTING RecipeManager..."
tmpdir = tempfile.mkdtemp()
try:
stgdir = os.path.join(tmpdir, "stg")
stg = RecipeStorage(stgdir)
stg.init_recipes_file()
with open(os.path.join(tmpdir, "a.c"), "w") as f:
f.write("int main() { return foo(); }\n")
with open(os.path.join(tmpdir, "b.c"), "w") as f:
f.write("int foo() { return 0; }\n")
with open(os.path.join(tmpdir, "c.c"), "w") as f:
f.write("int foo() { return 1; }\n")
prog = "/usr/bin/gcc"
envs = {'PATH': "/usr/bin:/bin", 'HOME': "/home/undef"}
cwd = tmpdir
for base in ["a", "b", "c"]:
src = "%s.c" % base
args = ["gcc", "-c", src]
inps_digest = stg.store_path_ref_list([
os.path.join(tmpdir, src)])
cnod_digest = stg.store_cmd_node(prog, cwd, args, envs, "CC")
if subprocess.Popen(args, cwd=cwd, env=envs).wait() != 0:
return False
outs_digest = stg.store_path_ref_list([
os.path.join(tmpdir, "%s.o" % base)])
rnod_digest = stg.store_recipe_node(
cnod_digest, inps_digest, outs_digest)
print "%s rnod %s" % (base, rnod_digest)
stg.append_recipes_file(rnod_digest)
cnod = stg.load_obj(cnod_digest)
env = stg.load_envs(cnod['envs'])
print "env", env
recipe_node = RecipeNode(stg, rnod_digest, cwd)
recipe_node.fetch_input_files()
recipe_node.get_output_files()
# commands.unlink(os.path.join(tmpdir, src))
# recipe_node.fetch_input_files()
assert not stg.blacklist_recipes()
stg.blacklist_init()
print "blacklist_path", stg.blacklist_path()
stg.blacklist_append(rnod_digest)
print "blacklist_recipes", stg.blacklist_recipes()
assert stg.blacklist_contains(rnod_digest)
for dest, objs in (("main.exe", ("a.o", "b.o")),
("main2.exe", ("a.o", "c.o"))):
args = ["gcc", "-o", dest] + list(objs)
inps_digest = stg.store_path_ref_list(
[os.path.join(tmpdir, x) for x in objs])
cnod_digest = stg.store_cmd_node(prog, cwd, args, envs, "CC")
if subprocess.Popen(args, cwd=cwd, env=envs).wait() != 0:
return False
outs_digest = stg.store_path_ref_list([
os.path.join(tmpdir, dest)])
rnod_digest = stg.store_recipe_node(
cnod_digest, inps_digest, outs_digest)
print "%s rnod %s" % (dest, rnod_digest)
stg.append_recipes_file(rnod_digest)
graph = RecipeManager(stg).recipe_graph()
# Test compilers (2 times for testing cache)
for i in range(2):
deep_eq(graph.get_compilers(), ['/usr/bin/gcc'],
_assert=True)
# Test targets (2 times for testing cache)
for i in range(2):
deep_eq(graph.get_targets(),
map(lambda x: '%s/%s' % (tmpdir, x),
['main.exe', 'main2.exe']),
_assert=True)
# Test objects (2 times for testing cache)
for i in range(2):
deep_eq(graph.get_objects(),
map(lambda x: '%s/%s' % (tmpdir, x),
['a.o', 'b.o',
'a.o', 'c.o']),
_assert=True)
deep_eq(graph.get_compilers(), ['/usr/bin/gcc'], _assert=True)
mkfile = os.path.join(tmpdir, "Makefile")
with open(mkfile, "w") as f:
graph.write_makefile(f)
with open(mkfile, "r") as f:
print f.read()
if subprocess.Popen(["make", "-j8"],
cwd=cwd, env=envs).wait() != 0:
return False
finally:
shutil.rmtree(tmpdir)
print "SUCCESS RecipeManager"
return True
def test(): # pragma: uncovered (ignore test funcs)
print "TESTING RecipeManager..."
tmpdir = tempfile.mkdtemp()
try:
stgdir = os.path.join(tmpdir, "stg")
stg = RecipeStorage(stgdir)
stg.init_recipes_file()
with open(os.path.join(tmpdir, "a.c"), "w") as f:
f.write("int main() { return foo(); }\n")
with open(os.path.join(tmpdir, "b.c"), "w") as f:
f.write("int foo() { return 0; }\n")
with open(os.path.join(tmpdir, "c.c"), "w") as f:
f.write("int foo() { return 1; }\n")
prog = "/usr/bin/gcc"
envs = {'PATH': "/usr/bin:/bin", 'HOME': "/home/undef"}
cwd = tmpdir
for base in ["a", "b", "c"]:
src = "%s.c" % base
args = ["gcc", "-c", src]
inps_digest = stg.store_path_ref_list(
[os.path.join(tmpdir, src)])
cnod_digest = stg.store_cmd_node(prog, cwd, args, envs, "CC")
if subprocess.Popen(args, cwd=cwd, env=envs).wait() != 0:
return False
outs_digest = stg.store_path_ref_list(
[os.path.join(tmpdir, "%s.o" % base)])
rnod_digest = stg.store_recipe_node(cnod_digest, inps_digest,
outs_digest)
print "%s rnod %s" % (base, rnod_digest)
stg.append_recipes_file(rnod_digest)
cnod = stg.load_obj(cnod_digest)
env = stg.load_envs(cnod['envs'])
print "env", env
recipe_node = RecipeNode(stg, rnod_digest, cwd)
recipe_node.fetch_input_files()
recipe_node.get_output_files()
# commands.unlink(os.path.join(tmpdir, src))
# recipe_node.fetch_input_files()
assert not stg.blacklist_recipes()
stg.blacklist_init()
print "blacklist_path", stg.blacklist_path()
stg.blacklist_append(rnod_digest)
print "blacklist_recipes", stg.blacklist_recipes()
assert stg.blacklist_contains(rnod_digest)
for dest, objs in (("main.exe", ("a.o", "b.o")), ("main2.exe",
("a.o", "c.o"))):
args = ["gcc", "-o", dest] + list(objs)
inps_digest = stg.store_path_ref_list(
[os.path.join(tmpdir, x) for x in objs])
cnod_digest = stg.store_cmd_node(prog, cwd, args, envs, "CC")
if subprocess.Popen(args, cwd=cwd, env=envs).wait() != 0:
return False
outs_digest = stg.store_path_ref_list(
[os.path.join(tmpdir, dest)])
rnod_digest = stg.store_recipe_node(cnod_digest, inps_digest,
outs_digest)
print "%s rnod %s" % (dest, rnod_digest)
stg.append_recipes_file(rnod_digest)
graph = RecipeManager(stg).recipe_graph()
# Test compilers (2 times for testing cache)
for i in range(2):
deep_eq(graph.get_compilers(), ['/usr/bin/gcc'], _assert=True)
# Test targets (2 times for testing cache)
for i in range(2):
deep_eq(graph.get_targets(),
map(lambda x: '%s/%s' % (tmpdir, x),
['main.exe', 'main2.exe']),
_assert=True)
# Test objects (2 times for testing cache)
for i in range(2):
deep_eq(graph.get_objects(),
map(lambda x: '%s/%s' % (tmpdir, x),
['a.o', 'b.o', 'a.o', 'c.o']),
_assert=True)
deep_eq(graph.get_compilers(), ['/usr/bin/gcc'], _assert=True)
mkfile = os.path.join(tmpdir, "Makefile")
with open(mkfile, "w") as f:
graph.write_makefile(f)
with open(mkfile, "r") as f:
print f.read()
if subprocess.Popen(["make", "-j8"], cwd=cwd,
env=envs).wait() != 0:
return False
finally:
shutil.rmtree(tmpdir)
print "SUCCESS RecipeManager"
return True
def test():
class TestNameSpace():
pass
print "TESTING CCArgumentsParser..."
parser = CCArgumentParser("gcc")
ns = parser.parse_args(shlex.split(
"-E in.c"), TestNameSpace())
interp = CCArgumentInterpreter(ns)
parser = CCArgumentParser("gcc")
ns = parser.parse_args(shlex.split(
"-o out.o -c in.c --help -I/path -pthread"),
TestNameSpace())
deep_eq(ns.unknown_flags, [], _assert=True)
deep_eq(ns.output_kind, 'nooutput', _assert=True)
deep_eq(ns.outputs, ["out.o"], _assert=True)
deep_eq(ns.input_pairs, [('SRC_C', "in.c")], _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.last_cc_phase(), None, _assert=True)
deep_eq(interp.has_cc_phase('CC'), False, _assert=True)
deep_eq(interp.cc_phase_inputs('CC'), [], _assert=True)
deep_eq(interp.all_cc_inputs(), [], _assert=True)
deep_eq(interp.all_cc_outputs(), [], _assert=True)
deep_eq(interp.is_ld_kind("program"), False, _assert=True)
deep_eq(interp.has_final_link(), False, _assert=True)
deep_eq(interp.has_reloc_link(), False, _assert=True)
ns = parser.parse_args(shlex.split(
"-o out.o -c in.c -print-search-dirs"),
TestNameSpace())
deep_eq(ns.output_kind, 'nooutput', _assert=True)
deep_eq(ns.outputs, ["out.o"], _assert=True)
deep_eq(ns.input_pairs, [('SRC_C', "in.c")], _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.all_cc_outputs(), [], _assert=True)
ns = parser.parse_args(shlex.split(
"-o out.o -c in.c -dumpversion"),
TestNameSpace())
deep_eq(ns.output_kind, 'nooutput', _assert=True)
deep_eq(ns.outputs, ["out.o"], _assert=True)
deep_eq(ns.input_pairs, [('SRC_C', "in.c")], _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.all_cc_outputs(), [], _assert=True)
ns = parser.parse_args(shlex.split(
"-o out.o -c in.c --version"),
TestNameSpace())
deep_eq(ns.output_kind, 'nooutput', _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.all_cc_outputs(), [], _assert=True)
ns = parser.parse_args(shlex.split(
"-o out -E in.c"), TestNameSpace())
deep_eq(ns.output_kind, 'preprocessed', _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.last_cc_phase(), "CPP", _assert=True)
deep_eq(interp.all_cc_outputs(), ["out"], _assert=True)
deep_eq(interp.all_cc_inputs(), ["in.c"], _assert=True)
deep_eq(interp.has_cc_phase("CPP"), True, _assert=True)
deep_eq(interp.has_cc_phase("CC"), False, _assert=True)
deep_eq(interp.has_cc_phase("LD"), False, _assert=True)
deep_eq(interp.cc_phase_inputs("CPP"), ["in.c"], _assert=True)
deep_eq(interp.cc_phase_inputs("CC"), [], _assert=True)
ns = parser.parse_args(shlex.split(
"-o out -M in.c"), TestNameSpace())
deep_eq(ns.output_kind, 'dependencies', _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.last_cc_phase(), None, _assert=True)
deep_eq(interp.all_cc_inputs(), [], _assert=True)
deep_eq(interp.all_cc_outputs(), [], _assert=True)
ns = parser.parse_args(shlex.split(
"-o out -MM in.c"), TestNameSpace())
deep_eq(ns.output_kind, 'dependencies', _assert=True)
ns = parser.parse_args(shlex.split(
"-o out -c in.c"), TestNameSpace())
deep_eq(ns.output_kind, 'object', _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.last_cc_phase(), "AS", _assert=True)
deep_eq(interp.all_cc_inputs(), ["in.c"], _assert=True)
deep_eq(interp.all_cc_outputs(), ["out"], _assert=True)
deep_eq(interp.cc_phase_inputs("CPP"), ["in.c"], _assert=True)
deep_eq(interp.cc_phase_inputs("CC"), [], _assert=True)
deep_eq(interp.cc_phase_inputs("AS"), [], _assert=True)
deep_eq(interp.cc_phase_inputs("LD"), [], _assert=True)
ns = parser.parse_args(shlex.split(
"-S in.c"), TestNameSpace())
deep_eq(ns.output_kind, 'assembly', _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.last_cc_phase(), "CC", _assert=True)
deep_eq(interp.all_cc_inputs(), ["in.c"], _assert=True)
deep_eq(interp.all_cc_outputs(), ["in.s"], _assert=True)
deep_eq(interp.cc_phase_inputs("CPP"), ["in.c"], _assert=True)
deep_eq(interp.cc_phase_inputs("CC"), [], _assert=True)
deep_eq(interp.cc_phase_inputs("AS"), [], _assert=True)
deep_eq(interp.cc_phase_inputs("LD"), [], _assert=True)
ns = parser.parse_args(shlex.split(
"-S in1.c in2.c in3.i in4.ii in5.s in6.o in7.S"),
TestNameSpace())
deep_eq(ns.output_kind, 'assembly', _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.has_cc_phase("CC"), True, _assert=True)
deep_eq(interp.has_cc_phase("CPP"), True, _assert=True)
deep_eq(interp.last_cc_phase(), "CC", _assert=True)
deep_eq(interp.all_cc_outputs(),
["in1.s", "in2.s", "in3.s", "in4.s"], _assert=True)
deep_eq(interp.cc_phase_inputs("CPP"),
["in1.c", "in2.c"], _assert=True)
deep_eq(interp.cc_phase_inputs("CC"),
["in3.i", "in4.ii"], _assert=True)
deep_eq(interp.cc_phase_inputs("AS"), [], _assert=True)
deep_eq(interp.cc_phase_inputs("LD"), [], _assert=True)
ns = parser.parse_args(shlex.split(
"-c /a/in1.c ./in2.c in3.i in4.ii in5.s in6.o in7.S"),
TestNameSpace())
deep_eq(ns.output_kind, 'object', _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.has_cc_phase("AS"), True, _assert=True)
deep_eq(interp.has_cc_phase("CC"), True, _assert=True)
deep_eq(interp.has_cc_phase("CPP"), True, _assert=True)
deep_eq(interp.last_cc_phase(), "AS", _assert=True)
deep_eq(interp.all_cc_outputs(),
["in1.o", "in2.o", "in3.o", "in4.o", "in5.o", "in7.o"],
_assert=True)
deep_eq(interp.cc_phase_inputs("CPP"),
["/a/in1.c", "./in2.c", "in7.S"], _assert=True)
deep_eq(interp.cc_phase_inputs("CC"),
["in3.i", "in4.ii"], _assert=True)
deep_eq(interp.cc_phase_inputs("AS"),
["in5.s"], _assert=True)
deep_eq(interp.cc_phase_inputs("LD"), [], _assert=True)
ns = parser.parse_args(shlex.split(
"-o all.exe in1.c in2.c in3.i in4.ii in5.s in6.o in7.S"),
TestNameSpace())
deep_eq(ns.output_kind, "executable", _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.is_ld_kind("program"), True, _assert=True)
deep_eq(interp.has_final_link(), True, _assert=True)
deep_eq(interp.has_reloc_link(), False, _assert=True)
deep_eq(interp.has_cc_phase("AS"), True, _assert=True)
deep_eq(interp.has_cc_phase("CC"), True, _assert=True)
deep_eq(interp.has_cc_phase("CPP"), True, _assert=True)
deep_eq(interp.has_cc_phase("LD"), True, _assert=True)
deep_eq(interp.last_cc_phase(), "LD", _assert=True)
deep_eq(interp.all_cc_outputs(), ["all.exe"], _assert=True)
deep_eq(interp.cc_phase_input_pairs("CPP"),
[('SRC_C', "in1.c"), ('SRC_C', "in2.c"),
('SRC_SPP', "in7.S")], _assert=True)
deep_eq(interp.cc_phase_inputs("CPP"),
["in1.c", "in2.c", "in7.S"], _assert=True)
deep_eq(interp.cc_phase_input_pairs("CC"),
[('SRC_I', "in3.i"), ('SRC_II', "in4.ii")], _assert=True)
deep_eq(interp.cc_phase_inputs("CC"),
["in3.i", "in4.ii"], _assert=True)
deep_eq(interp.cc_phase_input_pairs("AS"),
[('SRC_S', "in5.s")], _assert=True)
deep_eq(interp.cc_phase_inputs("AS"),
["in5.s"], _assert=True)
deep_eq(interp.cc_phase_input_pairs("LD"),
[('SRC_LNK', "in6.o")], _assert=True)
deep_eq(interp.cc_phase_inputs("LD"), ["in6.o"], _assert=True)
ns = parser.parse_args(shlex.split(
"-o out -r in.o"), TestNameSpace())
deep_eq(ns.output_kind, 'relocatable', _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.is_ld_kind("relocatable"), True, _assert=True)
deep_eq(interp.has_final_link(), False, _assert=True)
deep_eq(interp.has_reloc_link(), True, _assert=True)
ns = parser.parse_args(shlex.split(
"-o out in.c"), TestNameSpace())
deep_eq(ns.output_kind, 'executable', _assert=True)
deep_eq(ns.exec_kind, 'program', _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.is_ld_kind("program"), True, _assert=True)
ns = parser.parse_args(shlex.split(
"-o out -static in.c"), TestNameSpace())
deep_eq(ns.output_kind, 'executable', _assert=True)
deep_eq(ns.exec_kind, 'program', _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.is_ld_kind("program"), True, _assert=True)
ns = parser.parse_args(shlex.split(
"-o out -shared -static in.c"), TestNameSpace())
deep_eq(ns.output_kind, 'executable', _assert=True)
deep_eq(ns.exec_kind, 'shared', _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.is_ld_kind("shared"), True, _assert=True)
deep_eq(interp.has_final_link(), True, _assert=True)
deep_eq(interp.has_reloc_link(), False, _assert=True)
ns = parser.parse_args(shlex.split(
"-o out.o -c -finline -Wall "
"file1.c file2.cpp file3.cpp file4.s "
"-Wother -mtune=i586 "
"-Xpreprocessor pfile -Wp,-optp "
"-Xassembler afile -Wa,-opta "
"-Xlinker -optl -Wl,lfile "
"-shared -not-an-option"),
TestNameSpace())
deep_eq(ns.outputs, ["out.o"], _assert=True)
deep_eq(ns.input_pairs,
[('SRC_C', "file1.c"), ('SRC_CC', "file2.cpp"),
('SRC_CC', "file3.cpp"), ('SRC_S', "file4.s")],
_assert=True)
deep_eq(ns.preprocessor_flags,
["pfile", "-optp"], _assert=True)
deep_eq(ns.assembler_flags,
["afile", "-opta"], _assert=True)
deep_eq(ns.linker_flags,
["-optl", "lfile"], _assert=True)
deep_eq(ns.output_kind, 'object', _assert=True)
deep_eq(ns.exec_kind, 'shared', _assert=True)
deep_eq(ns.unknown_flags, ['-not-an-option'], _assert=True)
deep_eq(ns.input_pairs,
[('SRC_C', "file1.c"),
('SRC_CC', "file2.cpp"),
('SRC_CC', "file3.cpp"),
('SRC_S', "file4.s"),
], _assert=True)
tmpdir = tempfile.mkdtemp()
f = open("%s/liba.a" % tmpdir, 'w')
print >>f, "// An archive"
f.close()
f = open("%s/liba.so" % tmpdir, 'w')
print >>f, "// A shared object"
f.close()
f = open("%s/libb.a" % tmpdir, 'w')
print >>f, "// An archive"
f.close()
f = open("%s/libc.so" % tmpdir, 'w')
print >>f, "// A shared object"
f.close()
f = open("%s/libd.so" % tmpdir, 'w')
print >>f, "// An unreadable shared object"
f.close()
os.chmod("%s/libd.so" % tmpdir, 0000)
f = open("%s/libe.a" % tmpdir, 'w')
print >>f, "// An unreadable archive"
f.close()
os.chmod("%s/libe.a" % tmpdir, 0000)
f = open("%s/include.gch" % tmpdir, 'w')
print >>f, "// An unreadable pre-compiled header"
f.close()
ns = parser.parse_args(shlex.split(
"-o out.so -shared -L. -Lundef -L%s "
"file1.c file2.cpp file3.o "
"-x c a_c_file b_c_file -x none "
".libs/lib1.so l2.a "
"-x cpp-output i_file -x c++cpp-output ii_file "
"-include %s/include "
"-lundef -la -lb -lc -ld -le"
"-shared" %
(tmpdir, tmpdir)),
TestNameSpace())
interp = CCArgumentInterpreter(ns)
deep_eq(interp.is_ld_kind("shared"), True, _assert=True)
deep_eq(interp.all_cc_inputs(),
["%s/include.gch" % tmpdir,
"file1.c", "file2.cpp", "file3.o", "a_c_file",
"b_c_file", ".libs/lib1.so", "l2.a",
"i_file", "ii_file"] +
map(lambda x: os.path.join(tmpdir, x),
["liba.so", "libb.a", "libc.so"]),
_assert=True)
deep_eq(interp.cc_phase_input_pairs("CMD"),
[('SRC_PCH', "%s/include.gch" % tmpdir)],
_assert=True)
deep_eq(interp.all_pch_inputs(),
["%s/include.gch" % tmpdir], _assert=True)
deep_eq(interp.cc_phase_input_pairs("CPP"),
[('SRC_C', "file1.c"), ('SRC_CC', "file2.cpp"),
('SRC_C', "a_c_file"), ('SRC_C', "b_c_file")],
_assert=True)
deep_eq(interp.cc_phase_input_pairs("CC"),
[('SRC_I', "i_file"), ('SRC_II', "ii_file")],
_assert=True)
deep_eq(interp.cc_phase_input_pairs("LD"),
[('SRC_LNK', "file3.o"), ('SRC_LNK', ".libs/lib1.so"),
('SRC_LNK', "l2.a")] +
map(lambda x: ('SRC_LNK', os.path.join(tmpdir, x)),
["liba.so", "libb.a", "libc.so"]),
_assert=True)
ns = parser.parse_args(shlex.split(
"-o out.o -c in.c "
"-include %s/include-unk" % (tmpdir)),
TestNameSpace())
interp = CCArgumentInterpreter(ns)
shutil.rmtree(tmpdir)
print "SUCCESS CCArgumentsParser"
return True
def test_sample_quiz():
"""Check that kahoot quiz format is correct for .sample_quiz.quiz."""
user = '******'
title = 'Test'
#qm = quiztoolsKahootQuizMaker.KahootQuizMaker(
qm = KahootQuizMaker.KahootQuizMaker(
user, path='', loglvl=logging.DEBUG, login=False)
filename = '.sample_quiz.quiz'
questions = qm.read_quiz_file(filename)
computed = qm.make_quiz(questions, title=title)
#pprint.pprint(computed)
expected = {
'audience': 'University',
'description': 'Made using quiztools.',
'difficulty': 500,
'language': 'English',
'questions': [{'choices': [{'answer': 'a)', 'correct': True},
{'answer': 'b)', 'correct': True},
{'answer': 'c)', 'correct': False},
{'answer': 'd)', 'correct': True}],
'iframe': {'content': u"<html><head>\n <style>\n body {font-family:sans-serif;\n font-size:14pt;}\n .question {font-size:22pt;\n font-weight:bold;}\n .answer {}\n .letter {font-weight:bold;}\n </style>\n <script type='text/javascript' src='//cdn.mathjax.org/mathjax/latest/MathJax.js?config=TeX-AMS-MML_HTMLorMML'></script></head><body><p class='question'>Which of the following cities are capitals?</p><hr><p class='answer'><span class='letter'>a)</span> Bern</p><hr><p class='answer'><span class='letter'>b)</span> Kigali</p><hr><p class='answer'><span class='letter'>c)</span> New York</p><hr><p class='answer'><span class='letter'>d)</span> Ottawa</p></body></html>"},
'image': '',
'numberOfAnswers': 4,
'points': True,
'question': '',
'questionFormat': 2,
'time': 60000,
'video': {'endTime': 0,
'id': '',
'service': 'youtube',
'startTime': 0}},
{'choices': [{'answer': 'a)', 'correct': False},
{'answer': 'b)', 'correct': False},
{'answer': 'c)', 'correct': False},
{'answer': 'd)', 'correct': True}],
'iframe': {'content': u"<html><head>\n <style>\n body {font-family:sans-serif;\n font-size:14pt;}\n .question {font-size:22pt;\n font-weight:bold;}\n .answer {}\n .letter {font-weight:bold;}\n </style>\n <script type='text/javascript' src='//cdn.mathjax.org/mathjax/latest/MathJax.js?config=TeX-AMS-MML_HTMLorMML'></script></head><body><p class='question'>What is the capital of Norway?</p><hr><p class='answer'><span class='letter'>a)</span> Helsinki</p><hr><p class='answer'><span class='letter'>b)</span> Denmark</p><hr><p class='answer'><span class='letter'>c)</span> Drammen</p><hr><p class='answer'><span class='letter'>d)</span> Oslo</p></body></html>"},
'image': '',
'numberOfAnswers': 4,
'points': True,
'question': '',
'questionFormat': 2,
'time': 60000,
'video': {'endTime': 0,
'id': '',
'service': 'youtube',
'startTime': 0}},
{'choices': [{'answer': 'a)', 'correct': True},
{'answer': 'b)', 'correct': False},
{'answer': 'c)', 'correct': False}],
'iframe': {'content': u"<html><head>\n <style>\n body {font-family:sans-serif;\n font-size:14pt;}\n .question {font-size:22pt;\n font-weight:bold;}\n .answer {}\n .letter {font-weight:bold;}\n </style>\n <script type='text/javascript' src='//cdn.mathjax.org/mathjax/latest/MathJax.js?config=TeX-AMS-MML_HTMLorMML'></script></head><body><p class='question'>This is a very famous quote:\n\n<p>\n<blockquote>\n <em>Premature optimization is the root of all evil.</em>\n</blockquote>\n\nThis quote is attributed to</p><hr><p class='answer'><span class='letter'>a)</span> Donald Knuth</p><hr><p class='answer'><span class='letter'>b)</span> Ole-Johan Dahl</p><hr><p class='answer'><span class='letter'>c)</span> George W. Bush</p></body></html>"},
'image': '',
'numberOfAnswers': 3,
'points': True,
'question': '',
'questionFormat': 2,
'time': 60000,
'video': {'endTime': 0,
'id': '',
'service': 'youtube',
'startTime': 0}},
{'choices': [{'answer': 'a)', 'correct': False},
{'answer': 'b)', 'correct': False},
{'answer': 'c)', 'correct': True}],
'iframe': {'content': u"<html><head>\n <style>\n body {font-family:sans-serif;\n font-size:14pt;}\n .question {font-size:22pt;\n font-weight:bold;}\n .answer {}\n .letter {font-weight:bold;}\n </style>\n <script type='text/javascript' src='//cdn.mathjax.org/mathjax/latest/MathJax.js?config=TeX-AMS-MML_HTMLorMML'></script></head><body><p class='question'>Compute the result of \\( a+b \\) in the case \\( a=2 \\) and \\( b=2 \\).</p><hr><p class='answer'><span class='letter'>a)</span> 5.</p><hr><p class='answer'><span class='letter'>b)</span> The computation does not make sense when \\( a \\) and \\( b \\) are given without\nunits.</p><hr><p class='answer'><span class='letter'>c)</span> 4.</p></body></html>"},
'image': '',
'numberOfAnswers': 3,
'points': True,
'question': '',
'questionFormat': 2,
'time': 60000,
'video': {'endTime': 0,
'id': '',
'service': 'youtube',
'startTime': 0}},
{'choices': [{'answer': 'a)', 'correct': False},
{'answer': 'b)', 'correct': False},
{'answer': 'c)', 'correct': True},
{'answer': 'd)', 'correct': True}],
'iframe': {'content': u"<html><head>\n <style>\n body {font-family:sans-serif;\n font-size:14pt;}\n .question {font-size:22pt;\n font-weight:bold;}\n .answer {}\n .letter {font-weight:bold;}\n </style>\n <script type='text/javascript' src='//cdn.mathjax.org/mathjax/latest/MathJax.js?config=TeX-AMS-MML_HTMLorMML'></script></head><body><p class='question'>The equation\n\n$$\n\\begin{equation}\n\\nabla\\cdot\\boldsymbol{u} = 0\n\\label{cont:eq}\n\\end{equation}\n$$\n\nis famous in physics. Select the wrong assertion(s):</p><hr><p class='answer'><span class='letter'>a)</span> The equation tells that the vector field \\( \\boldsymbol{u} \\) is divergence free.</p><hr><p class='answer'><span class='letter'>b)</span> The equation implies that there exists a vector potential \\( \\boldsymbol{A} \\)\nsuch that \\( \\boldsymbol{u}=\\nabla\\times\\boldsymbol{A} \\).</p><hr><p class='answer'><span class='letter'>c)</span> The equation implies \\( \\nabla\\times\\boldsymbol{u}=0 \\).</p><hr><p class='answer'><span class='letter'>d)</span> The equation implies that \\( \\boldsymbol{u} \\) must be a constant vector field.</p></body></html>"},
'image': '',
'keywords': ['gradient',
'divergence',
'curl',
'vector calculus'],
'numberOfAnswers': 4,
'points': True,
'question': '',
'questionFormat': 2,
'time': 60000,
'video': {'endTime': 0,
'id': '',
'service': 'youtube',
'startTime': 0}},
{'choices': [{'answer': 'a)', 'correct': True},
{'answer': 'b)', 'correct': False},
{'answer': 'c)', 'correct': False}],
'iframe': {'content': u'<html><head>\n <style>\n body {font-family:sans-serif;\n font-size:14pt;}\n .question {font-size:22pt;\n font-weight:bold;}\n .answer {}\n .letter {font-weight:bold;}\n </style>\n <script type=\'text/javascript\' src=\'//cdn.mathjax.org/mathjax/latest/MathJax.js?config=TeX-AMS-MML_HTMLorMML\'></script></head><body><p class=\'question\'>We want to create a Python list object of length <code>n</code> where each\nelement is <code>0</code>. Is the following code then what we need?\n\n<p>\n\n<!-- code=python (!bc pycod) typeset with pygments style "default" -->\n<div class="highlight" style="background: #f8f8f8"><pre style="line-height: 125%"><span style="color: #008000; font-weight: bold">import</span> <span style="color: #0000FF; font-weight: bold">numpy</span>\nmylist <span style="color: #666666">=</span> numpy<span style="color: #666666">.</span>zeros(n)\n</pre></div>\n<p></p><hr><p class=\'answer\'><span class=\'letter\'>a)</span> No.</p><hr><p class=\'answer\'><span class=\'letter\'>b)</span> Yes.</p><hr><p class=\'answer\'><span class=\'letter\'>c)</span> Yes, provided we write <code>np</code> instead of <code>numpy</code>:\n\n<p>\n\n<!-- code=python (!bc pycod) typeset with pygments style "default" -->\n<div class="highlight" style="background: #f8f8f8"><pre style="line-height: 125%"><span style="color: #008000; font-weight: bold">import</span> <span style="color: #0000FF; font-weight: bold">numpy</span> <span style="color: #008000; font-weight: bold">as</span> <span style="color: #0000FF; font-weight: bold">np</span>\nmylist <span style="color: #666666">=</span> np<span style="color: #666666">.</span>zeros(n)\n</pre></div>\n<p></p></body></html>'},
'image': '',
'numberOfAnswers': 3,
'points': True,
'question': '',
'questionFormat': 2,
'time': 60000,
'video': {'endTime': 0,
'id': '',
'service': 'youtube',
'startTime': 0}},
{'choices': [{'answer': 'a)', 'correct': False},
{'answer': 'b)', 'correct': False},
{'answer': 'c)', 'correct': False},
{'answer': 'd)', 'correct': True}],
'iframe': {'content': u'<html><head>\n <style>\n body {font-family:sans-serif;\n font-size:14pt;}\n .question {font-size:22pt;\n font-weight:bold;}\n .answer {}\n .letter {font-weight:bold;}\n </style>\n <script type=\'text/javascript\' src=\'//cdn.mathjax.org/mathjax/latest/MathJax.js?config=TeX-AMS-MML_HTMLorMML\'></script></head><body><p class=\'question\'><p>\n\n<!-- code=python (!bc pypro) typeset with pygments style "default" -->\n<div class="highlight" style="background: #f8f8f8"><pre style="line-height: 125%"><span style="color: #008000; font-weight: bold">from</span> <span style="color: #0000FF; font-weight: bold">math</span> <span style="color: #008000; font-weight: bold">import</span> sin\n\n<span style="color: #008000; font-weight: bold">def</span> <span style="color: #0000FF">D</span>(u, t, dt<span style="color: #666666">=1E-5</span>):\n <span style="color: #008000; font-weight: bold">return</span> (u(t <span style="color: #666666">+</span> dt) <span style="color: #666666">-</span> u(t <span style="color: #666666">-</span> dt))<span style="color: #666666">/</span>(<span style="color: #666666">2*</span>dt)\n\n<span style="color: #008000; font-weight: bold">def</span> <span style="color: #0000FF">u</span>(t):\n <span style="color: #BA2121">"A quadratic function."</span>\n <span style="color: #008000; font-weight: bold">return</span> t<span style="color: #666666">^2</span>\n\n<span style="color: #008000; font-weight: bold">print</span> D(u, t<span style="color: #666666">=4</span>),\n<span style="color: #008000; font-weight: bold">print</span> D(<span style="color: #008000; font-weight: bold">lambda</span> x: <span style="color: #008000; font-weight: bold">return</span> <span style="color: #666666">2*</span>x, <span style="color: #666666">2</span>)\n</pre></div>\n<p>\nThe purpose of this program is to differentiate the two mathematical\nfunctions\n\n$$\n\\begin{align*}\nu(t) &= t^2,\\\\\nf(x) &= 2x.\n\\end{align*}\n$$\n\nDetermine which of the following assertions that is <b>wrong</b>.</p><hr><p class=\'answer\'><span class=\'letter\'>a)</span> The <code>D</code> function computes an approximate derivative of the\nfunction <code>u(t)</code>.</p><hr><p class=\'answer\'><span class=\'letter\'>b)</span> The call <code>D(lambda x: return 2*x, 2)</code> is equivalent to defining\n\n<p>\n\n<!-- code=python (!bc pycod) typeset with pygments style "default" -->\n<div class="highlight" style="background: #f8f8f8"><pre style="line-height: 125%"><span style="color: #008000; font-weight: bold">def</span> <span style="color: #0000FF">f</span>(x):\n <span style="color: #008000; font-weight: bold">return</span> <span style="color: #666666">2*</span>x\n</pre></div>\n<p>\nand then calling <code>D(f, 2)</code>.</p><hr><p class=\'answer\'><span class=\'letter\'>c)</span> The string in the <code>u</code> function is a valid doc string.</p><hr><p class=\'answer\'><span class=\'letter\'>d)</span> One cannot use <code>u</code> both inside the <code>D</code> function and in the\nouter calling code (the main program).</p></body></html>'},
'image': '',
'numberOfAnswers': 4,
'points': True,
'question': '',
'questionFormat': 2,
'time': 60000,
'video': {'endTime': 0,
'id': '',
'service': 'youtube',
'startTime': 0}}],
'quizType': 'quiz',
'title': 'Test',
'type': 'quiz',
'visibility': 0}
from deep_eq import deep_eq
success = deep_eq(expected, computed)
#print success
assert success
def test():
class TestNameSpace():
pass
print "TESTING CCArgumentsParser..."
parser = CCArgumentParser("gcc")
ns = parser.parse_args(shlex.split("-E in.c"), TestNameSpace())
interp = CCArgumentInterpreter(ns)
parser = CCArgumentParser("gcc")
ns = parser.parse_args(
shlex.split("-o out.o -c in.c --help -I/path -pthread"),
TestNameSpace())
deep_eq(ns.unknown_flags, [], _assert=True)
deep_eq(ns.output_kind, 'nooutput', _assert=True)
deep_eq(ns.outputs, ["out.o"], _assert=True)
deep_eq(ns.input_pairs, [('SRC_C', "in.c")], _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.last_cc_phase(), None, _assert=True)
deep_eq(interp.has_cc_phase('CC'), False, _assert=True)
deep_eq(interp.cc_phase_inputs('CC'), [], _assert=True)
deep_eq(interp.all_cc_inputs(), [], _assert=True)
deep_eq(interp.all_cc_outputs(), [], _assert=True)
deep_eq(interp.is_ld_kind("program"), False, _assert=True)
deep_eq(interp.has_final_link(), False, _assert=True)
deep_eq(interp.has_reloc_link(), False, _assert=True)
ns = parser.parse_args(
shlex.split("-o out.o -c in.c -print-search-dirs"),
TestNameSpace())
deep_eq(ns.output_kind, 'nooutput', _assert=True)
deep_eq(ns.outputs, ["out.o"], _assert=True)
deep_eq(ns.input_pairs, [('SRC_C', "in.c")], _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.all_cc_outputs(), [], _assert=True)
ns = parser.parse_args(shlex.split("-o out.o -c in.c -dumpversion"),
TestNameSpace())
deep_eq(ns.output_kind, 'nooutput', _assert=True)
deep_eq(ns.outputs, ["out.o"], _assert=True)
deep_eq(ns.input_pairs, [('SRC_C', "in.c")], _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.all_cc_outputs(), [], _assert=True)
ns = parser.parse_args(shlex.split("-o out.o -c in.c --version"),
TestNameSpace())
deep_eq(ns.output_kind, 'nooutput', _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.all_cc_outputs(), [], _assert=True)
ns = parser.parse_args(shlex.split("-o out -E in.c"), TestNameSpace())
deep_eq(ns.output_kind, 'preprocessed', _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.last_cc_phase(), "CPP", _assert=True)
deep_eq(interp.all_cc_outputs(), ["out"], _assert=True)
deep_eq(interp.all_cc_inputs(), ["in.c"], _assert=True)
deep_eq(interp.has_cc_phase("CPP"), True, _assert=True)
deep_eq(interp.has_cc_phase("CC"), False, _assert=True)
deep_eq(interp.has_cc_phase("LD"), False, _assert=True)
deep_eq(interp.cc_phase_inputs("CPP"), ["in.c"], _assert=True)
deep_eq(interp.cc_phase_inputs("CC"), [], _assert=True)
ns = parser.parse_args(shlex.split("-o out -M in.c"), TestNameSpace())
deep_eq(ns.output_kind, 'dependencies', _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.last_cc_phase(), None, _assert=True)
deep_eq(interp.all_cc_inputs(), [], _assert=True)
deep_eq(interp.all_cc_outputs(), [], _assert=True)
ns = parser.parse_args(shlex.split("-o out -MM in.c"), TestNameSpace())
deep_eq(ns.output_kind, 'dependencies', _assert=True)
ns = parser.parse_args(shlex.split("-o out -c in.c"), TestNameSpace())
deep_eq(ns.output_kind, 'object', _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.last_cc_phase(), "AS", _assert=True)
deep_eq(interp.all_cc_inputs(), ["in.c"], _assert=True)
deep_eq(interp.all_cc_outputs(), ["out"], _assert=True)
deep_eq(interp.cc_phase_inputs("CPP"), ["in.c"], _assert=True)
deep_eq(interp.cc_phase_inputs("CC"), [], _assert=True)
deep_eq(interp.cc_phase_inputs("AS"), [], _assert=True)
deep_eq(interp.cc_phase_inputs("LD"), [], _assert=True)
ns = parser.parse_args(shlex.split("-S in.c"), TestNameSpace())
deep_eq(ns.output_kind, 'assembly', _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.last_cc_phase(), "CC", _assert=True)
deep_eq(interp.all_cc_inputs(), ["in.c"], _assert=True)
deep_eq(interp.all_cc_outputs(), ["in.s"], _assert=True)
deep_eq(interp.cc_phase_inputs("CPP"), ["in.c"], _assert=True)
deep_eq(interp.cc_phase_inputs("CC"), [], _assert=True)
deep_eq(interp.cc_phase_inputs("AS"), [], _assert=True)
deep_eq(interp.cc_phase_inputs("LD"), [], _assert=True)
ns = parser.parse_args(
shlex.split("-S in1.c in2.c in3.i in4.ii in5.s in6.o in7.S"),
TestNameSpace())
deep_eq(ns.output_kind, 'assembly', _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.has_cc_phase("CC"), True, _assert=True)
deep_eq(interp.has_cc_phase("CPP"), True, _assert=True)
deep_eq(interp.last_cc_phase(), "CC", _assert=True)
deep_eq(interp.all_cc_outputs(), ["in1.s", "in2.s", "in3.s", "in4.s"],
_assert=True)
deep_eq(interp.cc_phase_inputs("CPP"), ["in1.c", "in2.c"],
_assert=True)
deep_eq(interp.cc_phase_inputs("CC"), ["in3.i", "in4.ii"],
_assert=True)
deep_eq(interp.cc_phase_inputs("AS"), [], _assert=True)
deep_eq(interp.cc_phase_inputs("LD"), [], _assert=True)
ns = parser.parse_args(
shlex.split("-c /a/in1.c ./in2.c in3.i in4.ii in5.s in6.o in7.S"),
TestNameSpace())
deep_eq(ns.output_kind, 'object', _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.has_cc_phase("AS"), True, _assert=True)
deep_eq(interp.has_cc_phase("CC"), True, _assert=True)
deep_eq(interp.has_cc_phase("CPP"), True, _assert=True)
deep_eq(interp.last_cc_phase(), "AS", _assert=True)
deep_eq(interp.all_cc_outputs(),
["in1.o", "in2.o", "in3.o", "in4.o", "in5.o", "in7.o"],
_assert=True)
deep_eq(interp.cc_phase_inputs("CPP"),
["/a/in1.c", "./in2.c", "in7.S"],
_assert=True)
deep_eq(interp.cc_phase_inputs("CC"), ["in3.i", "in4.ii"],
_assert=True)
deep_eq(interp.cc_phase_inputs("AS"), ["in5.s"], _assert=True)
deep_eq(interp.cc_phase_inputs("LD"), [], _assert=True)
ns = parser.parse_args(
shlex.split(
"-o all.exe in1.c in2.c in3.i in4.ii in5.s in6.o in7.S"),
TestNameSpace())
deep_eq(ns.output_kind, "executable", _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.is_ld_kind("program"), True, _assert=True)
deep_eq(interp.has_final_link(), True, _assert=True)
deep_eq(interp.has_reloc_link(), False, _assert=True)
deep_eq(interp.has_cc_phase("AS"), True, _assert=True)
deep_eq(interp.has_cc_phase("CC"), True, _assert=True)
deep_eq(interp.has_cc_phase("CPP"), True, _assert=True)
deep_eq(interp.has_cc_phase("LD"), True, _assert=True)
deep_eq(interp.last_cc_phase(), "LD", _assert=True)
deep_eq(interp.all_cc_outputs(), ["all.exe"], _assert=True)
deep_eq(interp.cc_phase_input_pairs("CPP"), [('SRC_C', "in1.c"),
('SRC_C', "in2.c"),
('SRC_SPP', "in7.S")],
_assert=True)
deep_eq(interp.cc_phase_inputs("CPP"), ["in1.c", "in2.c", "in7.S"],
_assert=True)
deep_eq(interp.cc_phase_input_pairs("CC"), [('SRC_I', "in3.i"),
('SRC_II', "in4.ii")],
_assert=True)
deep_eq(interp.cc_phase_inputs("CC"), ["in3.i", "in4.ii"],
_assert=True)
deep_eq(interp.cc_phase_input_pairs("AS"), [('SRC_S', "in5.s")],
_assert=True)
deep_eq(interp.cc_phase_inputs("AS"), ["in5.s"], _assert=True)
deep_eq(interp.cc_phase_input_pairs("LD"), [('SRC_LNK', "in6.o")],
_assert=True)
deep_eq(interp.cc_phase_inputs("LD"), ["in6.o"], _assert=True)
ns = parser.parse_args(shlex.split("-o out -r in.o"), TestNameSpace())
deep_eq(ns.output_kind, 'relocatable', _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.is_ld_kind("relocatable"), True, _assert=True)
deep_eq(interp.has_final_link(), False, _assert=True)
deep_eq(interp.has_reloc_link(), True, _assert=True)
ns = parser.parse_args(shlex.split("-o out in.c"), TestNameSpace())
deep_eq(ns.output_kind, 'executable', _assert=True)
deep_eq(ns.exec_kind, 'program', _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.is_ld_kind("program"), True, _assert=True)
ns = parser.parse_args(shlex.split("-o out -static in.c"),
TestNameSpace())
deep_eq(ns.output_kind, 'executable', _assert=True)
deep_eq(ns.exec_kind, 'program', _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.is_ld_kind("program"), True, _assert=True)
ns = parser.parse_args(shlex.split("-o out -shared -static in.c"),
TestNameSpace())
deep_eq(ns.output_kind, 'executable', _assert=True)
deep_eq(ns.exec_kind, 'shared', _assert=True)
interp = CCArgumentInterpreter(ns)
deep_eq(interp.is_ld_kind("shared"), True, _assert=True)
deep_eq(interp.has_final_link(), True, _assert=True)
deep_eq(interp.has_reloc_link(), False, _assert=True)
ns = parser.parse_args(
shlex.split("-o out.o -c -finline -Wall "
"file1.c file2.cpp file3.cpp file4.s "
"-Wother -mtune=i586 "
"-Xpreprocessor pfile -Wp,-optp "
"-Xassembler afile -Wa,-opta "
"-Xlinker -optl -Wl,lfile "
"-shared -not-an-option"), TestNameSpace())
deep_eq(ns.outputs, ["out.o"], _assert=True)
deep_eq(ns.input_pairs, [('SRC_C', "file1.c"), ('SRC_CC', "file2.cpp"),
('SRC_CC', "file3.cpp"),
('SRC_S', "file4.s")],
_assert=True)
deep_eq(ns.preprocessor_flags, ["pfile", "-optp"], _assert=True)
deep_eq(ns.assembler_flags, ["afile", "-opta"], _assert=True)
deep_eq(ns.linker_flags, ["-optl", "lfile"], _assert=True)
deep_eq(ns.output_kind, 'object', _assert=True)
deep_eq(ns.exec_kind, 'shared', _assert=True)
deep_eq(ns.unknown_flags, ['-not-an-option'], _assert=True)
deep_eq(ns.input_pairs, [
('SRC_C', "file1.c"),
('SRC_CC', "file2.cpp"),
('SRC_CC', "file3.cpp"),
('SRC_S', "file4.s"),
],
_assert=True)
tmpdir = tempfile.mkdtemp()
f = open("%s/liba.a" % tmpdir, 'w')
print >> f, "// An archive"
f.close()
f = open("%s/liba.so" % tmpdir, 'w')
print >> f, "// A shared object"
f.close()
f = open("%s/libb.a" % tmpdir, 'w')
print >> f, "// An archive"
f.close()
f = open("%s/libc.so" % tmpdir, 'w')
print >> f, "// A shared object"
f.close()
f = open("%s/libd.so" % tmpdir, 'w')
print >> f, "// An unreadable shared object"
f.close()
os.chmod("%s/libd.so" % tmpdir, 0000)
f = open("%s/libe.a" % tmpdir, 'w')
print >> f, "// An unreadable archive"
f.close()
os.chmod("%s/libe.a" % tmpdir, 0000)
f = open("%s/include.gch" % tmpdir, 'w')
print >> f, "// An unreadable pre-compiled header"
f.close()
ns = parser.parse_args(
shlex.split("-o out.so -shared -L. -Lundef -L%s "
"file1.c file2.cpp file3.o "
"-x c a_c_file b_c_file -x none "
".libs/lib1.so l2.a "
"-x cpp-output i_file -x c++cpp-output ii_file "
"-include %s/include "
"-lundef -la -lb -lc -ld -le"
"-shared" % (tmpdir, tmpdir)), TestNameSpace())
interp = CCArgumentInterpreter(ns)
deep_eq(interp.is_ld_kind("shared"), True, _assert=True)
deep_eq(interp.all_cc_inputs(),
[
"%s/include.gch" % tmpdir, "file1.c", "file2.cpp",
"file3.o", "a_c_file", "b_c_file", ".libs/lib1.so", "l2.a",
"i_file", "ii_file"
] + map(lambda x: os.path.join(tmpdir, x),
["liba.so", "libb.a", "libc.so"]),
_assert=True)
deep_eq(interp.cc_phase_input_pairs("CMD"),
[('SRC_PCH', "%s/include.gch" % tmpdir)],
_assert=True)
deep_eq(interp.all_pch_inputs(), ["%s/include.gch" % tmpdir],
_assert=True)
deep_eq(interp.cc_phase_input_pairs("CPP"), [('SRC_C', "file1.c"),
('SRC_CC', "file2.cpp"),
('SRC_C', "a_c_file"),
('SRC_C', "b_c_file")],
_assert=True)
deep_eq(interp.cc_phase_input_pairs("CC"), [('SRC_I', "i_file"),
('SRC_II', "ii_file")],
_assert=True)
deep_eq(interp.cc_phase_input_pairs("LD"),
[('SRC_LNK', "file3.o"), ('SRC_LNK', ".libs/lib1.so"),
('SRC_LNK', "l2.a")] +
map(lambda x: ('SRC_LNK', os.path.join(tmpdir, x)),
["liba.so", "libb.a", "libc.so"]),
_assert=True)
ns = parser.parse_args(
shlex.split("-o out.o -c in.c "
"-include %s/include-unk" % (tmpdir)), TestNameSpace())
interp = CCArgumentInterpreter(ns)
shutil.rmtree(tmpdir)
print "SUCCESS CCArgumentsParser"
return True
def test():
print "TESTING: ARInterpreter..."
ar = ARInterpreter(
{'args': shlex.split("ar cru lib.a a.o b.o c.c"),
'cwd': "."})
assert(ar.is_wellformed() == True)
deep_eq(ar.get_kind(), "AR", _assert=True)
deep_eq(ar.get_output_files(), ["lib.a"], _assert=True)
deep_eq(ar.get_output_files(), ["lib.a"], _assert=True)
deep_eq(ar.get_input_pairs(),
[('SRC_AR', "a.o"), ('SRC_AR', "b.o"),
('SRC_AR', "c.c")], _assert=True)
deep_eq(ar.get_input_files(),
["a.o", "b.o", "c.c"], _assert=True)
ar = ARInterpreter(
{'args': shlex.split("ar -v"),
'cwd': "."})
deep_eq(ar.get_output_files(), [], _assert=True)
print "SUCCESS: ARInterpreter"
return True
def test_eq(x, y):
res = deep_eq(x, y)
if not res: # pragma: uncovered (error)
print "FAILURE: %s and %s differ" % (str(x), str(y))
return res
