def find_sources(repo_name, directory_in_str):
directory = os.fsencode(directory_in_str)
response = []
for file in os.listdir(directory):
filename = os.fsdecode(file)
if filename.endswith(".tf"):
with open(directory_in_str + filename, "r") as f:
searchfile = open(directory_in_str + filename, "r")
# for line in searchfile:
for num, line in enumerate(searchfile, 1):
if "source =" in line:
# print(directory_in_str+filename, num, line)
# print(num + ',' + line)
# based on what this returns we should be able to do our next check
# print(check_source_validity(line))
# we will now need to go get the source_version using get_repo_tags(repo)
for target_list in check_source_validity(line):
response1 = []
repo = target_list[0]
org = target_list[1]
current_version = target_list[2]
repo_tags = github_connect.get_repo_tags(repo +
'/' + org)
response1.append(org)
response1.append(repo)
response1.append(repo_tags[0])
response1.append(current_version)
response1.append(filename)
response1.append(num)
response.append(response1)
searchfile.close()
helpers.parse_output(response, repo_name)
def edp2sat(C, L):
bits = int(math.ceil(math.log(2 * (C + 1), 2)))
discrepancy = C
length = L
cmd = 'sat14 %d %d %d > out.cnf' % (length, discrepancy, bits)
print "Compiling sat14.cc..."
os.system('g++ sat14.cc -o sat14')
print "Running sat14.cc..."
os.system(cmd)
print "Cleaning up the output..."
os.system('grep -v "^c" out.cnf | grep -v "^$" > new.cnf')
phi = h.parse_output('new.cnf')
#print "Running the SAT solver..."
return phi
def test_allocation():
with helpers.set_single_system(True):
result = helpers.parse_output('initial-install-config')
nrc = NonRunningCommandRunner()
overlay = gui.ControllerOverlay(None, nrc)
class FakeStartKVM:
def run(self):
pass
with mock.patch('cloudinstall.pegasus.StartKVM', FakeStartKVM):
overlay.process(result)
# we expect all the charms and relations to be added here
assert len(nrc.to_run) == 14
def edp2sat(C, L):
bits = int(math.ceil(math.log(2*(C+1), 2)))
discrepancy = C
length = L
cmd = 'sat14 %d %d %d > out.cnf' % (length, discrepancy, bits)
print "Compiling sat14.cc..."
os.system('g++ sat14.cc -o sat14')
print "Running sat14.cc..."
os.system(cmd)
print "Cleaning up the output..."
os.system('grep -v "^c" out.cnf | grep -v "^$" > new.cnf')
phi = h.parse_output('new.cnf')
#print "Running the SAT solver..."
return phi
def test_parse_pending_lxcs():
with helpers.set_single_system(True):
result = helpers.parse_output('pending')
assert len(result) == 7
