def handle_segment(self, doc, segment):
if not segment: return
segment_text = ''
for node in segment:
segment_text += domutil.get_text_content(node) + '\n'
if config.get('max_segment_size'):
if segment_text.count('\n') > int(config.get('max_segment_size')):
return
if config.get('show_segment_size') == 'true':
print('segment size: '+str(segment_text.count('\n')))
if config.get('show_parent_function_size') == 'true':
function_node = domutil.get_parent_by_tagname(segment[0], 'function')
function_size = 0
if function_node:
text = domutil.get_text_content(function_node)
function_size = text.count('\n')
print('parent function size: '+str(function_size))
if config.get('show_segment') == 'true':
print(segment_text)
instrument_segment(doc, segment)
max_linear_value = int(config.get('max_linear_value'))
stop_criteria = StopCriteria()
for i in range(max_linear_value+1):
logger.info('context search: ' + str(i))
if config.get('show_context_search_value') == 'true':
print('context search value: '+str(i))
context, functions = get_context(doc, segment, i)
if not context: break
if self.builder.build(doc, context, functions):
if config.get('run_test') == 'true':
result = self.tester.test()
if self.analyzer == 'recursive':
if result == True:
green('found equivalent loops for recursive call')
print_nodes(segment)
elif self.analyzer == 'invariant':
if config.get('show_analyze_result') == 'true':
print(result)
stop_criteria.add(result)
stable_result = stop_criteria.get_stable()
if stable_result:
green(stable_result)
if config.get('interact_after_test') == 'true':
input('Enter to continue ...')
remove_instrument(doc)
def build(self, doc, context, functions):
"""
:param doc: document of the context
:param context: context nodes
:param functions: functions because of the linear search up above function.
functions = {call_name: node, ...}
"""
self.doc = doc
self.context = context
self.functions = functions
self.inputs = io.resolve_undefined_vars(context, set())
self.resolved = {}
self.unresolved = set()
self.generate()
self.resolve()
self.generate_support()
Instrumenter().instrument()
compile_success = self.compile()
if config.get("show_compile_result") == "true":
if compile_success:
green("compile success")
else:
red("compile error")
return compile_success
def run(self):
fout = open(self.output_folder + "/output.csv", "w")
fin = open(self.output_folder + "/input.csv", "w")
var_list = [var for _, var in self.output_spec]
fout.write(",".join(var_list))
output_number = len(var_list)
fout.write("\n")
input_var_list = [var for _, var in self.input_spec]
fin.write(",".join(input_var_list))
fin.write("\n")
logger.info("Running " + str(len(self.tests)) + " tests")
run_success = False
for test in self.tests:
if config.get("show_test_data") == "true":
logger.debug("input:" + repr(test))
fin.write(",".join(test.split()))
fin.write("\n")
p = Popen(self.output_folder + "/a.out", shell=True, stdin=PIPE, stdout=PIPE, stderr=PIPE)
# print(test)
if not test.strip():
continue
timeout = int(config.get("timeout"))
try:
stdout, _ = p.communicate(input=test.encode("utf8"), timeout=timeout / 1000)
stdout = stdout.decode("utf8")
except TimeoutExpired:
logger.warning("testing timeout")
p.kill()
stdout = ""
except UnicodeDecodeError:
logger.warning("UnicodeDecodeError")
stdout = ""
# stderr = stderr.decode('utf8')
# -6: 134: assertion fail
# -11: 139: segment fault
if p.returncode == 0:
run_success = True
if config.get("show_returncode") == "true":
print("return code: " + str(p.returncode))
if p.returncode != 0:
# stdout = ''
pass
if config.get("show_test_data") == "true":
logger.debug("output:" + stdout)
output = stdout.split()
if not output:
fout.write(",".join(["NA" for _ in range(output_number)]))
fout.write("\n")
else:
if config.get("instrument_type") == "count":
# fout.write(str(len(output)))
fout.write(str(stdout.count("5678")))
if config.get("instrument_loop_parameter") == "true":
output = stdout.replace("5678", "").split()
for _ in range(output_number - len(output) - 1):
output.append("NA")
fout.write(",")
fout.write(",".join(output))
fout.write("\n")
else:
for _ in range(output_number - len(output)):
output.append("NA")
fout.write(",".join(output))
fout.write("\n")
logger.info("done running testing")
if run_success and config.get("show_run_success") == "true":
green("run success")
fout.close()
fin.close()