def eajwt_refresh(ea_jwt, sec = int(time.time() / 30)-1):
if sec == int(time.time() / 30): #if in same window, keep same token
print("inside if")
auth_header = {'Authorization': 'Bearer ' + ea_jwt}
return ea_jwt, auth_header
try: #if trying refresh without login
payload = ref_payload(generate_pass(seed_path), ea_jwt)
totpAlreadyUsed = False
retries = 0
response = ""
while not(totpAlreadyUsed) and retries < 3:
retries+=1
response = requests.post(server_url + '/login', cert=client_cert, json=payload, verify=False)
totpAlreadyUsed = not(isTOTPExpired(response))
if(not(totpAlreadyUsed)):
print("TOTP Window has already been used. Retrying...")
time.sleep(15)
check_status(response)
if(globalenv.verboseMode):
print(response.json())
jwt_token = response.json()[1]['accessToken']
auth_header = {'Authorization': 'Bearer ' + jwt_token}
return jwt_token, auth_header
except:
auth_header = {'Authorization': 'Bearer ' + ea_jwt}
return ea_jwt, auth_header
def runner_supp(comments, supporting_paths, itar, server_url, client_cert,
auth_header):
threads = []
cert_supp = []
with ThreadPoolExecutor(max_workers=20) as executor:
print('\nSending supporting documents')
if len(comments) < len(supporting_paths): #Check formatting
print(
"Error: Comments array must be the same length as that of the supporting file paths"
)
exit()
print("Your Supporting Documentation ID(s): ")
#cert_supp = [] #Get and format IDs and JWTs for certify
for i in range(len(supporting_paths)):
threads.append(
executor.submit(send_supp, comments[i],
supporting_paths[i], itar, server_url,
client_cert, auth_header))
for task in as_completed(threads):
#Check status code of responses and create cert_sup for certify
supp_1, response = task.result()
check_status(response)
cert_supp.append(supp_1)
log("cert_supp", cert_supp)
return cert_supp
def send_certify(self, cert_supp, client_cert, login_jwt, esv_version):
if self.certify:
print("Starting Certification Process...")
auth_header = {'Authorization': 'Bearer ' + login_jwt}
cert_temp = open('jsons/temp_certify.json', 'w')
# TODO: Build this automatically
cert_temp.write("[{\"esvVersion\": \"1.0\"},{\"entropyId\": \"E123\", \"isITAR\": false,\"limitEntropyAssessmentToSingleModule\": false,\"moduleId\": null,\"vendorId\": null,\"supportingDocumentation\": [],\"entropyAssessments\":[{\"eaId\": null,\"oeId\": null,\"accessToken\": \"<jwt-with-claims-for-eaId1>\"}]}]")
#cert_temp.write("[{\"esvVersion\": \"1.0\"},{\"itar\": false,\"limitEntropyAssessmentToSingleModule\": false,\"moduleId\": null,\"vendorId\": null,\"supportingDocumentation\": [],\"entropyAssessments\":[{\"entropyId\": null,\"oeId\": null,\"accessToken\": \"<jwt-with-claims-for-eaId1>\"}]}]")
cert_temp.close()
cert_temp = open('jsons/temp_certify.json','r')
cert_file = json.load(cert_temp)
#import os; os.remove('jsons/temp_certify.json')
cert_json = cert_prep(cert_file, cert_supp, esv_version, self.single_mod, self.mod_id, self.vend_id, self.entropy_id, self.ea_id, self.oe_id, self.entr_jwt)
if globalenv.verboseMode:
print("Outgoing cert request = ")
print(cert_json)
response = requests.request("POST", self.server_url + '/certify', cert = client_cert, headers=auth_header, json=cert_json)
check_status(response)
status, messageList, elementList = start.parsing.parse_certify_response(response)
print("\nStatus: " + status + "\n")
print("Message List: ")
print(*messageList, sep = "\n")
print("")
print("Entropy Assessment:")
#print(*elementList, sep = "\n")
for element in elementList:
print("Location:" + str(element["location"]))
for message in element["messageList"]:
print(" Message:" + message)
def runner_stats(server_url, ea_id, df_ids, entr_jwt, client_cert):
threads = []
print("Getting Status...")
print("Waiting for data file tests to complete...")
with ThreadPoolExecutor(max_workers=20) as executor:
for id in df_ids:
threads.append(
executor.submit(get_status, server_url, ea_id, id,
entr_jwt, client_cert))
#Check status codes of responses
for task in as_completed(threads):
check_status(task.result())
def df_upload_raw(server_url, ea_id, df_ids, jwt, raw_noise, client_cert):
url = server_url + "/entropyAssessments/" + ea_id + "/dataFiles/"
auth_header = {'Authorization': 'Bearer ' + jwt}
payload = {}
#Send rawNoise
files = [('dataFile', (os.path.basename(raw_noise), open(raw_noise, 'rb'),
'application/octet-stream'))]
response = requests.request("POST",
url + df_ids[0],
cert=client_cert,
headers=auth_header,
data=payload,
files=files)
check_status(response)
return response
def jwt_refresh(seed_path, client_cert, server_url):
payload = login_payload(generate_pass(seed_path))
if globalenv.verboseMode:
print ("JWT Refresh Outgoing:")
print (payload)
response = requests.post(server_url + '/login', cert=client_cert, json=payload)
if globalenv.verboseMode:
print ("JWT Refresh Incoming:")
print (response)
check_status(response)
jwt_token = response.json()[1]['accessToken']
auth_header = {'Authorization': 'Bearer ' + jwt_token}
return jwt_token, auth_header
def runner_data(server_url, ea_id, df_ids, entr_jwt, conditioned, rawNoise,
restartTest, client_cert):
threads = []
with ThreadPoolExecutor(max_workers=20) as executor:
#Send raw and restart
threads.append(
executor.submit(df_upload_raw, server_url, ea_id, df_ids,
entr_jwt, rawNoise, client_cert))
threads.append(
executor.submit(df_upload_restart, server_url, ea_id, df_ids,
entr_jwt, restartTest, client_cert))
#Send Conditioning
for i in range(len(conditioned)):
threads.append(
executor.submit(df_upload_cond, server_url, ea_id, df_ids,
entr_jwt, i, conditioned, client_cert))
#Check status codes of responses
for task in as_completed(threads):
check_status(task.result())
print("Data files submitted!\n")
def send_supp(comments, supporting_path, itar, server_url, client_cert,
auth_header):
cert_supp = []
supp_name = os.path.basename(supporting_path)
files = [('sdFile', (supp_name, open(supporting_path,
'rb'), 'application/pdf'))]
# changed 3/15/2022
#payload={'itar': itar,'sdComments': comments}
payload = {'isITAR': itar, 'sdComments': comments}
response = requests.request("POST",
server_url + '/supportingDocumentation',
cert=client_cert,
headers=auth_header,
data=payload,
files=files)
response_1 = response.json()[1]
sd_id = response_1['sdId']
print(supp_name + ": " + str(sd_id) + " | Status: " +
str(response_1['status']))
# Changed 3/15/2022
cert_supp.append({"sdId": sd_id, "accessToken": response_1["accessToken"]})
check_status(response)
return cert_supp, response
def send_reg(self):
print("\nSending Entropy Assessment Registration...")
if globalenv.verboseMode:
print ("Send Registration Outgoing:")
print (self.assessment_reg)
response = requests.post(self.server_url + '/entropyAssessments', headers=self.auth_header, cert=self.client_cert, json=self.assessment_reg, verify=False)
if globalenv.verboseMode:
print ("Send Registration Incoming:")
print (response)
check_status(response)
print("Sent.")
response = response.json()
ea_id, df_ids = get_ids(response)
entr_jwt = response[1]['accessToken']
log("entr_jwt", entr_jwt)
log("df_ids", df_ids)
log("ea_id", ea_id)
self.ea_id = ea_id
self.df_ids = df_ids
self.entr_jwt = entr_jwt
