def _auth(self):
"""
Authenticate Amigo on GCP, fetching the credentials and saving it to
a local file that can be used for the service discovery.
"""
# Set the credentials to be used by amigo
local_cred_file = util.get_value(self.config, "local_cred_file")
try:
self.auth = Storage(local_cred_file)
if util.is_file(util.get_value(self.config, "key_file")):
creds = GoogleCredentials.get_application_default()
self.auth.put(creds)
return True
except IOError:
util.print_to_stderr(
"Cannot open {0} to write, ensure you are running as root. ".
format(local_cred_file))
except ApplicationDefaultCredentialsError:
util.print_to_stderr("Cannot authenticate to GCP.")
return False
def get_lab_list():
repo = util.get_value('GLOBAL', 'REPO')
try:
c = con.cursor()
sql = "SELECT lab, disp_name, credit_to, short_desc, coalesce(auth_type,''), \n" + \
" coalesce(enabled_image,''), coalesce(disabled_image,'') \n" + \
" FROM labs ORDER BY 1"
c.execute(sql)
l_list = c.fetchall()
except Exception as e:
fatal_sql_error(e,sql,"meta.lab_list()")
labs = []
for row in l_list:
lab_dict = {}
lab = str(row[0])
lab_dict['enabled'] = util.get_value("labs", lab)
lab_dict['lab'] = lab
lab_dict['disp_name'] = str(row[1])
lab_dict['credit_to'] = str(row[2])
lab_dict['short_desc'] = str(row[3])
lab_dict['auth_type'] = str(row[4])
lab_dict['enabled_image_url'] = repo + "/" + str(row[5])
lab_dict['disabled_image_url'] = repo + "/" + str(row[6])
labs.append(lab_dict)
return labs
def print_url(ui, mono, amis, auth):
ui = util.get_value(args.aws, ui)
mono = util.get_value(args.aws, mono)
amis = util.get_value(args.aws, amis)
print('To use service, copy paste this')
print(ui + '?amisApi=' + quote(amis) + '&monoApi=' + quote(mono))
authDemo = util.get_value(args.aws, auth)
print('To test authorizer, copy this')
print(ui + '?amisApi=' + quote(authDemo) + '&monoApi=' + quote(mono))
def getTestSetting(self):
"""
Method to get test list setting of bam.
:return: It yields json string.
"""
yield self.session.publish('com.bigsql.onGetTestSetting',
util.get_value("GLOBAL", "STAGE", ""))
def _fetch_attributes_for_projects(self):
"""
Fetch attributes for each GCP project in the database, saving the
data in disk.
"""
gcp_attributes = self.config["gcp_attributes"]
for project in self.database.get_table("projects"):
project_name = util.get_value(project, "projectId")
# Gets all the resources specified in the config file (e.g. "compute")
for attribute_resource, attribute_item_list in gcp_attributes.items(
):
gcp = GCPWrapper(self.config, attribute_resource, "v1")
# Loop on the attributes in of that resource (e.g. firewalls, networks, etc)
for attribute_item in attribute_item_list:
attribute_data = gcp.fetch_attribute(attribute_item,
project=project_name)
if attribute_data:
self._record_attribute_data_reports(
attribute_item, attribute_data, project_name)
self._record_attribute_data_to_db(
attribute_item, attribute_data, project_name)
# Get any warning generated by this GCP instance.
if gcp.warnings:
self.warnings.extend(gcp.warnings)
return True
def main(args):
base = util.get_value(args.aws, 'monoUrl')
gets = [base + 'api/values', base + 'api/init/users']
if not args.aws:
gets.insert(0, base + 'api/init/table')
#
print('Init database and get default')
for url in gets:
print(f'Method GET endpoint {url}')
response = requests.get(url)
util.print_result(response)
#
auth = util.login(base, 'admin', 'demo')
#
print('Get my data')
util.print_result(requests.get(base + 'api/auth/me', headers=auth))
#
get_all_documents(base, auth)
#
doc = add_document(base, auth, "Invoice to be removed")
#
remove_document(base, auth, doc['id'])
#
doc = add_document(base, auth, "Invoice to be tested")
#
get_all_documents(base, auth)
#
get_permissions(base, auth)
#
get_permission_jwt(base, auth, doc['id'])
#
remove_all_documents(base, auth)
def step(sprops, dprops):
for name, prop in sprops.iteritems():
if not check(name, prop, dprops):
return
if util.is_primitive(prop) or util.is_from_group(prop):
value = util.get_value(prop)
if name not in dprops:
dprops[name] = util.ValueFromGroup(value, src, depth)
elif util.is_from_group(dprops[name]):
if util.get_depth(dprops[name]) == depth:
errors.append(MergeError(
('value for "%s" is absent in "%s" but ' +
'came from two diffrent groups: "%s" and "%s", ' +
'can\'t merge') %
(name, dst, src, dprops[name].source)))
elif util.get_depth(dprops[name]) > depth:
dprops[name] = util.ValueFromGroup(value, src, depth)
elif type(prop) == list:
dprops[name] = (merge_lists(prop, dprops[name])
if name in dprops else prop)
elif type(prop) == dict:
dprops[name] = (step(prop, dprops[name])
if name in dprops else prop)
else:
errors.append(MergeError('unknown type of prop %s (%s), ' +
'can\'t merge' % (name, type(prop))))
return dprops
def _setup(self):
"""
Set Amigo to run.
"""
# Set output directories
output_dir = util.get_value(self.config, "reports_dir")
util.print_to_stdout(
"Setting up output directory at '{0}'".format(output_dir))
util.create_dir(output_dir)
# Set current report
self.reports = util.get_full_path(
util.get_value(self.config, "reports_dir"), util.get_date())
util.create_dir(self.reports)
util.print_to_stdout("Reports are being saved to '{0}'".format(
self.reports))
# Search for previous reports
days_back = 30
for day in range(1, days_back):
self.previous_reports = util.get_full_path(
util.get_value(self.config, "reports_dir"), util.get_date(day))
if not util.is_path(self.previous_reports):
util.print_to_stdout(
"No previous reports found at {0}'".format(
self.previous_reports))
else:
util.print_to_stdout(
"Previous report {0} found ({1} day(s) ago)".format(
self.previous_reports, day),
color="yellow")
break
# Create Database
self.database = Database(self.database_path)
util.create_dir(self.database_path)
util.print_to_stdout("Database is being saved at '{0}'".format(
self.database_path))
# Violation report config
results_dir = util.get_value(self.config, "results_dir")
util.create_dir(results_dir)
results_file = util.get_value(self.config, "results_log_file")
self.results = util.get_full_path(results_dir, results_file)
util.print_to_stdout("Reports will be saved at '{0}'".format(
self.results))
def update_fields(service_id):
properties = get_properties(service_id)
if not properties.keys():
return
if get_value(properties, "AutoConnect") == "true":
autoconn = "Yes"
else:
autoconn = "No"
form.get('autoconnect').value = autoconn
form.get('nameservers').value = get_str_value(properties,
"Nameservers.Configuration")
form.get('timeservers').value = get_str_value(properties,
"Timeservers.Configuration")
form.get('domains').value = get_str_value(properties,
"Domains.Configuration")
value = get_dict_value(properties, "Proxy.Configuration", "Method")
if value == "":
value = "auto"
form.get('proxymethod').value = value
form.get('proxyurl').value = get_dict_value(properties,
"Proxy.Configuration", "URL")
form.get('proxyservers').value = get_dict_value(properties,
"Proxy.Configuration",
"Servers")
form.get('proxyexcludes').value = get_dict_value(properties,
"Proxy.Configuration",
"Excludes")
form.get('ipv4method').value = get_dict_value(properties,
"IPv4.Configuration",
"Method")
form.get('ipv4address').value = get_dict_value(properties,
"IPv4.Configuration",
"Address")
form.get('ipv4netmask').value = get_dict_value(properties,
"IPv4.Configuration",
"Netmask")
form.get('ipv4gateway').value = get_dict_value(properties,
"IPv4.Configuration",
"Gateway")
form.get('ipv6method').value = get_dict_value(properties,
"IPv6.Configuration",
"Method")
form.get('ipv6address').value = get_dict_value(properties,
"IPv6.Configuration",
"Address")
value = get_dict_value(properties, "IPv6.Configuration",
"PrefixLength")
if value != "":
value = "%d" % value
form.get('ipv6prefixlen').value = value
form.get('ipv6gateway').value = get_dict_value(properties,
"IPv6.Configuration",
"Gateway")
form.get('ipv6privacy').value = get_dict_value(properties,
"IPv6.Configuration",
"Privacy")
def getBetaFeatureSetting(self, settingName):
"""
Method to get test list setting of bam.
:return: It yields json string.
"""
yield self.session.publish('com.bigsql.onGetBeataFeatureSetting', {
'setting': settingName,
'value': util.get_value("BETA", settingName)
})
def update_fields(service_id):
properties = get_properties(service_id)
if not properties.keys():
return
if get_value(properties, "AutoConnect") == "true":
autoconn = "Yes"
else:
autoconn = "No"
form.get('autoconnect').value = autoconn
form.get('nameservers').value = get_str_value(properties,
"Nameservers.Configuration")
form.get('timeservers').value = get_str_value(properties,
"Timeservers.Configuration")
form.get('domains').value = get_str_value(properties,
"Domains.Configuration")
value = get_dict_value(properties, "Proxy.Configuration", "Method")
if value == "":
value = "auto"
form.get('proxymethod').value = value
form.get('proxyurl').value = get_dict_value(properties,
"Proxy.Configuration", "URL")
form.get('proxyservers').value = get_dict_value(properties,
"Proxy.Configuration",
"Servers")
form.get('proxyexcludes').value = get_dict_value(properties,
"Proxy.Configuration",
"Excludes")
form.get('ipv4method').value = get_dict_value(properties,
"IPv4.Configuration",
"Method")
form.get('ipv4address').value = get_dict_value(properties,
"IPv4.Configuration",
"Address")
form.get('ipv4netmask').value = get_dict_value(properties,
"IPv4.Configuration",
"Netmask")
form.get('ipv4gateway').value = get_dict_value(properties,
"IPv4.Configuration",
"Gateway")
form.get('ipv6method').value = get_dict_value(properties,
"IPv6.Configuration",
"Method")
form.get('ipv6address').value = get_dict_value(properties,
"IPv6.Configuration",
"Address")
value = get_dict_value(properties, "IPv6.Configuration", "PrefixLength")
if value != "":
value = "%d" % value
form.get('ipv6prefixlen').value = value
form.get('ipv6gateway').value = get_dict_value(properties,
"IPv6.Configuration",
"Gateway")
form.get('ipv6privacy').value = get_dict_value(properties,
"IPv6.Configuration",
"Privacy")
def mainline():
## need from_version & to_version
if len(sys.argv) == 3:
p_from_ver = sys.argv[1]
p_to_ver = sys.argv[2]
else:
print ("ERROR: Invalid number of parameters, try: ")
print (" python update-hub.py from_version to_version")
sys.exit(1)
print ("")
print ("Running update-hub from v" + p_from_ver + " to v" + p_to_ver)
if p_from_ver >= p_to_ver:
print ("Nothing to do.")
sys.exit(0)
if (p_from_ver < "2.7.0") and (p_to_ver >= "2.7.0"):
update_2_7_0()
if (p_from_ver < "3.1.0") and (p_to_ver >= "3.1.0"):
update_3_1_0()
if (p_from_ver < "3.1.1") and (p_to_ver >= "3.1.1"):
update_3_1_1()
if (p_from_ver < "3.2.1") and (p_to_ver >= "3.2.1"):
update_3_2_1()
PGC_HOME = os.getenv('PGC_HOME', '')
try:
import shutil
src = os.path.join(os.path.dirname(__file__), "pgc.sh")
dst = os.path.join(PGC_HOME, "pgc")
if platform.system() == "Windows":
src = os.path.join(os.path.dirname(__file__), "pgc.bat")
dst = os.path.join(PGC_HOME, "pgc.bat")
shutil.copy(src, dst)
except Exception as e:
pass
if (p_from_ver < "3.2.9") and (p_to_ver >= "3.2.9"):
old_default_repo = "http://s3.amazonaws.com/pgcentral"
new_default_repo = "https://s3.amazonaws.com/pgcentral"
current_repo = util.get_value("GLOBAL", "REPO")
if current_repo == old_default_repo:
util.set_value("GLOBAL", "REPO", new_default_repo)
if (p_from_ver < "3.3.0") and (p_to_ver >= "3.3.0"):
update_3_3_0()
if (p_from_ver < "3.3.3") and (p_to_ver >= "3.3.3"):
update_3_3_3()
print (" ")
print ("Goodbye.")
sys.exit(rc)
return
def step(attr):
if util.is_primitive(attr) or util.is_from_group(attr):
return util.get_value(attr)
elif type(attr) == list:
return map(step, attr)
elif type(attr) == dict:
for key in attr.iterkeys():
attr[key] = step(attr[key])
return attr
else:
assert False, "unknown type %s" % type(attr)
def init(self, name, password, dataDir, port, host=None):
"""
Method to initialize a server component.
:param name: Name of the component to be initialized.
"""
pgcCmd = PGC_HOME + os.sep + "pgc --json init " + name + " --datadir " + dataDir + " --port " + port
if port == '':
pgcCmd = pgcCmd.split(' --port')[0]
if dataDir == '':
pgcCmd = pgcCmd.split(' --datadir')[0]
if host:
pgc_host_info = util.get_pgc_host(host)
cred_info = util.get_credentials_by_uuid(
pgc_host_info.get('ssh_cred_id'))
enc_secret = util.get_value("GLOBAL", "SECRET", "")
enc_key = "{0}{1}".format(enc_secret, cred_info.get("cred_uuid"))
ssh_username = cred_info.get("ssh_user")
password = ""
if cred_info.get("ssh_passwd"):
password = util.decrypt(cred_info.get("ssh_passwd"), enc_key)
ssh_key = ""
if cred_info.get("ssh_key"):
ssh_key = util.decrypt(cred_info.get("ssh_key"), enc_key)
sudo_pwd = ""
if cred_info.get("ssh_sudo_pwd"):
sudo_pwd = util.decrypt(cred_info.get("ssh_sudo_pwd"), enc_key)
ssh_host = pgc_host_info.get('host')
from PgcRemote import PgcRemote
remote = PgcRemote(ssh_host,
ssh_username,
password=password,
ssh_key=ssh_key)
remote.connect()
is_file_added = remote.add_file('/tmp/.pgpass', password)
remote.disconnect()
pgcCmd = pgcCmd + " --pwfile /tmp/.pgpass --host \"" + host + "\""
if util.is_postgres(name) and not host:
pgpass_file = PGC_HOME + os.sep + name + os.sep + ".pgpass"
if not os.path.isfile(pgpass_file):
password_file = open(pgpass_file, 'w')
password_file.write(password + '\n')
password_file.close()
os.chmod(pgpass_file, 0600)
pgcProcess = subprocess.Popen(pgcCmd,
stdout=subprocess.PIPE,
shell=True)
for line in iter(pgcProcess.stdout.readline, ''):
try:
ln = (line).rstrip('\n')
if type(eval(ln)) is list:
yield self.session.publish('com.bigsql.onInit', ln)
except:
pass
def __init__(self, config):
self.config = config
self.database_path = util.get_value(self.config, "database_json")
self.reports = None
self.previous_reports = None
self.results = None
self.warnings = []
self._setup()
def meta_list(p_isJSON, p_isVERBOSE, p_meta, p_instance, return_dict=False):
repo = util.get_value("GLOBAL", "REPO")
url = repo + "/" + p_meta + ".txt"
try:
response = urllib2.urlopen(url, timeout=15)
meta_string = response.read()
except Exception as e:
util.exit_message("Cannot retrieve METALIST '" + url + "'", 1,
p_isJSON)
dict = []
kount = 0
for line in meta_string.splitlines():
kount = kount + 1
word = line.split("\t")
for i in range(len(word)):
word[i] = word[i].strip()
## process header rows
if kount < 3:
if kount == 1:
## row 1 contains column names
num_cols = len(word)
col_names = word
else:
## row 2 contains column titles
col_titles = word
continue
## process valid detail rows
if len(word) == num_cols:
if p_instance:
if word[0] != p_instance:
continue
d = {}
for i in range(len(word)):
d[col_names[i]] = word[i]
dict.append(d)
if return_dict:
return dict
if p_isJSON:
print(json.dumps(dict, sort_keys=True, indent=2))
else:
print("")
print(api.format_data_to_table(dict, col_names, col_titles))
return (0)
def get_json_file(p_file, p_isJSON):
json_file = p_file + ".txt"
repo = util.get_value("GLOBAL", "REPO")
repo_file = repo + "/" + json_file
out_dir = os.getenv("MY_HOME") + os.sep + "conf" + os.sep + "cache"
if util.http_get_file(False, json_file, repo, out_dir, False, ""):
out_file = out_dir + os.sep + json_file
try:
return (json.loads(util.read_file_string(out_file)))
except:
pass
util.exit_message("Cannot process json_file '" + p_file + "'", 1, p_isJSON)
def main(args):
base = util.get_value(args.aws, 'monoUrl')
if not args.aws:
url = base + 'api/init/table'
print('Init database')
print(f'Method GET endpoint {url}')
response = requests.get(url)
#
url = base + 'api/init/users'
print('Init users')
print(f'Method GET endpoint {url}')
response = requests.get(url)
util.print_result(response)
def get(self):
host = request.args.get('hostname')
cred_name = request.args.get('cred_name')
import util
cred_info = util.get_credentials_by_name(cred_name)
enc_secret = util.get_value("GLOBAL", "SECRET", "")
enc_key = "{0}{1}".format(enc_secret, cred_info.get("cred_uuid"))
username = cred_info.get("ssh_user")
password = ""
if cred_info.get("ssh_passwd"):
password = decrypt(cred_info.get("ssh_passwd"), enc_key)
ssh_key = ""
if cred_info.get("ssh_key"):
ssh_key = decrypt(cred_info.get("ssh_key"), enc_key)
sudo_pwd = ""
if cred_info.get("ssh_sudo_pwd"):
sudo_pwd = decrypt(cred_info.get("ssh_sudo_pwd"), enc_key)
# username = request.args.get('username')
# password = request.args.get('password')
# ssh_key = request.args.get('ssh_key')
# sudo_pwd = request.args.get('sudo_pwd', None)
from PgcRemote import PgcRemote
json_dict = {}
try:
remote = PgcRemote(host,
username,
password=password,
ssh_key=ssh_key,
sudo_pwd=sudo_pwd)
if not sudo_pwd:
remote.connect()
json_dict['state'] = "success"
try:
remote_pgc_path = remote.get_exixting_pgc_path()
for key in remote_pgc_path.keys():
json_dict[key] = remote_pgc_path[key]
except Exception as e:
print(str(e))
pass
data = json.dumps([json_dict])
remote.disconnect()
except Exception as e:
errmsg = "ERROR: Cannot connect to " + username + "@" + host + " - " + str(
e)
json_dict['state'] = "error"
json_dict['msg'] = errmsg
data = json.dumps([json_dict])
return data
def get(self, host, comp, pgpasswd, username=None, password=None):
from PgcRemote import PgcRemote
json_dict = {}
if password == None or username == None:
import util
pgc_host_info = util.get_pgc_host(host)
ssh_host = pgc_host_info.get('host')
ssh_host_name = pgc_host_info.get('host_name')
ssh_cred_id = pgc_host_info.get('ssh_cred_id')
cred_info = util.get_credentials_by_uuid(ssh_cred_id)
enc_secret = util.get_value("GLOBAL", "SECRET", "")
enc_key = "{0}{1}".format(enc_secret, cred_info.get("cred_uuid"))
ssh_username = cred_info.get("ssh_user")
password = ""
if cred_info.get("ssh_passwd"):
ssh_password = decrypt(cred_info.get("ssh_passwd"), enc_key)
ssh_key = ""
if cred_info.get("ssh_key"):
ssh_key = decrypt(cred_info.get("ssh_key"), enc_key)
sudo_pwd = ""
if cred_info.get("ssh_sudo_pwd"):
sudo_pwd = decrypt(cred_info.get("ssh_sudo_pwd"), enc_key)
is_sudo = pgc_host_info.get('is_sudo')
util.update_cred_used(cred_info.get("cred_uuid"))
try:
remote = PgcRemote(ssh_host,
ssh_username,
password=ssh_password,
ssh_key=ssh_key)
remote.connect()
is_file_added = remote.add_file('/tmp/.pgpass', pgpasswd)
remote.disconnect()
data = pgc.get_data("init", comp, ssh_host_name, '/tmp/.pgpass')
except Exception as e:
errmsg = "ERROR: Cannot connect to " + ssh_username + "@" + ssh_host + " - " + str(
e.args[0])
json_dict['state'] = "error"
json_dict['msg'] = errmsg
data = json.dumps([json_dict])
return data
def get(self):
host = request.args.get('hostname')
check_sudo_password = request.args.get('pwd')
pgc_host_info = util.get_pgc_host(host)
pgc_host = pgc_host_info.get('host')
ssh_cred_id = pgc_host_info.get('ssh_cred_id')
cred_info = util.get_credentials_by_uuid(ssh_cred_id)
enc_secret = util.get_value("GLOBAL", "SECRET", "")
enc_key = "{0}{1}".format(enc_secret, cred_info.get("cred_uuid"))
pgc_user = cred_info.get("ssh_user")
pgc_passwd = ""
if cred_info.get("ssh_passwd"):
pgc_passwd = decrypt(cred_info.get("ssh_passwd"), enc_key)
pgc_ssh_key = ""
if cred_info.get("ssh_key"):
pgc_ssh_key = decrypt(cred_info.get("ssh_key"), enc_key)
util.update_cred_used(cred_info.get("cred_uuid"))
from PgcRemote import PgcRemote
json_dict = {}
try:
remote = PgcRemote(pgc_host,
pgc_user,
password=pgc_passwd,
ssh_key=pgc_ssh_key,
sudo_pwd=check_sudo_password)
remote.connect()
is_sudo = remote.has_root_access()
json_dict['state'] = "success"
json_dict['isSudo'] = is_sudo
data = json.dumps([json_dict])
remote.disconnect()
except Exception as e:
errmsg = "ERROR: Cannot connect to " + username + "@" + host + " - " + str(
e)
json_dict['state'] = "error"
json_dict['msg'] = errmsg
data = json.dumps([json_dict])
return data
def check_custom_rules(self):
"""
Load custom rules from rules.yaml files check every rule
violation over every resources' report.
"""
results = []
rules = util.read_yaml_file(self.rules_file)
try:
for rule_name, rule in rules.items():
if util.get_value(rule, "rule_type") == "key_value":
# All types of rules go here.
result = self._do_keyvalue_rule(rule_name, rule)
if result:
results.append(result)
except AttributeError:
util.print_to_stdout("Rule file ('{0}') is ill-formatted.".format(self.rules_file))
return results
def main(args):
base = util.get_value(args.aws, 'monoUrl')
if not args.aws:
gets = ['api/init/table']
#
print('Init database and get default')
for url in gets:
print(f'Method GET endpoint {url}')
response = requests.get(base + url)
util.print_result(response)
#
auth, user_id = util.login(base, 'admin', 'demo')
#
docs = demo_mono.get_all_documents(base, auth)
if len(docs) == 0:
print('No documents. Creating one.')
doc = demo_mono.add_document(base, auth, "Some demo document")
else:
print('There are documents. Selecting first')
doc = docs[0]
print('Active document "' + doc['name'] + '"')
doc_id = doc['id']
#
jwt_auth = get_jwt(base, auth, doc_id)
#
base_amis = util.get_value(args.aws, 'amisUrl')
# headers(base_amis, jwt_auth)
# decoded(base_amis, jwt_auth)
if not args.aws:
# Naturally, in AWS we can't list all the buckets that are there. That would not make any sense. So this is only for minio.
bucket(base_amis, jwt_auth)
#
get_files(base_amis, jwt_auth, doc_id)
#
permissions = demo_mono.get_permissions(base, auth)
area = get_first_area_with_add(permissions)
print(f'Add files to area {area}')
files = [{
'name': 'temp.txt',
'content_type': 'text/plain; charset=UTF-8'
}, {
'name': 'img.jpg',
'content_type': 'image/jpeg'
}]
for f in files:
presign_data = get_presigned_url(base_amis, jwt_auth, doc_id, area, f)
upload_file_to_presigned_url(presign_data['url'], presign_data['key'],
f, user_id)
files = get_files(base_amis, jwt_auth, doc_id)
if args.nodelete:
print('Not fetching and deleting files. Look from browser. Exiting.')
exit()
get_file(base_amis, jwt_auth, files[0]['path'])
delete_file(base_amis, jwt_auth, files[0]['path'])
files = get_files(base_amis, jwt_auth, doc_id)
get_file(base_amis, jwt_auth, files[0]['path'])
delete_file(base_amis, jwt_auth, files[0]['path'])
files = get_files(base_amis, jwt_auth, doc_id)
[[x / 100 for x in range(1000)] , [ x**0.5 for x in range(1000)]] ,
[ [x - 10 for x in range (20)] , [(x%2 - 0.5)*2 for x in range (20)] ],
]
#get their names
name_curves = ['linear' , 'square' , 'linear neg' , 'root' , 'high and low']
#plot the functions
for d in data :
plt.plot(d[0],d[1])
plt.xlabel('x')
plt.ylabel('y')
plt.title('example')
#extend window to have some place to write the coordinate
plt.legend(name_curves , bbox_to_anchor=(1.04,1))
fig.tight_layout ()
#add and activate the events
zoom_event=mouse_zoom(scale = 2 , bound = True ,ax=ax,fig=fig)
zoom_event.activate()
grab_event = grab_move (ax=ax,fig=fig)
grab_event.activate()
value_event = get_value(data=data ,
name_curves = name_curves ,
colors = "#0000ff",
ax=ax,
fig=fig)
value_event.activate()
plt.show()
def main(args):
base = util.get_value(args.aws, 'authUrl')
print('Using base url %s' % base)
print('-- ENCODED JWT')
response = requests.post(base + 'jwt', json={
'docId': ID,
'permissions': [
{'id': 'image',
'permissions': ['DELETE', 'READ', 'WRITE']}
],
'meta': {
'userid': 'randomid',
'givenName': 'Keijo',
'familyName': 'Test'
}
})
body = json.loads(response.content)
jwt = body['jwt']
print(jwt)
print('-- SHOULD BE OK')
response = requests.post(base + 'auth', json={
'docId': ID,
'area': 'image',
'permission': 'DELETE',
'jwt': jwt
})
print(response.status_code)
body = json.loads(response.content)
print(json.dumps(body, indent=4, sort_keys=True))
print('-- SHOULD FAIL FOR ID')
response = requests.post(base + 'auth', json={
'docId': ID + '1',
'area': 'image',
'permission': 'DELETE',
'jwt': jwt
})
print(response.status_code)
print('-- SHOULD FAIL FOR AREA')
response = requests.post(base + 'auth', json={
'docId': ID,
'area': 'images',
'permission': 'DELETE',
'jwt': jwt
})
print(response.status_code)
print('-- SHOULD FAIL FOR PERMISSION')
response = requests.post(base + 'auth', json={
'docId': ID,
'area': 'images',
'permission': 'DELETES',
'jwt': jwt
})
print(response.status_code)
print('-- SHOULD FAIL FOR JWT')
response = requests.post(base + 'auth', json={
'docId': ID,
'area': 'image',
'permission': 'DELETE',
'jwt': jwt + '1'
})
print(response.status_code)
def test_valid_dict_input(self):
x = {'a': 1, 'b': 52, 'd': 6}
self.assertEqual(util.get_value(x, 'a'), 1)
self.assertEqual(util.get_value(x, 'b'), 52)
self.assertEqual(util.get_value(x, 'd'), 6)
def test_dict_missing_key(self):
x = {'a': 1, 'b': 52, 'd': 6}
self.assertEqual(util.get_value(x, 'q'), None)
def test_valid_list_input(self):
y = ['a', 'c', 'd']
self.assertEqual(util.get_value(y, 'a'), 0)
self.assertEqual(util.get_value(y, 'c'), 1)
self.assertEqual(util.get_value(y, 'd'), 2)
def test_list_missing_key(self):
y = ['a', 'c', 'd']
self.assertEqual(util.get_value(y, 'b'), None)
import os
os.environ['KERAS_BACKEND'] = 'tensorflow'
from keras.models import load_model
from keras.utils import plot_model
import numpy as np
import util
FILE = '../data/sample_1.csv'
SAVE = '../../model/model_1'
training_data, policy_training_target, value_training_target, \
testing_data, policy_testing_target, value_testing_target = util.read_csv(FILE)
model = load_model(SAVE)
for i in range(10):
predictions = model.predict(np.array([testing_data[i]]))
print("cycle{0}".format(i))
print("policy is {0}, value is {1}".format(util.get_policy(predictions),
util.get_value(predictions)[1]))
def __init__(
self,
data_type_vocab_manager,
operation_vocab_manager,
digit_vocab_manager,
opts,
is_test=False
):
self._data_type_vocab_manager = data_type_vocab_manager
self._operation_vocab_manager = operation_vocab_manager
self._digit_vocab_manager = digit_vocab_manager
self._is_test = is_test
self._max_memory_size = util.get_value(opts, "max_memory_size")
self._max_value_size = util.get_value(opts, "max_value_size")
self._max_argument_num = util.get_value(opts, "max_argument_num")
# if self._is_test:
# self._batch_size = 1
# else:
self._batch_size = util.get_value(opts, "batch_size")
self._case_num = util.get_value(opts, "case_num")
self._batch_with_case_size = self._batch_size * self._case_num
self._batch_with_case_and_memory_size = self._batch_with_case_size * self._max_memory_size
self._dropout = util.get_value(opts, "dropout", 0.25)
# Embedding Size
self._data_type_embedding_dim = util.get_value(opts, "data_type_embedding_dim")
self._operation_embedding_dim = util.get_value(opts, "operation_embedding_dim")
self._lambda_embedding_dim = util.get_value(opts, "lambda_embedding_dim")
self._digit_embedding_dim = util.get_value(opts, "digit_embedding_dim")
# Memory Encoder (DNN), Size
self._memory_encoder_layer_1_dim = util.get_value(opts, "memory_encoder_layer_1_dim")
self._memory_encoder_layer_2_dim = util.get_value(opts, "memory_encoder_layer_2_dim")
# Output Encoder (DNN), Size
self._output_encoder_layer_1_dim = util.get_value(opts, "output_encoder_layer_1_dim")
self._output_encoder_layer_2_dim = util.get_value(opts, "output_encoder_layer_2_dim")
# Guide Hidden Layer
self._guide_hidden_dim = util.get_value(opts, "guide_hidden_dim")
# Operation Selector Hidden Size
self._operation_selector_dim = util.get_value(opts, "operation_selector_dim")
self._gradient_clip = util.get_value(opts, "gradient_clip", 5)
# Regularization term
self._regularization_terms = list()
if self._is_test:
self._build_test_graph()
else:
self._build_train_graph()
def changed(properties, value, input):
if get_value(properties, value) != input:
return True
else:
return False