def task_set_output(self,s):
api('v1').job_tasks().update(uuid=self['uuid'],
body={
'output':s,
'success':True,
'progress':1.0
}).execute()
def task_set_output(self,s):
api('v1').job_tasks().update(uuid=self['uuid'],
body={
'output':s,
'success':True,
'progress':1.0
}).execute()
def one_task_per_input_file(if_sequence=0, and_end_task=True, input_as_path=False):
if if_sequence != current_task()['sequence']:
return
job_input = current_job()['script_parameters']['input']
cr = CollectionReader(job_input)
for s in cr.all_streams():
for f in s.all_files():
if input_as_path:
task_input = os.path.join(job_input, s.name(), f.name())
else:
task_input = f.as_manifest()
new_task_attrs = {
'job_uuid': current_job()['uuid'],
'created_by_job_task_uuid': current_task()['uuid'],
'sequence': if_sequence + 1,
'parameters': {
'input':task_input
}
}
api('v1').job_tasks().create(body=new_task_attrs).execute()
if and_end_task:
api('v1').job_tasks().update(uuid=current_task()['uuid'],
body={'success':True}
).execute()
exit(0)
def one_task_per_input_file(if_sequence=0, and_end_task=True, input_as_path=False):
if if_sequence != current_task()['sequence']:
return
job_input = current_job()['script_parameters']['input']
cr = CollectionReader(job_input)
for s in cr.all_streams():
for f in s.all_files():
if input_as_path:
task_input = os.path.join(job_input, s.name(), f.name())
else:
task_input = f.as_manifest()
new_task_attrs = {
'job_uuid': current_job()['uuid'],
'created_by_job_task_uuid': current_task()['uuid'],
'sequence': if_sequence + 1,
'parameters': {
'input':task_input
}
}
api('v1').job_tasks().create(body=new_task_attrs).execute()
if and_end_task:
api('v1').job_tasks().update(uuid=current_task()['uuid'],
body={'success':True}
).execute()
exit(0)
def current_job():
global _current_job
if _current_job:
return _current_job
t = api('v1').jobs().get(uuid=os.environ['JOB_UUID']).execute()
t = UserDict.UserDict(t)
t.tmpdir = os.environ['JOB_WORK']
_current_job = t
return t
def current_job():
global _current_job
if _current_job:
return _current_job
t = api('v1').jobs().get(uuid=os.environ['JOB_UUID']).execute()
t = UserDict.UserDict(t)
t.tmpdir = os.environ['JOB_WORK']
_current_job = t
return t
def main(request):
"""
main view, for the webinterface, as for the api,
as the api uses only one url with GET-Parameters.
"""
if "api" in request.GET:
return api(request)
else:
return home(request)
def current_task():
global _current_task
if _current_task:
return _current_task
t = api('v1').job_tasks().get(uuid=os.environ['TASK_UUID']).execute()
t = UserDict.UserDict(t)
t.set_output = types.MethodType(task_set_output, t)
t.tmpdir = os.environ['TASK_WORK']
_current_task = t
return t
def current_task():
global _current_task
if _current_task:
return _current_task
t = api('v1').job_tasks().get(uuid=os.environ['TASK_UUID']).execute()
t = UserDict.UserDict(t)
t.set_output = types.MethodType(task_set_output, t)
t.tmpdir = os.environ['TASK_WORK']
_current_task = t
return t
def one_task_per_input_stream(if_sequence=0, and_end_task=True):
if if_sequence != current_task()['sequence']:
return
job_input = current_job()['script_parameters']['input']
cr = CollectionReader(job_input)
for s in cr.all_streams():
task_input = s.tokens()
new_task_attrs = {
'job_uuid': current_job()['uuid'],
'created_by_job_task_uuid': current_task()['uuid'],
'sequence': if_sequence + 1,
'parameters': {
'input':task_input
}
}
api('v1').job_tasks().create(body=new_task_attrs).execute()
if and_end_task:
api('v1').job_tasks().update(uuid=current_task()['uuid'],
body={'success':True}
).execute()
exit(0)
def modify_record(email, password, domain_id, sub_domain, record_type,
record_line, value, ttl, record_id):
api = RecordModify(email=email,
password=password,
domain_id=domain_id,
sub_domain=sub_domain,
record_type=record_type,
record_line=record_line,
value=value,
ttl=ttl,
record_id=record_id)
return api().get('status')
def one_task_per_input_stream(if_sequence=0, and_end_task=True):
if if_sequence != current_task()['sequence']:
return
job_input = current_job()['script_parameters']['input']
cr = CollectionReader(job_input)
for s in cr.all_streams():
task_input = s.tokens()
new_task_attrs = {
'job_uuid': current_job()['uuid'],
'created_by_job_task_uuid': current_task()['uuid'],
'sequence': if_sequence + 1,
'parameters': {
'input':task_input
}
}
api('v1').job_tasks().create(body=new_task_attrs).execute()
if and_end_task:
api('v1').job_tasks().update(uuid=current_task()['uuid'],
body={'success':True}
).execute()
exit(0)
def get_domains_json(email, password):
api = DomainList(email=email, password=password)
return api().get("domains")
def setUp(self):
self.api=api()
self.carleton = {
"INSTNM" : "Carleton College",
"CITY" : "Northfield",
"STABBR" : "MN",
"OPEID" : 234000,
"ADM_RATE" : 0.2262,
"SAT_AVG" : 1413,
"UGDS_WHITE" : 0.6161,
"COSTT4_A" : 64420,
"MD_EARN_WNE_P9" : 75000
}
self.carleton_full={
"INSTNM" :"Carleton College" ,
"CITY" :"Northfield" ,
"STABBR" :"MN" ,
"ZIP" :"55057-4001" ,
"INSTURL" :"www.carleton.edu" ,
"NPCURL" :"https://apps.carleton.edu/admissions/afford/estimator/ ",
"OPEID" :234000 ,
"OPEID6" :2340 ,
"REGION" :4 ,
"LOCALE" :32 ,
"LATITUDE" :44.462318 ,
"LONGITUDE" :-93.154666 ,
"ADM_RATE" :0.2262 ,
"SATVR25" :660 ,
"SATVR75" :770 ,
"SATMT25" :660 ,
"SATMT75" :770 ,
"SATWR25" :660 ,
"SATWR75" :750 ,
"SATVRMID" :715 ,
"SATMTMID" :715 ,
"SATWRMID" :705 ,
"ACTCM25" :30 ,
"ACTCM75" :33 ,
"ACTEN25" : None ,
"ACTEN75" : None ,
"ACTMT25" : None ,
"ACTMT75" : None ,
"ACTWR25" : None ,
"ACTWR75" : None ,
"ACTCMMID" :32 ,
"ACTENMID" : None ,
"ACTMTMID" : None ,
"ACTWRMID" : None ,
"SAT_AVG" :1413 ,
"SAT_AVG_ALL" :1413 ,
"PCIP01" :0 ,
"PCIP03" :0.0201 ,
"PCIP04" :0 ,
"PCIP05" :0.0241 ,
"PCIP09" :0 ,
"PCIP10" :0 ,
"PCIP11" :0.1006 ,
"PCIP12" :0 ,
"PCIP13" :0 ,
"PCIP14" :0 ,
"PCIP15" :0 ,
"PCIP16" :0.0302 ,
"PCIP19" :0 ,
"PCIP22" :0 ,
"PCIP23" :0.0644 ,
"PCIP24" :0 ,
"PCIP25" :0 ,
"PCIP26" :0.1127 ,
"PCIP27" :0.0644 ,
"PCIP29" :0 ,
"PCIP30" :0.006 ,
"PCIP31" :0 ,
"PCIP38" :0.0282 ,
"PCIP39" :0 ,
"PCIP40" :0.1268 ,
"PCIP41" :0 ,
"PCIP42" :0.0604 ,
"PCIP43" :0 ,
"PCIP44" :0 ,
"PCIP45" :0.1992 ,
"PCIP46" :0 ,
"PCIP47" :0 ,
"PCIP48" :0 ,
"PCIP49" :0 ,
"PCIP50" :0.0986 ,
"PCIP51" :0 ,
"PCIP52" :0 ,
"PCIP54" :0.0644 ,
"UGDS" :2045 ,
"UG" :1936 ,
"UGDS_WHITE" :0.6161 ,
"UGDS_BLACK" :0.045 ,
"UGDS_HISP" :0.0748 ,
"UGDS_ASIAN" :0.0856 ,
"UGDS_AIAN" :0.0015 ,
"UGDS_NHPI" :0.001 ,
"UGDS_2MOR" :0.0567 ,
"UGDS_NRA" :0.1017 ,
"UGDS_UNKN" :0.0176 ,
"UGDS_WHITENH" :0.6913 ,
"UGDS_BLACKNH" :0.0463 ,
"UGDS_API" :0.0967 ,
"UGDS_AIANOLD" :0.0065 ,
"UGDS_HISPOLD" :0.0554 ,
"UG_NRA" :0.0181 ,
"UG_UNKN" :0 ,
"UG_WHITENH" :0.8316 ,
"UG_BLACKNH" :0.0294 ,
"UG_API" :0.0821 ,
"UG_AIANOLD" :0.0026 ,
"UG_HISPOLD" :0.0362 ,
"NPT4_PRIV" :26745 ,
"NPT41_PUB" : None ,
"NPT42_PUB" : None ,
"NPT43_PUB" : None ,
"NPT44_PUB" : None ,
"NPT45_PUB" : None ,
"NPT41_PRIV" :12207 ,
"NPT42_PRIV" :13473 ,
"NPT43_PRIV" :14682 ,
"NPT44_PRIV" :22396 ,
"NPT45_PRIV" :38398 ,
"NUM4_PRIV" :228 ,
"COSTT4_A" :64420 ,
"TUITIONFEE_IN" :50874 ,
"TUITIONFEE_OUT" :50874 ,
"FEMALE_ENRL_ORIG_YR2_RT" :0.803571429 ,
"MALE_ENRL_ORIG_YR2_RT" :0.819047619 ,
"GRAD_DEBT_MDN" :19500 ,
"FIRSTGEN_DEBT_MDN" :18409 ,
"NOTFIRSTGEN_DEBT_MDN" :18798 ,
"FIRST_GEN" :0.162393162 ,
"COUNT_WNE_INDEP0_INC1_P10" :21
}
def _get_url(self):
api = FlickrFavoritesRemoveAPI if self.fav else FlickrFavoritesAddAPI
url = api().get_url(self.arg['id'])
return url
def index():
quote = api()
return render_template("index.html", quote=quote)
PACKAGE_PARENT = '../..'
SCRIPT_DIR = os.path.dirname(
os.path.realpath(os.path.join(os.getcwd(), os.path.expanduser(__file__))))
sys.path.append(os.path.normpath(os.path.join(SCRIPT_DIR, PACKAGE_PARENT)))
from api import *
import time
import random
from threading import Thread
from sys import argv
import sys
from sys import exit
import pathlib
main = api()
if (len(sys.argv) > 1):
main.load_config(pathlib.Path().absolute(), sys.argv[1])
else:
main.load_config(pathlib.Path().absolute(), "main")
wiz_count = main.config["config"]["wizards"]
main.register_windows(count=wiz_count)
# Thread Init - Used for movement sequences
threads = []
while True:
main.start_time = time.time()
main.round_count += 1
def _get_url(self):
api = FlickrFavoritesRemoveAPI if self.fav else FlickrFavoritesAddAPI
url = api().get_url(self.arg['id'])
return url
def get_domains_json(email, password):
api = DomainList(email=email, password=password)
return api().get("domains")
token='CAACEdEose0cBACER45cmArLFqGPf2ALQ1F3S8v04By1qulqmPNqOZAr5j8uTeHScgsTMmzC8sQUXu1DkKIjfjh203p3ynK7Hv18sKKZCr61GI8kjvaRHacu1x8fW8hEbSWMDk2uXgvlqSZB5RNb0xwFVOMzokZAuhh2ZBEZBKZCpgZDZD' from wiring import * from api import * from request import * f=api(token)
def get_records_json(email, password, domain_id):
api = RecordList(email=email, password=password, domain_id=domain_id)
return api().get('records')
butV = Button(f,
text='Voltar',
command=qualifyReturn,
width=12,
font='verdana 10 bold')
butV.pack()
f.pack()
#Instancias da classe tk que é a biblioteca usada para desenvolver a interface,
#da classe cliente e da classe api
s = Tk()
s.title('Autorama')
s.geometry('680x570')
c = client()
a = api()
#As linhas de código abaixo em sua maioria dizem respeito a instâncias de componentes de tela,
#como botões, labels, inputs e etc, despensa explicações
#Componentes da tela de configuração do RFID e servidor
screen1 = Frame(s)
framer1 = Frame(screen1)
framer2 = Frame(screen1)
framer3 = Frame(screen1)
framer4 = Frame(screen1)
framer5 = Frame(screen1)
framer6 = Frame(screen1)
lr1 = Label(framer1, text='RFID', font='verdana 16 bold', anchor='e')
def set_get_started(gs_obj):
request_endpoint = '{0}/me/messenger_profile'.format(bot.graph_url)
response = requests.post(
request_endpoint,
params=bot.auth_args,
json=gs_obj,
)
result = response.json()
return result
def send_quick_replies(recipient_id, text, quick_replies):
return bot.send_message(recipient_id, {
"text": text,
"quick_replies": quick_replies
})
def verify_fb_token(token_sent):
# take token sent by facebook and verify it matches the verify token you sent
# if they match, allow the request, else return an error
if token_sent == VERIFY_TOKEN:
return request.args.get("hub.challenge")
return 'Invalid verification token'
if __name__ == "__main__":
set_get_started({"get_started": {"payload": "started"}})
api(app, db)
app.run(host='0.0.0.0', debug=True)
import api
api = api.config('abdul_f9cfcade4264cba870585a')
val, res = api('temp-deprecated').run('sayHello', {
'name': 'hi'
})
if res.error:
print 'oh no'
else:
print val
def get_records_json(email, password, domain_id):
api = RecordList(email=email, password=password, domain_id=domain_id)
return api().get('records')
import dwollav2
import firebase_admin
from firebase_admin import auth
from firebase_admin import credentials
from utils import *
from api import *
import boto3
import time
#Setup firebase, and API
cred = credentials.Certificate(
"./dracker-9443c-firebase-adminsdk-gmc2g-7d48bbd323.json")
firebase_admin.initialize_app(cred)
api_instance = api("keys.json")
keys = api_instance.get_keys()
def register_user(user):
# Test new User
res = api_instance.new_user(user)
data = res.json()
#Need to do this because, the data is not sanatized
if data['message'] != 'SUCCESS':
print("Register new user: Test Failed! initial create")
return (None, None)
uid = data['uid']
#After successful creation of a user, check for duplicate registration possibility
org_phone = user['phone']
org_email = user['email']
#Test duplicate email
user['phone'] = random_phone()
def modify_record(email, password, domain_id, sub_domain, record_type, record_line, value, ttl, record_id):
api = RecordModify(
email=email, password=password, domain_id=domain_id, sub_domain=sub_domain, record_type=record_type,
record_line=record_line, value=value, ttl=ttl, record_id=record_id)
return api().get('status')
# getconfig() -- Return a configuration variable
# getpubkeys() -- Return the public keys for a wallet address
# getrawtransaction() -- Retrieve a transaction
# getmpk() -- Return your wallet\'s master public key
# help() -- Prints this help
# history() -- Returns the transaction history of your wallet
# listaddresses() -- Returns your list of addresses.
# listunspent() -- Returns the list of unspent inputs in your wallet.
# getaddressunspent() -- Returns the list of unspent inputs for an address.
# restore() -- Restore a wallet
# setconfig() -- Set a configuration variable
# setlabel() -- Assign a label to an item
# sendrawtransaction() -- Broadcasts a transaction to the network.
# unfreeze() -- Unfreeze the funds at one of your wallet\'s address
# validateaddress() -- Check that the address is valid
# verifymessage() -- Verifies a signature', verifymessage_syntax
# encrypt() -- encrypt a message with pubkey
# daemon("<stop/status>") -- <stop|status>
# getproof() -- get merkle proof
# getutxoaddress() -- get the address of an unspent transaction output
#Exsample
import api # imports the api
from api import * # imports all funtions
api = api() # bind class
print api.daemon("status") # Prints daemon status
print api.getbalance() # Prints balance
print api.getservers() # Prints all servers in electrum network
