def rlogin():
email = request.args.get('email')
onepass = request.args.get('pin')
if onepass is not None:
p = executeSQL(
'select rid from resolvers where remail="%s" and rpin="%s"', True,
email, onepass)
if p is not None:
return Response(response='Success', status=200)
return Response(response='Failed', status=401)
else:
key = otp()
with cts.app_context():
msg = Message(
subject=
"Single use resolver's pin for NIT Andhra Pradesh CTS login",
sender=cts.config.get("MAIL_USERNAME"),
recipients=[email],
body=
'Single use pin: "%s" \n \n \n This is an auto generated mail. \n Please do not reply to this message or on this email address. \n For any query, please contact at [email protected] \n Do not disclose any confidential information to anyone.'
% key)
mail.send(msg)
executeSQL('update resolvers set rpin="%s" where remail="%s"', True,
key, email)
return Response(response='Success', status=200)
def complaints(cid, token):
vdata = rvalidate(token)
exp = request.headers['exp']
is_resolved = request.headers['is_resolved'] # 0/1
is_valid = request.headers['is_valid'] # 0/1
if vdata is not None:
executeSQL('insert into resolves values(%d, %s, %s, %s,"%s")', False,
vdata[0], cid, is_valid, is_resolved, exp)
return Response(response=json.dumps("success",
indent=4,
sort_keys=True,
default=str),
status=200)
else:
return Response(response='Failed', status=401)
def test_getHistoryRowBlock(self):
# create block
rollc_before = utils.getMaxIdFromTable(dbHost, dbName, login, pas,
"rollback_tx")
name = utils.generate_random_name()
block = "Div(Body: Hello)"
data = {
"ApplicationId": "1",
"Name": name,
"Value": block,
"Conditions": "true"
}
self.call_contract("NewBlock", data)
rollc_after = utils.getMaxIdFromTable(dbHost, dbName, login, pas,
"rollback_tx")
# change block
id = funcs.get_object_id(url, name, "blocks", token)
newValueBlock = block.replace("Hello", "new_var")
data = {"Id": id, "Value": newValueBlock}
self.call_contract("EditBlock", data)
# test
query = """SELECT id FROM "rollback_tx" WHERE table_name = '1_blocks' AND data='' AND id >= %s AND id <= %s""" % (
rollc_before, rollc_after)
rollback_id = utils.executeSQL(dbHost, dbName, login, pas, query)[0][0]
data = {"Table": "blocks", "ID": id, "rID": rollback_id}
contract = self.contracts["getHistoryRow"]
self.check_contract_with_data(contract["code"], data, block)
def tcomplaints(token):
vdata = rvalidate(token)
if vdata is not None:
data = executeSQL(
'select * from teachers,complaints, tfiles where teachers.tid=tfiles.tid and tfiles.cid=complaints.cid and tfiles.cid not in (select cid from resolves)',
False)
return Response(response=json.dumps(data,
indent=4,
sort_keys=True,
default=str),
status=200)
else:
return Response(response='Failed', status=401)
def myscomplaintsr(token):
vdata = svalidate(token)
if vdata is not None:
data = executeSQL(
'select * from students,complaints, sfiles, resolves, resolvers where students.sid=sfiles.sid and sfiles.cid=complaints.cid and resolves.cid = complaints.cid and resolves.rid = resolvers.rid and students.sid = %d',
False, vdata[0])
return Response(response=json.dumps(data,
indent=4,
sort_keys=True,
default=str),
status=200)
else:
return Response(response='Failed', status=401)
def test_getHistoryRowMenu(self):
# create menu
rollc_before = utils.getMaxIdFromTable(dbHost, dbName, login, pas,
"rollback_tx")
name = utils.generate_random_name()
menu = "This is new menu"
data = {"Name": name, "Value": menu, "Conditions": "true"}
self.call_contract("NewMenu", data)
rollc_after = utils.getMaxIdFromTable(dbHost, dbName, login, pas,
"rollback_tx")
# change menu
id = funcs.get_object_id(url, name, "menu", token)
newValueMenu = menu.replace("new menu", "new_var")
data = {"Id": id, "Value": newValueMenu}
self.call_contract("EditMenu", data)
# test
query = """SELECT id FROM "rollback_tx" WHERE table_name = '1_menu' AND data='' AND id >= %s AND id <= %s""" % (
rollc_before, rollc_after)
rollback_id = utils.executeSQL(dbHost, dbName, login, pas, query)[0][0]
data = {"Table": "menu", "ID": id, "rID": rollback_id}
contract = self.contracts["getHistoryRow"]
self.check_contract_with_data(contract["code"], data, menu)
def tfiles(token):
vdata = tvalidate(token)
data = request.headers['data']
tags = request.headers['tags']
if vdata is not None:
cid = executeSQL(
'select cid from complaints where cdata="%s" and tags="%s"', True,
data, tags)
if cid is None:
executeSQL('insert into complaints(cdata,tags) values ("%s","%s")',
True, data, tags)
cid = executeSQL(
'select cid from complaints where cdata="%s" and tags="%s"',
True, data, tags)
time_now = present_date()
executeSQL(
'insert into tfiles(tid,cid,ftime) values (%d,%d, "%s")', True,
vdata[0], cid[0], time_now)
return Response(response='Success', status=200)
else:
return Response(response='Failed', status=401)
def slogin():
email = request.args.get('email')
onepass = request.args.get('pin')
try:
pos = email.index('@')
except ValueError as e:
return Response(response='Invalid', status=401)
pass
domain = email[pos:]
if domain != "@student.nitandhra.ac.in":
return Response(response='Failed', status=401)
sd = executeSQL('select sid from students where Semail="%s"', True, email)
print(sd)
if sd is None:
executeSQL('insert into students (Semail) values("%s")', True, email)
if onepass is not None:
p = executeSQL(
'select sid from students where Semail="%s" and spin="%s"', True,
email, onepass)
if p is not None:
return Response(response='Success', status=200)
return Response(response='Failed', status=401)
else:
key = otp()
with cts.app_context():
msg = Message(
subject="Single use pin for NIT Andhra Pradesh CTS login",
sender=cts.config.get("MAIL_USERNAME"),
recipients=[email],
body=
'Single use pin: "%s" \n \n \n This is an auto generated mail. \n Please do not reply to this message or on this email address. \n For any query, please contact at [email protected] \n Do not disclose any confidential information to anyone.'
% key)
mail.send(msg)
executeSQL('update students set spin="%s" where Semail="%s"', True,
key, email)
return Response(response='Success', status=200)
def check():
data = executeSQL(
'show tables',
False,
)
return Response(response=json.dumps(data), status=200)
