def dev_se_data(fd):
curpath = str(os.path.dirname(os.path.realpath(__file__)))
filenam = curpath + "/dynamic.txt"
with open(filenam) as f1:
dy1 = f1.readlines()
dy1 = [x.rstrip() for x in dy1]
# print(dy1)
dy = dy1[0]
tr = dy
tr = eval(tr)
#print(tr)
cm.ApplicationManager_to_Scheduler_Producer_interface(tr)
def threaded(c):
# print("rg")
global reqid
id = str(c.recv(4).decode('utf-8'))
id = int(id)
# print(id)
c.send(b'hello')
if (id == 1):
user_name = str(c.recv(40).decode('utf-8'))
c.send(b'hello')
pass_word = str(c.recv(40).decode('utf-8'))
userid[user_name] = pass_word
c.send(bytes(str(1), 'utf8'))
c.recv(4)
c.send(bytes(str("Welcome"), 'utf8'))
c.recv(4)
c.send(bytes(str("http://127.0.0.1:4555/"), 'utf8'))
fil = str(c.recv(40).decode('utf-8'))
if (fil == "filled"):
conf = {}
zi = "/home/dell/Pictures/course_work/ias/group3_team1/AM/config/" + user_name + ".zip"
print(zi)
with ZipFile(zi, 'r') as zipObj:
zipObj.extractall(
"/home/dell/Pictures/course_work/ias/group3_team1/AM/config/"
)
filename = "/home/dell/Pictures/course_work/ias/group3_team1/AM/config/" + user_name + "/" + user_name + "_config.txt"
con = []
with open(filename) as f1:
con = f1.readlines()
con = [x.rstrip() for x in con]
# print(con)
for i in range(7):
s = con[i]
y = []
y = s.split(":")
print(y)
conf[y[0]] = int(y[1])
for i in range(7, len(con)):
s = con[i]
y = []
y = s.split(":")
conf[y[0]] = y[1]
conf["reqid"] = reqid
y_n = conf["old/runningservice"]
reqid = reqid + 1
y1 = json.dumps(conf) #Python to JSON
jsonData = json.loads(y1) #JSON to Python
isValid = validateJson(jsonData)
if isValid:
print("Given JSON data is Valid")
confjson = json.dumps(jsonData)
print(confjson)
producer = KafkaProducer(bootstrap_servers='localhost:9092')
if (y_n == "yes"):
cm.ApplicationManager_to_ServiceLifeCycle_Producer_interface(
confjson)
else:
cm.ApplicationManager_to_Scheduler_Producer_interface(
confjson)
else:
print(jsonData)
print("Given JSON data is InValid")
if (id == 2):
# print("EXISTING")
user_name = str(c.recv(40).decode('utf-8'))
c.send(b'hello')
pass_word = str(c.recv(40).decode('utf-8'))
# print(user_name)
# print(pass_word)
if user_name in userid and pass_word == userid[user_name]:
c.send(bytes(str(1), 'utf8'))
c.recv(4)
c.send(bytes(str("Welcome"), 'utf8'))
c.recv(4)
c.send(bytes(str("http://127.0.0.1:4555/"), 'utf8'))
fil = str(c.recv(40).decode('utf-8'))
if (fil == "filled"):
conf = {}
zi = "/home/dell/Pictures/course_work/ias/group3_team1/AM/config/" + user_name + ".zip"
print(zi)
with ZipFile(zi, 'r') as zipObj:
zipObj.extractall(
"/home/dell/Pictures/course_work/ias/group3_team1/AM/config/"
)
filename = "/home/dell/Pictures/course_work/ias/group3_team1/AM/config/" + user_name + "/" + user_name + "_config.txt"
con = []
with open(filename) as f1:
con = f1.readlines()
con = [x.rstrip() for x in con]
# print(con)
for i in range(7):
s = con[i]
y = []
y = s.split(":")
conf[y[0]] = int(y[1])
for i in range(7, len(con)):
s = con[i]
y = []
y = s.split(":")
conf[y[0]] = y[1]
conf["reqid"] = reqid
y_n = conf["old/runningservice"]
reqid = reqid + 1
y1 = json.dumps(conf) #Python to JSON
jsonData = json.loads(y1) #JSON to Python
isValid = validateJson(jsonData)
if isValid:
print("Given JSON data is Valid")
confjson = json.dumps(jsonData)
print(confjson)
producer = KafkaProducer(
bootstrap_servers='localhost:9092')
if (y_n == "yes"):
cm.ApplicationManager_to_ServiceLifeCycle_Producer_interface(
confjson)
else:
cm.ApplicationManager_to_Scheduler_Producer_interface(
confjson)
else:
print(jsonData)
print("Given JSON data is InValid")
else:
c.send(bytes(str(11), 'utf8'))
c.recv(4)
c.send(bytes(str("Welcome"), 'utf8'))
c.recv(4)
c.send(bytes(str("Invalid Credentials"), 'utf8'))
c.close()
import sys
import json
# import datetime
# import time
# import collections
topic_own = "pandey"
sys.path.insert(
0,
"/home/dell/Pictures/course_work/ias/group3_team1/cm/communication_module")
import communication_module as cm
f = open('meta.json', )
data = json.load(f)
meta_data = {}
for i in data['scheduler']:
meta_data.update(i)
data = meta_data
print(data)
# producer.send(topic,value=data)
# sleep(1)
cm.ApplicationManager_to_Scheduler_Producer_interface(data)