def signUp():
fullname = raw_input("Enter Full Name : ")
uname = raw_input("Enter User Name : ")
password = raw_input("Enter Password : "******"client"
header.tag = "SignUp"
#request
request = comm_pb2.Request()
request.header.CopyFrom(header)
request.body.CopyFrom(payload)
write(request.SerializeToString(), sock)
#SignUp response from server
requestResponse = comm_pb2.Request()
print_str2 = get_message(sock, requestResponse)
print '\n'
print print_str2.header.reply_msg
def getCourseList():
#courselist
requestList = comm_pb2.RequestList()
#payload
payload = comm_pb2.Payload()
payload.req_list.CopyFrom(requestList)
#header
header = comm_pb2.Header()
header.routing_id = 13
header.originator = "client"
header.tag = "CourseList"
#request
request = comm_pb2.Request()
request.header.CopyFrom(header)
request.body.CopyFrom(payload)
write(request.SerializeToString(), sock)
#get Course List from server
requestResponse = comm_pb2.Request()
getCourseList = comm_pb2.GetCourse()
print_str3 = get_message(sock, requestResponse)
#print print_str3
list = print_str3.body.req_list.CourseList
for course in list:
getCourseList = course
print "\nCourse ID : " + str(getCourseList.course_id)
print "Course Name : " + getCourseList.course_name
print "Course Desc : " + getCourseList.course_description
def signIn():
uname = raw_input("Enter User Name : ")
password = raw_input("Enter Password : "******"client"
header.tag = "SignIn"
#request
request = comm_pb2.Request()
request.header.CopyFrom(header)
request.body.CopyFrom(payload)
write(request.SerializeToString(), sock)
#SignIn reponse from server
requestResponse = comm_pb2.Request()
headerResp = comm_pb2.Header()
print_str1 = get_message(sock, requestResponse)
print '\n'
print print_str1.header.reply_msg
def courseEnrollment():
#print "\nAvailable Courses"
#getCourseList()
#GetCourse by ID
courseId = input("\nEnter Course ID to Enroll : ")
getCourse = comm_pb2.GetCourse()
getCourse.course_id = courseId
#payload
payload = comm_pb2.Payload()
payload.get_course.CopyFrom(getCourse)
#header
header = comm_pb2.Header()
header.routing_id = 13
header.originator = "client"
header.tag = "Enroll"
#request
request = comm_pb2.Request()
request.header.CopyFrom(header)
request.body.CopyFrom(payload)
write(request.SerializeToString(), sock)
#GetCourseID response from server
requestResponse = comm_pb2.Request()
print_str5 = get_message(sock, requestResponse)
print "\nCourse ID : " + str(print_str5.body.get_course.course_id)
print "Course Name : " + print_str5.body.get_course.course_name
print "Course Description : " + print_str5.body.get_course.course_description
print "Enrollment Status : " + print_str5.header.reply_msg
def __init__(self):
self.host = ''
self.port = ''
self.client_socket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
while (self.host == '' and self.port == ''):
print('Enter Valid host and port')
#host = raw_input ( "host: " )
#port = raw_input ( "port: " )
self.port = "5570"
#client_socket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
self.client_socket.connect(("localhost", int(self.port)))
voting = comm_pb2.InitVoting()
#voting.voting_id = "1"
header = comm_pb2.Header()
header.tag = 'Voting'
header.originator = 'client'
header.routing_id = 2
payload = comm_pb2.Payload()
payload.init_voting.MergeFrom(voting)
request = comm_pb2.Request()
request.body.MergeFrom(payload)
request.header.MergeFrom(header)
print 'the byte size is'
print request.ByteSize()
success = self.write(request.SerializeToString())
#received = self.read()
requestResponse = comm_pb2.Request()
received = self.client_socket.recv(60000)
requestResponse.ParseFromString(received)
#received = client_socket.recv(60000)
#success = client_socket.send("Hit")
#data = client_socket.listen();# to do listen
print success
print requestResponse
self.client_socket.close()
def startVoting():
print "\Asking Cluster to Start Voting"
#initvoting
voting = comm_pb2.InitVoting()
#payload
payload = comm_pb2.Payload()
payload.init_voting.MergeFrom(voting)
#header
header = comm_pb2.Header()
header.routing_id = 13
header.originator = "client"
header.tag = "Voting"
#request
request = comm_pb2.Request()
request.header.MergeFrom(header)
request.body.MergeFrom(payload)
#write
write(request.SerializeToString(), sock)
requestResponse = comm_pb2.Request()
print_str6 = get_message(sock, requestResponse)
print print_str6.body.host_ip
def getCoursebyID():
#GetCourse by ID
courseId = input("Enter Course ID : ")
getCourse = comm_pb2.GetCourse()
getCourse.course_id = courseId
#payload
payload = comm_pb2.Payload()
payload.get_course.CopyFrom(getCourse)
#header
header = comm_pb2.Header()
header.routing_id = 13
header.originator = "client"
header.tag = "SearchCourse"
#request
request = comm_pb2.Request()
request.header.CopyFrom(header)
request.body.CopyFrom(payload)
write(request.SerializeToString(), sock)
#GetCourseID response from server
requestResponse = comm_pb2.Request()
print_str4 = get_message(sock, requestResponse)
print "\nCourse ID : " + str(print_str4.body.get_course.course_id)
print "Course Name : " + print_str4.body.get_course.course_name
print "Course Description : " + print_str4.body.get_course.course_description