class Book():
def __init__(self):
self.lib = Lib()
self.bookdb = Bookdb()
def get_post_book(self):
vdict = copy.deepcopy(config.vdict)
vdict['books'] = self.bookdb.select(vdict['book_max_post'])
vdict['thumbs'] = self.lib.get_thumbs(vdict['books'], 2)
return vdict
def get_book(self, id):
vdict = copy.deepcopy(config.vdict)
vdict['book'] = self.bookdb.select(1, id=id)
return vdict
def load(self, page):
vdict = copy.deepcopy(config.vdict)
vdict['books'] = self.bookdb.select(vdict['book_max_post'], page=page)
vdict['thumbs'] = self.lib.get_thumbs(vdict['books'], 2)
if vdict['books']:
new_list = []
for book in vdict['books']:
new_book = list(book)
new_book[3] = book[3].strftime('%d/%m/%Y')
new_book[4] = book[4].strftime('%H:%M:%S')
new_list.append(new_book)
vdict['books'] = new_list
return vdict
def sendFile(fileName, fileSize, conn): Lib.writeTextTCP(str(fileSize), conn) file = open(fileName, 'rb') data = file.read(BUFSIZE) while data: conn.send(data) data = file.read(BUFSIZE)
def main(argv):
serverSocket = socket(AF_INET,SOCK_STREAM)
serverSocket.bind((HOST, PORT))
serverSocket.listen(1)
while 1:
print("The server is ready to accept...")
connectionSocket, addr = serverSocket.accept()
print("Socket accept", addr)
fileName = Lib.readTextTCP(connectionSocket) #Modtager sti og filnavn fra client
#fileName2 = Lib.extractFilename(fileName)
print("Message received from client:", fileName)
fileExists = Lib.check_File_Exists(fileName)
fileExists2 = str(fileExists)
#if fileExists != 0: #returns fileSize
#file = open(fileName2,'rb') #opens file without truncation
#file2 = file.read(all)
#fileSize = Lib.getFileSizeTCP(connectionSocket)
Lib.writeTextTCP(fileExists2, connectionSocket)
sendFile(fileName, fileExists, connectionSocket)
#else:
#Lib.writeTextTCP("File not found", connectionSocket) #Sender error message til client
connectionSocket.close()
def main(argv):
if len(argv) > 2:
SERVER = sys.argv[1]
else:
print("Benyt formatet 'python file_client.py <IP>'\n")
sys.exit()
sock = socket(AF_INET, SOCK_STREAM)
sock.connect((SERVER, PORT))
print("Forbundet til server\n")
cmd = input("Indtast filnavn. Ved afslutning skriv 'exit'\n")
while cmd != "exit":
Lib.writeTextTCP(cmd, sock)
fileSize = Lib.getFileSizeTCP(sock)
print(fileSize)
if fileSize > 0:
receiveFile(cmd, sock, fileSize)
else:
print("Fil ikke fundet\n")
cmd = input("Indtast filnavn. Ved afslutning skriv 'exit'\n")
Lib.writeTextTCP(cmd, sock)
sock.close()
sys.exit()
class Post():
def __init__(self):
self.postdb = Postdb()
self.lib = Lib()
def get_post(self, amount=5, category="", page=0):
vdict = copy.deepcopy(config.vdict)
vdict['posts'] = self.postdb.select(amount=amount,
category=category,
page=page)
vdict['thumbs'] = self.lib.get_thumbs(vdict['posts'], 3)
vdict['videos'] = self.lib.get_video_data(vdict['posts'], 7)
vdict['category'] = category
new_post_list = []
for post in vdict['posts']:
new_post = list(post)
new_post[4] = post[4].strftime('%d/%m/%Y')
new_post[5] = post[5].strftime('%H:%M:%S')
new_post_list.append(new_post)
vdict['posts'] = new_post_list
return vdict
def get_single_post(self, id):
vdict = copy.deepcopy(config.vdict)
vdict['post'] = self.postdb.select(1, id=id)
return vdict
def requestFile(file, conn):
print('Requesting file')
Lib.writeTextTCP(file, conn)
fileSize = Lib.getFileSizeTCP(conn)
print('Size is: ', fileSize)
print('Requesting,', file)
Lib.writeTextTCP('Ready to receive', conn)
return fileSize
def main(argv):
fileName = sys.argv[1] #input from terminal when compiling
clientSock = socket(AF_INET, SOCK_STREAM) #create tcp socket
clientSock.connect((HOST, PORT)) #connect socket to the server address
print("Connected to server")
Lib.writeTextTCP(fileName, clientSock) #writes filename to server
receiveFile(fileName, clientSock) #calls recieveFile()
def main(ip, file):
print('ip: ', ip)
print('file: ', file)
clientSocket = socket(AF_INET, SOCK_STREAM)
clientSocket.connect((ip, SERVERPORT))
Lib.writeTextTCP('Client initiated TCP connection', clientSocket)
printServerResponse(clientSocket)
sizeOfFile = int(requestFile(file, clientSocket))
receiveFile(file, clientSocket, sizeOfFile)
clientSocket.close()
def main(argv):
serverSocket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
serverSocket.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
serverSocket.bind((HOST, PORT))
serverSocket.listen(1)
print 'Server setup done'
while (True):
connectionSocket, addr = serverSocket.accept()
fileName = Lib.readTextTCP(connectionSocket)
fileSize = Lib.check_File_Exists(fileName)
sendFile(fileName, fileSize, connectionSocket)
connectionSocket.close()
def __init__(self, log_level='DEBUG'):
"""
Library for compressImages.py interaction.
Args:
log_level (str): Logging level setting ie: "DEBUG" or "WARN"
"""
self.__log_level = log_level
self.__compress_images_obj = CompressImage()
self.__deleteBackupImageObj = DeleteBackupImage()
self.__lib = Lib(log_level=self.__log_level)
def receiveFile(fileName, conn):
Lib.writeTextTCP(fileName, conn)
filelength = int(float(Lib.readTextTCP(conn)))
print "fil length er {}".format(filelength)
chunks = int((filelength // BUFSIZE) + 1)
f = open("billede.jpg", "wb")
for i in range(0, chunks):
content = conn.recv(BUFSIZE)
f.write(content)
print 'Received a package'
print 'Done downloading'
f.close
def main(argv):
# TO DO Your Code
serverSocket = socket(AF_INET,SOCK_STREAM)
serverSocket.bind(('', PORT))
serverSocket.listen(1)
print 'The server is ready to receive'
while 1:
connectionSocket, addr = serverSocket.accept()
file = Lib.readTextTCP(connectionSocket)
filename = Lib.extractFilename(file)
size = str(Lib.check_File_Exists(filename))
sendFile(filename, size, connectionSocket)
serverSocket.close()
def main(argv):
serverSock = socket(AF_INET, SOCK_STREAM) #create TCP socket
serverSock.bind((HOST, PORT)) #Bind socket to IP og port(address)
serverSock.listen(1) #waiting for client to connect.
print 'The server is ready to receive'
while True:
conn, addr = serverSock.accept() #completes connection with client
print 'Connected to client - Port - ', PORT
txtClient = Lib.readTextTCP(
conn) #Reads file and directory from client
fileName = Lib.extractFilename(txtClient)
fileSize = str(Lib.check_File_Exists(fileName))
Lib.writeTextTCP(fileSize, conn) #send filesize to client.
sendFile(fileName, fileSize, conn) #calls sendfile()
def receiveFile(fileName, conn):
Lib.writeTextTCP(fileName, conn)
fileSize = Lib.getFileSizeTCP(conn)
if fileSize != 0:
fileHandle = open(fileName, "wb")
toReceive = fileSize
while toReceive > 0:
received = conn.recv(min(toReceive, BUFSIZE))
fileHandle.write(received)
toReceive -= len(received)
print "Finished getting file"
fileHandle.close()
else:
print "File '" + fileName + "' did not exist on the server"
def sendFile(fileName, fileSize, conn):
Lib.writeTextTCP(str(fileSize), conn)
if fileSize != 0:
fileHandle = open(fileName, "rb")
toSendBytes = fileSize
print "Sending file: " + fileName
print "With size: " + str(fileSize)
while toSendBytes > 0:
toSend = fileHandle.read(BUFSIZE)
toSendBytes -= len(toSend)
conn.send(toSend)
print "Finished sending..."
fileHandle.close()
def getFile(fileName, conn):
# TO DO Your Code
print("Inside receiveFile")
Lib.writeTextTCP(fileName, conn)
print("After conn.sendto")
#sendto(data: bytes, address: _Addresss)
#bytesAddresPair = conn.recvfrom(2048)
#number of bytes to be read from the TCP socket
sizeOfFile = int(Lib.readTextTCP(conn))
print(sizeOfFile)
print("after sizeOfFile")
if sizeOfFile == 0 :
print("Der findes ikke nogen fil")
return
fileNameExtracted = Lib.extractFilename(fileName)
fd = open(fileNameExtracted, 'wb')
# while sizeOfFile >= BUFSIZE:
# print("Inside receiveFile Inside while loop")
# var = Lib.readImageTCP(conn)
# fd.write(var)
#
# sizeOfFile -= BUFSIZE
# print("After fileLEngth -=")
# print("fd.close")
# var = Lib.readImageTCP(conn)
i = 1
#databuf = b""
while sizeOfFile > 0:
print("receiving datapacket: ", i)
if sizeOfFile >= 1000:
data = conn.recv(BUFSIZE)
#databuf += data
sizeOfFile -= BUFSIZE
i += 1
print("data received: ", data)
elif sizeOfFile < BUFSIZE:
data = conn.recv(sizeOfFile)
print("data received: ", data)
sizeOfFile -= sizeOfFile
fd.write(data)
fd.close()
def __init__(self): self.lib = Lib() self.postdb = Postdb() self.categorydb = Categorydb() self.pagedb = Pagedb() self.bookdb = Bookdb() self.userdb = Userdb() self.settingdb = Settingdb()
def main(argv):
# TO DO Your Code
if len(argv) > 0: #give arguments in the terminal names
TARGET = argv[0]
FILE = argv[1]
else:
sys.exit()
client = socket(AF_INET, SOCK_STREAM) #making the socket
client.connect((TARGET, PORT))
Lib.writeTextTCP(FILE, client) #asking for file
sizer = Lib.readTextTCP(client) #receives the filesize from server
receiveFile(FILE, client, sizer) #receive the file
client.close()
sys.exit()
def main(argv):
serverSocket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
serverSocket.bind(('', PORT))
serverSocket.listen(1)
print('The server is running and ready to receive')
while True:
connectionSocket, addr = serverSocket.accept()
printConnectionEstablished(connectionSocket)
print('Waiting to recieve file name')
fileName = ''
fileSize = ''
fileName = getTargetFile(connectionSocket)
fileSize = getTargetFileSize(fileName)
Lib.writeTextTCP(str(fileSize), connectionSocket)
sendFile(fileName, fileSize, connectionSocket)
time.sleep(1)
connectionSocket.close()
def receiveFile(nm, conn, siz):
bytesRead = 0
fileName = Lib.extractFilename(nm)
file = open(fileName, 'wb')
while bytesRead < siz:
buff = conn.recv(BUFSIZE)
file.write(buff)
bytesRead = bytesRead + len(buff)
print("Transfer complete\n")
def sendFile1(file, fileSize, conn):
# TO DO Your Code
Lib.writeTextTCP(fileSize, conn)
if fileSize > BUFSIZE:
sizebuf = fileSize
i = 1000
j = i-1000
while sizebuf > 0:
if sizebuf > 1000:
conn.sendFile(file[j:i],conn)
sizebuf -= i
i += 1000
elif sizebuf < 1000:
conn.sendFile(file[sizebuf],conn)
conn.close
def main(argv):
clisock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
#checks if input is correct
if len(argv) == 2:
serv = argv[0]
msg = argv[1]
else:
print("Formatet skal vaere <server IP> <sti/Filnavn>")
sys.exit()
#client connects to server
clisock.connect((serv, PORT))
print("Connection til server etableret")
#writes the filename t the server
Lib.writeTextTCP(msg, clisock)
#gets the filsize
size = Lib.getFileSizeTCP(clisock)
print("filstorelsen er: {}".format(size))
dataread = 0
#checks if the file exsists and if it does it starts receiving the file
if size > 0:
filename = Lib.extractFilename(msg)
print("Filnavnet er: {}".format(msg))
file = open(filename, 'wb')
while dataread < size:
filedata = clisock.recv(BUFSIZE)
file.write(filedata)
dataread = dataread + len(filedata)
print("filen er faerdigoverfort")
else:
print("File not found on server")
sys.exit()
clisock.close()
def main(argv):
#Connect to socket
s = socket(AF_INET,SOCK_STREAM)
print("The client is connecting...")
s.connect((serverName, PORT))
print ("Client Connected")
filename = input("Filename? -->") #Enter filename
print(filename)
Lib.writeTextTCP(filename,s)
#filesize = Lib.getFileSizeTCP(filename) #Get filesize
#print(filesize)
if filename == 'q':
s.close()
else:
#getFile(filename, filesize, s)
getFile(filename,s)
s.close()
def sendFile(fileName, fileSize, conn): #fileName = Lib.extractFilename(fileName) i = 0 text = "." #Sending size of requested file Lib.writeTextTCP(str(fileSize), conn) with open(fileName, "rb") as file_obj: while 1: #text not == "": text = file_obj.read(BUFSIZE) i = i + 1 if text == "": conn.send(text) break conn.send(text) print 'Packets sent: ', i print 'File sent: ', fileName
def main(argv):
serverSocket = socket(AF_INET, SOCK_STREAM)
serverSocket.bind((LOCALIP, PORT))
serverSocket.listen(1)
print("The server is ready to recieve\n")
while True:
connectionSocket, addr = serverSocket.accept()
print("client connected\n")
msg = Lib.readTextTCP(connectionSocket)
while msg != "exit":
print("Command received: %s\n" % msg)
fileSize = Lib.check_File_Exists(msg)
if fileSize > 0:
sendFile(msg, fileSize, connectionSocket)
else:
Lib.writeTextTCP(str(fileSize), connectionSocket)
msg = Lib.readTextTCP(connectionSocket)
connectionSocket.close()
print("Connection closed")
def main(argv):
#creating an INET an streaming socket
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
#bind to the HOST id and port 9000
sock.bind((HOST, PORT))
#The server can queue up to 5 connect requests
sock.listen(5)
print("Server socket opened")
while True:
#accepts connection from client
clisock, addr = sock.accept()
print("connection from {} achieved".format(addr))
#reads the message from the client
msg = Lib.readTextTCP(clisock)
print("received following message: {} ".format(msg))
#if the message is close it will close the connections and exit
if msg == "close":
sock.close()
print("Server socket closed")
clisock.close()
sys.exit()
#checks if the file exists and returns the size of the file, if it doesn't exist it returns 0
size = Lib.check_File_Exists(msg)
if size > 0:
print("The size of the file is: {} bit".format(size))
#converts the size of the file to a string and sends it to the client
returnmsg = str(size)
Lib.writeTextTCP(returnmsg, clisock)
#opens the requested file
file = open(msg, 'rb')
#reads BUFSIZE bits from the file
filedata = file.read(BUFSIZE)
#while there is data to be read it will send the data and read new data
while filedata:
clisock.send(filedata)
filedata = file.read(BUFSIZE)
else:
print("The file doesn't exist")
#converts the size of the file to a string and sends it to the client
returnmsg = str(size)
Lib.writeTextTCP(returnmsg, clisock)
clisock.close()
def main(argv): host = sys.argv[1] file = sys.argv[2] # Create a TCP/IP socket clientSocket = socket(AF_INET, SOCK_STREAM) server_address = (host, PORT) clientSocket.connect(server_address) fileName = Lib.extractFilename(file) Lib.writeTextTCP(file,clientSocket) fileSize = Lib.readTextTCP(clientSocket) fileSize = int(fileSize) print fileSize msg = Lib.readTextTCP(clientSocket) if msg == "Sender Fil...": receiveFile(fileName, fileSize, clientSocket) else: print "Fejl 40 -", msg clientSocket.close()
def receiveFile(fileName, conn, size):
# TO DO Your Code
bytesToRead = 0
name = Lib.extractFilename(fileName) #getting the name of the file
file = open(name, 'wb') #using the file name to make a new file
while (int(size) > bytesToRead): #building the new file
data = conn.recv(BUFSIZE)
file.write(data)
bytesToRead += len(data)
if bytesToRead == int(
size): # makes sure that the file doesnt get too much data
break
file.close()
print("completed transfering file")
def sendFile(fileName, clientAddr, server):
try:
# send size af fil
msg = "File size: " + str(Lib.check_File_Exists(fileName))
server.sendto(msg.encode(), clientAddr)
except:
# send fejl besked
server.sendto("File not found!".encode(), clientAddr)
with open(fileName, "rb") as file: # læs fra filen
data = file.read(HEADER) # læs første 1000 bytes
print("Sending...")
while data: # send mens der er data tilbage
server.sendto(data, clientAddr)
data = file.read(HEADER)
print("File sent.")
def receiveFile(fileName, size, conn): recievedData = 0 with open(fileName, 'wb') as file: print "RECEIVING - File lader sig fylde af dejlig data." while True: modtag = Lib.readTextTCP(conn) if modtag == '0': break recievedData = recievedData + int(modtag) print "Modtaget:", recievedData, "B /", size, "B" data = conn.recv(int(modtag)) file.write(data) file.close() print "COMPLETE - Filen er fyldt af modtaget data og derfor lukket."
# import lib # # l = lib.Lib() # l.sayHi() from lib import Lib l = Lib() l.sayHi()
