LAMPIRAN A - Universitas Lampungdigilib.unila.ac.id/2986/23/Lampiran.pdf113 LAMPIRAN A Pada lampiran...

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LAMPIRAN A

Pada lampiran A, terdapat source code dari program-program yang telah dibuat

oleh penulis, dengan lampiran sebagai berikut:

Source Code Program Berada Pada Raspberry Pi

i. Source Code “databases.py”

#!/usr/bin/python """ membuat koneksi mysql """ import MySQLdb def db_conn() : database = "skripsihanang" host = "192.168.1.109" username = "hanang" password = "1234567" db = MySQLdb.connect(host,username,password,database) return db db_conn = db_conn()

ii. Source Code “pingscript.py”

#!/usr/bin/python import subprocess import os import re import time from database import db_conn match = [] def pingcode(ip) : result = [] ping = subprocess.Popen(["ping","-c","1","-i","1"," W","1",ip],stdout=subprocess.PIPE).stdout.read() result.append(ping) data = result[0] regex = re.findall(r'time=(.*)ms',data) if regex == match : regex = 0 else : regex = float(regex[0]) data = regex if data != 0 : status = 1

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else : status = 0 return status,data def datasql(ip, tabel, tabel30): db = db_conn cursor = db.cursor() result = pingcode(ip) status = result[0] data = result[1] insert = """INSERT INTO {} VALUES(NOW(),{})""".format(tabel, status) cursor.execute(insert) db.commit() delayping = data / 1000 delay = 2 - delayping _query30 = "INSERT INTO {} VALUES(NOW(),{}) ".format(tabel30,status) selectdata = "SELECT COUNT(waktu) FROM International30" cursor.execute(selectdata) hasil = cursor.fetchall() hasil = zip(*hasil) data = hasil[0][0] if data >= 30: deldata = "DELETE FROM {} ORDER BY DATE(waktu) ASC LIMIT 1".format(tabel30) cursor.execute(deldata) cursor.execute(_query30) db.commit() else : cursor.execute(_query30) db.commit() def proses(ip, tabel, tabel30): while True : datasql(ip, tabel, tabel30) time.sleep(2)

iii. Source Code “intping.py”

#!/usr/bin/python from pingscript import proses import time ip = "103.3.78.105" tabel = "International" tabel30 = "International30" proses(ip, tabel, tabel30)

iv. Source Code “indping.py”

#!/usr/bin/python from pingscript import proses ip = "103.3.78.109" tabel = "indonesia" tabel30 = "indonesia30" proses(ip, tabel, tabel30)

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v. Source Code “gtwping.py”

#/usr/bin/python from pingscript import proses ip = "103.3.46.254" tabel = "gateway" tabel30 = "gateway30" proses(ip, tabel, tabel30)

vi. Source Code “gooping.py”

#!/usr/bin/python from pingscript import proses ip = "8.8.8.8" tabel = "google" tabel30 = "google30" proses(ip, tabel, tabel30)

vii. Source Code “bandwidthscript.py”

#!/usr/bin/python from database import db_conn import ftplib import time import os import subprocess import re def getfile(filename) : ftp = ftplib.FTP("103.3.46.254") ftp.login("hanang", "HackActivity") ftp.retrbinary("RETR " + filename ,open(filename, 'wb').write) ftp.quit() def readfile(filename) : files = open(filename,'r+') reads = files.read() rx = re.findall(r'rx-bits-per-second:(.*)',reads)

tx = re.findall(r'tx-bits-per-second:(.*)',reads) rxregexnum = 0 rxregexchar = [] txregexnum = 0 txregexchar = [] rxmatch = [] if rx == rxmatch : pass else : rxgetlist = rx[0] rxregexnum = re.findall(r'\d{1,}', rxgetlist) rxregexnum = float(rxregexnum[0]) rxregexchar = re.findall(r'[A-Za-z]', rxgetlist) txgetlist = tx[0] txregexnum = re.findall(r'\d{1,}', txgetlist) txregexnum = float(txregexnum[0]) txregexchar = re.findall(r'[A-Za-z]', txgetlist) mregexchar = ["M", "b", "p", "s"] kregexchar = ["k", "b", "p", "s"] bregexchar = ["b", "p", "s"] nullregexchar = []

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if rxregexchar == mregexchar : rxbit = rxregexnum elif rxregexchar == kregexchar : rxbit = rxregexnum / 1024 elif rxregexchar == nullregexchar : rxbit = rxregexnum / 1024 elif rxregexchar == bregexchar : rxbit = rxregexnum / 1048576 if txregexchar == mregexchar : txbit = txregexnum elif txregexchar == kregexchar : txbit = txregexnum / 1024 elif txregexchar == nullregexchar: txbit = txregexnum / 1024 elif txregexchar == bregexchar : txbit = txregexnum / 1048576 return rxbit, txbit def mysql(tabeldb,rxbit,txbit,tabeldb30) : db = db_conn _insert = """INSERT INTO %s VALUES (NOW(),%s,%s)"""%(tabeldb,rxbit,txbit) cursor = db.cursor() cursor.execute(_insert) _query30 = "INSERT INTO %s VALUES(NOW(),%s,%s) "%(tabeldb30,rxbit, txbit) selectdata = "SELECT COUNT(waktu) FROM %s"%(tabeldb30) cursor.execute(selectdata) hasil = cursor.fetchall() hasil = zip(*hasil) data = hasil[0][0] if data >= 30: deldata = "DELETE FROM %s ORDER BY DATE(waktu) ASC LIMIT 1"%(tabeldb30) cursor.execute(deldata) cursor.execute(_query30) db.commit() else : cursor.execute(_query30) db.commit() db.commit() def maincode(filename,tabeldb,tabeldb30) : getfile(filename) readfiles = readfile(filename) rxbit = readfiles[0] txbit = readfiles[1] mysql(tabeldb,rxbit,txbit,tabeldb30)

viii. Source Code “ixbw.py”

#!/usr/bin/python from bandwidthscript import maincode from time import sleep while True : filename = "int.txt" tabeldb = "p2pix" tabeldb30 = "p2pix30"

maincode(filename,tabeldb,tabeldb30) sleep(2)

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ix. Source Code “iixbw.py”

#!/usr/bin/python from bandwidthscript import maincode from time import sleep while True : filename = "ind.txt" tabeldb = "p2piix" tabeldb30 = "p2piix30" maincode(filename,tabeldb,tabeldb30) sleep(2)

x. Source Code “gtwbw.py”

#!/usr/bin/python from bandwidthscript import maincode from time import sleep while True : filename = "gate254.txt" tabeldb = "gtw254" tabeldb30 = "gtw25430" maincode(filename,tabeldb,tabeldb30) sleep(2)

xi. Source Code “temperatur.py”

#!/usr/bin/python3 import os, glob, time, sys, datetime from database import db_conn db = db_conn os.system('sudo modprobe w1-gpio') os.system('sudo modprobe w1-therm') device_folder = glob.glob('/sys/bus/w1/devices/28*') while True : device_file = [] lendevice = len(device_folder) temp_list=[] for i in range(lendevice): folder = device_folder[i] + '/w1_slave' device_file.append(folder) filestemp = open(device_file[i],'r') lines = filestemp.read() gettemp = lines.find('t=') temp = float(lines[gettemp+2:])/1000 if temp >= 0 : if temp <= 40: temp_list.append(temp) else : pass cursor = db.cursor() _query = "INSERT INTO temperatur (waktu,suhu1,suhu2,suhu3) VALUES(NOW(),{},{},{}) ".format(temp_list[0],temp_list[1],temp_list[2]) cursor.execute(_query) db.commit() _query30 = "INSERT INTO temperatur30 (waktu,suhu1,suhu2,suhu3) VALUES(NOW(),{},{},{}) ".format(temp_list[0],temp_list[1],temp_list[2]) selectdata = "SELECT COUNT(waktu) FROM temperatur30" cursor.execute(selectdata)

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hasil = cursor.fetchall() hasil = zip(*hasil) data = hasil[0][0] if data >= 30: deldata = "DELETE FROM temperatur30 ORDER BY DATE(waktu) ASC LIMIT 1" cursor.execute(deldata) cursor.execute(_query30) db.commit() else : cursor.execute(_query30) db.commit() suhu1 = temp_list[0] suhu2 = temp_list[1] suhu3 = temp_list[2] if suhu1 < 18 or suhu2 < 18 or suhu3 < 18: tempstat = "dingin" elif suhu1 > 27 or suhu2 > 27 or suhu3 > 27: tempstat = "panas" else: tempstat = "aman" files = open("tempresult.txt","w") files.write(tempstat) files.close()

xii. Source Code “getlistrik.py”

#!/usr/bin/python import RPi.GPIO as GPIO import time def readgpio(): GPIO.setmode(GPIO.BCM) channelIN = GPIO.setup(27, GPIO.IN) return channelIN def readvolt(): channel = readgpio() files = open("listrikresult.txt","w") if (GPIO.input(27)) : status = 1 files.write("hidup") else: status = 0 files.write("mati") files.close() return status def sql(): from database import db_conn db = db_conn cur = db.cursor() result = readvolt() selects = "SELECT COUNT(waktu) FROM listrik30" cur.execute(selects) counts = cur.fetchone() len = counts[0] if result == 1: cur.execute("INSERT INTO listrik VALUES(NOW(),1)") if len <= 30: cur.execute("DELETE FROM listrik30 ORDER BY DATE(waktu) ASC LIMIT 1") cur.execute("INSERT INTO listrik30 VALUES(NOW(),1)") else:

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cur.execute("INSERT INTO listrik30 VALUES(NOW(),1)") elif result == 0: cur.execute("INSERT INTO listrik VALUSE(NOW(),0)") if len <= 30: cur.execute("DELETE FROM listrik30 ORDER BY DATE(waktu) ASC LIMIT 1") cur.execute("INSERT INTO listrik30 VALUES(NOW(),0)") else: cur.execute("INSERT INTO listrik30 VALUES(NOW(),0)") db.commit() while True: readvolt() sql() time.sleep(2)

xiii. Source Code “smsscript.py”

#!/usr/bin/python from database import db_conn from hplist import nohp import time import datetime import MySQLdb import os from sendsms import sendsms def sqlread(tabel): db = db_conn query = "SELECT status FROM {} ORDER BY DATE(waktu) DESC LIMIT 7; ".format(tabel) cursor = db.cursor() cursor.execute(query) getdata = cursor.fetchall() result = zip(*getdata) result = result[0] list = [] for i in range(len(result)): if result[i] == 0: list.append(result[i]) else : pass hasil = len(list) return hasil def waktu(namalink): tanggal = datetime.datetime.now() date = tanggal.strftime('%H:%M:%S %d/%m/%Y') sambung = "Raspberry Report : Jaringan {} Tersambung Kembali Pada Pukul : {}".format(namalink,date) putus = "Rasberry Report : Jaringan {} Putus Pada Pukul : {}".format(namalink,date) return sambung, putus def proses(tabel,namalink,filestatus): listhp = nohp() datasql = sqlread(tabel) statussambung =waktu(namalink)[0] statusputus = waktu(namalink)[1] if datasql >= 7: files = open(filestatus,"r") status = files.readlines() status = status[0] #print status files.close()

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if status == "terkoneksi" : for i in range(len(listhp)): sendsms(statusputus,listhp[i]) #print "putus" files = open(filestatus,"w") files.write("terputus") files.close() else : #print "masih putus" files = open(filestatus,"w") files.write("terputus") files.close() elif datasql <= 2: files = open(filestatus,"r") status = files.readlines() status = status[0] #print status files.close() if status == "terputus" : for i in range(len(listhp)): sendsms(statussambung,listhp[i]) #print "nyambung" files = open(filestatus,"w") files.write("terkoneksi") files.close() else : #print "Masih nyambung" files = open(filestatus,"w") files.write("terkoneksi") files.close()

xiv. Source Code “intsms.py”

#!/usr/bin/python from smsscript import sqlread, waktu, proses from time import sleep tabeldata = "International30" link = "International" istatus = "/home/pi/intstatus.txt" while True: sqlread(tabeldata) waktu(link) proses(tabeldata,link,istatus) sleep(20)

xv. Source Code “smstemp.py”

#!/usr/bin/python from database import db_conn from sendsms import sendsms from hplist import nohp import time import datetime import MySQLdb import os def sqlread(tabel): db = db_conn query = "SELECT * FROM {};".format(tabel) cur = db.cursor()

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cur.execute(query) result = cur.fetchall() hasil = zip(*result) waktu = hasil[0][29] suhu1 = int(hasil[1][29]) suhu2 = int(hasil[2][29]) suhu3 = int(hasil[3][29]) values = "{} C sampai {} C".format(suhu1,suhu3) if suhu1 > 27.0 or suhu2 > 27.0 or suhu3 > 27.0: hasiltemp = "panas" elif suhu1 < 18.0 or suhu2 < 18.0 or suhu3 < 18.0: hasiltemp = "dingin" else: hasiltemp = "aman" return hasiltemp, values, waktu def proses(tabel,namalink,filestatus): listhp = nohp() datasql = sqlread(tabel)[0] hasil = sqlread(tabel)[1] tanggal = sqlread(tabel)[2] warnhot = "Warning!! {} Ruang Data Center saat ini yaitu {}.Pukul : {}".format(namalink,hasil,tanggal) warncold = "Warning!! {} Ruang Data Center saat ini yaitu {}.Pukul : {}".format(namalink,hasil,tanggal) safes = "Safe!! {} Data Center saat ini yaitu {}.Pukul : {}".format(namalink,hasil,tanggal) if datasql == "panas": files = open(filestatus,"r") status = files.readlines() status = status[0] #print status files.close() if status != "panas" : for i in range(len(listhp)): sendsms(warnhot,listhp[i]) #print "putus" files = open(filestatus,"w") files.write("panas") files.close() else : #print "masih putus" files = open(filestatus,"w") files.write("panas") files.close() elif datasql == "dingin": files = open(filestatus,"r") status = files.readlines() status = status[0] #print status files.close() if status != "dingin" : for i in range(len(listhp)): sendsms(warncold,listhp[i]) #print "nyambung" files = open(filestatus,"w") files.write("dingin") files.close() else : #print "Masih nyambung" files = open(filestatus,"w") files.write("dingin") files.close() elif datasql == "aman": files = open(filestatus,"r") status = files.readlines() status = status[0] #print status files.close() if status != "aman" :

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for i in range(len(listhp)): sendsms(safes,listhp[i]) #print "nyambung" files = open(filestatus,"w") files.write("aman") files.close() else : #print "Masih nyambung" files = open(filestatus,"w") files.write("aman") files.close()

xvi. Source Code “temsms.py”

#!/usr/bin/python from smstemp import sqlread, proses from time import sleep tabeldata = "temperatur30" link = "Temperatur" istatus = "/home/pi/tempstatus.txt" while True: sqlread(tabeldata) proses(tabeldata,link,istatus) sleep(30)

xvii. Source Code “smslistrik.py”

#!/usr/bin/python from hplist import nohp from sendsms import sendsms import time import datetime def getstatus(): files = open("/home/pi/listrikresult.txt","r").read() return files def readstatus(): fileread = open("/home/pi/listrikstatus.txt","r").read() return fileread def writestatus(): filewrite = open("/home/pi/listrikstatus.txt","w").write() return filewrite def waktu(): tanggal = datetime.datetime.now() date = tanggal.strftime('%H:%M:%S %d/%m/%Y') return date def isisms(): getfiles = getstatus() jam = waktu() if getfiles == "hidup": status = "Raspberry Report!! Listrik Hidup Pada Pukul {}".format(jam) elif getfiles == "mati":

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status = "Raspberry Report!! Listrik Mati Pada Pukul {}".format(jam) else: pass return status def proses(): setstatus = getstatus() statusread = readstatus() listhp = nohp() isi = isisms() if setstatus != "": if setstatus != statusread: for j in range(len(listhp)): sendsms(isi,listhp[j]) open("/home/pi/listrikstatus.txt","w").write(setstatus) def mainprog(): while True: proses() time.sleep(20) if __name__ == "__main__": mainprog()

xviii. Source Code “sendsms.py”

#!/usr/bin/python

import MySQLdb

def sendsms(isisms,dest):

datadb = MySQLdb.connect("localhost", "root", "hanang", "gammu_sms")

datacursor = datadb.cursor()

format = "normal"

creator = "gammu"

kelas = "-1"

if format == "normal":

query = "INSERT INTO outbox(DestinationNumber, TextDecoded,

CreatorID, Class) VALUES('%s','%s','%s','%s')"%(dest, isisms, creator, kelas)

datacursor.execute(query)

datadb.commit()

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xix. Source Code “listhp.py”

#!/usr/bin/python

def nohp():

hanang = "089631031009"

pakgigih = "085289774152"

mashendri = "085766722507"

pakkomar = "0811799961"

paklukman = "087899210125"

ilist = [hanang,pakgigih,mashendri,pakkomar,paklukman]

return ilist

xx. Source Code “sshreportscript.py”

#!/usr/bin/python

import subprocess

import sys

def host():

host = "[email protected]"

return host

def proses(COMMAND):

HOST = host()

ssh = subprocess.Popen(["ssh", "%s" % HOST, COMMAND], shell=False,

stdout=subprocess.PIPE, stderr=subprocess.PIPE)

result = ssh.stdout.readlines()

xxi. Source Code “sshreportharian.py”

#!/usr/bin/python

from sshreportscript import proses

command = "/usr/bin/python /home/hanang/dayreport.py"

proses(command)

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xxii. Source Code “sshreportmingguan.py”

#!/usr/bin/python


command = "/usr/bin/python /home/hanang/weekreport.py"

proses(command)

xxiii. Source Code “sshreportbulanan.py”

#!/usr/bin/python


command = "/usr/bin/python /home/hanang/monthreport.py"

proses(command)

xxiv. Source Code “satpam.py”

import os

import re

import time

from directping import pingcode

while True :

pingdb = pingcode("192.168.1.109")

if pingdb == 1:

f = os.popen("ps ax").read()

ix = re.findall(r'/usr/bin/python /home/pi/ixbw.py', f)

iix = re.findall(r'/usr/bin/python /home/pi/iixbw.py', f)

gtw = re.findall(r'/usr/bin/python /home/pi/gtwbw.py', f)

temp = re.findall(r'/usr/bin/python /home/pi/temperatur.py', f)

ixping = re.findall(r'/usr/bin/python /home/pi/intping.py', f)

iixping = re.findall(r'/usr/bin/python /home/pi/indping.py', f)

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gtwping = re.findall(r'/usr/bin/python /home/pi/gtwping.py', f)

gooping = re.findall(r'/usr/bin/python /home/pi/gooping.py', f)

listrik = re.findall(r'sudo /usr/bin/python

/home/pi/getlistrik.py', f)

intsms = re.findall(r'/usr/bin/python /home/pi/intsms.py', f)

tempsms = re.findall(r'/usr/bin/python /home/pi/tempsms.py', f)

listriksms = re.findall(r'/usr/bin/python /home/pi/smslistrik.py',

f)

gtwmatch = ["/usr/bin/python /home/pi/gtwbw.py"]

if gtw != gtwmatch:

os.system("/usr/bin/python /home/pi/gtwbw.py &")

ixmatch = ["/usr/bin/python /home/pi/ixbw.py"]

if ix != ixmatch:

os.system("/usr/bin/python /home/pi/ixbw.py &")

iixmatch = ["/usr/bin/python /home/pi/iixbw.py"]

if iix != iixmatch:

os.system("/usr/bin/python /home/pi/iixbw.py &")

tempmatch = ["/usr/bin/python /home/pi/temperatur.py"]

if temp != tempmatch:

os.system("/usr/bin/python /home/pi/temperatur.py &")

gtwpingmatch = ["/usr/bin/python /home/pi/gtwping.py"]

if gtwping != gtwpingmatch:

os.system("/usr/bin/python /home/pi/gtwping.py &")

ixpingmatch = ["/usr/bin/python /home/pi/intping.py"]

if ixping != ixpingmatch:

os.system("/usr/bin/python /home/pi/intping.py &")

iixpingmatch = ["/usr/bin/python /home/pi/indping.py"]

if iixping != iixpingmatch:

os.system("/usr/bin/python /home/pi/indping.py &")

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goopingmatch = ["/usr/bin/python /home/pi/gooping.py"]

if gooping != goopingmatch:

os.system("/usr/bin/python /home/pi/gooping.py &")

listrikmatch = ["sudo /usr/bin/python /home/pi/getlistrik.py"]

if listrik != listrikmatch:

os.system("sudo /usr/bin/python /home/pi/getlistrik.py &")

intsmsmatch = ["/usr/bin/python /home/pi/intsms.py"]

if intsms != intsmsmatch:

os.system("/usr/bin/python /home/pi/intsms.py &")

tempsmsmatch = ["/usr/bin/python /home/pi/tempsms.py"]

if tempsms != tempsmsmatch:

os.system(" /usr/bin/python /home/pi/tempsms.py &")

listriksmsmatch = ["/usr/bin/python /home/pi/smslistrik.py"]

if listriksms != listriksmsmatch:

os.system(" /usr/bin/python /home/pi/smslistrik.py &")

time.sleep(10)

xxv. Source Code “startup.py”

#!/usr/bin/python

import subprocess

import os

import time

with open(os.devnull, "wb") as limbo:

ip = "192.168.1.109"

while True :

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result = subprocess.Popen(["ping", "-c", "1","-i","1","-

W","1",ip],stdout=limbo, stderr=limbo).wait()

if result :

pass

else :

break

time.sleep(1)

while True :

result = subprocess.Popen(["ping", "-c", "1","-i","1","-

W","1",ip],stdout=limbo, stderr=limbo).wait()

if result :

pass

else :

break

time.sleep(1)

os.system("/usr/bin/python /home/pi/indping.py &")

os.system("/usr/bin/python /home/pi/intping.py &")

os.system("/usr/bin/python /home/pi/gooping.py &")

os.system("/usr/bin/python /home/pi/gtwping.py &")

os.system("/usr/bin/python /home/pi/ixbw.py &")

os.system("/usr/bin/python /home/pi/iixbw.py &")

os.system("/usr/bin/python /home/pi/gtwbw.py &")

os.system("sudo /usr/bin/python /home/pi/getlistrik.py &")

os.system("/usr/bin/python /home/pi/temperatur.py &")

os.system("/usr/bin/python /home/pi/vmstat.py &")

os.system("/usr/bin/python /home/pi/intsms.py &")

os.system("/usr/bin/python /home/pi/tempsms.py &")

os.system("/usr/bin/python /home/pi/smslistrik.py &")

os.system("sudo /etc/init.d/gammu-smsd start &")

os.system("/usr/bin/python /home/pi/satpam.py &")

Source Program Berada Pada mesin databases dan web server

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xxvi. Source Code “listmail.py”

def mailname():

list = [

"[email protected]",

"[email protected]"




"[email protected]"

]

return list

xxvii. Source Code “dayreport.py”

import MySQLdb as mdb

import matplotlib as mpl

mpl.use('Agg')

import matplotlib.pyplot as plt

from pylab import *

from reportlab.platypus import SimpleDocTemplate, Paragraph, Spacer

from reportlab.lib.styles import getSampleStyleSheet

from reportlab.rl_config import defaultPageSize

from reportlab.lib.units import cm

from reportlab.platypus.flowables import Image, PageBreak

PAGE_HEIGHT=defaultPageSize[1]; PAGE_WIDTH=defaultPageSize[0]

styles = getSampleStyleSheet()

def getdata(table):

query = "SELECT * FROM %s WHERE DATE(waktu) = DATE(NOW() - INTERVAL 1 DAY)" %

(table)

cur.execute(query)

data = cur.fetchall()

return data

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def gettanggal():

query1 = "SELECT DATE(NOW() - INTERVAL 1 DAY)"

cur.execute(query1)

tanggal = cur.fetchall()

date = zip(*tanggal)

idate = date[0][0]

return idate

def plot1(data, figid, title, xlabel, ylabel, filename):

x, y = [], []

for record in data:

x.append(record[0])

y.append(record[1])

plt.figure(figid, figsize=(16, 7))

plt.suptitle(title, fontsize=14, fontweight='bold')

plt.plot(x, y)

plt.ylim([-0.25, 1.25])

plt.xlabel(xlabel)

plt.ylabel(ylabel)

plt.grid()

savefig(filename)


x, y1, y2 = [], [], []

for record in data:

x.append(record[0])

y1.append(record[1])




plt.plot(x, y1, label = "Receive")

plt.plot(x, y2, label = "Transmite")

plt.legend(loc='upper left')

plt.xlabel(xlabel)

plt.ylabel(ylabel)

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plt.grid()

savefig(filename)


x, y1, y2, y3 = [], [], [], []

for record in data:

x.append(record[0])






plt.plot(x, y1, label="suhu1")



plt.xlabel(xlabel)

plt.ylabel(ylabel)

plt.grid()

savefig(filename)

con = mdb.connect('localhost', 'root', 'hanang', 'skripsihanang')

cur = con.cursor()

gtway = getdata('gateway')

google = getdata('google')

gtw254 = getdata('gtw254')

pingid = getdata('indonesia')

pingit = getdata('International')

listrk = getdata('listrik')

p2pix = getdata('p2pix')

p2piix = getdata('p2piix')

temprt = getdata('temperatur')

dates = gettanggal()

con.close()

plot1(gtway, 1, "Ping Gateway", "Waktu", "Status", "daygateway.png")

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plot1(google, 2, "Ping Google", "Waktu", "Status", "daygoogle.png")

plot2(gtw254, 3, "Gateway 254", "Waktu", "Bandwidth", "daygtw254.png")

plot1(pingid, 4, "Ping Indonesia", "Waktu", "Status", "dayindonesia.png")

plot1(pingit, 5, "Ping International", "Waktu", "Status", "dayInternational.png")

plot1(listrk, 6, "Listrik", "Waktu", "Status", "daylistrik.png")

plot2(p2pix, 7, "Bandwidth International", "Waktu", "Bandwidth", "dayp2pix.png")

plot2(p2piix, 8, "Bandwidth Indonesia", "Waktu", "Bandwidth", "dayp2piix.png")

plot3(temprt, 9, "Temperatur", "Waktu", "Temperatur", "daytemperatur.png")

def headfoot(canvas):

canvas.setFont('Times-Roman', 14)

canvas.setStrokeColorCMYK(0, 1, 1, 0, 1)

canvas.drawString(2*cm, 28.2*cm, "Sistem Pemantauan")

canvas.drawString(2*cm, 27.7*cm, "Bandwidth, Listrik, Temperatur")

canvas.line(2*cm, 27.6*cm, 15*cm, 27.6*cm)


canvas.setFont('Courier-Oblique', 14)

canvas.setFillColorCMYK(0.5,0,1,0,1)

canvas.drawString(13.3*cm, 26.9*cm, "Gedung Pusat Data")

canvas.drawString(13.3*cm, 26.5*cm, "Universitas Lampung")

canvas.setStrokeColorCMYK(0, 0, 0, 0.9, 1)

canvas.setLineWidth(0.2*cm)



canvas.setFillColorCMYK(0,1,1,0,1)

canvas.drawString(2*cm, 26.7*cm, "Laporan Harian. Tanggal : {}".format(dates))


canvas.setFillColorCMYK(0, 0.38, 0.64, 0.58, 0)


canvas.drawString(2*cm, 1*cm, "UPT-Puskom")

def myFirstPage(canvas, doc):

canvas.saveState()

headfoot(canvas)


133

canvas.setFillColorCMYK(0, 0, 0, 1, 1)

canvas.drawString(18*cm, 1*cm, "Hal. %d" % (doc.page))

canvas.restoreState()

def myLaterPages(canvas, doc):

canvas.saveState()

headfoot(canvas)

canvas.setFont('Times-Roman',9)




def go():

doc = SimpleDocTemplate("laporan_harian.pdf")

story = [Spacer(1,1.5*cm)]

story.append(Image("daygtw254.png", width=16*cm, height=7*cm))

story.append(Spacer(1, 0.8*cm,))

story.append(Image("dayp2pix.png", width=16*cm, height=7*cm))


story.append(Image("dayp2piix.png", width=16*cm, height=7*cm))

story.append(PageBreak())


story.append(Image("daygateway.png", width=16*cm, height=7*cm))


story.append(Image("dayindonesia.png", width=16*cm, height=7*cm))


story.append(Image("dayInternational.png", width=16*cm, height=7*cm))



story.append(Image("daygoogle.png", width=16*cm, height=7*cm))


story.append(Image("daylistrik.png", width=16*cm, height=7*cm))


story.append(Image("daytemperatur.png", width=16*cm, height=7*cm))

doc.build(story, onFirstPage=myFirstPage, onLaterPages=myLaterPages)

134

##### Mengirim Email

import smtplib

from email.MIMEMultipart import MIMEMultipart

from email.MIMEBase import MIMEBase

from email.MIMEText import MIMEText

from email import Encoders

from listmail import mailname

import os

srcmail = "[email protected]"

passmail = "AkuAdalahMesiN2014"

maillist = mailname()

#mailname = "[email protected], [email protected]"

sub = "Laporan Harian"

isi = "Dilampirkan laporan untuk tanggal {}".format(dates)

commaspace = ", "

def mail(to, subject, text, attach):

msg = MIMEMultipart()

msg['From'] = srcmail

msg['To'] = commaspace.join(to)

msg['Subject'] = subject

msg.attach(MIMEText(text))

part = MIMEBase('application', 'pdf',

name="laporan_harian{}.pdf".format(dates))

part.set_payload(open(attach, 'rb').read())

Encoders.encode_base64(part)

part.add_header('Content-Dispotition','attachment=laporan_harian.pdf;

filenames="%s"'% os.path.basename(attach))

msg.attach(part)

mailServer = smtplib.SMTP('smtp.gmail.com', 587)

mailServer.ehlo()

mailServer.starttls()

135

mailServer.ehlo()

mailServer.login(srcmail, passmail)

mailServer.sendmail(srcmail, to , msg.as_string())

mailServer.close()

def mainprog():

go()

mail(maillist, sub, isi,"laporan_harian.pdf")

mainprog()

xxviii. Source Code “weekreport.py”



mpl.use('Agg')


from pylab import *








def getdata(table):

#query = "SELECT * FROM %s WHERE MONTH(waktu) = MONTH(NOW())" % (table)

query = "SELECT * FROM %s WHERE WEEK(waktu) = WEEK(NOW() - INTERVAL 2 DAY)" %

(table)

cur.execute(query)


return data

136


x, y = [], []

for record in data:

x.append(record[0])

y.append(record[1])



plt.plot(x, y)

plt.ylim([-0.25, 1.25])

plt.xlabel(xlabel)

plt.ylabel(ylabel)

plt.grid()

savefig(filename)


x, y1, y2 = [], [], []

for record in data:

x.append(record[0])








plt.xlabel(xlabel)

plt.ylabel(ylabel)

plt.grid()

savefig(filename)


x, y1, y2, y3 = [], [], [], []

for record in data:

x.append(record[0])



137







plt.xlabel(xlabel)

plt.ylabel(ylabel)

plt.grid()

savefig(filename)


cur = con.cursor()










con.close()

plot1(gtway, 1, "Ping Gateway", "Waktu", "Status", "gateway.png")

plot1(google, 2, "Ping Google", "Waktu", "Status", "google.png")

plot2(gtw254, 3, "Gateway 254", "Waktu", "Bandwidth", "gtw254.png")

plot1(pingid, 4, "Ping Indonesia", "Waktu", "Status", "indonesia.png")

plot1(pingit, 5, "Ping International", "Waktu", "Status", "International.png")

plot1(listrk, 6, "Listrik", "Waktu", "Status", "listrik.png")

plot2(p2pix, 7, "p2pix", "Waktu", "Bandwidth", "p2pix.png")

plot2(p2piix, 8, "p2piix", "Waktu", "Bandwidth", "p2piix.png")

plot3(temprt, 9, "Temperatur", "Waktu", "Temperatur", "temperatur.png")

138

















canvas.drawString(2*cm, 26.7*cm, "Laporan Mingguan")






canvas.saveState()

headfoot(canvas)






canvas.saveState()

headfoot(canvas)



139



def go():

doc = SimpleDocTemplate("laporan_mingguan.pdf")


story.append(Image("gtw254.png", width=16*cm, height=7*cm))


story.append(Image("p2pix.png", width=16*cm, height=7*cm))


story.append(Image("p2piix.png", width=16*cm, height=7*cm))



story.append(Image("gateway.png", width=16*cm, height=7*cm))


story.append(Image("indonesia.png", width=16*cm, height=7*cm))


story.append(Image("International.png", width=16*cm, height=7*cm))



story.append(Image("google.png", width=16*cm, height=7*cm))


story.append(Image("listrik.png", width=16*cm, height=7*cm))


story.append(Image("temperatur.png", width=16*cm, height=7*cm))


##### Mengirim Email

import smtplib






140

import os





sub = "Laporan Mingguan"

isi = "Dilampirkan laporan untuk pekan lalu. ubah file menjadi file.pdf untuk

membukanya"

commaspace = ", "







part = MIMEBase('application', 'pdf',name="laporan_mingguan.pdf")



part.add_header('Content-Dispotition','attachment; filenames=%s' %

os.path.basename(attach))

msg.attach(part)


mailServer.ehlo()


mailServer.ehlo()



mailServer.close()

def mainprog():

go()

mail(maillist, sub, isi, "laporan_mingguan.pdf")

141

mainprog()

xxix. Source Code “monthreport.py”



mpl.use('Agg')


from pylab import *








def getdata(table):

query = "SELECT * FROM %s WHERE MONTH(waktu) = MONTH(NOW() - INTERVAL 1 MONTH)"

% (table)

cur.execute(query)


return data


x, y = [], []

for record in data:

x.append(record[0])

y.append(record[1])



plt.plot(x, y)

plt.ylim([-0.25, 1.25])

plt.xlabel(xlabel)

142

plt.ylabel(ylabel)

plt.grid()

savefig(filename)

def getbulan():

query1 = "SELECT MONTH(NOW() - INTERVAL 1 MONTH)"

cur.execute(query1)

bulan = cur.fetchall()

bulan = [0][0]

query2 = "SELECT YEAR(NOW())"

cur.execute(query2)

tahun = cur.fetchall()

tahun = tahun[0][0]

hasilbulan = "Bulan ke:{}, Tahun {}".format(bulan, tahun)

return hasilbulan


x, y1, y2 = [], [], []

for record in data:

x.append(record[0])








plt.xlabel(xlabel)

plt.ylabel(ylabel)

plt.grid()

savefig(filename)


x, y1, y2, y3 = [], [], [], []

for record in data:

x.append(record[0])

143









plt.xlabel(xlabel)

plt.ylabel(ylabel)

plt.grid()

savefig(filename)


cur = con.cursor()










con.close()

plot1(gtway, 1, "Ping Gateway", "Waktu", "Status", "monthgateway.png")

plot1(google, 2, "Ping Google", "Waktu", "Status", "monthgoogle.png")

plot2(gtw254, 3, "Gateway 254", "Waktu", "Bandwidth", "monthgtw254.png")

plot1(pingid, 4, "Ping Indonesia", "Waktu", "Status", "monthindonesia.png")

plot1(pingit, 5, "Ping International", "Waktu", "Status", "monthInternational.png")

plot1(listrk, 6, "Listrik", "Waktu", "Status", "monthlistrik.png")

plot2(p2pix, 7, "Bandwidth International", "Waktu", "Bandwidth", "monthp2pix.png")

plot2(p2piix, 8, "Bandwidth Indonesia", "Waktu", "Bandwidth", "monthp2piix.png")

144

plot3(temprt, 9, "Temperatur", "Waktu", "Temperatur", "monthtemperatur.png")

















canvas.drawString(2*cm, 26.7*cm, "Laporan Bulanan")






canvas.saveState()

headfoot(canvas)






canvas.saveState()

145

headfoot(canvas)





def go():

doc = SimpleDocTemplate("laporan_bulanan.pdf")


story.append(Image("monthgtw254.png", width=16*cm, height=7*cm))


story.append(Image("monthp2pix.png", width=16*cm, height=7*cm))


story.append(Image("monthp2piix.png", width=16*cm, height=7*cm))



story.append(Image("monthgateway.png", width=16*cm, height=7*cm))


story.append(Image("monthindonesia.png", width=16*cm, height=7*cm))


story.append(Image("monthInternational.png", width=16*cm, height=7*cm))



story.append(Image("monthgoogle.png", width=16*cm, height=7*cm))


story.append(Image("monthlistrik.png", width=16*cm, height=7*cm))


story.append(Image("monthtemperatur.png", width=16*cm, height=7*cm))


import smtplib





146


import os





sub = "Laporan Bulanan"

#months = getbulan()

isi = "Dilampirkan laporan bulan lalu. ubah file menjadi file.pdf untuk membukanya"

commaspace = ", "







part = MIMEBase('application', 'octet-stream')



part.add_header('Content-Dispotition','attachment; filenames=%s' %

os.path.basename(attach))

msg.attach(part)


mailServer.ehlo()


mailServer.ehlo()



mailServer.close()

def mainprog():

go()

147

mail(maillist, sub, isi, "laporan_bulanan.pdf")

mainprog()

xxx. Source Code “index.py”

#!/usr/bin/python

from hp_indexweb import mainprog

if __name__ == "__main__":

mainprog()

xxxi. Source Code “hp_indexweb.py”

#!/usr/bin/python

from hp_indexscript import htmltop,jstop,jsend, bottom

from hp_getcanvas import canvastop

from hp_plotreallistrik import jsplotlistrik

from hp_plotrealping import jsplotping

from hp_plotrealbandwidth import jsplotbandwidth

from hp_plotrealsuhu import jsplottemperatur

import cgi

import cgitb

cgitb.enable()

form=cgi.FieldStorage()

def listrikplot():

title = "Status Listrik"

canvas = "cvs1"

label = "json.waktulistrik"

148

data = "json.statuslistrik"

getcanvas = canvastop(canvas)

plot = jsplotlistrik(canvas,canvas,data,title,label)

return getcanvas, plot

def intplot():

title = "Status Ping P2P-International (103.3.78.105)"

canvas = "cvs5"

label = "json.waktuint"

data = "json.statusint"


plot = jsplotping(canvas,canvas,data,title,label)


def indplot():

title = "Status Ping P2P-Indonesia(103.3.78.109)"

canvas = "cvs6"

label = "json.waktuind"

data = "json.statusind"




def gtwplot():

title = "Status Ping BGP Server (103.3.46.254)"

canvas = "cvs7"

label = "json.waktugtw"

data = "json.statusgtw"




def gooplot():

title = "Status Ping Google (8.8.8.8)"

canvas = "cvs8"

label = "json.waktugoo"

149

data = "json.statusgoo"




def p2pixplot():

title = "Status Bandwidth International"

canvas = "cvs2"

label = "json.waktup2pix"

datarx = "json.rxp2pix"

datatx = "json.txp2pix"

key = "json.labelp2pix"


plot2 = jsplotbandwidth(canvas,canvas,datarx,datatx,title,key,label)

return getcanvas, plot2

def p2piixplot():

title = "Status Bandwidth Indonesia"

canvas = "cvs3"

label = "json.waktup2piix"

datarx = "json.rxp2piix"

datatx = "json.txp2piix"

key = "json.labelp2piix"




def gtw254plot():

title = "Status Bandwidth 103.3.46.254"

canvas = "cvs4"

label = "json.waktugtw254"

datarx = "json.rxgtw254"

datatx = "json.txgtw254"

key = "json.labelgtw254"


150



def temperatur():

title = "Status Temperatur Ruang Pusat Data"

canvas = "cvs9"

label = "json.waktutemp"

suhu1 = "json.suhu1temp"



key = "json.labelsuhu"


plot = jsplottemperatur(canvas,canvas,suhu1,suhu2,suhu3,title,key,label)


def setcanvas():

print listrikplot()[0]

print temperatur()[0]

print gtw254plot()[0]

print p2pixplot()[0]

print p2piixplot()[0]

print intplot()[0]

print indplot()[0]

print gtwplot()[0]

print gooplot()[0]

def setplot():

print listrikplot()[1]

print temperatur()[1]

print gtw254plot()[1]

print p2pixplot()[1]

print p2piixplot()[1]

print intplot()[1]

print indplot()[1]

151

print gtwplot()[1]

print gooplot()[1]

def mainprog():

print "Content-type: text/html\n\n"

print htmltop()

setcanvas()

print jstop()

setplot()

print jsend()

print bottom()

xxxii. Source Code “hp_indexscript.py”

#!/usr/bin/python

def htmltop():

tophtml = """

<!DOCTYPE html>

<html>

<head>

<title>Author By : Hanang Priambodo</title>

<meta name="description" content="A basic example of a chart created using

dynamic updates and AJAX" />

<meta name="googlebot" content="NOODP">



<script src="libraries/RGraph.common.core.js" ></script>

<script src="libraries/RGraph.line.js" ></script>

<script src="libraries/RGraph.common.dynamic.js" ></script>

<script src="libraries/RGraph.common.effects.js" ></script>

<script src="libraries/RGraph.common.key.js" ></script>

<script src="libraries/jquery.min.js" ></script>

<script>

$(function(){

152

$("#includedContent").load("hp_header.py");

});

</script>

<script>

$(function(){

$("#includedContent1").load("hp_footer.py");

});

</script>

<link href="master.css" rel="stylesheet" type="text/css">

<!--[if lt IE 9]><script src="../excanvas/excanvas.js"></script><![endif]-

->

</head>

<body>

<div id=includedContent></div>

<div align="center">

"""

return tophtml

def jstop():

topjs = """

<script>

window.onload = function ()

{

RGraph.AJAX.getJSON('hp_indexdata.py', draw);

setTimeout(window.onload, 2000)

}

function draw (json)

{

window.__json__ = json;

"""

return topjs

def jsend():

153

endjs = """

}

</script>

"""

return endjs

def bottom():

bottomhtml = """

</div>

<div id=includedContent1></div>

</head>

</body>

</html>

"""

return bottomhtml

xxxiii. Source Code “hp_indexdata.py”

#!/usr/bin/python

from database import db_conn

db = db_conn

import cgi

import cgitb

cgitb.enable()

def dataquery(tabeldb):

cursorquery = db.cursor()

query = """SELECT TIME(waktu), status FROM {} WHERE DATE(waktu)=DATE(NOW())

ORDER BY TIME(waktu) DESC LIMIT 30""".format(tabeldb)

cursorquery.execute(query)

resultquery = cursorquery.fetchall()

waktu = []

154

status = []

for data in resultquery:

_data = resultquery

for i in range(len(_data)) :

_waktu = _data[i][0]

_waktu = str(_waktu)

waktu.append(_waktu)

_status = _data[i][1]

_status = int(_status)

status.append(_status)

return waktu, status

def dataquerybw(tabeldb):

cursorquerybw = db.cursor()

querybw = """SELECT TIME(waktu), rx, tx FROM {} WHERE

DATE(waktu)=DATE(NOW()) ORDER BY TIME(waktu) DESC LIMIT 30""".format(tabeldb)

cursorquerybw.execute(querybw)

resultquerybw = cursorquerybw.fetchall()

waktu = []

rx = []

tx = []

for data in resultquerybw:

_data = resultquerybw





_rx = _data[i][1]

_rx = int(_rx)

rx.append(_rx)

_tx = _data[i][2]

_tx = int(_tx)

tx.append(_tx)

return waktu, rx, tx

def dataquerysuhu(tabeldb):

155

cursorquerybw = db.cursor()

querybw = """SELECT TIME(waktu), suhu1, suhu2, suhu3 FROM {} WHERE

DATE(waktu)=DATE(NOW()) ORDER BY TIME(waktu) DESC LIMIT 30""".format(tabeldb)

cursorquerybw.execute(querybw)

resultquerybw = cursorquerybw.fetchall()

waktu = []

suhu1 = []

suhu2 = []

suhu3 = []

suhu4 = []

for data in resultquerybw:

_data = resultquerybw





_suhu1 = _data[i][1]

_suhu1 = int(_suhu1)

suhu1.append(_suhu1)







return waktu, suhu1, suhu2, suhu3

def listrik():

data = dataquery("listrik30")

_waktu = data[0]

_status = data[1]

return _waktu, _status

def International():

data = dataquery("International30")

_waktu = data[0]

156

_status = data[1]


def indonesia():

data = dataquery("indonesia30")

_waktu = data[0]

_status = data[1]


def gateway():

data = dataquery("gateway30")

_waktu = data[0]

_status = data[1]


def google():

data = dataquery("google30")

_waktu = data[0]

_status = data[1]


def p2pix():

data = dataquerybw("p2pix30")

_waktu = data[0]

_rx = data[1]

_tx = data[2]

_receive = "receive : %s Mbps"%(_rx[0])

_transmite = "transmite : %s Mbps"%(_tx[1])

_keylabel = [ _receive, _transmite]

return _waktu, _rx, _tx, _keylabel

def p2piix():

data = dataquerybw("p2piix30")

_waktu = data[0]

_rx = data[1]

_tx = data[2]

157





def gtw254():

data = dataquerybw("gtw25430")

_waktu = data[0]

_rx = data[1]

_tx = data[2]





def temp():

data = dataquerysuhu("temperatur30")

_waktu = data[0]

_suhu1 = data[1]

_suhu2 = data[2]

_suhu3 = data[3]

_labelsuhu1 = "Suhu 1 : %s C"%(_suhu1[0])



_labelsuhu = [_labelsuhu1, _labelsuhu2, _labelsuhu3]

return _waktu, _suhu1, _suhu2, _suhu3, _labelsuhu

def getdata():

_listrik = listrik()

waktulistrik = _listrik[0]

statuslistrik = _listrik[1]

_International = International()

waktuint = _International[0]

statusint = _International[1]

158

_indonesia = indonesia()

waktuind = _indonesia[0]

statusind = _indonesia[1]

_gateway = gateway()

waktugtw = _gateway[0]

statusgtw = _gateway[1]

_google = google()

waktugoo = _google[0]

statusgoo = _google[1]

_p2pix = p2pix()

waktup2pix = _p2pix[0]

rxp2pix = _p2pix[1]

txp2pix = _p2pix[2]

labelp2pix = _p2pix[3]

_p2piix = p2piix()

waktup2piix = _p2piix[0]

rxp2piix = _p2piix[1]

txp2piix = _p2piix[2]

labelp2piix = _p2piix[3]

_gtw254 = gtw254()

waktugtw254 = _gtw254[0]

rxgtw254 = _gtw254[1]

txgtw254 = _gtw254[2]

labelgtw254 = _gtw254[3]

_temp = temp()

waktutemp = _temp[0]

suhu1temp = _temp[1]



labelsuhu = _temp[4]

159

data="{waktulistrik:%s,statuslistrik:%s,waktuint:%s,statusint:%s,waktuind

:%s,statusind:%s,waktugtw:%s,statusgtw:%s,waktugoo:%s,statusgoo:%s,waktup2pix:%s,r

xp2pix:%s,txp2pix:%s,labelp2pix:%s,waktup2piix:%s,rxp2piix:%s,txp2piix:%s,labelp2p

iix:%s,waktugtw254:%s,rxgtw254:%s,txgtw254:%s,labelgtw254:%s,waktutemp:%s,suhu1tem

p:%s,suhu2temp:%s,suhu3temp:%s,labelsuhu:%s}"%(waktulistrik,

statuslistrik,waktuint, statusint,waktuind,statusind, waktugtw,statusgtw,waktugoo,

statusgoo,

waktup2pix,rxp2pix,txp2pix,labelp2pix,waktup2piix,rxp2piix,txp2piix,labelp2piix,wa

ktugtw254,rxgtw254,txgtw254,labelgtw254,waktutemp,suhu1temp,suhu2temp,suhu3temp,la

belsuhu)

return data

def sethtml():


data = getdata()

print data

if __name__ == "__main__":

sethtml()

xxxiv. Source Code “hp_bandwidth.py”

#!/usr/bin/python

import cgi

import cgitb


cgitb.enable()

_hanang = """

<html>

<head>

<meta http-equiv="Content-Type" content="text/html;charset=utf-8">

160

<title>Bandwidth</title>

<script type="text/javascript" src='/libraries/jquerypatch.js'></script>

<script type="text/javascript" src='/libraries/example.js'></script>

<script type="text/javascript" src="/libraries/jquery.min.js"></script>

<script type="text/javascript" src="/libraries/jquery.datepick.js"></script>

<script>

$(function(){


});

</script>

<script type="text/javascript">

$(function() {

$('#popupDatepicker').datepick();

$('#popupDatepicker1').datepick();

});

function showDate(date) {

alert('The date chosen is ' + date);

}

</script>

<link type="text/css" href="master.css" rel="stylesheet" type="text/css">

<link type="text/css" href="/libraries/jquery.datepick.css" rel="stylesheet">

</head>

<body>

<header><h1>Sistem Pemantauan</br> Listrik, Bandwidth,dan Temperatur</br> Gedung

Pusat Data</h1></header>

<div class="nav-wrap" align="center">

<ul class="group" id="example-two">

<li><a rel="#900" href="./">Home</a></li>

<li class="current_page_item_two"><a rel="#D40229"

href="hp_bandwidth.py">Bandwidth</a></li>

<li><a rel="#98CEAA" href="hp_listrik.py">Listrik</a></li>

<li><a rel="#1B9B93" href="hp_temperatur.py">Temperatur</a></li>

</ul>

161

</div>


<form action="hp_bandwidthplot.py">

<label>Tanggal Awal : </label>

<input name="from" type="text" id="popupDatepicker">

<label>Tanggal Akhir : </label>

<input name="to" type="text" id="popupDatepicker1">

<input type="submit" value="plotting">

</form>

</div>


</body>

</html>

"""

print _hanang

xxxv. Source Code “hp_bandwidthscript.py”

#!/usr/bin/python

"""

Author : Hanang Priambodo

Script utama fetching data ping dan bandwidth dari Mysql

"""


db = db_conn

#fetching data ping dari Mysql

def getdataping(statusdata,tabeldb,tglawal,tglakhir):

getcur = db.cursor()

getquery = """SELECT COUNT(status) FROM %s WHERE DATE(waktu) BETWEEN '%s'

AND '%s' AND status=%s"""%(tabeldb,tglawal,tglakhir,statusdata)

getcur.execute(getquery)

getres = getcur.fetchall()

162

getres = getres[0][0]

getres = int(getres)

getdetik = getres * 2

getsecond = getdetik

getmenit = 0

getjam = 0

if getdetik > 60:

getsecond = getdetik % 60

getmenit1 = getdetik /60

getmenit = getmenit1

if getmenit1 > 60:

getmenit = getmenit1 % 60

getjam = getmenit1 / 60

if statusdata == "1":

labels = "Terkoneksi"

else :

labels = "Putus"

getwaktu = "%s : %s Jam %s Menit %s

Detik"%(labels,getjam,getmenit,getsecond)

return getdetik, getwaktu

#Fetching data Bandwidth dari Mysql

def getdatabwlists(fielddb, tabeldb, tglawal, tglakhir):

bwcur0=db.cursor()

bwquery0 = """SELECT {} FROM {} WHERE DATE(waktu) BETWEEN '{}' AND

'{}'""".format(fielddb, tabeldb, tglawal, tglakhir)

bwcur0.execute(bwquery0)

bwres0 = bwcur0.fetchall()

lists = zip(*bwres0)

lists = lists[0]

bw1 = []

bw10 = []

bw20 = []

bw30 = []

bw40 = []

bw50 = []

163

bw60 = []

bw70 = []

bw80 = []

bw90 = []

bw100 = []

bw101 = []

for i in range(len(lists)):

data = lists[i]

if data < 1:

bw1.append(data)

elif data < 10:

bw10.append(data)

elif data < 20:

bw20.append(data)

elif data < 30:

bw30.append(data)

elif data < 40:

bw40.append(data)

elif data < 50:

bw50.append(data)

elif data < 60:

bw60.append(data)

elif data < 70:

bw70.append(data)

elif data < 80:

bw80.append(data)

elif data < 90:

bw90.append(data)

elif data < 100:

bw100.append(data)

else:

bw101.append(data)

data =

[len(bw1),len(bw10),len(bw20),len(bw30),len(bw40),len(bw50),len(bw60),len(bw70),le

n(bw80),len(bw90),len(bw100),len(bw101)]

164

totaldata = sum(data)

label = []

label1 = ["<1 Mbps :","1-9 Mbps :","10-19 Mbps :","20-29 Mbps :", "30-39

Mbps :", "40-49 Mbps :", "50-59 Mbps :", "60-69 Mbps :","70-79 Mbps :","80-89 Mbps

:","90-99 Mbps :",">100 Mbps :"]

for j in range(len(data)):

nilai = data[j] * 100.0 / totaldata

nilai = round(nilai,2)

lab = label1[j]

stick = """{}{}%""".format(lab,nilai)

label.append(stick)

data = "data%s%s:%s"%(tabeldb,fielddb,data)

label = "label%s%s:%s"%(tabeldb,fielddb,label)

return data,label

xxxvi. Source Code “hp_bandwidthweb.py”

#!/usr/bin/python

def tophtml():

htmltop = """

<!DOCTYPE html >

<html>


<head>

<link rel="stylesheet" href="master.css" type="text/css"

media="screen" />

<script src="/libraries/RGraph.common.core.js" ></script>

<script src="/libraries/RGraph.common.tooltips.js" ></script>

<script src="/libraries/RGraph.common.dynamic.js" ></script>

<script src="/libraries/RGraph.common.effects.js" ></script>

<script src="libraries/RGraph.drawing.rect.js" ></script>

<script src="/libraries/RGraph.common.key.js" ></script>

<script type="text/javascript" src="/libraries/jquery.min.js"></script> <script src="/libraries/RGraph.pie.js" ></script>

165

<script> $(function(){ $("#includedContent").load("hp_header.py"); }); </script> <script> $(function(){ $("#includedContent1").load("hp_footer.py"); }); </script> <link href="master.css" rel="stylesheet" type="text/css"> <title>Bandwidth</title> <meta name="description" content="Bandwidth" /> </head> <body> """ return htmltop def divhtml(): htmldiv = """ <div id="includedContent"></div> <div align="center"> <h1>Status Koneksi Internet</h1> """ return htmldiv def jsfirst(): plotfirst = """ <script> function drawPie (json) { """ return plotfirst def jsend(): plotend = """ } RGraph.AJAX.getJSON('bandwidthtes.json', drawPie); </script> """ return plotend def divbottom(): bottomdiv = """ <div id="includedContent1"></div> </div> """ return bottomdiv def bottomhtml(): htmlbottom = """ </body> </html> """ return htmlbottom

xxxvii. Source Code “hp_bandwidthplot.py”

#!/usr/bin/python

from hp_bandwidthscript import getdataping,getdatabwlists

166

from hp_bandwidthweb import tophtml, divhtml, jsfirst, jsend, divbottom, bottomhtml

from hp_plotping import plotping

from hp_plotbandwidth import plotbandwidthrx, plotbandwidthtx

from hp_getcanvas import canvasplot

import cgi

import cgitb

def tanggal():

cgitb.enable()


#def tanggalawal():

ifrom = form["from"].value

tgl1 = ifrom.split("/")

baris1 = "%s-%s-%s"%(tgl1[2],tgl1[0],tgl1[1])

#def tanggalakhir():

ito = form["to"].value

tgl2 = ito.split("/")


tglawal = baris1

tglakhir = baris2

return tglawal,tglakhir

def tanggalweb():

awal = tanggal()[0]

akhir = tanggal()[1]

web = """<h3>Tanggal %s sampai %s</h3>"""%(awal,akhir)

return web

def getdata(tabel):

tanggalawal = tanggal()[0]

tanggalakhir = tanggal()[1]

datamati = getdataping('0',tabel,tanggalawal, tanggalakhir)

datahidup = getdataping('1',tabel,tanggalawal, tanggalakhir)

167

detikmati = datamati[0]

labelmati = datamati[1]

detikhidup = datahidup[0]

labelhidup = datahidup[1]

_data = "%sdata:[%s,%s]"%(tabel,detikhidup,detikmati)

_label = "%slabel:['%s','%s']"%(tabel,labelhidup,labelmati)

return _data, _label

def dataInternational():

tabels = "International"

data = getdata(tabels)

return data

def dataindonesia():

tabels = "indonesia"


return data

def datagateway():

tabels = "gateway"


return data

def datagoogle():

tabels = "google"


return data

def getdatabw(tabel):



rxbw = getdatabwlists('rx',tabel,tanggalawal, tanggalakhir)

datarx = rxbw[0]

labelrx = rxbw[1]

txbw = getdatabwlists('tx',tabel,tanggalawal, tanggalakhir)

168

datatx = txbw[0]

labeltx = txbw[1]

return datarx, labelrx, datatx, labeltx

def datap2pix():

tabels = "p2pix"

databw = getdatabw(tabels)

return databw

def datap2piix():

tabels = "p2piix"


return databw

def datagtw254():

tabels = "gtw254"


return databw

def createjson():

dataint=dataInternational()[0]

labelint=dataInternational()[1]

dataind = dataindonesia()[0]

labelind = dataindonesia()[1]

datagtw = datagateway()[0]

labelgtw = datagateway()[1]

datagoo = datagoogle()[0]

labelgoo = datagoogle()[1]

dataixrx = datap2pix()[0]

labelixrx = datap2pix()[1]

dataixtx = datap2pix()[2]

169

labelixtx = datap2pix()[3]

dataiixrx = datap2piix()[0]

labeliixrx = datap2piix()[1]

dataiixtx = datap2piix()[2]

labeliixtx = datap2piix()[3]

datagtw254rx = datagtw254()[0]

labelgtw254rx = datagtw254()[1]

datagtw254tx = datagtw254()[2]

labelgtw254tx = datagtw254()[3]

datajson =

"""{%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s}"""%(dataint,label

int,dataind,labelind,datagtw,labelgtw,datagoo,labelgoo,dataixrx,labelixrx,dataixtx

,labelixtx,dataiixrx,labeliixrx,dataiixtx,labeliixtx,datagtw254rx,labelgtw254rx,da

tagtw254tx,labelgtw254tx)

return datajson

def intgetplot():

title = "Status Ping P2P-International"

canvas = "cvs"

setcanvas = canvasplot(canvas)

data = "json.Internationaldata"

label = "json.Internationallabel"

getplot = plotping(title,canvas,data,label)

return setcanvas,getplot

def indgetplot():

title = "Status Ping P2P-Indonesia"

canvas = "cvs1"


data = "json.indonesiadata"

label = "json.indonesialabel"


return setcanvas, getplot

170

def gtwgetplot():

title = "Status Ping BGP Server"

canvas = "cvs2"


data = "json.gatewaydata"

label = "json.gatewaylabel"



def googetplot():

title = "Status Ping Google"

canvas = "cvs3"


data = "json.googledata"

label = "json.googlelabel"



def p2pixrxplot():

title = "Status Penggunaan Bandwidth International"

canvas = "cvs4"


rx = "json.datap2pixrx"

label = "json.labelp2pixrx"

getplot = plotbandwidthrx(title,canvas,rx,label)


def p2pixtxplot():


canvas = "cvs4"

tx = "json.datap2pixtx"

label = "json.labelp2pixtx"

getplot = plotbandwidthtx(canvas,tx,label)

return getplot

171

def p2piixrxplot():

title = "Status Penggunaan Bandwidth Indonesia"

canvas = "cvs5"


rx = "json.datap2piixrx"

label = "json.labelp2piixrx"



def p2piixtxplot():


canvas = "cvs5"

tx = "json.datap2piixtx"

label = "json.labelp2piixtx"


return getplot

def gtw254rxplot():

title = "Status Penggunaan Bandwidth BGP Server"

canvas = "cvs6"


rx = "json.datagtw254rx"

label = "json.labelgtw254rx"



def gtw254txplot():

title = "Status Penggunaan Bandwidth BGP Server"

canvas = "cvs6"

tx = "json.datagtw254tx"

label = "json.labelgtw254tx"


return getplot

def mainprog():


172

tanggal()

dataInternational()

dataindonesia()

datagateway()

datagoogle()

_json = createjson()

files = open('bandwidthtes.json','w')

files.write(_json)

files.close()

print tophtml()

print divhtml()

print tanggalweb()

print intgetplot()[0]

print indgetplot()[0]

print gtwgetplot()[0]

print googetplot()[0]

print p2pixrxplot()[0]

print p2piixrxplot()[0]

print gtw254rxplot()[0]

print jsfirst()

print intgetplot()[1]

print indgetplot()[1]

print gtwgetplot()[1]

print googetplot()[1]

print p2pixrxplot()[1]

print p2pixtxplot()

print p2piixrxplot()[1]

print p2piixtxplot()

print gtw254rxplot()[1]

print gtw254txplot()

print jsend()

print divbottom()

print bottomhtml()

if __name__ == "__main__" :

mainprog()

173

xxxviii. Source Code “hp_plotbandwidth.py”

#!/usr/bin/python

def plotbandwidthrx(gettitle,getcanvas, dataplot, labelplot):

getplotrx = """

var pie = new RGraph.Pie('{}', [])

.Set('title', '{}')

.Set('title.color', '#614427')

.Set('title.font', 'Georgia')

.Set('title.size', 12)

.Draw()

var pie = new RGraph.Pie('{}', {})

.Set('title', 'Receive')




.Set('strokestyle', '#e8e8e8')

.Set('radius',70)

.Set('exploded',10)

.Set('linewidth', 5)

.Set('tooltips', {})


.Set('shadow', true)

.Set('shadow.offsetx', 0)

.Set('shadow.offsety', 0)

.Set('shadow.blur', 20)

.Set('gutter.top', 25)

.Set('gutter.right', 190)

.Set('key', {})

.Set('key.interactive',true)

.Set('key.position.x',1)

.Set('key.position.y',140)

.Draw()

""".format( getcanvas, gettitle, getcanvas, dataplot, labelplot, labelplot)

174

return getplotrx

def plotbandwidthtx(getcanvastx, dataplottx, labelplottx):

getplottx = """


.Set('title', 'Transmite')





.Set('radius',70)

.Set('exploded',10)









.Set('gutter.left', 190)

.Set('key', {})




.Draw()

""".format( getcanvastx, dataplottx, labelplottx, labelplottx)

return getplottx

xxxix. Source Code “hp_plotping.py”

#!/usr/bin/python

def plotping(gettitle,getcanvas, dataplot, labelplot):

getplot = """


175

.Set('title', '{}')

.Set('key', {})

.Set('key.position','gutter')

.Set('key.position.y','75')



.Set('exploded', [15,])




.Set('colors', ['#66FF00','red'])



.Set('radius', 90)

.Draw()

//RGraph.Effects.Pie.RoundRobin(pie)

""".format(getcanvas, dataplot,gettitle, labelplot,labelplot)

return getplot

xl. Source Code “hp_plotlistrik.py”

#!/usr/bin/python

def plotlistrik():

jsplot = """

var pie = new RGraph.Pie('cvs', json.listrikdata)

.Set('title', 'Status Listrik')

.Set('title.y', 30)

.Set('tooltips', json.labeljam)


.Set('exploded', [15,])




.Set('colors', ['#66FF00','red'])


176


.Set('key', json.labeljam)

.Set('key.position','gutter')

.Set('key.position.y','75')

RGraph.Effects.Pie.RoundRobin(pie)

"""

return jsplot

xli. Source Code “hp_plotrealbandwidth.py”

#!/usr/bin/python

"""

Script untuk Plotting bandwidith di index.py

"""

def jsplotbandwidth(getcanvas1, getcanvas2,getdata1,getdata2, gettitle, getkey,

getlabel):

plotjs = """

RGraph.Reset(document.getElementById('{}'));

var line1 = new RGraph.Line('{}', {}, {})

.Set('linewidth', [3, 3])

.Set('title', '{}')

.Set('key', {})

.Set('key.background', 'rgba(255,255,255,0.8)')

.Set('key.rounded', true)

.Set('labels', {})





.Set('shadow.color', ['gray','green'])


.Set('gutter.bottom', 75)

.Set('background.grid.autofit.numvlines', 30)

.Draw();

177

""".format(getcanvas1, getcanvas2,getdata1,getdata2, gettitle,getkey,

getlabel)

return plotjs

xlii. Source Code “hp_plotreallistrik.py”

#!/usr/bin/python

"""

Script Plotting listrik di index.py

"""

def jsplotlistrik(getcanvas1,getcanvas2,getdata,gettitle,getlabel):

plotjs = """


var line = new RGraph.Line('{}', {})

.Set('title', '{}')

.Set('numxticks', 30)

.Set('numyticks', 4)

.Set('ymax', 2)

.Set('ymin', -1)

.Set('ylabels.specific', ['','UP','DOWN',''])


.Set('labels',{})

.Set('colors',['green'])








.Draw();

""".format(getcanvas1,getcanvas2,getdata,gettitle,getlabel)

return plotjs

178

xliii. Source Code “hp_plotrealping.py”

#!/usr/bin/python

"""

Script Plotting ping di index.py

"""

def jsplotping(getcanvas1,getcanvas2,getdata,gettitle,getlabel):

plotjs = """


var line = new RGraph.Line('{}', {})

.Set('title', '{}')

.Set('numxticks', 30)

.Set('numyticks', 4)

.Set('ymax', 2)

.Set('ymin', -1)

.Set('ylabels.specific', ['','UP','DOWN',''])


.Set('labels',{})

.Set('colors',['green'])








.Draw();

""".format(getcanvas1,getcanvas2,getdata,gettitle,getlabel)

return plotjs

xliv. Source Code “hp_plotrealsuhu.py”

#!/usr/bin/python

179

"""

Script untuk Plotting temperatur sdi index.py

"""

def jsplottemperatur(getcanvas1, getcanvas2,getdata1,getdata2,getdata3,

gettitle,getkey, getlabel):

plotjs = """


var line1 = new RGraph.Line('{}', {}, {},{})


.Set('title', '{}')

.Set('key', {})

.Set('key.background', 'rgba(255,255,255,0.8)')

.Set('key.rounded', true)

.Set('labels', {})





.Set('shadow.color', ['gray','green'])




.Draw();

""".format(getcanvas1, getcanvas2,getdata1,getdata2,getdata3, gettitle,

getkey, getlabel)

return plotjs

xlv. Source Code “hp_plottemperatur.py”

#!/usr/bin/python

def plottemp1(getcanvas1, dataplot1, labelplot1):

getplot1 = """

var pie = new RGraph.Pie('{}', [])

180




.Draw()


.Set('title', 'Temperatur 1')





.Set('colors',['yellow','green','red'])

.Set('radius',70)

.Set('exploded',10)










.Set('key', {})




.Draw()

""".format( getcanvas1, getcanvas1, dataplot1, labelplot1, labelplot1)

return getplot1


getplot2 = """





181



.Set('radius',70)


.Set('exploded',10)











.Set('key', {})




.Draw()

""".format( getcanvas2, dataplot2, labelplot2, labelplot2)

return getplot2


getplot3 = """







.Set('radius',70)


.Set('exploded',10)



182








.Set('key', {})




.Draw()

""".format( getcanvas3, dataplot3, labelplot3, labelplot3)

return getplot3

xlvi. Source Code “hp_listrik.py”

#!/usr/bin/python

import cgi

import cgitb


cgitb.enable()


_hanang = """

<html>

<head>


<title>jQuery Datepicker</title>




183

<script>

$(function(){

$("#includedContent").load("hp_header.py");

});

</script>

<script>

$(function(){


});

</script>



$(function() {



});



}

</script>

</head>

<body>






<li><a rel="#D40229" href="hp_bandwidth.py">Bandwidth</a></li>

<li class="current_page_item_two"><a rel="#98CEAA"

href="hp_listrik.py">Listrik</a></li>


</ul>

</div>

184


<form action="hp_listrikplot.py">






</form>

</div>


</body>

</html>

"""

print _hanang

xlvii. Source Code “hp_listrikplot.py”

#!/usr/bin/python

import cgi

import cgitb

import re


from hp_plotlistrik import plotlistrik

from random import randrange

db= db_conn


cgitb.enable()


#def tanggalawal():





185




#def randomnum():

ranum = randrange(1000,9999,4)

tglawal = str(baris1)

tglakhir = str(baris2)

cur0 = db.cursor()

cur1 = db.cursor()

query0 = """SELECT COUNT(status) FROM listrik WHERE DATE(waktu) BETWEEN DATE('%s')

AND DATE('%s') AND status=0"""%(tglawal,tglakhir)

query1 = """SELECT COUNT(status) FROM listrik WHERE DATE(waktu) BETWEEN DATE('%s')

AND DATE('%s') AND status=1"""%(tglawal,tglakhir)

cur0.execute(query0)

cur1.execute(query1)

res0 = cur0.fetchall()

res1 = cur1.fetchall()

res0 = res0[0][0]

res1 = res1[0][0]

res0 = int(res0)

res1 = int(res1)

detikhidup = res1 * 2

secondhidup = detikhidup

menithidup = 0

jamhidup = 0

if detikhidup > 60:

secondhidup = detikhidup % 60

menithidup1 = detikhidup /60

menithidup = menithidup1

186

if menithidup1 > 60:

menithidup = menithidup1 % 60

jamhidup = menithidup1 / 60

waktuhidup = "%s Jam %s Menit %s Detik"%(jamhidup,menithidup,secondhidup)

detikmati = res0 * 2

secondmati = detikmati

menitmati = 0

jammati = 0

if detikmati > 60:

secondmati = detikmati % 60

menitmati1 = detikmati /60

menitmati = menitmati1

if menitmati1 > 60:

menitmati = menitmati1 % 60

jammati = menitmati1 / 60

waktumati = "%s Jam %s Menit %s Detik"%(jammati,menitmati,secondmati)

_json = "{listrikdata:[%s,%s],listriklabel:['hidup','mati'],labeljam:['Terkoneksi

: %s','Putus : %s']}" % (res1,res0,waktuhidup,waktumati)

files = open('listrikstat.json','w')

files.write(_json)

files.close()

_tophtml = """

<!DOCTYPE html >

<html>


<head>

<link rel="stylesheet" href="demos.css" type="text/css" media="screen" />






187


<script src="/libraries/RGraph.pie.js" ></script>

<script>

$(function(){ $("#includedContent").load("hp_header.py"); }); </script> <script> $(function(){ $("#includedContent1").load("hp_footer.py"); }); </script> <link href="master.css" rel="stylesheet" type="text/css">  <title>Listrik</title> <meta name="description" content="Listrik" /> </head> <body> """ _hanang = """ <div id="includedContent"></div> <div align="center"> <h1>Status kondisi Listrik</h1> """ _web = """<h3>Tanggal %s sampai %s</h3>"""%(tglawal,tglakhir) _lanjut = """ <canvas id="cvs" width="480" height="300" !style="border:1px solid #ccc">[No canvas support]</canvas> <script> function drawPie (json) { """ _jsend = """ } RGraph.AJAX.getJSON('listrikstat.json', drawPie); </script> <div id="includedContent1"></div> </div> </body> </html> """

_bottomhtml = """

</body>

</html>

"""

print _tophtml

print _hanang

print _web

print _lanjut

188

print plotlistrik()

print _jsend

print _bottomhtml

xlviii. Source Code “hp_temperatur.py”

#!/usr/bin/python

import cgi

import cgitb


cgitb.enable()

_hanang = """

<html>

<head>


<title>Bandwidth</title>

<script type="text/javascript" src='/libraries/jquerypatch.js'></script>

<script type="text/javascript" src='/libraries/example.js'></script>



<script>

$(function(){


});

</script>


$(function() {



});



}

189

</script>

<link type="text/css" href="master.css" rel="stylesheet" type="text/css">


</head>

<body>








<li class="current_page_item_two"><a rel="#1B9B93"

href="hp_temperatur.py">Temperatur</a></li>

</ul>

</div>


<form action="hp_temperaturplot.py">






</form>

</div>


</body>

</html>

"""

print _hanang

190

xlix. Source Code “hp_temperaturscript.py”

#!/usr/bin/python

"""

Author : Hanang Priambodo

Script utama fetching data ping dan bandwidth dari Mysql

"""


db = db_conn

#Fetching data Bandwidth dari Mysql

def getdatatemperatur(fielddb, tabeldb, tglawal, tglakhir):

tempcur0=db.cursor()

tempquery0 = """SELECT {} FROM {} WHERE DATE(waktu) BETWEEN '{}' AND

'{}'""".format(fielddb, tabeldb, tglawal, tglakhir)

tempcur0.execute(tempquery0)

tempres0 = tempcur0.fetchall()

lists = zip(*tempres0)

lists = lists[0]

tempwarn18 = []

tempsafe = []

tempwarn27 = []

for i in range(len(lists)):

data = lists[i]

if data < 18:

tempwarn18.append(data)

elif data > 27:

tempwarn27.append(data)

else:

tempsafe.append(data)

data = [len(tempwarn18),len(tempsafe),len(tempwarn27)]

totaldata = sum(data)

label = []

191

label1 = ["< 18 C :","Safe :",">27 :"]

for j in range(len(data)):

nilai = data[j] * 100.0 / totaldata

nilai = round(nilai,2)

lab = label1[j]

stick = """{}{}%""".format(lab,nilai)

label.append(stick)

data = "data%s%s:%s"%(tabeldb,fielddb,data)

label = "label%s%s:%s"%(tabeldb,fielddb,label)

return data,label

l. Source Code “hp_temperaturweb.py”

#!/usr/bin/python

def tophtml():

htmltop = """

<!DOCTYPE html >

<html>


<head>

<link rel="stylesheet" href="master.css" type="text/css"

media="screen" />





<script src="libraries/RGraph.drawing.rect.js" ></script>


<script type="text/javascript"

src="/libraries/jquery.min.js"></script>

<script src="/libraries/RGraph.pie.js" ></script>

<script> $(function(){ $("#includedContent").load("hp_header.py"); }); </script>

192

<script> $(function(){ $("#includedContent1").load("hp_footer.py"); }); </script> <link href="master.css" rel="stylesheet" type="text/css"> <title>Bandwidth</title> <meta name="description" content="Bandwidth" /> </head> <body> """ return htmltop

def divhtml(): htmldiv = """ <div id="includedContent"></div> <div align="center"> <h1>Status kondisi Temperatur Ruang Pusat Data</h1> """ return htmldiv

def jsfirst(): plotfirst = """ <script> function drawPie (json) { """ return plotfirst def jsend(): plotend = """ } RGraph.AJAX.getJSON('temperatur.json', drawPie); </script> """ return plotend def divbottom(): bottomdiv = """ <div id="includedContent1"></div> </div> """ return bottomdiv def bottomhtml(): htmlbottom = """ </body> </html> """ return htmlbottom

li. Source Code “hp_temperaturplot.py”

#!/usr/bin/python

from hp_temperaturscript import getdatatemperatur

from hp_temperaturweb import tophtml, divhtml, jsfirst, jsend, divbottom, bottomhtml

from hp_plotping import plotping

from hp_plottemperatur import plottemp1, plottemp2, plottemp3

193

from hp_getcanvas import canvasplot

import cgi

import cgitb

def tanggal():

cgitb.enable()


#def tanggalawal():








tglawal = baris1

tglakhir = baris2

return tglawal,tglakhir

def getdatatemp(tabel):



temp1 = getdatatemperatur('suhu1',tabel,tanggalawal, tanggalakhir)

datatemp1 = temp1[0]

labeltemp1 = temp1[1]







return datatemp1, labeltemp1, datatemp2, labeltemp2, datatemp3, labeltemp3

194

def datatemp():

tabels = "temperatur"

datatemp = getdatatemp(tabels)

return datatemp

def createjson():

datatemp1 = datatemp()[0]

labeltemp1 = datatemp()[1]





datajson =

"""{%s,%s,%s,%s,%s,%s}"""%(datatemp1,labeltemp1,datatemp2,labeltemp2,datatemp3,lab

eltemp3)

files = open('temperatur.json','w')

files.write(datajson)

files.close()

def temp1plot():

canvas = "cvs1"


temp1 = "json.datatemperatursuhu1"

label = "json.labeltemperatursuhu1"

getplot = plottemp1(canvas,temp1,label)


def temp2plot():

canvas = "cvs1"




return getplot

195

def temp3plot():

canvas = "cvs1"




return getplot

def tanggalweb():

awal = tanggal()[0]

akhir = tanggal()[1]

web = """<h3>Tanggal %s sampai %s</h3>"""%(awal,akhir)

return web

def mainprog():


tanggal()

datatemp()

createjson()

print tophtml()

print divhtml()

print tanggalweb()

print temp1plot()[0]

print jsfirst()

print temp1plot()[1]

print temp2plot()

print temp3plot()

print jsend()

print divbottom()

print bottomhtml()

if __name__ == "__main__" :

mainprog()

lii. Source Code “hp_getcanvas.py”

#!/usr/bin/python

196

def canvastop(getcanvas):

topcanvas = """

<canvas id="{}" width="600" height="250">[No canvas support]</canvas>

""".format(getcanvas)

return topcanvas

def canvasplot(getcanvas):

topcanvas = """

<canvas id="{}" width="520" height="350" style="border-bottom:1px solid

#ccc">[No canvas support]</canvas>


return topcanvas

def canvastemperatur(getcanvas):

topcanvas = """

<canvas id="{}" width="850" height="350" style="border-bottom:1px solid

#ccc">[No canvas support]</canvas>


return topcanvas

liii. Source Code “hp_header.py”

#!/usr/bin/python

import cgi

import cgitb


cgitb.enable()


_hanang = """

<!DOCTYPE html>

<html>

<head>

<title>Hanang Priambodo</title>

197

<script src='/libraries/jquerypatch.js'></script>

<script src='/libraries/example.js'></script>

<script src='/libraries/jquery.min.15.js'></script>


</head>

<body>

<header><h1>Sistem Pemantauan<br> Listrik, Bandwidth,dan Temperatur<br>

Gedung Pusat Data</h1></header>



<li class="current_page_item_two"><a rel="#900"

href="./">Home</a></li>




</ul>

</div>

</body>

</html>

"""

print _hanang

liv. Source Code “hp_footer.py

#!/usr/bin/python

import cgi

import cgitb


cgitb.enable()


198

_hanang = """

<!DOCTYPE html>

<html>

<head>

<title>Hanang Priambodo</title>


</head>

<body>

<div align="center" id="footer">

<label>Created By : Hanang Priambodo</label>

</div>

</body>

</html>

"""

print _hanang

199

LAMPIRAN B

Pada lampiran ini berisikan foto – foto hasil dari tugas akhir yang telah dilakukan.

Foto – foto tersebut diantaranya sebagai berikut :

lv. Ruang Pusat Data Universitas Lampung

200

lvi. Perangkat Raspberry Pi

lvii. Hasil Perancangan Perangkat Keras

201

lviii. Peletakan Sensor Temperatur Dan Modem GSM

Rak IBM Storage

202

Rak Blade Server

Rak BGP Server

203

LAMPIRAN C

lix. Laporan Harian

Laporan harian diambil pada tanggal 21 dan 22 Mei . Laporan dapat dilihat pada

lembar selanjutnya

210

lx. Laporan Mingguan

Laporan mingguan dapat dilihat pada lembar selanjutnya.

214

lxi. Laporan Bulanan

Laporan Bulanan diambil pada Bulan April, Mei, dan Juni . Laporan dapat dilihat

pada lembar selanjutnya.

224

LAMPIRAN D

Sampel data harian Bandwdith International dan Indonesia yang diambil 3 hari

secara acak pada bulan April, Mei, Juni .

225

lxii. Sampel Data Penggunaan Bandwidth International Bulan April

Waktu Penggunaan Bandwidth International Per

Hari (9 April 2014)


Hari (17 April 2014)


Hari (30 April 2014)

Jam Maksimal Bandwidth

(Mb)

Rata - Rata

Bandwidth (Mb) Jam

Maksimal

Bandwidth (Mb)

Rata - Rata

Bandwidth (Mb) Jam

Maksimal

Bandwidth (Mb)

Rata - Rata

Bandwidth (Mb)

Transmite Receive Transmite Receive Transmite Receive Transmite Receive Transmite Receive Transmite Receive

0 24 91 8,81 62,27 0 27 94 7,57 43,62 0 25 84 11,76 48,98

1 29 77 6,84 40,92 1 23 89 7,91 49,01 1 29 73 13,43 40,81

2 26 59 6,41 18,71 2 18 74 6,6 41,04 2 24 62 9,43 27,01

3 19 69 8,57 10,37 3 23 61 7,05 32,07 3 24 44 9,65 16,4

4 19 64 5,6 9,98 4 27 68 6,69 27,96 4 33 54 9,53 17,33

5 19 48 4,99 11,73 5 23 85 6,95 29,35 5 28 49 10,54 10,64

6 43 80 5,15 13,1 6 22 62 6,88 23,99 6 34 36 12,62 12,69

7 25 60 6,38 18,85 7 21 86 7 34,46 7 44 99 17,67 44,69

8 25 86 10,8 24,78 8 37 101 11,53 86,59 8 49 101 19,66 86,75

9 24 54 10,37 16,11 9 28 102 14,39 99,72 9 33 102 16,23 97,5

10 30 70 9,89 37,92 10 28 101 15,02 99,71 10 29 101 13,86 98,2

11 19 78 6,65 37,19 11 27 101 15,75 99,43 11 30 101 15,9 98,58

12 21 57 6,95 26,77 12 29 101 14,83 96,2 12 32 101 18,67 97,87

13 25 90 7,92 48,42 13 25 102 16,08 99,05 13 42 101 20,15 97,35

14 19 89 7,56 58,18 14 26 101 15,1 99,2 14 42 102 19,56 98,19

15 24 80 7,84 47,45 15 26 101 14,29 97,49 15 31 101 15,41 98,78

16 30 79 7,54 44,88 16 26 101 11,71 90,88 16 82 101 12,82 93,71

17 19 73 5,79 33 17 25 101 13,02 88,9 17 44 100 16,44 82,11

18 27 71 5,63 35,36 18 23 100 9,53 64,04 18 29 83 9,36 53,5

19 21 79 6,54 46,26 19 18 90 6,94 52,13 19 30 100 7,1 50,34

20 24 71 7,49 46,59 20 26 100 10,02 75,09 20 30 101 11,39 89,76

21 23 82 7,46 47,13 21 24 100 9,59 79,04 21 27 101 10,73 91,72

22 26 95 8,53 48,62 22 26 98 10,17 76,58 22 35 100 10,39 89,17

23 23 95 8,83 63,73 23 26 99 12,21 83,16 23 27 100 10,65 87,39

AVG 24,33333 74,875 7,439167 35,347 AVG 25,16667 92,417 10,70125 69,53 AVG 34,70833 87,375 13,45625 67,8946

226

lxiii. Sampel Data Penggunaan Bandwidth International Bulan Mei


Hari (8 Mei 2014)


Hari (15 Mei 2014)


Hari (26 Mei 2014)


(Mb)

Rata - Rata

Bandwidth (Mb) Jam

Maksimal

Bandwidth (Mb)

Rata - Rata

Bandwidth (Mb) Jam

Maksimal

Bandwidth (Mb)

Rata - Rata

Bandwidth (Mb)


0 41 83 11,73 42,02 0 16 88 5,91 42,93 0 39 53 9,2 20,91

1 31 85 6,22 41,76 1 15 91 5,86 40,29 1 23 48 9,29 24,17

2 11 51 0,50 3,79 2 21 78 5,41 37,41 2 20 40 8,84 19,61

3 0 0 0,00 0,00 3 30 67 4,55 26,65 3 21 26 10,37 11,68

4 9 8 0,24 0,07 4 13 45 4,04 19,12 4 21 29 8,84 8,76

5 32 17 3,15 5,53 5 15 34 4,70 14,30 5 21 34 8,5 11,89

6 26 47 3,57 19,55 6 None None None None 6 24 66 9,89 22,65



9 36 101 15,75 99,20 9 35 100 17,38 91,61 9 28 101 16,08 96,23

10 31 101 13,16 97,67 10 54 101 22,59 96,52 10 31 101 16,76 98,19

11 29 101 15,31 98,77 11 42 101 24,67 97,34 11 30 101 16,7 98,51

12 30 101 16,97 98,50 12 53 101 21,82 96,97 12 27 101 16,09 97,93

13 32 101 14,88 98,16 13 37 101 22,55 95,96 13 32 101 18,47 98,43

14 26 101 11,89 87,84 14 41 101 24,11 97,36 14 39 101 20,02 99,51

15 26 114 13,93 96,66 15 38 101 22,76 98,02 15 44 101 20,02 98,23

16 24 101 11,60 96,76 16 52 101 26,60 90,40 16 32 101 19,1 89,66

17 27 99 9,36 74,97 17 36 99 16,89 75,25 17 29 100 13,21 74,39

18 17 68 8,23 21,96 18 35 89 14,70 55,98 18 31 99 11,76 77,93

19 None None None None 19 63 91 16,90 49,29 19 31 93 11,16 52,82



22 22 81 6,21 44,84 22 42 100 21,42 82,08 22 29 98 12,46 72,12

23 23 98 8,40 75,22 23 32 98 16,50 78,44 23 39 85 10,77 46,95

AVG 25,2857 78,381 9,137259 58,5366 AVG 35,38095 89,905 15,98362 67,917 AVG 29,66667 82,208 13,53042 62,8

227

lxiv. Sampel Data Penggunaan Bandwidth International Bulan Juni


Hari (2 Juni 2014)


Hari (10 Juni 2014)


Hari (18 Juni 2014)


(Mb)

Rata - Rata

Bandwidth (Mb)

Jam

Maksimal Bandwidth

(Mb)

Rata - Rata

Bandwidth (Mb)

Jam

Maksimal

Bandwidth (Mb)

Rata - Rata

Bandwidth (Mb)


0 42 75 23,46936 39,1636 0 40 67 9,400922 36,9315 0 35 89 15,1926 39,356

1 44 68 25,34357 27,9003 1 23 68 8,275145 33,0532 1 56 53 21,64051 23,576

2 34 52 18,09687 21,8765 2 64 65 7,333568 27,2673 2 45 43 18,6133 23,802

3 51 75 16,68892 21,267 3 21 32 4,855063 3,88369 3 54 54 22,35281 27,849

4 36 44 16,15912 15,4594 4 25 29 4,942592 3,37218 4 39 47 22,07907 11,567

5 35 56 19,67073 17,8339 5 22 40 3,655751 13,4845 5 42 50 20,67345 10,991

6 67 99 19,90587 23,1168 6 22 58 6,677919 19,7208 6 44 44 27,43372 22,535

7 50 101 20,87951 58,8888 7 26 99 7,523827 47,0059 7 44 90 26,20395 45,593

8 59 101 25,11768 95,0621 8 28 101 15,09623 96,5843 8 44 101 25,18108 91,039

9 39 101 20,33762 97,4377 9 43 101 16,15847 98,1747 9 34 101 22,44898 97,969

10 31 101 14,23784 97,8471 10 30 101 17,74869 98,3447 10 42 101 25,52052 98,624

11 38 101 18,37814 98,6289 11 39 101 15,16696 98,1798 11 48 101 25,45929 98,598

12 27 102 15,64616 98,932 12 67 124 15,55394 98,6276 12 38 101 23,09983 95,646

13 33 109 16,91185 98,3345 13 30 101 14,93011 98,1083 13 39 101 23,46663 98,191

14 29 101 16,31656 98,9485 14 33 101 16,14761 98,3057 14 44 101 27,68243 98,427

15 28 101 15,71848 97,434 15 33 114 15,67019 97,2383 15 55 101 31,46764 98,549

16 62 101 14,66315 90,638 16 44 101 16,80583 97,2641 16 45 101 30,04274 94,543

17 26 99 9,245677 67,0483 17 35 101 16,78847 90,4772 17 46 98 27,75951 73,585

18 39 80 9,219314 51,719 18 37 92 13,47393 58,6501 18 50 92 24,52515 55,136

19 29 96 10,88761 71,3187 19 26 99 14,1146 83,1181 19 43 86 22,16793 56,371

20 29 101 10,32275 87,5035 20 38 100 15,52197 80,0081 20 51 99 25,56832 81,884

21 36 100 10,60706 82,8571 21 34 98 16,78006 79,4194 21 53 100 31,03576 76,704

22 30 98 10,22837 77,8927 22 30 96 16,99297 79,6721 22 66 94 39,23104 66,943

23 24 97 9,851359 69,2753 23 37 98 20,14493 78,298 23 58 101 33,4689 84,11

AVG 38,25 89,958 16,16265 66,9327 AVG 34,45833 86,95833 12,90666 67,2996 AVG 46,45833 85,375 25,51313 65,483

228

lxv. Sampel Data Penggunaan Bandwidth Indonesia Bulan April

Waktu Penggunaan Bandwidth Indonesia Per Hari (9

April 2014)

Waktu Penggunaan Bandwidth Indonesia Per Hari

(17 April 2014)


April 2014)


(Mb)

Rata - Rata

Bandwidth (Mb)

Jam

Maksimal Bandwidth

(Mb)

Rata - Rata

Bandwidth (Mb)

Jam

Maksimal Bandwidth

(Mb)

Rata - Rata Bandwidth

(Mb)


0 11 153 1,35 31,49 0 29 202 2,27 37,94 0 29 68 1,83 24,21

1 19 159 1,17 26,09 1 7 154 1,5 26,02 1 13 69 1,32 14,94

2 5 109 0,82 12,02 2 9 108 1,03 15,24 2 13 92 0,88 14,75

3 6 96 0,61 8,75 3 10 43 0,46 3,33 3 16 47 0,61 6,21

4 17 85 0,4 8,31 4 5 92 0,86 10,41 4 19 41 0,97 7,91

5 6 63 0,55 5,35 5 15 131 1,07 12,38 5 33 42 1,08 7,37

6 13 110 0,88 16,04 6 20 60 1,42 10,33 6 33 41 1,27 8,27

7 25 85 0,95 16,59 7 13 101 2,97 34,24 7 34 138 2,84 37,33

8 12 97 0,85 11,74 8 31 238 5,93 102,5 8 34 233 6,54 112,01

9 14 51 1,04 13,38 9 26 246 7,52 114,88 9 28 223 7,05 124,79

10 14 161 1,74 33,57 10 30 238 7,1 104,94 10 21 245 8,12 149,33

11 23 191 1,83 34,28 11 36 202 4,98 114,61 11 24 238 8,11 139,2

12 16 71 1,4 31,72 12 27 211 4,22 131,74 12 28 228 6,86 121,22

13 18 137 1,58 29,36 13 27 196 3,86 115,5 13 31 233 7,32 125,75

14 14 52 1,56 22,1 14 24 197 3,96 115,24 14 32 239 9,26 159,3

15 18 99 1,88 29,52 15 32 203 3,48 115,55 15 36 234 7,48 134

16 19 67 1,96 19,71 16 14 231 3,46 87,32 16 26 236 5,63 90,35

17 11 146 1,68 24,64 17 12 204 3,2 91,5 17 25 175 3,64 53,82

18 12 74 2,22 15,18 18 17 166 1,74 38,96 18 20 137 2,6 26,73

19 19 155 2,25 22,35 19 19 81 1,66 32,64 19 27 144 3,29 47,31

20 17 147 2,4 24,48 20 11 125 2,32 53,32 20 26 184 4,47 71

21 31 73 2,35 31,47 21 16 127 2,81 58,52 21 20 210 4,61 72,74

22 11 131 2,26 36,33 22 24 154 2,75 57,66 22 20 187 3,76 65,93

23 22 82 1,44 17,8 23 23 125 1,54 57,61 23 17 112 2,66 52,71

AVG 15,54167 108,0833 1,465417 21,76125 AVG 19,875 159,7917 3,004583 64,26583 AVG 25,20833 158,1667 4,258333 69,46583

229

lxvi. Sampel Data Penggunaan Bandwidth Indonesia Bulan Mei


Mei 2014)


(15 Mei 2014)


(26 Mei 2014)


(Mb)

Rata - Rata

Bandwidth (Mb) Jam

Maksimal Bandwidth

(Mb)

Rata - Rata

Bandwidth (Mb) Jam

Maksimal Bandwidth

(Mb)

Rata - Rata

Bandwidth (Mb)


0 8 168 1,69 31,90 0 15 114 1,60 20,74 0 9 49 2,03 9,5

1 15 61 1,16 13,41 1 15 110 1,28 20,38 1 7 68 1,8 15,04

2 27 40 0,49 5,75 2 6 124 1,03 13,68 2 21 56 1,43 9,25

3 13 11 0,25 0,37 3 7 64 0,73 7,19 3 11 46 1,55 5,2

4 10 32 0,53 2,41 4 13 58 0,77 9,49 4 10 41 1,66 3,5

5 15 20 0,86 7,02 5 13 82 0,88 9,53 5 18 43 2,41 6,52

6 15 40 0,81 4,75 6 15 95 1,36 14,77 6 12 87 1,49 11,51

7 18 113 1,75 20,44 7 16 85 1,47 16,27 7 16 150 2,77 26,23

8 22 211 4,05 68,45 8 21 120 2,28 36,63 8 21 208 7,12 86,2

9 27 233 6,44 112,46 9 17 111 2,39 29,85 9 37 231 9,32 139,94

10 61 244 7,96 132,77 10 12 173 3,15 49,85 10 36 226 10,28 148,03

11 27 229 8,20 136,86 11 35 176 3,82 65,09 11 28 240 10,02 149,72

12 28 230 8,24 140,08 12 20 156 3,59 53,95 12 20 206 7,75 131,43

13 43 236 8,62 146,22 13 20 205 4,90 72,81 13 31 223 8,6 138,26

14 30 247 8,28 132,62 14 23 203 4,58 79,18 14 14 188 2,52 53,26

15 27 239 8,48 144,22 15 17 152 3,63 65,81 15 23 200 2,09 102,48

16 22 214 5,49 95,13 16 18 171 3,20 56,00 16 15 177 2,02 78,77

17 19 108 3,28 45,89 17 23 111 2,68 41,63 17 11 131 1,92 52,94

18 9 73 2,31 16,92 18 16 98 2,70 31,84 18 18 139 1,32 35,75




22 16 106 1,54 5,61 22 19 168 3,63 53,47 22 13 142 2,02 70,57

23 11 104 1,19 6,77 23 27 141 2,69 44,07 23 19 123 1,58 57,96

AVG 22,04762 140,9048 3,886687 60,47928 AVG 17,83333 129,9167 2,595417 38,34583 AVG 18,5 146,4583 3,647083 63,51958

230

lxvii. Sampel Data Penggunaan Bandwidth Indonesia Bulan Juni


Juni 2014)


(10 Juni 2014)


(18 Juni 2014)


(Mb)

Rata - Rata

Bandwidth (Mb) Jam

Maksimal Bandwidth

(Mb)

Rata - Rata

Bandwidth (Mb) Jam

Maksimal

Bandwidth (Mb)

Rata - Rata

Bandwidth (Mb)


0 13 88 2,452552 24,37262 0 16 66 1,899264 20,65144 0 25 73 4,730733 20,94167

1 10 71 2,322312 15,67873 1 12 85 2,038182 31,21452 1 27 70 3,208607 18,86777

2 10 63 3,065145 17,66353 2 12 77 1,932047 17,61951 2 7 112 1,233133 12,0568

3 12 48 2,114974 7,887203 3 19 48 1,064908 8,5294 3 6 118 1,398297 7,768326

4 18 32 1,628956 5,697599 4 11 25 1,169632 2,901324 4 10 77 1,033945 6,330383

5 14 86 1,525406 12,65606 5 31 61 0,708951 11,06917 5 16 44 1,706303 8,888984

6 26 72 2,067603 12,60791 6 15 57 1,089169 13,51208 6 12 118 1,704837 6,950669

7 15 175 3,600646 47,48268 7 23 200 2,619347 33,27597 7 30 166 2,789994 32,24566

8 35 229 8,989424 127,9336 8 24 227 6,144361 104,461 8 36 154 4,975797 76,15768

9 28 217 8,600818 129,8866 9 25 224 8,808449 120,5029 9 22 213 7,91958 113,6241

10 26 230 9,885429 139,8296 10 26 225 9,409959 133,465 10 23 191 8,442037 107,2207

11 38 235 10,00702 151,2058 11 32 230 8,675 144,7023 11 27 224 7,967836 133,3105

12 29 236 8,87822 147,5398 12 21 240 7,934606 143,6771 12 18 187 6,762181 98,50638

13 28 242 9,538821 149,3526 13 36 234 7,934149 144,2826 13 33 201 8,456038 113,1389

14 27 232 10,60597 166,6862 14 34 237 7,865889 147,8309 14 26 187 8,748101 103,2706

15 24 240 10,01528 171,4324 15 24 239 7,329225 133,9313 15 35 178 8,924694 103,5137

16 22 224 6,505105 101,6066 16 53 211 6,121283 108,221 16 26 199 7,637215 90,65594

17 19 161 2,758085 31,9105 17 26 217 5,16277 89,61339 17 19 112 5,194704 41,82425

18 19 143 3,05498 32,51147 18 24 90 3,067908 35,93105 18 20 131 3,101033 38,43897

19 18 126 3,884925 42,25982 19 23 102 3,775415 38,41197 19 36 149 4,994291 51,96614

20 25 128 5,495954 61,85607 20 12 121 3,878051 45,95604 20 20 177 6,721886 68,99001

21 23 189 5,116372 59,54647 21 20 197 4,646068 60,11855 21 22 177 3,965544 64,75

22 24 117 3,744484 56,01673 22 30 207 4,063972 46,27395 22 19 181 4,11 63,70855

23 17 171 2,972874 47,22908 23 17 147 3,425067 52,7545 23 14 92 2,923122 40,16872

AVG 21,66667 156,4583 5,367973 73,36874 AVG 23,58333 156,9583 4,615153 70,37112 AVG 22,04167 147,125 4,943746 59,30398

231

LAMPIRAN E

Pada Lampiran E terdapat data hari dimana terjadi mati lamu selama bulan April 2014

sampai bulan Juni 2014

239

LAMPIRAN F

Pada lampiran F, terdapat bagan dari struktur program yang telah dibuat oleh penulis.

Bagan tersebut dapay di lihat pada halaman selanjutnya.

240

lxviii. Struktur Program Bandwidth

Mengkoneksikan Raspberry

dengan BGP Server

Menggunakanan Komunikasi

Internet

Melakukan

Proses ping

ke ip tujuan

Masukan data

ping ke dalam

database

Program

berhenti 2

detik

Notifikasi sms jika jaringan

International terdapat

perubahan status

Mendapatkan Data

bandwdith dari BGP

server

Masukan data

Bandwidth ke

dalam

database

Program

berhenti 2

detik

241

lxix. Struktur Program Listrik

Mengaktifkan

GPIO 27

sebagai inputan

Membaca Tegangan Pada

GPIO

Notifikasi SMS

ketika Terjadi

peruahan status

listrik

Memasukan

Data ke dalam

Database

Menghentikan

Program

selama 2 detik

242

lxx. Struktur Program Temperatur

Mengaktifkan

Protokol 1 wire

Membaca

Sensor 1

Menambahkan

ke dalam

listtemp

Membaca

Sensor 2

Menambahkan

ke dalam

listtemp

Membaca

Sensor 3

Menambahkan

ke dalam

listtemp

Memasukan data

listtemp ke dalam

database

Program berhenti

selama 2 detik

Mengirim SMS

ketika perubahan

status

111

LAMPIRAN G

Pada lampiran F berisikan datasheet Sensor DS18B20 :

1-Wire ® (Protocol)

Company: Dallas Semiconductor/Maxim

Linus Wong

What is it?

Protocol: to digitally communicate over twisted-pair cable with 1-Wire components

over a 1-Wire network

network is defined with an open-drain (wired-AND) master/slave multidrop

architecture with resistor pull-up to a nominal 5V supply at the master

1-Wire net’s 3 components:

a bus master with controlling software (e.g. TMEX™ iButton® viewer)

wiring and associated connectors

1-Wire devices

Features/Benefits

each 1-Wire slave has stored in ROM a unique 64-bit serial number that acts as its

node address device to be individually selected from among many that can be

connected to the same bus wire

This globally unique address is composed of eight bytes divided into three main

sections. Starting with the LSB, the first byte stores the 8-bit family codes that

identify the device type. The next six bytes store a customizable 48-bit individual

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address. The last byte, the most significant byte (MSB), contains a cyclic

redundancy check (CRC) with a value based on the data contained in the first seven

bytes. This allows the master to determine if an address was read without error.

With a 248 serial number pool, conflicting or duplicate node addresses on the net

are never a problem.

1-Wire devices can be formatted with a file directory like a floppy disk files can

be randomly accessed and changed without disturbing other records

Maximum data security can be provided by 1-Wire chip implementation of the US

government-certified Secure Hash Algorithm (SHA-1)

uses a single wire (plus ground) to accomplish both communication and power

transmission.

A single bus master can feed multiple slaves over a single twisted-pair cable

simplify design with an interface protocol that supplies control, signaling, and

power over a single-wire connection.

About the Protocol

1-Wire protocol uses conventional CMOS/TTL logic levels (maximum 0.8V for

logic “zero” and a

minimum 2.2V for logic “one”) with operation specified over a supply voltage

range of 2.8V to 6V.

113

Both master and slaves are configured as transceivers permitting bit sequential data

to flow in either direction, but only one direction at a time (halfduplex); Master

initiates and controls all devices

Data is byte-sequential and bit-sequential with data read and written least

significant bit (LSB) first

signal is transferred in time slots

System clock is not required; each 1-Wire part is self-clocked by an internal

oscillator synchronized to the falling edge of the master

4 basic protocol operations:

(http://www.maxim-ic.com/appnotes.cfm/appnote_number/522/ln/en App126)

All device commands are built off these!

Libraries implementing these and higher order functions available.

http://www.maxim-ic.com/appnotes.cfm/appnote_number/522/ln/en

114

Typical 1-Wire Communication Flow

The first part of any communication involves the bus master issuing a “reset” which

synchronizes the entire bus. A slave device is then selected for subsequent

communications. This can be done by selecting all slaves, selecting a specific slave

(using the serial number of the device), or by discovering the next slave on the bus

using a binary search algorithm. These commands are referred to collectively as

“network” or ROM (Read-Only-Memory) commands. Once a specific device has

been selected, all other devices drop out and ignore subsequent communications

until the next reset is issued.

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Once a device is isolated for bus communication the master can issue device-

specific commands to it, send data to it, or read data from it. Because each device

type performs different functions and serves a different purpose, each has a unique

protocol once it has been selected. Even though each device type may have different

protocols and features, they all have the same selection process and follow the

command flow as seen in Figure 1 (above).

How power is supplied in the most common cases (w/ diagrams)

3 primary ways:

Sourcing power whenever the line is above 3.5V.

Since 1-Wire devices can operate with a 3V supply, the energy available between

the bus supply levels of 3.5V and 5V can be tapped.

equivalent to operating the load in shunt mode (permanently across the bus, or

preferably under bus master control)

(Powering methods continued)

Sourcing power when line is high by transferring charge to a capacitor (or

rechargeable battery) through a blocking diode

116

During idle periods when the bus is at 5V, the circuit ‘steals’ power from the line

to charge the capacitor and power the load.

Disadv: adds both capacitive load and leakage that reduce the range and capability

of the 1-Wire network. Can fix by can be isolating it between two addressable

switches controlled by the line master.

Adv: simple and economical; used internally by 1-Wire devices

Parasitic power:

concept of "stealing" power from the net by a half-wave rectifier

When data line is pulled high, the diode in the half-wave rectifier turns on and

charges an on-chip capacitor.

When the voltage on the net drops below the voltage on the capacitor, the diode is

reverse biased, which isolates the charge. The resulting charge provides the energy

source to power the slave during the intervals when the net is pulled low. The

amount of charge lost during these periods is replenished when the data line returns

high.

Sourcing power with a strong pull-up during idle communication time.

117

can be accomplished by using a MOSFET to pull the bus directly to the rail

E.g. DS18S20-PAR (digital thermometer, during temperature conversions)

http://pdfserv.maxim-ic.com/arpdf/DS18S20-PAR.pdf

http://www.maxim-ic.com/appnotes.cfm/appnote_number/949/ln/en (App147:

Supplying power via 1-wire bus)


Guidelines for Reliable 1-wire networks)

Some Topologies

(see http://www.maxim-ic.com/appnotes.cfm/appnote_number/523/ln/en)

http://pdfserv.maxim-ic.com/arpdf/DS18S20-PAR.pdf




118

General Ways to Communicate

Software methods via microprocessor: 1-Wire API for Windows (TMEX), 1-Wire

COM interface (OWCOM), 1-Wire Public Domain (PD), and 1-Wire API for

Java™ (OWAPI)

a predefined 1-Wire master chip in Verilog and VHDL

DS2480B Serial 1-Wire Line Driver to communicate with any UART

DS1481 provides a 1-Wire master with a parallel interface.

(http://www.maxim-ic.com/appnotes.cfm/appnote_number/522/ln/en last page)


119

Closing Remarks

DS9091K 1-Wire MicroLAN Evaluation Kit

http://www.maxim-ic.com/quick_view2.cfm/qv_pk/2973

$49.00

examples: Window/door monitor, Temperature logger, Simulated room temperature control,

Burglar alarm system

37 1-Wire devices, 48 iButtons and accessories (sensors, clocks, adapters, memory,

etc.)

* http://www.maxim-ic.com/1-Wire (main page)

http://www.maxim-ic.com/appnotes.cfm/appnote_number/1796/ln/en (overview)


Using a UART to Implement a 1-Wire Bus Master)


overview and selection guide to available APIs/resources for communicating with

the variety of devices)

* http://www.maxim-ic.com/an_prodline2.cfm/prodline/21 (ALL Application

Notes and Tutorials for 1-Wire devices)

http://www.maxim-ic.com/quick_view2.cfm/qv_pk/2973

http://www.maxim-ic.com/1-Wire




http://www.maxim-ic.com/an_prodline2.cfm/prodline/21

120

* http://www.maxim-ic.com/appnotes.cfm/appnote_number/523/ln/en (App132:

Quick Guide to 1-Wire net Using PCs and Microcontrollers)

http://www.brianlane.com/digitemp.php (“DigiTemp is a simple to use interface to

the Dallas Semiconductor DS18S20 (DS18S20-PAR), DS1822, (DS1822-PAR)

and DS18B20 (DS18B20-PAR) digital temperature sensors”)


http://www.brianlane.com/digitemp.php

http://www.dalsemi.com/

http://dbserv.maxim-ic.com/quick_view2.cfm?qv_pk=2815






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