class You():
    first_name = "Hyunwoo"
    last_name = "Park"
    def do_homework(self):
        self.sleep()
    def sleep(self):
        print "zzz..."
 
y = You()
print y.first_name
y.do_homework()

class Movie():
    title = ""
    rating = 0
    def __init__(self, input_title):
        self.title = input_title
    def get_title(self):
        return self.title
    def get_rating(self):
        return self.rating
    def set_rating(self, input_rating):
        self.rating = input_rating
 
class User():
    name = "John Doe"
    def __init__(self, input_name):
        self.name = input_name
    def get_name(self):
        return self.name
    def rate_movie(self, movie):
        prompt_user = raw_input("[" + movie.get_title() + "] Rate it: ")
        movie.set_rating(int(prompt_user))
 
 
movie_title_list = ["Matrix", "Matrix: reloaded", "Matrix: unloaded"]
movie_object_list = []
for movie_title in movie_title_list:
    movie_object_list.append(Movie(movie_title))
 
username = raw_input("What's your name? ")
u = User(username)
for movie_object in movie_object_list:
    u.rate_movie(movie_object)
 
output = u.get_name() + " "
for movie_object in movie_object_list:
    output += str(movie_object.get_rating()) + " "
 
print output

import networkx as nx
import matplotlib.pyplot as plt
from numpy import *
from numpy.random import *
 
ma_window = 1000
ma_step = 100
 
def filesave(i):
	plt.figure(figsize=(16,9))
	plt.title("MSNBC Website Browsing Path (Dataset 1999)", font)
 
	visited = visit_raw / average(visit_raw)
	t_edge = edges_raw.diagonal()
	self = t_edge / average(t_edge)
	passed = []
	for (u,v) in G.edges():
		passed.append(edges_raw[u][v])
	passed = passed / average(passed)
	#print passed
 
	nx.draw_networkx_nodes(G,pos,alpha=0.7,node_color=self,node_size=visited*6000,cmap=plt.cm.Blues)
	nx.draw_networkx_edges(G,pos,alpha=0.4,edge_color=passed,width=passed*2,edge_cmap=plt.cm.Reds,arrows=False)
	nx.draw_networkx_labels(G,pos,labels=categories,font_size=20,font_family='helvetica',font_weight='bold')
	plt.text(0, 0, "edge width = # user passed, node size = # users visited, node color = self-loop ratio", font1, horizontalalignment='left', verticalalignment='bottom', transform=plt.gca().transAxes)
	plt.text(1, 0, "# Visitor: " + str(i), font2, horizontalalignment='right', verticalalignment='bottom', transform=plt.gca().transAxes)
	plt.axis('off')
 
	plt.savefig(".\\output\\network_viz_%07d.png" % i) # save as png
 
input = open("msnbc990928.seq")
data = input.read().splitlines()
input.close()
print len(data)
 
font = {'fontname': 'Helvetica', 'color': 'k', 'fontweight': 'bold', 'fontsize': 24}
# change font and write text (using data coordinates)
font1 = {'fontname': 'Helvetica', 'color': 'k', 'fontweight': 'bold', 'fontsize': 14}
font2 = {'fontname': 'Helvetica', 'color': 'k', 'fontweight': 'bold', 'fontsize': 30}
 
categories = "Frontpage News Tech Local Opinion On-air Misc Weather MSN-News Health Living Business MSN-Sports Sports Summary BBS Travel".split()
print categories
 
categories = dict(zip(range(17), categories))
 
G = nx.complete_graph(17)
G = G.to_directed()
 
pos=nx.spring_layout(G,iterations=100)
#print pos
pos = {
		0: array([ 0.42715358,  0.52961866]),
		1: array([ 0.6006982 ,  0.45497008]),
		2: array([ 0.39653568,  0.43281288]),
		3: array([ 0.25918795,  0.44035879]),
		4: array([ 0.31563072,  0.36506269]),
		5: array([ 0.6059773 ,  0.55317834]),
		6: array([ 0.41936401,  0.35313178]),
		7: array([ 0.44428007,  0.6528567 ]),
		8: array([ 0.55117116,  0.38336754]),
		9: array([ 0.49707884,  0.46947535]),
		10: array([ 0.54038237,  0.58690058]),
		11: array([ 0.3004154 ,  0.65209351]),
		12: array([ 0.31939352,  0.50661267]),
		13: array([ 0.24905028,  0.55743071]),
		14: array([ 0.48420206,  0.36347243]),
		15: array([ 0.36604202,  0.65038191]),
		16: array([ 0.52645572,  0.6663619 ])
	}
 
visit_raw = zeros(17)
edges_raw = zeros((17,17))
 
#for j in range(800,900):
#	for d in data[j*ma_step:j*ma_step+ma_window]:
#		last = -1
#		for i in d.split():
#			current = int(i)-1
#			if last > -1:
#				edges_raw[last][current] += 1
#			last = current
#			visit_raw[last] += 1
#	print j
#	filesave(j)
#	visit_raw = zeros(17)
#	edges_raw = zeros((17,17))
 
for (ind,d) in enumerate(data):
#	if (ind % 1649 == 1648) and ind > 800000 and ind < 1000000: #	if (ind % 1649 == 1648) and ind > 200000 and ind < 300000: #		print ind #		filesave(ind) #		visit_raw = zeros(17) #		edges_raw = zeros((17,17)) #		if ind > 50000: break
	last = -1
	for i in d.split():
		current = int(i)-1
		if last > -1:
			edges_raw[last][current] += 1
		last = current
		visit_raw[last] += 1
 
filesave(0)
print "Program finished"
#os.system("c:\\badak\\mencoder 'mf://*.png' -mf type=png:fps=20 -ovc lavc -oac copy -o hitcount_viz.avi")
#plt.show() # display

import os
import sys
import matplotlib.pyplot as plt
from numpy import *
from numpy.random import *
 
input = open("msnbc990928.seq")
data = input.read().splitlines()
input.close()
 
font = {'fontname': 'Helvetica', 'color': 'k', 'fontweight': 'bold', 'fontsize': 14}
 
categories = "frontpage news tech local opinion on-air misc weather msn-news health living business msn-sports sports summary bbs travel".split()
#categories.reverse()
 
print len(data)
 
val = zeros(17)    # the bar lengths
pos = arange(17)+5    # the bar centers on the y axis
print val
 
plt.xlabel('Visitors')
 
#for (ind, d) in enumerate(data):
#	if ind % 653 == 0:
#		print ind
#		plt.barh(pos, val, color='r', alpha=0.5, align='center')
#		plt.yticks(pos, categories)
#		plt.title("MSNBC Website Page Hit Count (Dataset 1999) | # of Visitors = " + str(ind), font)
#		plt.savefig("_hitcount_viz_%07d.png" % ind) # save as png
#	for i in d.split():
#		val[int(i)-1] += 1
#
#print val
 
print 'Making movie hitcount_viz.avi - this make take a while'
os.system("c:\\badak\\mencoder 'mf://*.png' -mf type=png:fps=25 -ovc lavc -oac copy -o hitcount_viz.avi")
#plt.show()

# To change this template, choose Tools | Templates
# and open the template in the editor.
 
puts "Hello World"
 
require "mysql"
require "xml"
 
#####
# Creating basic rss
#####
 
doc = XML::Document.new()
doc.encoding = XML::Encoding.encoding_to_s(XML::Encoding::UTF8)
 
doc.root = XML::Node.new('rss')
root = doc.root
root['version'] = '2.0'
root['xmlns:content'] = 'http://purl.org/rss/1.0/modules/content/'
root['xmlns:wfw'] = 'http://wellformedweb.org/CommentAPI/'
root['xmlns:dc'] = 'http://purl.org/dc/elements/1.1/'
root['xmlns:wp'] = 'http://wordpress.org/export/1.0/'
 
root << channel = XML::Node.new('channel')
channel << title = XML::Node.new('title') << 'oksure.org'
channel << link = XML::Node.new('link') << 'http://oksure.byus.net/09012003'
channel << description = XML::Node.new('description') << 'oksure.org'
channel << pubDate = XML::Node.new('pubDate') << 'Wed, 10 Sep 2003 00:00:00 +0000'
channel << generator = XML::Node.new('generator') << 'http://wordpress.org/?v=MU'
channel << language = XML::Node.new('language') << 'ko'
channel << wp_wxr_version = XML::Node.new('wp:wxr_version') << '1.0'
channel << wp_category = XML::Node.new('wp:category')
wp_category << wp_category_nickname = XML::Node.new('wp:category_nickname') << 'season1'
wp_category << wp_category_parent = XML::Node.new('wp:category_parent')
wp_category << wp_cat_name = XML::Node.new('wp:cat_name') << XML::Node.new_cdata('Season 1')
wp_category << wp_category_description = XML::Node.new('wp:category_description') << XML::Node.new_cdata('Archive from oksure.org [2003-2004] ')
['banner', 'diary', 'freeboard', 'letter', 'link', 'profile', 'poem'].each do |category|
	channel << wp_category = XML::Node.new('wp:category')
	wp_category << wp_category_nickname = XML::Node.new('wp:category_nickname') << category
	wp_category << wp_category_parent = XML::Node.new('wp:category_parent') << 'Season 1'
	wp_category << wp_cat_name = XML::Node.new('wp:cat_name') << XML::Node.new_cdata(category.capitalize)
end
 
#####
# MySQL part
#####
 
db = Mysql.real_connect("localhost", "root", "********", "oksurenet_backup_20081120")
 
zb = "zetyx_"
boards = ["freeboard", "4u_poem", "letters", "profile", "link", "diary", "main_ban"]
 
boards.each do |board|
	puts board + " is being processed."
 
	category_name = board unless ["main_ban", "4u_poem", "letters"].include?(board)
	if board == "letters"
		category_name = "letter"
	elsif board == "main_ban"
		category_name = "banner"
	elsif board == "4u_poem"
		category_name = "poem"
	end
 
	result = db.query("SELECT * FROM " + zb + "board_" + board)
	result.each_hash do |row|
		channel << item = XML::Node.new('item')
		item << title = XML::Node.new('title') << row["subject"]
		item << link = XML::Node.new('link')
		item << pubDate = XML::Node.new('pubDate') << Time.at(row["reg_date"].to_i).strftime("%a, %d %b %Y %H:%M:%S +0000")
		item << dc_creator = XML::Node.new('dc:creator') << XML::Node.new_cdata(row["name"])
		item << category = XML::Node.new('category') << XML::Node.new_cdata(category_name.capitalize)
		item << category = XML::Node.new('category') << XML::Node.new_cdata(category_name.capitalize)
		category['domain'] = 'category'
		category['nicename'] = category_name
		item << guid = XML::Node.new('guid')
		guid['isPermaLink'] = 'false'
		item << description = XML::Node.new('description')
		item << content_encoded = XML::Node.new('content:encoded') << XML::Node.new_cdata(row["memo"])
		item << content_excerpt = XML::Node.new('content:excerpt') << XML::Node.new_cdata('')
		item << wp_post_id = XML::Node.new('wp:post_id') << row["no"]
		item << wp_post_date = XML::Node.new('wp:post_date') << Time.at(row["reg_date"].to_i).strftime("%Y-%m-%d %H:%M:%S")
		item << wp_post_date_gmt = XML::Node.new('wp:post_date_gmt') << (Time.at(row["reg_date"].to_i) - (60 * 60 * 9)).strftime("%Y-%m-%d %H:%M:%S")
		item << wp_comment_status = XML::Node.new('wp:comment_status') << 'open'
		item << wp_ping_status = XML::Node.new('wp:ping_status') << 'open'
		item << wp_post_name = XML::Node.new('wp:post_name')
		item << wp_status = XML::Node.new('wp:status') << 'publish'
		item << wp_post_parent = XML::Node.new('wp:post_parent') << '0'
		item << wp_menu_order = XML::Node.new('wp:menu_order') << '0'
		item << wp_post_type = XML::Node.new('wp:post_type') << 'post'
		item << wp_post_password = XML::Node.new('wp:post_password')
 
		result_comment = db.query("SELECT * FROM " + zb + "board_comment_" + board + " where parent = " + row["no"])
		result_comment.each_hash do |row_comment|
			item << wp_comment = XML::Node.new('wp:comment')
			wp_comment << wp_comment_id = XML::Node.new('wp:comment_id') << row_comment["no"]
			wp_comment << wp_comment_author = XML::Node.new('wp:comment_author') << XML::Node.new_cdata(row_comment["name"])
			wp_comment << wp_comment_author_email = XML::Node.new('wp:comment_author_email')
			wp_comment << wp_comment_url = XML::Node.new('wp:comment_url')
			wp_comment << wp_comment_IP = XML::Node.new('wp:comment_IP') << row_comment["ip"]
			wp_comment << wp_comment_date = XML::Node.new('wp:comment_date') << Time.at(row_comment["reg_date"].to_i).strftime("%Y-%m-%d %H:%M:%S")
			wp_comment << wp_comment_date_gmt = XML::Node.new('wp:comment_date_gmt') << (Time.at(row_comment["reg_date"].to_i) - (60 * 60 * 9)).strftime("%Y-%m-%d %H:%M:%S")
			wp_comment << wp_comment_content = XML::Node.new('wp:comment_content') << XML::Node.new_cdata(row_comment["memo"])
			wp_comment << wp_comment_approved = XML::Node.new('wp:comment_approved') << '1'
			wp_comment << wp_comment_type = XML::Node.new('wp:comment_type')
			wp_comment << wp_comment_parent = XML::Node.new('wp:comment_parent') << '0'
			wp_comment << wp_comment_user_id = XML::Node.new('wp:comment_user_id') << '0'
		end
	end
	puts "Number of rows returned: #{result.num_rows}"
 
end
 
puts "===== Created WXR (Wordpress eXtended Rss) file ====="
 
db.close
 
#####
# Writing XML
#####
 
format = true
doc.save('C:\libxml.xml', format)