def test_load_file():
create_file('text.txt')
assert file_handler.load_file(
'text.txt') == 'some sample text\nsome second line\nand some third\n'
os.remove('text.txt')
assert file_handler.load_file(
'not_exist.txt') == 'No such file or directory: not_exist.txt'
def generate_content(self):
from random import randrange
self.add_title("License", font="size4")
from file_handler import load_file
li = load_file("../LICENSE.txt")
c = load_file("../contributors.txt").split("\n")
while "" in c:
c.remove("")
li = li.replace("The KLBFAX contributors", ", ".join(c))
self.add_wrapped_text(li)
def __init__(self):
super(UKTempPage, self).__init__("324")
self.title = "UK Temperature"
self.tagline = "Why exactly do we live in Britain?"
self.in_index = False
from file_handler import load_file
self.ordered_ids = [
i.rstrip("\n")
for i in load_file("uk_coordinate_ids.txt").split("\n")
]
self.temps = [99 for i in range(len(self.ordered_ids))]
def handle(client, addr):
#handle websocket connection
handshake.handshake(client)
lock = threading.Lock()
while 1:
data = messaging.recv_data(client, 4096)
if not data: break
data = cgi.escape(data)
file_name = file_handler.check_for_file(data)
if file_name:
data = file_handler.load_file(file_name)
lock.acquire()
[messaging.send_data(c, data) for c in clients]
lock.release()
print 'Client closed:', addr
lock.acquire()
clients.remove(client)
lock.release()
client.close()
def handle (client, addr): #handle websocket connection handshake.handshake(client) lock = threading.Lock() while 1: data = messaging.recv_data(client, 4096) if not data: break data = cgi.escape(data) file_name = file_handler.check_for_file(data) if file_name: data = file_handler.load_file(file_name) lock.acquire() [messaging.send_data(c, data) for c in clients] lock.release() print 'Client closed:', addr lock.acquire() clients.remove(client) lock.release() client.close()
def generate_content(self):
from random import randrange
self.add_title("Pi", font="size4")
from file_handler import load_file
pi = load_file("pi.txt")
self.add_wrapped_text(pi)
from classifier import ClassificationPipeline
import evaluator
import nltk.classify.util
from nltk.classify import MaxentClassifier
from nltk.tokenize.toktok import ToktokTokenizer
import datetime
import time
import random
from random import shuffle
#load files
truth = file_handler.load_file("test_samples/GenderEs", True);
tweets = file_handler.load_file("test_samples/GenderEs", True);
formatted_input = [];
for i in truth:
formatted_input.append((tweets[i], truth[i]));
shuffle(formatted_input);
print("Imported data");
stance_pipeline = ClassificationPipeline();
gender_pipeline = ClassificationPipeline();
gender_classifier = None;
stance_classifier = None;
def test_load_file():
create_file('text.txt')
assert file_handler.load_file('text.txt') == 'some sample text\nsome second line\nand some third\n'
os.remove('text.txt')
assert file_handler.load_file('not_exist.txt') == 'No such file or directory: not_exist.txt'
def generate_content(self):
self.add_title("e", font="size4")
from file_handler import load_file
pi = load_file("e.txt")
self.add_wrapped_text(pi)
def generate_content(self, debug=False):
from file_handler import load_file
clock = load_file("clock.txt").split("\n")
clock = [[j == "X" for j in i] for i in clock]
minute = [[False] * len(i) for i in clock]
hour = [[False] * len(i) for i in clock]
current_minute = float(now().strftime("%M"))
current_hour = float(now().strftime("%I"))
current_weekday = now().strftime("%a")
if current_weekday == "Mon": bgcolor = "LIGHTRED"
if current_weekday == "Tue": bgcolor = "YELLOW"
if current_weekday == "Wed": bgcolor = "LIGHTCYAN"
if current_weekday == "Thu": bgcolor = "LIGHTGREEN"
if current_weekday == "Fri": bgcolor = "PINK"
if current_weekday == "Sat": bgcolor = "LIGHTBLUE"
if current_weekday == "Sun": bgcolor = "RED"
self.add_title(now().strftime("%A %-d %b"), bg=bgcolor, fg="BLACK")
circle_radius = 19
screen_radius = 19
d = .3
num_points = 25
current_hourtopointat = current_hour + current_minute / 60.
for a in range(0, num_points + 1):
r = circle_radius * a * .5 / num_points
hx = r * cos(pi / 2 - current_hourtopointat * 2 * pi / 12)
hy = r * sin(pi / 2 - current_hourtopointat * 2 * pi / 12)
for dx in [-d, d]:
for dy in [-d, d]:
hour_x = screen_radius + int(floor(hx + .5 + dx))
hour_y = screen_radius - int(floor(hy + .5 + dy))
hour[hour_y][hour_x] = True
r = circle_radius * a * .8 / num_points
mx = r * cos(pi / 2 - current_minute * 2 * pi / 60)
my = r * sin(pi / 2 - current_minute * 2 * pi / 60)
for dx in [-d, d]:
for dy in [-d, d]:
minute_x = screen_radius + int(floor(mx + .5 + dx))
minute_y = screen_radius - int(floor(my + .5 + dy))
minute[minute_y][minute_x] = True
output = ""
for y in range(0, 2 * screen_radius + 1):
for x in range(0, 2 * screen_radius + 1):
if clock[y][x] or minute[y][x] or hour[y][x]:
output += "X"
else:
output += " "
output = output + " " * (2 * screen_radius + 1)
output2 = ""
for y in range(0, 2 * screen_radius + 1, 2):
output2 = output2 + " " * (screen_radius + 1)
for x in range(0, 2 * screen_radius + 1):
letter0 = output[y * (2 * screen_radius + 1) + x]
letter1 = output[(y + 1) * (2 * screen_radius + 1) + x]
if letter0 == " " and letter1 == " ":
output2 = output2 + " "
elif letter0 == "X" and letter1 == "X":
output2 = output2 + u"\u2588"
elif letter0 == "X" and letter1 == " ":
output2 = output2 + u"\u2580"
else:
output2 = output2 + u"\u2584"
if y != 2 * screen_radius: output2 = output2 + "\n"
self.add_text(output2)