def check_for_changes(FieldName="enrollment info"):
global class_info
print("Ran")
try:
new_class_info = scraper.scrape_course_info(
scraper.gen_url("computer science", "61b"))
intersection = set(new_class_info.keys()) - set(class_info.keys())
if (intersection):
print("\a")
print("new classes ha been added to course!")
for each in intersection:
nice_print(new_class_info[each])
print
for key in new_class_info:
if new_class_info[key][FieldName] != class_info[key][FieldName]:
print "{0} has changed its {1}".format(key, FieldName)
print "Old class:"
nice_print(class_info[key])
print "New class:"
nice_print(new_class_info[key])
except KeyError:
print("Thats not a valid key silly!")
class_info = new_class_info
timer = threading.Timer(1.0, check_for_changes)
timer.start()
def check_for_changes(FieldName="enrollment info"):
global class_info
print("Ran")
try:
new_class_info = scraper.scrape_course_info(scraper.gen_url("computer science", "61b"))
intersection = set(new_class_info.keys()) - set(class_info.keys());
if (intersection):
print("\a")
print("new classes ha been added to course!")
for each in intersection:
nice_print(new_class_info[each])
print
for key in new_class_info:
if new_class_info[key][FieldName] != class_info[key][FieldName]:
print "{0} has changed its {1}".format(key,FieldName)
print "Old class:"
nice_print(class_info[key])
print "New class:"
nice_print(new_class_info[key])
except KeyError:
print("Thats not a valid key silly!")
class_info = new_class_info
timer = threading.Timer(1.0,check_for_changes)
timer.start()
def check_for_changes(FieldName="enrollment info"):
global class_info
print("Ran")
try:
new_class_info = scraper.scrape_course_info(scraper.gen_url("computer science", "61a"))
intersection = set(new_class_info.keys()) - set(class_info.keys());
if (intersection):
print("\a")
print("new classes ha been added to course!")
for each in intersection:
nice_print(new_class_info[each])
result_dict = new_class_info[each]
if result_dict['enrollment info'] and int(result_dict['enrollment info']['avail seats']) > 0:
send_email.send_email(str(result_dict), "vaishaal@g mail.com", "FOUND ROOM IN COURSE: " + each)
for key in new_class_info:
if new_class_info[key][FieldName] != class_info[key][FieldName]:
print "{0} has changed its {1}".format(key,FieldName)
print "Old class:"
nice_print(class_info[key])
print "New class:"
nice_print(new_class_info[key])
except KeyError:
print("Thats not a valid key silly!")
class_info = new_class_info
timer = threading.Timer(1.0,check_for_changes)
timer.start()
import scraper
import time
import threading
from httplib import BadStatusLine
class_info = scraper.scrape_course_info(
scraper.gen_url("computer science", "61b"))
def nice_print(dictionary):
for key in dictionary:
print "{0}: {1}".format(key, dictionary[key])
def check_for_changes(FieldName="enrollment info"):
global class_info
print("Ran")
try:
new_class_info = scraper.scrape_course_info(
scraper.gen_url("computer science", "61b"))
intersection = set(new_class_info.keys()) - set(class_info.keys())
if (intersection):
print("\a")
print("new classes ha been added to course!")
for each in intersection:
nice_print(new_class_info[each])
print
for key in new_class_info:
if new_class_info[key][FieldName] != class_info[key][FieldName]:
print "{0} has changed its {1}".format(key, FieldName)
print "Old class:"
import scraper
import time
import threading
from httplib import BadStatusLine
class_info = scraper.scrape_course_info(scraper.gen_url("computer science", "61b"))
def nice_print(dictionary):
for key in dictionary:
print "{0}: {1}".format(key,dictionary[key])
def check_for_changes(FieldName="enrollment info"):
global class_info
print("Ran")
try:
new_class_info = scraper.scrape_course_info(scraper.gen_url("computer science", "61b"))
intersection = set(new_class_info.keys()) - set(class_info.keys());
if (intersection):
print("\a")
print("new classes ha been added to course!")
for each in intersection:
nice_print(new_class_info[each])
print
for key in new_class_info:
if new_class_info[key][FieldName] != class_info[key][FieldName]:
print "{0} has changed its {1}".format(key,FieldName)
print "Old class:"
nice_print(class_info[key])
print "New class:"
nice_print(new_class_info[key])
except KeyError:
print("Thats not a valid key silly!")
