def process_email(subject, body, sender):
global output_log
seen_emails.append( (hash(str(subject)), hash(str(body))) )
#check if this email requires a new appointment
body = get_most_recent_email_body(body)
body = stripPunctuation(body)
possible_times = parse_email(body)
if len(possible_times) > 0:
print "\nProcessing Email:"
print "\nSubject: %s" % subject
print "From: %s" % sender
print "%s" % body
possible_times, user_selection = rank_times(possible_times,body)
# Catch the case where user_selection is -1
if (user_selection == -1):
print("\nNo event scheduled for email.")
return
# store_user_choice(user_selection)
if possible_times and user_selection:
if actuallySchedule:
schedule_calendar_event(possible_times[user_selection])
# TODO: Append that body to the appropriate time vector
prettyPossible_times = []
for time in possible_times:
temp = str(time[0])
prettyPossible_times.append(temp)
output_log.append( (prettyPossible_times, user_selection) )
def process_email(subject, body, sender):
global output_log
seen_emails.append( (hash(str(subject)), hash(str(body))) )
#check if this email requires a new appointment
body = get_most_recent_email_body(body)
body = stripPunctuation(body)
possible_times = parse_email(body)
if len(possible_times) > 0:
print "\nProcessing Email:"
print "\nSubject: %s" % subject
print "From: %s" % sender
print "%s" % body
possible_times, user_selection = rank_times(possible_times,body)
# Catch the case where user_selection is -1
if (user_selection == -1):
print("\nNo event scheduled for email.")
return
# store_user_choice(user_selection)
if possible_times and user_selection:
if actuallySchedule:
schedule_calendar_event(possible_times[user_selection])
# TODO: Append that body to the appropriate time vector
prettyPossible_times = []
for time in possible_times:
temp = str(time[0])
prettyPossible_times.append(temp)
output_log.append( (prettyPossible_times, user_selection) )
def test_file(file_name):
print "Testing on File: %s" % file_name
f = open(file_name, "r")
body = f.read()
print "%s" % body
possible_times = parse_email(stripPunctuation(body))
possible_times, user_selection = rank_times(possible_times, body)
if (user_selection == -1):
print("\nNo event scheduled for email.")
return
testing_results.append((user_selection, possible_times, body))
def test_file(file_name):
print "Testing on File: %s" % file_name
f = open(file_name, "r")
body = f.read()
print "%s" % body
possible_times = parse_email(stripPunctuation(body))
possible_times, user_selection = rank_times(possible_times, body)
if (user_selection == -1):
print("\nNo event scheduled for email.")
return
testing_results.append( (user_selection, possible_times, body) )
def train_file(file_name):
print "Training on File: %s" % file_name
f = open(file_name, "r")
body = strip_enron_body(f.readlines())
possible_times = parse_email(stripPunctuation(body))
if len(possible_times) > 0:
print "%s" % body
possible_times, user_selection = rank_times(possible_times, body,file_name)
if (user_selection[0] == -1):
print("\nNo event scheduled for email.")
return
training_results.append( (user_selection, possible_times, body) )