def generate_im_group_chats(amount, friends_list):
for i in range(0, amount):
random_friend = get_random_in_list(friends_list)
my_account_prefix = random_friend.split(':')[0] + ":"
my_account = filter(lambda x: x[3].startswith(my_account_prefix),
ACCOUNTS)[0]
addresses = [my_account[3], random_friend]
print_instance(get_random_uuid_uri(), "nmo:CommunicationChannel")
for i in range(0, random.randint(0, 10)):
print_instance(get_random_uuid_uri(), "nmo:IMMessage")
if i % 2 == 0:
print_property("nmo:sentDate", getPseudoRandomDate())
else:
print_property("nmo:sentDate", getPseudoRandomDate())
print_property("nmo:receivedDate", getPseudoRandomDate())
print_anon_node("nmo:from",
"nco:IMContact",
"nco:hasIMAccount",
addresses[i % 2],
t="uri")
print_anon_node("nmo:to",
"nco:IMContact",
"nco:hasIMAccount",
addresses[(i + 1) % 2],
t="uri",
final=True)
print_property("nie:plainTextContent",
get_random_text(),
t="str",
final=True)
def generate_im_messages(n_convs, n_channels, msgs_per_convs, friends_list,
n_friends):
for i in range(0, len(friends_list)):
same_friend = friends_list[i]
channel_id = get_random_uuid_uri()
print_instance(channel_id, "nmo:CommunicationChannel")
print_property("nmo:lastMessageDate", getPseudoRandomDate())
print "\tnmo:hasParticipant nco:default-contact-me ;"
if same_friend:
print_anon_node("nmo:hasParticipant",
"nco:IMContact",
"nco:hasIMAccount",
same_friend,
t="uri",
final=True)
for j in range(0, n_convs):
conversation_id = get_random_uuid_uri()
print_instance(conversation_id, "nmo:Conversation", final=True)
if same_friend:
random_friend = same_friend
else:
random_friend = get_random_in_list(friends_list)
my_account_prefix = random_friend.split(':')[0] + ":"
my_account = filter(lambda x: x[3].startswith(my_account_prefix),
ACCOUNTS)[0]
addresses = [my_account[3], random_friend]
for k in range(0, random.randint(1, msgs_per_convs + 1)):
print_instance(get_random_uuid_uri(), "nmo:IMMessage")
print_property("nmo:communicationChannel", channel_id, t="uri")
print_property("nmo:conversation", conversation_id, t="uri")
if k % 2 == 0:
print_property("nmo:sentDate", getPseudoRandomDate())
else:
print_property("nmo:sentDate", getPseudoRandomDate())
print_property("nmo:receivedDate", getPseudoRandomDate())
print_property("nie:plainTextContent", get_random_text())
print_anon_node("nmo:from",
"nco:IMContact",
"nco:hasIMAccount",
addresses[k % 2],
t="uri")
print_anon_node("nmo:to",
"nco:IMContact",
"nco:hasIMAccount",
addresses[(k + 1) % 2],
t="uri",
final=True)
def generate_accounts(amount):
known_accounts = []
for person in range(0, amount):
accounts = []
first_name, last_name = gen_data.create_name()
zip, city, state = gen_data.create_city_state_zip()
address_id = str(random.randint(0, sys.maxint))
UID = str(random.randint(0, sys.maxint))
birth_day = gen_data.create_birthday()
street_address = gen_data.create_street()
email_address = gen_data.create_email(name=(first_name, last_name))
print_instance(get_random_uuid_uri(), "nco:PersonContact")
print_property("nco:fullname", str.join(" ", [first_name, last_name]))
print_property("nco:nameGiven", first_name)
print_property("nco:nameFamily", last_name)
for j in range(0, random.randint(0, 4)):
account_data = get_random_in_list(ACCOUNTS)
user_account = str.join("", [account_data[2], str(j), email_address])
print_property("nco:hasIMAccount", user_account, t="uri")
accounts.append((user_account, account_data))
known_accounts.insert(0, user_account)
print_property("nco:birthDate", str(birth_day), final=True)
return known_accounts
def generate_accounts(amount):
known_accounts = []
for person in range(0, amount):
accounts = []
first_name, last_name = gen_data.create_name()
zip, city, state = gen_data.create_city_state_zip()
address_id = str(random.randint(0, sys.maxint))
UID = str(random.randint(0, sys.maxint))
birth_day = gen_data.create_birthday()
street_address = gen_data.create_street()
email_address = gen_data.create_email(name=(first_name, last_name))
print_instance(get_random_uuid_uri(), "nco:PersonContact")
print_property("nco:fullname", str.join(' ', [first_name, last_name]))
print_property("nco:nameGiven", first_name)
print_property("nco:nameFamily", last_name)
for j in range(0, random.randint(0, 4)):
account_data = get_random_in_list(ACCOUNTS)
user_account = str.join(
'', [account_data[2], str(j), email_address])
print_property("nco:hasIMAccount", user_account, t="uri")
accounts.append((user_account, account_data))
known_accounts.insert(0, user_account)
print_property("nco:birthDate", str(birth_day), final=True)
return known_accounts
def generate_im_messages(n_convs, n_channels, msgs_per_convs, friends_list, n_friends):
for i in range(0, len(friends_list)):
same_friend = friends_list[i]
channel_id = get_random_uuid_uri()
print_instance(channel_id, "nmo:CommunicationChannel")
print_property("nmo:lastMessageDate", getPseudoRandomDate())
print "\tnmo:hasParticipant nco:default-contact-me ;"
if same_friend:
print_anon_node("nmo:hasParticipant", "nco:IMContact", "nco:hasIMAccount", same_friend, t="uri", final=True)
for j in range(0, n_convs):
conversation_id = get_random_uuid_uri()
print_instance(conversation_id, "nmo:Conversation", final=True)
if same_friend:
random_friend = same_friend
else:
random_friend = get_random_in_list(friends_list)
my_account_prefix = random_friend.split(":")[0] + ":"
my_account = filter(lambda x: x[3].startswith(my_account_prefix), ACCOUNTS)[0]
addresses = [my_account[3], random_friend]
for k in range(0, random.randint(1, msgs_per_convs + 1)):
print_instance(get_random_uuid_uri(), "nmo:IMMessage")
print_property("nmo:communicationChannel", channel_id, t="uri")
print_property("nmo:conversation", conversation_id, t="uri")
if k % 2 == 0:
print_property("nmo:sentDate", getPseudoRandomDate())
else:
print_property("nmo:sentDate", getPseudoRandomDate())
print_property("nmo:receivedDate", getPseudoRandomDate())
print_property("nie:plainTextContent", get_random_text())
print_anon_node("nmo:from", "nco:IMContact", "nco:hasIMAccount", addresses[k % 2], t="uri")
print_anon_node(
"nmo:to", "nco:IMContact", "nco:hasIMAccount", addresses[(k + 1) % 2], t="uri", final=True
)
def gen_webhistory_ttl(entries):
print_namespaces()
for i in range(0, entries):
domain = DOMAINS[random.randint(0, len(DOMAINS) - 1)]
print "<%s> a nfo:WebHistory;" % (get_random_uuid_uri())
print_property("nie:title", "%s %s" % (domain[7:], str(i)))
print_property("nie:contentCreated", getPseudoRandomDate())
print_property("nfo:domain", domain)
print_property("nfo:uri", get_random_url_in_domain(domain), final=True)
def gen_webhistory_ttl(entries):
print_namespaces()
for i in range(0, entries):
domain = DOMAINS[random.randint(0, len(DOMAINS) - 1)]
print "<%s> a nfo:WebHistory;" % (get_random_uuid_uri())
print_property("nie:title", "%s %s" % (domain[7:], str(i)))
print_property("nie:contentCreated", getPseudoRandomDate())
print_property("nfo:domain", domain)
print_property("nfo:uri", get_random_url_in_domain(domain), final=True)
def generate_im_group_chats(amount, friends_list):
for i in range(0, amount):
random_friend = get_random_in_list(friends_list)
my_account_prefix = random_friend.split(":")[0] + ":"
my_account = filter(lambda x: x[3].startswith(my_account_prefix), ACCOUNTS)[0]
addresses = [my_account[3], random_friend]
print_instance(get_random_uuid_uri(), "nmo:CommunicationChannel")
for i in range(0, random.randint(0, 10)):
print_instance(get_random_uuid_uri(), "nmo:IMMessage")
if i % 2 == 0:
print_property("nmo:sentDate", getPseudoRandomDate())
else:
print_property("nmo:sentDate", getPseudoRandomDate())
print_property("nmo:receivedDate", getPseudoRandomDate())
print_anon_node("nmo:from", "nco:IMContact", "nco:hasIMAccount", addresses[i % 2], t="uri")
print_anon_node("nmo:to", "nco:IMContact", "nco:hasIMAccount", addresses[(i + 1) % 2], t="uri", final=True)
print_property("nie:plainTextContent", get_random_text(), t="str", final=True)
def generate_me():
print "nco:default-contact-me a nco:PersonContact ;"
print_property("nco:fullname", "Me Nokia")
print_property("nco:nameGiven", "Me")
print_property("nco:nameFamily", "Nokia")
print_property("nco:birthDate", "1980-01-01")
# Email accounts
for address in MAIL_ADDRESSES:
print_property("nco:hasEmailAddress", "mailto:" + address, t="uri")
print_property("nco:hasIMAccount", "msn:[email protected]", t="uri")
print_property("nco:hasIMAccount", "gtalk:[email protected]", t="uri")
print_property("nco:hasIMAccount",
"skype:[email protected]",
t="uri",
final=True)
for account in ACCOUNTS:
generate_account(account, account[3], "Me")
# Email addresses and accounts
# (FIXME: it should be n:m instead of 1:1)
i = 0
for address in MAIL_ADDRESSES:
print_instance("mailto:" + address, "nco:EmailAddress")
print_property("nco:emailAddress", address, final=True)
print_instance(get_random_uuid_uri(), "nmo:MailAccount")
print_property("nmo:accountName", "Mail " + str(i))
print_property("nmo:accountDisplayName",
get_random_in_list(ACCOUNT_EXTENSIONS) + " EMail")
print_property("nmo:fromAddress", "mailto:" + address, t="uri")
for folder in get_folder_names(address):
print_property("nie:hasLogicalPart", folder, t="uri")
print_property("nmo:signature", get_random_text(), final=True)
#for folder in get_folder_names (address):
# generate_mailfolder (folder)
i += 1
def generate_mail(amount, known_emails):
for i in range(0, amount):
random_address_friend = "mailto:" + get_random_in_list(known_emails)
random_address_me = "mailto:" + get_random_in_list(MAIL_ADDRESSES)
print_instance(get_random_uuid_uri(), "nmo:Email")
# Half sent, half received
if i % 2 == 0:
# sent
print_anon_node("nmo:from", "nco:Contact", "nco:hasEmailAddress", random_address_me, t="uri")
print_anon_node("nmo:to", "nco:Contact", "nco:hasEmailAddress", random_address_friend, t="uri")
print_property("nmo:sentDate", getPseudoRandomDate())
print_property("nie:isLogicalPartOf", "mailfolder://" + random_address_me[7:] + "/Sent", t="uri")
else:
# received
print_anon_node("nmo:to", "nco:Contact", "nco:hasEmailAddress", random_address_me, t="uri")
print_anon_node("nmo:from", "nco:Contact", "nco:hasEmailAddress", random_address_friend, t="uri")
print_property("nmo:receivedDate", getPseudoRandomDate())
print_property("nie:isLogicalPartOf", "mailfolder://" + random_address_me[7:] + "/Inbox", t="uri")
if random.randint(0, 5) > 3:
print_anon_node(
"nmo:cc", "nco:Contact", "nco:hasEmailAddress", "mailto:" + get_random_in_list(known_emails), t="uri"
)
if random.randint(0, 5) > 3:
print_anon_node(
"nmo:bcc", "nco:Contact", "nco:hasEmailAddress", "mailto:" + get_random_in_list(known_emails), t="uri"
)
print_property("nmo:messageSubject", get_random_text_short())
print_property("nmo:status", "eeeeeh uuuhhhmmmmm")
print_property("nmo:responseType", "blublublu")
print_property("nmo:messageId", "<" + get_random_message_id() + "@email.net>")
print_property("nie:plainTextContent", get_random_text())
print_anon_node("nmo:replyTo", "nco:Contact", "nco:hasEmailAddress", REPLY_TO, t="uri")
# FIXME Add message headers
# FIXME Add inReplyTo
print_property("nie:contentSize", random.randint(20, 120), t="str", final=True)
def generate_me():
print "nco:default-contact-me a nco:PersonContact ;"
print_property("nco:fullname", "Me Nokia")
print_property("nco:nameGiven", "Me")
print_property("nco:nameFamily", "Nokia")
print_property("nco:birthDate", "1980-01-01")
# Email accounts
for address in MAIL_ADDRESSES:
print_property("nco:hasEmailAddress", "mailto:" + address, t="uri")
print_property("nco:hasIMAccount", "msn:[email protected]", t="uri")
print_property("nco:hasIMAccount", "gtalk:[email protected]", t="uri")
print_property("nco:hasIMAccount", "skype:[email protected]", t="uri", final=True)
for account in ACCOUNTS:
generate_account(account, account[3], "Me")
# Email addresses and accounts
# (FIXME: it should be n:m instead of 1:1)
i = 0
for address in MAIL_ADDRESSES:
print_instance("mailto:" + address, "nco:EmailAddress")
print_property("nco:emailAddress", address, final=True)
print_instance(get_random_uuid_uri(), "nmo:MailAccount")
print_property("nmo:accountName", "Mail " + str(i))
print_property("nmo:accountDisplayName", get_random_in_list(ACCOUNT_EXTENSIONS) + " EMail")
print_property("nmo:fromAddress", "mailto:" + address, t="uri")
for folder in get_folder_names(address):
print_property("nie:hasLogicalPart", folder, t="uri")
print_property("nmo:signature", get_random_text(), final=True)
# for folder in get_folder_names (address):
# generate_mailfolder (folder)
i += 1
def generate_mail(amount, known_emails):
for i in range(0, amount):
random_address_friend = "mailto:" + get_random_in_list(known_emails)
random_address_me = "mailto:" + get_random_in_list(MAIL_ADDRESSES)
print_instance(get_random_uuid_uri(), "nmo:Email")
# Half sent, half received
if i % 2 == 0:
#sent
print_anon_node("nmo:from",
"nco:Contact",
"nco:hasEmailAddress",
random_address_me,
t="uri")
print_anon_node("nmo:to",
"nco:Contact",
"nco:hasEmailAddress",
random_address_friend,
t="uri")
print_property("nmo:sentDate", getPseudoRandomDate())
print_property("nie:isLogicalPartOf",
"mailfolder://" + random_address_me[7:] + "/Sent",
t="uri")
else:
#received
print_anon_node("nmo:to",
"nco:Contact",
"nco:hasEmailAddress",
random_address_me,
t="uri")
print_anon_node("nmo:from",
"nco:Contact",
"nco:hasEmailAddress",
random_address_friend,
t="uri")
print_property("nmo:receivedDate", getPseudoRandomDate())
print_property("nie:isLogicalPartOf",
"mailfolder://" + random_address_me[7:] + "/Inbox",
t="uri")
if random.randint(0, 5) > 3:
print_anon_node("nmo:cc",
"nco:Contact",
"nco:hasEmailAddress",
"mailto:" + get_random_in_list(known_emails),
t="uri")
if random.randint(0, 5) > 3:
print_anon_node("nmo:bcc",
"nco:Contact",
"nco:hasEmailAddress",
"mailto:" + get_random_in_list(known_emails),
t="uri")
print_property("nmo:messageSubject", get_random_text_short())
print_property("nmo:status", "eeeeeh uuuhhhmmmmm")
print_property("nmo:responseType", "blublublu")
print_property("nmo:messageId",
"<" + get_random_message_id() + "@email.net>")
print_property("nie:plainTextContent", get_random_text())
print_anon_node("nmo:replyTo",
"nco:Contact",
"nco:hasEmailAddress",
REPLY_TO,
t="uri")
# FIXME Add message headers
# FIXME Add inReplyTo
print_property("nie:contentSize",
random.randint(20, 120),
t="str",
final=True)