def test_admin_userpermission_change_user_permission_possible_permissions():
'''
Testing if it is possible to go through the entire permission set
'''
# Initialising
global_var.initialise_all()
# Creating a valid user who can change permissions
owner = auth_register("*****@*****.**", "pass123", "Rayden", "Smith")
get_user_by_u_id(owner["u_id"]).permission = SLACKR_OWNER
# Creating normal member
user = auth_register("*****@*****.**", "pass123", "Rayden", "Smith")
get_user_by_u_id(user["u_id"]).permission = SLACKR_USER
# Changing normal member to admin
admin_userpermission_change(get_user_token_by_u_id(owner["u_id"]), \
user["u_id"], SLACKR_ADMIN)
assert get_user_by_u_id(user["u_id"]).permission == SLACKR_ADMIN
# Changing admin to owner
admin_userpermission_change(get_user_token_by_u_id(owner["u_id"]), \
user["u_id"], SLACKR_OWNER)
assert get_user_by_u_id(user["u_id"]).permission == SLACKR_OWNER
# Changing owner to member
admin_userpermission_change(get_user_token_by_u_id(owner["u_id"]), \
user["u_id"], SLACKR_USER)
assert get_user_by_u_id(user["u_id"]).permission == SLACKR_USER
def test_message_pin():
'''
Function tests for message_pin
'''
#Initialisation
global_var.initialise_all()
#Create users
owner = auth_functions.auth_register("*****@*****.**", "pass123", \
"Sally", "Bob")
assert owner == {"u_id": 0, "token": encode_token_for_u_id(0)}
owner_token = owner["token"]
user = auth_functions.auth_register("*****@*****.**", "pass123", \
"Rayden", "Smith")
token = user["token"]
#owner that creates the channel and so is the owner
channel = channel_functions.channels_create(owner_token, "Name", True)
channel_id = channel["channel_id"]
#user joins the channel
channel_functions.channel_join(token, channel_id)
#user sends 3 messages
assert funcs.message_send(token, channel_id, "This is a valid message") \
== {"message_id" : 0}
assert funcs.message_send(token, channel_id, \
"This is another valid message") == {"message_id" : 1}
assert funcs.message_send(owner_token, channel_id, \
"This is not your message") == {"message_id" : 2}
#Init finished
#A invalid token is sent to the function
# (A invalid user is trying to use the function)
with pytest.raises(AccessError, match="Invalid token"):
funcs.message_pin("111111", 0)
#A user is not an admin
with pytest.raises(ValueError, match="User is not an admin"):
funcs.message_pin(token, 0)
#A admin user successfully pins a message
assert funcs.message_pin(owner_token, 0) == {}
#Message is invalid based on message_id
with pytest.raises(ValueError, match="Message does not exist"):
funcs.message_pin(owner_token, -1)
#Message is already pinned
with pytest.raises(ValueError, match="Message is currently pinned"):
funcs.message_pin(owner_token, 0)
#Admin leaves channel
channel_functions.channel_leave(owner_token, channel_id)
#Admin is not a member of the channel
with pytest.raises(AccessError, match=\
"Authorised user is not a member of the channel"):
funcs.message_pin(owner_token, 1)
def test_auth_login():
'''
Test functions for auth_login
'''
data.initialise_all()
# Register a user and then log in
auth.auth_register("*****@*****.**", "registered_password", "a", "b")
# A registered user is logged in
login = auth.auth_login("*****@*****.**", "registered_password") \
# Check database for id and token
user_id = get_user_by_email("*****@*****.**").u_id
user_token = get_user_token_by_u_id(user_id)
assert login == {"u_id": user_id, "token": user_token}
# An invalid email is given
with pytest.raises(ValueError, match="Invalid Email"):
auth.auth_login("invalid_email", "valid_password")
# Email is not a registered email
with pytest.raises(ValueError, match="Email not registered"):
auth.auth_login("*****@*****.**", "valid_password")
# Password is incorrect
with pytest.raises(ValueError, match="Password Incorrect"):
auth.auth_login("*****@*****.**", "bpas")
def test_standup_send():
'''
Test functions for standup_send
'''
data.initialise_all()
# A message is buffered in the standup queue - Owner
owner = auth.auth_register("*****@*****.**", "valid_password", "a",
"b")
channel = channel_func.channels_create(owner["token"], "Owner", True)
length = 2
# Channel is not currently in standup mode
with pytest.raises(ValueError, match="Not Currently In Standup"):
standup_send(owner["token"], channel["channel_id"], \
"correct_and_valid_message")
standup_start(owner["token"], channel["channel_id"], length)
assert standup_send(owner["token"], channel["channel_id"], \
"correct_and_valid_message") == {}
# A invalid token is used to access the function
with pytest.raises(AccessError, match="Invalid token"):
standup_send("123456", channel["channel_id"], length)
user = auth.auth_register("*****@*****.**", "valid_password", "a",
"b")
# User tries to send message but has not joined channel
with pytest.raises(AccessError, match="Cannot Access Channel"):
standup_send(user["token"], channel["channel_id"], \
"correct_and_valid_message")
# A message is buffered in the standup queue - Member
channel_func.channel_join(user["token"], channel["channel_id"])
assert standup_send(user["token"], channel["channel_id"], \
"correct_and_valid_message") == {}
# Channel given does not exist
with pytest.raises(ValueError, match="Channel Does Not Exist"):
standup_send(user["token"], 523523523, \
"correct_and_valid_message")
# The message sent was greater than max message length
with pytest.raises(ValueError, match="Message Too Long"):
long_string = "a" * 1001
standup_send(user["token"], channel["channel_id"], long_string)
# Check still works in private channel
private = channel_func.channels_create(owner["token"], "Owner", False)
standup_start(owner["token"], private["channel_id"], length)
assert standup_send(owner["token"], private["channel_id"], \
"correct_and_valid_message") == {}
time.sleep(2)
def test_message_react():
'''
Function tests for message_react
'''
#Initialisation
global_var.initialise_all()
user = auth_functions.auth_register("*****@*****.**", "pass123", \
"Rayden", "Smith")
token = user["token"]
user_2 = auth_functions.auth_register("*****@*****.**", "password", \
"Bob", "Sally")
token_2 = user_2["token"]
#User creates a channel
channel = channel_functions.channels_create(token, "Name", True)
channel_id = channel["channel_id"]
#user sends 3 messages
assert funcs.message_send(token, channel_id, "This is a valid message") \
== {"message_id" : 0}
assert funcs.message_send(token, channel_id, \
"This is another valid message") == {"message_id" : 1}
assert funcs.message_send(token, channel_id, \
"This is your message") == {"message_id" : 2}
#Initialisation finished
# User not a member of channel
with pytest.raises(AccessError, match=\
"Authorised user is not a member of the channel"):
funcs.message_react(token_2, 0, LIKE_REACT)
channel_functions.channel_join(token_2, channel_id)
#An invalid token is sent to the function
with pytest.raises(AccessError, match="Invalid token"):
funcs.message_react("111111", 0, LIKE_REACT)
#A user successfully reacts
assert funcs.message_react(token, 0, LIKE_REACT) == {}
#A user successfully reacts - with a different react (Not implemented in frontend)
assert funcs.message_react(token, 0, HEART_REACT) == {}
#Another user also reacts to the same message
assert funcs.message_react(token_2, 0, LIKE_REACT) == {}
#An user tries to react to a invalid message based on message_id
with pytest.raises(ValueError, match="Message does not exist"):
funcs.message_react(token, -1, LIKE_REACT)
#An user tries to react to a message already reacted to
with pytest.raises(ValueError, match="Message contains an active react"):
funcs.message_react(token, 0, LIKE_REACT)
#An user uses a invalid react id
with pytest.raises(ValueError, match="Invalid React ID"):
funcs.message_react(token, 1, -1)
def test_channels_list():
'''
Function tests for channels_list
'''
#Initialisation
global_var.initialise_all()
user1 = auth_register("*****@*****.**", \
"valid_correct_password", "valid_correct_first_name",\
"valid_correct_last_name")
token1 = user1["token"]
user2 = auth_register("*****@*****.**", \
"valid_correct_password", "valid_correct_first_name", \
"valid_correct_last_name")
token2 = user2["token"]
# Initialisation finished
assert func.channels_list(token1) == {"channels": []}
#user1 create a channel
func.channels_create(token1, "TestChannel", True)
#user2 create a channel
func.channels_create(token2, "TestChannel2", True)
assert func.channels_list(token1) == {
"channels": [{
"channel_id": 0,
"name": "TestChannel"
}]
}
assert func.channels_list(token2) == {
"channels": [{
"channel_id": 1,
"name": "TestChannel2"
}]
}
#user2 creates another channel
func.channels_create(token2, "TestChannel3", True)
#assert token2 is in two channels
assert func.channels_list(token2) == {
"channels": [{
"channel_id": 1,
"name": "TestChannel2"
}, {
"channel_id": 2,
"name": "TestChannel3"
}]
}
# The function is called using a invalid token
with pytest.raises(AccessError, match="Invalid token"):
func.channels_list("12345")
def test_message_remove():
''' Function tests for message_remove '''
#Initialisation
global_var.initialise_all()
assert global_var.data["users"] == []
#Create users
owner = auth_functions.auth_register("*****@*****.**", "pass123", \
"Sally", "Bob")
owner_token = owner["token"]
user = auth_functions.auth_register("*****@*****.**", "pass123", \
"Rayden", "Smith")
token = user["token"]
assert global_var.data["users"] != []
#owner creates a channel and so is the owner
channel = channel_functions.channels_create(owner_token, "Name", True)
assert channel == {"channel_id": 0}
channel_id = channel["channel_id"]
#user joins the channel
channel_functions.channel_join(token, channel_id)
#3 messages are sent
assert funcs.message_send(token, channel_id, "This is a valid message") \
== {"message_id" : 0}
assert funcs.message_send(token, channel_id, \
"This is another valid message") == {"message_id" : 1}
assert funcs.message_send(owner_token, channel_id, \
"This is not your message") == {"message_id" : 2}
#Initialisation finished
#A invalid token is sent to the function
with pytest.raises(AccessError, match="Invalid token"):
funcs.message_remove("111111", 0)
#owner successfully removes a message
assert funcs.message_remove(owner_token, 0) == {}
# As message was removed, it can not be removed again
with pytest.raises(ValueError, match="Message does not exist"):
funcs.message_remove(owner_token, 0)
#user successfully removes his own message
assert funcs.message_remove(token, 1) == {}
#A owner tries to remove a invalid message based on message_id
with pytest.raises(ValueError, match="Message does not exist"):
funcs.message_remove(owner_token, -1)
#A user tries to remove a invalid message based on message_id
with pytest.raises(ValueError, match="Message does not exist"):
funcs.message_remove(token, -1)
#user is unable to remove a message not his/her's
with pytest.raises(AccessError, match="User does not have permission"):
funcs.message_remove(token, 2)
def test_channel_addowner():
'''
Function tests for channel_addowner
'''
#Initialisation
global_var.initialise_all()
owner = auth_register("*****@*****.**", \
"valid_correct_password", "valid_correct_first_name", \
"valid_correct_last_name")
token_owner = owner["token"]
user1 = auth_register("*****@*****.**", \
"valid_correct_password", "valid_correct_first_name",\
"valid_correct_last_name")
token1 = user1["token"]
userid1 = user1["u_id"]
user2 = auth_register("*****@*****.**",\
"valid_correct_password", "valid_correct_first_name", \
"valid_correct_last_name")
userid2 = user2["u_id"]
token2 = user2["token"]
#owner creates a channel and is automatically the owner
channel = func.channels_create(token_owner, "TestChannel", True)
channel_id = channel["channel_id"]
# Initialisation finished
#if given an invalid channel_id
with pytest.raises(ValueError, match="Channel does not exist"):
func.channel_addowner(token_owner, 100, userid1)
#token 1&2 joins channel that owner created
func.channel_join(token1, channel_id)
func.channel_join(token2, channel_id)
#token1 is not an owner of the channel
with pytest.raises(AccessError,
match="User is not an owner of the channel"):
func.channel_addowner(token1, channel_id, userid2)
# owner successfully promotes user to owner
assert func.channel_addowner(token_owner, channel_id, userid1) == {}
# user 1 can now promote other to owner
assert func.channel_addowner(token1, channel_id, userid2) == {}
#token1/userid1 is already an owner of the channel
with pytest.raises(ValueError,
match="User is already an owner of the channel"):
func.channel_addowner(token_owner, channel_id, userid1)
# The function is called using a invalid token
with pytest.raises(AccessError, match="Invalid token"):
func.channel_addowner("12345", channel_id, userid1)
def test_delete_NotOwner():
reset_data()
A = auth_register("*****@*****.**", "wsad1990", "Good", "Morning")
B = auth_register("*****@*****.**", "wsad1990", "Bad", "Night")
Pub_channel = CF.channels_create(A['token'], 'DeleteChannel', 'True')
token = B['token']
channelID = Pub_channel['channel_id']
CF.channel_join(token, channelID)
with pytest.raises(CF.ValueError):
CF.channel_delete(token, channelID)
def test_channel_invite_success():
reset_data()
A = auth_register("*****@*****.**", 'HoyaLee2019', "Hoya", "Lee")
B = auth_register("*****@*****.**", "wsad1990", "Good", "Morning")
Pub_channel = CF.channels_create(A['token'], 'Num2', 'True')
channelID = Pub_channel['channel_id']
token = A['token']
u_id = B['u_id']
CF.channel_invite(token, channelID, u_id)
def test_Invalid_public_channelID():
reset_data()
A = auth_register("*****@*****.**", 'HoyaLee2019', "Hoya", "Lee")
B = auth_register("*****@*****.**", "wsad1990", "Good", "Morning")
token = A['token']
u_id = B['u_id']
channelID = Pub_channel['channel_id'] + 10086
with pytest.raises(CHF.AccessError):
CF.channel_invite(token, channelID, u_id)
def test_set_successful():
reset_data()
A = auth_register("*****@*****.**", 'HoyaLee2019', "Hoya", "Lee")
B = auth_register("*****@*****.**", "wsad1990", "Good", "Morning")
Pub_channel = channels_create(A['token'], 'STDChannel', 'True')
token = A['token']
channelID = Pub_channel['channel_id']
length = '15'
OF.standup_start(token, channelID, length)
def test_noAdmain_join_list():
reset_data()
A = auth_register("*****@*****.**", 'HoyaLee2019', "Hoya", "Lee")
B = auth_register("*****@*****.**", "wsad1990", "Good", "Morning")
Pub_channel = CF.channels_create(A['token'], 'Num2', 'True')
channelID = Pub_channel['channel_id']
token1 = B['token']
CF.channel_join(token1, channelID)
CF.channels_list(token1)
def test_channel_invite():
'''
Testing for inviting a user to a channel
'''
#Initialisation
global_var.initialise_all()
# Create an user who owns the channel
user1 = auth_register("*****@*****.**", "password123", \
"Rayden", "Smith")
token_1 = user1["token"]
# Create user that is invited to channel
user2 = auth_register("*****@*****.**", "thisisapassword", \
"Bob", "Sally")
token_2 = user2["token"]
userid_2 = user2["u_id"]
# Create user that will not be part of channel
user3 = auth_register("*****@*****.**", "arandompassword", \
"Coen", "Kevin")
token_3 = user3["token"]
# Create a channel
channel = func.channels_create(token_1, "TestChannel1", True)
channel_id = channel["channel_id"]
# Initialisation finished
# User2 is successfully invited to channel
assert func.channel_invite(token_1, channel_id, userid_2) == {}
# If the invite was successful, user2 can send a message
assert message_send(token_2, channel_id, "A successful message") \
== {"message_id" : 0}
# User leaves the channel
assert func.channel_leave(token_2, channel_id) == {}
# User is not invited if given an invalid token
with pytest.raises(AccessError, match="Invalid token"):
func.channel_invite("12345", channel_id, userid_2)
# User is not inivited if given an invalid channel_id
with pytest.raises(ValueError, match="Channel does not exist"):
func.channel_invite(token_1, 100, userid_2)
# Inviting user is not apart of the channel
with pytest.raises(AccessError, \
match="Authorised user is not a member of the channel"):
func.channel_invite(token_3, channel_id, userid_2)
# If user being invited is not an user
with pytest.raises(ValueError, match="Invalid User ID"):
func.channel_invite(token_1, channel_id, 111111)
def test_memeber_addOwner():
reset_data()
A = auth_register("*****@*****.**", 'HoyaLee2019', "Hoya", "Lee")
B = auth_register("*****@*****.**", "wsad1990", "Good", "Morning")
Pub_channel = CF.channels_create(A['token'], 'Test1', 'True')
CF.channel_join(B['token'], Pub_channel['channel_id'])
token = A['token']
u_id = B['u_id']
channelID = Pub_channel['channel_id']
CF.channel_addowner(token, channelID, u_id)
def test_user_notTheOwner():
reset_data()
B = auth_register("*****@*****.**", "wsad1990", "Good", "Morning")
A = auth_register("*****@*****.**", 'HoyaLee2019', "Hoya", "Lee")
Pub_channel = channels_create(A['token'], 'STDChannel', 'True')
token = B['token']
channelID = Pub_channel['channel_id']
length = '15'
with pytest.raises(OF.AccessError):
OF.standup_start(token, channelID, length)
def test_search_otherMember_success():
reset_data()
B = auth_register("*****@*****.**", "wsad1990", "Good", "Morning")
A = auth_register("*****@*****.**", 'HoyaLee2019', 'Hoya', 'Lee')
Pub_channel = CF.channels_create(A['token'], 'Num0', 'True')
CF.channel_join(B['token'], Pub_channel['channel_id'])
token = B['token']
query_str = 'Hello'
OF.search(token, query_str)
def test_succ_admain():
reset_data()
O = auth_register("*****@*****.**", 'HoyaLee2019', "Hoya", "Lee")
token = O['token']
u_id = O['u_id']
A = auth_register("*****@*****.**", "wsad1990", "Good", "Morning")
i_token = A['token']
permission_id = 2
OF.admin_permission_change(token, u_id, permission_id)
def test_profile_sethandle():
'''
Update the user's handle
'''
# Initialisation
global_var.initialise_all()
# Creating a user
user = auth_functions.auth_register("*****@*****.**", "pass123", \
"Rayden", "Smith")
token = user["token"]
u_id = user["u_id"]
# A valid handle is given
assert funcs.user_profile_sethandle(token, "a handle") == {}
# Updating the handle of the user
funcs.user_profile_sethandle(token, "new handle")
# Checking if the user's handle has been updated successfully
assert funcs.user_profile(token, u_id) == {
"u_id":
u_id,
"email":
"*****@*****.**",
"name_first":
"Rayden",
"name_last":
"Smith",
"handle_str":
"new handle",
"profile_img_url":
'http://*****:*****@gmail.com", "pass123", \
"Rayden", "Smith")
funcs.user_profile_sethandle(user1["token"], "new handle")
def test_user_REMOVE_SUCC():
reset_data()
B = auth_register("*****@*****.**", "wsad1990", "Tony", "Hex")
A = auth_register("*****@*****.**", 'HoyaLee2019', 'Hoya', 'Lee')
Pub_channel = CF.channels_create(A['token'], 'channelFirst', 'True')
CF.channel_addowner(A['token'], Pub_channel['channel_id'], B['u_id'])
token = A['token']
u_id = B['u_id']
channelID = Pub_channel['channel_id']
CF.channel_addowner(token, channelID, u_id)
CF.channel_removeowner(token, channelID, u_id)
def test_user_already_moved():
reset_data()
B = auth_register("*****@*****.**", "wsad1990", "Tony", "Hex")
A = auth_register("*****@*****.**", 'HoyaLee2019', 'Hoya', 'Lee')
Pub_channel = CF.channels_create(A['token'], 'channelFirst', 'True')
CF.channel_join(B['token'], Pub_channel['channel_id'])
token = A['token']
u_id = B['u_id']
channelID = Pub_channel['channel_id']
with pytest.raises(CHF.AccessError):
CF.channel_removeowner(token, channelID, u_id)
def test_standup_start():
'''
Test functions for standup_start
'''
data.initialise_all()
# A valid token and channel successfully starts a standup - Owner
owner = auth.auth_register("*****@*****.**", "valid_password", "a",
"b")
channel1 = channel_func.channels_create(owner["token"], "Owner", True)
channel2 = channel_func.channels_create(owner["token"], "User", True)
length = 1
# Testing return time
end_ex = get_standup_end(length)
end_ac = standup_start(owner["token"], channel1["channel_id"], length)
assert same_time(end_ex, end_ac["time_finish"])
time.sleep(1)
# A invalid token is used to access the function
with pytest.raises(AccessError, match="Invalid token"):
standup_start("123456", channel2["channel_id"], length)
# A valid token and channel successfully starts a standup - User
user = auth.auth_register("*****@*****.**", "valid_password", "a", "b")
# User tries to start standup but has not joined the channel
with pytest.raises(AccessError, match="Cannot Access Channel"):
standup_start(user["token"], channel2["channel_id"], length)
# User starts standup
channel_func.channel_join(user["token"], channel2["channel_id"])
end_ex = get_standup_end(length)
end_ac = standup_start(user["token"], channel2["channel_id"], length)
assert same_time(end_ex, end_ac["time_finish"])
# Channel id given does not exist
with pytest.raises(ValueError, match="Channel Does Not Exist"):
standup_start(user["token"], 21512512521512, length)
# Start standup when already running
with pytest.raises(ValueError, match="Standup Already Running"):
standup_start(user["token"], channel2["channel_id"], length)
# Standup works on private channel
private = channel_func.channels_create(owner["token"], "Owner", False)
end_ex = get_standup_end(length)
end_ac = standup_start(owner["token"], private["channel_id"], length)
assert same_time(end_ex, end_ac["time_finish"])
time.sleep(1)
def test_channel_removeowner():
'''
Function tests for channel_removeowner
'''
#Initialisation
global_var.initialise_all()
user1 = auth_register("*****@*****.**", \
"valid_correct_password", "valid_correct_first_name", \
"valid_correct_last_name")
token1 = user1["token"]
userid1 = user1["u_id"]
user2 = auth_register("*****@*****.**", \
"valid_correct_password", "valid_correct_first_name", \
"valid_correct_last_name")
token2 = user2["token"]
userid2 = user2["u_id"]
#token1 create a channel
channel = func.channels_create(token1, "TestChannel", True)
channel_id = channel["channel_id"]
#token2 joins the channel token1 made
func.channel_join(token2, channel_id)
# Initialisation finished
#user2 is not the owner, thus trying to removeowner raises an error
with pytest.raises(ValueError, match=\
"User id is not an owner of the channel"):
func.channel_removeowner(token1, channel_id, userid2)
# user2 is not the owner and tries to remove owner of channel
with pytest.raises(AccessError, match=\
"User is not an owner of the channel or slackrowner"):
func.channel_removeowner(token2, channel_id, userid1)
#token1 makes token2 a owner
func.channel_addowner(token1, channel_id, userid2)
assert func.channel_removeowner(token1, channel_id, userid2) == {}
#if given an invalid channel_id
with pytest.raises(ValueError, match="Channel does not exist"):
func.channel_removeowner(token1, 100, userid2)
# The function is called using a invalid token
with pytest.raises(AccessError, match="Invalid token"):
func.channel_removeowner("12345", channel_id, userid2)
def test_generate_handle():
'''
Ensures handles that are generated are unique
'''
# Initialisation
global_var.initialise_all()
# First instance of handle in server
user1 = auth.auth_register("*****@*****.**", "pass123", "Ashley", "Huang")
user1 = helpers.get_user_by_token(user1["token"])
assert user1.handle == "ashleyhuang"
# Non-first instance of handle in server - substitute found
user2 = auth.auth_register("*****@*****.**", "pass123", "Ashley", "Huang")
user2 = helpers.get_user_by_token(user2["token"])
assert user2.handle == "1ashleyhuang"
# Non-first instance of handle in server - first no substitute found
auth.auth_register("*****@*****.**", "pass123", "3Ashley", "Huang")
user4 = auth.auth_register("*****@*****.**", "pass123", "Ashley", "Huang")
user4 = helpers.get_user_by_token(user4["token"])
assert user4.handle == "0"
# Non-first instance of handle in server - second no substitute found
auth.auth_register("*****@*****.**", "pass123", "5Ashley", "Huang")
user6 = auth.auth_register("*****@*****.**", "pass123", "Ashley", "Huang")
user6 = helpers.get_user_by_token(user6["token"])
assert user6.handle == "1"
def test_channels_create():
'''
Function tests for channels_create
'''
#Initialisation
global_var.initialise_all()
user1 = auth_register("*****@*****.**", \
"valid_correct_password", "valid_correct_first_name",\
"valid_correct_last_name")
token1 = user1["token"]
user2 = auth_register("*****@*****.**", \
"valid_correct_password", "valid_correct_first_name",\
"valid_correct_last_name")
token2 = user2["token"]
#user1 create a channel
func.channels_create(token1, "TestChannel", True)
# Initialisation finished
assert func.channels_create(token1, "Channel1", True) == \
{"channel_id" : 1}
assert func.channels_create(token1, "Channel2", False) == \
{"channel_id" : 2}
# User can join public channel
assert func.channel_join(token2, 1) == {}
# User cannot join private channel
with pytest.raises(AccessError, \
match="Channel is private and user is not admin"):
func.channel_join(token2, 2)
# Channel cannot be created by an invalid token
with pytest.raises(AccessError, match="Invalid token"):
func.channels_create("12345", "Channel3", True)
#public channel, name longer than 20 characters
with pytest.raises(ValueError, match=\
"Name is longer than 20 characters"):
func.channels_create(token1, "a" * 21, True)
#private channel, name longer than 20 characters
with pytest.raises(ValueError, match=\
"Name is longer than 20 characters"):
func.channels_create(token1, "a" * 21, False)
def test_auth_passwordreset_request():
'''
Test functions for auth_passwordreset_request
'''
data.initialise_all()
# Create account to be password reset request
auth.auth_register("*****@*****.**", "valid_password", "a", "b")
# Password reset request is sent to valid email
auth.auth_passwordreset_request("*****@*****.**")
# Password reset request is sent to invalid email
with pytest.raises(ValueError, match="Email is not valid"):
auth.auth_passwordreset_request("comp1531receive.com")
def test_search_one():
'''
Testing successful case for a search for one message
'''
# Initialising
global_var.initialise_all()
# Creating user
user = auth_register('*****@*****.**', 'password', 'search', 'test')
token = get_user_token_by_u_id(user["u_id"])
# Creating channel
channel = channels_create(token, "chat", True)
channel_id = channel["channel_id"]
# Adding messages to channel
message_send(token, channel_id, "121")
message_send(token, channel_id, "321")
message_send(token, channel_id, "342")
message_send(token, channel_id, "499")
# Searching message
messages = search.search(token, '99')
# Checking if message obtained
assert messages["messages"][0]["message"] == "499"
assert messages["messages"][0]["u_id"] == user["u_id"]
# Ensuring that no other messages are obtained
with pytest.raises(IndexError, match="list index out of range"):
message = messages["messages"][1]
def test_search_multi_channel():
'''
Testing successful case of being able to obtain messages from multiple
channels that the user is apart of
'''
# Initialising
global_var.initialise_all()
# Creating user
user = auth_register('*****@*****.**', 'password', 'search', 'test')
token = get_user_token_by_u_id(user["u_id"])
# Creating channel 1
channel1 = channels_create(token, "chat1", True)
channel1_id = channel1["channel_id"]
# Creating channel 2
channel2 = channels_create(token, "chat2", True)
channel2_id = channel2["channel_id"]
# Adding messages to channel
message_send(token, channel1_id, "121")
message_send(token, channel2_id, "321")
# Search
messages = search.search(token, '21')
# Checking if messages obtained
assert messages["messages"][0]["message"] == "121"
assert messages["messages"][0]["u_id"] == user["u_id"]
assert messages["messages"][1]["message"] == "321"
# Ensuring that no other messages are obtained
with pytest.raises(IndexError, match="list index out of range"):
message = messages["messages"][2]
def test_get_channel_by_channel_id():
'''
Ensures get_channel_by_channel_id returns correct channel id
'''
# Initialisation
global_var.initialise_all()
# Creating a user
user = auth.auth_register("*****@*****.**", "pass123", "Raydon", "Smith")
token = user["token"]
# Creating first channel
channel_1 = channel_functions.channels_create(token, "Channel 1", True)
channel_1_id = channel_1["channel_id"]
# Creating second channel
channel_2 = channel_functions.channels_create(token, "Channel 2", True)
channel_2_id = channel_2["channel_id"]
# Ensuring that first channel has id
assert helpers.get_channel_by_channel_id(channel_1_id).id == 0
# Ensuring that second channel has id
assert helpers.get_channel_by_channel_id(channel_2_id).id == 1
# Checking no such channel_id
assert helpers.get_channel_by_channel_id(-1) is None
def test_user_handle_success():
reset_data()
A = auth_register("*****@*****.**", "wsad1990", "Good", "Morning")
token = A['token']
handle = 'goodmorning1'
UF.user_profile_sethandle(token, handle)