from . import client as raw
from .sorting import sort_by_name
from .helpers import (
normalize_model_parameter,
normalize_list_of_models_for_links,
)
from .cache import cache
default = raw.default_client
[docs]@cache
def all_organisations(client=default):
"""
Returns:
list: Organisations listed in database.
"""
return sort_by_name(raw.fetch_all("organisations", client=client))
[docs]@cache
def all_departments(client=default):
"""
Returns:
list: Departments listed in database.
"""
return sort_by_name(raw.fetch_all("departments", client=client))
[docs]@cache
def all_persons(client=default):
"""
Returns:
list: Persons listed in database.
"""
return sort_by_name(raw.fetch_all("persons", client=client))
[docs]@cache
def get_time_spents_range(person_id, start_date, end_date, client=default):
"""
Gets the time spents of the current user for the given date range.
Args:
person_id (str): An uuid identifying a person.
start_date (str): The first day of the date range as a date string with
the following format: YYYY-MM-DD
end_date (str): The last day of the date range as a date string with
the following format: YYYY-MM-DD
Returns:
list: All of the person's time spents
"""
date_range = {
"start_date": start_date,
"end_date": end_date,
}
return raw.get(
"/data/persons/{}/time-spents".format(person_id),
params=date_range,
client=client,
)
[docs]def get_all_month_time_spents(id, date, client=default):
"""
Args:
id (str): An uuid identifying a person.
date (datetime.date): The date of the month to query.
Returns:
list: All of the person's time spents for the given month.
"""
date = date.strftime("%Y/%m")
return raw.get(
"data/persons/{}/time-spents/month/all/{}".format(id, date),
client=client,
)
[docs]@cache
def get_person(id, relations=False, client=default):
"""
Args:
id (str): An uuid identifying a person.
relations (bool): Whether to get the relations for the given person.
Returns:
dict: Person corresponding to given id.
"""
params = {"id": id}
if not relations:
params["relations"] = False
return raw.fetch_first("persons", params=params, client=client)
[docs]@cache
def get_person_by_desktop_login(desktop_login, client=default):
"""
Args:
desktop_login (str): Login used to sign in on the desktop computer.
Returns:
dict: Person corresponding to given desktop computer login.
"""
return raw.fetch_first(
"persons",
{"desktop_login": desktop_login, "is_bot": False},
client=client,
)
[docs]@cache
def get_person_by_email(email, client=default):
"""
Args:
email (str): User's email.
Returns:
dict: Person corresponding to given email.
"""
return raw.fetch_first(
"persons", {"email": email, "is_bot": False}, client=client
)
[docs]@cache
def get_person_by_full_name(
full_name, first_name=None, last_name=None, client=default
):
"""
Args:
full_name (str): User's full name
first_name (str): User's first name
last_name (str): User's last name
Returns:
dict: Person corresponding to given name.
"""
if first_name is not None and last_name is not None:
return raw.fetch_first(
"persons",
{
"first_name": first_name,
"last_name": last_name,
"is_bot": False,
},
client=client,
)
else:
return raw.fetch_first(
"persons",
{"full_name": full_name, "is_bot": False},
client=client,
)
[docs]@cache
def get_person_url(person, client=default):
"""
Args:
person (str / dict): The person dict or the person ID.
Returns:
url (str): Web url associated to the given person
"""
person = normalize_model_parameter(person)
path = "{host}/people/{person_id}/"
return path.format(
host=raw.get_api_url_from_host(client=client),
person_id=person["id"],
)
[docs]@cache
def get_organisation(client=default):
"""
Returns:
dict: Database information for organisation linked to auth tokens.
"""
return raw.get("auth/authenticated", client=client)["organisation"]
[docs]def new_person(
first_name,
last_name,
email,
phone="",
role="user",
desktop_login="",
departments=[],
password=None,
active=True,
contract_type="open-ended",
client=default,
):
"""
Create a new person based on given parameters. His/her password will is
set automatically to default.
Args:
first_name (str): the first name of the person.
last_name (str): the last name of the person.
email (str): the email of the person.
phone (str): the phone number of the person.
role (str): user, manager, admin (wich match CG artist, Supervisor
and studio manager)
desktop_login (str): The login the users uses to log on its computer.
departments (list): The departments for the person.
password (str): The password for the person.
active (bool): Whether the person is active or not.
Returns:
dict: Created person.
"""
person = get_person_by_email(email, client=client)
if person is None:
person = raw.post(
"data/persons",
{
"first_name": first_name,
"last_name": last_name,
"email": email,
"phone": phone,
"role": role,
"desktop_login": desktop_login,
"departments": normalize_list_of_models_for_links(departments),
"password": password,
"active": active,
"contract_type": contract_type,
},
client=client,
)
return person
[docs]def update_person(person, client=default):
"""
Update a person.
Args:
person (dict): The person dict that needs to be upgraded.
Returns:
dict: The updated person.
"""
if "departments" in person:
person["departments"] = normalize_list_of_models_for_links(
person["departments"]
)
person = normalize_model_parameter(person)
return raw.put(
"data/persons/%s" % (person["id"]),
person,
client=client,
)
[docs]def remove_person(person, force=False, client=default):
"""
Remove given person from database.
Args:
person (dict): Person to remove.
"""
person = normalize_model_parameter(person)
path = "data/persons/%s" % person["id"]
params = {}
if force:
params = {"force": True}
return raw.delete(path, params, client=client)
[docs]def new_bot(
name,
email,
role="user",
departments=[],
active=True,
expiration_date=None,
client=default,
):
"""
Create a new bot based on given parameters. His access token will be in the
return dict.
Args:
name (str): the name of the bot.
email (str): the email of the bot.
role (str): user, manager, admin (wich match CG artist, Supervisor
and studio manager)
departments (list): The departments for the person.
active (bool): Whether the person is active or not.
expiration_date (str): The expiration date for the bot.
Returns:
dict: Created bot.
"""
bot = raw.post(
"data/persons",
{
"first_name": name,
"last_name": "",
"email": email,
"role": role,
"departments": normalize_list_of_models_for_links(departments),
"active": active,
"expiration_date": expiration_date,
"is_bot": True,
},
client=client,
)
return bot
[docs]def update_bot(bot, client=default):
"""
Update a bot.
Args:
bot (dict): The bot dict that needs to be upgraded.
Returns:
dict: The updated bot.
"""
return update_person(bot, client=client)
[docs]def remove_bot(bot, force=False, client=default):
"""
Remove given bot from database.
Args:
bot (dict): Bot to remove.
"""
return remove_person(bot, force=force, client=client)
[docs]def set_avatar(person, file_path, client=default):
"""
Upload picture and set it as avatar for given person.
Args:
person (str / dict): The person dict or the person ID.
file_path (str): Path where the avatar file is located on the hard
drive.
"""
person = normalize_model_parameter(person)
return raw.upload(
"/pictures/thumbnails/persons/%s" % person["id"],
file_path,
client=client,
)
[docs]def get_presence_log(year, month, client=default):
"""
Args:
year (int):
month (int):
Returns:
The presence log table for given month and year.
"""
path = "data/persons/presence-logs/%s-%s" % (year, str(month).zfill(2))
return raw.get(path, json_response=False, client=client)
[docs]def change_password_for_person(person, password, client=default):
"""
Change the password for given person.
Args:
person (str / dict): The person dict or the person ID.
password (str): The new password.
Returns:
dict: success or not.
"""
person = normalize_model_parameter(person)
return raw.post(
"actions/persons/%s/change-password" % (person["id"]),
{"password": password, "password_2": password},
client=client,
)