def warm_app(id, short_name, featured=False):
if id not in apps_cached:
cached_apps.get_app(short_name)
cached_apps.n_tasks(id)
n_task_runs = cached_apps.n_task_runs(id)
cached_apps.overall_progress(id)
cached_apps.last_activity(id)
cached_apps.n_completed_tasks(id)
cached_apps.n_volunteers(id)
if n_task_runs >= 1000 or featured:
print "Getting stats for %s as it has %s task runs" % (short_name, n_task_runs)
stats.get_stats(id, app.config.get('GEO'))
apps_cached.append(id)
def get_project_stats(_id, short_name): # pragma: no cover
"""Get stats for project."""
import pybossa.cache.projects as cached_projects
import pybossa.cache.project_stats as stats
from flask import current_app
cached_projects.get_project(short_name)
cached_projects.n_tasks(_id)
cached_projects.n_task_runs(_id)
cached_projects.overall_progress(_id)
cached_projects.last_activity(_id)
cached_projects.n_completed_tasks(_id)
cached_projects.n_volunteers(_id)
stats.get_stats(_id, current_app.config.get('GEO'))
def warm_project(_id, short_name, featured=False):
if _id not in projects_cached:
cached_projects.get_project(short_name)
cached_projects.n_tasks(_id)
n_task_runs = cached_projects.n_task_runs(_id)
cached_projects.overall_progress(_id)
cached_projects.last_activity(_id)
cached_projects.n_completed_tasks(_id)
cached_projects.n_volunteers(_id)
if n_task_runs >= 1000 or featured:
# print ("Getting stats for %s as it has %s task runs" %
# (short_name, n_task_runs))
stats.get_stats(_id, app.config.get('GEO'))
projects_cached.append(_id)
def get_project_report_userdata(project_id):
"""Return users details who contributed to a particular project."""
if project_id is None:
return None
total_tasks = n_tasks(project_id)
sql = text(
'''
SELECT id as u_id, name, fullname,
(SELECT count(id) FROM task_run WHERE user_id = u.id AND project_id=:project_id) AS completed_tasks,
((SELECT count(id) FROM task_run WHERE user_id = u.id AND project_id =:project_id) * 100 / :total_tasks) AS percent_completed_tasks,
(SELECT min(finish_time) FROM task_run WHERE user_id = u.id AND project_id=:project_id) AS first_submission_date,
(SELECT max(finish_time) FROM task_run WHERE user_id = u.id AND project_id=:project_id) AS last_submission_date,
(SELECT coalesce(AVG(to_timestamp(finish_time, 'YYYY-MM-DD"T"HH24-MI-SS.US') -
to_timestamp(created, 'YYYY-MM-DD"T"HH24-MI-SS.US')), interval '0s')
FROM task_run WHERE user_id = u.id AND project_id=:project_id) AS avg_time_per_task
FROM public.user u WHERE id IN
(SELECT DISTINCT user_id FROM task_run tr GROUP BY project_id, user_id HAVING project_id=:project_id);
''')
results = session.execute(sql, dict(project_id=project_id, total_tasks=total_tasks))
users_report = [
[row.u_id, row.name, row.fullname,
row.completed_tasks, row.percent_completed_tasks,
row.first_submission_date, row.last_submission_date,
round(row.avg_time_per_task.total_seconds() / 60, 2)]
for row in results]
return users_report
def projects_contributed(user_id):
"""Return projects that user_id has contributed to."""
sql = text(
"""
WITH apps_contributed as
(SELECT DISTINCT(project_id) FROM task_run
WHERE user_id=:user_id)
SELECT project.id, project.name, project.short_name, project.owner_id,
project.description, project.info FROM project, apps_contributed
WHERE project.id=apps_contributed.project_id ORDER BY project.name DESC;
"""
)
results = session.execute(sql, dict(user_id=user_id))
projects_contributed = []
for row in results:
project = dict(
id=row.id,
name=row.name,
short_name=row.short_name,
owner_id=row.owner_id,
description=row.description,
overall_progress=overall_progress(row.id),
n_tasks=n_tasks(row.id),
n_volunteers=n_volunteers(row.id),
info=row.info,
)
projects_contributed.append(project)
return projects_contributed
def hidden_projects(user_id):
"""Return hidden projects for user_id."""
sql = text(
"""
SELECT project.id, project.name, project.short_name, project.description,
project.owner_id,
project.info
FROM project, task
WHERE project.id=task.project_id AND project.owner_id=:user_id AND
project.hidden=1 AND (project.info->>'task_presenter') IS NOT NULL
GROUP BY project.id, project.name, project.short_name,
project.description;"""
)
projects_published = []
results = session.execute(sql, dict(user_id=user_id))
for row in results:
project = dict(
id=row.id,
name=row.name,
short_name=row.short_name,
owner_id=row.owner_id,
description=row.description,
overall_progress=overall_progress(row.id),
n_tasks=n_tasks(row.id),
n_volunteers=n_volunteers(row.id),
info=row.info,
)
projects_published.append(project)
return projects_published
def user_progress(project_id=None, short_name=None):
"""API endpoint for user progress.
Return a JSON object with two fields regarding the tasks for the user:
{ 'done': 10,
'total: 100
}
This will mean that the user has done a 10% of the available tasks for
him
"""
if project_id or short_name:
if short_name:
project = project_repo.get_by_shortname(short_name)
elif project_id:
project = project_repo.get(project_id)
if project:
# For now, keep this version, but wait until redis cache is used here for task_runs too
query_attrs = dict(project_id=project.id)
if current_user.is_anonymous():
query_attrs['user_ip'] = request.remote_addr or '127.0.0.1'
else:
query_attrs['user_id'] = current_user.id
taskrun_count = task_repo.count_task_runs_with(**query_attrs)
tmp = dict(done=taskrun_count, total=n_tasks(project.id))
return Response(json.dumps(tmp), mimetype="application/json")
else:
return abort(404)
else: # pragma: no cover
return abort(404)
def n_tasks(project_id):
"""Return number of tasks of project.
Data is cached for one day.
"""
from pybossa.cache import projects
return projects.n_tasks(project_id)
def update_stats(project_id, period='2 week'):
"""Update the stats of a given project."""
hours, hours_anon, hours_auth, max_hours, \
max_hours_anon, max_hours_auth = stats_hours(project_id, period)
users, anon_users, auth_users = stats_users(project_id, period)
dates, dates_anon, dates_auth = stats_dates(project_id, period)
sum(dates.values())
sorted(dates.iteritems(), key=operator.itemgetter(0))
dates_stats = stats_format_dates(project_id, dates,
dates_anon, dates_auth)
hours_stats = stats_format_hours(project_id, hours, hours_anon, hours_auth,
max_hours, max_hours_anon, max_hours_auth)
users_stats = stats_format_users(project_id, users, anon_users, auth_users)
data = dict(dates_stats=dates_stats,
hours_stats=hours_stats,
users_stats=users_stats)
ps = session.query(ProjectStats).filter_by(project_id=project_id).first()
n_tasks = cached_projects.n_tasks(project_id)
n_task_runs = cached_projects.n_task_runs(project_id)
n_results = cached_projects.n_results(project_id)
overall_progress = cached_projects.overall_progress(project_id)
last_activity = cached_projects.last_activity(project_id)
n_volunteers = cached_projects.n_volunteers(project_id)
n_completed_tasks = cached_projects.n_completed_tasks(project_id)
average_time = cached_projects.average_contribution_time(project_id)
n_blogposts = cached_projects.n_blogposts(project_id)
if ps is None:
ps = ProjectStats(project_id=project_id, info=data,
n_tasks=n_tasks,
n_task_runs=n_task_runs,
n_results=n_results,
n_volunteers=n_volunteers,
n_completed_tasks=n_completed_tasks,
average_time=average_time,
overall_progress=overall_progress,
n_blogposts=n_blogposts,
last_activity=last_activity)
db.session.add(ps)
else:
ps.info = data
ps.n_tasks = n_tasks
ps.n_task_runs = n_task_runs
ps.overall_progress = overall_progress
ps.last_activity = last_activity
ps.n_results = n_results
ps.n_completed_tasks = n_completed_tasks
ps.n_volunteers = n_volunteers
ps.average_time = average_time
ps.n_blogposts = n_blogposts
db.session.commit()
return dates_stats, hours_stats, users_stats
def update_stats(project_id, period='2 week'):
"""Update the stats of a given project."""
hours, hours_anon, hours_auth, max_hours, \
max_hours_anon, max_hours_auth = stats_hours(project_id, period)
users, anon_users, auth_users = stats_users(project_id, period)
dates, dates_anon, dates_auth = stats_dates(project_id, period)
sum(dates.values())
sorted(dates.iteritems(), key=operator.itemgetter(0))
dates_stats = stats_format_dates(project_id, dates, dates_anon, dates_auth)
hours_stats = stats_format_hours(project_id, hours, hours_anon, hours_auth,
max_hours, max_hours_anon, max_hours_auth)
users_stats = stats_format_users(project_id, users, anon_users, auth_users)
data = dict(dates_stats=dates_stats,
hours_stats=hours_stats,
users_stats=users_stats)
ps = session.query(ProjectStats).filter_by(project_id=project_id).first()
n_tasks = cached_projects.n_tasks(project_id)
n_task_runs = cached_projects.n_task_runs(project_id)
n_results = cached_projects.n_results(project_id)
overall_progress = cached_projects.overall_progress(project_id)
last_activity = cached_projects.last_activity(project_id)
n_volunteers = cached_projects.n_volunteers(project_id)
n_completed_tasks = cached_projects.n_completed_tasks(project_id)
average_time = cached_projects.average_contribution_time(project_id)
n_blogposts = cached_projects.n_blogposts(project_id)
if ps is None:
ps = ProjectStats(project_id=project_id,
info=data,
n_tasks=n_tasks,
n_task_runs=n_task_runs,
n_results=n_results,
n_volunteers=n_volunteers,
n_completed_tasks=n_completed_tasks,
average_time=average_time,
overall_progress=overall_progress,
n_blogposts=n_blogposts,
last_activity=last_activity)
db.session.add(ps)
else:
ps.info = data
ps.n_tasks = n_tasks
ps.n_task_runs = n_task_runs
ps.overall_progress = overall_progress
ps.last_activity = last_activity
ps.n_results = n_results
ps.n_completed_tasks = n_completed_tasks
ps.n_volunteers = n_volunteers
ps.average_time = average_time
ps.n_blogposts = n_blogposts
db.session.commit()
return dates_stats, hours_stats, users_stats
def user_progress(project_id=None, short_name=None):
"""API endpoint for user progress.
Return a JSON object with four fields regarding the tasks for the user:
{ 'done': 10,
'total: 100,
'remaining': 90,
'remaining_for_user': 45
}
This will mean that the user has done 10% of the available tasks for the
project, 90 tasks are yet to be submitted and the user can access 45 of
them based on user preferences.
"""
if current_user.is_anonymous:
return abort(401)
if project_id or short_name:
if short_name:
project = project_repo.get_by_shortname(short_name)
elif project_id:
project = project_repo.get(project_id)
if project:
# For now, keep this version, but wait until redis cache is
# used here for task_runs too
query_attrs = dict(project_id=project.id, user_id=current_user.id)
guidelines_updated = _guidelines_updated(project.id,
current_user.id)
taskrun_count = task_repo.count_task_runs_with(**query_attrs)
num_available_tasks = n_available_tasks(project.id,
include_gold_task=True)
num_available_tasks_for_user = n_available_tasks_for_user(
project, current_user.id)
response = dict(done=taskrun_count,
total=n_tasks(project.id),
completed=n_completed_tasks(project.id),
remaining=num_available_tasks,
locked=len({
task["task_id"]
for task in get_locked_tasks(project)
}),
remaining_for_user=num_available_tasks_for_user,
quiz=current_user.get_quiz_for_project(project),
guidelines_updated=guidelines_updated)
if current_user.admin or (current_user.subadmin and current_user.id
in project.owners_ids):
num_gold_tasks = n_unexpired_gold_tasks(project.id)
response['available_gold_tasks'] = num_gold_tasks
return Response(json.dumps(response), mimetype="application/json")
else:
return abort(404)
else: # pragma: no cover
return abort(404)
def get_stats(project_id, period='2 week', full=False):
"""Get project's stats."""
ps = session.query(ProjectStats).filter_by(project_id=project_id).first()
if not ps:
update_stats(project_id, period)
ps = session.query(ProjectStats).filter_by(
project_id=project_id).first()
# stuff we want real-time
ps.overall_progress = cached_projects.overall_progress(project_id)
ps.n_tasks = cached_projects.n_tasks(project_id)
# end
if full:
return ps
else:
return ps.info['dates_stats'], ps.info['hours_stats'], ps.info[
'users_stats']
def draft_projects(user_id):
"""Return draft projects for user_id."""
sql = text('''
SELECT *
FROM project
WHERE project.published=false
AND :user_id = ANY (project.owners_ids::int[]);
''')
projects_draft = []
results = session.execute(sql, dict(user_id=user_id))
for row in results:
project = dict(row)
project['n_tasks'] = n_tasks(row.id)
project['n_volunteers'] = n_volunteers(row.id)
project['overall_progress'] = overall_progress(row.id)
projects_draft.append(project)
return projects_draft
def draft_projects(user_id):
"""Return draft projects for user_id."""
sql = text('''
SELECT *
FROM project
WHERE project.published=false
AND :user_id = ANY (project.owners_ids::int[]);
''')
projects_draft = []
results = session.execute(sql, dict(user_id=user_id))
for row in results:
project = dict(row)
project['n_tasks'] = n_tasks(row.id)
project['n_volunteers'] = n_volunteers(row.id)
project['overall_progress'] = overall_progress(row.id)
projects_draft.append(project)
return projects_draft
def projects_contributed(user_id, order_by='name'):
"""Return projects that user_id has contributed to."""
sql = text('''
WITH projects_contributed as
(SELECT project_id, MAX(finish_time) as last_contribution FROM task_run
WHERE user_id=:user_id GROUP BY project_id)
SELECT * FROM project, projects_contributed
WHERE project.id=projects_contributed.project_id ORDER BY {} DESC;
'''.format(order_by))
results = session.execute(sql, dict(user_id=user_id))
projects_contributed = []
for row in results:
project = dict(row)
project['n_tasks'] = n_tasks(row.id)
project['n_volunteers'] = n_volunteers(row.id)
project['overall_progress'] = overall_progress(row.id)
projects_contributed.append(project)
return projects_contributed
def projects_contributed(user_id):
"""Return projects that user_id has contributed to."""
sql = text('''
WITH projects_contributed as
(SELECT DISTINCT(project_id) FROM task_run
WHERE user_id=:user_id)
SELECT * FROM project, projects_contributed
WHERE project.id=projects_contributed.project_id ORDER BY project.name DESC;
''')
results = session.execute(sql, dict(user_id=user_id))
projects_contributed = []
for row in results:
project = dict(row)
project['n_tasks'] = n_tasks(row.id)
project['n_volunteers'] = n_volunteers(row.id)
project['overall_progress'] = overall_progress(row.id),
projects_contributed.append(project)
return projects_contributed
def projects_contributed(user_id, order_by='name'):
"""Return projects that user_id has contributed to."""
sql = text('''
WITH projects_contributed as
(SELECT project_id, MAX(finish_time) as last_contribution FROM task_run
WHERE user_id=:user_id GROUP BY project_id)
SELECT * FROM project, projects_contributed
WHERE project.id=projects_contributed.project_id ORDER BY {} DESC;
'''.format(order_by))
results = session.execute(sql, dict(user_id=user_id))
projects_contributed = []
for row in results:
project = dict(row)
project['n_tasks'] = n_tasks(row.id)
project['n_volunteers'] = n_volunteers(row.id)
project['overall_progress'] = overall_progress(row.id)
projects_contributed.append(project)
return projects_contributed
def user_progress(project_id=None, short_name=None):
"""API endpoint for user progress.
Return a JSON object with four fields regarding the tasks for the user:
{ 'done': 10,
'total: 100,
'remaining': 90,
'remaining_for_user': 45
}
This will mean that the user has done 10% of the available tasks for the
project, 90 tasks are yet to be submitted and the user can access 45 of
them based on user preferences.
"""
if current_user.is_anonymous:
return abort(401)
if project_id or short_name:
if short_name:
project = project_repo.get_by_shortname(short_name)
elif project_id:
project = project_repo.get(project_id)
if project:
# For now, keep this version, but wait until redis cache is
# used here for task_runs too
query_attrs = dict(project_id=project.id)
query_attrs['user_id'] = current_user.id
taskrun_count = task_repo.count_task_runs_with(**query_attrs)
num_available_tasks = n_available_tasks(project.id,
current_user.id)
num_available_tasks_for_user = n_available_tasks_for_user(
project, current_user.id)
response = dict(done=taskrun_count,
total=n_tasks(project.id),
remaining=num_available_tasks,
remaining_for_user=num_available_tasks_for_user,
quiz=current_user.get_quiz_for_project(project))
return Response(json.dumps(response), mimetype="application/json")
else:
return abort(404)
else: # pragma: no cover
return abort(404)
def get_project_report_userdata(project_id):
"""Return users details who contributed to a particular project."""
if project_id is None:
return None
total_tasks = n_tasks(project_id)
sql = text('''
SELECT id as u_id, name, fullname, email_addr, admin, subadmin, enabled,
user_pref->'languages' AS languages, user_pref->'locations' AS locations,
info->'metadata'->'start_time' AS start_time, info->'metadata'->'end_time' AS end_time,
info->'metadata'->'timezone' AS timezone, info->'metadata'->'user_type' AS type_of_user,
info->'metadata'->'review' AS additional_comments,
(SELECT count(id) FROM task_run WHERE user_id = u.id AND project_id=:project_id) AS completed_tasks,
((SELECT count(id) FROM task_run WHERE user_id = u.id AND project_id =:project_id) * 100 / :total_tasks) AS percent_completed_tasks,
(SELECT min(finish_time) FROM task_run WHERE user_id = u.id AND project_id=:project_id) AS first_submission_date,
(SELECT max(finish_time) FROM task_run WHERE user_id = u.id AND project_id=:project_id) AS last_submission_date,
(SELECT coalesce(AVG(to_timestamp(finish_time, 'YYYY-MM-DD"T"HH24-MI-SS.US') -
to_timestamp(created, 'YYYY-MM-DD"T"HH24-MI-SS.US')), interval '0s')
FROM task_run WHERE user_id = u.id AND project_id=:project_id) AS avg_time_per_task
FROM public.user u WHERE id IN
(SELECT DISTINCT user_id FROM task_run tr GROUP BY project_id, user_id HAVING project_id=:project_id);
''')
results = session.execute(
sql, dict(project_id=project_id, total_tasks=total_tasks))
users_report = [[
str(row.u_id), row.name, row.fullname, row.email_addr,
str(row.admin),
str(row.subadmin),
str(row.enabled),
str(row.languages),
str(row.locations),
str(row.start_time),
str(row.end_time),
str(row.timezone), row.type_of_user, row.additional_comments,
str(row.completed_tasks),
str(row.percent_completed_tasks), row.first_submission_date,
row.last_submission_date,
str(round(row.avg_time_per_task.total_seconds() / 60, 2))
] for row in results]
return users_report
def get_project_report_userdata(project_id, start_date, end_date):
"""Return users details who contributed to a particular project."""
date_clause, sql_params = get_taskrun_date_range_sql_clause_params(
start_date, end_date)
sql_params["project_id"] = project_id
sql_params["total_tasks"] = n_tasks(project_id)
sql = text('''
SELECT id as u_id, name, fullname, email_addr, admin, subadmin, enabled,
user_pref->'languages' AS languages, user_pref->'locations' AS locations,
info->'metadata'->'work_hours_from' AS work_hours_from, info->'metadata'->'work_hours_to' AS work_hours_to,
info->'metadata'->'timezone' AS timezone, info->'metadata'->'user_type' AS type_of_user,
info->'metadata'->'review' AS additional_comments,
(SELECT count(id) FROM task_run WHERE user_id = u.id AND project_id=:project_id'''
+ date_clause + ''') AS completed_tasks,
((SELECT count(id) FROM task_run WHERE user_id = u.id AND project_id =:project_id'''
+ date_clause +
''') * 100 / :total_tasks) AS percent_completed_tasks,
(SELECT min(finish_time) FROM task_run WHERE user_id = u.id AND project_id=:project_id'''
+ date_clause + ''') AS first_submission_date,
(SELECT max(finish_time) FROM task_run WHERE user_id = u.id AND project_id=:project_id'''
+ date_clause + ''') AS last_submission_date,
(SELECT coalesce(AVG(to_timestamp(finish_time, 'YYYY-MM-DD"T"HH24-MI-SS.US') -
to_timestamp(created, 'YYYY-MM-DD"T"HH24-MI-SS.US')), interval '0s')
FROM task_run WHERE user_id = u.id AND project_id=:project_id''' +
date_clause + ''') AS avg_time_per_task
FROM "user" u WHERE id IN
(SELECT DISTINCT user_id FROM task_run GROUP BY project_id, user_id HAVING project_id=:project_id);
''')
results = session.execute(sql, sql_params)
users_report = [[
row.u_id, row.name, row.fullname, row.email_addr, row.admin,
row.subadmin, row.enabled, row.languages, row.locations,
row.work_hours_from, row.work_hours_to, row.timezone, row.type_of_user,
row.additional_comments, row.completed_tasks,
row.percent_completed_tasks, row.first_submission_date,
row.last_submission_date,
round(row.avg_time_per_task.total_seconds() / 60, 2)
] for row in results]
return users_report
def draft_projects(user_id):
"""Return draft projects for user_id."""
sql = text('''
SELECT project.id, project.name, project.short_name, project.description,
project.owner_id,
project.info
FROM project
WHERE project.owner_id=:user_id
AND project.published=false;
''')
projects_draft = []
results = session.execute(sql, dict(user_id=user_id))
for row in results:
project = dict(id=row.id, name=row.name, short_name=row.short_name,
owner_id=row.owner_id,
description=row.description,
overall_progress=overall_progress(row.id),
n_tasks=n_tasks(row.id),
n_volunteers=n_volunteers(row.id),
info=row.info)
projects_draft.append(project)
return projects_draft
def projects_contributed(user_id):
"""Return projects that user_id has contributed to."""
sql = text('''
WITH projects_contributed as
(SELECT DISTINCT(project_id) FROM task_run
WHERE user_id=:user_id)
SELECT project.id, project.name, project.short_name, project.owner_id,
project.description, project.info FROM project, projects_contributed
WHERE project.id=projects_contributed.project_id ORDER BY project.name DESC;
''')
results = session.execute(sql, dict(user_id=user_id))
projects_contributed = []
for row in results:
project = dict(id=row.id, name=row.name, short_name=row.short_name,
owner_id=row.owner_id,
description=row.description,
overall_progress=overall_progress(row.id),
n_tasks=n_tasks(row.id),
n_volunteers=n_volunteers(row.id),
info=row.info)
projects_contributed.append(project)
return projects_contributed
def draft_projects(user_id):
"""Return draft projects for user_id."""
sql = text('''
SELECT project.id, project.name, project.short_name, project.description,
project.owner_id,
project.info
FROM project
WHERE project.owner_id=:user_id
AND project.published=false;
''')
projects_draft = []
results = session.execute(sql, dict(user_id=user_id))
for row in results:
project = dict(id=row.id, name=row.name, short_name=row.short_name,
owner_id=row.owner_id,
description=row.description,
overall_progress=overall_progress(row.id),
n_tasks=n_tasks(row.id),
n_volunteers=n_volunteers(row.id),
info=row.info)
projects_draft.append(project)
return projects_draft
def user_progress(project_id=None, short_name=None):
"""API endpoint for user progress.
Return a JSON object with two fields regarding the tasks for the user:
{ 'done': 10,
'total: 100
}
This will mean that the user has done a 10% of the available tasks for
him
"""
if project_id or short_name:
if short_name:
project = project_repo.get_by_shortname(short_name)
elif project_id:
project = project_repo.get(project_id)
if project:
# For now, keep this version, but wait until redis cache is
# used here for task_runs too
external_uid = request.args.get('external_uid')
query_attrs = dict(project_id=project.id)
if current_user.is_anonymous:
if external_uid is None:
anon_ip = request.remote_addr or '127.0.0.1'
query_attrs['user_ip'] = anonymizer.ip(anon_ip)
else:
query_attrs['external_uid'] = external_uid
else:
query_attrs['user_id'] = current_user.id
taskrun_count = task_repo.count_task_runs_with(**query_attrs)
tmp = dict(done=taskrun_count, total=n_tasks(project.id))
return Response(json.dumps(tmp), mimetype="application/json")
else:
return abort(404)
else: # pragma: no cover
return abort(404)
def published_projects(user_id):
"""Return published projects for user_id."""
sql = text('''
SELECT project.id, project.name, project.short_name, project.description,
project.owner_id,
project.info
FROM project, task
WHERE project.id=task.project_id AND project.owner_id=:user_id AND
project.hidden=0 AND project.info LIKE('%task_presenter%')
GROUP BY project.id, project.name, project.short_name,
project.description,
project.info;''')
projects_published = []
results = session.execute(sql, dict(user_id=user_id))
for row in results:
project = dict(id=row.id, name=row.name, short_name=row.short_name,
owner_id=row.owner_id,
description=row.description,
overall_progress=overall_progress(row.id),
n_tasks=n_tasks(row.id),
n_volunteers=n_volunteers(row.id),
info=json.loads(row.info))
projects_published.append(project)
return projects_published
def published_projects(user_id):
"""Return published projects for user_id."""
sql = text('''
SELECT project.id, project.name, project.short_name, project.description,
project.owner_id,
project.info
FROM project
WHERE project.published=true
AND :user_id = ANY (project.owners_ids::int[]);
''')
projects_published = []
results = session.execute(sql, dict(user_id=user_id))
for row in results:
project = dict(id=row.id,
name=row.name,
short_name=row.short_name,
owner_id=row.owner_id,
description=row.description,
overall_progress=overall_progress(row.id),
n_tasks=n_tasks(row.id),
n_volunteers=n_volunteers(row.id),
info=row.info)
projects_published.append(project)
return projects_published
def projects_contributed(user_id, order_by='name'):
"""Return projects that user_id has contributed to."""
sql = text('''
WITH projects_contributed as
(SELECT project_id, MAX(finish_time) as last_contribution FROM task_run
WHERE user_id=:user_id GROUP BY project_id)
SELECT project.id, project.name as name, project.short_name, project.owner_id,
project.description, project.info, project.owners_ids
FROM project, projects_contributed
WHERE project.id=projects_contributed.project_id ORDER BY {} DESC;
'''.format(order_by))
results = session.execute(sql, dict(user_id=user_id))
projects_contributed = []
for row in results:
project = dict(id=row.id, name=row.name, short_name=row.short_name,
owner_id=row.owner_id,
owners_ids=row.owners_ids,
description=row.description,
overall_progress=overall_progress(row.id),
n_tasks=n_tasks(row.id),
n_volunteers=n_volunteers(row.id),
info=row.info)
projects_contributed.append(project)
return projects_contributed
def test_n_tasks_returns_number_of_total_tasks(self):
project = self.create_project_with_tasks(completed_tasks=1, ongoing_tasks=1)
tasks = cached_projects.n_tasks(project.id)
assert tasks == 2, tasks