async def fetch_all_user_resources(conn, head_block_num, start, limit):
return (await r.table("users").order_by(index="user_id").filter(
(head_block_num >= r.row["start_block_num"])
& (head_block_num < r.row["end_block_num"])).slice(
start, start + limit).map(lambda user: user.merge({
"id":
user["user_id"],
"subordinates":
fetch_user_ids_by_manager(user["user_id"], head_block_num),
"ownerOf":
r.union(
fetch_relationships_by_id("task_owners", user["user_id"],
"task_id", head_block_num),
fetch_relationships_by_id("role_owners", user["user_id"],
"role_id", head_block_num),
),
"administratorOf":
r.union(
fetch_relationships_by_id("task_admins", user["user_id"],
"task_id", head_block_num),
fetch_relationships_by_id("role_admins", user["user_id"],
"role_id", head_block_num),
),
"memberOf":
fetch_relationships_by_id("role_members", user["user_id"],
"role_id", head_block_num),
"proposals":
fetch_proposal_ids_by_opener(user["user_id"], head_block_num),
})).map(lambda user: (user["manager_id"] != "").branch(
user.merge({"manager": user["manager_id"]}), user)).map(
lambda user: (user["metadata"] == "").branch(
user.without("metadata"), user)).without(
"user_id", "manager_id", "start_block_num",
"end_block_num").coerce_to("array").run(conn))
async def fetch_user_resource(conn, user_id, head_block_num):
resource = (
await r.table("users")
.get_all(user_id, index="user_id")
.filter(
(head_block_num >= r.row["start_block_num"])
& (head_block_num < r.row["end_block_num"])
)
.merge(
{
"id": r.row["user_id"],
"email": r.db("rbac")
.table("auth")
.filter({"user_id": user_id})
.get_field("email")
.coerce_to("array")
.nth(0),
"subordinates": fetch_user_ids_by_manager(user_id, head_block_num),
"ownerOf": r.union(
fetch_relationships_by_id(
"task_owners", user_id, "task_id", head_block_num
),
fetch_relationships_by_id(
"role_owners", user_id, "role_id", head_block_num
),
),
"administratorOf": r.union(
fetch_relationships_by_id(
"task_admins", user_id, "task_id", head_block_num
),
fetch_relationships_by_id(
"role_admins", user_id, "role_id", head_block_num
),
),
"memberOf": fetch_relationships_by_id(
"role_members", user_id, "role_id", head_block_num
),
"proposals": fetch_proposal_ids_by_opener(user_id, head_block_num),
}
)
.map(
lambda user: (user["manager_id"] != "").branch(
user.merge({"manager": user["manager_id"]}), user
)
)
.map(
lambda user: (user["metadata"] == "").branch(user.without("metadata"), user)
)
.without("user_id", "manager_id", "start_block_num", "end_block_num")
.coerce_to("array")
.run(conn)
)
try:
return resource[0]
except IndexError:
raise ApiNotFound("Not Found: No user with the id {} exists".format(user_id))
async def fetch_user_resource(conn, user_id, head_block_num):
resource = await r.table('users')\
.get_all(user_id, index='user_id')\
.filter((head_block_num >= r.row['start_block_num'])
& (head_block_num < r.row['end_block_num']))\
.merge({
'id': r.row['user_id'],
'subordinates': fetch_user_ids_by_manager(
user_id, head_block_num
),
'ownerOf': r.union(
fetch_relationships_by_id(
'task_owners', user_id, 'task_id', head_block_num
),
fetch_relationships_by_id(
'role_owners', user_id, 'role_id', head_block_num
)
),
'administratorOf': r.union(
fetch_relationships_by_id(
'task_admins', user_id, 'task_id', head_block_num
),
fetch_relationships_by_id(
'role_admins', user_id, 'role_id', head_block_num
)
),
'memberOf': fetch_relationships_by_id(
'role_members', user_id, 'role_id', head_block_num
),
'proposals': fetch_proposal_ids_by_opener(
user_id, head_block_num
)
})\
.map(lambda user: (user['manager_id'] != "").branch(
user.merge({'manager': user['manager_id']}), user
))\
.map(lambda user: (user['metadata'] == "").branch(
user.without('metadata'), user
))\
.without('user_id', 'manager_id', 'start_block_num', 'end_block_num')\
.coerce_to('array').run(conn)
try:
return resource[0]
except IndexError:
raise ApiNotFound(
'Not Found: No user with the id {} exists'.format(user_id)
)
async def fetch_all_user_resources(conn, head_block_num, start, limit):
return await r.table('users')\
.order_by(index='user_id')\
.filter((head_block_num >= r.row['start_block_num'])
& (head_block_num < r.row['end_block_num']))\
.slice(start, start+limit)\
.map(lambda user: user.merge({
'id': user['user_id'],
'subordinates': fetch_user_ids_by_manager(
user['user_id'], head_block_num
),
'ownerOf': r.union(
fetch_relationships_by_id(
'task_owners', user['user_id'], 'task_id', head_block_num
),
fetch_relationships_by_id(
'role_owners', user['user_id'], 'role_id', head_block_num
)
),
'administratorOf': r.union(
fetch_relationships_by_id(
'task_admins', user['user_id'], 'task_id', head_block_num
),
fetch_relationships_by_id(
'role_admins', user['user_id'], 'role_id', head_block_num
)
),
'memberOf': fetch_relationships_by_id(
'role_members', user['user_id'], 'role_id', head_block_num
),
'proposals': fetch_proposal_ids_by_opener(
user['user_id'], head_block_num
)
}))\
.map(lambda user: (user['manager_id'] != "").branch(
user.merge({'manager': user['manager_id']}), user
))\
.map(lambda user: (user['metadata'] == "").branch(
user.without('metadata'), user
))\
.without('user_id', 'manager_id', 'start_block_num', 'end_block_num')\
.coerce_to('array').run(conn)
def watch_chats():
print(
'\n#################################\n###>>> Watching db for new chats!\n#################################\n\n'
)
conn = yield r.connect(host='localhost', port=28015, db='pyBOT')
feed = yield r.table("botChat").changes().run(conn)
union = yield r.union(
r.table("botChat").changes(),
r.table("botScripts").changes()).run(conn)
while (yield feed.fetch_next()):
change = yield feed.next()
print("\nconexiones WS: %d\n" % len(connections))
for c in connections:
#change['new_val']['created'] = str(change['new_val']['created'])
change['new_val']['ins'] = str(change['new_val']['ins'])
payload = {"event": "new chat", "data": change["new_val"]}
c.write_message(payload)
print(change)
print("watching db CHANGES ############")