def engine(request):
port = 5433
db.setup_local_pg_cluster(request, DATADIR, port)
uri = 'postgresql://localhost:{}/postgres'.format(port)
sch1 = tsschema()
sch2 = tsschema('tsh-upstream')
e = create_engine(uri)
sch1.create(e)
sch2.create(e)
yield e
def engine(request):
db.setup_local_pg_cluster(request, DATADIR, 5433, {
'timezone': 'UTC',
'log_timezone': 'UTC'
})
e = create_engine(DBURI)
sch = tsschema()
sch.create(e)
sch = tsschema('other')
sch.create(e)
if has_formula():
from tshistory_formula.schema import formula_schema
formula_schema().create(e)
formula_schema('other').create(e)
return e
def tsh(request, engine):
namespace = request.param
sch = schema.tsschema(namespace)
sch.create(engine)
if namespace == 'z-z':
Snapshot._max_bucket_size = 5
yield tsio.timeseries(namespace)
def engine(request):
db.setup_local_pg_cluster(request, DATADIR, 5433, {
'timezone': 'UTC',
'log_timezone': 'UTC'
})
e = create_engine(DBURI)
sch = schema.tsschema()
sch.create(e)
return e
def mapi(engine):
tsschema('test-mapi').create(engine)
tsschema('test-mapi-upstream').create(engine)
tsschema('test-mapi-2').create(engine)
tsschema('test-mapi-2-upstream').create(engine)
return api.timeseries(
str(engine.url),
namespace='test-mapi',
handler=timeseries,
sources=[
(str(engine.url), 'test-mapi-2')
]
)
def ptsh(engine):
sch = schema.tsschema()
sch.create(engine)
return tsio.timeseries()
def pgapi(engine):
fschema.formula_schema('tsh').create(engine)
schema.tsschema('tsh-upstream').create(engine)
return tsh_api.timeseries(str(engine.url), 'tsh')