def test_domain_compat():
d0_data = {
"id": "d0",
"latitude": {
"start": 0.0,
"end": 45.0,
"step": 1.5,
"crs": "values",
},
"longitude": {
"start": 10,
"end": 20,
"crs": "indices",
},
"time": {
"start": 1981,
"end": 2016,
"crs": "values",
},
}
# from json
d0 = Domain.from_json(d0_data)
assert d0.id == 'd0'
assert len(d0.dimensions) == 3
# json
assert d0.json['id'] == 'd0'
assert 'time' in d0.json
assert 'latitude' in d0.json
assert 'longitude' in d0.json
def test_domain():
d0 = Domain(
dict(
time=Dimension(0, 1, crs='indices'),
lat=Dimension(40, 60, crs='values'),
lon=Dimension(0, 20, crs='values'),
))
assert len(d0.dimensions) == 3
assert d0.dimensions['time'].start == 0
assert d0.dimensions['time'].end == 1
assert d0.dimensions['time'].crs == 'indices'
assert 'id' in d0.json
assert 'time' in d0.json
assert 'lat' in d0.json
assert 'lon' in d0.json
assert len(Domain.from_json(d0.json).dimensions) == 3
assert d0.id in str(d0)
def test_operation():
d0 = Domain(dict(time=Dimension(0, 1, crs='indices')))
tas = Variable(uri='http://data.test.org/tas.nc', var_name='tas')
operation = Operation('subset', domain=d0, input=[tas])
assert operation.name == 'subset'
assert operation.domain == d0.id
assert operation.input[0] == tas.name
assert 'domain' in operation.json
assert Operation.from_json(operation.json).name == 'subset'
assert str(operation) == "Operation(name='subset')"
def test_esgfapi(wps): # noqa: D103
from owslib_esgfwps import Dimension, Domain, Variable
uri = resource_file("test.nc")
variable = Variable(var_name="meantemp", uri=uri, name="test")
domain = Domain([Dimension("time", 0, 10, crs="indices")])
resp = wps.emu_subset(variable=variable, domain=domain)
out = resp.get(asobj=True)
assert "netcdf" in out.ncdump
def test_esgfapi(wps):
from owslib_esgfwps import Domain, Dimension, Variable
uri = data_path("test.nc")
variable = Variable(var_name='meantemp', uri=uri, name='test')
domain = Domain([Dimension('time', 0, 10, crs='indices')])
resp = wps.emu_subset(variable=variable, domain=domain)
out = resp.get(asobj=True)
assert 'netcdf' in out.ncdump
def test_wps_pelican_subset():
headers = {'COMPUTE-TOKEN': 'TOKEN'}
wps = WebProcessingService(url='http://localhost:5000/wps',
headers=headers,
verify=True)
d0 = Domain(dict(time=Dimension(0, 1, crs='indices')))
v0 = Variable(uri=TEST_SU_OPENDAP, var_name='su')
exec = wps.execute('pelican_subset',
inputs=[('domain', Domains([d0])),
('variable', Variables([v0]))],
mode=SYNC)
assert exec.isSucceded()
def test_domains():
d0 = Domain(dict(time=Dimension(0, 1, crs='indices')))
domains = Domains([d0])
assert Domains.from_json(domains.json).domains[0].id == d0.id
assert d0.id in str(domains)
assert 'time' in domains.value
from .common import client_for, resource_file, get_output
from pelican.processes.wps_esgf_subset import PelicanSubset
import owslib.wps
from owslib_esgfwps import (
Domain,
Domains,
Variable,
Variables,
Dimension
)
NC_FILE_URL = resource_file('test.nc')
variable = Variable(var_name='meantemp', uri=NC_FILE_URL)
domain = Domain(dict(
time=Dimension(0, 10, crs='indices'),
))
def test_wps_esgf_subset():
client = client_for(Service(processes=[PelicanSubset()]))
datainputs = "variable={variable};" \
"domain={domain}".format(
variable=Variables([variable]).value,
domain=Domains([domain]).value)
resp = client.get(
service='wps', request='execute', version='1.0.0',
identifier='pelican_subset',
datainputs=datainputs)
assert_response_success(resp)
out = get_output(resp.xml)