def test_netcdf():
import netCDF4 as nc
from birdy.client.converters import Netcdf4Converter, JSONConverter
# Xarray is the default converter. Use netCDF4 here.
if nc.getlibversion() > "4.5":
m = WPSClient(url=url, processes=["output_formats"], converters=[Netcdf4Converter, JSONConverter])
ncdata, jsondata = m.output_formats().get(asobj=True)
assert isinstance(ncdata, nc.Dataset)
ncdata.close()
assert isinstance(jsondata, dict)
def test_52north_offline():
"""Check offline 52north processes."""
WPSClient(
url_52n,
caps_xml=open(resource_file("wps_52n_caps.xml"), "rb").read(),
desc_xml=open(resource_file("wps_52n_desc.xml"), "rb").read(),
)
def test_wps_with_language_arg(): # noqa: D103
wps = WPSClient(URL_EMU, language="fr-CA")
assert wps.language == "fr-CA"
p = wps._processes["translation"]
assert p.title == "Processus traduit"
resp = wps.translation(10)
assert resp.processOutputs[0].title == "Sortie #1"
def test_wps_with_language_arg():
wps = WPSClient(URL_EMU, language='fr-CA')
assert wps.language == 'fr-CA'
p = wps._processes['translation']
assert p.title == "Processus traduit"
resp = wps.translation(10)
assert resp.processOutputs[0].title == "Sortie #1"
def test_process_subset_names(): # noqa: D103
with pytest.raises(ValueError, match="missing"):
WPSClient(url=URL_EMU, processes=["missing"])
with pytest.raises(ValueError, match="wrong, process, names"):
WPSClient(url=URL_EMU, processes=["wrong", "process", "names"])
def test_process_subset_only_one(): # noqa: D103
m = WPSClient(url=URL_EMU, processes=["nap", "sleep"])
assert count_class_methods(m) == 2
m = WPSClient(url=URL_EMU, processes="nap")
assert count_class_methods(m) == 1
def test_interactive(capsys): # noqa: D103
m = WPSClient(url=URL_EMU, progress=True)
assert m.hello("david").get()[0] == "Hello david"
captured = capsys.readouterr()
assert captured.out.startswith(str(datetime.date.today()))
assert m.binaryoperatorfornumbers().get()[0] == 5
def test_interactive(capsys):
m = WPSClient(url=url, progress=True)
assert m.hello("david").get()[0] == "Hello david"
captured = capsys.readouterr()
assert captured.out.startswith(str(datetime.date.today()))
assert m.binaryoperatorfornumbers().get()[0] == 5
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
"""
Created on Thu May 9 11:24:45 2019
@author: ets
"""
import time
import pandas as pd
from birdy import WPSClient
url = "http://localhost:9099/wps"
wps = WPSClient(url, progress=True)
nbBasin = 5797
for i in range(1, nbBasin + 1):
# Read the current dataset
tmp = pd.read_csv('gauged_catchment_properties.csv')
# Read the land use data
Forest = tmp['forest']
Shrubs = tmp['shrubs']
Wetland = tmp['wetland']
Crops = tmp['crops']
Urban = tmp['urban']
Grass = tmp['grass']
SnowIce = tmp['snowIce']
def test_52north_simple():
"""Check only a few 52north processes."""
WPSClient(url_52n, processes=[
'org.n52.wps.server.algorithm.r.AnnotationValidation',
'org.n52.wps.server.r.uncertweb.make-realizations',
])
# -*- coding: utf-8 -*-
"""Top-level package for rooki."""
__author__ = """Carsten Ehbrecht"""
__contact__ = "*****@*****.**"
__copyright__ = "Copyright 2018 United Kingdom Research and Innovation"
__license__ = "BSD - see LICENSE file in top-level package directory"
__version__ = "0.1.0"
from birdy import WPSClient
from rooki import config
rooki = WPSClient(config.get_config_value('service', 'url'), verify=False)
def test_process_subset_only_one():
m = WPSClient(url=url, processes=["nap", "sleep"])
assert count_class_methods(m) == 2
m = WPSClient(url=url, processes="nap")
assert count_class_methods(m) == 1
def test_birdy(self):
pytest.importorskip("birdy")
from birdy import WPSClient
WPSClient(url=self.URL, caps_xml=self.cap, desc_xml=self.desc)
def test_flyingpigeon_offline():
WPSClient(
url_fly,
caps_xml=open(resource_file('wps_fly_caps.xml'), 'rb').read(),
desc_xml=open(resource_file('wps_fly_desc.xml'), 'rb').read(),
)
def test_flyingpigeon():
WPSClient(url_fly)
def wps(): # noqa: D103
return WPSClient(url=URL_EMU)
def test_flyingpigeon(): # noqa: D103
WPSClient(url_fly)
def wps_offline(): # noqa: D103
return WPSClient(url=URL_EMU, caps_xml=EMU_CAPS_XML, desc_xml=EMU_DESC_XML)
def test_52north():
"""This WPS server has process and input ids with dots and dashes."""
WPSClient(url_52n)
def wps():
return WPSClient(url=url)
def test_52north():
"""This WPS server has process and input ids with dots and dashes."""
url = "http://geoprocessing.demo.52north.org:8080/wps/" \
"WebProcessingService?service=WPS&version=2.0.0&request=GetCapabilities"
WPSClient(url)
def test_flyingpigeon_offline(): # noqa: D103
WPSClient(
url_fly,
caps_xml=open(resource_file("wps_fly_caps.xml"), "rb").read(),
desc_xml=open(resource_file("wps_fly_desc.xml"), "rb").read(),
)
def test_flyingpigeon():
url = 'https://pavics.ouranos.ca/twitcher/ows/proxy/flyingpigeon/wps'
WPSClient(url)
from birdy import WPSClient
import birdy
from os.path import basename
import urllib.request
fp_server = 'http://localhost:8093/wps' # flyingpigeon
fp_i = WPSClient(fp_server, progress=True)
fp = WPSClient(fp_server)
finch_server = 'http://localhost:8092/wps' # finch
finch_i = WPSClient(url=finch_server, progress=True)
finch = WPSClient(finch_server)
# files to be displayed
tas_obs = '/home/nils/nap_niger/data/bbox/tas_AFR-22_ECMWF-ERAINT_evaluation_r1i1p1_CLMcom-KIT-CCLM5-0-15_v1_day_19790101-20161231.nc'
tas_hist = '/home/nils/nap_niger/data/bbox/tas_AFR-22_MOHC-HadGEM2-ES_historical_r1i1p1_CLMcom-KIT-CCLM5-0-15_v1_day_19500101-20051230.nc'
tasAdjust_hist = '/home/nils/nap_niger/data/adjust/tasAdjust_AFR-22_MOHC-HadGEM2-ES_historical_r1i1p1_CLMcom-KIT-CCLM5-0-15_v1_day_19500101-20051230.nc'
tas26Adjust_rcp26 = '/home/nils/nap_niger/data/adjust/tasAdjust_AFR-22_MOHC-HadGEM2-ES_rcp26_r1i1p1_CLMcom-KIT-CCLM5-0-15_v1_day_20060101-20981230.nc'
url_obs = finch.tg_mean(tas=tas_obs, freq='YS').get()[0]
url_hist = finch.tg_mean(tas=tas_hist, freq='YS').get()[0]
url_histAjust = finch.tg_mean(tas=tasAdjust_hist, freq='YS').get()[0]
url_rcp26Ajust = finch.tg_mean(tas=tas26Adjust_rcp26, freq='YS').get()[0]
plot = fp.plot_spaghetti(
resource=[url_obs, url_hist, url_histAjust, url_rcp26Ajust], variable=None)
# get the url for the image to be displayed in a web browser
plot.get()[0]
def wps():
return WPSClient(url=URL_EMU)