def set_output(self, request, response):
"""Set the output from the WPS request."""
# We use get_workflow_disk_path to get the path that other services
# can read from. /data_service is local to each service, but a read-
# only version exists in the workflow directory
workflow_disk_result_path = self.get_workflow_disk_path(self.sen2_dir)
response.outputs['output_dir'].data = workflow_disk_result_path
response.outputs['output_dir'].uom = UOM('unity')
def _handler(request, response):
response.update_status('PyWPS Process started.', 0)
LOGGER.info("say hello")
response.outputs[
'output'].data = 'Hello ' + request.inputs['name'][0].data
response.outputs['output'].uom = UOM('unity')
response.update_status('PyWPS Process completed.', 100)
return response
def say_hello(request, response):
'''
This is a docstring
Thios
:param request:
:param response:
'''
response.outputs['response'].data = 'Hello from France ' + \
request.inputs['name'][0].data
response.outputs['response'].uom = UOM('unity')
return response
def _handler(self, request, response):
command = 'fimex '
fimex_arguments = {
'inputfile': '--input.file',
'inputtype': '--input.type',
'reducetimeStart': '--extract.reduceTime.start',
'reducetimeEnd': '--extract.reduceTime.end',
'reduceboxNorth': '--extract.reduceToBoundingBox.north',
'reduceboxSouth': '--extract.reduceToBoundingBox.south',
'reduceboxEast': '--extract.reduceToBoundingBox.east',
'reduceboxWest': '--extract.reduceToBoundingBox.west',
'interpolateMethod': '--interpolate.method',
'interpolateProjString': '-interpolate.projString',
'interpolateXAxisUnits': '--interpolate.xAxisUnit',
'interpolateYAxisUnits': '--interpolate.yAxisUnit'
}
print(request.inputs)
base = [
'interpolateXAxisMin', 'interpolateXAxisMax',
'interpolateYAxisMin', 'interpolateYAxisMax', 'interpolateHorSteps'
]
if all(x in list(request.inputs.keys()) for x in base):
xmin = float(request.inputs['interpolateXAxisMin'][0].data)
xmax = float(request.inputs['interpolateXAxisMax'][0].data)
ymin = float(request.inputs['interpolateYAxisMin'][0].data)
ymax = float(request.inputs['interpolateYAxisMax'][0].data)
if xmax < xmin:
xmin, xmax = xmax, xmin
dx = (xmax - xmin) / float(
request.inputs['interpolateHorSteps'][0].data)
dy = (ymax - ymin) / float(
request.inputs['interpolateHorSteps'][0].data)
command += ' --interpolate.xAxisValues=%s,%s,...,%s' % (
xmin, xmin + dx, xmax)
command += ' --interpolate.yAxisValues=%s,%s,...,%s' % (
ymin, ymin + dy, ymax)
command += ' ' + '='.join([
fimex_arguments[i] + '=' + request.inputs[i][0].data
for i in request.inputs if i in list(fimex_arguments.keys())
])
#command += ' --extract.selectVariables='+' --extract.selectVariables='.join(request.inputs['selectVariables'][0].data)
#command += ' --interpolate.xAxisValues=%s,%s,...,%s' % (xmin, xmin+dx, xmax)
# TODO: exclude from initial string the values that require special treatment
#response.outputs['commout'].data = 'Fimex command: ' + \
# ' '.join([i.metadata + '=' + i.identifier for i in request.inputs])
response.outputs['commout'].data = command
response.outputs['commout'].uom = UOM('unity')
return response
def _handler(request, response):
LOGGER.info("repackage")
infiles = []
jfiles = json.loads(request.inputs['filesIn'][0].data)
infiles.extend(jfiles["files"])
ds = xarray.open_mfdataset(filename,
decode_cf=False,
mask_and_scale=False,
decode_times=False,
use_cftime=False,
parallel=True,
concat_dim="time",
data_vars='minimal',
coords='minimal',
compat='override')
ds.to_netcdf(self, path="./out.nc", mode='w', format='NETCDF4')
response.outputs['output'].data = 'Input files: ' + str(infiles)
response.outputs['output'].uom = UOM('unity')
return response
def _handler(self, request, response):
response.outputs[
'response'].data = 'Hello ' + request.inputs['name'][0].data
response.outputs['response'].uom = UOM('unity')
return response
def _handler(self, request, response):
LOGGER.info("say hello")
response.outputs['output'].data = 'Hello ' + request.inputs['name'][0].data
response.outputs['output'].uom = UOM('unity')
return response
def set_output(self, request, response):
""" Set the output path for the png file."""
workflow_disk_result_path = self.get_workflow_disk_path(self.outdir)
response.outputs['output_dir'].data = workflow_disk_result_path
response.outputs['output_dir'].uom = UOM('unity')
def set_output(self, request, response):
"""Set the output in the WPS response."""
response.outputs['output'].data = self.output_dir
response.outputs['output'].uom = UOM('unity')
def set_output(self, request, response):
"""Set the output from the WPS request."""
workflow_disk_result_path = self.get_workflow_disk_path(self.sen1_dir)
response.outputs['output_dir'].data = workflow_disk_result_path
response.outputs['output_dir'].uom = UOM('unity')
def _handler(request, response):
LOGGER.info("say hello")
response.outputs[
"output"].data = "Hello " + request.inputs["name"][0].data
response.outputs["output"].uom = UOM("unity")
return response