def test_print_events(tmpdir, with_no_components):
air = Component.load(
"""
name: air_port
class: AirPort
print:
- name: air__temperature
interval: 25.
format: nc
"""
)
earth = Component.load(
"""
name: earth_port
class: EarthPort
print:
- name: glacier_top_surface__slope
interval: 20.
format: netcdf
"""
)
with tmpdir.as_cwd():
earth.connect(
"air_port",
air,
vars_to_map=[
("glacier_top_surface__slope", "air__temperature"),
("earth_surface__temperature", "air__temperature"),
],
)
earth.go()
assert os.path.isfile("glacier_top_surface__slope.nc")
assert os.path.isfile("air__temperature.nc")
def test_print_events(tmpdir, with_no_components):
air = Component.load("""
name: air_port
class: AirPort
print:
- name: air__temperature
interval: 25.
format: nc
""")
earth = Component.load("""
name: earth_port
class: EarthPort
print:
- name: glacier_top_surface__slope
interval: 20.
format: netcdf
""")
with tmpdir.as_cwd():
earth.connect(
"air_port",
air,
vars_to_map=[
("glacier_top_surface__slope", "air__temperature"),
("earth_surface__temperature", "air__temperature"),
],
)
earth.go()
assert os.path.isfile("glacier_top_surface__slope.nc")
assert os.path.isfile("air__temperature.nc")
def test_print_events():
air = Component.load("""
name: air_port
class: AirPort
print:
- name: air__temperature
interval: 25.
format: vtk
""")
earth = Component.load("""
name: earth_port
class: EarthPort
print:
- name: glacier_top_surface__slope
interval: 20.
format: vtk
""")
earth.connect('air_port',
air,
vars_to_map=[
(
'glacier_top_surface__slope',
'air__temperature',
),
(
'earth_surface__temperature',
'air__temperature',
),
])
earth.go()
for i in xrange(5):
assert_isfile_and_remove('glacier_top_surface__slope_%04d.vtu' % i)
for i in xrange(4):
assert_isfile_and_remove('air__temperature_%04d.vtu' % i)