def test_appendfile(self):
ds = dap_tools.simple_grid_dataset()
fname = os.path.join(TEST_ARCHIVE_PATH, ds.name)
self.fname_test = fname
fid = open(fname + '.nc', "w")
fid.close()
p = persister.PersisterConsumer()
# New file
retval = p._save_dap_dataset(ds, TEST_ARCHIVE_PATH)
self.assertEqual(retval, 0)
#test result
ds_r = dap_tools.read_netcdf_from_file(fname)
self.assertIn(ds.name, ds_r.name)
#append file
retval = p._save_dap_dataset(ds, TEST_ARCHIVE_PATH)
self.assertEqual(retval, 0)
# Test results
ds_r = dap_tools.read_netcdf_from_file(fname)
self.assertIn(ds.name, ds_r.name)
barray = ds.grid.time[0:3] == ds_r.grid.time[0:3]
self.assert_(barray.all())
barray = ds.grid.time[0:3] == ds_r.grid.time[4:7]
self.assert_(barray.all())
def test_appendfile(self):
ds=dap_tools.simple_grid_dataset()
fname = os.path.join(TEST_ARCHIVE_PATH, ds.name)
self.fname_test = fname
fid=open(fname+'.nc', "w")
fid.close()
p = persister.PersisterConsumer()
# New file
retval = p._save_dap_dataset(ds, TEST_ARCHIVE_PATH)
self.assertEqual(retval,0)
#test result
ds_r = dap_tools.read_netcdf_from_file(fname)
self.assertIn(ds.name,ds_r.name)
#append file
retval = p._save_dap_dataset(ds, TEST_ARCHIVE_PATH)
self.assertEqual(retval,0)
# Test results
ds_r = dap_tools.read_netcdf_from_file(fname)
self.assertIn(ds.name,ds_r.name)
barray = ds.grid.time[0:3] == ds_r.grid.time[0:3]
self.assert_(barray.all())
barray = ds.grid.time[0:3] == ds_r.grid.time[4:7]
self.assert_(barray.all())
def test_write_read_vars(self):
raise unittest.SkipTest('Problem with _test_variables - fails for reasons unknown...')
ack = dap_tools.write_netcdf_from_dataset(self.ds1, self.testname)
self.assertEqual(ack,0)
self.ds2 = dap_tools.read_netcdf_from_file(self.testname)
self._test_variables(self.ds1,self.ds2)
def test_write_read_vars(self):
raise unittest.SkipTest(
'Problem with _test_variables - fails for reasons unknown...')
ack = dap_tools.write_netcdf_from_dataset(self.ds1, self.testname)
self.assertEqual(ack, 0)
self.ds2 = dap_tools.read_netcdf_from_file(self.testname)
self._test_variables(self.ds1, self.ds2)
def test_newfile(self):
"""
Test that the persister works against a new file
"""
ds = dap_tools.simple_grid_dataset()
fname = os.path.join(TEST_ARCHIVE_PATH, ds.name + '.nc')
self.fname_test = fname
fid = open(fname, "w")
fid.close()
p = persister.PersisterConsumer()
retval = p._save_dap_dataset(ds, TEST_ARCHIVE_PATH)
self.assertEqual(retval, 0)
ds_r = dap_tools.read_netcdf_from_file(fname)
self.assertIn(ds.name, ds_r.name)
def test_newfile(self):
"""
Test that the persister works against a new file
"""
ds=dap_tools.simple_grid_dataset()
fname = os.path.join(TEST_ARCHIVE_PATH, ds.name +'.nc')
self.fname_test = fname
fid=open(fname, "w")
fid.close()
p = persister.PersisterConsumer()
retval = p._save_dap_dataset(ds, TEST_ARCHIVE_PATH)
self.assertEqual(retval,0)
ds_r = dap_tools.read_netcdf_from_file(fname)
self.assertIn(ds.name,ds_r.name)
def setUp(self):
# Load the dataset from an nc file
self.ds1 = dap_tools.read_netcdf_from_file(self.fname)
def test_write_read_global_atts(self):
ack = dap_tools.write_netcdf_from_dataset(self.ds1, self.testname)
self.assertEqual(ack, 0)
self.ds2 = dap_tools.read_netcdf_from_file(self.testname)
self._test_global_atts(self.ds1, self.ds2)
def setUp(self):
# Load the dataset from an nc file
self.ds1 = dap_tools.read_netcdf_from_file(self.fname)
def test_write_read_global_atts(self):
ack = dap_tools.write_netcdf_from_dataset(self.ds1, self.testname)
self.assertEqual(ack,0)
self.ds2 = dap_tools.read_netcdf_from_file(self.testname)
self._test_global_atts(self.ds1,self.ds2)
