def test_get_var_value_basic(self):
""" tests get_var_value for simple Ncs_set var """
cfg = CFGFileReader(path_helper.cfg_path("modisl1db", "l0l1aqua"))
actual = cfg._get_var_value("otherInputTypes", 32)
expected = ""
self.assertEqual(expected, actual)
def test_var_sub_basic(self):
""" tests var_sub for simple Ncs_set var """
cfg = CFGFileReader(path_helper.cfg_path("modisl1db", "l0l1aqua"))
actual = cfg._var_sub("test{otherInputTypes} test", 32)
expected = "test test"
self.assertEqual(expected, actual)
def test_graph_modisl1db_outflows(self):
""" modisl1db l0l1aqua outflows are drl.aqua.modis.mxd01 """
cfg = CFGFileReader(path_helper.cfg_path("modisl1db", "l0l1aqua"))
actual = cfg.get_outflows()
expected = ['drl.aqua.modis.mxd01', 'drl.aqua.modis.mxd03']
self.assertEqual(expected, actual)
def get_dependencies(package, station, verbose=False, skip_errors=False):
station_path = os.path.join(path_helper.station_path(package, station),
'station.cfgfile')
if (verbose): print('loading ', station_path, '...')
cfgfile = CFGFileReader(station_path)
return cfgfile.get_station_programs()
def test_var_sub_on_crefl(self):
"""h2g modis_tcolor-2 w/ undefined product_group"""
cfg = CFGFileReader(path_helper.cfg_path("h2g", "modis_tcolor-2"),
verbose=True)
cfg.set_varsub(True)
actual = cfg.get_inflows()
expected = ['imars.getProductType().modis.?product_group?.filtered']
self.assertEqual(expected, actual)
def test_graph_modisl1db_l0l1aqua_inflows(self):
"""
modisl1db l0l1aqua inflows = ['drl.aqua.modis.pds','{otherInputTypes}']
"""
cfg = CFGFileReader(path_helper.cfg_path("modisl1db", "l0l1aqua"))
actual = cfg.get_inflows()
expected = ['drl.aqua.modis.pds', '{otherInputTypes}']
self.assertEqual(expected, actual)
def test_get_inflows_on_imars(self):
"""
get_inflows(imars, img_publisher) returns expected inflow products
"""
cfg = CFGFileReader(path_helper.cfg_path("imars", "img_publisher"))
actual = cfg.get_inflows()
expected = ['imars.%.mapped.png']
self.assertEqual(expected, actual)
def test_graph_modisl1db_l0l1aqua_inflows_w_formatter(self):
"""
modisl1db l0l1aqua inflows = ['drl.aqua.modis.pds']
"""
cfg = CFGFileReader(path_helper.cfg_path("modisl1db", "l0l1aqua"))
cfg.set_varsub(True)
actual = cfg.get_inflows()
expected = ['drl.aqua.modis.pds']
self.assertEqual(expected, actual)
def test_oc_png_has_no_None_inflows_w_formatter(self):
"""
imars oc_png inflows should not include "None" values
"""
cfg = CFGFileReader(path_helper.cfg_path("imars", "oc_png"),
verbose=True)
cfg.set_varsub(True)
actual = cfg.get_inflows()
expected = ['imars.getProductType().modis.oc.mapped']
self.assertEqual(expected, actual)
def test_brackets_in_varnames(self):
""" test using CVIIRS/CVIIRS which has brackets in varnames """
cfg = CFGFileReader(path_helper.cfg_path("CVIIRS", "CVIIRS"),
verbose=True)
cfg.set_varsub(True)
actual = cfg.get_inflows()
expected = [
'drl.npp.viirs.svm03',
'drl.npp.viirs.svm04 drl.npp.viirs.svm05 drl.npp.viirs.svm07 '
'drl.npp.viirs.svm08 drl.npp.viirs.svm10 drl.npp.viirs.svm11 '
'drl.npp.viirs.svi01 drl.npp.viirs.svi02 drl.npp.viirs.svi03 '
'drl.npp.viirs.gmtco'
]
self.assertEqual(expected, actual)
def graph_station(self, packageName, stationName, varsub=True):
"""
produces graph of given station in/outflows
"""
if self._ignores(packageName, station=stationName):
if self.verbose: print("ignoring s: " + packageName + "/" + stationName)
return
else:
if self.verbose: print("graphing "+packageName+"/"+stationName+"...")
cfgfile = CFGFileReader(
path_helper.cfg_path(packageName, stationName),
verbose=(self.verbocity > 1)
)
cfgfile.set_varsub(varsub)
self._add_node(stationName, NodeType.STATION, cfgfile, package=packageName)
# connect inflow product to station
for inflow in cfgfile.get_inflows():
if self.verbose: print(inflow, "=>", stationName)
self._add_node(inflow, NodeType.PRODUCT, cfgfile)
self._add_edge(inflow, stationName)
# connect station to outflow products
for outflow in cfgfile.get_outflows():
if self.verbose: print(stationName, "=>", outflow)
self._add_node(outflow, NodeType.PRODUCT, cfgfile)
self._add_edge(stationName, outflow)
self._finalize() # NOTE: would be more efficient (but messier) to do this once
def test_var_sub_on_empty_string_raises(self):
""" var_sub should raise err when string formats to "" """
cfg = CFGFileReader(path_helper.cfg_path("imars", "oc_png"),
verbose=True)
self.assertRaises(CFGFileValueError, cfg._var_sub, "{otherInputTypes}")