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Copy pathtests.py
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56 lines (45 loc) · 1.89 KB
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import unittest
import python_antenna_pattern.core as core
from python_antenna_pattern.pyap import Pyap
class TestParser(unittest.TestCase):
def setUp(self):
self.header_str = (
'NAME B800A065-18-0E\n'
'MAKE Amphenol\n'
'FREQUENCY 851\n'
'H_WIDTH 65\n'
'V_WIDTH 11.2\n'
'FRONT_TO_BACK -30.1\n'
'GAIN 13.6 dBd\n'
'TILT ELECTRICAL\n'
'COMMENT None\n'
)
self.test_file_list = [
('python_antenna_pattern/data/file_list1', 851), # sinlge planet file
('python_antenna_pattern/data/file_list2', 1960), # a pair of planet file
('python_antenna_pattern/data/file_list4', 1960), # four planet files
]
def test_e2e_pyap_result(self):
pyap = Pyap('data/file_list2')
pyap.polar_pattern()
def test_directory_option(self):
pyap = Pyap()
pyap.parser.set_defaults(directory='data/test_dir')
pyap.polar_pattern()
def test_parsing_from_file_list(self):
# parse by antenna by default. parse by cut not tested yet
for i in range(0, 2):
file_name_list = core.read_name_list(self.test_file_list[i][0])
antenna_pattern = core.AntennaPattern()
for file_name in file_name_list:
antenna_pattern.parse_data(file_name, 'ant')
self.assertEqual(antenna_pattern.frequency,
self.test_file_list[i][1])
def test_header_parsing(self):
antenna_pattern = core.AntennaPattern()
for line in self.header_str.split('\n'):
antenna_pattern.parse_line(line)
self.assertEqual(antenna_pattern.frequency, 851)
self.assertEqual(antenna_pattern.max_gain_db, 13.6)
if __name__=='__main__':
unittest.main()