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# -*- coding: utf-8 -*- |
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"""Unit tests for command line execution.""" |
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import numpy as np |
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import os |
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import pytest |
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import subprocess |
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class TestCommandLine(): |
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def setup(self): |
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"""Runs before every test method to create a clean environment.""" |
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# Define the desired working paths |
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self.startdir = os.path.abspath(os.path.curdir) |
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split_dirs = os.path.split(os.path.dirname(os.path.abspath(__file__))) |
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self.workdir = split_dirs[0] |
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# Change directory, if needed |
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if self.startdir != self.workdir: |
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os.chdir(self.workdir) |
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# Define the test filenames |
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self.outfile = os.path.join(split_dirs[1], 'output.txt') |
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self.infile = os.path.join(split_dirs[1], 'test_convert.txt') |
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self.singlefile = os.path.join(split_dirs[1], |
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'test_convert_single_line.txt') |
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def teardown(self): |
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"""Runs after every method to clean up previous testing.""" |
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# Remove testing output |
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if os.path.isfile(self.outfile): |
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os.remove(self.outfile) |
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# Return to starting directory |
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if self.startdir != os.path.abspath(os.path.curdir): |
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os.chdir(self.startdir) |
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del self.outfile, self.infile, self.singlefile |
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def execute_command_line(self, command, command_kwargs={}, pipe_out=False): |
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"""Execute the command and load data from self.outfile |
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Parameters |
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---------- |
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command : list or str |
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List or string containing command to execute using subprocess |
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command_kwargs : dict |
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Dict containing optional kwargs for subprocess.Popen command |
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(default={}) |
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pipe_out : bool |
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Return pipe output instead of output from a data file if True |
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(default=False) |
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Returns |
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------- |
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data : np.array, NoneType, or subprocess.Popen attribute |
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Numpy array of data from output file, None if no file was created, |
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or the requested output from the pipe command. |
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""" |
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pipe = subprocess.Popen(command, **command_kwargs) |
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out = pipe.communicate() |
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pipe.wait() |
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if pipe_out: |
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data = out |
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elif os.path.isfile(self.outfile): |
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data = np.loadtxt(self.outfile) |
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else: |
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data = None |
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return data |
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@pytest.mark.parametrize("date_str", [("2015"), ("201501"), ('20150101'), |
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('20150101000000')]) |
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def test_convert_w_datetime(self, date_str): |
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"""Test command line with different date and time specification.""" |
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# Build and execute the apexpy command line call |
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cmd = ['python', '-m', 'apexpy', 'geo', 'apex', date_str, '--height', |
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'300', '-i', self.infile, '-o', self.outfile] |
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data = self.execute_command_line(cmd) |
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# Test the outfile existance and values |
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assert data is not None, 'error executing: {:s}'.format(' '.join(cmd)) |
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np.testing.assert_allclose(data, [[57.47145462, 93.62657928], |
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[58.52458191, 94.03150177], |
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[59.57331467, 94.46398163]], |
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rtol=1e-4) |
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return |
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def test_convert_single_line(self): |
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"""Test command line with a single line of output.""" |
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# Build and execute the apexpy command line call |
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cmd = ['python', '-m', 'apexpy', 'geo', 'apex', '20150101000000', |
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'--height', '300', '-i', self.singlefile, '-o', self.outfile] |
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data = self.execute_command_line(cmd) |
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# Test the outfile existance and values |
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assert data is not None, 'error executing: {:s}'.format(' '.join(cmd)) |
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np.testing.assert_allclose(data, [57.47145462, 93.62657928], rtol=1e-4) |
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return |
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@pytest.mark.parametrize("height, out_list", |
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[("300", [57.47145462, 93.62657928]), |
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("100 --refh=300", [56.01779556, 93.35305023])]) |
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def test_convert_stdin_stdout_w_height_flags(self, height, out_list): |
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"""Test use of pipe input to command-line call with height flags.""" |
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# Build and execute the apexpy command line call |
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cmd = ''.join(['echo 60 15 | python -m apexpy geo apex 2015 --height ', |
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'{:s}'.format(height)]) |
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cmd_kwargs = {'shell': True, 'stdout': subprocess.PIPE} |
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stdout, _ = self.execute_command_line(cmd, cmd_kwargs, True) |
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assert stdout is not None, 'error executing: {:s}'.format(' '.join(cmd)) |
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np.testing.assert_allclose(np.array(stdout.split(b' '), dtype=float), |
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out_list, rtol=1e-4) |
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return |
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def test_convert_mlt(self): |
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"""Test magnetic local time conversion.""" |
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# Build and execute the apexpy command line call |
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cmd = ['python', '-m', 'apexpy', 'geo', 'mlt', '20150101000000', |
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'--height', '300', '-i', self.singlefile, '-o', self.outfile] |
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data = self.execute_command_line(cmd) |
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# Test the outfile existance and values |
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assert data is not None, 'error executing: {:s}'.format(' '.join(cmd)) |
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np.testing.assert_allclose(data, [57.469547, 1.06324], rtol=1e-4) |
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return |
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@pytest.mark.parametrize("date_str", [("201501010"), ("2015010100000")]) |
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def test_invalid_date(self, date_str): |
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"""Test raises ValueError with an invalid input date.""" |
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# Build and execute the command |
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cmd = 'echo 60 15 | python -m apexpy geo apex {:s}'.format(date_str) |
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cmd_kwargs = {'shell': True, 'stderr': subprocess.PIPE} |
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_, stderr = self.execute_command_line(cmd, cmd_kwargs, True) |
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# Evaluate the error output |
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assert stderr is not None, 'error executing: {:s}'.format(' '.join(cmd)) |
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assert b'ValueError' in stderr, 'invalid date error not raised' |
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return |
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def test_mlt_nodatetime(self): |
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"""Test raises ValueError when time not provided for MLT calc.""" |
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# Build and execute the command |
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cmd = 'echo 60 15 | python -m apexpy geo mlt 20150101' |
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cmd_kwargs = {'shell': True, 'stderr': subprocess.PIPE} |
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_, stderr = self.execute_command_line(cmd, cmd_kwargs, True) |
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# Evaluate the error output |
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assert stderr is not None, 'error executing: {:s}'.format(' '.join(cmd)) |
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assert b'ValueError' in stderr, 'invalid time error not raised' |
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return |
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@pytest.mark.parametrize("coords", [("foobar apex"), ("geo foobar")]) |
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def test_invalid_coord(self, coords): |
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"""Test raises error when bad coordinate input provided.""" |
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# Build and execute the command |
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cmd = 'echo 60 15 | python -m apexpy {:s} 2015'.format(coords) |
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cmd_kwargs = {'shell': True, 'stderr': subprocess.PIPE} |
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_, stderr = self.execute_command_line(cmd, cmd_kwargs, True) |
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# Evaluate the error output |
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assert stderr is not None, 'error executing: {:s}'.format(' '.join(cmd)) |
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assert b'invalid choice' in stderr, 'invalid coord error not raised' |
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return |
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aburrell /
apexpy
