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How to use realize method in pyresttest

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test_realizeNTF_ct.py

Source:test_realizeNTF_ct.py

1# -*- coding: utf-8 -*-2# test_realizeNTF_ct.py3# This module provides the tests for the realizeNTF_ct function.4# Copyright 2014 Giuseppe Venturini5# This file is part of python-deltasigma.6#7# python-deltasigma is a 1:1 Python replacement of Richard Schreier's 8# MATLAB delta sigma toolbox (aka "delsigma"), upon which it is heavily based.9# The delta sigma toolbox is (c) 2009, Richard Schreier.10#11# python-deltasigma is distributed in the hope that it will be useful,12# but WITHOUT ANY WARRANTY; without even the implied warranty of13# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the14# LICENSE file for the licensing terms.15"""This module provides the test class for the realizeNTF_ct() function.16"""17import unittest18import numpy as np19import deltasigma as ds20from nose.tools import raises21class TestRealizeNTF_CT(unittest.TestCase):22    """Test class for realizeNTF_ct()"""23    def setUp(self):24        # FB NRTZ 0 delay tdac default25        self.ntf = (np.array([1., 1.]), np.array([0., 0.]), 1)26        self.ABCDc_ref1 = np.array(((0, 0, 1, -1),27                                   (1, 0, 0, -1.5),28                                   (0, 1, 0, 0)), dtype=np.float)29        self.tdac2_ref1 = np.array(((-1, -1),30                                    (0,  1)))31        # FB NRTZ 0 delay tdac in short list form32        self.ABCDc_ref2 = np.array(((0, 0, 1, -1),33                                    (1, 0, 0, -1.5),34                                    (0, 1, 0, 0)), dtype=np.float)35        self.tdac2_ref2 = np.array(((-1, -1),36                                    (0,  1)))37        # FB multi-timing DAC38        self.ntf3 = (np.array([1., 1., 1]), np.array([0., 0., 0]), 1)39        self.tdac3 = [[1, 2], [1, 2], [[0.5, 1], [1, 1.5]], []]40        self.ABCDc_ref3 = np.array(((0., 0., 0., 1., -1., 0., 0., 0.),41                                    (1., 0., 0., 0., 0., -3., 0., 0.),42                                    (0., 1., 0., 0., 0., 0., -6., -2.6667),43                                    (0., 0., 1., 0., 0., 0., 0., 0.)))44        self.tdac2_ref3 = np.array(((-1., -1.),45                                    (1., 2.),46                                    (1., 2.),47                                    (0.5, 1.),48                                    (1., 1.5)))49        # test for FF50        self.ABCDc_ref4 = np.array([[0., 0., 1., -1.],51                                    [1., 0., 0.,  0.],52                                    [ 1.5, 1., 0., 0.]])53        self.tdac2_ref4 = np.array([[-1., -1.], [ 0., 1.]])54        # test for FF - NRZ DAC pulse delayed by .555        self.ABCDc_ref5 = np.array([[0., 0., 1., -1.],56                                    [1., 0., 0., 0.],57                                    [2., 1., 0., -0.8750]])58        self.tdac2_ref5 = np.array([[-1., -1.], [ 0.5, 1.5]])59    def test_realizeNTF_ct_1(self):60        """Test function for realizeNTF_ct() 1/15"""61        ABCDc, tdac2 = ds.realizeNTF_ct(self.ntf, 'FB')62        self.assertTrue(np.allclose(ABCDc, self.ABCDc_ref1, atol=1e-8,63                                    rtol=1e-5))64        self.assertTrue(np.allclose(tdac2, self.tdac2_ref1, atol=1e-8,65                                    rtol=1e-5))66    def test_realizeNTF_ct_2(self):67        """Test function for realizeNTF_ct() 2/15"""68        ABCDc, tdac2 = ds.realizeNTF_ct(self.ntf, 'FB', tdac=[0, 1])69        self.assertTrue(np.allclose(ABCDc, self.ABCDc_ref2, atol=1e-8,70                                    rtol=1e-5))71        self.assertTrue(np.allclose(tdac2, self.tdac2_ref2, atol=1e-8,72                                    rtol=1e-5))73    def test_realizeNTF_ct_3(self):74        """Test function for realizeNTF_ct() 3/15"""75        ABCDc, tdac2 = ds.realizeNTF_ct(self.ntf3, 'FB', self.tdac3)76        self.assertTrue(np.allclose(ABCDc, self.ABCDc_ref3, atol=1e-8,77                                    rtol=1e-4))78        self.assertTrue(np.allclose(tdac2, self.tdac2_ref3, atol=1e-8,79                                    rtol=1e-4))80    def test_realizeNTF_ct_4(self):81        """Test function for realizeNTF_ct() 4/15"""82        ABCDc, tdac2 = ds.realizeNTF_ct(self.ntf, 'FF')83        self.assertTrue(np.allclose(ABCDc, self.ABCDc_ref4, atol=1e-8,84                                    rtol=1e-4))85        self.assertTrue(np.allclose(tdac2, self.tdac2_ref4, atol=1e-8,86                                    rtol=1e-4))87    def test_realizeNTF_ct_5(self):88        """Test function for realizeNTF_ct() 5/15"""89        ABCDc, tdac2 = ds.realizeNTF_ct(self.ntf, 'FF', tdac=[.5, 1.5])90        self.assertTrue(np.allclose(ABCDc, self.ABCDc_ref5, atol=1e-8,91                                    rtol=1e-4))92        self.assertTrue(np.allclose(tdac2, self.tdac2_ref5, atol=1e-8,93                                    rtol=1e-4))94    @raises(ValueError)95    def test_realizeNTF_ct_6(self):96        """Test function for realizeNTF_ct() 6/15"""97        ABCDc, tdac2 = ds.realizeNTF_ct(self.ntf, 'DUMMY', tdac=[.5, 1.5])98    @raises(ValueError)99    def test_realizeNTF_ct_7(self):100        """Test function for realizeNTF_ct() 7/15"""101        ABCDc, tdac2 = ds.realizeNTF_ct(self.ntf, 'FF', tdac=[.5, 1.5, 3.])102    @raises(ValueError)103    def test_realizeNTF_ct_8(self):104        """Test function for realizeNTF_ct() 8/15"""105        tdac= [[-1, -1], [.5, 1.5], [.5, .8], [0.1, 2.]]106        ABCDc, tdac2 = ds.realizeNTF_ct(self.ntf3, 'FB', tdac)107    @raises(ValueError)108    def test_realizeNTF_ct_9(self):109        """Test function for realizeNTF_ct() 9/15"""110        ABCDc, tdac2 = ds.realizeNTF_ct(self.ntf3, 'FF', self.tdac3)111    def test_realizeNTF_ct_10(self):112        """Test function for realizeNTF_ct() 10/15"""113        ABCDc, tdac2 = ds.realizeNTF_ct(self.ntf, 'FB', method='NTF')114        self.assertTrue(np.allclose(ABCDc, self.ABCDc_ref1, atol=1e-8,115                                    rtol=1e-5))116        self.assertTrue(np.allclose(tdac2, self.tdac2_ref1, atol=1e-8,117                                    rtol=1e-5))118    def test_realizeNTF_ct_11(self):119        """Test function for realizeNTF_ct() 11/15"""120        ABCDc, tdac2 = ds.realizeNTF_ct(self.ntf, 'FB', tdac=[0, 1], method='NTF')121        self.assertTrue(np.allclose(ABCDc, self.ABCDc_ref2, atol=1e-8,122                                    rtol=1e-5))123        self.assertTrue(np.allclose(tdac2, self.tdac2_ref2, atol=1e-8,124                                    rtol=1e-5))125    def test_realizeNTF_ct_12(self):126        """Test function for realizeNTF_ct() 12/15"""127        ABCDc, tdac2 = ds.realizeNTF_ct(self.ntf3, 'FB', self.tdac3, method='NTF')128        self.assertTrue(np.allclose(ABCDc, self.ABCDc_ref3, atol=1e-8,129                                    rtol=1e-4))130        self.assertTrue(np.allclose(tdac2, self.tdac2_ref3, atol=1e-8,131                                    rtol=1e-4))132    def test_realizeNTF_ct_13(self):133        """Test function for realizeNTF_ct() 13/15"""134        ABCDc, tdac2 = ds.realizeNTF_ct(self.ntf, 'FF', method='NTF')135        self.assertTrue(np.allclose(ABCDc, self.ABCDc_ref4, atol=1e-8,136                                    rtol=1e-4))137        self.assertTrue(np.allclose(tdac2, self.tdac2_ref4, atol=1e-8,138                                    rtol=1e-4))139    def test_realizeNTF_ct_14(self):140        """Test function for realizeNTF_ct() 14/15"""141        ABCDc, tdac2 = ds.realizeNTF_ct(self.ntf, 'FF', tdac=[.5, 1.5],142                                        method='NTF')143        self.assertTrue(np.allclose(ABCDc, self.ABCDc_ref5, atol=1e-8,144                                    rtol=1e-4))145        self.assertTrue(np.allclose(tdac2, self.tdac2_ref5, atol=1e-8,146                                    rtol=1e-4))147    @raises(ValueError)148    def test_realizeNTF_ct_15(self):149        """Test function for realizeNTF_ct() 15/15"""...

multi_process_cal.py

Source:multi_process_cal.py

1import sys2import os3BASE_DIR = os.path.dirname(os.path.dirname(os.path.dirname(os.path.abspath(__file__))))4sys.path.append(BASE_DIR)5from multiprocessing.pool import  Pool6# =========1D7from factor.cal_factor.cal_factor_realize.basis import basis_cal8from factor.cal_factor.cal_factor_realize.big_factor import big_factor_cal9from factor.cal_factor.cal_factor_realize.liquidity import liquidity_cal10from factor.cal_factor.cal_factor_realize.momentum import momentum_cal11# from factor.cal_factor.cal_factor_realize.money_flow import money_flow_cal12# from factor.cal_factor.cal_factor_realize.others_factor import others_factor_cal13# from factor.cal_factor.cal_factor_realize.pca_factor import pca_factor_cal14# from factor.cal_factor.cal_factor_realize.rtn_factor import rtn_factor_cal15# from factor.cal_factor.cal_factor_realize.rtn_moment import rtn_moment_cal16# from factor.cal_factor.cal_factor_realize.singular_vol import singular_vol_cal17from factor.cal_factor.cal_factor_realize.updown_factor import updown_factor_cal18# from factor.cal_factor.cal_factor_realize.vol_amt_split import vol_amt_split_cal19from factor.cal_factor.cal_factor_realize.vol_price import vol_price_cal20# =========5D21# from factor.cal_factor.cal_factor_realize.basis import _basis_cal22# from factor.cal_factor.cal_factor_realize.big_factor import _big_factor_cal23# from factor.cal_factor.cal_factor_realize.liquidity import _liquidity_cal24# from factor.cal_factor.cal_factor_realize.momentum import _momentum_cal25#26# from factor.cal_factor.cal_factor_realize.money_flow import _money_flow_cal27# from factor.cal_factor.cal_factor_realize.others_factor import _others_factor_cal28# from factor.cal_factor.cal_factor_realize.pca_factor import _pca_factor_cal29# from factor.cal_factor.cal_factor_realize.rtn_moment import _rtn_moment_cal30#31# from factor.cal_factor.cal_factor_realize.singular_vol import _singular_vol_cal32# from factor.cal_factor.cal_factor_realize.updown_factor import _updown_factor_cal33# from factor.cal_factor.cal_factor_realize.vol_amt_split import _vol_amt_split_cal34# from factor.cal_factor.cal_factor_realize.vol_price import _vol_price_cal35# =========1H36if __name__ == '__main__':37    pool = Pool(processes=4)38    # pool.apply_async(basis_cal, ('2011-01-01', '2021-02-28'))39    # pool.apply_async(big_factor_cal, ('2011-01-04', '2021-02-28'))40    # pool.apply_async(liquidity_cal, ('2011-01-04', '2021-02-28'))41    # pool.apply_async(momentum_cal, ('2011-01-04', '2021-02-28'))42    pool.close()...

test_realize.py

Source:test_realize.py

1#2# CAMP3#4# Copyright (C) 2017 -- 2019 SINTEF Digital5# All rights reserved.6#7# This software may be modified and distributed under the terms8# of the MIT license.  See the LICENSE file for details.9#10from unittest import TestCase11from camp.commands import Command, Realize12class DefaultValuesAreCorrect(TestCase):13    def test_given_no_working_directory(self):14        command_line = "realize -o output"15        command = Command.extract_from(command_line.split())16        self.assertIsInstance(command, Realize)17        self.assertEqual(command.working_directory,18                         Realize.DEFAULT_WORKING_DIRECTORY)19    def test_given_no_output_directory(self):20        command_line = "realize -d workspace"21        command = Command.extract_from(command_line.split())22        self.assertIsInstance(command, Realize)23        self.assertEqual(command.output_directory,24                         Realize.DEFAULT_OUTPUT_DIRECTORY)25class ShortOptionsAreAccepted(TestCase):26    def test_given_working_directory(self):27        command_line = "realize -d my/test/directory"28        command = Command.extract_from(command_line.split())29        self.assertIsInstance(command, Realize)30        self.assertEqual(command.working_directory,31                         "my/test/directory")32    def test_given_an_output_directory(self):33        command_line = "realize -o output"34        command = Command.extract_from(command_line.split())35        self.assertIsInstance(command, Realize)36        self.assertEqual(command.output_directory,37                         "output")38class LongOptionsAreAccepted(TestCase):39    def test_given_working_directory(self):40        command_line = "realize --directory my/test/directory"41        command = Command.extract_from(command_line.split())42        self.assertIsInstance(command, Realize)43        self.assertEqual(command.working_directory,44                         "my/test/directory")45    def test_given_all_configurations(self):46        command_line = "realize --output output"47        command = Command.extract_from(command_line.split())48        self.assertIsInstance(command, Realize)49        self.assertEqual(command.output_directory,...

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