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How to use should_be method in Selene
Best Python code snippet using selene_python
test_atmosphere.py
Source:test_atmosphere.py 
1# -*- coding: utf-8 -*-2#3# Geonum is a Python library for geographical calculations in 3D4# Copyright (C) 2017 Jonas Gliss (jonasgliss@gmail.com)5#6# This program is free software: you can redistribute it and/or7# modify it under the terms of the GNU General Public License a8# published by the Free Software Foundation, either version 3 of9# the License, or (at your option) any later version.10#11# This program 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 the GNU14# General Public License for more details.15#16# You should have received a copy of the GNU General Public License17# along with this program. If not, see <http://www.gnu.org/licenses/>.18"""19Module for atmospheric calculations relevant for geonum20"""21import pytest22import numpy as np23import numpy.testing as npt24from geonum import atmosphere as atm25def test_p0():26#: Pressure at sea level [Pa]27 assert atm.p0 == 101325.028def test_NA():29 #: Avogadro constant [mol-1]30 assert atm.NA == 6.022140857e+2331def test_T0_STD():32 #: Standard sea level temperature [K]33 assert atm.T0_STD == 288.1534def test_M_AIR_AVG():35 #: Average molar mass of air, Unit: [g mol-1]36 assert atm.M_AIR_AVG == 28.964537def test_R_STD():38 #: Gas constant (U.S. standard atmosphere) [Nm mol-1 K-1]39 assert atm.R_STD == 8.3143240def test_L_STD_ATM():41 #: Atmospheric lapse rate (Standard atmosphere) [K m-1]42 assert atm.L_STD_ATM == -6.5e-343def test_L_DRY_AIR():44 #: Atmospheric lapse rate (dry atmosphere) [K m-1]45 assert atm.L_DRY_AIR == -9.8e-346@pytest.mark.parametrize('phi,should_be',[47 (0, 9.780356),48 (0.79, 9.806398), #45deg49 (1.57, 9.83208), #90deg50 ])51def test__g0(phi,should_be):52 val = atm._g0(phi)53 npt.assert_allclose(val, should_be, rtol=1e-7)54@pytest.mark.parametrize('phi,alt,should_be',[55 (0, 0, 9.780356),56 (0.79, 0, 9.806398), #45deg57 (1.57, 0, 9.83208), #90deg58 (0, 1000, 9.471702),59 (0.79, 1000, 9.497973), #45deg60 (1.57, 1000, 9.523879), #90deg61 ])62def test__g_acc(phi,alt,should_be):63 val = atm._g_acc(phi,alt)64 npt.assert_allclose(val, should_be, rtol=1e-7)65@pytest.mark.parametrize('lat,alt,should_be',[66 (0, 0, 9.780356),67 (45, 0, 9.80616), #45deg68 (90, 0, 9.83208), #90deg69 (0, 1000, 9.471702),70 (45, 1000, 9.497733), #45deg71 (90, 1000, 9.523879), #90deg72 (np.array([45,90]),np.array([0,1000]),73 np.array([[9.80616, 9.83207964],74 [9.49773256, 9.5238791]]))75 ])76def test_g(lat,alt,should_be):77 val = atm.g(lat,alt)78 npt.assert_allclose(val, should_be, rtol=1e-7)79@pytest.mark.parametrize('lat,should_be',[80 (0, 9.780356),81 (45, 9.80616), #45deg82 (90, 9.83208), #90deg83 ])84def test_g0(lat,should_be):85 val = atm.g0(lat)86 npt.assert_allclose(val, should_be, rtol=1e-7)87@pytest.mark.parametrize('alt,ref_temp,ref_alt,lapse_rate,should_be',[88 (0,atm.T0_STD,0,atm.L_STD_ATM,atm.T0_STD),89 (0,atm.T0_STD,0,atm.L_STD_ATM,288.15),90 (0,atm.T0_STD,0,atm.L_DRY_AIR,288.15),91 (1000,atm.T0_STD,0,atm.L_DRY_AIR,278.35),92 (1000,atm.T0_STD,0,atm.L_STD_ATM,281.65),93 (1000,atm.T0_STD,100,atm.L_STD_ATM,282.3),94 (1000,atm.T0_STD,1000,atm.L_STD_ATM,288.15),95 ])96def test_temperature(alt,ref_temp,ref_alt,lapse_rate,should_be):97 val = atm.temperature(alt,ref_temp,ref_alt,lapse_rate)98 npt.assert_allclose(val, should_be, rtol=1e-7)99@pytest.mark.parametrize('mol_mass, lapse_rate, lat, should_be',[100 (atm.M_AIR_AVG, atm.L_STD_ATM, 45, -5.255632),101 (atm.M_AIR_AVG, atm.L_STD_ATM, 0, -5.241802),102 (atm.M_AIR_AVG, atm.L_STD_ATM, 90, -5.269523),103 (atm.M_AIR_AVG, atm.L_DRY_AIR, 45, -3.485878),104 ])105def test_beta_exp(mol_mass, lapse_rate, lat, should_be):106 val = atm.beta_exp(mol_mass, lapse_rate,lat)107 npt.assert_allclose(val, should_be, rtol=1e-7)108@pytest.mark.parametrize('alt,ref_p,ref_temp,ref_alt,lapse_rate,mol_mass,lat,should_be', [109 (0.0, atm.p0, atm.T0_STD, 0.0,atm.L_STD_ATM,atm.M_AIR_AVG,45.0,101325),110 (100.0, atm.p0, atm.T0_STD, 0.0,atm.L_STD_ATM,atm.M_AIR_AVG,45.0,100129.493856),111 (1000.0, atm.p0, atm.T0_STD, 0.0,atm.L_STD_ATM,atm.M_AIR_AVG,45.0,89875.07181),112 (0.0, 42, atm.T0_STD, 0.0,atm.L_STD_ATM,atm.M_AIR_AVG,45.0,42),113 (0.0, 42, 273.15, 0.0,atm.L_STD_ATM,atm.M_AIR_AVG,45.0,42),114 (100.0, 42, 273.15, 0.0,atm.L_STD_ATM,atm.M_AIR_AVG,45.0,41.477378),115 (0.0, atm.p0, 273.15, 0.0,atm.L_STD_ATM,atm.M_AIR_AVG,45.0,101325),116 (100.0, atm.p0, 273.15, 0.0,atm.L_STD_ATM,atm.M_AIR_AVG,45.0,100064.17512),117 (0.0, atm.p0, 273.15, 100.0,atm.L_STD_ATM,atm.M_AIR_AVG,45.0,102598.657973),118 (0.0, atm.p0, 273.15, 0,atm.L_DRY_AIR,atm.M_AIR_AVG,45.0,101325),119 (100.0, atm.p0, atm.T0_STD, 0.0,atm.L_DRY_AIR,atm.M_AIR_AVG,45.0,100128.81154),120 (0.0, atm.p0, atm.T0_STD, 0.0,atm.L_STD_ATM,20,45.0,101325),121 (100.0, atm.p0, atm.T0_STD, 0.0,atm.L_STD_ATM,20,45.0,100497.98743),122 (0.0, atm.p0, atm.T0_STD, 0.0,atm.L_STD_ATM,atm.M_AIR_AVG,0,101325),123 (100.0, atm.p0, atm.T0_STD, 0.0,atm.L_STD_ATM,atm.M_AIR_AVG,0,100132.621128),124 (0.0, atm.p0, atm.T0_STD, 0.0,atm.L_STD_ATM,atm.M_AIR_AVG,90,101325),125 (100.0, atm.p0, atm.T0_STD, 0.0,atm.L_STD_ATM,atm.M_AIR_AVG,90,100126.352659),126 ])127def test_pressure(alt,ref_p,ref_temp,ref_alt,lapse_rate,mol_mass,lat,should_be):128 val = atm.pressure(alt,ref_p,ref_temp,ref_alt,lapse_rate,mol_mass,lat)129 npt.assert_allclose(val, should_be, rtol=1e-7)130@pytest.mark.parametrize('alt,ref_p,ref_temp,ref_alt,lapse_rate,mol_mass,lat,should_be', [131 (0.0, atm.p0, atm.T0_STD, 0.0,atm.L_STD_ATM,atm.M_AIR_AVG,45.0,101325/100),132 (100.0, atm.p0, atm.T0_STD, 0.0,atm.L_STD_ATM,atm.M_AIR_AVG,45.0,100129.493856/100),133 (1000.0, atm.p0, atm.T0_STD, 0.0,atm.L_STD_ATM,atm.M_AIR_AVG,45.0,89875.07181/100),134 ])135def test_pressure_hPa(alt,ref_p,ref_temp,ref_alt,lapse_rate,mol_mass,lat,should_be):136 val = atm.pressure_hPa(alt,ref_p,ref_temp,ref_alt,lapse_rate,mol_mass,lat)137 npt.assert_allclose(val, should_be, rtol=1e-7)138@pytest.mark.parametrize('p, ref_p, ref_temp, ref_alt, lapse_rate, mol_mass, lat, should_be', [139 (atm.p0, atm.p0, atm.T0_STD,0,atm.L_STD_ATM,atm.M_AIR_AVG,45,0),140 (100000, atm.p0, atm.T0_STD,0,atm.L_STD_ATM,atm.M_AIR_AVG,45,110.889658),141 (50000, atm.p0, atm.T0_STD,0,atm.L_STD_ATM,atm.M_AIR_AVG,45,5574.679741),142 (atm.p0, atm.p0, 42,0,42,42,42,0),143 (50000, 50000, atm.T0_STD,0,atm.L_STD_ATM,atm.M_AIR_AVG,45,0),144 (50000, 80000, atm.T0_STD,0,atm.L_STD_ATM,atm.M_AIR_AVG,45,3792.338559),145 (atm.p0, atm.p0, 273.15,0,atm.L_STD_ATM,atm.M_AIR_AVG,45,0),146 (50000, atm.p0, 273.15,0,atm.L_STD_ATM,atm.M_AIR_AVG,45,5284.482982),147 (50000, atm.p0, 300,0,atm.L_STD_ATM,atm.M_AIR_AVG,45,5803.935181),148 (atm.p0, atm.p0, atm.T0_STD,100,atm.L_STD_ATM,atm.M_AIR_AVG,45,100),149 (atm.p0, atm.p0, atm.T0_STD,0,atm.L_DRY_AIR,atm.M_AIR_AVG,45,0),150 (50000, atm.p0, atm.T0_STD,0,atm.L_DRY_AIR,atm.M_AIR_AVG,45,5392.870582),151 (atm.p0, atm.p0, atm.T0_STD,0,atm.L_STD_ATM,20,45,0),152 (50000, atm.p0, atm.T0_STD,0,atm.L_STD_ATM,20,45,7840.324557),153 (atm.p0, atm.p0, atm.T0_STD,0,atm.L_STD_ATM,atm.M_AIR_AVG,45,0),154 (atm.p0, atm.p0, atm.T0_STD,0,atm.L_STD_ATM,atm.M_AIR_AVG,0,0),155 (atm.p0, atm.p0, atm.T0_STD,0,atm.L_STD_ATM,atm.M_AIR_AVG,90,0),156 (50000, atm.p0, atm.T0_STD,0,atm.L_STD_ATM,atm.M_AIR_AVG,0,5588.419043),157 (50000, atm.p0, atm.T0_STD,0,atm.L_STD_ATM,atm.M_AIR_AVG,90,5560.946563),158 ])159def test_pressure2altitude(p, ref_p, ref_temp, ref_alt, lapse_rate, mol_mass, lat, should_be):160 val = atm.pressure2altitude(p, ref_p, ref_temp, ref_alt, lapse_rate,161 mol_mass, lat)162 npt.assert_allclose(val, should_be, rtol=1e-7)163@pytest.mark.parametrize('alt,temp,ref_p,ref_temp,ref_alt,lapse_rate,mol_mass,lat,should_be', [164 (0,None,atm.p0,atm.T0_STD,0,atm.L_STD_ATM,atm.M_AIR_AVG,45,1225.0033852145957),165 (100,None,atm.p0,atm.T0_STD,0,atm.L_STD_ATM,atm.M_AIR_AVG,45,1213.286799),166 (1000,None,atm.p0,atm.T0_STD,0,atm.L_STD_ATM,atm.M_AIR_AVG,45,1111.65185),167 (10000,None,atm.p0,atm.T0_STD,0,atm.L_STD_ATM,atm.M_AIR_AVG,45,412.733471),168 (0,273.15,atm.p0,atm.T0_STD,0,atm.L_STD_ATM,atm.M_AIR_AVG,45,1292.274301),169 (0,300,atm.p0,atm.T0_STD,0,atm.L_STD_ATM,atm.M_AIR_AVG,45,1176.615751),170 (0,None,50000,atm.T0_STD,0,atm.L_STD_ATM,atm.M_AIR_AVG,45,604.492171),171 (0,None,50000,251.9145816835,5574.679741,atm.L_STD_ATM,atm.M_AIR_AVG,45,1225.0033852145957),172 ])173def test_air_density(alt,temp,ref_p,ref_temp,ref_alt,lapse_rate,mol_mass,lat,should_be):174 val = atm.air_density(alt,temp,ref_p,ref_temp,ref_alt,lapse_rate,mol_mass,lat)175 npt.assert_allclose(val, should_be, rtol=1e-7)176@pytest.mark.parametrize('alt,temp,ref_p,ref_temp,ref_alt,lapse_rate,mol_mass,lat,should_be', [177 (0,None,atm.p0,atm.T0_STD,0,atm.L_STD_ATM,atm.M_AIR_AVG,45,2.5469602223632817e+25),178 (10000,None,atm.p0,atm.T0_STD,0,atm.L_STD_ATM,atm.M_AIR_AVG,45,8.581329e+24),179 ])180def test_air_number_density(alt,temp,ref_p,ref_temp,ref_alt,lapse_rate,mol_mass,lat,should_be):181 val = atm.air_number_density(alt,temp,ref_p,ref_temp,ref_alt,lapse_rate,mol_mass,lat)182 npt.assert_allclose(val, should_be, rtol=1e-7)183@pytest.mark.parametrize('lbda_mu,should_be', [184 (0.3, 1.000291554210872),185 (0.2, 1.000324)186 ])187def test_refr_idx_300ppm_co2(lbda_mu,should_be):188 val = atm.refr_idx_300ppm_co2(lbda_mu)189 npt.assert_allclose(val, should_be, rtol=1e-7)190def test_refr_idx():191 val = atm.refr_idx()192 should_be=1.000291554210872193 npt.assert_allclose(val, should_be, rtol=1e-7)194def test__F_N2():195 val = atm._F_N2()196 should_be=1.037522197 npt.assert_allclose(val, should_be, rtol=1e-5)198def test__F_O2():199 val = atm._F_O2()200 should_be=1.129265201 npt.assert_allclose(val, should_be, rtol=1e-5)202def test_F_AIR():203 val = atm.F_AIR()204 should_be=1.056395205 npt.assert_allclose(val, should_be, rtol=1e-5)206@pytest.mark.parametrize('lbda_mu,co2_ppm,should_be', [207 (0.3, 400,5.652217e-26),208 (0.5, 400,6.661139e-27),209 (0.9, 400,6.133698e-28),210 (0.5, 500,6.661859e-27),211 (0.5, 100,6.658979e-27),212 ])213def test_sigma_rayleigh(lbda_mu,co2_ppm,should_be):214 val = atm.sigma_rayleigh(lbda_mu,co2_ppm)215 npt.assert_allclose(val, should_be, rtol=1e-5)216@pytest.mark.parametrize('alt,lbda_mu,co2_ppm,should_be', [217 (0,0.3,400,1.439597e-06),218 (1000,0.3,400,1.306389e-06),219 (10000,0.3,400,4.850354e-07),220 (0,0.5,400,1.696566e-07),221 (0,0.9,400,1.562228e-08),222 (0,0.3,400,1.439597e-06),223 ])224def test_rayleigh_vol_sc_coeff(alt,lbda_mu,co2_ppm,should_be):225 val = atm.rayleigh_vol_sc_coeff(alt,lbda_mu,co2_ppm)226 npt.assert_allclose(val, should_be, rtol=1e-5)227@pytest.mark.filterwarnings('ignore')228@pytest.mark.parametrize('alt,temp,ref_p,ref_temp,ref_alt,lapse_rate,mol_mass,lat,should_be', [229 (0,None,atm.p0,atm.T0_STD,0,atm.L_STD_ATM,atm.M_AIR_AVG,45,1225.0033852145957)230 ])231def test_density(alt,temp,ref_p,ref_temp,ref_alt,lapse_rate,mol_mass,lat,should_be):232 val = atm.density(alt,temp,ref_p,ref_temp,ref_alt,lapse_rate,mol_mass,lat)233 npt.assert_allclose(val, should_be, rtol=1e-7)234@pytest.mark.filterwarnings('ignore')235@pytest.mark.parametrize('alt,temp,ref_p,ref_temp,ref_alt,lapse_rate,mol_mass,lat,should_be', [236 (0,None,atm.p0,atm.T0_STD,0,atm.L_STD_ATM,atm.M_AIR_AVG,45,2.5469602223632817e+25)237 ])238def test_number_density(alt,temp,ref_p,ref_temp,ref_alt,lapse_rate,mol_mass,lat,should_be):239 val = atm.number_density(alt,temp,ref_p,ref_temp,ref_alt,lapse_rate,mol_mass,lat)240 npt.assert_allclose(val, should_be, rtol=1e-7)241if __name__ == "__main__":242 import sys...
tests.py
Source:tests.py
1"""2This file contains tests of the Message model.3"""4# django imports5import django.test6# django_messages imports7from django_messages.models import Message8class MessageModelTest( django.test.TestCase ):9 10 #----------------------------------------------------------------------------11 # Constants-ish12 #----------------------------------------------------------------------------13 #----------------------------------------------------------------------------14 # instance methods15 #----------------------------------------------------------------------------16 def setUp( self ):17 18 """19 setup tasks. Call function that we'll re-use.20 """21 # call TestHelper.standardSetUp()22 pass23 #-- END function setUp() --#24 25 def test_create_message( self ):26 27 # declare variables28 me = "test_create_message"29 application = ""30 message = ""31 message_type = None32 label = ""33 status = ""34 tag_list = []35 message_instance = None36 test_application = ""37 test_message = ""38 test_message_type = ""39 test_label = ""40 test_status = ""41 test_tag_list = []42 test_tag_qs = None43 test_tag_count = -144 what_is_it = ""45 test_value = ""46 should_be = -147 do_strict = False48 do_partial = False49 error_string = ""50 test_qs = None51 match_count = -152 message_qs = None53 message_count = -154 55 #----------------------------------------------------------------------#56 # Defaults57 #----------------------------------------------------------------------#58 # set up message values59 message = "test message"60 61 # make instance62 message_instance = Message.create_message( message )63 64 # make sure there are values for everything.65 66 # application67 what_is_it = "application"68 test_application = message_instance.application69 test_value = test_application70 should_be = Message.APPLICATION_DEFAULT71 error_string = "Found " + what_is_it + " \"" + str( test_value ) + "\", should be \"" + str( should_be ) + "\""72 self.assertEqual( test_value, should_be, msg = error_string )73 74 # message type75 what_is_it = "message_type"76 test_message_type = message_instance.message_type77 test_value = test_message_type78 should_be = None79 error_string = "Found " + what_is_it + " \"" + str( test_value ) + "\", should be \"" + str( should_be ) + "\""80 self.assertEqual( test_value, should_be, msg = error_string )81 82 # message83 what_is_it = "message"84 test_message = message_instance.message85 test_value = test_message86 should_be = message87 error_string = "Found " + what_is_it + " \"" + str( test_value ) + "\", should be \"" + str( should_be ) + "\""88 self.assertEqual( test_value, should_be, msg = error_string )89 90 # label91 what_is_it = "label"92 test_label = message_instance.label93 test_value = test_label94 should_be = None95 error_string = "Found " + what_is_it + " \"" + str( test_value ) + "\", should be \"" + str( should_be ) + "\""96 self.assertEqual( test_value, should_be, msg = error_string )97 # status98 what_is_it = "status"99 test_status = message_instance.status100 test_value = test_status101 should_be = Message.STATUS_DEFAULT102 error_string = "Found " + what_is_it + " \"" + str( test_value ) + "\", should be \"" + str( should_be ) + "\""103 self.assertEqual( test_value, should_be, msg = error_string )104 # should be no tags.105 what_is_it = "tag count"106 test_tag_qs = message_instance.tags.all()107 test_tag_count = test_tag_qs.count()108 test_value = test_tag_count109 should_be = 0110 error_string = "Found " + what_is_it + " \"" + str( test_value ) + "\", should be \"" + str( should_be ) + "\""111 self.assertEqual( test_value, should_be, msg = error_string )112 #----------------------------------------------------------------------#113 # Values set114 #----------------------------------------------------------------------#115 # set up message values116 application = "unit_test"117 message = "test message"118 message_type = "test message type"119 label = "test"120 status = Message.STATUS_NEW121 tag_list = [ "awesome", "test" ]122 123 # create instance124 # make instance125 message_instance = Message.create_message( message,126 message_type_IN = message_type,127 application_IN = application,128 label_IN = label,129 tag_list_IN = tag_list,130 status_IN = status )131 132 # make sure there are values for everything.133 134 # application135 what_is_it = "application"136 test_application = message_instance.application137 test_value = test_application138 should_be = application139 error_string = "Found " + what_is_it + " \"" + str( test_value ) + "\", should be \"" + str( should_be ) + "\""140 self.assertEqual( test_value, should_be, msg = error_string )141 142 # message143 what_is_it = "message"144 test_message = message_instance.message145 test_value = test_message146 should_be = message147 error_string = "Found " + what_is_it + " \"" + str( test_value ) + "\", should be \"" + str( should_be ) + "\""148 self.assertEqual( test_value, should_be, msg = error_string )149 150 # message type151 what_is_it = "message_type"152 test_message_type = message_instance.message_type153 test_value = test_message_type154 should_be = message_type155 error_string = "Found " + what_is_it + " \"" + str( test_value ) + "\", should be \"" + str( should_be ) + "\""156 self.assertEqual( test_value, should_be, msg = error_string )157 158 # label159 what_is_it = "label"160 test_label = message_instance.label161 test_value = test_label162 should_be = label163 error_string = "Found " + what_is_it + " \"" + str( test_value ) + "\", should be \"" + str( should_be ) + "\""164 self.assertEqual( test_value, should_be, msg = error_string )165 # status166 what_is_it = "status"167 test_status = message_instance.status168 test_value = test_status169 should_be = status170 error_string = "Found " + what_is_it + " \"" + str( test_value ) + "\", should be \"" + str( should_be ) + "\""171 self.assertEqual( test_value, should_be, msg = error_string )172 # should be no tags.173 what_is_it = "tag count"174 test_tag_qs = message_instance.tags.all()175 test_tag_count = test_tag_qs.count()176 test_value = test_tag_count177 should_be = 2178 error_string = "Found " + what_is_it + " \"" + str( test_value ) + "\", should be \"" + str( should_be ) + "\""179 self.assertEqual( test_value, should_be, msg = error_string )180 181 #----------------------------------------------------------------------#182 # try database lookups.183 #----------------------------------------------------------------------#184 185 # get all messages186 message_qs = Message.objects.all()187 188 # how many?189 what_is_it = "message count"190 message_count = message_qs.count()191 test_value = message_count192 should_be = 2193 error_string = "Found " + what_is_it + " \"" + str( test_value ) + "\", should be \"" + str( should_be ) + "\""194 self.assertEqual( test_value, should_be, msg = error_string )195 196 # set up message values197 application = "unit_test"198 message = "test message"199 label = "test"200 status = Message.STATUS_NEW201 tag_list = [ "awesome", "test" ]202 203 # get message for application = "unit_test"204 message_qs = message_qs.filter( application = application )205 message_instance = message_qs.get()206 # application207 what_is_it = "application"208 test_application = message_instance.application209 test_value = test_application210 should_be = application211 error_string = "Found " + what_is_it + " \"" + str( test_value ) + "\", should be \"" + str( should_be ) + "\""212 self.assertEqual( test_value, should_be, msg = error_string )213 214 # message215 what_is_it = "message"216 test_message = message_instance.message217 test_value = test_message218 should_be = message219 error_string = "Found " + what_is_it + " \"" + str( test_value ) + "\", should be \"" + str( should_be ) + "\""220 self.assertEqual( test_value, should_be, msg = error_string )221 222 # message type223 what_is_it = "message_type"224 test_message_type = message_instance.message_type225 test_value = test_message_type226 should_be = message_type227 error_string = "Found " + what_is_it + " \"" + str( test_value ) + "\", should be \"" + str( should_be ) + "\""228 self.assertEqual( test_value, should_be, msg = error_string )229 230 # label231 what_is_it = "label"232 test_label = message_instance.label233 test_value = test_label234 should_be = label235 error_string = "Found " + what_is_it + " \"" + str( test_value ) + "\", should be \"" + str( should_be ) + "\""236 self.assertEqual( test_value, should_be, msg = error_string )237 # status238 what_is_it = "status"239 test_status = message_instance.status240 test_value = test_status241 should_be = status242 error_string = "Found " + what_is_it + " \"" + str( test_value ) + "\", should be \"" + str( should_be ) + "\""243 self.assertEqual( test_value, should_be, msg = error_string )244 # should be 2 tags.245 what_is_it = "tag count"246 test_tag_qs = message_instance.tags.all()247 test_tag_count = test_tag_qs.count()248 test_value = test_tag_count249 should_be = 2250 error_string = "Found " + what_is_it + " \"" + str( test_value ) + "\", should be \"" + str( should_be ) + "\""251 self.assertEqual( test_value, should_be, msg = error_string )252 #-- END test method test_create_message() --#...
__test__.py
Source:__test__.py
1import unittest2import sys3from io import StringIO4from main import interpret5from exceptions import UndefinedError6class InterpreterTest(unittest.TestCase):7 def setUp(self):8 self.env = {}9 def assert_eval(self, insert, should_be):10 result = interpret(insert, self.env)11 self.assertEqual(result, should_be)12 def assert_raise(self, insert, should_be):13 with self.assertRaises(should_be):14 interpret(insert, self.env)15class OperationTest(InterpreterTest):16 def test_op_1(self):17 insert = "(SETQ X 3)"18 should_be = "3"19 self.assert_eval(insert, should_be)20 def test_op_2(self):21 insert = "(+ 6 3)"22 should_be = "9"23 self.assert_eval(insert, should_be)24 def test_op_3(self):25 insert = "(+ 3 (* 5 6))"26 should_be = "33"27 self.assert_eval(insert, should_be)28class BasicFunctionsTest(InterpreterTest):29 def test_basic_1(self):30 insert = "(LIST 'X X 'Y)"31 def test_basic_2(self):32 insert = "(LIST 'X X 'Y)"33 self.assert_raise(insert, UndefinedError)34 def test_basic_3(self):35 insert = "(SETQ X 5)"36 should_be = "5"37 self.assert_eval(insert, should_be)38 insert = "(LIST 'X X 'Y)"39 should_be = "(X 5 Y)"40 self.assert_eval(insert, should_be)41 def test_basic_4(self):42 insert = "(CAR '(X Y Z))"43 should_be = "X"44 self.assert_eval(insert, should_be)45 insert = "(CAR '((X) Y Z))"46 should_be = "(X)"47 self.assert_eval(insert, should_be)48 def test_basic_5(self):49 insert = "(CDR '(X Y Z))"50 should_be = "(Y Z)"51 self.assert_eval(insert, should_be)52 def test_basic_6(self):53 insert = "(SETQ X '(1 2 3))"54 should_be = "(1 2 3)"55 self.assert_eval(insert, should_be)56 insert = "(CAR (CDR (CDR X)))"57 should_be = "3"58 self.assert_eval(insert, should_be)59 insert = "(CADDR X)"60 should_be = "3"61 self.assert_eval(insert, should_be)62 def test_basic_7(self):63 insert = "(CONS 'A '(B C D))"64 should_be = "(A B C D)"65 self.assert_eval(insert, should_be)66 insert = "(CONS '(E) '(1 2 3))"67 should_be = "((E) 1 2 3)"68 self.assert_eval(insert, should_be)69 def test_basic_8(self):70 insert = "(REVERSE '(A B C D))"71 should_be = "(D C B A)"72 self.assert_eval(insert, should_be)73 def test_basic_9(self):74 insert = "(APPEND '(A C) '(B D) '(E F))"75 should_be = "(A C B D E F)"76 self.assert_eval(insert, should_be)77 def test_basic_10(self):78 insert = "(LENGTH '(A B C))"79 should_be = "3"80 self.assert_eval(insert, should_be)81 insert = "(LENGTH '((A B C)))"82 should_be = "1"83 self.assert_eval(insert, should_be)84 def test_basic_11(self):85 insert = "(ASSOC 'TWO '((ONE 1)(TWO 2)(THREE 3)))"86 should_be = "(TWO 2)"87 self.assert_eval(insert, should_be)88 def test_basic_12(self):89 insert = "(SETQ MYLIST '(A B C D E F))"90 should_be = "(A B C D E F)"91 self.assert_eval(insert, should_be)92 insert = "(REMOVE 'D MYLIST)"93 should_be = "(A B C E F)"94 self.assert_eval(insert, should_be)95 insert = "(SETQ MYLIST '(A D B C D E D F))"96 should_be = "(A D B C D E D F)"97 self.assert_eval(insert, should_be)98 insert = "(REMOVE 'D MYLIST)"99 should_be = "(A B C E F)"100 self.assert_eval(insert, should_be)101 def test_basic_13(self):102 insert = "(SUBST 'GOOD 'BAD '(I AM BAD))"103 should_be = "(I AM GOOD)"104 self.assert_eval(insert, should_be)105class PredicateFunctionsTest(InterpreterTest):106 def test_predeciate_1(self):107 insert = '(STRINGP "A")'108 should_be = "T"109 self.assert_eval(insert, should_be)110 def test_predeciate_2(self):111 insert = '(STRINGP "HI THERE")'112 should_be = "T"113 self.assert_eval(insert, should_be)114 def test_predeciate_3(self):115 insert = "(>= 5 2)"116 should_be = "T"117 self.assert_eval(insert, should_be)118 def test_predeciate_4(self):119 insert = "(EQUAL 5 5)"120 should_be = "T"121 self.assert_eval(insert, should_be)122 def test_predeciate_5(self):123 insert = "(MINUSP -2)"124 should_be = "T"125 self.assert_eval(insert, should_be)126 def test_predeciate_6(self):127 insert = "(ZEROP 0)"128 should_be = "T"129 self.assert_eval(insert, should_be)130 def test_predeciate_7(self):131 insert = "(NUMBERP 25)"132 should_be = "T"133 self.assert_eval(insert, should_be)134 def test_predeciate_8(self):135 insert = "(NULL NIL)"136 should_be = "T"137 self.assert_eval(insert, should_be)138 def test_predeciate_9(self):139 insert = "(ATOM 'A)"140 should_be = "T"141 self.assert_eval(insert, should_be)142class ConditionalFunctionsTest(InterpreterTest):143 def test_conditional_1(self):144 insert = "(SETQ X 5)"145 should_be = "5"146 self.assert_eval(insert, should_be)147 insert = "(IF (> X 3) (PRINT X) (+ X 5))"148 should_be = "5"149 self.assert_eval(insert, should_be)150if __name__ == "__main__":...
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